Berliner Astronomisches Jahrbuch: 180. Jahrgang 1955 [Reprint 2021 ed.] 9783112471227, 9783112471210
177 81 189MB
German Pages 596 [599] Year 1954
Recommend Papers
![Berliner Astronomisches Jahrbuch: 182. Jahrgang 1957 [Reprint 2021 ed.]
9783112470664, 9783112470657](https://ebin.pub/img/200x200/berliner-astronomisches-jahrbuch-182-jahrgang-1957-reprint-2021nbsped-9783112470664-9783112470657.jpg)
![Berliner Astronomisches Jahrbuch: 184. Jahrgang 1959 [Reprint 2021 ed.]
9783112470541, 9783112470534](https://ebin.pub/img/200x200/berliner-astronomisches-jahrbuch-184-jahrgang-1959-reprint-2021nbsped-9783112470541-9783112470534.jpg)
![Berliner Astronomisches Jahrbuch: 183. Jahrgang 1958 [Reprint 2021 ed.]
9783112470688, 9783112470671](https://ebin.pub/img/200x200/berliner-astronomisches-jahrbuch-183-jahrgang-1958-reprint-2021nbsped-9783112470688-9783112470671.jpg)
![Chemisches Zentralblatt: 35/1955, 126. Jahrgang 31. August 1955 [Reprint 2021 ed.]
9783112521946, 9783112521939](https://ebin.pub/img/200x200/chemisches-zentralblatt-35-1955-126-jahrgang-31-august-1955-reprint-2021nbsped-9783112521946-9783112521939.jpg)
![Berliner Astronomisches Jahrbuch: 180. Jahrgang 1955 [Reprint 2021 ed.]
9783112471227, 9783112471210](https://ebin.pub/img/200x200/berliner-astronomisches-jahrbuch-180-jahrgang-1955-reprint-2021nbsped-9783112471227-9783112471210.jpg)
File loading please wait...
Citation preview
BERLINER ASTRONOMISCHES JAHRBUCH FÜR
19 1 8 0.
5 5
J A H R G A N G
H E R A U S G E B E R ASTRONOMISCHES
R EC H EN I N S T I T U T
DER DEUTSCHEN AKADEMIE DER W I S S E N S C H A F T E N
ZU
BERLIN
UND A S T R O N O M I S C H E S R E C H E N I N S T I T U T ZU
HEIDELBERG
1953 AKADEMIE-VERLAG
• BERLIN
Astronomische Zeichen u n d A b k ü r z u n g e n Bezeichnung der Wochentage O C cf 5 % 9 t>
Sonntag Montag Dienstag Mittwoch Donnerstag Freitag Sonnabend
O C
Neumond Erstes Viertel Vollmond Letztes Viertel
Knoten
Zeichen des Tierkreises u n d der H i m m e l s k ö r p e r Y 8 n © Q 11p
Widder . . Stier . . . Zwillinge . Krebs . . . Löwe . . . Jungfrau. . Waage . . n Skorpion . Schütze . . 5 Steinbock . ^ Wassermann H Fische . . .
. . . . . . . . . . . .
o Grad • 30 » . 6o » . 90 » . 120 » • 15° » . 180 » .210 » . 240 » . 270 » • 300 » • 330 »
Sonne Mond Merkur Venus Erde Mars % Jupiter 1i Saturn 6 Uranus ¥ Neptun P Pluto
O (C 5 9 6 cf
Herausgeber: Astronomisches Recheninstitut der Deutschen Akademie der Wissenschaften zu Berlin und Astronomisches Recheninstitut zu Heidelberg. Verantwortlich f ü r den Inhalt: Prof. Dr. A. Kahrstedt, Berlin-Lichterfelde-West, und Prof. Dr. A. Kopff, Heidelberg. Verlag: Akademie-Verlag GmbH, Berlin W 8, Mohrenstraße 39; Fernsprecher: Sammelnummer 20 30 96; Postscheckkonto: Berlin 350 21. Bestell- und Verlagsnummer dieses W e r k e s : 1004/180. Freis: 12 DM. Druck: (III/9/1) Sächsische Zeitung. Verlag und Druckerei, Dresden N 23. 11863. Veröffentlicht unter Lizenz-Nr. 1210 des Amtes für Literatur und Verlagswesen der Deutschen Demokratischen Republik. Printed in Germany.
Vorwort V o m J a h r g a n g 1 9 1 6 an ist der fundamentale Meridian, auf den alle A n g a b e n des Jahrbuchs bezogen sind, der Meridian von Greenwich. Die Zeit ist v o m Jahrgang 1 9 2 5 an in Weltzeit, d. i. Bürgerliche Zeit Greenwich, ausgedrückt (siehe Erläuterungen). Die Grundlagen des Jahrbuchs bilden:
Berliner
F ü r die S o n n e und die g r o ß e n
Astronomischen
Planeten:
Die Tafeln von N e w c o m b und (für Jupiter und Saturn) von H i l l , enthalten in: Astronomical Papers of the American Ephemeris, Vol. V I , P a r t I — I V : Tables of the four inner planets, Vol. V I I , P a r t i — I V : Tables of Jupiter, Saturn, Uranus, Neptune. Für P l u t o läuterungen.)
die Elemente von E . C. B o w e r . (Näheres siehe Er-
Als Sonnenhalbmesser in der mittleren Entfernung ist 16' i ' ' 5 o angenommen; dagegen liegt der Berechnung der Finsternisse der von A u w e r s in A . N . , Bd. 128 gegebene W e r t 1 5 ' 5g"Ö3 zugrunde. F ü r den
Mond:
Tables of the Motion of the Moon b y E r n e s t
W. B r o w n .
Der geozentrische Mondhalbmesser r $ ist aus der Äquatorial-Horizontalparallaxe p ( gerechnet nach der Formel r t = 0.272469 p j + i ? 5 o , für die Finsternisse nach sin r j = 0.272274 sin p«. A l s Neigung des Mondäquators gegen die Ekliptik ist nach F. H a y n (A. N. B d . 199, 263) angenommen: J — i ° 32' 20*. Für die
Fixsterne:
Dritter Fundamentalkatalog des Berliner Astronomischen Jahrbuchs (Veröffentlichungen des Astronomischen Recheninstituts zu Berlin-Dahlem Nr. 54 und Abhandlungen der Preußischen Akademie der Wissenschaften Jahrgang 1938. Phys.math. Klasse. Nr. 3). Die Sterngrößen und Sternspektren sind dem »Henry Draper Catalogue (Harvard Annais, vol. 91—99)« entnommen. A l s Werte angenommen:
der
fundamentalen
Reduktionsgrößen
Die P r ä z e s s i o n s - G r ö ß e n n a c h S. N e w c o m b (vgl. H. A n d o y e r , Bull. Astr. Bd. 28, S. 67) Die N u t a t i o n s - K o n s t a n t e 9*21
sind
Die N u t a t i o n s - G r ö ß e n nach 8. N e w c o m b (Bull. Astr. B d . 15, S. 241) Die A b e r r a t i o n s - K o n s t a n t e Die S o n n e n - P a r a 11 a x e Die A b p l a t t u n g Für die
der
Erde
. . . .
20*47 8?8o 1:297
Satelliten:
Die Angaben über die 4 älteren J u p i t e r t r a b a n t e n beruhen auf den Tafeln von R . A . S a m p s o n (Tables of the four great SateUites of Jupiter. London 19x0), die Angaben über die 8 älteren Saturnsatelliten auf den von H . und G. S t r u v e sowie von J. W o 1 1 j e r ermittelten Werten (Näheres s. Erläuterungen). In allen Ephemeriden der Sonne, der Planeten und der Fixsterne sind die kurzperiodischen, von der Mondlänge abhängigen Nutationsglieder weggelassen; doch bietet das Jahrbuch die Möglichkeit, auch diese weggelassenen Glieder zu berücksichtigen (s. Erläuterungen). Der Inhalt des Jahrbuchs h a t gegenüber dem V o r j a h r keine Änderungen erfahren. N a c h einem internationalen Übereinkommen v o m Jahre 1 9 1 1 wurde ein Teil der Angaben v o m Nautical Almanac Office, London, vom Nautical A l m a n a c Office, U . S . N a v a l Observatory, Washington, und vom Bureau des Longitudes, Paris, zur Verfügimg gestellt. E s wurden übernommen v o m Nautical A l m a n a c Office, London, die Ephemeriden der Sonne, des Mondes und der Planeten mit Ausnahme von Pluto sowie die Vorausberechnungen der Sternbedeckungen für Berlin-Babelsberg, F r a n k f u r t a. M. und Münohen. V o m Nautical A l m a n a c Office, Washington, wurden zur Verfügung gestellt die rechtwinkligen, heliozentrischen, äquatorialen Koordinaten von Pluto, die Angaben über Finsternisse, die Elemente der Sternbedeckungen, die Rotationselemente der Sonne und des Jupiter, die Konstellationen und die A u f - und Untergangszeiten des Mondes. V o m Bureau des Longitudes, Paris, wurden die Zeiten der Verfinsterungen der Jupitertrabanten sowie die Tafeln ihrer Anordnimg und die Refraktionstafel übernommen. Die mittleren und scheinbaren Sternörter sowie die Angaben über die Saturnstrabanten sind im Astronomischen Recheninstitut in Heidelberg unter der Leitung von Dr. G o n d o l a t s c h berechnet. Die Berechnung der übrigen Teile und die Beaufsichtigung des Druckes sind unter der Leitung von Prof. Dr. K o h l vom Astronomischen Recheninstitut in Berlin besorgt worden. Bezüglich der Zahlengrundlagen sei auf die im Berliner Astronomischen Jahrbuch für 1916 gegebene Darstellung der „Grundbegriffe der Sphärischen Astronomie" hingewiesen. Astronomisches Recheninstitut in Berlin Astronomisches Recheninstitut in Heidelberg
V
Inhalt Seite
Zeichen des Tierkreises und der Himmelskörper Vorwort Zeit- und Festrechnung Dimensionen der Erde Astronomische K o n s t a n t e n E l e m e n t e der Planetenbahnen K a l e n d e r der Juden und Mohammedaner Sonnenephemeride Rechtwinklige Sonnenkoordinaten, mittleres Ä q u i n o k t i u m 1955.0 . . . . Aberration, Parallaxe, Mittlere L ä n g e und Mittlere Anomalie der Sonne Mondephemeride Mondphasen Geozentrische Örter der großen Planeten Rechtwinklige Sonnenkoordinaten, mittleres Ä q u i n o k t i u m 1950.0 . . . . Heliozentrische Örter der großen Planeten, mittleres Ä q u i n o k t i u m 1950.0 Mittlere ö r t e r v o n 1535 Fixsternen Scheinbare Örter v o n 560 Zeitsternen Scheinbare Örter von 10 nördlichen Polsternen Scheinbare Örter v o n 10 südlichen Polsternen Koordinaten der scheinbaren Örter von vier polnahen Sternen für I2 h Sternzeit Greenwich Formeln zur R e d u k t i o n auf den scheinbaren Ort Hilfsgrößen zur Berechnung der Reduktion auf den scheinbaren O r t . . . Ü b e r t r a g u n g mittlerer Sternörter auf 1955.0 Ü b e r t r a g u n g mittlerer Polsternörter auf 1955.0 R e d u k t i o n v o n Koordinatendifferenzen scheinbarer Örter auf mittlere für den Jahresanfang Ü b e r t r a g u n g v o n Rektaszensions- und Deklinationsdifferenzen v o m mittleren Ä q u i n o k t i u m 1955.0 auf das Normaläquinoktium 1950.0 . . . . Hilfsgrößen zur Reduktion v o m mittleren Ä q u i n o k t i u m 1950.0 auf das w a h r e Ä q u i n o k t i u m der E p o c h e Ü b e r t r a g u n g v o n Sternörtern v o m mittleren Ä q u i n o k t i u m 1955.0 auf das Normaläquinoktium 1950.0 Sonnen- und Mondfinsternisse Sternbedeckungen Mondbewegung und L a g e des Mondäquators Mondkrater Mösting A R o t a t i o n der Sonne R o t a t i o n des Jupiter Verfinsterungen der Jupitertrabanten Anordnung der Jupitertrabanten Saturn und Saturnsring .' Erscheinungen der Saturnstrabanten Konstellationen Sonnenaufgang Sonnenuntergang Nautische D ä m m e r u n g Mondaufgang Monduntergang Hilfstafeln Koordinaten der Sternwarten Normalzeiten der wichtigeren L ä n d e r Interpolation Refraktionstafel Polaristafeln Erläuterungen zu den A n g a b e n und zum Gebrauch des Jahrbuchs . . . . Berichtigungen Alphabetisches Sachregister
II III VI VI VII VII VIII 2 20 29 30 48 49 116 125 2* 41* 181* 211* 241* 251* 252* 280* 281* 282* 285* 286* 288* 292* 297* 307* 308* 3'3* 316* 318* 320* 331* 333* 346* 348* 349* 366* 37°* 371* 388* 410* 416* 4r7* 422* 424* 431* 45°* 451*
Zeit- und Festrechnung 1955 D a s Jahr 1955 entspricht dem Jahr 6668 der Julianischen Periode und d e m Jahr 7463—7464 der B y z a n t i n i s c h e n Ä r a .
Gregorianischer Kalender Goldene Z a h l Epakte Sonnenzirkel Sonntagsbuchstabe
18 VI 4 B
Septuagésima Aschermittwoch I.Quatembe r Ostersonntag Himmelfahrt Pfingstsonntag II.Quatembe r Fronleichnam III.Quatembe r I.Adventssonntag IV.Quatembe r
6. 23. 2. 10. 19. 29. 1. 9. 21. 27. 14.
Febr. Febr. März April Mai Mai Juni Juni Sept. Nov. Dez.
Dimensionen der Erde a) Nach B e s s e l (1841) Große Halbachse Kleine Halbachse Abplattung Meridianquadrant
a = 6377397.155 m b ' = 6 356 078.963 m a = 1 : 299.152 8129 = 10000855.76 m
1 0 5 0 = 6.8046434637 log b = 6.803 1892 839 log a = 7.524 1069 0 9 2 — 1 0
Die Maßeinheit der L ä n g e ist das legale Meter.
b) Nach H a y f o r d (1909) identisch m i t Internationalem Ellipsoid (1924) Große Halbachse a = 6 378 388 m log a = 6.804 7109 340 Kleine Halbachse Abplattung Meridianquadrant
b = 6 356 911.946 m a = 1 : 297 = 10 002 288.30 m
log b = 6.803 2461 958 log a = 7.527 2435 5 0 7 — 1 0
c) Nach K r a s s o v s k y (1940) Große Halbachse a = 6 378 245 m log a — 6.804 7011 973 Abplattung a = 1 : 298.3 log a = 7.525 3467 4 6 6 — 1 0 Die Maßeinheit der L ä n g e ist das internationale Meter. E i n internationales Meter = 0.999 9866 legales Meter. W i l l man die L ä n g e einer in legalen Metern gemessenen S t r e c k e in internationalen Metern angeben, so h a t m a n die A n z a h l der legalen Meter m i t 1.000 0134 zu multiplizieren. N o r m a l w e r t f ü r die Schwerebeschleunigung im Meeresniveau: Yo — 978.030 (1 +0.005302 • sin 2 i,—0.000007 • sin22
7
2.08
So Mo Di Mi Do Fr
16 22.15 l6 23.42 l6 23.86 , ° „ 0.38 1623.48 16 22.26 2 / ' o22g + l 6 20.l8 ^ 2.93 l 6 17.25 3-79 l 6 13.46 4.65 l 6 8 . 8 l 5-52 l 6 3.29 6.37 15 56.92 7 . 2 4 + 15 49.68 8.09 15 4i-59 8.94 15 32.65 9-79 15 22.86 10.63 15 12.23 11.46 15 0.77
Sa So Mo Di Mi Do
+ 14 14 14 14 13 ¡-13
Mo Di Mi Do Fr Sa
12.28
48.49 13.10 35-39 13-91 21.48 14.70 6.78 15.48 51-3° 1 6 . 2 6 35-04
13 13 13 13 13
Scheinbare
Scheinbare
Rektaszension
Deklination
13
13 22.20 17 4.69 20 47.72 24 31.31 2815.48 32 0.23
!3 13 13 !3 13 13
35 39 43 47 5° 54
45-59 3i-56 18.16 5-4i 53-3 1 41.88
13 14 14 14 14 14
58 2 6 10 13 17
3 I - I 4 3 49-97 21.11 3 50.67 11.78 3 5 1 - 4 1 3.19 3 52.15 55-34 3 52.91 48.25 3 53-69
14 14 14 14
21 25 29 33
41.94 36.42 31.70 27.81
14 37 2475 14 41 22.53 14 14 14 14 15 15
45 49 53 57 1 5
21.16 20.64 20.99 22.20 24.27 27.20
15 15 15 15 15
9 i3 i7 21 25 30
30.99 35-64 4I-I4 47.48 54-67 2.68
15 34 11.52 15 38 21.18 1 5 42
31-64
15 46 42.90 15 50 54-94 15 55 7-75
3 42-49 3 43-03 3 43-59 3 44-17 3 44-75 3 45-36 3 45-97 3 46.60 3 47-25 3 47-9° 3 48.57 3 49-26
3 54-48 3 55-28 3 56.11 3 56.94 3 57-78 3 58-63 59.48 0-35
1.21 2.07 2-93 3-79 4.65 5-50 6-34 7.19 8.01 4 4
8.84 9.66
4 10.46 4 11.26 4 12.04 4 12.81
-
7 8 8 8 9 9
46 8 30 53 15 37
17-7 41.4 58.3 7-9 9-9 3-9
- 9 10 10 11 11
58 20 41 3 24
49-4 26.1 53.6 n-5 19.4
11 45 16.9 -12 12 12 13 13 13
6 26 47 7 27 47
3.6 39.1 3.0 i5-o 14.7 i-7
-14 14 14 15 15 15
6 25 45 3 22 40
35.5 55-9 2.4 54-6 32.1 54-6
-15 16 16 16 17 17
59 16 34 51 8 25
i-6 52.6 27.4 45-4 46.3 29.6
Halbe Durch gangsD a uer St.-Zt.
22 23.7 22 16.9 22
9.6
22
2.0
21 54.0 21 45-5 21 36.7 21 27.5 21
17.9
21
7.9
20 57.5 20 46.7 20 35.5 20 23.9 20 12.0 19 59-7 19 47.0 19 33-8 19 20.4 19
6.5
18 52.2 18 37-5 18 22.5 18
7.0
17 5 1 . 0 17 34-8 17 18.0 17
0.9
16 43-3 1 6 25.3
-17 4i 54-9 17
58
16 7.0 1 . 9 15 48.1
18 13 50.0 18 29 19.0 18 44 28.3
15
9-3
14
18 59 17-7
49.4
14 29.0
-19 19 19 19 20 -20
13 27 41 55 8 20
46.7 54-9 42.0 7-7
15 29.0
14
8.2
13 4 7 - i 13 25.7
13 3-8 I i . 5 12 4 1 . 6
53.1
65.02 65.IO
65.18 65.26 65-35 65-44 65-53 65.62 65.72 65.82 65.91 66.01 66.12 66.22 66.33 66.43 66.54 66.66
66.77 66.89 67.00 67.12 67.23 67-35 67.47 67-59 67.70 67.82 67.94 68.06 68.18 68.30 68.42 68.54 68.66 68.78 68.89 69.01 69.12 69.23 69-34 69-45
Halbmesser
Sonne 1955 0h Julian. Zeit
Nutation in AR. langp. ] kuizp.
Sternzeit
Gl.
Gl.
17
W e11 z e i t
Auf-
Unter-
gang
Mittleres Äquinoktium I955-0 Länge Breite
in< 1
gang >°Breite
J
c u Länge
i
1955 Okt.
14 15 16 17 18 !9 20 21 22 23 24 25 26 27 28 29
Nov.
2435 h m s 127 4.O43 I 3 1 O.596
d
394-5 395-5
i 34 5 7 - I 4 9 1 38 5 3 . 7 0 2
400.5
1 5 ° 43.363 +973 - 5 1 54 39.916 ¡ 9 7 1 - 1 1 58 3 6 . 4 7 0 ! 9 7 0 + 3 968+6 2 2 33.024 966+8 2 629.577
401.5 402.5 403.5 4°4-5 405.5 406.5
1 42 5 0 . 2 5 6 1 46 46.809
2 10 26.131
30
409.5 410.5
14 18 22 26 30
22.685 19.239 15.794 12.348 8.902
3i
4H-5
2 34
5456
1 2
412.5
7 8
407.5 408.5
6 2 3 8
959 - 1 3 958 - 1 5
205 206 207 208
211 212 213 214 215 216
2 1 7 46 2 1 8 46 2 1 9 46 2 2 0 46 22146 222 4 7
418.5
3 i4i-340 3 5 37-895 3 9 34-451 3 *3 S i - o o ö 3 17 27-561 3 21 24.117
+954 « 6 954 + 1 5 954 + 1 0 954 + 5 954 " 954 -
6
225 226 227 228
3 25 2 0 . 6 7 3 3 29 1 7 . 2 2 8
+954 955 -
8 9
427-5 428.5
3 33 1 3 - 7 8 4 3 37 10.340 341 6.896
955 956 -
429-5
3 45
3-453
430.5 431-5 432.5
349
0.009
4I9.5 420.5
424-5 425.5 426.5
433-5 434-5 435-5
3 52 5 6 . 5 6 5 3 56 53-122 4 0 49.678 4 4
4 46.235 8 42.792
+ " " 5
47 47 46 46 46 46
59
27.8
59
29.9
59
31-9
59
33-8
59
35-8
59
37-6
59
39-4
59
47 47 48 48
°
49-8 51-5 53-2 55
o
56.8 58.7
0.994 0.993 0-993 0.993 0.993 0.992
1386 8629 5896 3193 0522 7885
8.9
-43 -49 -52 -52 -49 -43
0.991 0.990 0.990 0.990 0.990 0.989
-34 -23 -11 + 2 + 16 + 29
0.989 6 5 0 7
0.988 5 4 5 3
+41
0.988 3309
11.0
60
13.1 15.2
60
22.9
229 48 59.8 230 49 2 4 . 4
60
24.6
2 3 1 49 50.6 232 5 0 1 8 . 5
60
26.2
8 5
60
27.9
60
29.4
957 - 2 958 + 2
2 3 3 50 47-9 234 5 1 l 8 - 8
60
30.9
+959 + 5 960 + 8
235 5 i 5 i - o 236 52 2 4 . 6
60
32.2
60
33.6
60
34.9
60
36.0
60
37-3
60
38.4
+53 +62 +70 +75 +77
2843 2844 2843 2839 2833 2825 2812 2798 2779 2757 2733 2703 2671 26 37 2601
-23 -34
;;
60
60
+49 + 53 +53 +51 +47 +38
0-994 9 7 7 5 0.994 6963 0.994 4 1 6 5
2.6
21.0
963 + 3 +964 - 1
+ 11
0.992 0.992 0.992 0.991 0.991 0.991
60
59-5 35-5 12.8 51.2
0-995 5 4 3 3 0 . 9 9 5 2600
2
+27 + 15 + 2 -11
0.6
17.1
52 53 54 54
-
+43
19.2
237 238 239 240
0.995 8272
59
60
961 + 8 962 + 7
-15
59 46 4 4«-1
5302 2 8 2 7 2475 2834 9641 2839 6802
° - 9 9 6 3959 0.996 1 1 1 5
+ 23
60
1
-60
°-997 °-997 0.996 0.996
-51 -41 -28
+ 34
36.8 60 37.4 60 4O.O 44.7 ~ 51.4 60 0.3
39-6 56.7 15.9 36.9
2
-71 -67
44-6
59
II.Ö 59 1.6 59 53.I 59 46.3 > 59 41.3 59 38.I
2 2 3 47 I i . 3 2 2 4 47 2 4 . 4
41-
59 43
59
2 57 4 4 - 7 8 5
955 954
3
48 4 9 . I 48 28.5 48 9.7 47 5 2 . 7
209 4 7 3 7 - 3 2 1 0 47 2 3 . 7
4I7.5
956 -
I.9
302 49 3 5 . 7 204 49 I I . 5
955 + 4
13 !4
24
+ + -
202 50
2 49 5 I . 6 7 5 2 53 48.230
423-5
, 23
f9Ö4 962 961 960
8
201 50 3O.O
+957 - 1 4 956 - 1 0
12
19 20 21 22
965+
9 9 8
2 38 2 . 0 1 1 2 41 58.566 2 45 5 5 . 1 2 0
421.5 422.5
17 18
979 " 977 975 "
199 51 32.3 200 5 1 0.1
4I3-5 4I4-5 4I5-5 416.5
9 10 11
15 16
+ 985 + 2 983 - 3 981 - 7
396-5 397-5 398.5 399-5
2 2 2 2 2
3 4 5 6
s i n 0.001
5284 2564 2720 2528 0192 2491 7701 2458 5243 2816 0418 2372 8046 2348 5698 2327 3371 2307 1064 2287 8777
2398
2270
0.989 4 2 5 6 0.989 2024 0.988 9 8 1 2 0.988 7 6 2 1
2251 2232 2212 2191 2168 2144
0.988 1 1 9 2
2117
0.987 9 1 0 5
2087
0.987 7049
2056
0.987 5029
2020
0.987 3046
1983
h m 6 19 6 20 6 22 6 24 6 25 6 27
h m 17 13 17 I I 17 9 17 7 17 17
5 3
6 29
17
1
6 30 6 32
16 16 16 16 16
59 57 55 53 51
6 34 6 35 6 37 638 6 40 6 42 6 43 6 45 6 47 6 48 6 50 6 52 6 53 6 55 6 57 658 7 7
0 2
7 7 7
3 5 7
1 6 49 1647 1645 1644 1 6 42 1 6 40 1 6 38 16 16 16 16 16
37 35 33 32 30
16 16 16 16 16
28 27 25 24 22
16 21
7 8 7 10
1 6 20 16 18
7 12
16 16 16 16
7 13 7 15 7 16 7 18 7 20 7 21 7 23 7 24 7 26
17 16 15 13
16 12 16 11 16 10 16 9 16 8 16
7
Sonne 1955
18
0h W e 1 t z e it
is
Zeitgleichung W a h r e Z e i t minus Mittlere Z e i t
h
Do Fr Sa So Mo Di
s + 1 3 35.04 o 17.02 13 18.02
17.77
13 0-25 18.50 ! 2 4 I - 7 5 19.22 12 22.53 19.94 12 2.59 20.64
Mi Do Fr Sa So Mo
41.95 ^ , 21.32 I I 2O.63 O , J 22.00 10 J58.63 J
-Ii
22.66
35-97
1 0
10 12.68 97 48.76 ^
Di Mi Do Fr Sa So
+
Mo Di Mi Do Fr Sa
+
So Mo Di Mi Do Fr
+
'
23 29 23 92
24.52
9 24.24 i.
8 0
8 8
^ ^25.09 5 9 - 1 5J 7 25.63
33-52 2 6 J 7-36
7 7
26
6
4 0 -r 7 1 27.IO I 3 - 6 1
'
27.53
J
5 21.29 4
5 2
3
29.35
29
2 4-92
1
55-07
1
a
0
5 5 - 3 ^ 29.85
0
° 0 1
29.85 29
.88
^
3 4 - ° ° 29.56 6 u3 -u 5 29.39
1 u32.95 — 2
2.17
2
31.17
2 59-93
40.18 58.06 16.62 35-83 55.69 16.16
4 13-58 4 14-32 4 15.06 4 1578 4 16.49 4 17.20 4 17.88 4 18.56 4 19.21 4 19.86 4 20.47 4 21.07
16 46 37.23 16 50 58.88 4 21.65 16 55 21.08 4 22.20 4 22 .71
16 59 43-79 4 23.20 1 7 4 6.99 4 23.66 1 7 8 30.65 4 24.09
*7 17 17 17 17 17
12 17 21 26 30 35
43
54.74 19.22 44.05 9.21 34.66 0.35
24.48 24-83 25.16 25-45 25.69 4 25.92
29.22 29.00 28.76
26 o9
52.36
48 18.59
17 52 44.931 17 57 18
1
^.88
25.46 4-32
20 24 29 33 37 42
J7
2
5-I9
16 16 16 16 16 16
g3
54-70
2
7-75 21.33 35-65 50.71 6.49 22.98
11-33
1 8 1 9
23.20
18 23
49.31
*
j
18 2 8 1 5 . 2 6 j
18 32
18 37 18
2 6 a
,
3 7 . 7 8 ; :66
18 6 4.22 18 10 30.62 1 8 1 4 56.96 „
26.34
26a I
.
4 2
40
4 4
5
95
4 25.77
41.03
6.594
0/ 4131.91
- 2 0 20 20
25 56
. 25.32
53.1
3312.2
20 45
8.4
r
//
12 1 9 . 1 I I 56.2 I I 33 0
20 5 6 4 1 . 4 II 9 4 2T 7 50.8 10 45.6 21 18 36.4 10 2 1 . 5
-21
28
57.9
21 38 5 5 - ° 21 48 27.3 21 5 7 3 4 - 6 22 6 16.6 22 14 33.0 -22 22 22 22 22 22 -23 23
22 29 36 43 49 55
23.6 48.1 46.2 17.8 22.7 0.5
o II.I 4
54-5
23 9 10.4 23 12 58.5 23 16 18.9 23 1 9 I i . 5 -23 23 23 23 23 23
21 23 25 26 26 26
36.1 32.7 1.1 1.3 33.3 37.1
-23 26 12.7 23 25 20.0 23 23
4 26.11 4
Halbe Durch gangs Dauer St.-Zt.
Scheinbare Deklination
s
55 59 3 7 12 16
17 39 26.27
53-91
3 24.38
-
2
-4°29.!4
4 23.26 T 0
m
15 15 16 16 16 16
a8;Z g gg
2 549-89
6 6 146.08 8.16 27'92
So Mo Di Mi Do Fr Sa So
Scheinbare Rektaszension
59-1
23 22 10.o 23 1 9 52.8 23 1 7 7-5
9 57-i 9 32.3 9 7-3 8 42.0 8 16.4 7 50.6 7 24-5 6 58.1 6
JH Ol
o
6
4-9
5 37-8 5 10.6 4 43-4 4 15-9 3 48.1 3 20.4 2 52.6 2 24.6 1 56.6 1 28.4 1
0.2
0 32.0
69-45 69.56 69.66 69.77 69.87 69.97 70.06 70.15
70.24 70.33 70.41 70.49 70.56 70.63 70.70 70.77 70.83 70.89 70.94
70.99 71.04 71.08 71.12 71-15
71.18 71.20 71.22 71-23
3-8
71.24
0 24.4
71-25
0 52.7 1 20.9
71-25
0
1 49.1 2 17.2 2 45-3 3 13-3
-23 13 54-2' 3 41-3 23 10 12.9 4 9-1 -23 6 3.8
71-25
71.24 71-23
71.21 71.19 71.16 71.13
71.09
Sonne 1955
19
0h W e 11 z e i t Julian.
Sternzeit
Zeit
1955 N o v . 24 25 26 27 28 29 Dez.
30 1 2 3 4 5 6 7 8 9 10 11 12 13 M
15 16 17 18 !9 20 21 22 23
2435 d 435-5 436.5 437-5 438.5 439-5 440.5
Nutation in A R .
h
m s 8 42.792
|
+ 964 966 4 12 39.348 967 1 6 4 35-9°5 969 4 20 32.462 971 4 24 29.019 4 28 25.576 972 4
- I 240 54 5!-2 - 7 241 55 30.8 - 1 2 242 56 1 1 . 5 - 1 6 243 56 53-2 - 1 6 244 57 36.1 - I ß 245 58 20.1
4 32 4 36 4 40 4 44 448 452
22.133 + 974 - 7 2 4 6 5 9 18.691 976 + 1 247 59 15.248 978+ 8 2 4 9 0 1 980 +14 250 11.805 u 982 +17 251 2 8.363 984 +16 252 3 4.920
447-5 448.5 449-5 450.5 451-5 452.5
4 4 5 5 5 5
1-478 + 986 +12 989+ 7 58.036 991+ 1 54-593 993 - 4 5i-i5i 996 - 7 47-709 998 - 9 44-267
453-5 454-5 455-5 456.5 457-5 458.5
5 5 5 5 5
459-5 460.5
5 19 40.824 +1001 - 7 1003 - 5 23 37-382 1006 - 2 27 33-940
5 5 461.5 5 462.5 5 463-5 5 464-5 6
3 i 30.498 35 27-056 39 23-614 43 47 5i 55 59 3
27 28 29
469-5 470.5
30 3i 32
471-5 472.5 473-5
6 30 38.870 +1049 + 1 1 1052 +15 6 34 35-428 6 38 31-985 +1055 +16
465-5 466.5 467-5 468.5
253 254 255 2
5
6
257 258
259 260 261 100g + 2 262 1011 + 5 263 1014 + 7 264
20.172 +1017 + 1019 + 16.731 1022 + 13-289 1025 9-847 1028 6 -405 1030 2.963
gang Breite
Länge
44 I -5 442.5 443-5 444-5 445-5 446.5
56 59 3 7 11 i5
Unter-
1955-°
Gl.
6 6 5 9 . 5 2 1 +1033 - 1 5 6 10 56.079 1036 - 1 7 1039 - 1 6 6 14 52.637 6 18 49.195 1041 - 1 1 1044 - 4 6.22 45.753 1047+ 4 6 26 42.312
24 25 26
Mittleres Äquinoktium
langp. I kurzp. Gl.
Aufgang
5-3 51.8 39-6
6
60 39.6 60 40.7 60 41.7 60 42.9 60 44.0 60 45.2 6o
6 5
6o
28.7 ^ ' 6 0 50.5 19.2 7 60 51.9 11.1 ,
4 4-4 4 59-0 5 54-9
277 29 29.8
274 26
7.9
6
"
6
6 o 5
^ •3
6
1-4
6
2.3
6 6
3-1
6
4-4
6
5-°
6
3-8
5-4 5-8 6.1 6-3 6.6 6.6 6.8
6
6.9 7.0
6
275 27 15-0 g 276 28 22.3
278 30 37-5 279 3 i 45-5
+29
0.986
2140
+15
0.986
0513
+ 2 -10 -21
0.985 o
89431570 I5I4
-33
269 20 34.O 270 21 4O.6
272 23 54.O 273 25 O.9
5565
6 6
7-i 7-3 7-5 7-7 8.0
-31
-25 -17
-
7
*
0.986 3824
1 2 7
0.985 7429 0.985 5969 *
-31
268 1 9 27.7
2 7 1 22 4 7 . 2
0.986
+63
6o 5
°-5
265 16 IO.4 266 17 15.8 267 18 21.6
+53 4-42
60 53.3
52-I
50.4 51.8 54.1 57.2 1.0 5-4
3046 1105 9209 7361
+70
0.985 3199 0.9851884 0.985 0612 0.984 9381 o
0 0
1231
"92
O.984 8189 * v 1156 0.984 7033 1118 IIlg
+ 5 0.984 + 18 0.984 +32 0.984 +45 0.984 +57 0.984 +69 0.984
59I5 4832 3784 2771 1795 0855
+79 +86 +92 +95 +94 +90
0.983 0.983 0.983 0.983 0.983 0.983
9953 9091 8270 7492 6760 6077
+83 +74 +63
0.983 5445 577 0.983 4868 519 0.983 4349
+50
0.983 3893
+35 +22
0.983 3500
0.983 3174
+ 10 0.983 2915 - 2 0.983 2722 -11
0.983 2595
oh Länge
hv m
0.987 0.987 0.986 0.986
+ 77 +75
-27 0.985 4560
7 5°-4 go 59-5 8 49.9 6 i 9 10 11 12 14 15
l
¡Breite
1083 1048 1013 g 76 940 902 862 821 778 732 683 632
456 393 326 259 193 127
7 7 7 7 7 7
26 27 29 30 32 33
7 34 7 36 7 37 7 38
7 40 7 41 7 7 7 7 7 7
42 43 44 46 47 48
7 7 7 7 7 7
49 50 5i 5i 52 53
7 7 7 7 7 7
54' 54 55 56 56 57
7 7 7 7
57 57. 58 58
7 58
7 59 7 59 7 59 7 59 2*
Sonnenkoordinaten 1955
20
Mittleres Äquinoktium AX
X +0.150 0.167 0.184 0.201 0.218
006 267^
474
622 706 0.235 721 +0.252 661 0.269 522 0.286 298 0.302 986 0.319 58X 0.336 077
7 261 7 207 7 148 7 084 7 015 6 940 861
54 59 64 69
75 - 79 85
-3 776 88 +4 6 688 93 +3 6 595 99 - 3 6 496 104 -4 6 392
+0.352 469, 6 285 "3 0.368 754 6 172 119 0.384 926 6 053 0.400 979 123 0.416. 909 5 93° 128 0.432 711 5 802 133 5 669 —107
+0.448 0.463 0.479 0.494 0.509 0.524
+0-539 0-553 0.568 0.582 0.596 0.610
+0.624 0.637 0.650 0.664 0.676 0.689
3»o4 -139 910 5 53o 143 297 5 387 149 5 238 153 535 620 5 085 159 4 926 162 546 4 764 -169 3io 4 595 905 4 422 173 327 4 245 177 572 4 062 183 634 3 876 186 5io 3 685 191 i95 4 3 490-195 198 685 3 292
977
066
949 622
3 089 2 883 2 673 2 460
203
206 210 213
-215 082 2 245 327"1 2 024 221 35i 1 802 222 153 1 576 226 0-749 729., 1 346 230 •232 +0.761 075
+0.702 0.714 0.726 0.738
AY
—I -0.891 573 '+ O 0.888 964 0.886 079 +3 0.882 918; +5 ! +4 0.879 483 ' —1 0.875 775 —1
—0.871 0.867 0.863 0.858 0.853 0.847
'
796 547!+ , 0291 245 ' i95 881'
+4 —0.842 304,+ +1
-4
o +2 0
0.836 0.830 0.824 0.817 0.8x0
-4
—0.803 0.796 —2 0.788 -5 0.780 o 0.772 —1 0.764 +4
466 368:
-3
-0.699 0.688 o 0.678 -4 0.667 -3 0.657 -4 0.646 o
+ 4 -0.634
2 609 2 885
3 l6l 3 435 3 708 3 979 4 249 4 518
276 276 274
273 271 +270 269 266
5 577 5 e 6
;
6
3991 531
+278
4 784 266 5 050 264 5 314 263
0 1 2'
6 7
411 040 7 421 7 555 7 446 8 ' 8 0951
!
—2 -0-755 507 + —1 0.746 682 —1 0-737 625 : 0.728 338 -5 —1 0.718 825 | 0.709 -3
+261 838" 260 098 258 356 257 613 255 868 252 120 371 619 866 109 35i
8 588
—1
-0.386 648 0.385 517 -4 +1 0.384 266 o 0.382 895 o 0.381 406 —2 0-379 798
131
0-374 273
-4
-0.365 287
—1 o
0.360 i n
842
+4
—1 +1 —2
-3 -5 -3 -4
—2 —2 o - 4
0-334 988
0.331 366 -0.327 641 0.323 813 0.319 885 0.315 857 0.311 731 0.307 509 -0.303 192 0.298 781 0.294 279 0.289 686 0.285 004 0.280 235
116 116 116
190
114
3°4
114
418 +2
+ 114
532
2 644
-3
243
+ 117
074
237
247
it 7
958
242
248
119
725
089
—1
118
608
0.351 508 +1 -0.348 4*9 o 0-345 222 +3 0.341 917 —2 0.338 506 +1
+5 +4
120
489
0.372 199 0.370 009 0.367 705
0.362 755
120
371
+ 1 -0.378 073 0.376 231 o
-5 -3 -4 -4
+121
251
2 757
+237 8 825' 232 9 057 230 287 9 226 9 5i3 223 9 736 219 ' 9 955 +216 134 '+IO 171 212 963 383 209 580 IO 592 205 988 IO 797 202 191 IO 999 197 192 II 196 99 6 +195 ¿05'1 + " 39i 191 I I 582 0231 188 ' II 770 2531 185 298; i i 955 180 ' + I 2 135 163 +177
! IO
AZ
0-357 354 0-354 486
+251
0.623 0.612 +5 0.600 +4 0.588 +1 + 4 -0.576 J X, J Y, J Z sind in Einheiten der 7. Dezimale gegeben. —2
1955.0
in
2 868 2
112 "3 110
978 i n 197
+108
35 411
106 107
518
104
622
i°3
725 828
108
+ 103
928 028 126 222
317 4» 502
593 682 769
855
100 100 98 96
95 94 91 91 89
87 86
+ 1 -0.275 380 + 84 939 0.270 441 +3 83 5 022 0.265 419 +4 82 0.260 315 5 1 0 4 80 +4 184 0.255 131 5 79 -3 —0.249 868 + 5 263,+ 76 -4
-3 +3 +5
+2 +5 o
Sonnenkoordinaten 1955
21
Mittleres Äquinoktium
X
12 13 J
4
15 16 17 18 19 20 21 22
23
AX
+0.761 0.772 0.783 0-793 0.804 0.814
075+ 1 1 189 1 0 066 1 0 704 1 0 0991 1 0 248
+0.824 0.833 0.843 0.852 0.861 0.869 +0.878 0.886 0.894 0.901 0.908 0.915
148 795 187 320 192 799 1401 210 008 53i 778 7461
+0.922 0.928 0-934 0.940 0.946 0.951
433 8391 961 798 350 6151
+0.956 0.961 0.965 0.969 0-973 0-977 +0.980 0.983 0.985 0.988 0.990 0.992
592 280 678 786 602 1251
877 638 395 149
9 900
-232
+4
237
o
239
+3
243 246
+1
+2
249
o
-253
—2
9 647 9 392
255
+ 1
9 133 8 872
259
—2
261
+ 1
265
—2
266
+3 -4
8 607 8 341 8 070 7 798 7 523 7 247 5 968 6 687 6 406 6 122
;+
355 290 930i 274 321 071
;+
+0.993523 0.994676 o.995 53i 0.996 o861 ++ 0.996 342 +0.996 298
114
5 837 5 552 5 265 4 977 4 688 4 398 4 1.08 3 816 3 523 3 230 2 935 2 640 2 344 2 047 1 750 1 452
—271 272 275
—1 o
276
+3
279 281
—1 —1
-281
+4
284
—1
285
—1
285
+4
287
0
288
—2
-289
-3
290
—1
290
+2
292
—2
293
-3
293
0
-295
—2
295
+ 1
296
o
297
+ 1
297
+3 +1
298
AZ
A Y
-0.576 0.563 0.551 0.538 0.525 0.512
163 851 365 709 886 901
- 0 - 4 9 9 758_,
0.486 0-473 0-459 0-445 0.431
460 011 416 678 803
-0.417 0.403 0.389 0-375 0.360 o.345 -0.331 0.316 0.301 0.286 0.271 0.256
795 658 397 017 523 9I9 211 403 500 507 429 269
-0.241 0.225 0.210 0.194 0.179 0.163
034 726 351 913 4i7 866
—0.148 0.132 0.116 0.101 0.085 0.069
265 619 932 209 454 672
-299 o - 0 . 0 5 3 869 0.038 047 J 298 + 3 855 0.022 212 300 4 555 —0.006 370 299 3 256 300 —4 +0.009 475 J 444 4 -300 —2 +0.025 3 9
1 153
1955.0
+177
2 312
174
2 486
170
2 656
167
2 823
162
2 985
158
3 143
3 298 + i 5 5
151
3 449
146
3 595
37
+2
+4 +3 +5
+1
124
+1
119
+1
114
+2 +5 +2
4 380 4 494
110
4 604
104
4 708
+100
4
95 90
4 9°3 4 993
85
5 078
82
5 160
75
5 235
5 308 + 5 375
5 496 5 55i 5 601
5 646^ 5 687 5 723 5 755
5 782 5 803
73 67
63
5 438
58
5 842
36
-4 -3 -4
32
—1
27
-3 -5
5 844
7
-0.181 0.175 0.168 0.162 0.156 0.150
183 ^
075
+6 131 +56 54
s
r 5
S J « 6"2 3»7 52 aR 630 345 012 6 333
-0.104 53° 6 638+31 2 0.097 9 2 + 6 6 6 7 0.091 2 2 5 6 695 2 8 0.084 53° 25 0.077 8 l O 24 0.071 0 6 6 ^ 7 4 4 22
45
+ 3 — 1
5 7°i
+66 -0.216 0.210 y 66 0.205 1 3 1^ 5" l833 " 64 0.199 234 5 897„ 61/ 1 5 958 ^ 0.193 60 0.187 258 6 018 57
+3 -3 -4 -5 +1
21
868 +76 5 2 9 + S 3 3 9 76 1 1 4 5 4 westl. Länge
14 50 57 15 42 43 16 35 34
131 133
- 1 9 52.4 —22 9.7 - 2 3 24.2
17 18 19 20
134 133 131 128
-23 —22 —20 -17
+ 1.1 + 4.0 + 6.6 + 9.0
29 3 22 34 15 27 7 17
—
—
7
—
3i-4 30.0 22.3 14.2 —
—
Länge, -f- 50° Breite
Greenwich Parallaxe
Zeit des Durchgangs
Änderung für Ii' westl. Länge
Aufgang
ÄndeÄnderung Unter- rung für Ii' für Ii» westl. gang westl. Länge Länge
56.3 55-5 54-9 54-5 54-2 54-2
h m 16 15.I 17 0.2 17 45-8 18 32.3 19 20.0 20 8.8
m 1.88 1.88 1.92 1.96 2.01 2.05
h m 10 38 I I 48 12 57 14 3 15 7 16 5
m 3-o 2.9 2.8 2.7 2.6
54-2 54-4 54-7 55-i
20 21 22 23
2.06 2.05 2.01
16 17 18 18 19
34
2.0 i-7 1.4 1.2 1.0 0.9
6 7 8 10 11 12
3° 42 54 9 25 42
30 3-o 3-i 3-2 3-2 3-2
13 15 16 17 17 18
58 10 12 3 44 15
3-i 2.8 2.4 1.9 i-5 1.2
18 41 19 4 19 24 19 45 20 6 20 29
1.0 0.9 0.9 0.8 0.9 1.1
20 21 22 22 23
57 29 8 54 49
i-3 i-5 1.8 2.1 2.4
0 49
2.6 2.8 2.9 3-o
/
/
-12.5 —II.O - 9.2 - 6.9 - 4-5 - 1-7
-
41
r
—
—
58.2 47.6 36.4 24.2 —
1.97 —
56 40 16 47 12
2-3
125
- 1 3 14.6
+ 10.9
55-6
0 10.8
1.92
47 37 36 51 26 23 17 6 9 57 546
123 123 125 129 136 144
- 8 34.4 - 3 26.1 + 156.7 + 7 i9-3 + 12 25.0 + 1 6 55-4
+ + + + + +
12.4 13.2 13.6 13.2 12.1 10.2
56.0 56.6
0 1 2 3 4 4
56.4 4 J -5 27.0 13-7 2.4 54-2
1.89 1.88 1.91 1.98 2.09 2.23
19 20 20 20 21 21
54 13 34 55 21 53
0.8 0.8 0.9 1.0 1.2 1-5
5 7 !2 18 22 23
5 45 45 16 19 31
153 160 164 163 157 149
+20 +22 +23 +22 + 19 + 16
29.8 47.5 3i-5 33.5 58.1 1.7
+ 7-5 + 3-9 - 0.3 - 4-5 - 8.3 —11.2
59-i 59-5 59-8 59-9 59-9 59-7
5 49-4 6 48.0 748.8 8 50.2 9 50-2 10 47-3
2.38 2.50 2.56 2-54 2-45 2.31
22 33 23 25
1.9 2.4
15 16
3 4 5 6 7 8
0 29 1 43 3 4
2.9 3-2 3-4
17 18 !9 20 21 22
9 10 11 11 12 13
21 16 8 59 49 39
20 3 22 11 20 35
140 133 129 126 125 126
+ 11 + 5 + 0 - 5 -10 -14
7-5 40.6 3.8 234 25.7 50.6
—14.0 —14.0 -13.2 -11.9
59-2 58.6 57-8 57-i 56.3 55-6
11 12 13 14 14 15
41.0 31.6 I 9-9 6.6 52-7 38.9
2.17 2.05 1.98 i-93 1.92 i-93
4 5 7 8
3-3 3-3 3-2 3-i 3-o 2.9
23 24 25 26 27 28
14 15 16 17 18 18
30 28 22 14 14 54 8 11 135 54 34
131 133 134 133 132
-18 -21 -22 -23 -22 —21
28.2 10.5 51.1 25.7 52.4 12.4
55-o 54-6 54-3 54-3 54-4 54-6
16 25.7 17 13-4 18 2.0 18 51.2 19 40.5 20 29.4
1.97 2.01 2.04 2.05 2.05 2.03
29 30 31 Sept. 1 2 3
19 20 21 22
46 46 38 1 28 26 18 28
129 127 125 125
- 1 8 29.8 - 1 4 51-3 —10 26.3 - 5 26.1
+ + + +
8.0 10.1 11.9 13.1
55-i 55-6 56.1 56.7
21 22 22 23
17.6 4-7 51.1 37-i
1.99 1.94 1.92 1.92
23
843
127
— 0 4.2
+ I3-7
57-3
0 23.2
1.94
5 6 7 8 9 10 11 12 13
20 57 55 21 22 23 0 1 2
128
—10.1
-
8.0
-
5-5 2.8 0.0 + 2.8 + 5-5
57- 1 57-6 58.1 58-6
—
—
25 44 2 16
9 29 10 40 11 12 13 14
48 53 54 48
15 35 16 14 16 17 17 17 18 18
47 14 38 59 19 40
h m 21 41 22 2 22 27 22 55 23 29
2.8 2.6 2.4 2.1 1.8 i-5 i-3 1.1 0.9 0.9 0.9 0.9
m 0.9 1.0 I.I i-3 1.6 —
0 II I I 1 59 3 2 4 10 5 19
1.9 2-3 2-5 2.7 2.9 2.9
—
1 3 4 5 6
55 4 15 27 41
3- 1
Mond 1955
42
0h Scheinbare Rektaszension
7 56
49 2 3 5 7 30 51 0 48 41 53 1 42 8 56 2 38 16
3 37
3
34 11 27 8
58 47 60 49
4 3 7 52 61 38 5 39 30 61 1 6 40
31
59 9
7 39 4 0 56 35 8 3 6 15 53 58 9 30 1 3 51 42 10 21 55 11 11 58 12
1
6
12 49 58
1 3 39 7 14 28
53
50 3 49 8 48 52 49 9 49 46 50 32
1 5 1 9 2 5 51 11 16 10 36 17
2 8
1 7 53 34 18 44 31
1 9 34 43 20
24
5
21 12 48 22
1 17
22 50 4 23
39 5 3
0 31 26 1 25 24 2 22 11
3
21
5i 32 51 26 50 57 50 12 49 22 48 43 48 29 48 47 49 49 51 33 53 58 56 47 59 32
43 61 34
4 2 3 1 7 62 17 5 2 5 3 4 61 26 6 27
0
59 16
• o 5
9-3 8.5
10 16.2
+ 1 4 55-9 18 49.0 +21 37.5 +23
6.5
+23
7-o
J-2I
38.7
+ l 8 49.9 +14 55-2 +10 13.2
+
5 3-2
— 0 16.5 — 5 29.0 —10 19.8
-14
36.5
-18
8.7
-20 48.5 —22 30.0 -23
9-6
—22 46.4 —21 21.9 - 1 8 59.4
-15
44-5
- 1 1 43.8 — 7
6.1
— 2
1.7
+
4-
3 16.1 8 31.6
+ 13 26.0
+17
38.5
+20 48.5 +22 38.8 +22 59.7 +21 50.6
56 26
+ 19 20.4
8 22 42
53 36
+ 15 44.0
9 16 18 7 29
1 0 56 59 1 1 45 34
5i 11 49 30 48 35
+11 19.2 +
6 23.7
+ 1
—
5 17-8 5
7-7
4 39-7 3 53-i 2 48.5 1 29.0
M-3
3 53-8
57
Halbmesser
-9
i 5 38.5
5 7 49-8 3 ? t 26 8 58 Ï 6 . 6 a o 21.9 58 J 38.5 , o ° 16.9 58 J5J5 -T 4 I2 Q O
1 5 46.9
5 9
i8
7
4
0 0.5
59 14-8
1 28.3
59 i7-4 59 i 5 - i
2 48.8 3 54-7 4 42.0 5 10.o 5 197 5 12.5 4 50-8
59
7-4 2.6 2.3
7-9 7-2 14.0
" 20.5 5 8 32-7 2 6 j 53
2
58 5-9 32.2 57 33-7 ^ .0 56 57-7 56 20.2
15 54-2 16
0.2
16
4.8
16
8.1
16 10.8 16 10.1 16
8.0
16
4.2
15
58.6
15 5i-3 15 42.5
3 32-2
5 5 43-9 ' t
15 12.6
2 39-8
55 " ^8 54 44-4 l 8 8 5 4 2 5 - 6 9. 5 54 1 6 . 1 — £ 0.6 54 16.7 „ ï
15
1 4 48-9
54
14 5i-9
1 6 -7
1 41.5 o 39-6 0 23.2 1 24.5 2 22.5 3 H-9 4
°-7
4 37-7 5
4-4
5 17-8 5 15-5
2
27.8 Oo 54 48.8
21.0 ^ 30.1 ^
56 38.6
57 58
22
j
-7
5-i
4 4
™
3-7
14 56-4 14 5i-3 14 48.7
1 4 57-6 15
55 56.3
16
9.4
1 5°-3 0 20.9
59 41-3
o T
16 17.3
5 9 40-9
8
1
5 9 3 2 - i 15.2 59 i 6 - 9 v 197
16 14.8
58 5 7 - 2
2g 2
16 5-3 1 5 59-o 15 52.2 1 5 44-9
.
15 37-2
9.1
2 3°-2 3 36.4 4 24-8 4 55-5 5 5
9-4 8.1
58 3 4 . 2 5 7 42-2 57 I 4 - ° 56 44.6
4
j ;
2Q
29 4
2.1 3-8 5-6 7-3
Länge
Breite
347-963
-4-999
1.478
-4-965
16 14.7
16 17.2
16 10.7
15 29.2
I5-I97
-4.646
29.068
+4.052
43-044
+3.211
57.088
+2.171
71.174
-¡-0.995
85.286
—0.244
99.409
-1.469
II3-524
—2.602
127.599
-3-571
141-587
-4-3I7 —4.800
8.8
I55-430
9.8
169.067
-5.000
182.440
-4.919
195-512
-4-579
208.268
-4.015
220.718
-3.269
232.902
-2.385
244.877
-1.409
256.721
-0.379
9-9 8.9 7-3 5-i 2.6 0.2 30 5-7 8.2
11.5 1 5 27-5 12.0 1 5 39-5 11.6 1 5 5 i - i 10.2
5 9 I 2 - 2 19.8 59 32.0 9 3
3 io.o
0.7
5-8 10.2
1.3
4 12.5
3-3 2.0
15 16.0
16
58 4 2 . 6
7-3 6.0 4.6
1 5 3 2 . 7 10.2
36.3
4
8.4
16 10.1
15 22.5
4 54-4
7 26 16
10
Parallaxe
m s
h 23
Scheinbare Deklination
W e 1 tz e it
8.1 5-3 2^6 O.I 2.4 4-1 5-4 6-3 6.8 7-3 7-7 8 o
268.518
+0.663
280.361
+ 1.681
292.342 304-545
+2.636
+3-488
3i7-044
+4.194
329.889
+4.708
343-IO5
^4.989
356.684
+4.999
10.584
+4.718
24-732
+4.144
39.042
+3-304
53-420
+ 2.248
67.787
+ 1.048
82.081
—0.214
96.264
-1-455
110.315 124.225
-2-597 -3-572
I37-985 151-587
-4.328
165.012
-5-058
178.241
-5.010
-4.830
Mond 1955 Obere K u l m i n a t i o n in Gre ÄndeÄnderung rung ParAR. Dekl. für lh für lh westl. allaxe westl. Länge Länge
rp lag
15 16 17 18 J 9 20
4 5 6 8 8 9 10 11 12 13 14 15
52 30 56 40 59 43 0 20 57 59 52 48 45 24 36 32 27 2 17 35 8 41 035
s 127 130 136 143 150 157 IÖO IÖO 155 148 I4O T 34 129 127 126 127 129 131
21 22 23 24 25 26
15 16 17 18 19 20
53 46 39 32 24 15
i7 30 46 36 39 47
i33 133 133 131 129 127
+ 2 34.4 - 2 54.1 - 8 6.9 —12 49.2 - 1 6 48.8 - 1 9 55-8 - 2 2 2.5 - 2 3 4.2 - 2 2 58.8 - 2 1 47.1 - 1 9 32.6 —16 20.9
27 28 29 30 Okt. 1 2
2 1 6 21 56 22 46 23 37 031
9 11 29 5i 7
125 125 127 130 136
—12 19.2 - 7 36.7 — 2 24.6 + 3 3-3 + 8 29.8
3 4 5 6 7 8
1 27 2 26 3 28 4 32 5 37 641
1955 Sept. 3 4 5 6 7 8 9 10 11 12 13 14
9 10 11 12 13 14
h nl s 23 8 43 23 59 58 0 53 2 1 48 40 2 47 19 3 48 52
0
r
— 0 + 5 + 10 + 15 + 19 + 22
4.2 23-9 40.7 26.3 20.1 1.6
+ 23 + 22 + 20 + 17 + 13 + 8
14.8 51.1 52.8 32.1 7-9 1.6
/
+ 13-7 + 13.6 + 12.7 + 11.0 + 8.4 + 5-o + 1.1 ~ 3-o - 6.8 - 9.8 —12.0 -13-3 -13.8 -13-5 -12.5 —11.0 - 8.9 - 6.6 - 4.0 — 1.2 + 1.6 + 4-3 + 6.8 + 9-1 + 11.0 + 12.5 + 13-4 + 13.8 + 13-3
43
en wich /.eit des Änderung Durch- fürlb westl. gangs Länge
hm 18 40 19 2 19 27 19 57 20 34 21 22
m 0.9 1.0 1.2 M 1.8 2.2
hm 6 41 7 56 9 x3 10 30 II 47 13 0
ni 3-1 3-2 3-2 3-2 31 2.9
5 42.5 6 42.6 7 4i-5 838.0 9 31-6 10 22.3
m 1.94 2.00 2.09 2.21 2-34 2-45 2.50 2.49 2.41 2.30 2.17 2.06
22 21 23 30
2.7 3-o
0 46 2 5 3 23
3-2 3-3 3-2
14 14 15 16 16 17
5 58 41 15 43 6
2-5 2.0 1.6 i-3 1.1 0.9
57-9 57-3 56.6 56.0 55-4 54-9
11 11 12 13 14 15
10.8 57-9 44.3 3°-8 17.8 5-7
1.99 1.94 i-93 1.94 1.98 2.01
3-2 17 3-i 17 3-o 18 3-0 18 2-9 18 2.7 19
28 48 9 32 58 28
0.9 0.9 0.9 1.1 1.2 i-4
54-5 54-3 54-3 54-4 54-7 55-2
15 16 17 18 19 19 20 21 22 23 23
54-3 43.4 32.6 21.4 9-3 56.4 42.7 28.7 14.9 2.2 5i-4
2.04 2.05 2.05 2.02 1.98 1.94
4 4° 5 55 7 8 8 20 9 30 10 37 11 40 12 37 13 27 14 9 14 45 15 14
2-5 2.2 1.9 1.6 i-4 1.1
20 20 21 22 23
5 48 39 37 40
i-7 2.0 2-3 2-5 2.7
15 16 16 16 17 17
39 1 22 43 5 29
1.0 0.9 0.9. 0.9 1.0 I.I
17 18 19 20 21 22
58 35 20 17 23 37
M i-7 2.1 2.6 2.9 3-2
0 47 156 3 7 4 20 5 36 6 53 8 13 9 32 10 49 11 57 12 55 13 41 14 17 14 4 6 15 i ° 15 32 15 52 16 13
57-3 57-9 58.3 58.7 59-o 59-2
Ii m 0 23.2 I IO.4 1 59-4 2 50.9 3 45-5 4 43-0
59-3 59-3 59-2 59-o 58.8 58.4
/
55-8 56.6 57-3 58.1 58.7
1.92 1.92 1.94 2.00 2.10 —
7 8 9 10 11 12
4 9 19 39 3i 5
4 i 59 39 38 34 14 26 24 17 2 6 59
144 152 159 162 161 156 148 140 133 128 125 125
+ 13 + 17 +21 + 22 +22 +21
34-3 53-7 4.6 47.8 53.2 22.2
+ 18 + 14 + 9 + 4 - 0 — 6
27.1 26.2 39-7 27-3 53-4 6.2
+ 11.9 + 9-5 + 6.2 + 2.3 - 1.8 - 5-7 - 8.8 —11.1 —12.6 -13-3 -13-3 —12.7
o11 Länge, -)- 50° Breite ÄndeÄndeAuf- rung Unter- rungh für 1 » 1 für l gang westl. gang westl. Länge Länge
59-2 59-5 59-7 59-7 59-5 59-2 58.9 58.4 58.0 57-5 57-o 56.5
0 1 2 3 4 5 6 7 8 9 9 10
43.2 38.2 36.3 36.5 37-3 36.7 33-5 27-1 17.6 5-7 52.3 38.2
2.23 2.36 2.47 2-53 2.52 2-43 2.30 2.17 2.05 1.97 i-93 1.91
—
23 54 1 2 3 4
10 26 39 52
3-2 •
—
3-2 3-i 3-i 3-o
—
2.8 2.9 3-o 3-i 3-2 3-3 3-3 3-3 3-o 2.6 2.2 i-7 i-4 1.1 1.0 0.9 0.9 0.9
Mond 1955
44
0h Scheinbare Rektaszension h m s 4 5 3 4 48 12 3 3 5 6 48 1 3 22 4 1 49 1 4 12 12 5° 15 2 37 51 1 5 5 3 4 9 5i 16 4 5 2 4 51 17 3 6 5 3 5° 18 27 4 6 49 19 1 7 4 2 48 2 0 6 3 7 48 2 0 5 4 4 1 47 21 42 20 47 22 30 10 48 23 18 58 5° 0 9 34 53 1 249 56 1 59 20 59 2 5 9 1 7 62 4 2 5 64 5 619 63 6 10 1 61 7 11 27 58 8 9 34 54 9 4 i3 51 9 55 53 49 10 45 20 48 11 33 29 47 12 2 1 1 0 47 1 3 9 8 48 13 14 15 16 17 18 19 19 20 21 22 22
Scheinbare Deklination
W e l t z e i t
/
22 45 31 25 12 35 29 53 56 55 4 39 5° 48 36 15 31 57 48 14 42 26 7 39 40 27 9 4i 58 46
57 54 49 49 4 7 4 3 50 50 38 33 51 30 30 3 51 36 21 39 5i 5 12 4 4 50 4 2 48 48 49 5 i 37 47 37 39 14 46 47 26 1 6 4 32 12 3 3 47 3 59 36
-
3 8 3 6 9 1
53-8 46.5 11.1 56-3 52.4 52.1
-22 —22 —21 -19 -16 -13
50.7 46.8 41.8 39-2 44.7 4-5
- 8 - 3 + 1 + 6 +11 +16
45.9 57-4 10.8 25.5 29.8 2.7
+ 19 +22 +22 +22 +19 +16
41.2 3.1 53.1 7.0 52.9 27.5
1 1 1 2
4 4 3 2
52.7 24-6 45-2 56.1
Halbmesser
Parallaxe
5 5
4
55
1 6 6
t l
»8-3 25.
54 51-2
2D 8
54 30-4
I4.6
° 3-9 1 5.0 2 2.6
54 15-8
6.7 — 2 2
3 4°-2 4 18.6 4 4»-5 5 8.2 5 5 4 3
147 4-3 32.9 38.5
2 21.9 o 50.0 0 46.1 2 14.1 3 25.4 4 16.8
+ 12 1 0 . 7 4 + 7 21.9 5 + 2 18.I 5 - 2 45-9 4 - 7 37-4 4 -12 4.9 3 - 1 5 57-3 3 -19 5-o 2 - 2 1 19-5 1 - 2 2 34.8 o —22 48.0 0 - 2 1 59.6 1 —20 13.1 2 - 1 7 34-4 3 —14 10.4 4 -10 8.6 4 - 5 36-8 4 - o 43.6
97 - 1 5 4 « - 3 12.2 5 4 2 3 - 5 22.4 54 45-9 , , ! J5 14
55
i8
- 4 41.4
55 59-8 6
5 48.3 57 40-7 5 8 33-2
8
£ 2 5 S S l' 0
5 9
2 I i 38.6 59 59-8 ^ 6 0
2
5 - 3 io.I 60 35-4 — 6029.9 60 10.8 1 9 1 29.4 59 4 i - 4 3 6 ;
3-8 4° 5i-5 27.5 52-4
5 9 J5 -^4 39-0 =,8 2 6 . 4 391 57 47-3 3 6 5 7 9 - 7 7, Q 56 34-8 ^ 5 6 3 - ° 28^6 55 34-4 25.5
7-7 14.5
55 8 - 9 2 2 , 54 4 6 . 6 1 8 ;
48.8
15-3 13.2 48.4 46.5 38.7 24.0 1.8
5 4
27
"9
I4.
54134 54 3-9 54 0.6 54
Breite
178.241 191.251 204.025 216.556 228.852 240.939
—5.010 -4.701 -4-159 -3-424 -2.538
252.860 264.673 276.450 288.273 300.230 312.410
-0.504
324-895 337-755 35I-037 4-754 18.880
+4.729
//
56 44.6 ^ 3°° 56 1 4 . 6 J 29.7
1 59-7 0 58.6
2 54-5
Länge
^4 -
6
5 4 *7-o 54 38.6
31-8
55
9-7
53-2
55 5 ° - 4 56 39-5
J
5 29-2 52I-° 15 12.9 I
1 5 5-2 4 58.3
I g
1446.8
-
14 47-4 14 50.7 56.8 1 5
5-7
,
2
5'3
g, o
1 6
9 '7 - J5 10.6i 1 5J 5 6 .v9 10.7 i=lJ 4 6 . 2 10.2 1«; 3 6 . 0
i 5 26.5 1517.8
II ; 6.9
*5
3.1
6
,
14 57.0
14 45.4
0.9
14 44-5
—
J
5
33-345 48.046 62.857 77-652 92.321 106.780 120.981 134.900 148.536 161.901 175.011 187.885 200.540 212.992 225.258 237.358
51-9
14 45-6 14 48.9 1454.8
4J
l
„.3
l 6 17-3
12.4
4
g
14-3 15 44-4 Z \ 15 5 8 . 7 : 4 3 i3-i 1611.8 10.5 16 22.3 - 7.0 1629.3 16 32.O — * 1-5 ^30-5 5 j
14 47-9
3
6
15 i 7 - ° 15 30.1
1 4
l
7-7 * :
1448.6
Ii 3.3 — 4.0
2I
s" 2 8.!
ÎI
J;
3-3 II>T 1 5 J 4-4 „ , 15 2 7 . 8 I 3 ' 4
249-317 261.168 272.953 284.725 296.546 308.488 320.629 333-046 345.8I6
-1-550 +0.558 + I-594 +2.567 + 3-439 +4-T73
r 5.068 +5-149 +4-943 +4-435 +3-634 +2.580 +1.342 +0.013 -1.308 -2.528 -3-569 -4-379 —4.922 —5.186 -5-172 -4-895 -4-383 -3.668 —2.792 -1.799 -0.737 +0.351 +1-419 +2.427 +3.336 +4.110 +4-715 +5.116 "L5-279
Mond 1955 Obere
Änderung für lh westl. Länge
Tag AR.
1955 Okt. 14 15
h m 12
Kulmination
Änderung für lh westl. Länge
Dekl.
0
s
s
6 59
in
/
/
45
Greenwich Parallaxe
Zeit des Durchgangs
/
Ii m
oh
Änderung für Ii* westl. Länge m
125
-
6.2
-12.7
56.5
10 38.2
I.9I
6
50 o Breite
Li
Aufgang
Änderung Unterfürlfc gang westl. Länge
h m m 4 52 3-o 6 3 2.9 7 13 2.9
h m
Änderung für lh westl. Länge
m
l6 13
O.9
16
35
1.0
17
0
I.I
I
126
- 1 0 56.4
-11.4
56.O
II 24.I
i-93
16
13 47 42
128
- 1 5 10.9
1.96
14 39 20
130
-18
38.1
8 22
2.8
17
29
i-3
15 31 56
132
—21
8.4
2.04
9 27
2.6
18
3
1.6
19
16 25 II
133
-22 35.2
— 2.2
12 58.3 13 46.8 14 36.0
2.00
18
55-5 55-o 54-6 54-3
12 IO.7
17
-
2.05
10 26
2.3
18 44
1.9
20
17 18 32
+ 0.6
15 25-3
2.05
11 19
2.1
19 32
2.2
18 II 23
133 131
-22 55-4
21
-22
16 14.1
2.01
12
27
2.4
17
1.9
1.97
12 42
21 27
2.6
17 48.6
i-93
1.2
22 32
2-7
34-3 19 i9-4
1.89
13 13 13 39
1.0
23
25
19 19 20 21
i-7 i-4
20
22
+ 3-3 + 5-8
1.88
14
0.9
26
22 22 18
124
— 4 46.2
+ 12.8
1.90
27
23 12 28
127
+
14 14 15 i5 15
23 24
12 57
3 54 43 33
19 6 53 3
9.3
128
—20
126
- 1 7 34-3 - 1 3 57-9 - 9 38.9
123 123
20.4
9-7 7-5 5-o
+ 8.0 + 10.0 +
11.6
54-2 54-2 54-3 54-7 55-2 55-9
28
0
4 30
133
+ 5 54-8
+ I3-5 + I3-5
29
0 59 22
141
+11 11.3
+ 12.7
56.7 57-6 58.5 59-3
i 57 52
151
+ 15
56.5
+ 10.9
60.0
30 31 Nov. 1 2
0 29.6
3 4
4.6 50.7
i-95
21 38.7
2.05
22 29.5
2.19
23 23.9
2-35
1.6 2.0
8 27
2-5
9 42
3-2 2-9
+ 22 52.7
-
0.4
60.5
2 26.5
2.62
19 12
2.9
10 46
2.4
52.7 + 19 19-5 + 15 33-6
-
4.6
60.1
3 28.7
1.9
8.1
59-6 58.9
4 28.0
21 44
12 17
i-5
5 23-5
2.23
23
3-2 3-2 3-2
11 37
-
2-54 2-39
20
—12.2
58.3 57-6 57-o 56.4 55-9 55-4
6 15.2
2.08
7 3-8 7 50.3 8 35-6
1.98
0 17
1.90
1 3°
1.88
2 42
9 20.8
1.89
+ 21
—10.6
9 17 57
135
10 10 37
129
+ 5 53-3
-13.0
9
11
9
125
+
-13-1
10
11 5 ° 34
123
11
12 39
47
123
-11.7
12
13
34
126
- 4 32.4 - 9 25.1 - 1 3 47-6
13 14 15
14 20
22
129
- 1 7 28.6
-
8.2
—20 17.6
16 58 43 17 51 51 1844 3
-
5-8 3-2
16
131 133 133
—22 49.9
-
0.4
132
—22 26.8
+
2.3
129
-20 59.8
+ 4-9
0 38.2
—22
6.4
—12.7
—10.2
19 20
19 34 56
125
- 1 8 34.6
+
20
24 26
122
- 1 5 18.8
+ 9-i
21
21 12 52
120
—11 20.3
+ 10.7
22
22
120
-
6 47.7
+ 12.0
23
22 49
6
122
-
1 49.8
+
24
23 38 44
127
+
3 22.9
+ 13.2
0 49
i-3
16 30
7
7
5 19
1.1
18
8
16
0.9
17 12
8.6
+ 10 57.8
15 12 21
3-o 3-i 3-2 3-3 3-4
2.50
163
29
2.9
158 3 11 4 27 5 46 7 7
2.60
168
1
0 47
0.9
1
6
144
0.9
44 5 29 56
0 22.1
+ 22
8 22 ' 8
23
60.6
+ 19 44-°
167
154
2.8 —
•
60.4
160
5 6 19
2
38
+ 7-9 + 4-°
I4 5 48 12 51 0
7 22 32
18
20 20
—
3 4 5 6
17
18
4
7.2
12.8
55-o 54-6 54-3 54-i 54-o 54-o 54-2 54-5 55-o 55-7 56.5 57-4
23.6
26
1
—
3-i 3-o 3-o
49
1.2
13 15 13 37 13 58
1.0 0.9
14.18
0.9
14 39 15 3
0.9
12
0.9
6.5
i-93
3 52 5 1
2.9
10 10
53-2
1.97
6 10
2.8
15 30
1.2
11 41.1
2.02
7 15
2.7
16
i-5
12 30.0
2.05
8 17
2.4
16 41
1.8
13 19-4
2.05
9 12
2.2
17 26
2.1
2.9
2
1.1
8.4
2.03
10 0
1.8
18 19
2-3
14 56.5
1.98
10 40
i-5
19
i7
2.5
15 43-3
1.92
11 13
i-3
20
20
2.7
16 28.8
1.87
11 41
1.1
21 25
2.7
17 13.2
1.83
12
0.9
22 31
17 57-o
1.83
12 26
0.9
23
18 41.3
1.87
12 46
0.8
19 26.8
1.94
13
0.9
14
4
6
39
2.8 2.9 —
0 49
3-o
Mond 1955
46
0h W e l t z e i t Scheinbare Rektaszension 1955 N o v . 24
h m s 59 36
m s
29
3 33 * 9
30 1
43818
4-22 41.2
26 27
28
48 29
2348 5 50 52 0 38 5 7 54 " 1 3 3 9 58 7 2 3116 62
3
2
5 44 16 6 4 8 55
3 4 5
7 50 28 8 48 10 942 9 53 59
6 7
8 9
10 11
12 13 14 15
16 17
18
51
1033 1 1 22
9
o
48 59
8 12 10 3 47 55 12 57 46 47 43
48 13 1 3 4 5 59 49 8 1 4 35 7 50 12 1 5 25 1 9
16 16 24 51 5
51 3° 1 7 7 54 51 17 ! 7 59 1 1
18 49 38
50 27
49 12 1 9 38 50 47 5i
43.6 5 4-5 20.9 5 2.7 23.6 4 43-7 7-3 4 3-3 10.6 2 58.6 9.2 1 32.0
+ 1 3 25-8
+ 8 35-9 4- 328.4 - 1 40.0 - 6 36.0 - 1 1 8.5 - 1 5 7-7 —18 24.7 -20 —22 —22 —22 —20 —18
51.5
2 1 59
-
6 56.1
-
2 14.3
24
1 11
25
26
2 3
27
4 7 1
29
5 1 2 23 66 1 6 18 24
28
30 3i 32
4
5 39
422
1
54 35 58 43 62 39 65 22
64 25
7 22 49 8 24 4 9 2 1 33
61 15
57 29
4 "-7 4 49-9 5 7-5 5
4 4 3 3
8.4
56.0 32-5 59-2 17°
2 26.8 1 30.0
3 12.5
20 21 22 23
51
7.6
21.5 o 2 9 . 1 50.6 0 32.7 17.9 1 319 46.0 20.1 2 25.9
-15 -11
22 45 6 4 6 38 23 3 i 4 4 48 19 0 20 3
0
+22 33.6 1 46.1 +20 47.5 3 100 +17 37-5
20 26 41 6 21 13 20 4 39 45 55 45 5i
Parallaxe
/
- o + 4 + 9 + 14 -I-18 +21
25
Dez.
22
Scheinbare Deklination
7-6 3 50.8 16.8 4 20.7
4 41.8
4 53-7
+ 2 39.4 4 55-° + 7 34-4 4 43-i + 12 17.5 4 r 4-2 16 31.7 1 9 56-4
+22 9.0 22 50.0 +21 50.1
3 24.7
2 12.6 o 41.0 o 59.9 2 35.8
+ 19 I 4-3 3 53-7 4-15 20.6 4 4 6 . 6 4-10 34.0
7
15 27.8
"
' 9 584
34
5 33-3
56 . 6
2 9 ' 9 49.4 60 19.3 ^ ^
60 55 8
g
6 1 I 4-9
61 14.5 ^ 60 55.2 60 20.2 59 34-5 58 4 34 57 S M 57 2.3 56 ^
19.3 y J
35°
^
52;0
49.1 44.2
38,
55 40-0 55 8.5 J
54 43-2
5 '5
3
25.3 I9 4
" 8 14.0
5 4
23
54 54 53 53 54
9-8 0.7 4 - 0 56.7 I O 57-7 6.8 4-5 13 ° 4
5 4 *7-5
2 G
54 37-6
28 . 0
55
,
5-6
55 4 I -7 * I 56 25.8 4 41 11 57 5 8
59
¿
-9
I 2 ' 9 I0,3 4
'2
5
s6.0
57-4 5
.9
-8
1 5 42-9
16 16 16 16 16 16
42.8 42.7 37-4 5-3 27.9 9-5 12.s 15.4 13-9 1.5
15 15 15 15 15 14
47-4 134 34-o 1 2 . 1 21.9 10.3
14 14 14 !4 !4 14
50.8 3-8 47.0 2.5 44-5 1.1 43-4 o-3 43-7 1.8 45-5
14 14 15 15 15 150
49.I 5-5 54-6 7.6 2.2 9-8 12.0 1 2 . 0 24.0 38.0 1 4 0 J
14.1
Ii.6
3-o 56.1
6.9
5-3
15.2
1 5 53-2 1 5 . 6
16 8.8 16 23.5
16 44.1 16 36.0 16 23.8
44.8
8.6
3-6
61 19.6 60 50.1 5'3
15-9 15-4 13-4 10.o 5-2
58.8 14.2 27.6 37.6
1 6 35-7
29.5
15.1
15 16 16 16
60 49.0 î o 29.9 6 1 i 8 -9 10.8 61 29.7 — y ' 10.1
60
Länge
Breite
//
56 39-5 5
Halbmesser
14.7 12.2 8.2
16 43-9 2^9 16 46.8 2-7 8.1 12.2
345-8l6
359.OOO 12.639 26.740 41.265 56.132
71.216 86.366 IOI.429
116.267 130.779 144.907 158.629 171.960 184.935
197-599 2I0.006 222.206
234.246 246.169 258.012 269.810
5-279 +5-174
-4.780 -4.090 +3.119 4-1.917 +0.564 -0.835 —2.169 -3-336 —4.262 —4.902 -5-241 -5-285 -5-056 -4-584 -3-905 -3-058
293.416
-2.086 —1.032 +0.060 + 1.145 +2.180 +3-I23
305-301
+3-936
281.599
317.302 329-473 34I-873
354-564 7.607 21-055
r4-585
+5-037 +5.266 +5.246 +4.960 J
4-399
34-940 49.266 63-994 79.040 94.271
+2.489 4-1.220 -0.158
109.526 124.635 139-447
—2.814 -3.876 -4-654
l3-566
-I-54I
Mond 1955
47
O b e r e K u l m i n a t i o n in G r e e n w i c h Tag
Änderung für lh westl. Länge
AR.
1955 Nov. 2 4 25
h
m
26
1 26
24
27
2 26
22
28
3 3° 46
Dekl.
0
s
s
2 3 38 44 0 30 48
Änderung für lk westl. Länge r
/
h
/
m
30 1
1.0
2
I
2.23
13 52
I.I
2.42
14
1.2
2.60
15 0 15 49
2-3
3 17 4 36 5 57 7 15
2.8
8
27
2.7
3-2 34 3-3 3-2 3-i
9
26
2.2
10
13
10
49
i-7 14
+ 9-5
60.3
22
2.2
+
60.9
23 2.5
+12.9 +
166
+21
11.8 6.2
29
Dez.
2.07
3-o 3-i 3-2 3-3 3-3 3-i
6.3
837.0
—
22
4 38 35 5 47 30
172
+ 22
41.4
+
1.9
61.2
0
6.2
2.69
16
51
171
+ 22
30.6
-
2.8
61.2
I
II.O
2.68
18
4
2
6 54
48
164
+ 20
33.0
-
6.9
60.9
2
14.2
19
24
3 4 5
7 5 8
28
154 143 134
+ 17
6.7
—10.1
60.2
20
45
37-8 + 7 32.6
—12.1
59-4 58.5
3 13-7
2-57 2-39
1045 9 11 35 19
127
+
2
13.3
-134
57-7
124
-
3
2.8
—12.9
56.8
8
12 24
36
123
-
8
2.1
—12.0
9
124
- 1 2
33.2
^10.6
126
- 1 6
25.7
11
13 i3 55 14 3 58 14 55 8
129
- 1 9
30.0
56-1 55-5 55-o 54-6
12
15
- 2 1
37-9
-•22
42.8
6
7 10
8 57 45 9 53 0
!4
17 33 45
132 133 133
15 16
18 26
23
130
19 i7 50
17
20
7
46
18
20 56
19 20
21
22 30
21
23 18
47 16 4 0
26 31
+ 12
-i3-i
-
8.7 6.6
-
4.1
—22
41.8
-21
35.7
~ i-3 + i-4 + 4-i
127
—19
29.1
+
6.4
123
—16
29.4
+
8.5
17
120
- 1 2
45.6
+
10.1
43 48
Il8
-
26.9
+
11.4
58
Il8
+
40
121 126
+
6
22.4
23
0 7 57 0 59 56
- 3 42.7 + 1 17-3
134
+ 11
24 25
1 55 43 2 56
J3
22
26 27 28
2
4 053 5 9 0
6 18
0
29 30 31 32
7 25 8 2 8 9 28
12 45 3
54-3 54-i 54-o 53-9 54-o 54-2
4
8.9
2.22
22
4
5
0.1
2.06
23
19
5 48-2 6 34-3 7 19-5
1.90
4.7
1.90
8 50-7 9 37-8
1.94
8
10
1.96
1.99
1.88
2-5 2-3
i-7 2.0
1.9
22 13
1.6
17
10
18
13 40.1
1.94
9 i5 9 44
i-3
11
2.6
19 i5
2.7
9
1.0
20
21
2.8
31
0.9
21
27 '
51
0.8
22
10
0.8
11 3° 11 52
0.9
+
12.7
56.2
17
20.7
1.85
11
+
12.6
57-i
18
5.9
19.1
+
12.0
58.0
18
53-8
i-93
145 157
+ 15 49-7
+
10.4
167
+ 22
0.0
173 171
+ 22
50.4
—
0.2
+21
50.8
- 4-8
61.5
41.7
60.8
21
42.4
61.3
22
46.4
23
5i-3
1.0
2.8
35 23 44
2.9
0 55
3-1
2.9 —
18
1.2
2
1.6
2.61
51 13 32
2.0
3-2 3-2 3-2
2.70
3 27 4 45
14
2.6
6
0
2.9
2.68
15 34
3-1 34
7
6
2-5
8
1
2.0
8 43
1.6
2.25
12
2.44
12
26
—
16
52 15
- 8.8
61.3
18
60.8
-13-3
0 54-4 1 53-8
2.56
-11.6
2-39
60.0
19 39
2
2.22
49.1
2-3 2-5
1.1
10
19 45-5
14
15 16
40
20
1.0 1.2
14 39
8
1.80
6.7
2.7
2.00
37.0
59-5 + 9 58.0
2.8
2.04
16
+ 14
0.9
2.9
4.2
12.2
+ 19
45 13 7 13 33 14 3
52.8
10
154 143
12
12
10
164
0.9
2.9
12
1.80
59-°
0.9 0.9
7 7 7 57
1.83
60.0
1.1
42 3
6
15 io-5 15 53-9
+ 7-9 + 4-3
18
11
24
2.05
54-5 54-9 55-5
32.0
11
12
2.03
2.07
m
12
26.0
14
9
h
3-0
11 15-1
1.88
+ 19
1.8
—
0 33 1 43 2 53 4 1 5 7
26.0
8
m
m 49
14.8
+ 13 34-8 + 1 7 52-8
gang
Änderung für westl. Länge
0
21
+
m
Unter-
0.9
20
134 144 156
h
Breite
6 28
I.94
+13.2
gang
5°°
13 13
26.8
22.9
Änderung für l h westl. Länge
Auf-
m
19
+
3.6
allaxe
Zeit des Durchgangs
57-4 58.4 59-4
127
3
Par-
Länge, Änderung für l h westl. Länge
20
59
3-5 34 3-2
9
10
16
9 44
i-3 1.0
Mond 1955
48
Phasen 1955
Jan.
Febr.
1 8 15 24 31 7 14
März
22 1
8 16 24
April
3° 7
Mai
22 29 6
Juni
21 28 5
15
15
13
20 27
Weltzeit 1 m 20 29 12 44 22 !3 X 6 5 5 1 43 ! 9 40 1 5 54 12 40 1 5 41 16 3 6 Q 42 yj 20 10 6 35 11 0 6 13 4 23 22 14 1 42 20 58 14 T 14 8 12 37 4 12 1 44
Mondes Weltzeit
1955 Erstes Viertel Vollmond Letztes Viertel Neumond Erstes Viertel Vollmond Letztes Viertel Neumond Erstes Viertel Vollmond Letztes Viertel Neumond Erstes Viertel Vollmond Letztes Viertel Neumond Erstes Viertel Vollmond Letztes Viertel Neumond Erstes Viertel Vollmond Letztes Viertel Neumond Erstes Viertel
M o n d in E r d n ä h e 1955 Weltzeit Jan. Febr. Febr. März April Mai Juni Juli Aug. Sept. Okt. Nov. Nov. Dez.
des
6 2 27 26 23 22 19 17
M 10 5 2 30 29
h
9 19
13 16 19 4 14
20 18 1 11 3 11 0
Juli
Aug.
Sept.
Okt.
h 5
Dez.
34 59
3
31 6 M 22 29 6 14 22 29
M o n d in 1955 Jan. Febr. März April Mai Juni Juli Juli Aug. Sept. Okt. Nov. Dez.
a
15 19 2 19 8 7 7 6 19 14 19 23 6 21 12 17 16 8 7 9 3
23
Nov.
m
28 20 31
5 12 !9 26 3 11 17 25 2 9 16 24 1 8 15
30 33
58 51 59 59 19 40
17 4 32 4 4 56 1 29 50 35 7 39 44
Vollmond Letztes Viertel Neumond Erstes Viertel Vollmond Letztes Viertel Neumond Erstes Viertel Vollmond Letztes Viertel Neumond Erstes Viertel Vollmond Letztes Viertel Neumond Erstes Viertel Vollmond Letztes Viertel Neumond Erstes Viertel Vollmond Letztes Viertel Neumond Erstes Viertel Vollmond
Erdferne Weltzeit 18 15 14
11 9 5 2 29 26 23 21 17 15
h
3 0 21 14 0 3 9 22 15 11 6 23 7
Merkur 1955
49
0 h W e 11 z e i t Scheinbare Rektaszension
Scheinbare Deklination
Aufgang
Obere Kulmination
Halb messer
Hör. Par.
in oh Länge, + 50° Breite
2-34
6.18
8
2-35
6.20
8
30
1 2 22.1
2.36
6.23
8
32
1 2 25.3
2.38
6.26
8
34
12
2-39 2.40
6.29
8 36
2.41
6.36
2-43
6.41
8 41
2-45
6.46
8 42
2.47
6.51
8 43
h
h m 18 52 19
o 7
52.95
15.06
19 21
22.65
1 9 28
30.01
7.62 7-59
19 42
43.07 48.23
19 56
52.07
3-«4 2.17
354.24
20 1 7
51.98
20 24
46.62
20 3 1
37-73
20 38
24.67
2045 20 51
6 - 7 3 6 36.36 43.09 6 29.74
20 58
12.83
21
4
21 10
34-9
1
48.12
21 16
51.11
21 22
42.36
21 28
20.14
21 33
42-55
21 38
47.47
21 43
32-59
21 47
55-42
21 51
53-3°
21 55
23-47
21 58
23.15
22
4 3
26.13
22
1
54-74
21 59
43-89
2 1 56
56.40
21 53
36.26
2 1 49
48.60
8.1
17 10
46.1
1 6
34
38.9
15 57
57-9
-i.5 20
56.5
14 43
49-9
14
655.5
13 3°
32-9
1 2 5 5
3-6
1 2 20
51.1
- 1 1 48
20.6
3 3017
11
1 50.60 1 12.46
17
58.2
10 50
10.8
10 25
24.9
10
-
2 10.85
4
5-7
9 46
36-1
9 33 9 24
15-3 18.0
x
9
52-4
9 19
59-
8
9 24
33-6
9 33
19-5
9
2 47-49 3 20.14 3 47-66
13.1
1 7 46
2 59.68
1 31-39
11.4
19 26
182035.2
2 5 - 1 3 o 8.69 1 6 . 4 4 0 50.31
22
1 9 5 7
- 1 8 53 59-1
3 57-88
3 5 2 . 6 4 o 32-49 4
49.4
4 22.83
22 22
20 26
4 45-12
2
40.18
3-4
5 22.41
22
49-6
2055
5 37-78
2 26.43
22 53
50.3
5 51-25
o 49.58
56.6
21 21
2.99
22
29.5
23 12
8.0
6 13-21
4-92
23 30
- 2 1 47
6 42.06
5
28.3
8.7
6 46.94
6
0 53-1
54.5
6 51.11
6 22.08
44-2
22 10
6 57.62 6 54.64
2.2
2 2 3 3
0.12
54.36
24 25
-23 46
5.16
20 1 0
47-5
24
6.90 6.16
24 34 24 1 3
7 36
36.91
1 9 49 20
7-43
7-44
19 14
19 35
7.06
o.ox
-24 49 43-2 2443 0.9
-
6 42-3 8 13.4 9 45-3 11
18.0
12 51.1 14 24.8 1 5 58.8 1 7 32-9 19
7.0
20 40.9 22 1 4 . 2
23 46.5 25 1 7 - 7 26 4 6 . 9 28 1 4 . 0 29 3 8 . 0 3 0 58-3 32 1 4 . 0
I.425
029
I
594
I
-4I9 I
-4 3
789
1.399
388
1.391
300
1.382
505
1.372
984
1.362
715
1.351
676
I
-339
i-3i3 1.299 1.284 1.267 1.250 !-232
1.079
°95
1.053.522 222
1.000
309
35 29-3
0.972
919
34 1 2 . 5
0.945
217
0.917
392
0.889
658
0.862
252
0.835
426
0.809
446
0.784
581
0.761
097
0.739
249
0.719
272
0.701
374
0.685
724
0.672
452
32 3°-5 30 2 2 . 4 27 47-4 24 45 -9 21 19.2 17 29.6 1 3 20.8 8 57-3 4 25-6 o
7.4
4 33-8 8 45.9
9 521 1 0 269 1 1 039 1 1 832
6-33
12
m 19.O
28.5
12 31.7
838
12
8 39
34-9
12
38.1
12
41.3
12
44.4
!2
47-5
8 44
12
50.6
8 44
12
53-6
6.70
8 45
12
56.6
6.77
8 45
"
59-5
2.60
6.85
846
13
2.4
2.63
6.94
846
13
5-2
2.67
7-°3 7.14
8 45
13
8.0
8 45
13
10.6
7-25
844
7-37
8 43
!3 !3-! 1 3 i5-4
2.85
7-50
842
13
2.90
7-65
8
41
13
i9-6
2.96
7.80
8
39
3.02
7-97
8
37
13 13
21.4 22.9
3-09
8.15
8
35
13
24.2
3-i7
8-35
8
33
13
3-25
8-57
831
25-2 1 3 25-8
3-34
8.80
8 28
13
26.0
3-43
9.04
8
25
13
25-8
3-53
9-31
8
21
13
25-1
3-75
9-59 9.89
8 17
3.88
10.21
8 1 3 i 13 22.0 8 9 1 3 19-5
4.00
10.53
8
4
13
16.4
4-i3
10.87
7 58
13
12.7
4.26
11.22
7 53
13
8.2
4-39
11.56
7 47 ! *3
18
20
4-52
11.90
7 40
12
57-3
18
14
1 7 898
4.64
12.23
7
34
12
50.8
18
8
15 650
4.76
12.55
7
27
12
43.8
18
o
13 272
4.87
12.83
7
20
12
36.3
1 7 52
13.09
7
13
12
28.5
17
12 651 1 3 494 361 254 171 109 067 040 023 008 987 948
23 877 24 7 5 9
1.027
36 2 2 . 6
8 795
6 9 9 14 338 15 084 16 913 17 8 0 4 18
i-4
36 54-4
8 088
854
1.150
6.6
7 401
1.103
1.172
35 2 2 . 0
37
6 730
1.127
34 2 7 - 1
37
5 435 6 075
7 3 7 19 697 20 674 21 666 21 679 22 731
1.193
36 4 1 . 0
844
1-327 193
1.213
7.2
9
1.406
33 2 3 . 9
36
5
X
28
25 5 7 3 2 6 300 26 9 1 3 2 7 390 27 702 27 825 27 734 27 406 26 826 25 980 24 865 2 3 484 2 1 848 1 9 977
2.49
6-57
2.52
6.63
2-54 2-57
2.71 2-75 2.80
3-64
4-97
;
;
17.6
1 3 23-8
3-1
4
43
Merkur 1955
50
0h W e 11 z e i t Scheinbare Rektaszension
21 21 21 21 21 21
49 45 41 36 32 27
48.60 39-50 15-75 44-52 12.99 48.03
m s 4 9.1° 4 23-75 4 31-23 4 31-53
4-84
21 10 27.44 21 8 19.60 21 21 21 21 21 21 21
6 41.92
Deklination
messer
Par.
4.97
13.09
- 9 33 x 9-5 9 45 55-2 10 1 52.1 10 20 36.6
4 12.16
"
3 5-58 2 37-4°
2
7.84
1 37.68 1
7.61
o
9.64
4 46.54 5 4-i4 0 1 7 . 6 0 5 47-56 °1 437 . 7420
21 21 21 21
6 8 10 12 14 17
21 21 21 21 21 21
20 45.86 3 24 1.90 27 3 1 . 1 1 3 29.21 31 12.46 3 41-35 35 5-oo 3 52.54 39 7.86 4 2.86
21
Hör.
4 24.96
5 34-3 1 ° 38.13 456.18
55.26 25.68 17.26 28.49 57.91 44.13
Halb-
10 41 31.6
21 23 35.87 3 54- 00 21 19 41.87 3 31-45 21 16 10.42 21 13
Scheinbare
1 30.42 1 51.58 2 11.23 2 29.42 2 46.22
3
i-73
3 59-5
12 35-7 15 56.9 18 44.5 20 55.0 22 2 7 . 9 23 24.0
- 1 1 27 23.5 11
51
23 45 9-3 23 37-3
12 14 46.6 37 49-3 12 59 55-8 13 20 49.3 12
- 1 3 40 1358 14 14 14 28 14 41 1452
23
2.7
22
6.5
20 53-5 1 9 27.5
5 834 3 4!2 I 087 I 106
098 3 142 240 5 5-5 17 22 9.2 37 29-7 16 44 39-5 38 45-o 16 5 54-5 39 5 1 - 7 + 1 5 2 6 2.8 40 50.6 14 45 12.2 41 42.0 14 3 3 0 - 2 42 2 6 . 1 13 21 4.1 43 3-9 12 38 0.2 43 35-6 11 54 24-6 44 + 11 10 23.0 10 26 0.5 44 22.5 9 41 21.9 44 38.6 8 56 31.6 44 5°-3 8 11 33-8 44 57-8 7 26 32,2 45 1 - 6 45
i-9
+ 6 41 30.3 15.92 6 0.99 5 5 6 3 1 - 3 44 59-0 16.91 5 54.66 2 5 11 38.4 44 5 - 9 11.57 5 48-53 44 4 4 - ° 4 26 54.4 o.10 5 4 2 . 6 0 44 32-5 3 42 21.9 42.70 5 .36.85 44 i 8 - 3 2 5 8 3-6 19-55 5 3 1 . 2 6 44 1-8 50.81 + 2 14 1.8 43 42-8 16.63 5 25-82 1 30 19.0 43 2 1 . 7 5 20.50 o 46 57-3 37-13 5 15-3° + o 3 59-o 42 58.3 1 1 56 52.43 42 32-7 5 10.18 0 38 33-7 12 2 2.61 42 5 - i 5 5-13 1 20 38.8 12 7 7.74 11 11 11 11 11 11 11 11 11
Aufgang
Scheinbare
7 1 1 39-28 7 19 59-I6 7 28 28.79 7 37 6.42 7 45 5°-22 7 54 38-33 8 328.91 8 12 20.19 8 21 10.50 8 29 58.29 83842.19 8 47 20.98
10 10 10 10 10 11
e11 z e i t
6 12 18 24 29 35 40 46 5i
I.180 658 20 133 1.200 791 19 133 I.219 924
h m
584 12 871 455 I I 486 941 10 101 042 8 732 774 7 392 166 6 095 261 4 849 110 3 660 770 2 533 303 1 469 772 47f 243 463
2.60 2-57 2-55 2-53 2.52 2.50 2.49 2.48 2.47 2-47 2.47 2.47
7-45 7-33 7.21 7.11 7.01 6-93 6.85 6.78 6.72 6.67 6.63 6-59 6.56 6-54 6.52 6.51 6.50 6.50
1-353 78o 1 336 í-352 444 2 150
2.47 2.47 2.47 2.48 2.49 2.49
6.50 6.51 6.52 6-53 6-55 6-57
2.50
6-59 6.62 6.65 6.68 6.72 6.76 6.80 6.84 6.89 6.94
18 029
I.254 786 I.270 349 1.284 1-297 1.308 1.319 1-327 i-335 1.341 1.346 i-349 i-352 i-353 1-354
1-350294
i-347 387 1-343 774 1-339 503 i-334 6 i 9
1.329 164 1-323 174
1.316 683 1.309 721 i-3°2 315
1.294 1.286 1.277 1.268 i-259 1.249
490 268 667 704 395 75i
1.239 1.229 1.218 1.208 1.196 1.185
784 505 921 038 863 4°2
'Ö833 15 563 14 235
2 907 3 613 4 271 4 884 5 455 5 990
6 491 6 962 7 406
7825 8 222 8 601 8963 9 309 9 644 9 967 10 279 10 584 10 883 1 1 175 11 461
2.51
2.52 2-54 2-55 2-57 2.58 2.60 2.62 2.63 2.65 2.67 2.69 2.72 2.74 2.76 2.79 2.82
6-99 7.04 7.10 7.16 7.22 7.28 7-35 7.42
3 21
3 27 3 33
h
11
m
9-9
1 1 14-4
11 11 11 11
19.0 23.8 28.6 33-5
3 40
1 1 38.4
3 47
11 11 11 11 12
43-4 48.3 53-i 57-9 2.5
12 12 12 12 12 12
7.1 11.5 15.8 20.0 24.0 27.9
5 46
12 12 12 12 12 12
31.6 35-2 38.6 41.9 45.0 48.0
5 5 6 6 6 6
53 59 6 12 18 24
12 12 12 12 13 13
50.9 53-6 56.2 58.7 i-o 3-2
6 30 636 6 41 647 6 52 6 57
13 13 13
5-3 7-4 9-3
3 54 4
2
4 9 4 i7 425 4 32
440 4 48 4 56
5 3 5 11 518 525
5 32 5 39
7
2
7 7 7 7 7
7 12 17 22 26
13 i i - I
13 12.8 13 13 13 13 13 13 13
14-4 16.0 i7-4 18.8 20.0 21.2 22.3
Merkur 1955 Oh
55
Weltzeit
Scheinbare Deklination
Scheinbare Rektaszension
Halbmesser
Hör. Par.
2.82
7.42 7-50 7-58 7.66
Aufgang
in o h Länge, -f- 5 ° ° Breite
I
2 7 2 12 2 17
7.74 7.85 2.98
1
m s 5
0 1 1
4
55-13
2 2 1 53.II
4
50-I3
;
2 26 38.22 2 3 1 18.24
4
45-ii
i
2 35 53-07
2 40 22.58 2 44 46.62 2 4 9 4.97 2 53 17-39 2 5723-56 3
123.14
3 3
5I5-72 9 o-84
3 1 2 37.96 3 1 6 6.47 3 19 2 5 - 6 9
3 22 34.85
4
34-83 29.51
4
2 4 - 0 4
4
-35
6.17
3
59-5»
3
52-5»
3
4 5 - 1 2 1 2
3
3 7
3
28.51
3 19-22 3
9 - I 6
2 58.24
3 25 33-°9 2
3 28 19.48
4
2 3
6
3 1
9
2
4
-
3 35 16.53 1 3 37 4-05 1 3 38 33-54 1 3 39 43-51 o 3 40 32-43 o 3 40 58.77 o I-°7 3 41 o 3 3 3 3 3 3
40 39 38 36 34 3i
37-97 48-33 3r-34 46.64 34-48 55-86
3 28 52.67 3 25 27.81 3 2 1 45.26
-
3 -
3 3 ° 52-95 2
3 33 12.38
1
9 4
7
4
3
5
47.52 29.49 9.97 48.92 26.34 2.30 23.10
0 49.64 1 16.99 1 44.70 2
I2.IÖ
2 38.62 3
3-19
3
24.86
3
42-55
3
55-24
3 i 7 50.02 4
2.00
4
2.12
3 1 3 48-02 3
9 45-90
5 6 7 7 8
4 12.42 4
3 23 47-I
4 3 40.2 4 42 54-8 - 5 2 1 28.5
4 40.02 4
- I 20 38.8 2 2 14.2 2 43 17-7
59 36 12 48 22
18.8
4 1
3 5 - 4
4 1
3 - 5
40 29.4 3 9
5 3 - i
3 9
i 4 -
r
>
3 8
3 3 - 7
3 7
5 ° - 3
3 7
4 - 3
1 3 37 3 3 - 1
3 3
3 ° - 3
32 28.2 31 22.1 30 1 1 . 4 28 55.9 27
3
26 24
5
-
2
8.5 3
5
-
3
22 5 5 . 1 21
6.8
19
9.9
1 7
3 - 4
14 46.2
- 1 3 52 19-3 12 17.3
14 436.6 14 14 12.4 1 4 20 53.0 1 4 2 4 23.9 1 4 24 29.8 20 13 1 45 25 o
55.2 24.9 44.6 42-4 10.0 4.0
- 1 2 30 28.5 1 1 56 36.5
11 10 9 - 9
18 37 54 9
1.110 1.097 1.083 1.069 1.055 1-041
9
3 5
- 8
6 40.6 3
30.9 o
5-9
3
34-
7
30.3
1.026 560 I.OII 628 0.996 456 0.981053 0.965432 0.949 605 0.933 0.917 0.901 0.884 0.868 0.851
591 411 090 658 151 613
0.835 0.818 0.802 0.786 0.770 0-755
095 656 367 310 579 283
6
1 1 40.3 16
800 416 766 853 678 245
2.2
20 32.4 25
6.0
2 9
3 5 - 5
33
52.0
3 7
4 5 - 3
51.2 41 3-2 48.0 4 3 3 4 - 4 13-6 4 5 8.2 5-4
0.740 547 0.726 5 1 2
0.672 0.666 0.663 0.661 0.662 0.665
929 931 000
333 104 45i
2.85
2.88 2.91 2.94
2 300 2
573
2 846
384
3
6 5 0
3
9 i 3
4
175
4
4 3 3
4 5
172
5
4 ° 3
5
621
5 827 6 014
6 180 6
6
538
6 518 6
4 3 9
6 289 6 057 5
4
7 3 6
4
°35
3
i7fi 1
4
o 919 9
4 9 2
7
8 5 3
3
93i
1 667 771 3
8 8 8 8 8 8
9 12 14 16 18 20
3 28.6 328.5 3 28.2
3-58
9-43 9-59 9-77 9-95
821 8 22 8 23 8 23 8 23 8 22
3 25-7 3 24-6 3 23-3 321.8 3 20.0 318.0
8 21 8 20 8 18
3 i5-7 3 i3-i 3 io-i
815 8 11
3
3 4 7
3
10.14 10-33
4-5i 4.60 4.68 4.76 4.84 4.91
10-54 10.75 10.97 11.19 11.42 11.65 11.88 12.11 12.34 12-55 12-75 12.93
4.96 5.01 5-04 5-05 5.04 5.02
13.08 13.19 ¡13-27 'I3-31 :13.2g ¡13.22
4-25 4-33 4.42
73i
5 296
2
8-57 8.70 8.83 8.97 9.12 9.27
3-7i 3-78 3-85 3-92 4.00 4.08 4.16
4 3 2
6 507
3 27.1 327.6 3 28.0 3 28.3 328.5 328.6
3-25 3-30 3-35 3-4° 3-46 3-52 3-64
6 321
7 50 7 54 7 57
325-1
8 3 8 6
3.08 3.12 3-i7 3.21
9 3 2
m
3 22.3 3 23-3 324.2
8
3-04
4 6 8 5
Ii
26 3° 35 39 43 47
8-34 8-45
3.01
3
Ii m
7 7 7 7 7 7
7-74 7-83 7.92 8.02 8.12 8.23
2-97
3
0.713 336
0.701 1 9 3 0.690 274 0.680 782
7 4 4
1
2 023
i - i 4 9 335 1 . 1 3 6 762 1 . 1 2 3 916
23.1 38.6 36 15.3 3 5 2 3 . 7 2.3 3 1 . 0 34 28.7
- 8 5 6 1.3 9 28 29.5 9 59 5i-6 1 0 3 0 3.0 1 0 58 58.9 1 1 26 34.1 - 1 1 52 42.6 1 2 1 7 17.9 1 2 40 1 3 . 0 1 3 1 19.8 132029.7
-14 14 14 13 13 13
I . 1 8 5 402 I . 1 7 3 658 I.161 635
ObereKul- Untermination gang
8
o
7
7 57 7 50
7 43 7 35 725
7 16 7 5 6 55 643 632 6 20
3 25-9 326.5
327.8 327-3
3 26.6
6.8
3 3-i 2 59-o 2 54-4 2 49.4 2 44.0 238.1 2 3 x -7 2 24.9 2 17.8 2 10.3 2 2.6 1 54-7 146.7 138.8
Merkur 1955
56 Oh
i
Scheinbare
Deklination
i3 13
9 45-9° 3 55-20 550.70
13
2
1 2 58 4 8 . 9 7
3 4 ! -2I
3 20.52
2 53-84 1 2 5 5 5 5 - 1 3 2 22.19 12 53 32.94 I 46.76 12 51 46.18
I
8.83
1 2 5 0 3 7 - 3 5 o 29.65 1250 7 . 7 0 o 9.64 1 2 5 ° 1 7 - 3 4 0 48.04 1251 5-38 1 2 4 . 7 7 1 2 52 3 0 . 1 5 1 59.25 12 54 29.40 1257
0.49
13
o
0.57
13
326.72
13
7 16.05
13 1 1 25.81
2 3I.09 3
0.08
3 26.15 3 49-33 4
976
4 27.63
>
- 9 9 5-4 45 36.8 8 23 28.6 7 38 33-2 6 5 5 29-5 6 1 5 23.6
44 55-4 43
3-7
40
5.9
36
9-9
5 3 9 1 3 - 7 31 26.4 - 5
7 4 7 - 3 26 4 4 1 39-4 4 21 12.4
4
636.4
3 57 50.7 3 54 45-6 - 3 57
4-5
7.9
20 2 7 . 0 14 36.0 8 45-7 3
5-1
2 18.9 7 21.2
1 3 52 39-62
5 45-37
1 3 5 8 2 4 . 9 9 5 49-98
14
414.97
14 10
8.96
14 16
6.45
1422
7.03
1 4 28 1 0 . 3 6 1 4 34 16.17 1 4 40 24.24 14 46 34.41 1 4 52 46.54
7 12 30.8
32
8.5
33 3 1 - 6 35 28.9
- 856
9.1
9 32 15-5
6
8.07
6 10.17 6 12.13 6 14.01
1 4 59 0-55 6 15.81 1 5 5 16.36 6 17.57 1 5 1 1 33-93 6 19.30 1 5 1 7 53-23 6 21.00 1 5 24 1 4 . 2 3 6 22.70 1 5 3 0 36-93
10
36
6.4
36 3 2 . 1
1 1 22 2 8 . 2 36 5 1 . 2 1 1 5 9 1 9 . 4 36 4 1 . 9
5.81
O.761 990 O.784 73O
- 1 2 36
i - 3 36 2 6 . 4
6 019
8 732 11 429 14 051 1 6 540 18 845 20 923 22 740
2 0.809 ° ° 3 24 7 3 0 . 8 3 4 5 i 6 25 513
0.860 9 7 4 0.888 0 9 1 0.943 238 0.970 796
25 58.3
5 57-49 6 0.58 3-33
O.74I 067
1.024 9 1 0
8.2
5 53-99
6
O.722 2 2 2
23
5 i 5 33-6
8 4 7 . 6 36 47-3 1 0 4 5 34-9 36 53-3
6
0 . 7 0 5 682
0.998 076
5 33-78 5 40.02
O.691 6 3 1
19 5 2 . 1
7 46 2.4 8 2 0 4 0 . 2 34 37-8
13 46 59.60
0 . 6 8 0 202
4 52 25.4
13 35 59-31 5 26.51 1 3 4 1 25.82
5 18.02
0.671 470
0.915 595
- 5 4 i 3 ! - 9 28 23.8 6 9 55-7 30 2 6 . 6 6 40 22.3
i5 20 25 30
0.665 4 5 1
4 4 2 5 - 7 1 1 58.6 4 16 24.3 16 9 . 0 4 3 2 33-3
53-44 4 43-16 36.60 4 56.57 33-17 5 8.12 41.29
13 13 13 13
Halb-
Scheinbare
Rektaszension
9.49
W e l t z e i t
1.051 159 1.076 7 1 1 1.101 478
26 458 27 1 1 7 27 5 ° 4 27 643 27 558
27 280 26 834 26 249 25 552 24 7 6 7
23 914
1 . 1 2 5 392 23 013 1.148 405 1 . 1 7 0 486 1.191 614 1 . 2 1 1 783 1 . 2 3 0 992 1.249 250 1.266 568 1.282 964 1.298 456
22 081
21 128 20 169 19 209 18 258 1 7 318 16 396 15 492 14 6 1 0
Hör.
messer
Par.
5.02
Auf-
Obere Kul-
gang
mination
in
oh
L ä n g e , -f go° Breite
Ii m 6 20
Ii in I I 38.8 II 31.1
4.98
13.22 13.11
4.91
1 2 . 9 4
5 58
4-83
12.72
5 47
I I 23-7 I I 16.7
4-73
12-47
5 37
I I 10.1
4.62
12.18
529
II
4-5i 4-38 4-25 4-i3 4.00 3.88
11.87
521
10 58.6
n-55 11.21
5 14
1 0 53-8
5
8
10 49.7
10.88
5
3
10 46.2
IO-54
5
o
3-76 3-65 3-54 3-44 3-35 3.26
9.91
3.18 3.10
8-37 8.17
3-°3 2.97 2.91 2.85
7-99 7.82 7.66 7-52
2.80
2.64
7-38 7.26 7-i5 7.04 6-95
2.60
6.86
2-57
6.78
2-54
6.70
6
2.52
6.63
6
2-49
6-57
6 12
11
2.76 2.71 2.67
10.22 9.61 9-33 9.06 8.82 8-59
6
9
4 57
4.1
10 43-4 10 4 1 . 1
55 55 55 56
1 0 39-4
4 57
1037.2
5
10 37-5
4 4 4 4
o
5 2 5 5 5 9 5 i3 5 17 521
10 38.2 10 37-5 1037.2
10 38.2 10 39.1 10 40.1 10 41.4 10 42.8 10 44.4
5 26
10 46.1
5 3i
10 47.8
5 36
1049.7
5 4i
1051.6
5 46
1053-6
5 5i
io55-6
5 56 1
10 57-7 1059.9 11 2.1
1 3 1 2 2 7 . 7 36 5-3 1 3 4 8 3 3 - o 35 39-2 1 4 24 12.2
1 . 3 1 3 066
14 59 21.0
1 . 3 5 1 829 1 1 307 1.363 136
2.47
6.51
6 18
11
6.5
2-45
6.46
6 23
11
8.8
i-373 674
2-43 2.41 2.40 2.38 2-37 2.36
6.41
6 28
11 11.1
6.36
6 34
1 1 13-4
6.32
6 39
1 1 15-8
6.28
6 44
1 1 18.2
6.25
6 50
1 1 20.6
6.22
6 55
11 23.1
35
8.8
34 34-5
1 5 3 3 5 5 - 5 33 5 6 . 7 - 1 6 7 52.2 33 15-8 1 6 4 1 8.0 32 32.1 17 13 40.1 31 45-8
1 7 45 25-9 30 5 7 - i 18 1 6 23.0 - 1 8 46 29.2
30
6.2
1.326 816
i-339 7 3 °
13 7 5 ° 12 9 1 4 12 099 10 538 9 789
1 - 3 8 3 4 6 3 9 061
i-392 524 1 . 4 0 0 876 1-408 537 I - 4 I 5 523
8 352 7.661 6 986
7
4-3
Merkur 1955 Oh w
m
1 5 37
I-34
1 5 43 2 7 4 7 1 5 49 55.32 J 5 56 2 4 . 9 2 2
Halbmesser
ObereKulmination
in o h Länge, + 50° Breite Ii m
^
- 1 8 46 2 9 . 2
^ 6 2 6
i3
6
8.
6 T
6 33.14
Ii
19 15 42.5 1 9 4 4 0.9 20 I I 22.8 20 3 7 4 6 . 2 21 3 9.6
29 28 27 26
13-3 18.4 21.9 23.4
25 23.4 24 21.9
- 2 1 27 3 1 . 5 23 18.7 2 1 5 0 5O.2 22 I4.0 22 1 3 4 . 2 21 7-9 22 3 4 1 2 . 1 20 0.3 22 5 4 1 2 . 4 18 51.3 I6S 2313 3-7 17 40.8 9 3 j
16 T J , 6 36.73 1 6 22 4 1 . 0 9 ; r"-6-|
1635 5 9 . 9 8 , 2 1 6 4 2 42.14 6 43
- 2 3 3 0 44-5 16 2 3 4 7 1 3 - 4 15 1 71 2 5 9 . 1 s " 4 7 ' 4 2 ! 24 2 2 9 . 0 14 6 49.11 : 1 7 9 48.29 ^ | 24 1 6 3 0 . 0 12 2 4 29 1 5 . 0 II 1 7 1 6 39.03 6 5 s ° ; 7 4 2 4 40 4 2 . 5 IO 1 7 2 3 31.33 6 S 3 7 8 49 26.07 16 5 6 1 1 . 7 6 1 6
^
- 2 4 50 5 1 . 2
1 7 30 2 5 . 1 1 1 7 37 20.29 174416.76
18
Hör. Par.
Aufgang
s
1 5 30 36.93
1 6
e11 z e i t
Scheinbare Deklination
Scheinbare Rektaszension h
57
24 5 9 39-9 2 5 7 7-2 2 5 1 3 1 1 -7
6
5813.10 6 ^5 1 2 . 6 7' 7
25 1 7 5 2 . 3 0.29
2521
181212.96 0.82 - 2 5 22 181913.787 2523 I-I3 18 2 6 1 4 . 9 1 25 22 1.22 18 3 3 1 6 . 1 3 7 25 19 I.03 18 4 0 1 7 . 1 6 25 1 5 O.56 7 11 8 8 AI 25 9 4 7 r17.72 7 - 7 2 659.76 18 54 17.48 1 9 I 16.08 19 8 13.12 19 15 8.15 1 9 22 0 . 6 6 1 9 28 50.09
7.8 56.9 18.5 11.6 35-3 28.6 50.7
241.2 6 58.60 - 2 5 ^ 6 57.04 24 5 3 59-5 2 4 4 3 45-2 6 55-°3 24 3 1 5 8 . 5 6 52.51 2 4 1 8 39.5 6 49-43 24 3 48.8 645.71
28.9 15.6 I .O 45.O 27.5 8.7
848.7 7 27-3 6 4-5 4 40.6 3 15-5 1 49.1 0 21.6 1
6.9
2 36.3 4 6,7 5 37-9 7 9-5 884411..77
1 9 3 5 35-8O 6 41.29 — 2 3 4 7 2 7 . 2 1 9 4 2 1 7 . 0 9 6 36.05 23 29 36.3 £ - 2 3 10 17.9 1 9 48 5 3 . 1 4
4
W
5°-9
2.36 2-35 2-34 2-33 2.32 2.32
6.22 6.19 6.16 6.14 6.12
1 . 4 4 4 065 2633 1.446 698 2 047 I - 4 4 8 7 4 5 1 469 1.450 214 895 I-45I 109 323 I - 4 5 I 432 247
2.31 2.31 2.30 2.30
6.09 6.08 6.07 6.07 6.06 6.06
I-45I 1-450 1.448 1.447 1.444
185 815 37° 1 384 986 1 954 °32 2 526 506 3 101 I - 4 4 I 405 3 680
2.30 2.30 2.30 2.31
1-437 1-433 1.428 1-423 1.417 1.410
2.32
1-415 1.421 1-427 1-432 1.437 1.440
523 851 534 585 017 841
725 459 602 145 080 398
1 . 4 0 3 087 1-395 i 3 5 1-386 530 1-377 257
6 328 5683 5 051 4 432 3 824 3 224
4 266 4 857 5 457 6 065 6682 7 311 7 952 8 605 9 273
9 956 10 656 I-356 645 11 372 1.367 301
1-345 i-333 1.320 1.306 1.292 1.277
273 167 309 679 258 028
12 106 12 858 13 14 15 16
630 421 230 059
1.260 969 16 904 1 . 2 4 4 065 17 766 1.226 299
6.11
h
m
655 7 o 7 6 7 11 7 16 7 21
I I 23.I
7 26
138.4
I 25.6 I 28.1 I 30.6 1 33-2 135-8
7 3i
1 41.1
7 36 7 46
143-8 146.5 1 49.2
7 51
1 52.0
6.06 6.07
7 55 8 o
154-8
6.07 6.08 6.09
8
5
2
0.5
8
9
2
3-4
6.10
813 8 17
2
6.3
2
9-3
6.12 6.14 6.16 6.18 6.21 6.24
8 8 8 8 8 8
22 26 29 33 37 40
2 12.3 2 15-3 218.3 2 21.3 2 24.3 2 27.4
2.38 2-39 2.41 2-43 2.44 2.46
6.27
8 43 846 849 8 52 8 54 8 57
2 30.5
2.48
6-54 6.60 6.66 6-73 6.81 6.89
8 59
2 48.9
6.98 7.07 7.18
9 9 9
2.30 2.30
2.31 2.32
2-33 2-34 2-35 2.36 2-37
2.50 2-53 2-55 2.58 2.62 2.65 2.68 2-73
6.31 6-35 6-39 6.44 6.49
741
1 57-6
2 33-6 2 36.7 2 39-7 2 42.8 2 45-9
9
2 5i-9
9
2 54-9
9
2 57-9
9
3
0.8
9
3
3-7
7 8 9
6-5 _ 9-2 1311.8
Venus 1955
58 Oh Scheinbare Rektaszension h 15 15 i5 15 i5 15
m
34 37 4° 44 47 50
s
52.93 52.90 56-97 5-02 16.93 32.62
m s 2 59.97 3 3 3 3 3
1 5 53 5!-97 3 1 5 57 I 4 - 9 ° 3 16 o 41.31 3 16 4 I i . 1 2 3 16 744.24 3 1 6 1 1 20.59 3 1 6 1 5 0.08 3 1 6 1 8 42.62 3 1 6 22 28.14 3 1 6 26 1 6 . 5 5 3 1630 7.77 3 1634 1.71 3 1 6 37 58.32 3 16 4 1 57-51 16 45 59.20 4 1650 3.32 4 1 6 54 9.80 4 4 1 6 58 1 8 . 5 7 4 17 229.57 4 17 6 42.71 4 1 0 17 57-94 4 17 i5 15-19 4 1 7 ! 9 34-39 4 1 7 2 3 55-49 4 1 7 28 1 8 . 4 2 4 1 7 32 43-13 4 1 7 37 9-55 4 1 1 7 4 37.64 4 1 7 4 6 7-33 4 1 7 50 38-56 4 1 7 55 I I - 3 ° 4 1 7 59 4 5 - 4 7 4 18 4 21.02 4 18 857.90 4 1 8 1 3 36.04 4 18 18 15.38
4-«7 8.05 11-91 I5-Ö9 19-35 22.93 26.41 29.81 33-12 36.35 39-49 42-54 45-52 48 41 51-22 53-94 56.61 59-19 1-69 4-i2 6.48 8.77 11.00 13-14 15-23 17-25 19.20 21.10 22.93 24-71 26.42 28.09 29-69 31-23 32-74 34-17 35-55 36.88 38.14 39-34
W e l t z e i t
Scheinbare Deklination
- 1 5 1 5 53-1 1 5 24 2 0 . 8 1533
6.3
1 5 4 2 7-5 1 5 5 1 22.8 1 6 o 50.2
8 27.7 8 45-5 9
- 1 6 10 28.1 9 16 20 14.8 9 1 6 3 0 8.5 9 1 6 4 0 7.8 10 16 50 II.O 10 T 7 Ol6.5 10 - 1 7 1 0 22.7 10 1 7 20 28.3 10 17 3031.6 9 174031-3 9 1 7 50 26.2 9 18 o 14.7 9 -18 18 18 18 18 18
9 19 28 37 46 55
55-5 27.4 49.2 59-7 57.7 42.1
-19 19 19 19 19 19
4 12 20 28 35 42
25.8 23.0 2.4 23-2 24.4
-1949
5.0
Ii.9
! 9 5 5 24-4 20 1 2 1 . 5 20 6 5 5 . 5 20 1 2 5.8 20 1 6 5 1 . 5 -20 21 20 25 20 28 20 3 1 2034 - 2 0 36
11.9 6.4 34.2 34-7 7.4 Ii.6
1.2
9 15-3 9 27.4 9 37-9 4 r '.7 53-7 59-3 3.2 5.5 6.2 5.6 3-3 59-7 54-9 48-5 40.8
9 9 9 8 8 8
3i-9 21.8 io-5 58.0 44.4 29.8
8 7 7 7 7 6
13-9 57-2 39-4 20.8 1.2 40.6
6 5 5 5 4 4
19.4 57-i 34-o io-3 45-7 20.4
3 3 3 2 2
54-5 27.8 0.5 32.7 4.2
0.480 0.487 0-494 0.501 0.509 0.516
004 229 492 792 125 491
0.523 0-531 0.538 0.546 0-553 0.561
887 311 761 235 731 247
0.568 0.576 0.583 0-591 0.599 0.606
782 334 900 479 °7° 671
Halbmesser
Hör. Par.
17-52 17.26 17.01 16.76 16.51 16.28
18.33 18.06 17.80
16.06 15-83 15.61 I5.40
16.80 16.56
14-78 !4-59 14.40 14.22 14.04
¡15-47 ¡15-27 15.07 14.88
13-87
I
Aufgang
in ob Länge, + 50° Breite h rr
7 7 7 7 7 7 7 7 7 7 7 7
225 263 3°o 333 366 396 424 45« 474 496 5i6 535
17-54 17.28 17.04
16.33 16.11 I 5 - I 9 15.89 14.99 15.68
n 11 11 11 II II
4 4 4 4 4 4
12 12 13 13 !4 14
* 54-4 3 53-9
15 16 16 17 18 19 20 21 22 23
3 52.0
281 7 618 899 7 625 524 7 630 154 ^
13.69 14-33 I I I3-52 4 - 5 13.81
0 . 6 4 4 7 8 8 ^ 7638 0.652 426 7641 0.660 067 0 . 6 6 7 7 1 0 7 643 0 . 6 7 5 3 5 5 7 645 6 0.683 0 0 0 „ 0 . 6 9 0 6 4 5 7645 0.698 2 9 0 7645 7645 0.705 935 7 644 0 . 7 1 3 579 7643 0.721 222 7 641 0 . 7 2 8 8 6 3 7 638 0 . 7 3 6 5 0 1 7 636 0 - 7 4 4 ! 3 7 7 632 0 . 7 5 1 769 7 628 0 - 7 5 9 3 9 7 7 624 0.767 021 7 618 0.774 639 7 611 0.782 250 6 7 °5 0.789 855
13-65 13-49
424 425
0.614 0.621 0.629 0.637
552 566 579 591 601 610
13-36 13.20 I3-05 12.89
14.69 4-5I
13.98
13-03 1 2 . 3 1 12.88 12.18 12.74 12.04 12.60
4 4 4 4 4 4
26 27 28 29 30 3i
11.92 12.47 11.78 12.33 11.66 12.20 " • 5 4 12.07 11.42 " • 9 5 Ii.31 1 1 . 8 3
4 4 4 4 4 4
32 33 34 36 37 38
12.74 13-33 12.60 13.18 1 2 . 4 5
11.19 11.08 10.96 10.86
11.71
"•59 11.47 11.36 10.75 11.25 10.65 1 1 . 1 4
Ii m 5 59.O 3 58.I
4 4 4 4 4 4
4 4 4 4 4 4 4 4 4 4
7 7 7 7 7 7
ObereKulmi nation
4 39 4 40 441 4 42 4 43 4 44
* * ^ *
57-2 56.4 55-7 55-0
* 53-4 * 53-o i 52.6 * 52.3 3 51.8 * 51-7 î 51.6 s 51-5 5i-5 ? 5i-5 * 5i-5 3 51-6 i 51-8 * 52-0 3 52.2 * * s 3 ^ 3 3 ^ ^ ^ ^ ^
52.4 52.7 53-0 53-4 53-8 54-2 54-6 55-i 55-6 56.2 56.7 57-3
^ 57-9 3 58.6 ^ 59-2 ^ 59-9 } 0.6
9
i-3
59
Venus 1955 Oh
w e 1 1 z e i t
Scheinbare
Scheinbare
Halb-
Hör.
Rektaszension
Deklination
messer
Par.
