Physica status solidi. Subject and Author Index, 1976: Physica status solidi (b), Vol. 73–78. Physica status solidi (a). Vol. 33–38 [Reprint 2021 ed.] 9783112484180, 9783112484173

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pliysica status solidi (to) S U B J E C T AND A U T H O R I N D E X (b) V O L U M E S 73 TO 78

•

1976

S U B J E C T AND A U T H O R I N D E X (a) V O L U M E S 33 TO 38

•

1976

pbysica status solidi (a)

Classification Scheme 1. Structure of Crystalline Solids 1.1 Perfectly Periodic Structure 1.2 Solid-State Phase Transformations 1.3 Alloys. Metallurgy 1.4 Microstructure (Magnetic Domains See 18; Ferroelectric Domains See 14.4.1) 1.5 Films 1.6 Surfaces 2. Non-Crystalline State 3. Crystal Growth 4. Bonding Properties 5. Mossbauet Spectroscopy C. Lattice Dynamics. Phonons 7. Acoustic Properties 8. Thermal Properties 9. Diffusion 10. Defect Properties (Irradiation Defects See 11) 10.1 Metals 10.2 Non-Metals 11. Irradiation Effects (X-Ray Diffraction Investigations See 1 and 10) 12. Mechanical Properties (Plastic Deformations See 10) 12.1 Metals 12.2 Non-Metals 13. Electron States 13.1 Band Structure 13.2 Fermi Surfaces 13.3 Surface and Interface States 13.4 Impurity and Defect States 13.5 Elementary Excitations (Phonons See 6) 13.5.1 Excitons 13.5.2 PlasmonB 13.5.3 Polarons 13.5.4 Magnons 14. Electrical Properties. Transport Phenomena 14.1 Metals. Semi-Metals 14.2 Superconductivity. Superconducting Materials and Devices 14.3 Semiconductors 14.3.1 Films 14.3.2 Surfaces and Interfaces 14.3.3 Devices. Junotions (Contact Problems See 14.3.4) 14.3.4 High-Field Phenomena, Space-Charge Effects, Inhomogeneities, Injected Carriers (Electroluminescence See 20.3; Junctions See 14.3.3) 14.4 Dielectrics 14.4.1 Ferroelectrics 15. Thermoelectric and Thermomagnetic Properties 16. Photoconductivity. Photovoltaic Effects 17. Emission of Electrons and Ions 17.1 Field Emission Microscope Investigations 18. Magnetic Properties 18.1 Paramagnetic Properties 18.2 Ferromagnetic Properties 18.2.1 Ferromagnetic Films 18.3 Ferrimagnetic Properties 18.4 Antiferromagnetic Properties (Continued

on cover three)

physica status solidi (b)

physica status solidi (a)

basic research

applied research

Borrel of Editors

Board of Editors S. AMELINCKX, Mol-Donk, J . AUTH, Berlin, H. BETHGE, Halle, K. W. BÖER, Newark, P. GÖRLICH, Jena, G. M. HATOYAMA, Tokyo, C. HILSUM, Malvern, B. T. KOLOMIETS, Leningrad, W. J . MERZ, Zürich, E. W. MÜLLER, University Park, Pennsylvania, A. S E E G E R , Stuttgart, G. SZIGETI, Budapest, K. M. VAN VLIET, Montréal

P. AIGRAIN, Paris, S. AMELINCKX, Mol-Donk, V. L. BONCH-BRUEVICH, Moskva, M. CARDONA, Stuttgart, W. D E K E Y S E R , Gent, W. FRANZ, Münster, P. GÖRLICH, Jena, E. GRILLOT, Paris, E. GUTSCHE, Berlin, R. KAISCHEW, Sofia, P. T. LANDSBERG, Southampton S. LUNDQVIST, Göteborg, L. NilEL, Grenoble, A. P I E K A R A , Warszawa, A. SEEGER, Stuttgart, F. SEITZ, New York, 0 . STASIW, Berlin, M. STEENBECK, Jena, F. STÖCKMANN, Karlsruhe, J . TAUC, Providence Editor-in-Chief

Editor-in-Chief P. GÖRLICH

P. GÖRLICH Advisory Board M. BALKANSKI, Paris, P. C. BANBURY, Reading, M. BERNARD, Bagneux, W. BRAUER, Berlin, W. COCHRAN, Edinburgh, R. COELHO, Fontenay-aux-Roscs, J . D. ESHELBY, Sheffield, P. P. FEOFILOV, Leningrad, G. JACOBS, Gent, E. K R O E N E R , Stuttgart, R. KUBO, Tokyo, M. MATYÄS, Praha, H. D. MEGAW, Cambridge, T. S. MOSS, Farnborough, E. NAGY, Budapest, E. A. NIEKISCH, Jülich, L. PAL, Budapest, M. RODOT, Bellevue/Seine, H. M. ROSENBERG, Oxford, S. SHIONOYA, Tokyo, W. STEINMANN, München, R. VAUTIER, Bellevue/Seine

Advisory Board L.*N. ALEKSANDROV, Novosibirsk,W. ANDRÄ, Jena, E. BAUER, Clausthal-Zellerfeld, G. CHIAROTTI, Rom, H. CURIEN, Paris, R. GRIGOROVICI, Bucharest, F. B. H U M P H R E Y , Pasadena, E. K L I E R , Praha, Z. MÄLEK, Praha, G. 0 . MÜLLER, Berlin, Y. NAKAMURA, Kyoto, T. N. R H O D I N , Ithaca, New York, R. SIZMANN, MUnchcn, J . STUKE, Marburg, J . T. WALLMARK, Göteborg, E. P.. WOHLFARTH, London

SUBJECT AND AUTHOR INDEX Volumes 73 to 78, 1976

Volumes 33 to 38, 1976 Edited by

E. BORCHARDT

A K A D E M I E - V E R L A G • B E R L I N and ACADEMIC

PRESS

L O N D O N - N E W

YORK

Subscriptions and orders for this Subject and Author Index or single copies of physica status solidi (b) and physica status solidi (a) for the British Commonwealth and USA should be directed to: ACADEMIC PRESS INC. (London) Limited 2 4 - 2 8 Oval Road London N. W. 1 or ACADEMIC P R E S S INC., I l l , Fifth Avenue, New York 10003, USA whichever address is the most convenient. For all other countries should be directed to: AKADEMIE-VERLAG, DDR-108 Berlin, Leipziger Straße 3 - 4 .

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Herausgeber und verantwortlich f ü r den I n h a l t des Registers: D i p l . - P h y s . E. B o r c h a r d t , D D R - 1 0 2 B e r l i n , N e u e S c h ö n h a u s e r S t r a ß e 20. V e r l a g : A k a d e m i e - V e r l a g , D D R - 1 0 8 B e r l i n , L e i p z i g e r S t r a ß e 3 - 4 ; F e r n r u f 22 3 6 2 2 1 u n d 22 36 2 2 9 ; T e l e x - N r . 1 1 4 4 2 0 ; P o s t s c h e c k k o n t o : Berlin 3 5 0 2 1 ; B a n k : S t a a t s b a n k der D D R , Berlin, K t o . - N r . : 6836-26-20712. V e r ö f f e n t l i c h t u n t e r d e r L i z c n z n u m m e r 1310 u n d 1620 des P r e s s e a m t e s b e i m Vorsitzenden des M i n i s t e r r a t e s der D e u t s c h e n D e m o k r a t i s c h e n R e p u b l i k . Gesamtherstellung: V E B Druckerei „ T h o m a s Müntzer", DDR-582 Bad Langensalza. B e s t e l l n u m m e r d e s R e g i s t e r s 1 0 6 8 / 8 5 R 9. © 1977 b y A k a d e m i e - V e r l a g B e r l i n • P r i n t e d i n t h e G e r m a n D e m o c r a t i c R e p u b l i c . A N ( E D V ) 20831/20735

Preface The ninth index volume contains volumes 73 to 78 of "physica status solidi (b) — basic research" as well as volumes 33 to 38 of "physica status solidi (a) — applied research", i.e. all volumes having appeared in 1976 containing 1360 papers. The general scheme of the last index volume was maintained. The basis for quoting is the subject classification given for every paper in the respective issue. Nevertheless, before taking- over these subject classifications into the index volume t h e y were once more carefully revised and in some cases improved and completed in order to get a most uniform and clear classification for all papers. The average number of quotations per paper in this index volume is nearly the same as in the last one, namely 3.2 instead of 3. Again I have to express m y t h a n k s to the readers for their interest, and I will always readily t a k e u p a n y critical remarks and proposals for improvements. I am especially obliged to Prof. Dr. P . Görlich, Prof. Dr. E. Gutsche, Dr. H . - J . Hänsch, Dr. H . Lange, Dr. S. Oberländer, and Dipl. Phys. K . Wannewitz for giving me advice and unselfish help. Furthermore I have to t h a n k Mrs. E. Schwan for her exact and .reliable secretary's work at the manuscript. Berlin, J a n u a r y 1977 E v a Borchardt

