Berliner Astronomisches Jahrbuch: 184. Jahrgang 1959 [Reprint 2021 ed.] 9783112470541, 9783112470534
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German Pages 598 [604] Year 1958
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BERLINER ASTRONOMISCHES IAHRBUC1I FÜR
19 1 8 4.
5 9 J A H R G A N G
H E R A U S G E B E R ASTRONOMISCHES
RECHENINSTITUT
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 RE C H EN IN S T I T UT ZU
HEIDELBERG
1957 AKADEMIE-VERLAG
• BERLIN
II
Astronomische Zeichen und Abkürzungen Bezeichnung der Wochentage O C cT S 3J9 t>
Adspekten d Konjunktion • Quadratur
76.817 33S-304 13.671 92.254 172.424 47.568 223.175
L
n,id.
214-735 178.616
0.205 0.006 0.016 0.093 0.048 0.055 0.046 0.009 0.248
130.994 102.235
o.773 1.774 17.144
162.765 307.099 98.918 66.683 229.364 268.393 136.994
e
4.092 1.602 0.985 0.524 0.083 0.033 0.011 0.005 0.003
34 13 61 03 °9 46 73 98 97
626 793 726 367 431 688 329 001 644
P.id. a d O 87.9693 0 224.7008 1 0.0142 1 II 29 84 164 248
321.7375 314.925 167.21 8.11 281.6 157
Merkur, Venus und Erde nach Nowcomb, Mars nach Newromb und Ross, Jupiter bis Neptun nacli Leverrier und Gaillot. Pluto nnch Bower. Bei Uranus und Neptun sind In L die Hauptglieder der langperiodischen Störungen enthalten. Für Pluto sind baryzentrisclie Elemente bezogen auf Ekliptik und mittleres Äquinoktium 1950.0 gegeben.
VIII
Kalender der Juden Jahr 5719 (Schaltjahr von 383 Tagen) Schewat . . . . . . . 1 Adar ... 1 Klein Purim. 14 Veadar 1 Fasten Esther 13 Purim 14 Schuschan Purim 15 Nissan 1 Erew Pessach 14 •Passah-Anfang 15 •Zweites Fest . . 16 •Siebentes Fest 21 •Achtes Fest . . . 22 Ijar 1 Lag B'aumer 18 Siwan 1 •Wochenfest . 6 •Zweites Fest 7 Tammus 1 Fasten: Eroberung Jerusalems 17 Aw 1 Fasten: Tempelverbrennung . . 9 EUul 1 Jahr 5720 (Gemeinjahr von 355 Tagen) •Neujahrsfest . . . Tischri 1 •Zweites Fest . . . 2 Fasten Gedaljah 3 •Versöhnungsfest 10 *l.aubhüttenfest . 15 •Zweites Fest 16 Palmenfest . . . . 21 •l.aubh iittenende 22 •Gesetzesfreude . 23 Maicheschwan . . 1 Kislew 1 Tempelweihe 25 Tewet
1959
Jan. 10 Febr. 9 22
März 11 23 24
25 April 9 22
23 24 29
30
Mai Juni
9 26
7
12
Juli
13 7
Aug.
23 5
13 Sept. 4 1959
Okt.
3
4 5
12
17
18 23 24 25 Nov. 2 Dez. 2 26
1 Die mit • bezeichneten Festtage werden streng gefeiert.
32
Kalender der Mohammedaner Jahr 1378 (Gemeinjahr von 354 Tagen) Redscheb 1 SchabAn 1 Ramadän 1 Schewwäl 1 Dsu'l-kade 1 Dsü'l-hedsche 1 Jahr 1379 (Schaltjahr von 355 Tagen) Moharrem 1 Safar 1 Rebi-el-awwel 1 Rebi-el-accher 1 DschenuVli-el-awwel . . . . 1 Dschemadi-el-accher . . . . 1 Redscheb 1
1959
1959
Jan. Febr. März April Mai Juni
11 10 11 IO
Juli Aug. Sept. Okt. Nov. Dez.
7 6 4
9
8
4 2 2
31
VIII
Kalender der Juden Jahr 5719 (Schaltjahr von 383 Tagen) Schewat . . . . . . . 1 Adar ... 1 Klein Purim. 14 Veadar 1 Fasten Esther 13 Purim 14 Schuschan Purim 15 Nissan 1 Erew Pessach 14 •Passah-Anfang 15 •Zweites Fest . . 16 •Siebentes Fest 21 •Achtes Fest . . . 22 Ijar 1 Lag B'aumer 18 Siwan 1 •Wochenfest . 6 •Zweites Fest 7 Tammus 1 Fasten: Eroberung Jerusalems 17 Aw 1 Fasten: Tempelverbrennung . . 9 EUul 1 Jahr 5720 (Gemeinjahr von 355 Tagen) •Neujahrsfest . . . Tischri 1 •Zweites Fest . . . 2 Fasten Gedaljah 3 •Versöhnungsfest 10 *l.aubhüttenfest . 15 •Zweites Fest 16 Palmenfest . . . . 21 •l.aubh iittenende 22 •Gesetzesfreude . 23 Maicheschwan . . 1 Kislew 1 Tempelweihe 25 Tewet
1959
Jan. 10 Febr. 9 22
März 11 23 24
25 April 9 22
23 24 29
30
Mai Juni
9 26
7
12
Juli
13 7
Aug.
23 5
13 Sept. 4 1959
Okt.
3
4 5
12
17
18 23 24 25 Nov. 2 Dez. 2 26
1 Die mit • bezeichneten Festtage werden streng gefeiert.
32
Kalender der Mohammedaner Jahr 1378 (Gemeinjahr von 354 Tagen) Redscheb 1 SchabAn 1 Ramadän 1 Schewwäl 1 Dsu'l-kade 1 Dsü'l-hedsche 1 Jahr 1379 (Schaltjahr von 355 Tagen) Moharrem 1 Safar 1 Rebi-el-awwel 1 Rebi-el-accher 1 DschenuVli-el-awwel . . . . 1 Dschemadi-el-accher . . . . 1 Redscheb 1
1959
1959
Jan. Febr. März April Mai Juni
11 10 11 IO
Juli Aug. Sept. Okt. Nov. Dez.
7 6 4
9
8
4 2 2
31
IX
Nachwort Mit dem Jahrgang 1959 stellt das Berliner Astronomische Jahrbuch sein Erscheinen ein. In 184 Jahren war es ein treuer Helfer vieler Generationen von Astronomen aller Länder, und dies Schlußwort soll der Erinnerung an all die Männer gewidmet sein, die in fast zwei Jahrhunderten ihr Leben diesem Werk gewidmet haben. Johann Eiert Bode ist der Schöpfer des B J , wie es allgemein hieß. 1774 erschien der erste Jahrgang für 1776, anfangs unter Beteiligung des bekannten Mathematikers Lambert. 55 Jahrgänge erschienen unter Bodes Leitung und sehr weitgehender Mitarbeit, in den ersten Jahrzehnten mit einem Anhang, einer Reihe von Aufsätzen, die dem Werk z. T. den Charakter einer Zeitschrift gaben. Von 1830 bis 1851 war Encke, der Nachfolger Bodes in der Leitung der Berliner Sternwarte, der Meister des B J , 1852 bis 1866 in Gemeinschaft mit Wolfers, der wohl in diesen Jahren die Arbeit leitete und nach Enckes Tode den Jahrgang 1867 allein herausgab. Von 1868 an zeichnet der nun folgende Direktor der Berliner Sternwarte, Foerster, mit Powalsky gemeinsam für das Jahrbuch, 2 Jahre noch unter Nennung von E. Becker, bis von 1877 an Foerster mit Tietjen zusammen auf dem Titelblatt erscheint. Von Jahrgang 1884 ab gibt Tietjen allein als ,.Dirigent" des in den 70er Jahren als Abteilung der Sternwarte gegründeten Recheninstituts das B J heraus. Unter den zahlreichen Mitarbeitern, die nun genannt werden, taucht 1869 Lehmann auf, der nach Tietjens Tode die Leitung übernahm, den Band 1898 allein, die folgenden unter der Institutsleitung von Bauschinger herausgab, als unter dem letzteren das Institut seine Selbständigkeit erhalten hatte. Im Jahrgang 1902 begegnen wir zum ersten Mal J . Peters, der, 1942 verstorben, noch der heutigen Astronomengeneration als Leiter des B J bekannt ist. Vom Jahrgang 1912 ab übernahm F . Cohn, Bauschingers Nachfolger, die Oberleitung. Unter ihm war Lehmann bis zum Jahrgang 1916 der Leiter des B J , von 1917 ab war es J . Peters. Nach dem Tode Cohns (1922) erscheint im B J 1926 A. KopfE als Direktor des Instituts, und gleichzeitig wird 0 . Kohl als Mitarbeiter genannt, der von Band 1930 ab 30 Jahre lang die Leitung innehatte. Sein vor wenigen Tagen, am 3. April 1957, erfolgter Tod nahm ihm vorzeitig die Feder aus der Hand, als er noch den letzten Jahrgang 1959 trotz seiner Pensionierung zu Ende führen wollte. Die durch den Zusammenbruch 1945 anfangs in der Reihenfolge entstandene Lücke konnte bald geschlossen werden. Auch die durch die Ereignisse des Kriegsendes verursachte Spaltung des Recheninstituts
X wurde, soweit es das B J betrifft, überbrückt. Vom Jahrgang 1949 ab erschien das B J als gemeinsame Publikation der beiden Recheninstitute Berlin und Heidelberg, schon von 1948 ab im Akademieverlag. Nun verschwindet das Berliner Astronomische Jahrbuch und seine stolze Tradition von 184 Jahren. In die heutige Zeit paßt nicht mehr die Vielzahl verschiedener Jahrbücher mit der mehrfachen Arbeit, zwar nicht in der Berechnung, jedoch in Druck, Korrektur usw. Unvergessen aber sollen die Astronomen bleiben, die in langer Reihe die bescheidene und doch so notwendige Routinearbeit leisteten und damit immer von neuem ein Werkzeug schufen, das den Fortschritt unserer Wissenschaft in zwei Jahrhunderten erst mit ermöglichte. Von Jahrgang i960 ab erscheinen die beiden Jahrbücher von Washington und London (Herstmonceux), „The American Ephemeris" und „The Nautical Almanac" mit identischem Inhalt (Sonne, Mond, Planeten, aber ohne örter der Fixsterne). Als zweiten Band dieses einheitlichen Jahrbuches gibt das Astronomische Recheninstitut in Heidelberg die „Apparent Places of Fundamental Stars" heraus, welche die scheinbaren örter aller Sterne des F K 3 einschließlich der Zusatzsterne enthalten. Die bisherigen Benutzer des „Berliner Astronomischen Jahrbuchs" seien auf diese Publikation hingewiesen.
Sonne, Mond, Große Planeten 1959
Sonne 1959
2
Oh a o o
£
Mi Do Fr Sa So Mo Di Mi Do Fr Sa So Mo Di Mi Do Fr Sa So Mo Di Mi Do Fr Sa So Mo Di Mi Do
Zeitgleichung
Scheinbare Rektaszension
Wahre Zeit minus Mittlere Zeit
2
28 73
3 36.29
28
4
l6
q 27-83 7 J ^ 27.47 4 59-75 2 7 . o 8
4
4'45
4 J32.28 5
26
-83
5 53.48
6 19.68
26.65
,
26 20
6 45.3 J 8 25.19 25
10 7^ 3 5 -21 21 7
59
"
27
8 22.72 o
8
70
24 64
2, 345
f
22.83
4 5 -JJ 55 22 TJ
I7
7-72 2 I . s i 9 29-23 20.81 9V O50.04 -T 20.IO 9
10 10.14 ^ 19.37
29
1° Al 18.64 10 48.15 6.03 17.88 1 1 23.15 17.12 XI
1 1 39-49 16.34 15-57 - 1 1 55.06 14.78 12 9.84 13-98
12 23.82 13.20 12 37.02 12.40 1 2
13
49-42 „
6i
i - ° 3 10.81
Fr Sa So Mo Di Mi
-13 11.84 10.02 13 21.86
Do Fr Sa So Mo Di
- 1 3 59-96 5.22 1 4 5 - i 8 4.42 14 9.60 3.62 14 13-22 2.83 14 16.05 2.02
9.21 1 3 3 1 - 0 7 8.42 1 3 39-49 7.62 1 3 4 7 - 1 1 6.83 1 3 53-94 6.02
-14 18.07
W e l t z e i t
18 38 18.52 m s 25.29 18 42 43.81 4 4 25.01 18 47 8.82
4 24.72 4 24-39 18 55 57-93 4 24.02 18 5 1 33-54
19
o 21.95
4 23-63
1 9 4 45-58 4 23.21 1 9 9 8.79 4 22.76 19 13 3i-55 4 22.26 19 1 7 53-8I 4 21.74 19 22 15.55 4 21.20
19 26 36.75
19 19 19 19
3° 35 39 43
4 20.61 57-36 4 20.02 17-38 4 19-38 36.76 4 18-73 55-49 4 18.06
19 48 13.55 1 9 5 2 30-92 1 9 56 47-57
20 1 3.51 20 5 18.69 20 9 33-13 20 13 46.81 20 17 59.71 20 20 20 20 20 20
22 26 30 34 38 43
11.83 23.16 33.71 43.46 52.42 0.58
20 20 20 20
47
7-94
15-94 15.18 14.44 13.68 12.90 12.12
4 "•33 4 io-55 4 9-75 4 8.96 4 4
8.16 7-3 6 6-57
51 14.51 4 55 20.29 4 578 4-97 59 25.26 4 4 4 32.81 4 35-39 4 37-17 4 38.14 4 38.32 3 37.70 3
21
3 29-44
21
7
21 1 1 21 1 5
21 21 21 21
4 17-37 4 16.65 4 4 4 4 4 4
19 23 27 31 36.28
Halbe Durch gangs Dauer St.-Zt.
Scheinbare Deklination
4.18
3-37 2.58 1.78 0.97 0.18 59-38 58.58
-23 23 22 22 22 22
/
9 °.i 4 43-3
//
4 16.8 4 44.6 5 12.1
59 58.7 54 46.6 5 39-4 49 7.2 6 6-7 43 0.5 6
-22 22 22 22 22 21
36 29 21 14 5
26.8 26.2 58.9 5-3 45-4
5 6 59-7
-21 21 21 21 21 20
47 38 28 17 6 55
48.3 11.5 9.6 42.9 51.7 36.2
33-7
7 7 7 8 8
0.6 27-3 53-6 19.9
45-7 9 11.4 9 0 0 0 1
36.8 1.9 26.7 51.2
15-5 1 39-3
-20 43 56.9 2 2.9 20 31 54.0 2 26.2 20 19 27.8 2 49.1 20 6 38.7 11.6 19 53 27.1
1 9 39 53-3
- 1 9 25 57.5 19 1 1 40.3 1857
i-8
18 42 2.6 18 26 42.9 18 11 3.2 - 1 7 55
3-7
1 7 38 4 5 - 1
17 22 17
7.4
5 n-3
16 47 57.1 16 3 ° 25-3 - 1 6 12 36.1 1 5 5 4 30.2 1 5 36
7-8
1 5 i 7 29-5 1 4 58 35-6
- 1 4 39 26.6
3 3 33-8 3 55-8
4 17.2 4 38.5 4 59.2 5 19.7 5 39-7 5 59-5 6 18.6 6 37-7 6 56.1 7 14.2 7 31.8 7 49-2 8 5-9 8 22.4 8 38.3 8 53-9 9 9.0
71.11 71.07 71.02 70.98 70.93
70.89 70.82 70.76 70.69 70.63
70.56 70.48 70.40 70-31
70.23 7o.i5
70.05 69.96 69.86 69.77 69.67 69.56 69.46 69-35
69.25 69.14 69.03 68.92 68.81 68.70 68.59 68.47 68.36 68.24 68.13 68.01 67.90 67.78 67.67 67-55
67.44 67-33
Sonne 1959
3
Oh Of W e I t z e i t Tag
Julian Zeit
langp. 1 kurzp. Gl. | Gl.
2436
1959 Jan.
Stern zeit
Nutation in AR.
d
0 1 2 3 4 5 6 7 8 9 10 11
568.5 569-5 570.5 571-5 572.5 573-5 574-5 575-5 576.5 577-5 578.5 579-5
s
in 0.001 h m s 6 35 39-4*3 + 3 5 9 + 5 361 0 6 39 3 5 - 9 7 ° 6 43 32.527 363 - 5 6 47 29.085 365 - 9 366 - 1 1 6 5 1 25.642 368 - 1 1 6 55 22.199 6 59 1 8 . 7 5 6
+370 -
7 3I5-3I3 7 7 11.870 7 11 8.427
371 373 374 376
715 719
4-983 1.540
12
580.5
7 22 58.097
13
581.5 582.5
15 16 17
583-5 584-5 585-5
7 7 7 7 7
18
586.5
19 20 21 22
587-5 588.5
23 24 25 26 27 28 29 30 3i Febr. i 2 3 4 5 6 7 8 9 10
589.5 590.5 59i-5 592-5 593-5 594-5 595-5 596.5 597-5 598.5 599-5 600.5 601.5 602.5
26 3° 34 38 42
7 46 37-435 7 50 33-991 7 54 30.547 7 58 2 7 . 1 0 3 8 8
223.659 6 20.215
8 10 16.771 8 14 13-327 818 9.882 822 6.437 8 26 2.993 8 29 59.548 8 33 56.103 8 3 7 52-658 8 41 49.213
603.5 604.5
8 57 35-432
607.5 608.5 609.5
1
8
- 3 + 3 + 8 +12
377 +*4
+379 + 1 3 380 + 1 0 54.653 381 + 6 5I-2io 382+ 1 47-766 44-323 383 - 4 40.879 384 - 8
8 45 45-768 8 49 4 2 . 3 2 3 8 53 38-877
605.5 606.5
Aufgang
Mittleres Äquinoktium 1959-° Länge Breite
x
9 3 -986 9 528.541 9 925.095 9 1 3 21.649 9 17 18.203
+385 386
-10 -11
386 -
9
387 388 388+
6 2 2
+388 + 6 389+ 389+ 389+ 389+ 389 -
8 8 6 2 2
+388 - 7 388 - 1 0 388 - 1 1 387 387 386+ +385 384 383 382 381
9 5 1
+ 6 +10 + 1 3 +13 +10
+379+
7
278 279 280 281 282 283 284 285 286 287 288 290 291 292 293 294 295 296
48 49 50 51 52
13.7 22.3 31.4 40.8 50.5
-40 61 8.6 61 9-1 - 3 0 61 9-4 - 1 7 61 9-7 - 4 + 9 61 10.0 5 4 0 . 5 61 10.2 + 2 1 5 5 IO.7 61 IO -3 + 3 2 56 2I.O 61 10.3 + 4 0 57 3 1 . 3 ' 61 10.2 + 4 6 58 4 1 . 5 61 10.i + 4 8 59 5 1 . 6 61 9-7 + 4 7 i i-3 61 9-4 + 4 3 +36 2 10.7 61 8.8 3 1 9 - 5 61 8.2 + 2 8 I +18 4 2 7 - 7 61 7-7 5 3 5 - 4 61 6.9 + 6 6 4 2 . 3 61 6.1 - 6 -18 7 4 8 . 4 61 5-4
297 8 53-8 61 298 9 58.4 61 299 1 1 2 . 1 61 300 1 2 5 - ° 61 3 0 1 1 3 7 - i 61 3 0 2 1 4 8 . 2 61 3°3 304 1 6 305 306 307 308
i7 18 19 19
309 310 311 312 313 314
20 21 22 23 24 25
3 1 5 26 31627 317 318 319 320
27 28 29 30
8.6
60 60 6.8 60 4.8 60 2.0 60 58.6 60 54.4 60 49.6 60 44.1 60 37.8 60 30.8 60 23.0 60 14.2 60 4.5 60 5 3 - 7 60 4 1 . 7 60 2 8 . 5 60 13.8 8.1
4.6 3-7 2.9 2.1 1.1 0.4 59-5 58.7 58.0 57.2 56.6 55-8
-30 -42 -50 -57 -61 -64 -64 -61 -55 -46 -34 -21 -
8
55-2 + 5 54-5 +18 53-7 +29 53-o I + 3 9 52.2 I +45 51.2 I 5°-3 + 4 7 49.2 + 4 7 48.0 + 4 4 46.8 + 3 7 +29 45-3 +19
0.983 0.983 0.983 0.983 0.983
2944 2860 2831 2857 2931
h m
74 120 163
7 7 7 7 7 7
0.983 0.983 0.983 0.983
3657 3935 4248 4598
203 240 278 313 35° 388
7 7 7 7 7 7
0.983 0.983 0.983 0.983
4986 426 5412 469 5881 S12 6393 557 6950 605 7555 655 8210 707 8917 761 9678 817 0495 874 i369 932 2301 994 3295 1055 4350 1116 5466 1176 6642 1236 7878 1293 9171 1348 0519 1399 1918 1447 3 3 6 5 1490 4 8 5 5 I53I 6 3 8 6 1566 7 9 5 2 1600 9552 1631 1183 1660 2843 1687 4 5 3 0 1714 6 2 4 4 1742 7986
7 7 7 7 7 7
0.983 3 0 5 1 0.983 3 2 1 4 0.983 3 4 1 7
0.983 0.983 0.983 0.983 0.983 0.984 0.984 0.984 0.984 0-984 0.984 0.984 0.984 0.984 0.985 0.985 0.985 0.985 0.985 0.985 0.985 0.986 0.986 0.986 0.986 0.986
84 29 26
7 5i 7 50 7 49 748 7 47 746 7 45 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7
29 27 26 24 23 21
Sonne 1959
4
w
Oh d 6
28
Sonnenkoordinaten 1959 M i t t l e r e s Ä q u i n o k t i u m 1959.0
AX -0.479 0.464 0.448 0.432 0.417 0.401
509. 116 579 902 090 148
—0.385 082 0.368 895
0.352 594
0.336 184 0.319 671 0.303 060 -0.286 0.269 0.252 0.235 0.218 0.201
357 567 694 745 725 368
—0.184 0.167 0.150 0.132 0.115 0.098
490 286 031 729 387 009
—0.080 600 0.063 J 66 0.045 711 0.028 240 -0.010 759 +0.006 727 +0.024 0.041 0.059 0.076 0.094 O.iii
212 691 159 610 038 438
+0.128 803 0.146 127 +0.163 4°5 J X,
J Y,
5 5 5 5 5 6 6 6
+ i49 393 144 537 140 677 135 812 130 942 124 066 +121 187 114 301 109
6 410
i°3
6 513 6 611
98
+ 1
-4 -3 -3 -4 -5 +5
+2 —1
-3
—2
92
-3
H 87 83 76 6873
+ 1
6 703 6 790 6 949
+2
61
—1
H 56
—1
7 o87 7 148 2°4
5i
7 255
47
7 3°2
40
7 342
36 31
7 378 7 4°9 7 434
—2
71 67
7 020
7
+4 -3
+ 25
7 455 7 471 7 481 7 486' 7 485
21 16
+3
—2 —2 —2 —2
+4 +4
10
o
5 1
—2
• 6
7 479" 11 7468 17 7 45i 23 7428 28 7 400 35 7 365 7 324 7 278
+2
41 46
5i
-5 -4
—1 —1 o + 1
-3 -4
+ 1
+4
AY +242 -0.791 777 0.799 272 - 7 495 247 , 7 248 0.806 520 248 , 7 000 0.813 520 251 6 0.820 2691 749 253 6 496 0.826 765 257
-5 +4
-0-343 363
-3 -4
0.352 790
—0.833 004 0.838 985 0.844 7°5' 0.850 162: 0.855 356 ! 0.860 283
—2 + 1
-0.864 0.869 0.873 0.877 0.880 0.884 —0.887 0.889 0.892 0.894 0.896 0.898 -0.899 0.900 0.901 0.902 0.902 0.902
6 239
+258 981" 261 5 720 263 s 457 263 5 194 267 4 927 267 • 4 660 +268 943 392 270 335'—4 : 4 122 270 457 852 3°91 3 580 272 272 889 3 308 I 97: 3 274 3 034 +274 23 1 —2 760 99 1 2 486. 274 477 ' 276 2 210 687 277 620> 933 276 1 277 657 279 378
655' - i 756\ 5781> 120> 383* 366i
+
101 +277 822 279 542 280 263 279 17 280
298 281 +281 579 281 860 281 141 281 422 282 704 280 984 +281 378 +2 265 113 279 '+2 544 +278 569
—0.902 068 + —0.901 4891 0.900 629 0.899 4881 1 0.898 0661 1 0.896 362 -0.894 0.892 —0.889
—1
0
—1
-4 +4
0.346 612
0-349 755 0.355 716 0.358 532
-0.361 0.363 0.366 0.368
237 831 311 678
+106 249
106
143
108
926
„ -
816
III
705
+ 111 594 n „ 4 480 ^ , 113 367 „4
0.370 93i
253
116
o
0.373 068
137
„6
—2
-0.375 089 0.376 994 0.378 783 0.380 454 0.382 007 0.383 442
+ 1
-3
+1. —1
-3 -5
o
-0.384 758 0.385 956 0.387 034 0.387 992 0.388 831 0.389 549 -0.390 147 _ 0.390 624 0.390 980 0.391 215 _ 0.391 328 + 0.391 320
—2
-0.391 i g o +
+ x
+3
o
+4 -3
0
+2
-5 -3
-3 -5
—2
+4 + 1
+4
—1
-4
0.390 938
0.390 5 6 5
0.390 069 0.389 452 0.388 713 -0.387 853, 0.386 871 I -0.385 768
021
+116 905
116
789
118
67] 553 435
118 118 119
316 198 078 „ 958 839 „ 718 „ 598
+118 120 120 119 J
2I I20
+ 121 477 356
235 H3 8 130 252 373 496
617 739 982 IO3
121 121 122 1 2 1
122 +122 121 123 121 122 121 122 121 + 121
J Z s i n d in E i n h e i l e n d e r 7 . D e z i m a l e g e g e b e n .
Frühlingsäquinoktium 2 I . M ä r z Sommersolstitium 22. J u n i
8h 55 m Weltzeit 3 50 „ Erdnähe Erdferne
2. J a n . 5. Juli
Herbstäquinoktium Wintersolstitium 5 h Weltzeit 7 „
23. Sept. 22. Dez.
19h 9 m Weltzeit 14 3 5 »
Sonne 1959
29 Tägliche Ä n d e r u n g e n
Oh W e 1 1 z e i t T a gO
Aberration
Parallaxe
Mittlere Länge i.®
1959
//
//
0 274.9758 284.8323 294.6887
Mittlere Anomalie M®
O
Febr.
5
20.82 20.82 20.8l 20.79 20.76
März
15 25 7 17 27
20.72 20.68 20.63 20.57 20.52
8.91 8.89 8.87 8.84 8.82
6 16 26 6 16
20.46 20.40 20.34 20.29 20.25
8.79 8.77
26 5 15 25 5
20.21 20.17 20.15 20.14 20.13
8.69 8.67 8.66 8.66 8.66
15 25 4 14 24
20.14 20.15 20.17 20.21 20.25
8.66 8.66 8.67 8.69 8.70
112.1053 121.9617 131.8182 141.6747
3 13 23 3
20.29 20.34 20.40 20.46 2 0. 5 2
8.72
161.3876 171.2441 181.1006 190.9571 200.8135
239.141 248.997
23 2 12 22 2
20.57 20.63 20.68 20.73 20.76
8.84 8.87 8.89 8.91
210.6700 220.5265 230.3830 240.2394 250.0959
288.421 298.277
12 22 32
20.79 20.81 20.82
8.94
259-9524 269.8088 279.6653
337-701 347-557 357-4I3
Jan.
April
Mai
Juni
Juli
Aug.
Sept.
Okt.
Nov.
Dez.
—4 +6 16 26
8.95 8.95 8.95 8.94 8.93
304-5452 314.4017
8.75 8.72 8.70
8-75 8.77 8-79 8.82
8-93 8-95 8-95
352-741 2-597 12.453 22.309
I 2
d
6
32-165
324.2582 334-H4Ö 343-9711 353-8276 3.6841
42.021
9 10
I3-5405 23-3970 33-2535 43.1100 52.9664
91.301 101.157 in.013 120.869
62.8229 72.6794
140.581
82.5359 92.3923 102.2488
5I-877 61.733 71-589 81.445
130-725 I50-437 160.293 170.149 180.005 189.861 199.717 209.573 219.429 229.285
258.853 268.709 278.565
308.133 317.989 327-845
i.97i3 2.9569 3.9426 4.9282
3 4 5
7 8
0 +0.9856
+5-9I39 6.8995 7-8852 8.8708 +9-8565
AM®
0 +0.986 1.971 2-957 3-942 4.928 +5-9I4 6.899 7.885 8.870 + 9.856
Stündliche Ä n d e r u n g e n ¿ L ®
AM@
0 + 0.0411 0.0821 0.1232 0.1643
+0.041 0.082 0.123 0.164
7 8
+0.2053 0.2464 0.2875 0.3285
+0.205 0.246 0.287 0.329
9 10 11 12
+0.3696 0.4107 0.4518 0.4928
+ 0.370 0.411 0.452 0-493
13 14 15 16
+0.5339 0.5750 0.6160 0.6571
+0.534 0-575 0.616 0.657
17 18
+0.6982 0.7392 0.7803 0.8214
+0.698
+0.8624
+ 0.862 0.903
I 2 3 4 5 6
19 20 21 22 23 24
h
0.9035 0.9446 +0.9856
0
0-739 0.780 0.821
0-945 + 0.986
Mond 1959
30
0 Scheinbare Deklination
Scheinbare Rektaszension U m s
10 11 12 13 14 15
31 54 23 57 16 31 10
II
530 2 46
l6
1 55 2 19 2 57 1 9 2 33 20 o 6 20 54 58 214; 4 22 36 41 23 24 23 o 10 49 o 56 40 1 4 2 37 2 29 14 17 l8
3 17
4 4 5 6
7 8 9 10 11 12
6 57 49 42
m s 52
3
52 34 53 4 ° 55 19 57 1 6 59
9
60 24 60 38 59 36 57 33 54 52 52
6
49 37 47 42 46 26 45 51 45 57 46 37 47 46
o 49 16
16 » 27 52
36 53 31 o 24 5i 18 19 11 30 4 46
50 52 52 1 9 53 25 54
1
54
7
53 5 i 53 28 53
"
53
16
53 46
12 58 32 54 45 13 53 i7 56 3 14 49 20 57 25 15 46 45 58 3 ° 16 45 i 5 58 54 17 44 9 58 26 18 42 35 57 5 19 39 40 55 5 20 34 45 52 50 21 27 35 5 ° 37 22 18 12 48 44 23 6 5 6
5 41-2 +
I 22.7 '
Parallaxe
4 18.5 , 4 26.1
— 3 3-4 4 19.5 — 7 22.9 ^ „ J
J
T
— I I 20.7 '
3 57-8
J
3 20.0
—14 -T 40.7 T / 2° 27.I 7-8
—18 -18 -17 -15 —12
r
29.5 Q 39-3 " 38.1 2 34-3 2 40.8
1
J
*
+16
314
+14
4-5
Ï1049.6
+ 6 57.0 +
-
J 1.2 3-8 53-5
3 28.0
— 9 12.8 3 — 5 24-3 3 — 1 27.8 3 + 2 26.9 3 + 6 11.5 3 + 9 38.7 3 + 1 2 42.0 2 + 1 5 i4-7 1 + 1 7 9-7 j + 1 8 20.1 o + 1 8 39-7 o + 1 8 3.9
2 39.4
I 48.6
— 6 11.9 —10 14.9 —13 42.9
48.5 56.5 54-7 44-6 27.2 3-3 32-7 55.0 10.4 19.6 35.8
1 32.5 2 26.9 3 14-9 3 1 4 9
3 52.6 4 17.6 4 28.0 4 23.3 4
3 °
3 28.0
r 2 39-3 J J — l 6 22.2 « '
—18 35.2 0 0
—18 0.7 —16 23.O
Weltzeit Halbmesser
58 0.4
15 49-8
58 26-3
Z*
1 5 56.9
5 8 50.6 59 I 2 - 3
i7.6
£
59 29-9 „ . g 59 4i-5 hâ 59 44-9 6 . 7 59 38-2 1 7 . 6 59 20.6 28.2 58 52.4
58 i5-4 57 32.6 56 47-5 56 3-7 55 24-4 54 52.4 54 29-4
37° 42.8
15 42.2
12.3
43-8
1 5 29.9
Ii.9
39-3 32.0
I2 . 8
2.2
54 14-4
;.2 i7.6
54 54 40.2
55 6.0 _ 32.0 55 38.0 * g 35 56 13.8 D
5 6
37-1
0
5
°"
9
35-8
57 26.7 £ 57 59-o ^
5846.7 59
I4.s
«
8.6
59 9-8
3.4
59I3.2 59
1 2 , 1
59 6.5 56-6
O 34-5
58 42.0
1 37-7
58 22.2
— 5
:
6
£ 5
24.9
3 39-5
57 57-3 29.7 „ ' 56 54-3 '
3
56 1 9 . 2
- 1 3 51-8
2 31.2
- 1 0 39.6 — 7 0.1 - 3 6.1
3 12.2
54°
5 7 27-6
55 44-4
3.5 9-4 4.8 14.2 3-2 17.4 0.9 18.3 16.5 4-9 11.6 7.6 4.0 10.1 53-9 1 1 . 7
45-i
54I6-6 22-6
16 16 16 16 16 16 16 16 15
71 6.6 5-9
[g
15 18.0 15 7-3 14 58.6 1 4 52.3
14 48.8 14 14 14 15 15 15
48.2 49-5 55-3 2.3 n.° 20.8
1 5 30.9
15 15 15 16 16 16 16 16 16 16 16
10.7 8.7 6-3 3-5 0.6 i-3 5-8 7.0 8-7 9.8 10.1 9-7
40.6 8.8 49-4 7 - 4 56.8 5-6 2.4 4.0 6.4 2.3 8.7 9-7 0.4 9-3 i-S 7.8 2.7 5-i 1.1
15 55-7 1 5 48.9 1 5 40.9 i 5 31-8
15 22.2 15 12.8
4.0
5-4
6.8 8.0 9.1 9.6 9-4
Länge
Breite
I57.5I8
-3-299
I7I.I79
-2.305
185.002 —1.164 198.990 +0.060 213.142 +1.294 227.442 +2-459 241.851 +3-474 256.301 +4.267 270.701 + 4 - 7 8 5 284.944 +4-999 298.932 +4.906 312.582 +4-532 325.85I 338.729 35I.245
+3-918 +3-118
+2.185 3-455 + 1 . 1 7 1 I5-436 +0.122 27.276 —0.921
39.070 50.910 62.880
—1.920 —2.840
75-056
-4-295 -4758 -4-997
87.491 100.221 II3-254
126.573 140.141 153.906 167.813 181.813 195.867 209.950 224.044 238.138 252.210 266.231
-3.644
-4-985 -4.704 -4-153 -3-354 -2.346
-1.187 +0.050 +1.289 +2.450 +3-463
+4-263 +4.804
280.158 + 5 - 0 5 6 293-937 +5.011 307-512 +4.666 320.831 +4.102 333-860 + 3 - 3 1 6 346.587 +2-379
Mond 1959 O b e r e r M e r i d i a n d u r c h g a n g in Änderung fürlh westl. Länge
Tag AR.
1959 Jan. 0
h m s 10 40 44
Änderung fürlh westl. Länge
Dekl.