Auf-
ObereKul-
gang
mination
in o h L ä n g e , + 50° B r e i t e
I 18 18 15.38
1 8 22 5 5 . 8 5 18 27 37.41 18 32 I8 37
19.97 3-47
18 41 47.85 18 46 33-°5 18 51 19.00 1856
5-63
19
052.87
19
540.67
19 10 28.96 19 15 17.68 19 20
6.76
1924
56-15
19 29 45.78 19 34 35-6O 19 39 25-55
4 4°-47 4 4I-56 4 42-56 4 43-5° 4 44-38 4 45-2o 4 45 -95 4 46-63
20
36
II.6
37 46.7
20 38 52.3 20
39
28.I
20
39
33-5
20
39
8.1
-20 38 20
36
Ii.6 43.7
20
34
44-o
20
32
12.4
4 47.80
20
29
8.6
4 48.29
20
25
32.5
4 47-24
4 48-72 4 49.08 4 49-39 4 49-63 4 49.82 4 49-95 4 5°-°4
*9 44 z5-59 4 50.06 19 49
h n -20
5-65 4 50.06
-20 21 23.9 20
16
20
11 28.8
20
42.6
5 42.2
19 59
22.9
19 52
30.9
-1945
6.1
1937
8.8
19 53
55-71 4 50.00
19 28
19 58
45.71 4 49-9o
19 19 36.6
20 20
335.61 4 49-75 8 25.36
4 49-58
20
13 14.94
20
18
20
22
4.31 53.41
20 27 42.23 20 32 30.73 20 20
37 18.87 42
6.63
20 46 53-97 20 51 40.87 20 56 27.29 21
1 13.22
21
558.62
21 10 43.48 21 15 27.77 21 20
11.48
21 24 54.59 21 29 37.09 21 34 18.96
4 49-37 4 49-IO 4 48.82 4 48-5° 4 48-14 4 47-76 4 47-34 4 46.90 4 46-42 4 45-93 4 45-4° 4 44.86 4 44-29 4 43-71 4 43-H 4 42-50 4 41-87
19 10 18 59
1.9 55-o
-18 49 1838 18 26
16.1 5-3 23.0
18 14 18
38.9
9.3
1 24.6
17 48
9.0
i 35-1 1
5-6
035.8 o
5-4
o 25.4 0 56.5
IO.65 I i . 1 4
4 44
i-3
1 0 - 5 5 11.04
4 45
2.1
0.805 040
1 0 . 4 5 10.93
4 45
2.8
0.812 618
7 57
1 0 . 3 5 10.83
4 46
3-6
0.820 187
7
IO.25 10.73
4 47
4-4
0.827 745
7 558
IO.16 10.63
448
5-2
10.07 10.54
4 48
6.0
0-789 855
7 W7
0-797 452
gg
'
7 547
1 27.9
0.835 292
1 59-7
0.842 827
2 31-6
0.850 350 7
3
3-8
3 36.1 4
8.6
4 41-3 5 13-8 5 46.6
0.857
0.872 841
0.887 7 66
9 34-7 o
6.9
0 38.9 1 10.8 1 42-3 2 13-7 2 44-7 3 15-6
^
23.1
17 20
7.0
17
521.3
1650 16 34
22.3
16 18 -16
6.3
9.9
1 29.4
i5 44
21.5
15 26
46.5
15
845.0
14 50 -H
31
17.4 24-5
4 16.1 4 45-7 5 15 -o 5 44-o 6 12.4 6 40.5 7
7-9
7 35-o 8
1.5
8 27.6 8 52.9
7-7
9.81 10.26
4 50
8-5.
9 . 7 2 10.17
4 51
9-4
7 484
9 - 6 3 10.08
4 51
9 10.2
9-56 10.00
4 52
9 11.1
7 455
9-47
9.91
4 52
9 12.0
9-39
9-83
4 52
9 12.9
4 53
9 13.8
4 53
9 14-7
4 53
9 15.6
,
523
442
7 427
9.67
9.16
9-59
9.10
9-52
9.02
9-44
8-95
9-37
8.88
9.29
4 53
9 19.1
8.81
9.22
4 53
9 20.0
8.74
9-i5
4 53
9 20.9
8.68
9.08
4 53
9 21.8
4 53
9 22.7
4 53
9 23-5
4 52
9 24.4
8.82
4 52
9 25-3
8.76
4 52
9 26.1
8.30
8.69
4 51
9 27.0
1 2
8.25
8.63
4 51
9
1 2
8.19
8-57
4 50
9 28.7
8.13
8.51
4 50
9 29.5
8.08
8-45
4
9 30.3
8.03
8.40
448
7-97
8-34
4
48
9
3z-9
7.92
8.29
4
47
9
32.7
7.87
8.23
446
9
33-5
7.82
8.18
4 45
9
34-3
7-76
8.12
4 44
9
35-o
7.71
8.07
4
9
35-8
0 . 9 1 7 4 4 7 ; ^ 0 .924831 0.932 202 0.939 5587 0.946 8997
17
0.954 226
Î
^ 34
327
7 313 7 297
0.961 539
^
O.968 836
9-32 9-75 9.24
048 7 399
„
e. o 7 282 0.976 n 8 ; 7 0.983 3 8 5 7 i 1 7 251
8.62 8-55
0.990 636 '
8-49
0.997 870
8-43
1.005 087
7 217
7 199
3 45-9 -17 34
4 50
0.895 208 7
6 52.0
2.3
6.8
9.89 10.35
0.880 311
0.910
9
49
7 470
0.902 635
7 57-3 8 29.9
4
860 7 510
6 19-3 724.8
9.98 10.44
7 535
1.012 286 I.019 468
7
1.026 630
7 144
1.033 774 1.040
o
7 125
899
7 io4 7 084
1.048 003
^
I.055 087
¿
' 7
J
I.062 150 1.069 191
;
7
7 041
7 020
1.076 211 '
b
6
I.083 209 ^ J I.090 185
063
998
,
6 976
8-37
9.02 8-95
8.88
4 53
9 16.5
4 53
9 17-3
4 53
9 18.2
49
43
27-8
9 3 1 -!
Venus 1955
60 0
Ii
Auf-
Obere K u l -
gang
mination
Scheinbare
Halb-
Hör.
Rektaszension
Deklination
messer
Par.
in o h L ä n g e , + 50° B r e i t e
7.71
8.07
443
35-8
7.66
8.02
442
36.5
7.62
7-97
441
37-2
7-57
7.92
440
38.0
6863
7-52
7.87 7.82
6 819
7-44
7.78
439 438 437
38.7
6 841
7-47
6 796
7-39
7-73
7-34
7.68
7-30 7-25
m
21 39
Ii
s
O.19
21 43 40.77 21 48 20.69 21 52 59-95 21 57 38.54 22
2 16.47
22
653.75
4 41-23
~ i 4 3 1 2 4 - 5 19 17-9 14 12
4 40-58 4 39-92
13 32 18.3
4 39-26
13 11 49.1
4 38-59
12 50 57.2
4 37-93 4 37-28
22 25 16.44 22 29 50.57 22 34 24.12
- 1 2 2943.3 12
22 38 57.09 22 43 29.50 22 48
1.38
22 52 32.75 2257
3.62
23
134.01
23
6
3.96
23 10 33.47 2315
2.58
-TO 15
23 28 27.70
4 32-97
9 27 46-4
4 32.41
9
4 31-88
2 3 32 55-43 23 37 22.88 2 3 4 1 50-07
23 46 I7-03
8 14 39.2
4 30-87 -
6 59 17-7
4 29-51
6 3 3 43-8
4 29-11
6
4 28.72 -
4 27.19 4 26.96 -
o 26 14.06 O 30 40.35 035
4 26.16 4 26.21 4 26.29 4 26.40
6.75 4 26.56 039 33-31
21 13-9 21 35-5 21 56.4
I.090 185 I.097 139 I.104 070 1.110 978 I . I I 7 864 I.124 727 I.13I 568
1 . 1 3 8 387 I-I45
i 8
3
1-151 957 1.158 7°9 1-165 439
4°-9
833.2
1 41 19.8
1 14 i - 3 o 46 38.5 -
o 19 12.0
+
o
8 17.6
0 35 49-6 1
323-3
1 30 58.2
1 58 33-6 2 26
8.8
6 774 6 752 6 730 6 7°7
7.21
39-4 40.1
436 4 35
40.7
7.64
434
42.1
7-59
4 32
42.7
7-55
431
43-3
430
9 44-° 9 44.6
1.185 49°
7.09
7.42
427
9 45-2
6 612
7-°5
7-38
4 26
9 45-8
6 588
7.01
7.34
424
9 46.3
7-3°
423
9 46-9
6.94 ; 7.26
4 21
9 47-5
6.90
7.22
4 20
6.86
9 48.1
7.18
418
9 48.6
6.83
7-i5
417
9 49-2
6.79
7.11
415
9 49-7
6.76
7.07
414
9 5°-2
6-73
7.04
412
9 50.8
6.69
7.00
410
9 5i-3
6.65
6.96 6-93
9 7
9 51-8
6.62
4 4
6-59
6.90
6
9 52-8
6.56
6.86
4 4
4
9 53-3
6-53
6.83
4
2
9 53-8
6.50
6.80
4
1
9 54-3
6.46
6.76
3 59
9 54-8
6-43
6-73
3 57
9 55-3
6.40
6.70
3 55
9 55-8
6-37
6.67
3 54
9 56-3
27 32.0
1 - 3 1 3 0 8 9 6 068 1 - 3 1 9 1 5 7 6 036 1-325 193 6 005
6-35
6.64
3 52
27 33-7
5 974
6.32
6.61
3 50
5 943
6.29
6.58
3 49
6.26
6-55
3 47
6.23
6.52
3 45
9 58.8
6.20
6.49
3 44
9 59-3
23 49.6 24 6.4 24 22.6 24 38.2 24 53-i 25
7-4
25 21.0 25 33-9 25 46-4 25 58.1 26 9 . 1
1.192 127 1.198 739 1.205 327 1.211 890 1.218 428 1.224 939 1-231 424 1.237 882
26 46.7 26 54.3 27 1.4 27 7 . 7 27 !3-4 27 18.5 27 22.8 27 26.5 27 29.6
27 34-9 27 35-4 27 35-2
6637
6563 6 538 6 511 6485 6 458
6 430 1 . 2 4 4 3 1 2 6 402 1.250 714 1.257 087
1.269 746
1.282 284 1.288 507 1.294 7°o 1.300 861 1.306 991
i-33i 198 i-337 172 i-343 115 1.349 026 i-354 905
6 373 6 344 6 315 6 284 6 254 6 223 6 193 6 161 6 130 6 098
5 9" 879
6.98
7.51
41.4
4 28
6 660
1.276 030
35
6 886
7-13 j 7-46
3 29 3 6 - 6
2
6931 6 908
7.18
1.263 431
242.3
6954
m
1.172 146 6684 1.178 830
23 32-3
1.6 26 38.3 3 5 6 23.3
2
4
o 21 47.85
20 51.9
5 1 5 5 0 . 2 26 19.4 4 4 9 3 ° - 8 26 29.2
3
4 26.77
23 55 10.38 4 26.43 23 59 36-8I 4 26.32
0 17 21.69
20 29.2
423
4 27-45
o 12 55-53 4 26.16
7 57-4
5 4 i 59-3
4 27.73
3-13 4 26.23 8 29.36 4 26.17
7 49 46.1 7 24 3 8 . 7
4 29-95
23 5° 43-8o 4 26.58
340.0
8 39 17.4
4 31-37
4 28.03
8.3
9 51 36.O
23 19 3i-3° 4 28.37 23 23 59-67
7.8
19 42.2 20 6.1
22 16.7 1 1 23 54-7 22 36.5 11 1 18.2 22 55.6 TO 3 8 2 2 . 6 23 14-3
4 34-!3
4 30.39
8
11 46 I i . 4
4 34-73
4 33-55
6.6
13 52 24.4
4 36.62 22 11 30.37 4 35 -99 22 16 6.36 4 35-35 22 20 41.71
o
W e l t z e i t
Scheinbare
21 34 18.96
o
h
1
9 52-3
9 56.8 9 57-3 9 57-8 9 58.3
Venus 1955 0h Scheinbare Rektaszension
o o o o 0 1
Ii m s 39 3 3 - 3 i 44 0.06 48 2 7 . 0 5 52 54.29 57 2 1 . 8 3 149-71 6 10 15 Ï9 24 28
17.97 46.63 15-74 45-32 15.42 46.06
1 33 1 37 1 42 1 46 1 51 156
17-29 49.12 21.60 54-74 28.59 3-i7
1 1 1 1 1 1
2 038.50 2 5 14.61 2 9 51-53 2 1 4 29.28 2 1 9 7.88 2 23 47.36
111 s 4 26-75 4 26.99 4 27-24 4 27.54 4 27.88 4 28.26 4 4 4 4 4 4
28.06 29-H 29-58 3°-io 3°- 6 4 31-23
4 4 4 4 4 4 4 4 4 4 4 4
3I-83 32-48 33-14 33-85 34-58 35 -33 36.11 36.92 37-75 38-60 39 48 4°-37
2 28 2 7 . 7 3 4 2 33 9-034 23751.28 4 2 42 34-50 4 2 47 1 8 . 7 1 4 2 5 2 3-94 4 2 56 5 0 . 1 9 4 3 137-49 4 3 625.86 4 3 11 15-30 4 316 5.84 4 3 20 57.47 4 3 25 50.22 4 3 30 44-O8 4 6 3 35 3 9 - ° 4 3 40 3 5 - 1 7 4 3 45 32.40 4 3 50 30.75
41-3° 42.25 43-22 44-21 45-23 46.25 47-30 48-37 49-44 50.54 5I-63 52-75 53-86 54-98 56.11 57-23 58-35
W e1t z e i t
Scheinbare Deklination
+
+
2 26
I
8.8
27 34-4 2 53 43-2 27 33-o 3 21 16.2 27 30.9 8 3 4 4 7 - i 27 28.1 4 16 15-2 2724.7 4 43 39-9 27 20.5 5 11 0.4 27 15-8 5 38 16.2 27 10.4 6 5 26.6 27 4-2 6 3 2 3 0 . 8 26 57.4 6 59 2 8 . 2 26 49-9 7 26 1 8 . 1 26 41.8 7 8 8 9 9 10
52 19 45 12 38 4
61
59-9 32.8 56.1 9.1 11.1 1.4
26 26 26 26
32.9 23.3 13.0 2.0
25 50.3 25 38.0
•35 4 9 0 5 5 •360 7 5 2 ; •3^567
37
-•378t
;;
*
3 4 9
74 097 5 748
•3^3 8 1 2 T
847
l™
389 4 9 3
' 1-395 1.400 1.406 1.411 1.417
5 645 138 6 « 749 324 > 3 / 3 862 5 364 5 s ° 2 5 464 I . 4 2 2 828 5 4 S 1.428 253 l C. 5 387 1 . 4 3 3 640 j ; 1 . 4 3 8 987 1-444295 66
S
i-449 5 6 i
5 22Ö
+ 1 0 29 3 9 . 4 25 24.8 10 55 4-2 25 II.O 1 1 20 1 5 . 2 24 56.5 11 45 n - 7 24 41.2 1 2 9 52.9 24 25.3 1 2 34 18.2 24 8.7 + 1 2 58 26.9 23 51.3 1 3 22 1 8 . 2 23 33-3 13 45 51-5 23 14-7 1 4 9 6.2 22 55-2 1432 1 . 4 22 35.1 14 54 36.5 22 14.3
i - 4 5 4 787
lg5
+ 15 15 16 16 16 17
243 68o 923 ^ , £ 44 637 560 " 593 1 5 3 44 549 1.532 702 4 ^
16 38 o 21 42 2
50.8 43-6 14.2 22.0 6.2 26.1
+ 1 7 22 2 1 . 0 17 18 18 18 + 18
4 i 50.3 053.3 1 9 29.2 37 37-4 55 17-3
21 21 21 20 20 19 19 19 18 18 17
52.8 30.6 7.8 44.2 19.9 54-9 29.3 3.0 35-9 8.2 39-9
i - 4 5 9 972 1 . 4 6J 5 1 1 5 ^ i 1.470 216 1 . 4 7 5 2 7 6, o 1 . 4 8 0 2 9J Os ^ 1 . 4 8 5J 2 679 ^ I.490 204 2 1 . 4 9 5 096 It -
"4 9 9 i - 5erM °4 1 . 5Uu 0 gy
^ 5 101 „ ç 060 OI 5 7 ' 4 976 4T 935 „ 4 892 *
9 4 4 0g ^ 946 TCC 755 ^ 6 6 5 2 1 4 722 ^
1[.- 5 1 4 I.5l8 1.523 1 . 5J 2 8
1 - 5 3 7 206
4
46o
1 . 5 4 1 666 1 . 5 4 6 080 4 4 * 4 O 4 368 I . 5 5 0 448 ^ T 7 4 321 1-55 4 7 6 9 4 2 7 S ' • S S ü ' M ^ 1.563 270
Aufgang
Obere Kulmination
Halbmesser
Hör. Par.
in o b Länge, -f 500 Breite
6.20 6.18 6.15 6.13 6.11 6.08
6.49 6.47 6-44 6.41 6-39 6.36
Ii m 3 44 3 42 3 40 3 39 3 37 3 35
h m 9 59-3 9 59-8 o 0-3 0 0.8 o o
1.3 1.9
6.05 6.03 6.00 5-98 5-95 5-93
6-33 6.31 6.28 6.26 6.23 6.21
3 3 3 3
o o o o o o
2.4 2.9 3-5 4.0 4.6 5-2
5-9i 5-89 5-87 5-85 5.82 5.80
6.18 6.16 6.14 6.12 6.09 6.07
324 3 22 3 20 319 3 17 3 16
O 5-7 o 6.3 o 6.9 o 7.6 o 8.2
5-78 5-76 5-74 5-72 5-7° 5.68
6.05 6.03 6.01 5-99 5-96 5-94
3 3 3 3 3 3
o 9-5 o 10.1 o 10.8 011.5
5.66 5.92 5.64 ; 5.90 5-63 5.61 5-59 5-57 5-55 5-53 5-52 5-50 5-49 5-47 5-46 5-44 5-43 5-41 5-39 5-38
5-89 5-87 5-85 5-83 5.81 5-79 5-78 5-76 5-74 5-72 5-7i 5-69 5.68 5-66 5-64 5-63
34 32 30 28
327 3 25
14 13 11 10 9 7
3 6 3 4 3 3 3 2 3 1 2 59 2 58 2 57 2 56 2 55 2 54 2 53 2 52 251 2 50 249 248 2 48
o 8.8
O 12.2
o 12.9 OI3-7 O 14-4 o 15-2 o 16.0 o 16.8 o 17.6 o 18.4 O 19-3 O 20.2 O 21.1 O 22.0 o 22.9 O23.8 O 24.8 o 25.8 026.8 o 27.8 028.8
Venus 1955
62 Oh Scheinbare Rerktaszensi on Ii
W e l t z e i t
Scheinbare Deklination
m s
3 50 30.75 4 59-47 3 55 30.22 5 0.57 4 030.79 1.68 4 5 32.47 2.76 4 1035.23 3.83 4 i 5 39-°6 4.87 4 20 43.93 5.90 4 25 49.83 6.91 4 30 56.74 7.89 4 36 4-63 8.83 4 4 1 13.46 9.76 4 46 23.22
5 10.64
+ 18 19 19 19 20 20
55 17.3 12 28.I 29 9.2 45 20.0 O 59.8 16 8.0
+ 21 46 30.6
5 5 5 5 5 5
22 28 33 38 44 49
+ 22 22 22 22 23 23
5 54 3 7 7 8 5 59 56.51 6
5I5.54
6 10 34.82 6 15 54-31
6 21 13.94 6 26 33.65 6 31 53-4° 6 37 I 3 - I 3 6 42 32-78
6 47 52.30 6 53 11.62 6 58 30.70
21 57 5-2 22 7 3-2 22 16 24.2 22 25
7.9
22 33 13.6 40 47 53 59 4 8
5 19-03 5 19.28 5 19-49 5 19-63 5 I9-7I 5
T9-75
5 19.73 5 19-65 5 19-52 5 19-32
5 19.08 5 18.77
7 3 49-47 5 18.42 7 9 7-89 5 18.00 7 14 2 5-89 5 17-54 7 19 43-43 7 2 5 0.45 5 i 7 - ° 2
23 23 23 23 23
I0.6
IO 34.6 9 58.O
9 21.0 8 43-7
8 5.7 7 27.5
41.1 6 48.9 30.0 6 9-9 39-9 5 30.7 10.6 4 5i-° 1.6 4 11.1 12.7
+ 2 3 I I 43.7 5 18-73
15 8.2 14 36.0
II
5 1 33-86 5 ii-5° 56 45-36 5 12-33 I57-69 S 13" 7 10.80 5 13-87 12 24.67 5 I4-58 17 39-25
5 15-26
15 3 9 - 8
+ 20 30 44.O 20 44 47.I 14 3-1 20 58 l 6 . 8 1 3 2 9 - 7 12 55.8 21 I I 12.6 12 2 1 . 2 21 23 33.8 I I 46.2 21 35 20.0
4 4 5 5 5 5
54.51 5 15-89 10.40 5 16.48 26.88 5 r 7 ° 2 43-9° 5 I 7 - 5 2 i-42 5 I 7 - 9 8 19-4° 5 1 8 . 3 8
17 10.8 16 41.1 16 10.8
1 4 34-4
3 3i-o
2 50.7 2 10.2
16 44.6 1 29.4 18 14.0 o 48.6 19 2.6 o 7.6 19 10.2
I.563 I.567 I-57I i-575 1.579 1.583
i-595 1.599 1.602 1.606
3 928
18 17 15 12
36.8 1 14.5 22.3 1 55.6 26.7 2 36.7 50.0
23 23 + 23 22 22 22 22 +22
9 32.3 5 33-6 054.0 55 33-8 49 32.9 42 51.7 35 3°-5 27 29.3
3 17-7 3 58.7 4 39-6
5 20.2 6 0.9 6 41.2 7 21.2 8
1.2
3 877
473 3 826 299 3 773 072 3 722 794 3671 465 3618
1.610 083 1 . 6 1 3 6 5 0 3 567 1.617 ^ 3 515 1.620 628 3 4 6 3 1 2 1.624 ° 4 ° 3 4 3 360 1.627 400 3 308
1.630 708 3 255
1.633 1.637 1.640 1.643 1.646
963 167 319 4l8 464
1.649 1.652 1.655 1.658 1.660 1.663
456 396 282 114 891 614
1.666 1.668 1.671 1.673 1.676 1.678
281 891 446 945 386 770
1.681 1.683 1-685 1.687 1.689 1.691
096 2 268 364 2 211 575 2 153 728 2 095 823 2038 861
0 33-4
+ 23 23 23 23
Hör. Par.
5-38 5-36
5-63 5.61 5.60 5-58 5-57 5-56
3 204 3 152 3 °99
h
111
2 46 2 46 2 45
5-54 5-53 5-52 5-50 5-49 5-48
2 45
0 35-4
2 44 2 44 2 44 2 44 2 44
o 36.6 037.8
2 44 2 44
5.18
5-47 5-45 5-44 5-43 5-42
5-i7
5-4i
2 45 2 46
042.7 0 43-9 045.2 046.5 047.8 049.1
5.16 5-i5
5-40 5-39 5-38 5-36 5-35 5-34
2 2 2 2 2 2
46 47 47 48 49 50
050.4
5-33 5-33 5-32 5-3i 5-3o 5-29 5.28 5-2 7 5.26 5-26 5-25 5-24
2 51
058.5 0 59-9
5-35 5-33 5-32 5-3i
5-29 5.28 5-28
5.26 5-25 5-24 5-23 5-21
5.20 5-i9
5-i4 5-12
5-11 5.10
2 2 2 2 2 2
940 886 832 777 723 667
5-09 5-09
2 610 2 555 2 499 2 441
5-05 5-04 5-03
2 326
n
O 28.8 o 29.9 031.0 o 32.1 033-2 0 34-3
3 046 2 992
2 384
ObereKul- Untermination gang
in o h Länge, + 50° Breite h
270 449 4 179 I 2 578 4 9 4 080 658 4 030 688 3 980 668
1-587 596 I-59I
Halb messer
Aufgang
5.08 5-07
5-07 5.06
5-03 5.02 5.01 5.00 5.00 4-99 4.98 4.98 4-97
5-23 5-23 5.22 5-21 5-21 5-20
2 48 2 47 247
245 245
^52
2 53 2 54 255
2 57 258 3 o 3 I 3 3 3 5 3 7 3 3 3 3 3 3
9 11 13 15 17 19
O 39-0
o 40.2 041.4
051-7 0 53-1 0 54-4 0 55-8
0 57-i
1
1.2 2.6 4.0 5-4 6.8 8.2 9.6 10.9 12.3 13-7 i5-i
16.5 17.8 19.2 1 20.5 1 21.9
Venus 1955
63
0'' W e l t z e i t Tag 1955 Juli 24 25 26 27 28 29 30 31 Aug. 1 2 3 4 5 6 7 8 9 10 11 12 13 H 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 Sept. 1 2 3
Scheinbare Rektaszension
Scheinbare Deklination
0 / " h ms 7 2 5 0.45 m / + 222729.3 ' " 8 407 1 S 16.47 73016.92 ^ 221848.6 0 A 9 20.0 3 7/ uu 35 J32-78 / . j r 21 22 9 28.6£ 9 59-o 7 40 47.99 21 59 29.6 ^Z 7 10 37.6 7 46 2.51 5 I 4 ' 5 2 21 48 T 52.O 79 I I 15.9 7' J51 16.30 55 1313-03 21 37 J36.1 11 53-7 + 21 25 42.4 12 31.2 5 12,23 21 130 II.2 8 41.56 13 8.1 0 c. 5 21 0 3.1 ' 8 6 52.96 „ 510.53 20 46 18.30 13 44 ' 8 8» 12 J3.49 " ^ 14 20.8 tV J g g4 8 17 I3-I3 5. 8»7 4" 2031 57-5 6 8 22 21.87 20 17 1.1 15 31.5 5 7-79 8 27 29.66 +20 1 l 6 6.0 8 32 36-50 „ gg J 9 45 23.6 , J 28 83742.36^ ;86 9 43-5 17 13.5 4 19 11 30.0 8 42 47-22 g6 To JO , 17 46.5 8 47 5I 18 53 43-5 l 8 J8 8 -°8 2.85 18 35 24.77 0 8 52 53.93 5 i - 8 2 ^ 18 50.4 8 57 55-75 0 . 78 + 181634.3J 19 21.6 17' 57 9 2 56.53 •J/ 12.7 19 52.0 £. 4 59-74 17 37 20.7 9 7 56.27 4 ' ' 2 0 21.7 17 16 59.0 20 50 9 9 12 54.96 44 57-64 2 16 56 8.1 9 17 52.60 ' ' 21 1 9 4 * ' J 4 56.59 16 34 48.7 ^ ' 2 1 47.2 9 22 2 4 9 1 9 + 16 13J 1.5 J " 4 555-54 9 7 44-73 22 14.2 Q 155047.3 • 9 32 3 9 - 2 42 54 34444 0 i 22 40.6 9 37 J32.66 ^ 4 52.41 15 28 6.7 23 6.3 9 42 25.07 ^ ¿ 4 51-37 15J 5 °-4 23 31.3 9 47 16.44 4 41 20.1 ^ 4 5°-35 14 14T 17 33.6 9v J52 6.79 4 ' 24 19.1 4 49-35 ¿ 56 56.14 4 48 . 36 + 13 53 14-5 244 442 D 132832.5 2 4 i 13 328.4 3 ïo 6 i S 4 t 3 8 à 25 25.5 4 4 6 43 10 I I 18.31 , X 445-50 1 2 3 8 2 " 9 23 46 2 10 16 3.81 12 12 16.7 4 4 44 59 , 26 6.2 10 20 48.40 10.5J „ ^ ^ 4 43-70 11 46 ^ 26 25.4 10 25J J32.10 4 42.85 + " 19 45-i 26 10 30 14.95 10 53 1.1 2 4 42 02 27 1.9 10 25 59.2 10 34 56.97 5^ 27 19.0 44121 9 58 40.2 1039 3 8 . 1 8 0 27 35.4 4 1 0 4 4 1 8 . 6 2 4 4 0 4 4 , 9 031 ^4.8 27' 51.1 4 3 9 7 0 + 9 3 13-7 1048 58.32
Auf- Obere Kul- Untergang mination gang
A
Halb- Hör. messer Par. ino h L änge, + 50° Breite u
1.691 861 „ 1981 ^ 9 3 842 ^
4-97 4-97 4.96 1.697 634 l g l I 4-95 1.699 445 x ; 5 5 4-95 1.701 200 ' 1 699 4-94 1.702 899 t 4-94 1-704 542 I ¡g 4-93 1.706 128 4-93 1 . 7 0 7 6 5 9 ; ^ 4.92 4.92 J *34 I -7°9 - 7 I ° 553 j 3g4 4.91 I " 7 1 1 9 X 7 r 3o8 4.91 I - 7 I 3 225 t 4.91 1.714 477 4.90 ' 1 197 I - 7 I 5 674 1. 140' 4.90 4.90 1.716 814 1 o8 0 5 4.89 I ' I - 7 7 899 i Q2g 4.89 1-718927 9 7 1.719898 0 915 4.89 1.720 813 4.88 1.721670 4.88 4.88 1.722470 1.723 213 685 4.88 I - 7 2 3 898 628 4.87 4.87 1-724 526 4.87 ' 1.725 097 1-725611 " 4 4.87 1.726e. 069' 4 0 1 4.87 1.726470 ; 4 5 4.87 1.726 815 4.87 1.727104 4.86 1.727339 l 8 o 4.86 1.727519 I 2 5 4.86 1.727 644 7 2 4.86 1-727 716 ; 8 4.86 I - 7 2 7 734 ' , 4.86 1.727 699 gg 4.86 4.86 1.727 ' ' 611 140 4.86 1.727 471 0 1930 4.86 1.727278 1.727 034 4.87
h m 5.20 3 19 5.20 3 21 5-19 3 24 5.18 3 26 5.18 329 5-i7 3 31 5-i7 3 34 5.16 3 36 5.16 3 39 5-i5 3 41 5-15 3 44 5-14 3 47
h m I I 21.9 I I 23.2 I I 24-5 I I 25.8 I I 27.I I I 28.4 I I 29.7 I I 3O.9 I I 32.2 11 33-4 11 34-6 1135.8 11 37.0 11 38.2 11 39-3 11 40.4 11 4i-5 11 42.6
Ii m 19 24 19 24 19 25 19 25 19 25 19 25 19 25 19 25 19 25 19 24 19 24 19 24 1923 19 23 19 22 19 22 19 21 19 20
11 11 11 11 11 11
43-7 44.8 45-8 46.9 47-9 48.9
4 25 4 28 4 31 4 34 4 37 440
11 11 11 11 11 11
49.8 50.8 5i-7 52.6 53-5 54-4
19 19 19 19 19 19 19 19 19 19 19 19
4 43 446 4 49 4 52 4 55 4 58
11 55-3 11 56.2 11 57-o 11 57.8 11 58.6 11 59-4 12 0.2 12 1.0 12 1.7 12 2.5 12 3.2 12 3.9
//
5-i4 5-i4 5-i3 5-i3 5-13 5-12 5-12 5-12 5-II 5- 1 1 5-II 5-n 5.10 5.10 5.10 5.10 5.10 5.10 5.10 5-09 5-09 5-09 5-09 5-09 5-09 5-09 5-09 5-09 5-09 5.10
3 50 3 52 3 55 3 58 4 1 4 4 4 7 4 10 4 13 4 16 4 19 4 22
5 5 5 5 5 5
2 5 8 11 14 17
19 l8 18 17 16 15 14 13 II 10 9 8
19 6 19 5 19 4 19 2 19 1 18 59 18 58 18 56 I8 55 18 53 18 51 18 50
Venus 1955
64
Oh w e 11 z e i t Tag
Scheinbare Rektaszension h m s io 48 58.32 10 53 37-32 10 58 15.65 " 253.34 11 7 3°-43 11 12 6.96
1 1 , j
Scheinbare
!
Deklination
|
^
1
Halbmesser
Hor. Par.
4.87 4.87 4.87 4.87 4.87 4.87
5.10 5.10 5.10 5.10 5.10 5.10
Aufgang
in o b L ä n g e , + 50° Breite li m
4 4 4 4 4 4
39.00 38-33 37-69 37-09 36.53 36-01
+ 9 313-7 8 35 7-6 8 647.3 7 38 13-4 7 9 26.6 6 40 27.8
11 11 11 11 11 11
28 6.1 28 20.3 28 33-9 28 46.8 28 58.8 29
10.3
16 42.97 + 6 11 17.5 29 20.9 4 35-52 21 18.49 5 41 56.6 29 30.9 4 35-07 25 53-56 5 12 25.7 29 40.0 4 34-65 30 28.21 4 42 45-7 4 34-28 29 48-4 35 2.49 4 12 57-3 4 33-94 29 56.2 39 36.43 343 i-i 30 3-1 4 33-64 11 44 10.07 + 3 12 58.0 4 33-39 30 9-4 11 48 43.46 2 42 48.6 4 33-I6 30 14-8 11 53 16.62 2 12 33.8 4 32-97 30 19.6 i 42 14.2 30 23.5 11 57 49-59 4 32.83 12 2 22.42 4 32-72 111 50.7 30 26.8 12 655.14 4 32.66 o 41 23.9 30 29.3 12 11 27.80 + o 10 54.6 30 31.0 4 32.64 12 16 0.44 0 19 36.4 30 32-1 12 20 33.10 4 32-66 050 8.5 30 32-3 4 32-71 1225 5.81 1 20 40.8 30 31-9 12 29 38.62 4 32-81 1 51 12.7 30 30-7 12 34 11.58 4 32-96 2 21 43.4 30 28.8 4 33-14 12 38 44.72 - 2 52 12.2 30 26.1 4 33-37 12 43 18.09 3 22 38.3 30 22.7 4 33-64 12 47 51-73 3 53 i-o 30 18.6 4 33-95 12 52 25.68 4 23 19-6 30 13-7 4 34-32 12 57 0.00 4 53 33-3 30 8.2 4 34-72 13 i 34-72 5 2 3 4 1 - 5 30 1.8 4 35-i6 13 6 9.88 - 5 53 43-3 29 54-6 6 1 3 1 0 4 5 - 5 2 4 35-64 23 37.9 29 46.8 4 36.18 13 15 21.70 6 53 24.7 29 38-2 4 36.76 7 2 3 2.9 1 3 1 9 58.46 29 28.9 4 37-37 7 52 31-8 29 18.8 13 24 35-83 4 38-02 8 21 50.6 1 3 2 9 1 3 - 8 5 4 38.72 29 7.9 13 33 52.57 4 13 38 32.03 4 13 43 12.26 4 13 47 53-30 4 13 52 35-i8 4 13 57 17-94
39 46 40-23 41-°4 41.88 42-76
- 8 50
58.5 28 56.2 9 19 54-7 28 43.8 9 48 38.5 28 30.5 10 17 9.0 28 16.5 1045 25.5 28 1 . 7 -11 13 27.2
I.727 034 I.726 739 I.726 392 1-725 993 1-725 544 1.725 044 1.724 1.723
492 889
1-723 235
1 . 7 2 2 529 1.721 1.720 1.720 I.7I9 1.718 1.717 1.716
772 964
104 193 231 I 219 I 156 I 1 - 7 1 5 043 I
295 347 399 449 5 0 0 552 603 654 706 757 808 860 911 962 012 063 113 162
1.713 881 1.712 670 I 259 1.711 411 I 308 1.710 103 i 355 1.708 748 i 402 I.707 346 i 449 1.705 897 i 494 1.704 403 i 540 1.702 863 i 586 I.701 277 i 629 1.699 648 , £ 1674 1 - 6 9 7 9 7 4 Ti 717 „'; 1.696 257 i 761 1.694 496 i 804 1.692 692 i 847 1.690 845 i 890 1.688 955 i 933 I.687 022 1 975 I.685 O47 2 019 I.683 028 2 062 I.680 966 2 105 I.678 861 2 147 I.676 714 2 191 1-674 523
4.87 4.87 4.88 4.88
5.10 5.10 5-II 5-II 5-II
4.88
5-II
4.89 4.89 4.89
5-12
4.89 4.90 4.90 4.90 4.91 4.91 4.92 4.92 4.92 4-93 4-93 4-94 4-94 4-95 4-95 4.96 4.96 4-97 4-97 4.98 4-99 4-99 5.00 5.00 5-01 5-02 5.02
5-12 5-12 5-12 5-13 5-13 5-13 5-14 5-14 5-15 5-15 5-15 5.16 5-16 5-17
517 5 20 5 5
23 26
5 5
29 32
5 5
35 38
11.8 12.4 13.0 13.6 14.2 14.8
6 12
12 12 12 12 12 12
15.4 16.0 16.6 17.2 17.8 18.4
68 615 6 18 6 21 6 24 6 27
630 6
33
6
39
6
42
6 45
5-25
12 7-3 12 8.0
12 12 12 12 12 12
5 5 5 6 6
5.18
5.25
12 5-3 12 6.0 12 6.7
53 56 59 2 5
541 5 44 5 47 550
636
5-23 5-23 5-24
12 4.6
8.6 9-3 9-9 10.5 11.i
5.18
5.22
h m 12 3-9
12 12 12 12 12
5-17
5-19 5-19 5-20 5.20 5-21 5.22
ObereKul- Unter mination gang
648 651 6 6
54 57
7 o 7 4 7 7 7 10 7 13 7 16 7 19 7 22
12 19.0 12 19.6 12 20.3 12 20.9 12 21.5 12 22.1 12 22.8 12 23.5 12 24.1 12 24.8 12 25.5 12 26.2 12 26.9 12 27.6 12 28.3 12 29.1 12 29.9 12 30.6
Venus 1955 Oh Scheinbare Rektaszension
13 14 14 14 14 14
57 2 6 11 16 21
17-94 1.61 46.21 31.78 18.35 5.94
14 14 14 14 14 14
25 30 35 40 45 50
54-57 44.28 35-O8 27.00 20.05 14.26
4 55 15 o
9-64 6.20
15 5 15 10
3-97 2.95
1
15*5 1520
3-I4 4.56
1525
7-23
153011-13 1 5 35 1 6 . 2 8 1 5 40 22.67 1 5 45 30.30 15 50 3 9 - 1 6 15 16 16 16 16 16
5 5 49-25 1 0.56 613.05 1 1 26.72 1641.55 21 57.50
16 16 16 16 16 16
27 32 37 43 48 53
14.54 32.64 51-77 11.88 32.94 54.90
16 59 1 7 . 7 1 17 17 17 17 17
441.32 1 0 5.68 15 30.74 20 5 6 . 4 4 26 2 2 . 7 2
65
W e l t z e i t
Scheinbare Deklination
— I i 13 27.2 4 43-67 n 41 13-3 444.60 12 8 42.9 4 45-57 1 2 35 55-3 4 46.57 13 249.7 4 47-59 1 3 2 9 25.3 4 4«-63 - 1 3 5 5 41.2 4 49-71 1 4 21 36.7 4 50.80 144710.9 4 51-92 15 12 23.1 4 53.05 1 5 37 12.4 4 54-21 1 6 1 38.2 4 55-38 - 1 6 25 39.5 4 56-56 1 6 4 9 I5-5 4 57-77 17 12 25.6 4 58.98 1 7 35 8-9 5 o.iç 1 7 5 7 24-5 5 1-42 18 19 11.8 5 2-67 — 1 8 4 0 30.0 3-90 19 1 18.3 5-i5 1 9 2 1 35-9 6-39 19 41 22.1 7-63 20 0 3 6 . 1 8.86 20 1 9 1 7 . 2 5 10.0g - 2 0 37 2 4 . 7 5 "-3I 20 5 4 57-8 5 12.49 2 1 1 1 55-9 5 13-67 2 1 28 1 8 . 2 5 14-83 2 1 4 4 4.0 5 15-95 21 59 i2-7 5 17-04 - 2 2 13 43.6 5 18.10 22 2 7 3 6 . 1 5 19-13 22 40 4 9 . 6 5 20.11 22 5 3 2 3 . 5 5 21.06 2 3 5I7-3 5 21.96 2 3 1 6 30.3 5 22.81 -2327 2.1 5 23.61 2 3 36 5 2 . 2 5 24.36 2 3 4 6 0.2 5 25.06 23 54 25.5 5 25.70 24 2 7.9 5 26.28 - 2 4 9 7.0
27 27 27 26 26 26
46.1 29.6 12.4 54.4 35.6 15.9
25 55-5 25 34-2 25 12.2 24 49-3 24 25-8 24 1-3 23 36.0 23 10.1 22 43-3 22 15.6 21 47-3 21 18.2 20 48.3 20 17.6 19 46.2 19 14.0 18 41.1 18 7.5 17 16 16 15 15 14 13 13 12 Ii 11 10
1-674 I.672 I.670 I.667 1-665 1.662
33-i 58.1 22.3 45.8 8.7 30.9 52.5 13-5 33-9 53.8 13.0 31.8
9 50.1 9 8.0 8 25.3 7 42-4 6 59-1
1.660 -- o 1.658 c. 1 . 6 5JO 5 I.652 I.650
523 234 289 276 013 319 694 361 333 2 4°3 9 3 0 > 444 486 000 4 t /7 4 t 907 ^ ' 30I
486 „ 2 526 g7 2 s% D ' 2 606 2 ß g 2
1.647 655 I.644 1.642 I.639 1.636
970 246 484 685
a 6 8 j 2 2
f
2
1 . 6 3 3 848 f 7 ^ 2873 I . 6 3 O 9y 7 5 2 909 I . 6 2 8 066 2 945 £ I.625 1 2 1 I 1 1 4 5 1 0.49 i4 5 1 2.18 14 5 1 4-25 14 51 6.70 14 5 1 9-54 14 51 12.77 14 51 16.38 14 51 20.37 14 5 1 24-74 14 51 29.49 14 5
1
34-6I
14 51 40.11 14 5i 45-99 14 51 52.24 14 51 58.87 1452 5-87 14 52 13.23 14 52 20.97 14 52 29.07 14 52 37-54 14 52 46.38 14 52 55.58 14 53 5-i5
1 4 5 3 36-00 1 4 53 4 7 - 0 °
Hör.
ObereKul-
gang
mination
in o h L ä n g e , + 50° Breite
0.92
13 50
h m 18 44.2
0.91
I
3 47
18 4O.3
hm 1.69 2.07 2-45 2.84 3 -23 .3.61 3-99 4-37 4-75 5.12 5-5o 5.88 6.25 6.63 7.00 7-36 7-74 8.10 8.47 8.84 9.20 9-57
992 14 53 15-07 10.29 14 53 25.36
;
Auf-
10.64 11.00
"•35 Ii.70 14 54 10.05 12.05 14 54 22.10 12.39 14 53 58-35
-14
043.2
14
1
14
1 33-i 27.5 2 0.6 29.3 2 29.9 3°-9 3 0.8 32.6
9.64 968
3 33-4 34-3 4 7-7 35-9 4 43-6 37- 6 5 21.2 39-2 6 0.4 40.9 641-3 42.4
9.71 499
14 14
M -14 14 14 M 14 14
-14 14 14 14 14 14 -14 14 14 14 14 14
7-3
-14 17 55.2 14 18 57.6 1420
1.5
14 21
6.7
1422 13.3 14 23 21.3
14 14 14 14 14 14
54 34-49 12.74 54 47-23 13-07 55 0.30 13-4° 55 13-70 13-74 55 2 7 - 4 4 14.07 55 4i-5i 14.40
14 14 14 14 14 14
55 55-91 56 10.63 56 25.66 56 41.02 56 56.69 57 12.67
-14 3i 54-2
15-03 I5-36 15.67 15-98
25.8
7 23-7 44.1 8 7.8 45.6 8 53-4 47-3 940.7 48.8 10 29.5 50.4 11 19.9 52.0 12 11.9 53-4 13 5-3 55.0. 14 0.3 56.5 14 56.8 58.0 15 54-8 59-5 16 54.3 60.9
-14 24 30.7
14.72
24.x
9-6I 734
14 25 41.4 14 26 53.4
62.4 63-9 65.2 66.6 68.0 69.4 70.7 72.0
73-3 74-6 14 29 21.3 75.8 14 30 37-i 77.1 14 28
6.7
14 33 12.5 14 34 31-9 14 35 52-6 14 37 i4-4 -14 38 37-4
78-3 79-4 80.7 81.8 83.0
9-63 348 9-66 593 9.68 224 9.69 859
9-73 142 9.74 789 9-76 439 9.78 092 9-79 747 9.81 404 9.83 063 9.84 722 9.86 382 9.88 042 9.89 702 9.91 361 9-93 019 9.94 676 9-96 331 9-97 983 9-99 633 10.01 279 10.02 922 10.04 560 10.06 194 10.07 822 10.09 445 10.11 062 10.12 673 10.14 277 10.15 874 10.17 463 10.19 °44 10.20
617
614 620 625 631 635 640 643 647 650 653 655 657 659 659 660
7-75 7-74 7-73 7.71 7.70 7.69
0.91 0.91 0.91 0.91
18 24.8
0.91
1 3 27
0.90
13 24
18 17.O
7-65
0.90
1 3 20
18 13.I
7.64
0.90
13 16
18 9.3
7.62
0.90
13 12
18 5-5
7.61
0.90
13
8
18
7.60
0.90
13
5
17 57-8
7-59
0.90
13
1
i7 54-o
7-57
0.89
1257
1 7 50-2
12 53
1746.4 17 42.6
18 20.9
1.6
7-56
0.89
660
7-55
0.89
659
7-53
0.89
12 50 12 46
658
7-52 7-51 7-50 7.48
0.89
12 42
i7 35-o
0.89
12 39
1731-2
0.88
12 35
1727.4
0.88
12 31
1723.6
7-47 7.46
0.88
1 2 28
17 19.8
0.88
1 2 24
17 16.1
660
657 655 652 650 646 643 638 634 628 623 617 6n 604 597 589 581 573
0.88
1 2 20
17 12-3
12 17
17
8.6
0.88
12 13
17
4.8
7-41 7.40
0.87
12
9
17
1.1
0.87
12
6
16 57-4
7-39
0.87
12
2
16 53-6
7-38
0.87
1158
16 49.9
7-36
0.87
11 55
16 46.2
7-35
0.87
11 5i
16 42.5
7-34
0.87
1 1 47
16 38.8
7-33
0.86
1 1 44
16 35-i
7-32
0.86
1 1 40
1631.4
11 11 11 11 11 11
16 27.7
0.86
555
7-30
0.86
10.23 737
546
7.28
0.86
7.27
0.86
7.26
0.86
7-25
0.86
537 526
1 7 38.8
0.88
7-45 7-44 7.42
7-31
10.28 346
13 3 i
18 28.6
7.66
565
10.26 820
13 35
18 36.4 18 32.5
7.68
10.22 182 10.25 283
43 1 3 39
37 33 29 26 22 19
16 24.0 16 20.3 16 16.7 16 13.0 16 9-3
Saturn 1955 0h Scheinbare Rektaszension h m s 1 4 57 1 2 . 6 7 1 4 57 28.95
16.28 16.59
14 57 45-54
16.90
1458
17.20
2.44
1 4 58 1 9 . 6 4 17-49 1 4 5 8 37-13 10 II 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 Okt. 1 2 3 4 5 6 7 8 9 10 11 12 13 *4
1 4 58 54.92 1 4 59 13.00
17.79
18.08
1 4 5 9 3 i - 3 7 18-37 1 4 59 50.02 18.65 18.94 1 5 0 8.96 19.22 1 5 0 28.18
15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15
0 47.68 1 7-45 1 27.49 1
47-79 2 8.36 2 29.18
19-77 20.04 20.30 20.57
- 1 4 38 3 7 . 4 1 4 40
1 4 4 1 26.6 1 4 42 52.9 14 4 4 20.2 14 45 48-5 - 1 4 47 1 7 . 8 1 4 48 48.2 1 4 50 1 9 . 6 14 5 1 5 i - 9 14 5 3 25-2 54 59-4
21.55 45-57 9-79 34.21 58.82
9 23.63
14 59 47-2 1 5 1 24.8 15
3
4 42-5
23.61
23.82 24.02 24.22 24.42 24.61 24.81 24.99
9 48.62 2 5 . 1 7 1 0 1 3 . 7 9 25-35 1 0 3 9 . 1 4 25-53 1 1 4.67 25.70 1 1 30.37 25.87 1 5 1 1 56.24 15 15 15 15 15
1 4 58 10.4
15
5 1 - 8 3 22.75 5 2 4 . 5 8 22.96 5 47-54 23.18 6 10.72 23-40 634.12
7 7 8 8 8
- 1 4 56 34.5
21.08
21-33 "-59 21-57 3 3 - I 6 21.82 5 4 - 9 8 22.05 1 7 - 0 3 22.29 3 9 - 3 2 22.51
6 57-73
1.4
20.82
2 50.26 3 3 3 4 4
W e l t z e i t
Scheinbare Deklination
19.50
15 15 15 15 15 15
91
3-2
- 1 5 6 22.4 15 8 3 - i 15 9 44-5 1 5 1 1 26.6 15 13 9-3 15 1 4 5 2 . 7 - 1 5 1 6 36.8 15 18 21.4 1 5 20 6.6 15 2 1 52.3 15 2 3 38.6 1 5 25 25.4 - 1 5 27 1529 1 5 30 15 32 15 34 15 36 -1538 15 39 15 41 15 4 3 15 4 5 -15 47
12.6 0.4 48.6 37-2 26.3 15-7 5-5 55-6 46.1 36.8 27-8 I 9-T
24.0 25.2 26.3 27-3 28.3
29.3 304 31.4 32.3
33-3 34-2 35-i 35-9 36.8
37-6 38.4
39-3 39-9 40.7 41.4 42.1 42.7
43-4 44.1 44.6 45.2
45-7 46.3 46.8 47.2 47.8 48.2 48.6 49.1
49-4 49-8 50.1 50.5 50.7 51.0
51-3
0.28 O.29 O.31 O.32 o-34 0-35
346 862 368 862 345 817
0.37 0.38 0.40 0.41 0.42 0-44
276 723 157 578 986 379
0-45 0.47 0.48 0.49 0.51 0.52
759 124 473 807 126 429
o-53 7 i 6 0.54 986 0.56 239 0-57 475 0.58 693 0.59 894 0.61 077 0.62 242 0.63 388 0.64 5 1 5 0.65 624 0.66 7 1 4 0.67 0.68 0.69 0.70 0.71 0.72
784 834 865 876 867 837
0.73 0.74 0.75 0.76 0.77 0.78
786 714 621 506 370 211
5I6
506
494 483 472 459 447 434 421 408
393 380
365 349 334 319 303 287 270
253 236 218 201
146 127 109 090 070 050
°3J 011 991 970
949 928 907 885 864 841
ObereKul- U n t e r m i n a t i o n gang
Halbmesser
Hör. Par.
7-25 7.24 7-23 7.22 7-21 7.20
0.86 0.85 0.85 0.85 0.85 0.85
7.19 7.18 7.17 7.16 7-15 7.14
0.85 O.85 O.85 O.84 O.84 0.84
0 54 O 51 047 044 o 40
7-i 3 7.12 7.11 7.10 7.09 7.09
0.84 O.84 0.84 0.84 0.84 0.84
037 033 o 30 10 27 o 23 O 20
5 25-7 5 22.1 518.5 5 i5-o 5 TI-4 5 7-8
7.08 7.07 7.06 7-05 7.04 7.04
0.84 0.83 O.83 0.83 O.83 O.83
O 16 o 13 o 9 o 6
5 4.2 5 0.6 4 57-0 4 53-5 14 4 9 - 9 446.4
7-03 7.02 7.01 7.01 7.00 6.99
0.83 0.83 0.83 0.83 0.83 0.82
9 39
425-1
6.98 6.98 6.97 6.96 6.96 6-95 6.94 6.94 6-93 6-93 6.92 6.92
0.82 0.82 0.82 0.82 0.82 0.82
9 35 9 32 929 9 25 9 22 9 19
421.5 4 18.0
0.82 0.82 0.82 0.82 0.82 0.82
9 15 9 12
183 165
Aufgang
in o h Länge, + 50° B r e i t e h m I 19 I 15 I 12 i 8 1 5 1 1 o 58
O
3
9 59 9 56 9 52 9 49 9 46 942
9 9
9 5 9 2 8 59
h
m
Ii m 21 O 20 56 20 52 5 5 8 . 4 20 48 5 5 4 - 7 20 45 5 5 1 . 1 | 20 41
0 6 6
9-3 5-7 2.0
5 47-4 ' 5 43-8 540.2 5 36.6 5 33-° 5 29-4
4 42.8 4 39-3 4 35-7 4 32.2 4 28.6
4 I4-5 4 11.0 4 4 4 3 3 3 3 3
7-4 3-9 0.4 56.9 53-4 49-9 46.4 42-9
Saturn 1955
92 Oh Scheinbare Rektaszension
56.24 22.27 48.46 14.80 4I-29 7-93
15 15 15 15 15 15
II 12 12 13 J 3 14
15 15 15 15 15 15
14 34-71 1 5 1.62 1 5 28.67 1 5 55-84 1623.14 1650.55
15 15 15 15 15 15
1 7 18.08 17 45-71 18 13.45 1841.29 1 9 9.22 19 37.25
1520 1 5 20 15 21 15 21 1 5 21 1 5 22
5.37 33.57 1.85 30.21 58.65 27.15
1 5 22 55.72 152324.35 i 5 23 53-03 15 2421.77 1 5 24 5 ° - 5 5 1 5 25 19-37 1 5 25 48.23 1 5 26 1 7 . 1 3 1 5 26 4 6 . 0 5 1 5 27 14-99 1 5 27 43-95 1 5 28 1 2 . 9 2 1 5 28 1 5 29 1 5 29 1530 1 5 30 15 31
41.90 10.88 39.85 8.82 37-78 6.72
W e l t z e i t
Scheinbare Deklination
_I
26.64 26.78
1 5 56 3 8 . 6
26.03 26.19 26.34 26.49
47 49 5i 52 54
!9-x 10.7 2.4 54-3 46-4
5 15 15 15 15
26.91
-155831-0
27.05
16 16 16 16 16 -16 16 16 16 16 16
o 23.4 2 15.9 4 8.5 6 1.1 7 53-7 946.3 1 1 38.9 13 31.4 1523.9 17 16.3 1 9 8.6
-16 16 16 16 16 16
21 22 24 26 28 30
0.7 52.7 44.6 36.3 27.7 19.0
- 1 6 32 1 6 34 1635 i 6 37 i 6 39 16 41
10.o 0.8 5i-3 4i-5 3i-4 21.0
-16 16 16 16 16 16
43 44 46 48 50 52
10.2 59.0 47.5 35.6 23.2 10.3
-16 16 16 16 17 -17
53 57.1 55 43-3 57 29.0 59 1 4 . 2 058.9 243.1
27.17 27.30 27.41
27-53 27.63 27.74 27.84
27-93 28.03 28.12 28.20 28.28 28.36 28.44 28.50 28.57 28.63 28.68 28.74 28.78 28.82 28.86 28.90 28.92 28.94 28.96 28.97 28.98 28.98 28.97 28.97 28.96 28.94
in oh Länge, + 5 ° ° Breite
51.6
51.7 51-9 52.1 52.2
52.4 52.4
52.5 52.6 52.6 52.6 52.6 52.6
52.5 52.5 52-4 52.3 52.1 52.0
5i-9 5i-7 5i-4 5i-3 51.0 50.8
5°-5 50.2
49-9 49.6 49.2 48.8 48.5 48.1 47.6 47.1 46.8 46.2
45-7 45.2
44-7 44.2
10.78 10.79 10.79 10.80 10.81 10.82
211 030 827 601 353 081
10.82 10.83 10.84 10.84 10.85 10.85
786 467 I 2 5 759 370 956
10.86 10.87 10.87 10.88 10.88 10.88
518 °57 571 061 526 967
490
10.89 383 10.89 774 10.90 1 4 1 10.90 483 10.90799
391 367 342 316
10.91 091
266
10.91 10.91 10.91 10.92 10.92 10.92
357 598 813 003 167 306
10.92 10.92 10.92 10.92 10.92 10.92
418 505 566 601 610 593
10.92 10.92 10.92 10.92 10.92 10.91
819
797
774 752 728 705 681 658
634 611 586 562
539 514 465 441 416
241 215 190 164
139 112
87 61
35 J> 17
43 550 69 481 95 386 121 265 146 119 172 947
h m
6.92 6.91 6.91 6.90 6.90 6.89
0.82 0.82 0.81 0.81 0.81 0.81
859 855 8 52 8 49 8 45 8 42
6.89
0.81 0.81 0.81 0.81 0.81 0.81
8 8 8 8 8 8
8 19
6.85 6.85 6.85
0.81 0.81 0.81 0.81 0.81 0.81
6.85 6.84 6.84 6.84 6.84 6.83
0.81 0.81 0.81 0.81 0.81 0.81
6.83 6.83 6.83 6.83 6.83 6.83
h m 1 3 42.9 * 3 39-4 1 3 35-9 1 3 32.4 1 3 28.9 1 3 25-4 13 13 13 13 13 13 13 12 12 12 12 12
43-7
7 59 7 56 7 52 7 49 746
12 12 12 12 12
40.2 36.8 33.3 29.8 26.4
7 42
1 2 22.9
0.81 0.81 0.81 0.S1 0.81 0.81
7 39 7 36 7 33 729 7 26
1 2 I9.5 12 l6.0
6.83 6.83 6.83 6.82 6.82 6.83
0.81 0.81 0.81 0.81 0.81 0.81
7 19
6.83 6.83 6.83 6.83 6.83 6.83
0.81 0.81 0.81 0.81 0.81 0.81
7 o 656 6 53 6 50 647 6 43
6.88 6.88 6.87 6.87 6.87
6.86 6.86 6.86
39 35 32 29 25 22
815 8 12 8 9
8 6
7 23 7 16 7 i3 7 10 7
6
7
3
21.9 18.4 14-9 n-5 8.0 4-5 1.0 57.6 54.1 50.6 47.1
1 2 12.6 12 12 12
9.I 5-7 2.2
1 1 58.7 1 1 55-3 1151.8 1 1 48.4 1 1 44-9 1 1 4i-5 1 1 38.0 1 1 34-6 11 31.1 1 1 27.6 1 1 24.2 1 1 20.7
h 18 18 18 18 18 18
m 27 24 20 16 13 9
Saturn 1955 0
J
h
W e l t z e i t Hör.
Rektaszension
Deklination
messer
Par.
in o h Länge, + 50° Breite
6.83
0.81
6 43
II 20.7
6.83
0.81
6
"
6.83
0.81
6 37
6.83
0.81
6.83
0.81
6 33 6 30
II
7.0
6.84
0.81
6 27
11
3-5 0.1
-17
243.1
43-6 43-o
4 26.7
15 32
4-53
2g g6
17
6
9.7
i5 32 33-39
42.4
28 82
17
752.1
41.8
5 33
2.21
2g
17
2g
15 33 59-74
28 69
i5 34 28.43
2g 6
17
15 34 57-07
2S s l
17 16 14.8
1535 54.18 I £ 15 36 22.63 0 x5
36 51-02
^
9 33-9
1 5 33 31-00
153525.65
28.39
28.2,
5 38 1 5 . 7 1 2 8 ; 0 ; i 5 38 4 3 . 7 6 6 i5 3911.72 8 6 15 39 39-58
1541
17 21
'6 6 27.52
27.40 •13
1 5 4 1 57-X6 15 42 24.29
17 24
20.6
17 25
55-6
17 27 29.9 1729
3-3
1730 36.0
17 33
7.8 38.8
17 35 9-0
1 7 3 6 38-4 17 39 _I7
41
52.1
154344.86
26;
1745 16.1
4.04
26.40
17 46
2Ö 23
1748
39.2 1.4
-17 49
22.6
45 30.11
17 50
42.9
15 45 56.00
17 52
2.2
17 53
20.5
17 54
37-8
1
15 46
21.72
26
25.72 '
154647.26 £. 25-35 47 12.61
25i6
IO.91 526 IO.91 277 IO.9I 002 IO.9O 702
28.5
17 55 54-2
25.0 24.0 23.1 22.2 21.2 20.3 19-3 18.3 17-3 16.4
0.81
6 23
II
6.84
0.81
6
10 56.6
IO.89 650
37 6 401 427 451
6.84
0.81
6 17
10
6.85
0.81
6 14
1049.7
6.85
0.81
6 10
10
46.2
6.85
0.81
6
10
42.8
6.85
0.81
6 4
1 0 39-3
6.86 6.86 6.86
0.81
6 o
1035-8
0.81
5 57
10 32.4
0.81
5 54
10 28.9
6.87
0.81
5 50
10 25.4
6.87
0.81
5 47
10 22.0
6.88
0.81
5 44
1018.5
0.81
5 4°
10 15.0
0.81
5 37
10 Ii.5
6.89
0.81
5 34
10
8.1
6.89
0.81
5 30
10
4.6
6.90
0.81
527 ;
10
1.1
6.90
0.81
5 24
9 57-6
6.91
0.82
5 20
9 54-i
6.91
0.82
5 17
6.92
0.82
6.92
0.82
6-93
0.82
6.94 6.94
IO.89 249
477 10.87
894
10.87 393 10.86
866
10.86 315 10.85 739 10.85 138
10.84 5 1 2 10.83 862 10.83 188 10.82 490 10.81 768 10.81 022
10.80 253 10.79 460 10.78 644 10.77
805
10.76 943 10.76 059
10.75 153 10.74 225 10.73 275 10.72 303 10.71 309 10.70 295
15-4 15 4 7 37-77 1548 2.74
,0 48
24.97
. 7 24-77
27.51
-1757 17 58
9.6 23.9
-17 59 37-3
14-3 *3 -4
II 10.4
6.84
371
29.4
300
!7-3
II 13.9
351
822
30.2
275
40
IO.9O 026
10.88
31.0
249
325
10.88
35-7 35 0 34-3 33-4 32-7 31.8
198 223
IO.9O 377
37-2
25.8
17 43
15 45
IO.91 749
37-9
i-3
2Ö7I
z5
38.6
26.8
15 43 18.15
37.81
39-3
27.6
26.86
15 44
39-9
34-5
27.1
4411.41
40.5
6.9
17 42
42 51.29
41.2
IO.91 947
36-4 44.9
1738
I 5 41 29.89
8.5
-17 22
i - 1 7 32
7-33
2'f
35-5
17 19 3I-3
2g
15 40 34.97
J4
„ 53 „
j
-Jt15 40
-17 12 55.6
17 17 53-4
28.3I
15 37 47o6
17 1115.1
„8 „ 28-45
i5 3 7 1 9.33
Ii m
h m
J
17
^
mination
Halb
209
TZ
ObereKul-
Scheinbare
h m s 5 3 i 6.72
t5
Aufgang
Scheinbare
1 5 3 i 35.64
J
93
10.69 260 10.68 205 10.67 129
501 527 551 576 601 626 650 674 698 722 746 769 793 816 839 862 884 906 928 950 972 994 i 014 1 °35 I 055 1 076
6.88 6.88
20
7
53-1
9 50.7
5 14
:
947.2
5 10 j
9 43-7
5
7
9 40.2
0.82
5
4 :
9 36.7
14 10
0.82
5
0;
9 33-2
14
6
6-95
0.82
4 57
929.7
M
3
6-95
0.82
4 53
9 26.2
13 59
6.96
0.82
4
50
9 22.6
13 55
6-97
0.82
4 47
9 19.1
1 3 52
6.97
0.82
4 43
9 i5-6
1 3 48
9 12.1
13 44
9
13 41
6.98 j 0.82
4 4°
6.99
4
!
0.82
36
!
i
8.6
Uranus 1955
94 0
h
W e l t z e i t
Auf-
O b e r e K u l - Unter-
gang
mination
gang
Scheinbare
Scheinbare
Halb-
Hör.
Rektaszension
Deklination
messer
Par.
in o h L ä n g e , + 50° Breite h m 1 7 20
h m I 18.2
17 16 7 II
I 10.0
7 53 58.88 7 53 48.52 7 5 3 38-09 7 53 27-59 7 53 17-02 7 53
6.38
7 52 55-68 7 52 4 4 - 9 4 7 52 3 4 - M
0.36
0.70 0.74
75i
28.53
7 5 i I7-52 7 5i
6.49
7 50 55-45 7 50 44-4i 7 5 0 33-38 7 50 22.36 7 50 i x - 3 5 7 5°
0.36
7 49 49-39 7 4 9 38-46 7 49 27-55 7 49 16.69 7 4 9 5-88 7 48 5 5 - i i 7 48 4 4 . 4 0 7 48 33-75 7 48 2 3 . 1 6 7 48 12.65 7 48
2.20
7 47 51-84 7 47 41-57 7 47 3 i - 3 8 74721.29 7 47 " - 2 9 7 47
i-4°
7 46 5 1 . 6 1 7 46 4i-93
2 1 26 49.3 21 27 18.8 r2I 2748.3 21 28 1 7 . 9
0.80
2 1 28 4 7 . 5
0.85 0.92
7 5 i 39-54
2 1 26 20.0
0.64
0.89
7 5 i 50.52
21 25 50.7
°-5 7
7 52 12.40 1.48
21 25 2 1 . 6
°-43 0.50
7 52 23.29 7 52
21 24 52.6
21 29 1 7 . 2 21 29 46.9 2 1 30 1 6 . 7
0.96 0.98
f 21 30 46.4 21 31 16.1
I .Ol
21 3 1 4 5 . 8
1.01
2 1 32 1 5 . 4
1.03 1.04 1.04
2 1 3 2 45.O
1.02 1.01 0.99 0.97 °-93 0.91 0.86 0.81 0.77 0.71 0.65 0.59 0.51 0.45 0.36 0.27 0.19 0.09 0.00 9.89 9-79 9.68
94
0.50
94
0.50
29-3
17-695"
94
0.50
29-3
17-69052
94
0.50
29.5
17.68 6 2 3 4 2 9
94
0.50
29.5
X7-68 2 2 4
94
29.0 29.1
29.6 29.6 29.7
i
7-67 5
i7-67 214
29.8
17-66 695 17.66 482
29.7 29.7 29.6 29.6 29.5
£5
2 0
29.7 29.7
g
17.67856
17-66 939
2 1 3 3 1 4 - 5 29.4 2 I 33 43-9 29-3 21 34 13.2 29-3 21 34 42.5 29.1 21 35 1 1 . 6 29.1 21 35 40.7 28.9 21 36 9.6 28.7 + 2 1 36 38.3 28.6 21 37 6.9 28.4 2 1 37 35-3 28.1 2138 3-4 28.0 2 1 38 3 1 . 4 27.7 2 1 38 5 9 . 1 27.5 + 2 1 39 26.6 27.2 2 1 3 9 53-8 27.0 2 1 40 20.8 26.7 2 1 40 4 7 . 5 26.4 21 41 13.9 26.1 2 1 4 1 40.0 25.7 -2142 5.7 25-5 21 42 3 1 . 2 25.2 21 42 56.4 24.8 21 43 21.2 24-S 21 43 45-7 24.2 r 2 1 4 4 (>9 L
103
I7-70 52I 1 7 . 7 0 OOI
. ^
I 14.1
0.50
7 7 7 3 6 59
1
5-9
1
0 57-7
1.8
94
0.50
6 55
0 53-6
94
0.50
651
0 49-5
94
0.50
646
0 45-4
94
0.50
o 41.2
94
0.50
6 42
0 37-1
94
0.50
638
0 33-0
6 34
o 28.9
1 7 . 6 6 300
94
0.50
6 30
17.66 150 150 C.C. 119 17.66 031 „ 87 17.65 944 56 1 7 . 6 5 888 25 I7-65 863 7
94
0.50
626
94
0.50
6 21
94
0.50
6 17
94
0.50
6
13
94
0.50
6
9
94
0.50
6
5
94
0.50
6
1
94
0.50
5 56
94
0.50
5 52
94
0.50
5 48
£
94
0.50
5 44
17-66 574 22g 1 7 . 6 6 802 C. C 259 17.67 061
94
0.50
5 40
0.50
5 36
0.50
23 35-4 23 31-3
5 3i
0.50
23 27.2
527
0.50
23 23.1
523
0.50
23 19.0
94
5 19
23 14-9
94
0.50
5i5
23 10.8
94
0.50
5
1 1
23
6.7
94
0.50
5
7
23
2.6
94
0.50
5
2
22 5 8 . 5
94
0.50
4 58
22 5 4 . 4
94
0.50
4 54
22 5 0 . 3
i 7 - 7 i 328
94
0.50
W
93
4 50 446 442 4 38 1 4 33 1 4 29
17.65870 17-65908 I7-65 17.66 ^ 17.66 ^7.66
70
978 080
IQ2
133
213 378
17.67 350 1 7 . 6 8 022
^
17.68 404 i7-69
4
^
259
17.69 732 ™ 17.70 235 2 53 2 17.70 767 ^
1
9i9
17-72 538
94 94 94
I7-67 6 7 I
17.68817
94
6l9 6
g
17-73 186 1 7 . 7 3 862
*
17.74 566
704
93 93 93 93
0.50 0.50 0.50 0.50 0.50
o 24.8 o 20.7 o 16.6 o 12.4
f
o
8.3
o
4.2
O
o.i\
\Z3 SS-0/ 23 51-9 23 47-8 23 43-6 23 39-5
22 4 6 . 2 22 4 2 . 1 22 3 8 . 0 22 3 3 . 9 22 2 9 . 8 22 2 5 . 7
Uranus 1955 Ol'
W e l t z e i t
Scheinbare
Scheinbare
Rektaszension
Deklination
7 46 4I-93 7 46 32-36 7 46 22.91 7 46 13-58 7 46
4-38
7 45 55-31 7 45 46.38 7 45 37-59 7 45 28.93 7 45 20.42 7 45 12.06 7 45
3-85
7 4 4 55-8O 7 44 4 7 - 9 1 7 44 4 ° - I 9 7 44 32.64 7 44 25-26 7 44 18.06 7 44
n-°4
7 44
4-20
9-57 9-45 9-33 9.20 9.07 8.79 8.66 8.51 8.36 8.21 8.05 7.8 9 7.72 7-55 7-38 7.20 7.02 6.84
7 43 38.69 7 43 32.79 7 43 27-09 7 43 21.59 7 43
i6
-28
7 43
" - i 8
7 43
6.28
7 43
i-59
7 42 5 7 - 1 1 7 42 52.83 7 42 48.76
6.09 5.90
2146 + 2 1 46 21 46 21 47 21 47 21 47 21 48
+ 2 1 48 30.2 21 48 49.1 21 49
7.6
21 49 25.6 21 49 43.1 21 50
0.1
f 21 50 16.7 21 50 32.7 21 50 48.3 21 51
3-4
21 51 17.9 21 5 1 32.0
18.9 18.5 18.0 17-5 17.0 16.6 16.0 15.6 I;.I
14.5 14.1 13-5
5-3i 5.10 4.90 4.69 4.48 4.28 4.07 3-85
3.20
3 42
7 42 34-66
2.97
742
2.76
7 42 24.09
21 45
23.5 57.2 23.1 20.3 22.8 43-1 22.4 5-5 21.9 27.4 21.6 49.0 21.1 10.1 20.7 30.8 20.2 51.0 19.8 10.8 19.4
12.0
7 42 37-86
7 42 26.40
21 45
23.8
5.50
3-63
7 42 28.93
21 44
i
¡-21 5 1 4 5 - 5 1 3 0 2 1 5 1 5 8 . 5 12.5
5.70
7 42 4 4 - 9 1 7 42 4 1 . 2 8
31.69
9-9
2 1 44 33-7
8-93
6.66 7 4 3 5 7 - 5 4 6.47 7 4 3 5 i - 0 7 6.29 7 43 44-78
12144
2-53 2-31
21 52 I I . O 2 1 52 23.O 2 1 52 34-5 21 52 45-4 + 2 1 52 55.8 2 i 53
95
5-7
21 53 i5-o 2 1 5 3 23-8 21 53 32.0 2 1 53 39-7 :-2i 53 46.8 2 1 53 53-4 2 1 53 59-5 21 54
5-o
21 54
9.9
+ 2 1 54 14.3
17.74 566 1 7 . 7 5 298 1 7 . 7 6 058 17.76 845 1 7 . 7 7 660 1 7 . 7 8 502 17.79 370 17.80 264 17.81 185 17.82 132 17.83 104 17.84 101 I7-85 123 17.86 170 1 7 . 8 7 24O 17-88 333 17.89 450 17.90 589 17.91 750 17.92 932 17.94 136 17-95 361 17.96 607 17.97 872 17-99 i 5 7 18.00 461 18.01 783
11.5
18.03 ! 2 3
10.9
18.04 482
10.4
18.05 858
9-9 9-3 8.8 8.2 7-7 7-i 6.6 6.1 5-5 4-9 4-4
18.07 251
18.08 660 1 8 . 1 0 086 1 8 . 1 1 528 1 8 . 1 2 984 18.14 455 18.15 94° 18.17 438 18.18 949 18.20 473 18.22 010 18.23 559
73 2 760 787 815 842 868 894 921 947 972 997 022
Auf-
JObereKul- U n t e r -
gang
' mination
Hör.
messer
Par.
in o h L ä n g e , + 50° B r e i t e
93
0.50
Ii m 14 29
h m 22 25.7
93
0.50
4 25
22 21.6
93
0.50
4 21
22 1 7 . 5
93
0.50
4
22 13.4
J
7
93
0.50
4i3
0.49
22
9.3
93
4
9
22
5-3
93
0.49
4
5
22
1.2
93
0.49
4
o
21 57-1
92
0.49
3 56
2 1 53-0
92
0.49
3 52
2 1 49.O
92
o.49
21 44.9
92
0.49
3 48 3 44
2 1 4O.8
3 40
21 36.8
3 36
21 32.7
92
0-49
070
92
0-49 0.49
3 32
093 117
92
21 28.6
92
0.49
328
21 24.6
92
0.49
324
21 20.5
161
9i
0.49
3 19
21 16.5
182
9
1
0.49
3 15
21 12.4
204
9i
0.49
3
«
21
8.4
9i
0-49
3
7
21
4-4
9i
0-49
3
3
21
O.3
9i
o-49
2 59
20 56.3
9i
0.49
2 55
20 5 2 . 3
91 90
0.49
251
20 48.2
0.49
2 47
20 44.2
90
0-49
2 43
20 4O.2
90
0.49
2 39
20 36.2
90
0.49
2 35
0.49
2 31
20 32.2 20 28.2
047
139
225 246 265 285 304 322 34° 359 37 6 393
9°
409
90
0.49
2 27
20 2 4 . I
426
90
0-49
2 23
20 2 0 . 1
442
89
0-49
2 19
20 1 6 . I
456
89
0.49
2 15
20 1 2 . 1
47i
89
0.49
2 11
20
8.2
485
89
0.48
2
7
20
4.2
89
0.48
12
3
20
0.2
89
048
1 59
498 5" 524 537 549
gang
Halb-
1 9 56.2
0.48
1 55
1 9 52.2
0.48
1 5i
1 9 48.2
0.48
1 47
19 44-3
0.48
1 43
19 40.3
Uranus 1955
96
Oh W e 1 1 z e i t Scheinbare
Scheinbare
Halb-
Hör.
Rektaszension
Deklination
messer
Par.
Ii m s 7 42 24.09 7 42 22.01 7 42 20.15 7 42 i8-52 7 42 1 7 . 1 2 7 4 2 15-95 7 7 7 7 7 7
42 42 42 42 42 42
i5-00 14.29 13-80 13-55 13-52 13-72
rt 2.08 1.86 1.63 1.40 1.17 o.9S
7 42 I5-70
7 42 19-73 7 42 2 1 . 5 3 7 42 23.56 7 42 7 42 7 42 7 42
7 7 7 7 7 7
42 42 42 42 42 42
54 54 54 54 54 54
14.3 l8.1 21.4 24.I 26.2 27.8
f 2 1 5 4 28.8
0.49
2 1 5 4 29-3
0.25
2 1 54 2 9 . 2
0.03
2 1 54 28.5
0.20
21 54 27.2
O.43
1.12
7 42 16.82 7 42 1 8 . 1 6
f 21 21 21 21 21 21
0.71
7 4 2 1 4 - 1 5 0.66 7 4 2 1 4 . 8 1 0.8g
7 7 7 7 7 7
Auf-
i-57 1.80 2.03
2.26 25.82 2.48 28.30 2.71 3 1 - 0 1 2.94 3 3 - 9 5 3.16
37-11 3-3« 4°-49 3.60 44-09 3.83 47-92 4.05 5i-97 4.27 56.24 4.50
43 0.74 4-7i 43 5-45 4-93 43 10.38 5-15 43 I 5 - 5 3 5.36 43 20.89 5-58 43 26.47 5-79
7 43 32.26
5-99 7 4 3 3 8 . 2 5 6.21 7 4 3 4 4 4 6 6.41 7 4 3 5 0 . 8 7 6.62 7 4 3 5 7 - 4 9 6.82 7 44 4 - 3 i
2 1 5 4 25-4 F 2 i 54 2 3 . 1 2 1 5 4 20.2
3-8 3-3 2.7 2.1 1.6 1.0 0.5 0.1 0.7 1-3 1.8 2-3 2.9
21 54 16.8
3-4
21 54 12.8
4.0
54
8.2
4.6
2154
3-1
21
'-21 21 21 21 21 21
53 53 53 53 53 53
57-4 5i-i 44-3 36-9 29.0 20.5
r 2 I 53 " - 5 2i53 2 1 52 21 52 21 52 21 52
i-9 51.8 41.2 30.0 18.3
r 2 I 52
6.0
2 1 5 1 53-2 21 5 1 39.8 21 51 25.9 21 51 n - 5 21 50 56.5 - 2 1 50 4 I . O
5-i 5-7 6.3 6.8 7-4 7-9 8-5 9.0
18.23 559 18.25 1 1 8 18.26 689 18.28 270 18.29 861 1 8 . 3 1 460 18.33 °68 18.34 685 1 8 . 3 6 309 18.37 940 18.39 577 1 8 . 4 1 220 18.42 869 18.44 523 18.46 181 18.47 843 18.49 5°9 18.51 177 18.52 848 18.54 521 18.56 196 18.57
8
72
18.59 549 18.61 227 1 8 . 6 2 905 1 8 . 6 4 582
9.6 10.1 10.6 11.2
18.66 257
11.7 12.3
18.71 274
12.8 134 13-9 14.4 15.0 15-5
2 1 5 0 25.O 16.0 16.5 2 1 5 0 8.5 17.0 21 49 51-5 17-5 2 1 4 9 34.O 18.0 - 2 1 4 9 16.O
18.67 932 18.69 604
18.72 940 1 8 . 7 4 603 18.76 262 18.77 9 i 6 18.79 565 18.81 209
559 57i 581 59i 599 608 617 624 631 637 643 649 654 658 662 666 668 671 673 675 676 677 678 678 677 675 675 672 670 666 663 659 654 649 644 637
18.82 846
630
18.84 476 1 8 . 8 6 099 18.87 7 i 5
623
18.89 324 18.90 924
616 609 600
1.88 1.88 1.88
gang
in o h Länge, + 50°
0.48
Ii
h m
//
0.48 0.48
Obere Kulmination
1 1
43
1 1
39 35 31 27 23
1.87 1.87
O.48 0.48
1.87
0.48
n 11 11 11
m
1 9 40.3 19 36.3 1 9 32.4 1 9 28.4 1 9 24-5 1 9 20.5
1.87
0.48
1119
19 l6.6
1.87 1.87
0.48 O.48
19 12.6
1.87
0.48
11 15 11 11 11 7
1.86 1.86
0.48 0.48
1059
1.86 1.86
0.48 0.48
11
3
1 9 8.7 1 9 4.8 1 9 0.8 18 56.9 1 8 53-0 18 49.1
O.48
10 55 1052 1 0 48
1.85
0.48 0.48
1044 1 0 40
1.85
0.48
10 36
1 8 33-4
1.85
O.47
1032
18 29.5
1.85
0-47 O.47 O.47
1 0 28 10 24
18 25.6 1821.8
1.86 1.86
1.85
1845.2 18 41.2 18 37-3
1.85 1.84
0-47
1 0 20 10 17
18 17.9 18 14.0
1.84
0-47
10 13
18 10.1
1.84 1.84 1.84
O.47
10
9
O.47
10 10
5 1
18 18
1.84 1.83
0-47 O.47
6.2 2.4
1 7 58.5
9 57 9 53 9 50
1 7 54-6 17 5°-8
946
1 7 43-0
1.83
0-47 O.47
1.83 1.83
O.47 O.47 O.47
9 42 9 38
1 7 39-2
1.83 1.83
9 34
1.82
O.47 O.47
17 3i-5 17 27.7 1723.8
9 30 927
1.82
O.47
1.82 1.82
0-47 O.47
1.82 1.82 1.81 1.81
O.47 O.47
9 23 9 19 9i5 911
O.47 O.47
9 9
8 4
1 7 46-9
1 7 35-3
1 7 20.0 17 16.2 1 7 12-3 17 17
8.5 4.7
17
o-9
Uranus 1955
97
0 h W e 11 z e i t Scheinbare Rektaszension h
m s
7 7 7 7 7 7
44 44 44 44 44 44
4-3i n-33 I8.55 25-97 33-59 4I-4°
7 7 7 7 7 7
44 44 45 45 45 45
49-40 57-59 5-97 14-54 23-29 32.22
7 45 4 I -34 7 45 50.63 7 46 0.10 7 46 9-75 7 46 19-56 7 46 29.55 7 7 7 7 7 7 -7
46 46 47 47 47 47 47
39-7 1 5°-°4 0.53 11.18 21.99 32.96 44.08
7 47 748 7 48 7 48 7 48
55-35 6.77 18.33 30.04 41.88
7 48 7 49 7 49 7 49 7 49 7 49 7 50 7 50 7 50 7 50 751 7 5i
53.87 5-99 i8-25 30.63 43- I 5 55-79 8.55 21.42 34-42 47-53 0.76 14-09
7.02 7.22 7.42 7.62 7.81 8.00 8.19 8.38 8.57 8.75
8.93 9.12 9.29
9-47 9.65 9.81
9-99 0.16
°-33 0.49 0.65 0.81 0.97 1.12 1.27 1.42 1.56
1.71 1.84 1.99 2.12 2.26 2.38 2.52 2.64 2.76 2.87 3.00
3-11 3-23 3-33
Halb
Scheinbare Deklination
18.90 18.92 18.94 18.95 18.97 18.98
924 515 098 671 234 787
17.5 21.5 56.0 22.0 34.0 22.4 11.6 23.0 48.6 23-4 25.2
19.00 19.01 19.03 19.04 19.06 19.07
330 862 382 890 387 871
i - 3 24.4
19.09 19.10 19.12 19.13 19.15
342 800 245 676 092
+ 21 49 IÖ.O
18.5
21 21 21 21 21
48 48 48 47 47
57-5 1 9 . 0 38.5 19-5 19.0 20.0 59.0 20.5 38.5 2 1 . 0
+21 21 21 21 21 21
47 46 46 46 45 45
+2145
21 21 21 21 21
44 44 43 43 42
23-9
36.9 24,8 12.1 25 -3 46.8 25.8 21.0 26.2 54.8 26.7
19.16 493
+21 21 21 21 21 21
42 28.1 27.1 42 1.0 27-5 4 1 33-5 27.9 41 5.6 28.4 40 37.2 28.8 40 8.4
19.17 19.19 19.20 19.21 19.23 19.24
+21 21 21 21 21 21
39 39.1 29.6 39 9-5 30.1 38 39-4 30.5 38 8.9 3°-9 37 38.0 37 6.7 3i-3
19.25 859
+21 21 21 21 21 21
36 36 35 34 34 33
35.0 32.0 3.0 32.4 30.6 32.8 57-8 33-2 24.6 33-5 1 1 5 -
1 9 . 3 3 202
+21 21 21 21 21 :-2i
33 32 32 31 30 30
17.2 43-° 8.4 33-4 58.1 22.5
x 9-39
29-3
31-7
33-9
34-2 34-6 35 ° 35-3 35-fi
19.27 19.28 19.29 19.30 19.32
880 251 606 945 267 572 128 380 614 829 025
19.34 360 !9-35 499 19.36 617 19.37 716 !9-38 794 19.40 19.41 19.42 z 9-43 19.44
852 889 905 900 873 824
591 583
573 563 553 543 532 520 508
497 484
47i 458
445
in
I.8l I.8l I.81 I.8l I.8l I.8l
O.47 0.46 O.46 O.46 O.46 0.46
9 4 9 0 856
I.80 1.80 1.80 I.80 1.80 I.80
O.46 O.46 0.46 O.46 O.46 O.46
1.80
O.46 0.46 O.46 0.46 O.46 O.46
1.79
355
1-79
401
387
mination
Par.
37i
416
ObereKul-
messer
I.79 I.79 I.79 I.79 I.79
43i
Hör.
Aufgang
8 8 8 8 8 8
oh
L ä n g e , -f 50° B r e i t e
53 49 45 41 37 34
8 30
8 26 8 22 8 19
17 16 x6 J6 16 16 16 !6 16 16 16 16
0.9 57.1 53-3 49-5 45-7
41.8 38.0 34-3
30.5 26.7 22.9 19.1
7 4
!6 15-3 16 11.6 16 7.8 16 4.0 16 0.2
8
o
15 56.5
7 7 7 7
56 53 49 45
815 8 11
8 8
I.78 I.78 I.78 I.78
0.46 O.46 O.46 O.46 O.46 O.46
I.78 I.78 I.78 I.78 I.78 I.77
O.46 O.46 O.46 O.46 O.46 O.46
7 7 7 7 7 7
158
1.77
O.46
7 12
15
7-8
139
1.77
0-45
7
*5
4-o
118
I.77
0-45
099
1.77
o-45
I.77
0-45
1.77
o-45
o-45
7 5 7 1 6 57 6 54 6 50 646 6 43 6 39 6 35
o-45
6 32
339 322
305 287 269 252
234 215 196
177
078 058
1.77
037
1.77
016
1.77
995
I.76 1.76 1.76
973 95i
o-45 0-45 0-45 0-45
741
J
5 52.7
*5 49-o J
5 45-2
i5 4i.5 1 5 37-7
7 38
34 30 27 23 J9 16 8
34-o 1 5 30.2
15 26.5 15 22.7 15 19.0 1 5 15-2 15 n - 5
15 0.3 14 56.6 14 52.9
14 49.1 * 4 45-4
14 41.7 14 38.0 * 4 34-3
14 30.6 14 26.9
Uranus 1955
98
Oh W e 1 t z e i t Scheinbare Deklination
Scheinbare Rektaszension
7 51 7 51 7 5i 7 5i 752 7 52 7 52 7 52 7 53 7 53 7 53 7 53
I4-°9 27.54 4i-°9 54-75 8.50 22.35 36-29 50.33 4-45 l 8 6 6 32.95 47-32
7 7 7 7 7 7
54 54 54 54 55 55
i-77 16.30 30.90 45-56 0.28 15-07
7 7 7 7 7 7
55 55 55 56 56 56
29.91 44-8I 59-76 14-77 29.83 44-93
7 7 7 7 7 7 7 7 7 7 7
57 57 57 57 58 58 58 58 59 59 59
0.07 15-26 30.48 45-74 1.02 16.34 31-69 47-05 2.44 17-85 33-27
7 59 4 8 . 7 1 8 8 8 8 8 8
o 4.15 o 19.60 035.06 050.51 1 5-96 1 21.41
3-45 3-55 3.66 3-75 3.85 3-94 4.04 4.12 4.21 4.29 4-37 4-45 4-53 4.60 4.66 4.72 4-79 4.84 4.90 4-9S 5.01 5.06 5.10 5-14 5-i9 5.22 5.26 5.28 5-32 5-35 5-36 5-39 5-41 5-42 5-44 5-44 5-45 5.46 5-45 5-45 5-45
+ 21 21 21 21 21 21
30 29 29 28 27 27
22.5 46.5 10.2 33.6 56.7 19.4
+ 21 21 21 21 21 21
26 26 25 24 24 23
41.8 3.9 25.8 47.3 8.6 29.6
+21 21 21 21 21 21
22 22 21 20 20 19
50.3 10.8 31.1 51.1 10.9 30.5
+21 21 21 21 21 21
18 18 17 16 16 15
49.8 9.0 27.9 46.6 5.1 23.4
+-21 21 21 21 21 21
14 13 13 12 II II
4I-5 59-4 17.2 34.8 52.2 9.5
+ 2 1 1 0 26.7 2 1 9 43-7 2 1 9 0.7 2 1 8 17-5 2 1 7 34-2 21 650.8 +21 21 21 21 21 +21
6 7-3 5 23.7 440.1 3 56.4 3 12.6 2 28.8
36.0 36.3 36.6 36.9 37-3 37-6 37-9 38.1 38.5 38.7 39-o 39-3 39-5 39-7 40.0 4Ö.2 40.4 40.7 40.8 41.1 41-3 41.5 41-7 41.9
42.1 42.2 42.4 42.6 42.7 42.8 43° 43-o 43-2 43-3 43-4 43-5 43-6 43- 6 43-7 43-8 43.8
19.44 824 19-45 754 Z g 19.46662 J
9-47 547 19-48410 19-49 250
863 o gi6
1 9 . 5 0 066 19.50859
™
1 9 . 5 1 628
£
19-52 373 1 9 - 5 3 094 19-53 7 9 1
6 7
^ ;
I9-54 464
6
8
I9 55
72I
" "f 624
^ • 5 5 736 I9-56 334 1 9 . 5 6 908
l
7
.
19-57457 J
9-57 981 I9-58 479 * 19-58953 19-59401 2 19.59824 8 19.60 222 372 19.60 594 6 1 9 . 6 0 94O 3 2 0 1 9 . 6 1 260 ^ 295 1 9 - 6 1 5 5 5 2 gg 19.61 823 1 97 . 6 2 066 217 19.62 283 e. 190 I9-62 473 Iß 19.62637 * 19-62 7 7 5 T „ 19.62886 " 19.62970 J 1 9 . 6 3 028 I9-63 059 ^ 19.63063 ^ 19.63041 19.62992 19.62 9 1 7
Auf- Obere Kulgang mination
Halbmesser
Hör. Par.
in o h Länge, + 5 0 ° Brei te
1.76 1.76 1.76 1.76 I.76 1.76
0-45 0-45 0-45 0-45 o-45 0-45
h n 6 32 6 28 625 6 21 6 17 6 14
h m 1 4 26.9 1423.2 1 4 19-5 1415.8 14 12.0 1 4 8.3
6 10 6 3 5 59 5 55 5 52
14 14 13 13 13 13
o-45 o-45 o-45 0-45 0.45 0-45
5 5 5 5 5 5
48 45 4i 37 34 30
1342.5 1 3 38.8 13 3 5 - i 13 3 M 13 27-7 1 3 24.0
i - 7 5 1 0-45 i - 7 5 i 0-45 i - 7 5 ! 0.45 0-45 i-75 I 0-45 -75 I 0-45 -75
5 5 5 5
26 23 19 i6 5 12 5 8
1320.3 1 3 16.7 1 3 i3-o 13 9-3 1 3 5-6 T 3 i-9
i-75 i-75 i-75 i-75 i-75 i-75
0-45 0-45 0-45 o-45 o-45 o-45
5 5 4 4 4 4
5 1 58 54 50 47
12 12 12 12
i-75 i-75 i-75 i-75 i-75 i-75
o-45 0-45 0-45 0-45 o-45 o-45
4 4 4 4
43 4° 36 32
4 25
12 12 12 12 12 12
36.2 32.5 28.8 25.2 21.5 17.8
i-75 i-75 i-75 i-75 i-75 i-75
o-45 0-45 0-45 0-45 0-45 0.45
4 22 4 18 4 14 4 11 4 7 4 4
12 12 12 12 11 11
14.1 10.5 6.8 3.1 59-4 55-8
1 . 7 6 j 0.45 1 . 7 6 1 0.45 1.76 o-45 1.76 0-45 1.76 0-45 i-75 0-45 i-75 i-75 i-75 i-75 i-75 i-75
6 6
429
4.6 1.0 57-3 53-6 49-9 46.2
58.3 54.6 50.9 47.2
12 43.5 1 2 39.9
Uranus 1955 Oh W e 1 1 Scheinbare Rektaszension
27 28
8 8 8 8 8
h m s i 21.41 136.85 1 52.27 2 7.67 2 23.06
29
8
238.43
30
8 8
253.77 3 9.08
3 4
8 8 8 8
3 3 3 4
5 6
8 8
425-17 4 40.27
7 8
8 8 8 8
4 55-33 510.34 525-30 5 40.21
13 14 15 16
8 8 8
5 55-O6 6 9.85 624.58
8 8 8
639.24 653.84 7 8.36
17 18
8 8
7 22.81 737.18
19 20 21 22
8 8 8
7 51-47 8 5.68 8 19.81
8
833.85
23 24 25 26
8 8
847.79 9 1.64
8 8 8
9I5-39 9 29.04 942.59
8
956.04
1955 J u l i 24 25 26
31 Aug. 1 2
9 10 11 12
27 28
Sept.
24-37 39-63 54-85 10.03
29 30
8 1 0 9.38 8 10 22.61
3i 1 2
8 8 8 8
3
1 0 35-73 1048.73 1 1 1.61 1 1 14.37
s 5-44 5-4= 5.40 5-39 5-37 5-34 5-31 5.29 5.26 5.22 5.18 S-I4 5.10 5.06 5.01 4.96 4.91 4.85 4-79 4-73 4.66 4.60 4.52 4-45 4-37 4.29 4.21 4-13 4.04 3-94 3-85 3-75 3-65 3-5S 3-45 3-34 3-23 3-12 3.00 2.88 2.76
99
z e i t
Scheinbare Deklination
Halb-! Hör. messeri Par.
Auf- Obere Kulgang mination in oh Länge, + 5°°Breite h
h m 7-21 21 21 21
2 28.8 43-9 I 44.9 43-9 I 1.0 43-9 O 17.1 44.0 20 59 33-1 20 58 4 9 . I 44.0 43-9 ¡ 2 0 5 8 5.2 44.0 20 57 2 1 . 2 43-9 20 56 37-3 43-9 20 55 53-4 43-8 2 0 5 5 9-6 43-8 20 54 25.8 43-7 + 205342.1 43-7 20 52 58.4 43-6 20 52 14.8 43-5 20 5 1 3 1 . 3 43-4 20 50 47-9 43-3 20 50 4.6 43-2 + 2 0 49 2 1 . 4 43-i 20 48 38.3 43 o 20 47 55-3 42.9 20 47 1 2 . 4 42.7 20 46 29.7 42.6 2045 47.1 42.4 + 2 0 4 5 4.7 42.2 20 44 22.5 42.0 20 43 4°-5 41.9 20 42 58.6 41.6 20 42 1 7 . 0 2 0 4 1 35.6 4 M 41.2 + 2 0 40 54.4 41.0 20 40 1 3 . 4 40.7 20 39 32.7 40.5 20 38 52.2 40.2 20 38 12.0 39-9 20 37 32.1 39-6 -H20 36 52.5 39-3 20 36 1 3 . 2 39.0 20 35 34-2 38.6 20 34 55-6 20 34 1 7 . 2 38.4 38.1 + 20 33 39.1
19.62 19.62 19.62 19.62 19.62 19.62
917 815 687 532 350 142
19.61 19.61 19.61 19.61 19.60 19.60
908 647 360 047 708 344
19-59 19-59 19-59 19.58
953 537 °95 627
442
I9-58 I 3 4 19-57 6 1 5
519
19.57 19.56 19-55 19-55 19-54 19-53
070 500 9°4 284 638 968
19-53 I9-52 19.51 19.51 19.50 19.49 19.48 19.47 19.46 19-45 19.44 19-44
273 553 809 040 247 43° 589 724 836 925 991 °35
19-43 19-42 IQ.41 y ^ i9-39 J9-38 19-37
102 128 155 182 208 234 261 287 313 339 364 391 416 468 493 545 570 596 620 646 670 695 720 744 769 793 817 841 865 888 911 934 956
979 056 1 001 055 1 023 032 £ I 045 987 i o 6 6 f i T o8 834
m
i-75 i-75 i-75 i-75 i-75 i-75
0-45 0-45 0-45 0-45 0-45 0-45
4 4 3 3 3 3
4 o 56 53 49 46
11 11 11 11 11 11
55-8 52.1 48.4. 44-7 41.0 37-4
i-75 i-75 i-75 i-75 i-75 i-75
0-45 0-45 0-45 o-45 0-45 0.45
3 42 3 38 3 35 3 31 328 324
11 11 11 ii 11 11
33-7 30.0 26.3 22.7 19.0 15-3
i-75 i-75 i-75 i-75 i-75 i-75
0-45 0-45 0-45 0-45 0-45 0-45
320
11 11.6
3.17 3 13 3 10 3 6 3 2
1 1 7-9 1 1 4.2 1 1 0.6 1 0 56.9 1 0 53-2
1-75 i-75 i-75 i-75 i-75 i-75
0-45 0-45 0-45 0-45 0-45 0-45
2 59 2 55 251 248 2 44 2 41
1049-5 1 0 45.8 10 42.1 1 0 38.4 1 0 34-8 10 31.1
i-75 1.76 1.76 1.76 1.76 1.76
0-45 0-45 0-45 0-45 0-45 0-45
2 2 2 2 2 2
37 33 30 26 23 19
10 10 10 10 10 10
27.4 23.7 20.0 16.3 12.6 8.9
1.76 1.76 1.76 1.76 1.76 1.76
0-45 0-45 0-45 0-45 0-45 0-45
2 15 2 12 2 8 2 4 2 1 1 57
10 10 9 9 9 9
5.2 1.5 57-8 54-1 50.4 46.6
1.76 1.77 1.77 1.77 1.77 1.77
0-45 0-45 0-45 0-45 0-45 0-45
1 1 1 1 1 1
53 50 46 42 39 35
942.9 9 39-2 9 35-5 931.8 9 28.1 9 24-4 7*
Uranus 1955
100 0h Scheinbare Rektaszension h m s 8 i i 14.37 8 11 27.01 8 1 1 39.52 8 11 51.91 8 12 4.17 8 12 16.29
W e l t z e i t
28.28 40.14 51.86 3-43 14.86 26.14
2.64 2.51 2.39
2.26 2.12
1.86 1.72
i-57 i-43 1.28
8 1 3 37-27 8 13 48.25
0.98
8 13 59-°7 8 1 4 9-73
0.66
8 1 4 20.23 8 1 4 30-56 8 14 40.73 8 14 50.73 815 0.56 8 15 10.21 8 15 19.69 8 1 5 29.00 8 15 38.13 8 1 5 47-07 8 8 8 8
1 5 55-83 16 4.41 16 12.81 16 21.01
8 8 8 8 8 8
16 16 16 16 16 17
29.03 36.86 44.50 51.94 59.18 6.23
8 8 8 8 8 8
17 17 17 17 17 17
i3.07 19.71 26.14 32-37 38.39 44.20
messer
Hör. Par.
- 2 0 33 2033 20 32 20 3 1 20 3 1 20 30
39.I 1.4 24.O 47.O IO.3 34.I
+ 20 20 20 20 20 20
29 29 28 28 27 27
58.2 22.7 47.6 13.O 38.7 4.9
-i-20 20 20 20 20 20
26 25 25 24 24 23
31.5 58.6 26.2 54.2 22.8 51.9
0.82 0.50
o.33 0.17 0.00
+ 20 20 20 20 20 20
23 22 22 21 21 20
21-5 51.6 22.2 53.3 25.O 57.2
9.83 9.65 9.48
9.31 9-13 8.94 8.76 8.58 8.40 8.20 8.02
7-83 7.64
7-44 7.24 7.05 6.84 6.64
6-43 6.23 6.02 5.81
+ 20 2 0 3O.O 20 20
3.3
20 1 9 3 7 . 2
37-7 37-4 37-o 36.7 36.2
35-9 35-5 35-1 34-6 34-3 33-8 33-4 32-9 32-4 32.0
31-4 3°-9 30.4 29.9 29.4 28.9 28.3 27.8 27.2 26.7 26.1 25.6
20 1 9 I I . 6 25.0 20 1 8 46.6 24-3 20 18 22-3 23.8
"20 20 20 20 20 20
17 17 17 16 16 16
58.5 35-3 12.8 50.9 29.6 8.9
+ 2 0 1 5 48.9 20 1 5 29.5 20 20 20 L20
15 14 14 14
23 -2 22.5
21.9
21-3 20.7 20.0 19.4 18.7
10.8 I8.0 52.8 174 35-4 16.6 18.8
19-37 19.36 19-35 19-34 19-33 19.32
834
19.30 19.29 19.28 19.27 19.25 19.24
881 652 404 137 851 546
19.23 19.21 19.20 19.19
223 882 524 149
726 598 449 279 090
9 - I 7 757 1 9 . 1 6 349
I
1 9 . 1 4 925 19-J3 19.12 19.10 19.09 19.07
485 031 562 079 581
19.06 070 19-04 5 4 5 1 9 . 0 3 008 1 9 . 0 1 458 18.99 896 18.98 323 18.96 18.95 18.93 18.91 18.90 18.88
738 142 535 919 293 658
18.87 18.85 18.83 18.82 18.80 18.78
4 362 701 033 357 675
108 128 149 170 189 209 229 248 267 286
3°5 323 34i 35« 375 392 408
424 440
454 469
483 498
511 525 537 55° 562
573 585 596 607 616 626
635 644
0I
652 661 668 676 682
1.77 I.77 1.77 1.77 1.77 1.77
0-45 0-45 0-45 0-45 O.46 0.46
1.78 I.78 1.78 I.78 I.78 1.78
0.46 O.46 0.46 O.46 O.46 0.46
1.78 I.78 1.78 1.79 1.79 1.79
O.46 O.46 O.46 O.46 O.46 0.46
o 5i
1.79 1.79 1.79
O.46 O.46 O.46 0.46 O.46 0.46
o 29
1.80
O.46
1.80
0.46
1.80
O.46
1.80
O.46
o 6 / 0 3\ V23 59/ 23 55
1.80
O.46
I.8l
O.46
I.8l I.8l I.8l I.8l
1.79 1.80 1.80
1.81 1.82 1.82
1.82 1.82 1.82 1.82 1.82
ObereKulmination
in o h L ä n g e , + 5o°Breite h m
1.99
8 12 8 12 8 12 813 8 13 8 13
Halb-
Scheinbare Deklination
Aufgang
1 1 1 1 1 1
35 32 28 24 21 17
13 1 10
1
1
6
1
2
058 o 55
I
1 m 9 24.4 9 20.6
h m 17 14 1 7 IO
9 16.9 9 13.2
17
6
17
2
9
9.5
9
5-7
1 6 59 16 55
9 8 8 8 8 8
2.0
16 51
58.3 54-5 50.8 47.0
16 47
43-3
16 16 16 16 16 16
28 24 20 17 13 9
8 17.0 8 13.2 8 9-5 8 5-7 8 1.9 7 58.1
16 16
5 1
7 54-3 7 50.6
1 5 42 1 5 35 ^5 3 1
2348
7 46.8 7 43-o 7 39-2
23 4 4
7 35-4
1 5 27 1523
O.46 O.46 O.46 O.47 O.47 O.47
2340
7 7 7 7 7
31.6 27.8 24.0
15 19 15 15 15 12
20.2 16.4
i5
8
23 2 1
7 12.5
15 15
4 0
O.47 O.47 0-47 0-47 0-47 O.47
2318
7
8.7
14 56
23 1 4 23 1 0 23 6 23 2 22 59
7 4-9 1.1 7 6 57-2 6 53-4 6 49.6
1 4 52 1 4 48
047 0 44 o 40 036 0 33 o 25 0 21 0 18 o 14 o 10
2 3 52
2 3 36 23 3 3 2 3 29 2 3 25
8 8 8 8 8 8
1643 1639 1 6 36 1 6 32
39-5 35-8 32.0 28.3 24-5 20.7
1 5 58 15 54 1 5 50 1546 1 5 38
*4 45 14 41 T4
37
Uranus 1955 0
h
W e
11 z e i t
Scheinbare
Scheinbare
Rektaszension
Deklination
h
m
55-19
5-i7
8 18 0.36 4-95 8 1 8 5.31 4-74 8 18 10.05
4-52
18 18 18 18 18
A
14.57 18.87 22.95 26.80 30.44
8 18 33-85
8 8 8 8 8 8
18 18 18 18 18 18
37.04 40.00 42.74 45.26 47-55 49.62
8 8 8 8 8 8
18 18 18 18 18 18
51.46 53.07 54.46 55.62 56.55 57.26
8 8 8 8 8 8
18 18 18 18 18 18
57-73 57.98 58.00 57.79 57-35 56.68
8 8 8 8 8 8
18 18 18 18 18 18
55.78 54.65 53.30 51.72 49.91 47.88
8 8 8 8 8 8
18 45.62 18 43.14 18 40.44 1837.52 18 34.38 18 31.02
4-3° 4.08 3-85 3-64 3-41 3-19 2.96 2.74 2.52 2.29 2.07 1.84 1.61 1-39 1.16 o.93 0.71 0.47 0.25 0.02 0.21 0.44 0.67 0.90 1 •I3 i-35 1.58 1.81 2.03 2.26
-20 20 20 20 20 20
14 14 13 13 13 13
18.8 2.8 47-5 32.9 19.O 5.8
16.0 15-3 14.6 13-9 13-2 12.5
-20 12 53.3
20 20 20 20 20
12 12 12 12 12
41.6 11 -7 30.6 1 1 . 0 20.3 10.3 IO.7 9.6 1.8 8.9 8.1
-20 II 53.7 20 II 46.3 20 II 39.6 20 II 33.6 20 II 28.4 20 II 23.9 -20 II 20.2 20 II 17.2 20 II 15.O 20 II 13.5 20 II 12-7 20 II 12.7 -20 20 20 20 20 20
II I3.4 II 14.8 II 17.O II 20.0 II 23.8 II 28.3
"20 20 20 20 20 20
II II II II 12 12
33.5 39.5 46.2 53.6 1.8 IO.7
7-4 6.7 6.0 5-2 4-5 3 -7 3-o 2.2 i-5 0.8 0.0 0.7 1-4 2.2 3-o 3-8 4-5 5-2 6.0 6.7 7-4 8.2 8.9 9-7
20 12 20.4 10.3 2.70
20 1 2 3O.7
11 .1
2.92
20 12 41.8 11 -7
3-14
12.5
3.3C
20 12 53.5
20 13 6.0 13 1 20 13 19.1
18.78 675 18.76 987 18.75 293
18.73 593 18.71 889 18.70 180 18.68 18.66 18.65 18.63 18.61 18.59
468 753 °36 317 596 874
18.58 18.56 18.54 18.52 18.51 18.49 18.47 18.46 18.44 18.42 18.40 18.39
152 429 707 985 265 547 831 117 4°7 701 999 301
18.37 18.35 18.34 18.32 18.30 18.29
609 923 243 569 903 245
18.27 18.25 18.24 18.22 18.21 18.19
595 954 323 703 092 492
18.17 18.16 18.14 18.13 18.11 18.10
9°5 330 767 218 683 162
688 694 700 704 709 712 715 717 719 721 722 722 723 722 722 720 718 716 714 710 706 702 698 692
686 680 674 666 658 650 641 631 620 611 600 587 575 563 549 535 521
ObereKul- Unter-
gang
mination
gang
Halb-
Hör.
messer
Par.
in o h L ä n g e , + 50 0 B r e i t e
1.82 1.83 1.83 1.83 1.83 1.83
O.47
22 59 22 55 22 51
6 49.6
O.47 O.47 O.47
22 47
6
22 43 22 39
6 34-2 6 3°-3
1.83 1.84 1.84 1.84 1.84 1.84
O.47 O.47 O.47 O.47 O.47 O.47
22 22 22 22 22 22
36 32 28 24 20 16
6 26.5
6
7-i
1.84 1.85 1.85 1.85
22
13
6
3-2
22
9
1.85 1.85
O.47 O.47 o-47 0.47 0.48 0.48
5 I 57 53
5 5 5 5 5
47-7 43-8
1.86 1.86 1.86 1.86 1.86 1.86
0.48 0.48 0.48 0.48 0.48 0.48
22 22 21 21 21 21 21 21 21 21
5 5 5 5 5 5
39-9 36.0 32.1 28.2 24-3 20.3
1.87 1.87 1.87 1.87 1.87 1.87
0.48 0.48 0.48 0.48 0.48 0.48
21 21 21 21 21 21
6
56.7
1.88 1.88 1.88 1.88 1.88 1.88
0.48 0.48 0.48 0.48 0.48 0.48
21 2 20 58
52.8 48.8
2054
1.89 1.89 1.89 1.89 1.89 1.89
0.48 0.48 0.48 0.49 0.49 0.49
20 38 2034 20 30 20 26 20 22 20 18
44-9 40.9 37-0 33-o 29.0 25.0 21.1 17.1
h
5-39
8 8 8 8 8
Auf-
s
8 17 44.20 5.60 8 17 49.80 817
101
0-47 0-47
m
49
45 41 37 34 30 26 22 18 14 10
20 50 20 46 20 42
h
m
6 45-7 6 41.9 38.0
6 22.6 6 18.7
6 6
14.9 11.0
59-4 55-5 51.6
5
16.4
5
I2-5
8.6 4.6 0.7
9.1
Uranus 1955
102
0 h We 1 t z e i t
ObereKulmination.
Scheinbare
Scheinbare
Halb-
Hör.
Rektaszension
Deklination
messer
Par.
in o h L ä n g e , + 50° B r e i t e
1.89
o-49
h m 20 18
1.90
0.49
20 14
I.90
0.49
20 10
I.90
0.49
20
I.90
0.49
20 2
53-i
I.90
0.49
1 9 58
49.1
1.90
o-49
19 54
45-i
X.90
0-49
19 50
41.1
1.91
0.49
1946
37-i
I.9I
0-49
1942
33-1
I.9I
0.49
1 9 38
29.0
I.91
0.49
*9 34
25.0
I.9I
0.49
i9 29
21.0
I.91
0.49
*9 25
17.0
1.91
0-49
19 21
12.9
1.92
0.49
19 17
8.9
I.92
0.49
1 9 * 3
4.8
I.92
0.49
19 9
0.8
8 18 31.02 8 18 27.45 8 18 23.67 8 18 19.67 8 18 15.47 8 18 11.05
3-57 3-78 4.00 4.20 4.42 4.62
+ 20 13 19.1 20 13 32.9 20 13 47.4 20 14
2.6
20 14 18.5 20 1 4 35-0
13-8 14-5 15.2 15-9 16.5
17.2 8 18
6.43
8 18
1.60
8 1 7 56-57 8 I 7 5I-33 8 17 45-9° 8 17 40.27 8 1 7 34-44 8 17 28.42 8 17 22.21 8 17 15.81 8 17
9-23
8 17
2.46
8 i6 5 5 - 5 i 8 16 48.39 8 16 41.09 8 16 33.62 8 16 25.98 8 16 18.18
4.83 5 °3 5.24 5-43 5-63 5.83 6.02 6.21 6.40 6.58 6.77 6.95 7.12 7-3° 7-47 7.64 7.80 7.96
+ 20 1 4 52.2 20 15 10.0 17.8 20 15 28.4 18.4 20 15 47.4 19.0 20 16 7.I 20 16 27.4 + 20 l6 48.2 20 17
9.7
20 17 31.8 20 17 54.4 20 18 17.6
•+20 19
5.6
20 19 30.4 20 1 9 55-7 20 20 2 1 . 6
8 I 5 45-4I 8 1 5 36.85 8 15 28.14
8.42 8.56 8.71 8.84
8 15 I
1.22
4 5I-99
8 14 42.64 8 14 33-17
9.8
20 22 38.O 20 23 6.6 20 23 35.6 20 24 5.0 + 20 24 34.8
8 15 I 9 - 3 0 8 15 10.32
9.10 9-23 9-35 9-47 9.58
8 14 23.59 9.69 8 14 13-9° 9.80 8 14 4.10
21. s 22.1 22.6 23.2
24.8 25-3 25.9
48.O 26.4 20 21 14.8 26.8 27-3 20 22
8 1 5 53-83
18.08 655 18.07 i 63 18.05 688 18.04 228 18.02 785
20 25 4.9 20 25 35.3 2026
6.1
20 26 37.2 20 27
8.6
+20 27 40.3 20 28 12.3 + 20 28 44.6
1507 1 492 1 475 1 460 1 443 1 426
18.01 359
1 408 17-99 95i 1 390 17.98 561 1 373 17.97 188 1 355 17-95 833 1 335 17.94 498 1 315
20.8
20 20
20 21 42.I 8.27
20.3
18.IO 162
17-93 183 17.91 888 17.90 614 17.89 361 17.88 130 17.86 921
24.3
8 16 10.22 2.10
19.7
20 18 41.3 23-7
8 16
8
Aufgang
27.7 28.2 28.6 29.0 29.4
29.8 30.1 3°-4 30.8 31-i 3i-4 3i-7 32.0
32.3
1 295 1 274 1 253 1 231 1 209 1 187
I7-85 734 1 17.84 569 1 17.83 428 1 17.82 310 1 17.81 216 1 17.80 147 1 17.79
102
17.78 083 17.77 090 17.76 123 17.75 182 17.74 268 17-73 381 17.72 521 17.71 688 17.70 882 17.70 104 17-69 355 17.68 634 17.67 941 17.67 277
165 141 118 094 069 045
1 019 993 967 941 914
860 833 806 778 749 721 693 664
1 m 9-i 5-i 1.1
6
57-i
I.92
0.49
19
5
2 56.7
I.92
0.49
19
1
I.92
0.49
18 57
2 52.7 2 48.6
I.92
0.49
18 53
2 44.6
I.92
0.49
18 49
2 40.5
i-93
0.49
1844
2 36.5
i-93
0.49
18 40
32.4
i-93
0.49
18 36
28.3
i-93
0.50
1832
24-3
i-93
0.50
18 28
20.2
i-93
0.50
18 24
16.1
i-93
0.50
18 20
12.0
i-93
0.50
18 16
2
8.0
i-93
0.50
18 11
2
3-9
i-93
0.50
18 7
1 59.8
1.94
0.50
18 3
1.94
0.50
17 59
1 55-7 1 51.6
1.94
0.50
17 55
1 47-5
J7
1 43-5
1.94
0.50
1.94
0.50
1.94
0.50
5i
*7 47 ! 1 39-4 17
43
1 35-3
Neptun 1955 0h Scheinbare Rektaszension
13 46 26.05 13 46 29.87 13 13 13 13
46 46 46 46
33-57 37.15 40.61 43-95
3.82
3-7° 3-5» 3-46 3-34 3-2i
1346 13 4 6 1 3 46 1 3 46 1 3 46 1 3 47
47.16 3-°9 50.25 2.97 53.22 2.84 56.06 2.72 58.78 2.59 I-37
1 3 47 1347
3-84 6.18 2-34
13 13 13 13
2.47
47 8-39 47 10.48 47 12.44 47 J 4-27 15-97
2.21
2.09 1.96 1.83 1.70
1 3 47 13 47 13 47 13 47 1 3 47 1347
18.98 1.31 20.29 1.18 21.47 1.05 22.52
13 13 13 13 13 13
47 47 47 47 47 47
23-43 24.22 24.88 25-40 25-8o 26.06
13 13 13 13 13 13
47 47 47 47 47 47
26.19 O.Ol 26.20 26.07 0 1 3 0.25 25-82 25-43 0.39 0.51 24.92
13 13 13 13 13 13
47 47 47 47 47 47
24.28 0.77 23-51 0.89 22.62 1.02 21.60 I.I5 20.45 I.27 19.18
x7-54
i-57 1.44
0.91
0.79 0.66 0.52 0.40 0.26
0-13
0.64
103
W e l t z e i t Halb- Hör. messer Par.
Scheinbare Deklination
- 9 1 0 39- 1 9 10 56.9 9 1114.0
17.8 17.1 i6.s
9 1 1 3°-5 15-7 9 1 1 46.2 15.1 9 12 1.3 14-3 - 9 1 2 15-6 13.6 9 1 2 29.2 12.9 9 12 42.1 12.2 9 1 2 54-3 11.4 9 1 3 5-7 10.7 9 1 3 i 6 - 4 10.0 -9 9 9 9 9
x3
26.4 13 35-7 1 3 44-2 1352.0 *3 59- 1
914 - 9 14 9 14 9 14 9 14 9 14 9 14 -9 14 9 14 9 x4 9 14 9 14 9 14 - 9 14 9 14 9 14 914 9 14 9 13 -9 ! 3 9 13 9 13 9 13
5-5 11.1 16.0 20.1 23-5 26.1 28.0 29.2 29.6 29-3 28.3 26.6 24.1 20.9 !7-0 12.4 7.1 1.0 54-3 46.8 38.6 29.7 20.2
9 * 3 9-9 - 9 12 59.0
9-3 8.5
7-8 7-i 6.4 5.6
4-9 41 3-4 2.6
1-9 1.2
W e l t z e i t
Scheinbare
Scheinbare
Rektaszension
Deklination
13 37 35-91
2
13 37 33-04
2
i 3 37 30.28
2
13 37 27.62
2
I 3 37 25-07
g7
—8 16 25.4
S
8 16 11.8
g 6
8 1 5 58.9 8 15 46.6 8 1 5 34-9
' *
133722.63
8 1 5 23-9 - 8
133720.30 13 37 18.08 13 37 15-97 .
l™
15 13.6
815
3-9
8 1 4 54-9
_
13 37 13-97
8 14 46.6
13 37 12.09
8 1 4 39.0
1 3 37 10.32 13 37
8.67
13 37
7-i 3
13 37
5-71
13 37
4.41
1 3 37
3-23
13 37
2.16
13 37
1.21
13 37
0-37
13 36 59.66 1 3 3 6 59-O6
1.77 1.65 i-54 1.42 1.30 1.18 1.07 0.95 0.84 0.71 0.60
0.47 1 3 3 6 5 8 . 5 9 0.36 13 36 58.23 0.23 1 3 36 58.00 13 36 57-88 13 36 57.89 13 36 58.01 1 3 36 58.26 1 3 36 58.62
0.12 0.25 0.36 0.48
1 3 3 6 5 9 . 1 0 0.61 1 3 3 6 5 9 . 7 1 0.72 13 37 13 37 1 3 37 1 3 37
0 . 4 3 0.85 1.28 0.97 2.25 1.10 3 - 3 5 1.21
13 37
4-56
13 37
5-9° 7-36
13 37
1-34 1.46
1.58 8 - 9 4 1.70 13 37 10.64 1.82 13 37 12.46 13 37
8 14 32.1
13.6 12.9 12.3 11.7 11.0 10.3 9-7 9.0 8-3 7.6 6.9 6.3
- 8
1 4 25.8
8 14 20.3 8 14 15.4 8 14
11.3
8 14
7.8
8 14
5-o
14
2.9
8 14
i-5
8 14
0.8
8 14
0.8
8 14
1.6
- 8
8 14
3-o
14
5-2
8 14
8.0
8 14
11.5
- 8
8 14 15-7 8 1 4 20.6 8 14 26.2 - 8
1 4 32-5
8 14 39.6 8 1 4 47-3 8 1 4 55-8 815 8 15 - 8
5-o J4-9
1 5 25-4
8 15 36.7 8 15 48.7 816
1.3
8 16 14.7 - 8
1 6 28.7
107
5-5 4-9 4-1 3-5 2.8 2.1 1-4 0.7 0.0 0.8 1-4 2.2
A
29-73 433 29.74 824 29.76 232 29-77 655 29.79 093 29.80 547 29.82 015 29.83 497 29.84 992 29.86 500 29.88 021 29-89 5 5 3 29.91 097 29.92 652 29.94 217 29.95 792 29.97 376 29.98 970 30-00 5 7 3 30.02 184 30.03 803 30.05 430 30.07 063 30.08 702 30.10 348
3-5 4.2 4-9 5-6 6-3 7-i 7-7 8.5 9.2 99 10.5 n-3 12.0 12.6 13-4 14.0
30.11 999 30.13656
391 408 423 43« 454 468 482 495 508 521 532 544 555 565 575 584 594 603 611 619 627 633 639 646 651 657 661
Auf-
ObereKul- Unter-
gang
mination
gang
Halb-
Hör.
messer
Par.
i n c h L ä n g e , 4-50° B r e i t e
1.23
0.30
h rr 14 49
I.23
0.30
I.23 1.23 I.23 I.23
h
m
h m
20 1 2 . 1
1
20
8.1
1 35
0.30
14 45 14 41
20
4.2
1
0.30
14 37
20
0.2
1 27
0.30
14 33
19 56.2
1 23
O.3O
1 4 29
19 52.2
1
19
39 3i
1.23
0.30
1
15
O.29
14 25 14 21
19 48.3
I.23
1
11
1.22
1 9 44-3
O.29
14 18
1.22
1
7
O.29
19 40.3
14
1.22
1
3
O.29
1936.4
14 10
O.29
0 59
1.22
14
6
19 32.4 19 28.5
1.22
O.29
14
2
o 52
1.22
O.29
1 3 58
19 24.5 19 20.5
1.22
O.29
13 54
19 16.6
044
1.22
O.29
i 3 50
19 12.6
o 40
1.22
O.29
1346
19
8.7
o 36
1.22
O.29
1 3 42
19
4.7
032
1.22
O.29
i 3 38
19
0.8
o 28
1.22
O.29
13 34
18 56.8
o 24
1.22
O.29
13
3°
18 52.9
O
1.22
O.29
1 3 26
18 49.0
O 16
1.22
O.29
1 3 22
18 45.0
O 12
1.22
O.29
13 18
18 41.1
I.2I
O.29
13 *4
18 37.2
I.2I
O.29
13 10
1833.2
I.2I
O.29
13
6
18 29.3
I.2I
0.2g
13
2
18 25.4
I.2I
O.29
12 58
18 21.4
23 48
I.2I
O.29
12 55
1817.5
23 44
J
4
o 55 048
20
0
8
O / o
4 o 56
\23
23 52
S -^ 3 7 3 0 . 1 6 982 30.18 652
665
30.20 325
676
I.2I
O.29
12 51
1813.6
30.22 001
678
I.2I
O.29
12 47
18
9.7
I.2I
O.29
12 43
18
5.8
I.2I
O.29
12 39
18
1.8
I.2I
O.29
12 35
17 57-9
I.2I
O.29
12 31
17 54-o
23
I.2I
O.29
12 27
17
2313
0
I
30.23 679 30.25 360 30.27 042 30.28 725 30.30 408 30.32 091
670 673
681 682 683 683 683 683
30.33 774
682
3°-35 456
680
30.37 136 30.38 814
5o.i
23 4 1 23 37 23 33 23 29 23 25 23 21 !7
I.2I
O.29
12 23
17 46.2
23
9
I.2I
O.29
12 19
17 42.3
23
5
1.20
O.29
12 16
17 38.4
23
1
1.20
O.29
12 12
22 57
1.20
O.29
12
1 7 34-5 1 7 30.6
8
22 5 3
Neptun 1955
108
0>< W e Scheinbare
Scheinbare
Rektaszension
h
m
Deklination
16.46 18.64 J 20.94 23-36 l ' 4 2 25.89 ^ 28.54 " 3 31.31 2 J
13 37 34.20 I3 T3
^
37 37;20 ^ 37 40.31 3 2
13 37 43-54 , ' 1 3 3 7 4 6 . 8 8 3-34 13 37 50.34 ,'Jg ^
I 3 37 53.90
13 37 57.58 1 3 3S8 C1.37 3-79 J /
13 38 1338
5-27 9.27
3 90
4 0Q
13 38 13-39
,
13 38 17.62 ! 3 38 21.95 133826.39
4'23
133830.94 13j j38 j35.59 j JV
4'33 4 44
4-5s 4'
6l
1 3 38 40.35
133845.21
4'
133850.17 133855-23 1339
0.39
1339
5-65
13 3911.00
5.16 5.26
5-35
_
133916.45 133922.00
133927.64 5'7 !3 39 33-37
qi
^
J
3 39 5 1 . 1 0 J 3 39 57.19 3-36
4
g2
*3 39 39-*9 13 39 4 5 - 1 0
! 3 40
Hör.