Classification Scheme 1. Structure of Crystalline Solids 1.1 Perfectly Periodic Structure 1.2 Solid-State Phase Transformations 1.3 Alloys. Metallurgy 1.4 Microstructure (Magnetic Domains See 18; Ferroelectric Domains See 14.4.1) 1.5 Films 1.6 Surfaces 2. Non-Crystalline S t a t e 3. Crystal Growth 4. Bonding Properties 5. Mossbauer Spectroscopy 6. Lattice Dynamics. P h o n o n s 7. Acoustic Properties 8. Thermal Properties 9. Diffusion 10. Defect Properties (Irradiation Defects See 11) 10.1 Metals 10.2 Non-Metals 11. Irradiation Effects ( X - R a y Diffraction Investigations See 1 a n d 10) 12. Mechanical Properties (Plastic Deformations See 10) 12.1 Metals 12.2 Non-Metals 13. Electron States 13.1 B a n d Structure 13.2 Fermi Surfaces 13.3 Surface a n d Interface States 13.4 I m p u r i t y a n d Defect States 13.5 Elementary Excitations (Phonons See 6) 13.5.1 Excitons 13.5.2 Plasmons 13.5.3 Polarons 13.5.4 Magnons 14. Electrical Properties. Transport P h e n o m e n a 14.1 Metals. Semi-Metals 14.2 Superconductivity. Superconducting Materials and Devices 14.3 Semiconductors 14.3.1 Films 14.3.2 Surfaces a n d Interfaces 14.3.3 Devices. Junctions (Contact Problems See 14.3.4) 14.3.4 High-Field Phenomena, Space-Charge Effects, Inhomogeneities, Injected Carriers (Electroluminescence See 20.3; Junctions See 14.3.3) 14.4 Dielectrics 14.4.1 Ferroelectrics 15. Thermoelectric a n d Thermomagnetic Properties 16. Photoconductivity. Photovoltaic Effects 17. Emission of Electrons a n d Ions 17.1 Field Emission Microscope Investigations

Classification Scheme 18. Magnetic Properties 18.1 Paramagnetic Properties 18.2 Ferromagnetic Properties 18.2.1 Ferromagnetic Films 18.3 Ferrimagnetic Properties 18.4 Antiferromagnetic Properties 19. Magnetic Resonance 20. Optical Properties 20.1 Spectra. Optical Constants (X-Ray Spectra See 20) 20.2 Lasers 20.3 Luminescence (X-Ray Spectra See 20) 21. Metals. Alloys 21.1 Transition Metals (Group Sc to Zn) and Their Alloys 21.1.1 F e and Fe Alloys 21.2 Alkali Metals 21.3 Alkali-Earth Metals 21.4 Rare-Earth Metals 21.5 Actinides 21.6 Noble Metals 21.7 Semi-Metals (Semiconducting Alloys See 22.7) 22. Semiconductors and Ionic Crystals 22.1 Elements 22.1.1 Germanium 22.1.2 Silicon 22.1.3 Group V I Elements 22.2 I I I - V Compounds 22.2.1 Arsenides 22.2.2 Phosphides 22.2.3 Antimonides 22.2.4 Mixed Crystals 22.3 I V - I V , I I - V , and I I I - V I Compounds 22.3.1 Mixed Crystals 22.4 I I - Y I Compounds 22.4.1 Sulphides 22.4.2 Selenides 22.4.3 Tellurides 22.4.4 Mixed Crystals 22.5 Halides 22.5.1 Silver Halides 22.5.2 Alkali Halides 22.5.3 Alkali-Earth Halides 22.5.4 Mixed Crystals 22.6 Simple Oxides (CdO, ZnO See 22.4) 22.6.1 Mixed Crystals 22.7 Semiconducting Intermetallic Compounds 22.8 Tertiary and Higher Compounds 22.8.1 Salts of Oxy-Acids (Carbonates, Phosphates, Silicates Including Mica etc.) 22.8.2 Spinels, Garnets, Ferrites 22.9 Organic Semiconductors 23. Solidified Gases For comments on the use of the classification scheme see p. 6.

5

6 Some Comments on the Use of the Subject and Author Index The classification system 1 ) comprises 20 broad sections each devoted to a major field of solid state physics and 3 broad sections devoted to the main groups of substances. A section may contain a number of subsections dealing with aspects of this field or special substance, respectively, which tend to receive particular attention. A paper dealing with this field will either be classified under one or more of the subsections or, if none of these are relevant, it will just appear under the general section heading (i.e. sections and subsections are equivalent in this sense). For example, a paper dealing with problems of paramagnetism would appear under 18.1 but not 18, whereas a paper on diamagnetism would be quoted under 18; a paper dealing with GaP would appear under 22.2.2, not under 22 or 22.2, whereas a paper on A1X would be quoted under 22.2, and a paper on a 1 I - I V or a I V - V I compound would be quoted under 22. All papers will be quoted under each relevant section. There is made a distinction between one or two prinicipal entries (refering to the main subject matter of the paper) and secondary entries (refering to subsidiary subject matter and substance, respectively). In the prinicipal entries the title of the paper is given in its original language and in English. In addition, every principal entry is marked by * in front of the title of the paper. I n the secondary entries the title is only given in English. Each entry gives the volume, the number of the issue, the initial and final page numbers, and the year in which the paper appeared. A paper of physica status solidi (b) or physica status solidi (a) is marked by (b) or (a) in front of the line, respectively. The letter " K " before the page numbers indicates a short note published in the offset part of the journal. Each entry is followed by references to the other entries. These references give the subject classifications and the pages in the index where the other entries appear. The references to the principal entries are given in italics. Review articles appear at the head of the list of entries under a given subject and are given the subtitle "Review Articles". These articles are listed in the chronological order of their publication, irrespective of being a paper of physica status solidi (b) or physica status solidi (a). The subject classification for a review article consisting of several parts is based on the article as a whole rather than on the individual parts. The entries for original papers, short notes, and errata are made together in a single list for each subject and this follows the entries for review articles. These are again ordered according to data of publication, irrespective of being a paper or physica status solidi (b) or physica status solidi (a). Original papers are sometimes published in several parts under the same principal title (in general with special subtitles). The various parts of papers of this type are treated separately and each part is classified according to its particular contents. In quoting errata the following rule is obeyed. I f the erratum refers to a paper quoted in the preceding index, it is listed in the chronological order of its publication, otherwise the erratum is quoted together with the paper to which it refers. *) See cover two and three, and pages 4 and 5. For the case of losing the cover by bookbinding we repeat the classification scheme on pages 4 and 5.

Some Comments on the Use of the Subject and Author Index

7

In using the subject index attention should be given to the following details : subject

quoted in

remarks

representations of space groups

1 and 13.1

Alfvén waves, helicon waves

13 and 20

hot electrons

13 and 14.3.4

transport phenomena

14 or subsection of 14

if not clearly to be assigned to 8 or 15

galvanomagnetic effects

14 or subsection of 14

not in 18

electro-optical effects

14 and 20 (or subsection of 14 and 20)

piezoelectricity, électrostriction

14 or subsection of 14

not in 12 or subsection of 12; different electromechanical effects are quoted in 12 or subsection of 12

ionic conduction

14.4

not in 14.3

magneto-optical effects

18 and 20 (or subsection of 18 and 20)

possibly in additional sections, e.g. F a r a d a y effect in 13

ferromagnetic films

18.2.1

not additionally in 1.5

X-ray spectra

20

but not X-ray studies of structure

MIS and MOS structures

the section assigned to the semiconductor

not in the section assigned to the oxide or the metal

MIM structures

the section assigned to the insulator

generally not in the assigned to the metal

epitaxial layers

the section assigned to the layer

not in the section assigned to the substrate

section

The author index gives the names of the authors in alphabetical order. Each name is followed by the bibliographic details of the paper and the numbers of the pages on which the paper appears in the subject index. A paper of physica status solidi (b) or physica status solidi (a) is again marked by (b) or (a) in front of the number of the volume, respectively. The principal entry is again given in italics. When several papers have been published by the same author they are arranged according to the dates of publication, irrespective of being a paper of physica status solidi (b) or physica status solidi (a).

Subject Index 1. Structure of Crystalline Solids Original

Papers

and Short

Notes

A . C. MCLAREN a n d W . S. MACKENZIE

*The Spatial Coherence of X-Ray and Electron Beams and Its Influence on the Diffraction Patterns from Materials with Long-Period Superlattices (a) Vol. 33, No. 2, p. 4 9 1 - 4 9 5 (1976). See also 1.4, p. 25; 22.6.1, p. 409. R . E . VANDENBERGHE, G . G . ROBBEECHT, a n d V . A . M . BRABERS

•Structure and Ionic Configuration of Oxidic Copper-Manganese Spinels (Cu2.Mn3_a;04) (a) Vol. 34, No. 2, p. 5 8 3 - 5 9 2 (1976). See also 1.2, p. 15; 18.3, p. 240; 22.8.2, p. 428. B . N . OSHCHJIRIII

*On Surface Energies of A A 7 B 8 _ A r Semiconducting Compounds (a) Vol. 34, No. 2, p. K 1 8 1 - K 1 8 6 (1976). See also 4, p. 45; 22, p. 336.