0
s
r
Parallaxe
31
Greenwich Zeit des Durchgangs
Änderung für l b westl. Länge m 2.08
22
35
3-i
10
35
1.2
58.5
4
54-2
2.O9
23
48
3-i
5 44-8 6 36.7
2.13
11 11
3 31
1.2
58.9
2.20
I
2
3-i
12
2
7 8
30.5 26.6
2.29
2
17
3-i
12
36
1-3 1.6
2.38
3
32
3-i
13
16
1.8
m
4
58.4
1 1 34 38 12 29 14
135
+ -
0 28.5 4 6.7
- H - 5 -11.4
14 12
59-3
148
8 31.3 — 1 2 28.1
—10.6
4
13 25 14 23
I42
-
9.0
59-6
5
15 23
23
153
- 1 5
39-2
-
6.8
59-7
6
l 6 25
30
157
- 1 7
48.1
24.6
158
—18
42.7
3-9 0.6
9
1 7 28 38
-
59-7
7 8
59-5
10
23.7
2-45 2.46
l 8 31
24
155
- 1 8
18.8
+
2.6
11
22.3
2.42
9 10
1 9 32 24 20 30 40
149 I42
—16
41.6
+
5-4
59-i 58.6
12
19.2
2.32
7-6
57-9
13
i3-4
21 25
50
134
3-9 42.1
+
11
- 1 4 —10
+
9-i
57-i
14
4-5
12
22 l 8
5
12 7
-
6
14
52-7
23
7
57
122
-
2 50.4
+ 9-9 +10.2
56.3
13
55-6
14
23 56
10
+
1
I3-1
+10.0
55-o
38.5 22.6
15 16
0 43
30
119 Il8
15 16
+
5
8.4
+
9-5
54-5
1 3°
44
119
+
8.7
54-3
17
2 18
33
121
+ 8 47-4 + 1 2 2.8
17 17
+
7-6
54-2
18
3
7
32
124
+ 1 4
47-5
+
6.1
54-3
19 20
3 58
6
129
+ 1 6
53-7
+
4 5°
25
133
+ 1 8
13.7
21
5 44
23
137
+ 1 8
40.1
22
6 39
38
7 35
35
139 I40
+ 1 8
23
+ 1 6
3
39
I40
9 27
26
139
+ 1 4 + 1 0
27
1 0 22
46
138
+
m
m
—
h
m
2.9
14
3
2.1
2.6 2.2
14 16
58 0
2-4 2.7
7 8
36 16
1.9
17
8
2.9
2.19
1.6
18
17
2.9
2.07
8 5 1
i-4
19
26
2.9
1-95 I.87
9
20
1.2
20 34
2.8
9 10
47 11
1.1
21
40
2.7
1.82
1.0
22
44
2.7
5-9 49.1
1.80
10
35
1.0
23
47
2.6
1.80
11
0
1.1
18
32.8
1.85
11
26
1.2
0 48
2.6
17-7 4.2
11
56
i-3
1
49
4-4
19 20
I.90
54-6
1.97
12
29
i-5
2
48
2-5 2.4
+
2.3
55-o
20 52.5
2.05
13
7
46
2.4
0.1
55-6
21
42.4
2.II
13
52
i-7 2.1
3
—
4
4i
2.2
7-7
-
2.6
56.2
22
33-5
45
5-i
56.8
23
25-4
15
44
2-3 2.6
5 6
32 19
2.1
-
2.15 2.17
14
34-3
16
49
2.8
7
0
1.6
i7 19
58 10
2.9
36 9
i-4
3-o
7 8
20 23
3-i
52.7
2.4 39.2
-
7-5 9.4
57-5 58.0
0
17.4
2.IÖ
1
9.1
6 36.2
-10.8
58.5
2
0.3
2-15 2.13
—
•
28
11 17
50
138
+
2
7.8
-11.5
58.8
2
5i-3
2.13
21
37
3-i
29
12 13
2
139
—
2 30.0
- H - 5
59-o
3 42-4
2.14
22
52
3-i
9
30
13
I
—
7
—10.9
59-2
4
34-2
2.18
27.1 21.6
2.23
0
7
4
I
14
5
54
I44
15 16
4 4
26 26
4
17 18
5 6 7 8
3i Febr. 1 2 3
9 10
0.2
148
- 1 1 - 1 4
5-8 30.4
152
- 1 6
59.2
5 28 6 38
153
—18
152
- 1 8
19 20
6 5 3 5 16
I49 143
21
1
59-2
—
i-3 1.2 1.2
37
1.2
10
7
10
39
i-3 1.4
-
7-5
59-2
2.30
1
20
3-o
11
16
4-9 1.9
59-2
7
17-5
2-35
2
31
2.9
12
0
21.0
-
14-4
2.38
3
37
2.6
12
50
2-3
+
1.2
5»-9 58.6
8
29.8
9
" - 5
2.36
4
36
2-3
13
48
2-5
—17
26.7
+
4-o
58.2
10
7.6
2.30
528
2.0
14
5i
2.7
19-5 20.8
+
6.5
57-7
11
1.9
2.22
6
i-7
15
58
2.8
+
8.3
57-2
i-4
2.01
7
20
7 15
56.0
13
30.2
1.92
7
48
i-3 1.1
17 18
2.9
56.6
53-8 43.2
648
+ 9-5 +10.1
11 12
2.11
19
22
2.8
i5-5
1.86
8
14
1.1
20 27
2.7
14
137
21 54 40
131
-
8 45.8
22 45
49
125
12
122
-
4 49-4 0 45.1
-
9-5
+10.2
55-4
14
11
3-i
1.8
5 6
- 1 5 —12
23 35
1.2
49 47
8 39 9 08
853
m
4 43
—
8 31
h
5 6
24 25 26
gang
Änderung fttrl» westl. Länge
4-4
Ii
+
138
gang
Unter-
4
/
134
1
Änderung für Ii" westl Länge
Auf-
58.1
—IO.9
2
L ä n g e , -f- 50° Breite
i-7 2.0
2.8
Mond 1959
32
Oh W e l t Scheinbare Rektaszension h
23 23 0 1 2 3 3 4 5 6 7 8
m s
6 56 54 17 40 47 27 i 13 3 1 046 49 38 29 22 15 9
7 49 56 19 43 45
9 4 9 58 1053 11 47 12 43 13 39 14 36
5 32 4 49 3 3 o
15 16 17 18 19 20 21 22 22 23 0
33 32 30 28 24 19 11 2 51 38 25
5i 18 46 32 55 26 54 24 13 46 31
1 1 2 3 4 5
11 58 45 33 22 12
57 29 33 25 17 16
6
Scheinbare Deklination
318
6 55 7 47 841 9 35 10 29
16 59 17 5 27
47 46 46 46
21 30 14 30
47 15 48 21 49 42 51
7
52 23 53 24 54 2 54 20 54 27 54 32 54 45 55 14 56 o 56 57 57 5i 58 27 58 28 57 46 56 23 54 3i 52 28 50 30 48 49 47 33 46 45 46 26 46 32 47 4 47 52 48 52 49 59 51 2 51 58 52 43 53 18 53 48 54 22
— 3 + o + 4 + 8 +11 +14
6.1 50.7 4°-7 15.6 28.1 11.7
+16 +17 +18 +18
20.2 47-2 27.0 14.6 +17 7-o +15 3-9 + 1 2 8.6 + 8 28.6 + 4 15-6 — o 15.6 — 4 47-8 — 9 3-4 - 1 2 45-3 - 1 5 39-o - 1 7 33-5 —18 22.6 - 1 8 5.6 - 1 6 46.5 -14 -11 — 8 — 4 — o + 3
33-6 37-7 10.8 24.6 30.6 20.9
Parallaxe
3 56.8 3 3 3 2 2
5°-° 34-9 12.5 43-6 8.5
1 27.0 o 39.8 0 12.4 1
7.6
2
3-1
2 55-3 3 4°-° 4
I3-°
4 3i-2 4 32-2 4 15-6 3 41-9 2 53-7 1 54-5 o 49.1 0 17.0 1 19.1 2 12.9 2 55-9 3 26.9 3 46-2 3 54-° 3 5i-5 3 39-9
+ 7 0.8 3 20.2 + 1 0 21.0 2 53-3 +13
zeit
1 4 - 3 2 19-7
Halbmesser
55 44-4 55 I 2 - 5 26.9 54 45-6 54 26.0
10.9
54I5.I
I-0
54 3t
14.1 t
— 9 5
54 54 55 55
23.6 J 19.9 43-5 13*2 37 9 5 « .8
5 6 34-9 2.3 57 2 I - 7 46.0
59 59 59 59 59 59 59
33.2
22.3 ^ c 44-8 IO-4 55-2 — 54-i ^ 43-o I g 24.3 °-4
58 33.4
58 4-9 29.2 ^ 57 35-7 2 9 4 57 6.3 56 37.1 29 2 56 8.1 28.2 y 0 55 39-9 2 6 55 13-2 24.0 0%J 54 49-2 1 9 g 54 2 9 - 3 I 4 . 3 5415-0
54
7-6
y
io
10
+ 1 5 34-o 1 4°-4
54 8.6
+17
54 7 ^ i9-° 20.3 54 39-3
1 4 - 4 o 55.8
+ 1 8 10.2 o + 1 8 17.1 0 + 1 7 3i-9 1 + 1 5 53-5 2 + 1 3 22.9 + 1 0 4.6 3 6 6.4 3
+
6.9 45.2 38.4 30-6 18.3 58.2
55 55 56 57 58 59
12.8 4- 1 56.7 5i-4 48.4 48.1
14 5 0 - 7 14 5 6 -2 15 4-2 1514-6 15 26.5 15 39-3 1 5 51-8
58 49.1 ^ ^
15 15 14 14 14 14
10.4
9-8 7 39.9 49-7 Z o 37-6 ? » 30.7 ' 25.4 i7-i
16 16 16 16 16
3.1 12.1 18.2 21.1 20.8
8.7 7-4 5-3 3-° oj 2.6 5-5 8.0 10.4
Ii.9 12.8 12.5 "•3 9.0 6.1 2J) °-3 3°
16 17.8 16 12.7 5-i 6.6 16 6.1
7-3
15 58.8 7.8 15 5i-o
7-9
15 43-i 8.0 15 35-i 8.0 1 5 27-1
7-9
1 5 19-2
7-7 7.2
15
ii-5
15 M 14 14 14 14 14 14
4-3 57-7 5i-3 48.4 4 6 -4 46.6 49-5 55-o
15
3-3
6.6 6-4 2.9 2.0 0.2
2.9 5-5 8-3 10.9
1 5 1 4 - 2 13.0 15 2 7 - 2 I4.5 1 5 41-7 14.9 1 5 5 6 . 6 14.1
16 10.7
Länge
Breite
346.587 359-024
+2.379 +I-345 +0.267 -0.808 -1.838 —2.787
11.204 23.184 35-035 46.839 58.684 70.658 82.846 95-320 108.135 121.321 134.878 148.774 162.945 177.308 i9i-77i
206.245
—3.620 -4-304
-4.806 -5-095 -5-141
—4.920 -4.421
-3-650
—2.641 -1.449 -0.154 +i-i54
220.656 234.948 249.084 263.041 276.807 290.371
+2.385 +3-457 +4-306 +4.889 +5.181
303.726 316.863 329.776 342.462
+4-893 +4-354 +3-599 +2.677 +1.640 +0.542
354-926
7.182
+5-178
31.184 43.020 54-825 66.669 78.629
-0.567 -1.639 -2.633 -3-513 —4.246 -4.803
90.787 103.220 115.998 129.172 I42-773 156.792
-5.278 -5-147 -4.746 -4.070 -3-133
I9-255
-5-I56
Mond 1959 Oberer Meridiandurchgang Änderung für lh westl. Länge
Dekl.
1 58 50 2 47 15 3 36 48
s 122 120 119 120 122 126
0 > 0 45-i + 3 15-8 + 7 3-6 + 1 0 30.4 + 1 3 28.6 +15 5 M
4 27 47 5 20 19 6 14 19 7 9 29 8 525 9 1 43
129 133 137 139 140 I4I
9 58 9
I4I
lag
AR.
1959 Febr. 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 März 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23
Ii m s 23 35 12 0 23 24 1 11 4
33
in G r e e n w i c h
ÄndeZeit des rung ParDurchfür 1J» westl. allaxe gangs Länge '
Änderung für lh westl. Länge
+10.2 + 9-8 + 9-i + 8.1 + 6.7 + 5-i
55-4 54-9 54-5 54-3 54-2 54-3
h m 14 15-5 14 59-7 15 43-3 16 27.0 17 11.4 17 56.8
m 1.86 1.83 1.82 1.83 1.87
+ 17 +18 +18 +17 +15 + 12
54-6 55-i 55-7 56.5 57-3 58.1
18 19 20 21 22 22
43.8 32.2 22.1 13.2 5.1 57-3
1.99 2.05 2.11 2.15 2.17 2.18
+
3i-9 + 3-2 23.4 + 1.0 20.0 - 1.3 17.7- - 3-8 i5-7 - 6.3 17.2 - 8.5 8 30.3 - 1 0 . 3
58.8
23 49.6
2.18
~
r
/
i-93
54 51 48 46 46
40 26 46 59 16
15 16 17 18 19
46 47 48 47 45
32 21 0 36 26
20 41 21 34 22 25 23 15 0 3 051 1 2 3 4 4 5 6 7 8 9 10 11
39 28 17 7 58 50 44 38 33 29 25 22
142 142 144 147
+ -
4 0 5 9
7-9 33.6 !5-2 36.9
0 1 2 3 4
22 30 31 24 9
2.9 2.7 2.4 2.1 1.8
947.6 10 36.9 1 1 24.1 12 9.7 12 54.2 13 38.0 14 21.8 15 6.0
2.10 2.01
4 5 5 6 6 7
48 20 49 16 41 6
7 7 8 9
3i 58 28 2
120 121 124 12 7 130
+ 9 +12 +14 +16
3-5 13.6 5°-7 48.0
+ 8.5 + 7-3 + 5-8 + 4-° + 2.0 - 0.3
54-3 54-2 54- 1 54-2 54-5 55-o
- 2.6 - 5-o - 7-3 - 9-3 —10.9 -11.8
55-7 56.5 57-4 58.3 59-2 60.0
4 6 -4 26.5 22.8 48.3
1.4 i-3 i-3 i-3 i-3 1.4
2.32 2-35 2.36 2-34 2.28 2.20
46 1 3 8 25 54 27 52 59 39 55 58
+13 +10 + 6 + 1
6 6 638
4 J 7-3 5 13-5 6 10.2 7 6.7 8 2.2 856.0
+ 9-9 + 9-4
+ 1 7 45-6 + 1 6 14.2
3-o 3-2 3-2 3-2 3-2 3-i
59-7 59-3 58.9 58.4 57-9 57-4 56-9 564 55-9 55-4 55-o 54-6
135 137 138 140 I42 I44
2.4 2.3 2.1 1.9 1-7 1.6
8.3 5-7 2.8 0.2 3-o 5-5
+ 7-5 + 8.9 + 9-7 +10.1
133
33 29 21 9 52 3i
+ + +
26.4 9.3 25.0 26.4 34-8 27-8
15 16 17 18
5i-o 37.0 24.2 12.6
19
2.1
19 20 21 22 23
52.4 43-5 35-o 27.2 20.2
i-93 1.87 1.84 1.83
2-5
1 2 3 4 4 5
2.19 2.21 2.23 2.28
-13 -10 - 6 — 2 + 1 + 5
—
0 35
1.6 1.9 2.2 2-4 2.7 2.9
42.0 34-7 28.0 22.1
136
h m m 20 27 2.7 21 31 2.7 22 34 2.6 23 35 2.5
4 45 33 29 30 38 49 3 20 36 53 9
0 1 2 3
6 28 47 27 58 54
+ 1 7 59-6 + 1 8 20.1
h m m 8 14 I . I 838 1.0 9 3 I.I 9 29 I . I 9 57 1.2 10 28 1-4
59-4 59-8 59-9 59-9
- 1 3 20.3 - 1 6 9.3 - 1 7 52-5 —18 24.4
131 126 123 120 120
ÄndeÄnderung Unter- rung für 1*> für lb westl. gang westl. Länge Länge
-11.9 -H-5 —10.2
150 152 152 151 147 142
- 1 7 45-7 - 1 6 2.8
Aufgang
11 11 12 13 14 15 16 18 19 20 21 23
—
10 11 12 13 14
oh Länge, -f- 50° Breite
9 18 10 0 10 48 11 43 12 43 13 48
1.6 1.9 2.2 2.4 2.6 2.7
i-5 i-3 1.2 1.1 1.1 1.1
14 16 17 18 19 20
54 1 8 13 17 20
2.8 2.8 2.8 2.7 2.7 2.6
21 22 22 23 23 21
2.6 2-5 2.4
0 18 1 11
2.3 2.1
2 0 2 45 3 25 4 1 4 34 5 5
2.0 1.8 1.6 1.4 i-3 i-3
—
1.83 1.86 1.89 1.94 1.99 2.04
9 4i 10 25
1.1 1.2 i-3 i-5 i-7 2.0
2.08 2.11 2.14 2.16 2.19 2.23
11 12 13 14 15 16
2-3 2-5 2.8 2.9 3-i 3-2
16 13 17 25 37 53
7 9 7 39 8 9 8 42
—
3
Mond 1959
34
0h W e 11 z e i t Scheinbare Deklination
Scheinbare Rektaszension
10 29 27 m s 11 24 30 55 3 12 20 3 1
16 15 16 16 15 12 7 59
43 12 47 o 4 4 17 13 47
21 50 22 38 23 25 o 12 o 58 145
9 43 59 29 41 3
13 17
14 15 16 17 18 19 20 20
2 31 56 3 19 34 4 8 6
4 57 32 5 47 46 6 38 39 7 30 1 8 21 47 9 i3 56 10 6 39 11 0 14 11 55 4 12 51 33 13 49 5 8 14 5° 19 1552
8
16 54 28 17 56 6 18 55 19 52 20 47 21 38 22 27 23 15
52 59 9 33 38 2
56
1
57 12 58 29 59 35 61
3
60
4
59
°
57 13 54 56 52 34 50 22 48 34 47 16 46 30 46 12 46 22 46 53 47 38
48 32 49 26 50 14 5 ° 53 51 22 51 46 52
9
52 43 53 35 54 50 56 29 58 25 60 21 61 49 62 20 61 38 59 4 6 57
7
54 10 51 24 49
5
47 24
+ 6 6.4 4 25-7 + I 4°-7 4 37-3 - 2 56.6 4 29-9 - 7 26.5 4 2 . 7 —Ii 29.2 3 16.8 —14 46.0 2 16.7 - 1 7 2.7 1 8.5 —18 11.2 0 1.0 —18 10.2 - 1 7 4-7 1 5-5 - 1 5 3-9 2 0.8 - 1 2 18.8 2 4 5 . 1 3 17-6
- 9 1.2 3 38.8 - 5 22.4 3 49-4 - 1 33-o 3 5 ° - 4 + 2 17.4 3 42-2 + 5 59-6 3 25.8 + 9 25-4 3 i - 4 + 1 2 26.8 2 3° ° + 1 4 56.8 1 52.1 + 1 6 48.9 1 9-1 + 1 7 58.0 o 21.7 + 1 8 19.7 0 28.1 + 1 7 51-6
+ 1 6 32.6 + 1 4 23-7
+11 + 7 + 3 - o -
27.8 50-4 4°-2 50.7
5 26.0 9 46.1
- 1 3 29-8
—16 17.9 - 1 7 56.5
—18 20.4 - 1 7 32-8
-15 -13 - 9 - 6 - 2
1 19.0 2
Halbmesser
Parallaxe
8.9
2 55-9 3 37-4 4 10.2 4 30.9 4 35-3 4 20.1 3 43-7 2 48.1 1 38.6 o 23.9 0 47.6
5 9
60 0.8 6031.8
60 47.O 60 45.2 60 27.9 5 9 58.1
1 49.2
—
38
,
59 20.0 ' 58 37-7 5 7 54-6 57 1 3 . 3 35-1
£
L.2
55 30.8 55
4-8
^ „
22.0
54 42.8
Ig G
54 2 4-8
I3.6
54
8.6
11,2
54 2.6 5 3 59-7 54 3-5 54 ! 5 - o 54 35-1 5 5 4-2
38 3
55 42.5
6 8
5
29-3
2 9
rj|
]
6
*M 22.9 " 57 5 8 20.4 — . 57 ' 5 r _ Z 57-3 59 17-7 51.8 60 9" 560 61 61 61 60 59
'
58 57 56 55 55
16 16 16 16 16 16
10.7 11.9 22.6 31.1 8.5 35-2 •M 34-7 30.0 4 - 7 8.1
40.7
50.2 24.6 14.8 5-3 20.1 m — 143 5.8 3i-5 34-3 44.0 50-3 51-4
5-2 53-7 51.8 13-4 47-3 26.1 45-o 4 1 . 1 io-9 34-1
Breite
156.792 - 3 - 1 3 3 171.171 -1-975 185.876 —0.663 2OO.743 +0.710 215.660 +2.039 230.500 + 3 - 2 2 4
16 21.9 10.4 16 11.5 11.5 16 0.0
245-I50
1 5 48-2 11.2
287.324 +5-283 300.724 +5-050 3 I 3 - 8 I 7 +4-557
11.8
56 0.9
58 58.9
43-6 2 37-8 5-8 3 12.9 52.9 17.2 3 35-7 3 47-7 29.5
¿> für l weptl. westl. westl. allaxe eanes Länffp Länee Länge h m s II 441 I I 58 7 12 53 15 13 50 46 14 51 11 15 54 27 16 59 48 —
0 / s 132 + 3 39-6 135 — 0 46.6 141 - 5 17-7 147 - 9 37-4 155 - 1 3 25-9 l6l —16 21.9 165 —
-18 —
6.4
—11.2 -10.3 - 8.6 - 6.0
57-7 58.5 59-3 60.0 60.6 60.9
h m 17 39-5 18 28.9 19 19.9 20 13.4 21 9.7 22 8.9
m 2.03 2.09 2.17 2.29 2.40 2.52
h m 11 5 12 16 13 29 14 44 16 1 17 18
-
61.0
23 10.1
2-57
18 30 19 36 20 32 21 19 21 57 22 30
/
-10.8
—
2.7 —
/
—
22 58 23 24 23 49
m 2.9 3-o 3-i 3-2 3-2 3-i 2.9 2.6 2.2 1.8 i.5 i-3 1.1 1.1 1.1
0 14 0 40
1.1 1.1
9 10 11 12 13 14
1 1 2 2 3 4
8 40 16 58 45 39
i-3 i-4 1.6 1.9 2.1 2.4
15 50 16 47 17 42 18 34 19 20 20 2
2.9 2.8 2.7 2.6 2.6 2-5 2.4 2-3 2.2 2.1 1.8 i-7
2.05 2.03 2.02 2.02 2.04 2.10
5 38 6 41 7 47 856 10 5 11 17
2.6 2.7 2.8 2.9 2.9 3-o
20 21 21 22 22 23
39 11 41 9 37 5
i-4 i-3 1.2 1.2 1.2 1.2
7.2 °-5 56.5 54.9 54-9 55-i
2.17 2.28 2.38 2.47 2.51 2.49
12 13 14 16 17 18
3° 44 58 11 18 18
23 35
i-4
23 54-o
2.40
19 19 20 20 21 21
9 52 28 59 27 52
3-i 3-i 3-i 2.9 2.7 2-3 2.0 i-7 i-4 1.2 1.1 1.1
—
—
—
5 10 12 10
43 23 16 39
164 159 151 141
- 1 8 28.0 —17 26.6 - 1 5 13-2 - 1 2 5-5
+ + + +
0.9 4-2 6.8 8.7
60.7 60.1 59-3 58.4
0 1 2 3
11.9 12.5 10.2 4-5
2.56 2.47 2-33 2.19
22 5 22 57 23 47 0 35 1 22 2 10
31 22 0 15 54 42
133 127 122 120 119 120
— 8 22.7 - 4 21.5 - 0 15.7 + 3 44-2 + 7 29-6 + 1 0 53.0
57-4 56.5 55-7 55-o 54-5 54-2
3 4 5 6 6 7
55-3 43-1 28.7 12.8 56.4 40.2
2.05 1.94 1.87 1.83 1.82 1.83
2 59 3 48 4 39 5 3i 6 24 7 17 8 11 9 4 9 56 10 49 11 41 12 35
J2 49 4° 43 37 57 15 12 47 11 51 27
123 126 129 131 133 133
54-i 54-i 54-2 54-5 54-8 55-2
8 9 9 10 11 12
24.6 10.2 56.9 44.9 33-7 23.0
1.87 i-93 1.98 2.02 2.05 2.05
133 132 131 131 133 136
+ 1 3 47-3 + 1 6 5-4 + 1 7 40.6 + 1 8 26.6 + 1 8 19.2 + 1 7 16.5 + 1 5 20.1 + 1 2 34.7 + 9 7-9 + 5 9-4 + 050.6 - 3 35-9
+ 9-8 +10.2 +10.2 + 9-7 + 9-° + 7-9 + 6.6 + 4-9 + 3-° + 0.8 - i-5 - 3-8 - 5-9 - 7.8 - 9.4 —10.4 —11.0 —11.1
55-7 56.2 56-7 57-3 57-9 58.4
13 14 14 15 16 17
12.2 1.1 49-6 37-9 26.5 16.0
13 30 14 28 15 28 16 30 17 34 1839 19 42
39 6 10 40 47 7 6
14I 147 153 159 l6l IÖO
- 7 -11 -15 —17 —18 -18
55-4 51.6 6.4 22.1 24.2 5.8
—10.4 - 9.1 - 7.0 - 4.2 - 0.9 + 2.4
59-o 59-5 59-9 60.2 60.2 60.0
18 19 19 20 21 22
155
—16 30.2
+ 5-4
59-6
18 19 20 21
—
20 42 21 39 2234 23 25
32 50 5 45
147 139 132 126
-13 —10 - 6 - 2
49-7 21.8 25.2 16.3
cfi Länge, -)- 500 Breite ÄndeÄndeAuf- rungb Unter- rung fürl fürlh gang westl. gang westl. Länge Länge
+ 7-8 + 9-4 +10.2 +10.4
59-o 58.2 57-3 56.5
0 1 2 3
50-3 43-6 33-7 21.3
2.28 2-15 2.03 1.94
—
hm
m —
0 0 1 1 2
3 31 1 33 11
2 3 4 5 7 8
55 48 49 56 8 19 29 37 43 47 49 50
I.I 1.2 1-3 i-5 i-7 2.0 2.4 2.7 2.9 3-o 2.9
—
0 0 1 2
9 49 36 31
3 4 5 7 8 9
35 44 56 8 18 26
1.6 1.8 2.1 2-5 2.8 2.9 3-0 3-o 2.9 2.8
Mond 1959
40
Oh Scheinbare Rektaszension
23 18 53 48 28
0 7 2 1 47 19 0 5 4 40 46 49 1 41 29 46 55 2 28 24 47 30 3 i5 54 48 23
4 4 5 6 7 8
I
4 53 44 35 27 19
7 45 16 37 29 31
9 11 10 3 10 54 1 1 46 12 38 13 32
26 7 42 25 44 6
14 15 16 17 18 19
o 39 2 40 45 15
27 23 22 21 21 21
20 19 13 21 15 4 22 8 36 22 59 57 23 49 3 i 0 3 7 48 1 25 21 2 12 40 3 014 3 48 23 4 37 21 5 27 13 6 17 56 7
8 8 9 10
9 21
1 53 45 38
14 21 37 2
49 28 5° 3i 51 21 51 52 52 2 51 55 5i 41 5i 51 52 53 54
35 43 19 22 54
56 58 59 60 59 57
39 23 38 5 3° 58
55 53 51 49 48 47
51 32 21 34 17 33
47 47 48 48 49 5° 51 51 52 52 52
19 34 9 58 52 43 25 53 7 16 25
Scheinbare Deklination
— 2 50.2
+ i + 5 + 8 +11 +14
10.8 2.4 36.4 46.1 25.2
+16 +17 +18 +18 +16 +14
28.0 48.7 22.7 6.2 57.8 58.6
+12 + 8 + 4 + o - 3 - 7
12.7 47.5 52.5 39.3 38-9 48.2
4 3 3 3 2 2
1.0 5i-6 34 ° 9-7 39.1 2.8
1 o 0 1 ï 2
20.7 34-° 16.5 8.4 59.2 45-9
3 3 4 4 4 3
25.2 55.0 13-2 18.2 9-3 45-6
2 1 0 ï 2
15-3 12.3 3-i 5.8 8.1
2 3 3 4 3 3
58.7 34-5 55-3 2.4 57-6 42-9
2 + 1 3 25-0 2 + 1 5 40.9 1 + 1 7 16.5 o + 1 8 7-3 O
51.1 15-9 35-6 50.8
-18 —18 -17 -14 -11 - 8 - 4 - o + 3
8.6 11.7 5-9 57-8 59.1 24.6 29-3 26.9 3°-7
+ 7 13-6 3 20.3 + 1 0 33.9
2.2
9-5 0 48.5 + 1 7 21.0 1 39-7 + 1 5 4i-3 2 28.6 +18
+ 1 3 12-7
t z e i t Halbmesser
Parallaxe
- 1 1 33-8 3 7-2 —14 41.0 - 1 6 56-3
w el
3 12.3
+ 1 0 0.4 3 47-7 + 6 12.7
5
36.9
55 51.9 55 13-4 54 43-5 54 2 3 . 3
45 . 0
15 27.I 15 14.8 12.3
29 9
i5
20 . 2 g.g
54I34
54 54 54 55 55 56
13-5 22.9 40.5 4-7 33-8 5-6
9-4 17.6 24.2 29.1 31-8 32.8
56 38.4 , 2
0
57 i°-4^ 29.9 58 7-2 23.6 58 30.8 19.9 58 50.7 16.1 59 6.8 12.0 59 i8-8 7.0 59 25-8 1.0
59 59 59 58
26.8 5-9 20.9 14.0 6.9 44-8 29.8
57 56 56 55
39-2 59-7 19-3 4i-o
55 54 54 54 54 54
7-4 4°-9 23-2 15-3 17-8 30-6
35-8 39-5 40.4 38.3 33-6
58 1 5 - 0
26.5 17.7 7j9 2.5 12.8 22.3
54 52.9 3°-4 55 23-3 36.7 56 0.0
40-3 41.0 57 21.3 38.7 56 40-3
58 0.0
10.5 8.1 14 56.2 5-5 1 4 50-7 2 ^ 14 47.9 0.1 4-3
14 48.0 2.6 14 50.6
4-7 1 4 55-3 6.6 1 5 i - 9 8.0 1 5 9-9 8.6 1 5 1 8 . 5 9.0 1 5 27-5 8.7 1 5 36.2 8.1 1 5 44-3 7-4 1 5 5 i - 7 6.4 1 5 58.1 5-4 1 6 3-5 4-4
16 16 16 16 16 16
7.9 11.2 13.1 13.4 11.7 7.9
16
1.9
3-3 1.9 cy i-7 3-8 6.0
Länge
Breite
349-439 +1.462 2 . 1 5 3 +0.352 1 4 - 5 3 0 -0.747 26.645 - 1 . 7 9 0 38.584 -2.740 5°-434 - 3 - 5 6 5 62.280 -4-235 74.198 -4.726 86.252 - 5 - 0 1 3 98.493 -5.076 110.954 —4.902 123.649 - 4 - 4 8 5 136.578
-3-831
149.730 -2.963 163.086 - 1 . 9 1 8 176.625 -0.748 190.330 +0.481 204.189 +1.697 218.190 +2.825 232.320 +3-792 2 4 6 . 5 5 7 +4-532 260.864 +4.996 275.186 +5-149 289.452 +4-983
+4-5I4 317.498 +3-782 15 44.0 3 3 I - I 3 3 +2.846 1 5 33-3 344-444 +I-773 1 5 22.3 3 5 7 - 4 1 7 +0.631 -0.516 15 " - S 10.062 1.615 1 5 2.7 7.2 22.418 —2.621 1 4 55-5 34-539 4-9 14 50.6 2.1 46.497 -3-499 14 48.5 0.7 58.368 —4.220 1 4 49-2 3-4 70.236 - 4 . 7 6 1 14 52.6 6.1 82.181 -5-099 94.279 - 5 - 2 1 7 1 4 58.7 8-3 -5-099 106.594 1 5 7-o 10.0 1 5 i 7 - o II.O 119.176 -4-736 15 28.0 II.2 132.058 —4.128 1 5 39-2 IO.5 1 4 5 - 2 5 0 -3-287 1 5 49-7 1 5 8 . 7 3 9 —2.246 1 5 53-8
8.1 9.8 10.7 11.0 10.5 9-1
303-583
Mond 1959 rp lag
oh Länge, -{- 5°° Breite O b e r e r M e r i d i a n d u r c h g a n g in G r e e n w i c h ÄndeÄndeÄndeÄndeÄndedes rung rung rung Par- ¿/Git Auf- rung Unter- rung1 DurchAR. Dekl. für Ii' für für Ii für Ii' für l' west.J. gang westl. gang westl. westl. westl. allaxe gangs Länge Lfin se Länge Länce Länce Ii m s 23 25 45 0 15 3 1 1 4 10 1 52 24 2 40 52 3 30 5 4 20 22 5 " 50 6 425 6 57 47 7 5i 34 8 45 21
s 126 123 121 121 122 124
5 6 7 8 9 10
9 10 11 12 13 14
38 56 32 19 25 42 19 32 14 21 10 42
11 12 13 14 15 16
15 16 17 18 19 20
858 9 13 11 3 13 34 15 34 15 57
134 133 134 136 139 143 149 153 156 156 153 148
17 18 19' 20 21 22
21 14 0
142
22 23 23 0
9 26 2 28 53 33 43 16
23 24 25 26 27 28
1 2 3 4 4 5
32 14 21 2 10 11 0 2 50 49 42 37
1959 Juli 24 25 26 27 28 29 30 3i Aug. 1 2 3 4
29 30 3i Sept. 1 2 3
41
127 130 133 134 135 134
16.3 51-4 47-4 23-1 3i-3 5-5
+10.4 +10.1 + 9-5 + 8.5 + 7-2 + 5-6
56.5 55-7 55-i 54-6 54-3 54-2
Ii ni 3 21.3 4 7-o 4 5i-6 5 35-8 6 20.2 7 5-3
m 1.94 1.88 1.85 1.84 1.86 1.90
+ 1 6 59-3 + 1 8 6.6 + 1 8 22.4 + 1 7 43-3 + 1 6 8.7 + 1 3 4i-5 + 1 0 28.0 + 6 37.4 + 2 21.9 - 2 4.9 - 6 27.8 —10 30.8
+ 3-8 + 1.8 - 0.5 - 2.8 - 5-i - 7-2 - 8.9 —10.2 —II.O —II.I —10.7 - 9-5
54-3 54-5 54-8 55-3 55-8 56.4
7 5i-5 838.9 9 27-4 10 16.7 11 6.4 11 56.1
i-95 2.00 2.04 2.07 2.07 2.07
56.9 57-5 57-9 58.4 58.7 59-o
12 13 14 15 16 16
45-6 34-9 24.2 i4-o 4.7 57.0
2.06 2.05 2.06 2.09 2.14 2.22
5 6 7 9 10 11
36 45 56 7 20 33
2.8 2.9 3-o 3-o 3-i 3-i
-13 —16 —18 -18 -17 -15 -12
— -1+ +
7-6 5-i 2.2 1.0 4-° 6.6
59-3 59-4 59-5 59-4 59-i 58.8
17 51.2 18 47-3 19 45-i 20 43-5 21 41.4 22 37.7
2.30 2.38 2-43 2-43 2.38 2.30
58.3
23 31.6
2.19
47 58 6 7 0 46 24 57 27 54 20 46
3-o 2.9 2.7 2.4 2.1 1.8
+ 8.6
12 13 15 16 17 17 18 18 19 19 20 20
r
/
- 2 + I + 5 + 9 +12 +15
57-5 32.0 0.7 15.4 i5-i 6.6 3.1
/
—
6 7 8 9 10 11
35 28 22 16 10 4
18 40 28 28 36 59
— — +
21 22 22 23 23
1, m 52 18 43 II 41 —
0 15 0 54 1 39 2 31 3 28 4 30
m I.I I.I I.I 1.2 1-3
h TT 9 26 10 32 I I 36 12 38 13 39 14 37
m 2.8 2.7 2.6 2.6 2-5 2.4
15 33 16 26 17 15 17 59 18 38 19 i3 19 44 20 14 20 42 21 10 21 40 22 12
2-3 2.1 1.9 1-7 1.6 i-4
22 49 23 32
i-7 2.0
0 23 1 21 2 26
2-3 2.6 2.8
i-5 i-3 1.2 1.1 1.1 1.1
3 4 5 7 8 9
36 47 57 7 14 20
2.9 2.9 2.9 2.9 2.8 2.7
10 11 12 13 14 15
24 25 25 22 16 7
2.6 2-5 2-4 2-3 2.2 2.0
15 16 17 17 18 18
52 33 10 44 14 44
1.8 1.6 i-5 i-3 i-3 1.2
—
i-5 1.8 2.0 2-3 2-5 2.7
135 130 126 123 122 122 I24 126 128 131
8 4 0 3
21.0 17-2 6.9 57-o
+ 9-8 +10.4 +10.4 + 9-9
57-6 57-o 56.3 55-6
0 23.0 1 11.9 158.9 2 44.6
2.09 1.99 i-93 1.88
+ 7 +11 +13 +16 +17 +18
44-3 6.4 56.3 7.6 34-9 13.2
+ + + + + +
55-i 54-6 54-3 54-2 54-3 54-6
1.87 1.87 1.89 i-93 1.97 2.00
21 21 22 22 23
13 42 14 51 33
1.2 i-3 i-4 i-7 1.9
133 134 135 135 136 136
+ 1 7 58.8 + 1 6 49.7 + 1 4 46.4 + 1 1 52.6 + 8 15.6 + 4 5-9
3 29-5 4 14-2 4 59-3 5 45-i 631.8 7 i9-5 8 8.1 8 57-4 9 47-2 10 37.1 11 27.1 12 17-4
2.04 2.07 2.08 2.08 2.09 2.10
0 1 2 3 4 5
22 16 16 20 29 40
2.2 2.4 2.6 2.8 2.9 3-o
9-0 7-7 6.3 4-6 2.6 0.5
- i-7 - 4.0 - 6.2 - 8.2 - 9.8 —10.9
55-o 55-6 56.3 57-o 57-7 58.3
—
i-3 1.2 1.2 1.2 i-3 1.4
—
Mond 1959
42
Oh Scheinbare Rektaszension h m s 1 0 38 2
Scheinbare Deklination
52 43
11 3° 45 53 20 12 24 5 54 16 13 18 21 1 4 1 3 52
15 1 ° 46 16 857 8
o
18 7 19 5 20 2 2058
12 45 53 9
17
21 51 23 22 42 43 23 32 27 0 21 2 1 855 1 56 32
2 44 3 32 421 5 i° 6 o 6 5° 7 8 9 10 11 12
41 33 24 17 9 3
55 31
56 54 58 I i 59
+ 2 O.7 — 2 21.7
- 6 -10 -13 —16
39.2 35-4 54-7 23.1
Parallaxe
4 12.0
5 8
3 56.2
5917-8 5927-1 59 28.5
3 19-3 2 28.4 1 27.1
59 12
- 1 8 10.3
58 33
- 1 7 23-5
57
«
55
16
- 1 5 35-3 - 1 2 55-3
2 40.0
-
9 35-9 5 50-6
3 45-3
-
1 52.5
51 20 49 44 48 35 47 53 47 37 47 43
50 59
55 51 20 15 51 42 57 52 8 5 52 48 53 37 53 44 55
1
56 34 58
9
59 32 60 19 60 14 59 12 57 26 55 14 52 57 50 56 49 20
+ 2 6.3 + 5 55-o + 9 24-4 + 1 2 26.6 + 1 4 55-2 + 1 6 44.7 + 1 7 50-7
+18
9-9
+ 1 7 4°-2
+ 1 6 20.7 + 1 4 12.6 + 1 1 19.0 + 7 45-7 + 3 41-6 - o 41.2
o 20.1 0 46.8 1 48.2
3 19.4
3 58.1 3 58.8 3 48-7
2 28.6 1 49-5 1
- 1 7 33-3 - 1 8 10.6 - 1 7 38-9
—16 4.2 - 1 3 36-6
—10 28.4 - 6 52.2 - 3 °i
6.0
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1 19.5 2
8.1
2 53-6 3 33-3 4
4
1
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158.739
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172.492 186.463 2OO.592 214.823 229.097
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+ 6 12.7
W e l t z e i t
4
5 7 43-5
6.0 4-9 10.9 2-5 13.4 westl.