ObereKulmination
oh
messeri
Par.
in
Länge, + 5 0 ° Breite
1.20 1.20 1.20 1.20 1.20 1.20
O.29 O.29 O.29 O.29 O.29 O.29
12 8 12 4 12 o 1 1 56 11 52 11 48
1.20 1.20 1.20 1.20 1.20 1.20
O.29 O.29 O.29 O.29 O.29 O.29
11
1.20
O.29 O.29 O.29 O.29 O.29 O.29
11 11 11 11
O.29 O.29 O.29 O.29 O.29 O.29
1058 10 55 10 51 1047 !0 43 1 0 39 1036 10 32 10 28 10 24 10 20 10 16
h
h m
*
37 14.40 2;og 37 37 37 37 37 37 37
Halb-
Aufgang
s
133712.46 13 i3 13 J3 13 13 13
11 z e i t
6
,
7
16 16 16 17
28.7 43-4 58.8 14.9
8 17
31-6
-8 8 8 8
8 17 49.0 -8 8 8 8 8 8
18 18 18 19 19 19
-8 20 8 20 8 20 8 21 8 21 822
7.1 25.8 45.2 5.2 25.9 47.2
25 25 26 26 27 27
- 8 28 8 29 8 29 830 8 30 8 31 -8 8 8 8 8 -8
31 32 33 33 34 34
15.4 16.1 16.7 :
7-4
18.i 18.7
1 676 1 672 1 669
1 665 3 0 . 4 5 4 9 6 1 662 3 0 . 4 7 1 5 8 1 656
30.48 814
20.0 20.7
1 632
21.3 22.0
25.7
26.2 26.9 27.5 28.0 28.7 29.2
20.7 29.8 50.5 20.8 3°-3 51.7 30-9 23.2 31-5 32.0 55.2 27.7 0.7 34.3 8.4 43.0 18.0
814 490 162 831
1 651 3 0 . 5 0 4 6 5 1 646 30.52 H I 1 639
19.4
9.2 22.6 31.8 55.1 23-3 18.9 23.8 43.4 24.5 25.1 8.5
-8 22 34.2 8 2 3 0.4 8 23 27.3 8 23 54.8 8 24 22.8 82451.5 -8 8 8 8 8 8
!4-7
30.38 30.40 30.42 30.43
32-5 33°
33-6 34-i 34-6 35 ° 35-6
53-6 36.0 29.6 36.5 6.1 37-° 43-i 37-4 20.5 37-8 58.3
30.53 750
3 0 . 5 5 3 8 2 1 626
30.57 008
1 618
30.58 30.60 30.61 30.63 30.65 30.66
626 237 839 433 018 594
30.68 30.69 30.71 30.72 30-74 30.75
160 1 556 716 261 1 545 1 534 795 1 522 317 1 510 827
1 611 1 602 1 594 1 585 1 576 1 566
1 498
30.77 325
1 485
I.I9 I.I9 I.I9 I.I9 I.I9 I.I9 I.I9 I.I9 I.I9 I.I9 I.I9 I.I9
30.78 810 1 471 30.80 281 1 457 30.81 738
I.I9
30-83 1 8 1
x
I.I9
30.84 609
r
30.86 30.87 30.88 30.90 30.91
1 443
022 42O 1 3 9 8 1 382 802 1366 168 1 35° 518
30.92 850
1 332 1 316
30.94 166
1 298 3 0 . 9 5 4 6 4 1 279
30.96 30.98 30.99 31.00
743 004 247 471
1 261 1 243 1 224
I.I9 I.I9 I.I9 I.l8 I.l8 I.l8 I.l8 I.l8 I.l8 I.l8 I.18 I.l8 I.l8 I.l8 I.l8
O.29 O.29 O.29 O.29 O.29 O.29
45 11 41 "
37 33 11 29 11 25
11
21 18 14 10
11
6
11
2
O.29 O.29 0.28 0.28 0.28 0.28
10 13 10 9
0.28 0.28 0.28 0.28 0.28 0.28
9 50 9 46 942 9 38 9 35 9 31
10
5
10 1 9 57 9 54
m
1 7 30.6
17 26.7
17 22.8 17 18.9 17 15.O 17
II.I
17
7.2
17 !6 16 16 16 !6 16 16 16 16 16
3-3 59-4 55-6 51.7 47.8 43-9 40.1 36.2 32.3 28.4 24.6
1 6 20.7 16 16.8 16 13.0 16
9.1
16
5-3
16
1.4
1 5 57-6 1 5 53-7 1 5 49-8 1 5 46.0
15 42.1 15 38.3 15 34-5 1 5 30.6
1 5 26.8 1 5 22.9 1 5 19.1 15 15-2
15 11.4 15
7-6
15
3-7
J
4 59-9
1456.1 !4 52.3
Neptun 1955
109
0h W e l t z e i t Scheinbare Deklination
Scheinbare Rektaszension s
13 4 0 13 4 0
J
Í 6.26
9.62
6.S4 j 3 4 o i 5 - 9 6 6.42 13 40 22.38 * 134028.88 T
,
6.58
3 40 3 5 4 6
6 6J
13 4 0 42.11 13 4 0 48.85
6
134055.67 x
3 4i
1 3 4 1
; £ 68 9
2.56
VI
13 41 16.56
6
7-04 ^
134123.67 13 4 1 3 0 . 8 4 ; • ' 13 4 1 3 8 . 0 8 7 4 o 7-3° 13 41 45-38 ' > 13 4 1 5 2 . 7 5 1 3 4 2 0.18 13 42 ^ 4 2 13 42 13 42 13 42 ! 3 42
™
7-66 15.21 6 l 22.82 3 0 . 4 8 7_ 38.19 ' 6 45-95 78 i
-8 8 8 8 8
34 58.3 38.3 35 36-6 38.6 36 15.2 39 1 36 54-3 39-5 37 33-8
8 38 13.7
-8 38 8 39 8 40 840 8 41 8 42
8 45 !3-o
56.7 40.7
-8 47 25.0 848 9.5 8 48 54-3 8 49 39-4 8 50 24.7 8 51 10.2
13 43 33-51
8oJ
-8 5i 55-9 8 52 41.9 8 53 28.0 8 54 I4-3 8 55 0.8 8 55 47-4
J 3 43 4 i - 5 8 ! 3 43 49-69
8 i i
- 8 56 34-2
8 l
i3 13 13 13
42 53-76 8 43 1-62 43 9-53 43 17.48 "
13432547
8
6
.04
.
134357-848;l8 1 3j 4 4 6 . 0 2 0 ^
8.22
134414.24 8 i 3 44 22.498 ; 2 g T
3 3 13 !3 J 3 J 3 J
44 44 44 44 45 45
30.77 39-07 47-4° 55-76 4-I4 12.54
8.30 8.33 8.36 8.38 8.40
40.2
8 57 21.2 858 8.3 8 58 55-5 8 59 42.8 9 o 30.2 1 17.7 2 5-3 2 53-o 340.8 4 28.6 5 16.5
31.00 471 1 31.01 675 1 31.02 860 1 31.04 026 1 31.05 172 1 31.06 297 401 485
42.5
3I-°9 31.10 31.11 31.12
547 587 604 600
42.8
3I-I3 573
43-2 43-4 43-7 44-o 44-3 44-5 44.8 45-i 45-3 45-5 45-7 46.0 46.1 4 6 -3 46.5 46.6 46.8 47.0 47-i 47.2 47-3 47-4 47-5 47.6 47-7 47.8 47.8 47-9
204 185 166 146 125
1 104
31.07 31.08
53-9 40.7 34-6 41.1 15.7 41.4 57-i 41.8 38.9 42.2 21.1
-8 43 3-6 8 43 46.4 8 44 29.6 8 45 8 46
39-9
Halb-
1 084 1 062 1 040 1 017 996 973
Aufgang
messer
Hör. Par.
in o h L ä n g e , + 5 0 ° Breite
I.18 I.18 I.18 I.18 1.18 I.18
0.28 0.28 0.28 0.28 0.28 0.28
9 3i 9 27 9 23 9 20 9 16 9 12
I.18 I.18 I.18 I.18 I.17 I.17
0.28 9 8 0.28 9 5 0.28 9 1 0.28 8 57 0.28 8 53 0.28 850 0.28 0.28 0.28 0.28 0.28 0.28
h m
916 722 503 259 990 695
I.17 I.17 I.17 I.17 I.17 I.17
0.28 8 23 0.28 8 20 0.28 8 16 0.28 8 12 0.28 0.28
3J-23 31.24 31.24 3!-25 31.25 31.26
375 028 656 258 834 383
1.17 I.17 I.17 I.17 I.17 I.17
0.28 0.28 7 0.28 7 0.28 7 0.28 7 0.28 7
I.17 I.17 I.17 I.17 I.17
0.28 0.28 0.28 0.28 0.28 0.28
1.17 1.17 I.17 I.17 I.17 I.17
0.28 0.28 0.28 0.28 0.28 0.28
31.26 906 31.27 402 31.27 871 31-28 313 31.28 728 31.29115 31.29 31.29 31.30 31.30 31-30 31.30
475 807 in 388 637 858
806 781 756
731 705 680 653 628 602 576 549
523 496 469 442
415 387 360
332 304 2 77 249
I.17
37-0
H 33-1 14 29-3 z4 25.5 14 21.7 14 17.9 14 14.0 14 10.2
*3 51-2
31.18 31.19 31.20 31.21 31.21 31.22
830
48.4 44.6 4O.8
831
45° 353 903 232 879 086 854
927
14 14 14
14 14 13 *3
3I-I5 31-16 31.17 31.18
950
h m *4 52.3
846 842 838 8 35
I.17 I.17 I.17 I.17 I.17 1.17
31-14523
ObereKulmination
8 27
57 53 50 46
42
*3
6.4 2.6 58.8 55-0 47-4
I3
43-6 13 39-8 J3 35-9 13 32-1
13 28.3 J3 24-5 13 20.7 13 16.9 *3 I3-1
*3 9-3 13 5-5 !3 i-7
727 7 24 7 20
" 57-9 12 54.1 12 50.3 12 46.6 12 42.8 12 39.0
7 7 7 7 7 6
12 12 12 12 12 12
7 38
7 35 7 31
16 12 9 5 1 57
35.2 31.4 27.6 23.8 20.0 16.2
110
Neptun 1955 0" Weltzeit Scheinbare Rektaszension
Scheinbare Deklination
13 45 12.548.41 13 45 20.958.44 13 45 29.398.45 13 45 37-848.46 13 45 46.308.48 13 45 54788.48 1346 3.26 8.49 1346 11-75 8.49 13 46 20.248.49 J 3 46 28.738.50 13 46 37-238.49 13 46 45-728.49 13 46 54.218.48 1347 2.69 47 1347 Ii.16 8. 8.47 13 47 19-638.45 13 47 28.088.44 !3 47 36.52 8.43 13 47 44-958.41 13 47 53-368.40 1348 1.76 8-37 13 48 10.138.36 13 48 18.498-33 13 48 26.828.31 13 48 35-138.27 13 48 43-408.25 13 J 48 51.658.22 J3 48 59-878.18 3 49 8.05 15 13 49 16.208. 8.11 13 49 24.318.07 13 49 32.388.03 13 x 49 40.417.98 3 49 48.397-94 *3 49 56.337.89 1350 4.22 7.84 13 50 12.067-79 13 50 19.85 13 50 27.597-74 68 13 50 35-277. 7. 62 13 50 42.897-57
5 16.5 6 4-3 47-8 6 52.2 47-9 47-9 740.1 47. 827.9 47.88 9 15-7 47.8 10 -9 10 3-5 9 11 5I-3 47-8 9 39-° 47-7 6 9 12 26.6 47. 47.6 9 *3 M-247-5 9 14 !-7 47-4 -9 J4 49-1 47-3 9 !5 36.4 47.2 9 16 23.6 47-i 9 17 10.7 46. 9 i7 57-6 46.79 9 18 44.346.6 -9 *9 30.9 46.4 9 20 17.3 46-3 921 3.6 46.0 9 21 49.645-99 22 35.5 45-7 9 23 21.2 45-5 -924 6.7z 45-2 9 24 5 -9 9 25 36.9 45.0 9 26 21.6 44-7 9 27 6.1 44-5 1 9 27 50.2 44. 43-9 -9 28 34.1 43-6 9 29 17.7 43-3 9 30 1.0 43-o 9 301 44-o 42.7 9 3 26.7 42-3 9 32 9-o 42.0 -9 32 51.0 41.6 9 33 32.6 41.2 9 34 13-8 40.8 9 34 54-6 40.5 9 35 35-i 40.0 -9 36 15-1
13 50 50.46
Auf- Obere KulHalb- Hor. gang mination messer Par. in oh Länge, +50° Breite
31-30 858 IQ3 31.31 051 l6 31.31215 : 31.31350 ^ 31-31456 g 31-31534 AO49 31-31583 21 31.31604 8 31.31596 3I-31 560 6356 31-31 495 93 31.31 402 122 31.31 280 151 31.31 129 3Iz-3° 950 210789 3 -3° 742 236 31.30 506 264 31.30 242 292 31.29 950 321 31.29 629 348 31.29281 377 31.28904 O 4°5 3I-28 499 ... 31.28 066 ^ 31-27 606 3I 2 ± 17 31.¿j ±y ^ it on n riTSi6 31.26 60I 3I-26 057 3"44 31-25 485 ' 3 - 4 886 g 31-24 259 654 31.23 605 680 31.22 925 708 31.22 217 734 31.21 483 761 31.20 722 787 31-19 935 8 3"7 4i9 31.16 530 r 914 31.15 26l6 889
17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 x 7
0.28
0.28 0.28 0.28 0.28
0.28 0.28
0.28
0.28 0.28 0.28 0.28
0.28 0.28 0.28 0.28
0.28 0.28 0.28 0.28
0.28 0.28
0.28 0.28 0.28 0.28 0.28 0.28 0.28 0.28 0.28 0.28 0.28 0.28 0.28 0.28
0.28 0.28 0.28 0.28 0.28 0.28
h m h m 6 57 12 16.2 6 54 12 12.4 6 50 12 8.6 646 12 4.8 6 42 12 1.0 6 39 II 57.2 6 35 " 53-5 6 31 11 49.7 6 28 11 45-9 6 24 11 42.1 6 20 11 38.3 6 16 11 34-5 6 13 11 30.7 6 9 11 26.9 6 5 11 23.1 6 2 11 19.3 5 58 11 15-5 5 54 11 11.7 5 50 11 8.0 5 47 11 4.2 5 43 11 0.4 5 39 10 56.6 5 35 10 52.8 5 32 IO 49.0 528 1045.2 5 24 10 41.4 5 21 10 37-6 5 17 10 33-8 5 13 10 30.0 5 9 10 26.2 5 6 IO 22.4 5 2 IO 18.6 4 58 IO 14.8 4 54 IO II.o 4 51 IO 7.2 4 47 IO 3-4 4 43 9 59-6 4 39 9 55-8 4 36 952.0 4 32 9 48.2 428 9 44-4 424 9 40.6
Neptun 1955 Oh
W e l t z e i t
Scheinbare
Scheinbare
Rektaszension
Deklination
h
m
1 3 5 1
5 4
9 36 54-8
°7.38
5112.78'
13 5 1 2 7 . 3 3 11 3 3 5511 3441 .. 0 5 11 J
1 3 52 1 6 . 0 1 1 3 52 22.66 1 3 52 2 9 . 2 2 ^
y
13 52 35-70 13 52 42.09
9 38 12.9 9 39 29-3
7'i8
-9 40
6.8
9 40 43-9
IO 11 3 3 55 1! 4 4 81 .. 6 6 41 1 3 5 1 5 5 - 6 0 67 8 8s n O
Halb- j Hör.
s
1 3 50 50.46
13
111
31.09 621 31.08 540 3I-07 436 31.06 309 31.05 160 31.03 989 31.02 796 3 1 . O I 582 3!-oo 347 30.99 091 30.97 8 1 5 30.96 5 1 9 30.95 203 30.93 868 30.92 5 1 3 30.91 140 30.89 748 30.88 339 30.86 9 1 3 30.85 469 30.84 009 30.82 5 3 4 30.81 044 30.79 538 30.78 018 30.76 484 30.74 30.73 30.71 30.70
936 375 802 216
30.68 6 1 9 30.67 010 30.65 390
939 963
035 059 081 104 127 149 171 193 214 235 256 276 296 316 335 355 373 392 409 426 444 460 475 490 506 520 534 548 56I 573 586 597
53 1 4 49
I
18
0.28
3 54
9 IO.I
18
0.28
3 5i
9
6-3
1 4 22
18
0.28
3 47
14 18
18
0.28
3 43
9 2-5 8 58.6
18
0.28
3 39
0.28
18
0.28
18
0.28
3 35 3 32 328
8 54-8 8 51.0
14 10
18
18
0.28
324
8 43-3 8 39-5
18
0.28
3 20
8 35-7
18
0.28
3 17
0.28
3i3
8 3i-9 8 28.0
1 3 47
18 18
0.28
3
9
8 24.2
18
0.28
3
5
8 20.4
39 1 3 36
18
0.28
18
0.28
3 1 258
8 16.5 8 12.7
1 3 32 1328
18
0.29
8.9
J
0.29
2 54 2 50
8
18
8
5-o 1.2
13 16
8 47.2
14 14
14
6
4
3
J
! 3 59 1 3 55 J
J
3 5i
3 43
3 24 1 3 20
0.29
2 46
8
0.29
2 42
7 57-3
13 12
19
0.29
2 39
13
8
9
0.29
2 35
7 53-5 7 49.6
*3
4
19
0.29
2 31 2 27
7 45-8 7 41.9
13 1 12 57
7 38.1 7 34-2
12 53
7 30.4 7 26.5
12 45 12 41
7 22.7 7 18.8
12 37
19
J
0.29 19
0.29
2 23
!9
0.29
2 20
0.29
2 16
19
0.29
2 12
0.29
2
8
19
0.29
19
0.29
2 2
4 0
609 620
z3-9
14 57
7 14.9
1249
12 33 12 30
Pluto 1955
112
0h Rektaszension 1950.0
Ii m s 1 0 1 0 5.24 9 59-04 9 52.44 9 45-46 9 38.11 I 10 9 3 ° - 4 9 22.35 9 13-97 9 5-26 8 56.24 10 8 4 6 . 9 3
10
10
10
10
6.20 6.60 6.98
7-35 7.70 8.06 8.38 8.71 9.02
9-3i 9.60
8 8 8 8 7 7 7 7 7 7 6 6 6
37-33 27.48 17-37 7.04 56-50 45-76 34-85 23-78 12.57 1-23 49.80 38.27 26.68
6 6 5 5 5 5 5 4 4 4 4
15-03 1 . 6 7 3-36 1.69 51-67 1.69 39-98 1.66 28.32 1.61 16.71 i-54 5-i7 1.46 1 53-7 1.36 42.35 1.24 31.11 1.10 20.01
4 3 3 3 3 10 3 3 2 2 2 2 TO 2
9-°7 58.29 47-70 37-31 27-14 17-21 7-52 58.11 48.97 40.14 31.61 23.41
9.85 O.II
o.33 0.54 0.74 0.91 1.07
1.21 1-34 1-43 i-53 i-59 1.65
0.94 0.78
0.59
0.39 0.17
9-93 9.69 9.41
9.14 8.83
8-53 8.20
Fixsternaberration
W e l t z e i t
Deklination 1950.0
+ O.83 O.87 O.91 0-95
22 2 5 0.0 'L 72.1 26 1 2 . 1 73 -3 27 2 5 . 4 74-3 28 39-7
0-99 f 1.02 I.05 1.09 I.I2 I.I4 + I.I7 1.20 1.22
29 54-9 7 6 . 0 - 2 2 3 1 10.9 76.8 32 27.7 77-5 3 3 45-2 78.0 3 5 3-2 78.4 36 2 1 . 6 7 8 . 7 - 2 2 3 7 4 0 . 3 79.0 38 59-3 79.0 40 1 8 . 3 79-o 4 1 3 7 - 3 78.8 42 5 6 . 1 78.5 - 2 2 44 1 4 . 6
1-25 I.27 T 1.29 I
-3I 1.32 i-34 i-35 + 1.36 i-37 1.38 1.38 I -39 :-i-39 i-39 !-39 1.38 1.38 'i-37 1.36 i-35 i-34 1.32 -i-1.31 1.29 1.27
1-25 1.23 -r-"I.2I I.l8 I.l6 I
-I3 1.10 1.07 i 1.04
75.2
78.1
45 32.7 77.6 46 50.3 76.9 48 7 . 2 76.3 49 2 3 . 5 75-4 - 2 2 5 0 38.9 74-5 5 i 53-4 73-4
53 6.8
72.4
54 1 9 - 2 71.1 55 30.3 69.7 - 2 2 56 40.0 68.3
57 48.3 66.8 - 2 2 58 5 5 . 1 -23 -23
o-3 3-6 5-2 4-9 2.6 458.2
65.2
63-3 61.6
59-7 57-7 55.6
53-6 5 51-8 51-3 -23 6 4 3 - 1 49.1 7 32.2 46.9 8 19.1 44-5 9 3-6 42.0 9 45-6 39-6 2 3 1 0 2 5 . 2 37-i 11 2 . 3 34-6 1 1 36.9 31-9 1 2 8.8 29.2 1 2 3 8 . 0 26.6 * 3 4-6 23.9 23 1 3 28.5
Fixsternaberration -7-4 7-5 7-6 7-7 7.8 -7-9 8.0 8.0 8.1 8.1 -8.1 8.1 8.1 8.1 8.1 -8.0 8.0 7-9 7-9 7.8 -7-7 7.6 7-5 7-4 7.2 -7-i 6.9 6.8 6.6 6-5 -6-3 6.1 5-9 5-7 5-5 -5-2 5-o 4.8 4.6 4-3 -4.1 3-8 3-6 3-3 3-i 2.8 -2.5
34-41 772 39 I 0 3 36518 34 ° 2 0 31 612 3 4 . 2 9 296 27 0 7 5
2 669
2 585
2 2 2 24 9 5 2 2 22 929 I 2 1 009
316 221 123 023 920
I 814
3 4 - I 9 1 9 5 I 706 1 7 4 8 9 1 597 1 5 892 1 484 1 4 408 1 37° 1 3 0 3 8 1 254 3 4 . 1 1 784 1 137 1 0 647 1 019 09 628 901 08 7 2 7 782 0 7 945 662 34-07 2 8 3 541 06 7 4 2 4 2 1 06 3 2 1 299 06 0 2 2 178 05 844 56 34-05 788 65 0 5 8 5 3 187 06 040 308 06 3 4 8 06 7 7 7
429 547 664
34-07 07 08 09 10 34.11 13
324 988 769 665 673 792 021
17 34.18 20 22
3 4 7 1 649 996 1 748 7 4 4 1 845 589
781 896 1 008 1 119 1 229
1 337 14 3 5 8 1 443 1 5 8 0 1 1 546
1 940
24 5 2 9 2 030 26 5 5 9 2 1 1 9 28 678 a a 2 203 34.30 8 8 l
d 0.1985 1984 1982 1981 1979 O.1978 1977 1976 1974 1973 O.1972 1971 1970 1970 1969 O.1968 1967 1967 1966 1966 O.1965 1965 1965 1965 1965 O.1965 1965 1965 1965 1965 O.1965 1966 1966 1967 1967 O.1968 1969 1969 1970 1971 O.1972 1973 z 974 T 975 1977 1978 0.1979
Pluto 1955 Oh Rektaszension 1950.0
h
m
s
10 2 23.41 2 15-55 2 8.03 2 0.87 1 54.08 10 1 47.66 1 41.62 1 35-9» 1 30.75
1 25.93 10 1 21.52 1 17-55
1 14.01 1 10.92 1 8.27 10 1 6.07 1
4-32
1
3.02 2.18 1.79 1.87 2.40 3-39 4.84 6.76 9.14 11.97 15.27 19.02 23.22 27.86
1 1
10 1 1 1 1 1
10 1 1 1 1 1 10 1
1 32.95 1 38.47
1 44.42 1 50.79
10 1 2 2 2 2 10 2 2 2 3 3
57.58 4-79 12.40 20.42 28.83 37.64 46.82 56.38 6.29 16-56
7.86 7.52 7.16 6.79 6.42 6.04 5.64
5-23 4.82 4.41 3-97 3-54 3 2.65 2.20 i-75 1.30 0.84 Q.39 0.08 °-53 0.99 i-45 1.92 2.38 2.83 3-3° 3-75 4.20 4.64 5.09
5-52 •5-95 6-37 6.79 7.21 7.61 8.02 8.41 8.81 9.18 9.56 9.91 10.27 10.61
3 2 7 . 1 7 10.94
10 3 38.11
Fixsternaberration
+ I.04 1.00
0.97 0.93 0.90 +0.86 0.82 0.78 0.74 0.70 +0.66 0.61 0-57 0-53 0.48 +0.44 0-39 o-35 0.30 0.26 +0.21 0.16 0.12 0.07 +0.02 —0.02 0.07 0.12 0.16 0.21 -0.25 0.30 0-34 0-39 o-43 -0-47 0.52 0.56 0.60 0.64 -0.68 0.72 0.76 0.79 0.83 0.87 —0.90
113
Weltzeit Fixsternaberration
Deklination 1950.0
+23 13 28.5 13 49-7 14 8.2 14 24.0 14 37-o +23 z 4 47-3 14 54-8 14 59-6 15 1.6 15 0.9 +23 14 57-4 14 51.2 14 42.2
21.2 18.5 15.8 13.0 10.3 7-5 4.8 2.0 0.7 3-5 6.2 9.0 11.7
1 4 30.5 14-3
14 +23 13 13 J3
16.2 59.2 39-6 J 7-4
12 52.7
17.0 19.6 22.2 24.7 27.2
! 2 25.5 29.6
+ 23 I I II 10 10 9 +23 8 8 7
55.9 23.7 49.2 12.4 33-2 5i-7
8.0 22.1
6 34-1
5 +23 4 3 3 2 1 +23 o +22 59 57
44-i 52.1 58.2 2.4 4.8 5-5 4-5 1.8 57-6
56 5 i - 9
55 44-7 +22 54 36.2 53 26.3 52 i5-3 51
32.2 34-5 36.8
39-2 4i-5 43-7 45-9 48.0 50.0 52.0 53-9 55-8 57.6 59-3 61.0 62.7 64.2 65.7 67.2 68.5 69.9 71.0 72.2
3 - i 73-3
49 49-8 48 35-6 +22 47 20.4
74.2 75.2
Lichtzeit
-2-5
34.30 881
2-3
33 166
2.0
i-7 1:4 -1.2 0.9 0.6
i-0.2
0-5 0.8 1.0
1-3 rl.6
1.8
2 363
35 529 , 2 439 37 968 ; 2 510 40 478 ' 2 579 34-43 057 2644 45 701 2 707 48 408
o-3
-0.1
d
2 285
51174;
2 766 2 821
53 995 '2 8 7 3 . uuu 34.56 868 O 2 921 =;o 780
2964 62 65 7 5 8 3 005 68 798 3 040 3 073 34.71 871 ' ' 3100 7 4
2.1
124
9 7 1
78 0 9 5 3 1 2 4 3145 8 o 1 2 4 0 3 162 84 402 ,
2-3 2.6 r2.8
3-i 3-3 3-6 3-8 -4.0 4-3 4-5 4-7 4-9 -5-i 5-3 5-5 5-7 5-9 -6.0 6.2 6.4 6-5 6-7 -6.8
6.9 7-i 7.2 7-3 7-4 -7-5
90 763 ^ ' 0 3 93 954 , 34.97x48 35.00341
191
3 1 338
2
3 073
°4!
3 008 970
¿ 2 9 2 9
35-34 267 3
7 i
5
2
39990 4 2
7 7 7
2
1996
1997 1999 2001 0.2003
2OO4 2006 2008 2010 0.2012
2014
0.2021 2023 2025 2026 , 2028 0.2030
2032 2034 2035 2037 0.2039
2 838
2734
45 5 1 1 / ¿ l 3548x87; 2
50 803
1992 0.1994
2017 2OI9 .
;
3 102
3
1991
2015
l8
22 ^ 8 25 360 28 368
1985
O.1986 1988 1989
;
3 47 13 017 ^ i 3 126
3 5
1983
io.
06 706 J ' 09 8 7 0 3 1J 6 4 16 143
O.I979 1980 1982
2
553
2040 2042
2044 2045
O.2O47 2048 2050
2051 58 258
417
60 6 0 3 *
34 J
35.62 874
2 271
2053 2054 0.2055
Pluto 1955
114
0h W e l t z e i t Rektaszension 1950.0
1955 .Tuli 2 4 6 8 10 12 14 16 18 20 22 24 26 28 Aug.
30
1 3
5 7
9 11 13 15 17
19 21 23 25
27 29 31
Sept. 2 4 6 8 10 12 14 16 18 20 22 24 26 28 Okt.
30
2
h
Fixsternaberration
m s
10 338.11 1.27 3 49.38 1.58 4 0.96 1.88 4 12.84 2 . 1 7 4 25-01 10 437.46 2-45 4 50.20 5 3-19
2.74
2.99
3-24 5 16.43 3-49 5 29.92 372 !0 5 43-64 3-93 5 57-57 6 11.70 4-13 6 26.02 4-32 4-49 6 40.51 4 . 6 6 10 655.17 4.81 7 9-98 4-95 7 24-93 5.08 7 40.Ol 5-19 7 55-20 10 8 10.50 5-3° 8 25.89 5-39 5-47 8 41-36 5-53 8 56.89 5.58 9 12.47 5 . 6 2 10 9 28.09 5.64 9 43-73 5 . 6 4 9 59-37
10 15.01 10 30.63 10 10 46.21 n i-75 11 17.23 11 32.64 11 47.96 10 12 3.19 12 18.30 12 33.29 12 48.15 13 2.84 10 1 3 17-37 13 3i-72 1 3 45-87 13 59-82 1 4 13-54
14 27.03 10 14 40.28
5.64 5.62 5.58
5-54 5.48
5.4i 5-32 5-23 5-ii
4-99 4.69
4-53 4-35 4-15 3-95 3-72 3-49 3-25
0.90
0-93 O.97
.OO •03 .06
,09 .II
•M .16 .19 .21 •23
•25 •27 .28
•30 •3i •33 •34 •35 •36 •36 •37 •37 •38 •38 •38 •38 •37 •37 •36 •36 •35 •34 •33 •31 •30 .28
•27 •25 •23 .21 .18 .16
.11
Deklination 1950.0
+ 22 47 20.4 76.0 46 4.4 76.8 44 47-6 43 3 0 - 1 77-5 42 I i . 9 7 8 . 2 78.7 + 22 40 53.2 39 34-° 7 9 . 2 38 14-3 79-7 36 54-3 80.0 35 34-o 80.3 +22 34 13.5 80.5 32 52.9 80.6 31 32.3 80.6 30 11.8 80.5 28 5i-3 80.5 +22 27 31.1 80.2 26 11.2 79-9 24 51.6 7 9 . 6 2332.4 22 13.7 +22 20 55.6 19 38.1 18 21.3 17 5-3 15 50.1 +22 14 35-9 13 22.8 12 10.8 11 0.0 9 50.4 + 22 8 42.1 7 35-2 6 29.7 5 25-7 423-4 +22 3 22.6 2 23.6 1 26.3 +22 o 30.9 +21 59 37-4 + 21 58 45.9
79.2 78.7 78.1
77-5
76.8 76.0 75.2 74.2
73-i 72.0 70.8 69.6 68.3 66.9 65.5 64.0 62.3 60.8 59.0
57-3 55-4 53-5 51.5 49-4 57 56.5 47-3 57 9-2 56 24.0 45-2 43° 55 4 1 - 0 40.7 55 0.3 +21 54 21.9 38.4
Fixsternaberration
+7-5 7-6 7-7 7-7 7.8 +7.9 7-9 7.9 8.0 8:0 +8.0 8.0 8.0 8.0 8.0 +8.0 7-9 7-9 7-9 7.8 +7.7 7-7 7.6 7-5 7-4 +7-3 7.2 7-i 6.9 6.8
+6.7 6-5 6.4 6.2 6.0 +5.8 5-7 5-5 5-3 5-i +4.9 4.6 4-4 4.2 4.0 3-7 +3-5
Lichtzeit
35-62 874 65 069 67 185 69 221 71 173 35-73 °4 I 74 821 76 512 78 110 796i5 35.81 024 82 336 83 548 84 660 85 671 35.86 580 87 385 88 086 88 682 89 172 35-89 555 89 830 89 997 9° °55 90 002 35.89 840 89 567 89 185 88 694 88 093 35-87 385 86 568 85 644 84 614 83 478 35.82 236 80 890 79 440 77 887 76 232 35-74 478 72 627 70 679 68 638 66 505 64 282 35-6I 971
2 195 2 116 2 036 1 952 1 868 1 780 1 691 1 598 1 505 1 409 1 312 1 212 1 112
1 011 909 805 701 596 490
383 275 167
58 53 162
273 382 491 601 708 817 924 1 030 1 136 1 242
1 346 1 450
1 553 1 655
1 754 1 851 1 948 2 041 2 133 2 223 2 311
O.2055 2056 2058 2059 2060 0.20ÖI
2062 2063 2064 2065 0.2066 2066 2067 2068 2068
0.2069 2069 2070 2070 2070 0.2071 2071 2071 2071 2071 0.2071 2071 2070 2070 2070 0.2069 2069 2068 2068
2067 0.2066 2066 2065 2064 2063 0.2062 2061 2060 2058 2057 2056 O.2055
Pluto 1955 0h Rektaszension 1950.0 h
m
1 4 53-27
15 15 15 10 15 15 16 16 16 10 16 16 16 17
6.00 18.45 30.61 42.47 54-oi 5.22 16.09 26.62 36.78 46.57 55.98 5.01
17
13-63
10 17 17 17 17
21.86 29.67 37.06 44-03
1 7 50.56
56.65 2.29 7.47 12.19 16.44 20.22 2 3-53
18 18 18 10 18 18 18 !8 18 10 18
26.37 28.73 30.61 32.01 32.93 33-38 33-34 32.83 31.84
18 30.37
18 18 18 10 18 18 18 18 18 17 10 17
W e l t z e i t Fixsternaberration
Deklination 1950.0
Lichtzeit d
s
10 14 40.28
10 17 18 18 18 18 10 18
Fixsternaberration
115
28.42 26.01 23.13 19.79 16.00 11.77 7.10 2.00 56.48 50.56
12.99 12.73 12.45 12.16 n.86 n.54 11.21 10.87 io-53 10.16 9-79 9.41 9-°3 8.62 8.23 7.81 7-39 6.97 6.53 6.09 5.64 5.18 4.72 4-25 3-7» 3-3i 2.84 2.36 1.88 1.40 0.92 "•45 0.04 0.51 0.99 i-47 i-95 2.41 2.88 3-34 3-79 4-23 4.67 5..10 5-52 5.92
—I.II
I.08 I.05 1.02
O.99 —O.96 O.92 O.89 O.85 0.8l —O.78 O.74 0.70
0.66 0.62 -0.57 o-53 0.49 0.44 0.40 -0-35 0.30 0.26 0.21 0.16 —0.12 0.07 —0.02 -!-o.03
0.08 4-0.13 0.17 0.22 0.27 0.32 +0-37 0.41 0.46 0.50 0-55 +0.59 0.64 0.68 0.72 0-77 0.81 +0.85
+ 21 54 53 53 52 52 + 2 1 51 51 51
21.9 45-8 12.1 40.8 12.0 45.8 22.1 1.1
5° 50 + 2 1 50 50 49 49 49 + 2 1 49
42-7 27.0 14.0 3-7 56.2 5M 49-4 50.2
49 53-8 50 0.1 50 9-3 5021.3 + 2 1 50 36.1 50 53-7 51 14.1 51 52 + 2 1 52 53 53 54 54 + 21 55 56
37-3 3-2 31.9 3-3 37-3 13-9 53-i 34-8 19.0
57 5-7 57 54-7 58 46.1 + 2 1 59 39.8 +22 035.7 133-8
33-9 3 35-9 439.9 2
+22
5 45-7 6 53-I
8 2.2 9 12.8 10 24.8 +22 11 38.2
36.1 33-7 3i-3 28.8 26.2 23-7 21.0 18.4 iS-7 13.0 10.3 7-5 4.8 2.0 0.8 3-6 6.3 9.2
+ 3-5 3-2 3-o 2-7 2.4
+ 2.2 1.9
1.6 M 1.1
+0.8 0-5 +0.2 0.0 -0-3 -0.6 0.9 1.2
35-6I 59 57 54 5i 35-49
97i 576 097 536 897
4 6 39 1
2 395 2 479 2 561 2639 2 716 790 2
43 531
86o
2928
40 603 37610
2993
3 053
35-34 3i 28 25 21
557 ' 445 l6 280 3 2i56 064 3 2* 801 3 2 6 3
35-18 494 15
3
2
^
46.7 49.0 5i-4 53-7 55-9 58.1 60.1 62.0 64.0 65.8 67.4 69.1 70.6 72.0 73-4
7-i
7-3 7-4 7.6 -7-7
20.28
73189 69 6 6 9
3
520
543
41-7
2031 0.2030
2005
34.83 8 0 2
44.2
2033
531
-3-4 3-7 3-9 4-2 4.4 -4-7 4.9 5-2 5-4 5-6 -5-8 6.0 6.2 6-4 6.6 -6.8 7.0
39-2
2035
3
537
3
36.6
2037
542
3
34°
0.2039
540
87 3 4 5
3i-4
2044
2042 2041
3
3-i
23.2
2049 O.2O47 2046
76 7 2 0
28.7
17.6 20.4
2052 2050
80 2 6 0 3
4
25.9
14.8
2053
2026 2024 2022 0.2020 20l8 2016 2014 2012 0.2010 2008
11762 08 343 35.01421
1-5 i-7 —2.0 2.3 2.6 2.9
12.0
0.2055
J ^ 3 497
34-97924
4
94 4 1 0
3
90 8 8 2
3
5
62 6 7 8 °
59 55
2
4
\
216
3
462
781
3
435
34.49 011
'
42 401 101 r J3 234 f 39 [67 35 34.32 29 26 23 21 18
- - 3 181 986 861 3 125 798 3 063 799 2 9 9 9 868 2 931 008 2 860 2785 223
34-I5 5I5
2 708
2003 2001 O.I999 1997 I995 I 993 1991 0.1989 1988 1986 1984 1982
0.1980 1978 1977 1975 1973
1972 0.1970
Sonnenkoordinaten 1955
116
M i t t l e r e s Ä q u i n o k t i u m 1950.0 AX +0.148 0.166 0.183 0.200 0.217 0.234
822 086"1 297 450 538
+0.251 0.268 0.285 0.301 0.318
503H 369 152 846
783 694
447
5o3
0-447
153 088
68 75
020
945
312
0.462 852 0.478 249 o-493 498 0.508 594 0.523 53i +0.538 306 0-552 9i3 0.567 347 0.581 604 0-595 679 0.609 567 +0.623 266 0.636 769 0.650 o75 0.663 178 0.676 075 o 763 -0.701 238 0.713 498 0.725 538 0-737 356 0.748 947 -0.760 310 J X , JY, J Z
53 58 65
211
558
0-334 950 +0.351 35°_| 0.367 643 0-383 822 0-399 884 °.4 I 5 823 0.431 634 !
49
264
866 - 79
83 °y
601
93
08 103
400
—107
293 114 179
117 123
062
939
128
811
5 678 5 5 5 5 4 4 4 4 4 4 3 3
540
397 249 096
937 775 607
133 T
43
153
159
075 659
-168 177
182 187 189 —196
3 503 197 3 306 203 3 i°3 2 897 2 688
2 475
sind
260
206 209
213 -215
59i
363
+3 -3 +1
-5 —2 +2 —1 +2
+3 +2
+4
—2
+4 +3 +2 +1
+2 +2 o —1
-4 —X
-3
—2
-3 -3 +4 -4 +4
—2 o +2 +2
+5
o -L1
040 818
+2
162
173 434 257
-4
227
-4
228
•2
-233
4
AY -0.891 0.889 0.886 0.883 0.879 0.876
740 151 284 x 43 727 038
-0.872 0.867 0.863 0.858 0.853 0.848
+270 078 848 + 4 230 269 349 4 499 267 583 4 766 265 5 031 265 552 256 5 296 262
-0.842 0.836 0.830 0.824 0.817 0.811
698 878 798 459 864 014 911
+277 278
2 867
274
3 141 275 3 4l6 273 3 689
3 960
5 558
271
+ 262
5 820
260
6 080
259
6 339 256 6 595 255 6 850 253 7 103
+ 250 -0.803 0.796 558 + 7 353 249 7 602 247 0.788 956 0.781 107 7 849 243
o-773 015 0.764 681
8 092
8 334 8 572
242
238
-0.756 0.747 0.738 0.728 0.719 0.709
+ 236 109 + 2 33 301 260 9 041 230 989 9 271 226 492 9 497 224 771 9 721 219
-0.699 0.689 0.679 0.668 0.657 0.646
831 + 10 675 10 3°7 10 730 10 947 10 963
-0.635 0.624 0.612 0.601 0.589
78° 11 + 194 4°3 + 377 192 11 569 834 188 11 757 077 184 11 941 136 181
9 940
156 368 577 783 984
11 183
"0-577 014
+ 1 2 122
in Einheiten der 7 Dezimale gegeben.
+ 216 212 209 206 201 199
-178
J
-3 -4 +3 +2 o
+4 -L5 +2
-3
+1
-3 +3 +4 +5 o +1 —1
-4
+2
+3
—2 +2 +1
+3 +5 +5 +3 +5
—2
-3 -5 —2 +2 o
+4
o
+5 +2 o
+3 +5
+ 120 -0.386 721 123 0.385 5 9 8 - 243 120 0.384 355 j 362 119 0.382 993 j 481 119 119 0.381 512 t 600 117 912 x
0-379
717
+ 116 -0.378 195 +1 833 118 0.376 362 95i 411 "5 0-374 066 0.372 345 181 " 5 0.370 164 296 " 5 114 0.367 868 410
-0.365 458 + 2 524+ 1 1 4 0.362 934' •636 112 0.360 298 ; 749 " 3
0-357 549 o-354 689
718 0.351 -0.348 637
0-345 447
0.342 150 0-338 746 0-335 236 o.33i 621
: 860 : 971
110
! 081
+3 190
in in
+ 109 107
297
107
404
106
5io
105
615
i°3
718
-0.327 9°3 +103 + 3 821 100 0.324 082 921 0.320 161 34 021 100 0.316 140 4 119 96 0.312 021 806 4 215 96 0.307 4 3" -0.303 495 + 4 404 091 • 496 0.299 595 0.294 009 . 586 . 676 0.290 0.285 333 • 763 570 849 0.280 -0.275 721 + 4 933 0.270 788 017 0.265 771 098 0.260 673 178 0.255 495 257 -0.250 238 +5 +
+ 93 92 90 90
87 86
81 80
79 77
Sonnenkoordinaten 1955 Mittleres Äquinoktium AX
+0.760 310
-233 + 1 1 130 0.771 440 237 1 0 893 238 0.782 333 1 0 655 243 0.792 988 10 412 246 0.803 400 1 0 1 66 249 0.813 566 9 917 2 52 +0.823 483 9 665 255 0.833 148 9 410 259 0.842 558 9 151 261 0.851 709 8 890 264 0.860 599 8 626 22 0.869 5 ' 267 8 359 -270 +0.877 584 + 8 089 0.885 673 272 7 817 0.893 49° 275 7 542 0.901 032 276 7 266 0.908 298 278 6 0.915 286 6 707 281 -282 +0.921 993 + 6 6 425 0.928 418 283 6 142 0.934 560 285 5 857 0.940 417 285 5 572 0.945 989 287 5 285 0.951 274 288 4 997 +0.956 271 -289 + 4 708 0.960 979 289 4 419 0.965 398 291 4 128 0.969 526 291 837 0
-973 363
0.976 907 +0.980 157
250
956
0.983 113 0.985 774 0.988 139 0.990 207 0.991 978 +0.993 451
+ 1
0.994 625
0.995 5oo 0.996 076
o-996 353
293 544 294
661
365
-294 295 296
297 068 297 771
473
298
-299 174 299 875 299 576 299 2 77 299 i
-0.577 0I4+
o +1
0-539 596
2 644
0.526 785
2 811
0.513 811
2 974
+4 —1 +3 +2
+1
o +1 +1 +5 +4
0.564 714 0.552 240
2 300
0.460 368
+4
+5 +4
-301
+2
0.239 494
167
+4 +3 +1
0.234
0.446 640
0-432 775 -0.418 776+ 0.404 648
0.390 396
0.376 024 0.361 538
0.102 313 0.086 561 0.070 781 -0.054 979 0.039 j58 0.023 325 -0.007 483 0.008 362 20
+ 2
O . 1 8 7 68l
+129
-0.l8l 609
114
+1 +1 +3 o
105
+2 +1
4 252
120
4 372 4 486
110
596 701 896
86 82
154
76
230 3°2
+
37o 433 492 547 +
643 684
5 721
5 780 5 802 5
+2
90
072
5 752
55
95
986
597
59
—2 -4 -4 +1 +1 -5 -5 -4 -4 —1
+100
801
72
68
63
5°
+1
46
+2
41 37
3i 28 22
+ 19 821
5 833 5 842 5 845 5 843
12
o —1 -4 +1 —1 +3 —2 +3 —1 o +2
763
5 829 5 892
O . I 9 9 648
+67
66 63 62
5 954
O.I93 694
7i 69
696
+5
0.205 540
-3
124
627
0.222 828
0.2II 369
73
556
0.228 455
-O.217 132
73
483
011
134
3 865 3 999 4 128
-4 o +4 +4
+77 76
334 410
0.244 9°4
147 143 137
3 728
0.024 5 -3 J X , J Y , J Z sind in Einheiten der 7, Dezimale gegeben. +0.996 331
170
163 i59
3 585
0.346 942 4 4 —2 -0.332 24I+ 4 0.317 440 o 4 0.302 544 —2 4 0.287 558 +2 5 0.272 486 —2 5 0.257 3 3 2 -3 5 —2 —0.242 102 5 0.226 800 +4 5 0.211 4 3 0 +1 5 0.195 997 +2 5 0.180 505 -3 5 0.164 958 -4 5 + 1 -0.149 361 0.133 7*8 5 +2 0.118 034 5
-3 o
+5 +4
3 133 -0.500 678 I + 3 287 + 1 5 4 0.487 3 9 151 3 438
o-473 953
-0.250 238
174
+ 178
2 474
—2
o —1 +1 —2
1950.0
AY
-4 -+4 5
+2 +4
117
59
6 013 59 6 072
+6 1 2 7 + 5 5
0.175 482 6 O . 1 6 9 3OI 6
54
181
52
233 068 6 282 O . 1 5 6 786 6
49
O.163
0.150 457
6
-0.144 082
329
47 46
375
+43 +6 418
0.137 664 0.131 204 0.124 706 0.118 170
O.iii 599
6 536
+6 6 694 6 001 6 283 6 540 6
0.098 359 0.085 0.078 0.071
+32
636
29
665
28
693 718
25 25
743 764
21 +20
-0.064 776
+6 784
0.057 992 0.051 190 0.044 372 0.037 54°
0.030 696
980
6 818 6 832
14
6 844 1 2 6 854
+6 862
10
- 8
5
867
0.010 113 -0.003 243
18
6 802 16
-0.023 842 0.016
35
6 57i 33 6 604
-0.104 995 0.091
42 38
460 6 498
870 6
872
3 + 2
-0.003 629+6 — 871 0.010 500
1
Sonnenkoordinaten 1955
118
Mittleres Äquinoktium AX
+0.996 0.996 0-995 0.994 0.993 0.991
331 008 387 466 248 732
-¡-0.989 0.987 0.985 0.982
921 815 415 722
0-979 739 0.976 467 +0.972 0.969 0.964 0.960 0-955 0.950
907 061 929 515 818 841
+0.945 0.940 0.934 0.928 0.921 0.915
585 051 242 159 803 177
-1-0.908 282 0.901 121 0.893 695 0.886 006 0.878 056 0.869 849
323 621 921 1 218 1 516
1 8n 2 106 2 400 2 693 2983 3 272
-301
298
-3 -1-2 -4 +3 —1
295
+4
-295
o
298 300 297
294 293 290 289 288
^
+5 +4
3 560 3 846 4 132 4 4J4 4 697 4 977 5 256 5 534 5 809 6 083 6 356 6 626
-286 286 282
283 280 279 -278 275 274 273 270 269
6 895 7 161 7 426 7 689 7 95o 8 207
-266 265 263 261 257 256
8 463 +0.861 386 -253 - 8 716 0.852 670 249 8 965 0.843 705 9 211 246 0.834 494 9 455 244 0.825 °39 9 695 240 0.815 344 9 931 236 +0.805U 413 -233 ^ ° - I O 164 0.795249 , 229 393 226 0.784856 u '
-4 -3 +4
10 619
+3 —1 +4 -3 o —2 -3 +3 +2 —1 +3 +2 +4 -3 -5 -5 +1 —2 —1 +5 +3 —2 o +4 +3 +5 +1
1950.0
AY
+0.024 0.040 0.055 0.071 0.087 0.103
205 042 866 674 459 217
+0.118 0.134 0.150 0.165 0.181 0.196
943 632 280 881 432 928
+0.212 0.227 0.243 0.258 0-273 0.288
364 737H 042 276 433 511
+0.303 0.318 0-333 0-347 0.362 0.377
504^ 409 221 937 552 062
+0.391 0.405 0.419 0.433 0.447 0.461
463^ 750 920 968 890 681
+0-475 0.488 0.502 0.515 0.528 0.541
338, 855" 229 456 531 45 1
+0.554 0.566 0-579 0.591 0.603 + 0.615
213, 812 246 511 604 522
-
5 837
6
13
5 824
16
5 808
23
5 785
27
5 758
5 726 32 5 689" 5 648
37
41 47
5 601
50
5 55i
55 60
5 496 5 436 5 373
- 63 68
5 3°5
7i
5 234
77
5 i57
79
5 078 4 993 4 905 4 812
4 287" 4 170 4 048 3 922 3 79i 3 657
•114
117 122 126
131 134 —140
3 517
143
3 374
147
3 227 3 o75 2 920 2 762 2 599 2 434 2 265
+1 —2 +2 +1 +4 -3 +1
93
109
4 4°i
—1 +4
-5
105
4 5io
+2 +4
-4 -4 o
101
4 615
-3 +2 —2 o +1
85
96
4 716
+ 2 +0.010
152 155 158 -163 165 169
172 -3 °"774 237 I 0 8 4 2 «3 2 093 175 o > 3 395 _ l l o l «9 - 4 1 918 -178 +0-752 334 ~216 - 5 J X, J Y , J Z sind in Einheiten der 7. Dezimale gegeben.
-4 -4 -4 -5 —1 -3 —1 -3 +2 -3 +1 +1 —2 +1 +3 —2 o -4 -4 -5 -4
868- 3 0.017 3 6 8 6 86, l 0.024 0.031 086 10 6 845 0.037 93 1 6 8 " 0.044 6 7 5 t Z 'S +0.051 584 , „ - 1 6 o + 6 803 0.058 387 o 18 0 ' 6 785 0.065 172 ' 3 19 T«" 6 66 7 0.071 ¿R 938 23 0.078 68l 6 743 24 6 719 0.085 400 25 694
+0.092 0.098 0.105 0.112 0.118 0.125 +0.131 0.138 0.144 0.150 o.i57 0.163
°94 + 6 667 - 2 7 637 , 761 , 30 398 66 66 03 77 3 0 005 6 573 3 4 578 II 7 539 * 6 503 620 -39 O84++ 6 464 40 508 6 424 41 6 383 89: 6 339 ' 4 4 230 46 6 293 523 6 246 47
+0.169 I96-5° 0.175 6 9 5 6 146 0.182 1 1 1 6092 54 0.188 2 ° 3 6038 5 4 0.194 2 4 1 5 98 I 5 7 0.200 2 2 2
5 922
59
-60 +0.206 144 2+5 862 , 0.2x2 006 63 0.217 805 5 7 9 9 63 5 736 / 0.223 5 4 1 «9 0.229 0.234
%
* 66 +0.240 2 1 0 0.245 0.251 0.256 ¡ i o + ^ t 0.261 5 39i 19 201 72 2 0 5 23tt 75 76 -¡-0.266 5764 '
^ + 5 168
932
'
-76
Sonnenkoordinaten 1955
119
M i t t l e r e s Ä q u i n o k t i u m 1950.0 AX
-216 - 5 I 277 I 490 213 - 3 I 698 208 -¡-4 1 904 206 + 1 0 2 IO7 203 198 + 5 2 305 +0.681 553 2 501 -196 + 2 0.669 ° 5 2 2 693 192 + 2 0.656 359 2 8 8 l 188 + 2 186 0.643 478 3 °67 181 - 3 0.630 4 1 1 o 3 24? 0.617 163 3 426 178 —2 +0.603 737 -175 - 5 0.590 136 3 601 170 + 1 3 771 0.576 365 3 937 166 + 2 163 - 3 0.562 428 4 100 159 —2 0.548 328 4 259 153 0.534 069 +3 4 4 " -150 +0.519 657 3 4 562 145 0.505 095 4 4 707 141 0.490 388 -5 4 848 0-475 54° 4 983 135 + 3 13° + 5 0.460 557 5 " 3 126 + 2 0-445 444 5 239 +0.430 205 —121 o 5 0.414845" 3^o 117 - 3 0.399 368 5 477 112 - 3 0.383 779 5 589 107 —1 0.368 083 5 696 104 - 4 0.352 283 5 800 98 + 4 5 898 • 0.336 385 - 94 + 5 0.320 393 5 992 89 +4 6 081 0.304 3 J 2 6 168 87 - 3 +4 0.288 144 6 248 80 77 + 2 0.271 896 6 325 72 + 2 0.255 57i 6 397 +0.239 i 7 4 . 6 466 69 —2 0.222 708 63 + 5 6 529 0.206 179 6 588 59 + 5 0.189 59 1 6 643 55 + 5 0.172 948 5° + 5 +0.156 255" 6 693 +3 JX, JY, JZ sii d in Einheiten der -I-0.752 334 0.741 057 0.729 567 0.717 869 0.705 965 0.693 858
AY
-'-0.615 522 1' 1 -178 £ £ + 74° „ O.627 2 62 181 O.638 821 " 5 5 9 184 °-65° 1 9 6 ; ; 3 / j 186 0.661385 190 , 10 999 0.672 384 „ 192 t ' ° 10 807 +0.6830 i gy i ^ -195 , „ +10 612 0.693 803 199 ~ 10 41 ^ 0.704 216 201 ^ „ 10 212 0.714 428 203 ' 10 009 0.724 0.734 +0.743 /to O.753 i O.762 ' O.771 '' 0.780 O.788
437 239 832
8o2
** „ -212 + 9 381 213 216 O 9 165 378 „ 216 8 949 „ 222 J327 ' 8 727 054 223 558 1 ^ 226
+O.796 836 0.804 886 + 0.812 704 0.820 289 0.827 639 / 0.834751 +0.841 625 0.848 250
g 593
-228 232 233 1 235 7 3SO ' 238 7 112 6 8 7 4 238 , , -241 243 O r r, 6 39° O.854648 242 0.860 796 246 0.866 698 5 9 ° 2 245 0.872 355 5 4Q ; 248 + O.877 7Ö4+ i 6 i -248 0.882 925 249 4 O.887 837 251 o Q 4 661 O.892498 251 °- 8 9 6 064 908 6 254 o.goi 253 *
8q
^
3 903
+0.904 967 -254 0.908 616 3 6 4 9 257 ^ n 3 392 0.912 008 ' 256 0 136 - 9 i 5 i 4 4 23 878 0.918 022 / 259 * + 2 619 +0.920 641 -259 7. Dezimale gegeben.
-4 -3 +1 +5 +2 +4
+0.266 0.272 0.277 0.281 0.286 0.291
932 +5 092 024 5013 037 4 933 970 4 853 823 4 771 594 4687 281 884 +4 603 400 4 5i6 830 4 430 1 1 7 1 4 34 422 4 251 4 161 .
76 79 80 82
+0.296 0.300 87 0.305 0.309 90 0.314 90 0.318 + 1 +0.322 ! 8 3 93 + 4 «ST 0.326 651 93 J -3 +4 0.330 626 3 975 94 0-334 507 3 881 97 -4 0.338 291 3784 96 o o.34i 979 3688 98 +2 3 590 + 3 +0-345 569 +3 490 —100 100 0-349 059 -3 3 390 102 +2 0.352 449 +4 3 288 101 0-355 737 3187 10 o 0.358 924 3 0.362 008 3 084 104 +3 2 980 -104 - 3 +0.364 988 •2 876 105 0.367 864" -5 0.370 635 2 771 105 +2 0-373 301 2666 106 -4 0-375 861 2 560 107 +2 107 0.378 3i4 2 453 —1 2 346 + 3 +0.380 660 +2 239 —107 109 0.382 899+5 2 130 108 029 0.385 +1 2 022 +2 0.387 051 1 913 109 —2 0.388 964 1 804 109 +5 0.390 768 1 693 i n HO + 4 +0.392 461 1 o-394 044 + 1 583 i n -4 0-395 5162 472 ' 112 +2 rf , 1 J360 0.396 876 o ' 1248„ 112 0.398 124 + 1 112 ,M-i 136 + 5 +0.399 260 -112 +1 -5 —2 +3 —1 +1
Sonnenkoordinaten 1955
120
Mittleres Äquinoktium AX
X
Juni 13 14
15 16
17
18
*9
20 21 22
23 24
+0.156 0.139 0.122 0.105 0.089 0.072 +0.055 0.038 0.021 +0.004 —0.012 0.029 0.063 0.080 0.096 0.113 0.130
26
27 28
29 30 Juli
I 2
3 4 5 6
-0.147 0.163 0.180 0.197 0.213 0.230
73 6
16 816 920 16 848 072 16 874 198 16 896
302
39°
0.263 0.279 0.295 0.311
10 11 12
-0.343
15 16
17
18
19
20 21 22 23 24
- 16 12
250 H - 1 6 714 43 964 46 16 668 632 5i 16 617 249 56 16 561 810 60 16
311 16
501
65 436+ 68
•16 368 16 295 16 218
16 136 16 050
15 960
774 -15 0-359 638 15 0-375 402 15
J4
26 22
757
115 410 628 764 0.327 814
9
41 36 32
466 4 16 928 — 2 538 16 930 + 6 392 16 924 316 9 16 915 901 + 14 *3 2 l 6 881 20 24 013 «57 29 870 828 33 698 795 38 493
7 —0.246 747
8
-16 912 16 924
46
864 764 659
73 77 82
86 90 -t. 96 100 105
0.391 061 109 15 55P 0.406 611 114 15 436 0.422 047 119 15 317 -0-437 364 -15 193 +124 129 0.452 557 15 064 132 0.467 621 14 932 0.482 553 139. 14 793 0.497 346 141 - 1 4 652 - 0 . 5 1 1 998 +147 JX,
+3 +4 +3 1 o
-5
-4 -5 +4 -4 +2
-4 -5 o +1 —1 +1 +2
-3
AY
'-0:920 0.923 0.925 0.926 0.928 0.929
641 +2 001 2 1 100 , I 938 514 8261
-'-0.930 0.931 0.932 0.932 0.932 0.932
875 660 180 |+ 436 s 265 428 2 73 263 1551
-!-2 —2
-1 0.931 0.930 0.929 0.928 0.926 0.925
—264 6191 800 262 8191 062 261 757 1 323 434 262 8491 260 1 845 004 260
-4
+3 +4 +4
0.911 0.908
-4 -4 -4 -3 -3 -3
1-0.904 0.900 0.896 0.892 0.887 0.882
+4
+3
—2
-4 -3 —1 —1
-4
+4
—2
+4
099 838 576
-1-0.877 0.872 0.866 0.860 0.854 0.848 +0.841
-259 261 261 262
264 312 263 I 049 -264 785' 265 520 264 256 264
;+
536
+5
-L2
+5 +4
o
+5
+0.399 0.400 0.401 0.401 0.402 0.403
+0.403 0.404 + 2 0.404 0.404 O 0.404 -5 0.404 o
+4 -3
^ 2 105
-4
+0.404 0.403 0.403 0.402 0.401 0.401
-3
+0.400
I-0.922 899 U 0.920 535
—2
+4
360
AZ
00
25 —0.046
255 - 1 6 739 516 16 780
1950.0
-259 364 258 > 2 622 257 1 2 879 1 256 i35 899 3 255 3 39° 509 255 1 3 645 864 -254 899 965[ - 3 253 : 4 152 813 251 ; 4 4°3 410 251 654 756 249 , 4 903 853 249 • 5 152 -249 701 , - 5 401 300 246 , 5 647 653 245 892 761' 5 244 6 136 625 243 1 246 6 379 240 ' 6 619 —240 627 859 236 i-6 , 7 095 235 7 33° 232 ; 7 562 229 , - 7 791 -228
4
,
JY, J Z sind in Einheiten der 7. Dezimale gegeben.
+2
—1
o
+3 +3 +1
-4 -5
—2
+5 +4 +5
—1
-5
+1
+4 +3
o
+4 —1
260 +1 284 194 991 674 242 696 036 4 261 37i4 367 248
024 910 797 683 568
454 340 225
HO 4 119 233
015 668 207 633 946 146
347 ~ 461 574 687 800 912
234.—1 024 0-399 210 1 137 0.398 073 1 247
0.396 826 1 359 0-395 467
0-393 997 +0.392 0.390 0.388 0.387 0.384 0.382
1.470
1 580
4 i 7 —1 691 726 1 800 926 1 909 017
999 872
2 018
2 127 2 235
+0.380 637 -2 0.378 295 0-375 846 2 2 0-373 290 2 0.370 628 2 0.367 861
342 449 556 662 767
2 872
+0.364 989 - 2 975 0.362 014 0.358 937 3 o77
-1-4 +3 0-355 758 3 179 +5 3 280 0.352 478 +5 - 3 +0.349 o 9 9 " 3 3 7 9 -
99
Sonnenkoordinaten 1955
121
M i t t l e r e s Ä q u i n o k t i u m 1950.0 X
+4 +0.804 990 _ 8 OIg-228 225 O.796 971 +1 O.788 727 » 244 222 —1 0.780 261 8 466 220 —x 0.771 575 8 686 216 —1 0.762 673 8 902 215 -3 9 117 —212 +1 +0-753 556 - 9 329 209 0.744 227 9 538 -4 —2 0.734 689 9 745 207 0.724 944 9 948 203 +4 —1 0.714 996 o 150 202 0.704 846 o 348 198 5 2 648 —1 -197 -0.675 316 -1-0.694 498 +I9 0.687 774" a 4 58 1 9°4 +4 0.683 953 ° 545 192 0.700 038 2264 197 +4 0.673 216 ° 737 192 2 067 0.662 287 0 929 187 201 0.712 105 +3 1 866 0.651 171 1 116 186 0.723 971 203 - 3 1 663 208 —1 0.639 869 1 302 182 0-735 634 1 484 1 455 -0.747 089 1 244+211 —2 +0.628 385 1 664 -180 177 0.758 333 ~ 1 029 215 —2 0.616 721 1 841 173 0.604 880 0.769 362 o 811 218 - 4 2 014 171 0.592 866 0.780 173 o 589 222 - 3 2 185 167 0.580 681 0.790 762 o 226 0.568 329 2 352 163 0.801 125 O 363 228 - 4 O 135 2 515 —0.811 260 +234 +3 +0.555 814 2 675 —160 9 901 0-543 139 156 0.821 161" 235 - 4 0.530 308 2 831 151 0.830 827 9 666 238 - 5 9 428 0.517 326 2 982 149 0.840 255 242 +2 9 186 0-504 I 95 3 131 144 0.849 441 8 941 245 +4 0.490 920 3 27s 0.858 382 247 + 1 8 694 3 4H 139 -0.867 076 +249 - 4 +0.477 506 -137 8 445 0.463 955 3 55i 131 0.875 521" 8 194 251 - 4 0.883 7i5 0.450 273 3 682 128 255 +2 3 810 7 939 0.891 654 0.436 463 124 255 - 3 0.422 529 3 934 120 0.899 338 7684 259 +4 7 425 0.408 475 4 i6°54 "5 0.906 261 +5 763 7 164 4 9 +261 - 3 +0-394 306 -0.913 -"3 - 6 903 4 282 927 264 0.920 o 0.380 024 6 639 4 390 108 266 +2 0.927 830 0.365 634 4 493 i°3 6 373 0-933 469 6 105 268 +3 0.351 141 4 594 101 o 0-939 842 - 5 836 269 0.336 547 4 690 96 +271 - 92 o +0.321 857 783 -0-945 947 J X , J Y , JZ sind in Einheiten der 7. Dezimale gegeben
Juli 24 -0.511 998 „+147 0.526 503 4 s°5 150 25 4 355 0.540 858 26 4 201 154 0-555 059 4 °43 158 27 28 0.569 102 3 881 162 0.582 983 29 3 716 165 699 .+170 30 -0.596 0.610 245 3 546 172 31 0.623 619 3 374 176 Aug. 1 0.636 817 3 198 181 2 3 017 0.649 834 3 2 834 183 186 0.662 668 4 5 6 7 8 9 10 11 12 !3 !4 15 16 17 18 *9 20 21 22 23 24 25 26 27 28 29 30 31 Sept. 1 2 3
AX
AY - 3 +0.349 099 3 478-99 0-345 621 97 -4 0.342 046 3 575-96 o 3 671 0.338 375 3 766'95 o +3 0-334 609 3 860 94 —2 0.330 749 3 953 93 —2 +0.326 796 045 -92 0.322 75i —1 136 9i 0.318 615 o 225 0.314 390 314 +3 —1 0.310 076 401 87 +1 0.305 675 488 87 -84 +0.301 187 -3 +4 0.296 615 572 85 657 0.291 958 —2 82 0.287 219 739 82 +3 0.282 398 821 81 —1 0.277 496 902 +1 981 79 —1 +0.272 5i5 059 -78 0.267 456 136 77 —2 0.262 320 o 75 211 0.257 109 285 74 -3 —1 0.251 824 357 72 7i +2 0.246 467 428
o +0.241 039 -69 497 +1 0.235 542 565 68 +3 0.229 977 630 65 -4 0.224 347 695 65 —1 0.218 652 757 62 +2 0.212 895 817 60 —2 +0.207 078 876"-59 0.201 202 57 +4 0.195 269 933 55 +2 0.189 281 54 +2 042 0.183 239 52 +2 0.177 145 g 094 5i +3 i45 -48 - 4 +0.171 OOO , 193 47 o 0.164 8 0 7 1 240 45 0.158 567 +3 0.152 2 8 2 1 285 43 —2 328 43 +1 0.145 954 —1 ¡0.139 583 37i -40 ST
Sonnenkoordinaten 1955
122
M i t t l e r e s Ä q u i n o k t i u m 1950.0 AX
-0.945 o.95i 0.956 0.961 0.966 0.970
783 348 640 658 399 863
-0.975 0.978 0.982 0.985 0.988 0.991
046 948 566 899 945 703
+271 565 273 292 274 018 277 741, 2 77 464 281 183 +281 902 284 618 285 333 287 046 288 758 290
-0.994 0.996 0.998 0.999 1.001 1.002
171 349 235 828 128 135
+290 178 292 886 293 593 293 1 300 293 1 007 294
—1.002 1.003 1.003 1.003 1.002 1.002
848 2 ^7 39 1
713
+294 419 295 124 169 293 295 464 293 757 051 294
222+
758 001
—1.000 950 0.999 606 0.997 969 0.996 040 0.993 819 0.991 306
344.+293 6 37 293
929
-O.988 503 O.985 409 +3 0.982 026 3 3 0-978 353 3 0-974 391 0.970 141 4
4
—0.965 602 0.960 777 +4 0-955 665 5 0.950 267 5 5 0.944 586 —0.938 621 + 5
292 292 513 292 803 290 +291 °94 289 383 290 673 289 962 288 250: 289 539 +286 825 287 1 1 2 286 398 283 681 284 965 +281
o
+2 —I
-l-I -3 -1-4
rl +4 +3 +3 +1
+4 + 1
+4 +5 +2 o
+3 +3 +4 -3 +1
-4 —1
-3 —1 o +2
+3 -3
AY
+0.321 0.307 0.292 0.277 0.262 0.247
857 075 204 248 212 098
! 0.231 0.216 0.201 0.185 0.170 0.155
912 657 338 959 524 039
+0.139 0.123 0.108 0.092 0.077 0.061
507 934 325 684 0I 6 327
+0.045 620 0.029 9°2 +0.014 I7Ö -0.001 553 0.017 281 0.033 0 0 2 —0.048 711 0.064 4°5 0.080 080 0.095 730 O.iii 351 0.126 939
—0.142 0.158 -5 0.173 —1 0.188 • o —1 0.204 -1-4 0.219
490 000 464 877 236 537
—2
774 943 039 057 993 841
—2
+3 +3
—2
+4 +1
-0-234 0.249 0.265 0.280 0.294 -0.309
-92 89 871 85 956 80 036 78 " 4 72 186 -69 255 64 3i9 60 379 56 435 5° 485 47 532 -41 573 36 609 32 641 27
4 782 4 4 5 5 5 5 5 5 5 5 5
—I
-5 -5 o
-5 +1 —1 +2 o —2
+2 -3 o
+0.139 0.133 0.126 0.120 0.113 0.107 +0.100 0.093 0.087 0.080 0.073 0.067 +0.060 0.053 0.046 0.040 0.033 0.026
583. 172 723 2 37 7i5 161 574 958 3J3 643 949 233
-40
411
38 449 37 486 36 522 32 554 33
587
-29 616 29 645 25 670 24 694 22 6 716 20 6 736
46 5i 5 413 54 5 359 58 5 301 64 5 237
497 - 6 753 - 1 7 744 6 770 17 974 6 —2 13 191 6 783 : II -3 794 + 1 397 6 804 IO —2 593 6 811 7 782 - 5 +4 +0.019 - 6 816 0.012 966 3 -4 6 819 - 5 +0.006 147 6 821 — 2 - 5 —0.000 674 6 820 + 1 0.007 494 +2 6 816 4 0.014 310 3 +5 6 813 — 2 —0.021 123 + 7 - 6 8 24 56.84 " 57-°9 ' 74 57-83J 120 103
201 62.67 ^ 30-769 ^ 236 65.0s i 3 1 - T2 389 167.68 3 5 ' 286t 46 31.928 ^ 7°'54 303 32.226^ 73-57 ^ 2 3 "472 I 9 3 767O £L 32.665 93 37 79-86 3 1 6 32.802 J 30 QO 82 83.00 3 1 4 32.884 v 86.04 304 32.915 2"0 88-9432-895 68 9 I - 6 3 242 32.827 94-°5J 209 I i h i 96-I4 32-7 6 j.J 72 32.565 ^ 97.86^ 130 32-379 2 I 5 99-16 g3 3 2 - i 6 4 2,8 99-99 1 31-926 00-33 5 J 100.18 31.673 27.044 + 1.687 3-3
0.09
Oh 34 m s 29-3I3 ' 151 29.162 7 ISO 29.012 28.867 1 4 5 28 '736 Z 2 8- 6 2 7 8o 28.547 , , 28.504 43 28.503 28 -55O £ 28.646 28.793 1 4 7 0 197 28.990 ' 242 29.232 2 8 2 2 9'5 I 4 3 l 6 29.830 3 ° - 1 7 1 356 3°-5 2 7 * 30-889 % 3 1 - 2 49 S48 31-597 ^ 3 1 - 9 2 5 30I J32.226 ' 269 32-49 5 2 3 2 32.727 1 9 3 32.920 33-072 I X I J 30 72 33.255 34 33.289 33.287 33.254 z 33-T93 g 33- i q 6 i o 8 32.998 I 2 7 3 2 ' 87 i I 4 I 32.730 32.579 28.220 + 1.199
%%" j
58.47 + i-359 ">-8
— 0.15
34
-
5
43*
Greenwich
3-2
+0.04
+ 3 3 ° 28' // 35-95 68 35.27 34-28 99 126 33.02 147 T 3 "55 ,63 29-92 28.21 *7 26.49 1 7 2 24.86 J1 6 3 47 23-39 22.14 , 0 96 21.18 , , 62 20.56 2 4 20.32 — 15 20.47 ^ 55 21.02 93 21 ' 9 54 I 2 9 23 « 2
t 5 **> 26-74 2I3 28.87 232 33.62 ^ t 250 36.12 41.12
240 43-52 4 7 45.80 2ii - f 192 49-83 l68 1 si.s 52-94 54-°9 84 54-93 l 55-44 l 8 55-62 55-47 50 54-97
18.87 - 0.661 19.8 — 0.15
20) 8 Andromedae AR. Dekl. 0h
36 m
s
56.012 55-869 55-7^6 r 4 55-588 * 55.463 1 0 ; 55.358 55.28177 55.238 43 55.236 •55.28044 92 55-372 55-513 r 4 g 55-7 02 2 3 5 55-937 A] 56.211 56.518 56-849 57-197 ,1, 57-551 57.903 3 4 I 58.244 323 58-567 2 58-864; 59- I2 9 230 59-359 I 9 2 59.551 2 59-703 59-815 59-889 74 59.926 -'3 59.929 ~ 59-902 ' 59-846 l 59-766 59-665 „ 9 59-546 59-413 59-27I 54.902 + 1.162 -3.2 i-0.04
I42
+30° 36' //
70.21 i 69 69.52 J 68.55 9 7 , 120 67.35 139 65.96 3 ^ 153 6443 , o J 160 62.83 6 1 . 2 5 11 54 89 59.76 58-43 £ 57-34 81 56-53 48 56.05 J , 55-93 ^ s 6 - ^ ß4 56.83 0 57-84 1n3 4, 59-I8 60.82 f 4 190 62.72 ' 211 64.83 c. 22 7 67.IO c. 237 69-47 2J4 1, 71.88 241 74-29 2 , 6 76-65 2 2 6 78.91 2 81.04 2 3 82.99 1 9 5 175 8474 ^ 153 86.27 a • 128 87-55 IOI 88.56 89.28 7 2 89.69 io 89.79 2 I 89.58 89.06 5 1 0 1
54.03 + 0.592 +10.8 - 0.16
Scheinbare Sternörter 1955
44*
O b e r e
K u l m i n a t i o n
21) a Cassiopeiae
Tag
AR. oh
1955
27
22) ß Ceti
Dckl. m
G r e e n w i c h
AR.
+ 5 6 ° 17'
25) 0 Cassiopeiae
Dekl.
Oh 41m
-i8°
AR. Oh 42
13'
24) 21 Cassiopeiae
Dekl. m
AR. 2'
Oh 42
46
39.70
+ 4«°
Dekl. 111
+ 7 4 ° 44'
s Jan.
0
10 20 30 9
Febr. J
März
9
1 11
23 11 April 1 0
20 30
10 20
Mai
30 9
Juni
299
Juli
19 29 Aug. 8 18 28 Sept.
7 17
27 Okt. 6 16 26 Nov. 5 15 25 Dez.
5 ' i5 25 35
Mittl. Ort s e c 8, t g 8
a, a' b, b'
57-509 57-230 56.952
5
'
2 7
°"52 5 - 5 49.28
37 a
56.685 47.93 I 7 7 c. 244 46.1677 056.441 211 ^ 207 ^ 56.234 g 4 4 . 0 5 41.68 37 J56.076 , 100 ^ 55.976 55-943
4I
55.984
¿7
56.101
£ 192 5 ^ 9 3 26 56.557 *
56.887 J 57
5
251
J36.61
34-11
467
« I I 4 489
31.78 '' ' 207 29.71 y
' 172 27.99 / "68 25-82
59-654-
60.130 60.580
30.77 J3 J3 - 0 8
450
c 414 60.994 4 *
61.363 3 0 9 61.682 3 ' 9
265
'62.398
^
150
%
62.434 r 8 62.416 62.346 1 71 8° A 62.2280
Z ^
25-44 25.56
26.18 27.280 28.82
61.947 62.156 62.306
250 233
26
" 2 7 4 433
5 7 7 0 7
^
I2
02 110
154
195 2
f 262
35-70
38.56 t
4I
61
" 44-77 47-99
86
3°5 316 322
4
20.398
t6 6l . 8T0 * * 6 8 . 2 2 1 4952
^ • 6 3 4 259 l 375 2 6
69.I7
4S
69.62 — 69-55
7
61.33 ,
61.07 60.53 3 0
68
59-73
58.66 J 57-34 55-77
71
I
5 27
26 54 80 7
132 I57
£
30 - 5 7 8 21? 13-365 • u
u
I2
'943 I2 "752
I9I i63
12.464 1 2 . 3J 8 6
12.362 I
2-397
315
34-27
' 301 3' ®5 2go
32.63
22.904 2
31.28
2
2 3 4 8 5
23736 23.954 2 4 1 3 6 -
24.280
24-475 24-441 24.382 2 4-301
0
Ig2 I44
27.35
19.872
+ 1.499 +19.8 — 0.16
+1-053
+3.0 —0.02
6/
^
29-33
144
2
I0
4 65
„
9'7°
68
30.38
I
7-°35
99
Io8
4 1° - 1 21 4 -«
127
41.69
-
59.80 0.329
rI9.7
-
0.l8
8g 68
-93 x 9-55
I
ISO
i
7-975 t 7-895 17-779
17.632 '
J
°
7-458
0
42 80
174 Ig6
17.262 ' 210 17.052 12.381 +1.496 +3-3
+0.07
f
53
36.46 36.04;
1.
99
5
6
"
48.46
297 45-49 ^ 300 42.49 . ^ 290 39-59
35-60
36.89 u 7
Z
37.90
3°"93
32'73
43-27 44-13 44-92
7g
34.81
46.23
5I
37-30 40.15 43-30
86
64-57
56.66 1 5 4 0 «4 57.80 58-52 58.79 58.60
45-f 44.83 44.13
77.00 78.02
48.60
22 6 55
^
245
0
219
u
28i
l88
18.51 I.II2
+ 19.7 - 0.l8
^ ~ ^
IOS
38-71 29.88 5I •P 291 39-58 % 29.37 40.50 2941 58 94 41.44 93 29-99 I I 2 42-37 ^ 3 1 ' 1 1 162
4 7 - 5 2 2Q 47-32 47-oo 46.58: 46.07 59
43-M 45-95
270
240 3 4 - 4 9 201 32.48
46.68
295
2I7
255 S 1 - ^ 281
35.75
36-58 37.18
5 T6 ^
53-82
2
33
55-12
147
ß2
36.99
59-36 59-41 58-85 57-69 55-99
46.74 39 4 7 . 1 3 28 ,47-41 i 6 47-57 3 47-6O - g
53-24
tiü
37-6i
35-78 36.11
n 8
40.24 1 ^ 290
45
S
172
7-9°
37-29
40 17.881 1 91 2
38-29
J7
3 1 ' 4 9 2 86 34-35 2 9 4
l88
£
35-6I
199 23.93 •} 229
2g2
38-99
199
18.25 i l 19.06 124 20.30 s J 164 21.94
325
17-553 I 7-74I
18.017
123
20
01
236
n 6
39-°4
22.65J
280
V - W
33-73
134
225
16.348 3 9 3 26.22 c 362 28.76254 16.710 J 273
18.017'
37.81
J
29.07 ; 2 Q 226 35 26.81 2 1 7 24.64
15-955
I28
I38
I94
~
A 4 14.264 14.684 4 2 0 43° 15.114 ^ 427 I I 5 - 5 4 414
32.45 35-°9 36-47
I » 98
° 166
18.56 329 0 13.492 O t v 3 7 I 18.00 13.163
17-972
30 ~ 4
^ ? 122 23-969 I 2 7
56.336
101
29.60 29.29
2lg
24.091
+1.802 +3.4 +0.10
35
3°-27
251
24-203 „ 2
23.842
i64
u
24
13.863
238
9 I3
33-46 8
21.346 42.84 234 21.637 38.26 2 2 4 21.947 320 c. £ 210 22.267 3 i89 322 22.589 3 v
"
35-4°
12.589
20.383 53-98 20.496 ' 5 i - 9 9 2 156 20.652 J" 49-84 L 0 0 20.848 96 4 7 - 5 7 2 3 5 233 2I.08l 45 22 265
39-71 39-25 38.36 37.06
207
12.496 Z 163 12.659 224 12.883
24-449 24-479
60.17 62.71254 223
II8
20.330 40 20.290 g 20.282 3° 20.312 '
30; 28i
5
20.596 i o 0 7 20.489 ^ 7 91
0 ,24.384
62.067 , 200 61.867 233
61.099
"
322
5 1 . 2 1 314
54.35 57-36
60.55 20.838 61.06 J 124 61.33 20 7I 20.963
38.24 +3.800 +4.0 +0.24
5
°-23 53-87 57-52
2o8
249 3I 33g
355 64 6 6
3
6 1 . 1 2 345 324 67.81 294
70-75 25 73-30 2 I I 7 5 - 4 1 159
4
78.43 33-10
f 3.666 4-19.7
-
0.18
102 41
45*
Scheinbare Sternörter 1955 Obere K u l m i n a t i o n 27) Z, Andromedae AR. Dekl.
Tag 1955 Jan.
0 10 20 30
Febr. 9 J
9 März 1 11 32 11 April 10 20 30 Mai 1 0 20 30 Juni 9 19 29 Juli
9 29
Aug.
8 18 Sept. 287 17 27 Okt. 6 16 26 Nov. 5 15 25 Dez. 5 15 25 35 Mittl. Ort sec 8, tg 8 a, a' b, b'
+ 24° i ' o h 44 m // s 58- 0 34 j , 0 35.91 6 7 57-904 35-24 8 9 57-772 i 2 g .34-35 I o 6 57- 6 44 I l 8 33- 2 9y 57-526 i o i J1 2 . 1 0 119 127 J 57-425 6 J30.83 129 2 57-349 4Ö 9-54 1I 22 4, 57-303 g 28.30 c. " 4 57-295 - 27.16 k 97 57-329 8 o 26.19V 73 57.409 I 2 6 2 5-46 4 6 25-00 „ 57-535 57-707 2 I 6 24.85 ^ 57-923 25.03 5 2 25.55 8 6 58.465 3 I 2 26.41 0 "7 58.777 2 8 7 * 5 I0 I46 5 9 - 7 ,38 2 9-°4 I70 59-445 „ 7 0, 59.782 3 3 7 3 7 4 i g o 32' 4 2o6 jj / 32g 34-7° 2 l 6 60.111 36.86 J , 220 60.423J 0 39.06 , ^ 289 , 220 60.712 , 41.26 , 261 T 215 60.973 1 ü 227 43-4 61.200 192 4 5 ^ 205 -46 I92 61.392 _ 47-38 6i -546 49-*4 8 61.743 5 ° ' 7 2 138 61.788 ^ u5 2 . 1 0 115 61.801 7 53-25 J J -' 92 61.785 1 6 54- z 7 ^ 61.742 £ 54-86 J 61.676 55-30 % 61.589 7 55.48 6 j -104 5 5 4 2 61.485 I l 8 55-10 6 61.367 I 2 ^ 0 9 54-54 61.238 56.871 + I.O95 +3.2 + O.O3
21.93 + O.446 +19.7 — O.I9
Greenwich 33) ¡j. Andromedae AR. , Dekl.
32) y Cassiopeiae Dekl. AR. 0h
53 m
tt 59-86
48.72 „ 48-6I 64 47-97 46.82 / ^ 162 45.20 201 43-19 2 40.88 3
32 59-54 „ 59-21 3 58.89 3 0 3° 58.5936 58.33 2I 58.12 15 57-97 7 57-90 57-91
38-35 % 35-71 2 & 2 33.09 2 5 I
9
2
30-58 0 229 28.29 c.: 199 3° l6l 2 4- 9 I l 8 2 3-5T 70 22.81 2 ü 22.61 •51 22.92 2 I ^3• -978 »
58.00 58-18 58.44 , . 58.78 * 59- J 9 446
59-65 „ 60.16 • 60.69 5 3 61.24 5 5 61.79 5 5 53 62.32
83
?- s 63.31 63.74 % 64.12 3 2 64-44 2 6 64.70 ' 20
64.90 '65.03 65.10
;l
65-" 6 65.05 „ 64-94 l 6 64.78 , ' 21 64.57 2 ß 64-3 1 29 64.02 r 32 63.7O 58.42 + 2.029 + 3.6 J O.II
0h
+ 6 0 ° 28'
26.69 0 210 28.79 245 31-24 * 74 33.98 1 297
54 m
s 16.097 z 15.932 i r z 5-763 i 6 7 15.596I5; 15-439 I 3 6 15.303 15.195 15.123 i 5-°96 15.119 D
72 27
-
y
77 15-196 , 15.327 l85 ^•748 16.029 16.348 16.697 17.066
28i
319 3
f
369
379 i 7 ' 4 4 5 33 L 17.825 7 2 1
8-i97 „ , 18.551 354 18.881 3 3 0 1 97 . 1 8 0 2 f 264 19-444 2 2 4
36-95 3x4 40.09 t 9- 5 43-34 328 46.62 5*9-994 20.095 49.88 3 2 6 317 53.05u 300 20.156 20.179 56. 0 5 8 , 20.l67 58.83 7 t 249 61.32 20.122 20.046 6346:;: ^ 65.187 ^ 125 19.943 66.43 1 9 . 8, 1 6 67.1875 i 9- 6 7O c. 21 67.39 19.508 24.80 + I.766 +I9.5 — 0.23
Io8
14.819 +1.273 +3-3 ¡ 0.05
2 : IOI 6i 23
35) a Sculptoris AR. Dekl.
0 h 56 m + 3 8 ° 15' // 27483 i ; 2 39-°3 4 7 .27.331 2 38.56 4 27.179 37-73 „ 4 36-58 " 2 27-032 3 7; 26.895 121 33.52 g 26.774 9 7 26.677 % 3j-74 i84 2 9-9° i 8 2 26.609 3 3 28.08 j : 26.576 6 171 26.37 J/ J 153 26.582 49 24.84 26.631 ^ ^ 127 23.57 A 26.726 9 5 22.61 60 26.867 1 4 1 22.01 2 I 27.052 21.80 — 19 27-27 9 2 6 3 2I "99 6o 27.542 2Q4 22 -59 „ 2 7 . 8 3 6 ^ 23.58 J " 28.154 3 34 28.486 3 3 2 2 4 ' 9 2 167 28.824 3 3 8 334 194 28 29 158 -53 2i8 " 323 3 3 29.481 7 3°-7I236 „ 304 29-785 2 7 ; 33-07 2 4 8 30.062 243 3 & 1 0 255 30.305 2 : 5 J 257 10 l6s 40.67 253 3 ° - 5 30.675 I 2 2 6 3°-797 8 o 30.877 3 9 30.916 ™
SS«
52.11 12 53-83 ^ 45 55- 2 9 „ 5 loi 56-44 82 5 7 - 2 6 48
I2/
146 i62
57-74 57.84 57-57 20.62 + 0.788 +19-5 - 0.23
IO
"
30.917 ~ 30.883 3 4 30.818 5 ¿92 30.726 J30.612 131 30481 30.337 J 152 30.185 26.316 +1.150 +2.9 —0.04
- 2 9 ° 35' //
65.37 65.84 65.93 65.66 c. 65-03
47 4 9
-
27 6
3
98
64-05 I 3 2 62.73J , , ' 162 6 l . I2I0 191 592I6 57-04 238 54-66 5 2 ' 1 1 267 49-44 2 7 4 46.70 7 4 a 274 43-96 2 / 0 41.26 38.68 2 5 8 r 239 36.29 ^ 34-14 l86 032.28 151 30-77 I I 2 29-65 28.94 28 28.66 28.81 ^ 29-37 3°-f 31.60
95 I28
155 33.15 176 34-91 i 8 g 36.80 0 192 3 72 i89 40.61 42.38 1 7 7 43.96 i 3 3 45- 2 9 46.32 47.02 61.01 — 0.568 +T9.4 — 0.24
I03 3
46*
Scheinbare Sternörter 1955 Obere K u l m i n a t i o n
Tag 1955 Jan.
36) c Piscium AR. Dek], ih o m
0 10 20 30 Febr. 9
37-507 37-394 37.276 37-159 37-°49
19 1 11 21 31 April 10 20 30 Mai 10 20
1
März
Juni Juli
3° 9 19 29 9
!9 29 Aug. 8 18 28 Sept. 7 17 27 Okt. 7 16 26 Nov. 5 15 25 Dez. 5 15 25 35
36.95 36.872 36.820 36.799 36.816 0
+ 7 ° 38' II3 Ilg
IT; 98
62.16 r a 68 6I-48 60.76 7 21 A 7 59-37
62
„ 58-75
79
52
5 8
f 38 57-85 l 57-64 D I7 l 58 57.64
7 36.874 48 IOI 58.35: 36.975 3 7 - " 9 2 59.10 ^ 100 37.305 2 2 , 60.10 r 125 37-5^8 ^ 61.35 147 37-784 62.82 1 6„6 A 180 O 38.067 38.370 £ 38.684 J 66.28 1 9 0 6 8 . 1 81 9 5 39.000 312 7' 0 . 103195 72-08 i89 39-3 1 2 i 300 39.612 c 0 281 73-97 l 8 o 75-77 l 6 39-893 40.148 227 77-42 I 4 8 4°-375 I 9 ; 78.90 ¿7
ivl
4°-5 6 9 40-720 40.854 7 4°-944 41.002
80.17 C 81.22 0 £ 82.04 58 82.63 83.00 2g
l6o
41-030 41-029 4I-003
r 2ß
40.886
86
49
83.17 82.97 82.65 82.20
40.800 1 , IOI 81.66 0 40.699 80.36 40.588
Mittl. Ort 36.272 sec 8, tg 8 + 1.009 a, a' +3.1 +0.01 b, b'
Greenwich
1031) u Phoenicis AR. Dekl.
42) ß Andromedae AR. | Dekl.
ih jm
jh
45'fo7 2QO 45-687 2DO 45-487 I 9 5 45.292 I g 2 4 5 - 1 1 0 i62 44-948 44.812 ^ 44-709 44^45 44.626 ^ 44.656 44-737 44-871 45.055 45-287 45.563 45.876 46.218
6
103 64
ig — 30
- 4 1 ° 43' // 45-97 46-34 ~ 46.24 6 5 45.68 100 44.68 ^ 143 43-25 l 8 l 4 r "44 2 i 6 39-28 2,4, 66 36.82 J 272 34- 1 0 291
3 " 9 306 28.13 J 314 » 24-99 3 5 21.84 2 ^
8I
i
5-79
276
J
3-65i *3-498 13-337 13-175 13.020
74-41 73-99 7 4 i62 73-25 72-22 i 2 g : 138 7 °'94 149 12.882 69-45 i 6 2 12 -769 8o 83 « 12.689 , 9 S " 12.650 — 66.15 , r 9 64.48 x1 6 7 1 C. 56 59 ^ 62.92 v 139 6*-53 I l6 I2.7I9 „ 12.832 " 3 37 8 / o 166 12.998 yy 217 59-50 5 ' 1 3 - 2 1 5 2 6 2 58.08 i6 13.477 30r 58.82 2213.778 14.110 1 4-46 4 g 1 4-83 t ; 15.201 ' 3 365 15.566 1 5-9*7 , 2 9 16.246 16.548 16.817 2 6 9 ' 232
20 361 10-53 2 1 7 8.36 4^*579 7 I 178 46.950 ¿ 2 6.58 135 5-23 S8 47.684 3 4-35 40 48.026 3 4 2 3-95 48.340 3 1 4 4 ^ 9 3 4-66 I o 6 I94 48.857 I I io 5-72 I 4 8 53 40.0480 9 20 82 17-243 : J 7- 184 J 142 9.04 7-398 ™ 49.190 9 2 I I . 1 7 213 I 59 ' 2 3 2 « 7-5i4 7 7 37 x 849-282 4 3 3"49 2 4 2 17.591 4 I 49.325 17-632 , ~ 49-321 242 2 i s S 17.637 18 49- 74 8 / 232 a 27 20.65 49-^7 I 2 ; 0 213 I7.6lO 57 22 49-o67 ' 7 186 17-553 0. 45 24.64 I S I 17.468 85 48-9*8 £ ' ^ HO 54 I ^6 2 48-746 26.15 7-358 2 •i III I 7 2 2 27.26 J J 48.558 " 6 148 199 67 17.078 48.359 27-93
53.97 + °- I 34 1-19.3 — 0.26
44.667 +1.340 +2.7 —0.06
342
38.28 — 0.892 +19.2 — 0.28
+ 3 5 ° 22'
s
12.272 -¡-1.227 -3.3 --0.05
59-°4 A 59 59.63 95 60.58 95 61.87129 63-46 65.32 ,• J J 0
, 67.38 206 222 69.60 234 7 I - 94 2 , 9 74-33 2 , 9
45) u Piscium AR. Dekl. ih 16m s 60.601 60.469 1 A 14° 60.329 1 4 4 60.I85 60.045 127 59.918 0 107 59.811 ' 78 59-733 ' 59.691 0 59.691 4ß 59-737 9S 59-832 , 59-977 60.169 , , ^ 236 60.405 • ^ ° 173 60.678 60.982 3 0 4 61.308 3 2 6 61.648 3 4 ° ^ 346 61.994 342 62.336 62.667 3 3 1 62.980 3 " 3 A A 289 63.269 A 0 2^9 63-528 2 2 ß
76.72 63-754 I 9 I 79-°7 228 63-945 6 81.35 64.101 lI 0 215 A 9 64.220 „ 83.50 0 199 "A64.304 84J 85-49 l 8 l 87-30 t 5, 8 64.355 I 9 88.88 133 64.374 ~ 0 21 9 - 106 64-362 9 91.27 7 6 64.323 g 92-03 ; 4 64-258 % 92.47 „ 64.169 92.58 - 64.060 A 127 92.35 63.933
57-oi + 0.710 +19.2 — 0.29
59.l89 1-1.123 -3.3 •1-0.03
+ 27° I' 55-85 55-38 54.68
47
°
52-68
^
x
5 -47 I 2 8 50.19 48.90 1 2 9 124 47.66 c 112 46.54 ^ 94 45.60 70 44-9° 44-47 4I2 44-35 " 44-56 45-09 ¡ s 45-94 I l 6 47.10
^
5»'1? 52.01 54.00 A 56.07 O 58-17 •i ' 60.27 ' 62.32 64-28 66.12 67.81 A 69.32 ^° 7°- 6 4
Z
,4
199 ^ 207 2IO 2IO 205 X
184
169
iS 1 132 II2
72-65 6fi 73-3 1 4 2 73-73 \ 7 73-90 " 73-82 73.48 34 41.22 + °-510 +18.9 - 0.33
Scheinbare Sternörter 1955 Obere Kulmination Greenwich Tag
47)
1955
i h
4 7 . 5 7 3
2 0
30 Febr. 9 r9 März 1 11 31 April 10 2 1
2 0
30 1 0 2 0
30 Juni 9 19 2 9
Juli 9 19 2 9 8
Dez.
2 7 7
2 6 5
15 25 5
15 2 5
7 4
4 6 . 8 7 2
4 4
5 3 . 5 4
53.76 53.76
22
5 0 . 8 5
M o
5 1 . 0 2
u
199
0
J
2 8 . 1 9 y
;
240
5
5 0 . 8 8 6 c 5 0 . 9 6 0
81
5 0 . 9 9 8
50.957
5 0 . 8 9 4 5 0 . 8 1 2 J
5 0 . 7 1 2
35 50.599 Mittl. Ort sec 8, tg S
2 5 . 6 9 £ 2 6 . 0 9 J ,
8
3
a,
a'
+ 3 . 0
b,
b'
- 0 . 0 1
1 0 7
30.73 t I I 31-84 32-9° 97 33-87 Z 34-73
4 2
1 1 2
i o 6
100 113
6 1 . 2 1
6 7
120
- 3
2
256
2
0 1 2 . 8 7 'r 1 0 . 7 6
~
6
3
5 6 . 2 6
4 5
3
25
4 . 9 4 0
2 1 1
^
,
122
5 6 . 2 3
36
5 7 . 5 1 ^
43
48
3
6 . 0 7
^
6 . 0 4
—
6 . 8 9 7
91
' °
135 yr 176
1
2 1 2
103
2 7 6
i 6 4
'S
3
3
322
8 . 1 1 0
4 3
1 7 . 7 6 '
^ 290
8 . 3 6 2
2 0 . 6 6
8 . J5 8 4 ^ 0
3°4
2 6 . 8 3
1 2
3
2 5 2
222
190
3
124
314
5 8 . 0 0 0
9 . 0 5 5
'
3 6 - 0 7 0 3 8 . 9 0
x
4 1 . 4 9 ^
300
14^
9 "
„ 283
91
I
4 6
60
8 0 . 1 7
9 . 2 0 6
J
8 0 . 5 7
259
8 0 . 7 8
229
4 0
21 *
8 0 . 8 3 8 0 . 7 2 /
J !
25
i o
0
4 8 . 7 7
4
8 0 . 0 5
9 . 0 0 2
8 . 8 9 3
"
27
4 0
53
1 0 9
Cassiopeiae
I h
Dekl.
3 4
m
+ 7 2 °
s
4 8 '
//
55-20 54-62 l 54-01 62 67-94 53-39 60 52.79 s6 52.23 8 5I-75 49 51-36 2 14 50.94 i 54-73 288 50-93 I4 49-°4 2Ö2 51-35 51-76 53 6 7 . 1 6
%
6 7 . 8 5
6 7 - 4 4
I o S
5 4 . 2 1 —
0 . 1 4 8
+ 1 8 . 8 -
0 . 3 5
+
+ 3 . 9 + 0 . 1 T
4 . 2 5 1
7 - 8 4
5 i - i 3 + 2 . 0 0 0
1 . 7 3 2 + 1 8 . 7
-
0 . 3 5
+
1 . 0 3 6
1-3.2 - 0 . 0 2
5 1 . 9 9 +
0 . 2 7 0 + 1 8 . 5
—
0 . 3 8
8
^ ** 6 6 . 3 6
™
J
161
6 2 . 6 9
6 0 . 2 6
2 8
5 1 . 0 8
2 4 3
269
5 7 - 5 7
5
i
-
8
2 8 4
5
2 8 i
28
4 6 . 4 2
4
5
2
'
2
9
4 2 . 1 0 ^
64
52-93 53-66 54-45 ^ 55-29 86 s
6
- ^
39-43
110
3 8 . 8 4 3 8
"
7 6
43
3 9 - 1 9
8 6
57-01 57.85
157
T
40'13 4
1
9 4
I4I
' 5 4
l 8 6
5942 ' 7
4 3 - 4 0
2 2 Ö
6 0 . 7 3
5 1 . 1 8
5 8 - 6 6
J
60.11
4 5 - 6 6 4 8 . 2 7
62
...
6 1 . 2 7
5 4
6 1 . 7 1
4 4
315
54-33 ,„
23
6 2 . 2 7 13 6 2 . 4 0
3 4 7
3
343
6 7 . 9 9
332
"7 7 . 2 9y
2SO
" S3 74-44
20 1
79-79
40
6 1 . 4 1
3 4 3
6 4 . 5 6
7I 31
— 9
3
6 1 . 0 9
^
z
6 2 . 4 1 A 6 2 . 3 2 J , 6 2 . 1 2
8
8 1 . 8 6
83-44
6 0 . 9 3 6 0 . 3 8
3 3 3
5 7 . 6 6 3 3
6 2 . 0 4
6 1 . 8 1
291
5 5
0
J
8 4 . 4 7
4 6 . 3 6 1
+ 1 . 0 1 1
„ 4 ° z 64
^
t 2 97 . 6 1
2
5 6 . 8 7
5°
7
f
244
4 ;
1
6 1 . 8 8
250
7 . 4 0 ' ^
112
177 2576 I9 25-57 ~ u u/ 12 50.779 ^ 12 74 26.73 g3 51-002 I2 2 51.014 ^ 7-56 98 5 0 . 4 6 0 2 5 0 . 6 3 7
"
5 2 . 8 0
2 6 . 2 6
209
5 . 1 9 3 -1
251
2 2
3 55 11 .. 85 9 *
210
2 6
6 2 . 4 7
2 3 3
J
201
4 9 . 7 4 4
+ 15° 6'
2 9 ™
4 0
A R .
s
3 ° - 2 3 X 2 9 2 8 . 9 4
2 0 . 3 0
2
4 8 . 2 2 9
¡ I
2 2 . 8 0
48-92 l6l 47-31 igo 45.51 I9Ö 43-55 20? 4J-48 2I4 39-34 37-20 10 3548.532 £ 33.09 l8s 48.843 £ I-2 3 4 l6s 49-154 49-457 2S7 29-59 I40 ^
i h
6 o °
51)
Dekl.
208
5352.42 51.49 3
P i s c i u m
2 5 . 1 3
10 68
«
0' // 31.13 23 31.36 " 31.05 g2 +
fj
A R .
5-690 II4 5-576 i2 5-451 5-321 128 60.46 51.74 29 59-65 g2 173 51.45 25 27-21 5-°73 I03 58-83 79 4-970 ' 58.04: 51-20 18 4-891 J 57-32 6i 51.02 j 2 4-843 „ 56-71 50.90 < I7-74 4.832 3I I5-23 4.863 77 56.01 2 50.89 55-99 5' i67 I 2 5 " 4 29 8-97 Z 5'229 2o8 56.74 77 7-56 Z 5-437 246 58-54 I27 6-58 5I 5-68 5-959 300 59-8i 7 53-31 61-29 45 53.85 6-574 2 62-93 I77 6-49 64-70l8; 54.40 ^ 2I 54-95 „ 8-75 7' 9 3I4 66-55 l88 554« ° 10.51 7-533 299 68-43 l8 12.63 55-98 7-832 278 7°-27 I78 I5'°7 6g 56.44 4 72-05 l68 2 J ' 37 73-73 I54 57.24 Jr 76-63II8 57-55 26 23-70 * 8.774 157 8.931 77-8I 57- I9 2 9-97 ; 4 78.80 « H 58.14 y 79-58 79 58.21 58.22 9-236 32 58.17 , 9.238 58.06 x6 43-78 49 57.90 ^ 45-70 iso 9-^4 9.165 ; 57^8 47-20 9-094 92 8°-45 57-43 29 48.24 „ 79-52 57-14 5 2 . 0 5
o
5 3 . 5 4
5
22
53-oo 52.70 . 52.38
2 2
50)
Dekl.
s
5 1 . 8 0
46.863 46.894 46-9673 IS9£ 47 47.242 47-44123; 47.676^ 47-941 288
Cassiopeiae
m
j h
2 4 '
52.55 7;85 53.13
97 '
S
A R .
rr
;
4 6 . 9 1 6
5 0 . 2 5 1
1 6
Nov.
e.
J
Sept. 7 17
—8°
1 2
4 6 . 9 9 0
5 0 . 0 1 1
1 8 2 8
Okt.
2 I
48) Dekl.
m
47-690 47.449I26 47.323 47.200 i i 3 47.087
1 0
Aug.
C e t i 1
s
Jan. 0
Mai
&
A R .
47*
5 2 . 4 2 + 3 . 3 8 4 + 4 . 8 + 0 . 2 0
4 2 . 1 6 +
3 . 2 3 3 + 1 8 . 3
—
0 . 4 0
„ 103
48*
Scheinbare Sternörter 1955 Obere
AR.
Febr.
0 10 20 30 9
13.979 J
31
Okt.
Nov.
13.586 0 £ 13.806 0 14.084 ^ ^ 14413 14.784 ^ ' 15.187 c. 15.612 16.047 ^ 16.481
30 10 20
9 29 9
2
°"53 -75 16.77 ko 14.68 ^ 1 2-57
i82
i8
26 5 25 5
220 0
278 329
X78 ¿8 20
37
45 435
434
4
l
18.843 IQO 0 18.653
Ï-550
46.80 43-29
160
4- 9
60 l8
2
3.91
-
36
-16 32.70
I9 l 8
2
173
- 2 5 265 ' 9 g 268 2 3 - 5 8 266 26.24 28.83 2 5 9 247 J3 1 . J3 0 229 33-59 2o8 35-67 I 8 I 37-48 3 97 ^ 40.11 40.86 7 5 4I-I9 20
«
13.065 -r 1 . 5 0 6
3.84 -i- 1 . 1 2 6
+ 3-7 -1-0.07
+i8-3 — 0-4°
4 4 9
l 8
A
6 . 0 6 3J
* B e i s t e r i l 55) u n d 57) lies O k t . 17.
24
-
34
"
3 4
89 143 I
9I 232 t4 287 298
3 2 , 4 9 298 35-47 2 8 6 38.33.262
" 7
2 > 267
^ 229 43-24 i 8 7
0
4 5 - 1 1 138 46.49 8 s 47-34
22
2
98
322 5-741 -
2-459 1-1.859 -I-2.2 —0.10
6
" 5 1 X35 " 1 6 8I
19.77 io 21.68 24.00 26.64 ^ 2 9-5J
284
7.200
6-361
5
^•45
6, -/ 7J3J3 220 6-953 7.106 rt 7.x88 :: 7-145 7.028 6-853 6.628
1
7
7-35 17.11
453
Î '
35
I
341
l8
J l68
' 329 29.41 26.38303 23.68270 21 ' 3 7 l86
-f 346 2.630 J 4 393 J3 . 0 2 J3 429 3-452 4 3-906 %
202
6,
°
4
22s 3- 3 *
g
50
19 *
2
4g
60.91 0 214 58-77 e6 2-1 2 5 4 5 3 288
' 3 2 1 264 2.057 „ ' 222
C.O
AR.
27'
64-01 64-49 64-41 63-77 59
2
4-°9
1
•-
-57° //
1.768 ' 227 1995 28q
i
4I
m
3.938 1 329 3.609 337 3.272 333 2-939 3 2 2.618 297
- 5 4 .00 8.66 ' f 165 7.01 c. M4
4 ^ 4 65 4-79 I 0 4 50 . 8 03 140
2
3Ö
1.500
6
403 4
126
Ort tg § a' V
Il6
150
55) 43 Cassiopeiae
Dekl.
s
1.663
I 7
9-227 19.268 19.264 19.217
, l
I
h
9 211 203
7- 3 8.96 1 0 . 9y 8
j
g
IO
7 ^ • 3 4 5 266 17 18.611 27 18.834 223 177 19.011 7 16 ^ 131 16* 1 9 . 1 4 2 g;
15 25 35 Mittl. sec 8 , a, b,
20g
- f 2 380 7-692 6 18.038 34
15 Dez.
22,
13.339
19 29 Aug. 8 18 28 Sept.
3-77i
226
13.314
30
Juli
24.24 24-32 23.97 2 3-*9 2 2 . 0 3J
' 3 4 4 6 z 3 - 3 5 2 38
April 1 0 20
Juni
rr
2lS
14428 1 4-T. 2 0 2
AR.
+ 48° 24'
s 14.848 ^ , r 202
19 März 1 11 21
Mai
Dekl.
j h ßtjm
1955
G r e e n w i c h
54) a Eridani
52) 51 Andromedae
Tag
Jan.
K u l m i n a t i o n
53-19 1.568 -18.3 — 0.41 -
I
h
1
38™
s 61.09 60.66 60.20
+ 67° 48' 8
43 4
58.86 58'49 % 58.19 2I
57
't 57-86
« o
57-86 57.98 58.20 58.53 58.96
22 33
«
5 9 4 7 5g 60.05 ^ 60.69 4 61.36 67 70 6 2 . 0 6 70 2
6 - 7 6 68 63-44 ^ 64-10 6l
65-78 66.22
AR. h
i
40
Dekl. 111
+ 50° 27'
s
40 59-74 J , 59-29 4 -
64-71 6 53 . 2 8
57) 9 Persei
Dekl.
57
50
3-5O 6 i 84.11 84.16 83.64 ^ g 8 2 . 5J 6 1 0 8 157 80.99 J J „ 200 78.99 2 , , 76.65 2 3 4 i 59 74.06 / -r 272 I
7 -34 2 ' 74 68.60 , 266 63-46 2 I 9 7 l8 59-43 j 4 3 8
00
5 57-02 56.53 56.54 57-05
98
67^8 l8 67-46 ¿g 67.20 6 6 . u5 0 7 0 , m 6 5 - 3 9 J46
50-303 50.106 49-948
^ ^
63-93 62.16 60.l6
49-840
49
49.791
-
9 7
I-
50-044 50.263 50-544 J 50.878
334
I44 l86
2g4
-f0 54.634
46.68 46.36 46.46 46.98
379
5 4
98
4 8 . 5OO3 -T 4 7 -T4 1
2gi
2s6
5I
50.00
2I9
224
~
47-91
66-59 % 66.88 9 67.08 2 02 17 i 67.20 , C. 4 6 7 . 2 4 -6 r 7 . 2 0 !3 67-07 ' 66.85 l 66.57 66.22 35 65.8240
S
3 4 2
54-960 ' 9 7 305 72.02 5 5-24 4 238 .' 321 55-482 t 3 2 75-23 55-674 , , , 78.52 3 2 9 332 55.8x8 1 4 8 1 . 8 4 328 17 97 85.12 55-915 49 88.27 3 1 5 55-964 2 295 1 22 55.966 9 ' 269 55-923 ¡ 7 93-91 55.836 I 2 9 06.26 3 5 * 193
58.61 -¡-2.648 1-4.4 "••5
9
&
i
9
99-65 100.59 59.33 -1- 2 . 4 5 2 +18.2 - 0.42
I 4
6
94
55.707 55-540 55-341 49.566 1-1.571 3-8 1-0.07
Iq8
176 147 II2
73 IO 52
93 I3i
4 9 - 2 2 16, 50.87 IQ 5 2 . 8 2 I9> 0 221 55.03 57-45 2 5 7 60.02 ^ 7 62.69
68
44
77 200
58.03 2 1 3 217 J55-86 J 212
*4 9 - i° 84 55 3 -77 4 89I
5 1 - 2 5 7 379 51.671 414 52.108 437 449 -51 2 . J5J5/7 451 53-o°8 53-450 ^ 53*^73
49
8
5 -°3 59-47 6i -33 63-57 66-13
5* 4 4 9 2 I 2 51'237 23I 51.006 2 4° J5 0 . 7 6 6 239 2 5°-5 7 224
f\
272 272
68^13 70.80 2 6 7 ' 256 7' 03 - 3 6 240 7 50 . 7 6 ' ' 219 77-95 I 9 4 79-89 i 6 2 5 1 126 82.77 87 83-64 z 84.09
l6/
^
46.54 1.211 18.1 - 0.43 f
Scheinbare Sternörter 1955 Obere 59) t Ceti1 De kl. AR.
Tag
jh ^ïm
1955
s ÖO.OOg „ 00 128 5g.88l 139 5 9 7 4 2 143 59-599 I 4 2 59-457 I 3 4 59-323 59-204 9 g 59-106 59-037 59-003 ' 6
Jan.
0 10 20 30 Febr. 9 J
März
9 1 11 21 31
April 1 0 20 30 Mai 1 0 20
59-009 59-058 59-151 ™ 59-288 Z 59-468 2 i g 59-686 59-93 7 2 7 g 6r 0 . 2 1 05 297 60.512 60.821 3 0 9 311 61.132 £ 307 61.439 J ' , 294 6 1 . 7 3 3J Z , ' ° 276 62.009 2 5 1 62.260 223 62.483 62.673 I 9 ° 62.829 1 5 , 120 62.949 8 5 4 1763-034 32 J 63.086 20„ 63.106
30 Juni 9
Juli
29 9
!9 29 Aug. 8 18 28 Sept.
7 17 27 Okt. 7 17 Nov.
K u l m i n a t i o n
26 5 T
5 25 Dez. 5
63.095 63-057 62.994
;;
60) 0 Piscium AR. j Dekl.
— 1 6 0 9' ff 86.12 86.91 7 9 87-46 S 87-74 r 87-75 2 7 8748
,6
86.08 0 84-97
84 111
8
3-59
Il8 i62
8-97 l8, 80.12 78.07 2 0 5 221 75.86 232 73-54 I
239
I
7 - 5 68.74 2 4 1 66.39 2 3 5 225 6r 4 . 1 4 209 5 l86 60.19 58-6o 93 56-39 S 55.83 Ja 55.65 I g 55.83 56-35 8 4 57-j9 i i o 58.29 u 7 129 59-58 61.02 44 62.53 , 151
64-04 , . . 144 65.48 133 g7 62.907 , 6 106 66.8l 62.801 67-98 ^ 62.678 1 2 3 68.94 9 6
15 25 35 Mittl. Ort sec S, tg 8 a, a' b, b' 1
63
58.600 +1.041 +2.9
85.70 — 0.290 +18.1
—0.02
— 0.43
ih 43m s 2 -3i6 o 0 108 2.208 0 Ï2I 2.087 1.958 11 23 90 1.828 123 I ' 7 ° 5 IIO i - 5 9 5 88 ^•448 r '423 I-
439 ^499 1.604
J rx) I05
149 - 7' 51 39 1 1.944 229 " 7 3 26i 2 '434 286 2.720 3°4 I
3-024
*
3-338 33:64 3-654 3 I I 3-965 2 9 8 4*2 3 2 7 9 4-542 7 4-79 7 2 2 8 5-025 I 9 8 5-223 l 6 / J5 - 3 9 ° IS4 5-524 ° , ICH ^5 7 7I 5.698 5-740 5-755 5742 5.704 5.642 5-559 5-457 0.816 +1.012 +3.2 +0.01
42 4 5
„ g 62 8 I02
61 ) e Sculptoris AR. Dekl. Ih 43m
+ 8 ° 55' ff
S 33-728 33-587 33-435 33-278 33-122
63-43 62.80 2 66 r 6 2 . 1 4 6, A 7 6i -47 l 60.82 60 J 60.22 59-70 % 59-29 l 59-02 58.92 59-03 59.36 59-94 60.76 a 1 . 802 6
„ 33 82
„
106
39.62 40.47 41-00
4
* I48
I
„ »
I
4 - 7 Ts 40-99 5 3 40-46 8 8 39-58 I 2 I 38.37 36.850 ? ° 180
32.606 32-648 4g2 32736-,, 32.870 1 3 4 179 33-049 2 2 0
2o6
32.299 +1.106 +2.8 -0.03
ih 49 m
—io° 32' //
s
32.974 2 J32.842 ^ 109 32.733 8o 32.653 32.609 4 4
2%
Die jährliche Parallaxe (0*298) ist bereits berücksichtigt.
62) Ç Ceti AR. Dekl.
—25 0 1 6 '
127 33.269 6 63-09 I d 7 64.56 4 7 33.5 25 285 AA 163 3 3 - 8 l ° 306 66.19 r 34.116 A 74 , 320 67-93 2 o 3 4t 4t 3o 6 3 2 S 69-74 i 8 2 34-761 7 - 5 6 Igo 35.0823 73-36 311 35*393 /jni 75-08 1 7 2 293 35.686 76.68 1 6 0 143 '7 8 . 1 1 125 35-953 2 ,g 36.19 y 1 79-36 204 80.40 36.395 l 6 8 36.563 81-23 i u 130 81.83 36.693 t, 82-2X J 1836.785 33 ?? 36.840 2 0 82.39 ! 82.40 1 -6 36.860 O 82.24 36-847 ^ O 29 36.803 4 4 8I.95 36.732 ^ 8 1 . 5 4 450 36.635 „ g 8I.04 S 7 36-5^7 i 3 6 6 21 80.47 0 36.381 79-85
55.28 -f o - I 5 7 -¡-18.1 — 0.43
49*
Greenwich
35-05 32-99 28.25 25.66 J 22
228 246
J 267 ' 9 9 268
20
f 17.67 253 15.14 235 12.79 AO 211 10.68 „ 182 8.86 T 47 7-39 ' 109 6-30 , Î 674 5-63 5-39 5-58
6I
9 98 7- 7 I32 8-49 10.08 1 5 9 179 11.87 J 0 9i 13.78 195 1 5J . 7' 3° 191 I 7" 4 I79 J 9-43 l 6 o 21.03 , 22.39 Ï 107 23.46 J
36.50 — 0.472 +18.0 - 0.44
15.728 A 115 ^ X28 ^•485 I36 15.349 I 3 6 T 5j . 2 i 3j j 3 I 1
4-964 14.866
82.30
SIS 2
84.26 4 5 84-49 2 3 84.49 „ 84.24 % 83-74 82.99 7 5 C 100 99 I 2 5 80-74 I 4 8 79-26 ; 77 f l88 75 " j 9 204 73-65 2I4 4
qo 98
t
4'795 £ M-758 14.760 14.804 4 4 14.893 I 3 2 15.025 ^ 15.200 213 1 5 - 4 I 3 24 _ 15.660 2 4 7 274 1 5-934 294 16.228 16 - 5J 3J 143 31 1 16.845
7I-5I 4 57.617 65.84 2 8 3 57-593 * 6 8 .u3 210 6252 57-539 z 7°"46 i 6 2 57-459 i o 3 57-356 ^ 7 2 "°8 I o 8 57-233 73-I6 53.034 +1.073 +2.8 —0.02
65
46.19 46.20
32 64
45-24 49
® 300 33-796 2g6 34-° 2 2 6 6 34-348 34.592 34.810
58 59 9
J
58
54 ]
4
l6 0 I9 40
^
30.320 +1.015 +3.2 +0.01
- 3 2 ° 35' //
43-16 44-57 I G 2 45-59 60 46.19 l 6 46.35 ^
r
47 4-OI9 ' 13-847 i 8 T e. o 9 I3-658 199 1 3j . 4-tJV 5 9 2 0^1 1
I
3-258
46-09 45-4° ^ 4 4-31 42 84 " 41.01 ^ 38-87 36-45 33-8o 30.98 0 28.05
i
3 - o 6 3 i8q 1 2 . 8 8 3J l 8 ° 156 1 2 . 7 2 7 I2 C . 1 2 . 6 0 2 g5s 12
-5I7 12.477 12.485
40
^
59
12.544 •p^ 109 12.653 „ 158 12.811 36.96 203 J 120 1 3 - O I 4 2 4 2 D * 38 16 " 136 I 3 - 2 5 6 2 6 39-52 z 4 1 . 0 0 I ^6 3-532 ^ S 0 301 42.56 T J 1 30. 8 3 3 J3 I 9
159
44-15 45-74 47-27
I59
"
48-69 49-97
14.152 14.481
4.8H I
II2
44
4s
s 14.166
g2
3
35-515 35-467 35-39°
2h 47 m
IQ2
51.09 52.01 191 52.73 1 3 5 - 0^0 163 ^ 53.23 ^ 134 53*53 J J ! 35-298 ' IO4 53-63 53-57 3 5 4 0 2 74 35-476 7 4 53-36 3 5 . 5 I 9 13 53-03 35-532 - 52.61 2
101) ß Fornacis Dekl. AR.
+ 9 ° 55' 38-^4 37-56 36.97 36.38 35.80 OD
I
53-89 — 0.250 +15.2 — 0.65
55*
Greenwich
g2
50 3G
10 ~ 2I
J
42
49 52.12 5 1 - 5 7 ¡ig 5°-99 '
30.92 + 0.175 +15.2 — 0.65
1
25.08 J
69 109 Id7
%
214 2ls 2g2
293 297
295 3 286 I 9'27 268 16 -59 2 i d 44 1 4n - 1 5J 213 12.02 , 176 10.26 22,I
329 330
fs
323 5 ' 3 4 310
I"2
'S
5 - 4 4 4 289
/
13
I
7.81 r 63 8 . 4 4 HO 9-54 153 11.07 " ' 189 1 2 . 97 6 219 1 5 - I 5 239 17-54 ' ^ 249 20.03 249 22.52 u 241 24-93 2 2 3
15-733 2ß4 15.997 : 16.230233 16.428 f , ^ 162 16.590123 S 1 ^ 7 1 3 84 16.797 .. 1 6 . 8 4 1 446 16.847 " 2 16.815 ^ 16.746 16.644 ^ 133 16.5II I2.4OO + I.187 + 2.5 —O.O3
S
27.16 30.78 38.25 0 .639 +I4.9 — O.67
—
197 i65
Scheinbare Sternörter 1955
56*
O b e r e
K u l m i n a t i o n
i o o ) 41 A r i e t i s AR. 2>i
47"
102) T 2 E r i d a n i
De kl.
AR.
+ 27° 4'
2H 48M
103) t P e r s e i AR.
Dekl.
i
2H 51 m
- 2 1 ° IO'
21.751
46.68
61-523
46.64
61.406
46.42
80.88
5.860
130 82.18 99
5-685
61.267 139 61.IIO ^ , 169 60.941 172
83-I7
5.468
8 3 - 8 5 34 84.19
4 - 9 5 4
4.682
43.88
0 t 9 ^ l60.601
84.18
42.94 41.97 41.00
60.446 155 ^ 133 60.313 i o 4 t
83-I4
60.209 ^
80.80
20.478
40.10 39-31
60.141 t 27 6O.II4 £ 19
79.18
20.477
21.652 21.526 21.378 2I.2IÖ 21.048 20.885 20.738 20.615 20.526
20.527 20.629 20.781 20.979
21.220 21.497 21.802
22.127 22.465
22.8o8 23.148 23478 2 3 - 7 9 4
99 126 148 162 168 163 147 123 89
50 102 152 198 241 277 3°5 325 338 343 34° 33° 316
46.02 4 5 - 4 5 4 4 - 7 3
38.67 38.03
60.199 c. 113 60.312 „ J 158
38.06
60.470
53
38.88 6
40.63 41.80 4 3 -
77
5
1 1
4 4 - 5 3
46.02
295
4 7 - 5 4
272 24.361 ' 245 24.606 217 24.823 187 25.010 156
4 9 - ° 5
24.089
29
3 8 . 3 5
3 9 -
98 117 131 142 149 152 151
147 5 0 . 5 2 141 5 i - 9 3 5 3 - 2 5 54-47
132 122 HO
25.166 55-57 o T23 5 6 . 5 5 25.289 2 5 - 3 7 9 2 5 - 4 3 5
25-456
57-39
58.09 58.65
2 5 - 4 4
1
59-05
2 5 - 3 9
1
5 9 - 2 9
25-308
82.13
7 7 - 3 0
75-19
5 9 - 3 5
72.88
51-04
51.68
59-76I
188 211
5 5 - 4 3
4.094 4 - 3 5 7
4.679 5-052 5-465
144 106 64 20 23
65 5x-72 104 52.76 137 54-13 166 55-79
57.66
187 199
59-65 203 61.68 200 63.68 189 6 5 - 5 7
171
67.28 148 68.76 78.89 -
57-47
s 2
3.898
178
51-07
102
^
3-720
O.388
+ 3 - 5
+14.9
+ 2.7
+ 14.8
+0.03
— 0.67
—0.02
— O.67
204 198
4
47.60
373
462
2 2 I
- 4 4 9
10.515 10.526
110 4 8 . 9 3 140 5 0 . 3 3 166 51-99 5 3 - 8 8
207
55-95
2 2
f " I 7 2 „ 60.50 „ 62.88 238 240 65.28
A
238 67.66 / 229
6 9 - 9 5
«
72.12
11
2
74.IO
45
75.84
99 10.382 150 10.232 I
77
4 7 - 8 3
10.481
3 -
5 42
47.06
10.158 171 10.129 J v 120 I O
32
46.59 46.64
443
9-93 7
69
46.91
413
2«!
162
48.64
322
9'6?1
184
4 9 - 9 9
263
77.29 78.39
+1.646
-
+ 4 - 3
rI4.7 - 0.68
0.06
I
7
198 174 145 IIO
47.46
5 4
l g
138
2 1 2
14.924
I56
1 4 - 5 4 3
193 203
51.61
196
"
104
174
5 9 - 5 0
3 - 7 4 0
I 5
^35
T
61.43
5 3 - 4 5
231
50.84
64. 3 4 7 " 43 64.•304 74
+ I.073
3-829
162
63-17
150
Q 5
14.614 154 142 14.472 122 I4.350 95 I4.255 59 14.196 19 14.177 24 14.201 69 14.270 "5 I4-385 158
"5
64.65
201
54m
14.768
65.80
239
6.370 471 6.841 470 7-3II 459 7.770 441 8.211 " 417 8.628 0 385 9.O13 0 £ 349 9.362 ^ 309
62.970 ' 272 63.242 248 63.49O 220 63.7IO 190 63.9OO 6 4 . — 159 f-°59 125 ,.184 92 f-276 64. 57 64. 1-333 24 64. 1 -— 3 5 7 10
34.62
3 - 9 7 9
133
2 36 78
66.58
263
h
I5.330l
66.94
272
2
Dekl.
15425
66.87
247 267
5 5 - 9 6
5 2 - 7 4
3 62.680 3290
+ 0.511
101
217
5.908
54-iS
19.700
4.180
34'
65-50 66.39
175
58.02 206
62.0673 1 0 , ' , 310 3IO 6 2 . 3 7 7; S303
+ I.I23
4.419
69
245 7 0 . 4 3 254 67.89 258 65-31 255 62.76 246 60.30 228
60.669199 c. 234 60.903 , , 264 61.167 A 287 6I.454 ^ 303 61.757
64. ..230 o 64..128
5-221
35
83-83
66
38.24
68
104) 7) E r i d a n i AR.
Dekl. f W
s
s
3
G r e e n w i c h
i-307
I
9
8
14.741 231 14.972 260 15-232 281 I5-5I3 295 15.808 303 16.in 302 16.413 295 16.708 283 16.991 266 17-257 244 17.501 219 17.720 193 I
7 - 9
I
3
18.077 18.211 5 I8.
3I4
164 134 103
18.387 73 41 18.428 10 18.438 18.416 18.364 18.282 13.617
3 4 - 1 5
+1-013 +2.9
— 0.160
—0.01
— 0.69
+ 1 4 - 5
Scheinbare Sternörter 1955 Obere K u l m i n a t i o n Tag
106) & Eridani pr AR. ! Dekl. 2h
107) a Ceti AR. ! Dekl.
56 m
- 4 0 ° 28' 2 h 59m + 3 ° 54' // s // 6 Jan. 0 57-334 56.73 9-37 8 /6 IS6 176 7 10 70-93 T I I 57-25X I 0 J 55-97 34-9*2 20 57-^2 I 2 9 34-709 J 72.04 34-486 » 72.68 5 57-013 " 54.63 4 30 44 55 Febr. 9 54.08 45 34 - 2 5 I J 72.84 33 56.869 ; 7 2 -5x 8 I 56.718 34-013 19 53-63 „ 232 71.70 56.568 1 5 0 53-30 i g März 1 33-78I ' , 217 ' ' 125 J c. H9 11 33.564 1 9 ; 7°-45 ' 56.429 53-11 , c. 120 167 21 68.78 33-372 56.309 9 2 53.06 ~ 205 31 33- 2 I 4 I l 6 66.73 239 56.217 57 53-X9 3 I April 10 33.098 6g 64-34 26g 56.160 53-50 20 33.030 I 7 61.66 208 56.I43 - 54.00 ~>*T 72 291 5472 3° 33.013 ^ 58.75 307 56.X70 c. 92 Mai 10 33.051 l 55-68 3 1 8 56.243 „ 8 55.64 2 in 20 J 33 - I 44 I 4 ; 352 050 321 J56-361 161, 56-75 I 2 9 56.522 30 33-291 4 a 201 P 9 3i6 59-49 „ J 33-488 2 4 6 " 1 3 03 56-723 Juni 9 V 56-957 - 61.06 33-72 9 28o 43.10 283 57-220 J 40.27 34-009 255 34-320 3 3 3 37-72 £ 57,504 J 4-38 l 6 6 Juli 29 9 34.653 347 35-52 i ? g 57.802 3 0 5 66.04 , 19 35-ooo 58.107 67.64 1 6 0 29 33-74 0 304 69.13 1 4 9 35-352 " Aug. 8 ¿ 133 J 3 2 - f 8o 18 58-709 J 6 70.46 113 3 31-62 26 36.036 J 6 28 58.995 2 7 0 7 1 - 59 J 3X-36 28 2 36-35 289 3 I 6 4 Sept. 7 « " 83 59-265 ^ 72-50 36.641 17 73- 1 4 1 32-47 T1 334 59.514 36.898 ^ O 27 33.81 J , 180 59-741 J 73-57 3 7 - " 7 I79 Okt. 7 73-73 59-942 37.296 4 35-61 2 i g 60.116 1 7 4 73.65 17 3D 146 37-79 2SO 27 60.262 37.432 73-35 47 40.29 Nov. 5* 37-523 46 43-00 2 8' 1 60.379 „ 72.88 47 6, 87 - 0 15 37.569 \ 45-8x 22 8 i 60.466 _6 72.26 73 48.62 60.522 ^ 37.570 25 ^ 270 7 I - 53 8 3 37-527 4 5 D51.32 Dez. 5 0 249 60.547 - 70-73 82 15 37-442 I2d 53.81 220 60.540 69-9i 8 , 60.503 ; 37-3x8 - 56.01 25 S -08 ^ 60.434 37-159 68.27 35 57.84 1 8 3 Mittl. Ort 33.241 62.81 55-437 51-74 sec 8, tg 8 +1-3x5 - 0.854 +1.002 + 0.068 a, a' +2.3 + z 4-4 +3.1 +14.2 b, b' —0.04 — 0.70 0.00 — 0.71 1955
* B e i Stern 107), 105) und 108) lies N o v . 6.