B . N . OSHCH^RIN

*Debye Temperature and Melting Criterion of Ternary Chalcopyrite A 1 B 3 C|- and A 2 B 4 C|Type Semiconductors (a) Vol. 35, No. 1, p. K 3 5 - K 3 9 (1976). See also 8, p. 68; 22.2, p. 361; 22.4, p. 376; 22.8, p. 415.

A . K . R A I , R . S . T I W A R I , a n d O . N . SRIVASTAVA

Intrapolytypic and Interpolytypic Transformation in Cadmium Iodide Crystals (a) Vol. 35, No. 2, p. 7 1 9 - 7 2 4 (1976). See also 22.5, p. 389. J . C. PHILLIPS

•Structure and Conductivity of Bilinear Organic Compounds (b) Vol. 77, No. 1, p. 2 5 9 - 2 6 4 (1976). See also 14, p. 163; 22.9, p. 437. D . W . BTJLLETT

Non-Empirical Calculation of Structural Properties and Valence Force Fields. Application to Se and Te (b) Vol. 77, No. 2, p. 6 4 5 - 6 5 0 (1976). See also 4, p. 46; 6, p. 61; 22.1.3, p. 360. N . K . RADHAKRISHNAN a n d A . B . BISWAS

*A Neutron Diffraction Study of the Cation Migration in MgMn 2 0 4 (a) Vol. 37, No. 2, p. 7 1 9 - 7 2 2 (1976). See also 10.2, p. 96; 22.8.2, p. 431. J . C. PHILLIPS

*Phase Transitions in the Bilinear Organic Compounds (TTF, HMTSF)-TCNQ (b) Vol. 78, No. 1, p. 3 7 1 - 3 7 9 (1976). See also 14, p. 163; 22.9, p. 438.

Subject Index

10

1.1 Perfectly Periodic Structure Review

Article

R . PRASAD

*Present State of Polytypism in Cadmium Iodide Crystals (a) Vol. 38, No. 1, p. 1 1 - 4 4 (1976). See also 1.2, p. 14; 10.2, p. 87; 22.3, p. 372; 22.4.1, p. 379; 22.5, p. 388; 22.5.3, p. 399; 22.8, p. 413. Original

Papers

and Short

Notes

H . H . SCHMIDT a n d P . DEIMEL

•Dynamical Theory of Neutron Diffraction by Magnetic Crystals for Laue Geometry (b) Vol. 73, No. 1, p. 8 7 - 9 3 (1976). J.

HANSEN-SCHMIDT

*Untersuchungen zur anomalen Absorption von Elektronen in Si in der Nähe von Zonenachsen (Investigations of the Anomalous Absorption of Electrons in Si near the Zone Axes) (b) Vol. 73, No. 1, p. 1 1 7 - 1 3 0 (1976). See also 22.1.2, p. 351. V . L . INDENBOM a n d I . SH. SLOBODETSKII

*On the Theoretical Interpretation of the Hart-Milne Experiment (b) Vol. 73, No. 1, p. K 9 - K 1 2 (1976). E . N . KISLOVSKII, L . I . DATSENKO, a n d A . S . VASILKOVSKII

•Effect of Crystal Net Plane Curvature on X-Ray Intensity in the Case of Laue Diffraction (a) Vol. 33, No. 1, p. 2 7 5 - 2 8 0 (1976). See also 10.2, p. 87; 22.1.2, p. 351. R . DE R I D D E R , G . VAN TENDELOO, a n d S . A M E L I N C K X

•Electron Microscopic Study of the Chimney Ladder Structures MnSi2-i and MoGe2_z (a) Vol. 33, No. 1, p. 3 8 3 - 3 9 3 (1976). See also 1.4, p. 25; 22, p. 334. E . CABRERA a n d T . GORDILLO

*On the Unique Solution of Kossel Patterns (a) Vol. 33, No. 1, p. K 1 9 - K 2 2 (1976). S. Porovic, B . CELTJSTKA, and D. B I D J I N *A Remark on the Paper "Phase Transitions in In 2 Se 3 as Studied by Electron Microscopy and Electron Diffraction" (a) Vol. 33, No. 1, p. K 2 3 - K 2 4 (1976). See also 1.2, p. 14; 22.3, p. 372. J . W . ANDREW a n d S. S. SHEININ

•Approximate Methods for Taking Absorption into Account in the Dynamical Theory of Electron Diffraction (b) Vol. 73, No. 2, p. 4 3 1 - 4 4 2 (1976). See also 21, p. 290; 21.6, p. 329. J . H A N S E N SCHMIDT

•Anwendung gruppentheoretischer Methoden zur Lösung des Grundgleichungssystems der elastischen Elektronenstreuung in Einkristallen (Si) (Application of Group-Theoretical Methods to the Solution of the Equations of Electron Diffraction in Single Crystals (Si)) (b) Vol. 73, No. 2, p. 4 6 1 - 4 6 7 (1976). See also 22.1.2, p. 351.

1.1 Perfectly Periodic Structure

11

and A . Rizzo *Electron Diffraction Study of Melt- and Vapour-Grown GaSei-^S^ Single Crystals (a) Vol. 33, No. 2, p. 5 6 3 - 5 7 1 (1976). See also 3, p. 42; 22.3.1, p. 375.

G . ARANCIA, M . GEANDOLFO, C. MANFREDOTTI,

O . BRUMMER, H . R . H Ö C H E u n d J . N I E B E R

*Einfluß der Totalreflexion auf die Röntgenstrahlbeugung im stark asymmetrischen BraggFall (Influence of the Total Reflection on the X-Ray Diffraction in the Strongly Asymmetric Bragg-Case) (a) Vol. 33, No. 2, p. 5 8 7 - 5 9 3 (1976). See also 22.1.2, p. 352. M . DAVID, R . GEVERS, a n d R . SERNEELS

*The Critical Voltage Effect in Transmission Electron Microscopy (VI) : Renormalized Perturbation Theory for the Treatment of Absorption (b) Vol. 74, No. 1, p. 3 5 9 - 3 7 3 (1976). T . SOMA

Elastic Constant of Hypothetical Face-Centered Cubic In (b) Vol. 74, No. 1, p. K 6 7 - K 7 0 (1976). See also 12.1, p. 107; 21, p. 291. J . B . A . A . ELEMANS a n d K . H . J . BUSCHOW

Comment on the Crystal and Magnetic Structures of CaCu 5 -Type Compounds of Th with Fe, Co, and Ni (a) Vol. 34, No. 1, p. 3 5 5 - 3 5 9 (1976). See also 18.2, p. 230; 18.4, p. 243; 21.1, p. 305; 21.1.1. p. 317; 21.5, p. 328. S . POPOVIÖ a n d M . S L J U K I C

*X-Ray Diffraction Measurements of Unit Cell Parameters of Differently Crystallized Samples (a) Vol. 34, No. 1, p. K 9 1 - K 9 5 (1976). See also 22.1.1, p. 346; 22.8, p. 414. Y . UESU a n d J . KOBAYASHI

*Crystal Structure and Ferroelectricity of Cesium Dihydrogen Phosphate CsH 2 P0 4 (a) Vol. 34, No. 2, p. 475^481 (1976). See also 14.4.1, p. 206; 22.8.1, p. 421. K . GODWOD, A . T . N A G Y , a n d Z . R E K

*The Application of the X-Ray Triple-Crystal Spectrometer for Measuring the Radius of Curvature of Bent Single Crystals (a) Vol. 34, No. 2, p. 7 0 5 - 7 1 0 (1976). See also 10.2, p. 91; 22.1.2, p. 353. H . - G . B R Ü H L , L . H I L D I S C H , H . MORWINSKI, a n d W . SCHMIDT

*X-Ray Study of Order in the Solid Solution G a x I n i _ z P (a) Vol. 34, No. 2, p. K 1 4 7 - K 1 4 8 (1976). See also 22.2.4, p. 370. A . MAZEL e t F . AJUSTRON

*Influence des interactions systématiques sur les profils d'intensité des lignes de Kikuchi obtenues sous très haute tension (Influence of Systematic Interactions on the Intensity Profiles of Kikuchi Lines Obtained at Very High Voltage) (a) Vol. 35, No. 1, p. 1 9 7 - 2 1 1 (1976). See also 22.6, p. 404.