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m
1 2
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+ 1 7
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+
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4
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+ 1 7
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+
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6
1 2 5 8
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+ 1 8
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1.88
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+
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1
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6
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7
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6 . 6
8
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3
—
1 . 0
+
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1 4 8
— 1 6
3 1 . 2
+
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5 8 . 4
1 4 1
- 1 4
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+
7 - °
5 7 - 8
1 1
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1 3 5
- 1 1
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+
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1 2
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+
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2
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-
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2 - 4 5 2 - 4 3
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3
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2 - 3 5 2 . 4 1
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i
1 8
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0
1 3 4
1 5
—
2 . 0 4
1 3 3
1 4
i - 4
2 . 7
7 3 6 . 8
5 8 1 0
5
2 . 8
1 . 1
5 1 2 3
4
2 . 9 2 . 9
2 1
8
6 0 . 3
i
4 7
7
1
1 . 2
—
1 8
2 8
O k t .
1 . 8
2 . 4
1 8
—
1 7 1 8
1 - 4
1 7
5 4 - 5
5 2 1 5
1 - 3
1 8
- 1 5
5 4 4
! 4
-
- 1 3
1 9 2 0
1 3
°
1 5 1
6
— 1 0 . 1
1 . 2
2 . 6 2 - 3
i - 3
1 9
2 9
1 . 8
2 0
1 6
2.1
2 1
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2 . 4
2 2
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2 3
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2 . 8 —
0
2 3
2 . 8 2 . 8
1 . 2
1
3
5 8
1 . 1
2
3 9
2 . 8
2 4
1 . 1
3
4 6
2 . 8
i
Mond 1959
44
0h Scheinbare Rektaszension
23 o 0 1 2 3
18 6 54 4i 29 17
31 44 20 45 21 23
4 5 58 4 55 6 5 44 42 6 34 37 7 24 44 8 1 4 58 9 5 956 10 47 11 40 12 34 13 30
22 8 33 4 11 19
14 28 15 29 16 31 17 33 18 35 19 35 20 32 21 26 22 17 23 7 23 55 0 42
43 17 22 55 36 17 14 20 51 16 15 25
1 2 3 3 4 5
29 16 4 52 41 31
20 28 7 28 3° 4
6 20 55 7 10 47 8 o 30 850 1 9 39 27 10 29 8
Scheinbare Deklination
48 13 47 36 47 25 47 36 48
2
48 35 49
8
49 36 49 55 50
7
50 1 4 50 34 50 46 51
25
52 31 54
7
56
8
58 24 60 34 62
5
62 33 61 41 59 41 56 57 54
6
51
3i
49 25 47 59 47 46 55
47
8
47 39 48 21 49
2
49 34 49 51 49 52 49 43 49 31 49 26 49 4 1
- 3 0.1 + o 56.6 + 4 47-4 + 8 22.8 + 1 1 34-5 + 1 4 14.8 + 1 6 17.6 + 1 7 37-9 + 1 8 12.2 + 1 7 58-7 + 1 6 56.7 + 1 5 7-5 + 1 2 33.6 + 9 J 9-i + 5 3°- 6 + 1 16.9 - 3 9-4 - 7 32-3 —Ii 32.6 - 1 4 50.2 - 1 7 7.1 - 1 8 11.8 - 1 8 1.4 - 1 6 41.5 - 1 4 23.6 —Ii 21.6 - 7 49.6 - 4 °-3 - o 4.7 + 3 47-3
P arallaxe
3 56-7 3 5°-8 3 35-4 3 11
-7
2 4°-3 2
2.8
1 20.3 0
34-3
° 13-5 1
2.0
1 49.2 2 3.3-9 3 14-5 3 48.5 4 13-7 4 26.3 4 22.9 4
0.3
3 17-6 2 16.9 1
4-7
0 10.4
1 19.9 2 17-9 3
2.0
3 32.0 3 49-3 3 55-6
3 52.0 3 39-6
+ 7 26.9 + 1 0 45.8
2 5°-5
+ 1 3 36-3
2 15-3
+ 1 5 51-6
1 34-3
+17
25-9
+18 +18 +17 +15 +13 +10 + 7
14.9 16.0 28.9 54-8 36.8 39.0 7-2
o 49.0
3 18.9
o
W e l t z e i t
1.1
0 47.1 1 34-i 2 18.0 2 57-8 3 31-8
56 55 55 54 54 54 54 54 54 54 54 55 56 56 57
7.6 39-3 13-3 49-9 30.1 I 4-9 5-5 3-2
9-i 24-1 49-° 23-8 7.6 59-o 55-2
Auf-
ObereKul
gang
mi nation
Scheinbare
Halb-
Hör.
Rektaszension
Deklination
messer
Par.
in o" L ä n g e , + 50° Breite h
m
20.83 20.85 20.87 20.89 20.91
1.99 2.00 2.00 2.00 2.00
20-93
2.00
20 20 20 20 20 20
36 32 27 22 18 13
20.95 20.96 20.1 2O.99 21.00
2.01
21.01
2.01
h
45 45 44 43 43 42
m
s
28.48 59-57 3°-33 0.80 30.98 0.91 30.60 °-°7 2 9-35 58.46 27.42 56.26
1 5 42 25.00 15 4 1 53-66 15 4 1 22.25 i 5 4 ° 50.82 1 5 40 19.36 15 39 47-92
15 15 15 15 15 15
W e l t z e i t
Scheinbare
15 48 15 47 15 47 1547 15 46 1546 15 15 15 15 i5 15
79
39 38 38 37 37 36
16.51
28.91 29.24 29.53 29.82 30.07 30-31 3°-53 30.72 30.89 31-04 31.16 31.26 3 1 -34 3 I -4 I 31-43 31-46 31-44 3 I -4 I 31-37
45-14 31-30 1 3 - 8 4 31.21
42.63 31.11 11.52 40.55
3°-97 30.82
-18 18 18 18 18 18
52 50 49 47 46 44
17.6 48.0 17.2 45-5 12.8 39.2
-1843 18 41 18 39 18 38 18 36 1835
4.8 29.6 53.7 17.2 40.1 2.6
-18 18 18 18 18 18
33 31 30 28 26 25
24.5 46.2 7.6 28.7 49.7 10.7
-18 18 18 18 18 18
23 21 20 18 16 15
31.7 52.7 13.9 35.3 57.0 19.0
1 5 3 6 9-73 30.66 15 35 39-07 30.46 15 35 8.61 30.25 15 34 38.36 30.02 15 34 8.34 29.77 15 33 38.57 29.49
- 1 8 13 41.5 18 12 4.4 18 10 28.0 18 8 5 2 . 1 18 7 1 7 . 1 18 5 4 2 . 8
15 33 9-°8 29.20 15 32 39.88 28.88 15 32 xi.00 28.56
-18 18
1 5 3 1 4 2 . 4 4 28.20
15 3 1 1 4 . 2 4 ! 5 3 ° 46.42 15 30 18.98 15 29 5 I - 9 5 15 29 25.36 15 28 59.20 15 28 33.50 1 5 2 8 8.28
27.82 27.44 27.03 26.59 26.16 25.70 25.22
18
4 9.4 2 36.9 1
5-5
1 7 59 35-2 1 7 58 6.0 1 7 56 38.0 -17 17 17 17
55 " . 5 53 46.3 52 22.6 51 0.3
1 7 49 39-7 - 1 7 48 20.8
29.6 30.8 31-7 32.7 33-6
4.413 227 5 005 4.408 222 4716 4.403 506 4 . 3 9 9 080
35-9 36.5 3 7-1 37-5 38.1 38.3 38.6 38.9 39-o 39.0 39.0 39-o 38.8 38.6 38.3 38.0 37-5 37-i 36-4 35-9 35-o 34-3 33-4 32.5 3i-4 30.3 29.2 28.0 26.5 25.2 23-7 22.3 20.6 18.9
4 133
4-394 947 4 . 3 9 1 1 0 8 3 839
3 544
34-4 35-2
4 426
4-387 564 3 4-384 3 1 7 2 4.381 368 2 4-378 7 1 7 2 4-376 365 2 4-374 314 1
247 949 651 352 051 751
4-372 563 1 451 4.371112 1 151 4.369 961 850 4.369 i n 4-368 559 4.368 307 4-368 354 4.368 699
552
252 47
345 642 4-369 3 4 1 940 4.370 281 1 235 4-371 516 1 531
4-373 047 1 827 4-374 4-376 4-379 4.382
874 2 121 995 2 416 4 " 2 707 118
4-385 1 1 9
3 001
3 290
4.388 409 3 579 4.391 988 3867 4-395 855 4.400 007 4 152 4 436
4-404 443 4.409 160 4 717 4.414 156 4 996
5 274
4.419 430 5 546 4.424 976 4-430 4.436 4-443 4.449
5 819
795 6 087 882 6 350 232 6615 847
2.01 2.01 2.01 2.01
21.02 2 . 0 1 21.03 2 . 0 1
20 9 20 4 20 O
I
O 14-5
19 36
0 10.o
4
21.04 21.04 21.04 21.04 21.04 21.04 21.03
2.01
1 9 27
2.01
1 9 23
2.01
19 l 8
2.01
19 1 3
2.0I
19
2.01
19 4 18 59 18 55 18 50
2.01 2.01
21.01
2.0I
21.00 2 . 0 1 2O.99 2 . 0 1 20.97
2.01
2O.96 2 . 0 1 20.94 2 . 0 1 20-93 2.00 2 0 . 9 1 2.00 20.89 2.00 20.87 2.00 20.85 2.00 20.82 1.99 20.80 1.99 2 O . 7 7 1.99 20-74 1.99 2O.71 I.98 20.69 I.98 2 0 . 6 5 I.98
0 54-4 o 50.0 045.6
19
1 9 32
21.02
i 3-3 o 58.8
19 55 19 50 19 46
2.01
21.02
m 7.7
O 41.1 036.7 0 32.3 o 27.8 023.4 o 18.9
21.03
2.01
h I
9
1846 18 41 18 37 18 32 18 27 18 23 18 18 18 14 18 9 18 5 18 o 17 56 1 7 51 1747 1 7 42 1 7 38 1733 1729
o I O
\23
5.6 I.I\
56.7/
23 52.2 23 47-8 23 23 23 23 23 23
43-3 3 8 -9 34-4 30.0 25-5 21.1
23 23 23 23 22 22 22 22 22 22 22 22
16.6 12.2 7-8 3-3 58.9 54-5 50.1 45-7 41.3 36.9 32.5 28.1
22 22 22 22 22 22
23.7 19.3 15.0 10.6 6.2 1.9
Jupiter 1959
80 O1»
W e l t z e i t
Auf-
ObereKul- U n t e r , mination
gang
garig
Scheinbare
Scheinbare
Halb-
Hör.
Rektaszension
Deklination
messer
Par.
in o h Länge, -)- 50° Breite
20.65
1.98
Ii m 1 7 29
20.62
1.97
1 7 24
21 57.6
20.59 20.56
1.97
1 7 20
2 1 53-2
1.97 1.96
1715 1711
21 48.9
20.52 20.48
1.96
17
6
2 1 4O.3
4-494 839 8 351 4.503 190 8 585 4 - 5 1 1 7 7 5 8 817 4.520 592 9 045 4-529 637 9 269 4 . 5 3 8 906 9 491
20.45
1.96
20.41
i-95
17 2 1658
21 31.8
o 52.2
4-548 397
o 49.9
9 924 4 . 5 6 8 0 2 9 10 135 4 . 5 7 8 1 6 4 10 341 4 - 5 8 8 5 0 5 10 545 4 - 5 9 9 0 5 0 10 745 4.609 795 10 941 4.620 736 11 131 4 . 6 3 1 867 11 320 4.643 187 11 502 4 . 6 5 4 689 11 683 4.666 372 11 «55 4.678 227 12 026 4.690 253 12 192 4.702 445 12 352 4 - 7 I 4 7 9 7 12 509 4 . 7 2 7 306 12 660 4 . 7 3 9 966 12 808
h m s 1528 8.28 1 5 2 7 43-5Ö 1 5 27 19-33 1 5 26 5 5 . 6 4 1 5 26 3 2 . 4 7 1526
9.84
1 5 25 4 7 . 7 8 1 5 25 2 6 . 2 8 1 5 25
5-36
1 5 24 45.02 1 5 24 2 5 . 2 9 1 5 24
6.l6
1 5 23 47.66 1 5 23 29.78 1 5 23 1 2 . 5 4 1 5 22 5 5 - 9 4 1 5 22 4O.OO 1 5 22 2 4 . 7 3 1 5 22 I O . I 3 1 5 21 56.22 15 21 42.99 15 21 30-46 15 21 18.63 15 21
7.5O
1 5 20 5 7 - i o 1 5 20 4 7 - 4 1 1 5 20 3 8 . 4 4 1 5 20 3 0 . 2 0 1 5 20 2 2 . 7 0 1 5 20 1 5 - 9 2 1 5 20
9.88
1 5 20
4-58
1 5 20
0.01
15 19 56.19 1 5 19 53.09 15 19 50.74
24.72 24-23 23.69 23-17 22.63 22.06 21.50 20.92 20.34 19.73 19-13 18.50 17.88 17.24 16.60 15-94 15.27 14.60 13-91 13-23 12.53 11.83 il.13 10.40 9.69 8.97 8.24 7.50 6.78 6.04 5-3° 4-57 3.82 3-i° 2-35 1.62
15 19 49.12 1 5 1 9 48.24
0.88
1 5 19 48.09 1 5 1 9 48.68
0.59
1 5 1 9 50.00 15 1 9 52.05
°-I5 1.32 2.05
- 1 7 48 20.8
1747
3-6
1 7 45 48.2 1 7 44 34-7 17 43 23.1 1 7 42 13.4 - 1 7 41
5.8
1 7 40
0.2
117.2 115.4 1 13-5 1 11.6 1
9-7
1
7.6
1
5-6
1 3-5 1 7 38 5 6 . 7 1 1-3 1 7 3 7 5 5 - 4 o 59.1 1 7 3 6 5 6 . 3 o 56.8 1 7 3 5 5 9 - 5 o 54.6 -1735 1 7 34 1 7 33 1 7 32 17 3i 17 31
4-9 12.7 22.8 35-4 50.4 8.0
- 1 7 30 2 8 . 0 1 7 29 50.6 1 7 29 1 5 . 8 1 7 28 4 3 . 6 1 7 28 1 4 . 1 1 7 27 47.2 - 1 7 27 2 3 . 1 1 7 27
1.7
1 7 26 43.0 1 7 26 2 7 . 1 1 7 26 1 3 . 9 1 7 26
3.6
o 47.4 o 45.0 o 42.4 o 40.0 ° o o o o o
37-4 34.8 32.2 29.5 26.9 24.1
o 21.4 o 18.7 o 15.9 o 13.2 o 10.3 o
- 1 7 25 56.0 o 1 7 25 51.2 o 1 7 25 49-3 o 1 7 25 50.1 ° 1 7 2 5 53-8 o 1 7 2 6 0.2 O -1726 9.5 o
7.6 4.8 1.9 0.8 3-7 6.4 9-3
12.1 1 7 2 6 2 1 . 6 o 14.8 1 7 2 6 3 6 . 4 o 17.6 1 7 26 54.0 o 20.4 1 7 27 14.4 O 23.2 - 1 7 27 37.6
4.449 847 4.456 7 1 8 4 . 4 6 3 846 4.471225 4-478 853
6 871 7 128 7 379 7 628
871 4.486 724 7 8 "5
4-558 105
4-752 4-765 4.778 4.792 4.805 4.818
774 723 811 032 381 856
4.832 452 4.846 162 4.859 987 4.873 920 4.887 958 4.902 097
9 708
12 949 13 088 13 221 13 349 13 475 13 596 13 710 13 825 13 933 14 038 14 139
h 22
m 1.9
21 44.6
2 1 36.O
20.37
i-95
1653
21 27.5
20.33
i-95
16 49
21 23.2
20.29
1.94
21 I9.O
20.25
1.94
1645
20.21
16 40
21 I4.7
1 6 36
2 1 IO.5
19.98
i-93 i-93 i-93 1.92 1.92 1.91
19.94
1.91
16 10
20 4 5 . 4
19.89
1.90
16
6
20 4 1 . 2
19.84
1.90
16
2
20 3 7 . I
19.79
1.90
i 5 58
20 32.9
19-75
1.89
15 54
20 2 8 . 8
19.70
1.89
15 50
20 24.7
19.65
1.88
1546
20 20.6
19.60
1.88
15 4 i
20 1 6 . 5
19-54
1.87
1 5 37
20 12.5
19.49
1.87
15 33
20
8.4
19.44
1.86
! 5 29
20
4.4
1.86
1 5 25
20
O.3
1.85
15 21
19 56.3 19 52.3 19 48.3
20.16 20.12 20.08 20.03
19-39 19-34 19.29 19.23 19.18
1.85 1.84 1.84
1 6 32
21
6.3
1 6 27
21
2.1
16 23
20 5 7 . 9
16 19
20 5 3 - 7
16 15
20 4 9 - 5
15 17 15 i 3
1 9 44-3 1 9 4O.3
15
9
1.83
15 15
5 1
19.02
1.82
14 57
32.4
18.97
1.82
14 53
19 28.5
18.91
1.81
1449
19 24.6
18.86
1.81
1 4 46
19 20.7
18.80
1.80
1 4 42
19 l6.8
18.75
1.80
1 4 38
19 12.9
9-I3 19.07 I
1.83
36.4
Jupiter 1959 Oh Scheinbare Rcktaszension h I5 15 15 15 15
m s 53.05 I 9 54-83 1 9 58.35 2 0 2.6O 20 7.57 20 13.28
1 5 20 1 9 . 7 1 1 5 20 26.87 152034-76 IS 20 43.36 i 1 5J 2 0 5 2 . 6y9 ^ 1 5J 2 1 2 . 703 '
1 5J 2 1 103 . 4 8 ^ 1 5 2 1 24.95 15 21 37-12 °
15 21 50.00 1 5 2 2
' 4-25 4-97 5-71 6-43 -
g 6 o
9-33 10.04 IO.75 II.47 I2
*
'ao
12.88
3fi%
152217.85 2 2
32-8i 152248.45 J 5 2 3 4-77 152321.76 i 5 2 3 39-42 i 5 23 57-74
¿ J i6
l8
99
98
1 6 . 7 2 19.63 1 5 24 36.35 a l
1 5 24 ^ J5 6 . 6 2
2°-27 20.Q2
1 5 25 17-54 I 5 2 5 39-09 J
2 6
5
I-2
7
2 2 Ig 22
gQ
152624.0 7 15 2 6 4 7 . 5 0 4 « 15 2711.55 ^ 24.66 1 5 27 36.21 * 1 5 28 . 1 . 4 8 1 5 28 27.36 2 Ô 4 7 I
5 2 8 5 3 - 8 3 2- o152920.90 : ^
2
9 48.56 28,4 3016.80 ^ ^ 1 5J J3 0 1 4J 5 . 6 2 31
I5-01
W e l t z e i t
Scheinbare Deklination
s 2 78
7
81
29.39
- 1 7 27 37.6 1728 3.5 1 7 28 3 2 . 1 1 7 2 9 3-5 1 7 29 37.7 1 7 30 i4-5 -17 17 17 17 i7 17 -17 17 17 17
30 31 32 33 33 34 35 36 37 38
1 7 39 17 41 -17 17 17 17 17 17
42 43 44 45 47 48
0 25.9 0 28.6
° 31-4 o 34.2 o 36.8
° 39-5 54.0 o 42.2 36.2 o 44.9 21.1 °47-5 8.6 o 50.2 58.8 O 52.7 5i-5 ° 55-4 46-9 o 57.9 44.8 0.4 45-2 3-o 48.2 5-5 53-7 7-9 1.6 10.3
11.9 24.6 39-7 57-i 16.8 38.7
- 1 7 50 2.9 1 7 5 i 29.3 1 7 52 57-8 1 7 54 28.4 1756 1.1 1 7 57 35-8 - 1 7 59 12.6 18 18 18 18 18
051.3 2 32.0 4 !4-5 5 59-0 7 45-3
-18 18 18 18 18 -18
933.3 1 1 23.2 1 3 14.7 15 7.9 17 2.8 18 59.3
12.7 15.1
17-4 19.7 21.9 24.2 26.4 28.5 30.6
32-7 34-7 36.8
38.7 40.7
42.5 44-5 46-3 48.0
49-9 5i-5 53-2 54-9 56.5
4.902 097
4 4-9l6 333 4 4.930 663 4 4-945 0 8 1 4 4-959 585 4 4-974 i 6 9 4 4.988 5-003 5.018 5-°33 5-048 5.063 5-078 5-093 5.108 5-123 5.138 5-153 5.169 5-184 5.199 5-215 5-230 5-245 5.260 5.276 5-291 5.306 5-322 5-337 5-352 5-367 5-383 5-398 5-4I3 5.428 5-443 5-458 5-473 5.488
236 330 4l8 5°4 584 661
830 4 734 564 4 802 366 4 866 232 4 927 159 4 98i 140 5 033 1 7 3 5078 2 5 1 5 121 3 7 2 S 159 5 3 1 S 191 7 2 2 5 222 9 4 4 5 246 190 5 267 457 5 283 740 5 296 036 5 306 342 5 312 654 5 314 968 2 8 1 5 313 5 9 1 S 310 8 9 2 5 301 5 291 183 4 6 0 S 277 5 259 719 5 238 957 5 214 171 S 186 357 5 156 513 5 119 632 5083
715 S 040 755 4 994 749 696 4 947 4 894 5-503 590 4 837 5-5i8 427
Halbmesser
Hör. Par.
18.75 18.69 18.64 18.59 18.53 18.48
1.80 1.79 1.78 1.78 1.77 1.77
18.42 18.37 18.31 18.26 18.21 18.15
1.76 1.76 i-75 i-75 1.74 i-74
18.IO
i-73 i-73 1.72 1.72 1.71 1.71
18.05 17.99 17.94 17.89 17-83 17.78 17-73 17.68 17.62 17-57 I7-52
1.70 1.70 1.69 1.69 1.68 1.68
Aufgang
ObereKulmination
in c h Länge,-f 50 e Breite h 4 4 4 4
m 38 34 30 26
423 4 19 415
h m 19 12.9
19
9.0
19 5-1 19 !-3 1 8 57-4 1 8 53-6 18 18 18 18 18 18
49.8 46.0 42.2 38.4 34.6 30.9
53 49 46 42 38 35
18 18 18 18 18 18
27.1 23.4 19.7 16.0 12.3 8.6
3 31 3 28
18 18 17 17 17 17
4.9 1.3 57-6 54-o 50.3 46.7 43-i 39-5 35-9 32-3 28.8 25.2
4
"
4
8
4
4
4 o 3 56 13 3 3 3 3 3
1 3 24 3 21 3 i7 314
17-47 17.42 17-37 17-32 17.27 17.22
1.67 1.67 1.66 1.66
3
10
3
7
3
3
1.65 1.65
256 2 53
17 17 17 17 17 17
17.17 17.12 17.07
1.64 1.64 1.63 1.63 1.63 1.62
2 2 2 2 2 2
49 46 43 39 36 33
17 17 17 17 17 17
21.7 18.1 14.6 11.1 7.6 4.1
1.62 1.61 1.61 1.60 1.60 i-59
2 2 2 2 2
29 26 23 19 16
17 16 16 16 16 16
0.6 57.1 53-7 50.2 46.8 43-3
17-03 16.98 16.93 16.88 16.84 16.79 16.75 16.70 16.66
3 o
2 13
Jupiter 1959
82 0 Scheinbare
1 5 33 18.21 32.18 1 5 33 50-39 32.7 1 23.10 1 5 34 15 15 15 15 15
34 35 36 36 37
15 15 15 15 15 15 15 15 15 15
56.34
30.10 4-38 39- I 7 14.46
37 5 0 . 2 5 38 26.53 39 3-30 39 4°-55 4° 18.27 40 56.47 41 3 5 - 1 3 42 1 4 - 2 5 42 53-83 43 33-85 1 5 4 4 14-33 1 5 4 4 55-25 1 5 4 5 36.60 1 5 4 6 18.38 1 5 4 7 0-59 1 5 47 4 3 - 2 1 1 5 4 8 26.26 1 5 4 9 9.71
33-24 33-76 34.28 34-79 35-29 35-79 36.28 36.77 37-25 37-72 38.20 38.66
39.12 39-58 40.02 40.48 40.92 4 I -35 41.78 42.21 42.62 43-05 43-45 43-85
W e l t z e i t
Scheinbare Deklination
Rektaszension Ii m 1 5 3 1 15.01 29.97 1 5 3 1 44.98 30.52 1 5 32 1 5 - 5 0 31.08 1 5 32 46.58 31-63
h
-18 18 l8 18 18
18 20 22 24 27
1829 -1831
18 18 18 18 18
33 35 37 39 41
-1844 18 46 18 48 18 50 1853 18 55
59.3 158.1 57.4 159.6 57.O 1.1 58.I 2.5 0.6
9.9 2 16.5 2 24-4 2 33.6 2 43-9 2 Ii.5 55.4 2 12.7
8.1 21.7 36.4 52.2 8.8 26.4
- 1 8 57 44.8 19 o 4.1 1 9 2 24.2 ! 9 4 45-0 1 9 7 6.6 1 9 9 28.9
2 2 2 2 2 2
13-6 14.7 15.8 16.6 17.6 18.4
2 2 2 2 2 2
19-3 20.1 20.8 21.6 22.3 22.8
- 1 9 I i 51.7 2 23.5 19 J 4 !5-2
2 24.1 1 9 l 6 39.3 2 24.6 1 9 1 9 3.9 2 25.1 19 21 29.O 2 25.6 19 23 54-6 2 26.0
1 5 49 53-56 44.25
26 28 31 33 36 38
20.6 47.0 I 3-7 40.8 8.0 35-6
1 5 5 4 24.79 46.49 1 5 5 5 11.28 46.85 1 5 55 5 8 . 1 3 47-19 1 5 5 6 45-32 47-53 1 5 5 7 3 2 . 8 5 47-86 1 5 58 20.71
-19 19 19 19 19 -19
41 43 45 48 50 53
3-3 3 I -2 59-2 27.2 55-3 23-4
3 7 . 8 1 44.65 22.46 45.02 7.48 45.40 52.88 45.78 38.66 46.13
3-9 5-4 6.6 7.9 9.2 10.3
4.5
-19 19 19 19 19 19
1 5 50 15 51 1 5 52 1552 1553
Halbmessei
2 2 2 2 2 2
26.4 26.7 27.1 27.2 27.6 27.7
2 2 2 2 2
27.9 28.0 28.0 28.1 28.1
5-518 5-533 5-547 5-562 5-577 5-59 1 5.606 5.620 5.634 5.648 5.662 5-676 5.690 5.704 5-7i8 5.732 5-745 5-758
427 205 919 566 144 647 074 422 686 866 957 957 866 678 392 006 516 922
5.772 219 5-785 406
5.798 5.811 5.824 5-836
481 438 279 997
5-849 5.862 5.874 5.886 5.898 5.910
593 061 402 611 686 623
5.922 5-934 5-945 5-956 5.968 5-979
420 074 585 947 160 221
5.990 6.000 6.011 6.021 6.032 6.042
129 880 475 910 186 298
Hör. Par.
16.66 1-59 4778 1 6 . 6 1 1-59 r 474 1 6 . 5 7 1-59 4647, 1 6 . 5 2 1.58 4 578 1 6 . 4 8 1.58 4 503 1 6 . 4 4 1.58 4 427
4 348 4 264 4 180 4 091 4 000 3 909 3 812 3 7*4 3 614 3 510 3 4° 6 3 297 3 187 3 075 2 957 2 841 2 718 2 596 2 468 2 34 1 2 209 2 075 i 937 i 797 i 654 i 511 i 362 i 213 i 061 o 908 0751 o 595 0435 o 276 O 112
16.39
1-57 1-57 1.56 16.27 1.56 16.23 1-55 16.I9 1-55 16.I5 1-55 l 6 . I I 1-54 16.O7 1-54 16.O3 1-54 16.OO 1-53 I5.96 1-53 I5-92 1-52 I5.89 1-52 1 5 - 8 5 1-52 1 5 . 8 1 1-51 16.35 16.3I
I I I5-78 - 5 15-75 1-51 1 5 - 7 1 1.50 15.68 1.50 1 5 - 6 5 1.50 15.61 1.49 I5-58 1.49 15-55 1.49
15-52
15-49 15-46 15-43 15-40 15-37 15-34 I5-32 15-29 15.26 15-24 15.21
1.49 1.48 1.48 1.48 1-47 1-47 1.47 1-4 7 1.46 1.46 1.46 1.46
Aufgang
Obere Kul mination
in ob Länge, + 50o Breite li m 12 13
h m
16 12 IO 16 12 7 16 1 2 3 16 1 2 O 16 I i 57 16 l i 54 16 i l 5 1 16 I i 47 16 I i 44 16 I i 41 16 1 1 3 8 16
43-3 39-9 36.5 33-1 29.7 26.3 22.9 19-5 16.i 12.8 9-4 6.1
35 32 29 26 22 19
16 2.8 1 5 59-4
I i 16
42-9 39-7 36-4 33-1
Ii Ii Ii Ii Ii Ii
1 5 56-1 1 5 52.8
1 5 49-5 1 5 46.2
I5 15 I i 10 1 5 I i 7 15 I i 4 15 Ii i 15 I i 13
1058 10 55 10 52 1049
10 10 10 10 10 10 10 10 10 10 10 10 10 10
46 43 40 37 34 31 28 25 22 20 17 14 Ii 8
29-9
26.6
1 5 23-4 1 5 20.1 1 5 16.9 1 5 13-7 1 5 10.5
15 15
7-3 4-1
15 14 14 14 14
0.9 57-7 54-5 51-3 48.2
14 14 14 14 14 14
45.0 41.8 38.7 35-6 32-4 29-3
Jupiter 1959 Oh Scheinbare Rektaszension h m s 1 5 58 2 0 . 7 1 x5
59
.20 8-9I 448.51 8.5i
16 c. t 16 16
o 46.26 49-I5 49.15 . i1 35-41 224.87 4 9 A t ^ ' 4976
16
314-63 4 4-69
1 6
« 16
^l
,oo6 so;36 4 50.36 4 55-05 5 5 0 . 65
5093 16 Ö S ÇI 21 11 6 6 7 27.84 5 I 4 9
16 9 II!O8 5 1 7 5 16 9 7 52.02 O 3.10 2G 1 6 1C 0 16 10 SI.38 52 2 00 o c 2 53 L6 II 47.9I 3 " £ 1 5278 L6 12 40.69 ^ * 53-02 161426.97
l1 61 1^6 21 40 .41 55 "370 7 1617 1618
8.0753-92 2.205413 54-33 16 18 56.53 16 10y 051.05 u 54.72 , 16 20 45.77 t J // J go 16 21 40.67 . , ^ ' 55.08 L6 22 OJ 35-75 / J 5S 2S L6 23 31.00 ° J 55 42 16 24 26.42 162522.01
1 6 28
9.69
S.05
16 30 2.21 X6 30 58.66 £ £ 16 3 1 5 5 . 2 5 6 . R 16 32 51.96 ' 33 4^-79 g 1 6 34 45-73
83
W e l t z e i t Halb- Hör. messer Par.