57*
Greenwich 108) y Persei AR. Dekl.
105) 47 H. Cephei AR. | Dekl. 2h
jgm
68.28 6 67-52 8q 66.63 89 65.64 1 0 4" 64.60 ^ 104 63.56 J 101 62.55 61.63 f 60.83 f 60.20 44 5976 59-53 ; 59-52 59-74 4 3 60.17 64 60.81 g 2 61.63 2 f. 98 62.61 , 112 63-73 I 2 2 64-95 I3Q 66.25 134 67-59 2 136 68.95 J !35 70.30 2 132 71.62 ' 125 72.87 ' ' 117 74.04 ^ ^ 107 75-11 76-o6 £ 80 76.86 64
+ 79° x4' ff f - 5 4 l8, 6O-39 x - 2 61.71 62.45 3 62-58 j 62.10 , , 106 61.04 159 59-45 2 o 6 57-39 2 4 3 54-96 52-26 „ J 287 46-46 J 3 43-58 73 40.85 ^ J 249 38-36 0 36.18 34-37 32.99 32.07 31.62 31.66 32.18 33-X7 34-6I
2lg
181f 8 92 45 4 52
99 ** tl 186
78.26 78.35 78.24 77-93 77-44 76.77
36.47 38.70£ 2563 41.26 0 T 285 44- 1 1 „ 308 47.19v ^ 325 5044 335 53-79 g 57.15 329 i r 60-44 ~ 63-58 3 4 J J 290 3I f ^ 8 256 49 3 ^ 69.04 ^ 215 71.19
61.28 + 5-358 + 8.0 fo.25
37.36 + 5.264 +14.2 — 0.71
77.50
+ 5 3 ° 19' s /f 34.186 72.25J ' • 100 34.0l6 1 7 0 73- 2 5 6 l 214 33.802 249 73-86 % 33-553 4 74-04 2 . 33.281 ' 281 73-8o £ 33.000 73-X4 32.726 2 7 4 72.09 139 32-474 2 i 6 70-7° l 68 32-258 69-02 l 8 8 32.091 l o ; 67.14 ' ^ 201 31.986 37 65.13 , 206 3X-949 36 c. 63.07 3 I - 9 5 1 G 6l.05' 202 „ 32.095 I g 59.16 1 8 9 32.278 2 5 3 5746 1 7 0 ^ 145 56.01 32.530 54-86 32.844 5 33.211 1 0 54-04 4 6 a ^4 33.621 53-58 4 g 34-064 m 53-49 2 ? 34.530 53-76 35-o°7 1 54-38 ^ 35-485 ^ 55-33 I 2 6 56.59 53 35-955 y. 58.12 36.409 J36.841 ^ 402 37-243 368 37-6x1 3 37-940 38.227 J
38.468 38.660 6 38-799 38.883 38.910 3^879 38.790 38.647 3X-34X +1.675 +4.4 +0.06
J
177
'98 61.87 ^ 213 64.OO 2 3 4] 66.26 68.60 237 70.97 237 92 73-34 J 1 J ' u -P 231 75.65 8 ; ' „ 220 77- 8 5 2 0 , 3I 79-88 2 89 81.70 43 83.24 84.45 54-70 + x-343 +14.1 — 0.71
58*
Scheinbare Sternörter 1955 Obere Kulmination
Tag
110) [i Horologii AR. Dekl.
109) p Persei AR. Dekl.
3h 2 m + 38° 40' s Jan. 0 19-395 IXI i 6 "79 4 6 10 19.284 i 7- 2 5 18 14s 20 I 9- I 39 4 1743 18.966 73 30 2 I7'32 0 19 40 Febr. 9 774 20 i l 6 2 -9 68 16.24 19 92 I " 5 7 3 198 I März 1 iS-375 »a, 5-3 2 113 183 14.197 11 18.192 ^ 129 18.035 1 5 7 12.90 21 c. 119 11.51 139 I7.9l6 31 0 142 ' * 73 10.09 j 7-843 April 10 „ 2 8.70 1 3 9 20 17-823 -g 129 7.41 17.859 30 i: 114 6.27 * 17-954 Mai 10 93 18.106 1 5 2 20 206 5-34 18.312 30 65 4" 42 18.567 4-23 Juni 9 4.10 — 18.863 2 9 6 15 33° 4- 5 ¿A 19.193 3 6 29 4.69 4 4 70 19-549 373 5.39 19.922 i 95 Juli 9 6.34 ^ 117 20.304 ' 7-5 1 ' 20.685 381 8.85 1 3 4 29 21.058 373 J 148 361 Aug. 8 21.419 160 * 342 18 21.761 2 167 318 28 13.60 ' 22.079 J 171 r 290 Sept. 7 22.369 J J 172 2 26l 17 22.630 O 229 27 i 8 "74 Z 7 22 59 I 9 4 Okt. 7 20.41 ^ 160 23.053 22.01 17 23.210 7 119 150 27 23-329 7 0 138 Nov. 6 23.408 7 9 24.89 J 1 123 ^ 25 23-445 - 26.12 106 Dez. 15 5 15 23-438 V 8 23-389 4 25 28.02 J* 0 91 35 23.298 28.62 60 Mittl. Ort 17.032 2.45 s e c 8, tg 8 +1.281 + 0.800 a, a' +3.8 +14.0 b, V +0.04 — 0.71
3h
1955
2m
s 35.141 34.806
335 372
34-434 398 34-036 ' 33.624 4 I 2 33.212 0 4°° 32.8l2 * 37Ö 32.436 32.09 8 338 0 0 290 3I.808 231
%
111) ß Persei AR. Dekl.
- 5 9 ° 54' S M1 » i 6 2 53- ® I08 54-18 5I 54.69 ~ 54.62 / 63
53-99 I I 7 52.82 "7 J 168 I-I4 5 T 214 J 49.00 ^ 46.45 'I s ^ 289
31.577 l 6 43.56 3*7 0 ' 31414 ^ 40.39 339 I 2 37.00 3 -3 4 i , 33-4« % 31.376 I 4 2 29.90 355 3 I -5 I 8 2 I 6 26.35 344 3 i '734 2g4 22.91 ^ 32.018 19.67 324 32.363 ^ 16.70 297 32.759 0 260 14.IO 217
33-658 y 34-^36 4 34- 6 l 5 468 35-o83L 35-526 35.933 ^ 2 359 36.292 36.595 ' g 36-833 s 37-ooi .37-095 2o 37-"5 " 37.060 ; 36.933 I 9 4 36.739 2 99 24.066 143
4-90 5-42
24.209
6
25-445 25.752 3 7 26.063 J £ 309 26.372 J 3 r 26.673 ° ' J 289 26.962 y 272 27-234 ' 27487^ 27 2
- 7 i 8 206 7-924 t8o
28.104 I3
4-57
28.257153 28.379 1 2 2 0 91 28.470 28.528 f 2 28.550 „ 28.537 * 3 28.489 4 8
23.081 +1.025 +3.3 +0.01
8
IO
"°
3
116
I26
-45
iL
15.66 1 2 4 114 16.80 100 I 7-8o
I 9
T
"78 9-44
'S-04
18.60 18.13 1.93 + 0.227 +12.3 — 0.79
i2.
49- 8 97
1
7
*
5°- 58 50-438 50.730 J ' 2 J51.026 51-322
28O
35
51'
276
52'793
* 9 6 , 296
• 45533 --1099 41 IO '
53-265
;
34 ¡I
53-302
^
^
53-306
"
44
53-275 5 3 - 2 1 0 6c
47
48.494 +1.014 +2.9 —0.01
Die jährliche Parallaxe (0*305) ist bereits berücksichtigt. * Bei Stern 131) lies Nov. 16.
2 9
2
'
2 5
194
7 - J3 r
' 204 2 5 - 2 7 2Io 2 0 9
S 3 v
I
u
7- 3
203 192
174 15-39 ' 13.88 5 I2 ' 5 J IZ 7 - 4 56 1 1 . 1 8 2D 10.98 xg 11.14
£
12.49
i64
52-957
3
;
I
IQI
°
20.03
io6
37.00
4
51-887 26o 52-i47 2,q 239 52.386 J -i 216 u52.602
48
15
l6
"
4-52
35-58 36 41 " 5
135
49.165 49-290 49-457 49.661 i
132 11.77 134 1 3u . 1 1 ^ 131
20.21 20.l8
3
IIX
2 7 I23
TO 49.802 „ , 169 l6 49-633 i 6 2 ,, 49-47i I 4 / 49-324 I 2 2 ^36.18 S 0 93 49.202 91 35-25 I l 8 49.111 34-°7 ,.. 49-059 II 141 32.66 0 161 49-°49 ; : 3I - ° 5 l8o 49.084 J
1 °3
3
33
82
37-35 37-45 37-29
yo
19.78 20.08
- 9 ° 36' //
49.967
16 33
1 4 4 2
3h 30™
50.121
- 1 2 88 7.00 0
Dekl.
50-449 50'3 7 50.256
7-55 Z 7.06 4 9 50 J 6.56 49 6.07 5.61 4 6 42 5-19 L 4.84 3 5 27
131) S Persei AR.
AR.
s
49
24.394 2 2 3 24 617 " JA 24 871 z
3 7 97 5 "- 4 ° 61 4-79 2 3
-75
+ 12° 4 / // 8.51 66 8.04 4 7
24-755 £ 24.598 l 6 l 24-437 T . . 24.283 ; ; 4 24.145 I I 3 24.032 8 o 23.952 4 0 23.912 23.916 1
6
4.56 I 5 4.71 52 5-23 8 / 6.10 120 7 -J3 ° 150 ' 8.80 x B8 0 7 IO.58 J 201 I2 - 5 9 220 1 4-79 235 17.14 ' ^ 247 19.61 253 22.14 24.68 2 5 4 249 27 I7 " 2 8 29.55 7 220
m
24.900
7.69
3I
127) e Eridani1
Dekl.
AR.
+ 59° 47' //
s
Greenwich
125) 5 Tauri
Dek].
19 März 1 11 21 31
Juli
Kulmination
HI
^
13.60 r 34 14.94 ^ 2 ^ 150 16.44 J
9 - 6 6 160
22.76 24.13
137
33.88 — 0.169 +12.1 — 0.80
3h
Dekl.
39m
+ 47° 38'
tt
s
45-551 45446 45-293
^ 4
45.099 44.874
245
44.629
2
44-379 44-z38 43-920 43-739 43.605 43-528 43-514
2,r
Z
igi I34
57-72 58-76 59-50 59-91 59-96
\
59.66 ; 59-oi 58.04 ^ 124 j5 6 . 8 0 146 55.34 r 4 2 53-72 52.02 u
-
4
L 171
8
50-31 48.67
Ig2
47-I5
43-866 44.108 ^ 294 4 4 4 0 2 339 44 741 " 6 ri 4 5 - 7 4o2
44-f 43-82 43-24 42.96
45-5^9 45-94° J. 43° 46-370 46.801 4 3 1 424 47-225 4 I X
42.97 43.28 ; 43-87 f 4 4 ^ 4 . 7' 1o 1077 45.78127
4 3
"5f
43.684
„
£028
392
48.397
369
0
34°
48.737 ] l 7 49-044 2 ? i 49.315 2 3 2 49-547 l 8 8 ^49-735 I 3 9 49-874 8 8 49.962 33 49-995 49-974 49.898 42.625 +1.484 +4.3 -!-o. 04
^ _6
7
164
135 g6
28
-
4 7 - ° 5 j46 4 51 1 50.11 51-82 i8o 53-62
l86
55-48 57-37
I9-2! ^ l8;
61.06 1 7 4 62.80 161 • 6 4-4 i 65-83
e.
67.O2
43.82 + 1.097 +11.5 — 0.82
I42 4
119
Scheinbare Sternörter 1955 Obere K u l m i n a t i o n 134) v Persei
Tag 1955 Jan.
0 10 20 30 Febr. 9 19 März 1 11 21 31 April 10 20 30 Mai 10 20 30 9 19 29 Juli 9 Juni
19 29 Aug. 8 18 28 Sept. 7 17
27 Okt. 7 17
Nov.
27 6
16 25 Dez. 5 15
25 35 Mittl. Ort sec 8, tg 8 a, a' b, b'
3h 42
141) ß Reticuli
Dekl.
AR. m
R
10-439 g7 10.352 10.220 170 10.050 200 0 9.850 v ° 219 9.631 2 2 e. 5 9-406 8 9
r * 8.991 8.826 165 122 8-704 7 0
+ 42° 26' // 30.13 g 30.96 6 3!-52 2g 31.80 7 31.79 3 2 3 x -47 6 2 3°- 8 5 8q 29-96 28.85J 130 2 7-55 I 4 I
26
Ü
AR. 3h
4 3
m
4
° " 3 1 37
39-94 J 39.50 n 39-02 ;
38-5^%
37-99 , a 37-47 T 36.96 5 *
47
36.49 43' 36.06 0
37
AR.
- 6 4 ° 56' // 62.27 , ' 212 64-39 l 6 o 65-99 i o 5 67.04 J 67.51 " 66-73
I2'
6^80 1 7 2 61.63J 2 1 7 257 59.06 292 56.14 319 25 95 40 49.55 4 46.03 357 42.46 38.94 34° 35*54 318 3 2 '3 287 2 9"49 249 27.00 203 2 4-97 I 5 I 23.46 22 '53 33 22.20 31-
35.69 29 24.68 £ '4635-40 ^ 146 35.18 8.621 j 2 3-22 138„ 13 4 21.84 8.669 35-05 , 125 20 35-02 8 - 7 7 8 -59 i o 7 8.946 2 2 35-07 s £. 3 18.66 61 9.169 J 35-22 272 0 18.05 9.441 „ 35-45 35 35-76 s 9-754 ,47J 1 7 - 7 0 g 10.101 ' - 36-14 44 372 17.62 36-58 49 17.80 18.23 43 37-07 „ 37-6O 19.78 i o 38.15 55" 0 7 20.85 38.70 123' 0 ' 53 12.428 22.08 39-23 „ 22.51 9 4 363 2 13s 12.791 39-74 48 2 3'45 I S J 3-43 r 341 24.88 145 2 40.22 4 4*99 2o8 153 13.132 41 26.41 40.63 27 z ^ 158 3-447 286 40.98 % 2 9-f6*4 s2 ?9 ; 13-733 2 2.4 7-99 l 6 o 4x-25 I 9 13.987 2 2 9-59 l 6 l ' 41.44 I 0 32.60 I4 2 4 I " ° 178 2 8 14.382 3 -7 , 2 I7 4 -54 0 2 '7 135 41.54 9 39- 5 ,7. 34-3° I 4 , I 4 f *39 35-74 ^ 41-45 I 7 14.606 46-04 ^ 41-28 2ß 4 9 1 9 14-645 „ 37.06 116 " 283 0 41.02 J52.02 14.634 6 I 38.22 242 34 40.68 14-573 54-44 39.18 96 7.690 17.38 37-68 53.34 + 1.355 + O.914 + 2.362 — 2.139 +4.1 +11.3 + 0.7 +11.2 + 0.03 — 0.82 —0.08 — 0.83
¡as*
l
140) t 6 Eridani
139) Y) Tauri
Dekl.
S
61*
Greenwich
3h
4 4
Dekl. m
S
50.598 5°-539 94 50.445j 5°-3 1 7 152 5ai 5 ^
AR.
+23° 58' 11.70 x 11.71 — 11.62 9 20 II.42 31 11.11 42
IO.69 52 " 176 I 0 I 49.821 ' 7 60 49-650 2'576 665 49-494 3 2 « 49-362 7 8.26 64 7.62 49.265 59 49.209 9 7*°3 49 40.200 40 6 " 5 4 35 49-240 9 I 6.19 35 49-331 I 3 9 6.00 19 49-470 5-9« ü 49-655 225 6.16 , 36 49.880 259 6.52 54 7.06 50.139 288 C. 7° 5°'4 2 7 308 7-76 84 50.735 , 22 8.60 95 ^ 102 51.386 3 9 1 09-55 329 5I 715 108 " 324 "•64 12.72 ' 105 52.039 ^ 1 J 3-77 1 ' ' 100 52.352 2 299 4-77 9 4 5 2- 5 1 2 85 5 2- 932 26o 16.56 75 53.192 2 z 53.429 53-640 l g 2 17-97 18 -54 % 53.822 1 5 I 19.02 39 I? 53-973 I l 8 54-091 8 I 19-4i 2 I9 ' 7 3 24 54.172 42 19-97 54-214 2 20.12 54-216 38 20.18 54.178 48.267 3.09 +1.094 + 0.445 +3.6 +11.1 !-0.02 — O.83
f
44
Dekl.
—23° 22'
m
s
//
49 997
3
h
55-86 57-6° Z 59-04 ^ 60.15 74 60.89
^6.620
93 56.536125 56.411 ; 56.258 " 56-083 £
V
37
55-894 194 61.26 61.26 ° 55-700 ^ 60.88 38 55.510 ' 60.14 7 t 55-334 7 108 55.I8I 53 122 59.06 141 55-059 84 57-65 54-975 4 i 55-94 54-934 - 53-95 221 54-939 „ 5 I - 74 240 54-992 1D0 49-34 4 6 8 x 253 - 26o 55-°92 55.237 2 4 4 - f 2 6 i 55.423 222 41.60 ^ 256, 39-°4 242 55.645 2 „ 242 55-898 22*3 36.62 223 56.174 34-39 I 9 6 56.467 293 3 2- 43 i 6 2 a 3°3 30.81 ? 306 2 , 125 5 57.076 2'5 82 28-74 36 57-37 9 293 28.38 h 57.672 28.49 29.06 57 0 102 58-447;; J30.08 142
SS-
j
58-657 ™ 58.838
J
I?7
33- 2 7 2Q4 35.31 59- 101 78 0 37-54 ? 59-179 ' 39-88 % 59.220 4 2 - 2 4 228 59-223 36 44-52 214 2Id 59-187 3 46.66 0 191 48.57 59-"4 54-627
+1.089 +2.6 —0.02
—
53-34 0-432
+11.1 — 0.83
62*
Scheinbare Sternörter 1955 O b e r e
138) y T a g
Camelop.
AR.
1955
3
143)
Dekl.
4 5
h
K u l m i n a t i o n
G.
Dekl.
3h 4 7 m
Ii'
- 3 6 °
S Jan.
0
10
Febr.
9
39-57
,
0
6 3 7 9 ' y
202
39-
4 0
65-81
8
7
2
*
57
4 7 4 6 5
5
66.01 , 64.09
192
4 4
34
34.83
2 3
34-60
^
30
34-49
-
10
34-52
34.68
30
34-97
4 G
35-37
„
9 J
35-88
9
29 Juli
3
9 J
f
6 8
/
7 5
38-7
1
18
40-37
8 2
4
7
4 2
17
9
7
4 4
«
9
44-80
17
27
45-34
6
45-78
N o v .
16
46.36
5
D e z .
a,
a'
+ 6.3
b,
¥
+ O.II
-
9
3
4 8 . 1 8 6
3 3 3 3 0
I 2 I
4 ^ 8 j. 5 1 6
4 9
2 2 G
4
2 4 6
-79
4
9
1
3 g 6
, 226
c. 59-65
-P 294 62.50 ^ o y 6, 5 . 4 7 288
I 2
J -t/
275
68.22 70.76 254 7 2 . 9 9 223
25
46.95 +
2.937
+ 1 1 . 1
—
0.83
5
292 I 8
0
'
2
5 7
5°-369 50.438
„
2
^
" 6 4
+2.2 —0.03
55
% 99
291
49-64
49
f
40
™
s 8
55-08
4°-
9 I
55.85
3
7
°
" I 41 - J3
I 7
4
I
2
4
- ° 4
4
2
-46
57.18
f
2 2 6
5 /7 . 7/ 0 J
3 9
46-59
2 5 6
58.09
49-15
2 7 7
5
2 8 6
-92
285
57-63
2 7 4
9°"37
253
0.736
58.34 I
8
5
J
15.12
356
-
58.41
4
57-41
47
56.82
59
32 1842
—0.9
—0.13
324
J
5.52 3
"
3 2 1
2
.
2
194
4
3-955 3-989
52-08
;
5°-44
l 8 8
4
J
117
-106
196
4-573
4.912
204 213 205
190
38.31
!
36.61
170
35.18
1 4 3
O U
397
5-309
3
213
42.26 ^ 40.21 ^
3 4
?
; ;
34.05 3 3.24 JO t
^
J J ,
81
32-77
I 2
6-745
32.65
-
J r
7.270
4
525
32.87
7.800
53
^
8 . J3 2 6
526
215 ,
262
8.840 9*334
314 „
°
3 3 4 2
514
494 4
6
7
9.801
434 10.235 ^ ^ 395 10.630 ^ 3 °
I I
- 8
I
3
I I 7
36.89
143
38-56
2
4°-44
205
44-68
299 11.279 ' 242 11.521 0 0 19 180 0
34.29
42.49 ^ 219
350
10.980
336
4 7
8 2
24
34-8O
0.84
53-40
S
197
3-576
—
54-35
2 2
5*75 4
3 1.66 J
+10.9
-
54-88
6.236 £ S°9
38.19 -
79
54-97
3 3 2
5 - I 9 I 4 - 8 6 9 4-573
54-61
243
, 281 37.61 240 40.01
54.87 + 3 7 1 3
i
5-847
11.701
0 19 58.22 J 34 57.88 47
256 5
4.302 ,
301 18.13 „ 328 21.41
XX
-45
8
-35
4
1 5 3 1 1 8
-
2
100
- 5 o
«
52.64 0 53-82
44-39 ^
* 160
I 2
203
6-401
4
50'
51.11
46.52
8 - 7 05 J J
2
140
321
7 - 7 u5 ' ' I O
I i Q
6.604
48.56
7-37
'
6-744
g
7-6i
z
57° //
4-003
11.89
8 I
+
4.127 ^ ' 124
23-64
L
56.567
0.84
° -
50m
295
D 336 20.28 "
1
67.54
—
7 9
27.14 2 8
8 2
39-75
+10.9
"
3
o
53-45 54-27
65-14
—
" 4 1 262
4 3
34-22
L
l 8
J
4 6
2 7
52-65 39-93
I
77
9-92
7
i
128
222
£.
51.18
2 I I
7 4
37-63
50-56
245
_
51-68 3
40.84
50.04 7
-
52.42
c.
5 3
49-22 49-22
62.90 " ^ 224
J
46.115 +1.241
1
54-7
^
50.463
2 D 9
50.40
49.36
306 03
44-33
50-443
50-379 50.273
49.63
;
9 2
5 0 . 1 0 4 153
2 g 2
63
9
5°-°3
302
40.65
-I44284
4 9 .i 6i8l6 4
"
Caml
Dekl.
s
48.63
43-56
322
48-838
79 ;2
50.56
9
45-67
326
47.855
S 7
^
a
g 2
19°
53-9
34.29 + 3.102
- f
4 7
56.73
46.35
8
:
4^-59 8
t
2 9
51-91 5
X
50.84
2 9 0
.47.217 4
I
/
-78
48.12
4 9 . 9 1 2 J
,.
25
O r t
3
A 44.6 9
9
5 6
2 6 2
46-927
52.70
149
5 6
r>
I 2
4 I - 9 I 43-12
-
53-75
34
"
tg
I
J
46-665
41
6 1
I 2
46.IO
-
0^
62.86
7 4
46.47
35
I
g 7
53*55
65-77
t
r
46.48
OD
6
41.09
8 l
15
f
8
52-17
8 7
54-42
5
46.256
96
2
l 8
6 8 . J5 1 2 4 9 ¿274
4 6 . H 9
2 2 4
40.68
46.12 34 18^ 24
25
g4
51.18
86
f 64
7 J3 . 2 0 ' 220 71.00
^
46.032
- ^
6
78.28 c.
75-07
J 5 7
~
I 2 0
78.46
7 6
Tg
4 0 . 6 9
' ° ° 78
43.52
^ I 9 G
46.OI6
41.98
42.78
27 Okt.
1 - I
46-765
3h
22'
52-59
£
45.998
r
56-97
55-29
46-549
47-54
6 6
164
78.18
265
2 2 i
9
5
259
43-23
4
8 3
Sept.
44-
*
39-54
28
1
46.82 oe.
61
8
A u g .
-74° //
+ 5 7 ° 752
AR.
49-63
77-43
2
46.359
-37
8
76-23
46.202
49-06
37-92
9
29
224
29
49
0/
5
5
f
5
202
1105)
Dekl.
47m
1 9 4
46.085 5 7 5 4 - 1
7
217
46.996
61.85
l
20
J u n i
7
'
47.233
68.56 52 i: 104
>
72.57
232
35.61
10
3h
19'
4
I Q
^
69.08
21
7
l 6
47.682
;
J J
i 2 g
48-040
„
67-52
3 5 . 1 7
48-*68
47-876
n o
36.12 ;T
20
s e c 8,
37.84
6 7' . 3 9 68.49 69.06
11
April
Mittl.
s
36.68
1
31
M a i
£ 3 8 37.26
19 M ä r z
Hydri
AR.
//
20 30
146) y
Eridani
AR.
+ 71°
m
138
G r e e n w i c h
A
228
49.29 £
233
51.62
1 1 2
a
A
46.96
"
S3J9
4 2
11.855 30 « . 8 2 5J 102 11.723
59-71
3-153
+1.879 +4.9 + 0.06
171
u
36.31
+
I
-59I
i-10.8 —
0.84
Scheinbare Sternörter 1955 Obere
3h 51m
1955 0 10 20
30 Febr. 9 19 März 1 11 21 31 April 10 20 30 Mai 10 20 Juni
30 9
Juli
'9 29 9
!9 29 Aug. 8 18 28 Sept.
7
17 27 Okt. 7 17
+ 3 i ° 45'
s 20.350 , 0 61 20.28q 20.188 136 20.052 ,
Dekl.
AR.
3 h 54 m
+ 3 9 ° 52'
3h 55m
I9-7°4
19-513 19-325
I9I Ig8 3
6 iq.000 y in 18.829 18.812
~
18.847 go 18.936 8 9 142 19.078 r l o 9° 19.268 234 19.502 ^ 7 272 19.774 ^ ' ' 7 302 20.076 ' 7 325 20.401 341 2O.742 35° 21.092 351 21-443 347 21.790 337 22.127 323 22-45o ^ 22-756
L4
23-°4°
26o
23.300 0 0 232
27 Nov. 6 16 25 Dez. 5
. 9 2 3 ' 9 0 4 133 24.037 l ] 24-130 £
15 25 35
24.181 24.188 3724.151
Mittl. Ort sec 8, tg S a,
a'
b,
b'
23-532 23-735
17-837 +1.176 +3.8 +0.02
l6g
52-334 52.264
52-I49
/0 T
i;4
65.81 66.58 7 7 67-13 55 J 3° 67-43 , 67-46 4 67.22 66.72 s ! 65.96 7 64.99: 3 63.86 u 125 62.61 £ Iii 61.30 j 131 59-99 I 2 . 58.74
14-82 8 l 14.OI T 91 5 x -3 5 2 I , 13.IO J 95 ' 5 I - I 7 2 i c. 1 9 6 6 168 12.15 5°-97 95 50.808 1 6 8 11.20 90 350.600 128 80 I 0 ' 3 ° 80 50.575 f . 50.608 3 3 5°- 6 99 % ^ 5° 8-34 56.63 8 r, 3° 50.847 2G3 55.85 % 51.050 8-04 xo 55.29 , J51.301 J 292 7-94 " 51-593 327 54-96 ^ 8.05 54.88 8.36 3 1 5 I " 9 2 0 353 J 50 8'86 6 6 55-03 33 " f 371 1 59 9-5 2 8 I 52.644 L S ^ 56.00 53.025 I0'3I 93 II.26 J 53.410 ; 56.77 7 7 101 94 5 3 . 7 9 1 3 7 I 57-71 i o 7 I 2 ' 2 7 106 5
I 3-33 u
109 14.42 ^ ~ HI i. i i o 9, 16.62 106 17.68 ' 102 18.70 q 8 19.68 9 8 t. 92 2 ° - 6 ° 86 21.46 22.24 f 7° 22-94 2 3-53 46 23.99
5-89 + 0.619 +10.7 — 0.85
2
3
54.162
54.5I9 54-857 55.173 5J5 4^6 2 J " 55.948 205^37 56-285 56.388 5 5 7
56.444 56.451 56.407 49-587 + 1.303 +4.0 ' 0.03
57-73«
67-43 68.95
57-67110; 57.570 57-439 „ . 54 57.285J 170 57.II5 56.938 n
i
77 17 6
56.762 ' 56-598 ; J 56.454 £ 56.339 8 o 56.259 S8 56.221 56.227 56.279 56-376 56.516 1' 8f0 £. ii ^ 56.696 £. 215 56-911 2 4 3 57.154 £ 57-421 57.704 57-997 58.294 58-588
-
71-87 I04 7 2 - 9 I 88 73-79 54-42 + 0.836 +10.4 - 0.85
60.532
7°-49 I 2 5 69.24 67.74 66.02 7 r 191 64.II ^ 207 62.04 O 217 59- 7 2 2 2 57.65 J! O 222 55-43 2 i 6 53.27 JJ ' 203
3h 56m s 4-943 4.881 ^ 4-777 4-635 z 4.462 ^ ^ 4.269J ^ , 4.067 ^ D,' 3- 8 67 3-682 0 3-524 J -} T 3-403 3-328 3.305 3.336 3-4 2 3
+ 3 5 ° 39' //
62 02
58.54 59-12
4
59-51 59.69 59-65
104 173 193 202 200 l8i
158 j
2 I
7?
^ 3 141
3-564 I 9 2 3 7 5 6 239 3-995 2 7 8 4'273 „ 0 4-583 336 353
l83
29
47-82 46-53 ^ 45-59 45-03
4
2Q7 97
94 56 l6
44.87 " 4 5 - 1 2 63 45-75 J 4 75 1 3 I 48.06 49-63 51-39 ^ 53- 2 7 I 9 2 55-I9 l 8 9
~ 57-°8 58.88 J ° " 5 2 2 48 i 60.52 60.474 55.685 + I.O29 + 2.8 —0.01
2
129 70-24 I04 71.28 4 72.04 ' ^ 47 72.51 I 8 72.69 7 2 -58 4 I 72.17 7 0 71-47 g8
5I"24
283
58-78 I I 8 58.875 2 7 5 357 59-96 I 2 59"I5°258 „8 i 7 61.23 59-408 ^ 62.56 1 3 3 £ 137 59-646 2;;6 28g 63.93 59-862 i g o 259 J 139 60.052 , J 65.32 , 161 227 60.213 ^ 66.71 1 3 9 131 60.344 I48 68.08 1 3 7 20 99 4 69.42 1 3 4 60.443 63 2 I27 60.506 ^ 7°- 9 „ 7 7
148) 5 Persei AR. Dekl.
- 1 3 ° 37' //
//
S
15-86 16.24 16.46 2 2 16.50 c. *5 16.35 3 33 IÖ.02
149) y Eridani Dekl.
AR.
AR.
63*
Greenwich
147) e Persei
144) £ Persei Dekl.
Tag
Jan.
K u l m i n a t i o n
l8o 180 i64
66.97 ~ 0-243 +10.3 — 0.86
5 - f 2 362 5-634 ,66 6.000 ' 6.362 3 6 2 J 353 6.715 339 7-054 ,22 300 ^ 6 7 6 275
7-95i 248 T ®5 « 4 199
8-597 2 °8.74T 8.843 to 8.900 8.910 8.873 2.310 + 1.231 +3.9 + 0.02
2x6 X82 144 102 57 IO
-
53
l8
,
59-3 8 , Q 58.89 4 9 0 7° 58.19 7 7 57-32IO; 56.32 J J 109 55.23 1 1 ~>~> 0 5410g 53-02 uu 102 52.00 u 90 51.10 74 50.36 I I 2
49.48 49-36 49.45
33 9 3I
49-76 5G 50.26 * 50.93 0, 3 51-76 95 52.71 J ' 104 53-75 TTT 54-86 116 . 56-02 J 118 5 7 - 2 0 11g
58.39
II8
59-57 I l 6 60.73 61.86 1 1 3 , 108 62.94 , 7 102 63.96
93
64-89 8 I S7«68 66.38
37
48.06 -!- 0.718 +10.3 — 0.86
64*
Scheinbare Sternörter 1955 Obere Kulmination
'
150) X Tauri AR. Dekl.
Tag
3h 58 m
1955
+ 12° 2l' //
Jan.
0 10 20 30 Febr. 9 März
1 11 21 31 April 10 20 30 Mai 10 20 30 Juni 9 19 29 Juli 9
19 29 Aug. 8 18 28 Sept. 7 17 27 Okt. 7 17 27 Nov. 6 16 25 Dez. 5 15 25 35
j
3-244 46 ^ • ^ s 82 13.116 J 114 13.002 139 1 2 . 8 6°3 157
12.706 12.539 i 6 5 12.374 I S 3 12.221 T 2 n 3 I2.089 * IO3 II.986 6 6 II.92O ^ "• 8 97 "•920 , ^ II.989 V ' 115 12.104 r t. 59 12.263J 0 198 12.461 7 231 I2 6 2 - 9 26o I2 "952 2 8 i
58.10 57.61 4 9 57.12 4 9 56-65 % 56.19 4 6 * 43 55-76 55-36 * 54 '99 30 54.691 54.4712 54-35 0 54-35 54-5° i> 3°
54.80 55.27 g 55.90 56.69 7 9 57.6293 ^•67::: '59.81;:; 61.00 , 120 I3.52Q 62.20 „ 5 3°5 ¿: Q Il8 13.834 307 63.38 I I O 64.48 IOO 14.445 J 65.48 86
151) v Tauri Dekl. AR. 4h o m s 47-726 47.680 £ 47-598 i i 2 47-486 47-348 ¡ g 47- 1 9 2 l 6 47-027 l 6 , 46.863 1 6 4 IS 46-576 £
47-647 288 47-935 2gg 48.231 ^ J 300 48:828 2 9 7 ^ 290 49.118 279 49-397 2 6 4 49-661 49-907 2 2 5 50.132 ~J -J 2Q3
52.76 0.219 +10.2 — 0.86
45.546 + 1.005 + 3.2 0.00
T»» " 4
1
61-15 0 £ 78 60.37 ' 7 59-66 59-02 5«-46 f 6 58-oo 57-64 3 5 57-39 57-26 57.27 l 6
67-35 68.72 ' 7 0.01 ' 71.17 1 72 16 " 72-95 73-52 73.84 73-93 73-79 73-43 72.90 72.23
32 ,q £ IOI
„„3 127 135 ^ I42 37
129 116 99 79 57 7
31 ß7
Il8 - 7I 5 1 84 ^ 86 49 7°„ 6 9-75 8 ß - 68.89 68.07 57.37 0 I0 - 3 J rI0.0 — 0.87
3m
/1
28.72 * - 1 4 7 90 1 !9 7 4 57 1 2 6 3°" 9 l 6 47.931 8 3 2 '34 I 2 9 47-773 l 8 33.63 8 9 47.590 2 0 0 34.52 3 49 47-390 2 0 g 35-01 47- 1 207 35-o8 334 974 J I96 34-75 _3 7 4^778 6 34-02 i i 46.602 ' 3 2 - 9 J 146 ^ 146 31.45 46-456 7 46.347 Ö7 29.66 209 46.280 2 7 27-57 234 46.260 - 25-23 ,53 46.289 2 9 22.70 2g8 20.02 46-367 27 46.491 l 6 8 17.26 277 14.49 46.659 -T 272 46.866 2 0 7 11.77 „ ^ I 0 241 ' ' 258 4 7 - 7 2Ög 9.19 ^ * 237 6.82 209 47-375 2 g o 47-665 3" 4-73 7 5 2.98 47.968 35 48.278 ; 1.63J 189 3 48-589 3 0; °-74 4 0 4
4 8 - 8 93 293 49.186 2 9 3 e. 77 49463 2 „ 255 7 49.718 „ 230 49.948 ¿ t
0.34 ; °-43 60 1.03J 109 2.12 £ 152 u 3.64 ^ 191
5 ° - I 4 9 169 50-3I I33
5*55 221 7.76 243 10.19 ^ 2 257 - 7 26c J J 253
50-547 , 6 50.603 50.618 50.591 50.523 46.068 +1.130 +2.5 —0.02
4h
—27° 46'
s
n
152) 48 Persei AR. Dekl.
53) ¡74 G. Eridani AR. | Dekl.
4h
+ 5° 5 i '
57-43 46-47I 68 57-75 46.403 2g 58-24 46.375 - 5 8 -9o 46.392 6 2 59-74 46-454 i o 8 46-562 0 60.75 61.90 4 712 J 189 , * 46.901 63-17 a 4 7 - I 2 4 2 5 g 64-52 47-374 ¿ 3 65-93
66-34 7 0 15.026 . 67.04 ' J 269 1 5-295 67.56 4 67.90 I5 54 " ^ 230 J 5-776 2 o 6 68.06 168.05 1 6r 5 "335 I 5 9 2 0 12 . l 181 16.163 67.89 2g 5 ° - 5 50.660 ^ 152 67.61 22J _ 21 , J 121 67.24 'I 50-778 43 ^•436 87 66.81 50.862 48 16.523 s ; 16 50.9" - 5 7 3 I 2 66.33 ^•585 2 6 65-83 £ 50.922 16.559 50.896 65-33 4
Mittl. Ort 11.010 sec 8, tg S + 1.024 +3.3 0, 0' +0.01
Greenwich
27 68
j 7'89 238 20.27 ' 215 22.42
25.42 - 0.527 + 9.7 — 0.87
5m
s 26.215J ¡26.139 , 26.009 25.832 c. 25.617'
„ 76 130 177
215 241
25.376 254 25.122 0 2il 24.871 ' A 234 2 4- 37 2 0 4 24433 l 6 l 2 4-272 Io8 24-164 4 7 24.117 ~g 24-135 0, 2 4-2i8 * 24.366 ^0 209 24
'575 264 24.839 3 I 3 5 - I 5 2 3 4' 25.506 ^ 2
+ 47° 35' // 51-77 I I 7 5 2 -94 9 7 53.85 l 54-47 29 5476 6 54-70 4Q 54.30 53-57 , 7 2 52.55 27 51.28 3 145 4 4
f 3 **> ! " 2 4 X65 46-59 l 6 44-95 ß 43-39 I 4 ? 4r-96 x 40.71 i o 4 1 39-67 38.88 7 9 38.35 25 38.10 ; 38.11 2; 38.39 38.92 ; 3 39.68 7;>
25.891 i. 4°9 26.300 t 423 26.723 429 27.152 s 429 2 7-58i J2I 28.002 4°-65 I I 4 41.79 ^ ' 7 131 43 10 ' 145 44-55 337 3 7 29.499 0 4 164 2 9 8®3 2 6 6 47-75 49-46 30.069 2 3 3°- 2 93 8 51.20 3 ° - 4 7 I I 2 6 52-94 3°-597 7 g 54-64 4 30.667 1 3 5 6 - 2 5 148 30.680 — 57.73 C. 45 30.635 59-04 23.II2 + 1.483 +4.4 +0.04
39.78 + I.095 f 9.6 — 0.88
Scheinbare Sternörter 1955 Obere K u l m i n a t i o n Greenwich 154) o1 Eridani AR. 1 Dekl.
Tag
4h 9 m s 42-"9
1955 Jan.
0
" 9 7 133 73-30 £ 41.985 „ 7; 74-46 41.868 143 75-42 7 4 - 7 2 5 £ 76.17 ' ' S3 76.70 4-564 e. 9 41.392 : 76.99 6 41.220 1 6' 3 77-05 IQ 4 - ° 5 7 I45 7 6 . 8 6 40.912 i i g 76-43 %
20
30 Febr. 9 19 März 1 11 21 31 April 10
2
9
40.794
20
40.667
10
4°-7"
3° Juni 9 !9
40.800
4 4
9
18
132
®
O 6 236
4
287
293 292
42.954 2g7
Sept. 7 17
43-241 27g 4 3
5
9
" * 26 43-782 44- 02 7 22Ô 44-253 2 0 3 44-456 44-632 ' 44.780 24^ ' 117 44-897 g, 44-980 j
27 7
17 27 6 16 25* 5
45-026 45-035 45-005
15 25 35 Mittl. Ort sec S, tg 8 a, a' V
2
42.662 ^
28
b,
3
4 I
c. 42.369
8
Dez.
4
«
41.805 42.08277
19
Nov.
I 0
I -
4-546
29
Okt.
4 4
40.932
29
39-994 + 1 . 0 0 7 +2.9 0.00
9 0
74.87 '
40.667
20
Aug.
75-77
8
40.711
30
Juli
7I
42.070
10
Mai
ff
49
3
113
73-74 I 3 ; 72.40 , 4 7°-
8
7
M 67.36 65.46 ^ 6 3J . 5 3 , 6 1 . 6 3J
S
190 ^ 193 190 0 183
12m
4h
3 - 9 3 8
H l
88.11
3 - 6 7 5
2 7 2
88.63
3-4°3 3 1
- P
2
5 3
" f 53.81
54-52 J
55-52 56-77
33 99 100
8
30.085
^
-
52 2
-
47
2 1 9
252
4 9
5 0 S
49
5°-" 6 49-65 43 49-22
¡g
48.84 „ 48.52
79-31 278
48.28
2 4
76.53 '
48.11
1 7
300
205
3-847"
442
333 34 32.120 351 32.471 J ^ 347 32 8lS 336 33.154 Jg 33-472 33766 ^ 34.029 2 2 7 31775
1 4 3
30.505 + 1 . 3 5 4
+ 9 . 3
+ 2 . 0
—0.89
—0.03
* Bei Stern 162) lies Nov. 26.
1 0 2
52.02 5 - 5 7 ,8
S S ?
5I 29
- 138 49-91 «s 49.06
48.01
2 8
4 8 -78 " 49-o8 3 49-97 t 4 4 51-41 1 9 4 53-35 238
48.09 7
48.26
3
37
49-I8 49-6i ! 5°-°8 ; 5 0 . 5 7
4
5 1 . 0 8
5
3
5-59 52.08
3 1 4
75-75 - 0 . 9 1 3
5
22-545
o
- a 22.516 22.T 4T 4 7/
'
22.342
84-44
%
84.82
22.207 ' 22.049
84.63 ; 9
21.878
t'T £ 82.64
21.704 2I "539
7
175
219
21.392
'
73
"
21
51
4Q 4 9
47
63.19
£ 350 59-69 56.24 52.95 3 2 9
119
99
2 2
-379
22
- 73
276 2 9
4
J
4-2I0
2 4 4 9 7
49-59 3 I 2 52.71 56-08 337 59-56 * 63 "° 4 335 f " 39 311 69-50 3 7 6
24.769 2 5 . 0 2 J3 2 5J . 2 5 5
2 2 26
24-45 5'37
2
25-903
7-22
28.85
29-52 30.06
272 2 5 4
232 207
5 - f 2 180 5- 4 2 8
2 J5 . 7 9 0
J
28.08
178 3
23.57
23.291
299
113 7 5
25-978
3 5
26.013
—
26.006
7
30.08 0 29.82
69.81
20.159
18.94
—1.928
+ 1.048
+ 0 . 3 1 4
+9.0
+3-5
—0.89
+8-4
+0.01
—0.91
E
77 9
g
92 93
0
92 8 6
77 ^ 67 5 4
i 4° 30.46 30.73 I 4 30.87 4 30.91 "6 30.85 30.72 l 8 30.54 2 2 30.32
50.40
—0.06
42
0 9
2
3 - 9 "
26
-53 22 69 2 2 -°9 .78
26.30
2
i -
22.979
3I2
2 3
14
r
2
221
"
3S 3°
2 0 . 8 5J
„ 185
2Î2
37
20.73
21.445 2 21.630 0
43
36
20.74
21.11
23.603
277
20.88
T
2 2 . 1 0 3J
2 7 3
51
21.II
21.302
2
72.26
21.76 21.41
— 4
4-53 J7 46.82 ^
I47
21.148
40.96
44-50
22.14
8 4
21.851 J
ick
47-17 2 3 2 44-85 2 43- 0 2 I 2 9 4 - 7 3 70 4I-03 7
4 2 , 7 2
7
x
21.189
21.203
24.36 2 4 - " 28 23.83 2 9 23.54 , 2 23.22 J 35 22.87 22.51
7
174
21.152
318
4V 9.9 T V0
„ 158
0 41
291
u
10Ç 135
- 73 Q.
J °2S8
76.12
29 / 69
21 2
7
26'
ff
83-49
80.89
+17°
m
+ 2 . 1 7 2 +0.8
.
^ 2
3 4 5
52.55 4 2 52.97 38 53-35 3I 53-66 55-73 73 l86 58.46 53-89 ¿ 297 61.43 54-05 2S 8 aA £ 311 £ 64.54 „ . 54-13 j - 6 7 . 6 8 305 54- 12 I 0 54-02 l 8 7°-73 2 8 6 * 73-59 25g 53.84 25 76.17 53-59
+9.1 —0.89,
7
20
s
8
48.81 ^
55-43 228 53-15 l 8 6
4h
34'
8^98202 0 151
9
48.50 £
1 4 3
72.74
195
30.600
J
125
—0.122
7
73-53 V 3 3°- I 34 i o 70.40 0 4 67.2T 11 30.238 r 57 30.395
l 6 o
9
53- 1 0 1 5 1
162) S Tauri AR. Dekl.
ff
48.02
34-256 34-442 I4 58.20 2.34-584 154 59-74 2 "34.678 34-723 6-35 34-7I6 62.95 6 34-658 4-49 65.92 34-552 0
62
- 6 2 °
2 3 3
84.02
30.155 30.093
13m S
88.18 87.23 95 85-838 1 . 8 3J
3I
-
259
4h
23'
88.65
30.270
31.130
170 ' 151 56-59 ^ 55-33 0 7 54-36 ^
27I
3°-873 2 6 3°- 6 3 7 2 0 4 30433 l 6
58.10 n
0
- 4 2 °
// s 81.28 32.706 32.572 £ 8 3 . 6 3 32.395 " 85.58 32.i8I 2 1 4 8 7 . 0 9
59.80
53-70 53-38
156) a Reticuli Dekl. AR.
155) a Horologii AR. J Dekl.
- 6 ° 56'
65*
2 4
26
66*
Scheinbare Sternörter 1955 Obere K u l m i n a t i o n 164)
T a g
0
30
6I.35O
9 19
M ä r z
1 1 1
21 31 1 0
61-057
7
60.708 c.
1 7 7
60.539 60.388 0
6 ° -
2 Ó
30
60.270
J u n i
9 19
60.592 60.8II
9 J
9
29 8 18 28
6l.06l 61.336
61.630 62.251 62.566 J
Sept.
7 1 7
Okt.
27 7 17
Nov.
Dez.
Mittl. sec
62.877 63.181 c. 63.473 63-751
64.OII ^
27
64.250
6
6 4 4 6 5
16 26 5
58-7° 58.40
64.652 64.808 28,^
94 I
4°
58.55 58.99
2 1 9
250 275
6 o
:
-
2
4
304
292
278
2 6 o
239
l 8
'
156
•
"
3 7
65.II 65.76
66.30 66.72 67.02 '
*
3
l 8
7
60.078 '
6 5 - 0 1 1
4 I
67-05
25
65-052
-
;
74
=
54
42
35
65.050
60.027 60.218 60.468
- 4 9 7
61.903 62-324
2 2 6
220
85.66
7
88.72
72
„ 5 9
8 9 4 4
20
8
13
5 17
l
9-23
9
88.34
89
86-95
™ 186
82S227 80.19 3 2 9 3
77-26
74.10 ^
7
0
7
333
7
340 4
67-37
191 250 302
346
4 o 6
4
4 2 Ö
63.98 60.68
339 330 311
57-57 5
4
7
2 8 4
3
247
52.26 2 0^4 50.22 48-69u
47-73
4
*
3 5
?
u
J
64.577
54-67
faz
57-6I
-5:
10
I 7
89.61
62.750 63.169 4 1 9 4 7 - 6t 5 ¿ c. 402 48.55 63.571 4 ^ ^ 1ÍO 63-946 7 50.05 338 207 64.284 52.12 2 5 5 293
3°¿, 65-I65 6 5 - ^ 5 65-
0
57
64.903 61.272
-8.0
8 o
381
+1.749 + 1.3 —0.04
—0.92
146
59-841
56.27
-l-o.01
2 6 4
209
59-852
+O.346
+3.5
270
87-45
u
'
66.90 66.73
3 "
59-932
60.770 61.116
8
67-33
1 5
121
£ 2 8 7
3 4 7
59-900
67.22 1 0 c. 67.32 !
g 2
59.III + I.058
30
63-56 6 4
,gj
60.86 2
6 1
315
3 3 7
6
3
,
314
337
8
307
311
" ° 4 7 62-7X0
61.963 „ 61.580 3 8 3 ^ 371 6l.20g
61.02
294
6 3
62.344
59-56
64.929
Ort
S
58.08 58.09 i 6 5 « 25
47
67.28 ¿ 0 67.18
S, t g S a, a' b, V
J3-346
58.19
i 8 2
29 Juli
8 8
46
. \ ~
7
£
23
49 8 8
h
33 m
,
2
4
60.85 64.26 67.73 '
3 4 7
341 339 321
74-33 77-25 74.36 - 1 - 4 3 5
+7.4 —0.93
2 Q 2
19
22.522 ^ 22.462 22.365 9 7 110 22.235 o j 155 J
22.080 21.910 2 1
- 7 3 5
21.566 21.413 ^
J
21.286
170 "
109 153
127 93
21.140 ^ 21.132 — 39 3
2 1 . 1 7 1
5
21.256 21.386130 2 1 . 5 5 8
21.767 ' ' 22.007 '
+ 1 6 0 25' // 18.21 1 7 . 8 9
16.62 16.2834 15.9533 15.33
209 240
^
266
3 ° 7¿
2 3 4 7 5
3 D 7
^
3°° 291
24.373
2 7 7
24.650
2
24.910
7 7
4-9°
15
5-369
i g i
25.560
i 6 o
2
3O 5-720
25.846 25-933
25.980 25.984
-
28
43
16.95
4
h
1
3 4
1
7 - 7
m
6 - J3 2 1 , 6-293
6.226 ¿ 6.123 5.991
6
7
i o
3
,
132
0.
22.66 23.23
6g 57
3/
23.67
J
I 2 6
87 47 4
l 6
24.12 2
18
23.88 A 25 23-63 2 9 23.34
31
23.03 22.70 22.3832
; 36.30 37.26 • 38.03
• 77
38.61 38.99 39.16
3
7
-
38-87
%
5-038
38-41
6 7
99
4-939
6 l
4
37-74
00
88
4.878
%
36.86
1 0 8
4-859
-
35-78
,
4-884
%
34-5X
I 4
4-954
0
0 8
I I 2
3 3 -
,88
29.86 28.16
7
i 5 6
5.066 2 I
9
7
6.138 * 6 - 4 ^
220 2 4 6
2 Ó
170
-45
¡67
2 4 7 8
72 7 9 28
23.21
I
2 I . 80 I ¿-
7
2
' 1 ¡ 7-568 7-841
2 8 9
20.60
283
8.100
259
8-343
2 4 3
o t J
223
8.566 8.766 0
8-939
9.082
I
7 3
143 109
9-264
33
9.297 9.291
-
13.62 +0.295
+ 1.002
4.098
+ 3 . 4
L l
+ 3 - 0
+ 0 . 0 1
—0.93
0.00
9"
96
4
6 6
18.98 18.62 18.58 18.880 x
36
-
30 6 0
9'4
8 8
20.36 21.47 t. 22.76 24.18 J
200
30j 9.I9I
20.123
I
7 3
4°
121
,
6-996
+1.043
7-4
t
7 4
5 . 1 6 8 11 53 40
I
4 - 5 ¿ 9 24-06 :
7
I 2 8
35-X7
39-12
8 5
79
I 7 0
33.89
5-322
5-62 7
20-33 2 I . I 8 ' 9 7
5-492
84
88
26'
- 3 °
. 28
5.666
5.407
-56
2 1
5-836
5 '
2
Dekl.
s
77
23.96 ^
218 2
18
g 14.81 14.84 14.99 2 9 1
2 8 6
2 3 . 1 6¿ 5
23.782 0 24.082
25
J
1 7 2
2
22.858 "
:
32
16.94
1 8
22-273
3
17.26 £
Eridani
AR.
32
2 1 . 1 9 3
294
324
71.12
22.541
J
169) v
Dekl.
s
80.70
20
34
4
7'
0 83-4°
Tauri
AR.
//
30
59-06
124
- 5 5 °
192
59-44
5
168) a
Dekl.
m
, J ' , 63-596
27
J
60.55 60.21
32
1
63.788 1 7
169
4
10 20
30
135 0 158
60.885
60.176 £ 60.130 60.129 60.176
20
Aug.
6 I . 2 I 5J
Iporadus
s
61.55 , 6 1 . 3 5 ¿
61.12 60.85
4h
4'
ff 61.72
61-543
61.518 l 3 e. 65 6 1 . 4 5 3 TJJ I0,
a
AR.
+ 1 9 °
10 20 Febr.
171)
Dekl.
S
J a n .
April
Tauri 1
25m
4h
1955
M a i
e
AR.
Greenwich.
i n I 2
9
142 1 4 9
2 5J . 6 7'
150
S:2145 2 9 . 9 8
1 3 6
34-85
—0.060 + 7 - 3
—0.93
Scheinbare Sternörter 1955 Obere 172) T a g
53
Eridani
4h
36™
- 1 4 °
0
27.48
9-224
2
20
9 -
30
9 - ° 3
4 5
I
I
8.886
9 *9
M ä r z
7 9
„ .
3
1 4
I' ^
31 April
?
10
8 . 0 0 0 143 7-857 ' i n 7.746 1 74 7-672 3¡ 7.640 -
20 30 M a i
187
10 20
7.652
-
33.98
5 3
33-45
8 2
-63
J u n i
9 J
9
7
29 Juli
8
9 - 1 2 8 9.416
18
'
7
9-999
17
288
O 292
9.708
7
291 2 8 6
10.285
27
10.560
0
T
262
10.822
7
11.066
1 7 27 6 16 26 D e z .
^
7
28
Nov.
l 8 o
1 3 8 . 3 4 8 224 0 8 - 5 8 8 262 8.850 202 0 278
29
O k t .
143
8.135
19
Sept.
8 1 2
7-955
9
A u g .
'
102
30
5
2 4 4
28.58
' f
,
180
222 0
11.486
1 9 8
1 1 . 6 5 6
1 7 0
n . 7 9 3
'
" •
8
9 5
102
" • 9 5 9 " • 9 8 3
24 f
35
11.966
7
O r t 8
7.082 + 1.032
g
25.86
I
I 2
J 178
33.963
l 6 l
,
136
101
33.506
J3
33-493 33.528
« £
2
14.01 16.02 0 1 8 . I I
22.21 0 24.08
6
35-568 0 35-
J
J
99
322
°9
209 201
26.52 - 0 . 2 5 7
0 l 8
7
1
75°
Camelopard.
4h
51'
Dekl.
44 m
+
2 4
18^656
4
o
18.603
5 3
18.476
1 2 7
J
-95
22.41
223
0 3
5
292
46.54
45-07
0
32
22
45-
3 0
42 52
45-75
60
46.35
„
47-o8
7 3
49-85
26-78
56°
40'
ö 5
5
9
8
I I O
60
5 3 - °
8
1 -
27-9°
55-22
..
28.34 28.71
'
38.268 o ¿ 38.406
r
29-39
1 6
29
57-*9
I 0 6
102
8 6
58.05
2 2
58.82 ' 2
59-47 59.98 ¿ 60.35
7 7
„ 5
37
38.505
-6
29.62 * 29-69
60.54
3
38.561
*
29-75
60.57
I 4
29.79
60.43
7 6
-
17.420
6 7 . 8 9 ;
17.091
•
¿
6
°
-
I 7 7
8
-
9
3 I 8
1
59-2 5
6
2 6 6
^ 269 . . .
4 5 - 8 3U
232
43-5
5 4
1
„ 4I.48 ^ ^
203
39-77
,
3
6
8
171
'42
8 8
293
4 8
,
62.78
.
62-85
¿
I 9
19
T4
7
40-32
i 8 2
4 2 . 1 4
2 I S
15.909
„
57-55 55-69
-
53-72
201
"
!97
127
a
,
'
5 I
49-74
178
47 46.14
1 6 . 74 21 8 3
3
44-29
2 4 3
¿ 1
49-37
2 8 3
52.20
293
55.13
294
J
58-07
0
Í
287
60.94 63.64
'
^
43-3
417
4
19.471
8
20.496
TJ
2 7 0
130
1
103
J
42.28 4
4
1
' 5 4
2
41-08
4
6
5 0 3
513
40.92
y
496
„
"
41.05
4 I
4
68
1
- 4
42-
T
6
4
43-08
20.992 21.469
172 153
44.61
5 3 7 0
456 7
l 8 8
e.
250
17.098 v '
7 1
103
J
9
l 8 6
5
1 6 . 1 6 3
44.26
4 7 7
451
45-66 2 1
46-72
I 9 7
1 9 4
J
19.986 I I O
142 l 6 8
16.036
36.91
38.85
° 59-23
IÓ.230
1 8 : 9 5 8
37-75
1 1 1
60.65
250
i s
2 8
3 4 7 5
í
2 9 2
37-46
36.78
1 5 3
62-30
15.882
5I.O6 O 48.37
7 7
60.19
61.76
^ . 8 5 7
276 53.83
9
62.51
^
2 4
8
6*-42
329
16.480
9
I o 8
56.24
10
68.19
37-o6
3 7
29.52 7
17-739
6
58.66
c.
1 0 0 i o 5 I o 8
5 4 -
29.22
9 3
5°-90
27.38
3 3
38 ^
6
66
26.13
27
7 20
9
2
67 6
67.92
63-
3
3
, „
2
~
24-79
206
7
44-98
25-46
2 5 0
16.772
44-84
48.85 0
37-655
2
44.87
47-92
24-
1 9 4
18.032
4 5 4 2
39
6 l
I
18.282 3¿
74
8 3
5
67.IO
13
5
45.92
23-52
37.888 0 38.094
1 7 4
°
6
47-25
46
t
2 97 . 0 0
38.573
r 63-92
48.03
3 2 0
- I 2 2 2 7 6 37.398 4
201 2
+
4
AR.
5
4k
3 4
22.19
22.58
3 7
i 6 4
22.73
23.00 °
3 1 8
9 °
36.525 36.830
186
175)
52-^
3
23-56
r
36.210
J
1
24.02
3
246
34-374
l !
" • s
m
49-62
4° 7, 44 \
1 7
35-250
135
24.86 e. 24-46
22.28
74 ^
J
^
2o 60
/
3
34-941
2 2
25-20
22.O8
i 6 4
7-59 7-37 7-57 8.17 „ J 9.16
2 7
22.11
- 2 3
63
2 0
25-47
3 3 7 4 2 c 33-9i6
2 9 4
1 0 2
25.67
33.612
47
9.24 0 8.22
4 2
c. 50-36
23.12
34-
13s
Caml Dekl.
51-01
188
10.59
848
5i-55
2
25.80
1 1
4 '
3
^
34
34.128
205
6 4
15 25
s e c 8, t g
2 l g
20.51 0 220 18.3I ¿ c. 2 1 5 l 6 . l 6
20.20
Mittl.
211
22.69
7
137
34-890
198
v
11.288
25.88
33.666 ,
*
^ ,
0
g
33.565 30.18
7 24.80
7.710
34-948
33.802
I 0 9
2
3 °
4h
52'
25.85
34.324 g
5 8
22°
Grb
AR.
s
34-501
39
34-20
2
+
34.660
^
34-11
3
m
3 4 7 9 2
, ,
3 3 7 2
11 5 3 6
1 S 3
33-03
168
^ •
3
- ° 4
2
3 9
173)
Tauri Dekl.
34.96I
175
4
1
21
9 -
h
67*
Greenwich
S
9-263
F e b r .
4
23'
10
2
~
AR.
tr
s J a n .
174)
Dekl.
AR.
1955
Kulmination
- 9 2 0
-
4 I 8
47-26 22.338 - 7 ^ 5 23.043 2 2
5
49-03
I 9 I 2 0 I
273
50-94
J
209
52-95
23.525
J3g
23.664
6 6
23-730
~
^
23.316
3
J
5 5 -
5 7 - °
32.417
20.46
44-50
47.39
14.738
+O.422
+ 4 . 0 9 4
+ 3 . 9 7 0
+ 1.820
2 o 6
207
8
59-09 60.97
23.718
+ 1.085
0 1
47.OI 1
+ I . 5 2 1
a,
a'
+ 2 . 8
-1-7.2
+ 3.6
+ 6 . 9
+ 8 . 1
+ 6 . 6
+ 5.0
+ 6 . 5
b,
b'
— 0 . 0 1
— 0 . 9 3
+ 0 . 0 1
— 0 . 9 4
--0.09
—0-94
+ 0.03
—0-95 E*
2 0 I l 8 8
68*
Sdieinbare Sternörter Obere
4h 49 m s 38.74 IO 38.64 J 0 9
1955 Jan.
0 10 20 30 Febr. 9
3845 3
7 36 37 H 4a 37-39 36.94 3M7 36.01 35-59 3 7
19 1 11 21 31 April 10 20 30 Mai 10 20
%
März
Juni Juli
35-22 34-93 2 0 34-73 IO 34-63 ! 34-62 -
3° 9 19 29 9
34-72 34-93 35-23 35.61 36.08 J
Sept.
7 17 27 Okt. 7 17 27 Nov. 6 16 26 Dez. 5* 15 25 35 Mittl. Ort sec 8 , tg 8 a'
b,
b'
2i 30 38 47
53 36.61 59 37-20 > 37-83 % 38-49 68 39- z 7 6 8
29 Aug. 8 18 28
a ,
2g
39-85 A, 40-54 6 ? 41.21 / 4-85 l 42.45 s 6 43-01 43 52 " 43 43-95 J 4 44-3i ' 44-58 l 44-75 8 44-83 44-79 33.65 +2.485 +6.0 +0.05
+ 66° 16' Ï9-54 ^ 222 21.76 195 2 3-7! l 6 o 25-31 ¿ J 119 26.50 3 74 27-24 25 27-49 " 27-24 26.51 l 0 118 25-33 J J JJ 7 23.76 01 !9° 21.86 215 I9.71 231 17.40 ' ^ 240 15.00 u 24X I2 -59 10.26 2 3 3 8.07 2 1 9 , 200 6.07 2 7S 4-3 ^ 0 145 7
1
2 8
- 7 II4 -73 * °-93 4 4 °-49 xo °'39 * 1.26 2.21 9 5 126 3-47 I 5 5 5 02
6.85 0 8.92 y 11.19 c. 13.61 1 16.12
Greenwich
180) 7t8 Orionis AR. J Dekl.
178) a Camelopard. AR. 1 Dekl.
Tag
Kulmination
183
207 227 242 2 5i 253 18.650 „ 248 21.13 234 23-47 9.22 +2.275 +6.1 -0.95
* Bei Stern 183) lies Dez. 6.
4h
5Im
s 56.604 IO 56.594 56.543 8 8 56.455122 56.333 I4 g 5 ^ 8 5 l66 56.019 55-845 J ! : 55.674 159 55*5 5 j^y 55.378 55.271 £ 55-201 ^ 55.171 55.184 ; 3 55-242 1 0 I 55-343 J J 55-484 ^ 5 5 - f 2 JtI 55-873 2 3 7 56.110 „ 56-36S 2 5 8 56.643 2 8 ?5 56.928 ^ 7 291 57-219 2 G I
+,2°
22'
8.21 io 7.16c. 5 6-22 2 5-4° 68 4 72
' 53 4.19 3-80 3 9 3.562: 3-47 3-54 2 4
1955
181) i Aurigae AR. Dekl. 4h
54m
S 6-354 6-352 6.298 6.198 6.058
2 54 100 140
172 5.886 5.692 5.488 J
194 204
201 S" 2 8 ? i 8 5 J5.102 159 4-943 „2 3 4.820 79 4-741 ^ 4.711 -T / 22 4-733 7 5 ^4.808 126, 4-934 1I 77 4, 5.108 J 217
378 4.18 4 0 4-75 57 5-49 7 4 ~ ^ 91 6.40 ~ 105 7-45 119 8.6Ï^ 129 9-93 J 11.30 140 12.70 0 ' 138 14.08 5.867 n 132 ? 312 15.40 6.179 122 ^ 330 16.62 343 6.852 349 17-69 ^ 7.201 18.56 f ' 350 3 64 1 7-55 1 ,,o 57-5 ® 288 7.899 3 4 8 57-798 2 8 I 19-20 *9-59 „ 8.23934: 58-°79 27O r6 8.567328 58.349 ' 19-70 x 57 9-54 4 2 8.880313 J58.606 293 239 19-12 6 7 -I i8 58.845 9 7 3 270 " 4 5 87 2 217 8 9-443 2 d I Ï7-5 ' 0 103J 59-062 ' 16.55 9.684 2 4 1 HS 0 207 59-255 l 6 0 J ^ 120 5 9-891 * ^O 167 459-420 I 3 1 14.20 10.058 J 123 ^ 122 59-551 ^ 10.181 , " f II8 76 59-646 I I . 8 0 112 I O - 2 5 7 ' 59-701 " 10.68 AO 10.282 59-7I4 54.288 6.77 3-529 +1.001 +0.041 +1.194 +3-i +5-9 +3-9 0.00 —0.96 H O.OL
183) c Aurigae AR. [ Dekl.
+ 3 3 ° 5' // 54-37 5 9 54-96 0 55 16 9 55.85 ^ 24l 56.09
5^7 56.07 55-79 55-34 54-74
IO 2g 45
l 72
54- 0 2 8 o 53-22 52-38 J 5 - 5 4 84 50-74 y 2 50.02 6 2 49-4° 48.90 48.55 48.35 48.30 48.38 48.58 48.90 49-30
50
„ 5 ~„ £ £ ^
49-77 5 2 5°-29 5 6 50.85 8 5 - 4 3 go 52.03 6 2 52- 6 5 64 53-29 6 5 53-94 67 54-6i 6 7 55-29 6g ^
t
56-64 57.26
66 62
48.35 +0.652 :_ 5-7 —O.96
4h 58 m s 47-29 1 47.285 47-220 0
V
1
46-934
+ 43° 45' 6
i6
7
204
46.730 46.500 > t
2
5
9
238
46.021 0 221 45.800 ^ 192 45.608 45-457 ^ 45-356 4 ß 45-310 45-324 7 ] 45-399 45-532 45-72« 45-959 46.242
ig8
f
1
Ä 48- 0 74
98 402
48-476 _ 48.875 3 " c. 392 4 9 f 7 380 49-647 3Ö2 50.009 J V 34° 50.349 J50.662 3 ' 3 50.942 280 0 239 5I.I8I I94 i 6 5 -375 . J 5-f7 5-603 51.629 44.078 + 1.385 +4-3 +0.02
J36:68
135
136 35.32 J I 3' 2 34-0° 32.76 c. 112
283
321 46.563 Y351 46.914 Z 47
38'87 II7 40.04 ^ ^ 103 4 - ° 7 84 41.91 6 I 42.52 35 42.87 7 42.94 2 2 42.72 42.21 4 - 4 5 g8 40-47 I l 6 39-31 I 2 8
86 26
29-30 28.90 4 0 28.69 2 J 28.68 28.84 1 6 ^ 33 29. J 7 i Q 29.66 4 9 63 30.29 6 3 - 0 5 88 3-93 w J32.92 ' 109 34.01 118 35,I9 I2, 36-44 I 3 0 37-74 I 3 2 39.06 129 40-35 I 2 41-58 1 2 3 31.80 +0.958 +5-3 —0.96
Scheinbare Sternörter 1955 O b e r e 182) ß C a m e l o p a r d .
Tag
AR. 4
1955
h
59 m
0
28.67
10
28.63
^
28.50 0 28.30 2 8 . 0 3J
3 20
20 30 Febr. 9
März
19 1 11 21 31
April 10
Mai
7
27.35
'
26.98
37
60.89
16
60.30
59
33
27-70
26.61 37 26.27 34 ' 3° 24
20
25.73:
30
25.567 25-47 ! 2 5 4 6 -g
10 20
25.54 25.70
Juli
30 9 19 29 9
2?
Aug.
19 29 8 18
28.62
28
29.1856 v 57
Juni
Sept.
Okt.
7 17 27 7 17 27
Nov.
Dez.
25.94 26.26
;
32 38
2 6 . 6 4 44
-°l
48
27.564 28.075
5
i
29-75
56
f
56
3 0
30.87 3141 3 I
£
- 9 2 48
6
32.40
16 26
33 ^3 -- 28 23 33-54
6
33-79
15
l 6
25
33-97 34-06
35
34-07
39 3
l8 9
j
59-31 55 76 -. 92 58 0
72 „„ 29 -
26.353 26.l8l
99 I36 i 6 7' 190
215
133
39/4 38.19
;6
37-43 36.98 36.84
'
37-01 37-48 3 8
"24 39-27 ^ J/ 42.11 0 43-87 0 45.82 ^ 47-91 50.09 J5 2 . J3 2
54.52 2 t 56.61
;
7
103 I30
154 , I 6 7 195 209 2i8 223 7
2
°9 ^
42.83
172
182
\
42-77 42.70 ^ i 10 42.60 ^ iS 42.45 2C 42.25 26 4 I - 9 9 30
2
41.69
i
4J-36
S
5-5°3
„ .
41.00
25.389
^
40.66
34
40.36
3
27-809 28.124 0 28.433 O 28.732 Q 29.018 ^ 29.287 29-536 2 9'759 29-953 30.112
..
220
4
,2 — 15 ^
25.812 192 i 0 226 2 6 . 0 3J 8 „ 256 26.294 , 279 2Ö -573 26.869 29° 308 27.177 J 315 27.492 ^ 317
io5
r
42.88
5-359 25.468 109 2 152 25.620
4 -°3 2IO 4 5 * 9 3 jgy 43-96 i g 7 42.16 159 ^
6
2
8
J
30.231 30.307 30.338
5h s
n
25.999 iRt 25.8l8 181 - * 169 2 5 49 I 4 6
25-313 25.281 £ 25.296
, 22 1I 4
AR.
+ 21° 31'
26.626 , 121 26.505
54-38 52-32 5u 0 . 1 8
o
s 26.744 26.750 26.709
5 3 - 6 5J 200 5 5 - 6 5J 177 57-42 0 5 8 . 9 1 !49 60.04 ^ 60.76 / 61.05
25.97
5h
+ 6 0 ° 22' //
185) 7) A u r i g a e
Dekl. m
315
.
|
°
i 6
39-95
7
39-88
"
39-93
l6
40.09
28
40.37
37
24-381
2
24-383
g
2
4-327 Io8 24.219 I55 24.064 ^ ^ 192 23.872 J 217 2 3J - 6 5 5 230 2 3 4 2 5 22g 2 3 I - 97 2I4 22.983 l 8 4 22-797 22.650
100 2 2 . 5 5 0 47 22.503 2 2
'5I3 22.581
-
6
4 2
" f 42.84
43.89
6. „ 5G 43 43
C. 125 22.706 2 2 . 8 8J 3 1 7 7 226 2 3-I09 26q
44-94
l8
2 6 . 6 5 0 3_
45-12
IO
27.003
"9 6
45-25 45-24 45-19 45-12 45.06
~
i 7
6
45-00 44-95
'
7-335
53-03
35-421
42-55
45
42'
1 0
68
34.787 34.582 34.378
4I"42
89
3 4 - 1 8 05
4°"53
I04
39-49 „ T 38.34 37-12
^
*
hi
2I
59.70
-
204
59-54
193
173
'
33.693 33-872 34.024
30.21
¡I
3
°'
5 1
43
'
30.94
„
8
31.49
65
3 2
-J4 32.90
68
76 g,
33-75 Q i 34.69 94 2 7 6 4 * 101 " '275 27-9I6 £ 35-70 28.153 37 .36-78 II2 37.90 I I 5 28.347 7 144 28.491 3 40.18 28.5829 ^ 109 3 4 41.27 28.616
; ^ l8
3 4 ' 2 I 3 22C 34-433 247 247 3 4 . 6 8 0 267 34.947 2 8 ; 35.230 35.523
2
9
J
3 5 - 8 2 1 296 36.117 36.408 291 A td 28l 36.689 36.95 4
24g
57-423 3
7"
7
37-779 37-903 7 37-986 38.026 38.022
59-01
88
58.13 ° 121 56.92 153 55.39 i 8 0 53.59 5i-55
22
49-3 238 46-93 2 , 7 247 4^ 4 4^ 6 249 14 97 4 3 39.54 2 ' 2 3
7'22
212
3
5 - I ° 186 3 3 . 2 4^ 154 31.70
„
3°-55
70
29.85
24
29-61
-
29.85
:
30.57
II8
3I
-75
l6o
J3 J5 - J3 °
I9
2 0, ®3 4Q
— 4
223
37-53 39-96
2
42-5I
256
243
4 5 - 0 7 248 4 7
i 5 234 49.89
Mittl. Ort
24.31
44.85
24.159
38.92
21.257
32.71
33.280
48.62
s e c S, t g 8
+2.023
+1-759
+ I.O75
+0-394
+1.329
+0.875
+1.082
—0.413
+5-3
+5-2
+ 3.6
+5.2
+4.2
+4.9
+0.03
-0.97
+0.01
—0.97
+0.01
+2.5 —0.01
+4-9 —0.97
a, a' b, V
—0.9 7
;
1
3 3 - 3 5 jqr
37.200
3o6
^
205
33.761 69 52 34
57-95
58
33-869 143 C ? 108 33761
3 "7 3 I ;°7 3 °"55
I
5
59-49
34.012
99
32.61
56.64
58.91
33-671 34-7 1 33-6o
I96
195
33-694
1
221
73
r
35-3°7
-
385
37
;
7
30.21
26.282
35-494
42.74
5 - X 3 2 387
25-904
J5 0 . 8 2
42.67
o
2
,0
35-^58
i 6
25.519
35,524
34.982
30.05
2
Dekl. —22° 25'
3m
s
30.05
44-68
^
76
73
44-32
3
«4 41.80 42.35
24.750
l
299
45-22
4 1
3i
2
5h
|
//
24.019
309 286 , 269
10'
39-07104 40.11 93
68
23.684
4I-72
AR.
//
4 ° " 7 4 46 41.20
186) e L e p o r i s
Dekl. +41°
3m
0
40.11
43-39
69*
G r e e n w i c h
184) i T a u r i AR.
Dekl.
s Jan.
K u l m i n a t i o n
70*
Scheinbare Sternörter 1955 O b e r e 188) ß E r i d a n i
Tag
AR. 5h
1955
S
0
40.419 4O.415
20
40.368
30 9
19 März 1 11 21
47
37-95
^
^
4^ 0 . 2 8, 2 121 40.161 149 40.012 ^ i6 0 9 39-843 g
39.07
Q2
23-697 2 J3 . 6 0 I
39-99
7D
23-459
l8o
2 3 - 2 79
206
20
39-°5o
86
30
38-964
10
38.917
20
38.9X3
Juli
9
9
Aug.
8 18
Sept.
3Q
g2
35.60
39-034
I23
39-I57
l 6
:
34-°5 32.40
J
30.69 28.98
2
2,_
277
Okt.
Nov.
7 17
4I,93I 42-X9 1
27
4 2 - ^4 3J J5 -t
6
42.859 43-031
26 Dez.
6
8
i
95
2X.53 21.21 21.22 21.58
273 26o 244
/
32
, f 69
J
22.27 2 3 . 2 6 99 ° 125 24-5X
2
25-96
22
42.659
16
167
65
4X.090 41.658
171
22.18
17 27
171 '
23-13
° f 9 28 40.803 287
7
¿1
27-56 l 6 8 2 9v . 2 4 ^ 170
8
43- 69
^
15
43.270
6l
25
43-331
2o
35
43-351
z
,
3°'94 32.59 34-X4
i65
Mittl. Ort
38.125
35.15
8, t g a, a' b, V
+ 1.004
—0.090
sec
S
+3.0
0.00
142
2 3
" ° 7 3 219 2 2 . 8 5 4 220 22.634 ' 22.427
2 7 - 3 1 156 2 5 - 7 5 j4J 24.34 ;2I
2
4
28
20
38.952
39-733 39-978 40.242
29
4X-45 ^ 41.25
4 ° ' I 8 86 39.32 106 J3 8 . 2 6 125 37.01 141
47
39.5ix
J
* >
40.83
39-3X7
29 9
4X.X7 41.42
5h
I2
22-245 22.099 21-997 21.946 21.949 ^ 22.008 22.121 22.286
0
22.498
2 2 . 7 35 1 ' 23-040
64.86 /65-77 66.58 67.26 67.76
91 g, l 50
31
68.07 68.15
g
m
68.00
15
67-63
%
Ig2
67-05
„ 77
6
66.28
91 6, 5J . 3 7 102 6 4 . 3 5 SI 63.28 107 - c. i°7 3 62.21 59 104 61.17 ' 60.20 97 165 87 212 5 9 - 3 3 ' 253 5 8 . 6 0 75 39 J5 8 . 0 1 „ 44 289
102
"3
qT8
23-358 23.699
;
57-57
29
57-28
^
57-15 24.056 g 57-x6 24.423 24-795 25.166
372
37 6
3 7 25-533 « 8 25.891 26.235
325
26.560 26.862 2
7*i34 2 7-372 27.569 9 27.718 27-8x5 27.858 20.683 + 1.277
302
57-29 57-54 57-89 58.34
49
,, ^ 4
58.87
^
59-47
68
60.15
272 6 0 . 9 0 23g. 61 72 J
2.
62.60 6 3-53
64-49 65-45 43 ' 66.39 l
+4.7
+4.1
59-4° -rO.794 +4.3
—0-97
-:-o.oi
—0.98
„ 88
S
24.461 ^ 149
2
2
24.005 23-753
' " 4
153 2 2i6
23-936 24.176 24.435
^
24-708 24.990
2g7
2
73-99
g
73-°3
II8
7
1
5 I3g
70.47
I55
68.92 , 170 67.22 c. 179 6 5-43 L 63-59 l 8 4 4 61.75 73 179 59-96 5 8 - 2 9 J 56-79
128
55-5X
g9
54.52
288
53-85
2g3
53-53
67 -
53-58 4*
54-oo
' J }
26.635 22g 26.863 22 cT 204 27.067 '
143 .0 2 /7 .0 3 8 6 106
27.578
„
-
"
27.556
„
24.861
4g
23-163
27-492
24-973
75-43 75-20
i3
^
10 53
;
23-176
Q, 94
T„
75-41
„
27-243
J
Ig2
23-231
26-387
25.016 25.026
24.492 6 24.256 2 I
74-72
l
23-289 23-5x7 23.792
i89
^
3i6
24.45835: 24.83437 395 25.229 „
25.637 3 ° 415 26.052 26.467^ 26.878411 401
il
9
28.030
62-53
275
24.108
55-89 _ 39 5 7 - 2 8 1161 178
117
23.114 ;
28-369 28-675 28.941
386
365,
3
» ^
2 219 29.160 10 y 165 29.325 4 i8 ä6 6' . 2^6 4 29-432 6 173 29.478 67.99
27.12
22
27.34
-
51
27-25 26-85
4
26.17
93
22.78
13
'37
I46
18.45 ^ ^ 141 17.04 1 5' - 7 4 n o
~J / T II7
I
4-57
IO
I
3-55 I 2 -7I 12.07
64 44
%
xx.63 ".38 11.31
-
J
12
"•43 "•73 1 2 . 109 12.80 z
3o 46
z61
77 ^
3-57
J 4-47 I04 1 5 . 5 1 1 1 r6 i i 16.67 ' 126 17.93 J 34 1 v9 . 2 7 ' 139 20.66 139 22.05
23.40
135
67.89
21.646
16.31
—0.145
+1.438
+1.034
-'
+4.4
+4.1
+0.01
—0.98
4.1
—0.98
;
84
22.421
0.00
°
141
+ I.OIO +2.9
a
7g 7
21
22.997
¿
25.83 26.61
22.941
27.665
9 ti 6°- 7
23-65
24-83IOO
25.24 24.09
54-78
00
238
22-34
23-5x5 2IO 23-305 2 3J . 1 3J 41 1 2 2 23.012 ,, , 6 6 22.946
27
57'
//
24-698
6 1
Dekl. +45°
53 %
23-325
25-27 7
X3m
" 75-X4
154
25-565 25.848 26.123
]
l8i
23452
23-534 23-720
s
6 8 - 4 3 l 6, 0 5 70.08 ' ' 146 I7 5 4 !2Ö 72.80 0 103 73.83 £ 7 4
23-779 23.606
23.381
5h
//
24.582j
23.I94 23.267
AR.
—8° 14'
24-7x4 2 24.712 24.667;;
24-3x2 24-If 23.96X
193) a A u r i g a e
Dekl.
s .
12I
194) ß O r i o n i s AR.
Dekl. + 38° 25'
„
I4g
Juni
IOm
23-741
39.171
30
s
23-730
39-3X9
Mai
5h
]
3 5 - X 7 T „_ 3 6 . 6 4 ^
April 10
3
AR.
—5° 8' //
3 9 - 4 8 7 jgg
1
G r e e n w i c h
192) (X A u r i g a e
De kl.
5m
10
Jan.
Febr.
K u l m i n a t i o n
Scheinbare Sternörter 1955 Obere K u l m i n a t i o n 196) & Doradus AR. | Dekl.
Tag 1955
5h
I
3m
- 6 7 ° 13'
191) 19 H. Camelop. Dekl. AR. 5 h I5 m
//
Jan.
0 10 20 30 Febr. 9 19 März 1 11 21 31 April 10 20 30 Mai 10 20 30 9 J 9 29 Juli 9 Juni
19 29 Aug. 8 18 28 Sept. 7 17 27 Okt. 7 17 27 Nov. 6 16 26 Dez. 6 i5 25 35 Mittl. Ort sec 8, tg S a, a' b, V
5040 5
° - 1 3 36 49-77 l 49-33 5 „ 48.82 ^ 57 48.25 47.66» 47-05 6 l 46.44 „ 45-85 » 45-3° , Q 44.81 4 9 44-38 44.03 s 43.7717 43.60 43-53 43-55 43.68 43-90 44.21 44.60 45-05 i 45-56 46.12
„ 2 3I 39 45 1
5
6 J8
46.70 47.29 Q 47.88 59 48.45 52l 48.97 ^ 47 49-44 49.83 » 50.36 „ 50.47 j 10 5°-48 JO 50.38 2 I 50.17 47.11 +2.584 0.0 —0.03
74-97 78.08 3 80.83 2 7 5 r, 230 180 84.93 I 2 7 86.20 86.917; 87.06 86.6739 84.32 82.43 21 83 91 80.12 267 ' - t ^ 319 7i-29 „ , 67.95 34 64-54 34« 61.16 326 57-9° 54-85 275 52.10 235 49-75 £ 47-87 34 46.53 ^ 9 74 4 Ho « 45-68 55 46.23 T J 119 47-42 i g o 49-22 236 S 1 ^ 8 284 54.42 2 321 57.63 i 347 61.10 3Z , 362 64 72 " 363 68.35 71.88 3 5 3 > 75.18 3 3 0 69.66 -2.383 +4.0 —0.98
J
J-33 i 8 5 4I 15.74 l x 5 - 1 2 78 14.34 92
1
1
2 J 3-4 ^ 102 ' 4 ° Io6 " • 3 4 Io6 10.28 1 0 0 9.280 91 J/ 8-37 0 78 7-59 61 6.98 0 1 6.56 4 2 £ 22 6-34 , I2
+ 79° !0' // 2 2 7 ' 3 282 75 " ° 5 256 77.61 " „ 222 79-83 81.62 7 9 129 82.9I 83-64 n 83-80 83.384 148 80.93 192 7 01 f 229 7 72 z ; 8 7 ^ 4 276
6-33 , J J 21 f f *» 6-54 , 2 62.84 „ £ 265 60.19 7-57 t_„ 7 8-35 ° ° 95 55-6O 0 9-3° ^ 109 10.39 5376 j „ 0 48 £ 121 * 11.60 1 2 9 J52.28 109 12.897 136 5 " 9 68 1 2 4^ 5J 140 50.51 26 1 5-65 50.25 l 6 17.06 1 , 0 50-41 5Q iL« ' J51.00 . 9 . 8 3 « u52.01 101 2 141 21.14^ 122 53-4 ^ 179 22.36 J HI 55-2i 214 2 3'47 ^ 57-35 * 2 4-43 8 o 59-8o X 25-23 6 l J 2 -49 288 25.84 u 65.37 299 10 39 26.23 I 7 68.36 301 . 26.40 — 71.37 J ' 292 26.35 5 .74.29 6.09 +5.329 +9-9 +0.07
63.79 +5-234 +3.9 —O.98
71*
Greenwich 202) ß Tauri AR. Dekl.
201) y Orionis AR. Dekl. 5h 22™ s 45-353 20 45-373 45-348 45.280 45.175 I 3 7
+ 6° 18' // 38.69 1 93 37-76 93 36-94 3 23 L 35- 6 3 48
23^ s 29.478 28 29.506 29.483 7 2 29.411 29.296^ " 5
45.038 0 159 44-^79 I 3 44.706 £ 44-530 i 6 g 44.362 i s o 44-212 44.088 1 2 4 ^ QI 43-997 43-945 „ 43-934 43-967 6 44.043 ^ 7 J 117 44.160 155 44.315 l 8 8 44-503 2 i 8
35-15 34-79 34-53 34-39 34-37 34-46 34-68 35-04 35-53 36.16 0
29-145 7 7 28.968 28.776 1 9 2 28.580 f 0 187 28.393 1 6 ; 28.226 28.090 1 3 99 27.991 27-937 7 27.930 -
36 26 4
" 22 2 3 3
76
36.92 37-79 0 38.77 I09 0 5 39-82 „ 108 40.90 ^ y 110 42.OO 44-721 ^ 107 4 44.964 2 2 1 99 44-06 45-226 45-502 28 44-93 7 2 45.787 2 g i 45.65 • 53 46.18 46.078 £ 31 fi 293 46.49 7 290 läll c. 284 46-56 J 46.945 275 46.40 c. 39 47.220 2 6 2 46-01 6i
47-482 47.726 2 4 47.949 l g 6 4 ^ 4 5 I 64 8 i2 4 "3°9 I 2 8
45 1 ° 79 44.61 ^ 92 43-69 IQ2 42-67 l o 8 :4 r -59 I o 8 48.437 87 40-51 io (. 5 48.524 44' 3946 98I 48.568 ; 38.48
42.930 + 1.006 + 3-2 0.00
37-8O +0.111 +3-2 ^O.Q9
5h
+ 28° 34' // 20.17 20.51 34 ^ 20.84 3 3 ^ 29 21.13 ° 21 2I -34 JT j j 2i-45 x 21.46 — ^ 12 21-34 24 21.10 z 20.74 36 ' 45 20.29 X9-76 » 19.20 18.63 57 • 18.08 55 5°
27.972 28.063 9 1 *7-58 43 28.200 1 3 7 34 28.380 l 8 ° 16.81 1 6 . 5 7 2 14 c • 4 218 28.598 252 16 -43 4 28.850 0 0 278 !6.39 . 29.128 299 16.44 29427 6 57 29-74 3 3 2 6 ' I " 16.75 J30.069 t. 22 332 16.97 ^ 24 30.401 17.21 24 334 x 30.735 7.45 £ 332 2 24 3I.O67 325 17.69 ' 7I 22 1 3 3 7-9 2 I 3I.392 18.12 20 3 J -7o 7 ^ 32.009 2 8 2 18.32 2 0 0 18.52 32.291 0 22 32.54 9 228 18.74 32.777 19.24 3G 33 970 isi I2 " J J 106 I Q - 5 4 333 33-227 55 19.87 20.22 33.282 26.684 +1.139 +3.8 fO.OI
16.82 +0.545 +3.2 —i0.99
72*
Scheinbare Sternörter 1955 K u l m i n a t i o n
Obere
AR.
1955
5
h
AR.
Dekl.
+ 63"
25™
1'
0 10 20 30 Febr. 9 März
1 11
59> 59-58 59-49 59-30
31
57-11
April 10 20 30 Mai 10 20
56-75
Juli
29 9
!9 29 Aug. 8 18 28 Sept.
7
17 27 Okt. 7 17 27 Nov. 6 16 26 Dez. 6 15 25 35 Mittl. Ort sec 8, t g S a, a' b,
b'
33
5« 7 0
57-91 57-50
J9
IQ
59-°3
21
30 Juni 9
Q
3«
so
5 6 -45 c. 56.22 56.07 56.00
23 3 2
56.02 12 56.14 J , ^ 20 56.34 56-63 J 56.99 4 3 57-42 57-9°4 58.43" 58.99 9 59.58» 60.19 6 2 *60.81 6 f1 60 62.02 5 62.60 8 55
63-15
S2
63-67 2 S!4-13
39
6 4 - 8 5 "4 ,3 65.0915 65.24 65.29
63.43 r r 65.63 r 67.65J
220 202 0
I78
'
69-43 70.88
' ^
'
IO6
7I-94 72.58 72.76 '
64
J — 29
72.47 7I-74 70.60 A 69.10 67.31
179 202
65-29
2I8
3 - "
226
6
5h
Dekl.
29m
—o°
s
tr
Jan.
73
£ I
60.85
5 J°
^
44-726 44.746 44-722 44-656 44-552
20 24
^ ij6
44-416 l 6 o 44.256 44.08243-904 I 7 I 43-733 I 5 5 43-578 43.448 3 g 43.350 6 i 43-289 2G 43-269 2 2
5°-7° I44 49.26 0 "7 48.09 I 47-22 ' 46.65 %
46.05 44.72
46.40
45-303 45-591
226 220 2o8
54-3i 52-4°
46.47 46.85 47-54 4«-53 49-81 51.36
I70
55- 1 5 57-31 59-58 61.88 , 64.14
253
£
44-740 45-
g
0 l 8
4
288 28/
% 46.160 Z ISS
" 179
53.15 0 0 0
232
' 200 2I6 227
23°
226
54-75 -1-2.205
57-13 +1.965
+5-7 ¡0.02
+3-0 —°-99
46-433 Z I 46.694 . 46.938244 223 2 47.161 47-358^ t47-5 / a 23 0 I29 47-652 47-740 47.785 42.351 +1.000 +3.1 0.00
g8 45
I
101 66
4
?t g 25 42 42
60
„
78
'
95
109 I 2 2
I3
2
139
^
47-44
3°
117
56.63 56.21 c. 55.61 0 54.83 53.88
43.987 44.219 44-472
0
5h
I42 139 133
"TT /
j2I
43-51 42-46 8 41.62 5 g 41.04 40.73 ! 40.72 2 9 41.01 4-.60 ,»
30m
46.940 46.942 46.899 46.813 46.688 ^
46-532 46-352 46.158 t 45-960 45769 45-594 45-443 45-324 45-243 45-204 45-207 45-254 45-343 45-472 45.637
51.01 —0.006 -l2.6
s I2
i
156 Igo 94 J 98
I/5
- 1 7 0 50' //
5 h 33 m
73-0° ^ / J ,216 7 5
-
i 6
107
81.25 81.98 82.38 82.44 82.16
£
74.29 7 72.20
39
I2g
I98
2g8
47- I 44 47-435 2 9 I 47.726 „ 0 285 48.011 ' 48-287 ^ 242 4 2 8
70.01 67.76 £ 65-53 J
73 4° 28
s
6
92 92
58.84
i 60-59
^ r
0
"
7
193 209 219 225
'
69.70 72.09 74-36?
+2.6
- 5 ° 56'
16.157 t k 16.176 , 16.150 16.081 15.974
19
14.842 14.669 14.641 14.656 14.712 14.809 14.944 ^
69
21-34 22.37
103
23-i8
ig
23.76 24.10 24.21
34
24-09
36
107
I36
y
23-73 2
3-
35
IO 55
100 I4G
175 ol
2
204 2 2 6
238 243
239 J
227
r
5
22'35 2g
—
15
97 J35
170
2i-34 20.14 ^ 18.78 17.27 ^•Ö
6
x 3-99 J
W
S
15-54I X
F
8
9
226 2/tg
273
18.954 19-041 19.084 13.815 +1.005 +2.9 0.00
10.66 9.10 7 7.70 i.
2
16.053 ; ^ 276 16.329 ' 0 y 283 16.612 16.898 0 286 I7-I84 „ 282 ' 17.466 17-739 18.000 18.244 18.466 18.662 18.826 15
^
0 c. 18.64 20.09
15.836 Ä £ 163 i5-673 ¿177 15.496 ^ I5'3I4 I76 14-978
I7-°3
— 26 ,
215
71.24 —0.322 —0.99
Dekl.
s
223
67.27 7
27
121 I48 4
- ^
55-79 55-89 56.44 57-44
|
f 61
63.38 £ 20I 6l.37 59-58 J 79 58-08 £ 56.92 7 8
62.63 J
S
1 9
77-11168 78-79 „ 9 80.18 3 9
79-42 77-94 76.22
8l
46-856
44.642 + 1.051 2.6 0.00
AR.
80.63 0
4
49-467 49-541 49.568
209) 1 Orionis
Dekl.
8i"55
46-309
48.548 48-790 I2g 49-008 49-I97 47-7° I 4 9 I4 49-35I 49-^9 1 4 6 50.65 , 52.02
2
~
46-06I
42'45 43-53 44-8i 46-22
—0-99
|
S
53-55 J J 54-56 55-39 56.05 56.53 56.83 56.94 56.88 3
52.79 ~> i v I 5 J -5 O/7 50.25 48.86
AR.
19'
// 51.08 0 52-38 u J
43-291 6 43.35510; 43.460 3 43-603 4 3 43-780
5»-59 56-39
207) a Leporis
206) S Orionis
203) 17 Camelopard.
Tag
Greenwich
^ 244 222 196 164
128 8/
'
43
6-50 5.55
1 6 1 r 4S
125 8I
—
12
g
80 IOI
120 136
151 ^ l67 l68
165
.
156
140 120 95 6;
4-90 32 4-58 4-6° ,« 4-98 : 5-7° J '
105
6-75 0 132 8.07 J J A 54 9.61 7 170 11.31 179 13.IO ' °
14.92 2 16.71 0 18.40 16.33 —0.104 1-2.3 —0-99
182
x79
169
Scheinbare Sternörter 1955 Obere K u l m i n a t i o n
AR.
h
5
1 9 5 5
AR.
Dckl.
—62°
m
3 3
30'
5
h
16.01
0 10
£
20 9
März
1
48
5
0
4 " 3 5
0
11
J
21
I 3 J
" 3 3
"
8
5
40
3 - 3 6
12.Q0
20
12.48
3 0
12.11
37
11.80
3 1
11.56
24
20
Juni
4 2
•
3 0
9
15
U . 4 1
8
1 1 . 3 3
0
1 1 - 3 3
II.42 Juli
9
J
10
10
17
29 9 T
24
11.83
9
29 Aug.
„
38
28 Sept.
7
- 5
i 2
" 9 4
I 3
"
4
6
7
2
9
8 I . 4 5
0 208
83.53
°
4
86.60 80 6 - 5 3
-
6 1/
8 5J . y9 2
112
84.80 , 0 iöi 83.19 0 205 81.14
66.31
3 3 4
62.95
3 3 6
- 5 3
53-
7
5J 1 . 1 6
6
Nov.
3 S
—
50.11 0 s x - x s
43
16.69 17.00
16 6
J i 5
7 -
2
4
I 7 - 4 0
4 9 - ° 3
J
49.07 '
5 52.18 5 3 . 1 7 '
6
38
31 4 J6 6
7
53-86
54-98
56.95
£
55-76
60-36
£
56.42
63-96
1 5
j
7 - 4 6
2
67.62
2 5
1 7 . 4 4
„
7
3 5
1 7 - 3 3
z
-
2
g
,
361
3
74.68
' 345
IS
56.95
102 104 104
I ° 3J 99 94
; ^
3»
6
5 7 - 6 I
13.88
68.38 —1.923
+3.868
+0.5
+2.3 —0-99
—0.01
98
57-55
+2.167
V
93 j ,
2 2
sec 8, t g S b,
2 1
7
8
5 8 '
- 9 5
7
80.82
3
-
41.67
7
* ;
1 3
142
82.24 8
0 i
5 7 . 9 x 4 57-779
5
; 1 8
57.620
;59
57-447
H l 7
57.269 7
8 2 . 6 3 °
122
- 4 ^
i 6 6
79-75
2 G 5
1 7 3
57.096
3
157
51.08
5
J
58.05X
'
52
58-328
68 I G 7
l 8 o
56-23
2 I 2
3 5
2 3 9
9 ° - 7 4
261
71.71
„
278
58.899
7
3 4 . 5 1
2
282 £
60.252 ,
o
2 4
226
60.478 , 7 0 200 60.678 A
Q
A
6O.846 60.078 ,
61.070 61.118
1 6 8 J
3 4 - 5 1 34-82 35-44 - 3 3 37-46
-
3
7
5 8 . 7 8 5
O.84
1 5
58.980
195
227
2 7/ 35 2 9 2
£
61.270
4
*
3 0 2
290
4 6 . 3 1
4 4
65.31
55-703
44-69
+ 1.000
—0.021
+8.0
+2.3
+3.0
+2-3
+0.03
—0.99
—0-99
226 1 9 3
6 3 . 2 7 0
„
6 3 4 4 7
3.21
0
T
S4 2
2.87 A
2.64 2 - 1 5 J
I -
9 4
1.78
'
1.66
5 7 . 1 9 5
0.80
+ I.O72
+O.386
J
-3.6
0.00
19
11 2
7 14
3 - ° 7 0
2-39
63.116
6 3 . 3 8 2
3.15 2 3.28
62.923
44-87
2.96
3-26
3 0 9
I 5 4
4 3 - 3 5
J? :
62.171
IS
2-04
26
2 5 2
^
33
2 - 7 °
2 7 4
7 9
I.69
310
62.697
I -
29
2.39
60.956
,
23
3 0 4
60.642
61.579 61.881
1 . 0 7
1-36
62.445
:
j —
O.69
3
- 7 9
9
0.63
1 5 9
3 8
4 ° - 2 5
20
15
1 1 8
60.332
3
0.72
24 24
58.626
60.028
682g
1 . 0 7 0 O.87
23
0.62
c.
o
5 5 I . 3 I
;
59.736
5 9
I -
58.508
113
+3-737
0.00
-
3 6
4
48
1.78
59.461
32 92
2 „ „
59-207
85
1 6
20
5 8 . 7 1 7
J
g
12
a
58-879
3
4
0
1.08
3
t
34-82
59-743
15 282
o j
„
2.14
5
5 8
I 3 6
1
2 8 7
60.006
2 ; 6
a
2
58.612 5 9 . 1 8 6 , „ 5 9 4 6 8
%
54-43
68.93
36.26
° 3 5 - 4
l 8 s
0
"
J
2-39
59-243
5 8 . 4 3 3
1
2-43
2.26
5 8 . 4 2 1
45
4
2-34
58.481
3
6
2-47
l 8 o
58.404
I
3 9 - 9
i 3 ß
5 8 . 5 8 2
- 3 3 ^
00
4
6 3 . 3 5
r
4
37-32
- 9 2
66.11
£
38-55
52-99
5
; ;
5
9
50.96
5
r o
4 9
I 2
4 4
139
9 0
3
1 - 2
7 9 3
57-786
4
26
I O O
5 7 - 5 3 7
i 6
51.60
5J 1 . 0 6
58
100
I O
2-53
5 9 4 2 3
5 9 .
6
56-693
^
2-63
f
5 9 . 5 8 6
12
46.82
5 7 -
5 3 7 8
.
1 2
to
5 7 . 3 0 8
- 5 °
51.00 '
5 9 7 2 2
s o
J
1
59.822
s
50.69
56.633
5 6 . 9 3 2
55-40
5°-^9
I I 3
5
222
^
47-95
5J 6 . 6 1 6
2 4 4
8 8
49-50
17
72.78
5 9 . J5 6
l t
48-62
7'
//
59-88O
? 8
4
261
I 2
48-93
2 5 7
70.08 c. 275 67-33 272 2 7 2 64.61
46-34 4
Dekl.
+ 21°
m
59.891
7
8
"
3 4
59-854
137
49-73
• 7 5 - 3 5
270
2
6
4
'
44-97
5
h
[
S
50.36
56.640
2
5
1 0 1
5 6 . 7 0 5
5
13'
1 3 3
56.806 " £
7 7 - 7 0
'
AR.
50.80
56.939
5 7 - 3 4
5 7 - 3 3
Mittl. Ort
a, a'
58.081
2
62.00
2
,8
2
26 Dez.
A.1 4 7
1 6 , 3 1
6
^
46-56
9 5
41 *
7 7
4 8 . 0 J5
g
4 7 4 6
4
z 6
5I
50
20
42.64
47-54
3 0
34
„
49
4 6 . 5 1
4 8
' 5 3
4 7 - ° 7
14.91
27
"
46.14
207
76-7^
8 i
1 1
4 ^ 8
49.09
-
%
44-51
2 S I
58.102
44-85
43-85
2 8 6
24
83-34
4 3 - 3 1
313
- 1 °
m
5 8 ^ 7 8
8 3 - 5 2
42.90
3 2 9
5 9v - 6 6 6
?
3 3
71.46 0 272 74.18
'
2
h
2 1 1 ) Z Tauri
Dekl.
//
7 4
4
5
o'
46.35
4 3 -
3
7 5 °
45-59
43-59
72.88 69.65
l
7 4
304
3
5°
7 G
42-57
y
37
44.^8
75-92 3
;
47-09
^
'
. 2
47-79
42.77
27
15.88
4 8 . 4 1
8 5 . 1 0 102 oi 86.12
14.40
1541
48.91 0
157
46.21
1 7
+
49-28
78.90
42 4
13.89
7
m
AR.
n
49-49
2 9 S
1 7
Okt.
3 3
49-54
3 2 g
75-95
5
12.14 1 2
-
31
8 18
2
D
1 5J . "7 7 3 494
3 1
Mai
„ 3 3
16.16
I 5
April
25
16.49
3 0
Febr.
7 1 7
16.74
2 1 0 ) e Orionis
Dekl.
S
s
Jan.
Greenwich
205) Orb 966 Caml
212) ß Doradus
Tag
73*
+ 2 . 2
—0-99
20 2^ 25 24 21 l 6
T7
74*
Scheinbare Steriiörter 1955 Obere K u l m i n a t i o n 215) a Columbae AR. Dekl.
Tag
5h
1955 Jan.
0 10 20 30 Febr. 9 März
1 11 21 31 April 10 20 30 Mai 10 20 30 9 19 29 Juli 9
Juni
!9 29 Aug. 8 18 28 Sept. 7 17 27 Okt. 7 17 27 Nov. 6 16 26 Dez.
6 16 25 35
38m
- 3 4 ° 5' // s 52-01 ' 3-431 2 i 0 282 3-4io 54.83 7 255 0 J 3-338 0 120 57-38 0/ 0 2 2 2 3.218 , 59-6O i g „ 6i'43 I43 J3-050 D Ig8 62.85 2.858 2.635 63.83: 2.396 2 3 9 64.35 7 244 2.152 „ 6442 238 3 I.9I4 7 ^ 222 64.04 t 2 1.692 I97 ^3- 3 I 2 2 62.01 „ M 9 5 , 160 163 60.41 i-332 T 1.209 58.47 % 79 1.130 1.098
i6
65 1.289 1.442 ^ i -634 1.860 2.116 2.397 i 2.695
153 192 ^ 2
f 281 „ 298 3" 3.006 „ 318 3.324 £ 319 3.643 314 3-957 ^ 3°3 286 4.808 233 5.041 5.238 r1 9 7 57 5-395 i65-5O6
5-576
1.078 Mittl. Ort sec 8, tg 8 + 1.208 +2.2 a, a' 0.00 b, V
6i
53-74 2 6 8 5x.O6 „ c c 280 48.26 „ ^ 284 4 5 - f 2g4 4 2 ' 269 39-92 2 5 0 37-42 ^ 35-21 l86 33-35 3j-92 30.98 30.57 30.72 31-43 1 2 5 J32.68 177 34-45 2 2 2 3 7 25g 39-25 2 8 / 42.12 04 45-16 3311 48
" 2 7 308 295 54-30 J
49-n —0.677 +1.9 —1.00
216) 0 Aurigae AR. Dekl. 5 h 42 m S 28 -35O 6 28.396 4 28.371 2 5 0 92 28.279 9 28.126 5 3 205 27-921 27-677 % 27.408 2 7-I30 ' 26.860 7 ° 248 26.612 , 212 26.400 165 £ 26.235 , no 26.125 4g 26.077 26.092 „ , 7 80 26.172 ^ 142 26.314 26.515 2 4. 26.769 >QI 3 27.070 342 27.412 J \ . 27.788 3 7 62 0 4° 28.190 28.6 1 2 4 2 2 435 29-047 , , , 2 9-49° 4 4 4 2 9-934 4 4 I 0 30.375 „ u 430 30.805 414 31.219 A 391 3I.6IO 31.96 9 3 5 9 r, 320 32.289 ° ° 272 3 2 -56i 2 I 6 32.777 32.930 33-015 24.679 + I.550 +4.7 + 0.01
IS3 8
219) Z, Leporis AR. Dekl.
+ 49° 48' 35- 8 4 37-4° 38.88 40.22 ^ 41-34 42.21 42-77 43-00 42.90 42.46 41.71 40.68
Greenwich
i56
A 134 112 87
148
23
-
44
75
103
126
39-42 37-99 , 3 3 43 4 34-8I 163 33-iS 159 3i-59 T 9 30.08 11 35 91 28.69 124 27-45
5 h 44 m S 57-225 2 0 57.245 57.218 2 7 71 57- I 47 57.036 D/ J 145 56.891 56.720 ' 7 186 56.534 £ 193 56.341 „ 189 56.152 0 3 175 55-977 2 55.825 z 55.616 55.569 55.563 55.600 55.679 55-797 55.951
220) x Orionis AR. | Dekl.
- 1 4 ° 50' // i6 .0 3 3 209 18.42 2 0 ^ 2 190 '3 l6s 2I 97
138 0 23.35 109 24-44 2 5 ' 2 1 46 25.67 i 5 25.82 17 0 25.65 47 2
5-18 24.42 23-38 1 22.08 6 20.55 , 18.82 , ' 16.92 ^ 14.91 0 12.84 7 4 10.76 ig
76 104 130
153 3 173 190 201 207 208 202
56.138 8-74 c. 215 6.85 1 8 9 56.^53 „ D J J J 238 170 56.591 3 : 5 . 1 5 145 3.70 *49 56.849;; 113 2 122 '57 78 2 J 5 7 282 4 - 3 28 I7 9 37 24-03 9 57-4°42 288 • 57- 9 2899 , 1.42 — 23-94 57-98i y J 12 58.268 2 8 7 • x '47 j I 24.06 2 - 9 5 49 1 31 in 79 2.86 24.37 3 58.547 26g 129 24.88 5 58.815 252 4-15 l 6 ^ 71 59- 7 2 2 g . 5 - 7 9 1 9 : 25.59 7.71 59-296 2Ö "49 I o 85 214 27-57 59-499 9.85 28.82 y u 227 139 59-669 r ; 2 • 12.12 uW.21 150 232 I I 59.801 3 -7 90 14-44 7 J 229 33-28 59-891 4Ö i 60- 7 3 219 18.92 34-86 1 5 8 59-937 32.l6 54.901 14.73 +I.184 +1.034 -0.265 +1.5 +2.7 ,+1.3 —1.00 0.00 —1.00
5 h 45 m - 9 ° 40' // S 39-599 26 39-625 - 66.22 / 39.606 39-542 J 6 9-34 « 39-438 - 70.56 95 39'3 0 ^ i 6 3 39-I38 > 38.959 7 9 38.774 °Q 182 3 592168 3 8 '4 2 4 38.162 38.081 38.040 38.040 38.082 38.165 38.286 38.443
I4Ö 8
J
42 r
7 I ' 5 I eg 72.20 72.62 4 2 72.77 I 2 72.65 ^ 72 " f 63 7 4 88 70.76 I I r 69.65 68.33132 150 66.83 r 65.18 x 6 c. 7 1 8' 2 63.42 e. 2 6l.60 g 59-76 \7l
56.28 1 3 8 - 8 f 238 c. 52 :: 5476 ' r 130 39-085 2 3 39-342 7 5346 r 2 39- 3 2 8 o 5 -43 7Ü 39.893 2 8 6 51.73 34 5i-39 ~ 40.466 2 g 7 51-42 J i 8 4 ° ' 7 5 I 278 5 " 4 J 41.029 2 6 7 52-65 I l 6 41.296 41.547 , 41.778 2 3 1 0 205 41.983 42-i57 ^ i8 42-293 q 6 42.389 42.441 37.258 + 1.014 + 2.8 0.00
53-81 55.27' 56-99 58.89 •i ^ 91 62.97 65.00 66.93
I46 172 ' 202 206 203 193
63.13 —0.171 : "hl.3 —1.00
Scheinbare Sternörter. 1955 O b e r e
K u l m i n a t i o n
225) S Aurigae
227) ß Aurigae
AR.
AR.
224) a Orionis T a g
Dekl.
AR.
5h 52m
1 9 5 5
+
7 °
23'
5
// J a n .
0
30 F e b r .
9
1
4 6 . 1 9 0 46.021
0
45-672
1
O k t .
10 20
D e z .
sec
4 5 . 1 9 0
34
4 5 . 1 5 6
^
i 4
59-30
'
53-294
^
58.60 58.02
^
53-204
l 6 o
53-044
2 2 G
58
47
S
57-20 56.96
56.83 56.80 --l 8
5 7 - ° 5
2 9
29 8 18 28
6 I , 3 4
, , ,
4
4 6 - 2 5 8 ^
46.520 275 £ 46-795
47.080
7
17 27 7
47-371
¿ 1
*
4 7 - 6 6 5 : : 47-957
48.244
27 6 16 26
48.523
2 g
279
48.788
. 205 247
49-035
2 2
2 6
,
65.68 66.27
73
6 6 -
P
i
49-799
44.065 +1.008 +3.2 0.00
3
3°7 3^5
52-372
53.252 J J J 5 3 7 2 3 54.205
59-
2
107
5
58.25
61.29 +0.130 1-0.6 — 1 . 0 0
471 4 8 2
*
56.970 57-335
57.648 -t
0/
Z
2 I
+
„ 0
„ , 3 3 2 S 3
4 4 °
r
«
- 8 5 9 - 0
6 0
z
"
5 - 7 8 9
1 8 6
l80
1
5 - 5 5 9
44.38
i 6 9
57.32
171
i
221 264
15.871 3 0 2 16.173 ' 16.508 3 3 5 16.868 3 f 17.248 3 8 0 ' ^ 395
140 120 99
51.40 77 3 ^ 54 50.86 31
1
7 - 6 4 3
18.047 0
7
i 8
41
5 - ° 7
66
^ 49-13
102
5 ° - 5 3
0
20.682
20.952
" 167
7 7
6 1 . 8 8
49.228 + 1.713 +4.9
61.43 + I-39I
1 8 2
4
408 401
390
55.09,:
60.06
' 4 5 5
19-654 20.025 345 20.370 ™
I I 2
56.62 °
, 0 , 404
21
2 1 . 1 7 3 / J
21-337
21.438 I
49-23
48.22
8
j
9 - 5
6
7
2
7
SS
80
117 7
138 136
4
,
0
40.37
!2I HO
38.06
3 - 5 9 7
o . 4
-1.413 -4.4
— 1 . 0 0
0.00
3
270
36.26 J
83 67
35-59
„
35-°7 /
3 7
34-70
2 2
34-48
7
34-41
r o
3 4 - 5 i
2
34.76 35-17
5 7
221 , 164 101
•
36-47 37-36
„
' 7 3
x
38.39
I I 6
39-55
I 2 4
4 ° - 7 9
I 3 0
42.09 42-33
+0.998 +0.3 — 1 . 0 0
-
6
4
I 4 0
™ 207
8'
^
18.215 18.174 18.181 18.238 0
60
, 62
11.41
59
11.94
43
12.67 12.81 12.79J
3
53
'
-
20
35
57
Z
69
9-73 V /J
74
9
- I
7 9
2 8 8
J
9 ' 4
7
3 I O
^
7 3
8-99
7
8.26
73
7.56
3
7 0 6 3
56
37 5-89
I
60
i. 10.46
I
6-93 ,
5 193 229
49
5
I I
4-
4
-•
' . 5 9
1 1 . 7 5J
!29
106
18.344 18.495 18.688
°
12.24
164 4 3 2
6
10.20 0 10.82
I 2
204 190
97
37.09
35-74
0
18.990 18.786 18.596 0
43"°3
00
3 3 °
9 -
19.197
Z
I 3 6
3 9 . l 6
19-393
I O I
I 2
c.
9-849
19-803 7
45-77
7
z
0
4 7 - ° 5
4 4 4 1
=
9 - 7
50.85 50.58 3 0
6 ?
z
3°
50.83
1 -
+
m
9 ' 7 7 6
g 2
408
18.863 c 19.264
5 - 7 3 52.63
60 „ 7
15^386
i j 6
50.66
1 9 9
5 7
h
Dekl.
19.841
I
Ss -
^
- ° 3 8 15.098
J
J
,
246
I 5
I g 6
1
53.16
250
5
Auri
1209
0
//
49-95 ,8 238 2
is? 15.202 1 5 - 0 9 2 n 5o6 15.036 •-
T l8l
7
5 5 7 6 ' , 54-36
3
0
3
64-53
i
2
16.285 0 , 16.035
131
69.57
66.34
;
56'
ff
+33
AR.
5 ° ' ° 3
58.29
J
- 5
72-59 ¿J 70.88
6 4 I 2
212 1 6
34
58.193
0.00
7 - ° 3 °
173
53-75
57-90i
58.085
7 - ° 9 4
I
16.735
4 3
72.93
z
G
16.908
7-58;; 7 - 6 8 78 7 2 . 8 9
66
2 8
I 7 . 0 9 4
173 160
69-2°
50.55
56.122 56.562 4 4 °8 e. 4°
III
56m
^ • O
5 0 4 8
93
63.62
181
52.17
52.799
«5
J
^
2
f
60.32
35
J
51.622
59 40
3
^
4 9 7 2 6
-
5 - 9 7 7
49.608 „ »>" , 118
25
8
„
6 1 . 4T 3J
49-451
O r t
64-95
50.677
254
62.55107 , 112
49.258
6
91
7 9
3
„
65.87 67.60
68.04
50.687
c ! T94 5I.06l ^
93 62.27 94 63.21 A 64-12
,
50.867
66.677 20 66.87 66.85 2 66.60 2 5
291
201
1 3
64
64-06
j
250
5 0 . 7 6 6
l 6
o i
2
51.360 ° j 5 1 . n o ^
f
9
-
5 - 6 4 6
'
58.26
„Q
6
5 - 9 5 2
57-74
6°-45
4
297 309 ™
I 4
I 2 Q
M 2
5h
16'
7 2 . 4 6 '
50.909
45.304
45-792
2 6 6
4 0
„ 82
45-597
^
57-34
59.63 J
9
-
8 2
52.261
*
56-87
2
52.558
"
£
45-433
8, tg a, a ' b, b'
65
45-213
29
54°
1162)
Dekl.
s
53.308
58.90
4 5 - ^ 4
9
16
Mittl.
¿ 1
Dekl. +
m
53-243
3
17
N o v .
176
5 5
h
93 83
57-55 i 6 9
4 5 . 2 6 4
30
S e p t .
;
45-373
30
A u g .
I 2
4 5 . 5 1 1
10
20
Juli
¡1
19
3
J u n i
"
46.550 4 6 . 4 6 3
IT 21
M a i
46.595
46-340
M ä r z
A p r i l
6l.06 60.13
g
4
46.594
|
S
1
46-546
10 20
75*
G r e e n w i c h
5-49 5
- I
7
19-777
2 6
20.103
0
J
33»
4.72
345 349
4.58 0
4-9
1
4 0 2
26 I 9
20.441
20.786 21.135 21.484 21.828 22.163 Q 22.483 O 22.782 ' 23.053 23.290
23.486 21 0 2 23.633 23.728
1 0
4 4 8
349 344,
335
320 299 271 ^ I 9 6
147 ' 9 5
4-41
2
4-39
-
4-4°
6
446 ;
4-59 4 -78 T 5 /0 5
"
5.4I 0
^ 5.86 6.38 6.96
16.797
8.37
+ I.I94 + 3-9 0.00
+0.653 +0.2 —1.00
1 9
2 7 36
45 58
76*
Scheinbare Sternörter 1955 Obere Kulmination 229) y\ Columbae AR. | De kl.
Tag 1955 Jan.
0 10 20 30 Febr. 9 März
1 11 21 31 April 10 20 30 Mai 10 20 30 Juni 9 19 29 Juli
9 29
Aug.
8 18 28 Sept. 7 17 27 Okt. 7 17 27 Nov. 6 16 26 Dez.
6 16 25 35
Mittl. Ort sec 8, tg 8 a, a' b, V
5 h 57 m s 48-530 2 I 48-509 80 48.429 „ . 48.294 j 48.111 J
—42° 48' ' 2 8 318
66.46 3 1 8 69.38 2 9 2 71.97259 c. 219 ^ 225 74.16 175 47.886 75-91 I 2 8 4 7 . 6 2 9 ^ 77.19 ? 8 47-352 286 77-97 47.066 „ 78.26 0 i; 20 46.782 284 78.06 ^ 270 ' 69 46.512 , 7 7 3 7 " 114 ¡6.266 2 4 6 76 3 £. 213 i 156 46.053 ^ 74-67 ^ 45.880 7 3 72.71 ^ 127 45-753 7g 70.41 230 '
^
259
45.675 2S 67.82 „ 45-650 ~8 65.01 281 62.04 2 9 7 45-756 / 59.00 304 ^ 303 45-884 I 7 4 55-97 D D * ' 293 46.058 53'°4 274 46.275 J 5 ° ' 3 ° 246 46.529 „ 47-84 ;IO 46.814 285 45-74 l 6 6 I 3J2 44.08 47.126 n ^ 114 331
47-457 , , , 47.801 344
42-94 59 42.35 42.36 6 2 48-499 * 42.08 ^ y 121 4 8 . 8 3 9 - 44- z 9 i 7 8 49.162 ^^
,
6h
5m
+ 14° 46'
2 "674
64
2.738 j 4 2-753 " 2.720 " 2.642 ^
2 -5 2 5
117
I47 47
2.378 J/ 168 2.210 178 2.032 '•«55
£
I.689 1-544
£
J"427
81
1.305
41 4 C
x-346
43 J I " 4 3 2 124 J -556 2 1.716 ' 193 I.909 7 7 22I 2.130 244 2-374 V i 263 2.637 1 279 2.016 7 1,305 s -348
291
3
' 2 0 7 298
3-5°5 0 302 3.807 3°3
4.IIO J J ^ 300 4 ' 4 I ° 294
299
4" 7 °4 2 8 i S S 4-985 2 6 4 49-728 J 50.98 2 7 2 305 5 , 2 49 242 49.956 I g l 54.03 j 5-491 5 ° - 1 3 7 I29 5 7 " 3 1 3 4 0 5-7°4 50.266 5.881 . 21 73 60.71 23^ 130 3 4 1 J 64.12 6.017 50.339 ' , ' 90 6.107 67.41 3 2 9 50.353 46.058 +1.363 +1.8 0.00
1168) x Aurigae AR. | Dekl.
232) v Orionis AR. | Dekl.
tr
63
60.47 -0.927 +0.2 —1.00
Greenwich
0.083 +1.034 +3-4 0.00
6h i2 m
53 31-09 " 30.66 43 35 30.312: 30.04 ¡0 29.84 29.69 7 712 29.57 29.48 9 29.42 3
33-490 8o 33-570 ^ 33-595 " 33 "566 8o 33'4 I24 33-362 33-203 33.019 ^ 32.822 1 9 7 197 32.625 J J 187
29-39 0 29-39 29-43 ;0 2 9-53 l6 29.69 22
32'438
29.91 30.21 30-58 31.00 3 1 -47 J ^
3 1 -9 8 7
31-96 32 "45
+29 c 30' //
s
31.62
30 37
^ 47 49 49 9 4
3 2 -9*
40 33-31 * 33-62 3i9 33-81 33-88 - 7 33-79 33-54 39 33-15 ™ 32.64 32.01 71 31.30 * 74 30.56 29.81 7 5 * 71 T ° 6 6 28.44 27.86 5 8
S1^8 +0.264 -0.4 —1.00
32.274
3"*1
32.045 31-993
234) 22 H. Camelop. AR. | Dekl.
i64 4
96
„
6
59A
l 336
59-78 60.19 60.62 43 61.030 4\ 36 6I-39 27 61.66 27 61.83 1 7 61.87 4 61.78 9 21
61-57 61.24 60.82 4 2 60.33 f 59-79
32.027 *
59-24 58.70
-"4 32.244 32.415 J J
58- 18 8 57-70 4 57.28 42
32
^
32.622 32.861 J 33
40
I3 o
207 239
266 " 1 2 7 288
33-415 33
3o6
" 7 2 1 320
34'°4I
329
34"37°
36
34.706
8
35"°44
5 35-379 3,9
35.708 g 36.026 36.326 3 °° 36.601 2 7 5 36
-845-
253 37 -°5 0 7"210 37.3I9 30.597 + 1.149 +3-8 0.00
i6o 109
37
56.91 56-58 2 56.30 24 56.06 24 55-84 55.63 J J
J
20
55-43 2 I 55-22 20 55-02 2 0 0 54.82 19
54-63 54-48
0
59*58 9 59-67 59-64 , 59-49 27 59-22 37 58-85 4 6 58-39 fs 57-34 . . 54 56.80 0 51 56.29 55-82 47 40 55-42 55.10 54.88 22 ^
10
54.78 54-78 1 1 0 54-89 22 5 5 . " 32 55-43 4 I 55-84 so 56.34 8 56-92 57-56 4 58-25 £ 58.97 59-73 61-29 62.06 62.81
Is
10
54-38 3 54-35 54-40 ^ 54-55 „ 54-78 3 55-io 59-55 +0.566 —1.00
6h 13m
?6 78
78 77 77
75
63-52 7 ; 6^7859 e. 51 65.29 4 I 65.70 0
25,
'
29
65-99 66.16 53.43 + 2.834 +6.6 —0.01
7
+ 69° 20' // 22.09 24.62 253 247 27.093 ' 230 29-39 203 3 I "42 I7 o 33
"12
I29
34-41 g2 35-23 32 35*55 jg 35-37 6 / 34-70 33-57 32
t
- ° 3 X89
30.14
2
27 "97
2,8
23"°8
256
I7"97
248
15.49
235
25 5
' l 251
20.52
255
IO.98
9-°5 193 l6 137 ttr 6.01 105
4-96 4-24 3-88 3*88 4-24
72 36 3 0
74
4.98 7 " in 9 I45 7-54 I 7 7 9-3 1 206 11.37 229
13.66 16.11 245 18.64 2 " 20.75 +2.652 —1.2 —1.00
Scheinbare Sternörter Obere Tag 1955 0 10 20
30 Febr. 9 März
19 1 IX 21 31
April 1 0 20 Mai
30 10 20
30 Juni 9 19 29 Juli 9
Dekl.
AR. 6h 37-435 37-466 37-445 37-373 37-255 37.096 36.905 36.691
35-541 3 5 -?2
36-344 36.613
Sept.
J36.900 y
Okt.
17 Nov.
Dez.
27 6 16 26 6
33-92 36-8i IIg I59
36.020 0 200 35.820 35-647 35.507 35.405 35-345 35-329 35-357 35-428
6o l6
^ ,T J I5, i87
35-879 ' 36-098^
37-200
2&J 2g7
300
3 8 ' 7 i 8 O64 ^ IJ9
16
39-578
II2
26
2639.69o
62
35 M i t t l . Ort sec 8, tg 8 a, a ' b, b'
39-752 35.063 + 1.155 +2.3 0.00
6h 2 0 m
39-49 4i-90 43-98
2o8 i69
45-67 46-97 47.86
I3D 8o
48.3145 48.34 47-96
47.17 c. 46.00 0 4448 42.64 ^ ^ 4°'53 38.19 35-68 33-O8
"7 152 " 211 234 4 2
^ 2ß2
30.46 J ^ 257 27.89 2 4 4 2 5J - 4 5 222 2 3J . 2 J3 192 2 I 3 I 156 19.75 I I 3 18.62
, 63 „ -
7-99 17.88 18.31 1 9y . 2 8
43
97
149
20.77 195 22.72 235 2 5 * ° 7 268 2 7 - I7 5 290 30-65
//
17.014 I
i6 6
-
9°3
IIT 146
.757 1 6, . 5° 8 7' 183 T j 6-404i86 16.218 , 176 16.042
15.885 1 5 7 2 129 i 9 5-756 15.662 94 15.607 £ 15.595 ~ i 5-627 ; 15.702 0 0 «6 15.818 155 15-973 £ 16.162 16.381 219 16.626 245 17.177 ' " 299 17.476 ' Za, 309 7*7 5 3 i 6 18.101 J 18.420 3 1 9 18.739 3 1 9 I
Z ?
f 17.64
1 7' . 8 6 1 1 7-97 . 18.04 7 18.06 1 8 . 0 3J 93
I5
13-03 12.80 12.67
77*
i 1 4
37 42
45 45
43 3
39
23 13
m
244) 8 E Monocerotis
Dekl.
^
4 4 - f 6 Ig2 44.804 a !9S 44.609 J 4 4 4 1 3 Ig8 44.225 44-°54 I 4 6 43.908 ^ 4
43-794
43.678 43-72°
, 4 4
: 2
43.802 i 2 o 43.922 1 J 4 44-076 I g 44.261 ^ 212 44-473
44-70 9 44.965
AR.
- 1 7 ° 55' // 58.24 239 , 60.63 220 ~6 6 2 . 8 3 £ 64.80 1 9 7 66.49
^
^
43-676
{
|
45-277
43.715
8
18.59 +0.415 -1.8 —1.00
s 45-362 45-4I3 45-4I4 45.368
l6
" 8 5 37
14.61 1J.16
6h 2 0
l8
9 16.52 J 5 i e. 6-37 , 22 16.15
20.352 33-68 159 3 6 - 7 4 ; s 272 0 .25 1 1 1 1 2 20.623 39-72 14.249 + 1.083 +3.6 0.00
20
16.64 16.65 16.66 16.65 16.61
202
2 0 . 1 5u 0
;
16.65
15.06
2g
14
17.80 i 7-63 17-44 i 7-24 I 7-°6 16.90 16.78 16.70
^ ' ° 5 3 304 9-646266
I2
I
^•48
4
6
JO
17.74
314
19-357 Z
17.66
13.73 13.34
31.81 -0.578 —1.6 —1.00
AR.