12

Subject Index

B . PARDO e t D . R E N A R D

*Etude des contrastes obtenus en microscopie électronique, a.partir de monocristaux d'épais, seur irrégulière (Electron Microscopic Study on Single Crystals of Non-Uniform Thickness) (a) Vol. 85, No. 1, p. 3 2 9 - 3 3 8 (1976). See also 22.6, p. 404. N . WAGNER a n d O . BRUMMER

•Remarks on the Relation between Crystal Structure and Electronic Band Structure in Bismuth-Antimony Alloys (b) Vol. 75, No. 2, p. K 1 5 7 - K 1 6 1 (1976). See also 13.1, p. 124; 22.7, p. 411. C . W . A L L E N a n d P . R . OKAMOTO

*An Imaging Technique in Transmission Electron Microscopy Utilizing Diffraction Fine Structure (a) Vol. 86, No. 1, p. 1 0 7 - 1 1 6 (1976). See also 1.4, p. 27-, 21.1.1, p. 319. D . PETRASCHECK u n d R . FOLK

•Theory of a Symmetric LLL Interferometer with Arbitrary Absorption (a) Vol. 36, No. 1, p. 1 4 7 - 1 5 9 (1976). A . K U H N , A . CHEVY, a n d R . CHEVALIER

•Interatomic Distances in GaSe^Si (a) Vol. 36, No. 1, p. 1 8 1 - 1 8 7 (1976). See also 22.3.1, p. 375. W . H . H U B B I G , J . A U L E Y T N E R , a n d M . MACIASZEK

•Changes of X-Ray Topographic Contrast Due to Annealing of Boron-Implanted Silicon (a) Vol. 36, No. 1, p. 2 0 9 - 2 1 5 (1976). See also 10.2, p. 93; 22.1.2, p. 355. D. W . FIELD

•An X-Ray Diffraction Study of White Tin (a) Vol. 36, No. 2, p. 5 9 7 - 6 0 1 (1976). See also 6, p. 59; 21.7, p. 332. J . VAN L A N D U Y T , G . VAN T E N D E L O O , a n d S . A M E L I N C K X

Electron Diffraction Study of Inter- and Intrapolytypic Phase Transitions in Transition Metal Dichalcogenides (III) : Complementary Diffraction Studies and Lattice Imaging of the Deformation Waves (a) Vol. 36, No. 2, p. 7 5 7 - 7 7 7 (1976). See also 1.2, p. 18; 22, p. 339. D . VAN D Y C K

•The Importance of Backscattering in High-Energy Electron Diffraction Calculations (b) Vol. 77, No. 1, p. 3 0 1 - 3 0 8 (1976). See also 13, p. 118. S. R . SINGH, R . S . R A I , a n d G . SINGH

•if-Surfaces of Cubic Silicon Carbide (ß-SiC) (a) Vol. 37, No. 1, p. 1 3 9 - 1 4 2 (1976). See also 12.2, p. Ill; 22.3, p. 373. Z . J I R Â K , S . VRATISLAV, a n d J . Z A J Î C E K

•Oxygen Parameters and Debye-Waller Factors in Mn x Cr3_ :c 0 4 Spinels (a) Vol. 37, No. 1, p. K 4 7 - K 5 1 (1976). See also 22.8.2, p. 430.

1.1 Perfectly Periodic Structure

13

K . H Ü B N E R a n d V . K . BASHENOV

Ionicity and Structure of Solids (b) Vol. 77, No. 2, p. 4 7 3 - 4 8 2 (1976). See also 2, p. 40; 4, p. 46; 13.1, p. 127; 22.2, p. 361; 22.2.4, p. 371. J . HARTWIG

*X-Ray Diffraction in an Extremely Asymmetric Laue Case (a) Vol. 37, No. 2, p. 4 1 7 - 4 2 5 (1976). See also 22.1.2, p. 356. D . BLOOK a n d F . H . P R E S T O N

Optical Properties of Bis(p-Toluene Sulphonate)Diacetylene (I): Crystal Optics of Partially and Fully Polymerized Crystals (a) Vol. 37, No. 2, p. 4 2 7 - 4 3 8 (1976). See also 20.1, p. 274; 22.9, p. 438. 0 . BRÜMMER, H . R . H Ö C H E , a n d J . N I E B E R

*Study of Extremely Asymmetric X-Ray Diffraction in the Bragg Case of Grazing Incidence (a) Vol. 37, No. 2, p. 5 2 9 - 5 3 2 (1976). See also 22.1.2, p. 357. M . UMENO

*Six-Beam Anomalous Transmission of Ge Crystals (I): Anomalous Transmission Pattern (a) Vol. 37, No. 2, p. 5 6 1 - 5 7 0 (1976). See also 22.1.1, p. 349. T . SOMA a n d T . U M E N A I

*Madelung Energies of Tetragonal and Orthorhombic Systems (b) Vol. 78, No. 1, p. 2 2 9 - 2 4 0 (1976). See also 1.2, p. 19; 22.1.2, p. 357. T . SHISHIDO a n d M . TANAKA

* Determination of Structure Factors of Germanium by the Critical-Voltage and ConvergentBeam Diffraction Methods (a) Vol. 38, No. 2, p. 4 5 3 - 4 6 1 (1976). See also 1.4, p. 29; 22.1.1, p. 350. M . UMENO

*Six-Beam Anomalous Transmission of Ge Crystals (II): Interpretations from Eigensolutions (a) Vol. 38, No. 2, p. 7 0 1 - 7 1 1 (1976). See also 22.1.1, p. 350.

14

Subject Index

1.2 Solid-State Phase Transformations Review

Article

R . PRASAD

*Present State of Polytypism in Cadmium Iodide Crystals (a) Vol. 38, No. 1, p. 1 1 - 4 4 (1976). See also 1.1, p. 10; 10.2, p. 87; 22.3, p. 372; 22,4.1, p. 379; 22.5, p. 388; 22.5.3, p. 399; 22.8, p. 413. Original

Papers

and Short

Notes

M . AUSLOOS

*On a Structural Phase Transition in Ytterbium (b) Vol. 73, No. 1, p. 2 1 1 - 2 2 1 (1976). See also 13.1, p. 120; 14.1, p. 164; 21.4, p. 326. M . N A T A R A J A N a n d E . A . SECCO

*Electrical Conductivity and Phase Transformation Studies on the Mixed Metal Halides RbCdX 3 (X = Cl, Br, I) and Cs2CuBr4 (a) Vol. 33, No. 1, p. 4 2 7 - 4 3 3 (1976). See also 8, p. 67; 14.4, p. 202; 22.5.4, p. 401. S.

Popovié, B . C E L U S T K A , and D. B I D J I N A Remark on the Paper "Phase Transitions in In 2 Se 3 as Studied by Electron Microscopy and Electron Diffraction" (a) Vol. 33, No. 1, p. K 2 3 - K 2 4 (1976). See also 1.1, p. 10; 22.3, p. 372.

J . J . ROUSSEAU, M . ROUSSEAU, a n d J . C. F A YET

*EPR Investigations of a Structural Phase Change in RbCaF 3 , RbCdE 3 , and TlCdF 3 (b) Vol. 73, No. 2, p. 6 2 5 - 6 3 1 (1976). See also 19, p. 248; 22.8, p. 413. K . GESI

* Dielectric Study on the Phase Transitions in Triammonium Hydrogen Disulfate (NH 4 ) 3 H(S0 4 ) 2 (a) Vol. 33, No. 2, p. 4 7 9 - 4 8 2 (1976). See also 14.4, p. 202; 22.8.1, p. 419. J . VICENS a n d P . DELAVIGNETTE

*A Particular Domain Configuration Observed in a New Phase of the Ta-N System (a) Vol. 33, No. 2, p. 4 9 7 - 5 0 9 (1976). See also 1.4, p. 25; 22, p. 334. T . SCHOBER a n d H . W E N Z L

*ß-Phase Melting and Solidification Phenomena in the Niobium-Hydrogen System (a) Vol. 33, No. 2, p. 6 7 3 - 6 8 1 (1976). See also 1.4, p. 25; 10.1, p. 79; 21, p. 291. G . VAN T E N D E L O O , J . V A N L A N D U Y T , a n d S . A M E L I N C K X

*The a -*• ß Phase Transition in Quartz and A1P04 as Studied) by Electron Microscopy and Diffraction (a) Vol. 33, No. 2, p. 7 2 3 - 7 3 5 (1976). See also 1.4, p. 26; 22.6, p. 403; 2.2.8.1, p. 419.

1.2 Solid-State Phase Transformations

15

V . A . P O V I T S K I I , E . F . MAKAROV, N . V . M U R A S H K O , a n d A . N . SALUGIN

Mössbauer Study of Superparamagnetic 8-FeOOH and I t s Transformation into a - F e 2 0 3 (a) Vol. 33, No. 2, p. 7 8 3 - 7 8 7 (1976). See also 5, p. 48; 22.8.2, p. 427.