Scheinbare Deklination
- 1 9 53 23.4 1 9 55 51-4 1 9 58 1 9 . 4 20 0 4 7 . 3 20 3 1 5 . 1 20 5 4 2 . 7 -20 20 20 20 20 20
8 10 13 15 17 20
10.1 37.3 4.2 30.8 57.1 23.1
-20 20 20 20 20 20
22 25 27 30 32 34
48.6 13.8 38.5 2.7 26.5 49.6
-20 20 20 20 20 20
37 39 41 44 46 48
12.3 34-3 55-8 16.6 36.7 56.1
2 2 2 2 2 2 2 2 2 2 2 2
51.6 58.4 4.2 8.8 12.3 14.8
27.2 26.9 26.6 26.3 26.0 25.5
2 25.2 2 24.7 2 24.2 223.8 2 23.1 2 22.7 2 2 2 2
22.0 21.5 20.8 20.1
2 19.4 2 18.6
-20 5 1 1 4 . 7 2 20 53 32.6 2 20 55 49-7 2 20 58 6 . 0 2 21 o 21.4 2 2 1 2 36.0 2 - 2 1 4 49-7 2 21 7 2.4 2 2 1 9 14-2 2 21 1 1 25.1 2 2 1 1 3 34-9 21 1 5 43.8 •2117 2119 2 1 22 21 24 2 1 26 2 1 28
28.0 28.0 27.9 27.8 27.6 27.4
17-9 17.1 16.3 15.4 14.6 137 12.7 11.8 10.9 9.8 8.9 7-8 6.8 5.8 4.6 3-5 2-5
1.46 i-45 i-45 i-45 1.44 1.44
6.042 298 £ O 9 95° 6.052 248 „ i 9 784 6.062 032 ' , c 9 617 6.071649 ' 9 6.081098 449 , 9 279 6-°9°377 9 i;8
15.21 I5.I9 15.16 I5.I4 15.11 15.09
6.099 485 8 6.108418«
I5.07 1.44 I5.05 1.44 15.02 1.44 15.00 i - 4 3 14.98 1-43 14.96 1-43
933
^8582 6.125 759 8 ' 6-i34 161 ^
384 « S
6 . 1 5 0 424 g 6.158279 6 : 6 - i 6 5 950 6 . 1 7 3 432 6 . 1 8 0 724 7 2 9 2 7 101 6 . 1 8 7 82? 0 6 909 ' 6.194 6.201 6.207 6.214 6.220 6.226 6.232 6.237 ^42 6.248 6.252 6.257 D/
6.262 6.266 6.270 6.274 6.278 6.281 6.284 U.Z04 6.287 6.29O 6.293 6.295 6.297
734 6 7 I 3 447 964 285 6 406 328 5 9 2 2 ° 5 721 049 569 I8 887 3 i 6 003 9 1 6 4 913 6 2 3 4 707 0 4 5°5 128 98 426, 44 2092 5 1 8' 3 886 404 3678 082 3 469 5 5 1 3 261 OJ.Ü 812 3 050 862 2 841 703 2 628 331 2 415 746 2 203 949
14.94 14.92 14.91 14.89 14.87 14.85
i-43 i-43 i-43 1.42 1.42 1.42
14.84 1 . 4 2 14.82 1 . 4 2 14.80 1 . 4 2 14-79 1.42 14.78 1.41 14.76 1.41 14-75 1 . 4 1 14.74 1.41 14.72 1.41 14.71 1.41 14.70 1.41 14.69 1.41 14.68 14.67 14.66 I4.65 14.64 I4.63 14.62 14.62 14.61 14.60 14.60 14-59
Aufgang
ObereKulmination
in o h Länge, -f 50° Breite h m 10 8 10 5 10 2 9 59
h m 4 29.3 4 26.1 4 23.0
9 56
4 z9-9 4 16.8
9 54
4I3-7
9 51
4 10.6
9 48
4 7-5
9 45
4 4-4
9 42
4 1-3
9 39
3 58.2
9 37 9 34 9 3i 9 28 925 9 22 9 20
3 55-1 3 52.1 3 49-0 1 3 45-9 3 42.9 3 39-8 3 36.7
3 33-7 9 17 9 14 3 30.6 1 3 27.6 911 324.6 9 8 321.5 9 6 318.5 9 3 9 o 3 15-5 8 57 3 12.4 8 54 3 9-4 8 52 3 6.4 8 49 3 3-4 846 3 0.4
1.41 1.40 1.40 1.40 1.40 1.40
8 43 840 838 8 35 8 32 8 29
2 57-4 2 54-4 2 5Ï-3
1.40 1.40 1.40 1.40 1.40 1.40
826 8 24 8 21 8 18
2 39-3 236.4 2 33-4 2 30.4 227.4 2 24.4
815 813
248.3 2 45-3 242.3
Jupiter 1959
84 Oh
Scheinbare Deklination
Scheinbare Rektaszension h m
37-17
• 73
57.49
-21 28 14.8
2 1.3 2 0.1 58.9 1 21 34 I557-8 21 36 12.9 56.5 21 38 9.4 55-4 21 30
1641 26.96
™
164224.58
;
16.I
21 32 16.2
-21 40
16 40 29.40
4.8
21 41 58.9 21
43
5J.7
21 45 43-2
16 43 22.25
1644*9-98 ™
21 47 33-5
16 4517.74
21 49 22.5
16 4615.54 16 4713.36
1 6 48 H . 2 1 49
9.08
16 50
6.96
1651
4.84
57.8o
57.82 57-85 57-87 57.88 57.88 57-88
-21 5110.1 21 52 56.4 21 54 4I-3 21 56 2158 21 59 -22
3 53
%A3
22 22 22
5 7
165847.43
2
16 59 45-11
i 40.31
17
20 371.82
'
17 17 17 17 17 17 17
57.57
„
57 5
'
57-45
3 35-27
57-36 57.29 5 29.92 57-I9 6 27.11 57.10 7 24.21 56.99 8 21.20 56.89
4 32.63
9 18.09
17 10 14.85 17 II 11.48
48.0
1 27.4
617-3 7
5 "
923-4
-22 10 54.3
16 57 49.70
17
7.1
3 5-4 22 442.1
5779 Ï6565Î93 D D VO 7 7
o 42.74
24.9
22
^5358.46 165456.31
17
Aufgang
56.76 56.63
22
12 23.8
22
13 51.8
22
15 18.4
22
16
22
18 7.2
43.6
-22 19 29.4 22
20 50.1
22
22
9.4
22
23
27.1
22
24 43.5
22
25 58.3
-22 27 22
Ii.7
28 23.6
-22 29 34.0
54-i 52.8 51-5 50-3 49.0 47-6 46.3 44-9 43-6 42.2 40.9 39-4 38.0 36.7 35-2 33-8 32.3 30.9 29.5 28.0 26.6 25.2 23.6 22.2 20.7 19-3 17.7 16.4 14.8 13-4 11.9 10.4
6.29 949 j 117 y-t-j
g 8 g
6.299 938 6-3°* 7 1 2 6.3 3 /2701341 00 0 6.304 611
i
34
6.305 736
^
6.306 643
688 469 251 32 186 405
6.307 331 6.307 800 6.308 051 6.308 083 6.307 897 6.307 492 6.306 870 6.306 029 I
6.304 972 I 6.303 698 I 6.302 208 1
622 841 057 274 490 708
6.300 500
1 923 2 139 6.296 438 2 354 6.294 084 2 569 6.291 515 2785 6.288 730 2 999 6.298 577
Obere Kul- Untermination gang
in oh Länge, -(- 50° Breite h
S 57 os
57 33 16 3 4.5 O8 3 OT J0 S 7 4 ! 16 39 31.91
16
Halb- Hör. messer Par.
s
16344573 1 6 3 5 42.78 163639.92 16 37
W e l t z e i t
m
h m 12 24.4
14-59 I.40 14-59 I.40
8 13 8 10
14-59 I.40 I 4 . 5 8 I.40
8 7
12 18.4
8 4
12 15.4
14.58 I.40 I 4 . 5 8 I.40
8
i
12 12-5
7
59
12 9-5
14-57 I.40 14-57 I.40
7
56
12 6.5
7 53
12 3-5
14-57 I.40 14-57 I.40
7
50
12 0.6
7
48
II 57.6
14-57 I.40 14-57 I.40
7 45 742
II 54.6
14-57 I.40 14-57 I.40
7
39
II 48.7
7
36
I 4 . 5 8 I.40 I 4 . 5 8 I.40
II 45-7
7 34
11 42.7
7 31 728
11 39-7 11 36.8
725
11 33-8
14-59 I.40 14-59 I.40
7 22
11 30.8
7
20
11 27.9
14.60 I.40 14.60 I.40
717
11 24.9
7 14 7 11
11 21.9
7 8
11 16.0
14.58 I.40 I 4 . 5 8 I.40
14.61
I.40
14.61
I.40
12 21-4
II 51.6
11 18.9
14.62 I.40
7 6
11 13.0
1 4 . 6 3 I.40
11 10.0
6.27908934
14.64 I.40
7 3
11
7.0
1 4 . 6 5 I.40
7 0
6.275447
6
57
11
4.1
6
54
11
1.1
6.285 / 731 - J
S 214
.
6.282 517 3
l
36
6.271591 6 2 6
7
5 2 2 ^
6.263 239 5
4 709
6.25 4 0j-j 35 ^. 920 ' j-t 6.249 " 5 < 6.243 981 0 8 638 6.23
* 5 343
5 555
6.233083 6.227 320
6 . 2 2 1 34 8
651
10 58.1
6 49 646
I0 55-I 10 52.2
6 6
10
49.2
I.4I
10
46.2
I.4I
6 37
10
43.2
6
10
40.2
14.67 1.41
44 6.258744 0
' ^
14.66 I.40 14.66 1.40
5 972
14.69 I.4I
1 4 . 7 0 I.4I 14.71
14.72 14-73
I.4I
43 40 34
14-75 I.4I 14.76 I.4I
6 32
1037.2
6
29
10 34.2
14.77
6
26
10 31.2
I.4I
1 5 46
Saturn 1959 Oh
W e l t z e i t
Scheinbare
Scheinbare
Rektaszension
Deklination
h m s 17 57 11.82 17 57 42.20 17 58 12.52 17 58 42.78 17 59 12.98 1
7
18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18
3°-38 30-32 30.26 30.20
30.13 59 43-n 30.05 013.16
29.97 43-x3 29.89 1 13.02 29.79
0
1 42.81 29.70 2 12.51 29.59
—22 29
9.I
22 29 I4.O 22 29 18.3 22 29 22.3 22 29 25.8
4-9 4-3 4.0 3-5
- 2 2 29 3I.5 22 29 33.6 22 29 35.4 22 29 36.7 22 29 37.6
2 42.10 29.49
22 29 38.I
3 n-59 29.36 3 4°-95 29.25 4 10.20 29-13 4 39-33 29.00 5 8.33 28.86 5 37-19 28.72 6 5.91 28.58 6 34-49 28.43 7 2.92 28.28 7 31.20 28.12 7 59-32 27.95 8 27.27 27.79 8 55.06 27.62 9 22.68 27-45 9 50.13 27.26 10 17.39 27.08 10 44.47 26.88 1111.35 26.70 11 38.05 26.49 12 4.54 26.30 12 30.84 26.07 12 56.91 25.87 13 22.78 25-65 13 48.43 25-43 14 13.86 25.19 14 39.05 24.96 15 4.01 24.71 15 28.72 24.48 15 53.20 24.22 16 17.42
—22 29 38.2 22 29 37.8 22 29 37.I 22 29 35.9 22 29 34.4 22 29 32.5 —22 29 30.2 22 29 27.5 22 29 24.4 22 29 21.0 22 29 I7.2 22 29 I3.O - -22 29 8.6 22 29 3.7 22 28 58.6 22 28 53.I 22 28 47.3 22 28 41.2 - 2 2 28 34.7 22 28 28.0 22 28 21.1 22 28 13.8
22 28 6.2 22 27 58.5 - 2 2 2 7 5O.4 22 27 42.2 22 27 33.7 22 27 24.9 22 27 l 6 . 0 6.9
2.1 1.8 i-3 0.9 0-5 0.1 0.4 0.7 1.2 1-5 1.9 2.3 2.7 3-i 3-4 3-8 4-2 4-4 4-9 5-i 5-5 5-8 6.1 6.5 6.7 6.9
Auf-
I
Halb- H ö r . messer' P a r . I
I
3-° 22 29 28.8 2.7
—22 27
85
11-03
3J5
11.03 025 11.02 709 11.02 367 11.02 000 Ii.01 607 II.01 188 11.00 744 11.00 274 10.99 779 10.99 259 10.98 714 10.98 143 10.97 548 10.96 928 10.96 284 10.95 616 10.94 923 10.94
207
10.93 467 10.92 704 10.91 917 10.91107 10.90 274 10 89 419 10.88 541 10.87 640 10.86 718 10.85 773 10.84 807 10.83 820 10.82 811 10.81 781
7-3 7.6
10.80 730
7-7 8.1
10.78 566
8.2 8.5 8.8 8.9 9.1
10.79 658
10.77 454 10.76 322 10.75 170 10.73 999 10.72 809 10.71 600
290 316 342 367 393 419 444 470 495 520 545 571 595 620 644 668 693 716 740 763 787 810 833 855 878 901 922 945 966 987 1 009 1 030 1 051 1 072 1 092 i 112 1 132 1 152 1 171 1 190 1 209
6.76
0.80
6.76
0.80
6.76
0.80
6.76
0.80
6.77
0.80
6.77
0.80
6.77
0.80
6.77
gang
ObereKul- U n t e r mination
gang
in o h L ä n g e , + 5 ° ° B r e i t e h n> h m! 7 14 I II 19.9 7 11 I II 16.5 7 7 7
8 , II i3-i 4 1 II 9.6 1 , II II
6.2
6 57
2.8
0.80
6 54 651
6.78
0.80
647
10 59-3 10 55-9 10 52-5
6.78
0.80
644
10 49.0
6.78
0.80
6 40
10 45-6
6.79
0.80
6 37
10 42.1
6.79
0.80
6 33
6.79
0.80
6 30
6.80
0.80
626
10 38.7 10 35-2 10 31.8
6.80
0.80
623
6.81
0.80
6 20
10 28.3 10 24.9
6.8l
0.80
6 16
10 21.4
6.8l
0.80
6 13
10 18.0
6.82
0.80
6
6.82
0.81
6. 6
10 14-5 10 11.1
6.83
0.81
7.6
0.81
6
10
6.83
10
4.1
6.84
0.81
10
0-7
6.84
0.81
5 52
6.85
0.81
6.86 6.86
5 48
9 53-7
0.81
5 45
950.2
0.81 0.81
5 41
946.8
6.87
9 43-3
6.87
0.81
5 38
9 2
5 59 5 55
5 34
9 57-2
9 39-8
6.88
0.81
5 31
6.89
0.81
527
6.89
0.81
5 24
6.90
0.81
6.91
0.82
5 20
6.91
0.82
6.92
0.82
5 10
6-93
0.82
5
6
6.94
0.82
5
3
6.94
0.82
4 59
6-95
0.82
4 56
9 4-7 9 1.2
6.96
0.82
4 52
8 57-7
5 17 5 i3
9 36-3 932.8 9 29-3 925.8 9 22.3 918.8 9 i5-3 9 11.8 9 8.2
Saturn 1959
86
Oh w e 11 z e i t
Halb-
Scheinbare
Scheinbare
Rektaszension
Deklination
h
messc i Par.
m s
18 16 17.42 18 16 1817
41.38 5.09
18 17 28.53 18 17 51.71 18 18 14.61
18 18 59.58 18 19 21.64 18 19 43.41 1820
4.88
l8 20 26.06 l8 20 46.94 18 21
7.52
18 21 27.78 18 21 47.74 l8 22
7.38
l8 22 26.70 18 22 45.70 1823
4.37
l8 23
22.71
18 23
4O.71
l8 23 58.37 18 24
15.69
18 24 32.66 18 24 49.28 18 25
5.54
18 25
21.44
l8 25 36.97 18 25 52.X4 l8 26
2 3-7
1
23-44 23.18 22.90 22.63 22.34
22.06
1827
2-35
l8 27 15.25 18 27 27.76 l8 27 39.88 l8 27 51.60
18 28 24.42
22
26
57.
22
26
48.
22
26
38.
22
26
28.
22 26 l 8 .
22
25
8. 58.
9-3 9-5 9-6 9.8 10.0
10.1 10.2 10.4
48.
10.4
21.47
22
25
37.
10.6
21.18
22
25
27.
10.6
20.88
22
25
16.
10.8
-22 25
5.
21.77
20.58 20.26 19.96 19.64 19.32 19.00 18.67 18.34 18.00 17.66 17-32
16.97 16.62 16.26 15.90 15-53 15.17 14-79
13-67
13.28 12.90 12.51 12.12 11.72
"•34 10.94 l8 28 13.88 10.54 2.94
6.
22 25
14-43 l8 26 21.36 14.04 18 26 49.07
-22 27
- 2 2 26
6.93
l8 26 35.4O
ObereKulmination
in oh Länge, + 50°
h m
23.96
18 18 37.24
18 28
Hor.
Aufgang
22
24
54.
22 24
44.
22 24
33.
22 24 22. 22
24
II.
-22 24 O. 22
23
49.
22
23
38.
22
23
27.
22
23
16,
22
23 5.
-22 22 22
22
54. 43,
22 22 33,
22 22 22, 22 22 12, 22 22 I, -22 21 51, 22 21 41, 22
21 31.
22 21 21, 22 21 II,
22 21 2
-22 20 52 22 20
43
22
34
20
22 20 25 22 20 l6 -22 20
8
IO.71 600 10.70 372 IO.69 127 IO.67 864 10.66 584 10.65 287 10.63
10.62 642 10.61 296
io-59 934 10.58 557
10-57 165
10.8
10.55
10.8
10.54
10.9 10.9 II.O II.o II.O
10.9 11.0
10.9 10.9 10.8 10.8 10.6
973
759 338
10.52 904 10.51 456 10.49
994
10.48 520 10.47 10.45
033 534
10.44 023 10.42 501 10.40 967 10.39 423 10.37
868
10.36 304
228 245 263 280 297
346
362 377 392
406 421 434 448 462 474 487 499 5« 522 534
8.7 8.4
441
6.99
0.83
7.00
0.83
4 38 4 34
8 43-5 8 39-9
7.01
0.83
4 31
8 36.4
7.02
0.83
427
8 32.8
7-°3
0.83
423
8 29.3
7.04
0.83
4
8 25.7
7.04
0.83
4 16
7-05
0.83
7.06
0.83
7.07
0.83
7.08
0.84
7.09
0.84
7.10
0.84
7.11
0.84
3 51
7.12
0.84
7- I 3
0.84
3 47 3 44 3 4°
53-3 49-7
3 36
42.4
7.14
0.84
7- I 5
0.84
574
7.20
0.85
7.21
0.85
7.22
0.85
7-23
0.85
7.24
0.85
10.3 10.4
8.9
4 45
0.82
0.85
591
9-3 9.0
0.82
6.98
7.18
600
9-4
6.97
564
555
10.31
9-7 9.6
448
0.85
10.6
10.0
0.82
0.85
10.33 147
10.0
6.97
7.16
10.6
10.1
4 52
7.17
544
10.34 730
556
0.82
314 331
583
10.29 956
607
349 10.26 734
615
7-25
0.86
621
7.26
0.86
627
7.27
0.86
634
7.29
0.86
639
7-30
643
7-3i
10.28
10.25 " 3 10.23 486 10.21 852 10.20 213 10.18 570 10.16 921 10.15 269 10.13 614
955 10.10 293 10.11
649 652 655 659 662
8 57-7 8 54-i
6.96
7-32 7-33 7-34 7-3 6 7-37 7-38
0.86 0.86
20
8 50.6 8 47.0
8 22.1
413
8 18.5
4 9 4 6
8 14.9
4 2
8
3 58 3 55
3 33
329 325 322 318 314
8 11.3 7.7
8
4.1
8
0.5
7
56.9
46.0
38.8
35-i 3i-5 27.8 24.1 20.5 16.8
3 "
3 7 3 3 2 59 2 56 2 52 248
9-4 5-7 2.0 58.3
54-6
45
50.9
0.86
2 41
6 47.2
0.87
2
0.87
2
0.87
2 30
36.0
0.87
2 26
32.2
0.87
2 22
28.4
2
37 33
6 43-4 39-7
Breite
Saturn 1959 Oh
W e l t z e i t
Auf-
Scheinbare
Scheinbare
Halb-
Rektaszension
Deklination
messer
18 18 18 18 18
28 28 28 28 29
24.42 10.14 34.56 44.29 9.73 53.63 9-34 2.56 8-93
1 8 2 9 II.08
18 18 18 18 18 18
87
29 29 29 29 29 29
19.19 26.88 34.17 41.03 47.48 53.50
18 29 18 30 1830 18 30 18 30 18 30
59.II 4.28 9.04 13.37 17.27 20.74
18 18 18 18 18 18
23.78 26.40 28.59 30-35 31.68 32.59
30 30 30 30 30 30
18 30 1830 18 30 18 30 18 30 1 8 30
33-°7 33-J3 32.76 31.97 30.76 29.13
18 18 18 18 18 18
30 30 30 30 30 30
27.08 24.62 21.73 18.44 14.73 10.61
18 30 1830 1 8 29 18 29 18 29 1 8 29
6.09 1.15 55.81 50.06 43.91 37.36
8.52 8.11
7.69 7.29 6.86 6.45 6.02 5.61 5-17 4.76 4-33 3-9° 3-47 3-°4 2.62 2.19 1.76 1-33 0.91 0.48 0.06 0.37 0.79 1.21 1.63 2.05 2.46 2.89 3-29 371 4.12 4.52 4-94 5-34 5-75 6.15 6-55
Hör. Par.
ObereKul mination
gang
in o" L ä n g e , - f 50° Breite h m
-22 22 22 22 22 22
20 20 19 19 19 19
8.3 0.0 52.0 44.2 36.7 29.4
-22 22 22 22 22 22
19 19 19 19 18 18
22.3 15.6 9.1 2.8 56.9 51.2
-22 22 22 22 22 22
18 l8 18 18
-22 22 22 22 22 22
8.3 8.0 7.8 7-5 7-3 7-1 6.7 6.5
10.10 10.08 10.06 10.05 10.03 10.01
293 629 964 296 628 959
10.00 290 9.98 621 9-96 9.95 9.93 9.91
953 286 621 958
45.9 5-° 4O.9 4.8 36.I 31.7 4-4 4-1 18 27.6 3-8 l 8 23.8
9.90 9.88 9.86 9-85 9.83 9.82
297 639 985 336 690 050
18 18 18 l8 l8 18
9.80 9.78 9.77 9-75 9-73 9.72
416 788 166 551 944 346
9-70 9.69 9.67 9.66 9.64 9.62
755 174 603 041 490 949
9.61 9.59 9-58 9-56 9-55 9-53 9-52 9.51 9.49 9.48 9.46 9.45
420 902 396 9°3 423 956 503 064 640 231 838 460
20.3 I7.2 14.4 II.9 9.8 8.0
-22 l 8
6-5 22 18 5-4 22 l 8 4.6 22 l 8
4-i
22 1 8 4.0 22 l 8 4.2
6-3 5-9 5-7 5-3
3-5 3-1 2.8 2-5
2.1 1.8 i-5 1.1 0.8 °-5 0.1 0.2 0.6
-22 22 22 22 22 22
18 4.8 0.9 18 5-7 1-3 18. 7.0 1.6 18 8 . 6 18 10.5 1-9 1 8 12.8 2-3
-22 22 22 22 22 -22
18 18 18 18 18 18
15.4 18.4 21.7 25.4 29.3 33.6
2.6 3-°
3-3 3-7 3-9 4-3
664 665 668 668 669 669
7-38
7-39 7-41 7.42 7-43 7-44
0.87 0.87 0.87 0.88 0.88 0.88
28.4 24.7 20.9 17.1
2 22 2 18 2 15
2 II 2 7
6
13-3
2
3
6
9-5
i 59 1 55
6 6
5-7 1.9
7-52
0.88 0.88 0.88 0.88 0.89 0.89
1 48 1 44 1 40
5 5 5 5
46.6
7-53 7-54 7-55 7-57 7-58 7-59
0.89 0.89 0.89 0.89 0.89 0.90
1 36 1 32 1 29 1 25 1 21 117
5 5 5 5 5 5
42.8 39-o 35-i 31.2 27.4 23-5
7.61 7.62 7-6 3 7.64 7.66 7.67
0.90 0.90 0.90 0.90 0.90 0.91
1 13
5 19-6 5 i5-7
562
7.68 7.69 7.71
551
7.72
541
7-73
529
7-74
0.91 0.91 0.91 0.91 0.91 0.91
669
668 667 665 663 661
654 649 646 640 634 628 622 615 607 598 591 581 571
518 506 493 480 467 453 439 424 409 393 378
7-45 7-47 7.48 7-49 7-50
7-79 7.80 7.82
0.92 0.92 0.92 0.92 0.92 0.92
7-83 7.84 7-85 7.86 7.88 7.89
0.92 0-93 0-93 0-93 0-93 0-93
7.76 7-77 7.78
1 52
1 1
9 5
1
1
058 0 54 050 o 46 o 42 038 0 34 O 30 o o 0 o
26 22 18 14
o 10
o
6
f 0 2\ \23 58/
23 54 23 5 ° 23 46 23 42 23 38
58.1 54-3 50.5
5
II-8
5 5 5
7-9 4-o 0.1
4 56.2 4 52.2
4 4 4 4
48.3 44-4 4°-4 36-4 32-5 28.5 24-5 20.5 16.5 12.5 8-5 4-5
0.5 56.5 52-4
48.4
Saturn 1959
88 Oh Scheinbare Rektaszensi on h m s 1 8 29 3 7 . 3 6 1 8 29 30.42 1 8 29 23.08 1 8 29 1 5 . 3 5 1 8 29 7 . 2 4 1 8 28 5 8 . 7 5 - •1 8 28 4 9 . 8 8 1 8 2 8 4 0 . 6 3J „ „ ^
Scheinbare Deklination
7-34 7-73 8.49 8.87 f 9.61 9
I2
f
O C o 2 12.68 1 8 26 48.84 ' 12.99 1 8 26 3 5 . 8 5 „ „ 1 8 26 2 2 . 5 6 I 3 ' f 1 8 26 8.96 182555.08 182540.90 1 8 253 2 6 . 4 5 1 4 4 5 1473 1 8 25 U . 7 2 O IL 15.00 l 8 24 5 6 . 7 2 ^ I8244I.45 t f TJ i ; 5 I l 8 24 2 5 . 9 4 x ' IS l8 J° „ 24 IO.I8 16.OI 1 8
2
3 54-17
1 8 23 3 7 . 9 4 1 8 23 2 1 . 4 8 1 8
2
3
4-8o
i6
23
i6 i6
68
i6
8g
1 8 22 4 7 . 9 2 i o g 1 8 22 030.84 1 7 ' „ ^ 17.27 1 8 22 1 3 . 5 7 J D/ 17-45 18 21 56.12 17 18 O2 1 3 ° 8 . J5 0 17.78l 18 21 20.72 182044.71 1 8 20 2 6 . 5 0
Aufgang
i g 2 i
-2218 2218 2218 2218
33.6 38.3 43.2 48.5
2 2 1 8 54.1 2 2 1 9 0.0 - 2 2 1 9 6.2 221912.7 221919.4 2 2 1 9 26.5 2 2 1 9 33.8 2 2 1 9 41.4 - 2 2 1 9 49.3 2 2 1 9 57.4 22 2 0 5 . 8 22 2 0 1 4 . 5 22 20 2 3 . 3 22 20 3 2 . 4 -22 22 22 22 22 22
20 20 21 21 21 21
- 2 2 21 22 2 1
22 22 22 22 22 22 22 22 - 2 2 22 22 2 3 22 23 22 23 22 23 22 23 - 2 2 23 22 24 22 24 22 24 22 24 22 2 5
4-7 4-9 5-3 5-6 5-9 6.2 6-5 6.7 7- 1 7-3 7.6 7-9 8.1 8.4 8.7 8.8 9-i
9-3 41.7 9-5 51.2 9.8 1.0 9-9 IO.9 10.2 21.1 10-3 31.4 10.6 42.O 10.7 52.7 10.8 3.5 11.0 14.5 Ii.2 25.7 H-3 37.O 11.5 48.5 11.6 0.1 11.7 II.8 11.8 23.6 11.9 35.5 12.0 47.5 12.1 59.6 12.2 II.8 12.2 24.O 12.3 36.3 12.3 48.6 12.4 1.0
9.45 9.44 9.42 9.41 9.4O 9.38
460 100 756 430 121 831
9-37 9.36 9-35 9-33 9.32 9.31
56o 308 076 863 671 500
1 360 1344 1326 1309 1 290 1 271
Hör. Par.
in o b Länge, -+- 50° Breite
7.89 7.90
0-93 o-93 0-93 0-93 0.94 0.94
23 23 23 23 23 23
0.94 0.94 0.94 0.94 0.94 0.94
23 ! 3
0-95 0-95 0-95 0-95 0-95 0-95
22 49 2245 22 4 1 22 3 7 22 32 22 28
59-4 55-3 5i-2 47.0
24 20 16 12 8 3
34-6
9.6
7.91 7.92 7-93 7-94
38 34 30 26 22 18
1 252 1 232 1 213 1192 1 171 1 149
7-95 7.96
9-30 9.29 9.28 9-27 9-25 9-24
351 1129 222 1 1 0 6 116 °32 970 t 931 I 0 l 6
8.02 8.02 8.03 8.04
9-23 9.22 9-2i 9.21 9.20 9.19
9 5 923 955 010 090 194
8.07 8.08 8.09 8.10 8.10 8.11
0-95 0-95 0-95 0.96 0.96 0.96
22 22 22 22 22 22
8.12 8.13
0.96 0.96 0.96 0.96 0.96 0.96
2159 21 55 21 51 2147 21 43 2 1 38
0.96 0.96 0.96 0.97 0.97 0.97
21 21 21 21 21
0.97 0.97 0.97 0.97 0.97 0.97
J
9.18 323 9.17 478 9 . 1 6 658 9 . 1 5 864 9 . 1 5 096 9 - I 4 354 9-I3 9.12 9.12 9.11 9.11 9.10
639 951 291 658 052 475
9.09 9.09 9.08 9.08 9.08 9.07
926 405 912 449 014 608
992 968 945 920 896 871 845 820 794 768 742 715
688 660 633 606 577 549 521 493 463 435 406
Obere Kulmination
Halbmesser
h m 6.94
1 8 28 3 1 . 0 2 9'97 182821.05 0 i t 1 8O 28O 1 0 . 7' 1 1IO.68 1 8 28 0.03 11.03 18 27 49.00 11.38 1 8 27 37-02 o II 7 0 1 8 27 2 5 . 9 2 1 8 27 1 3 . 8 8 I 2 °4
IS*
W e l t z e i t
7-97 7.98 7-99 8.01
8.05 8.06
8.13 8.14 8.15 8.16 8.16 8.17 8.17 8.18 8.19 8.19 8.20 8.20 8.20 8.21 8.21 8.22
23 9 23 5 23 1 22 5 7 22 5 3
h 3 3 3 3
m 48-4 44-3 40.3 36.2 32.2 28.1 24.0 19.9 15.8 11.7 7.6 3-5
42.9 38.7 3°-4 26.3 22.1 18.0 13.8
5-4 1.2 57-o 52.9 48.7
34 3° 26 22 18
44-5 4°-3 36.0
21 13
23-4
21 9 21 5 21 1 20 5 7 20 52 20 48
19.2 15.0 10.7
31.8 27.6
6-5 2-3 58.0
Saturn 1959 Oh
W e l t z e i t
Aufgang
Obere K u l mination
Scheinbare
Scheinbare
Halb
Hör.