+ 22° 32'
-985 8s 17-070 3 2 17.102 — 0 20 17.082 68
1955
G r e e n w i c h 243) ß Canis maj.
Dekl.
16 26g
t
37-509 37.821 3 0 310 3 3 1 301 38-432 2 g 6
39-218 39.419
AR.
— 30° 2' ff
36.466 2 2 5 e. 227 36.239 2 I ;
19 29 Aug. 8 18 28 7 17 27 7
241) [/. Geminorum
240) £ Canis maj.
S
Jan.
K u l m i n a t i o n
236
256 272
137
67.86 68.91 1 0 5 69.627; 70.00 7 0 . 0 4 369-74 62 69.12 92
68.20 , 120 67.00 , ' 146 65-54 ^ 63-85 l 8 8 97 203 59-94 2 I I 57.83 2 I 3 5 5 - '7 ° 210 53-6o £ 199 „ J5 1 . 6 1 182
49-79
48.22 57 , 127 46.95 ^
46.05 283 45-520 2 290 4 5 - 5 5 45.810 i 294 4 5 - 5 0 46.104 ^ 293 4 5 - 9 1 46-77 3 45.237
46.397
28
46.684 £. 275 46-959 £ 4 7 . 2 1 5 , 3 33 47.448 7 203 47-651 47-817 ^7-941 48.019 43.012 + 1.051 +2.6 0.00
l66 I24
78
48.06 ^ 4 9 - '7 5~ ^ 5 i-76 54-°3 56.48 J ^ 59.02 i 61.57 t64.04
5
86 I29
„ 169 201 '
245
254 255 247
56.30 -0.324 -1.8 —1.00
6h 2 I
| m
Dekl. + 4° 36' ff
s 25.431 /2 2 5 . 5 0 3 25 25.528 2 5 . 5 0 5 68 25437 io7
6°'94 59-76 58.71 57-8I 57.07
25.330
56.49 56.05 2 5 5 7/ 6
g
2
5-I92 l6l 25.03I 24.858 1 7 3 2J.682 1 7 6 ^ 167
II8
A IOS
90
74
n
44
29 15
55-61
l
55-59
~
55.69 55-92
23
56
56-76
l
24-093
t7
57.36
7i
24-076
~
2
4'5^5 4-365 24.241 24-149 2
ISO
24.099 2 41 . 1 6 1 62 . 100 24.261 „ 136 2 4*397 l 6 8
58.07 58.88 0 59-78 60.74 ^ 6 1 . 7/ 3J
24
62.72
" 5 6 5 196 24-761 £ 2 4 . 79 8 2 ^ 242 25.224 0 259 25*483 2 7 2 25-755 a 2 6 . 0 03 8 „ 3 , 289 26.327 26.620 2 9 3 , 292 26.912
z8/
27.199 278 27.477 2Ö 27.741 27.984:: 28.199 i 8 2 28.381 28.523142 27 28.622 " 22.957 + I.OO3 + 3.2 0.00
J
. 90 % 99 99
63-67 64-53 65.27 65.84
£ 74 4
%
66.22 66.36 66.25
~ " 3
65.89 65-28 64-44 63.39 62.19 60.87 59.50
l IO,
120 132 r
37
56-79 ; 3 55-55 62.44 +0.08l -1.9 —1.00
78*
Scheinbare Sternörter 1955 Obere K u l m i n a t i o n 242) (Jj1 Aurigae AR. Dekl.
Tag 1955 Jan.
0 10 20 30 Febr. 9 19 März 1 11 21 31 April 10 20 3° Mai 10 20 30 Juni
9
Juli
29 9
19 29 Aug. 8 18 28 Sept. 7 17 27 Okt. 7 17 27 Nov. 6 16 26 Dez. 6 16 26 35
245) a Carinae AR. | Dekl.
6h 2 1 m + 49° // s 47.26 29.687 y ' 103 48.79 29-790 2 9 50.33 29-8I9 - 51.80 29-777 * 7 29.668 169 53-14 29499 2 i 6 54-29 29-283 55-18 29-032 55-78 28.762 7 56.07 28.489 2 56.02 28.228 55.65 27.993 jgg '54-97 27 'VI '4£9 54-02 52- 8 3 27.646 J 27-551 36 51.45
150
49-95 48-36 4 6 -73
» l6,
27.515
18' 153
154 147
1344 :i 89
60 2Q 3; 68 9S Iig
27.626 T 27.771 45 4 5 1 2 ' ' ' IQQ ' 157 27.970 ' 249 43-55 I4 g 28.219 42-07 I 3 8 28.512 2 9 3 40-69 I 2 4 28.844 ^ 39-45 I I 0 29.208 3 6 41 38.35 9 3 39 3 29-599 4 I 2 37-42 7 36.66 30.011 36.08 58 3°- 8 75 f 2 35-68 £ 3i-3i7 * 35.48 44 35-49 2 I J31.758 433 32.191 g 35-7° 32.609 395 3 ^ 3 « 36-79 8 6 33-366 J 37-5 33-685 ^ 38-72 I 2 7 33-954 2 0 9 I 2734- 63J 1 4 1 34.304
Mittl. Ort 25-989 sec 8, tg 8 + 1-534 a, a' +4.6 b, V —0.01
39-98 41.38 42.88
140 150
47-4 1 +1-163 —1.9 —1.00
246) 10 Monocerotis AR. | Dekl.
6h 22 m 59-835 59-817 59-727 59-569 59-350
- 5 2 ° 39' // 75.15 l8 352 ^ 78.67 330 ^ 81.97 i 84.96 2 9 „^ 260 87-56 2 i 6 2?I
59-079 2 58.767 " 58.426 58.068 3 f j57.707 / / / 35I J 57-356 < 329 57- 0 2 7 56-730 £ 56.474 207 56.26? J ' 152 56-"5 56.021 4 55.987 g 56.014 8 .
89-72 l 6 8 9140 „ 92.57 6 5 93-22 I 2 93-34 92-94 ^ 92- 0 4 I1i 88 90.66 88.85 1 8 1 86.64 2 2 1 ^ 255 84-09 282 8l.27 78.24 3 0 3 315 '
J
y
U9
5 6 - 1 0 1 I 4 e 71.90 ' * 313 56-247 2 0 I 68.77 56.448 65.80 2 9 7 56.699 J 63.08 2 7 2 97 56.996 2335 60.69 2 3 9 57-331 g 58.74 ; : : 144 57.697 57-30 8 7 58.087 3 9 05 58.492 4410 56.43 26 56-17 38 58-902 3 56.550 103 59.307 3 9 I 57-58 l6 59-698 59-23 2 2 I 60.063 ^ 61.44 ^ 328 £ 7 271 60.391 2 g, 64.15 r 312 60-674 J 6 7-27 3 4 1 60.902 i 6 s 70.68 ' 359 61.067 74-27 , 6 6 61.163 77-93 3 6 i 61.188 25 8I.54 57.132 +1.649 +1.3 -f-O.OI
73.12 -I-311 —2.0 —10.Q9
Greenwich
6h 25 m s 46-56I . 46.630 2I 46.651 2g 46.625 46.554
4
46.444 46-303 i 6 4 4 39176 45.963 45-784 I 7 2 45-612 45456 ^ 45-325 IOO 45-225 6 45-I6O J 45-132 I 2 45-144 5 2 45- z 96 9 45-285 I294 45.409 I 5 7 45-566 i g 6 45-752 2 M 45.964 46.197 46448 % 46-7^4 2 7 8 46.992 2 8 47-277 2g> 47-565 2 8 9 47- 8 54 2 8 9 48.139 2 7 , 48.414 ZI 48.675 ^O ' J 240 48-915 2 4 2 49-127 I / 8 49.305 2ä 49-444
49-539 44.162 + 1.003 +3.0 0.00
95
249) i;2 Canis itiaj. AR. | Dekl. h
m
6 33 - 4 ° 43' // s 59-77 / J 12-493 61.50 r 12.550 7 C. 57 12-557 63-07 T g 43 64-45 „ g 12.514 J T ™ 90 12.424 65-63 3 J 131 95 I 2 -293 i 6 66.58 1 * 7 I2 I2 - 9 l88 67-29 ' II ' 9 4 I 202 49 67.78 n - 7 3 9 207 68.05 n - 5 3 2 200 68.09 ^ 67-9 J 3 9 " • 3 3 2 l1 R8 4. 67-52 9 11.148 0 161 66-93 9 10.987 I 3 ' 66.14 7 9 10.856 ¿ 96 10.760 97 65.17 57 J ' "3 IO-703 l6 I2 64.04 7 10.687 25 62-77 J 10.712 / 65 IO 39 I 4 5 -777 ' 59-94 18 10.881 1 0 4 140 58.46 0 ^ 147 11.021 56-99 !73 II.194 55-59 I 2 7 203 54-32 i i o n - 3¿917 229 53-22 11.626 52-35 l 11.878 2 5 2 51-75 30 ' 270 5i-45 284 5i-49 12 -432 51.87 52.60 7 3 12.727 105 ' 300 53-65 „„ I3 2 ' 54-98 ^ 1 3-328 3 y 6 56.54 A j 58-29 S 1 3-624 2 8 6 3-9io 2 6 8 60.15 ^ 190 14-178 62-05 i 8 9 t14423 4- 6 37 2i I/ ,6 63-94 l 8 o I 4 " 8 1 3 134 I 34 6574 3 o 4-947 15-032 57.96 10.139 —0.083 + 1.086 —2.2 +2.5 ^-0.99 0.00
- 2 2 ° 55' //
42-37 45-04 47 49
2Ö7 7 24
ff,
"4 " 7 6 194
53.31 54-56 55-45 55.96 56.10
^
55-86 5 9 55-27 93 54-34 I 2 ß SS"08 5T"54 l8 o 49-74 47-73 45-55 43-27 4°-95
2CI 2I8 228 232 228
38-67 2 I 9 219 J36.48 ^ 201 34-47
32-72;
3I*29 ¿5 30-24 6 l 29-63 n 29-50 ^ 29.86 3 30 71
!32 32-03 I / 6 33-79 2 I , 35-92 ' 38-36 2 41.01 277 43-78 46.58 2 274 49.32
'° l 301
40.42 —0.423 -2.9 —0.99
Scheinbare Sternörter 1955 Obere K u l m i n a t i o n Greenwich Tag 1955
247) 8 AR. 6h 33m S 39-67 39-So 3 39-84 6 39.78 39.63 4 39-39 3C 39-09 „ 38.74 * 38.36 339 37-97 38 37-59 35 36.94 4 36.70 36.531 36.43 2 36.4I "I 36.48 J 14 36.62 22 e. 0 36.84 2(? 37.13 36 37-49 4I 37-9° : 6 38.36 5 38.86 J S3 39-39 56 39-95 s8 40.53 59 4 I " 1 2 59 4 I '7 I 58 56 42.85 43-38 " «•87 44-30 4ß 44.66 T T 27 44-93 tt DO 45-12
Jan. 0 10 20 30 Febr. 9 19 März 1 11 21 31 April 10 20 30 Mai 10 20 30 Juni 9 19 29 Juli 9 19 29 Aug. 8 18 28 Sept. 7 17 27 Okt. 7 17 27 Nov. 6 16 26 Dez. 6 16 26 35 Mittl. Ort 34.89 3ec S, tg 8 +2.097 +5.5 a, a' —0.02 b, b'
I g
251) Y Geminorum 250) 51 Aurigae AR. Dekl. AR. | Dekl. + 6l° 31' 6h 35 m + 16° 26' 6h 35 m + 39° 25' // // S 23'34 2I6 °35*686 00 19.91 55-33 Q93, 9-361 56.26 99 25-50 9-456 « 35-799 51 1 9 4 1 38 2 215 9.500 27' 5 206 35-850 - 57-25 IOO 9-494 ,, 18-75 i8 35.838 " 5 8 ' 2 5 95 29 f 35.767 ^ 3 1 i64 9-439 97 18.57 Ol TI 59-20 86 2 18.46 33- 50 35-644 l68 60.06 9 " 342 133 00 18.41 l 35-476 2(X) 60.77 71 34-56 9,209 r A 52 „ 35-49 A 9.050 174 18.39 i 35.276 ' , 220 61.29 8.876 18.40 61.60 8 36.00 1 35.05 22l. 8.697 179 36.07 172 18.41 ^ 2 34.831 2J8 61.68 16 8.525 35.70 18.43 , 34-6i3 I99 34-91 i i ß 8.368 157 I8.46 3 34-414 l68 132 4 .*>•» % 33-75 0 8.236 34-246 0 A 100 18.50 Ö 34.116 3 2 2 59-79 9I 3 - 5 I78 8.136 6 18.56 v 100 3°-47 4 8-073 25 18.65O T29 34-031 36 u58.90 28.48 21 i8 "77 i 6 33-995 j 57-9° 107 A S" 8.048 17 18.93 26.33 2I J 110 J J 223 34-009 6 J56.83 8.065 24.10 t. 5 l g 1 4 34-074 „ 226 ' 24 8.123 55-73 jjj O I 9 f 21.84 * 34-^9 £ 54-62 iog 97 8.220 223 19.61 7 215 8-353 ^ 19-64 2g 34-349 2G3 53-54 I04 17.46 34-552 8-520 . 19.92 52-5° 98 ' ^ 202 8.718 198 20.19 x5-44 i86 2 3 4 7 3 0 223 2 f 273 5 1 f " J3-58 i67 ° - f 18 35-o65 3;3 5°- g4 T ^ 20.6o 11.91 144 9 7 265 326 49-77 7S 10.47 119 9-452 2go 20.69 ~ 35.367 35-69 3 344 49-02 68 9.28 9.732 y ' J 292 20.68 i •°37 360 48.34 59 3 10.024 20.55 ; 47-75 5G 301 20.28 7 36.397 7-72 J 10.325 47-25 ? ^ 307 7.38 10.632 46.85 % 309 7-35 30 10.941 307 19-33 37-526 3% 46.56 ; 9 18.68 46.39 4 37-902 7-65 62 11.248 299 I7"94 74 8.27 95 38.269 * 46.35 £ 287 38.620 35 46.46 28 9.22 ji-834 26 1 4 81 ' 125 1T 10.47 I 12.101 2 46-74 AA 54 I2 2 241 I 33 8o 38-947 I 2 " 0 1 178 '34 207 5-53 7S 39.240 252 47-^8 £ i2-549 i67 I4'78 66 j3-79 Ig8 39-492 2D2 47.78 z5-77 2I2 12.716 g 14.12 , 3,39-694 1 3112.838 Q Q 12213-56, 56 39.840 I46 48.53 49.41 17.89
Lyncis De kl.
J J ,
^ £
24.41 +1.844 -2.9 —0.99
6.732 +1.043 +3-5 0.00
21.85 +0.295 -3-1 —0.99
32.469 +1.295 +4-2 —0.01
57-03 +0.822 -3-1 —0-99
79* 252) v Puppis AR. Dekl. 6h 36 m -43° 9' // s °25-47i 28 21.28 25-499 „ 24-67 319, 27.860 292 25466 25-373 j J 3°-7 256 25.225 4 33.34 2 i 6 25.030 35-5° I 7 j 24796 234 37-21 ' 24.533 28o 38-45 1 * 24-253 28 39-2i ; 6 25 23.968 J * 279 39.47 23.689 2ß2 39-24 7Q 23-427 236 38.54 ¿ 5 23.191 0 0 202 37-39 I t l 22.989 35.81 ^ 0 196 6 162 33-85 22.827 J 230 117 22 '7 10 68 22.642 IQ 28.98 257 A 278 22.623 26.20 £ — 32 23.28 292 22.655 8l 297 22736 J28 20.31 294 I7'37 282 22.864 174 I4'55 26i 23.038 O O 23.253 0 OO 2-2 11.94 230 9* 4 23.505 J 23789 ^ 7 " 73 144 24.IOO 333 6.29 24-433 47 47 5-38 S 24-780 5-°5 28 25-I35 355 5-33 8Q 89 6.22 149 25.490 3 ^ 347 7.71 204 25.837 1 i. 33° 26.167 " 9-75 v / 0 2-2 /- 306 12.27 26.473 •t/o 272 292 26.745 / -TJ 22Q 3 22 2 974 l8o ä i ^? 341 27.154 I25 21.82 35° 27.279 25-32 346 r6 28.78 27-344 22.967 19.61 +1.371 -0.938 +1.8 -3.2 +0.01 —0-99 2
J -
£.
J , J
80*
Scheinbare Sternörter 1955 Obere 248) 23 H. Camelop.
Tag
AR.
6h 38 m
1955 Jan.
0* 10 20
30 Febr. 9 März
19 1 11 21
^
April 1 0 20
Juni Juli
Okt.
in
30 10 20
38.30
30
36.50 36.29 36.29 36.50
37-53 36.92
9 29 9
9
Z 42
o 2I
60
3 7 - 5 1 7Q 38.30 39-25 Iog 40.34 I 2 I 4 I - 5 5 132 42.87 c 139 44.26 145 45-71 47.18 48.65 : : 7
7 17 27 7 17
50.10
27 Nov. 6 16 26 Dez. 6
139 129
16 26 35
AR.
65.26
„
7I-°3
2
74
73-77 2SO 7 7 2i6 78.43 80 0 . 1 5 1 72 2 ^ • 3 7 68 82.05 I 2 82.17 ' 45 81.72 100 0 80.72 ' 150 79-22 77.29 " 74-98 2 6 g 69-56 66.61295 63.61300 57.76
373
5 5 - ° 3 251 8 450.28 -35 4676 45-55 44-75 44-37 44-44 44-95 45-91
224
^
I2I 8o
38 . S1
^ I39
52.78 x 53.951M 54-96 8 2
47-30.4
55-78
53-75 5 46
" S ö ^
Mittl. Ort 35.52 sec 8, tg 8 + 5 - 5 4 9 a, a' +10.3 — 0.06 b,V 1
Dekl.
2I
36-91
19 29 Aug. 8 18 28 Sept.
46.90 2 46.88 27 46.61 A 50 46.II 70 454I . 44-54 I o ; 43-53 Iog 42.45
6I 37
49-io 5
I-2
7 248
59-32 66.49 +5-458 -3.4 —0.99
Greenwich
254) e Geminorum |
6h 41m
+ 79° 36' //
x 4 ^ - 3 4 109 40.25 103
31
Mai
|
K u l m i n a t i o n
I2.609 2 12.716
1
io
7 54 l
12.770 12.770 I2 - 7 1 8 98 12.620 12.483 12.318
T 183
I2-I
3 5 i89 " • 9 4 6 i84 11.762 ' 167 142 "•453 „0 " • 3 4 3 72 " • 2 7 1 30 11.241 ^ 12 11.253 11.309 1 97 11.406 ' 136 11.542 172 I i . 714 1 1 . 97 1 8 2 0 4 232 12.150 257 12.407 12.684 2 7 7 294 1 2
-
g
£ 308
1
3
3-286 13.604 13.929 328 14.257 327 i 4'584 320 I 4*9°4 3o8 I 5 - 2 1 2 288 I 5 - 5 o ° 2go z 5-76O226 J
Dekl.
AR.
6h 4 2
+ 25° 10' //
s
5-986 i84 4 16.170 ^ 3! , ' , 136 16.306
36.69 36.73 36.87
z 2
37.08 3 7 - 3 5 2g 37.63 2 7 37-90 ^ 38.12 38.27 i 38.35 38.33 38.23 38.06
I0 7
37-56
3
7
m
s
48.377 48.476 ™ 48.5254: 4 8 - 5 2 5 ,Q 48-476 s 48.384127 48.257 j . 48--3 47-932 47.756 4 47.584 I 5 7 47-427 47-294 4 47-190 6 ; 47-122 3I
7 " 2 6 31 36.95 0 3 6 . 6D5 3 ! 28 36.37 2 7' 6 . 1 0 35 J3 £
4 7 - 0 9 I "g 47-099 47-X48 l 47-235 ' 47-358 " J
35.85 2 . 3 5 - 6 I 24 35-37 * 3 5 « 2 28
i
3
34-84 34-53 34.18
3I
«
35
41
33-77 3 3 - 3 1 ;Q 32.82 49 J . 51 32.31 52 3I-79 50 31-29 30.86
3
47-5 4 47.700
i86
47-913 J 48.148 35 0 315 48.403 2 7 I 48-674 48-958 49.252 49-553 49-857
284 4 4 G4
^
5 0 . 1 6 0 297 50.457 285 50-742 26/ 51.009 u
u
209
3 ° - 5 ° 26 51.460 I I 30.24 7 1 2 30.09 3 335 - 6 3 i 126£ 30.07 51-757
Dekl.
AR.
Dekl.
+ 1 2 ° 56' n
6h 4 3 m
- 1 6 ° 39' // I2 ' 7 5 244
42.35 41.62 41.01
73 73
49
4°-52 40.16
3
6 6
39-90 39-73 39.64
9
39.61
i
39-62
5
,
39-67 3976 39-90 40.08
J J 33
40.31 ^ ° 40.60
39
s
, I 2 . i 7 4 6g 12.242 l 9 1 2 . 2 6 1 3912.232 _ c. 7 6 1 2 . 1 5J 6 ' 117 12.039 1 1 . 8 8 9 1J 5 0 II ' 7 I 4 i75 89 "'S
2 5
II.331 00
10.55213
4 xI ' 3 I 4 -73 42.18
,2 *
"5 5 1 0 . 6 J3 1
44
10.733
42.62
2
4 'g
43.04 43-42 43-7i 43.89
i8 5
43-94 43.84 43-57 43-12 42.50 4I-74 4°'85 39-87 38.85 0 37-83
IO 2? 4 4
2
7ß 89
35-93
8o
35-13
38.97 +0.470
45.801 +1.026
44.72 +0.230
+3-7 —0.01
-3-6 —0.98
+3-4 0.00
-3-7 —0.98
^ 102 I37
8
"•7°
0
26I
11.961 £ 375 12.236 12.522 12.814 292 1 3J . 1 0 8 2 9 4 290 i 3 - 3 9 8 2 82 J
9g
26
- 7° i69 11.039 1197 1 1 . 2 30 6 221 " • 4 5 7 243
1
92
Ort des Hauptsterns; die jährliche Parallaxe (0*377) ist bereits berücksichtigt.
IO
i
36-85
"539
I0
1Q2 102
„
II.142 IO.968 1 7 4 10.816 ; f 10.693 " 9 10.604^ 53 i0
45
194 189
40.9333
9.814 +1.105
* Bei Steril 254), 256) und 257) lies J a n . 1.
257) a Canis maj. 1
256) 5 Geminorum
9.819 + 1.044 +2.7 0.00
226
17.45 ' 204 19.49 2 1 . 2 6 146' 22.72 IJ 0 5 2 3 7 i 24 6 - 9 49 25.18 % 25.34
76
25.18
47 4 - 7 ! 76 2 3-95 I04 22.qi 2 139 21.62 152 20.10 18.40 1 7 0 0 .55 185 16 •¿ 194 14.61 l 1 2 . 6 3J 195 10.68 8.82 1 8 6 171 7 - " 148 5 - 6 J3 119 4-44 g5 2
3-59 4 5 3-14 3 3 - " 42 3 - 5 3 g7 4.40 T ^ 129 5-69 l68 7-37 2GI 9-38 228 11.66 2 247 ^ 356
3-68°a68 3-948 246 14.194 I 4 ' 4 " i83 1 4-594 14.736 33 i4-832
^
i6 6 - 9 19-27 21.78
, 96
.
10.48 —0.299 -3-8 —0.98
258 251
Scheinbare Sternörter 1955 Obere Tag .1955 Jan.
i 10 20 30 Febr. 9 19 März i 11 21 31 April 10 20 30 Mai 10 20 Juni
Juli
30 9 19 29 9
19 29 Aug. 8 18 28 Sept. 7 17 27 Okt. 7 17 27 Nov. 6 16 26 Dez. 6 16 26 35 Mittl. Ort sec 8, tg S a, a' b, V
258) 18 Monocerotis AR. Dekl.
1177) 16 Monocerotis Dekl. AR. 6h 44 m + 8° 38' s 1 ,f 8.6 7 101 7-643 C.C. 2 97 7-740 ¿ I t 8 6 7.789 7.788 s 49 5-5° , , 44 7-739 ; 5.06 32 648 7I26 4-74 7-522 -T / -T ' 20 7-370 ; 4-54 IO 7.202 4-44 0 1 7 4 7.028 170 4-44 8 2 6.858 Ä l6 ¿ 156 4-5 4.68 6.702 24 6.569 1 3 3 4 " 9 2 33 6.465 1 0 4 5- 2 5 d i 5-66 ; 6.395 32 6-363 ~ 6.369 7° 62 6.414 ¡1 • 7-32 6 6.497 , 7-99 ' 6.615118 8-69 S 0 151 6.766 9-3 8 6 6 6.947 1 8 1 IO.O4 7- I 54 2 ° 7 7.384 2 3 0 i l . i l "•46 g 7.898 11.65 r 8.177 2 7 9 11.64 ^ 22 8.466 289 11.42 2 9 6 8.762 X0.98 4 4 299 9.061 IO -33 g y 4 298 9-359 m 9.651 2 9 2 9.932 2 8 1 63 10.195 2239 10.434 ^ 206 10.640 10.807 1 6 7 33 124 10.931 2 4 5.124 +1.011 +3-3 0.00
9-49 8.48 7-35 6-14 4.89
I0I
113 I2I I2 „ 5
123 3-66 117 0 2-49 " 107 1.42
11.06 +0.152 -3-8 —0.98
Kulmination
6h 45m s 33.268 2 ¿ 94 33-362 ^ 33-4°7 33-4°3 I 33-353 9 I 33.262 127 33-135 2 3 2 -9 8 3 l 6 8
+ 2° 2 / // 44-26 42.88 1 3 8 • £ I2 4 4 Í K* 40-58 g 39-69 7 I 38.98 38.45 3 38.09 36 0 2° 3 2 f 5 T74 37-89 < J32.641 ^ 170 37-84 " 32-471 157 32.314 ' 37-94 38.19 ! 32.180 1 3 4 38.57 J 106 39-08 £ 32.074 39-72 * 32.001 ^ 77 4°-49 86 31-964 2 4 J -35 95 31-966 42.30 J 101 32.005 £ ^ 43-31 I 0 4 7 7 J32.082 2 I 3 - 95 113 44-35 I o ; I44 32.339 32.513 201 32.714 ' ^ 223 3 2 '937 243 33-x8O 2 4 3 33.440 J
u
J
V i36 4
98 89
262) a Pictoris AR. 1 Dekl. 6h 47 m
46.64 +0.043 -4-0 —0.98
261 ) 0- Geminorum AR. Dekl.
- 6 1 0 53' //
346-87 x 46.86 IO C. 46.76 20 46.56 A 27 46.2O 34 45-95 40 45-55 444 45.11 44-64 % 44-J6 48 43-68 43-22 42.80 82 42.42 42.09 2 ; 41.82 ^ , 20 41.62 ^ 12 41-50 5 41-45 41-47 „ 4Ï-58 1 8 41-76 42.01 42.33 37 42.70 ; 2
5 V 76 48.01 48.6059 ^ 37 43. 1 2 48.97 I 2 43-59 49-09 33.713 284 44.08 33-997 48.95 34-288 9 44-59 48-53 g 294 34.582 45- 1 0 u 47.84 9 5 293 34-875 288 46-89 I l 8 45-59 46.06 35.163 276 45-7 1 t 135 46.49 35-439 4 4 f i 46.86 35.698 % 42-87 ,56 1 41.31 „ 35-93 2 0 I " 0 158 47.I7 36.132 l 6 39-73 47-39 36.296 38.20 53 33 120 34 47 - 53 c. 145 36.416 36.75 47-57
30.813 + 1.001 +3-1 0.00
81*
Greenwich
„ 49 5I
49 ,7 47
%
37
31 22
43-78 +2.123 +0.6 +0.03
4
6h 49 m s
373 352-466,25 52-591 ¿ 6 52.657 330 52.664 295 52.614 47.80 ^ 253 J ^ 101 5°-33 208 5 2 -5 I 3 52.368 ; 4 j 5 2 4 1 157 53-98 * 5 2 - 1 9 1 Z 55-02 ¿ 34"26
37-99 x -55 4 44.85
55-53
-
55-50 54-95 ^ 53.89 52-34 199 o 0 0 237 47.98 27° 45-28 296 42-32 , • 39.18 3 1 4 323 35-95 32^
51.992 5I-58*
X87
5 I - 395
l6; 5 i ' 2 3 3 I28 5 I - I 0 5 88 351.017 50.973' 442 5°-975 51.024 ^ 94 51.118 136
313 29-59 2 g 26.66 293 263 24.03 J 223 21.80 175 20.05 18.86 " 9 18.28 18.34 73 I 9 " ° 7 138 20.45 ^^ 200 22.45 254 24.99 n 3OI 28.OO. 0
5 I -43° 2 I 2 51.642 244 51.886 J 271 52.I57 294 52.451 3 tJ 3 I j
33.50 —1.872 —4.1 —0.98
49.443 + 1.206 +4.0 —0.01
3 2 7 2
52.766 53"°97
343 53-44° 352 53-792 3 54.149 ^ 54.506
+ 34° 0' // 59.82 _ 6°'39 66 61.05 ' 61.77 62.50 7 3 3 70 63.20 cT 0 6,1 63.81 e. 49 64-30 , 64.64 3 64.81 j 64.80 , 64.61 1 9 £ 36 64-25 0 63-75 I 63.I4 7 0 62.44 61.67 7 7 A 0 80 6O.87 82 6O.O5 „ D 82 59.23Û 7 9 ^ 58.44 77 57.67 " 56.92 " S 6 " 2 « 68 55.52 6 s 54.87 62 54-25 53-66 9 53.11 52.62 4 9 •3 43 52.19 51.85 34 c. 23 51.62 3 51.53 5 I -58 20
54.857 55.195 g8 ¿ J 290 3-3BIS 55-803 JJ J 252 : 5 i - 7 8 36 35- 0 1 376 56-°55 208 52.14 38"77 8 3456-263 I5Ö 52.64 5° 56.419 42.55 62.74 +0.675 -4.3 —0.98 F
82*
Scheinbare Sternörter 1955 Obere K u l m i n a t i o n
6h 52™
1955 Jan.
260) 24 H. Camelop. AR. Dekl.
266) & Canis maj. AR. Dekl.
Tag
1 10 20
30 Febr. 9
- 1 1 ° 58' /f 53-4° 7 221 f 88 8-347 s8 55-6I 205 57-66 i84 385 8 » 59-5° I 5 9 8-375 Ç7 J
32.957 2 f ?
19.58 19.67 19-72 19.69
I2
19.57
23
33-214
19-34 18.98 18.48
33-489 33-77 8 34.080 34-390 3 4
22
l
17.80 17.82 17-90 18.02
33.095 ; 3 2 . 9 5 5 ;62 32.793 c. 173 03 2 . 6 2 0 174 32.446 I 6 32.282 147 32.13512I 3 2 ' 0 I 4 89 31.925
II4
30.83
4
+ 16° 37' //
33.202
31.870 31.853 31.874
45-59 44-59 43-5° 42.36
38.901 g 39.282 /370 39-652 " 40.327
5m
84
47-77 47.21
322
£
I
9
48.12
37-71
37-765 ; 2 38.13772
7h s
Dekl.
103 3 - ° 3 9 13t; 33-174 s , 33-258 £ 4 2 4 4 104 33.289 43-48 i q 33-269 6 ? 44-53 IOI
298
37-o64 3 7 " 4 f 359
38-5x7
AR.
+ 39° 23'
22I
9-41 7-79
' 255 35-382 7 u3 5 . 6 5 8 291 35-949 3Q3 36.252 IQ £ 2 3 36.562 312 36-874 3 o 6 37.180 293 37-47 3 2 7 4 37-747 245 37-992 2 0 9
8
m
i
J J
« T 38.369 38.487
7h
277) X G e m i n o r u m
Dekl.
s 36.926 15.54 8 ' 153 37-079 QI '»•47 5 21.25 37-I70 2 ; 23.80 37.197 ,6 227 26.07 37.161 • J / 194 93 37.068 28.01 3 M 2 6 i8i 29.60159 36.745 03 0 . 8 1 1 2 1 , 82 31.63 3 6 . 5 3 8 2207 3 2 . 0 6 4 :j J3 6 . 3^ 1 8
35-I27
3
AR.
—26° 19' //
s
83*
G r e e n w i c h
273) 8 Canis m a j .
Dekl.
AR.
1955 Jan.
K u l m i n a t i o n
2
9 5
-
,6
30
17 8
302
310
'i»
X
7' 88 16.18 314 97 1 5u . 2 1 ' 102 3 °7 14.19 13.16 272 99 12.17 ' 92 243 3I5
1
-7°5 35.019 35.326
35.6 19 3 5 . 8 y9 I
3 6 - i 3 4 2O5 36-340 l 6 l 36.501 30.432 +1.044 +3-5 —0.01
I I - 2
5 -43 9-74
IO
23.59 +0.299 -6.5 —°-95 F*
82 69
84*
S c h e i n b a r e S ternörter 1955 Obere 278) TT Puppis
Tag
AR. 7h
1955
Dekl.
15m
1 10* 20
30 Febr. g
37 ° 0 '
35f9
35-689 35-662 35-579
A p r i l 10 20 30 Mai 10 20
33.698 33-537 33-4" 33-328 33.286 33-288
30 Juni g 29 , 9
132
2 I2S
l 4
2
45
33-420 33-549 33-717 33-921 34-^58
Sept.
34-424
7 17 27 7 17
3 4 7 1 6
l68 204
S 292
3.3
27 6 16 26 Dez. 6
36.032 36.365
16 26 36
Mittl. Ort sec 8, t g S a, a' b, b'
281) S Volantis Dekl.
279) S Geminorum Dekl. AR.
7h 1 6
m
s
6ao4 63.26 66.25 68.95 I
I
7 -3 73-8 74-82 75-92 76.56 76-75 76.49 75-79 74-67 73-^7 69.16 66.76
335 322 2
" 27 : 236
Z 6a
% 26 70 II2 I50 l8s 216 240
64.17 T 61.48269 ^ 272 58-76 56.10 53.58 2 2 g J
35-029 35-357 „ 6 35-693 ;, 39
Nov.
"
'
33*333 ßy
19 29 Aug. 8 18 28
Okt.
89
35-447 „ „ J35.272 J 2 208 35-064 34.833 24S 34-59 0 2 4 S 34-345 6 34-^9 2I8
19 März 1 11 21 31
Juli
I 0
G-reenwich
AR.
//
Jan.
K u l m i n a t i o n
49-33 47-77 46.68 46.11 A
197 ls6 109 57
°
46.II 46.70
-
333
4 7 . 8 6 171 49-57 2 2 I 3 6 . 9 8 O ^ 4 •5I-78 264 37.244 2 2 4 54-42 57-39 , 2 I 37468 r 7 176 6 0 . 6 0 37-644 I 2 2 63-95 37.766 67.33 33-155 .55-84 + 1.252 -0.754 +2.1 -6.5 -1-0.02 —O.95
• B e i S t e r n 280) lies J a n . 11.
55-o6 54-97 54-78 54-48 ^
//
g Ig o 30
39
54-09 4 . 53-62 4 / 53-09 ç 8 52-51 5 ^ 9 ! 60 5I
" 3 1 59 50.72 50.15 5 3 4 9 . 6 2 47
49-i5 %
48.74 48.41 " 48.17 S 48.01 6 47-95 3 47.98 / 48.11 13 48.34 « 48.65 3 49.04 y 49-51
39
47 54
5 0 . 0 5 '1 50.63 6 l 5I-24 6 5i-87 £ 52'49 6o 53-°9 56 53-65 4 9 54-T4 Z 54.56 ; 54.88 J 1 55.09 55.19 51.50 +2.655 0.0 +0.05
yh 17m
+ 22° // s 28.881 56.28 28.66 142 A 385 10 56.02 29-023 32-51 * 36.26 29.113 55-91 39.82 3 5 6 55-93 328 2 9 . 1 4 8 43.IO ' J 29.130 ß 7 56.06 292 46.02 56.27 29-063 28.954 4 8 . u5 1 2 4 9 56.52 ^ 202 28.811 1 4 3 56.78 50-53 O A* 52.051 57.03 - 100 2 8 . 6 4 5 28.466 2 53-05 4 6 ^ l80 5 7 - 4 57.40 28.286 53-51 8 28.116 1 7 0 57.50 53-43 6 o A 152 52.83 I I 2 27.964 I 2 f i 57-54 51.71 57-52 27.838 159 50.12 57-45 203 2 7 7 4 5 s 8 27.687 57-34 48.09 27.668 57-21 45.68 2 4 1 A 272 27.688 26 00 57-05 42-96 2 „8 O 0 9 56-88 39-98 314 27748 6 J36.84 ^ 320 2 7 - 8 4 5 ^ 5 - 7 o 56.50 27-977 l 6 33-64 3 I 8 56.28 28.141 3 ° ' 4 305 194 2 28.335 J J J 2 2 0 56.02 7 - f 28, 24.60 28-555 24i 55-71 ^ 248 22.12 ' 28.800 2 4 5 200 26s . 5 5 - 3 4 20.06 2 9 - o 6 5 2 8 4 54-89 i8 -52 29-349 2 q q 54-36 Ï7.56 5 29-648 ™ 53-74 29-959 , 2 0 53-03 17-24 „ x 30.279 3 2 6 7-59 i o o 52-24 18 30.605 -59 i 6 6 20.25U 30.930 „ 5 I ' 4 ° 22Ç 31.248 3 1 8 49-68 22.50 277 3°5 48.85 25-27 " 3i"55 3 283 28.48 3 31.836 2 5 2 4 8 , 1 1 ^ 353 32.088 J 2IS 47-48 32.01 374 46.98 3 2 . 3 0 3 35-75 i , 46.63 32-473 39-59
—67° 5 2 '
21 IO
29.59 -2.460 —6.6 -0.94
26.I8I + I.O79 ¡-3.6 —0.01
6O.86 +O.4O5 -6.6 —0.94
280) 19 Lyncis sg
3'
AR.
Dekl.
7h 19m
+ 55° 21' n 60.64
s ^ I6.200 26 , 202 „ 16.402 II yIl8 2 T6.520 „ 16.553 3 16.502 21 J
J, 2I l6 io
2
„ i6
2o
129 J
•, ' ' 196 16.177 250 i 5 ' 9 2 7 288 I 5 - 39 15.329 I5 014 " 303 1 4-711 276 T 4-435 ^
14.010
S
130
13.812
5
13-867
I22
13.989
l8l
22 22
26 31 • 4S
I 4
' f 8 289 14.697 335 15.032 375 1 5-4°7;2 1
« 79
;4
5-8i9 ... 16.262 4 4 3 A 468 16 -730 487 1 7 - 2 I 7 500 17.717 ' ' ' 505
86
g °
?- s
64.21 I9° AA 66.11 186 , 67.97 173 69.70 71-24 72-50 73-44 74-02 74.22 ' ^ 74-02 73.45 72.53 / jj 71.30
20.106
„ 378
212.126 0.484 .80132ly +2 01.760 245 +21.046 4.9 -0.03
154
I2f)
20
20 9
;
I21
' 149 69.81 68.10171 66.23187 A 198 64.2 5 22 00 , A T 62.20 \ 2O6 6O.I4 O 2O4 5 8 - 1 0 198
S
6
- "
i88
54-24 1 7 5 J52.49 ^ 159 5°-9° 49.48 0 48-27 47-29 46.57 46.12 45.97
18.222
35
37
1I 44 22 121 98 72
' 43 I5 I7
46-i4 46.63
^
47-44
II2
48-56 49-95 51-57 66.53 -1-1.448 —6.8 -0.94
I39 i62
Scheinbare Sternörter 1955 Obere 282) i Geminorum
Tag
AR. 7h 2 2
1955 Jan.
1 11 20
30 Febr. 9 März
1 11 21 31
April 1 0 20 30 Mai 1 0 20 30 Juni Juli
9 29 9
29 Aug. 8 18 28 Sept.
7 17 27 Okt. 7 17 27 6 16 26 Dez. 6 Nov.
16 26 36 Mittl. Ort sec 8, tg 8 a, a' b, b'
s 58.820 58.974 59-073 59.115 59-102
m
154 4,
66
59.036 58.925 58.778 5 8 " 6 ° 6 186 5 4 2 0 i89 5
8 o35 57*888 57
"752 57.649
181 162
136 103 6
3
57.583 2 , 57-558 + 57-573 c 57-628 ? 57.723 13l 57-855 58.021 58.218 0 58-444 58.695
AR.
+ 27° 53'
yh 24m
19.66 8 19-74 19.70 6
;
44-571 44-4^0 44.264
19.28
34
44.142 44.049
18.94 i8
"53 18.06 17.55 17.01 '
_
58.968 £. 294 59.262 310 59.572 * 59.896 ^ 6 0 . 2 J3 1 340 ' 6
° ' 5 7 1 ,41 60.912 61.247 3 3 : 61.56832 299 61.867 26g 62.136 229 62.365 r J i l83 62.548
i5 8
1 5- i
fi
!
47
51 Z 56
354
£ 64
14-62 13.95 13.25 75 12.50 > XI -72 L 10.91 10.08 9.26 8 79 ^ 73 7-74 6 2 7.12 6.62
284) Grb 1308 Caml
5
° 36 6.26 , 6.08 I b 6.06 2
AR.
Dekl.
s // 4 5 .105 , 16.oq 2 2 1 6 . 1 8 2 9 I245- 4 87 24 45-329 ^ 16.42 45.365 I 4 16.78 46 ^ 17.24 , 45.351 ^ 50 45- 2 92 IOO 17-74 i8 2 " 5 4! 45.192 18.73 45.060 T 41 A 54 19.14 44-906 7 32 y 19.46 44-739 l 6 8 ^ 20 i6i 6
122 6o
43-989 26 43.963 43-973 6 44- O I 9 gj 44.100 113 44-2I3 44-357 ¡ ; 44-529 I 9 8 44-72 7 2 2 I 44-948
TI,
45.38 45-05 44-86 44-78 44.80
: 82
J Q 19 2
11 44.91 7 ^ IQ 45-10 45-37 ' 39 4 9
%
46.55 47.06 6 c. 5 47.62 48.21 5 9 48.80 5 9 ^ 58 49.38 49.92 ; 50.39 ' 33 50.74 ' 7 22 50.96 5
, 21.33 ¡-O.529
42.621 -l-I.OII
3-7 —0.01
-7-1 —0.94
+ 3-3 0.00
53.58 !-o.147 -7-2 —0.93
h
2Ö
286) p Geminorum
Dekl. m
s 18.70 18.98 7
12 I
6.
4 5 - i 8 9 2 6 o 5 1 . 0 1 ~~ 15 45-449 2 7 6 50.86 37 45-7 2 5 2 8 g .50.49 . 8 4^- O I 4 2 9 8 49-91 ^ 4 y .11 t 6 .J3 1 2 305 4^ 9 100 4 8 .11 46.617 46.922 ^ y 300 46.94 47.222 45.64 139 47-509 2 6 8 47.777 2 4 D 44-25 ' 4 J 42.83 ^ 140 48.017 4 M 3 133 0 204 48.221 + 40.10 4 8 . 3 8 4 1 6 3 38.88 1 2 2
56.003 + I.I3I
7
+ 8° 2 2 ' // 49-45 48-3! 47-33 46.51 45-86
85*
Greenwich
285) ß Canis min.
Dckl.
l66 197 226
K u l m i n a t i o n
16 9 I4 , 19.17 10 19.07 22 18.85 i8
"53 l 18.12 41 17.65 47 ' 50 I 7 - I 53 51 16.64 1 1 6c.. 1 3 5 15.66 4 7 42 I5 24 " 4 I 4 ' 9 ° 2ß 14.64 17 14-47 7 14.40 _ 1443 14.56 j 14.78 31 15.09 39 1 5 . 4 8 47 15-95 4 7 i6 "49 £ 17.09 6 i7 " 7 4 70 18.44 7 73 19.17 1 9 . 9 1 74 75 20.66 2 1 . 4 1 75 73 22-I4 f 3 22.83 J i 63 23.46 ° ^ 55 24.OI 46 24-47 24.82 3 5 12.86 + 2.736 +6.2 —0.06
AR.
+ 68° 3 3 ' //
31.10
2
33-44
34
2 49 38-40 242 40.82 2 4 2 224
43-°6 45-04 46.66 OA 47-86 48.59 48.83 48.58 47.86 46.69 45.12
I98 i62 120
2. 25 72 117 157
192
43-20 220 41.00 38.58 2 4 2 36.01 J ,265 33.36 2 6 g 30.68 0 265 0 256 25-47 242 2 3-°5 224 224 20.81 202 18.79 J 17.04 75 145 x 5-59 I I 3 1446 ^ o 38 I
3-32 2 3-34 • I 3'78 44 x 4- 4 I 2 6
J
I5 I
' 9 ° 163
7'53 19.48 J -T 2I.7I
I95
22,
37-9° +2.547 -7.4 —0.93
7
h
26
Dekl. m
s 16.045 r 164 16.209J z 12 • IOO 16.315 47 l6.362 — 11 A 16 - 3 5 r 66 16.285 , 112 16.173 A 150 16.023 1 5 . 8 4 4 11 97 49 1 5J . 6J 5 0 197 x 5-453 i 8 9 15.264 170 i 5-°94 I44 110 14.950 0 i 4-84° 72 14.768 14-737 14-748 14.802 14.896 15
3I
C/1 54 94
133
+ 3 1 ° 52' 26.87 27.20 33
« ^ 72 29-70 3 ° - 44° 64 3I -° 53 3 z - 5 7 4Q 3I-97 24 32.21 8 32.29 ~ 32.21 3 i : 9 7 38 33 1 . 5 9 49 31.10 59 3
° f 67 29-84 29-n ; 3
2
- ° £ 169 2 5 4 » 2 1 5u . 1 9y 8 ^ 2 6l - f 83 28.03 202 15.400 2 25.89 g 7 3i 15.631 25-04 8 / 2 -I 4 7 87 16.172 £ 3° 3 2 3 . 3 0 88 16.475 16.796 I7 132 " 17.479 ' 17-833 18.188 18.536 18.871 19.184 v ^ 19466 19.707 19.900 I3.I3I + 1.178 +3-8 —0.02
3
-42 Ü 2 3 7 ° f ^ T 354 9 19.01 3 " • 18.28 348 j 7.65 335 17.16 3 3 » 16.83 282 16.68 16.72 c. 16.95 2
22
2 1
' 32.56 +-0.Ö22 -7-4 —°-93
88 88
8; 80 73 3 49
II ~ 4
23J
D
r
86*
Scheinbare Sternörter 1955 Obere K u l m i n a t i o n 287) a Geminorum1
Tag
AR.
1955
7h
Jan.
1 11 20 30 Febr. 9
46.881 14 , 112 46.993 5 3 47.046 47.040 46.978 46.869 ^
19 März 1 11 21 31
4 721
i
April 10 20 30 Mai 10 20
191 y 'S ^;
45.529
7l
45452 ^ 4 5 4 I 5 "I 45-420 > 45.467 gg 45.555126 45.681 0 45- 8 44 A 46.039 46.264 A 46.517 ^ 0 ' 46.794 47.093 47.411
19 29 Aug. 8 18 28 7 17 27
Okt.
'^5 45.964 45-791 45.644 4 6
30 Juni 9 19 29 Juli 9
Sept.
176
^ " 5 4 5 193 46.352 y j ^ 197
7
47-745 48.091 n V
17
163 r95 22
253 " 277 8
334 346
353 48444 « c 48.799 *
27 6 16 26 Dez. 6 Nov.
49488
g
AR.
Dekl.
AR.
Dekl.
AR.
Dekl.
+ 3 1 ° 59'
7 h 35 m S 4-762
— 4 0 0'
7h 36 m
+ 5° 20'
7 h 39 m
+ 58° 48'
16.891 „ ' 248
56-74 l 8 l 58-55 , 19g 60.54 0 , 208 62.62 64.69 2 0 7
14.78 15.08 3 0 ¿56 f l6.l6 f 16.85 6 9 73 17.58 18.30 6£6 0 A 18.96
^
s
19.94 J 20.21 w 20.32 20.26 20.04 22 19.68 3 6 49
Mittl. Ort sec 8, tg 8 a, a'
b, V 1
I5
4"8^
4-987 5-025 5" O I 4
88 ,8 „ 58
4-956 4-859 ^ 12g 4-730 4-577 ^ 4-4" 4 24
' t
i69
164
74 " 79 16.38 7 9 J 83
4.078 ; 3.927 0 129 3 " 7 9 8 103 3.695 7 2 3-623 3.583 6 3-577 2 . 3.606 62 92 3.668 9 5
15-55 „
3-763 3.888
T
1
9
*>
59
68
I7"QI
17
I7
13.82 J 00 12.92 12.01 91 93 II.08 94 10.14 95 9- J 9 9 8.26 9 3 91 7-35 87 6"48
5-7° 5.02 A AR 4 4 8
49.804
16 26 36
292) 24 Lyncis
291) a Canis min.2
Dekl.
|
3im
289) 25 Monocerotis
Greenwich
78 68 54
38
50.089 50.335 50.533
3-9 1 3'92 4.11
43.807 + I.I79 +3-8 —0.02
20.89 +0.625 -7-8 —0.92
, I9
J
5
r54
4-°4 2 l 8 l 4" 2 2 3 2 0 5 4-428 228 4-656 2 4 8 4-9°4 2Ö5 5 ' 1 9 280 5-449 2 9 I 5-740 2 9 g 6.038 6-339 , 296 6-635 l , 285 265 7 " l 8 S 238 7 - f 3 2o4 7- 2 7 i 6 2 7.789 2.400 +1.002 +3.0 0.00
36.34 190 50.180 142 59-322 38.24 tS"^ ° 92 59-414 4I 39-99 6 59-455 -8 ISS 42.90 59-447 5 4 ^ 7 112 J
J
44- 0 2
89
44-9^ 6 6 45-57 46.00 A 21 46.21 ^ O 46.21 , 20 46.01 45-63 45.06 5 7 73 44.33 7 9 43-44 42.42 ^
J
I02
112 120
40.10
3"»
37.61 120 3 41 TII 35-30 33-58
7
2
33-06 2 4 32.82 32.90 33-31 2 34.06 107 35.13 ? 137 36-50 z 3 182 39-94 I 9 Ö 41.90 ^ ' 203 43-93 45-95 47-91
2G2 I96
32.89 —0.070 -8.1 —0.92
59-393 59.298
oc
*
25.06 23.68 J , 22.46 ^ 21'42 20-5
122 104 84 66
" 19-43
32
I
9
9
8 138
2
58.685 58-523 58-375 58.249
g ^
58-^50 % 58.082 58.048
^
58.049 3C 58.084 35 0 69 58.153 J 102 58.255 58-387 s 58-547186 58-733
2IO
58.943
232
59.175 2 S 2 5 9 - f 7 268 59-695 2 8 2 59-977 •P ' 293 60.270 301 60.571 60.874 3 0 3 £ 299 6 i - i 7 3 88 2 61.461 „ A 269 61.730 ' u 242 61.972 0 A 0 208 62.180 62.34717 56.743 + 1.004 +3.2 0.00
1 i8-95
4
18.91
-1
'99 19.18
19 29 38
l8
17 19.85 20.32 ° 20.86 , 21'4 22.12 22.82
54 ^ 60 66
23'53
Z
I 9
3
70
24.22 24.86
, 64
56
25-42
25-86 •i 28 26.14 g 26.2^ 2A 6 . I I 12, 36 2 5 ' 7 5 62 25-I3 86 24-27 Iog 23.18 0 129 21.89 20.44 *45 44
^
I7'25
i62
A x57 14.06 r A 12.61 45 29-5 1 +0.093 -8.2 —0.91
Ort des helleren Sterns.
• O r t d e s h e l l e n S t e r n s ; d i e j ä h r l i c h e P a r a l l a x e (o'sgi)
x7-297
17.361
17.333 17.218
49
2
T 58-853
i58
ist b e r e i t s b e r ü c k s i c h t i g t .
I7-025
64 ^ II5
193
16.768 5 7 16.463 3°5 l 6A . I 2 7 3 3 6 ' 348 I5-779 342 15.437 15.118 319 14.835 2 8 3 A 235 I4.6OO ^ 178 14-422 ^4.308 14.261 O 22 J4' 3 89 x 4-372 ^ J / 155
^
^
197
66.66 68.45 1 7 9 69.98 11 52 30 0 71-18 83 72-01 4 I 72.42
J
72-4I 4I 72.00 7I'I9 II7 7 ° - ° 2 I48 68.54 66.79 1 7 5 64.82 1 9 7 , 212 62.70 £
223
14.527 2 14.744 2 / 15.019 ' ^•348 % 7 15.726 J ' 421
60.47 229 58.18 55-88 2 3 ° , 226 S3- 6 2 2 i 8 5I-44 2 o ; 49-37 I 9 2
16.147 459 16.606 491 17-097 : l 8 17.615 37 1 8 . 1 J5 2 5549
47-45 4572 £ 44.20 ^ 127 4 2 -93 g 9 4 I - 9 4 69
18.701
4I-25 40.90 40.90
19.251
550
54° 5;9 20-3io 8 4 3 20.793 433 21.226 371 21-597 5 294 21.891 19-79I
12.569 +1.931 +5-i -0.05
35
„ 6
41.26 4 I - 9 9 jq8 43-°7 44-48 46.17
I4I
64.74 + 1.652 -8.4 —0.91
S
Scheinbare Sternörter 1955 Obere K u l m i n a t i o n 294) x Geminorum
Tag I955
Jan.
30
Febr. 9 März
1 11 21
April 10
Juni
+ 24° 30'
46-4*5
20 30 10 20
46-69
2 2 £
45.908
30
45.660
9
76
45.584 3Q 45-545 2 45-543 45-579 t , 45.653 45.762 143 45-905 J , ' 46.079 £ 46- 2 8 1 2 2 8
x9 29
Juli
yh 41m
46.599
31
Mai
Dekl.
s 46.672 46.842 1 7 0 16 c. - 117 46.959 6 47.020 6 47.026 — 47 46.979 46.887 9 2 46.757 ; 3 °
i ii 20
9
19 29 Aug. 8 18 28
Sept. 7
46.50 9
17 27 Okt. 7
252
17
46.761 47.035 2274 0 93 47.328 2 309 47-637 3 2 2 47.959 3 3 2
27 Nov. 6 16 26 Dez. 6
48.291 48.626335 48.959 3 3 3 49.28233 4 9 .05 8 6 3207 47
16 26 36
297) £ Volantis
AR.
AR.
s
21.08 20.88 2 ° 20.86 14 21.00 27 21.27 ' 36 21.63 42 22.05 44 22.49 41 2 2 ' 9 ° 36 23.26 2 8 23-54 2 03 7 3 0 23-83 23.84 23-76 23.60 O 23.38 23.10 22.77 22.40 ^ 21.99
j ^ l6
22 2g
37 ' 41
45 21-54 J 21.03 5 6 20-47 6 2 ^•85 I9-I5 77 l8-38
50.300
Mittl. Ort sec 8, tg 8
43.967 + 1.099 + 3.6 —0.01
a, a' b, V 1
I9e
25.84 " 25.21 24.52 23.79
63 69 73
75 2 3-°4 22.28 7 6 21.54 7 4 20.84 7 0 4 20.20 658 19.62 49 19.13 ^ 0 4° i8-73
i8.S
18.27
% I7 6
30
27.35 +0-456 -8.6 —0.90
Dekl.
AR.
Dekl.
— 7 2 0 29' n
7h 42™
+ 28° 7 '
7h 44 m
+ 33° 3 1 ' // 33-21 33-57 „ 34-10 g 34-79 7 9 35-58 7 9
51-3° 55-18 59.02 62.74 66.25
s
36.654 36.827 1 7 3 W f. - 118 384 36-945 6 o 372 37-005 351 37.009 320 49 69-45 36.960 36.863 9 7 72.27 2 8 2 36.727 1 3 6 2 3 9 74.66 A A l65 76.58 1 9 2 36-562 ^ 78.00 1 4 2 3 6 -380 i 8 g ' 89 36.192 I g 78.89 36.009 „ 79-25 o 169 79.07 1 8 35-840 J 7 0 78.37 35.695 77.I6121 167 35.580 75-49 2 I O 35.500 73-39 2 4 7 43 35-457 70.92 4 ; 35-453 3fi 68.15 7 7 35-489 ; 65.15300 388
n 64.89 64.92 3 r 21 65-13 65-5° 2 65-98 * 66.54 67.13 » 67.70 7 68.22 5 68.6442 32 68.96 69-1519 69.20 69.13 7 68.94 1 9 30 68.64 68.2539 67-7847 67-25 5 88 66.67 63
22-48 J
43-98
23.26 76 24.02 71 2 4-73 6s 25.38 >
44.62 ^ Iio 45-9 2 6 192 47-84 2 4 9 50.33 2 9 8 53.31 JJ J 337 56.68 rö i 34 60.32 3 4 64.13
38.268 38.612 3 4 4 38.953 3 4 1 0 33° 39.283 3 t 39-594 2 8 3 39-87 7 2 4 6 40.123u ^ 201 40.324
53-77 53-50 £ 53-42
53-81 -3-I7I —8.7 —O.9O
33.868 + 1.134
71.50 +0.535
+3-7 —0.02
-8-7 —0.90
8
2 °-30
48
AR.
20.98 73 21.71 '
l8
%
19-69
25.94
6I 68
45
26.39 S2 26.71 • 26.89 1 8 23.25 + 3-325 —O.7 + 0.09
296) tc Geminorum
Dekl.
68 65-36 64.65 II 63-89 2 63.09 g 5 62.24 61.34 9 0 94 60.40 98 59-42 58-43 % 57-45 9 5 56-50 ¡ 1 55-63 1 54-86 7 54-23 4 3
, 6
%
16.63 15-66 9 7 ^ 100 14.66 I3-66 1 0 0 12.69 9 7 7 QO " • 7 9 78 11.01 65 '
295) ß Geminorum1
313 62.02 17 5 8 . 8^5 3311 J 55-74 2 9 5 52-79 2 6 ; 50.12 230 47- 8 2 45-99 I 2 g 44-70 44.01 3
18.21 D I?'27 18.45
18-75 3 0 42 19.17
9
9.88 9-58
27.29 Q .27-38 27-33 5 27.14 1 9 26.82 3 2 , 0 44 26.38
10
49.863 5°-I04
7h
//
87*
Greenwich
35.56417; 35-675 3535-999 36.206 e. 36.440 ° ^ 36.699 36.980 0 37.28o 37-597 37.928
-
0/ y
Die jährliche P a r a l l a x e (o' 100) ist bereits berücksichtigt.
6 t 8 207
234 ^ 259 28i
300 J 317 ' 331
340
39-387
Ig6
i 7 39-573 I 2 g
39-701 39-769 39.776
68 7
-
39-727 IOO 39-627 39-486 ; £ 39.3144 39-I23 I9g 38.924 38.729 1 9 5 38-550 ;796 38.39412 38.269
^
36-42 84 37-26 l 38-04 38.72 39-25 39-62 39-8I 39-82 39-64 39-29
38.180 38.13149 38.123 38.157 3 8 . 203 2I77I5\3 0
38.79 38.17
38.345 0 150
34-77
38-896 -
39.140 ^
2 £ I9
* l8
,„ £ 62
74 37-43 82 36-61 0 J 89 35-72 9 5 99
33-78 i o 2 32.76 0 ' 105 3 I
3
f
4
-7
Io8
42.138^
29.56 0 109 28.47 0 109 27.38 ' J 107 26.31 0 I01S 25.28 J 97 24-3J 88 23.43 22.68 7 3 0 60 22.08
42.46833 ^ ^ 301
2I-67
39-4" 39707 4°-023 4°'357
296 3i6 334
9
40.706 J 9 41.064
1
42.769 43-°3* 43.246 36.468 + 1.200 +3.9 —0.02
361
262 2I5
21-47 21.49 2i-73 40.38 +0.663 -8.8 —0.90
20 2
24
88*
Scheinbare Sternörter 1955 Obere K u l m i n a t i o n 300) Grb 1374 Caml
Tag
AR. 7h
1955 1 11 20* 30 Febr. 9
54m
Jan.
März
58-57 0 2 °58 J 5 5 58.96 58.89
7
5 8 - 2 9 4 91
57.80
59
6
5 -55
April 10 20 30 Mai 1 0 20
55-86 5 4
1 53-87 53-33 52.88 52-54 52.33 52.24 52.27 52.43 52.72 53-13 53- 4 54- 2 5
30 Juni 9 J 9 29 Juli 9 19 29 Aug. 8 18 28 Sept.
7 17 27 Okt. 7 17 27 Nov. 6 16 26 Dez. 6
61 54
J 34
Mittl. Ort sec 8, tg 8
+ 74° 1 ' // 79-°° 2,2 81.42 22 46 22 0 84-04 86.76 7 89.46 2 7 0 v ^ 257 92.03 94.36 " 200 9 36 T g 97-94 I I 2 99-O6 6 o 99.66 7 99-73 - 6 99- 2 7 1 98-3 1 x S 96-88;« „ 220 92.84 249
63.14 O t 77
90.35 2 « 2 87-63 84-76 295 81.81 297 78.84 294 75-90 7 3 - 0 7 268 7°-39 2 4 7 67.92 v 221 65.71 63.80 TI 9 6' e. 5 62 24 „8 61.06 77 60.29 32 59-97 60.12 / , 62 60.74 109 61.83J 152
63-91 64.57 65.09
65.28 67-55
9
J
29 4I
% gj 70
54-95 55-74 ; 5 56.59 g 57-50 9 58.45 0 t J 97 59-42 60.40 \ 61.3696
16 26 36
a, a' b, b'
2
58-66
1 11 21 31
303) x Carinae
Dekl.
66 52
193
50.93 +3-637 +7.2
; 88.97 +3-497 —9.6
—O.II
—0.88
AR.
Dekl.
Greenwich
AR.
8h O - 5 2 ° 5i' 7 h 55 m // s s 40.662 48.142 37 7 0 136 " ° 378 48-336 % 40.85 7 375 ^ 8 - 4 7 6 14 40-859 I 4 44.60 361 48.559 2 ' 40.845 86 48.2 1 339 51.60 40.759 I S 3 309 48.584 4 40.606 54-697 272 48.555 ^ 212 JT 57-41 l 4 08 . 4 7 617290 40.394 2 6 o I 4 ° - 3 4 2 q 6 59-71 i 8 48.356 48.2O4 39-838 £ 39 517 9 ° 84 " 334
37-238 37.307 37-432 3 7
37.84 3 38-I24 38.44 8 38.811 39-205 39-62 1
i 28i
63-74 33 64-07 18 63.89 v . 68 63.21 62.06 " 5 160 60.46 2 0 1 0 58-45 2 3 6 5 9 264 53-45 2 g 5 50.60 297 47-63 , ' r WI 44.62 " 41.68 2 9 4 38-90 36-38 -
' 34-22 171 J32.51 0 o 118 363 394 31-33 944 25.52 3 42 2.286 42 355 25.69 26.46 2.641 0 3.000 359 . 27.82 ' 354 v 29.72 ' 3:692 3 3 8 3 2 - 1 2 312 4 - ° ° 4 278 34.93 4.282 233 38-°6 ^
s
4.695
0.073 + 1.303 +2.1 +0.03
l 8 o
145
95 4I
77 , 136 190 240 28i 3I3
336
TJl347 3 T -36 - 0-835 —10.2 — 0.86
Scheinbare Sternörter 1955 Obere K u l m i n a t i o n 307) 27 Lyncis
Tag
8h
1955 Jan.
1 21
Febr.
30 9
März
April
8 . 9y O I
11
8.674 0
31
8
10
10 20 30 9 19 29
Juli
9 19 29
Aug.
8 18 28
Sept.
7 17 27
Okt.
7
, f
4 4 7
154 7 0 . J5 2 ' 170 72.22 „ 25 • ' 178 74-00 „ 178
183
I22
£
T 68
81.99 82.31
S
32
-
81.87 81.14
40
6.766 £ i 113 6 . 6 J5 J3 / , 61 6.592 6 6.586 48 6 . 6 3 4 100
80.10 0 78.79 77.26
i 2
394
^
26
11.428
459
6
1 1 . 8 6 41
436
16
12.265
26
12.618
36
12.912
8h
5m
4.836
5 0
6 l
"56
194 i84
58.02
170
56.48
154
5JU 5-15
133 II0 g2
52-70
£
52.50
-
5
5
53-15 53-99 55-13
294
hl.611 .
"
53-23
353
sec S, tg 8
6 3
77.85 +
1.263
5
l
8 II4
309) y Velorum
3 1 1 ) 20 Puppis
AR.
AR.
8h
— 2 4 ° IO'
Dekl.
8®
-47°
s
;2 5-48 39-87I I c. 5 5 ; 2 -44 40.026 ^ ios
40.182
-
40.179
52
296 287
°
^
220
4 ° - 7 96 ' 3 8 . 6 8 OD 40.031 4 0 . 5 6 155 4 2 . I I 39-898 119 39-73618c 43.30 g2 3 9 . 5 5 6 i 8 g 44.X2 ^ 3 9 - 3 6 7 _Qq ¡ 4 4 - 5 7 39-I78 1 9 44.66 O ' Q I8O 44-39 38.998 l6
38.833 38.690 ; 4 3 38-573 38.487 2
27 6
7
43-77
04
42"83
£
I X
I 7 5 i55 - 3 3 0 8g
,
3 8 . 03 03 192 36.41 e. 2 ° 5
3
4
34-36
21 — 45 107 11.288 ^ , 162 11.126 0 208 10.918 10.675
24
J 268 10.407 „ ^ ' 281 10.126 „ 9.842 284 Zc. 276 9 - 5 6 6 4 9*3 236 97 . 0 7 0 ' 204 8.866 8.570
8
,
8.487 8.450
l
2ii
8.460
32.25
2I2
8-5!9
»
38-679 " 7 38.828 149 0 180 39.008 210 39-218
30 °-I3 28.10 , 26.22 2 4^ - 5 7 2 3-23
203 „„ 188 „ 165 134
8.627
!
39-455 39-717 40.000
22.25 21.70
_ 84
2
f2
2S3
21.62
Soi 4O.3OI " ^ 0 314 40.615 319 40.934 8
2 2 . 0 3J
22Ö
42.339
l8
42.523
41 91
£
33-7° • 1 291 36.61 ^ 0 296 39-57
37.602 + 1.096
^
139 24-33 26.17 0 222 2 39 2 5 4 30-93 2 7 7
- T 308 41.560 0 290 4i-850 263 42.113
98
22.94
4 I
24.12 —
0.449
8.78315 8 . v9 8J 5 2 0 2 245 9
'2I 6
286
6.85
9 ^ 3 8 322 352 10.190
167
5-6« 5.07
0
389
5-°7
62
-954 395 11.349 0 0 389 11.738 371 12.IO9 342 12.451 ™ 301 12.752 ' ^ 252 I 3-004 I93 I3-I97
6 9
1 0 . 5J 6 35
375
10
5' I25 6-94 8.78 184 237 28 X3-99
8.699 1-1.472
8h
u m
- 1 5 ° //
s 1 8 .058 „ 9 - 7 3 368 0 165 18.223 I I 3 4 ' « 367 0 "6 17.08 ' 24t8-339 65 20.62 3?4 333 1 8 . ^4 1 8 352 30 . 9 5 304 i8 26.99 -383 7g 1 270 18.304 , 2 97 . 6 9J 230 18.189 115 3I-99 l8c 5 18.046 143 33-84 00 162 139 17.884 35-23 3t ' ^ 172 17.712 36-I4 42 ' ' 172 36.56 48 I 7 5 4 " °IÖ4 x 36.48 58 7-376 ^ 17.227 35-92 I02 ' ' 128 34.9 17.099 v 0 145 103 16.996 3 3 * 4 5 jg? 16.921 j3 1 . 6 0 219 16.877 11 4 1 ^47 2I 16.865 94 2gg , „„ 20 2 4'25 282 16.885 3 53 2I - 4 3 28 16.938 287 1 8 . 5J 6 282 17-023 J j 5'74 268 17.138 " 5 13.06 17.283 145 * 244 10.62 z 210 7-457 274 8-52 , 17-658
151 175
--
38.429
9
4i-59 40.08
86
3 8 . 4 3I 4 3§-4 4
"•
12'
Dekl.
r/
II i ; ° ° 270 2 3 ' 4 9 34.OI 11.440 11.395 36.48 ^
I 2
38-478 38.562
54-05
401
Mittl. Ort
3
I
59-72
421
16
I
6 U5 . 5 2 , 202
362
470 10.499 1 47° 10.969
104
71.68
"734 1« 6 . 8 8 6 2 05 02 oc. 7.086 2 45 7 - 3 3 1 288 7-619 327 7-946 8.308 8.702
73
r 73 75-53 l8_ 7 03 - 6 6 0 ' 198
6
27
a, a' b, V
130
227 ' 8 0 . 3 1 2S8 8 1 . 3J 1
J : °5 162
10.029
Dez.
75-78 0 170 77.48 / 79.01 "
4
17 6
3
82.27
9- 3 9-568
Nov.
67.67 68.98
" 8 . 1 8 97 276 7.9I3 2 „ 7-ß36 7-372 7-i33 6 . 97 2 8
37'
105
9-029
21
+ 51°
Dekl.
AR.
s
9-004 8-977 8-855
30
Juni
22
1
20 Mai
5m
s 8.462 8.718
11
308) p Puppis
Dekl.
AR.
89*
Greenwich
32I
20.476 20.707 0 20.897
21.84
124
63
23.40
32
23-72
2
3-74
-
23-47
5
22.92 22.11
8j
105
21.06 0 19.80
I2
6
18.36 144 1 6 . 7 7 Vs9 0 169 15.08 ^ 172 1 1
5 10.02 8 CA S -54
^ I28
7.26 '
101
6-25 5-58
4 0
67 7 3
5.28
3
5-39
54
5-93
g8
-
9 176 -°5 0 ^ 208 12.13 r 233 14.46 I 0
i6
-97
26o
9-57 22.17
26o
I
9°
5.24 —
0.280
-10.4
+2.6
—10.4
+ I.9
-rIO.6
+ 2.8
—10.9
—
+ 0.02
—
-!-o.04
—
+0.01
—
0.85
93
22-77
+4.5
0.85
« 208
154
—0.04
0.85
247 23
20.60
2
15.804 + I.O39
,q ^9
i82
231 I
2 2
19.06
18.696289 303 18.999 310 19.309 J 2 311 19.620 3°4 I 9'924 288 2 0 . 2 1 2 264 ^
20.67 3 4 7 ' 362 24.29 1.080
1 5J . 1 6
7 17-885 18.136 25 0 271 18.407 ;
17.20
11.29 —
7-79 10.38 12.85
39'
0.84
90*
Scheinbare Sternörter 1955 Obere Kulmination 310) Br 1147 Caml AR. Dckl.
Tag 1955 Jan.
1 11 21 30
Febr. 9 J
9 1 11 21 31 April 10 20 30 Mai 10 20 März
30 Juni
9
Juli 29 9 19 29 Aug. 8 18 28 Sept. 7 17 27 Okt. 7 17 27 Nov. 6 16 26 Dez. 6 16 26 36 Mittl. Ort sec 8, tg 8 a, a' b, b'
312) ß Cancri AR. Dekl.
Greenwich 3H) 31 Lyncis AR. Dekl.
8h 13m + 75° 53' 8h 14m + 9° 19' s s // 64.20 38 87 25.98 6*933 I2 l8 ' 238 7 117 6475 £ ' 13 2 4'73 I o 6 43.87 2 „ 2S7'254 8 2 3 7 86 5 8 -A " " *- 46.64 277 65.30 7-339 3, 22.8l 279 67 2 2 1 65.29 IQ 49-43 2 7 I 7-372 ' 4 48 65.10 7-356 6 i 21.66 30 21.36 54-65 6473 7-295 J 15 7 0 220 A 64.22 51 \ 56-85 7.196 99 21.21 j Iga ¿0 128 21.20 —9 63.58 7 2: i58.67 136l 7.068 62.86 60.03 ^ 21.29v „ 6.920 v 18 158 77 62.09 „ 60.87 21.47 6.762 , ^ 80 24 61.29 „ 61.18 6.603 1 5 9 21.71 ^ 150 78 30 6-453 1 3/5 22.01 ' 60.51 6.318 114 22.36 38 59-78 73 12 4 88 22.74 59' 56 41 57.22 6.II6 210 45 58.56 58 23.I5 1 2 44 58.11 6.058 0 27 23-59 444 244 32 5552.68 0 57-79 6.031 - 24-04 271 c 19 24-49 y 6.036 5 57-6O * 49-97 C, 291 44 72 57-55 - 47.06 303 g 24-93 6.140 „ 25-34 44-°3 309 57-65 6.238 98 25.69 % 57-88 J 37-86 3 8 127 2 6.365 5 95 l 6 58.25 7 34.8 302 c. 155 26.11 4 § 5 -75 £ 3X-94^ 2290 7I 7 0 1 2o6 26.12 — 15 59.36 y 2 6.907 29.23 25-97 230 60.08 26.76 247 25.62 3 ; 7-137 60.91 83 0 218 2 5 2 25-06 2 7-389 4'5 l 8 s 61.82 9* ic. 272 2 4- 2 9 98 98 22 7.661 62.80 '73 146 '7.951 290 23.31 IO 3 7 21.27 J J 63.83 Q 303 108 ' 105 22.14 20.22 64.91 7 8.254 ,7 109 8 . 5 6 6 3 2 20.79 135 66.00 „ 19-63 l 147 67.08 108 19-53 8.881 3 1115 19.32 3 155 105 z 68.13 9 - I 9 2 298 17.77 9'9 2 89 A 99 69.12 20.81 ^ J 9-490 2 7 7 16.20 90 136 154 22.17 „ 7 2 9-76 7 246 14.66 x47 ° " ° 78 70.80 64 ' 23.97' 180 I O ' O I 3 208 I3.I9 4 26.16 2 1 9 10.221 71-44 11.86 33
+ 43° 19' // 52.06 48.8l7 70 49-064 " 52.82 101 0 J J J 53-83 2649-248 I j 6 121 49-364 47 5 4 £ ° 136 49-411 -- 5 4° I 4 2 49-392 8 l 57-82 141 4 9 - 3 " I 3 4 59-23 433 60.56 49 -I 77 , ^ 119 001 6i 49- 206 -75 J 48.795 2 2 3 62.73 74 48.572 63-47 48.345 0 i 219 63-94 % 48.126 64.12 — £ 200 47.926 64.00 47 754 63.61 " X39 J 65f 62.96 47.6l5 90 47-516 % 62.06 £ c. 1 1 0 6O.96 47-46o ¿O 128 47-447 - 59-68 33 47.480 58.24 44 J ^ 155 47-556 47 -674 i 5 9 56-69 i 6 4 47-833 ^ 55-°5 I7o 53-35 ' 174 2 51.61 0 176 48- 65 2 49.85 ^ J 175 48.533 33co 48.10 48.833 i 329* 46-38 49.162 44-72 49-5i8 % 43 it '46 ^ 49.897 % 41.68 130 2 5°' 9 4 40g II2 50.703 I 2 4°-38 39- 26 89 1 11 s - * U 38.37 63 37 74 51.523 u J J * " 33 392 51.915 365 37-41 ^ 52.280 37-38 1 29 52.607 327 37.67 52.884 2 7 7 38.26 59
56.43 +4.IO4 + 7.5 -O.15
45.684 + I -375 +4.1 —0.04
¡
50.90 + 3.980 -II.I - O.83
4-538 +1.013 +3-3 —O.Ol
32.23 + 0.164 — 0.83
8h 19m
62.84 + 0.943 -11.5 — 0.82
315) e Carinae AR. Dekl. 8h 2 I m 3 8 - 3 " l88 38-499 IOI 38.600 1 4 26 CA 38.614 38.543 1 ; 0 38-393 2 2 I 38-^72 2 8 2 37-890 37.560 3 g 37.194 388 36.806 36.408 398 36.014 394 ¿ 379 35-635 353 35.280 320 34-960 278 34.682 229 34-453 34-279 [ 34-I65 5 4 34-114 34- I 3° 84 34-"4 34-365 2 7 34-582 28 34.862 340 35.202 393 35-595 36.031 £. 471 J36.502 J 492 36.994 5oo 37-494 ... 37-986 38-456 47 ° 432 38.888 J 378 39.266 r 33 39-579 2 3 7 39.816 35.512 -¡-1.962 + 1.2 +0.07
- 5 9 ° 2i' //
47 3
" ° 384 5 " 4 388 55-02 ' 58.84 3 ! 2 62.49 3 5 341 -
77.00 77 77-77 ^ 78.01 77-73 8o 76-93 I 2 8 75.65 3 73.92 2 i 3 71-79 248 69.31 66.56 275 J 294 63.62 60.58 304 57-53 ; 4 54-59 5I 85 " 4 49.41 244 203 47-38 ^ 45-84 54 S-87 l 44-53 44-83 45-8o t 9 7 4 7 - f 22I 49.62 273 52.35 J OJ 3 J 7 55.52 3SI 62.77
374
50.69 - 1.688 —11.6 — 0.82
Scheinbare Sternörter 1955 Obere 318) -9- Chamael. Dek], An.
Tag 1955 Jan.
1 Ii 21 30
Febr. 9 J9
März
1 11 21 31
April 10 20 30 Mai 10 20 30 Juni 9 19 29 Juli
9 29
Aug.
Sept.
Okt. Nov.
Dez.
8 18 28 7 17 27 177 27 6 16 26 6 16 26 36
Mittl. Ort sec 8, tg 8 a, a' b, b'
8h 2I m s 66.75 c 27 67.02 ^ 67.09 — 27 66. 8 11 9 29 66.69 46 66.23 ß 2 65.61 02 64.86 64.01 94 63.07 ° ' 99 62.08 102 £ 6l.06^ 103 60.03 J IOO r
3
96 g9
—77 0 20' // I9"«7
3Bo
f 7 ** l 5 &' 30.62 376 34.38 355 2
37-93 3 2 6 41.19J ^ 290 46-58 9 48.62 204 ^ 154 50.16 J 10} 5 I - I 9 4g 51.68 4 9 51.63 ! 5 I ' ° 6 !os
Kulmination
316) Br 1197 Hydra AR. | Dekl. 8h 23 m s
27.400 27-342 > 27.247 I 2 27-123 4 26.978 145 155 26.823 26.665 158 26.513 ' 26.375 n i 119 26.256 ^ 96 26.160 26.091 19 £ 39 26.052 . J 10 26.042 — 26.063 21 J 5i 26.114 r öl 26.195 , no 26.305 26.444 ^ 26.609 1 5 191 26.800 217 27.017 ' ' 240 27.257 1 27-5j 9 28i 27.800 295
49-98 I S 6 48.42 , 201 4 4 1 238 55.69 57 44-°3 269 4 I -34 293 54.69 % 38.41 54-42 „ 307 54.31 - 35-34 ' 306 54-37 29.16 J a 54.6o 40 26.27 / 55-00 J J ' 262 55 23-65 55-55 J ^ 224 56-25 8 , 21.41 „ 19.63 57.08 122 ö 93 58.01 J IOO i 8 - 4 ! 61 59.01 105 17.80 60.06 io * 28.095 0 306 *61.II 5 17.85 28.401 18.56 7 137 , 102 0 3ID x 9-93 28.711 ^ ' 306 21.91 254 29.017 294 29.311 24-45 ? 0 273 63.94 7 2 ^ 302 29-584 _ 64.66 , 27.47 c. 56 244 65.22 30.86 339 29.828 7 207 6 5 . 6 1 3 9 34-53 30-035 57- 1 8 8 o 56.38 0 2 tg
61.87 +4.563 —1.8 +0.17
23.93 - 4.452 —11.6 — 0.81
24.708 + 1.002 + 3.0 0.00
317) 0 Ursae maj. Dekl. AR.
- 3 ° 45' //
26.974 I g 2 7- I 57 J 2 7- 2 93 gg 2? 27-379 35 2 7-4 I 4 I4
34-73 Ä4 3 ° 40.28 41.75 3
2QI 186
168 147 ^ 123
42.98 99 43-97 ; 6 44.73 ; 45.26 53 £ 3° 45.56 3 0 45.66 45.57 45.30 44-85 44-25
27
' £
7;
43-50 42.63 ' 41.66 9 7 c. I05 40.61 ^ HO 39-51 I i r 38-40 I o 6 37-34 98 36-36 86 35*5° 69 3446 34-35 I 9 34- 1 6, 1034-26 34-69 35-44 I o 8 36-52 n 8 37-90 i 6 5 39-55 i 8 7 4 I , 4 2 20I 43-43 209 45.52 i 211 47.63 T / 0 207 49.70
30-I9 — 0.066 -II.7 — 0.81
91*
Greenwich
8h 2Öm
+ 6o° 51' //
36-76 37-10 „37-35 37-51 37-56 37-52 37-38 37.17 r 36.90 36.57 36.22 35.85 35-49 35.16
H
l6
< ^ 27
/ ^
% 33
S- 86 J
34-6I J T 20 34-41 34-27 : 34-20 o 34-20
6
34-26 34-39 2Q 34-59 -34.84; 35-15 , 7 35-52 35*94 36-40 36.90 37-43
42 46 so
61.48 i6 4 £ 63.12 r 193 65.05 u u 2I2 67.17 22 r 3 69.4O 224 7i-64 2I5 73-79 I g 6 75-75 l 6 g 77-44 „ 6 78.80 ' 96 79-76 „ 80.29 II 80.39 8°-°5 ^ 79-29 I l 6 78. 1 3 I S I 76.62 ^ 0 182 74.80 '^ 207 72.73 22 2 7 70.46 243 68.03 65.50 2 „ f. 58 62.92 „ , v 258 6o.34 57-80 22 5 4 45 55-35 53-°4 2 i 4 5°'9°
320) Grb 1450 Lynx AR. Dekl. 8h 29™ s 62.682 244 62.026 , y 186 63.II2 29, 123 63-235 59 63-294 63.291 6 I 63.230 63.118 " 2 62.965 , q 3 182 62.783 ' ° 199 62.584 62.380 204 62.181 1 9 9 61.998 ^ 160 61.838 J 129 61.709 61.614 95 61-557 % 61-539 22 61.561 J 62 61.623 , ° 101 6i-724 „ 8 61.862 ' 3 8 62.035 1 7 3 , 207 62.242 ' 239 62.481 62.751 2 7 0 * 299 63.050 c. 325 63-375 g 63.723 %
+ 3 8 ° 9' // 6 9 . 2 0
69-60 7° 71.15 72.21
z Io6
117 73-38 I2G 74-58 75-76 9 76.85 1 094 77-79 7 , '
78-54 79.08 79-37 79-42 79.23 78.80 78.16 77-33 76.33 75.18 '0 73-91 72-53 7-7 67-97 66-37 64-75 63-14 61.57 60.06
54
20
, 43
^ 83 IOO T 115
127
I38 t 6
13 Z i62 l6l
191 157 48.99 l 6 ; 151 56 47-34 I 3 4 142 46.00 IOO 64-°9 i 3 8 i J58.64 37-99 58 j 128„ 64-472 8 38.57 58 45.00 6 I 5 7 A 1 1 0 39-15 57 56-26 44-39 20 ;; 4 - 8 5 9 8 55.37 6 3 39-72 ; 44-19 22 65.244 7 373 65.617 40.28 5 54.74 35 44-41 6 s ^ 51 J ' 350 45.06 40.79 io 7 65.967 6 54-39 7 A 54-32 30 4 I - 24 3Q 46.13 ' 6 6 . 2 8 3 24 4I.63 66.555 2 7 2 54-56 47-57 32.51 74.24 59.781 80.22 + 2.054 + I.794 +1.272 + 0.786 + 5.0 —12.0 + 3.9 —12.2 —O.O7 — 0.80 —0.03 — O.79
92*
Scheinbare Sternörter 1955 Obere K u l m i n a t i o n 3 2 1 ) 7) C a n c r i
Tag
AR. 8h
1955
Jan.
3°*
Febr. 9
jJ 2 9
1 11 21 3i
April 10 20 Mai
212
9"366
Juni
30
9
19
Juli
29 9 !9
29 Aug. 8 18 28 Sept. 7 17
27 Okt. 7 17
27 Nov. 6 16 26 Dez. 6 16 26 36
1 1
2 0
Io8
33-49
7
54
8 1
33-50
^
3
34-37
*
161
35-28
4 6
165
35-72
9-391
9.267 9.120 7 8 959
'
8.794
3Q
33-97
9Q
0 3
44
36.12 36.46
4 34
c.
8.364 J
^ 100
8.264 8.193
71
8.153
*
i8 : 1J 4 62
*
-
7
58
8.230 „ 0 89 8.319 0 8-439
8.588 8.765
120
149 177
'
° 205 8.970 9.201 231 "734
298
„
37-02 37-06 37-oi
s
36.70
2 6
3 5 - " 3 4 4 6
3
77 QO
I I 3 I 2
10.032 3 i 6 2 9 " 3 9 133 10.348 „ 28.06 328 26.69 :1 3 7 10.676 39 11.010 334 " • 3 4 2
11.664
332 " 322
303
25.30 2
3'95
11.967 273 i 12.240 ' 20.60
229
5J 8 . 2 0 3
59-905 ' 60.078 7 3 44.13 J 227 ^ 60.305 41.74 ^ ' ^ 60.582 2 7 7 3 9 - 7 3 /325 J38.18 6°'9°7 66 61.273 J37.17 / / 400 61.673 36.75
6 I 2 6
22.69* 113
6
52'4
88 68.07 , 7 61.263 68.44 60.960 3 ° 3 68.31 *3 ^ I 285 63 60.675J ' 259 6 7 . 6 8110 66.58 60.416 154 ^ 225 £ 60.191 „ 65.04 ^ V r 187 c. 195 60.004 ^ 61-575
59-788
I 0 2
4
61.887
J 6
g2
8h
45'
S
I 2
62.914 , 7 201 62.713 62.468 245 62.189 2 7 9
59726
32'79 3°
63-°6O
44
33-69 77
63.142
59-718
9
35.65
I -
63-i54
C
36.44 '°
3 I
59.860
3 6 - 8 9 ;
3 9
27
36.91
3 Ö
- 5 2 ° //
AR.
62.748 , 209 3 7 - 5 8 374 „ 62.957 r 41.32 J 380 , 136 ^ 45.12 63-093 6l
, 2
33-67 9-4
Mittl. Ort 6-494 sec 8 , tg 8 + 1.068 a, a' +3-5 b? b'
34-
6
33-69
9-474
38
m
s
34-74
162
30
10 20
8
35'
h
2ÖO
304
' ° 4 339
60.235 + 1.653 + 1.7 +0.06
* Bei Stern 1227), 327) und 326) lies J a n . 31.
40.89 —12.8 — 0.77
AR.
Dekl.
41m
- 3 3 °
8
I'
//
s
49-361
49.503 L ,49-588
317 7
£ 35-76
3°°
32.76
%
49.617
29.59 2
2fi
38-5
49-591 49-5^5
l
1
2 ; 5 2 4 4
4°-95 2 211 43-O6 174
49-396
49.243 44.80 2 179 49.064 ' 4 62 . 1 4 ^ ^ 195 48.869 47-07 0 HC.0 201 48.668 47-59 0 ¿ 0 200 47-70 48.468 0 191 48.277; 47-40 75
48.102 ^
153
47-949
I 2 7
46-71
I
3 44 9
52
„ ~
+ 18 0 18'
220 IO.423 ^ J 171 I 0
i
'594
I I 9
'7I3
6 6
10-779
I 3
I O
10.792 Ä c. 36 10.756 L 79 10.677 1 1
9.686 y 9-583
„
9.813
I o 6
103
4°-57
2 i 6
9-442
-
3
149
48.005 J 5 48.190 „
48.410
48.662 0
220
283 J
49-253
328
49-581 4 9
2
5'35
I 4 2
I O
3'93
IOO
10.391
22.41 — 22.42 „ 22.98 7
3
2
9
4-°9
" ^ 346 50.268 ^ 25.72 0 50.609 3 4 1 27.82 2 50.936 5
-
f
327 3G
5^728
46.948 + 1.193 +2.4 +0.03
52
7
3°-34
33.20
2 6 7
r
56
HI i 6 3 2 1 0
252 2 8 6
309 J
36.29 3 9 - 5 2 323
2 2 3
--
23-44 O.65O
-I3.O
- O.76
•
'J73
163
191 2 i 8
1 0 . 6 3 4 ^ I 0
'9
0 2
11.191 " • 4 9 9
11.822
12.153 12.484
289
308
1
3-39
I
I3-633
7-783 ¡-1.053 r 3-4 —0.01
1
16
c.
24
J
4 45
66.39 % 65.68 64-83 ^ 63.83 62.697 1 1 4 , 128 61.41 „ T
138
3 3
60.03 0 146
331
5
331
322 I2.8o6 306
13.112
1
^
67-75 67.41 66.96
I ? 8
^
68.22
9-578 106 ¿0 9 - 6 8 4 135
9.819 0 9.982 7
2 6
f:
68.15
67.99
7-J3
22.93
45
32
68.03
9-502
2
2
f
48.945
- Z I 236
33-75 234 31.41224 29.18223
75 „
47-743 47.856 0
36
"
4 5 7
2
J
67-83
68.23
9
,
66-87 67.25
68.17
32
230
43
9.506 47"
A 7
39
,0
J
9-957
^
%
47.668
l 8
67-57
10.113
154
9-459
47-629
64-73 64-91
127
^
3
n 8
I 9 6
3
64.70 --
159
4
53
^'
3 7
64.86
66-45
c.
6
4
38-41
£
65.23
10.272
-5
66
s
0
10.426 '
i o
47-724
i l — 47.626
66.66 65-83
65.21 ' 65.60 4392 66.02
44-24 2 ,
42
Dekl.
m
s
45-65
47-822
h
10.203
23.03 k 329 26.32 327
49.166
2 54.06
326) S Cancri
327) a Pyxidis
Dekl.
AR.
//
8.992
9.528
März
+ 20°
s
1 11 21
1 2 2 7 ) 0 Velorum
De kl.
jo™
Greenwich
279
57
5 7 - f
:
,
4
g 8
4 54.19 130 52.89^ 1 1 5 0 5r-74
50.80
75-55 -¡- 0-33 1 -13-0 — 0.76
' 94
Scheinbare Sternörter 1955 Obere 328) T a g
1955
i
Cancri
Dekl.
8h 43 m
+ 28° 55'
t61.684 ' l f .^ 61.814 1 3 0
3 i Febr.
9
M ä r z
April
'61.887
21
61.655
3 i
6 i
" 5 ° 4
61.336 61.161 60.988 0 60.827 60.686
10
30
10 20
i 6 8
9
1 6 1
141 II7
29 Juli
N o v .
Dez.
6 i
27 1 77 27 6 16 26 6 16 26
216
3
3
"
95
6
7
o
,
2 g
310
62.592 62.938 63.292 ™
64-324
^
64-624
3
8
52.53
3-785
2 7
J51.82
3-758
ß
5
3-69i
I O I
3-590
i 2 6
3-464
I 4 2
3'174 3-028
146 *
2.890 1I 32 8 1 3 2.767 ' ' 103 2.664
—0.02
' «
2
1 3
0
-
50.90
I 4
1
- ° 4
51.28 51.61 52-
24 33
40 46
0 1
52-47
s o
26
54-05
5 6
27.92
ft
2
54-6I
27.28
6 4
31
55-I6
76
5"
2.506 2.508 3
5 9
96
4-7o
i q 6
23-64 0
1 1 6
,
8-9
1
- °
5
4
I 0 8
2
7-05
- —
,
2-532
86
i ö 8 6 0
2.802 3.116 3.313 . ^ ^ 3-537
0.75
11(5
143 ;
7 I
197 224 Z 249 2 i
3.786 J '
271
-T
292
O/
5 5
52
JJ 55-68 5 6 - 3
%
56.49
'
56-73 56.82 J
9
56.73 ' J 30 56.43 : 55-90
55.13 5 4 -
7
102
4-656
4.972 5-291
^
5
l
3
52-86 5
319
312
3
^
"4o
i 6 2
49-78
,
I
I 7
48-04
^
46-23 2
6.170 6.408
0.00
7*
' 238
163
41-05
64.63 + 0.107 - 1 3 - 7
— 0.73
, 75
i 9
4.88 ^ 16 4.72 24 4.48 ^ ^ 29 4-
Carinae
|
Dekl. — 6 o °
337) a
8h
28'
5 6 »
3-939 J
376 43
22.31 26"21
4-342
39°
3°-01
80 362
33.63
3 l 6
36-99
;
42.64
4.163
88
4
"
4
i Ä
65
4
"385
4
'
37
46.55
39
47-76
39 J3 9
48.45
I 7
48.62
--
3.820 3.680 J
48-27
£
3-555
37 35
Ol 32
1.27
27
^
4
7
4
1.00
44-27
0.7822 0 . 6 1 1I 7I 0.50
42.09
0.46
33-88 0
-
0-49
o - 7 u5 ' o-99
1.29 £ 1.65
2.07
' 9
17 24
42 4 7 50
3-04
5
3.56
5
4.08
52 51
4-59
2
"
0 2
' 3 9
20.11
4
5-50
„
5-88
3 8
6.18
30
i-75
301 286 263 228 0
™
^6.93
16.20 II 16.10
4J>
+2.029 + 1.4 -I-0.08
2 9 4
,
I 4 2
4
;49 148
2 8 : 3 6 3 3 1 0 362 3 1 - 9 8 ' .
19-53
— 1.765 -13.8 — 0.73
3 5 l 6
125
f
27
2
5 9
4 ' 4 - J3 ^
88 117
1
4 9
3
2 5
4
180 11
50.91
x
50.92
-
50.80
I 4 r
2
50.55
4 I
S -^
6o
49-54
7 g
0
199
48.75
1 47.76
1
99 w 119
£.
57 t4 6 - 3/
4 - 8 5 4 295 ^ 5 '
„
50.07
u
226 2 7 ' 252
4-579
49-74
50.80
'
3.902 1011 1
39
50-62 J
3-321
3-730
38 40
50-37
3-290
0 3-585
36 3
49.38
81
3-38o
q
°
49-00
3-3I5
3.468
I6
48.21 48.61
140
f
5 7 8 3
291
47.29
47-83
I35
45-22
3 I 2
s 6
242
5 8
46.92 ^ 24 47.16 * ^ 31
»
J
18.26185
19.72 y ' 22.14
3 -
3.288
6
8 o
47.87
4 7
218
7-88
2 5
5 9
179
2 7
48-67
46.78
4.117
3-369
1 6 . 6 6
a
5-07
1 « 35
36.82
2
2
3-968
39-58
2 2
30 J 36
121
1
46.06
-
2
I 2 4
9
46.78
0
9
I / 2
i '
46.94
2
263 2 I
25
4-572
l i
4
76
4-547
0 44.83
^
12°
5°-93
224 1794
4 7 1
,,
2.70 2.31 I.94
+
//
3 4
3-48 3-°9
Dekl.
s
9
J
Cancri
AR.
3-85
z
l 8 o
44-43
42.68
_ 4-97
2-54
1 1
g
4.98
0.58 4
125
63 3
8 8
2.945
+3-2
b'
2
37 „
- 1 3 - 1
b,
50
"
0.942 -hi.006
+3-6
? I
5 3
33.32 -1- O.553
a'
4
50.89
5
4-90
I l 6
3
I -
5 I
3-322
58.662 + 1.143
a,
54-63 53-47
52.97
7
64.886
I 7
53-50
8
6 2
2 6
4-73
"
9-99 63.995
4-47
I 3 6
2,585
22.48 ^ 125 21.23 133 19.90 0 140 18.50 \ u 146 17.04 149 15.55 J ^ 149 14.06 I2.6I 11.24 ' ^ 125
7
I 5 5
55-99
3
2
54m
57-54
28.80 28.43 TJ
2
260
8h
G.
//
20
2-539
330
O r t
s e c 8, t g
" 4 ° 5
61.665 ^ 61.952 62.262
7
36 Mittl.
6
7
60.538 112 60.650 c.. 144 60.794 174 60.968 J 204 61.172 233
17
Okt.
68
29.03
^
7
79
8 18 28
Sept.
12
77
1 0
60.459
9
29 A u g .
60.402 c. 60.414
7 -
7
88 2 3
5-5o
28.34 50 28.76 4 2 25 29.OI 9 29.IO -
173
60.425
77 z
27.78
175
60.481 J u n i
2
l 8
3-40317I 3.57412I
6 6
26.33
3
151
3 -
3-765
4
2
24.67 2
30
3 '
50
23.90
»
6l-778 •
20 Mai
2
11
,
22.74
I]
61.902 61.863
1
+ 6° 6'
53m
108
AR.
//
22.62 22 „„ 22.40 — 5 22.45 29
0
11
21
Dek],
rr
61.260
1
8h
Greenwich 336)
3 3 4 ) K, H y d r a e
AR.
AR.
s Jan.
Kulmination
9 3 *
3 2 2
43-72
i 6 i
4 2 -
l 6 6
1 1
6.108 6.427
325
40-45
l 6 6
304
3
l 6 l
6-731
280
37.18
7 - 0 "
246
319
7-257
1.648 +1.022 +3-3
—0.01
8
-79
35-68
1 5 0
34-34
1 3 4
59.28 +
0.213
- 1 3 - 9
— 0.72
94*
Scheinbare Sternörter 1955 Obere K u l m i n a t i o n 335) 1 Ursae maj. AR. | Dekl.
Tag
1955 Jan.
1 11 21
3i
Febr. 9 März
1 11 21 3i
April 10 20 Mai
Juni
30
10 20
30 r
9
9
29 Juli
Aug. Sept. Okt.
Nov. Dez.
9 29 8 18 28 7 17 27 7 17 27 6 16 26 6 16 26 36
8h 56™ s 11.293
a'
b,
V
n
56.79
304
;8
172
"•379 2,,
11.136 243 10.891 245 234 10.657 * IO
"443 i85 7
149 110
IO-2 2
240
13.762 I4"6l4
4T6
437
382 14.996 J 335 i5-33i
+4-i
—0.05
H
46.700 ^ 46.925 I f i l 47.086 5 47.!8I
31.08 436 Q 7 31.84 0 io3 32.87 '
124
34-IT
139 T 6
1
T
46.300 286 46.586 c. 317 46.903;; 47.249 372 47.^21 48.012 391 48.416 404 48.823 407 ^ 400
26.87 ' 24.91 2^
197
196
191 3-oo l8184 , 7
21.16 I
171
9-45 1 5 5
16.56 ^ IOQ 41 5 l i 5"47 78 40.73 58 4°-I5 19 49-223 3g2 J4- 9 46 49-605 J4-23 39-96 „ ^. 20 49-957 40.16 57 14.36 24 40.73 50.267 134
u
43-533
71.00 + 1.119
+1.345
— 0.72
—0.04
-13-9
+3-9
44-17
8h 58m
+ 0.899 14.0 — 0.71
+ 67°47'
341) x Ursae maj. AR. | Dekl. 9h o m
n
35- ,8
30.65
0
338) p Ursae maj. AR. Dekl.
80
J
10.710 10.988 278 52.20 315 214 11.303 50.06 0 204 " . 6 5 3 382 T 48.02 46.11 12.035 ° 409 173 12.444 44-38 430 12.87J 2 16Z 44 42.88 5
^•s
+4i° 57'
0
7 198
10.470
m
'
9-999 66 9-933 22 9-9" 9-934 ^
10.003 ri IO.IIÖ2 1 536,
57
47.209 47-i73 92 36.97 4 47.081 3 08 f i 46.942 39 39.81 123 4I.O4 • 46.767 ' ' 200 113 ^ I04 46.567 70.95 82 ^ 212 42.08 z 71.77 50 46.355 2I2 43-39 72.27 I5 46-I43 ^ 203 72.42 - 45-940 l8 43.62 72.23 52 45-756 i54 43-56 35 45.598 7I T «4 45.471 ^ 43-f 6l 70.87 113 42.60 69.74 138J 45-379 „ 4T-73 68.36161 45-326 ^ ^ ' 1 0 9 C.C. 66.75 45-312 -6 40.64 ^ 129 39-35 I47 ' 179 37.88 64.96 45.338 66 £ 63.01 195 l 45.404 io5 36.26 1 7 s 206 45.509 3, 34-53 l8 60.95 58.80 215 45-652 J 32"7° I9I 56.61 22 21 91 45-832 2I6 195 46.048 28.84 54-4° ^ 220 c. 252
12.129 176 I2.08iJ 4 IOQ "•974 i 6 2 z 11.812 68.43 5 203 11.609 2 3 0 69.82 139
10.258 10.109
8h s
+ 48° 12'
4 "•597 t l 57-57 58.69 « ".839 1 47 1 ^ 138 12.010 , 60.07 4 r 9° I2.IOÖ ^ 61.66 1 5 9
Mittl. Ort 8.147 sec 8, tg 8 + 1.501 a,
339) Br 1268 Lynx AR. Dekl.
Greenwich
36.28 48 37 36.65 c. 25 536.9O
68.80 70.50
170
36.795 3D7
37- 1 0 2 24s 207 72.57 233 37-347 I76 74.90 ; 537-523 i 7 103 '
j
+ 47° 19' //
55.08 55.780 7° i 0 io 5 56.83 58.16 33
154 77-4^ 258 37-626 ^ 59-70 i6g 79-99 2,2 37-657 ~ 61.38 82.51 252 37-6i9 63.11 1 7 3 100 84.88 237 37.519 36.70 64.81 1 7 0 0 212 87.00 36.38 32 37-366 ; 66.40 1 5 9 39 88.78 178 37.172 22 4 67-8x Z 35-99 4Z 4 137 35-55 ,„ 90.15 92 36.951 f f 8fi 35-°8 4% 9i-07 43 36.716 34.60 9i-5o - 36.478 2 32 9 69-83 47 I 3^49 209 70.38 s2; 34- 3 44' 9 I 1 3 90.87 v 101 36.040 i g 2 70.59 ~ 33-69 89.86 33-30 35-858 7°-47 46 35.710 1 1 0 32.96 24 70'01 78 32.70 86.57 4 35.600 68.17 68 32.5i „ 66.85 11 35 42 8i 35-532 . 32.40 2 -95 2 35.507 2~ 65.31 3 O I73 79-28 63.58 32.38 7 284 35-526 190 32.441/t 7 44 35-589 ' 61.68 202 4 I i 107 32.58 73-5° 2 9 9 35.696 ' 59-66 2 1 1 8 149 32.8123 3545 57-55 2 7°"5i 2 9 8 30 36.035 2 3 I 55.38 2 2 0 33-" 38 7-53 29I 33.49 45 36.266 , 53-I8 2 1 9 21^ 64.62 h 61.83 2V 33-94 5°"99 2I4 62 36^42 307 48.85 34.46 1 l 238 207 56.83 3 5 "° 4 63 37-i84 34374 ' ¡6.78 194 210 35.67 67 54-73 I;6 37-55 84 0 1 44.84 ^ ^ 177 36.34 37-959 4,,,3 43.07 IS5 r -52 51.60 38.382 4 37-05 ^ 130 437 40.22 37-77 72 50-66 ^ 38.819 44° 99 38.49: 50.19 - 39-259 4* 39-23 fiA 50.21 39-20 39-693 x; 38-59 % 52 38.32 I2 39-87 a, 050.73 / u IOI 3381 40-47 „ 5r-74 6 40.488337 38-44 49.. 40.825 41.00 53-20 38.93
37-03 i 12 36.92 22 T
7
'
0 3
J
J
u
u
J
30.94 +2.647 +5-4 —0.11
84.92 + 2.451 —14.1 — 0.71
33.719 +1.476 +4.1 —0.05
69.51 +1.085 —14.2 — 0.71
Scheinbare Sternörter 1955 Obere
gh
1955 1 11 21 3i Febr. 9 März
1 11 21 31
Dekl.
AR.
im
47-5 6 2 0 9 47.85 0 20 48-05 I 0 8 I 1 64 - 5 48.14 „ 48.03 47.82
2I
30 9 19 29 9
29 47-53 « 47-18 3* 46-77 46 46-31 48 45-83 449 45-34 Z. 44-85 J 44-37 4 5 43-92 43-5i 43.14 7 42.83 3 42.58 %
!9 29 Aug. 8 18 28
42.41 42.32 j 4 2 - 3 1 -g 42.39 42.56 J 6
Sept.
42.82 43.16 2 43-58 44-07 55 44.62 5 5
April 10 20 30 Mai 1 0 20 Juni
Juli
7 17 27 Okt. 7 17 27 Nov. 6 16 26 Dez. 6 16 26 36 Mittl. Ort sec 8, tg 8
a, a' b, V
^
45-21 45-82 46.44 47.05 47.62 TV
59
62 6I 57 52
48.14 .. 48.59 £ 48.95 3 44-54 +2.480 +0.9 +0.11
AR.
- 6 6 ° 12' 52.I3 374 55.87' S90 59-77 2 395 63.72 3 c i 39° 67.62 374
7I
- 3 6 351 74.87351 0 320 78.07 „ 282 80.89 8 J3 . 2 8 2 3 9 193 85.21 86.63142 0 91 87-54 3 7 87-91 ~6 8 7-75 ^ 87.06 85.86 166 ™
0
84.20 82.12 2 0 8 244 79.68 273 76-95 293 74-02 3 G 0 97 l ' 306 67.91 64.96 2 9 5 275 62.21 243 5 9 7' 8, 202 5776 I I 1 5 56.25 93
55.32 30 55-02 55-39 5 « 42 58.10 60
37
Io;
^
-37
66.40 69.97
Greenwich
345) X Velorum
343) a Volantis
Tag
Jan.
Kulmination
2 323 357
57.96 - 2.269 "I4-3 - 0.70
6
gh
| m
347) 9- Hydrae
Dekl.
AR.
- 4 3 ° 14'
gh
i2
m
85-81 q 8 22.351 230 86.79£ 22.121 8 7.31562 235 21.886 230 87-37 J 21.656 219 21.437 86.97 4 ° 201 21.236 J 08 86.14 0 7 21.058 T 84.89 1 2 5 0 5° I6 20.908 „ 83.26 1 y 118 20.790 g 2 8 1 . 3 0 1 9 6 c . 224 20.708 79-o6 2
3-863 I 4 0 3-723 *
'
45
/
35«
22-534 g 22.912 ^ 2 3" 2 99 3 8 6 23.685 24.058 3 7 3 347
24405 24
" 7 f 265 24.981 20.316 +1-373 +2.2 +0.05
44
7 6 - 6 2 258 7 4 - ° 4 263 liil258 66.38245 J 222 148
60.79 59-80 J 59-36 59-50 60.24 7 4 132 6, 1 . 5J 6 189 6345 6 5-84 2 68.66 7 1 . 8 1 33 41 5° 75-21 60.04 -- 0.941 -14.6 - 0.69
4-244 4' x 93 4
"107
3-994
181
69.86 ^ 68.23 1 4 33 66.80 £ I20 3 65.60 97
~ 10
64-63 63.89 7 4 c. 52 63-37 s 63-06 ¡ 1 62.93 62,95 l 6 6 3 - " 28 63-39 3g 63.78 3 9
86
113 I3I
3-581 Z 3-445 4 3 * 3 2 1 108 3-2I3 8; 3.126 6 5 3.061 39 3-022 ^ 3-009 f 3 3.022 3 - ° 6 3 fig
c.
65
66-74 68 67-42 66 68.08 r 68.69 6 1 ^
96
52
4.672
66.51
302 4-974 „ , 5.288 3 1 4 5.608 3 2 0 317 0 5-925 ^ 304
41
^ l6
..
4
68 95 I 2 2
*4 7
04
J' *
^•36 i83 6 1 . 5 3 194 59-59 I 9 8 57-6I 55.65 i 8 7 5378
6 ' 2 2 9 28! 6.510 6.760250
+3-1 0.00
6, 1
65-4I
3-503 l 8 o 3-683 2 o 8 3- 9 1 236 4-I27 26i 4-388 J 8 4
1.426
S5
£.
3- 7 I24 3J . J3 J5 1 152
+ I.OOI
47
64.25 t D 64.80
69.21 69.62 69.87 69-93 69-77 69-36 68.68 67.73 / / 0
22
AR.
+ 2 ° 29'
3-574 230 3* 4 ^ 3-991 I38 I2 84- 9 87 4.216 ^ T 4.254
348) ß Carinae
Dekl.
22.552 57-33 , „ 22.786 2 3 4 60.84 22.961 64.42 3 5 8 7 112 355 23.073 4 9 67.97 343 2 3 . 1 2 2 — 71.40 ° 12 ' ^ 324 2 3 - 1 1 0 69 74.64 2 3-°4I II9 7 7 . 6 I T 264 22.922 161 80.25 2 7 22.761 8 2 . 5 2 : ^ 194 186 22.567 2 I 6 8t4 .J3 8 143
20.663 20.659 20.697 g 2 20.779 2 127 20.906 * 171 21.077 ' ' 215 21.292 257 21 -549 29; 21.846 9 7 r 33° 22.176 „
95*
78.53 0.044 -14.9 - 0.67
4-
Dekl.
9h 1 2 46.20 46.56 46.80 e.
8 46-93
m
- 6 9 ° 31' ,
3
24 3
46.93 „ 46.82 46.61 2 1 46.30 £ 45-91 J 45-45 4 2 44-93 44-38 43.81 5 7 57
43-24 56 42.68 5 ^
42.14 c
54 51
41.63 ' 4 1 . 1 8 4395 40.79 ,2 40.47 2 4 40.23 40.08 5S 40.03 40.08 ; ^ 16 40.24 25 4°'49 36 40.85 5 41-30: 41-84 * 4 2 - 4 5 66 4 3
«
J
7°
43-8i 7o 44-51 45-21 ' 45-86 g 46.46 46.98 47.41 o
42.99 +2.860 +0.7 +0.13
47-05 367 50-72 8 7 54-59 ' 5 8 - 5 4 3 9 24 62.48 ^ 382 66.30 6. 1 3
6 9
7
"91
3*24 76.22 78.79 ' 'v 80.91 0 82.54 83-65 84.22 84.26 ^ 83.76 0 82.75 0 81.25
33
298 257
212 , 163 57 4
50 101
150 195
79-3° * 76-96 2 7 4 - 3 1 289 68:38 3 0 4 £ 308 65.30 J 301 9 285 59-44 2 55 6 56.88 ^ 217 54-71 i 6 8 J J
J
51-90
113 50
51'40 51.56
83
l6
5 2 ' 3 9 I48
53-87 209 55.96 2 6 5 58.61 ?
311
6 1 . 7 2 '3 4g8 65.20 53-69 -- 2.679 -14.9 - O.67
Scheinbare Sternörter 1955
96*
Obere K u l m i n a t i o n
Greenwich
352) a Lyncis
350) 83 Cancri AR.
Dekl.
9h l6 m
- i 7 ° 53'
AR.
gh 20"
+ 34° 34'
9h 18
s 30.566 30.814 31.017 31.170
248 39-42 100 203
153
100 31.270 48
38.42
75 37.67 49 37.18 25 36.93 2 36.91
17 . 3 37.08 49 33 31.266 37-41 86 44 31.180 37-85 "5 5i 3!-oö5 136 38.36 54
38.90 54 147 30.782 39-44 50 150 30.632 39-94 45 30.488 1 4 4 4°-39 132 40.78 39 30.356 3i "5 30.92Q
30.241
41.09
22
30.147 94 4 r - 3 I 69 30.078 4 I -45 30.035 43 41.50 15 30.020 x 13 4 -45 r 30.033 42 4 -3o 30.075 7° 41.04 3 0 - I 45 100 40.66 30.245 ;28 40.16 39-51 30.373 30.530 30.716 3 ° 93 1 3i.i75 3M45 31-739 32.054
157
186 215 244 270 294
315
328 32.717 335 333 32.382
33-050 321 33-371 300 33-671 26g 33-940 28.291
38.71 37-75 36.63 35-35 33-93 32.38 30.74
14 J 5
15 26
38 5° 65 80 96 112 128 142 155
164 168 29.06 168 27.38 161 25-77 150 24.27 22.93 21.80
49-79
+ I-05I +3-4
-15-2
—0.02
- 0.65
134 "3
0.323
21.686 21.968 22.198 22.372 22.486
22-539 22-534 22.476
282 230 174
114 53
48.70 48.60
22 48.82 53 49-35 79 50.14 98
5 52.25 " 3 58 120 i ° 3 53-45 121 54.66 114
119 21.HO 90 21.020 60 20.960 26
20.981
2 I . l 6 5^ 142
"3°7
59-°4 25 58.79 46 58.33 67
57.66
¿7
56.79 104 40 55-75 1 2 0 54-55 135 75
2X.O56 109 2I
i;6
5 3 - 2 0 148 51-72 159 50.13 169
209 48.44 177 21.692 241 46.67 183 21-933 44.84 187 274 22.207 42.97 186 304 21.483
22.5x1
22.841
AR.
- 5 4 ° 48'
9 h 25"
33°
41.11
39.28
352 3- I 93 369 37-53 23.562 377 35-92 23-939 375 34-49 24-3I4 362 33-29 32.36 24.676 339 31-75 25-015 304 2 3I-46 5-3 I 9 2
183
175 161
143 120
93 61
29
282 45.809 2 1 1 .62.62 66.39 46.020
136
46.156 60 46.216
70.21
46.201
77.60
o
46.116 45-970
45-770 45-527 45-251 44-954 44.646
44-337 44-035 43-749
43.486
43-254 43-058 42.903
43.601
146 200 243
80.99 8o
24-583 235 362 24.818 193 377 25.011 382 145 25-156 95 2 25-25I 46 25.297 339
31°
4-09 s2 7 4
86.83
297 308 309 302 286 263
^•OS 142 92-47 g 2 93-39 4 2 .93.81 4 93-72 5 9 I
93- 3J ^
196
92.07 90.56
155
88.65
232
108
10S
^
451
67.69
231
Z
66.14
74
43.126 + 1.736
+3-7
-15-3
+ 1.9
- 0.65
+0.07
24.660 24.521
141 139
24.391 13° 24.276 24.178
"5
98
78
54 3° 24.016 5 24.046
24-033 50 24.083 78
' * 5 346 77-6I
64.07
- i-4i9 -15-4 0.64
24.267 24.404
70.00
219 68.33 270 47-oi5 377 7 I - ° 3 47-392 320 / j ,I2 47.712
62.42
24.801
24.161
260
46.595 420
- 0.689
127
24.011 274
343
45-678 466 46.144
44
24-939 138
24.100
86.39 254
174 '
290
25.296
25-252 79 25-173 107 25.066
276
43-944 389 64-34 44-333 426 63-45 28 44-759 453 63-17 .7 45-212 63-52 * 466
19.132
Bei Stern 352), 353) und 354) lies Febr. 10.
85
43-078 233 43-3"
+ I-2I5 -0.03
15
42.795 57 42.738 _3 8l.II 42.735 55 42.790 1 1 4 42.904
S
59- 00 r
45-527
51.12
21.229
2O.94I
Dekl.
s
22-373 138 22.235 i 6 3 55-So 103 22.072 56.83 57-70 87 21.713 58.37 67 i *77 21.536 58.82 45 163 23 21-373 144 59-05
20.934
354) a Hydrae
353) * Velorum
Dekl.
AR.
106
137 167
24-571 197
24.768
226 254 25.248 279 24.994
25-527
25.827 26.140 26.461 26.780 27.087
300
313 321 319 307 287
27-374 255 27.629 22.536 + I.OII
45-63 — 0.149
+2.9
— x 5-7
+
0.01
— 0.62
Scheinbare Sternörter 1955 Obere 356)
Tag
s
gh
2 7
3 5 5 ) 23 U r s a e
Antliae Dekl.
AR.
1955
Kulmination
m
AR.
35 ° 45'
Jan.
1 11 21 3i Febr. 10 19 März 1 11 21 3i April 10 20 30 Mai 10 20
0
^ 197 142
25-804 : 84 i 2 2 5 .888 "25.916 26 25.890 73 25.817 J ' 114 2 5-7°3 6 25.557
I70
25.387 l8s 25.202 u 192 25.010 24.636
24465 2 24.313 I 3 I 24.182 3 ^ 105 24.077 7 6
19 29 Aug. 8 18 28
23.956 „ 23-945 " 23.969 6 2 24.031 ^ u 100
Juli
Sept.
7
17 27 Okt. 7 17 27 Nov. 6 16 26 Dez. 6
24.OOI ^
Mittl. Ort sec 8, tg 8 a ,
a'
b,
b'
45
-
0 5
I U I 3 33 342 21.99 S2I 25.20 J 302 28.22 30.99
277
2
247
33-46 35.60 37-37
" I37
38.74 39-71 40-27
97
26.244 26.608 26.966 27.307 27.619 27.89 3 23- I 33 + 1.232 +2.5 +0.04
f
7
12
'
5-43 5-4° I 2 5.28 2 21 5-°7 J ' 28„ 4-79 4
4
6
37
29.01
1.67 1.67
-
4°" I 4 66 3 2"4 8 104 38-44
1-74 1.87
26.68
22.20
0
24'72
30.85
2 "°7
2-33 2.66
7 3
20 26 33
39
3-°5 3-49 3.98 J v
49 55
4-53
58
44
1
1 2 6
3I2 274
5.36
138 37- 0 6 i 6 9 35*37 jg. 33-43 2 1 4
I4
341
358
9
4-09 5 3-7 1 39 3-32 37 2-95 34 2.61 29 2.32 25 2.07 1.88 1 9 14 x -74 7
7
18.07 19.84 1 7 7 22.08 22 62 44
364
46
4"51
295 318
13-77 — 0.720 -15.8 — 0.62
5-7 1 6-33
62 62
95 60 7-55 8.10 55 8.60 5 0 0.15 +2.223 +4.7 —0.10
maj.
gh
7 8 -°3 I 2 4 79- 2 7 J 8 o ' 9 3 200 82.93 , „ 226 85.19 J 7 242 87.61 247 90.08 J 241 92.49 ' ^ 224
29™
94-73 9 6 -72 9 8 -37 99.62
I99
» I25 g2
IOO.44
35
IOO.79
^
100.68
57
IOO.II
102 99.09 I 4 , 97.66143 9 5.87179 , J ' 212 93-75 ^ 9J-36
262
88-74
7
85.96 2 7 8 % 290 83.06 0
80.10
296 r
296 77- J 4 291 74- 2 3 2 8 2 68.76 66.33 JJ
3 243
215
64.18c. c. 62.36 60.93143
182
99
59-94 59-42 59-40 59-89 60.86 96.31 + i -985 -15.8 — 0.62
52
2 " 4 97
54.591 54-95° 55.247 55-473 I3 55-62 2 55.692 55-686 55.608 ^ 55-469 55-279
9h
226 4
0-
6 6 78
!39 I9G
^
53-207 53-220 ^ 53-28o 53-387 [ Z 53.540 200 53.740 53.985 2 4 9 54- 2 74 3 3 3 54.607 2 54-979 4 ; 8 55-387 .,0 55-825 1 56.285 4 6 0 c. 472 56.7571 57.229 4 5 8 57- 6 8 7 43O 58.117 \ L 58.506 3 8 9
"
4 3
7
l
44-48 45-57
30m
+ 70°
173 58^23 J J149 59-72 I l 8 60.90 6i-73
J 62.19 * 62.26 6I-95
68 61.27 I03 i 60.24 . . 136 58.88 J 16; 57-23 J/ J 190 55*33 211 5 J3 J-22
228„
50.94 2 i 2 48.52242 c.
46.OO
252
^ 256 43-44 2 S 7 40.87 2 7 3®'33 246 35.87/ 2 3 2 33-55
2I4
M^1 190
29-5I
l6o
26.655 87 . 25*78 4 4' 25-34 1 25-33 25-77 60.97 + 1.275 -15.9 — 0.61
28.22
149 29.71 31.64 227
c8
38.11 4 7 38.46 3J2 38.6822 '3
i'
ff
37-° 6
69
48.70 ^ ' 190 50.60 199 52.59 ° 200 54-59 I 9 I
3 J
Dekl.
s
ff
3W
maj.
AR.
+ 51° 52'
1 55-05 J 252 54-799 263 54-536 2 f a 54-274 2 4 9 54-025 4 53798 53-6oi ^ 53-439 I 2 I 53-318 53-240 3 3
51.522 +1.620 +4.1 —0.07
357) 24 Ursae
Dekl.
s
ff
4-°5
328
„ 198 20.22 ^ 24-27I l8o 0 169 i8-53 24.451 ^7 220 132 24.671 3 7 i6-33 24.928 ^ 7 292 25.220 J 321 15-95 1 5 1 25-54 , , . 16.10 25.885 3 4 4 16.81 7 ' 140
y
16 26 36
2
40.41 I7I
30 9 19 29 9
Juni
;
Ursae
AR.
+ 63° 14'
s
25.2l6 25465 25.662
358)
Dekl.
28 m
9h
s
maj.
97*
Greenwich
3 3
3
„
38.77 38.72 3"-54 38.26 37-88
. j
0
4144-42 46.83 0 48.95 * 5°- 6 9 5 j -99 52.81
28 28 38
69
4
I30
82 3I
2^ 7G
4 2 ' 4 ° 287 39-53 3G4 36-49 , 33-34 2 ; 3 ° - 1 4 318 26.96 0 3'Q5
311 296
i 3-43
i8o
2
20.89 18.12277 £ 251 ' S - 6 1 218
36-93 37-67 7 4 38-44 7 39-22 40.00 ' ^ 76 40.76 c. 7° 41.467 42.09 32.26 +2.928 I-5-3 —0.15
4
212 174
52-22 „8 s 1 - ^ i62 49-42 2 o i 47-41 45-°5 2 6 5
34- J 6 4 1 34-57 * 49 35-o6 ^ 56 3
270 26!
52.92
33-78 2 9 33-57 1 2 33-45 4 33-4 1 33-46 1 15 33-6I 3 33.84 l
62
25.
53-12
29
35-62
9 1
44 267
39-11
3742 i 5° 36.92 3 36.39 " 35-86 3 35-35 4 8 34.87 4 3 34-44 4 7 34'°7
"
11.63 2 IO-26
137 f9
9-37 q.oo ^
9.17 0
9-87 11.08 47.21 + 2.752 -15-9 — 0.61 G
37
17 7°
4
2
98*
Scheinbare Sternörter 1955 Obere Kulmination
gh 31m
Jan.
1 11 21 3i F e b r . 10 1 11 21 3
1
A p r i l 10 20 Mai
Juni
Juli
30 10 20 30 9 19 29 9
!9 29 Aug. 8 18 28 Sept.
Okt.
7 17 27
Dez.
Mittl. s e c 8, a, b,
2QQ 249 3 I - 4 ° 5 jg2 31-597 „ . 31.728 3 13 7o J
u
3I-798 31.808 3I-762 31.669 3I-538
IO
-I ^ 159
31-379
2
.
5
IOO
50.84
%
154
5r-I3
4
30.512 I I 0 3 J3 0 . 3 8 1 i o ° 0 3 30.278 30.205 2 30.I63 30.154
J5
- I 7'
22 ,7
50-95 50.48 0 4978 48.86
g 25
3°-'79 6o 30.239 3-j0 . 3JO^I 3 3 x29 3°-462 i64 30.626 30.825-
33-827«, 34.181354 321 34-502 28.333 +1.246 +3.7 —0.04
I
47
7° '
92
47-73 4 43 44-96 43-34 4
1
42
z
3-595 2 „ 1 03 - 8 5 0 5 5 -i 210 1 4 . 0 6 0 159 1 4-2I9 Io6 I4-325 „ 16 53 I4-378 2 I4-380 14-337 g, J 4'254 II4 14.140 ^ ^ 137 14-003
" 5 f xS7 13.369 I 4 /
13.222
131 13-091 „ 3 12.978 12.886 9 2 1 2 . 8 1 9v 6 7 41
22.46 21.82 21-53 54-24 + 0.743 -16.0 — 0.60
64
29
117
69-45 7°'27 70.73 70.83 7°-5«
82 46 4 IO
-
70.00 c. 9° 69.IO , 120 67-9° f
-45 4-79
l83
62.06
I2
-
193
86
194 5 7 - 1 2 183
200
187 27-95 ' 172 2 6 . 2 30 152 2 4"7* I 2 7 2 3 44 g8
152
12
3 99 13.394
B
66.76 68.28
61.03 59.06
13.042
2 97 . 8 2
62.74 245 * 217
,T
193 202 201 197
45-64 48.6733 3°5 5 1 ' 7 2 00 5 4 f 2 88 57-6° 269 60.29
12.784
185
39-75 37.82 o 35-82 „ 33-8O I 3° - 7 9
£
I 3
-ß35 1 2 . 9J 2 1
4
- 2 7 ° 33'
I
!2-778 12.766
>
m
AR.
s
'3-688
7
16 26 36 Ort tg 8 a' b'
g
4 1 . 0 3J ^ 109 42.12 125 4-TJ 3 - 3Ol7 44.70 T I 35 4 ^ I2g 47-34 I l 6 48-50 49-50
27 6 16 26 6
7
39-38 39-30 39-57 40.16
50.29 30.837 30.666
9h
367) e Leonis
Dekl.
AR.
+ 36° 35' //
s 3O.857 J
3'-°58 2 J3 1 . 3 2 6 , 300 31.626 J 329 31.955 354 32.309 ; 4 32.683 74 33.067 8 33.452 375
!7 Nov.
Dekl.
AR.
1955
März
366) -9- A n t l i a e
360) 10 Leonis m i n .
Tag
1
-I
121 I95
55- 9
5 I
14 50-61
1 J3 . 8 8 7 2 3 ' 294 14.181 14.5OO \
197
2
u5 ^ 2 8
23C
i64
137
104 63 J
50.43
3-
5°-73
8o
1 4 - 8 3 6 3" 15.181 345 343 1 J5 .J5 2 4 ^ ^332
54-56 J5 6 . 7 2 ' 249
'5-856 3I0 16.166 3 * 277 16.443
59-21 i 276 61.97 n 294 64.91
11.612 +1.128 +2.7 +0.03
Greenwich
45-72 — 0.522 -16.5 0.57
|
368) u U r s a e m a j .