J . W I N T E R , K . R Ö S S L E R , J . BOLZ, a n d J . P E L Z L

*Mössbauer Effect and R a m a n Studies of the Structural Phase Transitions in K 2 [SnCl 6 ] (b) Vol. 74, No. 1, p. 1 9 3 - 1 9 8 (1976). See also 5, p. 4 8 ; 20.1, p. 2 6 3 ; 22.8, p. 414.

P . BASSOUL, A . DUBON, A . L E F E B V R E e t J . C. GILLES

*Structure à antiphases périodiques de la phase non-stoechiométrique sjjg du système MgGa204-Ga203 (Periodic Antiphase Structures in the Non-Stoichiometric Mg Phase of the System MgGa204-Ga203 (a) Vol. 34, No. 1, p. 1 2 5 - 1 3 4 (1976). See also 1.4, p. 26; 22.8.2, p. 427.

E . B E R N A R D a n d P . D r VAL

*On the Period of Antiphase Domain Structures in X - and a 2 -Phases of Copper-Aluminium Alloys (a) Vol. 34, No. 1, p. 1 3 5 - 1 4 4 (1976). See also 1.3, p. 22; 1.4, p. 2 6 ; 21, p. 291; 21.1, p. 304.

K . I . A R A I , K . OHMORI, N . T S U Y A , a n d S . I I D A

Magnetostriction of Magnetite in the Vicinity of the Low-Temperature Transition (a) Vol. 34, No. 1, p. 3 2 5 - 3 3 0 (1976). See also 18.3, p. 240; 22.8.2, p. 427.

A . FERNANDEZ, L . T E J E D O R , a n d L . B R U

*Electron Microscopy Study of the Phase Change D 0 1 9 - * L 1 2 in the Fe 3 Ge Compound (a) Vol. 34, No. 1, p. K 1 7 - K 1 9 (1976). See also 21.1.1, p. 317.

C . B Â R T A , J . P . C H A P E L L E , G . H A U R E T , C A O - X U Â N A N , A . FOUSKOVÂ, a n d C . K O N Â K

*Brillouin Scattering in Hg 2 Cl, (a) Vol. 34, No. 1, p. K 5 1 - K 5 4 (1976). See also 22.5, p. 388.

H . G Ö B E L , E . WOLFGANG, a n d H . H A R M S

* Properties of MnBi Compounds Partially Substituted with Cu, Zn, Ti, Sb, and Te ( I ) : Formation of Mixed Phases and Crystal Structures (a) Vol. 34, No. 2, P / 5 5 3 - 5 6 4 (1976). See also 1.3, p. 22; 22.7, p. 410. W . MOLDENHAUER a n d W . B R Ü C K N E R

*Physical Properties of Nonstoichiometric Iron Sulfide Fei—^S near the a-Phase Transition (a) Vol. 3 4 , No. 2, p. 5 6 5 - 5 7 1 (1976). See also 14.3, p. 175; 15, p. 209; 18.4, p. 2 4 3 ; 22, p. 336.

R . E . VANDENBERGHE, G . G . ROBBRECHT, a n d V . A . M . BRABERS

Structure and Ionic Configuration of Oxidic Copper-Manganese Spinels ( C u I M n 3 _ a ; 0 4 ) (a) Vol. 3 4 , No. 2, p. 5 8 3 - 5 9 2 (1976). See also 1, p. 9; 18.3, p. 240; 22.8.2, p. 428.

J . K L I M O W S K I , W . W A N A R S K I , a n d D . OZGO

* E f f e c t of Hydrostatic Pressure on the Phase Transition Temperatures and Spontaneous Polarization of Thiourea Monocrystals (a) Vol. 34, No. 2, p. 697—704 (1976). See also 14.4,1, p. 206; 22.9, p. 435.

Subject Index

16 V . G . VAKS a n d V . E . SCHNEIDER

*0n the Theory of Phase Transitions in the Ammonium Halides (a) Vol. 85, No. 1, p. 6 1 - 7 2 (1976). See also 22.5, p. 389; 22.5.4, p. 401. H . GÖBEL, E . WOLFGANG, a n d H . HARMS

•Properties of MnBi Compounds Partially Substituted with Cu, Zn, Ti, Sb, and Te (II): Stability and Magnetooptic Properties of Thin Films (a) Vol. 35, No. 1, p. 8 9 - 9 5 (1976). See also 1.3, p. 22; 18.2.1, p. 237; 22.7, p. 411. K . - D . TOEPFER a n d H . W . HELBERG

Dielectric Dispersion of Thiourea Single Crystals at Microwave Frequencies between 8.25 and 75.0 GHz (a) Vol. 35, No. 1, p. 131-13*. (1976). See also 14.4.1, p. 207; 22.9, p. 436. M . A L I , S . J . H . B U K H A R I , K . A . SHOAIB, a n d F . H . H A S H M I

•Monoclinic ^ Tetragonal Phase Transformation in Zr0 2 Single Crystals (a) Vol. 35, No. 1, p. 1 8 1 - 1 8 4 (1976). See also 22.6, p. 404. P . DTTHAJ, J . S I T E K , M . P R E J S A , a n d P . B U T V I N

•Electron Microscopy and Mdssbauer Study of the Amorphous Metallic Alloys Pd^^Fe^Sioo (a) Vol. 35, No. 1, p. 2 2 3 - 2 3 3 (1976). See also 2, p. 37; 5, p. 49; 21.1.1, p. 318. P . RAMASAMY a n d T . NAGARAJAN

•Positron Angular Correlation Studies of Phase Transitions in Ammonium Halides (a) Vol. 35, No. 1, p. 3 7 9 - 3 8 6 (1976). See also 4, p. 45; 22.5, p. 389. W . BRÜCKNER, W . MOLDENHAUER, B . THUSS, a n d G . FÖRSTERLING

•Crystallographic Changes at the Conductivity Transition of V 3 0 5 (a) Vol. 35, No. 1, p. K 4 9 - K 5 1 (1976). See also 15, p. 210; 22.6, p. 404. I . G . RATISHVILI

*On a Peculiarity of Ordering in F.C.C. Binary Alloys with a Distribution Function Containing Two Long-Range Order Parameters (b) Vol. 75, No. 2, p. 4 0 1 - 4 0 6 (1976). See also 1.3, p. 22; 21, p. 294. A . M . OZORIO D E A L M E I D A a n d S . C A T I C H A E L L I S

*X-Ray Scattering from Crystals with Intracellular Disorder (b) Vol. 75, No. 2, p. 6 5 7 - 6 6 8 (1976). See also 14.4.1, p. 207; 22.8.1, p. 421. H . P . ATJBATJER

•Elastic Energy of Isotropic Solid Solutions (a) Vol. 35, No. 2, p. 4 8 7 - 4 9 7 (1976). See also 4, p. 45; 21, p. 295. F . W . B O S W E L L , A . P R O D A N , a n d J . M . CORBETT

Electron Diffraction Study of the Structures of NbS 2 and Order-Disorder in Cu-Intercalated NbS 2 (a) Vol. 35, No. 2, p. 5 9 1 - 6 0 4 (1976). See also 1.4, p. 27; 22, p. 337.

1.2 Solid-State Phase Transformations

17

G . HEGER, D . MULLEN, a n d K . RNORR

*0n the Importance of Hydrogen Bonding for the Structural Phase Transitions in (CH3NH3)2MnCl4. A Single-Crystal Neutron Diffraction Study (a) Vol. 35, No. 2, p. 627-637 (1976). See also 4, p. 46; 22.9, p. 436. M . GOETTEL, J . M . J A N I K , J . A . J A N I K , a n d M . RACHWALSKA

* Phase Transitions and NH 3 Rotations in [Co(NH3)6]I3 Studied by Calorimetry and IR Profile Methods (a) Vol. 35, No. 2, p. 675-680 (1976). See also 8, p. 69; 22.8, p. 416. A . L . ROITBUBD a n d N . S. KOSENKO

*Orientational Dependence of the Elastic Energy of a Plane Interlayer in a System of Coherent Phases (a) Vol. 35, No. 2, p. 735-746 (1976). See also 1.4, p. 27. V . N . B Y K O V , V . A . T R O Y A N , G . G . ZDOROVTSEVA, a n d V . S . K H A I M O V I C H

•Erratum to : Phase Transformations at Bombardment of Thin Films with Ions (a) Vol. 35, No. 2, p. 779 (1976). See also 1.5, p. 31; 11, p. 102; 21, p. 295; 21.1, p. 308; 21.1.1, p. 319; 22.1.1, p. 347. J . - P . R I V E R A , H . B I L L , a n d R . LACROIX

EPR of Powder Mg-OH:Mn2+ Boracite Suggesting a Rhombohedral Phase (a) Vol. 35, No. 2, p. K105-K108 (1976). See also 19, p. 252; 22.8, p. 416.