Rektaszension
Deklination
messer
Par.
i n o h L ä n g e , + 50° B r e i t e Ii
m
8.22 8.22 8.22 8.23 8.23 8.23
O.97 O.97 O.97 0-97 0-97 O.97
20 20 20 20 20 20
48 44 40 35 31 27
8.23
0-97 O.97 O.97 0-97 0-97 O.97
20 20 20 20 20 20
23 19 14 10 6 2
O.97 O.97 O.97 O.97 O.97 0-97 O.97 O.97 0-97 0-97 0,97 0.97
9 9 9 9 9 9
9 7 9 3 8 58
8.21
0-97 0-97 0.97 0-97 0-97 0.97
8.20 8.20 8.19 8.19 8.18 8.18
0-97 0.97 0-97 0.97 0.97 0.96
841
8.17 8.17 8.16 8.15 8.15 8.14
0.96 0.96 0.96 0.96 0.96 0.96
h
l8 l8 18 18 18 18
m s
20 20 19 19 19 18
26.50 8.16 49.71 31.16 12.51 53.78
s
18.45 18.55 18.65 18-73 18.81 1 8 1 8 34-97 l8.88 18 18 16.09
i
„ ' J 19 03 18 1 7 IQ.IT o I9 07 l 8 1 7 0.06 „ ' 19.08 l 8 16 40.98 ^ J IQ.IO l 8 l 6 21.88 18o l 6* 2.77 1 9 1 1 „ ' / 19.10 18 1 5 4 3 . 6 7 l l 8 1 5 24.58 I 9 ' ° 9 y 0 18 1 5u 05.51 ' 19.02 1 8 1 4 46.49 181427.50 • 1 8 1 4 8.57 J/ o ^ 18.87 I8 I 3 4 9 7 O ^
^
30.91
l8
.7I
I 12 18 1 2 18 1 2 18 I I „ 18 I I O 18 I I
53"5818.51 35.07 I g 3 16.67 58.39 ' J 18.14 40.25 „ J ^ 18.00 22.25 3 17.85 1 8 I I 4.40 181046.711769 o ^ ' 17.52 18 1 0 29.19 18 10 1 1 . 8 5 I ? ' H 6 18 1 8 1 8
18
89
18 O 18 18 18
954.69 937.72
x;7 j6
25 25 25 25 25 26
1.0 13.4 25.9 38.3 50.8 3.3
-22 26 22 26 22 26 22 26 2227 22 27
15.8 28.4 40.9 53.4 5.9 18.4
-22 22 22 22 22 22
27 27 27 28 28 28
30.9 43.3 55.7 8.1 20.4 32.7
-22 22 22 22 22 22
28 28 29 29 29 29
45.0 57.1 9.3 21.3 33.3 45.2
-22 22 22 22 22 22
29 30 30 30 30 30
57.1 8.9 20.6 32.3 43.9 55-4
-22 22 22 22 22 22
3 1 6.8 3118.2 3 1 29.5 3 1 40.6 3 1 51.8 32 2.9
4 . 4 0 ,
8 48.06 ,34 o ^ 16.II 831.95 8 16.06 1 5 8 0.41 1 5 6 5
2.4
2-5 2-4 2.5 2.5 2.5
i 6
920.96 9
-22 22 22 22 22 22
- 2 2 32 22 32 22 32 22 32 22 32 -2233
13.9 24.8 35-7 46.4 57.2 7.8
2.6 2.5 2.5 2.5 2.5 2.5 2.4 2.4 2.4 2.3 2.3
9.07 608 9.07 23I
J
8
9.06 883
3f
s
9-O6 565 9.06 275 9.06 016 9-°5 785 J 7 o y
9.05584 9.05412 9.05270 9.05158 9.05 075 9.05 022 9.04 998 9.05 005 9.O5 04I 9.O5 107 9.05 203
2.3 2.1
2.2
2.0 2.0
•9 •9 .8
•7 •7 .6
•5 •4 •4 •3 .1
9 - ° 5 328 9-05484 9-05669 9.05884 9.06128 9.06 402 9.06 706
^ 259 231 201
/ ] ~83 53 24
7 36
66 96 I25
125
l8
215 244 274 304
Hl
9.07 039 9-07 401 9-07792 ;2G Q.O8 2 1 2 9.08 9.08 661 449 477
9.09138 506 9.09 644 533 9.10177 562
.1
9 - 1 0 739 589 589 9 . 1 1 328 s6i9
.0
9 ' 1 1 945
0.9
9 . 1 2 588
0.9
9-*3 259
^
0.7 0.8
9 . 1 3 956 9.14680
™
0.6
9
.2
64
7
'
- 1 5 * 3 1 776 9 . 1 6 207
8.23
8.24 8.24 8.24 8.24 8.24 8.24 8.24 8.24 8.24 8.24 8.24 8.24 8.23 8.23 8.23 8.23 8.22 8.22 8.22 8.21 8.21
928 924 919 915 911
8 54 8 50 846 37 33 29 25 20
816 8 12
8 8 8 4 7 59 7 55
m
0 45-3
O 41.1 036.8 0 32.6 028.3 o 24.1 019.9 0 15.6 o 11.4 o 7.1
57 / 0 53 \23 49 23 45 23 4 ° 23 36 23
9 32
8 8 18 8 8
h
o 58.0 0 53-8 o 49.6
2-9V 53.6/
54-4 50.1 45-9 4x-6
23 23 23 23 23 23
37-4 33-i 28.9 24.6 20.4 16.2
23 23 23 22 22 22
n-9 7-7 3-5 59.2 55.0 50.8
22 22 22 22 22 22
46.5 42.3 38.1 33-9 29.7 25.5
22 21.2 22 1 7 . 0 22 12.8 22 8.7 22 4-5 22 0.3
Saturn 1959
90 0h Scheinbare Rektaszension
18 18 18 18 18 18
8 7 7 7 7 6
18 18 18 18 18 18
6 31-94
6 6 5 5 5
18.17 4.69 5i-5i 38-65 26.10
18 18 18 18 18 18
5 5 4 4 4 4
I3-87 1-98 50-42 39-20 28.33 17.80
18 18 18 18 18 18
4 3 3 3 3 3
7-64 57-84 48-40 39-33 3 0 -63 22.31
18 18 18 18 18 18
3 3 2 2
18 18 18 18 18 18
2 2 2 2 2 2
18 18 18 18 18 18
0.41 45-01 29.86 14-97 0.35 46.01
14-36 6.80 59-62 52.84 2 46.44 2 40.44 34-83 29.62 24.82 20.42 16.43 12.85 9.68 6-93 4.60 2.68 1.19 0.12
15.40 15.15 14.89 14.62 14.34 14.07 13-77 13.48 13.18 12.86 12.55 12.23 11.89 11.56 1 1 22 10.87 10.53 10.16 9.80 9-44 9.07 8.70 8.32 7-95 7.56 7.18 6.78 6.40 6.00 5.61 5.21 4.80 4.40 3-99 3-58 3-17 2.75 2-33 1.92 1.49 1.07
Weltzeit Halb- | Hör. messer; Par.
Scheinbare Deklination
-2233 22 33 22 33 22 33 22 33 22 34
7.8 18.4 29.0 39-4 49-8 0.2
10.6 10.6 10.4 10.4 10.4
-22 34 10.4 22 34 20.7 22 34 30.8 22 34 40.9 22 3 4 5 1 . 0 2 2 3 5 1.0
10.3 10.1 10.1 10.1 10.0
35 35 35 35 35 36
10.9 20.8 3°-7 4°-5 50.3 0.0
-2236 22 36 22 36 22 36 22 36 22 36
9.7 19.4 29.1 38.7 48.3 57.8
-2237 22 37 22 37 22 37 22 37 22 37 -2238 22 38 22 38 22 38 22 38 22 38
7.4 16.9 26.4 35-9 45-4 54-8 4.3 13.7 23.1 32.4 41.8 51.2
-2239 2239 22 39 22 39 22 39 -22 39
0.5 9.8 19.1 28.4 37.6 46.8
-22 22 22 22 22 22
10.2
9-9 9-9 9-9 9.8 9.8 9-7 9-7 97 9-7 9.6 9.6 9-5 9.6 9-5 9-5 9-5 9-5 9-4 9-5 9-4 9-4 9-3 9-4 94 9-3 9-3 9-3 9-3 9-2 9.2
9.16 9.17 9.17 9.18 9.19 9.20
207 009 837 690 568 472
9.21 399 9-22 3 5 1
9-23 9.24 9-25 9.26
327 327 350 396
9.27 9-28 9.29 9.30 9-3 1 9-33
464 555 667 8ox 956 132
9-34 3 2 8
9-35 544 9-36 779 9-38 033 9-39 3 0 6
9.40 596 9.41 9-43 9-44 9-45 9.47 9.48
905 231 574 933 308 700
9.50 106 9-5i 528 9.52 964 9-54 4 1 5 9-55 879 9-57 356 9.58 847 9.60 349 9.61 864 9.63 390 9.64 928 9-66 475
802 828 853 878 904 927 952 976 000 023 046 068 091 112 134 155 176 196 216 235 254 273 290 3°9 326 343 359 375 392 406 422 436 451 464 477 491 502 515 526 538 547
8.14 8.13 8.12
8.12 8.11
8.10
0.96 0.96 o 96 0.96 0.96 0.96
8.09 0.96 8.08 0-95 8.08 , 0.95 8.07 ; 0.95 8.06 o-95 8.05 0-95 8.04 0-95 8.03 0-95 8.02 0-95 8.01 0-95 8.00 0.94 7-99 0-94 7.98 0.94 7-97 0-94 7.96 0-94 7-95 0.94 7-94 0-94 7-93 o-94 7.92 0-93 7.91 0-93 7.89 0-93 7.88 0-93 7.87 0-93 7.86 0-93 7-85 0-93 7.84 0.92 7-83 0.92 7.81 0.92 7.80 0.92 7-79 0.92 7.78 0.92 7.76 0.92 7-75 0.91 7-74 0.91 7-73 0.91 7.72 0.91
Aufgang
ObereKu! mination
in oh Länge ,-f- 50° Breite Ii m
h
m
1 7 55 22 0.3 1 7 5 1 21 56.I 1 7 4 7 2 1 5I.9 1 7 43 2 1 47.7 1 7 39 2 1 4 3 . 6 17 35 21 39-4 21 35-2 26 2 1 3 1 . 1 22 2 1 26.9 18 2 1 22.8 14 21 18.6 10 21 14.5
1 7 30
17 17 17 17 17
17 6 17 2
21 IO.4 21 6.3
1657 16 53
21
2.1
20 20 20 20 20 20
45-7 41.6 37.6 33-5 29.4 25.3
17 13 9 5 1 57 53 49 45 41 37 33
20 20 20 20 20 20
21.3 17.2 13.2 9.1 5.1 1.1
19 I 9 19 19 19 19
57-i 53- 1 49.1 45- 1 41.1 37-i
1 5 29 1 5 25
19 19 19 19 19 19
33-i 29.1 25.2 21.2 17.2 J 3-3
16 16 16 16
49 45 41 37
16 33
16 29 16 25 16 21 16 16 16 16 16 15 15 15 15 15 15 15
1 5 21 15 17 15 i3
15 9
20 58.O 20 53-9 20 49.8
Saturn 1959
91
O h Weltzeit
Scheinbare Rektaszension
Halb Hör. messer Par.
Scheinbare Deklination
m s 18
2
O.I2
18
1
59-47
18
I 59-25
18
1 59-45
18
2 0.08
18
2 1.13
18
2.61
18
4-52
18
6.85
18
9.61
18
2 12.79
18
2 16.39
0.65 0.22 0.20 0.63 1.05 1.48 1.91 2-33
2.76 3.18 3.60 4.02
18
2 20.41
18
2 24.85
18
2 29.71
4-44
18
2 34-99
18
2 40.69
18
2 46.80
18
2 53-33
18
3
18
3 7-63
18
3 I5-40
0-28
18
3 23-58
18
3 32.17
18
3 4I-I7
18 18 18 18 18 18 18 18
5.28 5.70 6.II
6-53 6.95 7-35 7-77 8.18 8-59 9.00
18
5 33-19 5 46.54 6 0.27
18 18
6 28.86
18
6 43-71
18
6 58.92
18
7
14-49
12.97 13-35 13-73 14.11 I4
f
14.85 15.21 15-57
40
41.7
22
40
59-7
22
41
8.7
22
41
17.7
22 4 1 26.6 "22
41
35-4
22
41
44.3
22
41
22
42
1.7
22
42
IO.4
22
42
I9.O
42
27.5
22
42
35.9
22
42
44.3
22
42
52.6
-22
53.O
22
43
16.9
43
24.8
22
43
32.6
22
43
4O.2
22
43
47.8
22
43
55-2
44
2.6
2244 9-7 22
44
16.7
22
44
23.6
22
44
3O.4
22
44
36.9
-22
44
22
44
22
44
2 2 45 22 4 5 -22
45
9.66
475
9-68
033
9.69
601
9.71 177
7.70
0.91
7.69
0.91
7.68
0.91
593
7.67
0.90
7-65
0.90
h 15 15 15 14 14 14
7.64
0.90
14
7-63
0.90
14
7.62
0.90
7.60
0.90
7-59 7-58 7-57 7-55
585
9-74
355
601
9.0 9.0 9.0 9.0 8.9
9-75
956
9-77
564
9-79
178
9.80
798
608 614 620 626
9.82
424
8.8
9-84
055
8.9 8.7 8.7 8-7 8.6 8.5 8.4 8.4
7-9 7.8 7.6 7.6 7-4 7-4 7-1 7.0 6.9 6.8
6.5 6.4
9.85
691
9-87
332
9.88
976
9.90
624
9.92
274
9.93
928
9-95
583
9-97
241
9.98
899
10.00
559
10.02
219
10.03
879
10.05 10.07
538 1
97
10.08
854
10.10
509
10.12 162 10.13
812
10.15
459
10.17 101 10.18
740
10.20
374
10.22
002
10.23
625 2
2
43.3
10.25
49.6
10.26
852
10.28
456
10.30
052
10.31
640
10.33
220
6-3 6.0 55.6 5-9 !-5 5-7 7.2 5-5
12-7
0.91
762
4
631 636 641 644 648 650 654 655 658 658 660 660 660 659
ObereKulmination
in oh Länge, + 50° Breite
7.72
558 568 576
9.72
8-3 8.2 22 43 0.8 8.1 22 43 8.9 8.0
-22
5 7-63
46.8
2 2 40 5O.7
4 43-63 II.81 4 55-44 12.19 12.59 5 20.22
18
-22
-22
II.41
39
9.2 22 39 56.0 9.2 22 40 5.2 9.2 22 40 14.4 9.1 22 40 2 3 . 5 9-1 22 40 32.6 9-1
9.40 3 50-57 9.81 4 0.38 10.21 4 IO-59 10.62 4 21.21 II.Ol 4 32.22
18 18
-22
Aufgang
m 9 5 1 57 53 50
h m 19
I
3-3
19 9.4
19 19
5-4 !-5
18
57.6
18
53-7
46
18
49.8
42
18
45.9
18
42.0
18
38.1
0.90
1 4 38 1 4 34 1 4 30
18
34.3
0.89
14
26
18
30.4
0.89
14
22
18
26.5
0.89
14 19 18
22.7
7-54
0.89
14 15
18 18.8
7-53
0.89
14 11
18
15.0
7-52 7-50
0.89
14 7 14 3
18
Ii.2
7-49
0.88
7.48
0.88
7.46 7-45 7-44 7-43
0.89
0.88 0.88 0.88 0.88
1 3 59 1356 1 3 52 1348 1 3 44 13 4i
18
7-3
3-5 1 7 59-7 1 7 55-9 18
17
52.1
17 48.3 1 7 44-5 17
40.7
7.42
0.88
7.40
0.87
1 3 37 13 33
7-39
0.87
13
7-38
0.87
1325
7-37
0.87
13
7-36
0.87
13 18
642 639 634 628 623 617
7-34
0.87
13
7-33
0.87
13 11
7-32
0.86
7-3i
0.86
7-30
13 7 13 3
0.86
12
7.28
0.86
12
610 604 596 588 580
7.27
0.86
12
52
16 55-9
7.26
0.86
12
48
16
52.2
7-25
0.86
1245
16
48.5
7.24
0.85
12
16
44.9
7-23
0.85
12
16
41.2
7.22
0.85
12
659 657 655 653 650 647
29 22
14
59 56
41 37
17 17 17 17 17
37-o 33-2 29-5 25-7 22.0
17 18.2
1 7 14-5 17 10.8 17 7.0 17 3-3 16
59.6
34 16 37.5
Saturn 1959
92 Oh
18 18 18 18 18 18 18 18
W e l t z e i t
Scheinbare
Scheinbare
Halb-
Hör.
Rektaszension
Deklination
messer
Par.
7.22 7.21 7.20 7.18 7.17 7.16
0.85
7 1 4 - 4 9 15.92 7 30-41 16.29 7 4 6 - 7 0 16.63
8 3 - 3 3 16.98 8 20.31 17-33 8 37.64 17.66 855.30 9 1 3 . 3 1 18.Ol
9 3 1 . 6 5 18.34 9 50-32 18.67 1 8 1 0 9 . 3 1 18.99 1 8 1 0 2 8 . 6 3 1932 19.64 18 10 48.27 19.96 18 1 1 8.23 20.28 18 1 1 28.51 20.58 18 1 1 49.09 20.89 18 12 9.98 21.19 18 12 3 1 . 1 7 21.49 18 12 52.66 21.78 18 13 14.44 22.07 18 13 36.51 22.35 1 8 1 3 58.86 22.63 18 14 21.49 22.91 18 1 4 44.40 23.18 1815 7.58 23-43 18 15 31.01 23.70 18 15 54.71 23.96 18 16 18.67 24.20 18 16 42.87 24.44 1817 7.31 24.69 18 1 7 32.00 24-93 18 1 7 56.93 25.16 18 18 22.09 25-38 18 18 47.47 25.61 18 19 13.08 25-83 18 19 38.91 26.04 1 8 2 0 4.95 26.25 18 20 31.20 26.45 18 20 57.65 26.66 18 21 24.31 26.86 18 21 5 1 . 1 7 27.05 1 8 22 1 8 . 2 2
- 2 2 45 1 2 . 7 22 4 5 l 8 . 0 22 4 5 2 3 . 0 22 45 27.9 22 4 5 3 2 . 5 22 4 5 3 6 . 9 - 2 2 45 4I.O 22 4 5 4 4 . 9
18
22 4 5 4 8 . 5
18
22 4 5 5 x - 9 22 4 5 5 5 - 0 22 4 5 5 7 - 9
5-3 S-° 4-9 4.6 4-4 4-i 3-9 3-6 3-4 3-i 2.9 2-5
- 2 2 46
0.4
22 4 6
2.7
22 4 6
4.6
22 4 6
6-3
22 4 6
7-7
22 4 6
8-7
- 2 2 46
9-4 9.8
0.4
22 4 6
9.8
22 4 6
9.6
0.2
22 4 6
22 4 6 22 4 6 - 2 2 46 22 4 6 22 4 6 22 4 6
1-9 1-7 i-4 1.0 0.7 0.0 0.7
8.9
1.0
7-9
i-3
6.6 4-9 2.8
0.4 22 4 5 5 7 - 6 22 4 5 5 4 - 3 - 2 2 45 50.7 22 4 5 4 6 - 7 22 4 5 4 2 . 3 22 4 5 3 7 - 5 22 4 5 3 2 - 3 22 4 5 2 6 . 6 -22 45 20.5 22 4 5 1 4 . 0 2245
2-3
7.0
22 4 4 5 9 - 7 224451.8 -22 44 43.6
1-7 2.1 2-4 2.8 3-3 3-6 4.0 4-4 4.8 5-2 5-7 6.1 6-5 7.0 7-3 7-9 8.2
10.33 220 10.34 792 10.36 355 10.37 909 10.39 453 10.40 987 10.42 5 1 1 10.44 024 10.45 526 10.47 017 10.48 496 10.49 962 10.51 416 10.52 857 10.54 285 10.55 699 1 0 . 5 7 098 10.58 484 10.59 854 1 0 . 6 1 209 10.62 548 10.63 871 10.65
j
78
10.66 468 10.67 7 4
572 563 554 544 534 524 513 502 491 479 466 454 441 428 414 399 386 37° 355 339 323 3°7 290 273
1
10.68 996 10.70 234 10.71 454 10.72 656 1 0 . 7 3 840 10.75 o°5 10.76 150 10.77 277 10.78 385 10.79 472 10.80 540 10.81 587 10.82 6 1 4 10.83 621 10.84 606 10.85 5 7 ° 10.86 5 1 3
255 238 220 202 184 165 145 127 108 087 068 047 027 007 985 964 943
Auf-
Obere Kul-
gang
mination
in o h L ä n g e , + 50° Breite m
0.85
7-15 7.14 7-i3 7.12 7.11 7.10
0.84
12 12
16 15.6
0.84
12
8
16 12.0
0.84
12 12
5 1
16
8.4
0.84
16
4.8
0.84
1 1 57
16
1.1
0.84
1 1 54
15 57-5
7.09
0.84
1 1 50
7.08
0.84
1 1 47
7.07
0.83
1 1 43
7.06
0.83
1 1 39
7-°5
0.83
1 1 36
7-05
0.83
1 1 32
1 5 36.0
7.04
0.83
1 1 29
7-°3 7.02 7.01 7.00 6.99
0.83
1 1 25
0.85 0.85 0.85 0.85
m 34 30 26 23 19 15
Ii
h 12 12 12 12 12 12
16 16 16 16 16
37-5 33-9 30.2 26.5 22.9
16 19.3
1 5 53-9 1 5 50-3 15 46.7 1 5 43-2 1 5 39-6
0.83
1 1 22
0.83
1 1 18
0.83
1 1 14
0.83
11 11
15 15 15 15 15 15
6.98
0.82
11
7
15 i i - I
6.98
0.82
11
4
6.97
0.82
11
o
6.96
0.82
10 57
15 15 15
6-95
0.82
10 53
6.94
0.82
1 4 56.9
1050
1 4 53-4
6.94
0.82
1 0 46
1 4 49-9
6-93
0.82
10 43
1 4 46-4
6.92
0.82 0.82
14 42-9
6.91
1039 1 0 36
6.91
0.82
1 0 32
6.90
0.81
1 4 35-9
1 0 29
1 4 32-4
6.89
0.81
10 25
1 4 28.9
6.89
0.81
1 0 22
14 25-4
6.88
0.81
10 18
14 21.9
6.88
0.81
10 15
14 18.4
6.87
0.81
10 11
14 i4-9
6.86
0.81
10
14 ii-4
8
32-4 28.9 25-3 21.7 18.2 14.6
7-5 4-o 0.5
1 4 39-4
Saturn 1959
93
Oh W e 1 t z e i t Scheinbare
Scheinbare
Rektaszension
Deklination
Nov. 24
18 22 18.22
25 26
18 22 45.46
27 28
18 23 40.48
29
18 24 36.20
30 1
1825
Dez.
18 23 12.88 18 24 8.26
4.31
18 25 32.58
27.24 27.42 27.60 27.78 2 7 . 9 4
28.11 28.27
5
28.42 1.00 28.57 18 26 29.57 28.71 18 26 58.28 28.85 18 27 27.13 28.98
6
18 27 56.11
7 8
18 28 25.21
9 10
18 29 23.78
11
18 30 22.79
12
18 30 52.45
2 3 4
18 26
18 28 54.44 18 29 53.23
13
18 31 22.20
14
18 31 52.05
15 16
18 32 21.99
17
18 33 22.09
18 32 52.00
29.10 29.23 29-34 29-45 29.56 29.66 29.75 29.85 29.94 30.01 30.09 30-17
-22 44 43.6 22 44 34.9 22 44 25.7 22 44 l6.I
22 44 6.0 22
43 55-4
-22 43 44.4 22 43 33-0 22 43 21.1 22 43 8.6 22 42 55.8
-22 42 28.7 22 42 14.4 22 4 1 5 9 - 7 22 4 1 4 4 - 5
22 41 28.8 22 41 12.6 -22 40 56.O 22 40 38.9 22 40 21.3 22 40 3.2 22 39 44-7 22 3 9 2 5 - 7
-22 39 6.
18 33 52.26
19 20
18 34 22.49 30-23
22 38 46.
18 34 52.78 30.29 18 35 23-14 30.36
22 38 25.
18 35 53-55 30.41 18 36 24.01 30.46
22
22 23
30.50
22 38 5.
37
43
22 37 21. - 2 2 3 6 59.
24
18 36 54-51
25 26
18 37 25.05
22 36 36.
18
22 36 13.
27
18
28
18
29
18
30
18 39 58.17
31
18 40 28.83
32
18 40 59.50
30.54 30.58 37 55-63 30.60 38 26.23 30.63 38 56.86 30.65 39 27.51 30.66 30.66 30.67
9-6 10.1 10.6 11.0 11.4 Ii.9 12.5 12.8
13-3 22 42 42.5 13.8
18
21
9.2
22 35 5° 22 35 26, 22 35
I.
-22 34 36.6 22 34 11.3 -22 33 45.6
14-3 14-7 15.2 15-7 16.2 16.6 17.1 17.6 18.1 18.5 19.0 19-5 19.9 20.4 20.9 21.4 21.8 22.2 22.7 23.2 23.6 24.1 24.5 24.9 25-3 25.7
10.86 o I0-®7 10.88
Par.
in o h L ä n g e , + 50 0 B r e i t e
6.86 6.86
0.81
Ii m 10 8
0.81
10 4
6.85
0.81
10
'
6.85
0.81
9 57
*4 4-5 14 1.0
6.84
0.81
9 54
6.84
13 57-5
8o8
0.81
9 50
13 54-i
6.83
0.81
9 47
13 5°-6
6.83
0.81
9 43
13 47-i
6.82
0.80
9 40
13 43-7
6.82
0.80
9 36
6.81
0.80
13 40.2
9 33
6.81
0.80
13 36.8
929
13 33-3
6.80
0.80
9 26
13 29.9
6.80
0.80
9 22
13 26.4
6.80
0.80
9 19
13 23.0
6.79
0.80
915
13 19-5
6.79
0.80
9 12
13 16.1
6.79
0.80
9
8
13 12.6
6.78
0.80
9
5
13
9.2
6.78
0.80
9
2
i3
5-8
6.78
0.80
858
13
2.3
6.77
0.80
8 55
12 58.9
6.77
0.80 0.80
851 848
12 55-5
6.77 6.77
0.80
8 44
12 48.6
6.76
0.80
841
12 45.2
6.76
0.80
8 37
12 41.7
6.76
0.80
6.76
0.80
8 34 12 38.3 8 30 1 2 3 4 - 9
6.76
0.80
827
12 31-5 12 28.0
10.90 063
10.91 703 10.92 489 10.93 251 10.93 989 10.94 703 10.95 394 10.96 060 10.96 703 10.97 321 10.97 914 10.98 483 10.99 027 10.99 546 11.00 041 11.00 511 11.00 955 11.01 374 11.01 768 11.02 137 11.02 480 11.02 798 11.03 °9° 11-03 357 11-03 597
gang
messer
921 434 gQq 333 OOO f® g7Ö
IO.9O 895
Unter-
mination
Hör.
513
10.89 209
ObereKul
Halb-
A
8.7
Aufgang
786 762 738 714 691 666 643 618 593 569 544 519 495 470 444 419 394 369 343 318 292 267 240 215
1
h m 14 II.4 14 7.9
12 52.0
6.76
0.80
8 23
188
6-75
0.80
8 20 12 24.6
11.04 l(>3 163 11.04 299 136
6-75
0.80
8 16
6-75
0.80
8 13
12 17.8
11.04 4°9 110 11.04 493 84
6-75
0.80
8 10
12 14.3
6-75
0.80
8 6
12 10.9
57
6-75
0.80
8 3
12
6-75
0.80
7 59
12
6-75
0.80
7 56
12
11.03 812 11.04
000
11.04 550 11.04 581 11.04 585
31 4
12 21.2
7-5 4-i 0.6
Uranus 1959
94 Oh Scheinbare Rektaszension
Scheinbare Deklination o
9 13 9 13 9 13 9i3 9 13 9 12
10 II
12 13 H 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 3i Febi. 1 2 3 4 5 6• 7 8 9 10
3 J -92 24.21 i6 -35 8-34 0.18 51.88
9 ! 2 43-45 9 1 2 34.88 9 12 26.18 12 17.36 9 12 8.42 9 1 1 59-36 9 1 1 50.18 9 1 1 40.90 9 " 3i-5i 9 1 1 22.03 9 1112.45 9 1 1 2.78 9 1053.02 9 1043.18 9 10 33.26 9 10 23-27 9 1 0 13-23 9 10 3 . 1 1 9 9 9 9 9 9 9 9 9 9 9 9
9 52.93 9 42.70 932.41 9 22.09 9 11.72 9 !-3i 8 50.87 8 40.40 8 29.92 8 19.41 8 8.88 7 58.35
9 9 9 9 9 9
7 47-8I 7 37-28 7 26.75 7 16.23 7 5-73 655-25
7.71 7.86 8.01 8.16 8.30
9.28 9-39 9.48
10.23 10.29 10.32 IO-37 10.41 10.44 10.47 10.48 10.51 IO-53 IO-53 10.54 IO-53 10.53 10.52 10.50 10.48
"
"
1 6 48 3 1 . 0
J
1649
8.1
^4945.7
165023.9
16 J51 + ^
2.7 '
39-2
5*41-9
39-8
1 6 5 3 2 1 . 7 40.3 l 6 5 3 2.0
165342.9 ^5424.1
1 6 5 5 5-9 +165548.1 16, J56 J30.7 '
9.58 9.67 9.76 9.84 9.92 9-99 10.04 10.12 10.18
/
+ 164754.6
8-43 8.57 8.70 8.82 8.94 9.06 9.18
Weltzeit
+
;8
4 4 2.2
43.0
16 57 13-7 V. . I6 57 57-O 437 1 6 5 8 4 0 . 7 44 o 16 59 24.7 44-2 1 7 0 8.9 44.6 1 7 0 53-5 1 38.4
17 X7
23-5 3 8.8 3 54-3 440.0
2.
17 i7 +17 1 7
44-9 45-i 45 3
'
45-5
5 25.9
17 6 11.9 1 7 6 58.0 1 7 744.2 1 7 830.4 +17
9 16.8
46.1 46.2 46.2 46.4 46.4
1 7 1 0 1 7 1 0
3 2 ' 49.5
17 1 1
35-9 Jg
I 7 1 2 2
'"
3
46.3 4 6 ;
46.4
+ 1 7 13 54-9 1 7
1 77 17 17 +17
J
4 4i-o
15 i 16 16 17
27.0 ' 12.9 58.7 o --/ 44.2
¡6
o
45.9 45-9 45.8 5 5
17.64 17.63 17.62 17-61 17.60 17.60
982 946 937 953 994 062
17-59 17.58 17-57 17.56 17.55 17-55 17-54 17-53 17.52 17-52 17.51 17.51
156 278 427 603 808 040 301 59i 910 259 636 044
17.50 17.49 17-49 17.48 17.48 17.48
480 947 443 971 529 116
17-47 17-47 17.47 I7-46 17.46 17.46
735 384 063 775 516 288
17.46 17-45 17-45 17.45 17.45 17-45 17-45 17-45 17-45 17-45 17-45 17.46
092 927 793 692 620 581 573 597 651 737 856 004
1 036 1 009 984 959 932 906 878 851 824 795 768 739 710 681 651 623 592 564 533 504 472 442 4i3 381 35i 321 288 259 228 196 165 134 101 72 39 8 24 54
86 119 148
Halbmesser
Hör. Par.
I.94 X.94 I.94 i-95 i-95 i-95
0.50 0.50 0.50 0.50 0.50 0.50
i-95 i-95 i-95 i-95 i-95 i-95
0.50 0.50 0.50 0.50 0.50 0.50
Aufgang
Obere Kul- Untermination gang
in oh Länge, + 50° Breite h m
19 6 19 2 18 58 18 54
18 50 18 46 18 42 18 37
18 33 18 29 1825 18 21
Ii
m
2 2 2 2 2 2
37-4 33-4 29.3 25.2 21.2 17.1
2 2 2 2
13-0 9.0 4-9 0.8
1 56.7
1 52.6
1.96 1.96 1.96 1.96
0.50 0.50 0.50 0.50 0.50 0.50
18 18 18 18 18
1.96 1.96 1.96 1.96 1.96 1.96
0.50 0.50 0.50 0.50 0.50 0.50
17 52
1 7 35 17 3i
1 1
1.96 1.96 1.96 1.96 1.96 1.96
0.50 0.50 0.50 0.50 0.50 0.50
17 27
1.96 1.96 1.96 1.96 1.96 1.96
0.50 0.50 0.50 0.50 0.50 0.50
1.96 1.96 1.96 1.96 1.96 1.96
0.50 0.50 0.50 0.50 0.50 0.50
59-4 55-3 051.2 047.1 043.0 038.9 034.8 030.7 o 26.6 022.5 o 18.4 oi4-3 0 10.2 o 6.1
i-95 i-95
17 13 8 4 o
1 7 56
1748 17 43
17 39
1723
17 17 17 17 17 16 16 16 16 16
18 14 10 6 2 57 53 49 45 41
1637
1 48.6 144-5
1 40.4 1 36.3
1 32.2 1 28.1
1 24.0 1 19.9 1 15.8 1 11.7
7.6 3-5
0
0
16.32 / 0 2.C\ 16 28 \23 5 7 ? / 16 24 23 53-8 16 20 23 49-6 16 16 23 45-5
Uranus 1959 0
Rektaszension
Deklination
messer
Par.
in o h L ä n g e , + 50° Breite
1.96
0.50
h m 16 16
1.96
0.50
16 I I
1.96
0.50
16
7
1.96
0.50
16
3
1.96
0.50
1 5 59
1.96
0.50
i 5 55
23 23 23 23 23 23
1.96
0.50
15 5i
23 20.9
1.96
0.50
15 46
23 16.8
1.96
0.50
15 42
23 1 2 . 7
1.96
0.50
i 5 38
23
8.6
1.96
0.50
15 34
23
4-5
1.96
0.50
15 30
23
0.4
1.96
0.50
1 5 26
22 5 6 . 3
1.96
0.50
15 21
22 52.3
1.96
0.50
1.96
0.50
1 5 t-7 15 13
22 44.1
I.96
0.50
1.96
0.50
15
9
22 40.0
15
5
22 35-9
i-95
0.50
15
1
22 31.8
i-95
0.50
14 57
22 27.7
i-95
0.50
1 4 52
22 2 3 . 7
i-95
0.50
1 4 48
22 1 9 . 6
i-95
0.50
14 44
i-95
0.50
1 4 40
22 1 5 . 5 22 1 1 . 4
i-95 i-95 i-95 i-95 i-95 1.94
0.50
1 4 36
0.50
1 4 32
0.50
1 4 28
0.50
14 23
1.94
0.50
14 11
1.94
0.50
14
7
1.94
0.50
14
3
1.94
0.50
13 59
1.94
0.50
13 55
1.94
0.50
13 5 i
1.94
0.50
i-93
0.50
I-93
0.50
i-93
0.50
i-93
0.50
i-93
0.50
13 13 13 !3 13 13
m s
11
9
12
9
13
9
14
9
15
9
16
9
5 53-n
17 18
9
5 42-92
10.19
19 20
9
10.13 5 3 2 - 7 9 10.06 5 2 2 . 7 3 10.00
9
5 12.73
21
9
5
2.81
22
9
23
9
4 52.97 443.20
24
9
4 33-52
25 26
9
4 23-93
9
4
x4-43
27
9
4
5-03
28
9
3 55-73
1
9
3 46.54
2
9
3 37-46
9.92
9.84 9-77 9.68 9-59 9-5° 9.40 9-3° 9.19
3 28.49 3 19-64
5
9
3 10.91
6
9
7 8
9
3 2.30 2 53-83
8.47
9 10
9
2 45-49 2 37.29
8.20
9
2 29.22
11
9
2 21.31
9
2 13-54 2 5.92
14
9
1 58.46
15 16
9
1 51.16
9
1 44.02
17
9
1
18
9
1 30.23
19 20
9
1 23.60
9
21
9
117-I3 110.84
9 9
37-04
172256.1 1 7 2 3 39-5
8.85 8-73 8.61
8.34 8.07 7.91 7-77 7.62 7.46
^
1725
5-2
1 7 25 47-3
4
29.1
1
7
3
3
"
1 7 33 37-5
36.3 3S
6
7 3 5 5^*3 173629.4 1737
1.7
+ 1 7 3 7 33-4 1 7 38
^9 j
6.81
1 7
2g
I
27.2
+174028.5 174055-2
'
6.29
174120.9
o
6.11
174145-9
3
174210.2 + 1 7 42 33.7
17-52 539 17-53 198
17-54 599 17.56 110 1 7 . 5 6 907 17-57 730
1 7 . 6 1 288
„ o
J 7 3 9 33-2
1 4-73 5-94 0 58.79
7 - 5 I 309
17.64 224
6.98
6.63
I
17.51 910
1 7 . 6 3 220
3°-4 1 7 3 8 34-8 29.5 1 7 39 4-3 2 8 . 9
6.47
I7-50 736
3 \ 31 7
7-3° 7.14
I-3
425
1 7 . 6 2 242
4-4
303
17.47 9*7 17-48 3*3
17-59 457 17.60 360
17 35 22.5
275
366
1 7 . 5 8 580
+ 1 7 34 1 3 . 1 o 35 I 7 34 48-I
242
17-47 551
1 7 - 5 5 340 36.8
212
334
17-53 884 8 o
181
17.47 217
I7-50 i 9 3
+ 1 7 30 3 0 . 6 9-0
17.46 914
8
1 7' 2 7' 1 0 . u5 41.0 1 7 2 £ 5 1 " 5 40.4 1 7 2 8 3i-9 * * 1 7 29 12.0 39-5
31
17.46 639
49 9 61 9 3 11 77 -. 4 78
4I
+172629.1
I 7 29 5I-5
17-46 397
17.48 738
172422.5
I7 3I47-0 1 7 3 2 24-4
9
9
17.46185
8.97
9
13
+
1 7 . 4 6 004
"
1 7 18 29.5 1 7 IQ 1 4 . 6 ' ' ^ 44.9 1 7 59-5 1 7 20 4 4 . 1 y 1 7 2 1 2 8 . 5 44 4 J ' 43-9 1 7 22 12.4 r 43-7
1 7
3
12
+ I 7 I 7 44-2
9.08
4
23
mination
Hör.