Dekl.
AR.
0
gh 4 7 m
+ 2 3 58' 9h 43m s 20.234 279 4 3 - 7 0 8 i 20.513 42.89 20 l 42.38 -748 20.934 42.17 2 y 21.066 * 42.24 16 77 33 2 1 . 1 4 3 25 4 2 ' 5 7 S4 21.168 24 4 3 . 1 1 ™ 7 21-I 4 4 6 7 4 3 - £8 I 80 2 1 . 0 7' 7 100 4 4 - 6 I g 20.977
45-46
20.139 20.028
IIt
19-939 19.874
65
„ 89 6: £ l6
8o
47-8i 48.41 48.88 ^ 49.20
£ 47
32 17 2
30 45
48-49 47.89
V
^
6o 75
4
4 3 45-17
135
2 30 - J3 J5 J3 297 23.650
46-30 47-io
49-37 49-39 49'24 48.94
20.196 7 166 20.362 „ 20.560 230 20.790 26l 21.051 J 290 21.341 ' 5 2 1 . 6 5 6 3334 21.990 " z c. 346 22.336 4 • 22.685 349 J 342 23.027 6
18.012 + I.O94 +3.4 —0.02
+ 59° 14'
s
//
51-7I4 439 5J 2 . 1 5 3 ^ 370 2 5 -f32;9 52.812 200 53.012 io 7 I7 53-"9 l6 53-135 53-O64 5 2 " 9 ' 5 213 52.702 2ß5
46.24 4 7 - " 1,2 48.43 ^ 170 J J 5 2 . 1 4 201 223 54-37 2 r 56.72 233 59.07 ' 22s 6l.32 ^ Ä
O 206
6 3J . J3 8
J26
20.851 143 20.708 0 15° 20.558 149 20.409 * 20.267 „ ' 128
^9-835 I9-823 I9-839 '9-883 '9-957 20.061
4
Dekl.
43-95 42-59 4'-°9 39-46 37-72
91 Io6 I22 I3Ö r
0
i63
l igi
35-91 t 34-°7 i 8 4 32.23 30.46177 28.82164 147 2 7' - u3 u5 125 26.10 97 25-13
56.57 + O.445 -16.6 — O.56
52
-437 52.136 51.814
6
179
5-'7
,,, 144
3°°
66.61 67.66 68.28 6 8 . 4^ 6
' 270 50.597 2 2 50.365 l 8 8 5 ° - ' 7 7 I38 50.039 8 6
6 3 . 0j 3
51487 51.167 J5 0 . 8 6 7
49-953 49-922 49-946 50.028 50.168 5a6i8 5°"927 51-291 5'-7°5 52^665 53.195 53-744 5 4 . 2 9V 8
3GI 322 327 320
3I
g2 140
197
27 68.19 67.48:7; 66.37 214
°
60.89 5 8 - 4 9 12 5 5 - 8 9 276 5 3 . 1 3 287 50.26 293
*
47-33 44-41 288 4 ' ' 5 3 278 38-75 2 6 o
4 4 6;
5 6 - ^ 238
253
309 364
500
53° 49 4 554
543
54-84I r £. 5 5 5 5 - 3 5 6 471 55-827 48.385 +I.956 +4.3 -0.09
7 ¡1
33-77 31.68
20Q 209
27-29 2 7-38 27.96
SJ
175 2 9 " 9 3 134 2 59 4 27-70 4 I
65.59 + I.681 -16.8 O.55
"
Scheinbare Sternörter 1955 Obere 370)
Tag
6
Sextantis
AR.
372)
Dekl.
48 m
9h
1 9 5 5
Kulmination
— 4
1'
0
9
5 9 - 9 1
v
62.08
Febr. 10
18
19* März 1
72 6 0 . 7 3 3
i 8 7
6 5 - 9 9
l 6 6
6 7 - 6 5
I 4 I
69.06
2 5
60.758 — ,
Mai
30
5 9 - 8 6 3
Juni Juli
9 29 9 1 9 29
Aug.
8 18 28
Sept. 7 T
7
27 Okt. 7 1 7
27 6 16 26 Dez. 6 16 26 * 3 6 Nov.
I O I
7
:
5 9 . 5 7 2
i
o
2 9 . 5 9
2®'97
,„
5 9 . 5 8 7
°
5 9 - 6 4 4
¡
5 9 - 7 3 0
I I Ç
5 9 -
I 4 Ô
60.882 , 61.173 61.482 61.803 62.126
Mittl. Ort 5 7 - 9 3 4 sec S, tg S . + 1 . 0 0 2 a , a' +3.0 0.00 b, b' * Bei
-
.
6 5 . 7 0
A 72.6I
323
'
7 4 7 8 299
77.00 ' ' 79.20
272
4
104
2 7 - 5 4
,
4 6 - 9 4
205 217 222 220
0.070
—16.9 — 0.54
S t e r n 378) l i e s F e b r . 20.
-8
46.46
6
49
44.00 42.10 39.80
I 4 7
190
230 263
J V
3 7 -
7
I
t
291 312
J
^ 2 8
2
4
-
5
1
21.13 17.79 '
I
7
4T - 5 7
"•S
=
2
6.241 89
2.46
3
1
4
g o
' 7 4
8 9
^
322 30s
28o
211
117
" f t 0 . 6 5 ° - 5 7 A
I.06
24-23 +
5-4
49 loi
2 . I I
34-23
—0.19
4 l
4 Ï - 3 3 +
3 - 2 9 0
- 1 7 - 1
— 0.52
269
375
5 2 - 8 5 4
j77
5 2 . 9 9 0
g
2 0
3
2 9 8
5 3 - 1 0 5
2 2 I
5 2 . 9 7 9
38.71 ' 40.02
177 131
J
4
-
1
V i
f 7 -
266
* 6
1 7 4 0 9
17.008 ,
,
16.764 16.713 16.717 16.778 ' '
-
8
9 9
17.081 1
7 - 3
2
3 7 . 6 3
9 - 7 5 3
20.221
8o
2 5 - 3 9
2 7 8
2 2 *
2
1 7/ - 5 1
243 ,
355
I
5 - 3 9
x
3-
I 2
66
4 4 2 I 2
9
I 2 0
' 4 9
64
1 1 - 8 5
4
-
3
473 ^ i
„
%
21.450 16.763 +1.716
,
11.82
437
20.669
i-0.08
2
400
18.381 18.818 19.280
4-2.1
9
i 8 2
4
7
2 ^ 8 4
g
'53
3 -
6
26.13 26.64
^
2 7 . 1 3
2 7 . 9 8
28.31 28.56 28.70 0 28.70
2
1 5 . 4 9
237
^ 20.70
284 323
10.12 1.394
— 1 7 . 1
— 0.52
5 1 . 9 6 9
;
5 2 . 0 2 3
^
5
2
-
i o
4
i i o
5
2
-
2 i
4
I 4 I
5 2 . 3 5 5
/ -
5
- 9
2
7 3
6
203
2 ß
2 5 - 9 3 2 4 . 7
;
5 3 . 2 2 9
2 8 9
5 3 - 5 1 8
9
5 5 44 .4t1 85 12 ^
2
3 -
1
f !7 2
21.64 19.85 v
3
I
J
J J
16.00
3 2 4 3 2 9
324
^•o6 1 2 . 1 9
2 8 5
5 5 - 4 0 0
IO.46
50.181 +1.010
39.30 + 0.145
+ 3 - 2 —0.01
51 49 ! " 4 5
4
: 3.1
25 14 0
- 1 7 - 3
— 0.51 G*
54 76 99 I 2 2
..
1r 4 4 ,
179 190
7 - 9 5 '
5 4 - 8 0 5 5 5 . 1 1 5
2
28.22
27.68 A 26.92
*
° 2 3 5 5
4
J2
2 8 . 5 5
52.527 •j
44
2 7 . 5 8 ¡2
- 9 4 °
5 2
3,
.
5 1 . 9 4 2
53.828
7
2 3 - 9 3
-
- ° 7 3
5 1 - 9 6 2 1
2 3 5 ojy 20.638 37-52
8.267
7.182
' 3 1 301 7'32 289
30 0 . 2 1
52
8
3 7 - 4 3 22;,
333
1 2
2 4
8.211
Dekl. +36°
2
9'37
7-950 8.107
Ii
I 2
3 - 3
I I 2
3
T
I
2 1 . 2 3J ' „ 308
104 27
25™
7-741 ' 209 57
|
s I
I I 7
56.394
56.297
IOh
50'
15.22
T
41.42
56.468
AR.
5
8.229
42.67
56.782
57-953 58.280
- 3 0 °
« 8 5
2 i 8
36.45 142 4.882 5.236 35? 5.591 1.114 1.088 +3.2 -i-0.03
9-I6 7°-99 72.61 74.00
2IS
i83 i62
139
75-16 76-09 % 76-78 % 77-24 2 2 77.46 o 77-4» 7 7 . 2 3 „. 76-78 £ 7 4 82 75-32 74-33 T I I 73-22 '0 119 72,03 I24 70-79
I23
32
Dekl. m
54-668 54-558 54-456 54-368 54-297
55-813 337 56.150 ^ 56.491 34
I0
3 ^ % ..
49
28
80.10 8 0 . 1 5J
18
79-97 79-55 78.88
;8
69-69 7J'5o 73.56
52.353 1.055 + 3.0 —0.02
76.73 Î 77.76 78-64 79-33 79.82
8g
54.524 54.705 54-930 55.194 55-491
53.14 — 0.428 -19.8 i 0.14
6 8 . 3505 6 4 /89 6 97 . 4 4 ^ 10g 70.53 I 2 2 71'75 I28 73-°3 129 74.32 75-57
io2
65.69 6 65.75 66.18 4 3 , 82 67-00 1„1g8 68.18 151
I8S
71' x,6 70.04 1 2 0 ',0 0 68.84 8 t 68.03 81 ° 41 67.62 3 67.59 ~ / ^ 32 67.91 ;
55-477 ~ 55-474 l 55-443 CA 55.389 55-31.5 £ 5 5 . 2 2J5 . J J 101 55.124 ^ 109 55.015 ^ US 54-900 > 54.783
54-249 54-230 54.243 54.294 54.387
2o6
73-f
54.416305 54.689 54.924 55.119 55-270 4 3,55-378 6 8 5 5 4 4 6 31
69.56 „ 68.41 5 6 7 . 3 8 ^3 66.55 65.97 2 8
l8l
- f l 8 ° 36' //
s
l7 7
92
77.96 i 117 76-79 I4 7 2 75-37 ; 6 6 73-71 71.82 209 6 9^ . 7/ 30 2 2 6,
Ig
; 9, I37 l8l
6747 65.08 62.62 60.X6
225
297
239 24
'
246
239
57-77 55-52 " J 202 53-50 88.34 -u 0 . 3 3 7 -19.8 0.14 H
Scheinbare Sternörter
114
O b e r e
1325) 133 G . C e n t a u r i
474) a M u s c a e T a g
Dekl.
AR.
1955
12h
K u l m i n a t i o n
341
- 6 8 °
Dekl.
AR. 53'
I 2 h
478) 7 6 Ursae m a j . AR.
- 4 5 ° 53'
3 8 "
1955
G r e e n w i c h
1 2 h
481) ß Crucis
Dekl.
3 9
m
+
6 2 °
AR. 56'
I
2
h
Dekl.
4 5 *
- 5 9 °
26'
s J a n .
2 9 . 8 7
1 1 1
3 0 . 6 1
2 1
31-3i
31
3 1 . 9 6
1 2 A p r i l
i
1
3 0 1 0
34- 3 3 34-09 33-97 33-77
2 0
33-51
1 0 2 0 M a i
J u n i
33-19
3 0 9
3 2 . 8 2 3 2 - 4
2 9 J u l i
1
3 1 . 9 8
3i-53
9
31-07 3 0 . 6 3
2 9 A u g .
8
30.22
1 8
2 9 . 8 5
2 8
29-55
S e p t .
2 9 . 1 9
1 7 2 7 O k t .
2 9 . 2 4
1 7
29-43
27
29-75
N o v .
3 0 . 1 8
6 1 6
3 0 - 7
6
3 2 . 0 1
1 6
3 2 . 7 4
2 6
33-49 34-24
3 6 M i t t l .
1
3!-32
2 6 D e z .
O r t
«ec 8, t g
a, a' b, b'
23-99
22
2 7 . 6 2
13
3 1 . 2 1
4
3 4 . 6 8
4
37-96
12
4 0 . 9 9
20
43-71
26
4 6 . 0 7
32
4 8 . 0 2
37 41
49-5 1
S
50.45
44
4 9 . 4 0
4T
4 7 . 8 9
37
45-96
3°
4 3 . 6 6
23
4 1 . 0 8
13
38.31
_3
35-45
8
3 2 . 6 1
19
2 9 . 9 1
32
2 7 . 4 6
43
25-37
53
2 3 . 7 2
61
2 2 . 6 0
69
+3-6 f
O . 1 7
32« 303 272 236 195 149 100 50 2 54 105 151 193 230 258 277 286 284 270 245 209 165 112
2 2 . 7 9
75
2 4 . 0 6
- 1 9 . 8 O . 1 5
5 7 . 7 2 2
57-732 57-704 57-64I
57-548 57-428 57-285 57-123 56.946 5 6 . 7 6 1
5 5 - 8 4
384
5 8 . 4 4
3 8 . 4 2
6 8 . 0 1
280
3 8 . 9 6
6 8 . 2 7
345
6 1 . 2 4
39-45
6 9 . 1 5
6 4 . 1 8
39-87
7 0 . 6 0
6 7 . 1 8
197
7 0 . 1 6
147
7 3 . 0 6
98
294 300 298 290 278
7 5 . 8 4 260
10
7 8 . 4 4
28
8 0 . 8 2
63
8 2 . 9 3
183
93
8 4 . 7 6
150
120
8 6 . 2 6 8 7 . 4 1
143
238 211
115 78
8 8 . 1 9
162
40
8 8 . 5 9
177 185
8 8 . 6 0
188
88.22
1 38
56.573 .0. 8 7 . 4 7 J 56.388 5 6 . 2 1 4 5 6 . 0 5 8
55-930 55.837
55.788 55-790 55-850
55-971
127
58.754
75
8 6 . 3 7
1 8 5
174
8 4 . 9 4
156
8 3 - 2 3
128 93 49
207 214
72-93 7 1 . 1 1
184
193
79-23 7 4 . 9 6
60 121
171
8 1 . 3 0
7 7 . 0 9
213 203 182 153
6 9 . 5 8
5 6 . 1 5 5 246 5 6 . 4 0 1 304 56.705 354
58.315
2 . 5 9 0
416
52
67
6
1 5 . 8 3 "
57-425 57-572
260
196
5 3 . 5 2
248
5 7 . 2 2 8
232
37-27 37-85
5 1 . 5 6
436
298
5 6 . 9 8 0
57-059 57-454 57-877
54
2 2 . 1 2
75
5 6 . 6 8 2
^ 5 7 . 6 7 0
2 2 . 0 6
73
55-101 55-537 55-953 56.337
347
50.99
46
2 . 7 7 6
363 359
5 1 . 0 1
45
2 8 . 6 4 +
327
50.51
43
2 9 . 1 6
7
298
, 347 2 0 . 4 0 359
2 9 . 3 2
7
261 „
1 6 . 9 3
31
34-°9
216
J
41
33-96
22
164
13-66
49
33-43 33-74
2
3.07 1 0 . 6 8
57
33-02
2 0 M ä r z
5-91
65
32.53
F e b r . 1 0
4 . 2 7
74 70
6 8 . 4 1
117 74 27
6 7 . 6 7 6 7 . 4 0
395
24
6 7 . 6 4
423
6 8 . 3 9
438
6 9 . 6 2
439
7 i - 3 o
53-99° +1-437 +3-3
-
+ 0 . 0 7
75 123 168
69-39
4 0 . 2 1
72-55
40.47
7 4 . 9 0
4 0 . 6 3
77-55 8 0 . 3 8
^40.71 4 0 . 7 0 4 0 . 6 1
4°-45 4 0 . 2 3
39-95
8 3 - 2 7
9
39-30 38.93 38.56 3 8 . 1 9
37-83 37-49 37-18 3 6 . 9 0 3 6 . 6 6 36.48 36.36
9 6 . 3 6
37
195
34 3i
289 285
127 79 28 23
121
9 5 . 2 6
168
9 1 . 4 7
24 18
73
9 6 . 4 7 9 3 . 5 8
28
211 250
8 8 . 9 7
8 2 . 9 8
6
314
7 9 . 6 0 338 7 6 . 0 5 355
36.30 36.31 3 6 . 4 0
7 2 . 4 0
36.57
6 8 . 7 3
3 6 . 8 2
6 5 . 1 2
3 7 - 1 5
6 1 . 6 6
58.45 55-58
37-56 38.03
38.55 39-11
53-M 5 1 . 2 0
49-83
39.69
365 367 361 346 321 287 244
137
- 1 9 . 8
+ 2 . 6
-
- 0 . 1 3
0 . 1 7
3 6 . 3 3
9 . 0 3 0
2 4 . 7 8
562
9 . I O 5 9 . 0 5 8 8 . 9 6 0 8 . 8 1 5 8 . 6 2 9 8 . 4 0 8
8-157 7.884 7 . 5 9 6 7 . 3 0 2
327
6 . 2 8 1 6 . 1 2 3 6 . 0 2 6 6 . 0 0 0 6 . 0 5 3 6 . 1 9 0 6 . 4 1 2 6 . 7 1 8 7 . 1 0 1
7-551 8-055
316
53-54
298
56.52
47
273
59-25
98
243
6 1 . 6 8
145 186 221
210
6 3 . 7 8
171
6 5 4 9
129
6 6 . 7 8
251
85
6 7 . 6 3
273
39
6 8 . 0 2
288
8
6 7 . 9 4
294
56
6 7 . 3 8
100
6 6 . 3 8
142
6 4 . 9 6 6 3 - 1 5
209 158
6 1 . 0 3
97 26
5 8 . 6 6 5 6 . 1 3
53-53
53
5 0 . 9 7
137
48,55
222
4 6 . 3 8
306
44-56 43-17
383 45°
181 212 237 253 260 256 242 217 182 139 89
4 2 . 2 8
504
34 22 79
4 1 . 9 4
541
4 2 . 1 6
42-95
56
4 4 . 2 9
134
34-68
4-592 + 1 . 9 6 7
-
- 1 9 . 7
+3-5
- 1 9 . 7
+
+ 0 . 1 1
0 . 1 7
329
50.38
,63 9 " 1 5 9 9 . 7 2 4
336
4 7 . 0 9
8
248
335
43-73
129
6 . 4 9 0
327
4 0 . 3 8
195
274
311
37-n
261
6 . 7 3 8
286
3 4 . 0 0
391
290
254
3I-I4
449
7.012
214
2 8 . 6 0
499
9 . 0 9 7
168
2 6 . 4 6
538
67
3
194
95- I 9 + 1-959
1 . 0 3 2
8 . 9 0 1
285 8 6 . 1 2
12
+ 2 . 2 0 0
58.27
8 . 7 0 6
283
9 7 . 2 0
36
8-445
265
97-43
37
8 . 1 1 8
235
9 7 - 1 5
37
7 . 7 2 7
145
172
34
7 . 2 7 8
88
3 t
39-64
6-779
26
28
93-37 95-09
6 . 2 4 1
38
8 6 . 1 2 270 8 8 . 8 2 244 9 1 . 2 6 211
16 22
5-679
100
6 8 . 3 9
1 . 6 9 4
r 0.20
Scheinbare Sternörter 1955 Obere K u l m i n a t i o n 482) 150 G. Centauri
Tag
I2
1955
Jan.
1 11 21 31
Febr. 10 20 März 2 12 22 April 1 10 20 30
Mai
10 20 30
Juni
Juli
h
50
m
57-I74 57.583
w
'
291
58 967 6 59-2I3 59-4I4 ... 59.568 154 ^ i O HO ^59.678 ^ 59-747 59-777 59-772 59-735 59-670
30 ;
17
27 Okt. 1 77 27 Nov. 6 16 26 Dez. 6 16 26 36
J
0
92.21
9-47 90.48
»
89.21 7 87.70 1 5 1 170 u 58.286 90 86.00 182 58.196 58.143 58.135 58.179
58.278 58.435
84-18 "
80.45 78.70
» 77-J5
59-240 5 9 - 5 9 9 388 59-987 4 0 6 60.393
+3-3
••-O.O5
75-49
78.42
409
-
175 r 55 I28 93
-19-5
^
7-131 7.034
6.886 6.695 6.470 6.217 s
i t
5 * 4 5-379
97 TJ o
148 191
225 253 285 2g2
5-097
4.825 2 7 2 254 4.571 ^ ^ 230 4-341 4"I42 3-982
IQ9 l6o
3-807
2
£ l I26
167
52
IIT
52.14 239
5 4 - 5 3 263 57 275
f t 65-33 67.80
^ 2,7 247
220 70.00 ' 185 7I.85 145 /7 3 J -J3 ° 102 74-32 74-87 74-94
~ 8g I34
7 2 - 3 ° 178 254
286
0 3J2 5 9 - 8 2 3„3 4.
3-805 g-2 56.48 349 3.867' 130
356 49-43 356 45-87 7 52'99
3-997
200
4.466 333 4-799 £ * 437 5.627 J
6.099 £
6.590 3.284 + I.798 +2.6 —0.10
491
42'4°
328
39.12 1 300 3 263 33-49 3I-3I
¿A 29.66
It
209 322 18.07 1 9 2 16.15 171 302 14.44 275 145 241 12.99 115
' 5 4 2 204 22-746 l66
22.912 7 23-039 s23-I29
127 sß
2i8
l6
73.58 + I.494 -19.5 + 0.23
s
11-84
„
85 10.99 10.45 24 10.21 10.22 24 10.46 10.89
23-185 2; 23.210 23.208 0 26, " • 4 7 68 23.182 47 1 2 . 1 5 4 2 3 - 1 3 5 ß 3 12.89 J 13-67 8 23.072 22-994
'
22.699
-59z '4 3 22.379 22-2§5
Io8
22
Io8
22
I04
22.205
4
* 6i
14-45
;6
15-21
2
J5'93
66
16.59 jy 57 17.16 j7-63
%
17-99
22
22
18.21 18.28
11 22.144 18.17 22.109 ^ 17.86 3 1 22.105 52 33 j7-34 22.138 74 6 70 J 101 22.212 i i 8 16.58
22.330
i62
22.492
2o6
I5-57
I26
22.698 „ H f 'S« 7 173 246 12.81 11.08 192 97 - 1 6 22.944 a 8 l 206 23.225 7.10 23-532 23.855
24.186 20.097 + 1.002 +3.1
0.00
33
'
215
4-95
2i8
2
I
2
h
Dekl.
53m
+ 65° 40'
s
3 32 20.IÓ
22.805 z: 106
73-64
62.94
21.070 21.402 ^ 21.724 22.026 22.301 °
AR.
+ 3° 38'
22.904
74-52
68-34
53m
s
22
5°-°82O6
65-8o
i4
64.0.5 0.837
+ 0.22
309
3.868 "614 0
75-87 74-94 74-40 74-30 74-67
2i6
58.651 27° 0 58.921 319
60.802
Igg
48-46
372
57-I69
%
92-16
6.328 6.637
7-*43 26
32
92-53 92.51
46.83 47-35
7-°47
262
5 8 - 5 4 8 ]5 58-406 ^
Mittl. Ort 56.144 sec 8, tg S +1.304
a, a' b, b'
76.36 T 0
5-532 * * 5.956 4 4
6 . 8 7' 8 169
83-76 2 0 9 85-85 £ 8 7 - 7 0 j -ö 89.28 158 9 ° ' 5 7 129 98 9 - 5 5 66
9I
5 ® - 8 6 7 163 58.704 e
73.65 I ]
230
6
9
47.63
"5.068 S S* i 71 464 4 6 . 9 2 0
272 70.91 2 274
'
48.94 7 131
I2h
486) 8 Draconis
Dekl.
AR.
+ 56° I i '
4.083
1393 6 58.343 3;3 3„ 68.197 58.676 0 57 976 r
111
s
58.98 191 60.89 , 222
40Q
484) S Virginis
Dekl.
I 2 h 52
//
29
29 Aug. 8 18 28 Sept. 7
AR.
39 ° 55'
s
59-579 3 59466 59-334 Id7 59-X87 I 59-030 i 6 3
9
483) e Ursae maj.
Dekl.
AR.
115*
Greenwich
7
Ì 0.64
« 3J
29.78 + 0.064 -19.5 + 0.23
//
42.03 6 42.66 o 62
29-84 28.72 28.25 28.43 29.24
4 3 - 2 8 go 4 3 - 8 8 54 44-42 ^ ;
45-91
2
£
40.48 297
45-93
45-85 J
44-82 44-44 44-04
43-45
295
46-40
2gJ
23
4 9 - 2 2 258
35
54-°5
J51.80
225 l86
55-91 4
43-19 42.77 42.36 4-99 4-65 : 4 - 3 5 24 4-11 40.93
40.82 40.79
40.84
62
„
° - ° 283
D
'
375
S S * 23.06355 332
48
62
247
7
44-73 34o 4 - 3 3 358 37-75 ;
7
43-57
l6l
47-87 3
Tt
ä 256
^
206
1
4 2 . 4 3 55
+2.428 +2.4 —0.14
J0
58.57
5
41.22 32 4-54 ;
44.19
58-67
53-^7
l8
42.98
*
56-83 55-22
40.98
4-95
I4I
57-32 58-25
43.62 43 *
41-37
8I
^ ^ 140
45.60 0 20 45.80 11
45.69 45.46 45-r7 -to
f%
30.64 7 192 32-56 34-91 37-59 289
44-89 45-29
II2
7
10.66 M8 55-89
+ 2.213 —1
9-5
+ 0.23 H*
116*
S c h e i n b a r e S t e r n ö r t e r 1955 Obere Kulmination Greenwich 485)
Tag
I
1 11
2
h
5 3 m
3i
Febr. 10
5 8 - I 2 7 242 58.369 4 58-560 SS-?«« 4 8 s 5 -79i 43 58.834 ;
20
März 2 12 22
April 1 10 20
Mai
4
£793 ° 58-720 ^
30 10
58.618
20
Juni
3° 9 9
!9
5 7
8 18 28
Sept. 7
J1
1 9 4
212
85.65
2 1 9
87.84 80 9 . 9 4
2 1 9 2 1 0
9J 1 . 8 8
1 9 4
AR.
AR.
h
Dekl.
59
m
+ 1 1 °
Ii'
50.01 57-063 205 57-398 3 47-96 l 8 l 2 57-7 5 3 i 58-033 L 44-63 I l 8 43-45 g3 58.564 2 I 2 4 2 . 6 2 58.776 42-15 z 58.949 ™ 4 2 . 0 3 59.082 J 4 2 . 2 3 759-^78 S 4 2 . 7 0
^
IS«
7 0
43-40 44-27 IOO 45-27 I o 6 46-33 i o 9 47-42 i o 6
59-239 2g 59-267 0 59-267 2Ö 59-241 59.194 4 ;
171
I2
93-59 95-02 ^ 96.13 75
59- 9 8 i 4 8 . 4 80 59-048 Q i 49-48 58-954 * 50-39
96.88
«
97.26
\
58.851 0
58-741
97-27 38 96.89 3 96-14 * 95-01 93-53 i 8 2
3
1 1 0
II4
58.627
1 0 0
6 26 6 16
5
36 Mittl. Ort sec 8, tg 8 a, a' h, 1/ 1
8
+ 2.8
-O.O5
0.23
2 7
56.145 +
1.019
+3.0
—0.01
3
0.198
-19.4 -
74
40-144 „„ 76-59 8 76.67 40.188 44 ' 10' 40.203 9 76.57 . 2 40.194 76.33 3Ö 40.163 , 0 75-97 4 6 4 ° - " 3 67
i o 8
62.22 -
9
39-769
3
99-52 0-797 -19-5
I.279
2 8 4
«
7
55.507 +
9 1 1
39-872
2 2 7
26
63.49
' 336 c. 1 207 38.247 27 6 5 . 50 6 203 38.574 ^ 67-59 i g o 38-884 6949 39.168 71.22 £ y 253 /72.74 / -T j 39-421 01 39-638 2 74- 102 39-819 75-03 76 39-963 75-79 5I 76.30 29 40.070 3 7
39-965
52.68
0.26
Die jährliche P a r a l l a x e (0*121) ist bereits berücksichtigt.
AR.
- 5 ° 17'
7m
8o
I ö 7
16
h
Dekl.
6; 51-84 ° 50 52-34
1 2 0
27
3
492) ß Comae1
Virginis
7 5 " 5 1 74.97
40.046
7
17
I
2 0
83.46
r
7
Dez.
79.40
490) &
2
27
Nov.
5
"
98
17
Okt.
126
78-81 i 6 g 77-*3 I I 9 75-94 67 75.27 I 3 75- j 4 ~ 75-54 88 76.42 77-73 i 6 7 81.34
I2
32'
488) s Virginis
4 J 58.513 5 8„. 4 0 3 110 52.83 n I 0 2 57.358 8 52-7 j 58-301 4 g8 57.215 , 58-213 6g 52-52 48 57.092 52.04 9171 56.994 213 58.145 8 y9 . 5 8 51-33 58.102 « 0. ° 242 56.929 g c 95 3 50.38 58.089 2 56.901 o 266 286 58.113 2? 4 9 . 1 8 145 56.916 81.64 58.178 ^ u ' 10g 47-73 l 6 8 56.980 £ 300 I90 57.095 58-287 I55 46-05 -I 57.262 „ 220 75-54 3 , 0 58-442 ^ 44 5 2o8 42.07 58-64I 57.482 „ 222 58-88! ; 6° 39.85 57.751 59.157 305 37-54 233 58-063 3 3 ; 63.82 35-21 .J~> ^ 235 59-462 58.409 2 61.47 3 -94 59-785 2 194 " f 83 0 214 60.117 59.I63 59-53 30.80
29
Aug.
2
58.492 58.349 ^ 167 58.025 ; 57.854^ 57-683 i 6 7
29
Juli
+ 38°
56.777 s78 57.155 358 57-513 57-840 ^
21
sq
Dekl.
AR.
1955 Jan.
a Can. ven.
39.661
39-550 39-441 39-339 39.250
54 5
4
74-39 62 73-77 65 73- 12 64
III
63
l i t
io2 8g
71.26
59
70.72
^
45 70.27 / ' 33 69-94 l 8
?i
39-179 39-I32 i 5 6 9 . 7 6 39-117 22 69.75 20 39-139 63 69.95 4S 39-202 i o g 70.40 70 39-3£10 155 71.10 9 7 39-465 I 9 9 7' 2 . 0 7' 124 73-31 39.664 0 49 39-905 277 7 42. 8 0 171 40.182 76-51 l 8 9 ^ 305 8 78.40 40-4 7 „ ^ 200 80.40 40.811 3?2 „ 206 t
J
7 7
3 2 4
82.46
41-143
57-12
37.007 +1.004
3-i O.Ol
-
0.093
-19.2 -
0.29
13h
Dekl. 9m
47-25° 47.604
+ 28°
63.02 A 6l.II
3 5 4
349
5'
T
9T
47-953 „ ,
59.60
3 3 3
58.55
^
57-97
„
48.286
48.592 ^3 48.865 49.098
00
49.288
49-435
33
I
9°
57.86
;
58.22
3 6
147 59-oi 60.16
io49-539 62
49-6OI
2i
49.626
--
49.617
9
87
49-425 49-319
I2I
6
79 1 1 5
167 63-27 i 8 t 65.08 J 187 66-95 ' 68.80 177 7 °" 5 7 Â 61.60
1 4 4
1 8 1
39
49-578 49-512
•
1 8 5
72.20
Io6
143 73-63J 120 0 7 49.198 4 3 g, 1 133 9 49.065 75-76 0 140 4 76.40 M 48-925 I 4 \ 76.74 2 48-78I 76.76 — 48.637 £ 31 76.45 l 48.498 48.368 * 75.82 9 4 48-253 94 74-88 1 2 5 48^59 68 73-63 ^ 48.091 35 72-07 i 8 4 48.056
—
70.23
61
j
68.13
48-° 48.109
g5
254 63.25 ,
48.204 48.348 8D
2 1 0
234 J 65.79
c.
1 4 4
193 93
60 5
Î
269
50.059
" 5 278 57-78 4 54-97 0 276 52.21 ' 262 49-59 47.18 211 45-07
46.446
80.65
4 -54I 48.78O
3 9
279
49.059 313 49-372 49.709 3^0
2 4 1
+ 1 . 1 3 4 ¡2.9 - 0 . 0 3
0.534 -19.1 -
0.30
Scheinbare Sternörtei* 1955 Obere
496) i Centauri AR. Dekl.
495) Y Hydrae AR. Dekl.
Tag 1955 Jan.
1 11 21 3i Febr. 10 20 März 2 12 22 April 1
Mai
Kulmination
11 20 30 10 20 30
Juni
9
Juli
29 9
*9 29 Aug. 8 18 28 Sept.
7 17 27 Okt. 7 17 27 Nov. 6 16 26 Dez. 6 16 26 36 Mittl. Ort sec S, tg S a,
a'
b,
b'
13h i 6 m - 2 2 ° 56' s // 5.IO 29-084 J IQI 7.01 29-443 , 205 9.06 7 2 9 7 9 4 «3 213 II.19 30.127 307 214 30.434 2 7 5 0
0 0
210
3
I 5-43
3 " 5 ° 164 31.314 31.4419I
19.30 7 21.01 ' 22.54 "
° 7 ° 9 239 30.948 ^
J
200
13b 18m 4
'f
4
9
l
5'
- 3 6 ° 28' // 27-58 398 0 I70 29.28 ^
69
341 5 ' 9 1 3^6 6.222 ^ 6.488 2 6 6 ^
225
1 3 d6.897
7
^* 142
199
3 - 2 7 220 33-47 38-27 4 0 7 3
246
244 6
43-I72
45-53 47-77
J ' 102 23.87 J 1 II SO 113 J ' ^ 65 49-85 I9D 7.206 ^ 31.591 25.00 93 -75 4 31.621 7.236 - 553-44 25-93 ~ I46 72 7-234 32 26.65 31.622 54-9° 52 7 122 7.202 56.12 3 - 5 9 8 24 27.17 7 59 J 95 33 3-552 7- I 43 g 57-07 27-50 I 2 31.485 g 27.62 — 7 £ 107 57-74 31.400 2 7'55 u 2J 6.952 ' 58.13 ^ 100 6.826 1 2 6 58.22 --31.300 27.29 21 0 6.684 1 4 2 58.01. 1 1 3 31.187 152 0 50 J / I 2 2 26.85 ^ J 61 3 - o 6 5 I27 57-5 1 ? 8 i 5 3 2 J57 3°"938 I 2 6 26.24 77 6.375 , ; 5 73 2 5'47 Z 30.812 6 . 2 1 8 1 5 7 55- 9 J , 120 2 4'57 IOO 6.069 1 4 9 54-43 30.692 i o 134 J 0 7 23.57 107 22.50 J 109 5-935 I0 J 52.99 « 30.585 8 ; 2I'41 Io6 5.826 77 30.498 ^ 2 0 '35 98 30.438 25 5-749 ^ 48.14 ; 5.712 30.413 - I 9 " 3 7 84 30.428 6 i i 8 -53 ; 5-723 6 , 6 5.786 63 45- I 7 ^ 30.489 I I O I 7 - 8 9 s 120 3°"599 l 6 o J7-5 9 43-99 83 5.9o6 3°"759 2IO 17.41 43- 1 1 1 7 7 6.083 7 23 i 7-64 30.969 4 6.316 233 42.58 i] 18.21 57 31.224 6.600 2 4 42.45 ä 91 295 6 -927 31.519 0 3 y 325 19.12 2 42-73 7G 7 124 20.36 7-288 8 43-43 r i I 3- 44 52 7.672 384 32-^9 ™ 21.88 ; 4 4 " 5 4 ! 47 23.65 1 7 7 8.066 3 9 4 46.OI 32.545 133
J J
28.208 + 1.086 +3.3 +0.03
4.88 — 0.423 -18.9 + 0.33
3.550 + 1.244 +3.4 + 0.05
31.64 - 0.739 -18.9 r O.33
117*
Greenwich 497) £ Ursae maj. pr AR. Dekl. 13h 22m s 7-4°3 „8 7.881 4 f 8.361 4 0 8.826 465 9.261 435 393 9- 6 54 9-993 27g 10.271 i a 4 80 3 212
498) a. Virginis AR. Dekl.
+ 55° 8' 71-58 r ' 167
/
69.35
79
135 7°-7° £ 4 72.54 ' 225 Id4 74-79 25s 10.627 ^ 77-34 77 " ^ 274 i0 0 80.08 „ I3 -7 4 13 0 282 10.717 - 82.90 4 7 10.670 i o I°2 85.69 2 6T7 IO.568 88.36 149 10.419J „ 90.80 244 214 ^ 189 I0.230 ° 223 92-94 8 10.007 9 4 7 2 137 9'758 2 4 9 96.09 ^ 92 9-49° 2 g o 97.01 „ A 45 9 - 2 I ° 285 9746 8.925 „ 97.43 ; 8.642 283 96.92 99 95.9399 «• 3 6 7 s 9 4-f « 8.109 2 233 '7.876 201 9 -6°228 90.32 , 7-675 l 6 l 87.68 2 6 4 7-5*4 I I 2 7-402 57 84-73 £ 7-345 -; 81.51 3 7-350 ^ 78.09 7-422 7-564 ' J 213 7-777 2 8 i 8.058 2 M 8.401 343
74-54 , 6 l 70.93• 67.361 3 ' 63.91 60.69 3 2 2 291 397 8.798 57.78 439 ' 249 9-237 4 ? 6 55.29^ 199 53-30 9-703
6.990 +1.750 +2.4 -0.09
95.54 + 1.437 -18.8 0.35
13h 22™ s 49-946 50.286 340 50.62 0 334 319 50-939 295 51-234 266 51-500 5-733 £ 5-930 i67 52.090 s 126 52.216 u 92 52.308 13 CL 61 52.369 52.40 1 7 52.408 i 7 52.391 ; 52.352 52.294 ; 52.219 ; o 52.129 u 102 52.027 ° in 116 51.916 r 0 51.800
- 1 0 ° 55' /f
41.62 ^
,
200
43-62 2 o i 45.63 I g 6 47-59 l 8 s 49-44 i 6 9 51-I3 I c. 49 52.62 „ J 128 53-9° IQ[55-78
6o
56-38 56.78
4D 40
21 5 "
c.
56.99 57-04 56.95 56-73 56-39 55.96 55-45 54.87
,, " « 3 ^
54-24 53-57 52-88 52.20
5-683;;: 5 - 5 7 1 IOI 5-470 ^ 5-386 5-326 5 r -29 6 ^ 5I-304 5-354 ^ 51.450
6
/ ^ 65
51-55" 50.98 50.51 50.19 50.05 50.12 j
57
; I4
51.593 J^ 0 9i 5-784 4 52.018 22373 52.291
33 5°"45 fi0 5 - ° 5 8g 5-94 Il6 53- 1 0 142 54-52 ^
52.594 52.918 53-253
s6-1? 57-99 59-93
143
49-IlS + 1.018 :-3-2 ; O.Ol
4
i82
37-32 — 0.193 -18.7 ;
O.35
Scheinbare Sternörter 1955
118*
Obere 499) Grb 2001 U Min
Tag
AR.
1955 Jan.
1 11 21 3i
F e b r . 10 20 März 2 12 22 April 1 11 20 30 M a i 10 20 30 J uni
9 29
Juli
9 29
Aug.
8 18 28 Sept. 7 17 O k t . 277 17 27 Nov. 6 16 26 Dez. 6 16 26 36 Mittl. Ort sec 8, t g § a, a' b, b'
|
13h 24
m
58.68 „ 0 80 59-48 ^ 8o
61.IO 6l
-85
g
62.54 59 6 3 - I 3 ¡g 63.61 48 63-96 I i 64.18 2" 64-23 l 6 64-°7 28 63-79 3 7 63-42 % 62.96 6 2 . 4 3 -g * 60.59
65
59-94 6 59-30 6 l 58.69 * 8
S - £ 57-6o 4 ß 57 14 " 37 56-77 56-49 56.31 56.24 5 ^ 9 56.47 56-78 57-20
2
" l8
2
57-74 4 58-38 59-10 59-88 59.01 +3-349 + 1.5 —0.20
AR.
?2
' /8
m
+ 72° 36'
13I1 2 6
6 3 . I I J 6, C. 3 6 I . 7/ J5 , 71 61.04 ' 3 61.OI
4 8 . 3 5 .3 48.88 53 53 49-41 52 49-93 4 g 50-42 44
47.228 47-653 4 24 48.057 ^
510) 89 V i r g i n i s
Dekl.
s
33.23
335
8 - ^9 •5i 7' 306 9-263 2 8 i
10.007
4°'
35.38
7.964
8.632
AR.
//
9-858 J
45-°4 43-43 4
I 3
5 0 9 ) v) U r s a e m a j .
Dekl.
9-991
46-32
30-63
3 - 8 5 5 -
Mittl. Ort 1.348 sec 8, tg 8 +1.671 a, a' +3.8 6'
2 1
38.03 £
u 5 . 03
2
3 5 - 4 9 254 '
5.857
Sept.
Okt.
5-344
5.891
Juli
Aug.
T 283
10 20
29
13.86 t9l i 228
^•38
263
l 6
157
11.91
4 7 6 7
f 365 « I 5.081 3 ' 4
1
9.21 113 10.34
253
20
April
i4'
4 4
3-992
12 22
AR.
16.14^ 18.67
10
2
507) T Bootis
Dekl.
119*
Greenwich
349
53-21
49.69 352 347 46.22332 42.90 39.83 37.01 0 34.81
307
229
74-32 + 1.172 -17.9 f 0.45
' 2 7
106 1 2
i
27.629 27-575 27-559
27.586 '
J
83 ie 7 74
53.70 52-94
68
52.26
53
51.71
37 Xs
51-34 51.19
„
125
51-3°
4 0
174
2
5J-70 52-39
264
53-37
2 8 . 7 4 4 299
54-62
o
56-^2
l68
27.660 0 27.785 27-959
28.181 0 28.445
222
7 325 29.069 29.409 3 4 °
25.275 + 1.051 +3-3
+0.02
57.80
69 98 I 2 5
38.92 - 0.323 -17-9
+ 0.45
120*
Scheinbare Sternörter 1955 Obere
AR.
1
33-346 33-682
21 Febr. 10
34-32 0
20 2 12 22 April 1 11 20*
34-605
34.860
März
Juli
3
64-98 1 8 8
g
28j
47 55
35.600
"
30
35-644
\\
10 20
35-658
^
35-645 35-6O6
9 29 9
29 Aug. 8 18 28
35-544
82
35-462
ioQ
35-362
h
17
27 Okt. 7 17
75.26
136
75.67 75.82
16 26
35-284
34768 35.007
35.590 35.914
Mittl. Ort sec 8 , tg 8 a, a' b, b'
32.459 +1.055 +2.9 —0.02
I5I
154
69.88 71.31 143 A I29 72.60
,
34.323 34-423
36
66.75 68.34
35.120
27 Nov. 6 16 26 Dez. 6
137
A
74-6°
34-462 34.366 34.298 34.265 34.271
116
62.29 63.66
I27
4 3 4 .'8f4 5 139 r : 34.708137 0 I3° 34.578 ii(,
~ T7 5
IIO 66
A
-
75-70
-47°
75-30
6g
„
A A 96
73.66 72.41
70.88
A 52
69.09 y
67.06 9 64.81 196 62.38
53
179 203
2;7
59-84 j5/7 . 2 4
3o6
54.65
^
384
345
47-i37
303
47-5" 47-436 47-327 47-87 47.020 ^'
A A 46- 3 1
46-423 46.217 46.023
g
o
^
t 2 49 52.16 0 231
245
«7-95 89'24
?
47.958
81.11 + 0.337 -17.7
43.231 4-1.468 + 3.8
+ 0.47
£ / 187
91.10 90.68 89.91 88.81
2°2
2o8 2q6
194
().()()
45
12 — 19 47 73
/ J 145 1 0 . 5 9 1A 155 10.436 "
IO.277
110
159 157
10.120
87.417 165
^
-I54
81
151 9 . 9 6 9 137 9 v . 8 J3 2
85.76 3 83.93 81.98195 0 200 79.98
115 9.7I7 ' 9.630 7 9-578
9.568
2
-
195 7 V ' 8 . 0°3 181 37 76.22 9'6°5 87 A 159 ' 74-63 * - 9.692 139 9.831 73-33 9 3 v 0 189 10.020 ,, 72.40 , 2
224 2g7
'
4A.
72-18
72.99
445
63.29 — 1.075 -17.7 +
O.47
7 54
97
;
Ig
56-52
%
58.53 1 199 60.52 „ J 189 62.41 64.15
174
65.68
153
AA 6 6 . 9 6A 128 , £ IOO 67-96
^
68.65
^
69.02 69.05
^ -
68.75 £ 5 68.10 099 67.11 A 132
S S « » 62.22194 A 222 60.00 247 57-53 2 6 6 54-87 2 8 i
52.06 A 290 49.16
A 236 46.26 7 282 2 77 ^
10.256 IO-533
10.842 11.175
8I
8.008 + 1.128 i-2.7 -0.03
309 333
43-44 40.78 38.37
23.367 A 23.620 O 23.841 J ^ 24.030 CA 24.l86
.
48.24 48.78
54-55
23.08 5 0 0
42
IO.963 ' J 119 II.082
10.736
77
49-5i 48-59 48.17
s 1 - ^ l6 52-71 i 8 4
10.985 * OA IIÖ 10.869 A ISS
42
Ig4 I4I
49-75
11.081
g8
Die jährliche Parallaxe (0*112) ist bereits berücksichtigt. * Bei Stern 517) und 516) lies April 21. 1
3Q2
^ 222
52-76 5°-92
Dekl.
59m
s 21.805 ^ 326 22.131 A 329 22.460 22.781 ^
54.98
271 10.371 ' A 236
II
I29
47-089
49-85
J
10.607 0 0 198 10.805 g
344 71.88 46.699 ^ 390 7I'8«
47.5I3
1
327
10.100
90.22 65 90.87 y ' 29 91.16 - 6
Iilo
45.852 3 3„ 138 45.714 45.620 45.5801 45.601 87
A 46-355
J
I I . I 6A3 80.28 23X 22II.208 82.51 2 2 3 11.220 84.55 86.38183 II.201 157
4
46.068
9.798
72' 5 2 6 75.41 ' J ^ 249 77-9° 2,8
40 4
342 9.47i 4
254 28
i6q
243
259
67.73
2047-3O6 1 2
47.430 47-511 47.551 47-551
4
181
13h
ff
8.781 3 4 4 348 9.129
8
AR.
+ 27° 3 5 '
8-437 . . .
60.88 , 209 62.97 231 65.28
2 59 A 46.924 2
225
2
13I. 59 m
II0
516) T Virginis
Dekl.
s
59-°7
41 S
45-688 r 0 156 45-844 2 2 J
I00
AR. 3'
56-49 57-59
7
46.362 46.665
A
74.62 6g
oi
46.833
I5
517) 11 Bootis
Dekl.
//
45.633 4 -
26
0
73-70
3 4
7
52m
69
59-78 59.52 A 59-69
35.247 Q
h
43-870,,, 44-324.t . 44.778454 45.218440
6
0 221 " ° 8 1 184 35.265 35.412 £ 2„35-523
J9
Sept.
4
35
30
I3
[
s
63.10 34.010 52 310 6- 1 .u5 8 1III
3i
Juni
+ 18 0 36'
s 33-012
IX
Mai
AR.
Dekl.
13h 52m
!955
Greenwich
512) £ Centauri
513) v) Bootis 1
Tag
Jan.
Kulmination
24,309
-
24'4
304
282 253 221 „ I89 * J S6 123 g2
A 63 24.464 * J
24-499 24.507
8 ~
24.492 24'454 24.394
24.316 24.221 24.III 23.992 23.867 2
3'74x
^
7I-4° - 0.523 -17.4 ; 0.50
5 25.88 123
24.65 2372 23.10
62
22.79 22.75 '0 22.97
22
23-40
6o
93
4
43
24.00 73 2473
i3
25-54
86
26.40 27-27 2« 1 3
86
28.95
?6
IIO
29-71
68
30.39
58
119 s I2I
64
30.97 3 1 4 4
35
31.79
^
31-99
4
32.03
~
23.357 31 23.326 --
3i-55
s
3°-99
8o
23-335
3O
53
23.388 0 QQ IOO f l '48 23.636 2 3
0 !94 23-830 3ß
24.066 ^ 272
266
24^8 4
tr
3 3 - 1 2 205 3r-°7 193 29.14 175 27-39 '
7
0 23.620 109 2 3 - 5 " go
23-421
+ i°45'
24-955
21.213 +1.000 +3.1 0.00
^
2 9
I9 «5
27-87
26.36 24-63 22-74 2«
l
I04 128
5
2GI
P ** 18.65 16.58 2 0 7 41.42 + 0.031 -17.4 + 0.50
Scheinbare Stei nörter 1955 Obere Tag
Jan.
21
3i Febr. 10 20
2
März
12 22
April
1 11 21
3° Mai
10 20
30 Juni 9 J
9 29
9
Juli
!9
520) AR.
o
m
—60
27
Okt.
7
Nov.
16 26
Dez.
6 16 26 36
Mittl. Ort S3C 8, t g 8 a, a' V
4 I
"32 41.81
42.35
II.29
11.86 12
-4°
12.88
36.86
14-05
3 9 f
2
4
° "
2 6
49-9« 5 1 7 8
8 2 266
245
l88
XS4
53-32 » 5446 0 72 5 5 - 2 9 55-47 55.31
l6 6I io
50 2 . 2 2
4
„ 180
50.42 0 210 48.32 £ 231 46.OT
43.56
245
41.07 249 ^ 241 38.66
ig
225 3 6 -4* 198 34-43 i 6 2 c.
27
'
32.81 , J3 1 . 6 1
49
120
30.89 30.68 0 30.98
54
42.92
37-71 + 2.010 -¡-4.2 + 0.10
230
72 2I
3°
59 54
58.00
.
J
48
59- 5 ^•07 63-35
41 34
66.01
9
13.86
17
7 2 . 0 1 309 75.IO ^ 78.12 3°2 0 283 8o-95 2 5 6
83.5 1 85-72
13.63 2Q 13.34 9 13.00 4 J 12.62 41 12.21 ^ 44
42 IO.49 ^
40
10.09 ^
215
37
84.06
8-77
9.22
9-55
5 4 4 9 3 9
3
f 4 3.691 V
°
4.032 4.341 4.614 4.850
5-°49 5'209 23 5-333 5-422
5
'
4 8 3
4-999 4-840 4- 6 73 4-5°5 4-343
68.15
4.022
24 33 42
377
60.60
378
56.91
369
J53.42 J
349
5
I 09'97 4 8 '45 4
^
319
0-2
3 280
47.43
10.99
23G
45.13
10.08 + 2.331
-!-
85.46
-:-i.6
—17.2
—0.12
+
2.105 0.51
367
J
341
4
'
X
f
is68
"
1 8 9
6 c.5 . 0 7 2 1 4
236
67.21
199
1 1 6 9 . 3a2 2204
71.36 ' 73'29 75-09 76-74
l6o I24 4 8
"
78.21 -
79-5°
43
80.58
7
i62
-'-3.6 +0.04
Io8
2 36
10 17 44
81.89
44
81.20
69
80.28
92
77-85 76-44 74-97 73-50
I20 86
" 9
72.11
1 1 3
130 I4I 4
x
«
r
47
' 124
'83
7 0 . 8 7 101 i6 9 . 8oi6 c7 74
239
69.12
4
68.71 68.66
3 3
68.99 6 97 . 6 9v
384
70.73
363
? 0
104
0.731 -17.2
+
0.52
59.08 J56.81 54-9° 53-4 1 0 52.38 J J
325
302
22.778 274
°
191 149 I0
128
3
55
5^.83 5 1 -77 52-i8 53-02 54.23
23-052 2 ; 4 23-292 2 3 1 1 * „* 23.662
6
f J i;i
55-74 57-47 59-35
r
61.29 ^ 2
194
73
3- 3 J 6
23.921 & 2 3-859 %
6^82
173
68.36
154
23.667
6 9J . 6 8
2
:
3'542
2
3'4°3 I50 23.253 , 6 23.097 22.940 1 5Y2 22.788
1 3 2
IOi
70.73
7 7
7-50
4Ö
77 2^.9160
i
—4 19
71.91
139
7-40
85
69:38
"
22.649
119 22.530 22.437 22.378 H 22.360 — ° 29 22.389 22.467 £ 129 22.596
7
6 6 . 0 97 , 208 64.01 233 61.68
254
59- 1 4 2 7 I 56-43 2 8 i 53-62 285 „
179
;
33
58.11 -
, 336
"47O "
22.476
17'
//
23-790 l8o 92 23.882 j 57 i65 2 4 * 23-939 2 4 147 23-963 129 23.956 ^
7 9 . 1 5J
I46
6
^
82-33
^
+ 25°
2 1 . 8 1 3 3 4 83 33 22.151
193
82.04 82.40 „ ~ 82.50
I59
l6
^
8-43
1-539 + 1.238
^ 196
2 1 3
4.857 ^ J 332 5
2I
207
9
5-552 5.936
21.134
62.94 273
8
Dekl. m
s
60.87
7
5-440 « 73 5-367 J J 1 0 0 2 5' 7 I24
6
64.38
14h
8'
54-30 55-56 57- 1 2 58.91
391! 95 8
5.496
4
15
- 3 6 °
5.476
75.32 0 35° 71.82 " 367
81.49257 93 7 8 . 5 6 2324
8.83 8.98
2
AR.
//
4-^7 4-077 3-99i 3-949 3-958
32 J 27
90 - 3 20 8 ' 9 3 I 22 8.81
l8o
87.52
I I . 7 8 43
I
22I
88.85 1 3 3 89.69 \ 90.02 89.831 89.127 0 121 87.91 86.217
43
9.40
228 266
293
14.03
9.72
i82
68.94
8 T
23 1 14.12
IO.91
125
2
13.88
11-35
71,
57.38
13-29 13.63
J
58.12 57.41
57
Dekl.
4m
2.149 ' '
5 2 2 ) 1 2 d Bootis
Centauri
s
59
24.68
0.50
14h
2
- 1-743 -17-3 -
34'
61.45
23
5
40.53 40-89
I S
25.26 ' O 276 28.02 ' 289 30-9 1 2Q7 97 33-88 298
4 5
42.70 2 ; 42.48 42.23 2 g
40.26
!7
-44
D 292
17
6
7
+ 64°
n
10.70
22.70
42.9 v0 22^ 11 43-01 43-o6 43-05 6 42.99 I 2
40.08
18 28
i 8
20.40
42.73
4I
3m
I4h s
a g - »
42.21 35 ^ 29 42-50 ^
42.87
Dekl.
9-54
41.86
27
8
Sept.
9'
10.11
4°-99 4 6 4I 45 ' Ii 41
17
Aug.
0
38.18
38.77 » 39-35 39-93 „ 40.48 II
- 2 3! 41.64 3 2 41.323 41.01 • 29 40.72 2 6 40.46 T T 22 40.24 l 6 40.08 39-99 0 39-99 9
29
b,
5 2 1 ) a Draconis AR.
//
1 11
*
5 1 8 ) ß Centauri Dekl.
121*
Gr r e e n w i c h
AR. 14h
1955
Kulmination
22-775 4 23.002 ^ 23.270 ° ' 300 2 3-57° , , ,
47-98 45-33
23.894
42.90
u
324
' '
279 24,
74-58
20.747 + 1.106
+
+2.7
—17.0
0.473
-0.03
+
0.53
122*
Scheinbare Sternörter 1955 Obere K u l m i n a t i o n Dekl.
AR. 14h
1955
8
m
1 11 21 3i
Febr. 10 20 März 2 12 22 April 1 11 21 30
Mai
Juni
10 20
Juli
68-27
64.54
6 5J . 0 1 6
5-30
65.32 65.06 64.64 64.08
9
63-39 2
6 -6o
29 9
61.72 60.78
19
59-8o
'
47 29
7°-75 73-59
248 284 3G7
i o
76.66
26
79-85 3 1 9 0 319 83-04 J
;
3 8
86.12 ° 286 88.98 v 255 91-53
79
S 94
98
2I6
93.69 95.41
'
96.64
" J
97-35
i8
97-53
~
37
*
97.16 96.26
90
56-87
£
94-85
-
55.96
g3
Sept. 7
55.13
74
17
54-39
L
53-77
,0
29 Aug. 8 18 28
27 Okt. 7 17
27 Nov. 6 16 26 Dez. 6 16 26 36
Mittl. Ort sec 8, tg S a,
a'
b, b'
58-81
»
57-83
53-28 52-93 52.75 52.74 52.92 53-27 53.8O
49
35 S 1
56.29 59.41 +4.716 —0.2 —0.26
2
9 9 5 235 v - VJ 90.60 2 R„ Ri 75 87-85 84.74 8 1 . 3 5362 ? /77.73 7 7J 377 73-96
383
r8
53
70
m
30.028 30.36l
333
30.697
2g
31-025
3I4
31.339
292
V - P
1
• 9 1 182
f
6073 0, 62.56 3 ä '
3 4
i6
66.01 i572' 67.53
266
68.86 1 3 3 31.897 III 235 32.132 20 6 9 - 9 7 go £ 4 32.336 ! 7 ° ' 8 6 % 32.508172 7 I 5 2 0 140 ' 45 32.648 1 1 0 7 1 . 9 7 25 0 «32-758 x o 7 2 . 2 2 g 32-838 * 72.30 32-890 2 5 7 2 . 2 3 20 32-9I5
"
32.914
2ß
32.888
20
32.839 32.769 32.679
9
J '
72.03
° 3°
71.73
7I-34 70.89
70.38
Io6
69.83
„
32'454
I28
68.65 £0 . 68.05
32.326 32.195
32.068 J
39 Z
4
67.47
I2
127
VJ 66.93
116
66.44
3I-952
» t 60
37-5°7 37-835
38.150 J J
38-444 38.712
31-782 ; 8 31-744
-
65.66
-8
3^746
48
6
29
66.03 66.56
53
£
38.173
+ 0.53
+3.2 !-o.Ol
0.178
—16.9
+ 0.54
i62
48.72 J
I2
3
49-92 50.90 1
146 I35
l6
153 138
120 75
49
52.29
7
51.93
6.
49
51.28 Z 9
^
49-09
?4
43-67 4
'
38-548 S
95
5°'33
25
38.252
R
3
38-90 J3 6 . 2 8 33-59
39.3I5 „ . 28.31 39.628 3 3 25.88
I2 I54
13m
- 5 ° //
39-615 39.942 4°'273 40.599
331
29-48
27-50
42-255
io5
2
1
4 ' 5° 42.031 41.904
t74 41.647
24-43
t2
117
2
22.43 2 22.56 22.90 v
j
2
48
' 269
41.770 ^ " 230 42.000 Jr ^ 267 42.267
3'47 2 4'27
4
- f 139 41-583 J
2
39.074 +1.005 +3.1
+0.01
5-32
26.60
*
4
-
13 34
57 «a I05 I28
168 2
J 297 42.564
42.881
54
19
22-47
4 I
62
22.98 4 2 ^ 32 22.66
100 4
^
3-89
23-40
7
41-430 41-355
51 „ 56
25.02
0
^
41.530 T
25.64
„
4 1
43
26.89 r , ^ 62 26.27 ^ £ 63
II9
229
57-32
"
28.06 ^
44
0
42.485
89
s
29-48
42.485
42.344
119
29-27
29.31 29.00 28.57
-
r O.352
t ; 5 28.83
42.460
4I-354
243
26.02 27.21
81
41-312
268
- I 9 178 '97 i62 2 4^- 5 9 143
42.216 ¿110 42.326 n J
42.461 42-4I3
I9I
22
3 I I
2D7
4 2 2 2 >2
7-4°
2 1
40.910 ^ v 291 41.201 41.465 2 4 235 41.700 ^ ' 204 41.904 7 172 42.076 ^ 140 itr 42-407
47'
188
26
\
2
I
327
41-314
36.445
—16.7 + O.55
4
J !
+ I.OÖO
+2.8 -0.02
,
5 52.14 52.36
38.178 38.375
I55
6 5
38.153
I76
54.65
44-J9
24
47-55 45-74
72'79
—
l66
38-3*4
39.024
29.459
39-35 4°-9° 42-53
38.441
l6s
+1.016
Z
33
39.160
38.232
115
37-96
9
140 3 9 - 0 2 0 1 4]8
38-766
92.05 + 4.609 —17.0
36.81 J
47-34
£
74-55
86
J
7I'I4
33.365
35-45 35-95
50
;7
51.31
-
39-570
2
33.043 2 322
^
35-36
45.81
32.465 32.740
35-71
64
59.33 S ! 267 53-45 2 I ;
268
39.608 39.641 39.644 39.620
68.39 69-66
12
'
2
67-35
62.66
43-69 ^ 230 x 4 ' T -39 200 39-39 l 6 79
,
14h
Dekl.
s
36*5°
i67
39-289
24'
37-74
3 5
39-I49 39-316 39-447 ,,39-544
AR.
294
38-948
193
T
32g
3 8 . 50/7 6 0
27
5-74
326
37-175 ,
:A
34
65.78
g6
36.84 9
49 39
-794 31-890
+ 19° //
38.872 0 15° 38.722 3
66.05
3I
13m
s
39-402
*
31.854
14h
39-497
5
69.25
32.573
Dekl.
AR.
—10° 3' //
s
525) 1 Virginis
526) a Bootis
Dekl.
32.035 32.228
56-
^
io
|
367
66.33
54-50 55-33
14h
//
67.22 . J56.95 IOI ' 180 57.96 65.42 7 107 c. "7 59.03 6 4 . 2 5 50 J i? 100 6 3 - 7 5 ^ 00.12 1 0 7 61.19 IOI 6 3 - 9 3 8 s 62.20 , 92 6 4 - 7 8 I 44 77 63.12 66.25 2 0 2 C.O
30 19
AR.
+ 77° 44'
s
Jan.
523) X Virginis
524) 4 U r s a e min.
Tag
Greenwich
3 7
9-78
I8I
3i-59
l88
33-47 —
11.78 O.IOI
-16.7 + 0.55
123*
Scheinbare Sternörter 1955 Obere 527) X Bootis AR. [ Dekl.
Tag 1955 Jan.
1 11 21 3i Febr. 1 0 20 März 2 12 22 April 1
Mai
11 21 30 10 20
30 Juni 9
Juli
J 9 29 9
!9 29 Aug. 8 18 28 Sept. Okt.
7 27 7
17 27 Nov. 6 16 26 Dez. 6 16 26 36 Mittl. Ort sec 8, tg 8 a, b,
a' b'
14h 14m + 46° s // 18.82 40.398 , 4 0 .790 0 5 16.54 4 - I 9 5 406 i 4-77 41.601 T 3-57 393 12.98 * 41.994;: 42.364 42.700
336
295 4 2 -995 248 43.243 I 9 8 43-441 I4 61.610 7 7 61.658 4 * 61.679 6 61.673 61.640 33 ^•583 =7 503 I O I 61.402 61.283 1 1 9 /1 3 2 61.151 1 3 9 61.012 J 60.871 1 4 1
60.416 60.471
A R .
+ 2° 4' //
58.612
^
'
9
43m
s
61.293 6I.428
3 2 9
30.45 33-77 40.27 -
h
4
2 9 9
48-53
r
*5-63
6;
0 2
I
—
15.80 18.23 20.98 2 7 3
IOI
30 9 19 29 9
Juni
I O -97
1 3 1
J
3
10.36
137
5 4 8 ) oc2 Librae
D e k l .
A R .
125*
Greenwich
5 4 7 ) 1 0 9 Virginis
14h 42m s 9.18
1 3 2
20 März 2 12 22 April 1
Kulmination
4
'
292
7
I 7"388 1AZ 140
36i
17.749 18.169
23.049 -¡-1.040
21.39 — 0.284
17.642 -i-1.969
-3-3 0.01
-14-9 ; 0.67
—0.08
-
i
-
1
.
420
5 4
40.72 3 40.751 49 40.26 9 9 39.27' 147 37.80 35-86 1 9 4 33-49 3°-73 27.63 '
2 3 7
2/6 3IO 337
0
24.26 „ 8 20.68 358 16.98 33 77 30 I3'25
%
9 - 5 9
6.11 2.92 0.13
3 4 8
0 2 7 9
34.45 + 1.696 5
- 1 4 . 8
!- 0.68
126*
Scheinbare Sternörter 1955 O b e r e
Dekl.
AR. 14h
1955
50"
AR.
+ 74° 19'
I4h
1 11
46.05
21
4 7 - 5 9 86 4 8 . 4 5 87 4 9 - 3 2 84 50.16 80 50.96 72 51.68 63 5 2 . 3 1 50 52.81 37 53.18 24 53-42 9 53-51 4 53-47 18 53-29 30
3i Febr. 10 20 März 2 12 22 April 1 11 21 Mai
1 10 20 30
Juni
9 29
Juli
9 29
Aug.
8 18 28 Sept. 7 17 27
Okt.
7 27
Nov.
Dez.
6 16 26 6 16 26
_36_ Mittl. Ort sec 8, t g 8
a, a'
b,
46.78
52-99 52-57 52.05 5i-44 50.76 50-03 49.26 48.47 47.67 46.90 46.16
73 81
42 52 61 68 73 77 79 80 77 74
68 4 5 - 4 8 62 44.86 52 44-34 41 43-93 29 43-64 15 43-49 1 43-48 15 43-63 29 43-92 44 44-36 56 44.92 68 45.60
59-69 2 3 4 57-35 " 5 5 - 6 0 ; 1725 5 4 - 4 8 44 54-04 24 54.28 91 55-19 153 56.72 208 58.80 253 6I.33 288 64.21 3" 67.32 323 70.55 323 7378 312 76.90 291 79.81 262 82.43 225
54r
+ 14°
AR.
37'
86.50 8
7-85
88.69 89.01
£ 32
—
88.79 8 8 . 0 05 1 „, 126 7 9 176 82.82 221 263 80.19 300 77.19 331 73.88 355 70-33 66.61 3 f 62.81 38° 378 5 9 ' ° 3 365 55.38 J J J 342
46.22
48.80
81.93
+ 3-705 —0.2 —O.17
+ 3-567 -I4.7 0.68
26.52 226 24.26 204
5 . 8 6 5 308 6 . 1 7 3 320 6-493 6.8l6 323 318 7-134 305 7 - 4 3 9 285 7.724 260 7.984 233 8.217 202 8.419 172 8.591 140 8 - 7 3 1 109 8.840 78 6 8 . 9 I 8 48 8 . 9 6 6 19 8.985 8-975 8-937 8.872
22.22
174 20.48 138 I9.IO 98 l8.I2 56 1 7 - 5 6 14 17.42 27 17.69 64 1 8 - 3 3 96 19.29 123 20.52 143 21-95 156 23-51 163 2 5 - ! 4 164 26.78 159 28.37 149 29.86 136 31.22 119 32.41 99 33.40 77 34.17 53 34-70 28 34-98 2
10
38 65 89 8.783 h i 8.672 129 8-543 144 8-399 152 8.247 155 8.092 150 7.942 138 7.804 118 7.686 89 7-597 54 7-543 11
35-oo
7-532 7.568
36 86 7 - 6 5 4 135 7 . 7 8 9 183 7.972 227 8.199 263 8.462 292 8-754 5-658 +1-033 +2.8 —0.01
552) ß L u p i
Dekl.
s Jan.
G r e e n w i c h
5 5 1 ) P i 1 4 1 1 221 B o o t
550) ß Ursae min.
Tag
K u l m i n a t i o n
!-
26
i4h
55"
36.806 37-I84 37-532 37-848 38.128
378 348 316 280 244
46
5 34 3 8 . 9 7 5 73 38.902 110 3 8 . 7 9 2 142 39.009
38.650 38.480 38.290 38.087 37.882
34-74 53 3 4 - 2 i 81 3 3 - 4 ° 109 32.31 137 3 0 . 9 4 164 29.30 189 27.41 211 2 5 - 3 0 228 2 3 . 0 2 241 2 0 . 6 1 247 18.14 245 15.69 235 I 3-34
37-193 37.260
-14-5 -i- 0 . 6 9
425 427 419 402
39.004
37-684 37-504
37-55 0.261
412
3 8 . 3 7 2 205 3 8 . 5 7 7 167 « 3 8 . 7 4 4 127 3 8 . 8 7 1 87 38.958
170 190 203 205 198 l80 I49
3 7 - 3 5 5 107 3 7 - 2 4 8 57 37-i9i
37-393
+ 3-9 +0.04
Dekl.
1 5 h O"
+ 40° 33'
9.29 51 9.80 83 IO.63 "3 II.76 139 1 I 3 - 5 160
14-733 15-073 15-435 15.807 16.178
14-75 16.50 18.36 20.30 22.26
16.537 16.875 17.184 17-459 17-695
24.21
175 186 194 196 195
192 184 27.97 175 2 9 . 7 2 163 3i-35 26.13
32.83
131 34-I4 110 35-24 86 36.10 61 36.71 34 37-05 J 37-09 25 36.84 55 3 6 . 2 9 83 3 5 - 4 6 109 34-37 ^.06
149
J
l6o
T
7
l6
67
32
IÖ2
133 199
2 6 . 7 0 151 2 5 1 9 ' 133 2 3J . 8 6 3 3 2 2 . 7 7 109
359 3 8 . 5 2 7 392 38.919 34-4j8 1-1.366
57'
3 -57
3 7 - 5 9 2 261 3 7 - 8 5 3 315 38.168
-42°
AR.
s
S
34-721 35-133 35-558 35-985 36.404
555) ß Bootis
Dekl.
5
«•981 21-52 2I
- 47 3 21.69 I4-36 - 0.931 -14.4 - 0.69
9
£ 26
340 362 372 371 359 338 309 275 236 194
17.889 1 8 . 0 4 0 151 108 18.148 65 "18.213 22 18.235 18 18.217 57 18.160 93 18.067 126 17.941 1 7 . 7 8 6 155 182 17.604 203 17.401 218 17.183 227 16.956 228 16.728 222 16.506 206 16.300 182 16.118 149 15.969 107 15.862 58 15.804 3 15.801 57 15-858 117 15-975 175 16.150 231 16.381 16.660 318 16.978 14.969 + 1.316 +2.3 —0.04
44.64
262 218 3 9 - 8 4 168 3 8 . 1 6 HI 3 7 - 0 5 52
42.02
36.53 8 3 6 . 6 1 66 3 7 - 2 7 121 38.48 168 40.16 207 42.23 238 44.61 258 47-19 269 49.88 270 52.58 262 55-20 246 5 7 . 6 6 223 5 9 - 8 9 194 6 1 . 8 3 161 6 3 - 4 4 122 64.66
82 39
65.48 65.87
5 48
65.82 65-34
92
64.42 63.08
R 34
6 1 . 3 2 176 214 59.18 248 56.70 279 53-9i 304 50.87 324 47-63 334 44.29 336 40-93 329 37-64 311 3 4 - 5 3 282 3I-7I 61.76 + 0.856 —14.2 T O.7I
Scheinbare Sternörter 1955 O b e r e
15h
1955 1 21
27.550
20
22.61 23-7*
24-97 26.35 27.80 '
3j6
29.27 30.72
1
28.759 28.996
23z 7
3 3-f 34'
11
29.202
,
12 22
no
1 10*
.29.524 29.638
„, »
20
29.721
'
- '
30
145
147 145 139
32.II I2o Io8
35.69
Juni
Juli
29.771
I8
!9
29.789 1 29.776
— J
29
29.731
9
9
40.00
^
9432
28.421
47
"74 33.98
27
28.420
6
28.472 0
16 26
28.740
6
28.953
16
29.212
26
29-509 29.834
36 Mittl. Ort
25.810
sec 8, t g 8
1-1.104
a,
a'
J-3-5
b,
b'
+ 0.02
35.56 34
32.84
io7
32.55 32.50 u 32.70 0 '
259
325
g2
76 6s
: 5
~ 20 47
33.89
J
34-84
95
23.09 —
2
62.32
0.469
—14-1 f O.71
• Bel S t e m 563) lies Mal n .
32.638 32.522 32.444
36
32.408
-
183 2°t
' 86
.2 5 IS
19 55
2-431
39-30
r
39.72 41'
4-835
43 ° 5
i67
5-2§4:: 5.702 *
44-72
J
6.085383
48.62 £ 214 50.76 J ' 221
6.429344 } 301 6-730 6.987 2 5 7 0 211 7.198 io' ^ 164 7-362 * 7-540
I3
7-553
-
7-5^6 7-431 7.300 / J 7-I27 6.919
52-97
J I73 20g
5-247
6976
249
67.06
270
285
58-36 55-52 52.88
4 2
79-56 0.512
—14.0 O.7I
4
l6
44-333
86
„44-4^9
8
I7e
4J-39 2SO 43.89 ^ 247
52-84
;9;
54-49
I32
43-862 I 7 ° , 188 43-674 2 C O
5677 57-35
ig
43-474
57-53
22
57-31
&
56-69
IG2
52.50
6.228
5 I
36 3
o
5
44-303
I22
43-270 a
Ig8
136 103
- f 50.82
2.298
-76
34-52 36.61 3 0 9 0 232 38-93 2436
4 4 . 1 8 1 149 44.032
44-394
J
43-o68 42-878 42.709 42.568 c.
42.465 42407 42.400
£ 141
i°3 58 7
-
42.448;
441
' 3 ? 137
32
69.31^
57.36
6.627
3 I
;
5.884278 J 344
4-3 :-0.06
^
^
44-453
59-34
-i-I.622
43-612 43-847
-
3°-49
„
io 5.272 ' 129 5.401 5.606 2 °5
7.068
321
ig
30.12
~
63-34 1 9 8 61.36 ^ 202
%
l8l
32.36 c. JS0 31.06 ° 75
44-478
69-29
5-340
34-J7
44467
70.38 70.02
5.491
347
194 63.63 „ £ 178 65.41 , 66.97156 68.28131
« 70.38
6.684 , ^ 252 6.432 259 ^ 6.173 ' ° 252
22fi
268
44-046
7 a o
2 V 233
^
6
36-43
43-344
44-209
2i8
r
3
36
43-047
224
61.69
4
42.726
222
Ff208
3I4
30.31
J J
57-43
+ 3 3 ° 28'
42.040
J
55.21
m
//
4I"°43
4°-5° n3 I42
6
I3
"357 41.693
3
7-476
h
4 I
66.83138 ^ 164 65-^9 l 8
292
r
t
39-31
3.382 ^ 3.8754!3 87 4 . 3 6 2 4473 ^
I5
Dekl.
s
79.28 9 1 I27 0 7 8 - 0 1 l6o 76.41 193 74.48 223
61.28293
+
55'
68.21
64.21
30.949 i-2.6
-51° //
AR.
80.19
c
3 2.78172 j ' 219 33.000 , 261 33.261 293 33-554
—0.02
gm
J5.222
4 32.422 32.489 ° 7 ^ 120 32.609
-hi.124
?
80.75 80.93 • 80.74
" 4 8 ? 179 33.308 33.126 J 177 _
-
7«-i9 79-37 80.23
g
l66
27
76-72
I34
32-783
79
66.54 2 1 8 ,„ 222 68.76 220 70.96 ' 210 73.o6 194 75.00 :72 C.
J
32-949
I29
64.36
33.809 33-656
' 176
5 7 7 8 73 0 117 58.95 V ° 154
33-82° 33-9684 0 "3 34.081 f 78 34 - 1 5 9 ' 34-202 4 q
33-943
249
57-05
33
33-17
297 '
33-638
h
2I7
57-07 56.80
33-I72 ' 249 33-421 *
g2
33-33 32
o i
57.86
Q I
IIO
8l
88
59.15
1 303 32.894 3 3 3 2
34-053
75
28.468
7
31.600 * ^ 336 31-936 333 32.269 0 7 322
34-135
-
39-I6 38-62 37.96
36-40
60.91 y
J
I2
2g
28.676143 0 r 120 28.556
C.
34.189
4I
37-21
2
37
24
39-57
28.819
30.959
65.57 63.08
I5
s
//
563) S Bootis
Dekl.
AR.
+ 2 7 ° 6'
34.212
39-85
7
^
5
15
^
r 3 4 28.975
17
Dez.
29.657 / J
28
27
Nov.
39-90 40.02
29.289
8
17 Okt.
74
2
18
Sept.
39.29 39.66
29"556
!9 29 Aug.
38-8X
50
2m
X26 J
558) £ Lupi
Dekl.
s
21 Mai
15h
//
27.886 28.202 ' 292 0 28.494 2 ß 5
2
AR.
— 2 5 0 6'
26.844 * 27.200 ' 35°
3i F e b r . 10
April
I"i
s 26.148 /342 26.490 "
11
März
Dekl.
AR.
127*
G r e e n w i c h
557) ^ Bootis
556) 0 Librae
Tag
Jan.
K u l m i n a t i o n
65
42-552 42-7" 4 2.921 43-j77
4
46-36
2SÖ
48-72 ; i 8 50.90
55-8i 58
55-67 54-26
r
52-47
2;4
50.33 243 47.88 272 4 5 . 1 6 294 42.22 309 39-13 6
35-97
3I3
6
32"«4
302
294
29-82
3
2IO
50.57
43-471
46.03
41.214
53.98
t-1.199
-¡- 0.661
i-2.4
-13.3
—
I.277
3-6 :- O.73
—i
-0.03
9
27.02
0.75
8o
128*
Scheinbare Sternörter 1955 Obere Kulmination
1955 Jan.
1 11 21 3i F e b r . 10 20 März 2 12 22 April 1
Mai
11 21 1 11 20 30
Juni
9 29
15h 14m s 4.7I 53 5-24 8 5.82 f ^ 61 43
9 29
Aug.
8 18 28 Sept. 7 17 27 Okt. 7 17 27 Nov. 6 16 26 Dez. 6 16 26 36 Mittl. Ort sec 8, t g 8 a, a' b, V
64
7
' ° 7 63 7 - 7 ° fx) 8.30 ^ 8.86 5 6 9-36 ; ; 10.12 10.36 10.51 10.56 11 10.52 ° IO.39 J-7 10.17
9.10 V
Juli
564) ß Librae AR. Dekl.
565) 1 H. Ursae min. AR. Dekl.
Tag
24
15 4 13
+ 67° 30'
39.68 37-55 T „ 36.02 ^ 35-15 19 34-96 ^ 35-46 36.61 38.34 J UT 4°-59
5° 5 173 22r 266
15h 1 4 m s 35.134 3 35.441 35763 ' 6 36.089 3 2 c. 323 36.412 ; 3 36.724 37.020 275 37.29 5 2 5 i 37.546 2 2 37-771 I 9 8
43-25 £ 297' 37.969 46.22 0 316 38.283 ; 4 49-38 324 „38.397 0, 52.62 38.482 % 55-83 ^ 307 38.538 2 6 f-9°284 38.564 61.74,,, 38.560 4 664'2738.5273 68.15 1 7 2 ° 125 38.465 %
„ 22
47
8.63 8.12 5 1 7-58 " 7-°3: 6.49 :>3 4
69-40 70.15 22 70-37 7°-°7 82 5 133
5-46 4 6 5.00 4.6040 2 4 . 2 8 324
63-84 61.15 58.10 J
4.04
54-75
J 4 3-90 4 3.86 -3-93 ^ 4.11 29 4 4 0
39 4-79 £ 5-26 4 7 6.69 +2.615 +0.7 —0.11
5I
S 305
335 358
17
" 4 47-43 7 4 43-63 74 39-89* 3359 36.30 32.98 3 3 2 295 30.03 62.48 + 2.416 -13.3 + 0.75
38:268110 0 129 39 I 4 2 3 37-997 37-849 J J 37-701 g 37.563J 120 37-443 37-350 37-292 l 6 37-276 „ 37-308 3 , 37-389 2 37-521 i g i 37.702 37-926 38.187 38.478 34.877 + 1.013 +3.2 +0.01
291
-9°
560) Y Triang. austr. AR. Dekl.
i3'
//
^ x s s IO.71 159 12.30 " J
3-84
Z Iis
16.56 110 c.c. 88 1
54 19.20
66
19.63:3 19.85 19.88
, -
I
9-75 19.48 19.10
27 7
45
18.65 18.14 I 7'6° 17.04 16.47
51
£ 7
57
15.90 I 5-35
2
14-34 13.89
A.
s
u
30 ' 21
13.21 J 13.00 12.92 13-00
8
26
13.26 J4-38 ¡ 6 : 3u 6
89 109
127 17.63 ' J 142 19-05 20.58153 5.30 — 0.162 -13.2 + 0.75
Greenwich
15h j ^ m s 40.23 40.95 7 5 41.70 42.47 7 7 43.25 7 . 44.00 TT 72 44-72 6 g 45-40 46-03 56 46
' 5 9 49 47.08 42 47.50 4 47.83 3 11 48.08 1 6 0 48.24 ; 48.31 ~ 48.29 48.18 19 47-99 26 47
" 7 3 34 47-39 , 0 46.99 * 46.55 46-08 7 45-6o 4 f t 45-14 44.71 « 44-33 2 9 44.04 2o 43.84 9
566) 9 1 Lupi AR. Dekl. l8m
- 6 8 ° 30' n
15h
45-75 6 6 45.09 I 7 44-92 45-24 ' i 79 46.03 123 47.26 I6 48-87 j, 0 196 50.83 z 225 53-o8 249
56^756 3 g 7 57-123 ^ 57.50 8 3 8 5
55-57 266 58.23 61.02 2 7 9 63.88 2 ' 2 66.74 , 281 69.55 ^ 270 72.25 / -> 252 74-77 s 229 77.06 , 200 79 06 " 165 80 71 " !26 8 j - 9 7 82 82-79 36 83.15 83.02 / 61 0 8 2 4 1 108 81.33 79.80 1 5 3 77.88 1 9 2 75.64 ' J T 249 7
3-i5
264
57-899 58-287
- 3 6 ° 5'
£ J
58.663 59.022 359 59-358 % 59.667 3 0 9 A 279 59-946 2 7 g 6O I 9 4 2 i 6 60.410 , ^ 182 60.592 147 60.739 ^ 12, 0 "I 60.850 ° 74 60.924 36 60.960 — 60.957 3 60.916 4 60.840 7 6 IIO 60.730 c 139 60.591 ^ , J y 162 60.429 179 60.250 ™ 60.062 i g 6 59.876 59.703 59-552 59435 59.36I
' 7
7
£
43-75 ' 43-78 J 43-94 28 44-22 44-62 4 t
l ° 8f 2 6 8 6 7 - 3 262 65-" 2 6 62.75 2 9 60.56 ' 0 185
59-339 59-375 59-472 59-629 59-84 5
45-13 45-74 46.41
58-7 1 5^8 56.30
60.113 60.426 3 1 3 t. 346 60.772
6l 6;
40.66 : 2.730 + 5.6 +0.11
1 3
54.97 - 2.541 -13.2 -1- 0.75
56.524 + I.238 + 3.8 + 0.03
q7 I57 2l6 268
55.25 55-77 56.56 J
S2 7Q 79
101 57-57 I 2 Q 58-77 I 3 4 60.11 61.56 63.06150 64.58 66.10 5 2 150 67.60 T £. 44 69-04 n 8 7
°'42 71.72 ' 2 ' 7 ' -93 74-02
!30 • 121 109
7
4"99 75-8I 76.46 76.93
8
7
6. 65
;
77.20 77-25 76.67 76.05 75-23 74.230 73-°9 71.86 ' , 70.60 ' 69-36 68.21 67.22 66-43 65.89 65-63 65.67 66.01
82 IOO
114 4 I2 123
126 124 „
58.39 — O.729 -I3.O + O.76
5
99
^ ^ , 4 34
S c h e i n b a r e S t e r n ö r t e r 1955 Obere Kulmination Greenwich
1955 Jan.
1 11 21 3i Febr. 10 20 März 2 12 22 April 1
Mai
Juni
Juli
568) ¡1 Bootis pr AR. Dekl.
569) y Ursae min. Dekl. AR.
Tag
11 21 1 11 20 30 9 !9 29 9 29
Aug.
8 18 28 Sept. 7 17 27 Okt. 177 27 6 16 26 Dez. 6 Nov.
16 26 36 Mittl. Ort sec 8, tg 8 a, a' b, b'
15h 20m
+ 7 i ° 59'
44-°5 & 44.65 6 7 45-32 46.05 7 46.82 7 7 ^ 76 47.58
19.01 2 267 16.34 213 14.21 12.68 "•81
4K 3 1
2
4 99 6 l 49.60 52 50.12 41
J
° 1 30 50.83 Ig 5I-0I 6 5
3
13 ' 6 51.01 3 17 5°- 8 4 28 50.56 .„ 50.18 38 47 49-7! 49-17 6 o 48.57 6 ; 47-92 ^ 47-23 7 0 4 53 7G 45-83 ^ 45-M 65 44-49 59 43-90 43-37 J 42-93 34 42.59 42.37 42.28 42.32 42-49
2,
g ^ 30
4279 w 43-22 4376 54 46.9O + 3-235 —0.1 -0.13
%
15h 22m 47'012
571) i Draconis AR. Dekl.
+ 37° 3 i ' 47TV 1 5 272 44-43 233 2 ' 1 0 186 ' 4 40.24
3X6
47.328 47.667 48.021 48.379 S 48.730 49.o65 i
38.92
j;
I5h
23®
54.166 54-574 ] 55.026 ^ 55.508 4 8 2 56.002 4 9 4 491 56.493 56.966 4 3 5 7 - f 7 948 57-805 1 58-^49 £
129*
572) ß Coronae bor. AR. Dekl.
+ 59° 6'
15h 25m
64.52 0 a 280 6I.72 231 59-41 _ 73 57.68 i 0 110
58.152 58-45! £ 58.772 59-105 3 59-441 329 59-770 60.084 3 1 4 60.378 294 * i e. 268 60.646 60.885 2 3 ! J 206 61.091 61.263 1 7 2 * H7 61.4OO , IOI 61.501 , 'V566 %
+ 29° 15' 2 I -83
26i
r9-22
228 94 l 8 8 15.06 140 13.66 J 89 12.77 3, 12.42 12.61 70 I 3-3 I „ ^•48 16.06 191 17.97 ' 215 20.12 231 22.43 0 239 24.82 ' ^ 238 27.20 2 SO 29.50 2 I . 3 31.65 194 33.59168 35-27 I 3 9 36.66 ^ 0 106 37-72 3«-43 38.77 38-74 j 1
56.58 4 3 38.1716 38.01 5^15 12.12 24 "5 38-43 J J 3.27 56-39 9 : 175 49.661 1 15.02 2 2 "6 ^ 57.29 250 39-4 I1 Ä4 77 50 8 - 7 9150 ' 0 60.83 204 49.9H 2 j 3 40.88 j 247 ^ 189 I 7 - 2 8 268 58.433 42.77 63-30 , 5°-i24 "223 0 2 219 66.12 g 2 50.298; 58.652 45-oo 7 4 58.804 1 2 69.17 3 0 5 263 - 6• 9154 3 1 9 5°-432 94 47-47 317 2 5 a i « ** " 328 50.526 58.886 J* 2 7 2 '34 l8 14 0 4 2 9 " f 325 58.900 -32.67 ^ 50.579 „ 5 2 '7 265 75.52 ' u u 309 78.61 ' 61.596 58.848 3 288 50.592 2 ß 55-43 2 „ 58.733 5 0 290 61.591 50.566 57-96 2 4 8l.5I 264 r 3 258 ^ 4° eR cen 1 7 4 0 61.551 5°-5°2 98 60.30 209 58-55 9 228 84.15 41.24 2 2 I A , 72 61.479 ^ 0 50.404 1 3 I 62.39 , 178 43-45 58-331 2 ? 6 86.45 ^ 61.376 103 64- x 7 144 ' J/ 131 58-055 ;l6 8 8 . 3 5 1 9 : 45-22 £ 50.273 i 6 i 6l.245 146 65.61 , 57-739 o 35 46.51 79 5 ° - 1 1 2 l 8 s C.C. c. 106 ISS 89.81 61.O9O 47-30 ; 7 49-927 2Q4 f 6 7 65 57.389 4 90.80» 67.32 23 74 60.9160 1188 47-57 - 49-723 2 91.28 2 60.728 67.55 IQ 49-5°6 e. ^ 195 47-32 67.36 £ 56-233 - 91.26 54 60.533 J J J 194 4 54 I 3 0 49.282 222 90.72 7 ' 104 49.060 66.73 55-846 45-24 8 f°-339 l 8 6 3 8 -3 2 8o 211 89.68 48.849 65.68 43-46 55-478 53 l 6 8 37-52 i i g 3 e. 146 88.15 1 5 3 64-22 4 I -22 266 ,Z 55-141 2 9 . 86.15 200 59-985 I 4 I 36.34 0 z 295 0 242 48.496 54.846 62.37 38.56 34-8o T u TO2 J 59.844 124 , u / 222 241 83-73 2 8 i c 80.92 60.15 54.605 i ; 6 v y 35-54 333 48.372 7 ; J 25s 315 59-737 4 u32.92 221 32.21 , 57-6o 30-7 1 54429 IG2 77-77 34I 59.673 48-294 2Ö 59.658 f 28.22 2 4 9 28.65 3 5 62 48.268 - 54-76 30 54.327 21 74-36 4 r 272 37 59.695 l 25.50 ' 0 31 5 « 7 1 « 54.306 1 ? 289 1 37 59-787 6 22.61 48^388 - 4 5° 28 54.369 r 299 371 147 45-22 54-516 ' « 3 ' S 63.33 360 59-933 I g 6 19.62 30I J 48-535 230 3 325 13.85 l6.6l 48.736 54-746 3 o 6 59-73 338 60.129 t 241 4i-97 331 4 2 13.68 293 48.987 10.54 56.35 60.370 55-°5 37I 3 292 J38.85 J 290 275 295 ^ ick 49.279 60.647 10.93 55-423 35-95 7-59 53-30 83.10 62.39 47-334 38.95 55-429 58.3I7 35-I8 - 0.768 - 1.672 i-1.261 + 1.146 + 0.560 - - 3-077 + 1.949 -12.7 -12.6 +2.3 -12.8 +2.5 -12.5 + 1.3 -0.03 • 0.77 - 0.78 —0.02 h O.78 - 0.77 —0.07 11.62
5°
iS
Sä»
i
130*
Scheinbare Sternörter 1955 Obere 573) v1 Bootis
Tag
15I1 29 m
Jan.
1 11 21
3i Febr. 10 20 März
2 12 22
April
1 11 21
Mai
1 11 20
Juni
30 9 19 29
Juli
9 !9 29
Aug.
8 18 28
Sept.
7 17
18-521 18.866
36j
49.81279 238 47-43 I 9 I 45-52 44.17 *tt / 7 5
3SO
43-42
319 345
19.963 20.313
i
327 20.640 299 20-939 2 6 4 21.203 ; u
220
-f 9 21.615 2 1
l86
21.758 1 4 3 OD 100 21.858 ^ J 15 56 21-914 21.928
I4
"
' 9 ° ° 68 21.832 ° IOI; 2 1 7 2 7 141 21.586 4 1 ° 172 21.414 „ 2I.2IÖ, 220 2I
20.996 20.762 242 20.520 J 240 20.280 230 20.050
27
46- 6 93 46.985 47.3OO
i
47-627 47.958 •t/
S
49-399
2IO
48.28 £ 233 50, 258
49-609
8
49-787
I45
49-932
37-09
iio
39-I4 41-35 43-66
275
55-94
28i
5
277
75
i65°-
042
50.118
J
50.158
6l
68.83 j
5°-°75
92
70.72 '
152
'
72'24
IIa
73-36 74-o6
;6
74-32 74-i4
63
73-5i 72.43
iog
49.983
293
48.308
J 9-397
'
58.01
315
48.341
20.057 20.350
Mittl. Ort
18.661
sec 8, tg 8
+1.325
a, a' b, b'
h2.2 —O.O4
68.10 +
0.869
22I
*
45-97 2 2 ( 48.21 ^ 211 J 5 2 , 2 4 192 l69 53-93 I 4 G J
48.392
48.428
7
^ 207
48568
42289 39-72 2 9 3
48-757 a u 48.991234 ^ 270 49.261
36-79 33-92 31.20
46.854
54.22
+1.121
+
+2.5
—12.0
—0.02
+
0.80
36.00
38.03
^
38.80
77
-
40.07;;
39.65 33
4-"5 4.065
50 79
38-65
£
i56 I49
1 6,
3-391 0.258 3-646 hl.034 3-933 + 3.4 ho.Ol
36-94
%
36-48
%
36.02
43 ,, ;
35-59 35.21 34.90
2G
34-70
7
34.63
~ 29
;a
35-51 36.21 J 37-10 0 38-i7 39-38
215 2
„ s
' 89
io7
27.26 — 0.2ÖI -12.0 +
0.80
96
11-455 "•417 1 1 . 3J 3 6 J
6 -8 8I
121
I2;
iL. iL.
66
48.05 9 3 u 115 ^ 49.20 134 50.54 149 5 % ° 3 160 53-63 l 6 7 55-30 i ; 7 57-01 6-47 62.15 , ^ 162 63.77 u 153 6 ^ 1
-
67-96 69-04
86
69.90
fi2 6
187
70.95
-
2 °7
70.73
~
9 - 5 5 ° 8S 9-635 * 9.789 1 5 4 0 219 10.008 „ 280 10.288 331 10.619 372 10.991 6-533 +1.396 +4.1 +0.04
46-46 47.12
3°
10.664 ^ 219 IO-445 220 10.225 i 209 10.016 „ 9.831 1 8 5 150 9.681 J 102 9-579 46 9-533
ff
46.O6
70.88
11.215 10.871
- 4 4 ° 14'
70.52
11.058
44
34-73 35-02
2.822
'
42 4 4
37-39
144 r54
133 3.017 0 ' 107 2.910
J
3
37-83
127 '
-302
n-449
38-25 106
ir
"•398
39-35 39-02
£
x . 1 1 - 1 6 3 !39
39-89
~
2.806 0
10.505 iL. 257 I0.762 Q 220 10.982 i g i
r
I2
40.18
4S
2.837
9-885 ' 3 7 10.212 ' 293
26
40.07 40.19
406
9-145 , 8 , 9-528 f 3
42
39.81
^
3'299
8-739
59
39-39
430
8.317 u ' 422
109
4-133
3-455
^886
I23
J
287
0.507
—12.2
34-77 Jt //
322
4-120
3-753 3.609
50.35 236 47-99 2 6 o 45-39 2 7 8
-
330
4-075
' ^
I4I
I28
3 0 7 5 135 32 I ° r 6 3346 l 3 l
JJ
io5
55-59 54-18 52'42
ge
i 5 h 33 m s 6.639 J 397 7.036 ' . 420
305 323
^ f 194 3-5 8 9 i 6 5 3-754 3.891 3 7 16° y 107 3-998 ^
76
~
29"47
?o8 2.370 ¿i 291 2.66l 269 2.930 245 3.175 ° ' 220
3-986 3.880 J
IIO
57.65
+
O.79
205
56-64
61.16
36
I46
48-807 2 48.641 48-500 ;oS 48.32618
331 54-70 337 5i-33 lg6 333 47.98 y , 322 44.76 ' 297 293 1 4i-79
59 £
57-33 69
-
26
I2I
2.062
48.990
i 9-38O
19-809
^
44
55-33 56.43 57-19 57-6O
6
16
6
0-757 1.080 I.410 I.740
-
3 2 "78 33-84
O.452
Dekl.
AR.
— 14° 38'
33 m
^
49-862 49-7i6 i 6 6 49-550 i g i 49-369 i 8 9 49.180 ^J 190
64.09
3
40
50.136
42
6
76
50.164
T 189
191
32-T2
61-52 , A 265 64-j7 246 66.63 2 4 6
19*422
26
32.54 32.10
49^58
27
4
;
48.889
95
f
325
*
I9-5I7
1 9
229
IC3
17
16
36.86 J
43-73
70.93 ' 191 60.02 c.1 229 73 2 Ö 4
Nov.
259
34-95 33-50
1410) 115 G. Lupi
Dekl.
S
4I-74
44-76
2
'
327
48.283
19.659 *
292
48.596
53-19
I5h
/f
-6
4Ö-30
AR.
+ 26° 5 1 '
43- 2 7
7
Okt.
Dez.
32111
s
S2.Ö0
363 19.229 gg 19-598
15h
!f
577) y Librae
Dekl.
AR.
+ 40° 58'
s l8.202
G r e e n w i c h
578) a Coronae bor.
Dekl.
AR.
1955
K u l m i n a t i o n
70.22 ' 79 69.43 I O , 68.38 , 0 128 67.10 65.65 64.08 f ^ 161 62.47 60.88159 149 59-39 4 58.08 3 I09 c. 56.99
8I
56.18 55.68 55-50 50.75 0.974 —12.0 + 0.80
;
Scheinbare Sternörter 1955 Obere
1955 Jan.
1 11 21
3i Febr. 10 März April
2 12 22
1
21
1 11
20
Jun i
30
9
19 29
Juli
9 19
29 Aug. 8 18 28
Sept.
Dekl.
1 5 h 42m
+ 6 ° 33' //
s •
,
7 17
Okt.
7
17
Dez.
27 6 16 26 6 16 26
36
1 8 6
5-968 6.126158 130 is.6 . 2 5 6 100
b'
45.88
356 gg 6.425 6.464 ^ 6.471 ¿T 6-447 r7 6.393 g 6 . 03 1 1 0 13° i 47
6.073
r
s-9f t 5-769160
5.609 5.45414I U -I
5 94 5.106 3
IIQ 88
49
5-33 1 5-519 5-747
50.37
48.64 7 3 ^ 190
Z l88
46-74
228
203
44-71 2 o 8 42.63 40.56¿ 207
2Ö2
6.009
0.00
140
J53-21 J 131 51.90 I 5 ,
5-057 5 5. 0 52 -5.096 5-i89
35
47-28 48-69:; 5°-°5 128 5i-33 I I 8 52.51 u IO
x
27-438 ,
J
69-90 69.06 £ o 67.84
347 309 3 64
27-492
l86
114
29-3
27.014 a 2 7 . 2 2 91 6 / 0 14 0 27.389 IQ3
64-85
6.32
1-83 +2.040 L 5-4 0.02
49 ° 50' tt u3 I . 6 o isi 3°"29I I 0
23.526
2
55.56
26
2I.8o6
f ° 358
23.072
45-54
O
,
21.138
AR.
454
,
l 6
129
45-88
6O.IO
c.
26
46-54
'
20
159
47-53
66-27l
6 . 1 7'
6
b, b'
37
3 5
17
a, a'
„
33
7
sec S, tg
1 3 2 0
8.19
7 27
Dez.
4
9.08
!9 29 8
48:£
0
1 9 10 3
y
17
Nov.
89 -. 9 09 9 9.12
29 9
28
Okt.
2 6
8.80 I4
18 Sept.
48
4 3
Juni 1 0
Aug.
2
1
31
Juli
17h
21.448
^
4.11
12
i 8 j
3 9
W
22
Mai
38'
653) ß Draconis
Dekl.
s
1.07
1 21
April
—60
0
s
11
März
AR.
Dekl.
AR.
141*
G r e e n w i c h
651) a A r a e
648) 8 A r a e
Tag
Jan.
K u l m i n a t i o n
227
9 3 100
25.29 i o 2 3 24.26 ^ 101 23.25 J ° 94 22.31 83 21.48 83 £. 7 2 20.76
32.979
22.58
+ 1.253
-0.756
-1-4.1 l-o.oi
—2.6 I-0.99
Scheinbare Sternörter 1955
142*
Obere
K u l m i n a t i o n
656) a Ophiuchi
654) 8- Scorpii
AR.
Dekl.
17h 32*
+ 1 2 ° 35'
s 50.260
51-483 293 51-77ö 296 52.072 294 52.366 288 52.654 2 77 52-931 263 53- I 94 245 53-439 223 53.662 197 53-859 167 54.026 135 54.161 S 54-2Öo 99 62 54-322 22 54-344 18 54-326 56 54-270 92 54-I78 124 54-054 151 53-903 171 182 186 180 163 137
104 63 52.717 19 52.698 29 52.727 77 52.804 122 52.926 164 53-09° 50.625 +1.025 +2.8 0.00
— 4 2 ° 58'
1 7 h 34
24.98 22.84 20.8l 18.96 I7-36 16.09 15.20 14.72 14.67 I5-04 15.81 16.94 18.37
214 203 185 160 127 .89 _5 37 77
4.633 4.907 5-225 5-576 5-952 6.346 6.749 7-I56 7.560 7-956 8.340 8.707
274 318 351 376 394 403 407 404 396 384
367 "3 344 143 9 " ° 5 1 317 168 20- 0 5 o 9-368 ^ ° 187 21.92 9-653 246 199 23.91 9.899 , J 7 204 204 10.103 25.95 J 156 o 203 16 10.259 27-98 104 Ig6 10.363 29'94 52 l8s 10.415 3x-79 I 7 0 3 10.412 ^ 33-49 151 c. 5' 6 IO.356 35-00 106 130 10.250 36-30 150 105 37-35 80 I 0 - I 0 ° 188 38.15 9 ' 9 1 2 216 54 38.69 26 9.696 233 38.95 9-463 3 237 38.92 9.226 227 31 38.61 8-999 204 60 38.01 8-795 169 89 8.626 37-12 122 116 8.504 35-96 67 143 34-53 168 8-437 5 32.85 8.432 187 59 30.98 8.491 203 123 8.614 28.95 184 213 8.798 26.82 216 239 24.66 9-°37 28.89 +0.223 -2.4 +0.99
4-9I5 + 1.367 +4-3 + 0.01
I4-85 13.86 I3-05 12.41 n-95 11.66 "•54 "•57 "•75 12.06
99 81 64 46 29 12 3 18 31 43
12.49
56 67 78 89 98
13-05 13-72 14-50 15-39
16.37 105 17.42 109 18.51 19-63 m 20"74 Io6 21.80 22.77 23.60 24.27 24-73 24.97 24-95 24.66 24.12 23.34 22.36 21.20 I9-92
18.58
1
128 134
135 17-23 131 15-92 1 4 . 7 1 108 13-63 16.39 -0.932 -2.3 +0.99
664) o) Draconis
658) ^ Serpentis AR. Dekl.
Dekl.
S
191 50-45I 224 50.675 251 50.926 271 286
53-732 53-550 53-364 53-184 53-02i 52.884 52.780
AR.
G r e e n w i c h
i 7 h 35 s 0.291 213 0.504 246 O.75O 271 I.02I 290 I.31I 302 I.613 310 I.923 312 2.235 309 2-544 304 2.848 294 3-!42 282 3-424 265 3.689 245 3-934 4-154 193 4-347 l 6 o 4.631 4-717 4.762
124 86 45 4
- 1 5 ° 22' 20.30 20.92 21-57 22.22 22.83 23-35 23.76 24.03 ^ 24.16 24-!3 23.96 23.66 23-25 22.77 22.24 21.70 21.16 20.64 20.16 19.74
h
3711
8.86 22 9.08 33 9.41 43 9.84 5i 10.35 57 10.92 62 "•54 64 1 2 . 1 8 64 12.82 63 13-45 59 14.04 14-58 15-05 15-45 15-75
54 47 40 30 21
15.96 16.07 6 , ' 16.O7
17-58 17.60 17.70 17.89 18.19 18.59 19.09 19.68
8-35 3 8.38 15 8-53
19.36 19.04 18.77
4-247 4-074 ¡ I 7 3-897 0 " 170
18.14 17.98
0-445 1-037 "3-4 0.00
i;
10 15-97 20 15-77 29 15-48 38 15.10 46 14.64 53 1 4 . 1 1 58 J3-53 62 12.91 64 12.27 64 11.63 64 10.99 60 10.39 55 9.84 49 9-35 41 8.94 31 8.63 20 8-43 8
4.766 36 4-730 75 4-655 109 4-546 139 4.407 160
3.727 3-574 I 2 6 3 4 4 8 90 3-358 47 1 3-3ri 3 - 3 1 0 49 3-359 98 3-457 144 3.601 186 3-787
AR.
18.53 18.32
17-83 17.71 17.62
19.18 -0.275 —2.2 fo.99
I2.Ö0 + 2.763 -0.4 —0.02
44.22 + 2.575 —2.0
: 1.00
143*
Scheinbare Sternörter 1955 O b e r e
K u l m i n a t i o n
663) 1 Herculis
Tag
17h
1955
38111
l'
+ 46°
17h
1
10.242 10.424
21
10.658 I 0
20 März
2 22 1 11
Ä 9 32» 3 6 " 6 1 308 3 3 - 5 3 2-6 30-77 2 „ 3 9
2 3 4
279 ,l6 343
-44 26.61
S
2 8
124 25-37 ei 2476
2
24.78
65
5"43
I 2 6
2
2
J-
9
i 8 o
49
2 2 6
6
324 3J -/ 7 J3 J5 2 9 4 14-029 57 14.286 ^ 216 14.502 ^ ^ 170
3 ° " 7 5 265
3i
14.672 ^ ' 121
3948
10
14.862
5
14.877
~8
21 Mai
1
1 11 21
Juni
2 5 3
i
I g 2
n - 5 9 6 /0 362 11.958 371 12.329 * 372 12.701 ' 363 13.064 J J J ^ 347
12 April
'937
" •
29
14-839 J
Juli
9
29 Aug.
I
18 7
i
17 27 Okt.
1 77 27
Nov.
4-748
2
33-4°
t
36.34
0
45-95 49.11 5
2
"
i 0
226
59-44 61.15 ' J , 129 62.44 83
3-°5O29;,
1 2
-754
I 2
' 4 7 7 248
277
63.27 63.62 A 6349 62.86 61.75 '
J
6
12.022
58.13
16
11.863
159
26
II-7ÖO II.717 ' '
£ 21
26
-738 11.822
84
36
11.967
145
16
I J
Mittl. Ort s e c 8, t g
a, a' b, b'
§
276
57-33
60.16
6
299
186 4 - I 9 5 260
0,
i
4'577 4-9 5
x
8
5'499
15.780
•i'
16.070
+ 4° //
2
„
35
— T3 ß, 3 111
159 203
55.69 ^ 279 52.90 n 3°7 4t v9 . S 3O 327 " 5 6 337 43-19 ' 39.84 335 4 6
i 8 8
2 4 7
2 8 i
290
61.52
J 3 J
1
9 - "
55-34
I o 6
I
9-7
5
54-28 53-52
17.491 25I 17.742 ' 231 I7-9-73 2 0 7 18.180 2 7 179
S f
18.696
^
18.733
" '
18.610 O "499
^ HI I 4 0
359
1
l 8
42
18.198 18.024
i 7
:
17.846178 r 173 J 7 73 ^ 7'5I5 ^
IOI
17.281
6 2
I
^
17-219 17.201 ' 17.230
I33
l 8
— 29 7 6
17.306 ' J , 120 7"426 i6i
j
*
4
°
54 60
I 9 0
" • 3 9
162
65
8
2478 l 25-29;
58-95
J g
2 53 - 7 4
39
26.13 A 26.44
31
26 67
23
65.53
26.82
15
67.04
26.87
-5 4
168 62.26 ^ , 166 63-92 l 6 l
139 I 2
J
69.66
106
7°-72
88
0
69
72-29
4g
ir
26.83 A 13 26.70 A 21 26.49 A 29 26.20 25.85 J
J
^ 39
6
25.46 25-03
73-10
-
24.59
;
72-94
38
72"56
l
'17 23.79
8 33.
72.77 73-04
27
71.96
82
7I'I4
1D4
70.10 68.86
124
6744
%
65-87
l 6 6
64.21 171
42 m
+72°
9'
7I-34 67.86
, 8
39-52 39-87
64.60
3 2 6 292
tr
2 4
23-46 23.20
4
39-30
„
61.68
4°-9
66
59.20
3
7-49
62
6-87
2
42.28
-
43.02
97
6-59 6.66
7
7.06
4 0
10.10 11.65 J
13.43
7 1
43.77
74 ^ 75
7
44-50
72
g
45-T9 102
130 ^ 178 195
J
I
41.57
7.78 8.80
22
40.34
9-77 8.46 ^
'
6 i
24.21
•
62.50
3- 9 2
' 9 9 66 ' 5 67
23.60
4
17-587
5-44 ~J T T 2 1 C
I
57-42
7
I
22.97 63
*
6
*
17h
42'
I
22.32
53-94
68.43
18.730 18.688
18.57
2 0 2 I
6 2
3
4
2
53-32
^ Iii
,D
-°9
20.34
-
8
7-69
5u 6 . 6 5u
53.03
I4
r
1 8
5
—64°
Dekl.
s
n I70 59-82 0 165 58-17 ^
2 l 3 1 6, . 6 o5 /7 288 1 945 279 i 7 - 2 2 4 267
I
41m
I 5J - J3 8 J 7 - 4 7 220i 98
i8
pr
Draconis
AR.
s
53-10
16.364
17h
34'
670)
Dekl.
AR.
2 9 4
o'359 18.507 2 4 •7 0 r 18.620 6
323
4 2 7 1
12.229 ^ 207
Dez.
294 314
54-86
^ ^ 298 13-353
28 Sept.
9I
1 3 - 9 3 5 284
8
41m
s
11 3i Febr. 10
Dekl.
AR.
s Jan.
6 6 1 ) i) P a v o n i s
665) ß Ophiuchi
Dekl.
AR.
G r e e n w i c h
45.83
£
46.38 46.84
2 5
47.20
2 4
47-44
I2
47-56
q
57-27 k 55-96 55-30 55-32 56.01 57-33 59-23 61.63 , ° 64.44 67.55 ' 70.88 74-32
348
248 193 131 ¿g 69 ^ 132 i g o 2 4 0 24
281 311 333 344
47.56 21.86
221
217
47-44
24.03 ^ J 207
47-20
3 4
26.10
46.84
4 6
28.01 29.68
46.38
f
87.27 0 89.90
137
45.83
g
9
S 1 ^ X02 32.07 ^
4544.51 ^
69
32-70 32.89 32.64 3i-93 30.78
43-77 43-00
115
0
'
191 167
I 9
"
2 0
7
2 - I
7
r
26? 227 184
-01 95-39
138
77
96.28
g
7
96.66
-
74
9 4
8 9
42.22 ' A 76 41-46 7
96-5^
g
95-84
X
155
4 ° - 7 3 68
94-65
I7Ü 2 i 7
'
2 6
2
9
3
l 8 8
4
°'°5
60
92-95
17 23-03 7
2
7-35
2IÖ
39-45
,r
J
38-94
2
90.78 88.18 85.20
298
22.96 2 2 . 9 9
w 23-13 23.38
3
i4
- 2
«
2 5 2 2 2 0
9
-36
3
246
' 3 7 248
-89 5-48 13.20 i 7 z
228
38-54 38.26
;
8
38.12 38.12
°
38.26
14
23.72
81.93 7 8 4 6
327
347 357
74-89 71-33
n-539
45-77
14.861
64.36
18.72
18.32
43-98
77-36
-¡-1.440
+1.037
+1.003
+0.080
+2.340
—2.116
+3.266
+3.109
+1.7
- 1 . 9
—1.6
+5.9
- 1 . 6
- 1 . 1
- 1 . 5
—O.Ol
+1.00
I-3.0 0.00
+1.00
l-O.OI
¡1.00
—0.02
:I.OO
7
144*
Scheinbare Sternörter 1955 Obere
AR.
1 11 21
31 Febr. 10 20 März 2 12 22 April 1
s 4I.O56 41.230
41.689 41.962 ^ 291 42.253 3°4 42.557 „ 3 42.868 Sil 43-179:0. 4 3 .-r4 8T4 3 5 -r.»
11 21 1 11 21
43-779 2 g o 44-059 2 5 9 T , OTS Mai 44-318 44-552 J 44.758 I 7 2 31 44.930 J u n i 1 0 1 84"5 . 0 6 35 95 45-IÖ0 > 19* 29 45-213 w 45-223 3 l Juli 9 J
9 29 Aug. 8 18 28 Sept.
7 17 27
Okt.
7 17
Nov.
Dez.
27 6 16 26 6 16 26 36
Mittl. Ort sec 8, tg 8 a, a' b,
V
45.I90 45.115 TJ j jj, 45.000 1 4 9 44-85I * 178 44-673 TT / J 2 0 I 44-472 , 4 4 - 2 5 7 219 44-038 5 4 3 - 8 2 3J 199 43.624 I 7 4 43-450 4 3 -J 3 1 0 43-2io 43-157 43-154 43.201 43.298 43-443 41.718 +1.130 + 2.4 0.00
AR.
+ 2 7 ° 44' //
174
o
100 3 " 97
145
4 0 7 1
277
37-94 2 6 2 35-32 g 32-94 204 3°-9° l6l 29-29 „ 3 28.16 " 61 27-55 6 27-49 ¡ 1 47 27.96 * 99 28
" 9 5 145 3°'4° l86 J3 2 . 2 6 219 34-45 39-50 «9
269
42
44-89 47-52 50.03 52,34 54-4° 56.18
263
23I 2o6 I7g
57-64 58.75 J
/ 3
74 59-49 36 59-85 " 59-8i 59-37 0, 5 8 . 5 3J 1234 57-30 55-70 53-75 5i-49 48-98 46-29 43-49 40.68
Greenwich
675) 35 Draconis
Dekl.
1 7 h 44m
1955 Jan.
Herculis 1
667)
Tag
K u l m i n a t i o n
17h
51m
s 20.69 ' 20.91 21.32 21.89 c. 22.60
3°-47 30.95 31-27 3i-43 I 2 203J - 4 ^ z 3 -25 J3 0 . 9 1 ^ 30.42
z 48 32
16 " 17 34 49 6
2979 /6 29-03 g 7 28.16 95 27.21 ' 102 2 6 . 1 97 107 2 5 - 1 2 108 24.04 ^ ^ 107 22
'97
I0,
2I
-94
96
2 a l 1
22Ö
W S i8 '74 18.30
45.15 ,0.526 -1.3 + 1.00
251
55-49
I98
53-I3 l8o 54-93 57-24 2 7 3 59-97 3 o 6 3 - ° 3 328 66.31 69-7234'
86
18.03 17.94 18.05
139
51.38 J5 1 . 9 v 0
59 123
42.823
4°-°3 ,46 36.57 , 2 7 33.30 2g6
43-527 ' 43.880 3 5 3 396 44-276 44-702 _ 45-^47 4 z ^•598 46.044
428
46.472
i00
47.235
w
47-552 47-815
2Q4
2
48.019 I 0 4° 48.159 4 73 73-16 8 2o48-232 76.5433 4 8 - 2 3 7 «r 323 79-77 ' y ' ' 300 4 73 4 8 2 ' 7 7 27o 85-47 l 87.82 35 89.76 1 9 4 15° 91.26 * 103 9 2 . 2 9 _2 92.81 5 0 92.0 81 52 92.29 i o I 3 91-26 J :>4 «"'7a »
48
75.88 72.39 68.89 72.62
+4-32I -0.7 i 1.00
; '
43738 43-779 43.898 44.903 -¡-1.830 + 1.0 0.00
1 Die jährliche Parallaxe (0*109) ist bereits berücksichtigt. * Bei Stern 675), 671) und 672) lies Juni 20.
253
'
202
2
5-79 I 4 2 24.37 78 23-59 „ 2 3 4 8 r. 24.03 " ^ 119 25.22 1780 27.00 229 29-29 3 2 . 0 0 304 35.04 3 2 ;
344 377
" 4 9
AR.
Dekl.
1 7 h 54m
+ 37° 15'
s 4I'5*3 l6l 4x-674 2o6 41.880 24s 4 2 , I 2 5 2748 42-403
54
81
" 273 57-54 2 7
3D4
42.707 43.028 £ 332 43.360 " 35 43-6952 331 4 4 . 0 2 6 -TT 44-348 4 4 . 6 5 4 283 44-937 6 4 5 1 9 3 " 223 45-416 i 8 s
45-6OI 38.31 34 1 41.72 45-745 345 J 4 5 8 4 5 45- 7 „ 0 " 33 45-897 4 ^ 8 . 5 5 324 J5 1 . 7 9 45-901 ' ' 302
2
44.636 44-329 2 5 , 44 " ° 7 8 187 4 3 8 ' ^ 115 43-776 38
350
4-435 -2.7 —O.Ol
193 93
46-576 4 6 . 1 7 8 39g 45-772 * 45-371 * 44.988 *
349 49
27.54
43
"° 47.850 47.599 47-297 3 t46.95 VDO
dd 44 9
rr
46.872
76 61
~
+ 56° 52'
s
z
J58.00
28
"24 29-10 29.85
52
m
64"17 SI 4 2 . 9 9 0 43-227 6r3
53-5i 52.12
I9.
28i
57
71 ' 84
17h
+ 76° 57' tt 67.61
3-44 92 2 4 - 3 6 98 2 5-34 , , 2 33 98 27 31 " 93
20.98
28o
4
1
2
ißo
x
22
672) & Herculis
671) 5 Draconis AR. Dekl.
Dekl.
i
45.858 45-768
IOO
52 4
-
90
H3 45-635 j72
i
I5-33
3°7 ' 291 9-35 265
12.26
6"7°
228
4
183 ISO 72
"42 2-59 1.29 0 .•D/ 57 0-45 0.92
I2
i
47 104
1.96 T 57 3.53 203 J5 . J5 6 241 7-97 c. 270 10.67 291 13-58 16.61303 19.67 3 r 2 2 . 6 8 287 ° 25'55
26;
28.23 0 30.66
32"77
243
211 IY6
4 5 4 6 3
205 45.258 2 3 ;
34-53 J,8 35-91
G6
36.87 37.40 37-47 37.09 J3 6 . 2 6
„ * ^
62.06 ^ 199 60.07 2 / / 44 283 54 8 " ° 315 51.65 J 337 48.28 44-78 3 5 0 41.26 352
45.027 44.78024/ ^ ' , 254 4 44.526 44.275 237 44.038 z 43-826 8 43.648 4 3 - 5 1 1 88 4 3 - 4 2 3 36 4 3 . 3 8 7 2Q
- 1 6 242 8 . 7 1 24> 274 2 5 - 9 7 296
43 -407 43.482 73 7 127 43.609
2 3 . 0 1 309 19-92 „ 16.81 3
44-8I +I-533 —0.6 + 1.00
42.471 + 1.256 + 2.1 0.00
19.38 +0.761 -0.5 ;-I.00
6 3 4 2 64-48 65.03 65-°7
„ 5
4
"8
63.58
34.98 33-27
3
3
128 2II
3 I
Scheinbare Sternörter Obere 676) y Draconis Dekl. AR.
Tag 1955 Jan.
1 11 21 3i Febr. 10 20 2 12 22 April 1
März
Mai
11 21 1 11 21
3i Juni 10 20 29 Juli 9 29 Aug. 8 18 28 Sept.
7
17 27 Okt. 7
I7h
55m
+ 51° 29' // 32.OQ 339 3 2 " ° f 220 28.70 32.267 25.48 3 2 2 275 J 292 32.542 22.56 J u £¡7 320 251 J 32.862 20.05 J 357 ^ 201 l8.04 33-219 g I6.6I 33.602 399 0 80 34.OOI 40s ^ • S i I 4 34-406 15.67 16.18 5 3 4 ' 8 0 7 387 114 35-194 3Ö4 T 7-3* I 7 I 19.03 n j 222 21-25 , Q 264 94 36.185 249 23.89 4 26.86 9 7 3 '434 j99 320 36.633 30.06 36.776 33-40 3 3 4 36.861 ^ 3 6 . 7 8 3 3 8 36.887 - 40.10 332 35 319 36.852 J 0 95 43-29 2 9 8 36.757 46-27 2206 9g 36.605J 204 48.96 235 36.401 53.28 1 9 7 36.151 J 290 53 35.861 ^ 5 4 . 8 1 1107 320 35-54 1 5 58 35.202 56.46 g « 344 3 4
" " 3 8 5
17 33-88 3 2 6 o 33.623 J 210 33-413 I l i 2 33.261 g g 33-173 20 33.153 7 33-202 J 33-3 I 9
Mittl. Ort sec 8, tg 8
33.546 -!-1.606 + 1.4 0.00
a ,
a '
b, V
17h 56m s
86
220 33-05 1 247 33-298 26g7 33.567 284
86
33-851 u 294 34-145 34-445 34-747 300 35.047 ¿ 3 35-340 35.894 / 36.146 2 5 2 £. 231 36-377 2 o 4 36.581 £ 174 36.755 / 4 36.894 101 36.995 6 2 37.057 20 37.077 ~ 37-056 6 I 36.995 36.898 r 9 7 36.770152 36.618 r o 168 36.275 36.103
7
159
53.72 51.81 J 49-45
236 274
r s 43-65 ^^ ^ 329 40-36 36.9434 344 33.50 4 6
36.48 -i-1.257 —0.4 rl.OO
35.808 104 35-704 6' 35.639 35.618 ^ 25 35-643 7 2 35-715 I I 8 35.833 j.g 35-992
17h 58 m s 23.072 23-245 2 ; 7 23.452 ' 23.687 2 3 5 25 7 23.944 2 / 4
- 9 ° 46'
13-56
i 187 32.831 J 0
14-42
g2
I5"24 0 15.97
73 59
16.56 16.98
42 42
!7-21 I7.23 '
''
/ 17.04 16.65 t 16.09
23 2 ~ 19 39 r 56
15-38j; I4'55
90
0 3 94 12.71 94 11.77
7.92
6O
6 " 9 9 33 6.66 3 3 25 6.41 6.24 1 7 6-X5 9 6-i3 6.20 ' 16 6.36 2 5 6.61 ' l 6-97 3g 7-45 58 3 69 8-72
79 9-5* 84 10.35
32.844 •¡-I.OI5
II.36 —0.172
+3-3 0.00
-0-3 -'-1.00
679) Y Sagittarii AR. Dekl. - 3 0 ° 25'
//
53.63 52.05
54-738 54-947 55.195 55-475 55-779
8 x
5°-52 I 4 I 49.11 23 4 7 . 8 8 1100
56.102 56-438 56.780
39 39
¡g 59 „ 89 „ '
57-47 1
134
16, i62 157 4
z 6
55-73 -1-0.051 0.1 i-I.OO
35-56 35-14 34-79 34.52 34-31
20g 248 28o
3 4 2
34.14 34-01 33.89 33-77 33.67
33 342
4 3 g
57-809 58.138 2 9 58.452 3 4 0 295 58.747 272 59-019 2 42 59.26l
149 ^ 159
27-311 2^ 60.72 , ' 122 27-284 66 61.94 i o 5 27.2l8 ' 101 62.99 g7 63-86 % 26.986 3 64.54 5 0 v 155 65-04 30 26.831 26.661 I 7 ° 65-34 io 26.483 1 7 8 65-44 26.308 1 7 5 65-34 3 I ¿L CL l62 65.03 5 I 26.146 ^ 141 64-52 26.005 63.81 7 25-895 „ 92 62.89 111 O 25-822 g £. 1 ' ^ 128 25-792 - A 60.50 ^ 142 25-807 60 59-O8 25-S67 I 0 5 57-55 " 26.118 55.98 5 7 23-361 -l-i.ooi +3.0 0.00
l8h 2 m
+ 2° 55'
46.88 24-2^8 24.502 46-17 24-793 2 292 4 5 7 8 2 5 - 0 8 5 29i 25.376 285 45-73 46.OI ^ 46.60 25.661 c 275 ^ 25-936 261 47-49 48-64 26.197 26.440 ^ 49.98 27. 222 26.662 51.47 195 3 ^ 26-857 l64 53"°6 27.021 ' ITO 54- 9 27.151 22 93 27-244 ^ 57^88 27.298 54 59-36
-86 rs
10.01 79 9.22 7 70 8 -52
145*
677) 67 Ophiuchi AR. Dekl.
12-7o
32 44
1955
Greenwich
673) v Ophiuchi Dekl. AR.
35-944
27 6 16 26 Dez. 6 16 26 36 Nov.
Kulmination
Z3
34-5! 34.90 35-33 357 6 36.18 36.55 36.85
62
4
^ I99
^ i82 I57
58.456 I 2 I 58.335 7 8 58.257 28 58.229 58.254
7
I7 n
• I2 I0 9
7
~ 6
4 3
3
,, 4
7
-
37.06
g
37.14 37-10 36.92 36.60 ° 36.17 c. 35.65 C. 35.06
* 3
43 52 59 ' 63
34-43 6 2 33-8I JO 58
%
33-23 3 2 -69 32.23
58.462 58.6401/8 54.946 +1.160 +3-9 0.00
2
33.68 ; 33.89 28 34'17 34
59.637 ^ i 125 59.762 > 59.841 J
I4
5 3
33-58 33-51 33-48 33-49 33-55
»f s 59 , 8 73 59.857 59-795 59.691 59-550 59-38o 59-I9I 58-992 58-795 58.613 0 0
42
35-53 —0.587 +0.3 -l-I.OO K
4Ö
146*
Scheinbare Sternörter O b e r e
I955
AR.
Dekl.
18h 5 m
+ 9° 33' // 19.42 ^ 190
s i
ii 21 3i F e b r . 10 20 März
2 12 22 April i
12.512 r i 162 12.674 12.871 197 ' 226 I3-°97 2SO 13-347 2 6 g
" • 3 2 86 x3
97 288 1 4 . 1 8 5J ^ 292 14-477 2g2
II
Mai
21 i
15.332
2Ö
J5-595
246
^•065
224
II
21 31 Juni 10 20 29 Juli 9 J9 29 Aug. 8 18 28
Sept.
7 17 27
Okt.
Nov.
Dez.
7
15.68 184 0 I7° 13.98 T47 12.51 ^ 119
^ 196 1 6 '. 4 2 7 166 16.558 l b
2 b l
23I6.6SI
93
16.705 I 3 16.718 16.689 J 1 6, . 6 2 2103 i6-5i9 1 6 . 3J 8 J5 1 3 4 159 16.226 15-868 15.686
£ 182
5u - J5 i 6150
' 4 « 48 9-98 g 9.90 10.21 70 1 0 . 9J 1 104 l:t.95 135 I3-3° X6o r 4 - 9 ° 178 16.68 7 191 I0
i8"59
I98
' 5 7 198 22.55 n J93 2 4 - 4 8 184 26.3 2 J 170 28.02
20
29.56
^
681) o,Herculis
682) 11 Sagittarii
Dekl.