K . H . GERMANN, W . M Ü L L E R - L I E R H E I M , H . H . OTTO, a n d T . S U S K I

*High Temperature Phase Transition in Pb 5 Ge 3 0 11 (a) Vol. 35, No. 2, p. K165-K167 (1976). See also 14.4.1, p. 207; 20.1, p. 270; 22.8.1, p. 422. C. N . W . DARLINGTON

*Phase Transitions in Perovskite Crystals (b) Vol. 76, No. 1, p. 231-239 (1976). See also 14.4.1, p. 207; 22.8, p. 416. E . SCHTJBERTH, M . C R E U T Z B U R G , a n d W . M Ü L L E R - L I E R H E I M

•Evidence for a Partial F.C.C.-H.C.P. Phase Transition in Solid Neon from Raman Scattering (b) Vol. 76, No. 1, p. 301-306 (1976). See also 6, p. 58; 20.3, p. 284; 23, p. 440. D . B . LITVIN

*k-q Functions and the Landau Theory of Second-Order Phase Transitions (b) Vol. 76, No. 1, p. 343-349 (1976). H . B E I G E , C. BIRKHOLZ, E . CIESLA, a n d G . SCHMIDT

Elastic and Electromechanical Properties of Some Crystals near Structural Phase Transitions (b) Vol. 76, No. 1, p. K 4 7 - K 5 0 (1976). See also 12.2, p. Ill ; 14.4, p. 203-, 22.8.1, p. 422. G . CHAPITJS, R . K I N D , a n d H . A B E N D

*X-Ray Study of Structural Phase Transitions in the Perovskite-Type Layer Compound (CH3NH3)2CdCl4 (a) Vol. 36, No. 1, p. 285-295 (1976). See also 22.9, p. 437. 2 physica, Ueg.-Bd. 9

18

Subject Index

M . GUYJIONT a n d D . GRATIAS

On t h e Stability of Periodically Antiphased Alloys (a) Vol. 36, No. 1, p. 3 2 9 - 3 3 4 (1976). See also 1.3, p. 23; 1.4, p. 28; 21.1, p. 309; 21.6, p. 330. L . N . ALEKSANDEOV a n d B . I . KIDYAROV

Kinetic Theory of Three-Barrier Processes of Non-Steady-State Nucleation a t Phase Transformation (a) Vol. 36, No. 1, p. 4 0 3 - 4 1 3 (1976). See also 3, p. 43. Y . KASHIWADA a n d Y . FURUHATA

• D o m a i n s in Magnesium P y r o b c r a t e (a) Vol. 36, No. 1, p. K 2 9 - K 3 1 (1976). See also 3, p. 43; 22.8, p. 416. T . V . Q T J Y N H , G . S C H M I D T N . R . IVANOV, a n d L . A . SHUVALOV

•Determination of t h e Temperature Dependence of the Stiffness Coefficient c55 in KH 3 (Se0 3 ) 2 by Ultrasonic Velocity Measurements (a) Vol. 36, No. 1, p. K 8 5 - K 8 8 (1976). See also 7, p. 65; 22.8, p. 416 . Y . LUSPIN a n d G. HACRET

*Study of t h e Velocity and Damping of Acoustic Waves Obtained by Brillouin Scattering in t h e Paraelastic Phase in GMO (b) Vol. 76, No. 2, p. 5 5 1 - 5 5 8 (1976). See also 7, p. 65; 22.8.1, p. 423. K.

D . KTJNDRA a n d S . Z . A L I

*X-Ray Study of Thermal Expansion and Phase Transformation in ß-In.,S 3 (a) Vol. 36, No. 2, p. 5 1 7 - 5 2 5 (1976). See also 8, p. 70; 22.3, p. 373. J . VAN L A N D U Y T , G . VAN T E N D E L O O , a n d S . A J I E L I N C K X

Electron Diffraction S t u d y of Inter- and Intrapolytypic Phase Transitions in Transition Metal Dichalcogenides ( I I I ) : Complementary Diffraction Studies and Lattice Imaging of t h e Deformation Waves (a) Vol. 36, No. 2, p. 7 5 7 - 7 7 7 (1976). See also 1.1, p. 12; 22, p. 339. R . HIRSCH a n d G . STÜHMER

*A Simple Technique to Measure Optical SHG in Powder Samples by Means of Electronic Integration (a) Vol. 37, No. 1, p. 1 0 5 - 1 0 8 (1976). See also 20, p. 258; 22.5.4, p. 401. D . KUCHARCZYK, A . PIETRASZKO, a n d K . LUKASZEWICZ

* Temperature Dependence of Lattice Parameters of N a N 0 2 Single Crystals (a) Vol. 37, No. 1, p. 2 8 7 - 2 9 4 (1976). See also 8, p. 70; 14.4.1, p. 208; 22.8, p. 417. H . S . R A N D H A W A , L . K . MALHOTRA, H . K . SEHGAL, a n d K . L . CHOPRA

•Structural Transformations in a-Ge Alloy Films (a) Vol. 37, No. 1, p. 3 1 3 - 3 2 0 (1976). See also 1.5, p. 32; 2, p. 40; 22.1.1, p. 348. H . ZABEL a n d H . PEISL

* X - R a y Study of t h e Phase Diagram of Hydrogen in Niobium (a) Vol. 37, No. 1, p. K 6 7 - K 7 0 (1976). See also 1.3, p. 23; 10.1, p. 84; 21, p. 298.

19

1.2 Solid-State Phase Transformations S. FRANCK, A . K Ü H N E L , T . NATTERMANN, a n d S. W E N D T

*Xoncritical Fluctuations and the Temperature Dependence of the Order Parameter (b) Vol. 77, No. 2, p. 6 3 1 - 6 3 7 (1976). See also 14.4.1, p. 208. J . C . CASTKO, H . C . BASSO, a n d M . D E SOTJZA

Local Mode of H~ Substitutional Ion in KCN (b) Vol. 77, No. 2, p. 6 8 5 - 6 9 2 (1976). See also 6, p. 61; 10.2, p. 95; 20.1, p. 274; 22, p. 340. R . D E R I D D E R , G . VAN T E N D E L O O , J . VAN L A N D U Y T , D . VAN D Y C K , a n d S . A M E L I N C K X

*Microstructural Study of Copper-Intercalated Niobium Disulphide and Tantalum Disulphide Cu^NbSa and Cu x TaS 2 (I): Phase Transitions in Cu0 5 NbS 2 and Cu0 5 TaS 2 (a) Vol. 37, No. 2, p. 5 9 1 - 6 0 6 (1976). See also 1.4, p. 28; 22, p. 340. M . I . ZAKHAEOVA a n d H . F D E N T E S

•Structural Phase Transformations in the Alloys T i - 2 5 % N b - 1 5 % Y and T i - 4 0 % N b (a) Vol. 37, No. 2, p. K 1 2 1 - K 1 2 5 (1976). See also 1.3, p. 24; 21.1, p. 313. E . M . SAVXTSKII, M . I . B Y C H K O V A , V . V . B A R O N , B . E . D Z E V I T S K I I , a n d N . I . S A V A T E E V

•Lattice Instability of Compound Nb 3 Sn in Strained State (a) Vol. 37, No. 2, p. K 1 6 5 - K 1 6 7 (1976). See also 5, p. 50; 21, p. 299. T . SOMA a n d T . U M E N A I

Madelung Energies of Tetragonal and Orthorhombic Systems (b) Vol. 78, No. 1, p. 2 2 9 - 2 4 0 (1976). See also 1.1, p. 13; 22.1.2, p. 357. W . BRÜCKNER, U . GERLACH,

W . MOLDENHAUER,

H . P . BRÜCKNER,

N . MATTERN,

H . OPPERMANN

a n d E . WOLF

*Phase Transitions and Semiconductor-Metal Transition in V^ „^Ga^Oj Single Crystals (a) Vol. 38, No. 1, p. 9 3 - 1 0 2 (1976). See also 3, p. 44; 14.3, p. 181; 15, p. 211; 18.1, p. 227; 22.6.1, p. 409. A . GOLANSKI,

A. FIDERKIEWICZ,

H . RZEWUSKI,

M . LEFELD-SOSNOWSKA,

J . GRONKOWSKI,

R.

GRÖTZSCHEL, U . R R E I S S I G , a n d H . BARTSCH

•Particularities of Crystalline to Amorphous State Conversion in Silicon Heavily Damaged by 140 keV S i + + Ions (a) Vol. 38, No. 1, p. 1 3 9 - 1 4 9 (1976). See also 11, p. 104; 22.1.2, p. 357. G . VAN T E N D E L O O , R . D E R I D D E R , D . VAN D Y C K , J . VAN L A N D U Y T , a n d S . A M E L I N C K X

Microstructural Study of Copper-Intercalated Niobium Disulphide and Tantalum Disulphide Cu^NbSj and Cuj;TaS 2 (II): Order-Disorder Transitions and Incommensurate Superstructures in Cu x NbS 2 (0.8 < x < 1) (a) Vol. 38, No. 1, p. 1 8 5 - 1 9 8 (1976). See also 1.4, p. 29; 22, p. 341. W . B R Ü C K N E R , H . - P . B R Ü C K N E R , U . G E R L A C H , B . THTJSS, a n d G . F Ö R S T E R L I N G

*The Phase Transition M l T in V i _ z G a x 0 2 (a) Vol. 38, No. 1, p. K 1 3 - K 1 6 (1976). See also 18.1, p. 227; 22.6.1, p. 409.