6 5 5 - 2 5 10.45 6 44.80 10.42 6 34-38 10.38 6 24.00 io-34 6 13.66 10.30 6 3 - 3 6 10.25
22
Obere K u l
Halb-
ii
9
Aufgang
Scheinbare
9
März
W e 11 z e i t
Scheinbare
1959 Febr. 10
9
11
95
17.65 251 1 7 . 6 6 302 17.67 376 17.68 474
396 455 485 5i5 543 573 601 629 659 686 715 741 770 797 823 850 877 903 928 954 97s 1 004 1 027 1 051 1 074 1 098
1 7 . 6 9 5 9 4 1 120 1 143 17.70 737 164 1 7 . 7 1 901 185 1 7 . 7 3 086 207 17-74 293 226 17-75 5 i 9 246 17.76 765
0.50 0.50
14 19 14 15
47 43 39 34 30 26
h
m 45-5 4i-4 37-3
33-2 29.1 25-0
22 4 8 . 2
22 22 21 21 21 21
7-3 3.3 59-2 55-i 51.1 47.0
21 21 21 21 21 21
43-o 38-9 34-9 30.8 26.8 22.7
2118.7 2114.6 2110.6 21
6.6
21
2.5
20 58.5
Uranus 1959
96 Oh Scheinbare Rektaszension m
s
o 58.79 0 53-04 o 47.48 o 42.09 o 36.90 031.90 o o 0 o 0 9 o
27.08 22.47 18.04 13.82 9.80 5.98
9 o 8 59 8 59 8 59 8 59 8 59
2.36 58.95 55-74 52.74 49.96 47-38
8 8 8 8 8 8
59 59 59 59 59 59
45-02 42.86 40-93 39-21 37-70 36.41
8 8 8 8 8 8
59 59 59 59 59 59
35-34 34-49 33-85 33-42 33-22 33-23
8 8 8 8 8 8
59 59 59 59 59 59
33-46 33-9 1 34-57 35-45 36.55 37.86
8 59 39-39
5-75 5-56 5-39 5-19 5.00 4.82 4.61 4-43 4.22 4.02 3.82 3.62 341 3.21 3.00 2.78 2.58 2.36 2.16 1-93 1.72 1.51 1.29 1.07 0.85 0.64 0-43 0.20 0.01 0.23 0.4s 0.66 0.88 I.IO 131 1-53
1-74 1.97 8 59 43-10 2.18 8 59 45-28 2-39 8 59 47-67 2.60 8 59 4 i . i 3
8 59 50.27
Weltzeit
Scheinbare Deklination
+ 17 42 33.7 1 7 42 56-3 17 43 1 8 . I
17 43 39-i 17 43 59-3 17 44 18.6 + 1 7 44 17 44 17 45 17 45 17 45 17 45 + 1 7 46 17 46 17 46 17 46 17 46 17 47 +1747 17 47 17 47 17 47 17 47 17 47 + 1 7 47 17 47 17 47 17 47 17 47 17 47
37.2 54-9 11.6 27-5 42-7 56-9 10.2 22.7 34.2 44.9 54.6 3-5 11.4 18.5 24.6 29.8 34- 1 37-6 40.1 41.6 42.3 42.1 40.9 38.8
+ 1 7 47 17 47 17 47 17 47 17 47 1747
35-8 31-9 27.1 21.4 14.7 7.2
+ 1 7 46 17 46 17 46 17 46 17 46 +1746
58.7 49.4 39.1 28.0 15.9 2.9
22.6 21.8 21.0 20.2 19-3 18.6 17.7 16.7 15 -9 15.2 14.2 13-3 12.5 11.5 10.7 9-7 8.9 7-9 7-i 6.1 5-2 4-3 3-5 2-5 i-5 o.7 0.2 1.2 2.1 3° 3-9 4.8 5-7 6.7 7-5 8.5 9-3 io-3 11.1 12.1 13.0
17.76 17.78 17-79 17.80 17.81 17.83
765 031 3i7 621 944 284
17.84 17.86 17.87 17.88 17.90 17.91
642 017 409 817 241 681
17-93 17.94 17.96 17-97 17.99 18.00
x35 604 087 583 093 615
18.02 18.03 18.05 18.06 18.08 18.09
148 692 249 815 391 977
18.11 18.13 18.14 18.16 18.18 18.19
572 175 785 403 029 660
18.21 18.22 18.24 18.26 18.27 18.29
297 940 588 240 896 556
18.31 18.32 18.34 18.36 18.37 18.39
219 885 554 225 896 569
266 286 304 323 34° 358 375 392 408 424 440 454 469 483 496 510 522 533 544 557 566 576 586 595 603 610 618 626 631 637 643 648 652 656 660 663 666 669 671 671 673
Aufgang
ObereKulmination
Halbmesser
Hör. Par.
i-93 i-93 i-93 i-93 1.92 1.92
0.50 0.49 0.49 0-49 0-49 0.49
13 14 13 10 13 6
20 54-5 2050.5 20 46.4 20 42.4 20 38.4
1.92 1.92 1.92 1.92 1.91 1.91
0.49 0.49 0-49 0-49 0.49 o-49
13 12 12 12 12 12
20 20 20 20 20 20
1.91 x.91 1.91 1.91 1.91 1.90
0-49 0.49 o-49 o-49 0.49 0.49
12 38 12 34
1.90 1.90 1.90 1.90 1.90 1.89
12 14
1.89 1.89 1.89 1.89 1.89 1.88
0.49 0.49 0-49 0.49 0-49 0-49 0.49 0.49 0.48 0.48 0.48 0.48
11 11 11 11 11 11 11
54 50 46 42
1.88 1.88 1.88 1.88 1.88 1.87
0.48 0.48 0.48 0.48 0.48 0.48
11 11 11 11
26 23 19 15
1.87 1.87 1.87 1.87 1.87 1.86
0.48 0.48 0.48 0.48 0.48 0.48
in o11 Länge, + 50° Breite h
ni
13 26 13 22 I 3 18
2 58 54 50 46 42
1 2 30
12 26 12 22
12 18 12 10
12 6 12 II
2
58
38
34 30
1111
11 7 11 3 10 59 1055 10 51 1047 10 44
h
m
20 58.5
34.4 30.4 26.4 22.4 18.4 14.4
20 10.4 20 6.4 20 2.5 1 9 58.5
19 54-5 1 9 50.5
19 46.6 19 42.6 19 19 19 19
38.6 34-7 3°-7 26.8
19 22.8 19 18.9 19 i4-9 19 11.0 19 7-i 19 3-i 18 59-2 18 55-3 1851.4 18 47-5 18 43.6 18 39.6 18 35-7 1831.8 18 27.9 18 24.1 18 20.2 18 16.3
Uranus 1959 Oh
7 8 9 10 11 12 13 14
h m s 8 59 50.27 8 59 53-io 8 59 56-14 8 59 59-38 9 0 2.85 9 0 6.53 9 0 10.41 1 9 0 I4-5 0 18.82 9 9 0 23.34 9 0 28.06 9 0 32.98
3-68
3-88 4.10 4.52 4.72 4.92 5-14
20
9 9 9 9 9 9
0 0 0 0 1 1
21 22 23 24 25 26
9 9 9 9 9 9
113.10 1 19.61 1 26.32 1 33-2i 1 40.29 1 47-56
27 28
9 9 9 9 9 9
1 2 2 2 2 2
9 9 9 9 9 9
2 2 3 3 3 3
43-54 52.25 I-I2 10.17 I9-38 28.76
9 9 9 9 9 9
3 3 3 4 4 4
38-30 9.70 48.00 9.87 57-87 10.02 7-89 10.16 i8 - 0 5 io-33 28.38
15 16 17 18
29 30 3i Juni 1 2 3 4 5 6 7 8 9 10 11 12 13
38.12 43-45 48.99 54-72 0.65 6.78
U 2.83 3-°4 3-24 3-47
55-oi 2.66 10.48 18.47 26.65 35-oo
5-33 5-54 573 5-93 6.13 6.32 6.51 6.71 6.89 7.08 7.27 7-45 7.65 7.82 7-99 8.18 8.35 8.54 8.71 8.87 9 °S 9.21
Weltzeit
Scheinbare Deklination
Scheinbare Rektaszension
1959 Mai 3 4 5 6
97
+ 1746
2.9
i 7 45 49-i 1 7 4 5 34-3 17 45 18.6 1 7 4 5
2
i
8
£ 17.5
174444.6 ^
3
+174426.3 1 7 44 7 - i 43 47-1 1 7 43 26.0 1 7 4 3 4-3
174241.6 + 1 7 4218.1 17 4*53-7 174128.5
2.4 ^ 40 35-6 1740 +17 17 I7 i7 17
7-8
20 G 2I.t 22'
23;5
24.4 2 45-031 3g 48.81 ! 44-993 g2 ^ 96 49-77 8o 44-911 5°'57 6 l 44789 I S 7 51.18 44-632 i 8 4 37 51-55 „ 44-448 51.66 - 44-245 2 I 3 15 5 I - 5 I 4 0 44-032 l 1 11 43-820 5 - Z 5 - 4 8 2 43-619 l 8 o
49-64 Q b l62 48.65 » 38.489 47-54 II7 38.375 ^ 38.3I4 s 46-37 J 20 38.309 " 45- U4 38-362 I I O 44-°6 I o 6 38-472 , 43.00 9 4 42.06 7 9 38.636 38.849 39.104 " 4°- 3 4 4 ^ ^ 292 39-396 4°- I 7 2g 39-89 t 3 9 7 f 44 40.061 39-78 360 4°-4 21 & 39-84 2* 40.790 40.05 3ß 373 4041 4I-I63 4O.9O 49« 4 I - 535 3 41-901 4 1 -5° 42.256 42-22 7 339 42-595 ^ 43.04 9 I
43-439 I Ss I 43.288 l 116 43.172 43-097 31 43.066 -43-o8i & 43- I 4 2 1 0 4 43-246 I 43-390 r 4 4 43-571 2 i 3 43-784 24G 44- 02 4 2 Ö I 44-285 2 7 6 44fI286 44-847 29Q
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49-°9 I 2 6 47-83 8 4 5 js 44-40 42-31 ^ 229 J
40.02 37-58 22 45 24 35.06 2 5 4 32.52 2 4 9 030.030 2 3 7 27.66 Q 25.480 21 91 82 2 3-56 21.98 158 120 20.780 ' 77 45-137 29G 20.01 3I 45-427 284 19-70 11 I 45-7 9'88 2 45.985 2 7 4 20.54 cl 112 i 259 46.244 ^ 240 21.66 153 2 -I 3 9 l88 4 2 ' 9 I 5 294 43-95 IOO 46.484 2 i 6 4 46-7OO 25.07 43-209 26 V I 46.888 188 27.24 43-471 237 ISS 47-°43 i i 8 29.61 2 4 7 43-696 I g 2 32.08 ^43.878 I 3 3 48-36 - 7 47-I6I 7 8 249 44-011 49-57 I 2 I 47-239 3 4 34-57 2 4 2 44-089 22 5°"7 116 47-273 " 227 39.26 44.111 47-263 51-94 u
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0
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38.095 +1.329 +4.2 +0.01
52.01 +0.875 +4.9 —0.97
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"70*
Scheinbare Sternörter 1959 Obere K u l m i n a t i o n Greenwich 188) ß Eridani Dekl. AR.
Tag 1959 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
5h 5m - " IS 51.506 I 5 -45o ^ 51-354 J51.223 J159 5I-064 8 55 ° - f ; 1882 5 0 '5 10 178 50.332 JJ8 5°-i74 I30 50.044 L 49-948 49.892 49-879 ~ 49-909 72 49.981 h 50.095 IS1 50-247 J 4 50.431 21J 50.644 37_ 50.881 2 55 51-4°4 2706 51.680 0 279 51.959 278 52.237 4 5 2 "5 io 2 6 52-775 2 J 2 53-027 236 53.263 2 i 6 53-479 I92 53-671 i 6 4 5I
5
-5° 8' ff
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2542 t 2 3'7 I ¿e 21-95 177' 20.18 172 18.46 , 6 162 16.84 147 I5'37 I26 14.11 101 13.10 0 71 12.39 39 12.00 J II.96 12.26 30 12.88 62 92 13.80 J 119 I4-99 39 16.38 153 ^^161 53.966 8°° y 94 x9'52 I62 21.14 159 54.060 54.113£ 22"73 4s 24.21 54.125
19 29 Aug. 8 18 28 Sept. 7 17 27 Okt. 7 17 27 Nov. 6 16 26 Dez. 6 15 25 35 Mittl. Ort 49.926 sec S, tg 8 +1.004 a, a' +3-0 0.00 b, V
16.65 —0.090 +4-7 —10.97
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%
37.113 +1.277 +4-i +0.01
16.28 +0-794 +4-3 —0.98
33-957 +1.010 +2.9 0.00
5i-38 —0.145 +4.1 —0.98
39-384 +1.438 +4.4 +0.01
30.77 +1.034 +4.0 —0.98
Scheinbare Sternörter 1959 0 b e r e K u 1m i n a t i o n
z
AR. 5h
959
Jan.
o
30 Febr. 9
März
48.34 47.78
80.29 £
80.96
s8
81.06 80.62 Î; 79-64
4 5 - 3 9 55 44-84 44-35 43-93 43-58 43-32
10 30 19
43-11
29
43-24
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43-77
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8 18 28
45-69 *9
7 17 27 7 17 27 6 16 26
15 25 35 Mittl. Ort
S
54.56 51.24
53.01
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51.23 5 50.18 0 49.08
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194
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+ 21° 6' 60.99 60.95 1 60.94 60.95 2 £ 6o.g7 0
J 3 149 13.066 60.97 12.891 1 7 5 60.94 6 e. 192 60.88 12.69g 197 ^ 12.502 60.77 J 190 14 60.63 12.312 J 17 ° 174 12.138 I 60.46 47 60.27 1 1 . 8 7 8 1 3 60.10 1 7 11.806 7 2 59.96J4 11.778 — 59.87 ; " 18 " • 7 9 6 6 , 59-84 , II.859 59.89 ¿2 i o 7 60.03 1 4 11.966 j 22 147 , 60.25 I2-II3 i84 , ° 29 12.297 2 i 6 60.54 ^ 35 1
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74*
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Tag I
Jan.
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Scheinbare Sternörter 1959 Obere K u l m i n a t i o n Tag 1959 Jan.
0 10 20 30
Febr. 9 J
9 März i 11 21 April 3101 20 30 Mai 10 20 Juni
Juli
Aug. Sept. Okt. Nov.
Dez.
30 9 19 29 9 29 8 18 28 7 17 27 7 17 27 6 16 26 6 16 25 35
224) a Orionis AR. 1 Dekl. 5h
52 m
S 58-791 58.827358.817 ° 58.761 982 J58.663 J 133 58.530 g 58.369 0 179 58.190 £ 58.003 7 85 57.818 1171
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53.67 52.79 52.02 51-37 5°-85
88 77 52
£
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56®
+44° 56'
S // 33-624 35-75 I 3 6 33-675 - 3 7 - 1 1 33-66O J¡ 38 43 ; ; 33.582 ¿ 39-66 £ 33-445 l 8 8 4°-74 88 33-2 5 7 2 2 7 41.62 6 33-030 ' 42.26 4 32-778 S ; 42.63 3l 32.513 J 42.71 32-2 5 2 2 4 4 42-50 48 32.008 213 42.02 41.29 73 3 x -795 94 £ 173 31.622 ' 124 31.498 39-25 I 2 2 31-4280 7° ^ 3 3 I29 36.74 I 3 I f ^46 35.43 4 31.462 3,-566 - 34- J 4 I 2 3 31-723 2 2 32-9 1 I I 4 31.929 2 5 I 03 I - 7"71 0 3 32 I - 8 ° 2 8 9 3°-74 „ 29.84 £ 32.469 29-09 g, 32.790 61 33.137 ™ 28.48 45 3 33.505 g 2 28.03J 30 33.887 27-73 I 4 34.278 3 9 í 27-59 c. 396 34.674 ^ 27.60 k 395 !7 35.069 ^ 27-77 „ 3 9 28 10 35-458 48 ^ 377 28.58 35-835 ¿ 359 36.194 29-23 8 I 36.528 3 3 4 30.04 36.828 3 0 0 031.01 m 259 032.12 J37.087 / 124 ' 209 3 I 4
1162) +330 1209 Aiiri AR. Dekl. 5 h 57 m S
+ 3 3 ° 7' //
34.644 5 2 34-696 34.691 £ 59 34.632 I I O 34.522 1 S 3 34.369 1 8 34.182 209 33-973 2 2 0 33-753 2 I 7 33*536 33*333 7 7 j3j3 - 1j 5 6 142 33.014^ 100 32-914 5 4 32.860
6°-67 6 6 ^•33 68 62.01 , 62.66 65 59 J J 63.25 49 63-74 36 64.IO , 20 64.30 4 64-34 " 64-2! J
32.855 32.9001" 32.993 I 3 9 33.132 l 8 o 33.312 2 i 8
6 1 - 0 1 66 60.35 6 2 59-73 56 59- I 7 4i Q9 58.68 0 41
63-93 63-51 62.97 62.36 6-69
57-31 57-29 57-30 57-35 57-44 57-58 57-78 58.05 58-4° 58.84
-37-296 33.36 ¿ !33 -37-932 7 37.449 ; ; 34.69 " 38.069 J 37-540 36.06 3 7 38.155
59-37 59-98 60.65
43.59 +0.998 +0.3 —1.00
2 ,
33.530 250 5 8 - 2 7 33 33-780 57-94 3 34.056 57.69 l 8 34.354 „ . 57-51 314 34.668327 57.38 1 3 ot 34.995 35.329 „0 35-667 3 36.005 333 36.338 0 j j 323 36.661 r 3°9 36-970 3 8 9 37-259 2 6 i 37-520 37-747 l 8 s
31.204 +i-4I3 +4-4 0.00
42 4
32.575 +1.194 +3.9 0.00
69.30 +0.653 +0.2 —1.00
2
-
I4 2o 7
z S 6l 6
7
76*
Scheinbare Sternörter 1959 Obere
Tag 1959 Jan.
0 10 20
30 Febr. 9 19 März 1 11 21 31 April 10 20 30 Mai 10 20
5h 57m S
53.641
276
*9 29 Aug. 8 18 28 Sept.
54-227
7 17 27 Okt. 7 17
- 4 2 ° 48' 72.43 3 I 2 75-55 2 g 7 £95 «3-08 84-77 85.98
SS70 86.93 86.66
6h 5m s
//
55-445 2 7 55-4*8 % 55*33 TAT 55.191 17 IQO 5J J5 - 0 0 1 231 54-770 54-507 2 8 4 54-223J 292 1 53-93 Zu 290
Greenwich
232) v Orionis Dekl. AR.
229) t] Columbae AR. | Dekl.
53-365 2 - 2 0 0 O ° 219 5 2 - 94 8 52-7i6 ' 52.583 3 3 52.500 3 I 52.469 52.491 52.564 , 52-687 2 52.856 J ^ 211 53.067 2 g 53.315 J 0 53-595 6 53-901 3 2 6
30 Juni 9 *9 29 Juli 9
Kulmination
2
" S
I21
2
-
27
75
85.91 84-717 83.07164 81.05202
78-68 S
76.02 „„ ' 288 73-x4 304 70.10 0 ^ 66.99 3 1 1 310 63.89 300 60.89 58.08 2 8 1 .55-54% 53-37 7 51-64
£
5°-42 6 6 49-76 49.69 50.23 55-254 55-588 3 3 4 0 J i " 3 170 55.906 27 7 294 S 3 - 0 6 56.200 Nov. 6 2 c. c. 2 6 2 55- 7 2 6 4 16 56.462 Fl1** 26 , 320 5 6 . 6 8 5 2 2 3 60.89 64.09j Dez. 6 177 J5 6 . 8 6 2 124 ^ 332 16 . 5 6 - 9 8 6 6 8 6 7 ' 4 1 332 25 57-°54 I O 70-73 3 , 57.064 35 73-94 Mittl. Ort 53-405 59-77 sec 8, tg 8 + 1 . 3 6 3 -0.927 a, a' +1.8 +0.2 0.00 —1.00 b, V
*5.58o i 52 15-632 3 i5-635 ^•SQi 89 ^ ^ 1 2 g
14.658 1 ? l I4-48I 14-324 M 14.197 9 2 14-105 14-053 Jo 14-043 I4'°75 4 I 4 - T 1 1 3 14.262 ^ 150
//
20.05
47-874 68 47-942 I 2 47-954 ~
^•58; 18.92 18.71 18.57 18.48 18.42 18.40 18.41
28
f 92 47.820 ^ 137 47-683 I / 2 47-511 J * 47-3*5 2 0 g 47.106 ^ c. 0 c. 210 46.896 199 46.697 46.520177 £. 146 46.374 ^ ¡6.267 7 46.203 J 4 7
14 9 2
1
3 18.44 18.51 7 18.6312 0 16 18.79 2 19.02 3 30 19*32 19.69 3 7 43 20.12 20.62 5 0 54 21.16 56 I4-412 lg2 21.72 57 I4-594 T 0 210 22.29 14-804 15.038 2 3 4 22.82 5 3 254 47 1 5 - 2 f 2 6 8 23-29 2 03 . 6 8 23 9 7 23*95 I 4 16.129 24.09 y ' 293 l6.422 24.08 „ 293 ^ 16 l 6 . 7 l 5 0 23.92 y 291 17.006 „ ' 284 23.61 0 44 17-290 23-17 i7-562 , 22.62 " 62 17.818 2 5 6 22.00 67 2 3 2 18.050 2 1 ' 3 3 66 0 204 20.67 1 54 J ' 63 18.422 I 2 20-04 58 23 0 7 18.549 g 2 I 9 - 4 6 a q 18.97 4 9 18.631 I3-787 + 1.034 +3-4 0.00
6h I 2 m
+ 14° 46'
'
15-374 15.215 ¿ T79 I 5 " ° 3 6 189
1168) x Aurigae AR. [ Dekl.
30.10 +0.264 -0.5 —1.00
2
46.185 " c. 28 46.213 46.288 7 5 , 11g 46.407 46-566 46.762 46.989
227
255
47.244 47.521 22 97 57 47.816 ^ 308 48.124 48.443 3 1 9 48.768 3 2 5 327 49-095 7 J 40.420 5 319 49-739 3 o 8 5°-°47 3 ° ' F 6 5J 50.602 234 50.836 0 J 195 5
2
2
5J 5 151 51.182 „100 51.282 45-89° +1.149 +3-8 0.00
234) 22 H. Camelop. AR. j Dekl.
+ 2 9 ° 30' //
6h 14m
44-41 44-83 45-3° % 45-79 4 8 46.27 4 2
24.38 8 24-46 ~6 24-40 24*23 2 ;
46.69 47.03 3 4 47-27 £ 47-38 -
23-54 23-07 22.54 21.98 2**42
4
7'36
+ 6 9 ° 19'
s
23*94
4Q 47
" * 54
47-22 46.9626 46.6135 46.1942 4 5-72 4 j| 45-24 44-77 4 7 44-33 4 4 43-93 4 43.58 «
20.88
43.28 43-03 42.83 42.66 1 7 14 42.52 , 4
20-23 4 8 20.71 5 6 21.27 t. 0 6,2 21.89 22.56 J 71 23.27 74 24-01 7 4 24.77 ; 6 25-53 ' 26.28 7 5 73 27-01 27-7* 6 5 28.36 °
42.39 42.27 42.14 42.01 0 41.89J ^ 4I*79 41.72 4i*7i 41.76 41.89 42.12
I2
13 12 10 ^ T 13
23
32 42*44 ' 4 42.85 1 54*08 +0.566 -1.1 —1.00
49 2 0 -39 4 2 19-97 , . *9*63 2 4 *9-40 I 3 9*27
2
19*25
"
9"34
20
I
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14 19.84
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28-94 29-43
30
39
4g
Q y 2529.82 28 30.10* 1 6, 30.26
19.87 +2.834 +6.6 —0.01
67-23 69.82 72.35 74*7* 76.81
2?9 59
253 2
3
2
177 78.58 135 79*93 £ 80.82 8 9 81.22 1 -1 0 81.11 „ 60 80.51 , J 106 79*45 6 77*99 1 7 7 2IO 74.07 '^ 230 71.77 243 69*34 4 3 66.85 2 4 9 , ° 248 64.37 J / 240 61.97 2 2 7 '
59-7° 209 57*6* l 8 6 55-75 y 159 5 4 . 1 6 130 52-86
3g
55 I1*- 2848
2
6g4
50.95 ^ 5 I ' ° 3 44 51.47 82 52*29 I I 9 53.48 5 5 - 0 1 J s5 56.86 J 214 59.00 ov 237 91261 Ii' 66.52
75.40 +2.652 -1.3 —1.00
Scheinbare Sternörter 1959 Obere Tag 1959 Jan.
0 10 20 30 Febr. 9 19 1 11 21 31 April 10 20 30 Mai 10 20 März
Juni
30 9 J9
Juli
29 9 J9
29 Aug. 8 18 28 Sept.
7 17 27 Okt. 7 17 27 Nov. 6 16 26 Dez. 6 16 26 35
240) £ Canis maj. AR. Dekl. 6h x8m
241) (i Geminorum AR. Dekl.
- 3 0 ° 2' //
s 46.145 2 4 46.169 2— 4 2 6 ° 2 8 3 a 9 S26263 80 T 57.60 2 3 4 46.060 ^ 127 , 200 45-933 j 6 6 59-6o i 6 4 45-767 l q q 61.24 123 45-568 1 9 9 ° , 222 62.47 45.346 63-28 £ 45-"3 2 63-67 ~ 44-878 2 6 3-63 J 44-652 2 o 8 ?-18 « 44-444 l 8 l 62.32 44-263 61.080 11 26 40 44.116 ^ IOQ 59-48 I 9 I 44.007 6 g 57-57 2 I 9 43-939 23 55-38 43.9I6 2 i 5 2 -97 25 g 43-937 6 50-39 2Ö7 44.001 t I05 47-72 45.02 ' 44.106 ^ 144 265 44-250 l 8 o 42-37 5 44-43° 2 I 2 39.86, 230 6 37-5 201 44-642 -ji 44-881 2 3 9 35-55 l 6 , 45-142 2 g o 33-92 i 2 i 45-422 45-7i6 9 4 46.018 3 2 c. 3°5 46.323 c 46.626 303 ^ 295 46.921 279 47.458 47.688 47-882 ^ 48- 0 35 48.141 48.196
Mittl. Ort 44.278 sec S, tg 8 + I . 1 5 5 +2.3 a, a' 0.00 b, V
32.71 31-99 31.80 3 2 -*5 33-04
72 I9
£
I4C
34-44 l 8 36.31 ' 1 38.58 7 - 259 23 4 I * I 7 281 194 153 43-98 2 9 4 46.92 Io6 0 297 49- 9 55 52.78 38.31 -0.578 -1.6 —1.00
Kulmination
6h 20m s 30.640 3O.7H 20 30-731 30.700 g o 30.620 123 30.497 30.339
8 i82
° - i 7 195 29.962 3
29-765 2 9'577
29.408 29-267 29-i62 29.096 29-073 29-094
i69
66 23
~ 6
" Z f 10S 29.263 29.406 29
2 9-5 8 4
2G9
29-793
234
° f 256 30.283 1 30.558 ¿ 8 3 a
30.846 0 ^299 3 - 4 5 30S 1 3 -45° 32:068 J
309
304
32.372 in 295 32.667 A 279 32.946 33-20 3 2 2 9 33.432 i 9 3 33.625 ISO 103
28.768 +1.083 +3-6 0.00
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+ 22° 31' //
60.75 2 60.73 7 60.70 ^ 13 60.92 61.09 i g 61.27 61.44 61.58 ^ 61.68 61.72 ' 61.70 61.64 61.54 6l.42 A 61.30
r, 14
TO 10
— 2 6
IO
12 12 IT
61.19 6l.II 6l.06 6l.05 6l.08
g
l 3
6h 20 m s 55-338 4 I 55-379 "i 55-371 55-316 53 J IOO 55-2i6 138 0 55-°7 8 x 54.9080 7° ^ , 192 54.716 ' 203 54.513 J 205 54-308 I 9 7 54-111 l8o 53-931 53-777 I 2 , 53-654 87 53-567 4 ; 53-520 53-5 I 3 53-547 53.621 53-732
-
i46
61.15 g 61.23 61.32 8 61.40 4 61.44 -
53-878 54-055 2 ; 54-2 5 9 2 2 g 54-487 2 4 g 54-735 2 ' 4
61.43 8 6l.35 14 ÖI.2I /• 22 60.99 2 g 60.71 M
54-999 2 7 S 55-274 4 55*557 2g« 55.844 2 8 ; 56.129 2 7 9
60.37 , 60.01 3 6 59.64 % ^ 30 58.99 J3 58.76 58.62 58.58
n*
Greenwich
14
71.03 +0.415 -1.8 —1.00
4
56-67650 56.926 57-I5I lg6 57-347 I 5 9 57-506 „ 57-623 s7 a 71 57-694 53-582 + I.051 +2.6 0.00
- I 7 ° 56' I4'85
233 17.18 33 ' 214 19.32 y J 190 21.22 1 6,2 0 22.84 ^ 131 2 4-*5 98 2 5 ' 1 3 65 2 5-78 3? 26.09 — 26.05 3 4 2 5-68
68 99 2 4 - 0 1 X28 2 2 ' 7 3 154 21.19 * 177 19.42 195 ^ • 4 7 2X0 15-37 2 I 8 25.00
I0-98
221 2I8
8.80 6.73207 4-83 T 5 165 3.18 -83'S 0.85 S7 0.28 0.15 320.47 77 I.24 " 121 2 '45 l6o 4.05 5-98 2I8 8.16 * 236 I 0 ' 5 2 246
244) 8 e Monocerotis AR. Dekl. 6 h 21 m s 37-406 ^ 37-468 37-482 " 37-448 4 37-370 i i 7
ff
35.^ -s 35-922 2 7
44-15 H I 43-04 9 8 42-0 84 41-22 40-55 l 40.03 39-66 39-44 8 39.36 39-40 I 8 39-58 39.88 30 43 40.31 „ 40-86 g 4*-54 7 9
35-895 35-908 35.960 36-05I 36.177
4 2 -33 8 g 43-22 97 44.19 ^ ' 104 45-23 46-30 I o 6
37-253 37- I 0 4 * 36.932 ' 36-748 2 36.562 0 0 I77 36-385 36.225 36.091
l6o
~ ^ I26 IS8
36.335 l 8 36-522 2 I 2 36.734 2 3 2 36.966 3 c 250 37- 2;[ 6 263 37-479 2 7 3 37-752 2 7 3 38-032 „ °0 284 38.316 ** 0 ^ 284 38.600 0 279 38-879 2 6 9 39-148 39-403 a ; 39-845 1 7 ;
I 2 "98
246 40.019 40.153 ™ 238 27^ 90 40.243 17.82 J
3-58 -O.324 -1.8 —1.00
+ 4 ° 36'
35.676 +1.003 +3.2 0.00
48.38 9 5 49-33 82 5°'«5
50.80 5I-48 5 J -46 51.18 50.65
65 45
28
^
t 40-58 2 45-3° 0 129 44.01 a I2 5 42.76 a "5 41.61 t
54.97 +0.081 -1.9 —1.00
78*
Scheinbare Sternörter 1959 Obere K u l m i n a t i o n 242) 'Jj1 Aurigae AR. | Dekl.
Tag 1959 Jan.
6h 2I m
+49° 18'
0 10 20 30 Febr. 9
47-027 3°-37 47-ii4 4 3 I- 97 47-129 " 33-57 47-072 46-948 £ 36.51 J
19 März 1 11 21 31 April 10 20 30 Mai 10 20
^ 7 6 5 231 46.534 265 46.268 7 0 285 45-983 288 45.695 2 7 6 45.419 2SO 45- i 6 9 2 I 2 44-957 i 6 4 44-793 I09 44-684 49
30
44.635 ~ 44-646 7 2 44.718 J 44-849 ± 45.034 235
Juni
9
Juli 29 9 19 29 Aug. 8 18 28 Sept. 7 17 27
45.26 9 28o 45-549 „0 45.867 46.218 3S* 46.596 378 ^ 399 46.995 47.409 47-834 £
Okt.
48.692 } M
7
49-"34o6 49.519 333 49-902 3 3 5°-253 3o8 J 50.561 J J 257 50.818 0 . 198 2 51.016 7 131 51-147
27 Nov. 6 16 26 Dez. 6 16 26 35 Mittl. Ort 44.471 sec S, tg 8 +1.534 +4.6 a, a' —0.01 b, V
l6o l6o IJ3 141
121 37-72 38.69 % 39-36 39-72 2 39-74 3 39-44 6o 3 4 88 37.96 I I 2 J36.84 ^ 129 143 34- 1 2 32.60 155 31.05 29.52 1 5 3 149 28.03 141 26.62 13° 2 5-32 i i 6 24.16 ^ 102 23- I 4 86 22-28 6g 21.60 5° 21.10 20.78 —£ 20.66 9 /D 20.75 30
21.05 1 ¿ 5 21.56 3 74 22.30 95 23-25 I l 6 24.41134 25-75 I48 27.23 28.82 1 5 9 39.85 +I-IÖ3 -1.9 —1.00
245) a Carinae AR. Dekl. 6h 23™ - 5 2 ° 40' n s 4-942 32-3 6 346 4-9t8 35 82 " 23 4-823 J J ^ 292 1 4.661 ^ 224 4 '97 2S4 44.51 ^ 4-437 2 7 6 ^ ^ 209 46.60 1 6,1 0 48.21 318 ^ 110 3^843 49-f 58 3-496 % S J366 49.89 s 2.768 , 49-94 47 ' 356 2.412 49-47 97 2.078 334 302 4 5° Z I i89 "77 6 26o 47-°5 45 «« 228 1.516 u 212 42-88 263 1.304 J ^ 157 J 40.25 1.147 ^ 290 - 4 8 f 9 37-35 1-009 - 34-25 J323 31.02, 326 ^ 1.032 8 27.76 / / 32I 1.115 u 141 24-55 305 z -256 I96 1 18.69 -45 2 , v 246 I 247 16.23 0 1.699 " 292 14.20 203 1.991 I I ^ 2-322 153 " . 6 7 95 2 6 4 ' l 38 3.069 J S " • 7 2 34 a T-g 4°° 3-469 11.38 — 4 0 30 3-875 ' 401 4 4-276 86 11.680 12.63 156 4.662 ^ 360 14.19 7 213 5.022 16.32 , J 0 262 18.94 2 302 21.96 0 333 25.29 ° ^ 351 6.009 28.80 93 28.6.102 21 32-37 35 2 6.123 35-89 2.462 +1.649 +1.3 +0.01
21.05 -2.0 —0.99
Greenwich 246) 10 Monocerotis Dekl. AR. 6h 25™
249) AR.