AR.
Dekl.
18h 5 m
+ 28° 45' //
L8H I I M
- 2 1 ° 4' tf
30.89
£
s 46.4OI £. 151 4 6 . 5 5 2 I92 4 6 . 7/ 4"TT 4 227 T 46.971 47-228 4 7
1°
8
47.804
' ^ 296 3og
48.112 48.425
313
48.736
311
49-041
2Q3
49-334 49-610
276
i58
I3-32
50.443
Il8
76 50.637 3! 5 0.668 3 13 5 0 . 6 5 5 5g
33-93 14 34.07 ~ 33-94 3 9 33*55
35-02 49-995 49.782 '35-60 7 ' , 222 49-560 2 2 o 3 5 7 8 49-340 2 0 g 3 5 - 5 5 4 9 - I 3 I l 8 8 34-91
6 16 26 6
48.943 48.786 5 7 48.667 1 1 9 48.592 %
16
15.169
26
15.261
36
I5.396
26.11 186 24.25 ^ u 192 22.33
2I.Ö0 +O.168 +0.5 ! 1.00
266
26.80, 226 r 29.06 199 S 1 - ^ 168
3 2 ' 0 1 89 32-9° 64
27
217
t 277 16.09 ' 18.89 21.66 2 7 7 266 24-32 248
° " £ 99 50.498 " 1 *37 5 0 .u3 6 1 ' u 170 0 1 5 - ^ 196 59
1 5w>. 3J 6 6 J 2 I 3 2 " 9 ° 90 3 2 ' ° ° 116 4 I5.l6l 3° 4 I39 15.118 - 29-45 ™ 27.86 5 9 I 5 ' 1 2 1 j ' 175
I2.88o + I.014 +2.8 0.00
3-71 J ' 124 2-47 72 I - 7 5 18 I-57 " 37 1.94 90 2.84 . 138 4-22 „ 7 182 6.04
5°-285
i
Mittl. Ort s e c 8, t g 8 a, a' b, b'
' 265 9-97 243 4 2J2 /7 - 5 ~>f 5 -^ 4 2 171 0
8.21 10.66
2
17
92
12.62
iQs
49.864 50.090
5
G r e e n w i c h
AR.
680) 72 Opliiuchi
Tag
Jan.
K u l m i n a t i o n
1955
32'73 I33 3 4 - 0 6 96 0 l 8 23 6 4 iQ4
s
~
48.588 48.660 7 48.7811 2 1
23-5° 27d 20.76274 ' , 280 17.96
7 ' 4T2 2 113 7-535 I i 7 7.692 5 7
47.117 +1.141 +2.3
18.29 +0.549 +0.5
0.00
-I-I.00
AR.
21.42 4-o65i 8 6 ^ II 4 - 2U 5i 2 2 , 21-53 T 4-474 ^ 2 1 . 608 1 f6 21.84 4 - 7 2 6 276 2 1 . 9y 8 1 4 5.002 J 11 294 22.09 4 6 307 5-603 J6 2 2 . 1 3 22.10 5-9I9 Q 13 6.238 3 9 2 1 . 9y /7 319 22 21.75 6-557 315 3° 6.872 21-45 307 21.08 3 7 7 - I 7 9 296 20.67 4 1 7-47 5 2 7 9 44 7-754 4 20.23 44 5 7 8.011 19-79 4 I 231 8.242 0 200 1 9 . 3 8 3 6 8.442 19.02 5 8.607 25 0 124 1 8 7 2 3 0 j8-47 2 8-731 8 2 18.29 8 . 8 1 3 38 5 10 8.851 18.19 8.844 ' 18.14 5 8-793 0 • 9o 1 8 . 1 4 ; 18.16 8.703 8 . D5 /7 8154 18.19 3 18.22 8-424 0 0 8.251 7 18.22 8.068 1 8 3 18.18 4 7.886 1 8 2 , 170 1 8 . 1 0 ^ 7 - 7 I 6 I48 17.99;;
33-87 I43 32-44 I ? 9 30.65 2 ; 2 28.53 A 241 26.12 r 262
48.565
685) 36 Draconis
7.568
^•85
7.451 7 - 3 7 4 33 7-341 -
17.6915
7-357
17.33
4.256 +1.072 ¡3.6 0.00
65
1 6
17.5412 17-42 7-3° 17-32 17.41 I
20.83 -0.385 +1.0 +1.00
3 2
18h
Dekl.
13m
+ 64° 22' //
s 35-I3 35.26 2 2
51-93 '42 45-04
8
4 8
35.48 35-79 „ 36.18 3 9 0 45 36.63 37.13 37-66 38.21 5 5
4I-93
272
3 9 - 2 1 224 36-97 i 6 7 3 5 -03 ° 103 3 4 . 2 7 36 33-91 " 3 4 . 2 3 97
38.76 5 5 ° ' 53 39-29 CT 39-80 % 40.26 c. 4 1 40.67
35'20I 5 7 36.77
2
'
38-9° 4 I - 5 ° 297 44-47 •tf -t/ 3 2 5
41.OI
^ 27 41.28 19 4I-47 IO
4 J , 5 2 j6
47.72 51.16 344 ^ 351 54-67 0 35° 58.17 ^ 2 340 6l.57
41.36 2 3
322
2Ö4 i -57
2
41-59
-
41-13
„
40.82
8
6 7 . 7 5 2 296 6 ,
4°-44 4 4
72-64 l
4 -
74-47 I 3 6
0
00
48
8
,
37-44 4 8
75.83 8 y 7 6 . 7 0 35 77.05 76.87 1 8 c. 72 7 5 125
36.96 ^
74-90
36-52
7 3 . 1 4 223
39-52
39-oi 38.48 37-95
' "
4
« 4 30 35-84 £ 22 35-62 J J 12 3 6
35-50 35-47 35-54 38.16 +2.313 +0.3 +0.01
3
-
68.25 ^ 303 65.22 J J 33° 61.92 47 5 8 . 4 5 3 354 54-91
54.51 +2.085 +1.2 1-1.00
Scheinbare Sternörter 1955 Obere
18h i 8 m
1955 Jan.
1 11 21 3i Febr. 10
58.522 58.680 1 5 8 58.872 129222 .J 59-094 245 59-339 2 6 4 59-603 59-880 2 7 7 60.167 2 7 , ' 292 60.459 , 294 60.753
20 2 12 22 April 1 März
27 62.
!9 29 Aug. 8 18 28
Z 77
49-89 5043 50.71 50.71 50.44
54 28 0 27 S4
115
62.843 62.877 62.869
£
7 17 27
62.471 62.306 62.131
7
Nov.
6 16 26 Dez. 6 16 26 36 Mittl. Ort sec 8, tg 8 a, a' b' 1
79° 61.642 , 61.523 6i'439 61.395 395
* 86 Il8
146 l6, 3 175
I48
58.779 +1.001 +3.1 0.00
40.33 39- 1 2 38.02 37-°5 3 35-53 35-oo 34.6I 34-37 34-27 34-32 34-52 D
130
38-78 39-92 41.11
g 6l
54 48
25.46 25-03 37 24.66 3 7 24-34 ^ 24-07 2 I
22
Ig8
20
15.001 3
34
14.826 '4-685 x 4-5 8 7 I4-538 14-542 14.601
r
4348 —0.051 +1.7 +1.00
2 5-94
7.
2376
15-767 J A 94 15.961 130 27 i Y 149 16. HO , 101 I2I 16.211 II0 51 16.262 97 16.262 8, A 5° 69 16.212 16.116 9 6 137 i5,979 39 I?l 24 I5.8O 9 i5-6i4 20; 10 i 5 4 ° 7 2o8 -
II9
2S' 5 3 2 7-78 27-09 26.48
•
I 4
I
1 4
14.877
17s
2778 28-38 28.89 v
59 lr3
163
2 7'54
5
2 ^
79
26.75 ; 3 25.92 8 s 25.07 24-24 23.45
II.III
28.39 —O.685
0.00
66
4° 29-29 2 „ 29-54 9 29-63 29-54 2 / 29-27 4 4 28.83 28.25 58
-I-I.2I2 -I-4.O
7
71
49
+ 2 i ° 44'
51.11 46-I54 r 139 46.293 J A 77 46.26 J 46.470 2 ^ , 220 44.06 46.681 194 A 24O 46.921 2Ô2 42.12 ^ 159 4 7 - ^ 3 2 8 o 4°-53 T 117 47-463 2 9 3 39.36 47756 38.65 L 0 299 48.055 w 38.44 28 s ft301 8 2 ;6 ' 299 3 -7 48.946 49.22 4 49483 49-720
291 8 259 237 2o9
49.929 50.104 2 3 " 9 8 33 2 4-3i 139 2 24.73 5 2 28 5 0 - 2 43 gg 50.342 S S ?4 50.399 Ï4 2 6-48
695) x Draconis1 AR. Dekl.
//
48.655
350
„
l8h 2I m s
" „
1 5-534
34-86 , o 119 35-36 > 8 4 36.01 ^ 36.80 7 9 93 37.73I03 46 89
61.530 61.660
^
- 3 4 ° 24'
23-86 2371 23.64 14.649 2 320 23.65 14-312
Greenwich 690) 109 Herculis AR. Dekl.
13.962
3
7 68
62.735 62.617'
27
b,
II8
49-90 61.044 49- 1 1 ' 61.328 2 8 4 48.12 9 9 61.602 22 75 49 A A 116 61.861 2 46.96 £ 39 1 I2 7 62.100 45-69 I ' 215 .->4 44-35 „ , D 186 " ° 62.501 I C2 42.98 37 41.63U ^ 62.653
3i Juni 10 20 29 Juli 9
Okt.
44-70 45-89 47-°7 48-16 49-X2
' 2 9 1
11 21 1 11 21
l8h 2 1 m s IO.864 A *97 H.061 ; 238 11.299 273 11.572 301 11.873 / J 324 12.197 340 12.537 3 4 12.889 35 13.246 3 5 7 .3.605-
- 2 ° 54' //
S
Sept.
689) e Sagittarii AR. Dekl.
688) 7) Serpentis AR. Dekl.
Tag
Mai
Kulmination
147*
83
+1.9
+1.00
Die jährliche Parallaxe (o'ii9) ist bereits berücksichtigt.
39 f 4°- 9 42-30 44-25 46.46 ^
^
48.87 T ' 51.39 53-95 56-48 58.92 0 Y
I2I l6l 22;
241 252 25Ö 2 " 244
230
61.22 209 5°-40I 3 30 63-31186 50.383 50-3 J J 1 1 JJJ 65.17 50.200 66.76159 143 50.057 £ 68.05 -
49.886 ,
191
49.695 2 0 I 49-494 203 49-291 49.097 I 7 5 48.922 48-773 48.659 48.58673 48.558 ^ 48.576 48.641 5 ^ 109 48.750 46.725 +1.077 +2.5 0.00
69.01 , 6 2 A A 69-63 27 69.90 69.82 A
45
69.37
8I
68.56
,
,
J
116
67.40 A *49 65.91 J79 A 64.12, 206 ' 62.06 227
59-79 57-38 J 54-9 1
2iI 4
247
52.75 +0.399 +1.9 +1.00
l8h 2 I m s 47-07 „ 47- J 8 l 47-44 , 8 47.82 38 0 5° 4 8 -32 l 48-f 49.60
68
73 50.33 5 1 »9 51- 7 ; 6 52.63 53-34 53.98 54-55 55-02
6d 7 47
55-38 2 4 55-62 , 4 28 55-74 " 55-73 55-59 2 l 55*33 54-95 54-47 53-89 53.24 52.52 5 i -75 5°-95 50.15 49-37 48-63 47-94 47-34 46.83 r J 4 6 44 46.18 46.07 46.09
.0 48
.0 J 72
+ 72° 42' // 48.37 44-86 41.48 338 38-33 £ 35*55 2^1 33-24 I 7 5 3 1 - 49 I I 3 30-36 4 29-90 3 0 - 1 0 86 30.96 r 47 3 2 -43 3446 2 251 36.97 0 29° 39.87/ 32Q 43.07 46.46339 349 49-95 3 o 53-45 56.86 3 4 1 325
60.11 63.11 65.81 68.14 1 70.06
300 270 233
'
7 1 -52 80 8o 78 74
^
'
5
67-37 64.8O 61.86
„ ~
97
~> 165
69.50
26
,
72-49 46 72-95 ~ 72-88 l 72.28 i i 3
6o
39
192 146
A
213 2?7 57 294
324
58.62 55-18 3 4 41 r 35 51.67
52.07
50.03
+ 3-365 —1.2 + 0.02
+3-213 +1.9 +1.00 K*
148*
Scheinbare Sternörter 1955 O b e r e
691) T a g
a
Telescopii
AR. i 8
1 9 5 5
h
23111
45 °
1
3 7 - 17 9 4 4
2 7 0
2 1
38.284
^
3 i Febr.
220
3
8
'
0 I
38.597
*8
1 0
3 9 . 7 1 6
1 2
1
4
1 1
0
-967
4 1 . 3u 8 5 ^
2 1 Mai
4 i i
4 0 . 1 2 7 A 4*9 40.546 *
22 April
38.60
3
J
3
39-320
2
°
J , ,
4 2 . 1 8 9
f
1 1 2 1
42.909
3 i
4 3 . 2 2 0
6
°
94
-56
1 0 2 8
29* Juli
9
43-7i4
~
34-38
7
34.62
42 59
36.40 37-32
42.03
7
J
go
46-43
6g
47.561;
27
43.004
1 7 27 N o v .
2 4 2
42.509
2 I 5
47-19
42.294
6
4 2 - " 7
1 6
41.989
26 Dez.
6 16
'77 I 2 8
7 0
9 5
45-54
7 0
4 1 . 9 1 9
3
43-02
I 4 6
4 t 1 . v9 1 1
-
41.56
5 7
^ 2 1 8 0
J
153
40.03 u °3 8 . 5 0
37.00
5 4
2 8 . 1 6 1
1 0 3
28.014
;
27.829
2 I 8
5 3
ISO
4 7
2 7 . 6 1 1
26.366 a 0 26.158 25.986 0 2
5-
57
2 5 3
„ 208 1 7 2 I2
9
2 8
25-749
2"6
2
H
7
5
25-854
79 7 9
46-91
6 J
50-76
8 6
'
.
I 3- i- 4T 8
3 2 2 7
54-14
7 Ö
15-75
'
54-90
3°7 ,
2 7 0
f
5 7 . 1 9 3 «
2 7 5
ß 3
57.22 0 58.27 AA 59-66
3 2
6 1 . 3 5 A 63-31 65.48
56.76
2
57-5i
I 9
57-70
7
57-77
~
57-72
j 8
3^ 9 - 4 9
247
41.96
2
4 4 " "
178
57-24
45-89
^
56.84
47-27
g 6
56.35
„
55-8O
5 5
5
]
55-21
-
54.60
48-38
£ j,.
46.16
1 3 4
^
176
44-40
4
,
2 7 8
36.95
2 g 6
33-99
105
8 3 7 6
59 5 5
4
5 2 . 1 7
2
5 2 . 1 5
~
30.93
s e c
O r t
8, t g
8
a, a' b, V
3 8 . 1 8 7 - l
J l
- 4 3 9
4-1 —0.01 1
42.84 - ! - 0 3 5
2.1 1-0.99
47.36
3 °
I 9 G
43.3 2 0
2 2 i
43-541
2 4 6
7 7
44.628 ^
299
54-o8
-
44.927
3 G O
54-28
6 /
45-2 2 7
2 9 6
54-95
I I 2
45-523
2 8 6
4 7 - 1 1 6
238
4 7 - 1 5 2
7 2
136
57-59 7
»
46-870
I ? 8
46-712
I g l
-
i
^
3 6
80.56
1 5 3
78.61 A 76-31
1 9 5
45-605
I 2 5
23O
73-73
2 7 5
2 5 8
284
65-30
4 5 4 8 O 6
45-347
1
45-346
4 4
45-390
8
45-477 43.406
- 2 . 9 8 4
+ 1 . 0 6 8
+ 3 . 1
-1-7-0
+ 3 - 3
-l-o.01
+ 0 . 9 9
—0.03
+ 0 . 9 9
+ 2 . 6 0.00
2 4 S 2 4 8 2 5 5 2 5 3
'
246
73-9
2 3 3
76-3i 2 I 7 8 - 4 6 : 9 f - 3 9 82.07 8 3 4 5 84.53
5
168 8
I o g
7 ?
85.28
7 5
85.69
4
8 5 7 5
2^
8
6
5-46
84.82 83-83
£
82-52
Z
8 0 . 97 0
45-393
72.79
7 1 . 5 2
£
46-998
6
3-96
68.99
79
9 3
4
235 6
121
47-091
46-336
; 2 1 3
66.44
52
ß
6 1 . 6 1
1 6 0
47-143
T
l 8
59-46
,,
%
5
56.07
45.809
244
201
I 2 0
29
242
2 2 4
I 9 2 I 5 9
54-37
44-336
46.916 7 ^ 47.037 3 A
2 3 2
59-85 57-93
55-14
196 2X7
230 + 2IO
56-34
, 156
+ 2 . 0
^ 236
2 6 /
45.761 A
+ 3 -
66.67 A 64.31 r ° 02.01 r>
2 8 2
i g o
+ 0 . 8 0 2
29'
43-78 7
45-941
Ao ^
20°
44-054
¿ 5
+ 1 . 2 8 2
Die jährliche P a r a l l a x e ( o ' i 2 i ) i s t bereits b e r ü c k s i c h t i g t . * Bei Stern 699), 698) und 703) lies J u n i 30.
I
;
227
83-15
26.39
4 7
117
46.333
83-71
2 4 . 8 1 4
I
^
4 6A . 5 6 O A 4 6 - 7 5 6
52.52 M i t t l .
42.858
169
3 o 6
52.27
+
252
139 ;;
82.09
9
43m
46.081 A
3
82.37
r 61
53-46 52.98
8 1 . 0 1
83-30
52.32
39-73
72.66
59
5 2 . 5 9 ;
42.24
70.22
" 6 8
' '
5 4 . 0 1 47-5°
6 7 . 8 0
7
79-29
M 9
48.80
47
77.28
57-54
J
8 5
7 7
56-54
56.23
122
56.30 56.23
86
55-60
i e 8 1 5 8
57-62
gj
289
192
r
8 5
2 1 . 2 7
^
58.84
g
Dekl.
42.975
2 2 2
60-42
52.48
1 8 . 3J 8
2 8 i 2 6 7
6 4T . 5-j6
°
Herculis
s
^
49-91
5
l8h
27'
62.34
7
110
AR.
4 3 -
53-33
8 o
25-777
J 6
7 y
48.75
235
46-35
6 9 - 7 1
T1 g3 3
2
26.601
- 7 1 °
9-55 10.32 " • 6i 5
48.23
26O
'I
1
703)
Dekl.
l 8
2 7 . 3 6 9 ^ 7 - j i 4 26.854
I 3 5
42.088 Ao 42.268
36
-
44-37
4I.968
26
A A
46.49
4 2
36.74
28.264
h
9-37
24-34
2 8 . 3 1 8
47.73
9-79
3 I O
4 5 - -5' 3• J
42-751
i 8 9
101
2 9 5
44-46
47.61
229
c
72-52
45-89
49-08
-69
43-255
7
°
o ' 8 4 4
i
//
48.29
2 o 6
33-79
1 7
Okt.
4-42
3
4 7 „
2 Ö 3
37m
47-56
—
43.490 2
246
28.322
118
1 2
16.88
2 7 7
,
I
,
2 9 7
%
I 2 6
43-28
19.65
1 4 4
I 2
43.696
'
292
w
|
45-55 3 0 5
2 8 . 1 7 7 39-54
~
2
3 1 4
n
s
,28-274
4°-77
18h
44'
28.033
'
't »9 fl
3 8 °
I o 6
5 4
ß 4
7 ' 3 5
2 7 . 6 1 5
7 7
i ? 0
43 2
26.746 27.060
e
AR.
22.62
°
3 3 0
e
6 9 8 ) X, P a v o n i s
10.80
26.416
2
r
1
322
3 4
34-3i
G
3 0 3
25.738 26.078
44-052
Sept.
25.081
2 9 I 2
n
25.67
J
3 4 7 2 34-43
o
44.82 7 190 4 6
-
7 2
49- 1 0 51.88 54-97 58.28 61.73 65.23 3 ° 68.69 72.04 75.19
238
278 309
'
33 345 35
° 340 335 ^ J3J35
0
290
78.09 250 80.68 59 222
8 2 '9° I 8 I 84.7 1 „ 6 86.07 % f -94 3 87.31 " 87-17 6_7 86.50 0
::: 119
81.49 ^
78-96 7 73.02
4
253
286
57-69 +I-I97 +8.1 +0.91
308
155*
Scheinbare Sternörter 1955 Obere 740) 15 Cygni
Tag
AR. igh
1955 Jan.
1
3i Febr. 10
38.461
20
2
11
40.313
v
1 11
40.991 41 f1
21
3i Juni 10
Juli
19*
4 -402
42.817
42.793 J 4 2 - 7 J 9 J2Q 42.599 l 6 l
8 28
7 17
2
27
Okt.
7
17
Dez.
16
40.444
26
36
40.445
Mittl. Ort sec 8, tg 8 a, a' b, b'
IJ
1
-
59
183
9.388
298
4-55
22
9.682
294
26i
^
133
288 3
3X7 2,
48.88 3 ' ^ 316 52
19
I "io
4
2 4
9-966 ^ v
268
IO
" 2 3 4 245 IO - 4 7 9 2 4 i6 io 6 - 95 i8, 10.878 11.022
19
183
144
« 8.00 203
0 215
12.18
20.84
60.53 62.84
26.02
11.096
3°
7°
106
IO.99O
f-52
-
15 62
66.82
^ 151 65.31 c. !9I 3-4° 2 z 6 58.59 55.84
io
-854 10.696 171 10.525' ° 176 10.349 172 10.177 157 10.020' 9.884 7108 9.776 9-702 £ 9.664
61.14 75
9.665 9-703 7.161
Dekl.
+ 18° 25'
45m
22.356
57 22-413 9 4 22.507 ™ 22.638
13
0
22.802
164 195 222
38
191 174
24.49
"
130
27-32
Io6
28-38 8o 29-1 54 2 9 7 2 ¡I
4-53
157
12.96
124
lg5 22I
36-872
2q6
48.12
2 4 - 9 I 3 2gQ 25.212 ^ 25.499 2 7 7
WS
i6
25-769 26-oi5 26-231
19.08
3°3
246 2,6 l8l
26.412
26.704
44
10.42
—
0
53
-
26.674
37 79
115
2
25.032 J i 25.061
29
i82 l8y 7 i8 2
I20 8
38-3I7 38-564 38-784 38-970 39.118
21.49 ^ 252 24.OI
J
26.480
37.761 o ' 38.047 0 0/
241
255
253 2 4 4
31-53 2 „ 33-84 3 7 212 35.96 M 19° 37-86 , J / 164 39-5° 40-87
137 I07
41.94
6
42-70
L
43-14
43.25
£ -
43-02
6
42.46 41-59 40.41
5
J
7
37.168 296 « 298 37.466 e. 295
Z9
J
221
36.043^ 36-30 5 2 7 8
14.84 A 0 200 16.84 224
29-09
26.711 26.595
10.86
26.56
26.651
35.800
20
286 270 24? 7
^ 148
106
39-224 , oZ 62 39-286 i g 39-304 2~7 39-279 6 6 39-213 I 0 2
55.87 57-98
I30 Io8 8l
8 4
ß3
99
2II
64-40 66-38
I98 l8,
68.23 i6
^ 69.90 71-35
72.58 123 ' ^ 100
39-111 „ 2 38.979 4 3 8 - 8 2 5 Hl 38.657 38-484 ; 7 3
73.58 74 -33 0 74-83 25
38-3i6
74-83 74-34 73-62
72
72.67 ' '
114
38.162
i w 154
38.029 1 3 3 • 106
J
75.08 0 75.08 /J
7 -53
37-24
37-814
~
35-34 33-31
70.21
37.816
37-855
39
25 0
25 49
I
6 8 . 7 6 J1 4 5 A 53 67.23
39- 4
40.51
8.41
22.794
19.24
35-215
53-36
+0.760
+1.017
+ 0.185
+ 1.054
+ 1.012
+ 0.154
+2.2
+8.7
+2.9
+8.8
+0-333
+2.7
+8.9
+2.9
+0.02
+0.90
+0.01
+0.90
+0.01
+0.90
+ 9-1 + 0.89
D i e jährliche P a r a l l a x e (0*208) ist bereits b e r ü c k s i c h t i g t .
7
£
+1.256
* B e i S t e r n 745) lies J u l i 20.
2
60.15 ' J , 216 62.31 , ^ 209
¡I
-
I46
49-11 I32 5°-43 l 6 o 52-°3 .«,. 53.87' 2004
37-923 37-850
38-94
-
48.65
9 2
„
24.84 x 6 0 5 2 3 . 2 8 i 6i A 5 21.63
35-2 35-384 35-579
11.83
49
c. C 26.25 0
f
Ig8
35 i 8 2
52-49 5I'°3 49-73
10.91
25-043
° 25 2976 29.25 ; 28.48 7 7 101
I
35.080 £ 136
55-57 54-02
289
141
—
8-33
1
66 I02
3 6 . J5 8 J3 J
25.092 3 *
30.01
j
34-9*2 34-978
1 0 . 4 4 ;
^
27.47 122
j.
22.46 ,, ^ 206 20.40 0 207
+ 8 ° 44'
24.OI4 ^ 295 24.309 7- 301 24.610 J
246
26.335 26 i - 67 25-985 25798 25-6i6 25-447 25.299 25.179
30.00
19h
Dekl.
48 111
47-84 47-36 47.24 47-49
23-9 23-465 23-731
102
H.166
68.67
222
14.40 2 Z 222 16.62 ,
22.75
231
l85
10.03
I,182 ; II.196 —
197
l6o
1 5
" ° 303 55-07 ,8 57-92 2 6 i
7
45
1 . 77 0 3.25 J
119
4°-7 4 40.580 40.489
8-505 f J J 289 ^
68.36
I
„
fn 20 ~
9.090
67.60
40.885
6
7-9 4 S
I-7I / 1 -5I
-794
19h
22.997 91
gß
160
41.086 2 2 4 ^ „„ 201
26
f
45-67
120
2-29
66.41
6 16
42
143
2g6
28.53
36.55 39-43
5.82
2.28
6
8o
64.81
237
3.x9
8
7-73
42.244 ^ 219 42.025 2 6 0 3J 41.789 ^ 242 Jt/
7.500 ' J 221
7.721
144
4 -438
1
27
Nov.
— 24
191
' 7 3 167 9-o6 l 6 6
4-39 T
2
£
8
230
102 _
30'
I0
136 7 - T 3 168 7-304 I g 6
8.227
3 9 33-94
n
259
27.85; 27.50 -
29.86
G
^ 130 42.710 18^ 79 42.789 28
18
Sept.
320
4 2 . J5 8 0
29
Aug.
28.76
42.181 ^2 221
20
30 10
30.20
¿ 339 40.652 9
21
7.000
32.11
333
+ io°
44m
2/;
u
39.980
AR.
6.
38.840
1
AR.
Dekl.
65
n
39.660
22
AR.
6.898
34.41
2 2
745) a Aquilae 1
6.833
37.00
120
743) 8 Sagittae
45-44 2 8 2 42.62 ^ 39-77
Greenwich
741) Y Aquilae 19h
+ 37° 14'
38.631 1 7 0 ° ° 209
39-84 39-359 ¿2
12
Mai
42
38-254 ¡I 38.335 I 2 6
21
April
De kl. m
38.221
11
März
Kulmination
0.00
156*
Scheinbare Sternörter 1955 Obere
Tag 1955 Jan.
1 11 21 3i Febr. 10 20 März 2 12 22 April 1
Mai
11 21 1 11 21
3i Juni 10 20 30 Juli 10 20 29 Aug. 8 18 28 Sept.
7 17 27 Okt. 7 17
27 6 16 26 Dez. 6
Nov.
16 26 36 Mittl. Ort sec 8, tg § a, a' b, b'
749) ß Aquilae AR. Dekl. 53m + 6° 17' s 5.843 6 I 3 7 1 6 " 143 5-9°4 Qß 35-73 * 6.000 1 ¿ 130 34-3 134 32-97 0 w 120 9 1 l 8 g 31-77 w 6.480 y- 7 215 30.78 6.695 30-05 £ 237 29.62
;
29-53 29.80 7
7-463 ;8774 7-75° 294 0 8.044 „ 31-38 Í 8-342 t 32.65 8.638 2 34.18 8.926 2 8 8 273 35-93 z 9- 99 2 5 2 37-83 39-83 9-451 9.676 5 41.87 ^ ' 9.868 1 9 2 43-9° 155 10.023 45-86 J 113 10.136 47.71 21 70 ' 10.206 ; 6 49-42 10.232 - 50.96 10.214 52.29 59 53-4 1 I a i 5 5 96
"
27
62 * 1277 53
175 ¿ 200 20, 204
203 J f 185 171 /34 133 J ^
54-31 54-98 ' 55-42 II 55.63 " 55.61 2 j
10.059 9.932 O ÍS0 9.782 i6' Á 9.6180 4 171 9-447 l 6 7 0.280 9.126 1 5 4 8.991 1 3 5 8.884 1 0 7 8.809 7 5 * 4° 8.769 8.766 8.800 34
55-36 54-90 gg 54- 2 2 88 53-34 I o 6 J52.28 122 51.06 133 49-73 " 48.31 4 2
6.108 +1.006 +2.9 0.00
34.94 +0.110 +9.5 +0.88
igh 5 5 m s 23.52 ¿ 9 23.61 23.84 24.I9 ^ 24.66 4 7 ^ 57 25.89 26.64 7J 2 7-45 85 2 3° 88 29.18 91 30.09 31.00 90 3 J -90 86 32.76 8 I 33-57 34-30 7 34-95 35-50 5 35.92 4 o 36.22 , 2 1 £. O 36.38 , 36.4O " 36.28 1 2 26 36.02 ° 39 35.63 8 35.15 4 34-58 g 7 33-95 6 6 33.29 6 7 32.62 _ 3-98
4
30-91 4 0 30.51 4 7 30.24 030.10 0 30.10 25.46 +3.427 +6.9 —O.II
73 ° 1' // 60.07 „ ' 306 01 570 1 311 53-9° 50.80 3 1 0 47.80 300 284 44-96 2 6 i 4 2 '35 2 3 4 40.01 ^ 202 37-99 l 6 7 36.32 0 0 129 35-03 8 9 i i 46 33-68 ^ 33-65 34-04 ^ 3 4
34-85 36.06 £.
I2I
157
37-63 39-53 2 i 6 4 i - 6 9 236 44-05 2 4 8 4 53 49-o6 2 8 5 x -54 4 234 53-88 JO 211 55-99 57-79 59-19 60.14 60.58
l8o
'
; -
- f 64 5 l i 5 «6 58-69 i 6 6 57-03 2 I O 54-93 2 4 7
60
52.46 49-71 296 46.75 56.19 -3.277 +9.7 +0.88
Greenwich 752) y Sagittae AR. Dekl.
748) e Pavonis Dekl. AR.
IQh
6.932
Kulmination
751) -&1 Sagittarii AR. Dekl.
19h 56"» 19h 56111 + 19° 2 l ' s 44.833 l 1 ^ 1 206 4 8 4 1 5 8 o 44-877 4 69-45 2 o g 48-495 I 2 6 48-621 44.960 i i g 45.079 65-36 l 8 6 4 8 -787 45- 2 32 i g 4 48.991 2 3 7 3-5° l 6 l 61.89 49-22 8 2 6 6 4 5 1 l 6 213 ^ 130 49-494 2 9 3 45.629 ¿ 59 9 2 49.787 ¿ 45.868 2 f 262 59.67 50 50.103 4^3°279 334 59-17 5 4 50.437 349 ^ J 46.409 2 9 , 59' 1 3 ~ 46.702 50.786 303 59-55 8 359 47-005 so5 60.42 7 51.145 g 47-3 I O ,o3 61.71 v 2 ' 5 1 f ° 361J , 166 51.873 47.613 294 63.37 354 J , 198 47.907 2 7 7 65.35 ~> j j 2 2 5 52.227 J ' 339 48.184 67.60 243 52.566 3 4 52.882 f 70.03 ¿ 285 4« I F 7 2 -58 2 S 53- 1 7 2 4 7 2 6 0 75.18 48.665 259 53-4 1 4 2 0 3 53-6i7 48-856 - 77-77 154 " 251 53.771 49-007 I o g 2249-"6 80.28 „ !2 J J ' ' 101 53-872 49- I 79 l 8 82.66 238 53-9 I 9 220 x 84.86 49- 97 28 5 3 - 9 " go 86.85 1 9 9 49-169 1?t 53-851 I o 6 88.59 146 49-099 i o 7 9°-°5 I l 6 53-745 6 48.992 48.853 £ 53-599 48.690 03 92.06 53-422 92.58 SI9 53-224 2 o 6 92.77 - 53- o i 8 203
^
48.141 2 2 *7 47.969 ' 47.816153 , 126 47.690 47-595 go 47-535 2 I 47.514 78 47-532
92.62 49 92.13 g 2
45.261 + 1.060 +2.7 +0.01
67.56 +0.352 +9.8 +0.87
90.18 1 1 3 88.76 1 4 2 ' 167 87-09 85.21 0 83.19
l88 2 0 2
52.815 i 8. ^ ¿ 9 52.626 i(5 £ 4 52.462 ^ ^ 130 52.332 52.242 4 g 52.196 ~ 52.197 £. 49 52.246 48.608 + I.227 +3-9 —0.02
- 3 5 ° 23' 60. qo 0 59.80 58.64
110
I22
5 X28 54-88 0 , 128 53.60 129 52.31 -j j I 2 7
49-8I 118 0 48-63 I o g 46.56 85 45-71 69 45-02 5 o 44.52 44-21 44.12 ^ 44- 2 4 44.57
9
12 33
;;
45.08 45-75 8 o 46.55 88 47-43 9 2 48.35 9 2 49-27 5°- x 3
86 74
5 x -47 5^-89
42
£
52.10 52.09
22
5^7
4:
i 50.83
7g
5 i
r
^
5
50.05 49 - I 3 48.11
I02
58.77 —O.711 +9-8 +0.87
Scheinbare Sternörter 1955 Obere
Kulmination
754) 8 P a v o n i s 1
Tag
Dekl.
AR. 20h 4m
1955
—66 ° 17'
m
20h 8
18*66
1
58
I"
21
S
3i
20
9-95 ? 49
20.98
12
2I
1
' 8 6 68 2 3-54 68
1
2
11 21
4" 2 2 68
24.90
6
25.55
62
47-55 249 45-o6 24 42-79
20I
40.78 39-°7
T I38
37.69 102 36-67 36.03
£
3578
-
10
26.75
37-39
I2g
20
27.26
3 43
30
27.69
10
28.04 3 ' ^ 26 28.30 J 24 16
8
28.46
,
28.51
J
28.46
3
28.3115 0
7
25
28.06
17
32
7
27.74 27-35 39 26.9243
17
26.4646 ^ 47
27
2
6
2
27
5-99
44
5-55
54
38-67 4 0-2 7 42-J4 44-24
2 i87 2I0
224 224
46.48 0 231 48.79 231 51.10 u 222 53-32 ^^ 55.36
g
57-J4 L 58.58 1 4 4 r 103 59-6i
60.28 40
59-88
4 24 ^ 1 32T
Dez.
6
24.54 18
16 26
24.36 24.27
36
24.28
Mittl. Ort sec
8,
tg 8
a,
a'
b,
U
-
AR.
Dekl.
- o ° 57'
20li IOm
+ 77° 34'
20h I2m
+ 46° 36'
2
9 9
5 9
57-62 0 0 ^ 55-84 J J ^ 215 53-69
-°4*
59.I98
20.01
II9
iso
51.26 48.62
264
97
22.82 t 23-69
94 8
74
19.28 v
24-43
56
19-49
24-99
«
5 9 - f 1 228 59-809 24Q
25-34
9
2
268 60.326 „ J 283 60.609 (,. 294 60.903 J , ^ 300 61.203 J , 301 61.504 295 799 2g4
25,
63-238
j
48
24-77
76
18.60
4-
02
62.867
138
62.712
y
2.64
62.386 £ 152 62.234 „ ,
38
7.0593 8.02 97
61.880
57.34
58.962
— 2.278
+ 1.000
—
5-7
"'-J
+3.1
1-10.7
0.00
22.70
+
0.017
0.85
Die jährliche Parallaxe (0I174) ist bereits berücksichtigt.
£ g2
28.03
%
6.12
„
28.85
r
9
42
29.56
26.10
23
2
30.13
27.10
4
67 I28
Ig
4 234
31.80 J
4'25
J
340
77
1
93 100
41.82
337
363
49
" ° 9 56 52-65 56.06 59-25 u
319 290
62.15 64.70;:; 66.84 2 *
5-°5
Io8
2
3'97
io7
70-39 xo 70-49
21.86
104
20.88
98
19.98
90
^V
77
19.21 18.58 18.11
63 47
44
3-41
_
4-98 Z 7.06 ' 251 9-57 286
S°7 5-7°9 267
J
2 4 3
U f o
16.196 16.363
1
7
22.32 J
-
70.02 68.98
ei
32-41 306
16.526 16
x
-5 9 45
Î § 16.336
35-47 279
119 l6y
38.26 J
16.169 c. 209
4°-73
5-7 I 7
^•«O
I 4
I
5-1
2
4
2IO
42-83
15.960 I
79
247
44-53 7
28l
9 284
I2S
45-78
;
46.55
27
46.82
" f 5 276 14.609 259
46.58
I
4-35° 233
45.82 /2
i
3-9 i 9
IS6
44-57 42-84
3-763
IIO
13-653
59
104
67.39 1 5 9 ' 209 65-30 ^ 62.76 254 0 291 59-85
J
40-69
13-594
35-37
36.68
12.782
+ 4.540
+1.456
+
—2.0
+10.8
+ 1.9
+ 10.9
; 0.04
2,2
38-i7
26.39
+ O.84
3 3 3
342 ^ 345
5-77 r 339 29.16 325
+4.648
; 0.l6
314
2
341
2
22.90
,,
2.38
34-91
68-53 169 , 120 6 9-73 66
105
8 Ig
-94
15.402 311
I3
I
3
S
-698 15.062
rr
266
2.12
378
14
291
2-9°
13-937 383 14-320
3°3 J
8-44 -r-r 232 6.12 i 187
45-45 3Ö4
30.55
8
5-26 86
*
g
V l x
-J
5
14.OI
12.851313 343 13.194 3 g 13-55 9
22.86 22.90
38.28
30.82
:
4-5° 76
„
2
30.57
43
2-95
12.538 2 7 7
291
17.04
234
233
29-03
29.58£
II.10
26.51
Ü 26.69
l
11.840 1 3 7 ^ 187 12.261
23-57
7
20.07
276
2
62
3.85
46
99
22.98
24
II.589 ¿ 3° 6 i "• 9 84 II.703 4
28.84
23-47 61
I04
"•613
12.027
31.60
102
27.10
82
2.72 '
37-94 2 327 34-67 ' 307
95
30.90 137
333
181 24.70 123
s0-^
3-33
4 62.100 , 110 6I.99O t 79
4'°3
326
u
5-°7 104 26.11
17
3-4° 2.97 2.72
61.854
2
178
4-84
63-005
911
4I
28.87
-
II2
21
174
i
63-"7
41.27
163
5.84 " 9 0 100
8o
-
2
8.40 7.03
63- 97
19.26
23.01 J
" • 5 7 165 9.92 * y 152
0
4
44-53
22.06
24.01 ^ 104 22.97 127 21.70 I47 20.23 '
13.30
63-193
63-239
5- 5
0
^ 89
J
2
15.08
265
240 62.588 J , _ 210 62.798 173 62.971 7 133
63.104
^
I9 " 9 ° 58 20.48
16.86
62.083 ^ 62.348
47-61 308
19-43
25-43
249
19.80
-!- 0.86
7
»
s
//
19-78
21.88
59-376
61.865 243
s
+2.488
—0.08 1
9
L
g
60.19
16 26
CI
5J-843
60.058
92
28
Nov.
267
3i
18
Okt.
279
26.17 „s
29
Sept.
5 '
22
35-93 36.47
20
Aug.
57
22
21
J uli
59
" 63 22.20 ^ 66
11
Juni
54
0
Dekl.
//
58.792 5
53- 01
20.44 ,.
22
Mai
-
T
2
April
ä
^
19.5a 3 4 * 43
Febr. 10
März
7 4
^
757) 31 ° 2 C y g n i
AR.
s
6i-43
11
x Cephei
759)
Dekl.
AR.
ff Jan.
& Aquilae
756)
157*
Greenwich
14.60
!
1.058
0.84
%
158
Scheinbare Sternörter Obere 758)
33
760)
Cygni
Dekl.
AR. 2Qh
Kulmination
I 2
m
+
5 6 °
24
Vulpeculae
AR.
7 6 1 )
Dekl.
20h 1 4 1
2 5 '
+
2 4 °
1955
Greenwich a
2
Capricorni
AR.
20h 1 5 "
3 i '
— 1 2
y
765)
Dekl.
Cygni
AR.
20h 20 m
4 0 '
s
9 - 3 * 9 64 55-47 19-255 4 5 2 . 4 0 I9-259 7 4 4 9 . 1 9 19-333 1 4 2 45-96 19-475 208 4 2 . 8 3 J
1 9 . 6 8 3
19-953 2 0 . 2 7 7 2 0 . 6 4 9
270 324 37
2
409
2 1 . 0 5 8
3°7 321
313
255 210
2 1 . 9 4 4
22.399 2 2 . 8 4 5 2 3 . 2 7 0
3 2 . 7 6
35- 1 4
425
3 7 - i S
39-70
2 3 . 6 6 4 2 4 . 0 1 5
4-3I5 24-555 24-73 1 ,
6
2
351
6 0 . 0 0 35
2 4 - 5 6 3
227
2 3 . 3 9 2 2 3 . 0 2 5
5 6 . 4 2
35
105
23-74°
5 2 . 8 1
106
24- 8 37 24-732
2 4 . 0 5 8
4 9 . 2 4
176
2 4 . 8 7 2
24-336
45-81
240
4 - 8 3 7
150 204 252
6 3 . 4 6 6 6 . 7 3
169
6 9 . 7 4 7 2 . 4 4
278
74-77
318
7 6 . 6 7
348
7 8 . 1 0
367
321 343 357
361 35« 34
301
270 233 190 143 94
7 9 . 0 4
4
i
79-45 79-3i
2 2 . 2 8 8 2 1 . 9 4 1 2 1 . 6 2 4
21-347 2 1 . 1 2 0 2 0 . 9 4 9 2 0 . 8 4 2
365 347
7 8 . 6 2
317
6
327
372 2 2 . 6 5 3
14
69 123
227
77-39 75-65
221
171
73-44
261
2
77
7 0 . 8 3
107
6 7 . 8 9
174
294
46.OI
21.III
54-253 54-523 54-765 54-972 55-I40
290
4 2 . 6 0
300
53.027 53-341 53-655 53-961
92
6 55-264
55-342 55-372 55-356 55-295
55-195 55-o6o 5 4 . 8 9 8
54-7i8 54-527 54-335 54-i5i 53-983 53-839 53-724 53-642 53-597 53-590
200
186
3 4 . 0 0 4 155
256 278
2_5
24
4 4 . 6 2
307
314
306
119
4 6 . 5 4
161
4 8 . 1 5
198
5 0 . 1 3
292
35-2ÖI 35.563
73
45-35
314
34-444 34-698 34-972
72
44-38
295
3 4 . 2 1 2
116
45-35 44-63
3 5 - 8 7 2 3 6 . 1 8 3
36.491 J
229
5 2 . 4 2
270
54-95 57-64
242 207 168
6 3 - 2 3
276
65-99 6 8 . 6 5
3°
7 1 . 1 4
16
73-43 75-47
61 100
266 249 229 204 175
7 7 . 2 2 135
145
7 8 . 6 7
162
i n
7 9 . 7 8
180
76
8 0 . 5 4
191
39
8 0 . 9 3
192
8 0 . 9 5
184
37
8 0 . 5 8
168
79-85
144
7 8 . 7 6 " 5
77-34
82
7 5 . 6 2 45
73-65 7I-5°
7
73
109 142 172 197 215
53-02
51-455 + 1 . 0 9 9
-!-
+
I . 4
+ IO.9
+ 2 . 6
+
+
-I
+
0 . 4 5 6 1 1 . 1 0 . 8 3
- 7 8 8
27
.37-884 37-987 38.044 38.056 3 8 . 0 2 3
37-949 37-84I 37-706 37-552 37-388 37-224 37-070 3
6 8 . 6 5 6 8 . 8 6 6 8 . 9 9 6 9 . 0 1
,
36.739 36.692 36.681 3 6 . 7 0 6
3
6 8 . 9 0
208
3
6 8 . 1 7
254 274 289
6
- ° 5 7
15
^
32 78 125 ;
7 0
3 6 . 2 2 7
6 8 . 6 2
232
6
- 4 3 8
3 6 . 6 8 7
6 7 - 5 3
36.970
6 6 . 7 1
3 7 . 2 8 1
2 4 9
283 311 333
6 5 - 7 1
302
6 4 . 5 6
3°9
6 3 . 2 8
3 "
6 1 . 9 2
308
6 0 . 5 2
297
5 9 . "
2 g o
57-74 56.45
255
5 5 . 2 8
54-24 5 3 . 3 6
103
5 2 . 6 6
57
5 2 - 1 3
I2
-
5i-77
¡ I
5 i - 5 6
5i-49 51-54
Io8
i r
*
5 1 . 6 8 5 1 . 9 0
£
5 2 . 1 7
52-47 5 2 . 8 0
I37
37-614 37.96i
" 5
128
3 8 . 3 1 6
136
3 8 . 6 6 9
140
3 9 . 0 1 2
141
39-336 39.633
137
129 117
104 88 70
5 3 - 1 4
l
47
5348 53-83
IT
5 4 - 1 7
82
175
4
I 8
4 0 . 3 8 3 4 0 . 2 5 0
5
4 0 . 0 7 8
14
3 9 . 8 7 5
22
3 9 . 6 4 8
27
3 9 . 4 0 8
3° 3 9 - 1 6 4 33
-
54-50
2 5
5 4 - S i
33-512
6 8 . 6 7
35 34
125 7i 17 36 87
7
34
297
4 0 . 2 9 3
4 0 . 4 7 0
21
324
263
40.506
36
343
222
4 0 . 4 8 9
53
355 353
4 0 . 1 1 8
4 0 .
2 8
347
3 9 . 8 9 6
3 8 . 9 2 6
34
' 9 3 3 TTO
36.821 J
35-837 35-822 35-854 35-932
6 8 . 3 8
37.323 224 37-547 1 8 9 37-736 ; 4 8
278
124
6
3 7 . 0 6 8
269 281
78
3
253
6 0 . 4 2
-I- I.507
0 . 0 2
209
4 6 . 5 1
230
I . 8 0 8
O.84
222
4 8 . 0 6
+
+ 0.05
226
4 9 . 9 2
167
33-411 52 33-463 87 33-55° 1 2 1 33-67I 33-823 %
221
54-23 52.01
5 2 . 7 2 0 30
3 3 - 6 4
394
2
52.147 52.425
97
3 2 . 7 2
446
5 - 94
5 1 . 8 9 1
3 2 . 4 2 455
97 134
2
5 1 . 6 6 1
156
59
5I.l60 5 1 . 4 6 1
34
4SI
5 6 . 4 9
I
289
435
21-493
5 8 . 7 0
5 1 . O O 4 5 I - 0 6 3
323
39-94 37-39 35-29 33-73
5 0 . 9 8 4
3 8 . 7 0 3
38.504 38.335
133
172 203 227 240 244 238 223 199 169 132
3 8 . 2 0 3 33 3i
3 8 . 1 1 2
91
46
3 8 . 0 6 6
42.20
3 6 . 6 9 9
+ 1 . 0 2 5
-
+3-3
-II.2
+ 2.2
+
— 0 . 0 1
-
-I-O.O3
+
0 . 2 2 5
O.83
+
I . 3 0 8
+
O . 8 4 2 1 1 . 5 0 . 8 2
Scheinbare Sternörter 1955 O b e r e
Dekl.
AR. 20h
1955 Jan.
22
5 - 4
1
m
4
-56°
5-457
21
5.564
3i
5 * 7 3 5 ^-jrt
10
März
I7I
5-967 j
7
6.254
20 2 12 April
1
21
8.829
1
9-340 9-853
Mai 11
3i
i o
- 4 54 5 7 8
29*
2
I 2
-
I 2 ,
7
8
6
f
i62
9
8 4
18
12.873 12.878
28
I2.8o6
7
12.662
8
17 27 Okt.
I2
7
6 16
-°37 9-96I 9-952
IO
26
36 Mittl. Ort
5.968
sec 8, t g 8
+ 1.830
a, a' b, ¥
175
4.62
164
38.274
2-72
~Z
3.18
46
4.18
100
2.81
5.69 7.66
335
319
'
10.02
295
40.240
I2.70
40.503 226 40.729 I g 2
15.63 18.72
^
^
134
4I-°45
0,
41.128
117
64 *
151 197
236
„
268
£ 293 ^
309
21.89 317 ^ 319 25.08
28.21 3 1 3 300 3 2 2 3 6r . 5 9 57 4
40.956
38.86
46.61
40.804
145
TI3
49-96
l
50.33 6 50.27 4 Q 4978 48-87 £ 47-57 i 6 4 45-93 43-99 41.82 52.11 --
"
4 5
°5
39-J7 I g 6 4 I - I 3 194 43-°7 i 8 5
49-19
7 6
257
47-23 47-35
2
40.911
I 8 9 30
47.20
10.67 \ ' 236 8.31
3
1-533
+4-7
-! 1 1 . 6
—0.06
4
0.81
40.4142 2 I 40.193 225 39.96 8 22G 39.748 2o6 39.542 i 8 39-357
39"°7 4 7
281
193 °'79 I57 42-36 I l 6 43-52 e. 74 44-26 £ 4
4 40.620 ^ 206
39.200
0
122
8
84
38.994 38.951
,, 43
37.304 + 1.241 1-2.3 1-0.03
* Bei Stern 1535), 767) und 768) lies Juli 30.
44-55 44-38 43-76
~ 6 7
42.69
149 4 1 ' 2 0 188 3 9 - J3 2 220 37-12 2,7 34-652 4 7 12.91 0.735 -l - 1 2 . 0 0.80
28
268
31 41.159 4i'i39 ^ 41.070 I I 4
48.06
6 o
- 2 4 5 318 IO.927 2 293 IO.634 IO.381 253 202 I O . 1 7 9v ' 142
16
° - 6 7 33
37.28
„ 208
I Z
6
3'
2 4
6.26
39-945
S CO 1 0 1 32.68 n I3° 33.98 ^
72
27
5-92
I
20h
47-55 47.83
m
2G 28 35
48.59 4 1 i 47 49.06 50
49.56 50.09 50.63
"
4 53
51.16
£. 5 1
51.67
' 47
52.I4 52.56 52.93 53-22
2
;
44-53 3QI
4
, 2
49.02
° 324
31.79 28.74
3.501
+ 11
Z
19.92
J5
T
9'93
6 4
"57
I 2 5
20
21.82 , 2
t
3
, 182
4
233
27g V 3 « 31.84 339
.101
251
7.114 '
221
4 2 4 6
368
7.667 ,
102
7-827
58 i3
" 1 4 360 49-74 346 53-20 324 u 5 6 - 4 4 295 59-39 2
6 i
62.00 , 221 64.21
3o7-769 7.840
'
73
67-95
17
68.12
~
67-72
4
°
96
51 6 5^ . 2 5^ 1 202
0 19 48.57 49.71
32.85 1.949 -12.1 0.80
246 284
7 I " 7 8 206 73-84 I 9 0 75-74
-
7 7
7.636 7.505 -353
7'1 9l
'
4 4
18
78.9 ^ y 2 ' 124 80.16
70
7.740
7
67.22
6 7 - 3 1 228 69-59 2 I 9
30
7.810
,
60.56 „ , ^ 218 62.74 , ' ^ 227 65.01 £ 230
275
6 . 8 6 30
8 I 2
55-z7 I S S 56-72 J 5 8 . 5 3 203
291
366
46
53.07 53-94
6.588
J
^
' 3 ^ 94 53-36 9 4 52.74 2 7 52'47 I O 52-57 5 0 5 4
291
7-335 l 8 6 7 -J5 2 i , ' 146
38-80
5 5 - u5 ° 1 2 0
5-392 5.692 3 0 0 5 . 9 9 6 3 0G4I ¿ 3
6.297
5
56.89
00 ! 2 I
3.788 ° ' 153 3-941 i 8 2
20-56 64
21.82 183 , 126
8'
c. J 5 4 5 9 - 9 6 J 6r 0 5 58.40 *
89
3.667
0
61.50
2I
4^ - I 2 3J 2 1 0 4-333 , „ 4-568 4-825 Z
48.76
+ 0.08
^
2 5 - 91 9 275 234 23.65 l 8 ,
63-23 77 57-93
+ 1.0
31m
3-578 J J
66.76 32
20h
Dekl.
3-522
2 2
53.61 ^ 53.50 2 0 53.30 2 ß 53.04 3 2 52.72 52.34 5I-93 L 5-49 S 1 - ^ 46
+2.191
50'
25-97
53-44 , . J4 53.58 s 30 5 3 . 6, 3J — 2
50.57 50.13 49.71 49-34
+ 62°
AR.
I 2
48.18
J
768) c Delphini
Dekl.
47-39 47-25 5
37.159 235 37-394 268 37.662 37-957 3 I 7
39.626
-3
3 1 .T6 7
144
11.896 1 1 . 5J 7! 4T 322 329
26 Dez.
' 4 5 42
I98
I
38.949 J , 39-291 4
3
, -
17 Nov.
3
'
237
20
Sept.
30.70
12.084 ^ ^ 306 12.390 '
10
105
3 1 - 0 8 38
0 4l6 0 366
30
Aug.
4 4 4 6
36"96I
,
2I.IÖ
£
4 t 6 . 9 3 247
31.81
II.718 ^
20 Juli
511
11.302
10
I 4
36.612
239
AR.
+ 36° 18'
32.86
°°
0 5°5
21
Juni
S
27
m
36.685 ¡ 1 7 36.802 ° 159
34-22
11
h
767) & Cephei
Dekl.
36.596 36.582
42-°7 226 39-8i 2 o 8 37-73 l 8 8 35.85 i 6 3
6 - y9 /7 J3 421 7-394 7-848 2
22
20
52'
56-67 23G 54-37 243 5I,94 2'o 49-442 1 2 5
0
11
AR.
159*
G r e e n w i c h
l 5 3 5 ) 42 C y g n i
764) a Pavonis
Tag
Febr.
K u l m i n a t i o n
-
81.15
"
2
81.88
73
82-34 82.54
t -a
164 6 4
82.48 6i863
160
82.16
6.716 147 , ' 126 6.590
A6 . 4 809
101
v
70
6-4i9
,0
£ 6-377
4
~
6.381
81.58 3 80.75 ' ° 104 7 97 . 7 1 ' ' 124 78.47 ' 140
38
77.07
1 I5I 75-56
3.720
57-11
+ I.019
-f
+ 2.9
+ 12.3
!-o. O l
32
-!-
0.197 0.79
160* Tag 1955 Jan. 1 11 21 3i Febr. 10 20 März 2 12 22 April 1 11 21 Mai 1 11 21 3i Juni 10 20 30 Juli 10 20 30 Aug. 8 18 28 Sept. 7 17 27 Okt. 7 17 27 Nov. 6 16 26 Dez. 6 16 26 36 Mittl. Ort sec S, tg 8 a, a' b, V
Scheinbare Sternörter 1955 Obere Kulmination Greenwich
769) a Indi 1539) 29 Vulpeculae 773) u Capricorni AR. Dekl. AR. Dekl. AR. Dekl. m m —18 0 17' + 74° 47' 20h 34m —47° 26' 20h 3Ö + 21° 2' 20h 37 // s s s : 64.18 38.20 75.81 29 24.3I9 30.288 29-337 54'85 9 A u 97 72.86 318* 24.348 82 62.39 179 30.292 J J36.23 54-76 I8 29-369 6 8 203 2 193 69.68 24.430 60.46 54.58 30.333 9"437 2 34-20 2g 77 I0I 2Qi 204 30.410 54.30 66.37 331 24.562 179 58.42 •J T II2 32'19 189 29-538 ^ 210 /- 330 3-°7 336 24*74i 2;4 56.32 J -j 2I2 3°-522 I46 3°'3° I70 29.672 * 53-91 52 54-20 2ji 30.668 29.837 28.60 66 59-91 6 2 193 53-39 179 27.18 142 2 02 289 24.965 J 2 5 30.03022I 25.230 j 30.847 5 '73 80 u 57- 250 ^ • 302 5 '°9 2o6 ' 1 0 8 r ^C 209 26.10 2 I ,, 51-93 54-52 31.056 3°' 5 2 4 5 5°'°3 198 9> 67 237 25-43 23 48.05 9 202 io 30.496 268 50.98 2 7 76 31.293 0 W 2Ö2 25.20 — 5 -5° 146 17 y 9 4 69 J V 46.20 122 ' 83 S1'^ 85 26.232 389 ^ 170 31.555 283 2 0 23 30.764 2g8 49.89 0 J 31.052 26.621 31.838 48.67 44-5° 5-43 68 86 5 -^ 22 409 TT jcj 2 I 299 26.11 3°3 47-36i I3I ^ 3s® 87 49-97 42.99 3 37 - 27.030 30g 112 31-355 3A 2 " 129 32.445 41.70 7-45I 4,277 ^ A2 5°-4° o 5 86 27.23 I 33 31.670 J 45-98 104 r* 1 1 8 1 51-45 i62 27.878 44.56 32.758310 28-76 s 31.991 40.66 ^ 140 16 43- 136 ^ 8.92 75 53-07 2I5 28-3°3j414 39.89 I7 33.068299 J30.64^ 217 J32.311 6 3 1 3 u 28.717 32.81 41.80 55-22 , 9- 7 «5 ' ' TO23942 IS 33.367 282 127 240 32.624 „ 262 IO -33 £6 57-84 300 40.53 „. ,oo 229.I09I " 39-27 " 33.649 257 35-21 256 32.922 0 5 60.84 10.80 39-38 ^ 3942 33-199 33.906 9-47 323 3 44 64-I4 33° 29794 -I 2 226 37.77 266 38.40 8I 6 34 3 l8g 39-88 33.447 ; 7 2 2 r ^ 3J1 c. 7 34-321 4°-43 268 33.659 u30.069 y 40.64 3 l 11.64 11 67-65 37-59 62 172 i47 43220 ^i ^ 101 ^ 17 ' 365 2Ö4 28 I 36.97 .. 11.81 2 7 "3° ,70 3°- 9 l6o 4 -65 I2 34-468 io2 45-75 33-831128 0 4 36-54 ^ 7 11.83 42.89 48-3o:: .33-959 8l 142 1 34-57° 3111.72 11 75-0° 3 3130.449 95 ^ i 57 J 1 34-040 33 36-30 6 34-627 Jo 50-7 2 5 78.66 ' 221 44-31 1 34-637 11.47 38 82.21 3" 30.544 30 45-84 34-073 - 36-24 52 J 34-602 » 7 f W I ~ II.OQ 49 85.57 33 30.574 54.89 I7 34.060 s6 36.34 22 3°-54 94 47.42 is7 J Ol ^JJ 36.56 3 IO.ÖO60 88.68' 48-99 8 34.527 ItI 56.60 143 34-004 2 a8 3°-447 a 240 7 30.300 36.89 39 IO.OO70 58.03 33.909 " 50.47 34-4^6 J JJ II2 I2 30.109 37.28 22 -J T/ j,2 34.275 i62 59- 5 33-784 j 8 9-3° 76 93.86 0 197 29.884 79 51.79 XII 34-"3 y ; 8 33.636 59-94 ' 37-71 i62 , I 246 -542 L 95-83 ; 29.638 52.90 3 53-73 S2 33-939 179 60.39 £ 33474 l66 38-14 7'7 85 97-31 ^ 60.51 23 33-308 i6o 38.55 54-25 l8 33-76o J 6-87 85 98.27 40 29.386 33-585 4 60.28 58 33- 48 6 38.92 7 29.I39 54-43 98.67 ^ 28.912 ; 54.26 33-423 , 43 59-7° 00 33.002 39.24 25 198 90 98.49 76 28.714 159 4.38 53-73 86 33.280 ; 58.800 J22 3-878 ^ 39-49 19 52.87 II7 33.162 88 57.58 i49 32.781 l 39.68 I33 28.555 jjj 3 * 2 97-73 1 1 2 9 4° ,86 2.98 33-074 5s6 56-°9 173 32.717 3o 39-79 5 28.443 6l 94-54 33.0182 I20 54-36 r73 32.687 7- 39.84 50.27 Vr 2.4355 166 28.382 9 48.61 0 i! 90- 9 ~A\ 32.998 32.694 39.82 2.01 42 52.45 75 28.373 8944 7.38 62.81 30.624 31.85 24-581 59-93 29.376 54-39 +3.814 + 3.681 +1.071 + 0.385 + 1.479 — 1.089 + 1-053 - 0-331 —0.8 +12.3 + 2.7 -1-12.6 +4.2 +12.5 +3.4 +12.7 +0.15 + 0.79 —0.05 + 0.78 -r 0.77 + 0.02 -1- O.78 —O.Ol 770) 73 AR. 20h 32m s 2.48 2.14 34 19 z -95 4 1.91 7 2.03J 1227 2.30 42 2.72 55 J3.27 ' 66 3-93
Draconis Dekl.
s
Scheinbare Sternörter 1955 Obere 774) a Delphini
Tag 1955 Jan.
1 11 21
3i F e b r . 10 März
Dekl.
20h 37m
+ 1 5 ° 45'
s 32.542 32.552 32'597
8o
32.677
32-?9° 32.936
2
33.II3
12
1
33.3I9 33-551 33.807
11
34.084
13-38 it-65 9-87 8-j3
1 11 21
3i J u n i 10 20
Juli
30 10 20
30 Aug.
8 18 28
Sept.
Okt.
36.797 '36.858 36.874 36.846
7 17
36-777
27
36.542
7
36-388
17
36.222
3'9 X 84 3.07 * 47 2.60 ^
277
2
Nov.
6 16 26
Dez.
6 16 26
36 Mittl. Ort sec 8, tg § a,
a'
b,
b'
"54
8.23J
2(j6
12.62 J
150 io7
6;
% % I03
JJ 170
3 5 . 8 8 6 153
35-4io 35-362 35.348 32.797 + 1.039 +2.8 ¡ 0.01
I09 8o
118
5 2
i
5 4
54-439 54-805 55.182
J
247
I7'5R I9-9ß
^ 242
2 2 . 4 0 230 24-70 2 5 26.85 28.80195 x 73
30-53 32.01 33-22 °
I48
121
63
3478 35-11
-
35-15
~
34.88
27
57
34-3i 33-47 32.36 0
0
XII
I3-
J f
7 5
2 9-46
14
27.77
48
2-33 7 '
293
54-73
l
54.89
24
55.13
3
57-512 2 57-6O 5 57-640 57.6I8
61.48
243 283
59-49
3l8
57-97
346
57-oo
377
379
37 1
7-91 + 0.282 +12.7 ¡- 0 . 7 7
93 3 3
/8
2ß4 2Ö2
231
2Q.
55.330
i69
299
321
62.46
56
336
62.95
%
342
63-37
33
,,,
299 302 298 287
63.70 ¿-
2
'
64.06
^
64-09 64.01
1
27 34
94
100.23 * *
8
1.004
-
57
236
r
46
59-22 JV
46
59-77 59-82 59-35 5* 38 56-94
40
34 6 0 . 2 6 26 60.00 „ 18 0
235
-!- 0 . 7 7
—0.10
2.285 +12.9
+
0.76
266
3
4
333
354
367
69.73 73-08
354 335
7 5
76.17 78-94
371
3°9 2
S
81.32 83.26
s8 4I
194
85.68
23"9°
2 23-48 1 23-08 £
4G
86.08
-
85.91
17
85.17 83 .88 0
32
74 129
181
82.07 0 229
26
79-78
20
268
77.10
22.60
48.90
+2.107
+
+ 1.2
-1-13.2
-I-0.08
"
66.19
43
^
42-58
-
-
28 2 5 . 8 8 33
21.94
x
'
58.81
26.16
22.40 22.14
37-o8 37-58 38.69
55.15
22
22.72
77
192
x
43
^
39-36 37-99 37-22
62.52
24-33
-
241
48.28 51.61
9
5
Z
60.58 -
26.60 26.53 26.38
24I
45" 2 4 ,04
7
55
52.81 254 50.27
55.67
2
25-55 25.z7 2476
55-o6
59-82
+ 0.04
43
32
2 78
6 169 4 0 . 3J 8 220 ^
47
225
52-91 2 o 6 54-97 l 8 o 56-77 j , ,
61.OO
+ 5-4
52
320
305
41.28 ,
5
26.08
' f
43-69
so
24-95 25.38
326.59
6 2 . 3J 6
+12.9
24.48
227
144
+2.0
22.43 22.93 23.45 23-97
26.50 a
101
+ 2-495
4 6
5
32
'95 ;8
2II
^
+
J
43
2i
310
52.72 " 49-52
21.14 „ 38 21.52
4 f 3j . 6 8
58.21
-¡-1.417
20.82
2S7
55-93
8
20-57
4i-57
41
44
0
0
20.40 ^ 17
26.33
45
61.90
-9° 59.03
6i
15
20.32
i87
50.66
59-73 67.45
4I
62.81
60.60
225
123
//
20.3 2 J
39-70
45-95
ig
63.22
— 43
l6o
s 20-54 20-39
25.76
63-93
63-56
101.60
193
I
23
9J 8 . 4 1 1 9 3 150 99.91 iL I°5 57
224
36-05
230
7
53.771
288
35-6I 35-62
6i
63.83
y
54-949
59-31 59-98 J 6 0 . 6 5 64 7
7I-97
IOI-53
129
39-67 38.07 36.84 36.02
5 8 - 6 5 66
68.76
96-94 94-69 92.11
41.60
58.01
6i-29
2ß4
43.84
^
61.90
100.96
55.032
58
269
^ 101.17
55*534
271
46.34 5 250
52
6577
96.48
57-92 54-90
4
'
94.18
57.243 2 0 8 57-035 „ _
J
;
63.08
91'54
+ 6 1 ° 39'
51-92
57-40
CO
293
57-414
56.543 56-279 56.017 55766
40
85.47331 88.61314
77
56.30 56.82 3
82.16341
-
20h 44m
63-79 60.91
55-45
IS2
57-58
75.33 78.75
—66° 21' 66.50
3 -
238
2°
'
Dekl.
199
56.80
60.77
^ 294
37 2 55
„
56.60
366
57.54112;
56.798 A
268
63-86
ig8
56.909 J 251 5 7 . l 6, 0 203 57.363 I 4 9
31.01
,
2g8
66-54
AR.
tt
'2
52
' '
5
40m
Dekl.
s 54-69 54.66
52.802 IOO 52.902 ' 149
53-051 53-249 53-492 53-775 54-09 3
20h
77-92 75-2i
2IO 229 241
226
190
78 7;
52.756
55.561
-
36-052166
35-733 35-599 35.490
36
2-9°
36.674
J
27
2
117
J
256
35-868
36.600 C.
T
5.08
206
IO-33
3^-I24 36-350 36.540 u
178
143
J
3-68 QA 4.86 34-987 35- 2 92
A
0
6.51
I46
21
Mai
52.808
783) Y] Cephei
775) ß Pavonis AR.
+ 4 5 ° 6' //
s
n IO
20h 3 9 m
161*
G r e e n w i c h
777) « C y g n i Dekl. AR.
AR.
20
22
April
K u l m i n a t i o n
+ L
1.854 0.75
162*
Scheinbare Sternörter 1955 O b e r e
Dekl.
AR. 111
2 0 h 44
1955
+ 33° 47' //
s 1 11 21
3i F e b r . 10 20
März
April
1
1 11
20
30 Juli 1 0 20
-r
23.033
99
140 179
245
6 1 . 8 97 5 9
227
2
i !99 5 7 - 6 3 I6I 56.02
2 250 3-677
23-956
54-86
,
67
54-19
^
I 4
24.260 0 322 24.582
54-05 54-44 9
24.917
55-36
335 V
25.256
335 25-59I 323 25.9I4 i 303
26.217 • t. 276 26.493 , 241 26.734 , ' 200 26.934
154
2 9
56-78 58-65
2
6°-90
258
63-48
. 1
66.31 283
SOI
°
6 9 . J3 2 ^
3 I O
7 2 4 2
3.3
8
27.248
81.59
18
27.252 2
27
I i
17 27 6 16 26 6
7-ZI9
I28
9 1
161
26.830
°*
29
89-23
25-652 25.498
16 26
25.286
36
25-234
5-375
23.310 + 1.203
£
I98
9 1 2
f 9 -83 94-°7 94-91
26.645 , ^ 202 26.443 209 26.234 95-32 207 26.027 ' 9 5 - 2 9 0 196 25.831 ^ 9 4 - 8 3
2
Mittl. Ort s e c 8, t g S a, a' b, b'
3
—8 4 . 3 8 S 256 y4 27.208 44 86.9 229
7 17 7
251
253
7*.63
28
Dez.
66.87
22-794 22.803
239
69.38
27.088 ' 105 27.193
3°
Nov.
71.77
8
2
31 J u n i 10
Okt.
22.736
22
21
Sept.
j6
12
21
Aug.
24
23.212 J 21S 23-427
2
11 Mai
22-744 22.720
G r e e n w i c h
781) e A q u a r i i
/80) e Cygni
Tag
Jan.
K u l m i n a t i o n
162 I24 8 4
93-93 92-62
9°'94 88-93 52
89
4 I
AR. 20
13I l68 20I
86.65
62.75 0.669
45
ra
- 9 °
s
39'
41.58
^•847 J
41.18
22
M-433 x 4'490 ^-578 14.697
8 8
41.92
34 J
IIg
42.17
I 2
IJ0
42.29
8
J
15.230
205
37-95
16.580303
36-57
310 16.8903 17.200 10
35-°7
7-795
£
18.065 18.309
0
18.519 0
y
I38
IS8
33-49
IhI
31.88 160 f 0 30.28
270
153
28.75 143 27.32 ' 130 26.02 113
244
210
171
2
18.690
4-89
23-93 23-17 —2 2 . 6 0
^
18.818 128 3 I8.902 84 18.940
18.9331
22.21
18.884
21-99 21-93
18.799 0
¿0
18.683
8
, 116
18.545
3
18.392
153
6
18.082
-79 23.18
i
141
23.60
I;I
45
24.05 7 17.820 97 24-52 4 7 17.723 6 ; 2 4-99 6 17.656 „ 25-45 25.90 4;> 17.621 17.619 M-443 42.25 +1.014
—
0.170
265
38.OI4
1
2/2
38.068
273
3 J 8.160
54
129
J , 286
4-98
269
20.483 20.9 3 y8 0 21.503 22.034 t
22.564
472
15.02 ^
13.00 *
3
1
5 3
24.809
J
II.26
520
531
74
Z
8-75
«
53°
5IQ
23-o83 496 23-579 *fio 24-°39 2 4
202
7-69 7-74 . . 8
356 289
25.098 2 s 2 5 " 3 1 2 134
- i
8 j ;
y .00 9 117 10.17 7 147
11.64
173
1 3J- J/ 3 7 J9,
15.30 J J 205 17.35 ' 210
J 9-45 2o; 25466 iio 21.52 25-356 l 8 l e. J 94 2 5 - 1 7 5 243 23.46 174 24.93 2 25.20 J
^ ^ 291 24.641 c. 325 24.316 J 3 ^ ° 341
23-975
23.633 J't
23.308
325
26.65 J
145
IIO
^
28-52 %
294 23.014 c 250 26.78 22.764 195 ' 150 22.569 25-28 l 8 . r 133 22.4366 23-43 2 I . i. 7 21.28 213 22.369
18.472 + I.921
32.05 — I.640
+2.4
+13.2
+3.2
+13.2
-I-4.7 / 1 3 . 6
-I-O.03
f 0.75
—0.01
+ 0.75
-0.07
+ 0.73
'
4
2.28 0 1.28
£
0.75
I
24
39-685 39-984 40.296 40.6l2 40.926
35
283 7
4I-23° 4I'5I4 4i"773 42.001
63.97 3 r 64 6 '7 . 6 1 3375 71-36 75.16 78.93 82.58 86.05 8
9-24 9J 2 . 0 8 94-5° 96.43
48.39
33.58
88
97-80
48.3152 47-79 ^ 46.83 9 6
32-70
89
98.58
3 I 8 1 30.92
89
98.74
7.83 -!- O.933 "i-19.9 + o.jo
?'442
Z
36-51 36.93
J3 1 - 8 7
3
'6i4
25-78 28.85 " 7 ^ 302
42
38.4IO
58-758
^
54-53 57-36 60.53
8I
79
6o
34-45 35-26 35-95
I
7
8o 81
^
- 9 j 284 9-75 298 22.73 i o .
i 6
3 s8 . 5 6 0f 38.489
47.74 92 48.66 r 92 47 50.13 197 J5 2 . 1 0 243
- 9 3 236 z 4-29 262
6
Q
54.00
J
3
384IO
56-69
u
Q7
4
63.49 62.69 61.88 61.09
38.438
47
29-36
tr
38.743
68.82 65.82 300 c. 311 62.71 ' 308 59-63 2Q4
64
99
84
107 • ^ 105 32.55 , , 33-54 9 I
I J
234
5I.39 I.O43 H).() -1- O . I I -r
29
21-
J
I99
92.26 C. 5° 9I-76 90.81 95
72
5
II4 4 I5
89.56 174 135 90.91 0 91 9!.82 46 92.28 2
25.537
21.205 -I.445 + 2.9 - 0.07
I28
4 8 5u - 7' 2 210 87.82
99
i62
2 7 . 0 9y ' 119 25-90 6 24-34 l 8 8 22.46 ^ 212 20 ' 3 4 22fi
55-546 55-780 3 4 ' , 282 56.062
°
6845 71.6?
26.007. c> 132 25.875 I58
5-342
i67
5°8, 49-29 35 48.9416 49.10 65
I
igi
2
+ 4 3 ° 1'
892) i Piscium
Dekl.
s
55-I63 55.236 55.364
12
J0Q
5772
25-7^7
m
55-17 1 2 J5 J5 - 4 7
57-33 2 2 . 55-08 2 2 5 ^ 201
25,541
26.082 I5 26.i59 26.187 26.168 26.106
35
55.830 55.653 55.491 55.352 55.243
194 6, 6 . 7' °3 220 6 4 . 5 3 237 62.16 244 59-72
3 4 2 4^ - 05 835 357
2
h
AR.
s
20.913 ~ 20.932 21.007 2 1 . 1 4^ 0 191 21.331 t. 2 45 21.576 0 295 21.871 338 22.209 372 2 2 . 5 8 1 396
2
23
893) y Cephei
Dekl.
AR.
+ 46° 12'
193 21.474 177 21.297 152 21.145 c 119 21.026 „ 80 20.946 33
22-977 23.386
29 Sept.
35m
S 21.667
3i 10 20 30 10
Aug.
Dekl.
AR.
1955 Jan.
891) i A n d r o m e d a e
890) X A n d r o m e d a e
Tag
Greenwich
98.27
2
314 2g
4
259 22g
193
42.194 ' 42.348 ;:4 ^42.463 75 38o J 42.538 ; ; 377 42.575 3 365 42.578 ^ 347 42.550 54 319 42.496 284 42.421 ' 242 42.330102 I93 42.228 I37 ^ 109 4 2 . 1 1 97 I3 J ^ 112 42.007 l6 0 11» 4 1 ' 97 47 41.792
28.78
52.38
+4-577 ^2.5 +0.30
+ 4467 -1-19.9 0.10
38.029 + 1.004 +3.1 +0.01
6
59-6I 6 0 . J3/7 7 /105 61.42 131 62-73 x 6 6 4-29 I76 66.05 191 6 7 . 9 6 202 69-98 2 0 8 72 • 208 74-I4 203 76.17 193 7 8 . 1000 178 79-88 ' 8 1 . 4 8 1I 46 0 ° 82.88 118 84.06 85.00 94 7
85-71 86.18
47
!
86-44
6
86.50
-
86.37
3
86.08
29
85.65
43
85-10
g
8444 83-69 82.89 56.17 °.°94 +19.9 + 0.10
£
179*
Scheinbare Sternörter 1955 Obere
1955 1 11 21
Dekl.
AR.
Dekl.
23 h 40 m
- I 4 ° 47' //
23h 4 5 m S.
+ 67° 33' //
37-51 37-83 ¡ 2 37-95 - 8 37.87 28 37-59 5 I 37.O8
4C 44.28 43-86 4348 ^ 43-17 ,3
T
31 Febr. 10 20 2 12 22 April 1 März
Mai
11 21 1 11 21
3i Juni 10 20 30 Juli 10 20 30 Aug. 9 J9
29
24.100 23.997 23.907 23.832 23-777 23746 23-743 23.772 23.836 u °
23-937
27-II7 27.35 4 27-555 27.717
8 •6 2 7- 8 37 17* 27.915 27 27-953 27-954 Okt. 7 27.922 !7 27 6 16 26 Dez. 6 16 26 36 Mittl. Ort sec 8, tg 8 a,
a'
b,
V
73 SI
3 29
3 35-38 J J J 119 34- x 9 I 4 2 3 2 -77 i 6 2
,
64
IOI I39
24-076 3 " 5 l8o 24.253 " 2 9'35 I 9 6 2 4-468 J 2 7 - 39 2 0 y 24-7J6 2 5-3 2 6 24.992 2q8 2 3 - 1 8 216 25.290 21.02 212 25.604 J 18.90 03 25.925 -i ? ° 320 16.87' 2190 I 4-97 26.245 • ^ 170 26.556 3293 Ï3.27 J / 147 26.849 2 6 8 11.80
Sept.
Nov.
103
2 7-86i
20j i62 I20 78
9.00
8
49 9-49 7 0 10.19 85 11.04 ^ 95 " ' 9 9 oQ 12.98 9 9 0 100 13.98 Q5
! 6i 84
27.777 ' ' 100 27.677 '
C.' 112
27.565 27447
II8
X5.80f 14
I2I
27-326 i i g 27.208 , 112 27.096 23-355 +1.034 +3.1 —0.02
26
17.16 17.61 38.00 0.264 -¡-20.0 0.09
—
?
7
61 45
268
23h 46m
- 2 8 ° 22'
23h 50™
35'853 35-728 1 2 5 ' , 112 35-6i6 35-522 * 35.450 4 6
48.83
IS
45-56
l8
44'°5
43-27 43- 6 5 4 6 44-11 44-64 2
35.696
45-24
64
45"88
66
4 54 6 6 47-20 47-85 62 48.47 , 8
51.06 51.OI 13 50.88 u
20
50.68
27
33 50.08 3 49-70 4 2 49.28 4 2 ^ 45 48-83 g 4 8 - 37 % 47-91 5 0 4 1
44.60 -1-2.619 + 2.9 -!-O.I6
• B e i S t e r n 895), 896) u n d 898) lies S e p t . 18.
250
23.62 J
,
169
2I-93 0 118 20.75 , ' J 65 20.10 g
20.02 49 20.51 u 103
2i-54 155 2 3-°9 o 2 4 25-i3 24 6 2 7"59 283 30.42 ^3.56 3 „ 36.94
0
56
48 7 9 4
4 7
i 43 66
"77
46.81
96 96
125 I5I
176 42.29 ' ^
' 198
^ 40-3 1 jr 0 216 38.15 I37 °
179
35- 75 4 36.094 36.349 j L 36.636 ^
232
35.83 243 33-4° 249 28
'41246
2 5'95
36.948 3 37-27 9 3 4 0 37.6I9 " 37.960 J 4 38.293 $
23-59 J 21.39 19.41 79 t7-6 16.28
38.609 0 291 38.900 259 39-159 2 2 I
I5-21
236
220 198 172 ' 141
107 70 7 3a
14.51 I4-I9
.
14-24 14-65
S r
61.05 r 263 63.68 c. 0 221 65-89 67.62 7 3 20 68.82 1 63 69-45 4 69.49 « 68.94 24.34 -1- 2.421 -1-20.0 -!- 0.06
+ 18 0 52'
I2.454 114 12.340 /- 104 12.236 91 12.145 7 2 I2"°73 48 12.025 l 8 12.007 ' 16 12.023 54 12.077 95 12.172 137 12.309 12.488 1 7 9 219 12.707 -961 j 3- 2 44
3o6
^872
322
39- 4 39-495 39-362 39.220
II9
i45
+3-1 —0.04
24.40 ^
I2 5
2« 2 3
76
4» 28.71 ; 28.89 45.06 -- 0.540 -20.0 0.06
g(5 m
23.29 I 2 I 22.08 127 20.81 126 I9'55 Il8 1 37 i o 5
VI -4 i6
6
^5-86 r 5-55 15-57 z 5-94 16.65
86
J 60 2 37
II
7'
° 106
*
' f 7 3X6 -^4.843 2 9 9
24.70 , 221 26.91 y 228
J
'
14.201
I7"71
329
208
326
I 4
15.142 I5-4I5
15.657
230 3 i ' 4 9 228 33-77 2 2 0 3 5'97 207 29,19
273 242
J
2
39-°75 38.933 . „ 38.798 35 35-091 4-1.137
25.19 A 44 27-47
2 5'36
!37 ^ i6S 20-73 i8„ 1 22.62 9
4 16.032 39-55« t 7 4 J 75 39-692 1 1 16.161 44* £ 365 „39-779 , , i. 103 1 16.250 43 I 2 7 '%9.82i 4 2 '9 cl 0 ° 144 16.3OO S f 359 39-821 I6.3I4 1 5 4 39.783 3 ; 2 a 6 8 157 16.296 16.250 5 7 298 39-7 1 2 9 8 22.25 4°"48
Dekl.
s
s
2 5-76
5 0.9 0 1 2
6I
44.84 ™ 6 236 4 2 - 4
AR.
35-404 35-389 35-407 35-463 35-559
8 -74
92
46.78
Dekl.
39- 8 ° 288 36-92 2Q7 33-95 2 / 2 31-03 28.26 2 7 7
8.753;
121
3
898)
2 Aquarii
Tag
Kulmination
Î181
129
3 8
„ 89 50
4
I9X
39-95 41.68 7 3 151 43.19 0 I2 9 44-48
l8
45-52
46
^
8
4
46.32 46.86 5 4 /- 3° 47.16 \ 47.20 -• e. 21 46-99 4 4
2
16.093 15-990 * 15-877 u "119 15-758122 15.636 j u 121 15.515 11.692 -I-1.057 +3.1 -¡-0.02
-°
4 Ö -55
45.89 45.02 Ï3-30 + 0-342 +20.0 -;- O.O4 M*
66 87
180*
Scheinbare Sternörter 1955 O b e r e
899) p Cassiopeiae AR. Dekl.
Tag
23h 52 m
iQ55
3i Febr. 10
20 2
12 22 April
Mai
Juni
1
11 21 1 11 21
10
9
8
18 27 O k t . 1 77 27 Nov. 6 16 26 Dez. 6
%
68.12 65-41T
62.76265 60.29 2 4 7
219
7.651
54.88Tj9
395
53-98
441
-925
11.369
0 9° 39 ~
494 5 3 - 7 4
68
54-f
9-455
io
56.27
53-59
474
494
475 444
57-27 59-37
II9
2IO 248
61.85 280 4°4 , 64.65 II.773 3 12.128 3 5 5 67.70 32i I2.428 12.66 9 ^ 7 ° ' 9 5 36 V 178 7 4 ' 3 1 341 12.847 2 u s 77.72 12.962 19 ^ 54 8 1 . I I 3 3 9 I3.OI6 --: J 6 8 4 4 2 33^ 13.OIO „ J 61 316 8 7 . 5 8 294 12.949 12.836 ' c. c 160 12.676 ' 201
I2-475
2
3-i79
' f 3 23-67 7 2 3
95-48
5
36 Ort tg 8 a' b'
7-4I3
56.77
¡-1.848 3.0 O. IO
; 1.555 : 20.0 ; 0.03
77-95 77- 7 77-58
l8
-
T3 6
4
124 162
199 2
,4
26
4 288
77.06 76.30 75-3° 74-°5 7-5« 7°-9°
69.06 y
8 29
y 5 76
100
25-49 8
25.767
26.571 26.489
A
gl
96
26-393
26.288
5
HO
26.178 26.067' iro 25-957 22.125 ¡-1.002 • 3.1 O.OO
57-21 55-57
60.379
4
60-334
20
3h
57-38 56.59
60.531
60.446 7
60.314 , J ^ II 60.325
IT
55.847; 55.19
S2
54-67
34
54-33
12
60-372
86
60.458
54-21
-
I2S
54-33
39
l6
54-72
6g
60.748
105
56.36 Ig4
^ 196
3
2 69
903) e Tucanae AR. Dekl.
Dekl.
+ 6° 36' 56m s 60.731 58.97 7 „ 60.627 1 0 4 58-^8 £ c 96 2
60.583 TAi
67.10 65.06 2 0 4 c. 206 4 63.00 3 60.97 2 0 3 25.206 95 292 5 9 . 0 2 1181 23-965 24-270 24.584 24-898
26.009 „ 7 208 , 26.217 171 26.388 J 132 26.520 26.613 9 3 2I 26.668 " 26.687 j2 26.675 ' J 40 9 ° - 5 2 2 6J 26.635 93-J7 ,
2^4 97-39 I 4 6 12.241 ; A 262 98.85 f 0 96 11.979 „ yy 44 282 j 99.81 11.697 100.25 J 10 •" 292 100.15 11.405 64 293 11.112 99-51
16 26
22.551 2 22.564 22.ÖI0 22.694 22.8l8 0 22.980
339
9-95 6 10.450
29
Mittl. sec 8, a, b,
22.569
« 4
273
20
30
Sept.
2Ö6
77-40
7-°39
8.961
20
Aug.
70.78
95 J44
7.312
3i 10 30
Juli
QO
6.660 -6.711 5 1 127 6.838 J 201
8.046 8.487
Dekl.
25I
78.84
7.124 c ^ 201 7 5 - 5 3 6-773 6-683
AR.
|
73-29
79-79
7 3 2 268 7-364 240
6-923
902) co Piscium
AR.
ISO
i
11 21
+ 57° 14' //
G r e e n w i c h
900) 27 Piscium 23h 56 m - 3 ° 47' s 22.958 76.04 6 l io3 0 22.855 76.65 1 95 ¿ 51 22.760 82 „ 77.16 c. 0 22.678 6, a 5 7 7 - 5 7 27 22.6l3 " 7 7 . 8 4 £ 44
s
Jan.
März
K u l m i n a t i o n
i64 4 I4 2
54.15 ^ ? "9 52.96
6 1 - i 8 9 268 45 7 292
66
5I-37
40
5°-97 5 ° f 50.89
16 * "64.466
l
51.16
' 43
64.488
-
64478
36
64-442
&
?6
"
52.80 72 53.52 ; 74 54.26 ^ 74 5
55.00 j j 71 55.71 56.38
80.25 — 0.067 20.0 •!- 0.02
' 67
59-07
I48 170
308 ° i 7 186 62.057 ^ t62.63 , 316 199 64.62 6 2 . 3 7 3 ' f) 2 °f 66.68 3 62.689 , 208 £0 68.76 309 62.998 293 ' 205 63.291 81 I96 c. Z. 270 7 ° 63.561 ' 72-77 l 8 2 4 74.60 / 63.802 208 7 167 c. 64.010 76-27 I46 64.182172 77-73 I25 133 78.98 102 64-315 0 80.00 64.409 80.79 n
52-°3
51.59 52.x5
57-59
64.382
c. 79 64-303 '
81.34
IOQ
81.14 80.63 J
63-999
TTT
80.01
59.902 -¡-I.OO7 L 3.I -0.01
79.30 78.53
51.II O.IIÖ -20.0 !- 0.01
6 22 . 38
f 62 71 77
48.08 ( I 0 210 45.98
253
43-45
290
4°-55 320 37-35 * 33-93 ' 30.36 3 f t. 2 6 " 7 3 362
2
„ Ig
34-66
2ß
23.11
34.92
S5
I9-57
35-27
3
35.68 36.15
41
39-62
57
2 l
41.62 41.82
-
41-76
- 1 0 36 40
40.34 43 39.9145 39-46 39-02 38.59
43
354 ,0
338
314
284
247
7' - 7 4 205 5.69 157 4.12 ^ 107 3 - ° 5 53 2.52 —2
^
4*"38
40-74
10.21
&
f 40.64 4 r 4 I - ° 5 '3
4I
I3-°5
53
37-25 37-85 38-45 39.05
40
16.19
47
36.68
io7
49-6916;
4
41.40
102
110
34-55 34-41 34-35 34-37 34.48
41.62 -r 22
0 81.52
50.76 1
3 6 - T I 4o 3 5 - 7 1 37 35-34 „ 35-01 3 6 34-75 2Q
81.80 0 81.74
~
- 6 5 ° 49'
s
81.6733
64.210 a 0 64.IO8 63.888 r 0 63.778
23h 57m
2-54
,6 " 109
5-76 u ' .
37
J3.10
200 7' 7' 6 236r 10.12 ^ 263 -75
28o
I5-55
286
I2
1 21
4 1 282 ' 2 3 265
23.88 26.25 2 3 7 28.25 2 0 0 29.80 1 5 5 0 i°3 30.83 31.30 3 " 9 30-50
35-55
38.85
-1-2.442 f3.i —O.15
— 2.228 ¡-20.0 r O.Ol
4
;
„ 69
Scheinbare Sternörter 1955 Obere
Januar
Tag
I 2 3 4 5 6 7 8
AR.
I6!56 16.27 15.98 15.69
27-85 27-93 28.00 28.07 28.13 28.19 28.24 28.28 28.31 28.34
+ 9-3 +11 + 2 + 10 + 6 + 7 +10 + 3 +11
28.36 28.38 28.39 28.39 28.39
-
5-4°
15.11 14.81
11 12
I
16 17 18 19 20 21 22 23 24
AR.
m s " O.Ol O.Ol j h 2 s -10 — 4 7 - 5 i - 8 - 8 7-23 - 4 -10 6.96 + 1 -10 6.69 + 6-7 6.42
i4-5i 14.22 13.92
15
in
86° i '
9 10
13
i Glieder
+
jh 2 m
I
13.62 3-33 13-03 !2-73 12.44 12.14 11.84 "•55 11.25 10.96 10.67 10.37 10.08
25
9-79 9-5°
26
9.21
27 28
8-93 8.64
29 30
8-35 8.07
3i 32
7-79 7-51
K u l m i n a t i o n
Greenwich
Na)
4^52
43 Hev. Cephei
Februar
Dekl.
Dekl. -1-
März i Glieder in
86° i '
s " 0.01 0.01
27-33 27.21 27.09 26.96 26.82
6.15
26.68
5-89 5-63 5-37 5-12
26.53 26.38 26.22 26.05
2 +11 5+8 7+4 8+1 6 - 3
4.86 4.62
25.88
28.38 28.36 28.34 28.31 28.27
+ + +
4-6 1 - 7 2-8 5-6 7-4
3.66
28.23 28.18 28.12 28.06 27.99
+ 8-1 + 7+2 + 5+ 5 + 1+6 -3+6
2-55 2-34 2.14 1.94 1.74
23.90 23.68
27.92 27.84
-7+5 -10 + 2 -10 - 2 - 9 - 6 - 6 - 9
i-55 1.36 1.18 1.00
27-75 27.65 27-55 27.44 27-33
4-37 4-I3 3-89 3-43 3.20 2.98 2.76
25-71 25-53 25-34 25-15
AR.
Dekl. 86° i '
+ 4-8 + 8-5 + 10 0 + 10 + 4 + 8+8 + 4 +10 0 +10
60.19 60.04
-4+9 -6+6 -8+2
59-9° 59-76 59-63
20.67 20.39 20.12 19.83
- 7 - 2 - 5 - 5 - 2 - 7 + 1-8
59-50 59-38 59.26
21.99 21-73 21.47 21.21 20.94
+ 7-6 + 9-2 + 10 + 3
11.30 10.99 10.68
+ 7 + 3 - 1 -5 -7
12.55 12.23 11.92 11.61
+ 9 +11 +10 + 8 + 4
19-55
+ -
19.26 18.97 18.68 18.39 18.09
-6-4 - 4 - 6 - 1 - 7 + 3-8 + 5-6
58.45 58.51 58.58 58.65 58.73
9-75 9-44 9.14 8.84
+ + + +
7-4 8-1 6+2 4+5 0+6
58.82 58.91 59.00 59.10 59-21
8.24
7-35 7.06
+ 2+5 -2+5 -6+5 -10 + 2 -11 - 2
-4+6 -8+4 -10 + 1 -10 - 3 - 8 - 6
59-32 59-44 59-57 59-70 59-83
6.77 6.48 6.20 5-92 5-64
-10 - 7 - 2 + 3+ 8-
- 5 - 8 0-9
59-97 60.12 60.27 60.42 60.58
5-37 5-09 4.82
+ 10 + 10 + 9 + 5 + 1
60.74
4-03
16.28
23-45 23.22 22.98 22.74 22.49 22.24 21.99
+ +
58.28 58.25 58.22 58.20 58.18
14-73 14.42 14.11 13-79 13.48
+ 5-7 + 9-3 +10 + 2
58.17 58.17
!3-!7 12.86
+ 10 + 6 + 7+9
17-49 17.19 16.89 16.59 15-97 15-66 15-35 15-04
8 sec 8 tgS s sec § tg S +86° 1 ' 0" +14-395 +14.361 +86° 1 ' 10" +14.406 +14-371 10 +14.406 +14-371 20 +14.416 +14.381 i955.o = i h 2 m 12*07
in s " 0.01 0.01
86° 1 '
2 +10 58.24 3+9 58.27 6 + 7 *58-3i 7+3 58.35 0 58.40 7
+ 9+7 + 6 +10
58.54 58.48 58.42
7 9 8 6
i Glieder
+ 12.86
-2+6 -6+6 -9+3 -10 0 -10 - 4 7 3 27-
Dekl.
58*17 58.17 58.18 58.19 58.21
58.95 58.85 58.77 58.68 58.61
58.37 58.32
AR.
in s |" O.Ol O.Ol j h jm
17.79
24-55 24-34 24.12
+ + + + +
59-15 59-°5
J Glieder
+
Ih Im s 61.OO 60.83 60.66 60.50 60.34
+ 4-7
April
6-5 7-2 7+1 6+4 3+6
24.96 24.76
- 1 -10 + 4-8
a
181*
+86°
10.37 10.06
8-54 7-94 7.64
4-55 4.29
s sec 8 tg 8 1 ' 20" +14.416 +14.381 3° +14.426 +14-391
^1955.0 = +86° i ' of81
* Tag der doppelten unteren Kulmination: April 8.
+
7 + 1 6 - 3 4 - 5 1 - 7 2-8
+ + + + +
4-7 6-5 7-2 7+1 5+ 3
5 8 9 8 5
0 + 5 + 9 +11 +11
-3 + 9 i
Scheinbare Sternörter 1955
182*
O b e r e
Tag
Mai AR. jh 2 m
1 2 4
O.74 O.gi I.09 I.27
5
i-45
6
1.64 1.84 2.04 2.24
3
7
8 9
10
2-45
11
13
2.66 2.88 3.10
4
3-32
12 T
I Dekl. -186° o ' 64.03 63-77 63-52
63.26 63.02 62.77 62.53 62.29 62.06 61.83 61.61 61.39 61.17 60.96 60.75
15
3-55
16
3-78
17
18
4.02 4.26
60.55 60.35 60.16
9
4-51
59-97
J
i Glieder in s ! » O.OI[O.OI
-3+9 -6+6 -7+2 - 7 - i - 5 - 4 - 2 - 6 + 1-7 + 4-7 + 6-5
+ 7-3 0 + 6+2 + 3+4 -1+5 -5+5 + 7
Dekl.
{ Glieder
-L
in s I »
86° 0'
8.01 8-30
57-95
8-59
57-71
8.89 9.18
57.60 57-50
9.48
57-40
9-79
57-30
10.09 10.40 10.71
57-13
II.01
O.OI|O.OI
-6-3 - 3- 5 0-6 + 3-6 + 5-5
57-83
+ + + + +
57-2i 57-o5
56.92
"•95
56.75
-10 - 7
56.71
- 7 -10
12.27
56.56
+10 + 5
56.55
+ 10 + 7
15-17 15-50
56.54
+ 8+9 + 4 +11 0 +11 -4+9
+ 7 +11 + 3 +12 - 2 +11 -5+8 -7+4
15-83 16.16 16.49 16.82 17-15 17.48
5-27
59-42
23
5-53
59-25
1 -10 + 6-7 + 9-3
24
5-79
59-09
+10 + 2
6.06
58.93
6-33
58-77
+
6.88
58.62 58.48
7.16
58.34
7-44
58.20
7.72 8.01
58.07
-7+1
57-95
- 6 - 3 8
12.90 13-23 13-55 13.87
- 2
56.67 56.63
56.60
56.54 56.55
17.48
56.71
I7.8l 18.14 18.47 l8.80
( Glieder
ih 2 m
86° I '
O.OI|O.OI
O.OI[O.OI
56.75
+ 2-6 + 5-6
56.80 56.86 56.92
+ 7-4 + 8-1 + 7+1
56.99
57.06
19.78
57-14
+ 5+3 + 2+5 -1+6
20.11
57.22
-5+5
57-31
- 8 + 2
57-40
-10 -
57-50
-10 - 5
22.39 22.71
1
57-6I
- 8- 8
57-72
- 4 -10
57-83
+
57-95
+ 5-7 + 9-3
1 -10
58.08 58.21
23-35
58.34
23.67
58.48
+ 9+6 + 6 +10
23-99
58.63
+ 2
24-31
58.78
- 3 +10
24.62
58.93
24-93
59-09
25.24 25-55
56.60 56.63 56.67
- 4 " 4 - 1 - 6
25.86 26.17 26.47 26.77
56.71
+ 2-6
27.07 27-37 8
+ 10 + 2
+ 8+1 + 6+3
0.56
27.66 27.96 28.25 28.54
O.76 O.97 I.l8 I.40
28.83 29.12 29.40 29.68 29.96
I.Ö2 I.85 2.08
-7 + 4 -10 + 1
2.31
- 9 - 7
2-55
- 5 - 9
30-23
2.79
-
30-50
3-04
+ 4+5 0 + 6
-4 + 6
-10 - 3
1
-10
3-55
+ 4-8 + 7-5 + 9 - 1
3.81
+ 9+4
3 -56
4.07
31.82 32.07
4-34
+ 7 + 8 + 3 +10
30.77 31-03
3-29
z
32.57
4.61 4.89 5.16
32.82
5-45
-7+1
33-o6
5-73
- 6 - 2
- 6 + 7
33-30 33-53
59.26
-7+3 - 7 0
33-77
6.02 6.31 6.61
- 4 - 5 - 1 - 6 + 3-6
59-43
- 5 - 4
6.91 7.21
+ 6-5 + 7 - 3 + 8 0
+ 1 1
32.32
-
1
+10
-5 + 8 -7+5
59.60
- 2 - 6
33-99 34-22
59-78
34-44
7-52
34.66 34.88
7-83
+ 7 + 2
60.16
+ 1-7 + 4-6 + 6-4
8.14
+ 5 +5
60.36 60.56
+ 8-2 + 8+1
8.46 8.78
+ 2 + 6
59-97
see 8
tg
S
86° 0' 50" + 14-385 + I4-35I + 86° 1' 0" +14-395 +14.361 60 +14-395 + 14.361 10 +14.406 + I 4-37 I «1955.0 = i' 1 2 m 12^07
in s 1 "
27-37
3I-3°
23-03
56.58
8
Deltl.
9-I3
- 6+ 6
tg
AR.
in s 1 »
9-45
- 7 + 2
see 8
( Glieder
I
56.56
- 6 - 1
August
I
20.77 21.09 21.42 21.74 22.07
56.86 56.80
11.64
86° o '
20.44
"•33
Dekl.
jh 2 m
1+5
-3+5 -7+4 -10 + 1 -11 - 3
56.98
AR.
7-3 7-1 6+2 4+4
14.20 14.52 14.84
59.60
32
Juli
56.58
5.01
31
4rTl52
43 Hev. Cephei
-11 + 3-9 + 8 - 6 +10 - 1
21 22
29 30
Na)
jh 2 m
!2.59
59-78
6.60
AR.
-8+3 -11 - 1 -11 - 5 - 9 - 8 - 5 -10
4.76
26 27 28
G r e e n w i c h
Juni
20
25
K u l m i n a t i o n
S I955 . 0 = + 8 6 ° 1' o"8i
35-09 35-30
- 2
+ 6
Scheinbare Sternörter 1955 Obere
K u l m i n a t i o n 43 Hev. Cephei
Na)
AR.
i h 2m
Dekl.
+
86° 1 '
3 4 5
s 35-30 35-50 35-70 35-90 36.09
9-75 10.07
6
36.28
10.41
36.46 36.64 36.82
10.74
I 2
7 8 9 10 11 12 13 14 15 16 17 18 20 21 22 23 24 25
G r e e n w i c h 4™ 5 2
Oktober
September |c Glieder
in s | * o.oijo. 01
AR.
jh 2m
November
Dekl.
Glieder
+ : in 86° 1 ' O.Ol ' 0.01
AR.
jh
2m
Dekl.
-2+6 - 6+ 5 - 9+ 2 -10 - 1 - 9 - 5 + +
7 3 2 6
-
8 9
39.66 39-74 39.81 39.88 39-94 40.00 40.06 40.11 40.16 40.20 40.24
| i Glieder
in s |" o.oi;o.oi
39-85 39-77
21.24 21.62 22.00 22.38 22.76
+ +
9+5 8+8
35-oi
+ 4 +10 0 +10
34-57
41.96
34-35
42.19
33-75 34-°9 34-43
- 4 + 8
34-!2
- 6 + 5
33-89
42.42 42.64
- 7 + 1
33-65
42.85
34-76 35-09 35-42 35-75
- 6 - 2
33-42
43-°7
- 4 - 5
33-17
43-27
32-93
+
2 - 6
32.68
43-47 43-67
36.07
+
5-5
32.43
43.86
36.39 36.70
+ +
7 - 3 8 - 1
37.02 37-32 37-63
+
7+2
32.18 31.92 31.66
44.04 44.22 44.40
+ +
5+4 2+5
3x-4°
44-56
37-93
- 1 + 5
38.23 38.52 38.81
- 5 + 4 - 9 + 2 -11 - 2
39.10
-10 - 5
39-43
33-07
32.72
33-4 1
36.99
11.08 11.42 11.76
9 6 + 9 - 2
37-I6
12.11
37-33 37-49 37-65 37.80
12.45 12.80
+ 9+ 3 + 8 +6 + 4+ 9 0 +10
40.27 40.30 40.32
- 3+ 9
40.35
- 6+ 6 -7 + 2 -7 - 1
40.36 40.36 40.36 40.36
25.40 25.78 26.15
+
3 - 6
26.53
+
6 - 5
40.35
26.91
+
7 - 3
+ 1 - 7 + 4 -6 + 7 - 4 + 8 -2 + 8 +1
4°-33
27.28 27.65 28.02 28.39 28.76
+ 8
+ 6+ 3 + 3+ 5 - 1+ 6
40.18 40.14 40.09 40.04
29.13 29.50 29.86
- 7 + 4 -10 + 1
36.61
39.38
- 8 - 8
36.42
-11 - 3
36.23
- 4 -10 + 1 -10
30.23
- 9 - 6
36-03
39-98
30.59
- 6 - 9
35-83
39-66 39-93 40.20 40.46
39-9 1 39-85
30-95 31-3I
- 2 -10
35.63
40.72
+
37-95 38.09 38.23 38.37 38.50 38.63 38.75 38.87 38.98 39-09
13-15 i3-5o 13-85 14.21 14-57 14-93 15-29 15.66 16.02 16.39 16.75 17.12
26
39.20
27 28
39-30 39-40
29 30
39-49 39-57
17.86 18.23 18.61 18.98
31 32
39.66
19.36
+86°
I7-49
- 5 - 4 - 2 -6
- 5+ 5 - 8+ 3 -10
0
40.34
40.31
40.29 40.26 40.22
23-51
- 2 + 9
38.89
23.89 24.27 24.65 25.02
- 5 + 7
38.77
- 7 + 4
38.64
- 7
38.51
see 8 tg S + 14-395 +14.361 +86° 10 1 +14.406 +14-371 aI955.O
0
- 6 - 3
- 3 - 6 0 - 7
o
+
7+2
+
4+5
+ 1 + 6 - 3 + 6
+
38.38 38.24
38.10 37-95 37-So 37-64 37-48 37-3i 37-14 36.97 36.79
- 1 - 6
-1-5-7 + 8 - 3 9+2
3-8
J
1955-° "
35-43
40.98
35-22
4!-23
34-79
41.48 41.72
3 " 3
44.72
30.87 30.60
44.88
30.32
45-17 45-31
3°-°5
45-03
29.77
45-44
29-49
45-57
29.21 28.93 28.64 28.36
45-69
28.07 27.78
46.10 46.18
45.80 45-9°
46.00
s tg S S3C S 1 ' 40" +14-436 +14.401
sec- § ! t g 8 i ' 20" +14.416 + I4.38I 30 +14.426 + I4-39I
= I h 2 m 12 ?07
jh 2m
40.72
32-37
39.00
-L
35-63
31.66
39.61 39-52
+ 2 +10
Dekl.
+ 3-8 + 7 - 4 + 9 0
31-3I
32.02
23-I4
|
86° 1 ' H
39-69
i+ 8 1 + 9 + 1 / 39-33 + 9 + 6 39.22 j+6+9 39.12
AR.
s
H
-10 o 19.36 -10 4 19-74 20.11 : - 8 - 7 - 4 " 9 20.49 0 - 9 20.87 •+5-7
Dezember
86° 1 '
s
8.78 9.10 9.42
183*
5° 0
1 ' o"8i
+14.446 +14.411
| i Glieder
Scheinbare Sternörter 1955 Obere K u l m i n a t i o n Greenwich
184*
Nb) Tag
I 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22
Januar AR. !h 52m s 49.00
89° 3 '
in s I" o.oilo.oi
38.23 38.38 38.53 38.67 38.81
-44 -36 -20 - I +20
38.94 39.06 39.18
AR.
Dekl.
(£ Glieder in
+ 32 + 17 0 -15 -26
+ 7 + 3
33-66 32-79 3 T -94 31.12
35-33 35-10 34.86 34.62
16.93 16.77 16.63 16.52
30.31
34-37
+ 10 +10 - 7 +10 -20 + 8 -28 + 4 -29 + 1
26.63 26.32 26.00 25.69 25-38
-29 + 2 -26 - 2 -ig - 5 - 8 - 7 + 3-8
- 1
29.52
-25 - 3 -16 - 6 - 5 - 8 + 8-8 +19 - 7
l6.37 16.34 j 6-33 16.34 16.38
25.07 24-75 24.44 24.12 23.81
+ 14 +24 +29 +28 +21
+26 - 5 16.45 +30 - 2 16.54 +26 + 1 16.65 +16 + 4 16.79 + 2 + 6 *I6-95
23-50 23.19 22.87 22.56 22.25
+ 8+5 -8 + 6 -24 + 6 -38 + 4
17.14
39-50 39-59 39.68 39-76 39-83
- 3 +11 -17 + 9 -27 + 6 -30 + 2 -27 - 2
58.01 56.81 55-62
39-29 39.18 39.06
54-44 53-27
38.94 38.81
-28 -22 -12 0
39-89 39-95 40.00 40.05 40.09
-18 - 5 - 6 - 7 + 6 -'8 + 18 - 7 +26 - 6
52.11
38.68
50.97 49.83 48.71 47.60
40.12
+30-3 +28 + 1 +20 4- 4 + 7+6 -10 + 7
!2-95
40.15 40.12
-26 + -38+ -42 -38 -25 -
11.68 10.41
40.09 40.05
+12 - 9
26
18.06 16.78 15-50 14.22
+89°
40.19 40.18 40.17
6 4 0 4 8
+10 +11 + 10
+ 13 -
4 7 8 8
28.75 28.00 27.28 26.57
34-!2 33-87 33-6I 33-35 33-09
7 4 i 3 5
25.89
32.82
38.54 38.39 38.24 38.08
+23 +30 +30 +24 +12
25-23 24-59 23.98 23-38
32.55 32.28 32.00 31-72
46.51 45-43 44-36 43-31 42.27
37-92 37-75 37-58 37-40 37-2i
- 4+ 7 -20 + 7 -34 + 5 -41 + 2 -40 - 2
22.81 22.26 21.74 21.24 20.76
3M4 3I-I5 30.87
4I-25 40.24
37.02 36.82 36.62 36.42
-30 -14 + 6 + 25
39-25 38.28
*
- 7 - 9
in s 1 * o.oi|o.oi
28.18 27.87 27.56 27.25 26.94
39-29 39-4°
19-34
89° 3 '
18.IO 17.82 I7-56 I7-32 17.II
+20 + 3 -13 -24 -30
25
i Glieder
+
7 4 I 5 8
39-75 39-67 39.58 39-49 39-39
40.15 40.17 40.18 40.19
Dekl.
+25 + 38 +42 + +38 + +26+
64.14 62.90 61.67 60.44 59.22
25-74
AR.
36.42 36.21 36.00 35-78 35-56
- 5 0 + 5 + 8 +11
30.82 29.56 28.29 27.02
+
April i Glieder
38^28 37-32 36.38 35-45 34-55
+ 12 - 9 + 29 - 6 +40 - 2
+35 +43 +41 + 31 +15
37-07 35-83 34-59 33-34 32.08
Dekl. «9° 3 '
jh j j m
+ 41 + 3 + 34 + 7
43- T 5 4I-95 40.74 39-52 38-3 0
AR.
s 0.01 0.01
39-95 39-89 39.82
40.05 40.00
var.
in s |" 0.0l| O.Ol j h cjxm
- 2 - 6 - 9 -10 - 9
23 24
3i 32
{ Glieder
89° 3 '
47.85 46.69 45-52 44-34
2™ 12
März
ih 5im S 70.41 69.15 67.89 66.63 65.38
24.46 23.18 21.90 20.62
27 28 29 30
Dekl.
+
a Ursae minoris
Februar
+ +
-
6 8 9 7
30.58 30.28
l6.43
=
lh
S2» 9*94
-44
8 7 4 1 3
0
7 6 3 1 5
17-35 17-59 17-85 18.13
21.94 21.63 21.32 21.01 20.70
-42 -29 -11 + 10 +29
-
8 9 8 5 0
18.44 18.77 19.12 19.50 19.90
20.40 20.09 19.79 19.50 19.20
+41 +44 +38 +24 + 7
- 2 + 3 + 7 +10 +11
20.33
18.90
-10 +10
20.31 19.88 19.48 19.10 18.74
29.99 29.69 29-39 29.09 28.79
-21 - 1 + 19 +35 +43
18.41 18.10
28.48 28.18
+41 + 4 +32+ 8
S I955 .o = + 8 9 °
+
-14+ -30 + -40+ -42 -35 -
s sec 8 8 8 tg 8 sec 8 tg 8 see 8 tg 8 3' 10" +60.491 +60.483 +89° 3' 30" +60.848 +60.840 +89° 3' 4°" +61.028 +61.020 20 +60.669 +60.661 40 +61.028 +61.020 5° +61.209 +61.201 a.95S.o
+ 8 +10 +10 + 9 + 6
3' " ' ' 4 8
* Tag der doppelten unteren Kulmination: April 20.
4 7 9 9 6
Scheinbare Sternörter 1955 Obere
K u l m i n a t i o n Nb)
Tag
I 2 3 4 5 6 7 8 9 10 11 12 13 14 15
Mai AR.
Dekl.
+
AR.
in s I "
Ih 5Im s 20.33 20.78 21.25 21.74 22.26
89° 3 '
o.oi|o.oi
a Ursae minoris
18.90 18.61 18.32 18.03
-10 +10
-27
22.80 23-36 23-95 24-55 25.18 25-83 26.50 27.18 27.89 28.62
16.08 15.81
Dekl.
+
I h 5Im
89° 3 '
17-74
-21 - 4
43-85 44.9O 45-96 47-03 48.12
11.22 II.03 IO.85 IO.67 10.50
17.46 17.18 16.90 16.62
-12 - 6
49.22
IO
16.35
15-55 !5-29 15-03
Greenwich 2™ 12 var.
Juni ({ Glieder
-22 + 8 -28 + 4 O
O - 7
50.34 5I-47 52.62 53-78
+ 12 - 8 + 21 - 7 +27 - 5 +28 - 2 +24 + 1 + 14 + 4
54-94 56.12 57-32 58.52 59-73
- 2 + 6
-18 + 6
Juli { Glieder
AR.
in s I ' h m 0.0l| O.Ol I 5 2 s -23 - 2 20.38 -14 - 5 2 1 . 7 3 - 3 - 7 23.09 + 9 - 7 24-45 +19 - 6 2 5 . 8 1
9-85 9.70
+26 - 5 +29 - 2 -1-26 0 + 18 + 3 + 5+5
9-55 9.41 9.28
-10 + 6 -26 + 5 -40+ 3
9-i5 9.02
-45 - 1 -42 - 5
8.90
-33 10.17 10.01
{ Glieder
-f 89° 3 '
in s I »
7-74 7.70 7.67
28.55 29-93 3I-3I 32.69
9.91 II.24
- 4 + 6
-19 + 6 -33 + 4
34.08 35-46 36.85 38.24
7-63 7-65 7.67 7.70
39-63 41.02 42.42 43-81 45.20
7-77 7.82 7.87
+18 - 9 +33 - 5 +40 0
22.96 24.22 25.48
7-93 7-99
+37+ 5 +26 + 9
26.73 27.97
11.58 11.78 11.98 12.19 12.40
+29 + 15 - 1 -15 -25
+ 6 + 9 +10 + 9 + 7
+10 + 1 1 - 7 +11 -20 + 9
29.20 30.42 31-63 32.83 34.02
12.62 12.84
-29 -26 -16 - 4
+ -
-22 - 2 -11 - 5
52.15 53-53
8.06 8.13 8.21 8.29 8.38
12.42 12.21 12.00 11.80 11.60
+ 32
+ 15 - 3 -17 -26
+ 9 +11 +11 + 9 + 6
73-72 75-04 76.37 77.70 79.04
8.00
27 28 29 30
37-9° 38.85 39.82 40.80 41.80
-23 + 8 -28 + 4 -25 0 -17 - 4 - 6 - 6
54-92 56.30 57-67 59-05 60.42
8-47 8-57 8.67 8.78 8.89
3i 32
42.82
11.41 11.22
-27 + 2 -23 - 2
80.38
7-74
+
61.79
9.01
43.85
6 - 7
63-15
s +89°
7-83 7.78
3'
sec 8 tg 8 0" +60.314 +60.306 +89° 10 +60.491 +60.483
«1955.0 =
lh
52 m 9?94
6
7-73
47.98
7-94 7.88
2 +
-12 + 6
-10 - 9 - 7 - 2 + 2
+42+ 3 +35 + 7 +21 +10 + 4 +11 -12 +10
26
+
- 8 +11 +28 +37 +38
8-39 8.30 8.22 8.14 8.07
25
9-54 9.68
10.64 10.82 11.00 11.19 11.38
67.23 68.51 69.80 71.10 72.41
23 24
+30 - I +26 + 2 +16 + 5
16.52 17.82 19.12 20.41 21.69
-10 - 8 - 5 0 + 5
49-37 50.76
9-I3 9.26 9.40
+ 1 - 3 - 7 -10 -10
- 1 +20 +36 +43 +41
J
in s I"
-41 -43 -35 -20 - 1
13-55 3-32 13.09 12.86 12.64
21 22
46.59
o.oi|o.oi
12.57 13.89 15.21
33-4° 34-27 35-15 36.04 36.96
20
89° 3 '
+ + -
4-°3 13-79
-10
i Glieder
+
-27 -38 -41 -38 -25
8-79 8.68 8.58 8.48
- 7 - 2
Dekl.
9-83 9.98 10.14 10.30 10.47
63-44 64.69 65.96
I
s 3-15 4-51 5-87 7.22 8-57
4 1 3 6 9
3i-73 32.56
6 - 7
h53m
+ 22 + 3 + 11 + 5
+ + -
17 18
+
1
7.62 7.61 7.61 7.61 7.62
27.18
7-65 7-63
-33 -43 -45 -38 -22
14-77 14-52 14.27
o.oi[o.oi
AR.
+17 - 7 +26 - 5 +29 - 3 +28 0
-30 -12 + 9 +28 +39
29-37 30.14 30.92
- 8 -10
August
Dekl.
60.96 62.19
16
185*
I
9- 3
-27+ 5 -27 + 1
35-20
+ 14 - 7 +23 - 6
36.37 37-53 38.68 39.81
+29 - 4 +30 - 1
40.94 42.05
+
2 - 7
s
sec 8 tg 8 3' 10" +60.491 +60.483 20 +60.669 +60.661
§1953.0 = +89° 3' 12*48
I
3-°7 3-3° 13-53
I
+
5 3 1 5 8
3 1 4 6
9-7
4-5I 14.76
+20 +28 + 31 +29 +21
15.02 15.28
+ 8+ 6 -7 + 7
13-77 14.01 14.26 I
+ +
7 5 2 I 4
Scheinbare Sternörter 1955
186*
O b e r e
K u l m i n a t i o n Nb)
September
a TJrsae minoris
AR.
AR.
Dekl.
Ih53m
89° 3 '
s 1 » o.oijo.oi
i h 54 m
89° 3 '
0.01 0. yi
+
J Glieder
s
in
JT
-7+7 -22 + 6
9-56
24.63 24.98
15.82 16.09
-35 + 4
10.19
46.37
16.37
-39 - 3
10.79 11.38
25-33 25.69 26.04
-40 + 2 -41 - 2 -34 - 5 -20 - 8 - 1 - 9
47.42
16.65 16.93 17.22 17-51 17.80
-3° - 6
11.96
26.40 26.76 27.12 27.48 27.85
14-54
28.21 28.58
15-44
28.95 29.32 29.69
43-15 44.24
45-3i
48.46
49-49 50.50 5i-5o 52.48
53-45 54-40 55-34
56.27
57-iS 58.08 58.96 59.82 60.67
15-55
6 - 9
+23 - 7 +34 - 4
13-05 13-57 14.06
+ 5 +10 -ix + 9
15.86 16.25
19.63
-23 -28 -28 -21 -10
16.63 16.99
r
9-95
20.27 20.59 20.92
65.42 66.16
22.91
66.88
23-59 23-94
68.92
+
12.51
+38 + 1
21.24
68.25
-14 _ 9
18.10 18.40 18.70 19.01 19.32
61.50 62.32 63.12 63.90 64.67
67-57
-41 + 1
21-57 21.90 22.24 22.57
+ 33 + 5
+21 + 8
+ 7 + 3 0
- 3
15.00
I
7-33 17-65
- 6 / '7-94 V 18.22
+ 3 - 7 +15 - 7
+25 - 6 +3° - 3 +31 0
30.06 30.43 30.80 3i.i7 31-SS
31.92
19.85
24.63
-40 + 2
19.89 19.91
36-03 36.40
9 6 2 3
h53m
89° 3 '
S 70.53 69.88 69.22
lh
52» 9f94
46.82
+19 +10 + 2 +11
67.II
48.31
19-47
38.98
-13 + 9
19.32
39-35 39-7 1
-24 + 7 -27 + 3
65.60 64.82 64.02
18.96 18.74 18.50 18.24 17.96
40.07
-25 - 1 -16 - 4 - 6 - 6
-23 - 2 -13 - 5 - 2 - 7 +11 - 7 +22 - 6\ +28 - 4
17.66
41-85 42.20
19.71 19.60
+12 +10 - 4 +10 -18 + 8 -26 + S -27 + 1
I
9-I5
17-33
4°-43 40.79
4I-I5
41-50
+
7 - 7
59-74
+26 +29 +28 +22 + 11
58.83 57-9°
- 5 - 3 0
42.54 42.89
16.22
43-23
2
15.81
I
15-38
43-57
4 6 6
14.92
14-45 13-95
44-58
13-43 12.89
45-24 45-56
!2.33 n-75
45.88 46.20
-36 - 7 -21 - 9 - 1 -10 +19 - 8
Ii.15
46.51
+33 - 4
10.53
46.82
+40 + 1
44.91
63.20 62.36 61.51 60.63
+18 - 6
16.98 16.61
43-91 44.24
66.37
+ 3 + 5
56.96 56.00
55-02
-4+6 -20 + 6
54-03 53-02
-34+ 4 -43 + 1 -43 - 3
52.00 50.96
81955.0 = +»9° 3' 1 2 * 4 «
48.02
48.60 48.88 49.16
49-44 49-7 1
49.98 50.24
50.50 50.75 51.00
51-24 5I-48 5i-7i 51-94 52.16
52.38 52.59 52.80
49.91
53-00
48.84 47.76 46.67
53-20
45-56 44-44 43-31
42.17
8 8 sec 8 sec 8 8 sec 8 tg 8 tgS +89° 3' 10" +60.491 +60.483 +89° 3' 30" +60.848 +60.840 +89° 3' 50" +61.209 20 +60.669 +60.661 60 +61.391 40 1 +61.028 +61.020 «1955.0 =
+
38.25 38.62
36.77 37-14
+17 - 8 +32 - 5 +39 0 +37 + 4 +27 + 8
-11 - 9 +10 - 9
-31 + 5
+ 10 +27 + 38 +40+
I
67.83
-26 + 5 -3» + 3 -43 - 1 -4° - 5 -29 - 8
-17 + 6
- 1 + 6
I»
Dekl.
68-53
I
24.28
23-25
s
0.0l| 0.01
AR.
+ 33 + 7
33-41 33-79 34-i6 34-53 34-9 1 35-28 35-66
19.92 19.9O 19.85
Dezember ([ Glieder
0
36.40
37-51 37.88
+31 +27 + + 18 + + 5+ -11 +
9-45
s I9.9X
+ 89° 3 '
19.79
32.29 32.66
19.58 19.69 19.78
+25 + 3 +14 + 5
54m
Dekl.
47-13 47-43 47-73
18.48 18.71 18.93 19.12 I9.3O
33-04
AR. ih
ft 8 . g 2
var.
November
i Glieder
15.28
2^12
Oktober
Dekl.
s 42.05
G r e e n w i c h
53-39 53.58 53-75 53-92 54-09 54-25
Scheinbare Sternörter 1955 O b e r e
K u l m i n a t i o n
Nc) Tag
I 2 3 4 5 6 7 8 9 10 11 12 I
3
H
15 16 1 7
18 20 21 22 23 24 25 26 27 28 29 30
31 32
Januar AR.
( Glieder
+
in s |"
AR.
44-47 44-34 44.20
1.64 1.91 2.17
+10 - 2
2-43 2.69
+11 + 3 + 9+7
+ 4-9 + 8-6
44.06
2.94
+ 6 +10
43-9 1 43-76 43-6I 43-45
3I9 3-44 3.68
+ 2 +10
43-29 43-12
4-i5 4-37 4.60 4.82
42.95 42.77 42.59 42.41 42.22 42.03 41-83 4!-63 4i-43 4 J -23 41.02 40.81
3-9 1
5-03 5-24 5-44 5-64 5.84 6.02 6.21
4°-59
6-39 6.56 6-73 6.89
40.37 40.15
7-05 7.20
Grb 750 Cepheus
6^70 März
-2+9 -4+6 -6+2 - 6 - 2
- 5 - 5 - 4 - 8 - 1 - 9 + 2-8 + 4-6 + 5-3 + 6+1 + 5+4 + 2+7 -1+9 -5+8 -8+6 -9+2
39.02 38.78 38.54 38.30 38.06 37.8I 37-56 37-32 37-07 36.82
c Glieder
Dekl.
4 h 2 1 m 85° 26' O . O l | O . O I 4 h 2 1 m s s 0.25 -9+4 40.15 45-27 -10 0 39-93 45-17 0-53 45.06 0.82 - 9 - 5 39-71 I.09 - 6 - 8 39-48 44-95 44.84 - 1 -10 i-37 39-25 44.72 44.60
G - r e e n w i c h
Februar
Dekl.
7.20
- 3- 9 + 2-9 + 6-7
7-34 7.48 7.61
+ 9-4 + 10 + 1
7-74 7.86 7.98 8.09 8.19 8.29
+ 9+5 + 7+9 + 3 +10 0+9 -4+7 -6+3 0 -6-4
8.38 8.46
- 6
8-54 8.62 8.69
- 5 - 7 - 2 - 8
7
-
7
-
3
-
9
April 1 c Glieder
AR.
31.95 31-70 3M4 3 " 9 30.94
25-50 25-30 25.12
-1
+ 1 0 +4
8.79
+
8-73 8.67 8.60
+ + -
8+7
4 1 3 5
+9 +9 +8 +5
-6+1
8-45 8.36 8.27 8.18 8.07
30.44 30.19 29.94 29.70
+ 8 -5 +10
8-53
30.69
25.89 25.69
- 6 -3 - 5 -6
- 3 - 1 -9
24-93 24-75 24-57 24.40 24.23 24.06 23.90 23-75 23-59 23-44
+
2-8
+
4-6
23-30 23.16
+ 5 -3 + 5 +1 + 4+5
23-03 22.90 22.77
+ 3+7 0+9 -3+9 -7+7 -9+4
28.27 28.04 27.81
7-33 7.19 7.04 6.89
+
6-73
-9+1
1
27-15 26.93 26.72 26.50 26.30
6.56 6.40 6.22 6.04 5.86
- 8 -4
26.09 25.89
5-67 5-48
+ 5+3
35-30 35-04 34-79 34-53 34-27
8.96 8-99 9.00 9.01 9.02
34-oi
9.02 9.01 9.00 8.98
- 7 - 5 - 4 - 8 0-9
1-9 3-8 5-5 6-1
- 9 -
+12.520
7-47
27-59 27-37
s sec 8 tg8 8 +85° 25' 5°" +12.552 + 1 2 . 5 1 2 +85° 26' 0C:,ss.o = 4 h 21 m 24?9I
8-95 8.92 8.88 8.84
0 -9 + 5 -8
7-85 7-73 7.60
8-93
+12.560
8.98
33-24 32.98 32.72 32.46 32.21
7.96
+ + + +
60
Dekl.