Subject Index

20 W . BRÜCKNER a n d W . MOLDENHAUER

Anisotropy of Thermoelectric Power in Vi_a:Me:c02(Me = AI, Ga, Fe) (a) Vol. 38, No. 1, p. K 1 7 - K 2 1 (1976). See also 15, p. 211; 22.6.1, p. 409. K . H . GERMANS

Optical Anisotropy Measurements in Multidomain Samples: Application to Phase Transitions in NiO and Pb5Ge3Ol:l (a) Vol. 38, No. 1, p. K 8 1 - K 8 4 (1976). See also 14.4.1, p. 208; 18.4, p. 246; 20.1, p. 277; 22.6, p. 408; 22.8.1, p. 424. V. I. ZlNENKO *On the Theory of the Structural Phase Transition in Squaric Acid (b) Vol. 78, No. 2, p. 721-727 (1976). See also 14.4, p. 205; 22.9, p. 439. A . M . ZIATDINOV, M . M . ZABIPOV, Y t r . V . YABLOKOV, a n d R . L . DAVIDOVICH

The Depression of the Dynamic Jahn-Teller Effect (b) Vol. 78, No. 2, p. K 6 9 - K 7 1 (1976). See also 6, p. 64; 13.4, p. 145; 19, p. 256; 22.8, p. 418. M . GTJYMONT, D . G R A T I A S , R . P O R T I E R , a n d M . F A YARD

Space Group Theoretical Determination of Translation, Twin, and Translation-Twin Boundaries in Cell-Preserving Phase Transitions (a) Vol. 38, No. 2, p. 629-636 (1976). See also 1.4, p. 29. R . M O R E T , M . H T J B E R , a n d R . COMES

•Diffuse Scattering and Titanium Short-Range Order in Tii + a;S2 (a) Vol. 38, No. 2, p. 695-700 (1976). See also 1.3, p. 24; 22, p. 342.

1.3 Alloys. Metallurgy

21

1.3 Alloys. Metallurgy Review

Article

E . VOGT

The Origin of Ferromagnetism and Antiferromagnetism in Alloys of Transition Metals (II): Alloys of Transition Metals with Other Transition Metals and with Polyvalent Non-Transition Elements (a) Vol. 34, No. 1, p. 1 1 - 6 7 (1976). See also 18.1, p. 225; 18.2, p. 228; 18.4, p. 242; 21, p. 289; 21.1. p. 302; 21.6, p. 329. Original

Papers

and Short

Notes

V . A . GOLTSOV a n d L . I . SMIRNOV

•Diffusion of Interstitial Atoms in Ordered Pt 2 Mo-Type Alloys (II) (a) Vol. 33, No. 1, p. 6 7 - 7 3 (1976). See also 9, p. 72; 21, p. 289; 21.6, p. 329. R . W I R T H S , P . R U N O W , a n d H . W . SCHÖPGENS

Magnetic Study of the Ordered and Quenched Equiatomic FePt Alloy (a) Vol. 33, No. 1, p. 1 3 5 - 1 4 2 (1976). See also 18.1, p. 225; 18.2, p. 229 ; 21.1.1, p. 316. G . J . DAVIES a n d C . M . SARGENT

•Preferred Orientation and Elastic Anisotropy in Sheets of Copper-Nickel Alloys (a) Vol. 33, No. 1, p. 2 8 1 - 2 8 8 (1976). See also 12.1, p. 107; 21.1, p. 303. H . LÖFFLER a n d H . - G . FABIAN

•Application of the J u m p Model to the Decomposition of Some Binary and Ternary Aluminium Alloys (a) Vol. 33, No. 1, p. 3 4 5 - 3 5 3 (1976). See also 10.1, p. 78; 14.1, p. 164; 21, p. 290; 21.1, p. 303. A . J . MORTON

Inversion Anti-Phase Domains in Cu-Rich y-Brasses (II): Defects in the Domain Structure (a) Vol. 33, No. 1, p. 3 9 5 - 4 0 3 (1976). See also 1.4, p. 25; 21.1, p. 303. S . T A N I G A W A a n d M . D o YAM A

The Formulation of the Formation Energy of a Vacancy as an Alloy Problem (b) Vol. 73, No. 2, p. 5 1 7 - 5 2 6 (1976). See also 10.1, p. 78; 21, p. 290. Y . A O K I a n d M . YAMAMOTO

X-Ray and Magnetic Investigations of the High-Temperature Phase in the Co-Rich Co-V Alloy System (a) Vol. 33, No. 2, p. 6 2 5 - 6 3 2 (1976). See also 18 J , p. 225; 18.2, p. 229; 21.1, p.. 304. B . K . R A Y a n d G . D . NIGAM

Variation of Elastic Constants of Partially Ordered Cu3Au Alloy with Temperature (a) Vol. 33, No. 2, p. K 1 0 1 - K 1 0 5 (1976). See also 12.1, p. 107; 21.1, p. 304; 21.6, p. 329. S.

Kiss, I . Z . HAEANGOZÖ, and F . J . K E D V E S •Solubility Study of Cu in Al Using Zener Relaxation (a) Vol. 33, No. 2, p. K 1 0 7 - K 1 0 9 (1976). See also 21, p. 291; 21.1, p. 304.

22

Subject Index

A . W . SMITH a n d R . D . RAWLINGS

*A N e u t r o n Diffraction S t u d y of Ordering in an I r o n - C o b a l t - 1 . 8 % Vanadium Alloy (a) Vol. 34, No. 1, p. 1 1 7 - 1 2 3 (1976). See also 21.1, p. 304; 21.1.1, p. 317. E . BERNHARD a n d P . DUVAL

*On t h e Period of Antiphase Domain Structures in X- and a 2 -Phases of Copper-Aluminium Alloys (a) Vol. 34, No. 1, p. 1 3 5 - 1 4 4 (1976). See also 1.2, p. 15; 1.4, p. 26; 21, p. 291; 21.1, p. 304. D . PREININGER

Work Hardening of F.C.C. Metals Subjected to Internal Stresses. Dispersion and Irradiation Hardening (a) Vol. 34, No. 1, p. 2 2 7 - 2 4 2 (1976). See also 10.1, p. 80; 21, p. 292. G . L . B L E R I S , T . K A R A K O S T A S , J . S T O E M E N O S , a n d N . A . ECONOMOU

*On t h e Short-Range Order Arrangement at the Transition State of ß-In 2 Te 3 (a) Vol. 34, No. 1, p. 2 4 3 - 2 5 4 (1976). See also 10.2, p. 90; 22.7, p. 410. C . GHEZZI

*Short-Range Order a n d Diffuse X - R a y Scattering in Single Crystal P b ^ S n i - ^ T e Alloys (a) Vol. 34, No. 2, p. 5 2 5 - 5 3 1 (1976). See also 22.7, p. 410. H . GÖBEL, E . WOLFGANG, a n d H . HAKMS

*Properties of MnBi Compounds Partially Substituted with Cu, Zn, Ti, Sb, and Te (I): Formation of Mixed Phases and Crystal Structures (a) Vol. 34, No. 2, p. 5 5 3 - 5 6 4 (1976). See also 1.2, p. 15; 22.7, p. 410. H . GÖPEL, E . WOLFGANG, a n d H . HARMS

*Properties of MnBi Compunds Partially Substituted with Cu, Zn, Ti, Sb, and Te ( I I ) : Stability and Magnetooptic Properties of Thin Films (a) Vol. 35, No. 1, p. 8 9 - 9 5 (1976). See also 1.2, p. 16; 18.2.1, p. 237; 22.7, p. 411. I . G. RATISHVILI

*On a Peculiarity of Ordering in F.C.C. Binary Alloys with a Distribution Function Containing Two Long-Range Order Parameters (b) Vol. 75, No. 2, p. 4 0 1 - 4 0 6 (1976). See also 1.2, p. 16; 21, p. 294. J . F . GRACZYK a n d P . CHAUDHARI

*Scattering Properties of Dense R a n d o m Packings of H a r d Spheres (b) Vol. 75, No. 2, p. 5 9 3 - 6 0 6 (1976). See also 2, p. 38; 21, p. 294. J . P . MUSCAT, M . LANNOO, a n d G . A L L A N

*Study of Growth of Guinier-Preston Zones in Al-Ag Compounds (a) Vol. 35, No. 2, p. 4 9 9 - 5 0 9 (1976). See also 10.1, p. 82; 21, p. 295; 21.6, p. 330. D . FARGEOT, J . C. GLANDUS e t P . BOCH

•Constantes élastiques des alliages cuivre-aluminism riches en cuivre entre 77 et 293 K (Elastic Constants of Copper-Rich Copper-Aluminium Alloys between 77 and 293 K) ' (a) Vol. 35, No. 2, p. 6 8 7 - 6 9 5 (1976). See also 12.1, p. 108; 21, p. 295; 21.1, p. 308.