- 4 ° 44' //
57-731 I ? t l67 57-790 „ ^•ÖS I5o 57-Soi - 21.15 132 57-764 ^ 22-47 ^ 57-684 I I 9 23-58 88 57-565 I i 2 24-46 25.11 42 57-413 57-239 l 8 6 25-53 % 57-053 l8o 25-72 56.864 2 25-69 2 : 56-682 25-44 4g 56.517 14° 24-98 4 56.377 110 24-3i 86 23-45 56.267 1 56.192 g 22.41 121 21.20 56.155 . 56.158 j 56-200 8o 1 8 . 3 9 45 3 16.86 56.280 156 56.395 I48 I 5 - 3 ° 4 i5 I3 56.543 "76 148 12.28 J56.720 , ' 203 135 I0 '93 118 56.923 225 57-I48 2 4 2 9-75 ^ 8-79 68 57.390 25g 8 IX 57.648 2Ö 38 57-9*7 276 7-73 3 4 ~ 58^93 1 7.69 ' y 30 58.47 3 2 8 i 7-99 L 58-754 2 7 7 8-63 S 9-59 59-298 - 4 59-550 5 I 2 -32 3 59-782 ' 0 205 13.98 59.987 I7G 15.75 I 7'57 60.157 I3 60.288 J 19.36 21.07 60.376 io 8
J l66 i82 I79
56.013 +1.003
6.96 —0.083
0.00
—0.99
+3-o
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6h
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33m
s
22.009 48 22.057 22.055 22.003 99 21.004 139 21.765 J 73 21.592 " 21.396 21.185 ° 215 J 20.970 20g 20.761 20.399 1 !39 20.260 20.156 *°4 J 65 20.091 24 16 20.067 0 — 20.083 57 20.140 ' 20.236 J 132 20.368 20 -533 1 9 6 20.729 ' ^ 221 20.950 21-I 9 4 263 21-457 2 7 7 2I -734 2g7 22.021 292 22.313 i 294 22.607' 289 0 22.896 279 2 3- I 75 26X 23.436 2 23-674 * 23.881 ^ ° 169 24.050 24.177 24.256 20.198 +1.086 +2-5 0.00
- 2 2 ° 55' n
62.93 , , 260 65-53 241 67.94 2^7 70.11 ' 0 187 7 71.98 v ' 154 73-52 t 74-7i 8I 75-52 75.96 44 76.03 7572 75-°51C; 74-°4 I 3 3 72-71 ,62 7I-09 l88 69.21 ,J 209 67.12 3 62.51 ^ 240 60.11 237 57-74 226 T 55-48 209 53-39 i 8 4 51.55 ^ 50.04 I I 3 4 8 -9 x 60 48.22 z • 22 48.OO — 48-27 l 49-°3 I 2 4 5°- 2 7 5 I- 94
l67 20S
56.33 23g 58.89 2 61.57 64.28 2 7 1 d 265 66.93 51.95 —O.423 -2.9 —0-99
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251) Y Geminorum
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3 3 m
s
60.14
12
60.26
2
60.28
-
60.20
60.03 J
17
25
59-78 3 2 5946 59-°9 ' 58.69 4 0 O 4° 5 -29 40 57.89 37 57-52 57-21 2 6 5 6 -95 I 9 56.76 56.64 3 56.6z 56.66 5 e. '3 56.79 20 56.99 2g 57-27 34 57-61 39 58.OO 58-4558-93 ; 2 59-45 „ 60.00 55 60.57
61.14 61.71
Kulmination
% 57 57
'
57
62.28 62.83 55 ^ 52 63-35 , 7 63.82 4 7 64.23 f 5 64.5? 7 64.85 i7 >°a3 65.02 56.81 +2.097 +5-5 —0.02
6h
+ 6 i ° 30' // 61.43
63-65 65.87 68.01 69.97
Dekl.
AR.
2I4
214
196
171
35r
+ 16 0 25'
S
22.393 58.48 22.476 83 33 58.05 22.509 57-74 18 22.491 57-53 66 22.425 109 57-42
71.68 139 73-07 100 74.07 74.66 59 14 74.80
22.316 22.172 22.002 21.816 21.626
74-5i 73-Si 72.72 71-30 69.60
21.442 167 21.275 143 21.132 i n 21.021 74 20-947 35 20.912 20.918 6 20.965 47 21.052 87 21.175 123 157 21.332 187 21.519 213 21.732 21.968 236 22.223 255
59-99 60.33 60.64 60.91 61.09
22.493 22.776 23.068 23.365 23.664
61.16 61.10 60.92 60.60 60.14
29
70 109 142 170 192
67.68 207 65.61 215 63.46 218 61.28 215 59-13 207 57.06 195 55-11 178 53-33 158 5i-75 136 50.39 112 49.27 84 48.43 55 47.88 26 47.62 6 47.68 38 48.06 70 48.76 103 49-79 134 5i-i3 163 52.76 187 54-63 56.70 58.91
207
221
7i-53 +1.843 -3-0 - 0 . 9 9
23.962 ° y 24.252 24.529 24788 2
5-
0 2 0
144 170 186 190 184
270 283
292 297 299 298 290 2
77
" 2 I 9 8
25.218 159 J 3125.377 ' 113 25.490 20.596 + 1 - 0 4 3
+3-5 0.00
57-38 57-40 5746 57-54 57-63
79*
Greenwich 252) v Puppis
250) 51 Aurigae AR.
AR.
Dekl.
6h 35n
-39 25'
s
s
0 51.265
33-47 99 5I-364 38 34-47 51.402 35-53 25 51-377 36.60 51.292 85 37.62
100 106 107 102
137
93
57-72 57-82 57-94 58.07 58.24
51-155 181 38.55 78 39-33 59 50.974 213 50.761 232 39-92 38 50.529 239 40.30 16 50.290 231 40.46 50.059 212 40.38 31 49:847 181 40.07 5 ° 49.666 143 39-57 68 38.89 82 49.523 38.07 49425
58.44 58.68 58.97 59-29 59-63
49-377 49-379 49-432 49-534 49.682
59-58 58.93 58.22 57-49 56.78 56.13 55-55 55-09 69.40 +0.295 -3-1 -0.99
6h 36 m
92
53 102 148 191
37-15 36.16 35-13 34-11 33-n 32.15
99 io
3
102 100 96
032.484
2I
32.505 32.465 ^IOO ° 3 2 .365 J u IS4 ° 32.211
^ 202 32.009
31.768 ^ o 270 31-498 286 31.212 292 30.920 285 30.635 269 3O.366 243 30.123 209 2 9-9*4 l68 29746 I 2 3 29.623 75 29.548 25 29-523 25 29.548 75 29.623 !23
29.746 167 90 29.9x3 209 3!-25 , 262 83 50.363 290 30.42 75 30.122 246 50.653 314 29.67 68 30.368 278 50.967 333 28.99 60 J30.646 ^ 305 s 1 ^ 0 0 348 28.39 5° 30.951 27.89 51.648 360 42 27.47 52.008 367 32 31.619 348 31.967 27-15 52.375 368 26.94 349 32.316 J J 341 52.743 366 26.86 32.657 53-109 357 3 5 32.982 26.91 J ^ _ 300 53466 3 4 ° 27.11 33.282 266 53-8o6 316 27.47 54.122 284 33.548 224 28.00 33-772 54.406 242 175 54.648 192 28.70 33-947 119 ,34-066 ,54-840 137 29-54 59 34-I25 54-977 30.51 49-873 50.101
49-095 +1-295 +4.2 —0.01
228
44.14 +0.822 -3-1 -0.99
30.309 +I-37I +1.8 +0.01
32.3 1 -0.938 -3-2 -0.99
so»
Scheinbare Sternörter 1959 O b e r e 248) 23 H . C a m e l o p .
Tag
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9 19 1 11 21 3i
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30 10 20 30
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9 I9 29 9
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7 17 27 7 17
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55.009 "J 5 5 . 3 2 3 278 55-601 55.832
231
56.009
177
50.238 +1.294 +4-1 —0.02
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-°6 '74 3-59 2
47 68 8 5
21.50 +0.821 - 5 - 9 —0.96
I 9 4
30.81
4-97 8 4 4 " J 3 76 3-37 6 8 2.69 5 7
S f 2 348 52-830 % 53.192 ? 37° 5 3 . 53 6 2 373
4
28.062
7.85 A O 6 - 8 4 o6 5.88 ^ ^ 91
259
48-53
41.40712I 41.528 ^ 41-688
287 7 3I
35
49-3i
4 i - 3 2 7 80
t
5 * 94 51.553 51-840
11
49.66
2
8.90 105 1 0 1
s 6
49-55
225 4I-55 A 249 39.06 l A 267 36-39 i 277 33-62 ' 281
9
1.067 ' 227 2
I 0 2
48.99
45-74
41-437
3-2I
47-97
4 3.80 T J
5- 3 92 14.21 ^ 100
6
2 8
l 8 g
47-33
5 ° - 5 9 .33 50.536 ^
109
292
46-51.146
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2
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27.30
55-932 8 s 5 6 - 0 1 7 36 56.053 56.038
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83*
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AR.
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3
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2 I
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9
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45.630 41.633
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2
45.346 45.515I
9
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44-271 ' 44-583
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84*
Scheinbare Sternörter 1959 Obere K u l m i n a t i o n 277) X Geminorum AR. Dekl.
Tag
7h
1959 Jan.
1
//
20
30 Febr. 9 19 März 1 11 21
31 April 10 20
30 10 20
30 Juni 9 19 29 Juli 9
10 4 5 . 9 6 4 I2
Z a 3 46.087 ' 46.160 £ 46.18O — 46.149 ^ 46.071 T ' HQ 45.952 150 45.802 * 45-629 ^ 45-445 l 8 4 45.260
44-867
0
29
Aug.
8 18 28
Sept. 7 17 27 Okt. 7 17 Nov.
27 6 16 26
Dez.
6
16 26
36
45-^96 45-401 > 45.628 2 ^ 7 45-876 46-Mi
265 28i
I 0 55-44 3
44-30 i o 44-40 44-55 l 44-75 2 I 44-96 2 2
54-4» 54-00 53-47 58 52-89 l 52.29 6 I
45-39 2 I 45.6 002 1 45.81 20 46.01 ^ 21 46.22
22 46.44 22 46.66
23
46.89 47.12 4 47-34 l 8 47-52 47-66 1 4 47-72 47.69 4 47-55 47-28
27 27
^ 292 4 6 . 8 7 4 7 I 4 3 0 I 46-32 ä 47- O I 5 ^ 45-64 7 9 " f l 3°S 47-626 y 47-9 3 4 2 g s 48.209
48.472 48.707
23 ^
0 J97 48.904 j „ 49-057
55-47 " 55-38
55.18
20
30 54-88 40
51.68
21
46.422
47
7h l 6 m s
45-51 5 3 44.98 3 44.61 3 7 44.38 2 3 44-28 -
45.18
45-085 44.928 ; 7 44-796 ^ 44-696 6 4 44.632 2 g 44.604 44-6i5 , q 44.664 ; 44-748
44-85 8 8 43-97 43-04 9 42.11
279) 8 Geminorum AR. Dekl.
281) 8 Volantis AR. Dekl. 36'
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10*
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^ 90 4 1 " 2 1 83 40.38 39-66 7 39-07 59
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* Bei Stern 280) lies Jan. 1:.
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49-10 48.76 4 « 51 « 48.35 6 48.29 48.32 I 2 48.4422
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79-74 82.15
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9 7
2 S
o
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9
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40.910 40.959 86 41.045 I 2 2
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//
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62.78
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8
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s
313
48.66
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280) 19 Lyncis s^ AR. Dekl.
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32.235
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35-944 4 9 2 36-436 4 36-9M ' 37.368 4 4 37-786 ^
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3 8 4 6 Î 3°7 38.69 7 2 3 6
19.60 18.83
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6
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Scheinbare Sternörter 1959 Obere 282) i Geminorum
Tag
AR.
Jan.
1 11 20
30 Febr. 9 19 März 1 11
s 12.962 ".992 12.889
,
12.767 12.608
April 10
12.026
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Aug.
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77
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11.835
122 184 I98
200 191
11.66? 174 147 11.514 11.401
113
^
77
11.287
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9
11.291 1 1 . 03 03 6 11.420
19
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30 Juni
^
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12.226
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12.966
12
30
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29 8 18 28
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II.698
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283
27
Okt.
7
17 27
Nov.
Dez.
6 16 26 6
13-504 ' 1 3J . 8 2 9
3
5
* 331
331 i 36 I4"817 13 1 J5 . 1 J3 0 290 9 1
26
1 J5 . 6 8 0 221 15.9OI
36
16.075
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57-327 39-95 „ I 2 57-453 33 4 0 . 2 8 44 57.529 57-554 40.72 4 57-530 4 1 - 2 5 59 4i"84 42.44 43.00
43-49 43-89
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21
20
AR.
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285) ß Canis min.
Dekl.
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1959
Kulmination
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41.64
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39-35 38-83 38-34 37-91 37-55
52
53 w
43 2g
37-27 l 8 37-09 g 37-oo 37-02 „ 37-13 2 0 37-33 37-63 , 8 38.01
38.46
3
4
38.99 £ 39-58 4 ° - 2 2 68 40.90
4 1 . 6 1 73
42.34 t ^
7 4
43.08 74 43.82 •to 72 44-54 6 7 4 5 - 2 1 62 45-83 5 4 46-37
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44.01
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f * 3 61.54 , 250 64.04
^
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232
86*
Scheinbare Sternörter 1959 Obere Kulmination
Tag
1959 Jan.
1 11 20
30 Febr. 9 19 März 1 11 21 31 April 10 20 30 Mai 10 20 30 Juni 9 Juli
29 9
19 29 Aug. 8
a Geminorum1
AR. m
7h ßl
59-527 59-479
5
59-474 -6 59-510
s
59.587 £
60.497 60.76T 4 . , '• 289 61.053 „ 8 £ i 3 ° 61.361 J
7
61.685
324
17
62.022
337
27 Nov. 6 16 26 Dez. 6 16
63.967
23g
26
64.20519G
36
64.395 59.105
8, tg 8
+1.179
a, a' b, V
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° ' f 65 39-65 7l 3 8.95 0 74 38.21 77 37-44 " 36-65 J 8
35- 4 82 35-02 g3 34.19 85 33-34 8 32-49 0, 3-64 30.83 77
344 62.366 . 30.06 £ 346 A 7° 62.712 ^ 2 29-36 ' 34 5 63.054 ;;g 28.78 8.33 24 o 8 63.38339 20 307 6J3.6 9 0 v 277 28.05IO
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48
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291)
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i
7-59i 276
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2 55 J 129 u 76 13 .9 119 I2 -77 io5
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2
5
7'867 H37 18.125 D 18.23 J 230 193 20.IÖ J ^•355 196 93 22.O9 ig6 18.551 18.706155 14.330 +1.002
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9-291 +1.004 +3.2 0.00
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205
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2
1 Ort des helleren Sterns. 2 Ort des hellen Sterns; die jährliche Parallaxe (o'a9i) ist bereits berücksichtigt
32.854 +1.931
7-32 x
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%
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32.745 60 32.685 32.694 „ 32.771
7
I2
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44.56
12.360 294 t 291 I2 ' 51 28o
+ 58° 48'
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11.215259
%
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35-921 £ 35-972 " 37.32 35-930 ^ 35-801 36-74 ,0 35-594 27I 36.34 423 35-323 36.11 3 36.02 — 35.004 ^ 349 36.07 j
38.08
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18
17
289)
Dekl.
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Okt.
287)
Greenwich
90
6
4-f\f\ 5 Z 3.66 J
59
3.07 27 2.80 -
is
5.36
6.86 I5° 8.64 178 30.85 +1.652
+5-1
-8.4
—0.05
—0.91
Scheinbare Sternörter 1959 Obere K u l m i n a t i o n Tag 1959 Jan.
1 11 20 30 Febr. 9 März
April Mai Juni Juli
Aug. Sept. Okt.
Nov. Dez.
19 1 11 21 31 10 20 30 10 20 30 9 19 29 9 19 29 8 18 28 7 17 27 7 17 27 6 16 26 6 16 26 36
294) x Geminorum AR. Dekl.
97) ? Volantis AR. Dckl.
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30 9
7h 55m
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19 März 1 11 21 31 April 10 20 Mai
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1 11 21 30
Febr. 9 J
9 März 1 11 21 31 April 10 20 Mai 30 10 20 Juni Juli
30 9 J 9 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
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—
90*
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1 11 21 30 Febr. 9 März
1 11 21
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31 A p r i l 10 20 30 M a i 10 20 30 Juni
9
Juli
29 9
1
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34.38 34-91 3546 » 36.00 ^ 36.53 *3
19 29 Aug. 8 18 28
l8
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+ 6 6 ° 57' Ii'» 43m // s 56.92 7 53.664 56-85 ^ 54- o 8 5 57-4 1 54-479 3,5 3„ J f - 5 5 x68 54-832 302 60.23J 55-134 243 214 62.37 55-377 64.88 2 5 1 55-556 ™ 277 67.65 ' u 290 i955-67O 5 0 7°-550 293 55-720 i-i 55-709 6 4 7348 3 7
67.06 3 3 7 63.57 33 f5 4 60.03 ^ 351 56.52 J J 34° 5 3 - 1 2 321 1
49-9 2Q3 46-98:3 44-42 2 42-29 i62 40-67 i o 5 39.62 45 39-17 78.85 + 2.353 -20.0 — 0.09
i09*
Greenwich
+ 4 7 ° 59'
444) ß Leonis Dekl. AR. I l h 46°»
+ 1 4 ° 47' //
65.70 1 58.648 e. 7 64-99 l 6 58-966 2 64.83 „ 59-26 2 2 6 6 65.20 g 59.528 66.08 88 134 59-755 i 8 4 67.42 59-939 174 69.16 60.078 3 9 7 204 6 0 . 1 7 1 9 3 71.20 51 ' 224 ^ 73-44 23 g 60.222 ^ 75.80 60.233 ~ /j 237
78.17 22 55-645 0 7 55-534 j4g 80.44 „ ^ 210 2 55*3 8 -54 l 8 6 I77 55-209 ^ 84-40 55 J5 J5 - 0 1 1 211 85.95 ° 120 54-8oo 2 l 6 8 7 - i 5 8 2 54.584 2 I 4 87-97 4 I 54-37° 207 88.38 54-i63 ; 88-37 * 53-968 87-96 £
60.210 60.158 60.082 59-989 59.883
53-791 6 87-^4 I 2 G 53-635 129 85-94 6 84.38 1 5 0 53-506 190 53.407 £ 8 2 4 8 2 2 0 53-344 25 80.28 247 53.319 ~ 77-8i 53.338 6 6 7 5 - I 2 287 72.250 53-404 H ' 300 2 3 53.521 6953 7 -i 170 66.18 308 53.691273 63.10 01 £ 3 53.914 5 4 - ^ 0 2 77 66 3 60.09 54-5i6 3 57-22 2 6 5 54.885 2 54-57 23S 2 55- 88 52-2 2 J 50.26 x 56.151 48-73 I O , 56.583 4 3 2 47.70
59.204 5 9 - " 4 75 59-039 ' 58.982 7 58.947 9 58.938 ~ 58.959 5 6 59.015 i 5 9 . 1 0 8I9 3 33 59-24i I74
53.515 +I-495 +3.2 —0.07
84.43 + i-i" —20.0 — 0.07
59-769 59.651 59-533 59-417 59.306
52 7
* II4 Il8 II8 Il6
171 "Tai 4
3
49.84 49-76 49.98 50-46
no 76 42 g
^ g 4
0
51"1 86 52-02 5 2 *99 IO 54.02 103 55.05•J 100 5 5 93 56-98 84 57.82 4 58.54 J 59
io2
5 9 - f 5 2I4 59.629 59-881 2 f 84 60.165 2310 60.475 3 2 6 60.801 3 3 1 61.132 ^ 327 61-459 58.144 +1.034 +3.1 —0.02
55.26 53*55 u52.12 51-02 50.26c.
" 1 2 43 59-55 ; ; 59-82 9 1 — 59-9 i, 10 5929 59-52 59-0! 7 2 58-29 94 57-35 * 56.18 1 1 7 0 140 54-78 t 4 2 16 5318I 5!-35 1 199 49-36 2 i 2 47.24r 22Q 45*04 222 42.82 T 2l6 40.66 38.6l ^ 3 6 7 6 185 64.61 + 0.264 —20.0 — 0.06
Scheinbare Sternörter 1959
110*
Obere Kulmination 445) ß Virginis1 Dekl. AR.
Tag
Ilh 48""
+ 1° 59'
1 11 21 3i Febr. 10
34-143 34-455 290 34-745 259 35.004 222 35-226 i g i
39.98 200 37-98 l 8 5 3 3 i64 34-49 0 33.09 I I 2
20 März 2 12 21* 3i
35407 I 3 7 31.97 83 35-544 ' 30.58 35-637 0 3° 35-690 16 30.28 % 35-706 r 6 30.22 — ° 15 35690 30.37 35-646 4 4 30.68 3 45 35.580 3 I ^ 3 56 35-497 95 31-69 63 35.402 i o 3 32.32 6 / 35-299 32-99 7 0 35- J 9 2 33-69 ' 6 109 35-083 I o g 34-40 34-975 ID3 35-°9 6 6 34-872 35-75 6 l 34-777 8 ; 36.36 34.692 4 A 72 36.90 34-620 37-34 32 :: 34.566 4 37.66 0 J9 34-533 7 37.85 I 37.86 34.526 ~ A 19 34-549 „ 57 37.67 42 34.606 94 2 34.700 J 37- 5 66 34.833 ^ 36.59 35-68 35-oo7 2 I 4 34-50 35-221 33-06 i 6 7 35-472 2 g 2 3 I- 39 l 8 6 2 35-754 J3o6 9-53 ' 201 36.060 27.52 321 ' ^ 210 36-38I 32Ö 2 5-4 2 2 I 2 36.707 32G 2 3-3° 206 21.24 37-027
1959 Jan.
April 10 20 30 Mai 10 20 30 Juni
9
Juli
29 9 J9
Aug.
29 8 18 28
Sept. 7 17 27 Okt. 7 17 27 Nov. 6 16 26 Dez. 6 16 26 36
J
Mittl. Ort 33.512 S3C 8, tg § +1.001 a, a' +3.1 b, V 0.00
44.96 + 0.035 —20.0 — 0.05
447) Y Ursae maj. Dekl. AR.
Greenwich 450) 0 Virginis AR. Dekl.
452) S Centauri AR. Dekl.
I2h 3m I2 h 6 m - 5 0 0 29' +8° 57' // // s 14.866 7.677 I 434 25-99 317 3 ' 7 ° 189 434 61.44 3 S 220 2 9' 4 1 -3 6 3 ; 166 ^ ^ o o 7-994 2 8 " 1 9 258 1 5-7°4 4 61.41 — 41.804 441 6 2 8 . 2 9 ? " 28.15 399 3°-77 286 42.203 3 16.066 3 61.95 54 270 139 8.563 235 26.76 ' 109 ^ 107 33.63 307 312 16.378 8.798 25.67 ^ 42.547 28O 63.02 36.70 J ' 195 J / 77 ° 155 320 257 ° 42.827 8-993 I 5 2 24.90 , , 16.635 3 9 " 9 0 323 ^ 209 64-57 196 199 9 - I 45 I 0 9 2446 4J 16.834 43.036 6 66-53 228 A 140 4 3 " 1 3 3« 68.81 248 „ 9' 2 54 68 24-32 " 1 974 84 46-34 IO «43-172 63 i 2 24 9-322 29 24-45 37 49-44 30 43-235 "I 7 - 9 2S9 Sl 24.82 37 17.088 - 52.380 294 73-88 /J 9.351 -5 258 j 272 43-230 6g 9.346 17-070 6 55- 1 0 245 43.162 „ 76-46 2 , 7 9.312 4 26:08 7 0 17.007 1 0 1 57-55 4 43-039 i 6 9 78-93 Z 2 A A 81.21 9.254 7 7 26 -89 J l6.g06 59-69 l 8 o 42-870 200 0 9.177 " 2 7-75 8a I6.77I 'J 5 6 i -49 I 4 2 42.665 83-21 , , 9 2 8 . 6 4 8 9 1 6 -6°7 9.086 62.01 v 7 102 102 4 2- 434 248 ¿ 8 7 : : i i 8-984 109 2 9 ' 5 I 83 6-4 9 2 o 6 63-93 go 42.186 86-*4 84. 8.875 * 30.34 76 16.213° 220 64-53 l 6 4 I -93° 258 86.98 40 41.672 8.763 87.38 \ 3 I - I ° 68 I 5-99 3 2 2 . 64-69 227 8.650 11 11 30 3 1 -78 58 15.766 87.33 50 0 ' 64-42 ^ 229 0 238 5 J 94 15-53 7 224 63-73 I I 0 4 1 - 1 3 2 i g 86.83 2 6 8-540 I0S 3 -3 4 6 40.964 I 9 5 85-89 I 3 5 32.82 32 ° ° ° 211 62.63 1 4 7 8-435 96 15.102 61.16 40.769 l 6 5 84.54 ®"339 84 ^ 191 181 33-14 l 8 1 7 5 40.604 82.79 8-255 , 33-32 j. I 4 ' 9 1 1 i 6 2 59-35 2o8 2 1 1 2 4°'473 92 80.68 8.186 9 33-33 jg x4-749 I 2 6 57- 7 229 54.98 40.381 4 7 7 8 - 6 y 8.138 f 3 33-15 I 4242 3 go 37 J4-543 8 8.115 52.56 32.78 40.334 ~ 2 245 8.120 5 32.19 82 14.515 " 50.11 40.336 311 239 k i J 40.391 I I 2 8- 59 % 3 I - 37 I o 6 4-545 f. 4772 3 2 I 66:31 8-236 z 3°'3 I 3 0 ^4-639 £ 3 172 A 327 45-49 I 9 8 v 8-352 i 5 8 29.01 3-°4 32g 4° 75 233 153 14-799 226 43-51 i 6 j 8.510 27.48 41.88 40.908 I 02 293 59-78 17s 1 5* i 5 288 40.68 AQ 1 2 0 20 ° 8.710 3 7 41.201 25-73 5 6 . 6 1 5-3 3 349 !93 A 72 238 8.948 300 23.80 ~ 15-658 i 39-96 ig J 4 I " 5 5 ° 98 53-61 206 9.221 273 2 1 ' 7 4 215 16.049 ^ 39.78 41-948 A i S 50.88 273 38 J 300 19-59 2 I / 16 -475 447 40.16 42-386 ^ 4 8 - 4 8 ^ 93 9 " 5 2 1 3X8 17.42 IÖ.Q22 42.853 8 l 46.50 ' ^ 211 453 4 1 -°9 I 4 5 I 5-3 I 9 8 3 9 01 u J " 326 * 200 1 7-375 4 " 42-54 I 9 3 43-334 48O 45IO.165 17.819 4 4 4 44-47 43-8I4 44-05 325 10.490 7.210 38.48 40.927 81.77 I3-456 38.60 + I.0I2 + O.158 +1.698 + 1.372 +1.572 - 1.213 +3.1 —20.0 +3.1 —20.0 +3.1 —20.0 + O.Ol —O.Ol +0.08 + 0.03 —0.09 — 0.04 Hh 51m s
4
°
'
8
I
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+53° 54'
4 6 9
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1 D i e j ä h r l i c h e P a r a l l a x e ( o . i o i ) ist b e r e i t s b e r ü c k s i c h t i g t . • B e i S t e r n 450) u n d 452) lies M ä r z 22
0
B
111*
Scheinbare Sternörter 1959 O b e r e 453)
e
Corv
m
—22
G r e e n w i c h
454) B r 1634 C&ml
i Dekl.
AR. I2h 8
K u l m i n a t i o n
23
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456) S U r s a e m a j .
Dekl.
AR. IOm
AR. 12h 13"
49
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s 1.5x6 I.848
3.162 3-273
26.OO
332
28.26 30.62
236 241
237 3 5 - 4 0 228 37.68 215 39-83 196 41.79 175 43-54 153 4 5 - 0 7 128
3.026 106 2.020
49.08
3-275
28 54
3-193
75
3.1x8
92
IIS
18
48.90
123 2.682 126 2.556 126 2.430 124
63 47.86 82 47-04 _
2.306
46-°4
2.190 2.086 1.999 1-934 1.896
2.002 2.123 2.290 2.502 2.756 3.046 3-364
41
48.49
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II4 I26
167
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212
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16
36.01
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54
36.55
290
37-48
318
38.78
336
40.42
3.700
343 4-°43 339 4.382
42.35 44-50
20.35
56
21.65
37 i_7
22.02 25
22.19
2
22.17
21
21.96
38
21.58
54
21.04 20.37 19.61 18.77
93 130 164
16.09 15-23 14.41
193 215
"93 223
1 0
4-
84
10
5-94
i 6
I 7
8
I2g
107.22
13
Ii.61
29
11.90
44
12.34 12.94
60 75
13.69
89 100 108 114 116
IO3.57 101.22
191 235 274
98.48
308 9 5 - 4 ° 335 92.05 356 88.49 37° 84.79 376 81.03 374 77.29 364 73-65 344 70.21 315 67.06 279 64.27 233 61.94 180 60.14 120 58.94 57 58.37
43
26.590 107 26.483 161
14
12I1
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76.70 77.71
153
79.24 81.22 83-55 86.13 88.85 91.60 94.27
198 233 258 272 275 267 249
I 9 ? 116 60.67 i o 4 ¿ 61.71 62.61 ' 90 63-36
75
63-94
58 40 22 J
64-34 64-56 27
64.61 64.50 64.22 63-79 63.22
25.610
61.74
25-327 25-037 24.748
23.956 23-739 23.556 23-4I4 2
3-3 7 I
23.272 23-285
283
102.37
106
290 1 0 3 . 4 3 60 104.03 12 289 104.15 281 36 1 0 3 . 7 9 82 266 102.97 127 245 101.70 169 217 100.01 209 183 97.92 244 142 9 5 4 8 275 97 45 13
9 2 . 7 3 301 89.72 321 86.51 336 83-15 343 79.72 343 76.29 336 72-93 3r9 6 9 7 4 2„,
74 23-359 140 2 3 - 4 9 9 207 23.706 275 23.981 339 24.320 397 24.717 447 25.164 484
66.8o2!4 260 64.20 218
25.648
62.02
26.155 26.668
507 513
168 6 0 . 3 4 114 59.20
62.53
60.86
56.95 56.01 55-I6
57 69 79 88
94 85 75 62
53-79
45
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53-08
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16
53-19
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53-56 54-J5 54-94
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96 55-90 110 57.00 120 58.20 127 5 9 - 4 7 129 60.76 126 62.02
18.02
98.22
24.267
96.87
53-96
+ 4.642
+ 1.849
+ 5.281
+3-1
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+ 2.8
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- 1-555 -20.0
+0.03
+
-O.3I
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- 0.06
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43
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+ O.O5
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95 98 58.93 100 57-93
30-37
0.04
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59-91
— 0.412
0.709 +1.082
m
77.20 76.43 76.27
26.322 206 96.76 223 98.99 26.116 240 189 100.88 25.876 266 149
24.2OI
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24.467
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11.69
2 3 . 9 0 5 506 24.4II 484 24.895 446 25-341 394 25-735 33° 26.065 257 26.322 181 26.503
82 106.90 142
56
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18.96
87.09 310 90.19 315 93-34 308 96.42 290 99-32 2 6 i
76
66
12.44
17.80
8 1 - 5 3 263 84.16 293
1 0 1
75
13.00
16.66
49 7 6 - 4 9 j 12 7 7 . 6 1 171
74 107.96 20 90 90 108.16 36 86 107.80 90
16.99
15-58
16
76.00
67
88
17.89
14-58
76.16
7 9 - 3 2 221
74
21.09
13.66
4 3
1.892 1.926
"5 17-35 109 18.44 101 1 9 - 4 5 90
33-03
75 36 2
3-247
16.20
226
4 6 - 3 5 104 47-39 79 48.18 54 48.72 3° 49.02 6
2.805
+57
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s
311 2 - 1 5 9 281 2.44O 244 2.684 T 203 2.887 1 *59 3-°f I l 6 253 - 2 3 7
459) ß C h a m a e l .
Dekl.
-
64-53 5.185
+3-6
—20.0
+0.34
+
0.07
112*
Scheinbare Sternörter 1959 Obere K u l m i n a t i o n
Tag
460) 7] Virginis De kl. AR.
462) a Crucis med. Dekl. AR.
Greenwich 466) 20 Comae Dekl. AR.
465) S Corvi AR. Dekl.
m I2h 27™ I2l> 24 m - 6 2 ° 52' 12h 27 + 2 1 ° 6' —l6° I 7 ' n // // // s s s 23.60 , 11.40 20.21 4^872 Jan. 1 44.940 39.869 72.73 7 6 3-79 I g 2 C.C. 206 ^ 215 20.79 5.61 231 40.205 00 70.98 11 45.269 I 2 I 3-55 49-190 3 0 I 25.66 193 0 j j 22I 142 r 32I 55 i 7.92 4O.526 69.56 u 45.58I 6 21 5-76 21-34 49-491 27.59 ' 219 rb IO3 0 5° 2 7 2 7 0 I 21.84 45-868 4O.823 T 68-53 10.62 3i 7-95 49-766 2 29.34 1 5'2 265 43 i ' 00 2 20.06 2110 22.27 3-64 326 4,088 5°- 9 2C>4 J30.86127 ^ 225 67-91 21 46.122 ~ 216 Febr. 10 198 ' 37 22.64T 67-70 t 8 46.338 5 - 3 i63 0 l8 29 16.90 341 4I.3I3 20 £. I75 99 i 6 1 8 März 2 4 -49 20.31 67.88 46.5I3 ' 22-93 2 2 23-86 l 6 l 5^*37 J22 33-12 13 7 2 I 12 23-79 25-47 41.635 3 9 68-4 1 g 46.648 33-83 3- 5 I4 50.498 „, 347 39 22 5 0 . 5 8 1 8 3 34-28 « 2923.291 7 27.26 3 3 7 34i'730 S3 69-25 1 0 ; 3 046.743 ' 26.86 1 1 7 46.800 57 28.03 30.63 J 3* " 5 0 . 6 2 6 1 34-48 23-36 ; 0 0 322 41.783 ¡6 70.34 1 2 7 93 1 I 46.823 " 28.96 April 10 50.638 - 34-46 2 o 33.85 41-799 23-36 I7 7 6 8 I3 7 2 71 20 50.621 36.85 3 0 0 4^782 ; 72-99 46.817 „ 29-67 23.29 34-26 I 6 so 30 -73 I 74-43 I 2 46.784 5 - 5 8 0 1 33-90 3 23.16 17 3^58 s 4 4,666 £ 75.85 ¿ 46.729 t. 3°- 7 28 41.97 22.99 Mai 10 ' 202 5°-5i8 78 33-41 « r 23 30.45 9 20 2 22.76 43-99 l 6 o 4 t -577 1 0 4 77-21 i 2 4 46.656 7 3 ' 27 50.440 g o 3 -84 f 4 3O.54 9 22.49 32-20 41-473 „ 78-45 I 0 9 46-568 l o I 3O.45 2g J50.350 45-59 30 100 22.I9 31-51 46-74 68 4I.358 ^ 122 79-54 9 1 46.467 H I 3°- I 7 44 5 ° ' 2 5 ° I 0 6 30.80 7 x 21.86 3 3 Juni 9 47-42 I l8 4 -236 I 2 5 8°-45 70 46.356 I l 6 2973 59 71 5°- 44 I 1 0 46.240 81.15 ' 47-60 4 1.in ^ , ^ 120 29-14 73 73 5°"°34 I I O 3O.O9 ^ 7 8 , 6 4 49 46.120 29 47-29 40.984 ; : 8o ~ 121 28.41 Juli 9 " • ' S 36 49-924 l o 8 29-40 6 6 ^ 25 „ 45-999 I l 6 27.56 94 28-74 6 I 19 2O.79 34 46-49 I 2 6 40.860 49-8I6 x ^ 118 81.89 20.45 ^ 45-23 i 6 9 4°-742 I o 8 81.89 2 ° 45-883 I o 8 26.62 29 49-713 9 2 28.13 53 , 100 32 45-775 95 25.62 27.60 u 20.13 2g Aug. 8 43-54 2 o 6 40.634 49-621 103 81.64 5 45.680 9 l6 43 4i 19.85 18 24-59 ¿ 7 I02 -48 8 40.540 ; 49-542 6 o 27-17 ' 23 7 6 £ 22 3 8 0 .j 3 8102 45-604 28 23-57 gß 49-482 ^ 26.86 * 40.465 £ 19-63 1 7 J Sept. 7 84 9-46 IO 45-553 2 2 22-61 36-49 2 7 4 40.414 2 2 79.36 49-445 9 26.71 4 21 ' 7 7 26.75 J 68 78-09 Z 40.392 45-531 I9-36 ! 49-436 17 33-75 ^ ' 25 x 27.00 7 57 i ; 6 45-544 ¿ 21.09 49-46o 40.404 9-35 - 30.97 2 7' 27 5° 28.26 20.62£ 74-81 ¿ 49-523 io 27-50 ! Okt. 7 40.454 19.42 Q2 252 Í ¿ ^ 3 28.25 7 5 — 49.626 2574 2 2 3 40.546 I 3 7 72.83 2 I 7 45.696 I 4 3 20.41 17 19.59 2 7 ° 102 ^ 9 20.50 23-5i i 8 4 40.683 i g i 70.66 19.86 27 45-839 49-771 i g 8 29-27 1 2 8 i89 41 68.33 2 3 3 46.028 20.21 35 21.67 137^ 40.864 Nov. 6 2O.91 , 49-959 22Q 0 225 r 23I 1 76 42 153 229 6 20.63 3Í08 16 50.188 21.67 0 20.30 4 -259 ± 50 264 41.089 2 6 176 46.528 2 6 9 22.76i 109 26 50.452 U 19-46 2 21.13 ; 2Q2 33-84193 141 300 41-353 2 2 9 6 46.828 Dez. 6 50 — 41.649 3 2 I 4-*7 l 6 9 v ^ 32I 2 , 6 8 II 19.21 -744 3x3 35-77 j 34 20 58.61 16 47- I 49 333 25.860 192 22.26 59 933 £ 219 34 37-82 9 22.85 26 42.306 " 47-482 3 27.78 „ 56.42 51-381 59 20.480 I 5° 323 194 211 o¿ 208 340 47.816 3 3 4 29.86 21.98 5448 42.646 36 23-44 51-704 39-93 2 0 9 42.02 39.694 82.63 20.71 18.44 19-93 Mittl. Ort 48.391 44-334 14-55 + 2 . 1 9 3 - I.952 +1.072 + 0.386 sec 8, tg 8 +1.000 — 0.008 +1.042 — 0.292 +3.3 -19.9 +3.0 -19.9 a, a' +3.1 —20.0 +3.1 -19.9 —0.03 + 0.12 +0.02 + 0.12 +0.13 + O.II b, V 0.00 + 0.08
1959
I2h
17m
—0° 26'
5
¡
jm-3
113
Scheinbare Sternörter 1959 Obere 472) y. Draconis AR. 1 Dekl.