29.46 29.22 28.98 28.74 28.50
8-75 8.81 8.86 8.90
- 9 - 3 -
|
AR.
|
Dekl.
4in in + s I " s I * 8.5° 26' o.oij 0.01 4 h 2 I m 8 5 ° 26' 0.0l| O.Ol 4 h 2 I m 8 5 ° 2 5 '
36.57 36.32 36.06 35.8I 35-55
33-76 33-50 33-24
187*
sec 0" 10
1
+8
-2+9 -6+8 - 8 +5
22.65 22.53 22.42 22.31 22.21
65.48 65.28 65.08 64.87 64.66
(f Glieder in s I• O.OI|O.OI
+ 10 + 2 + 9 + 6 + 6 + 9 + 2 + 9
-1 + 8
64.44 64.22 64.OO
-4 + 6 -6+2
63-77 63-54
- 6 - 5
63-30 63.07 62.82 62.58 62.33 62.08 61.82 61.56 61.30 61.03
- 6 - i
-
4
-
7
- 2 - 8
+ 1 - 9 + 3-7 + 4-4 + 5 - 1 + 4+3 + 2 + 7
-1 + 9 -5 + 9 -8 + 6
60.76 60.49 60.22
_ 9 _
59-95 59-67
- 3 - 9 + 2-9
-10 + 3 2
- 7 - 6
59-39 59-" 58.82
+ 7-8
58-53 58.24
+10 + 5
8-6
22.11 22.02 21.93 21.84 21.76
+ 10 - 2
21.69
57-95
+ 4 +10
- 5 -7 1 -9 + 4-9 +
+10 +2
8
tg8
+12.560
+12.520
+12.567
+12.528
S I9S5 .o = + 8 5 ° 25' 45*51
+10 - 4
+ 11 + 1 + 8 + 8
188*
Scheinbare Sternörter 1955 O b e r e
K u l m i n a t i o n
Nc) Tag
4h 2 I m I 2
s 21.69 2I.Ö2
3 4 5
21-55 21.49 21.44
6
2I.39
7 8 9 10 11 12 13 14 15 16 17 18 20 21 22 23 24 25 26
21-34 2I.3O 21.27 21.24
Dekl.
56.47 56.17 55.87 55-57 55-27
0-8 + 2-7 + 4-5 + 5-2 + 5+2
22.93 23.06 23.20
+ 3+5 0+8
23-34 23.48 23-63 23-78 23-94 24.10 24.27
- 6 - 3
- 4 - 6 - 2 - 8
-3+8 -7+7
52.54 52.23
-11
21.25 21.28 21.31
51-93 51.62
- 1 -10
5I-32 51.02 50.72
+ 4-9 + 9-6 +11 - 1
50.41 50.11 49.81
+ 11 + 4 + 10 + 7
30
49-5 1 49.21
31 32
21.79 21.87
48.91 48.61
27 28 29
s
-10 + 4
0
- 9 - 5 - 6 - 8
+ 6 +10 + 2 +10
-1+8
+
45-74 45-46 45-I8 44.91
+ 2-8 + 4-6
27.47 27.7O
+ 5-3 + 5 0 + 4+4
27-93 28.17 28.41
+ 2+7 -2+8 -6+8
28.65 28.90
+ 6-1
-2 + 8 -5 + 8
39-65 39-45 39-25 39.06 38.87
+ 5+3 + 3+6 0+8 -4+8
38.68
-7+6
38.50 38-32 38.15 37.98
-10 + 3
-11 - 1
35-86 36.16 36.47 36.78 37-09 37-39 37-70 38.02
29.91
- 8 - 7
43-85 43-59 43-33
- 4 -10 + 1 -10
3°-x7
30.43 30.70
+ 6-8
30.97
24.44 24.61 24.79 24.97 25.16
43.08 42.83
+10 - 4
37-05 36.91
+ 8+9
3!-24 31-52 3x-79 32.07
36.77 36.64
+ 9+7 + 5 +10 + 1 +10 -2+8
+ 4 +IG
32.35
36.51
-4+5
41-50 41.82
25-35 25-55 25-75 25-95 26.16
41.86 41.62
32.63 32.92 33-20
36.39 36.27 36.16
-5+1 - 5 - 3 - 4 - 6
42.14 42.46 42.78
33-49 33-78
36.05 35-95
- 2 - 8
43-io
+ 1-8
43-42
34-07 34-36
35.85 35-75
+ 3-7 + 5-5
+85° 25' So" 60
sec §
tgS
42-59 42.34 42.10
4i-39 41.16
+11 + 1 +10 + 6
0+9 -3+7 -5+3 - 5 - 1
40.93
- 5 - 4
40.71
- 3 - 7
s
sec
8
+12.505
= 4 h 2 i m 24?91
50
+12.552
37.8I 37-65 37-49 37-34 37-I9
tg 8 +12.505 +12.512
(£ Glieder in s 1" o.oi| 0.01
-10 - 3
44-64
Dekl.
in + s I" 0.0l| O.Ol 4 h 2 I m 8 5 ° 2 5 ' s - 3 - 7 34-36 35-75 - I - 8 34.66 35-66 + 2 - 8 34.96 35-57 + 4 - 6 35-26 35-49 + 5 - 4 35-56 35-41
44-37 44.11
26.37
ai9SS-o
AR.
-9+5 -11 + 2
-4+5 -5+1
+12.545
August d Glieder
29-I5 29.40 29.66
+85° 25' 30" +12.537 +12.497 +85° 25' 40" +12.545 40
Dekl.
47-15 46.87 46.58 46.30 46.02
-3+7 -5+4 - 6 0
53-45 53-15 52.84
21-45 21.51 •21.57 21.64 21.71
AR.
{ Glieder
22.34 22.45 22.56 22.68 22.80
0+9
21.17 21.17 2I.l8 21.20 21.22
53-75
Dekl.
Juli
s 21.87 21.96 22.05 22.14 22.24
4h 2 I m
+ 4 +10
54-97 54.66 54-36 54.06
6^70
in + s 1 » h m 85° 2 5 ' 85° 25' 0.0I| O.Ol 4 2 I s 4O.7I 48.61 -5+1 26.37 4O.49 48.32 - 5 - 2 26.58 40.28 48.02 - 5 - 5 26.80 40.07 47-73 - 3 - 7 27.02 0 8 27.24 39.86 47-44
in s 1 ' 85° 2 5 ' 0.0l| O.Ol
21.22 21.20 2I.l8 21.17 21.17
21-35 2I.4O
AR.
{ Glieder
+
57-95 57-65 57.36 57-07 56-77
Grb 750 Cepheus
Juni
Mai AR.
G r e e n w i c h
- 9 - 5 - 6 - 8
38.33 38.64
- 1 -10
38.96
+ 3-9 + 7-6 + 10 - 1
39-27 39-59 39-9 1 40.23
+ 10 + 4
S I 9 5 S . 0 = +85° 25' 45*54
• Tag der doppelten unteren Kulmination: Mai 28.
35-34 35-27 35-20 35-14 35-o8 35-03 34-98 34-94 34-9° 34-87 34-85 34-83 34-Si 34.80 34-79
+ 5-5 + 6 - 2 + 6+2 + 4+5 + 2+7
-9-1-5 -10 + 1 - 9 - 3 - 7 - 7
- 3 - 9 + 1 - 9 + 5-7 + 8-3 + 9+1 + 8+ 6 + 6 + 9
+ 2 +10 -1 + 9
34-78 34-78 34-79 34.80 34.82
-4 + 6 -6+2 - 5 - 2
34-84 34.87 34-90 34-94 34-98
0-8 + 3-8 + 5-6 + 6 - 3 + 6 0
43-74 44.06
35-02
+ 5 + 4 + 3+ 7
sec 8 +12.552 +12.560
tg S +12.512
40.54 40.86 41.18
35-07
+12.520
- 5 - 5 - 3 - 7
Scheinbare Sternörter 1955 Obere
Kulmination Nc)
September AR.
Dekl.
Grb 750 Cepheus
85° 2 5 '
44.06
35-07
AH.
Dekl.
4h 2 I m s
n
35-3i
~9
35-38
-9 -7 -4 o +4
-1 -5 -8 -9 -8
+8 +9 +9 +7 +4
-5 ° +4 +7 +9
56.11
40.64
56.38
40.86
56.64
41.09
56.90
4!-32
57-I6
41-55
o +9 -3 +7 -5 +4
57-41
4I-79
57-91
42.28
-6
o
58.16
-5 -4
58.40
42.52 42.78
36.99 37-13
-4 -7
58.64
43-03
- 1
58.87
43-29
50.97 51-27 51-57
37-28
+ 1 -8
59-11
43-55
37-43
+ 3 -7 -1-5 -5
59-33
43-81
59-56
44.07
51-87 52.17
37-75
52.46
38.08
52.76
38.25
45-34 45.66
45-98 46.30
35-12 35-I8 35-24
35-45 35-53
46.62
35-62
46.94
35-7i
47-25
35-80
47-57
35-9°
47-88
36.00
48.20
36.11
48.51
36.22
48.82
36.34
49-13
36.46
49-44
36.59 36.72 36.85
49-75 5°-°5
50.36 50.66
37-59
37-91
53-05
38.43
53-34
38.61
+3 o -4 -7
85° 2 5 '
+7 +8 +8 +6 +3
44-38 44.70 45.02
6^70 November
i Glieder
+ 4h 2 I m s
Greenwich
Oktober
i Glieder
- 8
+6 +5 +3 +1 -3 -6
-2 +2 +6 +8 +8 +7
53-34 53-62 53-91
54-19 54-47
38.61 38.79 38.98 39-17 39-37
0.01I0.01
-6+7 -9+4 -10 o - 8 -4
s I.04
85° 25' n
57-13 5746
5-45
57-79
2-34
48.08
5-48
58.13
2.51
48.39 48.69
+10 + 1 + 9+5 + 7+8 + 3 +i° -1+9
5-42
47.78
5-50
58.46
5-5i
58.78
5-53
59-11
5-53
59-44
1
-9
3 -8 7-6 9-2 9+3
+ 8+7 + 5 +9 + 1+9 - 2 +8 -4+5 -6+1 - 5 -3 -4-6 -2-8 o -8
I.24
2.68
46.01
2.84
49.00
3.00
49-31
-3+6 -5+3
3-i5
49.62
-
3-30
49-94
3-44
50.25
3-58
50.57
3-71
50.89
3-84
51.21
3-97 4.09
5i-53
52.18 52.51
45-44
4.20 + 3 -8 4-32 + 5 -6 4.42 + 6-3 4-53 + 5 +1 4-63 + 4+4 + 2+7 4.72 - 2 + 8 / 4-8I V 4 89 - 5 +8 4-97 -8+6 5-05 -10 +2 5-11
45-73 46.01
-10 -2 - 7 -6
24 .91
56.80
5-38
2.17
40.42
45-I6
5-34
0
+ 9-3
55-85
60.43 60.63
55-80
s
47.48
40.20
44.88
5.18 5-24 5-29
+
1.99
55-58
60.21
85°25'
47.18
39-99
44.61
4h 22 m
1.81
55-3i
44-34
0.0l[ O.Ol
- 5 -7 -
60.00
Dekl.
+ 6-7
+ + + +
59-78
AR.
46.88
39-78
42.03
| i Glieder
+
1.62
s S sec § tg S +85° 25' 30" +12.537 +12.497 +85° 25' 5° 60 40 +12.545 +12.505 &1955.0
4 h 22"
Dekl.
46.30 46.59
39-57
61.04
|
1-43
54-75
60.84
AH.
Dezember
- 7 - 6 - 3 - 9 + 1-9
55-03
57-66
189*
5.18
51.86
52.83
53-I6 53-49 53-82
54 •IS 54-4» 54.81 55-14 55-47
6
56.47
1
5-53
59-76
- 5 - 4 - 3 - 7
5-53
60.09
5-52
60.41
0-8 + 2-8 + 4-6
5-51 5-49
60.73 61.06
5-46
61.38
+ 5-4 + 6-1
5-43
61.70
5-40
62.01
+ 5+3 + 3+6 0+8 -4+8 -7+6
5-36
62.33
5-3i
62.64
-10+ 3 -11 - i \ - 9 - 5/
5.08
-
4-94 4.86
6
-
56.13
-
8
- 1 -10 + 4-8
55.80 ; +
5.26
62.95
5-2i
63.26
5-i5
5.01
63-57 63.88 64.18 64.48
4-77
64.77 65.07
4.68
65-36
4-58
65.65
sec 8 tg 8 8 sec 8 tg 8 +12.552 +12.512 +85° 26' 0" +12.560 +12.520 +12.560 +12.520 10 + 12.567 +12.528 I
955-°
= +85° 25' 45*54
190*
Scheinbare Sternörter Obere Kulmination 51 I-Iev. C e p h e i
Nd)
Januar AR.
7h 20m s 47-34 47-51 47.67 47.82
47-97 48.10 48.23
48.35 48.46
i Glieder
87° 6 '
in s I " 0.01(0.01
n
55-99 56.29 56.60 56.91
48.57 / 48.66
57-21 57-52
48.82 48.89
58.14 58.45
V
48.74
48.95 48.99
49-°3 49.06 49.08 49.10 49.10
57-83
7h
-12 + 7 -15 + 2
-14 - 3
+ «7 - A + 15+3/
47.01 46.82 46.62 46.42 46.21
6+8
59-38 59^9
-9+3 -11 o - 9 - 6
45.28
- 5 - 8
+ 3-6 + 7-4 + 9 +
63-41 63-71
-10 + 8
48.57 48.47
64.01
-14 - 1
64-31
-11 - 6
6+8
+ 2 +10 - 4 +10
-
ö
- 6 - 9 + 1 -10
+ 7-9
42.49 42.18 41.86
41-54 41.21
15-45 15-45 I 5-44 15-43 I 5-4I
26.79 26.37
15-39 I5-36 I5-32
39-49
13.21
- 2 + 7
7.19 7.46
-4+7 -8+4 -11 + 1
39- I 3 38-77
- 7 + 5
8.00 8.26
-11
13.81
-11
-10 - 5
38.03
13-37 13-52 13-67
37.66
13-95
- 9 - 6
8.52 8.78 9.04 9.29
- 7 - 7
37.28
14.08 14.20
- 5 - 7
14-32 14-43 T 4-54
+ +
14.64
+ 8+5 + 5+9 + 1 +11
22.76
14.82
14.91 14.99
- 5 +10
22.37 21.98
21-59 21.21
14-73 14-63 14-53 I 4-43
15.06 15.12 15.18
-13 + 3
20.83
!4-32
- 1 2 - 2
20.45
- 9 - 7
20.08
14.20 14.08
11.56
- 2
-3-8 + 2-7 +
6 - 5
+ 9-1 + 10 + 3
8+7 + 4+9
+
- 1 +10
-7+9 -11 + 5
-
8
-
8
38.40
36.90 36.52 36.13 35-74 35-35 34-96 34-56 34-16 33.76 33-36 32.95 32.55 32.14 31-73
sec 8
S
8 +87°
7'
o " | +19.880 10
20
28.85 28.44 28.03 27.61 27.20
13-05
31-32
7
+ 14 - 4
39-84
-12 - 4
=
+ 11 - 8
40.19
30.91
«1955.0
30.50 30.09 29.68 29.26
-+7+7 + 2+8
"•35
m
- 2 -10 + 5 -10
+ 12 + 5
42.80 42.49
h
K
I5.36 15-39 I5-42 15-43 I 5-44
12.71 12.88
-13 + 1
+19.855
s
30.91
40.54
10.92 11.14
+19.880
+ 87° 7'
40.87
43-40 43-io
tg
12.35
yh 20 m
+15 + 2
43-97 43-69
+19-835
11.56 11.76 11.96 12.16
O.Ol1 O.Ol
Dekl.
+15 - 2
-13 + 4
see 8
8 7° 7'
AR.
5-78
9.78 10.02 10.25 10.48 10.70
+19.861
+
6.07 6.36 6.64 6.92
44.78 1
7h 20 m s
+ 13 - 6
9-54
44.24
+ 9+4
-II
45-03 44-5
°
0.01|0.01
Dekl. | ( Glieder
AR.
5-49
7-73
45-99 45-76 45-52
-11 - 3
62.49 62.80 63.10
60
4.61 4.90 5.20
47.19
+ 11 + 6
tf
TT
48.36 48.24 48.12
+ 15 - 5
- 5 + 6
8
4-31
47-54 47-37
+
in s | »
48.47
- 9
+ 4 -10 +11
i Glieder
+
47.84 47.69
- 4 -10
59-07
6' 50"
0m
April
März
Dekl.
47-99
-10 - 7
48.94 48.88 48.81 48.74 48.66
+87
2
s
- 7 +10
0 + 7
49.09 j 60.94 49.08 ! 6 1 . 2 5 49.06 61.57 49.02 61.88 48.98 62.18
AR.
- 1 +10
58.76
60.0I 60.32 60.63
5^26
Februar
Dekl.
54-49 54-79 55-09 55-39 55-69
1955
Greenwich
1 0 ? 85
! +19.899
12.53
I
4-74 14-83
J
+ 15
o
+ 13 + 4
+ 9+7 + 4^8
-10 + 2
-11 - 1
- 4
- 1 - 7
4-5
7-3 + 9+1
-10 + 7
- 3 -10
5-24 !5-29
+ 4 -10
I
+ 10 - 9
5-33 I5-36
+14 - 5
f 87°
7
+19.874 81955.0 =
24-75 24-35 23-94 23-55 23-15
19.71 I
9-34
18.98
sec 8
tg +19.8
25-97 25 56 25.I5
+ 8 7 ° 7'
15.28
15-23 15-17 15.11
15-05 14.98 14.90
13-95 13.81
13-67 tg
8
10
+19-899
+19.874
20
+19.918
+19.893
°''49
Scheinbare Sternörter 1955 O b e r e
K u l m i n a t i o n Nd)
Tag
Mai Dekl.
AR.
3 4 5 6 7 8
17.22 16.88
12.90
-10 +
1
12.73 12.55 12.37 12.19
-10 -
2
11 12
15-57 15.26
13 14 15
14-95 14.64
19 20 21 22 23 24 25 26 27 28 29 30 3i 32
14-35
12.00 11.81 11.61 11.41 11.20
65.67 65-38 65.09 64.80 64.50
- 5 - 7 - 1 - 7 + 3-6 + 6-3 + 8+1
8-55 8-43 8.32 8.21 8.11
+ 3+9 - 2 +11 - 8 +10
8.02
-12 +
7-79 7-73
-10
- 5
- 8 - 6 - 4 - 7 0-
7
+ +
4-5 7-2
+
8 + 2
+ 7+6
9.87
-13
9-63 9-39 9-I5 8.90
- 9 - 7 - 3 -10 + 12 - 9
8.65
+ 16 - 5
8-39 8.14 7.87 7.61
1 + 15 + 3 + II + 6 + 5+7
7-34 7.07
+87° 6'
30" 40
87° 6 '
in s | • o.oro.oi
9.27 9.11 8.96 8.82 8.68
12.67 12.41 12.15 11.91 11.67
10.35 10.15
-L
-5+5 -8+2 -10 - 1
14-05 13-76 I3-48 13.20 12.93
"•43 11.20 10.98 10.76 10.55
5^26
Juli
67.07 66.80 66.52 66.24 65.96
10.99 10.77 10.55 10.33 10.10
51 H e v . Cephei
Dekl. |
5-9i 5-86 5.81
s 0.01 0.01
(J G l i e d e r
+
in
IÖ h 50™ 82° 6 '
-8
19.50
64.00
-9
I
63-85 63.70
-2
9-33 19.16 19.00 18.84
+2 +2 +6
18.67 18.51
63.21 63.04 62.86 62.68 62.50
+ 2 -8 -6
+3 + 3 + 3
0 +9 -1 +9
-2 +7 -3
+4
-3
-1
-3
-5
5-75 5-69
-2
-8
-1
-9
5.62
+1
-8
5-55 5-47 5-39 5-30
+2
-6
+1
4.66
-2 +1 -2 - 4
+2 - 3 2 +2 +4
4
23 24 25
20.53
5-21 5-ii 5.01 4.90 4.78
26 27 28
20.35 20.18 20.01 19.84 19.67
4-54 4.41 4.28 4.14
0
-8
+2
-9
19.50
4.00
+ 3 -7
3i 32
Dekl.
0
+7
+8 - 1 +8 -2 + 7 -2 + 4
-1
-7
63-54 63-38
18.35 18.19 18.03 17.88 17.72 17-57 17.41 17.26
62.31 62.12 61.92 61.72 61.51
17.11 16.96 16.81 16.67 16.52
61.30 61.09 60.87 60.65 60.42
16.38 16.24 16.10
60.19
15-97 15-83
59-95 59-71 59-47 59.22
15-70 15-57 15-44 15-32
58.97 58.71 58.45 58.19
15-07 4-95
T
s + 82° 6' 30" 40
see
8
+7.283
+7.286
tg S +7.214 +7.217
«1955.0 =
4-
s 0.01 0.01
i6h5om
82° 6 '
rt s 0.01 0.01
56.53 56.24
-3 +6
+9
I4-38
-2
-3
-6
-2
-8
-3 + 1
14.27 14.17 14.07
0
-9
-3
-4
13-97
55-95 55-66 55-36 55-o6 54-75
-3
+8
+1
-8
+1 +2 +5 +1 +8
+3
0 -2
-3 + 5
-2
-7
I3-87
-1
-9
0
-9
+1
-7
13-78 13.69 13.60
+2
-4
+2 +2
0 + 3
+1
+6
I
3-5
I
13-43 13-35 13-27
0 +8
54-45 54- z 4 53-83 53-52 53-20 52.88 52.56 52.23 51.90
+8
13.12
51-57
-2 + 7 -2 + 5 -2 +2 -2 -2 -1 - 5
I3-05 12.98 12.92 12.86 12.80
5I-24 50.91 50.58 50.24 49.90
-8
-i
+1
-9
+2
-8
12.74 12.69 12.64
+3
-5
I2
0
+3
-1
57.65 57-37
+3
+3
12.51
+2 +7 sec 8 +7.288 +7.291
Dekl. 4-
i 6
h
50™ 82° 6 '
i
Glieder in s 1 » 0. Oll 0. Ol
S
+ 2 +7
+ 3 -4
AR.
Glieder
57-37 57-io 56.81
57-92
30*21
{
in
s -7
-59 12.55
m
Dezember
14-95 14-83 14.72 14.60 14.49
+3
s +82° 6' 50" 60
i6h 5°
Dekl.
AR.
S
0 +1
21.23 21.05 20.88 20.70
29 30
AR.
Glieder in
s
I 2
{
201*
O +9 -I
-3
4-9
+2
I2
-37
46.08
- 2 + 8 -3
4-
4
-
5
-3 -3
0
- 2 - 8
45-73 45-38 45.02 44.67
12.25 12.24 12.23 12.23 12.23
44-32 43-97 43-6I 43-26 42.90
+1 + 4 + 1 4- 7
42-55 42.20 41.84 41.49 41.14
-2 + 4 -2 + 1
-2 +6 -2 + 3 -2 0
12.24 12.25 12.26 12.27 12.29
-1
-4
12.31
0
-7
+1 +2
-8
40.79 40.44 40.10
+2 - 5 +2 -2 +2 +2 +1
4-5
+1
+7
0 +8 - 1 4-8
-8
-6
49-56 49.22 48.87 48.53 48.18
+4
-3
47-83
-2 +8
SI9S5.o =
!2-43 •12.40
47-83 47-49 47-14 46.78 46.43
12.34 12.31 12.29 12.27 12.26
+3
tg S +7.219 +7.222
12.51 12.47
+4 +2 +3
+6
+1
4-9
-i
4-9
8
+ 82° 7'
+82° 6'
* T a g d e r d o p p e l t e n u n l e r e n K u l m i n a t i o n : D e z . 4.
0" 10 51^78
12.33 12.36 12.39 12.42
39-75 39-4°
12.46 12.50
39.06 38.72
12.54 !2-59 12.64
38.38
-1
-ro
0-9 + 1
-
6
+2
-
3
+ 2 + 1
0 + 8 -1
+
8
-2 + 6
- 2 - 2 -1
- 5
0 - 8
+2 - 8 4-3
-
7
+4 - 4 +4 0 4-3 +
4
+2 + 8 0 + 9 -1 + 9
38.04
-3
4"
37-71
-3
+
2
12.69 12.74
37-37 37-04
-3
-
3
-3
"
7
sec 8 +7.291
tg8 +7.222 +7.225
+7-293
Scheinbare Sternörter 1955
202*
Obere
Tag
1 2 3 4 5 6 7 8
Dekl.
I 7 h 46™ s II.94 II.97 12.00 12.04 12.09 12.15 12.21 12.28 12.36
i Glieder
AR.
22.53 22.20 21.87 2i-55 21.22
18.61 18.89 19.18 19.47 19.77
12.50 12.30 12.10 11.91
27.85 28.21
n-73
+ 3-7 + 5-4 + 7 0 •1-7+3 + 6+6
+ 5+7 + 2+8
20.07 20.38 20.69 21.00 21.32
"•54 n-37 11.20 11.03 10.87
-10 - 5 - 6 - 8 - 3 - 9 + 1-8 + 4-6 + 6-2 + 7+1 + 6+5
15
12-75 12.86 12.98
16
13.11
17 18
13-25 13-39 13-53 13.69
I 9-33 19.02 18.72 18.41 18.12
13-85 14.02 14.19 I4-38 I4-56
17-53 17.24 16.96 16.67
-
0+8 3+6 5+3 6 0 5 - 4
21.64 21.97 22.29 22.62 22.96
16.40 16.12
- 3 - 8 0 -10
15-37 15-59
I5-85 15-58 15-32
+ 4-9 + 7-7 + 9-3
15.81 16.04
15.06 14.81
+ 9+2 + 7+6
27 28 29 30 3i 32
14.76 14.96 15.16
20.90 20.58 20.26 I
9-95 19.64
17.82
•8 86° 36'
18.33
0
April Dekl. |d Glieder AR. Dekl. C Glieder 4in in + s I ' 17h 46m s I » 17h 46"" 86° 3 6 ' o.or| 86° 3 6 ' o.oi|o.oi o.or s s - 1 - 4 + 8 35-36 9.71 9.61 -10 + 4 24-31 0 +10 3 5 - 7 1 24.66 9.61 -10 - 1 9.71 25.01 36.05 9.81 -4+9 9-52 - 9 - 5 -8+6 9.92 25-36 9-43 - 1 - 1 36.39 -10 + 2 36.72 10.04 - 3 - 9 25-71 9-35 AR.
- 9 - 4 - 7 - 7 - 4 " 9 0-9
!3
26
{ Glieder
13-37 I3-I5 12.93 12.71
!2-54 12.64
25
Dekl.
März
-10
17.26 17-52 17.79 18.06
11 12
23 24
4n.l44
8 Ursae minoris
13.60
+ 1+10 - 4 +10 -8+7 -10 + 3 -11 - 1
12.45
21 22
Nh)
in in + + s |" s | ' h m 86° 3 6 ' 0.01.0.01 86° 3 6 ' o.oi[o.oi i 7 4 6 S 14.81 + 7 + 6 24.18 + 6 - 9 16.04 I4-56 + 3 + 9 23-85 + 9 - 6 1 6 . 2 7 - 1 +10 23-52 + 10 - 1 1 6 . 5 1 !4-3! - 6 4- 8 2 3 . 1 8 + 9 + 4 16.76 14.07 22.85 + 6 + 8 1 7 . 0 1 -9+5 13-83
9 10
!9 20
Greenwich
Februar
Januar AR.
K u l m i n a t i o n
26.07 26.42 26.78 27-13 27.49
9.27 9.21 9-i5 9.09 9.04
-10 - 2 - 8 - 6 - 5 - 8 - 2 - 9 + 2-7
37.06 37-39 37-72 38.05 38.37
10.55 10.70
+ + + + +
1 - 8 4-6 6-3 7+1 6 + 4
28.57 28.93 29.30
9.00 8.97 8.94 8.92 8.90
+ 5-5 + 6-1 + 7+2 + 6+5
+ 3+8 0+9 -2+8 -5+5 -6+1
29.66 30.02 30.38 30.74 31.10
8.89 8.89 8.89 8.90 8.92
-1-2+8 -1+8 -3+6 -5+3 - 6 - 1
4I-I3 41.41
10.72
- 6 - 3
10.57 10.43 10.30 10.17
+ +
3M6 31.82 32.18
8-94 8-97 9.01 9-05 9.10
4 - 5 2 - 8 1 -10 5-9 8-6
41.70 41.98 42.25 42.52 42.79
12.64 12.85 13.06
32.54 32.89
+ + +
23.29
10.04 9-93 9.81 9.71
33-25 33-6° 33-96 34-31 34.66
9.16 9.22 9.28 9-36 9-43
+ 9-2 + 8+3 -1-5+7 + 1+9 - 3 +10
43-05 43-30 43-55 43.80 44.04
I
23-63 23-97 24-31
+ 8-5 + 9 0 4-8+5 + 4+8
1465
-2+10 -6+8 -10 + 5 -11 + 1 -10 - 3
35-oi 35-36
9-52 9.61
-7-1-7 -10 + 4
44.27
14.90
- 8 - 7
4 - 7 1 - 9 3 -io 6-8
+ 5+7
38.69 39.01 39-32 39-63 39-94
10.16 10.28 10.42
40.24 40.54 40.83
10.85 II.01 11.17 n-33 11.50 11.68 11.86 12.05 12.24 12.44
- 5 0 - 5 - 4 - 3 - 7 0 -10 + 4 -10
13-27 I 3-49 3-7I 13-94 14.18 14.41
tg8 8 sec 8 8 tgS see 8 see 8 tgS 0" +16.862 +16.832 +86° 36' 10" ! +16.875 +16.846 +86° 36' 20" +16.889 +16.860 10 +16.875 +16.846 20 +16.889 +16.860 30 + 1 6 . 9 0 3 +16.873 a.955.0 = *7 h 46 m 41 ? 13
8,955.0 = + 8 6 ° 36' 2 9 re 3
+ 5+ 6 + 3 + 8 0 + 9 -2 + 7 -4+4
+
7-8
+ + + +
9-4 9+1 7 + 6 3 + 9
Scheinbare Sternörter 1955 Obere
Kulmination
AR.
Dekl.
' Glieder
AR.
Dekl.
Juli| J Glieder
+ 6 o + 6+3 + 5+6
0.Oll O.Ol
39-85 39-53 39.21 38.89 38.57
42.49 42.71 42.93 43-14 43.36
46.30 46.12 45-93 45-74 45-54
35-58 35-88 36-17 36.47 36.76
-5+1
38.23 37-90 37-56 37.22 36.87
43-56 43-77 43-97 44-17 44-36
45-33 45-12 44.91 44.69 44.46
37-05 37-34 37-63 37-9 1 38.19
36.52 36.17 35-Si 35-45 35-09
44-55 44-73 44.91 45.08 45-25
44-23 44.00 + 8+6 43-76 + 4 + 9\ - 1+10/ 43-51 - 6 +8 43.26
38.47 38.74 39.01 39.28 39-55
45-42 •45-58 45-74 45-89 46.04
43.00 42.74 42.47 42.20 41.92
39.81 40.07 40.33 40.58 40.83
+ 1-7 + 4-4
34-72 34-35 33-98 33-6O 33-23 32.84 32.46 32.07 31.68 31.29
41.64 4i-35 41.06 40.76 40.46
41.08 4 J -32 41-56 41.80 42.03
+ 5-1 + 5+3 + 4 -I- 6 + 2+8 0+8
30.90 30.50 30.10 29.70 29.30
46.85 46.97 47.08 47-19 47-30
40.15 39-85
42.26 42.49
-2-1-7 -4-1- 5
28.89 28.48
47.40 47-49
sec 8
tgS
+ 8 6 ° 36' 4 0 "
+16.917
+16.887
+16.931
+16.901
+
6 - 2
+
6+2
+ 5 +5 + 4 +7
17-56 - 1 + 7 17.84 - 3 + 5 18.13 - 5 + 2 18.42 j - 5 - 2 18.71 | - 3 - 6
48.89 48.87 48.84 48.81 48.77
27.27 27.60 27-93 28.26 28.58
- 4 - 4
47-15 47.29 47-43 47-57 47-70
19.01 ! - 1 - 9 I9-30 | + 3 - 1 0 19.60 I + 6 - 9 19.91 + 9 - 6 20.21 + 10 - 1
48.72 48.67 48.61
28.91 29.24 29-57 29.89 30.22 30.55
4-IO - 3
47.82 47-94 48.05 48-I5 48.24
20.52 20.83 21.14 21.46 21.77
30.87
-10 +5
-11
o
-10
-4
47.90
31-52 31-84 32.16
48.33 48.42 48.49 48.56 48.62
22.09 22.40 22.72 23.04 23-36
-7-8 - 3 - 9
47-79 47.67 47-54 47-41 47.27
32.48 32.80 33." 33-43 33-74
48.68 48.73
23.68 24.00
+
1 - 8
47.12
+
4 - 5
34-05
9 + 4
+ 6+ 8 +
1 +10
- 4 +10
-8+7 -11 + 3 -11 - 2 -10 - 6
sec 8
48.31 48.21 48.12 48.OI
tg 8
+ 8 6 ° 36' 10" +16.875
+16.846
20
+16.860
+16.889
2+8
- 1 +8 - 3 +6 - 4 +3
- 2 - 7 + 1
-9
+ 5 -9 + 8
-7
+ 10 + 1
- 8 -7 - 5 -9 -
+
1
-8
3-6
+ 5 -3
+ 6+1
+ 5 +4 + 4 +6
§ 30 4I
s1j
- 5 - 3 - 3 - 6 - 1 - 9
+ 3-9 + 7-8 + 9-5 + 10 - 1
+ 9+4 +
6 + 8
+ 2 +10
-3+9 -7+6 -10 + 2 -10 - 2
- 2 - 9
tg8
see 8
+86° 36' 2 0 " | +16.889 +16.860
K1955.0 — 17h 46m
+
m i7 h 4Ö n 86° 36' 0.0I|0.0I 17h 46 86° 36'
+ 4+6 + 2+8 -1+8 -3+7 -4+4
46.33 46.51 46.68 46.84 47.00
+
Dekl.
0
+ 1+8
48-39
AR.
34-05 34-36 34-67 34-97 35-28
+
/ 48.54 V 48.47
I Glieder
s
25-63 25.96 26.29 26.61 26.94
4 + 8
Dekl.
47-12 46.97 46.81 46.65 46.48
+ 4 -5
48.89 48.90 48.91 48.91 48.90
+
AR.
August
+
+
17h 46" 86° 36' 17h 46° 86° 36' * n s s 44.27 14.90 48.73 24.00 44-5° 1 5 - 1 5 - 5 - 9 48.78 24-33 44.72 15-40 - 1 - 8 48.82 24.65 44-94 15.66 + 2 - 6 48.85 24.98 45.16 15-92 + 5 . - 4 48.87 25-3i 16.19 16.45 16.73 17.00 17.28
4™44
Juni
+
45-36 45-57 45-77 45-96 46.15
Greenwich
S Ursae minoris
Nk)
Mai
203*
+16.873
. +16.903 I
955-°
53 ; + 8 6 ° 36' 29T63
46.19 46.33 46.46 46.60 46.72
Scheinbare Sternörter 1955
204*
Obere
K u l m i n a t i o n Nh)
Tag
September AR.
S Ursae minoris
i Glieder
-j-
in
s " O.Ol O.Ol
AR.
November (f Glieder
86° 36'
in s | " O.Ol O.Ol
63-50 63-15 62.81 62.46 62.13
44.IO
+ 7 +6
43-90 43-69 43-48
+
43.26
- 9 + 4
43-04 42.81 42.59 42-35 42.12
-10
0
-10
-4
-I
61.79 61.46 61.14 60.82 60.50
- 8 -5
60.19
-6
59-89 59-59 59-29 59.00
41.88 41.64
+ 3
- 5 -8
+
-3
41-39 41.14 40.89
+ 6 +1 -1' 4 + 7
40.63
+ 2 +8
40.37
- 1 +8
52-97 52.88
40.11
- 3 +7
39.84 39-57
-
i Glieder
•f
in
s 1 " O.Ol1 O.Ol
i 7 h 46 m 86° 36'
2 3 4 5 6
7 8 9 10
2848 28.07 27.66 27.25 26.84
47-49 47-58 47.67
26.42 26.00 25-58 25.16 24.74
AR.
I ?
h 45m
27 28 29 30
17-47 17.04 16.61 16.19
31
I5-7ö
+ r +9
+9
0
0 +9
!3-Ö5 !3-23 12.81 12.40
48.13
- 4 +8
11.98
48.18 48.22 48.26 48.29 48.32
-7
+5
"•57
-9
+1
11.16
-9
-3
10.75 10.35 9-94
47-3 1 47.20 47.09 46.98 46.86
9-54 9.14 8.74 8-35 7.96
46.73 46.60 46.46 46.32 46.18
+ 6 -1
7-57 7.19 6.80 6.42 6.05
46.03 45.88 45-72 45-56 45-39
- 1 +8
5-6 7 5-30 4-93 4-57 4.21
45.22 45-05 44.87 44.68 44-49
3.85 3-50
44-30 44.10
20.04 19.62 19.19 18.76 17.90
47.76 47.68 47-59 47-50 47-4 1
-1
47.89 47.96 48.02 48.08
48.34 48.36
26
+ 8 +3
+ 9
-4
22.19 21.76 2i-33 20.90 20.47
18.33
47-9 1 47.84
+ 8 -5
+9
16
23 24 25
+ 5 -8
-9
23-47 23.04 22.62
21 22
-9
48.10 48.04 47.98
-8
13 14 15
20
0
+8 +5
+4 +8
-7
-6
-4
-8
0
-8
+3
-7
48.37 48.38
+5
-4
+6
0
48-39
+6 +3
48-39 48.38 48.37 48.35 48.33
+4 +6
48.30 48.27 48.23 48.19
+2 +8 0 4-8 -3
+7
-5
+5
- 5 +2 -5
-2
-4
-6
-1
-9
48.15
+ 2 -9
48.10
+ 5
-8
32
see &
8
tg 8
-! 86 ° 3 6 ' 20" +16.889
+16.860
+16.903
+16.873
30
«1955.0 =
I
AR.
+ 5 +7 - 3 +9 - 7 + 7 - 9 + 3 -TO
- 2 - 9
+
2-7
+
4 - 5
+
6+2
+ 5 +5 + 3 +7
+ 1 +8
58.72 58.44 58.16 57-9° 57-63 57-38 57-13 56.88 56.64
- 4 - 5
56.41
- 2 - 8
-3
56.18 55.96 55-74 55-53 55-32
37-87 37-58 37.28 36.98 36.68
+
9+1
36.38
7+6
55-13
+
- 5 +3 -
5
-1
+
1
-9
+
5
-9
+ 8 -7 + 9
see
8
8
40
7 h 4 6 m 41 * 13
j +16.917
in s I » O.OI[O.oi
3 +9
- I +9 - 6 + 8
- 7 - 7
5
-8
5
-3 -6
0
-9
+
+
- 6 - 8
4 - 4
+ 5
0
- 4 + 5
*52.8O
52.72 52.66
30.57 30.23
- 4 - 5
52.60 52-54 52.50 52.46 52-43
29.90 29.56 29.23 28.89 28.56
52-4 1 52.39 52.38 52.38 52.39
28.22 27.88
+ +
4+9
27-55 27.21 26.88
-
1 +9
-
5 +8
52.40
26.54 26.21
-10
0
-10
-5
9 - 5
+ 9 +4
+ 6 +7 + i +9 - 4 + 9
tg 8
s
sec &
tg 8
+86 36' 40"
+16.917
+16.887
+16.931
+16.901
+86° 36' 2 9 * 6 3
* T a g der d o p p e l t e n u n t e r e n K u l m i n a t i o n : D e z . 18.
2-7
+
31-57 31-24 30.90
53-17 53-07
+16.873
§1955.0 =
- 2 - 9
+
4+6
-8
5°
-2
- 9 -6
5 +3
+ 10 —I
+16.887
-II
+
4 - 9
+ 7
34.82 34-50 34-iS 33-86 33-53
-10 4 2
+
- 5 +1
3
54-24 54.08
- 8 +6
33-2i 32.88 32-56 32.23 31.90
5 +4
-
- 4 +9
53-52 53-40 53-28
+ 5 +4
-
36.38 36.07 35-76 35-45 35-14
53-93 53-79 53-65
- 4 - 9 0
55-13 54-94 54-75 54-57 54-40
52.42
+86° 36' 30" | +16.903
i Glieder
-IS
39-29 39.02 38.73 38.45 38.16
- 4 + 6
Dekl.
i 7 h 4 5 m 86° 36'
s
15-76 I 5-34 14.91 14.49 14.07
+7
24.32 23.89
17 18
-7
+ 3
47-75 47.82
12
11
-3
Dezember
Dekl.
Dekl.
S 1
4r?44
Oktober
Dekl.
171» 46 m 86° 36'
Greenwich
+ 2 +8 0 +8
- 2 + 7
-
5 +2
-
5
-1
- 2 - 8
+
2-9
+
6-9
+
9 - 7
+ 11 - 3 + 10 + 2 8+6
- 9 +4
Scheinbare Sternörter 1955 Obere
Kulmination Ni)
Tag
AR.
Dekl.
+ l 8
h
I 3
m
89°
2'
X Ursae
Greenwich
minoris
6™ 55
Februar
Januar {
in s I " 0.0110.01
Dekl.
AR.
Glieder
4l 8
h
I 3
m
89°
2'
205*
März i
Glieder in s I ' o . o i | O.Ol
AR.
Dekl.
April i
+ i 8
13™
89°
2'
40.36
53-9
1
h
AR.
Glieder in s I " 0 . 0 l | O.Ol
+ l 8
S
s I
4-50
69.29
+
2
4.42
68.96
3
4-36
4
1 9 - 9
I 4
h
52.67 52.73
-38 + -42 +
5
20.19 21.44
52.80
-39
-
4
22.68
52.87
7
52.95
-29 -16
-
23.91
-
8
53-03
-
-
8
53-12
+ 12 - 6
53-65
58.94
-19
4-
9
43.88
53-53
-29
+
7
58.68
-33 +
6
45-07
53-42
-38 +
3
58.43
-40 + 2
46.27
53-31
-40 -
1
25-!4
58.18
-40 - 3
47.48
53-21
-35
5
26.36
59-46
68.63
+39 - 2
I5-30
59-20
4-33
68.31
+37 +
3
16.03
5
4-32
67.98
+27 + 7
16.79
6
4-34
67.65
+ 10 +10
17-57 18.37
In s I » 0 . 0 l | O.Ol
+ 4 +10 - 1 4 +10
42.70
14-58
2'
S
53-78
+32 - 6
89°
18.94
4!-52
59-73
m
C Glieder
+21 + 8
+ 31 + 5 + 17 + 9 - I +10
I3-89
Dekl.
1
I
7
4-39
67-33
-9+10
8
4.46
67.OO
-27 + 8
19.19
57-93
-33
6
48.70
5 3 - n
-24 - 8
27.58
53-22
+ 21 -
3
9
4-56
66.68
-39 +
4
20.03
57-69
-20 - 8
49.92
53-02
-10 - 8
28.78
53-32
+ 27
O
10
4.69
66.35
-44
0
20.89
57-45
-
5 i - i 5
52.94
+
29.98
53-43
+27
+
3
11
4.84
66.03
-40 - 4
21.77
57.22
+
9 - 7
52-39
52.86
53-54
+23
+
6
5.02
65-7i
-30 - 7
22.66
56.99
+20 - 4
53-63
52.79
+ 17 - 5 +25 - 2
31-17
12
32.35
53-66
+ 16 + 8
13
5-23
65-39
-16
23-58
56.77
+27 -
1
54.88
52.72
+28 +
1
33.52
53-78
+
14
5-46
65.07
24-51
56.55
+28 + 3
56.13
52.66
+27 +
4
34.68
53-91
- 4
15
5-72
64-75
+ 13 - 6
25.46
56.34
+25 + 6
57-39
52.61
+22 + 7
35.83
54-05
-14 + 5
16
6.00
64.44
+23
-
3
26.43
56.13
+ 17 + 8
58.65
52.56
+12 + 8
36.97
54-19
-20 +
17
6.31
64-13
+27 +
1
27.41
55-93
+
59-9
52.52
+
1 + 8
38.10
54-33
-20 - 3
18
6.64
63.82
+27 + 4
28.41
55-73
- 5 + 8
61.18
52.49
-10 + 6
39.21
54-48
-14 - 7
19
7.00
63-51
+22 + 7
29.42
55-54
-!5
5
62.45
52.46
3
40-31
54-64
-
20
7-38
63.20
+23 +
8
30-45
55-35
-22 + 2
63.72
52.44
1
41.40
54.80
+11
-10 -10
21
7-79
62.90
+
2 + 8
31-50
22
8.23
62.60
- 9 + 7
-
8
0 - 8
-
- 8
5
7 + 8
+
4 - 7
-19 + -22 -
6 + 8 +
3
7
1
55-17
-24 - 2
64.99
52.42
-21 - 5
42.48
54-97
+ 25
-
9
32.56
54-99
-19 - 6
66.27
52-4
-12 - 8
43-55
55-14
+34
-
5
4
9
67-54
52.41
-10
44.60
55-32
+37
68.81
52.41
+ 15 - 1 0
45-64
55-50
+3°
+
5
70.09
52.42
+27
-
7
46.66
55-69
+ 17
+
9
-
23
8.69
62.30
54.82
-
9.17
62.00
-19 -23
33.63
24
0
34-72
54-65
+
25
9.68
61.70
-22 - 4
35-82
54-49
-10 + 19 - 9
+
1
-
9
-
5
1
0
0
26
10.21
61.41
-15 - 7
36.94
54-34
+ 30 - 6
71-36
52.44
+34
3
47.67
55-88
- 2 + 1 0
27
10.77
61.12
-
-10
38.06
54-
+35
1
72.63
52.46
48.67
56.08
-21 +
28
n - 3 5
60.83
+ 12 -10
39-20
54-05
73-9°
52.49
49-65
56.28
-36 + 6
29
" • 9 5
60.55
+26 - 8
40.36
53-91
+ 32 + 4 +21 + 8
2 +24 + 6
30
12-57
60.27
+35
3 i
13.22
60.00
32
13.89
59-73
3
I
9
-
+33 +
9
75-17
52.53
+
9 + 9
50.61
56.49
-44
+
2
4
76.43
52-57
- 9 +10
5i-56
56.70
-44
-
2
+37 +
1
77.69
52.62
-26 + 8
52.49
56.91
-36 - 6
+31
5
78.94
52.67
-38 +
-
+
sec 8 j tg 8 +89°
' $o" +60.138 +60.130 +89° 60 +60.314 ; +60.306
«•1955.o = IS1* 14 1 " 53 ?66
S
see 8
3' 10
+60.314 4 60.491
§1,55.0 =
+«9°
tg
5 8
+60.306 +60.483
206*
S c h e i n b a r e O b e r e
Ni)
Dekl.
I Glieder
AR.
X Ursae minoris
| i Glieder
+ 89° 3 '
52.49
56.91
h 15" 0.01 0.01 i 8 s -36 - 6 n-95
53-41
57-13
-23 - 8
12.24
5-35 5-66
54-31
57-36
- 8 - 8
12.50
55-19 56.05
57-59 57-82
+
6 - 7
56.90
s
89° 2'
ff
6™ 5 5 Juli
Dckl.
+ i 8 h 1411
N
Ali.
h 14" O.OII O.Ol i 8 s 70.25 4-13 - 5
+ 21 - 2
69.83
5-98
+24 4- I
69.38
12.75
6.29
4-23 4- 4
68.92
+17 " 4
12.97
6.61
4-i8 4- 6
68.44
58.06
424 - 1
13.16
6-93
+ 10 4- 8
57-73
58.30
+26 4- 2
13-34
7-25
4-14-8
58-53 59-32 60.10
58.54 58-79
+23 4- 5
13-49
7-57
4- 18 + 7
13.61
7.89
4-9 4-8
13-72
8.22
-20
59-°4
1955
G r e e n w i c h
Juni
Mai AR.
S t e i n ö r t e r
K u l m i n a t i o n
August
Dekl.
| i Glieder
+ «9° 3 '
0 15-37 15.69 16.01
AR.
h i4m O.Ol 0.Ol i 8 S + 19 + 6 4 7 . 6 2
Dekl.
89° 3 '
| i Glieder in s I " o.oij O.Ol
46.58
24-43 24.68
-15 + 6
+ 11 + 8 +
-21 + 3
- 8 + 7
45-53 44.46
24-93 25.18
-23 - I
16.33 16.65
-16 + 5
43-38
25.42
-12 - 7
67-93 67.40
16.96
-21 4- 2
42.28
25.66
+
17.28
-21 - 2
41.16
25.89
+ 16 - 9
- 9 + 6
66.85
17-59
-16 - 6
+29 - 7
17.90
- 6 - 9
18.21
+ 8 -10
37-72
26.35 26.58
+ 37 - 4
o
66.28 65.69
40.03 38.88
26.12
- 1 6 4- 4
24-8
-20 - 5
1 - 9
4 39 + 1
60.85
59-30
-14-8
13.80
8-54
-19 - 4
65.07
18.51
+23 - 9
36.54
26.80
+32 + 5
61.59
59-56
- 1 0 4- 6
13.86
8.87
-12 - 7
64.44
18.82
+35 - 6
35-35
27.02
+ 18 + 9
62.30
59.82
-17 + 3
13.90
9.19
+ 1 -10
63.78
19.12
4-41 - 2
27.23
+ 1 +10
63.00
60.09
-20 - i
63.11
19.42
+39 + 3
27.44
- 1 7 4- 8
60.36
-17-6
9-52 9.84
H-i6 - 1 0
63.67
13.92
34-14 32.92
+3° - 8
62.41
19.72
4-28 4- 7
31.69
27.65
-31 + 5
!3-9J
64-33 64.96
60.63
- 7 - 9
13.88
60.91
+ 6 -10
13-83
10.50
65-58 66.17
61.19
+21 - 1 0
13-75
10.82
61.47
1-34 - 7
13-65
11.15
66.75
6I.75
+4° - 3
+ 39 - 5 +42 o
61.70
20.01
+ 1 2 4- 9
-38 + 1
20.31
- 8 4 9
30.44 29.18
27.85
60.96
28.05
60.21
20.60
- 2 6 4- 7
27.91
28.24
-37 - 4 -29 - 7
-38 + 3
26.62
28.43
-16 - S
13-52
59-43 58.63
20.89
11.48
+ 35 + 5 +20 4- 9 4 I +10
21.18
-42 - 1
25-32
28.62
- 2 - 8
13-37
Ii.81
-19 4 9
57.82
21.46
-38 - 5
24.01
28.80
+ 11 - 6
13.20
12.13
-35 + 6
56.98
21-75
-27 - 8
22.69
28.98
+20 - 3
13.00
12.46
-44 + 2
56.13
22.03
-12 - 9
29-15 29.32
+24 + 1
10.17
67.30
62.04
67.83
62.33
68.34
62.62
+37 + 3 4- 26 4- 7 + 9 4-IO
68.83
62.92
- 1 2 4-10
12.79
12.78
-44 - 3
55-25
22.31
4-2-8
21-35 20.00
69.30
63.21
-30 + 8
12.55
13.11
-36 - 6
54.36
22.58
4-14 - 5
18.64
29.49
+ 17 + 7 + 9 + « - 1 + 8
69.74
63-51
70.16
63.81
70-57 70.95 71.30
64.12
71.64
65.04
71-95
64.42 64-73
65-35
/ 12.29 \ 12.00 -46 o II.7O -42 - 4 n-37 -3° - 7 -15 - 8 0 - 8
2' 50" 60
-23
§
— 8\
- 7 - 8 /
53-45
22.86
4-21 - 2
17.28
29.65
I4.08
4-
7 - 6
52.52
23-!3
15.90
29.81
I4.4I
+ 17 ~ 3
23.39 23.66
29.96
- I I 4- 7
o
51-57 50.61
+ 23 + 2 + 20 -!- 5 4-13 4- 7
13.11
30.11
11.02
z4-73
10.64
15-05
+23 + 3
49-63
23.92
+
4+8
11.70
30.26
-19 + 4 -23 4- 1
10.25
15-37
4-19 + 6
48.63 47.62
24.18
-6-1-8
10.28
30.40
-22 - 3
24-43
-15 + 0
8.85
30.54
-16 - 7
4-23
+ 13 - 5 sec
4-89°
13-43 13.76
-42 -!- 4
+23 + 4
tgS
+60.138
+60.130
4-60.314
+60.306
«•955.0 =
i8h
§
j sec 8
3' 10" ! +60.491 20 I
4m
53?66
| tg 1
8
+60.483
1 -i-60.669 , +60.661 S1055.0 =
8 +89°
3' 3o" 40
+«9° 3'
sec 8
tgS
+60.848
4-60.840
+61.028
+61.020
42
Scheinbare Sternörter 1955 Obere
Kulmination Ni)
Tag
AR.
i 8
h
i 3
m
I
68^5
2
67.41 65.96
3 4> 64-51 5 63-05 6 7 8 9 10 11 12 13 14 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
61.58 60.10 58.61 57-12 55-62 54-12 52.61 51.09 49-57 48.05 46.52 44-99 43-45 41.91 40-37 38.82
Dekl.
([ G l i e d e r
+
in
3°-54 30.67 30.80 30.92
-16
-
-
-
+ 23
" 8
3!-04
+33
- 5
5
7 9
+ 9 -10
+ 37 - 1
31-97 32.04 32.10 32.16 32.21 32.26
37-27 35-72 34-I6 32.61
32.30 32-34 32.37 32.40 32.42
3I-°5 29.49
32.44 32.46
27-93 26.37 24.81
32.47 32.47 32.47
23-25
32.47 8
+89°
s
O.OL 0. 01
31-65 3 I -74 31.82 31.90
+33, + 4
+21 + + 6 + -12 +
7 9 9
-27 + 6 -36 + 2
-37 -32 -
2 6
-20
- 8
- 6
- 8
+ 8 -
7
+ 18
- 4 +24' - 1 +25 +
3
+ 21 + 6
+ 13 +
8
+ 4 + 8 - 7 + 8 -16 + 6 • -21 + 2
AR.
Dekl.
6™ 5 5
89° 3'
83-25 81.69 80.13 78.58 77.02
32.47 32.46
+18
-
+30
- 6
32.44 32.42 32.39
+36
75-47 73-92 72-37 70.83 69.29
32-36 32.33 32.29 32.24 32.19
+ 10 +
67-75 66.22 64.69
32.I4 32.08 32.01
-36 -12
- 8
63-17 61.65
31-94 3I-87
+ 2
-
+ 14
-
60.14 58.64
3i-79 3i-7i 31.62 3I-52 3i-42
+22
- 2
57-14 55-65 54-I6 52.69 51.22 49.76 48.30 46.86
9 9 7
30.37 29.08 27.80
4
26.53 25.29
- 8 + -24 +
-35 + -39
- 4
-25 - 7 7 5
24.04 22.82 21.61 20.42 19-25
3 J -32 31.21 31.09
-
2 + 8
12.57 11.52 10.49
30.97 30.85
-21
0
-19
- 4
9-47 8.48
-12
-
0
-
7 9
7-5i 6.56
+ 14
- [O
+27
- 8
5-63 4.72
+36 +38 + 31 +
8 +89°
+
-18
+ 4
30
0. 0 1
1 8 h I I
m
s 62.96 62.11
9 9
61.29 60.49
-34 + 6
59-71
29.00 28.81 28.62 28.43 28.24
-41 + 2 -40 - 3 -32 - 6
58.95 58.22
28.04 27.83 27.62 27.41 27.19
+ 9 -
26.97
+ IO H- 8
26.74 26.51 26.28 26.04
+
-
I +
+
-19
- 8
-
- 8
4
+ 18 +23
6
+ 22 + 3 + l8 + 6
I + 8
- 8 + -16 +
7 5
+60.848
+60.840 8I955.O =
- 1
55-52 54-9 1 54-32 53-75 53-2i
20.27 19.96 19.66
+22 + 3
19-35 19.03
+
52.69 52.20
18.72 18.41 18.09 17.77
-14 + 6
+18 + 6 +11
+ 8
3 +
8
-6+7 -20 + 3
9 *49- I 7
15-83
+43
i5-5i 15.18
+21 + 8
- [O -
+27 + 7
48.91 48.68 48.47 48.29
+ 9+ 9
48.13
I4-85 14-53 14.20
-10 +
9
48.00 47.90
13-87 13-54
+36
- 6
+41
- 2
+37
+ 3
+89° 3'
+ 14 - 4
49-77 49.46
9
+24
* T a g der d o p p e l t e n u n t e r e n K u l m i n a t i o n : D e z . 25.
+ 3-7
+
+10
3
- 8 - 8
i7-i3 16.81 16.48 16.16
sec 8
tg8
3°
+60.848
+60.840
40
+61.028
+61.020
tg 8 +89°
-27 -12
+21
50.48 50.11
5
+60.661
1
- 7
-
+60.669
-
-38 - 5
-10
-
23.18
-43
17-45
25-55 25-30 25-05 24.79
2.96
-28 + 7 -40 + 3
0
- 2
0
-10 + 9
- 4
- 6
3-83
21.76 21.47 21.17 20.87
in 1 "
-18
-20
4
23.18 22.90 22.62 22.33 22.05
s
O.OI|O.OI
20-57
51-73 51-29 50.87
-20 + 2
4
89° 3 '
i Glieder
-21
-15
24-53 24.27 24.00
57-51 56.82 56.16
- 3 0
25.80
23-73 23.46
I sec 8
3' 2 0 "
4 m S3?66
7
-11
s
+60.661 I
0
13-64
30.01 29.85
i8h
-ig
8 + 8
38.41 37-04
£1955.0 =
29-35 29.18
+
9
: +60.669
29.85 29.69 29.52
+31 + 5 +16 + 8
- 2 + 34 + 2 + 25 + 6
37-04 35-68 34-34 33-oo 31.68
+ 16 +
-
tg
o.ov
9
Dekl.
+
in s I
89° 3'
15-83 14.72
+18
+60.483
+
5 7
39-79
Dezember AR.
i Glieder
l 8 h I2 m
+ 22 +
- 10
I see 8
Dekl.
18.09 16.95
+ 4
- 9 -
AR.
+24 + 2
8
- 2 - 6
in s I » o . o i ' o . 01
l 8 h I2 m
30.72 30.59 30.45 30.31 30.16
-18
November (£ G l i e d e r
45-42 44.00 42.58 41.18
-23
3 ' 1 0 " j +60.491 20
X Ursae minoris
+
89° 3'
31.26 3 I -36 3I-46 3I-56
Greenwich
Oktober
September
207*
" ' V
+ 19
4 - 9
-10
+ 32 - 8 +41
-
4 0
+35 + 5 +.2 + 9 -17 + « -33 +
5
-41 + 1 -40 - 4
208*
S c h e i n b a r e O b e r e
Nk)
Tag
I 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 20 21 22
Dekl.
([ Glieder
+
in
2o h 45 m 82° 22' s 13.80 47-63 13-54 47-53 13.28 47-44 13.01 47-34 12.75 47-25 47-17 47.08 47.00 46.92 46.84 46.77 46.70 46.63 46.57 46-51
12.47 12.20 11.92 11.64
s
0.0
O.Ol
-2
-II
O -10 +2 - 8 +3 - 3 +4 + 2 +4 + 7 + 3 + 10 + 1 + 11 - 1 4-10
"•35 11.06 10.77 10.48 10.18 9.88
-4 + 3 -4 - 2
sT'öq
AH.
Dekl.
März Ali.
Í Glieder
Dekl.
- 5
"4 -2
- 7
-1
- 7
0 - 6
in 4s ," 82° 2 1 ' 0.01 O.Ol 2o h 45 m 82° 2 1 '
2Gh 45 m s 64.50 45-9 1 •45.90 64.17
+4 + 5
45-9° 45-90 45-9°
63.85 63-52 63.19
+ 2 +IO
45-9 1 45-92 45-93 45-95 45-97
62.87
-2 + 7
62.54 62.22 61.89
-4 + 4 -4 0 -4
- 4
6I.57
-3
- 6
45-99 46.02 46.04 46.08 46.11
61.25 60.93 60.60 60.28
- 2 - 7
4-3 - 2
59-97
+ 3 +
59-65 59-33 59.02 58.70
+3 + » 0
fío
0 - 6 -Li
- 4 i
47-36 47-45 47-55 47-65 47-75 47-85 47.96 48.07 48.18 48.30
+4 + 4
48.41
+ 3 + 6
48.53 48.65 48.77 48.90
+2 - 4 +3 - 1 + 3 4- 2
46.15 46.19 46.24 46.29
8-35
+3 + 5
46.34
58.39
-1 + 5
46.19
8.03 7.71 7.40 7.08 6.76
-1-2
46.39 46.45 46.51 46.58 46.64
58.08
-2 + 1
49.02
57-77 57-47 57-17 56.87
-3 - 2 - 3 - 6 -3
- 9
49- I 5 49.28 49.41
-2
-10
56.58 56.28
4-2 - 6
26
46.01
27 28 29 30
45-99 45-96 45-95 45-93
5-79 5-47 5-15
31 32
45-92 45-9 1
4.82 4-50
6.44 6.12
8
4-
6
- 2 4" 4 0
-3
—3
-3 -2
- 4 - 8 -10
-1
-10
46.71 46.78 46.85 46.93
55-99 55-70
+2 + 7 + 1 + 6
0 - 9
+ 3 - 2 +4 + 3
+1 - 8 +3
- 5 0
+4 I sec
8
tg
S
+82° 2 1 ' 4 0 " I +7.523
+7.456
50
+7-459
j +7.526 a -955.o
=
2(>l1
s +82° 22'
sec 0" 10
45 m 5 8 ? " I
i Glieder
49-54
55-70 55-42 55-14 54.86
Dekl.
Í Glieder
+
s 1-
O.Ol O.Ol
in s /r 2o h 45111 82° 2 1 ' 0.01 O.Ol
4-4 4- 3
48.89
-I -2
+ 7
-4
+ 3
0 +10
50.53 50.68 50.83 50.98
54-59
-1 + 8
5I-I3
48.75 48.62 48.50 48.38
54-32 54.06
-3 + 5
51.28
-4 +
+ 3 + 7 +2 +10
51-43 51-59 51-75 51-9°
i
53-79 53-54 53-28
- 2 - 7
53-03 52.78
+ 1 - 6
-4
" 3
-3
- 5
0 - 7 + 2 - 3
+ IO
1
-4
-
-4
- 4
48.26
-2
-
48.15 48.05
-I + 1
- 7 - 6
47-95 47-86
+3
47.78 47.70
+3
-I-
I
+3
4-
4
+3
4- 6
+2
+
+ 1
4- 6 + 4 0
52.06 52.22 52.38 52.54 52.70
47-63 47-57 47-51
+2
6
- 4 - 2
52-54 52.30 52.07
+3 + 2
51-84 51.62
+3 + 5
52.87
47.46
-1
+2 + 6
53-03 53-19 53-35 53-52
47-41 47-37 47-33 47-3o
-2
47.28 47.27 47.26 47.26 47.26
-1
-11
+1
-
+2 +3
- 5 - 1
+4
+ 5
+3 -
i
5i-40 5i-i9 50.98
+ 1 + 7 0 + 5
50.78 50.58 50.39 50.20 50.02
-3
-
i
53-68
-3
- 5
-3
- 8
53-84 54-01 54-17 54-34
49.68 49.82 49.96 50.10 50.24
49-50 49-34 49.19
50.38 50.53
49.04 48.89
8
AR.
S
46.93 47.01 47.09 47-18 47-27
9-58 9.27 8.97 8.66
4-1 + 7 0 4- 6
April
S
0
+ 4
46.45 46-39 46.34 46.28 46.24
25
H
7 6 Draconis
+
- 3 4- 7
46.15 46.11 46.07 46.04
23
1 9 5 5
G r e e n w i c h
Februar
Januar AR.
S t e r n ö r t e r
K u l m i n a t i o n
49.84 49.67
t g 8
+7.528
+7.462
+7-531
+7.464 SI955.0 =
-2 + 3
-2
-10
0
-10
6
-3
- 3
-3 -2
- 7 -10
9
47.27 47.29
+3 + 1
+
47-31 47-34 47-37
-1
+ 11
+2 + 9
54-50 54-67 54-83 55-oo 55-r6
+ 1 4-II
55-33
47-41
+ 2 - 7 +3 - 3 +4 + 2 +3 + 6
-I 8
+10 j sec
8
- 8 2 o 22' 10" 1 +7-53I 20 . +7-534 +82° 2 1 ' 58*96
• l a g der d o p p e l t e n u n l e r e n K u l m i n a t i o n : F e b r . 2.
t g S +7.404 +7.467
9
+ 11
-2
+ 8
-3
+ 5
-4
+
1
Scheinbare Sternörter 1955 Obere
Kulmination Nk)
Tag
AR. 2oh45m
Dekl.
+ 352.81 29.11 61.87 52.52 - 6 +5 54.01 | 47.36 + 1 +8 50.44 38.32 + 6 o 52.99 28.81 61.57 52-43 -4+7 53.81 47.12 + 4 +7 50.43 38.00 + 5- 4 53-17 28.52 61.27 52.33 - 1 + 8 53-62 46.87 -I- 6 +5 50.42 37.68 + 2-7 53-36 28.23 60.97 52.22 + 2 +8 53-42 46.62 + 7 +2 50.42 37-35 - 2 - 8 53-56 27.94 60.67 52.11 + 5 -1-6 53-24 46.36 + 6 - 2 50.43 37-03 53-76 27.66 60.38 5i-99 + 7+4 53-o6 46.10 + 4-5 50.44 36.70 -10 - 6 53-97 27.38 60.09 51-87 + 7 o 52.88 45.84 + 1 -8 50.46 36.38 -12 - 2 54-19 27.10 59.80 5T-74 + 6 -4 52.71 45-57 -4-9 50.49 36.05 -12 + 2 54-41 26.82 59-51 51.60 + 3 -7 52-54 45-30 -8-8 50.52 35-73 -10 + 6 54.64 26.55 - 1 -9 52.38 j 45.02 -11 -5 50.56 35-40 -5+9 54-87 26.28 59-23 5i-46 J 58.95 5 -32 - 5 -9 52.23 I1 44.74 -12 -1 50.61 35-O8 + 1 +10 55-n 26.01 58.67 5I-I7 -9-7 52.08 j 44.46 -11 +3 50.67 34-76 + 6+8 55-36 25-75 - 7 +7 5 1 . 9 4 I 4 4 - 7 55-6° 25-49 s sec 8 tg 8 8 | sec 8 tg S sec 8 tg 8 -86° 17' 20" +15450 1 -15.417 -86° 17' 40" i+15.473 —r5 441 -86° 17' 50" +15-485 -15.452 50 1+15.485 -15.452 60 -15.464 3° +15.461 j -15.429 +15.496
i6h 43" 86° 17'
O.OIjO.OI
-TO
- 6
-II
-2
-
1
-
6
-
-
6
-
- 8
j
8
1
.0 = 16h 43m 42 ?95
8 I95S . 0 = -86° 17' 28
* Tag der doppelten unteren Kulmination: Dez. 2.
'77
Scheinbare Sternörter 1955 Obere Kulmination Greenwich Sg) X Octantis 5"' 2 2 Februar März
Januar AR.
Dekl.
229*
i Glieder
AR.
Dekl.
d Glieder
AR.
in s I "
Dekl.
April | i Glieder
AR.
l8h28" 87° 38' 0. Ol; 00.1 18h 28» 87° 38' OO . ljOO . I l8h s s 23.27 57-50 - 8 -10 32.97 47-93 -15 + 5 47-7i 42.OO -10 + 7 7-05 7.68 23-44 57-16 -14 - 7 33-42 47.67 -8+8 48.31 41-85 - 3+10 56.83 -18 - 3 33-87 47-4i o +10 48.91 4 1 . 7 1 + 6 +10 8.31 23.62 23.82 56.50 -17 +2 34-33 47-15 + 8+9 49-51 41-57 + 13 + 8 8-94 56.16 -13 + 7 34.80 46.90 +15 + 6 50.11 24.02 4 J -43 + 17 + 4 9-57 24.23 55-83 - 5 +10 35-27 46.65 + 19 + 250.72 4 r -3° + 18 0 10.20 24-45 55-50 + 4 +10 35-75 46.40 + 19 - 2 51-33 41.18 + 16 - 4 10.83 46.16 + 16 - 6 5 x -94 24.69' 55-17 +12 +9 36.24 4 I -°5 + 12 - 7 "•45 24-93 54-84 + 18 +5 36.73 45-92 + 10 - 8 52.55 40.94 + 5 - 8 12.07 54-52 +20 +1 37-23 45.68 + 3-8 53- I 7 40.82 - 1 - 8 12.70 25.18 25-44 54- I 9 + 19 -4 37-74 45-45 - 4 - 7 53-79 40.71 - 7 - 6 13-32 -11 - 3 1 3-94 +14 7 38.25 45-22 - 9 - 4 54-41 40.61 25-7i 53-87 25-99 53-55 + 8 -8 38.77 45.00 -12 - 1 55-03 40-51 -13 + 1 14-55 53-23 + 1 -8 39-29 44.78 -13 + 2 55-66 40.42 -13 + 4 15-I7 26.28 52.92 - 6 -6 39.82 44-56 -12 + 5 56.29 40.33 -10 + 7 15-78 26.58 52.60 -10 - 3 40.35 44-35 -9+7 56.91 26.89 40.24 - 6 + 8 16.38 0 40.89 27.20 52.29 -13 44.14 -4+8 57-54 40.16 - 1 + 8 16.99 27-53 51.98 -13 + 4 41.44 43-94 + 2+8 58.17 40.09 + 4 + 7 I 7-59 27.86 51-67 -10 +6 41.99 43-74 + 7+6 58.80 40.02 + 8 + 4 18.19 28.21 51-36 -6 + 8 42-54 43-54 + 10 + 259-43 39-95 + 10 0 18.79 51.06 - 1 +8 43-10 43-36 + 11 - 2 60.07 28.56 39-89 + 10 - 5 19.38 28.92 50.76 + 4 +7 43.66 43-I8 + 9-6 60.70 39-84 + 6 - 8 19.97 29.29 50.47 + 8 I-4 44-23 42.99 + 5-9 6I.34 39-79 + 1 -10 20.55 29.67 + 11 0 44.80 42.82 - 2 -10 61.97 39-74 - 6 -10 21.14 49.88 + 11 -4 45-37 30.06 42.65 - 8 - 9 62.61 39-70 -11 - 7 21.71 30.45 49.60 + 8 -7 45-95 42.48 14-6 63.24 39.66 -15 - 3 22.29 49-31 + 2 -10 46.53 42-31 i -:16 - 1 63.88 39-63 - 1 5 + 2 22.86 30.85 15 + 3 64-51 39.60 -12 + 6 23-43 49-°3 - 5 -10 47.12 42.16 31.26 10 + 7 65-I5 39-58 - 5 + 9 23-99 48.75 -II - 8 47.71 42.00 31.68 48.47 -16 - 4 32.10 65.78 39-57 + 3 +10 24-55 66.42 39-56 + 11 + 9 25.11 32.53 48.20 -17 o 67.05 32.97 47-93 -15 + 5 39-55 +17 + 6 s sec 8 tg 8 8 ! sec 8 tg 8 8 sec 8 «7° 38' 30" +24.302 -24.281 -87° 38' 40" 1+24.331 -24.310 -87° 38' 50" +24-359 40 +24331 -24.310 50 +24.359 -24-339 60 +24.388 »
Dekl.
in s | " 28"» 87° 38'' 0.01 0.01 i 8 h 29"' 8 7 ° 3 8 '
S
*I95S.o = 18h 28m 43 ?96
S
SI955.„ = -87° 38' 58*72
39-55 39-55 39-55 39-56 39-57 39-59 39.61
39-64 39-67 39-7° 39-74 39-79 39- 8 4 39-89 39-95 40.01 40.08
4°- I 5
40.23
40.31 40.39 40.48 40.58 40.67 40.78 40.89 41.00 41.11 41.24 41.36 41.49
tg 8 -24-339
-24.368
i Glieder
Scheinbare Sternörter 1955
230* O
b
e
r
e
K
u
l
m
i
n
$ 8 )
l 8
h
2 Q
Dekl.
m
X
t
i
o
n
G
O c t a n t i s
r
e
in | '
s 8 7 °
AR.
([ Glieder
3 8
i 8
O . O I j O . O I
8 7 °
n
w
i
c
h
A u g u s t
J u l i
Dekl.
2 9 ™
h
e
5 ^ 2 2
Juni
M a i
AR.
a
Glieder
3 8 '
| 0 . 0 I I 0 . 0 I
AR.
1 8 ^
Dekl.
2 9
8 7 °
m
S
AR.
{ Glieder in ["
s
3 8 '
i 8
0 . 0 I | 0 . 0 I
Dekl.
2 9 ™
h
8 7 °
3 9 '
s
*
I
2 5 . I I
4 1 . 4 9
+ 1 7
3 9 - 5 9
,
4 7 - 4
-
6
4 6 . 8 7
j
5 5 - 9 3
-
9
+
6
4 5 - 3 7
4 . 8 5
2
2 5 . 6 6
4 1 . 6 2
+ 1 1
3 9 - 9 5
i
4 7 . 6 5
-10
-
3
4 6 . 9 6
|
5 6 . 2 2
-
6
+
7
4 5 . 1 8
5 - 1 2
3
2 6 . 2 1
4 1 . 7 6
4
4 0 . 3 0
i
4 7 . 9 0
-Ii
+
1
4 7 - 0 5
j ,
5 6 - 5 2
-
1
+
8
4 4 - 9 7
5 - 3 8
2 6 . 7 5
4 1 . 9 0
-
3
4 0 . 6 4
|
4 8 . 1 5
-Ii
+
4
4 7 . 1 2
i
5 6 . 8 1
+
3 + 7
4 4 . 7 6
5 - 6 4
5
27.29
4 2 . 0 5
-
8
4 0 . 9 8
47.18
|
57.XI
+
7 + 5
4 4 - 5 4
5 - 9 0
6
2 7 . 8 2
4 2 . 2 0
-11
-
1
4
I
- 3
7
2 8 . 3 5
4 2 . 3 6
-12
+
2
4
j
- 6 3
8
2 8 . 8 7
4 2 . 5 2
-11
+
5
4 1 . 9 4
4
9
.
1
7
1
+
4
2 9 . 3 8
4 2 . 6 8
-
9
+
7
4 2 . 2 5
4
9
.
4
3
1
+
7
1 0
2 9 . 8 9
4 2 . 8 5
-
5
+
8
4 2 . 5 5
49.70
1 1
3 O . 4 O
4 3 . 0 2
1 2
3 O . 9 O
4 3 . 2 0
+
! 3
3 I - 4 0
4 3 - 3 7
1 4
3 1 . 8 8
1 5
4
9
+
-
1
5
-
4 8 . 4 0
9
+
6
j
+
8
.
6
6
j
-
5
+
8
4 7 - 2 4
I
5 7 - 4 0
i +
9 +
2
4 4 - 3
1
6 . 1 6
8
4 7 . 2 8
|
5 7 . 7 0
1 +10
-
2
4 4 . 0 8
6 . 4 1
+
7
4 7 - 3 2
;
5 7 - 9 9
i + 8 - 6
4 3 - 8 3
6.66
+
4
4 7 . 3 5
3 - 8
4 3 - 5 7
6 . 9 1
-10
4 3 - 3 1
7 - i 5
j - 1+
48.91
1 +
9
o
+
5 8 . 2 9
4 7 - 3 7
i
-
5 8 - 5 8
3
-10
-
9
-16
-
7
7
4 2 . 8 4
4 9 - 9 7
+
9 - 3
4 7 - 3 7
5 + 6
4 3 - ! 2
5 0 . 2 3
+
6 - 7
4 7 - 3 7
5 9 - 1 7
+
8 + 3
4 3 - 3 9
5 0 . 5 1
o
-10
4 7 - 3 6
5 9 - 4 7
4 3 - 5 6
+
9 - 1
4 3 - 6 5
5 0 . 7 8
-
7
-10
4 7 - 3 4
3 2 . 3 7
4 3 - 7 4
+
8 - 5
4 3 - 9 0
5 1 - 0 5
-13
-
8
4 7 - 3 1
1 6
3 2 . 8 4
4 3 - 9 3
+
4 - 8
4 4 - 1 5
5
-18
-
5
4 7 . 2 7
6 0 . 3 4
1 7
3 3 - 3 1
4 4 . 1 2
-
2
-10
4 4 - 3 9
5 1 . 6 1
-19
o
4 7 - 2 2
6 0 . 6 4
1 8
3 3 - 7 8
4 4 - 3 2
-
9
-10
4 4 . 6 2
5 1 . 8 8
-16
+
4
4 7 . 1 7
|
6 0 . 9 3
+11
3 4 - 2 4
4 4 - 5 2
-15
-
7
4 4 . 8 4
5 2 . 1 7
-10
+
8
4 7 . 1 0
!
6 1 . 2 2
+17
3 4 - 6 9
4 4 . 7 2
-18
-
3
+10
4 7 . 0 2
j
6 1 . 5 1
+
2 0
0
4
I
I
- 3 3
-
4 5 - 0 5
+
2 1
3 5 - 1 4
4 4 - 9 3
-17
+
2
4 5 - 2 5
3 5 - 5 8
4 5 - 1 4
-13
+
7
4 5 - 4 4
5 2 . 7 3 5 3 - 0 2
2 3
3 6 . 0 1
4 5 - 3 6
-
+10
4 5 - 6 3
5 3 - 3 1
2 4
3 6 . 4 3
4 5 - 5 7
+
+10
4 5 . 8 0
2 5
3 6 . 8 5
4 5 - 7 9
+
13
+
8
19
+
5
2 6
3 7 . 2 6
4 6 . 0 2
+
2 7
3 7 . 6 7
4 6 . 2 4
+ 2 1
2 8
3 8 . 0 7
4 6 . 4 7
+19
2 9
3 8 . 4 6
4 6 . 7 0
+
3 0
3 8 . 8 4
4 6 . 9 3
15
3 9 - 2 2
4 7 - 1 7
3 2
3 9 - 5 9
4 7 - 4
s - 8 7 °
3 8 '
4 0 " 5 °
+
2
+20
-
2
+17
-
6
4 6 . 1 3
5 4 - 1 7
+ 11 - 8
5 4 - 4 6
+
-
4
4 6 . 4 1
5 4 - 7 5
-
3
-
7
-
7
4 6 . 5 4 / 46.66
5 5 - 0 5 5 5 . 3 4
-
7
-
4
-
e
+20
4 6 . 2 7
1 - 8 5
7
o
8 - 8
-
+
5
+
1
5 3 - 5 9
16
4 5 - 9 7
v 3 1
8 + 9
+
5 3 - 8 8
+
8
t g
+ 2 4 3 5 9
-24-339
1955 °
- 1 0
i 8
h
5 9 - 7 6 6 0 . 0 5
-14
+
6
-
6
+
9
4 2 . 4 7
7 . 8 6
4 2 . 1 7
8 . 0 9
4 1 . 8 7
8 . 3 2
4 1 - 5 6
8 - 5 4
+10
4 1 . 2 4
8 . 7 6
+
8
4 0 . 9 2
8 . 9 8
+
4
4 ° - 5 9
9 . 1 9
19
-
1
4 0 . 2 4
9 . 4 0
9 . 6 0
+
3
+ 9
+
6
3 8 '
5 ° " 6 0
m
4 3 *
18
-
5
3 9 - 9 0
+
13
-
7
3 9 - 5 4
4 6 . 7 3
6 2 . 3 7
+
6 - 8
3 9 . 1 8
4 6 . 6 2
6 2 . 6 5
9 6
0
6 2 . 9 3
-
6 3 . 2 1 6 3 - 4 9
4 6 . 3 6
4 6 . 0 7 4 5 - 9
-
6
7
9 . 8 0 1 0 . 0 0 1 0 . 1 9
3 8 . 8 1
1 0 . 3 8
-
5
-10
-
2
3 8 . 0 5
1 0 . 5 6
-11
+
2
3 7 - 6 7
1 0 . 7 4
-10
+
5
3 7 - 2 7
1 0 . 9 1 1 1 . 0 8
3 8 . 4 4
-
7
+
7
3 6 . 8 7
-
3
+
8
3 6 . 4 6
2 + 8
3 6 . 0 5
1 1 . 4 1
+ 6+6
3 5 . 6 3
1 1 . 5 6
6 4 . 0 4
1
6 4 - 3 1
1 1 . 2 5
4 5 - 7 4 4 5 . 5 6
6 4 . 5 9
4 5 . 3 7
s e e
2 8
+
6 2 . 0 9
6 3 - 7 7
3 /
5 5 - 9 3
- 8 7 °
6 1 . 8 0
4 6 . 2 2
o \
- 1 1
8
- 2 4 . 3 1 0
2 2
4 6 . 8 4
4 - 8
-
4 6 . 8 7
6
c
+
4 6 . 9 3
4 6 . 5 0
5 5 . 6 3
4 6 . 7 7
+ 2 4 - 3 3 1
-19 -18
7 - 3 9 7 - 6 3
5 2 . 4 5
2 2
5
I
j
4 3 - 0 4 4 2 . 7 6
8
j
t g
6 4 . 8 5
- 2 4 - 3 3 9
+ 2 4 . 3 8 8
- 2 4 . 3 6 8
S
I 9 5
8
8
+ 2 4 - 3 5 9
, „
+
- 8 7 °
=
- 8 7 °
3 9 '
3 8 '
s e c 1 0 "
8
t
g
8
+ 2 4 . 4 1 7
- 2 4 . 3 9 6
+ 2 4 . 4 4 6
- 2 4 . 4 2 5
5 8 * 7 2
Scheinbare Sternörter 1955 Obere
Kulmination Sg)
De kl.
AR. l 8 h 29™ s
i Glieder
35-2i
34-78 34-35 33-91
AR.
Dekl.
11.56
+
8 - 7
11.71
+
3 - 9
11.86 12.00 12.13
- 3 -10
-10 - 9 -15 - 6
s
Dekl.
i Glieder
9-55
+15 + 6
18.76 18.26 17.76 17.26 16.76
I3-56 | - 5 + 9 I3-5I i + 3 + 9 13-45 + 11 + 8 13-39 + 16 + 5 13-33 + 18 o
64.60 64.23 63.86 63-50 63-15
9-33 9.11 8.88 8.64 8.41
+ 17. - 4 +12 - 7 + 6 - 8
62.81
8.16 7.92 7.67
-4-6 o
56.50
7-41 7-i5
-11 + 3 - 9+ 6
56.47 56.45
6.89 6.62
- 8 + 7 - 4 + 8
61.20 60.90 60.62 60.34 60.07
-5+8 -1+8 + 3+ 7 + 7+5 + 9+ 2
56.44 56.44 56.45 56.47
59.81
5-52 5-23 4-95 4-65 4-36
+ 9-2
56.54
+ 7-6 + 2-9 - 4 -10 -10 - 9
56.59
-16 -19 -18 -13
- 7 - 3 + 2
56.90 57-oi
+ 6
+
12.84 12.93
+12 + 7 + 16 + 3 +17 - 1 +15 - 5 +10 - 7
16.26 15-77
13-25
15-27
13.09 13.00 12.90
+
3 - 8
13.81
- 3- 7 -8-4
I3-32
-15 + 3 -10 + 7 - 3 + 9 5 + 9
30.24 29.76 29.28
13-03
28.80 28.31 27.82
13.28 13-35
27-33 26.83
13-47 13-53
-11 - 1
26.34 25.84
13-57 13.61
-10 + 5
13.12 13.20
i3-4i
-11 + 2
25-34 24.84 24-33
-7+7 - 2+8 13-65 13-68 ! + 2 + 7 + 7+6 I3-7°
23-83
13-72
13-73 13-73 13-73
+
9 + 3
+10 - 1
+ +
9 - 5 5 - 8
13-73
- 1 -10
i3-7i
-8-9
s
+
31.18
21.29
AR.
9-97 9.76
+
22.81 22.31 21.80
| { Glieder
65-77 65-37 64.98
12.73
23-32
Dekl.
10.37 10.17
31-64
30.71
AR.
66^8 66.17
32.11
32-56
{ Glieder
Dezember
13.71 -8-9 13.69 j -13 - 7 13.67 I - 1 6 - 3 13.64 j -16 + 2 13.60 I -12 + 6
-17 - 1
33-02
November
21.29 20.79 20.28 19.77 19.27
12.26 12.39 12.51 12.62
33-47
x Octantis
»11 h h 87° 39' 0.0l| O.Ol i8 29" 87° 3 9 ' O.Ol O.Ol i 8 28m 87° 3 9 ' 0.01 0.01 18 » 2 8 m 87° 38' 0.0I|0.0I v
35-63
Green wich
Oktober
September
231*
14.78 14.29
12.84 12.36 11.89
I3-I7
- 1 - 7 - 6 - 5
-10 - 2
12.80 12.69 12.58 12.46
-11 + 1
-11 + 4
12.33
62.47 62.14 61.82 61.51
6-35 6.08 5.80
11.42 10.96 10.50 10.04 9-59
12.20
o +
I2.o6
+ 5 + 7
II.91
| 1-8+4
9.14 8.70 8.26 7-83 7.41
n-45 11.28
+
6 - 7
•58.64
+
1 - 9
Ii.11
- 6 -10 -12 - 8 -16 - 5
58.43 58.24 58.05 57.88
4.06 3-76 346 3-i5 2.84
6.99 6.58
10.56
57-71
2-53
II.76 | +10 II.6l
10.93 10.75 10.37
59-55 59-3 1 o 59.08 58.86
-17 - 1 -15 + 4
-15 + 4
57-15
62.53 62.21 61.90 61.58 61.26
+ 4 + 12 + 18 +20 + 18
+ 19 + 2 +19 - 2 +15 - 6 + 9 - 8
57-03 56.92 56.83
60.93 60.60 60.27
+
56.74
56.67
59-94 59.61
+ 13 - 7 + 6-8 - 1 -7 - 6 - 5 - 9 - 1
59.28
-10 + 2
58.95 58.61 58.27 57-94
-9+5 -6 + 7 -2+8 + 2+7
57.60 57.26 56.92 56.58 56.24
+ 6+ 6 + 9+3 f 10 0 + 8-4
55-9° 55.56 55-22 54-87 54-53
- 1 - 8 -14 -18 -20
*57-25 57-38
54-19 53-85 53-51 53-17 52.83
-17 + 5 -10 + 8 -2+9 + 7 + 9 + 15 + 6
57-53 57-68
52.49 52.15
+ 19 + 2 +19, - 3
57-71 57-56
- 9 + 8 0 + 9
57-41
8 + 9
57-27
2 - 8
56.60 56.55
- 8 - 3 -11
- 5 + 9
56.50
56.65 56.72 56.81
57-12
4 + 9
s sec § tgS s s sec 8 j t g S sec 8 tg8 -87° 38' 50" +24359 -24-339 -87° 39' 0" +24.388 -24.368 -87° 39' 10" +24.417 -24.396 60 +24.388 -24.368 20 +24.446 1 -24.425 10 +24.417 -24.396 '-I9S5-0
= 18'1 28 m 43 ^96
§1 9 5 5 . 0 = "87° 38' 58*72
• Tag der doppelten unteren Kulmination: Dez. 29
+ + + -
9 7 4 1 5
+ 5-7 - 9 -10 - 8 - 5 0
Scheinbare Sternörter 1955
232*
Obere
K u l m i n a t i o n Sh)
Tag
Januar AR.
Dekl.
20 h 20 m 89° 7 ' s 1 26.90 29.31 29.OI 2 26.55 26.20 28.73 3 28.48 25-85 4 28.25 25-50 5 6 7 8 9 10 11 12 !3 14 15 16 !7 18 19 20 21 22
i Glieder
24.78
- 1 2 +10
27-73 27.61 27-5i
24-43 24.07 23.70
+10
27.44 27.40 27-39 27.40 27.44
23-34 22.98 22.61 22.25 21.88
27.50 27-59 27.70 27.84 28.01
21.52 21.15 20.78 20.42 20.05
-30 - 3 -36 0 -36+ 3 -30+ 5
42.71 43-57 44-44 45-34
19.68
-19 + 7
46.26
I9-3I
-5+7
47-r9 48.15 49.12 50.12
8.67 8-35 8.02 7.70 7.38
5i-i3 52.16 53-2i 54.28
7.07 6-75 6.44 6.14
-31 + 7
72.22 73-53 74.86 76.19 77-54
61.93 61.68 6I.43 61.19 60.95
78.91 80.28 81.66 83.06 84.46
60.72 60.49 60.26 60.04 59.82
85.88 87.30 88.73 90.18 91.63
59.61 59-40 59-19 58-99 58.79
93.08 94-55
10.34 10.00 9.67 9-33 9.00
16.01 15-65
-43 + 1
60
-34 + 4
41.88
-40 - 4
6 ' 50"
63-25 62.98 62.71 62.45 62.19
-17 - 6
3x-54
§
-35 - 1 -37 + 2
65.87 67.II 68.37 69.64 70.92
+17 - 7 - 1 - 7
+32 - 5
-89'
63-43 64.64
64.65 64.36 64.08 63.80 63-52
+ 38 +
11
+ 6
+24 + 3 + 32 -
1
+24 - 8
+ 9 -10 -10
-10
-28 - 8
-12 - 6 -26 - 4
-25 + 6 -12 + 7
+ 5+6 + 19 + 4 +30+ 1
+34 - 3 +29 - 7 + 16 - 9 -
sec §
tg S -64.655
+64.866
-64.858
«1955.o =
-89°
1
-10
-19 - 9
-34 - 5 -41 - 1 -38 + 4
!
+64.662
7
+47 + 3 +47 - 1 +38 - 5 +23 - 7
59-87 61.04 62.23
8 see & 7' 0" •^64.866 10
20h 2 i m 22 s 37
AR.
Dekl.
in s I»
20 h 20 m 89° 6 ' s 66.14 -43 + 1 54.28 65-83 -36 + 6 55-36 65-53 -20 + 9 56.46 0 +10 57-58 65-23 + 21 + 9 58.72 64.94
+ 6-7
+34 - 5
([ Glieder
20 h 2 I m 89° 6 ' s -38 + 4 34-55 58.41 -25 + 8 36.02 58.23 - 6 + 1 0 37-51 58.05 + 14 +10 39.00 57.88 +32 + 8 40.49 57-71
O.OI[O.OI
12.07 11.72 n-37 11.02 10.68
+50+ 1 +46 - 3
Dekl.
AR.
April
in s I »
38.02 38.75 39-50 40.27 41.06
+ 31 + 9 +45 + 6
13-84 I3-48
J Glieder
13-13 12.77 12.42
+11
17.84 17-47 17.11 16.74 16.38
32.01
März
34-73 35-35 35-98 36.64 37-32
26 * 2 9 - 5 5 27 29.90 28 30.27 29 30.67 30 31.09 31 32
Dekl.
25-I4
+
25
AH.
in s I " o.oijo.oi 20 h 20 m 8 9 7 7 ' s 0 -II 32.01 15-65 -19 -10 32-5I 15-29 "35 - 7 33-03 14.92 -44 - 2 33-57 M-56 14.20 -43 + 3 34-14
18.94 18.58 18.21
23 24
5™48
Februar
28.05 27.88
28.20 28.42 28.66 28.93 29.23
a Octantis
G r e e n w i c h
O.OI[O.OI
+47 + 2 +44 - 2 +33 - 5
0 -37 -37+ 3
54-24 55-79
56.78 56.64 56.51 56.38 56.26
-37 -1- 2 -33 + 5
-32 - 3
49.61 5i-i5 52.69
-30+ 5
57-34 58.90 60.46 62.02
+27 - 6 11
- 7
- 6 - 7 -21 - 5
63.58 65-15 66.72 68.29 69.85 71.42
55-62 55-53 55-45 55-37 55-30
- 1 2 +10
72.99 74.56 76.12 77.69 79-25
55-23 55-17 55-n 55-o6 55-oi
58.60
+ 9
80.82
+ 28+9
54-97
58.41
-18 + 7
-4+7 + 12 + 5 +25 + 2 +32 - 2 +31 - 6 +22 - 9 + 6 -10 -13 - 9 -29 - 7 -38 - 3 -39 + 3 -29 + 7
+11
s 7 ' 20"
+65.070 j -65.063 SI955.0 =
+42 + 6
+ 18 - 7
+
-89 0
+ 28 + 9
57-54 57-38 57.22 57-07 56.92
+40 - 4
tg S
in s | " o.oijo.oi
42.00 43-5i 45-03 46.55 48.08
+43 + 4 0
+46
56.14 56.03 55-92 55-82 55-72
-64.858
i Glieder
30
sec §
tg S
+65.276
-65.269
+65.483
-65.476
-8g° 7 ' 21 " 7 3
* Tag der doppelten unteren K u l m i n a t i o n : Jan. 26.
+
1
- 7
-16 - 5 -28 - 3 -36 -
1
-25 + 6 -12 + 7
+ 5 + 6 + 18 + 3 +28
0
+ 30 - 4 +25 - 8 +
11
- 7
-10 -11
-24 - 9
-37 - 5 0
-41
-35 + 5 -19 + 9 + 2
+11
+23 +10 +40 + 8
+49 + 4 +48
0
Scheinbare Sternörter 1955 Obere
Kulmination Sh)
Tag
Mai AR.
Dekl.
{
AR.
Glieder in s 1 » O.OI|O.OI
20
H
20.82 22.38 23-94 25-50 27.06
54-97 54-93 54-9° 54-87 54-85
+48
6 7 8 9 10
28.61 30.16 3 !-7! 33-25 34-79
54-83 54.82 54-Si 54.81 54-81
-23
-
4
-32
-
1
-35 +
1
-34 +
4
17.11
-26 +
6
11
36.32 37-85 39-37 40.88 42-39
54-Si 54.82 54-84 54.86 54.89
-15 +
7
20
43-89 45-38 46.87 48.35 49.82
54-92 54-96 55-oo 55-05 55-io
21 22 23 24 25
51.28 52-74 54- r 9 55-62 57-05
55-16 55-22 55-29 55-36 55-44
26 27 28 29
55-52 55-6I 55-70 55-8O 55-90
+34 +
9
+48 +
6
+ 52 +
2
+47
-
3
30
58-47 59.88 61.28 62.66 64.04
+ 33
"
5
31 32
65.40 66-75
56.00
+ 16
-
6
2 -
6
1 4
15 16 17 18
56.11
S 89°
6'
50" 60
0
+40 +25 +
-
4
-
6
7 - 7
- 9 - 6
- 1 + 6 + 13 +
4
+24 +
1
-
3
+ 26 -
7
+29
+ 15 -
-10
1
- 1 1
-20
-10
-35
-
-43
7
"
3
-42 +
3
-30 +
8
9
+10
+ 14
+ 1 1
-
-
O.OllO.OI
-
56.23 56.35 56.47 56.60
-17
-
-28
T
18.34
56.73 56.87 57-01 57-I6 57-31
19.56 20.76 21-95 23.12 24.28
57-47 57-63 57-79 5796 58.13
25.42 26.54 27.65 28.74 29.81
58.31 58.49 58.67 58.86 59-05
-31
-
9
-43
-
5
-46
0
-39 +
5
-22 +
9
30.86 31.90 32.92 33-92 34-90
59-25 59-45 59-65 59-86 60.07
+
35-86 36.80 37-73 38.63 39-51
60.28 60.50 60.72 60.95 61.18
4°-37
61.41
sec 8
tg s -64.655
+64.866
-64.858
i955 °
in s I "
56.11
+64.662
a
c Glieder
6-75 8.09 9.41 10.73 12.03 3-3 2 14.60 15.86
=
20H 2 1
2 -
-
2 1
-32 +
3
-27 +
5
-18 +
7
- 5 + 7 +
9 + 5
+20 + +27
-
1
-
5
+20
-
+
6
9 - 1 1
- 1 3
- 1 1
1
+10
+23
+10
AR.
Dekl.
i
20 h 23 m R 9 7 7 '
44-37 45-io 45.82 46.51 47.18
2.62 2.87 3.12 3-37 3-63
47-83 48.45 49-05 49.63 50.19
3-89 4.16 4.42 4.69 4.96
+ 12
50.72 51-23 5i-7i 52.17 52.61
5-23 5-51 5-78 6.06 6-34
53-02 53-4i 53-77
6.62 6.90 7.19 7-47 7.76
+51 +
3
+50
-
1
54-43
+40
-
4
+24
-
6
54-72 54-98 55-22 / 55 -44 \ 5S.63 55.80
8.05 8-34 8.64 8-93
55-94 56.05
9.81 10.10
6 - 6
- 1 1
-
5
-24
-
3
0" 10
37
0
in s | " o.orjo.oi
1.41 1.65 1.89 2.13 2-37
7
+
Glieder
40.37 41.21 42.03 42.83 43-61
+41 +
7'
f
3
+ 27
s 22
6 5
-33 +
-31
-89°
m
August
Juli
Dekl.
23 m 89° 6'
2 3 4 5
12 13
5^48
Juni
20 h 22 m 89° 6' 1
a Octantis
233*
Greenwich
5 4 - N
0-
-32 +
3
-28 +
5
-19 +
7
+
+65.070
-65.063
+20
-
8
55-78 55-6I 55-41 55-19 54-95
I3.05 I 3-35 13.64 I 3-93 14.22
-44
+
1
-37
+
5
-21
+
8
54.68 54-38 54-06 53-71 53-34
!4-52 14.81 15.10 15-39 15-67
+ 38 +
6
+46
+
2
+44
"
2
+34
-
5
+ 19
-
7
52-94 52-52 52.08 51.61 51.12
15.96 16.24 16.52 16.80 17.08
+
50.60 50.06 - 1 49-49 + 2\ + 5/ 48.90 + 6 48.29
17-35 17-63 17.90 18.17 18.43
47-65 46.99
18.70 18.96
-10 - 1 1
-10
-38
-
7
-46
-
2
- 4 4 +
3
-31 +
7
-12 +
9
+10
+ 31 +
8
+45 +
4
+49 +
1
+44
-
3
+ 30 -
6
-
7
-29
-22
tg s
II.58 II.87 12.17 12.46 12.76
-22
9-51
-64.858
56.24 56.20 56.13 56.04 55-92
4
4
- 3 0
sec 8
2
7
- 3 2
-
6
-
4
+
- 1 1
+
7
3 + 7
8
=
-89°
7'
10" 20
-89°
7'
2
5
-
-19
7 5
-
1
- 4
3- +
+28
3
+ 13
+
+ 16 +
11.28
+ 30 -
1 1
IO.4O IO.69 IO.99
10.10
-
+27 +
+
56.05 56.14 56.20 56.24 56.25
in s O.OI'O.OI
+
6 + 6
-
20 h 23 m 8 9 V
Glieder
i
+26
+18 +
+25
Dekl.
+ 31
- 7 + 7
9.22
+64.866
81 9 5 5 0
-31
AR.
21
"73
sec 8
tg 8
+65.070
-65.063
+65.276
-65.269
+
4
-10
-14
-10
-31
-
8
-42
-
4
0 + + 21
+
9 8
2 - 7
-14
-
-27
-
2
-33
+
1
-32
+
4
-27
+
6
-16
+
7
- 3
5
+
7
1 1
+
6
+23
+
3
+
+ 30 + 31
0 -
4
Scheinbare Sternörter 1955
234*
O b e r e
K u l m i n a t i o n
G r e e n w i c h
Sh) CT Octantis September AR.
Dekl.
20 h 2 3 m » 9 ° 7 ' s
I
2 3 4 5 6 7
8 9
10 11
12 13 14 15 16
46.99
46.30 45-59
44.86 44.10
19-73
43-33 42-53
20.22
41.71 40.87 40.00 39.12 38.21 37-29 36.34 35-3»
18
34-39 33-38 32-36
20
3I-3I 30.25
17
21 22 23
24
25
26 27 28 29 3° 3i 32
18.96 19.22 19.47
29.18 28.08 26.97 25.84 24.70 23-54
22.37 21.18 19.98 18.76 17-53
19.98
AR.
{ Glieder
s I" h m o.oijo. 01 20 22 s +31 - 4 77-53 +25 - 7 76.29 + 12 -10 7 5 - 0 4 - 5 - [O 7 3 - 7 7 -23- 9
72.49
-36 - 5 -42 - 1 -38 + 4 -25 + 7 - 7 + 9
71.20 69.90 68.59 67.27
21.41 21.64 21.86 22.08 22.29
+14 + 9 +32 + 7 442 4- 3 +44 - 1
64.60 63.26 61.91
22.50 22.71 22.91 23.11
+24 - 6 + 6 - 7 -10 - 6
23-30
-31
23-49
20.47 20.71 20.95 21.18
23.67 23.85
24.02 24.19 24-35 24-51
24.67 24.82 24.96 25.10
November
Oktober |
Dekl.
_
89° 7 '
| J Glieder
I
s [ » 0.01 0.01
20
b
21""
s
25.10
+ I -10
25-23
-16 - 9
25-36
-31 - 7 -40 - 3
25.48 25.60
Dekl.
AR.
-39 + 2
95-49
94.10 92.72 9T-34
89.96
d Glieder
26.46 26.40 26.34 26.27 26.19
-42
60.55 59.18 57-81
26.49
56.43 55-05 53-66
52.27
26.53 26.57 26.60 26.63
-18 - 4 -29 - 2
-34 + 2 - 3 0 4- 5 - 2 2 4- 7 - 9 + 7 + 4 + 7
50.88 49.48 48.08 46.68 45.28
26.65 26.66 26.67 26.67 26.67
+ 17 + 5 +27 4- 1 + 31 " 2
26.66 26.64 26.62
+ 17 - 9
43.88 42.48 41.08 39.68 38.28
4- 1 - [O
36.88
-23
- 4 - 1
4-28 - 6
35-49
89°
S 7'
-15 + 7 -24-7 +11 + 5 + 2 2 4- 2 +28 - 1 +29 - 5 +21 - 8
26.59 26.55
+ 7 -10 -10 -10 -27 - 8
26.51 26.46
-38 - 5 -42 0
sec 8
10" +65.070 20 4-65.276
«I9SS.0 =
-33 + 1 -32 + 4 - 2 6 4- 6
20 h 2 I m 2 2 ? 37
52-71 5I-76
7 3 1 5 6
50.84 49-94
° 25-23 I -3i 25.09 | - 3 2 + 3
46.55 4576
19.29 19.01 18.72
44-99
18.43
2 4 - 9 5 ! -27 + 5
44.24
18.13
43-51
17-83
24.80 - 1 8 + 7 24.64 ¡-6+7 24.48 I + 6 4 - 6
7i-56
42.81
17.22 16.91 16.60 16.28 15.96
24-31
; +17 + 4
41.48
69.10 67.89 66.70
2 4 . 1 4 : +25 4- 1 23.96 ! +28 - 3
40.85 40.25
+ 23 - 7 4-12 - 1 0 23-59 23-39 j - 5 -11
39-67 39-n 38.58
-22 - 1 0 -37 - 7 -44 - 2
38.07
58.79
23.19 22.99 22.78 22.56 22.34
57-73
22.11
- 9 +10
23-78
65-52
64.36 63.21 62.08 60.96 59-87
-89°
-42 + 3 -29 + 7
sec 8 8 7' 2 0 " +65.276 3°
4-65.483
8,955.0 =
tg 8 -65.269 -65.476
-«9° 7
21773
17-53
42.13
70.32
tg S -65.063 -65.269
+ 39+ +47 + 4-46 +36 4-21 -
53-67
19-57
80.53 79.21 77.91 76.61 74.06 72.80
54.66
47-36
+41 - 3 429 - 6
25.72
75-33
55-66
+ 2 +10 +23 + 9
22.11 21.88 21.64 21.40 21.15
48.20
81.85
+ 13 - 7 - 4 - 6
56.69
25-49 I -13 - 5 25-36 1 - 2 5 - 3
4 45 + 1
+37 - 4
57-73
25.61 1 + 3 - 6
26.17 26.25 26.32 26.38 26.44
65-94
2 I m 89° 7 '
49.06
25-93 25-83
+41 + 5
85.87 84.52 83.18
26.00 26.09
87-23
o
-35 + 5 -19 + 8
h
20.90 20.64 20.38 20.11 19.84
26.11 26.02
+ 9 +10 4-28 + 8
25-91
Dekl.
o.oilo.oi 20
88.59
25.81
in s I»
89° 7 '
-29 4- 6 -12 + 9
25-7i
Dezember
37-59 37-I4 36.71 36.31 35-93 35-58
15-64 15-32
14.99 14.66 14-32 I
3-99 13-65
i3-3i
12.97
i Glieder
Scheinbare Sternörter 1955 O b e r e
K u l m i n a t i o n Si)
Dekl.
AR.
22h 4 1 " 8i° 37' 32^86 32.75 32.64
v
17.87 17-65 17.42
G r e e n w i c h
ß Octantis
4™34 März
Februar
Januar i Glieder
i Glieder
AR.
0.0l|0.0I 2 2 h 4 I m s + 2 - 9 30.39
68.95
-I
-11
30.35
68.60
-3
-10
30.31
68.25
- 5 - 7
30.27
-5
- 3
235*
AR.
Deltl.
in s | » h m 8i° 36' O.OI|O.OI 2 2 4 I s 29.99 58^65 - 5 - 4 0 30.01 -5 58.27
April { Glieder
AR.
in s 1" h O.Ol: 0.01 2 2
Dekl.
C Glieder
8i° 36'
in s 0.01 o.or
s 3I.6l
47.16
+2
+ 11
3!-7o
46.81
+4
+ 10
31-78
46.47
+5
+ 7
46.13
+5
+2 +10
31-87 31.96
45-79
+5
+ 4 0
-5 - 1 -4+4 -2 + 8
67.90
-4 + 5 -2 + 9
*3°-°3 30.06
30.23
67-55
+ 1 +11
30.09
57-5i 57-12
67.20
+ 3 + TO
30.12
56.74
+4 + 9
32.06
45-46
66.85
30.15 30.18
56.36
32.15
45-!2
+3 +1
- 4 - 6
32.25
44-79
-1
+5 + 1
30.21
55.98 55-6O
+ 5 '+ 6 +5 + 2 + 4 - 2
32.35
44-47 44.14
-3
- 7 - 6
-4
- 5 - 3 0
57-89
0 +10
32.54
17.19
32.43
16.96
32.33 32.23 32.13
16.71
-5 + 2
3O.I9
16.47
- 3 .+ 7
16.22
- 1 +10
32.04
15.96
+2 + 1 1
31-94
I5-70
+4 +10
3°- 5 66.49 30.12 30.09 66.13 30.06 I 65-77
+5 + 8 +5 + 6 +4 - 3
30-25
55-22
+2 - 5
32-45
31-85 3I-76
15-43
30.03 I 65.40
32-55
43.82
-4
I 65.04
- 2 - 7
14.89
+ 5
o
29.99
64.67
- 2 - 7
43-50 43-I8
14.61
+3 - 4
29.97
64.30
-4 - 5
32.86
42.87
3i-5o
14-33
+ 1 - 6
29.96
63-93
-5
- 3
30.47
53-33
- 4 - 4 - 5 - 2
-4 -2
+ 2
31-59
30.37 30.42
32.65 32.76
-5
31-67
54-84 54-46 54.08
0 - 6
30.01
+2 - 5 0 - 7
30.29
15.16
+5 + 7 +6 + 3
32.97
42.56
0
+ 5
3M2 3I-34 31.26
14.04
- 1 - 7
29.94
63.56
-5
- 1
30-52
33-o8
42.26
+2
+ 5
-3
63.19
-4 + 2
30.57
-3 + 3
33-19
- 4 - 4
29.93 ! 62.82
3063 30.68
33-31
4 -95 41.66
+3
13-45
52-95 52.58 52.21
-4 + 1
T3-75
+ 3 0
-
C)
I
29-93
i
30.33
53.71
-3 - 6
I
+ 4
2
29.92
j 62.44
-2 + 5 0 + 6
51-84
-1 + 5 +1 + 6
- 4
12.85
-4 + I
29.92
| 62.07
+2 + 6
30.74
5i-47
+3 + 5
33-54
4I-36 41.07
+4
31.11
+3
- 7
3I,04
12.54 12.23
-3 + 3
29.92 | 61.69
+3 + 4
30.80
51.10
+4+2
33-66
40.78
+1
-10
30.97
-2 + 5
29.92
30.86
3378
40.50
-1
-10
11.92
0 + 6
40.21
-3
- 8
11.60
+2+5
+3 - 6
30-99
+4 - 5 + 2 - 8
33-90
30.84
50.73 50.36 50.00
+5 - 1
30.90
+4 + 1 + 4 - 2
34-03
-5
30.78
11.28
+4 + 3
+ 2 - 9
31-07
49.64
0 -10
34-15
39-94 39.66
- 5 0
30.72
10.96
-I
- 2 - 9
34.28
10.63
48.92
34-40
-4 -2
30.60
10.30
-4 - 5
31.29
38.86
+1
30-54
-5 - 1
31-37
38.60
+3
+ 11
3°-49
9-97 9-63
48.57 48.21
- 4 - 7 - 5 - 2
39-39 39.12
+3 - 7
-3 - 8
3I]C4 31.21
49.28
30.66
+ 4 - 4
3 -44
47.86
-3 + 7
34-79
38.34
+5
+ 9
3°-44
9.29
- 1 +10
34-92
38.09
+6
+ 6
30.39
8-95
3 -53 31.61
47-51 47.16
+2 + 1 1
I
3-I5
- 5
+,|
-
o
+ 1 -10 -2
: 61.31
29.93 j 60.93
29-95 29.96 29.98 29.99
59-79 59-41 59-°3 58.65
-10
-TO
30.93
I
-4 - 8 -5 - 4
I
8
sec 8
tg 8
sec 8
tg 8
-81 0 36' 30"
46.852
-6.779
+6.857
-6.783
+6.854
-6.781
+6.859
-6.786
40
«•1955.0
,11 4 1 m 35 22»
60
8i9ss.0 =
-4+2
- 8 1 ° 37' 10" 20 - 8 1 ° 37' 6''50
Tag der doppelten unteren K u l m i n a t i o n : März 3.
33-42
34-53 34.66
sec 8
tg 8
+6.861
-6.788
+6.863
-6.790
+4
-5
+ 5 + 9 + 11
Scheinbare Sternörter 1955
236*
O b e r e
K u l m i n a t i o n Si)
22h
4I
Dekl.
m
8i°
36
AR.
i Glieder
Dekl.
22h4I
O.Ol| O.Ol
s
m
4™ 34
39.48;
+5 + 2
39-63
34-92
38.09
35-05
37-84
+ 4 - 2
4
35-19 35-32
37.60
37-36
+2
5
35-46
37-13
6
35-6O
36.90
- 2 - 6
7
35-73
36.68
-3
-
5
8
35-87
36.46
-4
-
9
36.02
36.24
-5
-
10
36.16
36.03
-4
11
36.30
35-82
-3
12
36.44
35-62
-1 + 5
J
3
36.59
+ 1 +
I
4
36.73
35-42 35-22
+3
15
36.88
35-03
+4
16
37-03
17
37-17
18
j
m
8i°
s 0.0 jo.oi
36'
32.06
"4
-
4
47-88
36.41
44-23
32.13
-4
-
2
47.98
36.62
32-4i
-3 -4 -4 -4 -3
+ +
44-37
32.20
-4
+
I
48.07
36.84
44-51
32.27
-3
+
3
48.16
37.06
44-65
32.36
-2 +
5
48.25
37-28
44-79
32-44
32.17 32.10
3
40.57
32.04
1
40.73
31.98
+
2
40.89
31.92
+
4
4I.05 41.20
3I-87 31-83
5
4I.36
31.80
+
4
4I-5I
31-77
+
1
41.67
3T-74
34-85
+4 - 2
41.82
+ 3 - 6
41.98
37-32
34-67 34-50
+2
-10
37-48
34-33
-1
-11
20
37-63
34-17
21
37-78
22
37-93
23
38.09
24
25
0 +
6
48.33
37-51
6
48.42
37-74
+
4
48.50
37-97
+
1
48.58
38.21
-
3
48.66
38.45
+ 3
-
6
48.73
38.70
+ 1
-10
48.80
38.95
33-I9
-1
-11
48.87
39.20
45-87
33-31
-3
-10
48.94
39-45
-1
45-99
33-45
"5
-
8
49.00
39-71
-2
-1
46.12
33-58
—5
-
3
49.06
39-97
-4
-
46.24
33-72
-5
+
2
49.12
40.23
3I-7°
-5
-
-3
+
6
49.18
40.49
31.69
—5
0 +
9
49-23
40.76
+2
+ 10
49.28
4I-°3
49-33 49-38
44-93
32.53
+2
+
45-07
32.63
+3
o +
45.20
+4
+2 +
32.73
45-34
32.84
+4
+ 3
+
45-47
32.95
+ 4
-
45-6I
33-07
+4
-
45-74
+2
-
o
31-72
v-n
42.13 42.29
-3
42.44
31.69
-4
+
34-01 33-86
- 4 - 7
42.59
3i-7o
-2
+
- 5 - 2
42.74
3i-7i
+ 1 +1
33-71 33-56
-5
+
3
42.89
31-73
+4
+1
46.95
38.24
-3
+
8
3i-75
+ 5
+
38.39
33-42
o +11
43-°4 43-19
3I-78
+6 +
26
38.55
43-34
31.81
27
33-29 33-I6
+2 4 1 2
38.70
+11
43-49
31-85
+4
28
38.85
33-04
+5 + 8
43-64
31.90
+2
29
39.01
32.92
+6+4
43-79
3i-95
30
39.16
32.81
+5
43-94
32.00
3i
39-32
32.70
+ 3
44.08
32.06
32
39-48
32.60
+1 sec 30" 40
aiü55.o =
22
36
44.08
40.42
8
8i°
-
40.26
36'
m
-
32.25
81°
4 I
-1
40.10
o
22h
Dekl.
+1
I 32-33
+4
AR.
32.60 j
0 - 6
4I
' Glieder
32.50
39-94
5
22h
Dekl.
s
39-79
-
AR.
(£ G l i e d e r
I
+6 + 6
I
August
Juli
j 8l° 36'
s
2
3
ß Octantis
Juni
Mai AR.
G r e e n w i c h
8
-2
0 - 6 -2
-
33-87 34.02
46.60
34-18
46.72
34-34
+4
+
9
46.83
34-51 34-68
+ 5 +
7
+ 5 +
3
49.42
4I-85
47.06
34-85
+4
-
1
49.46
42.13
47-17
35-°3
+ 2 -
4
49-50
42.41
47.28
35-21
0
-
6
49-53
42.69
47-38
35-40
-2
-
6
49-56
42.98
-6.779
+6.854
-6.781
4i-3o 41-58
47-49
35-59
-3
-
5
49-59
43.26
47-59
35-79
-4
-
2
49.62
43-55
47.69
35-99
-4
0
49.64
43-84
47-79
36.20
-4
+
3
49.67
44-13
47.88
36.41
-3
+
5
49.68
44.42
s
t g 8
+6.852
4 1 m 35 s .°9
5
46.36 46.48
+
-8i°
sec
36'
I
8
tg
S
40"
+6.854
-6.781
5o
+6.857
-6.783
955-°
=
-8i°
37'
6"5O
Scheinbare Sternörter 1955 Obere
Kulmination Si)
AR.
Dekl.
' Glieder
22h 41"
81° 36'
O.Ol1 O. Ol
AR.
|
44.42
+ .3 + 4 + 4 + i\ + 4 - 31 +3 - 6
4471 45-00
( 49-70 V 49-7' 4972
45-29
49-73
45-59
!
49-74
45-89
:
+
-
1
9 10
- I
46.18 : —3 - 9 46.48 i ~5 - 6 46.78 : -5 - 1 47.08 ; -4 + 3 47-37 | -2 + 7
49-74 49-74 49-74 49-73
49.72
4^34 November
Dekl.
Glieder
2211 4i m ; 81° 36' s
49^68
ß Octantis
Greenwich
Oktober
September
AR.
h 41" O. Oll O.Ol 2 2
»
48.9° 48.83 48.76 48.69 48.61
1
45-53 45-4°
54-52
-5 - 3
45-27
45-66
j !
+3 + I G
I.Ol
+5 + 8
48.37
55-29
:
0 +
9
44.87
+ 2 +10
44-74
1.12 1.23
+5 + 5 +5 + 1 +3 - 3
55-79
+4 + 9
;
44.61
-
5
43-77
-
47-53
!
57-43
-.•> - 3
43-63
49-55
49-74
i
57-65
49-5
50.04
49-35 49-30
5I-48
49-44 49-39
5i-77
49-25
!
49.20
I 52.06
49-I4
i
52.34
49.08 | 52.62 49.02 ! 52.90 48.96 ' 5 3 - i S 48.90
53-45
1
47-83 47-73
6
47-43
6
-
5
47.32 57.86 47.21 ! 58.07
+
6
+3 + 4 +4 + 2
36' 40"
-
1
-4 - 3 -4 - 1
4-2 + 5
+3 + 3
42.49
46.88;
46.77 46.65
6
+1 + 6
58.67 58.86 59-05
46.53
59-23
+ 4
46.41
59-4
1
+ 4 - 4
46.29
59-58
+ 2 - 8
-
I
4
-
2
46.16
+1
-10
5
59-75
-
46.04
59-9
-2
-10
+ 2
_8
45-92
60.06 60.21
see 8
tgS
+6.854
-6.781
+6.857
-6.783
Ctioee
=
22h
1
-4
s - 8 1 0 36'
50" 60
411
35
. 0 9
40.65 40.51 40.37 4O.24
- 1 - 6
40.10
-
5
-4 - 4
39-97 39-83
- 3 - 4 +
1
39-70
1
39-57
-3 + 3
39-44
-2 +
5
39-31
0 +
6
39.18
+1+ 5
2.04 2.07 2.09 2.11 2.12
+3 + 4
+1
-10
-1
-11
42.21 42.06 41.92 41.78
2.12 2.11 2.10 2.09 2.06
- 4 + 2
41.64
2.03
-2 +
42.35
41-35
+1 - 5 -2
1.81 1.87 1.92 1.96 2.00
43-35
-3 + 4
I
i-74
43-49
-1
+3
+
43-91
46.99
-5
1.60 1.67
44-05
43.06 42.92 42.78 42.64
+
I
44.19
47.10 ; 58.27 58.47
1.42
44-33
43-2i
:
1-33
44-47
- 4 + 2
45-79
-8i°
:
+4
56-52 56.75 + 3 - 4 56.98 ! + 1 - 6
-
-4 0 -4 -4 + 3 -2 + 5 + 6 -T +
c.
47-92
-
2
6I.73
0.89
45-oi
+2
-
61.80
40.79
45-I4
6
+4
50.62 50.91 51.20
4°-93
2
49-45
50.33
+1
+
-3 +
49-I5
49.48
- 1
-4 +
49-5«
0 —2 -3
41.07
-3 + 5
i
49.61
1
41.21
+11
41.49
o
-
- 1 - 6
'
9
62.03 62.00 61.96 61.91 61.86
-5
55-04
47.63 ! 57.21
!
47-97
s
54-78
55-55
+ 4 + 1
+4 - 3 + 3 - 7
-3 - 5 - 7 - 5 - 3
7
39-05 38.93
38.80 38.68
s
see 8
tg
-6.783
+6.859
-6.786 ->1955.0 -
-8i
c
61.66 61.58 61.49 61.40 61.30 61.20 61.09 60.97 60.85 60.72 60.59 60.45 60.30 60.15 59-99 59.83
38.55
59.66
38.43
5948
38.31
59-30
38.19 38.07
59-
37-95
58.72
37-84
58.52
37-73
58.31
37.62
+6.857
Dekl.
22h 4 I m 81° 36' 41.64
48.45
48.28 48.19
AR.
-5 - 5
48.53
2
49-63
47-67
O.Ol! O.Ol
- 2 - 9
-10
o
| 53-72
48.27 48.56 48.86
1
8x° 37' »
- 4 - 7
45-79
48.10 | 56.04 ! + 5 + ¡5 48.01 56.28 + 5 + 3
49.69 49.68 49.66
(£ G l i e d e r
53.99 54.26 :
2 - 8
Dezember
Dekl.
0.21 0.36 0.50 0.63 0.76
+
53-45
0 + 9 +3 + 9 + 8 + 4 +5 + 5 +5 + 1
49-7
237*
1 1
58.92
58.10
8
sec 8
t g 8
37'
+6.859
-6.786
+6.861
-6.788
-81° 37'
6''50
| (T G l i e d e r
Scheinbare Sternörter 1955
238*
Obere
K u l m i n a t i o n Sk)
Januar AR. 2 ßh
I 2 3 4 5 6 7 8 9 10
2 I m 87° 43'
60.02 59.81
-18 +
59-59 59-36 59- I 3
- 8 + 9
1
44.00
5i.i3
-14 + 6
43-74 43-50 43.26
50.79 50-44 50.09
43-03
49-73
0 +11 +11
+ 8
+ 14 +
13 I 4 15
58.64 58.39 58.14 57.88
+ 17 + 5 +16 + 1
16
51.11
57.62
17 18
50.70
57-35 57.08 56.80
0-7 -6-7 -11 - 6 -14 - 4 -15 - 1
20 21 22 23 24 25 26
49-5 1 49-13 48.75 48.38 48.02 47.66
56.52
9
+ 13 - 3
+
7 - 5
56.24
-13 + 2
55-95 55.65 55-35 55-05
- 9 + 4
27 28 29 30
47-32 46.98 46.64 46.32 46.00
54-74 54-43 54-12 53-8O 53-48
3i 32
45-69 45-39
53-I6 52.83
Glieder
AR.
April
Dekl.
| i Glieder
_
in s !"
AR.
Dekl.
0.01
55-55 55-o8 54.62
50.30 49.90
Dekl.
23 h 21 m «7° 4 3 ' 0. OL! 0. OL 2311 2 I m 87° 4 3 ' O . O I ' O . O I 23h 2 1 m 87° 4 3 ' s S + 12 - 8 45-39 52.83 -14 - 6 4O.25 42.59 - 1 6 - 3 42.25 30.59 -17 I + 5 -10 42.20 -17 + 2 42.44 4O.I9 30.22 52.50 45-09 -16 + 4 4O.14 41.81 42.64 29.85 44.80 52.16 - 3 -10 -13 + 7 - 6 +10 42.85 -11 - 8 41.42 51.82 - I I + 8 4 O . I O 29.49 44-53 -16 - 4 44.26 29.12 51-48 - 4 +10 40.06 41-03 + 1 +11 43.06 0.01
53-26 52.82 52.38 5i-95 51-53
11
|
in s | "
58.89
12
März
in s |'
61.03 60.84 60.64 60.44 60.24
53-71
AR.
Glieder
57-97 5748 56-99 56.50 56.02
54-I6
5Ts6
Februar
Dekl.
_
T Octantis
Greenwich
- 2 +6 + 5+6 + 11 + 4 + 15 +
1
+ 17 - 2
+ 14 - 6 + 8 - 9 0 -10
42.81 42.60 42-39 42.19 42.01 41-83 41-65 41.49 4I-34 41.19 4I-°5 40.92 40.80 40.69 4°-59 40.49 40.40 40.32 40.25
49-37 49.01 48.64 48.28
+ +
-
- 9
-
47-9 1
-13
-
47-54 47-17 46.79 46.42 46.04
-IS
45.66 45.28 44.90 44-52 44-13
40.64 40.25 39.86
40.00
39-47 39-07
40.01
4O.O3 4O.O5 7 •40.08 6 40.12 40.17 5
- 2 -14 + 1 - I I
-
4O.O3 40.02 40.01
9 - 4 3 - 6
- 4
+
3
5 + 5
+ 2+ 6
40.23 40.30 40.37 40.45 40.54
+ 9 + 5
40.64
+ 14 + 3
40.75 40.87 40-99 41.12
0
+ 16 + 15
+
- 4 11- 8
43-75 43-36 42.98
+ 3 - 9
42-59
-16
- 5
- 9
-12 -
7 - 3
41.26 41.41 4I-56 41.72 41.89 42.07 42.25
- 8 - 9 -14 ~ 6
8 see 8 87° 43' 20" 4-25.161 +25.192 3°
+ 4 +11 + 11 + 9 + 15 + 6 + 16 + 2 + 14 - 1
tg 8 -25.141 -25.172
a.955.0 =
sec 8 8 -87° 43' 40" +25.222 +25-253 5"
2 3 h 22m 5 ? 5 2
38.68 38.29 37-9° 37-5 1 37-12 36.73 36.34 35-95 35-56 35-17
+ 8 +10 43-29 + 14 + 7 43-52 + 16 + 4 43-75 44.00 + 15 0 + 11 - 4 44-25
28.76 28.40 28.04 27.69
+ 5 - 6 - 1 - 7
44-5i 44.78
- 7 - 7 5
45-05 45-33 45-62
26.98 26.63 26.29
-12 -
-15 - 3
-15 - 1 -13 + 2 - 9 + 4
-1+6 + 6+6
45-9 1 46.21
27-33
25-94 25.60 25.27
46.52 46.83
24-93 24.60 24.27
47-15
23-94
47.48 47.81 48.15 48.50
34-78 34-39 34-oi 33-62
+12 + 4 +16 + 1
33-24
+
48.85
23.62 23-30 22.99 22.67 22.37
32.86 32.48 32.10
- 2 - 9
22.06 21.76 21.46 21.17 20.88 20.59
+17 - 3 + 13 - 7 6 - 9
3!-72
-15-4 -17 + 1
3 1 - 3 4
-15 + 6
49.21 49.58 49-95 50.32 50.70
- 9 + 9
51.09
30.97 30.59
tg 8 -25.203 -25.233 äI955.0 =
- 9 - 7
-
1 +11
8 ssc 8 tg 8 -8 7 ° 44' 0" 4-25.284 -25.264 10 +25-315 -25.295 - 8 7 ° 4 3 ' 48*5