Tag
I2h
*959
31m
-t-700 o' //
Jan.
1 11 21 31
43.25 7 4 43-99 7 2 44-71 7 g 45-39 6 I 46.00 ^ 52 46-52 46.94 3 0 47.24 I 9 47-43 6 47-49 47-44 l 6 47-28 z 6 47-02 46.68 34 46.28 4 ° 46 45.82 45.32 5 44.81 tt S2 44-29 43-77 s o
Febr. 10 März
20 2 12 22 31
April 10 20 30 Mai 10 20 Juni
Juli
30 9 19 29 9
43-27 , 7 42.80 4 7 42-38 £ 42-or 7
19 29 Aug. 8 18 28
4 I - 7 0 24 41.46 4I-3I 7 41.24 41-27 , 4 1 4 0 23
Sept.
7 17 27 Okt. 7 17 27 Nov. 6 16 26 Dez. 6
4I-63
34 41-97 f 4 42.41 S3 42.94 63 43-55 6 8
16 26 36
44-23 44-95 45-70
Mittl. Ort sec S, tg S a, a' b, V 1
72 7S
44-55 +2.926 +2.6 —0.18
67 28.97 I 28.96 6 29.59I2 30-84 2 32-64 34.92 37-57 40-47 ,43-52
22g 265
¿go 305 307
46.59 2 9 6 49-55 276 5^*3^ 245 54-76 2 o 8 56-84 i 6 3 5^-47 I 1 4 59-61 Ô3 60.24 10 60-34 " 59-90 ¡ I 58-94 I 4 S 57-49 * 55-57 3 „ 53-22 00 273 5 °-49
305
47-44 3 3 2 44'12 3 3 40-59 % 36.93 7 2 33-21 i 00 369 2 9-52
M4 ; 2 2 "56 08 ^•48 ^ 79 2 2 I
2
^•s8 12.91 h
11.85
i67
' 106
50.36 + 2.750 -19.8 + 0.14
Kulmination 470) ß Canum ven.1 AR. Dekl.
12h
31m
+ 4 1 ° 34' //
s 47-76 2 48.532 48.883 49-198 49-467 49-685 49.848 49*956 50.010 50.014 49-975 49.896 49784 49-647
7 35
g 2I8 l6
2
~ 79
z
49-489 49-317 l 8 l 49- I 36 l 8 6 48-950 l 8 48-765 ^ 48.586 48.416 1 7 0 48.261 n 136 48.125 1J1 1 O 48.014 g l 47-933 47-888 4 47-883 £ 47-925 i 48.017 ^ ' 143 48.160 48.357 24 g 48.606 ^ O 296 4 8 - 9 0 2 336 49-238 49-606 49-994 50.389 47.917 +I-337 +2.9 —0.06
395 395
471) ß Corvi AR. Dekl. I2h
32m
s 1 4-396 A 34° 14.736 ^ r 324
35 j ^ r 31.00 3 30.17 29 29.88 24 265 30.12 1?5- 62 2 3 226 J 75 1 5- 8 49 30.87 I 2 2 i8s 16-°34 . . . 32-09 l 6 l 16.178 1 4 4 33-7° ' 192 A O 102 35-62 00 215 1 I6.28O , 3 s 64 I6.344 29 37-77 2 2 7 40.04 230 I6.373 ~ 16.370 A 3° 224 44-58 2 2 209 16.340 4* 16.287 53 l l 6^l 48.56 4 1 6 . 2 1J 3 792 5°- I 7 I2 16.121 A 9 5 1 ' 4 94 16.016 116 52-40 s 6 15.900 1 2 5 52.96 129 53-13 - 1 J1 %n 6 130 ^5.5^6 I 2 7 52.90 6 I 52-29 , , i 5-389 I I 9 5 T ' 3 ° J36 T 5- 2 7o I 0 5 49-94 15-165 8 6 ^ 170 48.24^ 202 15.079 6 l ^ 46.22 ^ 231 i5-oi8 2 9 43.91 !4-9 8 9 1 257 1 4-997 „ I 4 -34 2 7 8 15.048 38.56 7 î 294 35.62 15-I44 j 45 OJ 304 32.58 °29.49 ^ J309 2 3°5 1 5 - 4 8 1 9 26.44 J 5 37 293 115.718 ° ' 277 5-995 •> 30g 0 16.304 2 a 78 2 7 3 J ^ 331 ' 245 16-635 , , , 18.33 , 209 44 16.979 3345 16.24 i 6, A 4 14.60 17-324
48.03 + 0.887 —19.8 + 0.14
Die jährliche P a r a l l a x e (o'io8) ist bereits berücksichtigt.
*
Greenwich
13.728 +1.088 +3.2 +0.03
- 2 3 ° 10' //
11.44 7 232 13.76 r 231 I6.O7 ' 224 I8.3I ° 212 20-43 196
473) 24 Comae sq AR. Dekl. I2h 33m s
+ i 8 ° 35'
4-559 „ , 4.892 3 3 3 319 J z. 5.211 J 296 5-507 264 5-771 2 2 4
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5-998 6.183 6.326 2 2 " 3 9 177 A A 6.426 24.16 ' ^ 156 3I 6-485 25.72 0 7 134 27.06 111 6.508 0 6-497 2 7 88 6-458 2 9-°5 6 4 6-395 2 9-69 40 30.09 I 7 6.313 30.26 ~ 30.20 2 g 29-92 29-43 69 28.74 8 7 % i 7 i o 3, 26.84 A6 1 1 6 25.68 J 125 2 4-43 I28 23.15 0 J I27 21.88 A 121 20.67 i o A 7 ^•ÖO 88 ^ l 8•-71 2 0 62 33 17-77 2 17.79 39 18.18 39 77 18.95 114 20-09 148 21'57
177 23-34 ° 201 25-35
12.75 - 0.428 -19.8 + 0.14
//
185 143 100
»
57.84 3
6045 1 3 4 61.80 6j3 . 1 0 1 3 0 121 64-31108 65-39 9 3 66.32 9 3 67.06 7 4 54 67.60 ' 33
8: 97
6.216 A 109 6.107 ' 117 5-990 I 2 2 5.868 0 124 5-744 I 2 3 5.621 117 0 5-504 I 0 9 5-395 ^ 5-299 7 7 5.222 7 7 5-i67
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6.665 6.996 3 3 1 S35 7-331 4.387 +1.055 +3.0 —0.02
I27
69.08 + 0.337 -19.8 + 0.14 H
114*
Scheinbare Sternörter 1959 Obere K u l m i n a t i o n 474) a Muscae AR. De kl.
Tag 1959 Jan.
1 11 21 3i Febr. 10 20 2 12 22 April 1 10 20 30 Mai 10 20 30 Juni 9 19 29 Juli 9 März
I2h 34m 45-05 y 2 45-77 L 4 6 -46 % 47-oS 47-63 ">' ° 47 48.10 48.49 2 t49-09
2
49-n " 49-04 „ 48.89 J2 48-67 2 8 48.39 34 48-05 4 0 47
" 6 5 43 47- 2 2 4 i 46.76 \ 47 46-29 48
19 29 Aug. 8 18 28
45-8i 45-35 44-91
Sept. 7 17 27 Okt. 7 17 27 Nov. 6 16 26 Dez. 6
43-94 l 6 43-78 6 43-72 43-78 i g 43-96 2 9
16 26 36
44
44-19 %
44-25 4 0 44-65 ^ 45-16 45-75 l 46.41 ^ ^ 71 47-12 47-85 48.57 7
Mittl. Ort 42.99 sec tg 8 +2.779 +3-6 +0.17
8, a, a' b, b'
68° 54'
z^
1325) 133 G. Centauri AR. De kl. I2h
3gm
8- j 94 , 2 I
9-°9 2IO 8.615A 4 i58
421 01
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49'
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5805 57.65 57.15 56-56 55-93 55-f 54-6i 53-95 53.32 52.73 52-20 5I-72 5I,32 5I '«3
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45.212 + 1.022 + 2.9 —0.01
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70.53 + 0.210 -I5.4 + 0.64
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6o
^ £
£ S9 63 66 66 66 63
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Tag 2
AR.
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3i F e b r . 10 20 2 12 22 April 1 März
Juni
11 21 1 10 20 30
9
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9
29 Juli
9
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43-19
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1959 Jan.
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I
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13m
Jan.
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2 12 22 April i ii
Aug.
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2GI
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8
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37.329 37-500 37.023 +1.250 +2.1 —0.01
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29.08 4 29.25
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28.66 28.33 27.97 27.58 27.20 26.83 26.49
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25.87
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23.50
48.17
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55-°9 . . .
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51.66
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48.432
48.47
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48.716
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315 336
43-25 J 4
49-367
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4 1 . 4 1 123 4 0 . 1 8 58
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39.60
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39-67
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31.962
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42-3 T 9
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42.731
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32.530 32.743
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42.405 42.316 42.297
42.351 42.478 42.673 42.930
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44.78
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41.85 163 40.22 166
38.56
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29-339 29.214
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29.157 ~ 2 9
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142*
Scheinbare Sternörter 1959 Obere Kulmination
1 11 21
Febr. 10 20 2 12 22 April 1 März
11 21 1 11 21 3i
Juni 10 19 29
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9 19
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29 8 18 28 7 17
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27 6 16 26 Dez. 6
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59
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20.283
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3i 10
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19 29 8
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Nov.
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1959
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s Jan.
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37-120 37.274 37-490
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38.807
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i8'i 21m
Tag 1959 Jan. 1 11 21
3i Febr. 10 20
März 2
12 22
April 1 11 21
Mai
1 11 21 1
3 Juni 10 20 29
Juli 9 19 Aug.
29 8 18 28
Sept. 7 17 27
Okt.
7
17 27
Nov. Dez.
6
s 10.206
34 28.449 3 44
12.623
37-31
28793
-535 JJJ 2II 10.746
234 10.9 v80 254
12.897 T
13-161264 249 13.410 ° 7 229
13-639 20S j
8
3- 44
14.020
i76
14.163 ^
27 ^ 105 14.268 ^
14-334 25
14-359 ~ 14-342 14.285 % ^90 I2Q ^•o61 xs4 I3-907 I 7 3 13-734 l 8 4 13-550 l 8 s I 3-3 5 I7S 13.190 ISS 13-035 I 2 7 'f
I28
93
93
12.762 g
36
6
2
£ 5
"754 12
3-7
36.60
25-82718 26.010 £ 225 26.235 , , 260
26-495
26.783
I27
127
30.464 2(K 30.259 2 I 9
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8.61 20
0 8.41
I5
8.26 8
8.18
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9
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4
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9 4
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II.62
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30.040 ° 220 29 .820 „ y , 208 29.612 ig5
15-34 ^ 15.33 l 8
29-427
14-80
2
I5
" 1 5 35
29.275io I 4 ci 9 ' f 61 29.166 59 13-69 7 0 29.107
12.99
75
29.IOI — 12.24 7 6 * 49 29.150 11.48 u 74 * 102 29.252 10.74 29.406 10.04
27.04 ' ' 114
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49-43
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51.60 54-43
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283 3I2
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59.519179
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58.017 0 103 58.120 J
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s
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148*
Obere
AR.
|
l8h 23 m
I959
Jan.
x 11 21 3i F e b r . 10
54.687 54-94 2 55-240 55-573
20 2 12 22 April 1
55-934
März
Mai
2q8
382
56.712 ^ t. 4°4 57-523^4
11 21 1 11 21
58.323 58-704 59.064
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59.397
g
59.695 2 5 7 3i 59-952 2 I O J u n i 10 60.162 „ 20 28, 158 60.320 29* , -1 IOI 60.421 4 I Juli 9
698) £ Pavonis
Dekl.
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Dekl.
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+ 38° 44'
18' 1 38 m
25.26 23.87 22.58
48.12 312 2 106 ^ 45.00 J 3i-6i7
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69g) a Lyrae 1
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Tag
K u l m i n a t i o n
139 129
117
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3 49
67 84 100 "3 124 134
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-
54.83
^
57-71 60.37 62.76 64.82 66.52 J
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21.99 22.50 22.91 23-21 2 J 23-39
19 29 Aug. 8 18 28
60.462 I g 60.444 60.367 ¡ 1 60.236 J £ 79 60.057 2 I 8
132 27.37 I 2 6 28.63 5 29-78ö " ^ 30.77 7 /
35- 53 35-744 35-591 35-399
Sept.
59.839 59-592 59-32 9 59-063 58.810
227
31.54 5 3 32-07 25 32.32 32.29 3X.96 %
35-j74 8 34-926 34-664 2 6 6 34-398 34^39^
58.583 i 8 9 58.394 n 139 58.255 z 58.173 J9 58.154 4 1
31.35 g 7 30-4810; 29.39125 28.14 5 J/ 26.77 144
33- 8 98 33-683
33-370 ^ ä s 259 33-284 33 59.49 2 8 7
17.76
58-i99 58.308 58.478
25.33 . 23.88 1 4 5 141 22.47
33-25 1 33-271 33-344
17-59 3 I ? t 17.67 " 23 17.90
7 17 27 Okt. 7 17 27 6 16 26 Dez. 6 Nov.
16 26 36
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£ 225
239 206 170
130
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32.939 +1.282 +2.0 +0.01
56-62 53-56 u 314 50.42 39.88 +0.802 +3-1 +0.99
D i e j ä h r l i c h e P a r a l l a x e (o* 121) ist b e r e i t s b e r ü c k s i c h t i g t .
* B e i S t e r n 699), 698) u n d 703) lies J u n i 30.
23-44 ~ 23-37 2G 23-17 22.86 3 42 22.44 ^ 51 21-93 56 2I-37 6l 20.76 . 63 20.13 6 I I9-52 s6 18.96 18.4650 41 1 8 . 0i5 29
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+ 20° 30' 29-29
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2 5-47
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Scheinbare Sternörter 1959 Obere K u l m i n a t i o n 704) X Pavonis AR. Dekl.
Tag I
959
Jan.
i ii 21 3i Febr. 1 0 20 März 2 12 22 April 1
Mai
11 21 1 11 21
3i J u n i 10 20 30 Juli 9
18h 48 m s 22.86 0 22 23.08 n 3° 23.38 23
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29 Aug. 8 18 28
16 31-25 8 I 3 -33 r 3i-32 IO 31.22 25 ig 30.79 3 2
Sept.
3 0 4 7
7 17 27 Okt. 7 17 27 Nov. 6 16 26 Dez. 6 16 26 36 Mittl. Ort sec 8 , tg S a, a' b, V
37' 40 29-70 ^ 29.29 A I 28.88 438 * 28.50 28.17 3 3 27 27.90 27.71 „ 27.60 2 u30.10
27.58 ~ 27.66 27.83 1 7 25-37 +2.147 +5-6 -0.03
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60.88 74-06 —1.900 +4.2 +0.98
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33-867 +1.197 +2.2 +0.01
50.35 +0.657 +4.2 +0.98
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' I I J 341 34-452 34.844 4 35-275 5 8 35-733 4 ' 2 36.205 ; 3 36-678 37- I 39 37-977 4 38.332 ™ 38.633
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1959 Jan.
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Die jährliche P a r a l l a x e (o'i74) ist bereits berücksichtigt.
2 22 40
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1959
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159 109
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23.838 23.822 23-749 23.622
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+ O.84
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Tag 1959
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3i Febr. j o 20
25-107 25-035 4 2 5 - ° 3 1 65
11 21
Mai
1 11
20
30 Juli 1 0 20 29
Aug.
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35.48
332
25.231 J J 201
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1959
Jan.
1 11 21
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Mai
11 21 1 11 21
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20
36.335 96
3i 10
Aug.
8 18 28 Sept. 7 17 27 7 ' 17 27
Dez.
32.424
130
11
30
Nov.
32.294
34
22 1
20
Okt.
32.I51
+ 3 3 ° 48'
32.594 32.799 33-038 33-307
30 Juli
20h 44m
1 11
3i Febr. 10
Dekl.
6 16 26 6
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36.476 36.472 36.419
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3 5 . 3 8 4 286 3 5 - 6 7 0 338 36.008 385
3 6 . 3 9 3 426 3 6 . 8 1 9 462 37.281 490
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38.281 520 38.801 520 3 9 . 3 2 1 509 39-830 487 40.768
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347 280
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786) 32 Vulpeculae
Dekl.
38 104 34-985 169 3 5 - 1 5 4 230
43-92 95
30.051 30.285 234
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34-874 34-843 34.881
44.56
27-534 243 27.777 263 28.040 281 28.321 293 28.614 300 28.914 300 29.214 294 29.508 282 29-790 2 6 j
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32.75 33-11 33-01 32.46
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6 0 . 4 7 108 59-39 62 5 8 . 7 7 13 58.64 37
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75-50
2g2
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Scheinbare Sternörter 1959 Obere K u l m i n a t i o n Tag 1959 Jan.
1 11 21 3i 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. 8 18 28 Sept. 7 17 27 Okt. 7 17 27 Nov. 6 16 26 Dez. 6
20h
55m
+ 4 1 ° 0' //
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Tag I
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Jan.
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Mai
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" 5 6 1 200 47.860 2 " O 310 48.170 J ^ ' 314 48.484 310 4 8 . 7 9 4 298 49.092 278 4 9 - 3 7 0 251 4 7
49.621
49.839 50.018 18 50-243 50.286 50.284 50.240 50.160 50.049
32.78 31-49 30.40
2i8
135 90
109
28.29
43
28.34
2
28.59
44
29.01
80
29.56
ni
30.21
134
3I-63
154
32.34
153
33-01
4 9 - 3 1 7 j28 49.189 107
33-6I
49.082
34-56
48.941
129
28.46
49.767
48.998
145
28.87
30.91
49-460
135
29.52
179
4 9 - 9 I 5 148 49.613
119
34-13
84
34-89
57
35-io
46.776
5i-32 0.293
88 65 41 17 5 25 42 55 65 70 72 71 67 60 52 43 33 21
106
I5-652
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5-646
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" 6 9 5 106 15-801 f ^ 161 15.962 1 215 3 16.177 ¿" 2 6 5J 16.442 309 I 5
24.41
2.85 2.25
17.472
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2.23
17.865
393
18.266
401
398
5 -J5 ° J
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209 7-59 o 249 10.08 „ 282
J
359
324
4 1 9 . 7 3 0 J282
I 2
20.012 232 20.421 177 20.598 2O.597 20.539 20.428 20.270 20.071 19.840 19.586 19.318 I9-045 18.775 18.517
119 58
ni 158 199 231
254 268 273 270 238
18.279 18.069 17.892 16.527 +1.528
-
+3-3 —0.02
+16.7
+2.2
+
+0.06
Bei Stern 823) und 822) lies Aug. 19.
' 9 « 308
AR.
+ 2 5 ° 43'
54-04
12.852
3°7
I3-I69
^
^3.488 13.800 14.097 1
4-37
2
4.617
14.994 „15-195 15-225 15.211
45-97 46.77
14.631
47.06
23 76
46.83 46.07 44.81
177
55-82
35-58 3 8 . 3 7 279 248 40.85 213 42.98 172 44.70 127 80 29
43.08 40.92
126 173 216
9-33 + " 5 5 +16.7 + 0.55
5 7 - 7 9 197
II.251 o 130 II.381 J 168 "•549 204 11-753 236 11.989 266 12.255 290 I2.545
15.118
303
5 9 . 8 5 206
11.158
25-99
334 322
184 6 3 . 9 2 200 6 1 . 9 2 207
46 ;5 — 20 „ 56
II.102
14.826
29-33
6576
76
11.097 11.082
" 9 8 326 19.24 336 22.6o 339
32.55
58
258
"•219
I 5
20.244
ig20.540
60 2
55 2.78 110 3.88 162
18.664 19.406
51m
266
2 i - 7 5 286 18.89 294 15-95 290 13-05 1 0 . 3 0 275
346 17.097
19.047
236
249 7 . 8 1 212 5 - 6 9 168 4.01 116
1 6 7 5 1
+I.O42
0.56
149
15-710 i
Dekl.
2lh
51m
s 26.77
1 50 . 8 1 6
822) y G r u i s
823) 16 P e g a s i
Dekl.
4 5 m
167*
G r e e n w i c h
15-155 15-063 14.940 14-794 14.460 14.287 14.120
52-53 51-36
78 35 11
2
u
57-22
275
a
245
s
20Q
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S
6 7 4 7
269
124
262
77
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7 9 7 1
81.56
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83.13
123 146
18«
173 167
124 162
300 326
346 2 7 - 9 9 5 360 2 8 . 3 5 5 366 28.721
363
350 29-434 330 29.764 300 30.064 261 30.325 3°-542 30.708 30.820 0 O £ 30.876
l66 II2
30.878
136
3°-596
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3°-43°
l86
30.244 4
86.03
13
84.70 84 ^ ' 117
+
27.023
30.732
%
9
199 2 6 . 5 1 9 235 2 6 . 7 5 4 269
30.828
86.16
«3-53 82.05 80.32
26.320
157
85.92
171
26.158
185
85.33
163
26.034
29.084
?
64 27
25.948
27.649
168
56
25.900
101
209
3° r4
25.891
27-323
i42 53-34 ^
297
25.918
57
50.34
II.646 I.II0
II7
50-23
156 1 3 - 9 6 4 140 13.824 119 I3-705 94 13.611
+
151
50.58
0 u 3
178
25.982
I48
^ 173
53.48 0.482
° - ° 4 7 197 29.850 l ' i89 ci. 2Q.661 7 171 29490 I47 3
29-343 29.225 29.140
Il8
85 30.80
27.100 +1.261
—
0.769
+2.7
+17.0
+3-6
+17.0
+0.03
+
—0.04
+
0.53
0.53
Scheinbare Sternörter 1959
168*
O b e r e
K u l m i n a t i o n
827) a Aquarii
830) 20 Cephei
AR.
AR.
Dckl.
22h
— o " 30'
s 40.181 40.125 4O.O95 4O.O92 4O.IT7 4O.171 40.257
56 3°
J
45-00 ^
87.OI
66.91
44-71;
84.77
44-48;
82.13
67.71
25 54
68.45
86
69-54
117
69.82
40.705 , T ,
69.19
41.999 42.301 42.601 42.892 43.166 43-4!6
240 264 2g2
296 302 300 291 274
183 4 3 . 8 I 7 142
43-959 44-H3 44.126
66.14 64.64 62.97
59- 2 7 57-35
99 55 13 27
Il6
43.829
I32
45.62
62
92
43.I52
181
192 189 181 169
45-89
4 3 . 6 9 7 140
43-278
167
46.31
44-037 43-945
43-557 43-4 I 5
150
61.16
45-83 45-57 45-50
44.099
128
5i-96 j 54 50.42 135 49.07 114 47-93 92 47.01 70
43.634
,,44.058
75
68.44 67.42
53-65
218
44.24
69.67
5546
250
44.24
44-32 44-49 44-74
46.30 46.84 47.48 48.20
142 137 126
43-041 42.948
48.99 49-83
42.878
50.69
40.670
71.08
48 26 _7 12 27 41 54 64 72 79
17
25 32 4 5 . 0 6 39
45-45 45-9° 46-39 46.91
47-45
6 0 . 3 5 116
49
57
59- I 9 58.62
52
59-30 60.52
175 223 64.50 265 6 7 - 1 5 300 70.15 327 62.27
73-42
346 76.88 358 80.46 362 84.08 357 87.65 345 91.10 94-37 327 300
50.63 5 0 - 5 6 14 50.42
21
97-37
5 0 . 2 1 27 33 49.61 36
49-94
100.05
49-25
104.19
48.03 47.62
47-23 46.87
46.54
4 64
58.66
54 53
I
48.45
264
45
47.98 5i 48.49 49 48.98 44 49.42 38 49.80 32 50.12 24 50.36 17 50.53 9 >35 0 . 6 *2
48.86
224
294 79.19 312 76.07 318 72.89 311 69.78 292 66.86 260 64.26 62.06 171
44-32
69.07
22h
AR.
Dckl.
4"
- 1 4 " 3'
s
66.07
69.87
4I-I57 4I-421 4 I -7°3
AR.
+ 6 2 ° 34'
31
829) a Gruis
828) i A q u a r i i
Dekl.
s
4 0 . 3 7 4 150 40.524 l 8 l 40.917
22h
G r e e n w i c h
102.34
39
105.55 106.38
41 42
105.41
36
103.95
33
101.98
45.58
12.740 12.740 12.769 12.829 12.919
55 28 o 29 60 90
13-383 13.600 13.846 14.116 14.406 14.710 15.021 I 5-33 I
16.177
16.407 16.599 16.750
217 246
83 26 32 91 146 197
66.91
68.56 68.19
3°4 311
"5 133
63-44
149
55-io 53-40
310 302
51.80
5°-33 49-°5
260 230 192 151
I6.934
107
46.09 46.49 46.94
47-52 48.19 48.90
145
49-63
147
50.34 51.00 51.61
142 1 6 . 0 6 1 130 J 5 - 9 3 1 114
I5-653
128
46.55
46.19
15-723
147
47- J 4 46.20
15.817
170 160
47.98
107 61 3i6.9i8 16
16.203
75 96
64.77
16.857
16.350
56
67.63
162 60.33 171 58.62 176 56.86 x , ° 176
290
136
4 19 37
68.75
61.95
270
1 6-495
229
24 10
68.69 68.79
65.92
186
I 5 - 6 3 3 284 1 5-9 I 7
68.45
66.88
1 3 . 0 4 2 123 I 3- I 97 155
185
268
106.32
39
12.768
25 16.909 63 16.846 95 16.751 119 16.632 137
106.64
41
12.823
52.14
94 70
52.57 52.89
13-449
69-75
84 59 35 11
22h
51
s 38.065 37.962 37.900
37.882 37.908
103 62 18 26 71
37-979
117 38.096 162 38.258 205 38.463 249 38.712 290 39.002 326 39-328 359 39.687 384 40.071 4°3 40.474 412 40.886 412 41.298 402 41.700 380 42.080 349 42.429 308
42.737 42.996
43- I 99 43-342
259 203
143 79 4 3 - 4 2 1 16
43-437 43-392
45 101 4 3 - 2 9 1 149 43- J 4 2 189
42.953
217
42.736
233 42.503 239 42.264 234 42.030 218 41.812 194 41.618 162 4M56 127
4 I -3 2 9
39-445
37-48
+ 1.000
—
+3-i
+17-5
+1.8
+17.5
+3-2
+17-5
+3-8
— 1.078 +17-6
+
+0.11
+
—0.01
+
—0.06
+
0.00
0.009 0.49
+2.172
+
1.928 0.49
+1.031
—
0.251 0.48
+1.471
0.48
Scheinbare Sternörter 1959 Obere K u l m i n a t i o n 8 ? 4) 9- P e g a s i
Tag
AR. 22h
1959
1
8m
+5°
S
Jan.
21 3i
Febr. 10 20 März 2 12 22 April 1
Mai
11 21 1 11 21 3i
Juni 10 20 Juli
30
10
20 30
Aug.
9 28
62 7.346 7.309
Okt.
27 7 17
m
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50.69 c 49.60
io
1 1 1
9.368
4
I o 8
9.293
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9.250
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32
0
49
9
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49.18 47.27
5
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4 5 . 1 3
7-3*7
4g
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7.365
7 9
45-56
9.275
7 4
44.89
9-349
1 I 5
7-444
I I 2
7-556 7'7
0 1
7 - 7 9
178 2
;0
8.327 238 > - 73
S
8
9.169 7 y
302
9.471 J ^
302 9-773 y 0 ' ' 292
10.065 275 10.340 251 10.591
44-46
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44.91 45-70
9°
11.230 u 11.140 11.027
16 26
10.233
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7 9
4 >36
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X
49-76
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5I-57 5 3.52 J O
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61.66 ,
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186
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l88
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180
7
66-53 67.85 7
249
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3
68.80 69.36
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66.17 43.97 + 0.105 +17.7 + 0.47
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68-59,2
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6
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69.26
164
12.072 11.926A 11.803
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69.52
12.413 i x77 12.236 ' J
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59-06
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59-68
60.13 J
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60.68 „ 61.31 °
62.01 62-75
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70
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3-51
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34.80
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28.38 325 25.13J ^ 310 0 22.03 o 283 19.20 1
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66.83
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°
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67.27
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67.61 67-84
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25-038 2
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3
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26.051 26.483 A
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26.943 Z 2
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30.092
30.261 c.
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369 3 6 9
30.360
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6
324
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29.593
299
53-39
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68
60.67 '
127
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20.97 + 3.103 +17.7 + 0.47
l 6 6
29.856
294
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55-96
30.347 30-24I 3 0
29-294
7°-
0 1
67.15 r 4'
1 2
286 3°3 308
0 58-02
302 3
50.57
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48.94 0
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47.85
9
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1
48-09
I 2 4
75 j 222 53.30 2 6 j
55-93 0 5 -9°
297 322
62.12 69.05 72-59
341
352 354
76.08
349
'
337
79-45
3 i 8
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82.63 85.55 2 Z 260 88.15 J 222 92-15
28.969 2 93-45 28.627 342 9 4 - 2 4 28.280 3 4 7 9 4 4 7 27.938 3 :;- 9 4 - 1 4 27.610 93-26 91.83 27-306 0 89.90 27.037 25.672 +1.887 + 2.1 +0.09
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65.53
6
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49-33
27.894
2 3 6
w
344 ^ 36°
f-7
59'
61.04
24.612 24.682
29-85 6
25-72
29.16
6j-4
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24.818 1 9 1 24.684 1 3 4 A 7° 24.614 ' 2
^
63-87
62-56
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2 4 0
29-557
60.87
63.21
-
25-24 9 25.009
320
22.52
3
+57°
ft
29.201
64-54 A5 6
9m
9 - 3 289
32
66.86 42 66.36 5 ° 0
245 ^
6
S 66.29
67.82 c. £
75
4'77
j
64.27
2 I 2
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x
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22h
Dekl.
s
42.42 T T
55
67.94
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£
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227
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157
10.056 f. 2 7 ° 10.326 ' i 298 10.624 10.943 i 11.276 333
i
8
2!3
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34.26
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9.464 9.621 9.820
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42.86 227 232
231
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24 1 1 - 2
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220
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836) n C e p h e i
Dekl.
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27 6 16 26 Dez. 6 Nov.
22h
59'
7.299
Sept. 7 17
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Scheinbare Sternörter 1959 Obere K u l m i n a t i o n 840) & A q u a r i i
Tag
Dekl.
AR. 22h
1959
14m
-7°
58'
Jan.
1 11 21
3i F e b r . 10 20 März
2 12 22 April 1 11 Mai
Juni
Juli
21 1 11 21 3i 10
94
6
„ " £
" £ 174 2 o 6
40.895 282 41.177 ^ - ' 297 41.474 - 7 7 9 306 5
30 10
4 2 - 6 6 7 26 X 42.928 ^ * 231
Sept.
43-5 4 3
4
f
43.693
26
43.719
~6
43.703
w
43-651
17
43.567
27
43-459
6 16 26 6
43-332
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4 -9i8 ; • 42.790 42.676
36
42.580
b, b'
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42.504 40.247
1
58.16
J
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4°'3I 4-T0 . 4 9 40.74 4 I
41-41 41.82 42.28
26
57-79 58.42 58.99
+1.010
77.37 — 0.140
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+18.0 +0-44
5 r4 4
7
g
„ 6i
66
43-57
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4
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46
222
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237
2
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3
23.46
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46
23.54 24.09
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4
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65 I7
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31.803 0 7° 3 I . 8 7 J3 0 ' 102
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31-975
39.21
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32.965 . J ' J3 J3 - 2 4 3 293 33-53 302 J
3 4 - 4 i 296 34-437 2 g 2 3 4 - 7 1 9 260 3 4 - 9 7 9 230
44-41
45.8834
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19
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27 ^4 6 . 8 7 20 47.07 26 0 11 47-I8 2
36.25 37.02
32.302 +1.000 +3.1 0.00
79
56.332 ~V ^ 202
41.72
5 6
39-67
205 24I
37-26
269
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„
55-937 5 c. 6.110
2 73
56.342
287
32
56.629 334
56.963 ^ J5 /7 . 3 3 6 402 5 7 * 7 3 420 58-158 4 2 6 58-584
20
59-004
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6 0 . 9 8 7 63 60.924 60.809 , 60.646 163 ^ 202 6 0 . 4