1.3 Alloys. Metallurgy

23

A . J . MORTON

Erratum to: Inversion Anti-Phase Domains in Cu-Rich y-Brasses (I) (a) Vol. 35, No. 2, p. 777 (1976). See also 1.4, p. 27; 21.1, p. 308. A . I . OLEMSKOI

*On Stability Conditions of Disperse Order (a) Vol. 35, No. 2, p. K 1 0 1 - K 1 0 4 (1976). V . S E E T H AR AM AN, S . B A N E R J E E , a n d R . K R I S H N A N

*The Precipitation of Ta M C in Dilute Tantalum-Carbon Alloys (a) Vol. 36, No. 1, p. 3 9 - 5 2 (1976). See also 1.4, p. 27; 21, p. 296. H . D . WLESINGER

*Zustandsdiagramm und Sprungtemperatur zur Supraleitung von A15-Phasen (Phase Diagram and Transition Temperature to Superconductivity of A15 Phases) (a) Vol. 36, No. 1, p. 6 1 - 7 2 (1976). See also 14.2, p. 170; 21, p. 296. H . - G . FABIAN a n d H . LÖFFLER

*On the Interpretation of the Decomposition Kinetics of Some Al-Zn(6 at%)-Mg(0.1 to 3.5 at%) Alloys by Means of the Enlarged J u m p Model (a) Vol. 36, No. 1, p. 1 2 7 - 1 3 2 (1976). See also 10.1, p. 83; 14.1, p. 165; 21, p. 296; 21.1, p. 309. M . GTJYMONX a n d D . G R A T I A S

*On the Stability of Periodically Antiphased Alloys (a) Vol. 36, No. 1, p. 3 2 9 - 3 3 4 (1976). See also 1.2, p. 18; 1.4, p. 28; 21.1, p. 309; 21.6, p. 330. J . SCHNEIDER, H . WIESNER, a n d R . GEMPERLE

* Annealing Effects on the Magnetic Properties of Rapidly Quenched Transition Metal Alloys (a) Vol. 36, No. 1, p. K 5 9 - K 6 4 (1976). See also 18.2, p. 233; 21.1, p. 309; 21.1.1, p. 320. J . SCHNEIDER a n d J . KONETZKY

*Magnetization Studies of Rapidly Quenched Fe-Ni Alloys (a) Vol. 36, No. 1, p. K 7 7 - K 8 0 (1976). See also 18.2, p. 233; 21.1, p. 310; 21.1.1, p. 320. Y . A O K I , Y . GOTOH, a n d Y . O B I

*On the Phase Diagram of the Co-Rich Co-V Alloy System (a) Vol. 36, No. 2, p. K 1 4 9 - K 1 5 2 (1976). See also 14.1, p. 166; 18.2, p. 234; 21.1, p. 310. H . ZABEL a n d H . PEISL

X-Ray Study of the Phase Diagram of Hydrogen in Niobium (a) Vol. 37, No. 1, p. K 6 7 - K 7 0 (1976). See also 1.2, p. 18; 10.1, p. 84; 21, p. 298. P . RENNERT a n d A. M. RADWAN

•Calculation of the Electrostatic Energy of the Laves Phases C14, C15, and C36 (b) Vol. 77, No. 2, p. 6 1 5 - 6 2 1 (1976). See also 21, p. 298.

24

Subject Index

L. E. Popov, Yit. P. Shabkeev, N. A. Koneva, N. A. Enshina, and G. A. Perov •Conservative Jog Slip on Superdislocations and Work-Hardening of Ordered Alloys (a) Vol. 37, No. 2, p. 7 0 1 - 7 0 8 (1976). See also 10.1, p. 84; 21.1, p. 312. M. I. Zakhabova and H. Fuentes »Structural Phase Transformations in the Alloys Ti-25%Nb-15%V and Ti-40%Nb (a) Vol. 37, No. 2, p. K 1 2 1 - K 1 2 5 (1976). See also 1.2, p. 19; 21.1, p. 313. R. Moret, M. Httber, and R. Comès Diffuse Scattering and Titanium Short-Range Order in Tii+ x S 2 (a) Vol. 38, No. 2, p. 695-700 (1976). See also 1.2, p. 20; 22, p. 342.

1.4 Microstructure

25

1.4 Microstructure (Magnetic Domains See 18; Ferroelectric Domains See 14.4.1) Original Papers and Short Notes A . R . JONES, P . R . HOWELL, a n d B . RALPH

*Weak Beam Microscopy of Grain Boundaries (a) Vol. 33, No. 1, p. 107-117 (1976). See also 21.1.1, p. 316.

A . MELANDER

*Strong- and Weak-Beam Contrast from Cuboidal Inclusions (a) Vol. 33, No. 1, p. 255-264 (1976). See also 10.1, p. 78; 21, p. 290; 21.1, p. 303. L . M . CLAREBROUGH a n d C . T . FORWOOD

*Diffraction from Single and Overlapping Stacking Faults in F.C.C. Crystals (a) Vol. 33, No. 1, p. 355-366 (1976). See also 10.1, p. 78; 21.1, p. 303.

R . DE R I D D E R , G . VAN TENDELOO, a n d S . AMELINCKX

Electron Microscopic Study of the Chimney Ladder Structures MnSi2-i and MoGe2—% (a) Vol. 33, No. 1, p. 383-393 (1976). See also 1.1, p. 10; 22, p. 334.

A . J . MORTON

*Inversion Anti-Phase Domains in Cu-Rich f-Brasses (II): Defects in the Domain Structure (a) Vol. 33, No. 1, p. 395-403 (1976). See also 1.3, p. 21; 21.1, p. 303. A . C. MCLAREN a n d W . S. MACKENZIE

*The Spatial Coherence of X-Ray and Electron Beams and Its Influence on the Diffraction Patterns from Materials with Long-Period Superlattices (a) Vol. 33, No. 2, p. 491-495 (1976). See also 1, p. 9; 22.6.1, p. 409.

J . VICENS a n d P . DELAVIGNETTE

*A Particular Domain Configuration Observed in a New Phase of the Ta-N System (a) Vol. 33, No. 2, p. 497-509 (1976). See also 1.2, p. 14; 22, p. 334.

C . BOULESTEIX, J . VAN L A N D U Y T , a n d S . AMELINCKX

*Identification of Rotation and Reflection Twins by Diffraction and Contrast Experiments in the Electron Microscope (a) Vol. 33, No. 2, p. 595-606 (1976). See also 10.2, p. 89; 22.6, p. 403.

T . SCHOBER a n d H . W E N Z L

*P-Phase Melting and Solidification Phenomena in the Niobium-Hydrogen System (a) Vol. 33, No. 2, p. 673-681 (1976). See also 1.2, p. 14; 10.1, p. 79; 21, p. 291.

L . B . H A R R I S a n d J . FIASSON

*Cation Diffusion along Boundaries in Sodium Chloride (a) Vol. 33, No. 2, p. 697-706 (1976). See also 9, p. 72; 22.5.2, p. 393.

26

Subject Index

G . VAN T E N D E L O O , J . VAN L A N D U YT, a n d S . A M E L I N C K X

•The a -»• ß Phase Transition in Quartz and A1P0 5 as Studied by Electron Microscopy and Diffraction (a) Vol. 33, No. 2, p. 7 2 3 - 7 3 5 (1976). See also 1.2, p. 14; 22.6, p. 403 ; 22.8.1, p. 419. C . MANOLIKAS, P . DELAVIGNETTE, a n d S . AMELINCKX

•Electron Microscopy of Phases in the Cu2_a;S System (a) Vol. 33, No. 2, p. K 7 7 - K 7 9 (1976). See also 22, p. 335. F . W . SCHAPINK

*The Interaction of Thickness Contours and Dislocations under Dynamical Diffraction Conditions (a) Vol. 33, No. 2, p. K 1 2 1 - K 1 2 3 (1976). See also 10, p. 75. P . BASSOUL, A . D U B O N , A . L E F E B V R E e t J . C. GILLES

•Structure à antiphases périodiques de la phase non-stoechiométrique ejig du système MgGa 2 0 4 -Ga 2 0 3 (Periodic Antiphase Structures in the Non-Stoichiometric Mg Phase of the System MgGa 2 0 4 Ga 2 0 3 ) (a) Vol. 34, No. 1, p. 1 2 5 - 1 3 4 (1976). See also 1.2, p. 15 ; 22.8.2, p. 427. E . BERNARD a n d P . DUVAL

On the Period of Antiphase Domain Structures in X- and a 2 -Phases of Copper-Aluminium Alloys (a) Vol. 34, No. 1, p. 1 3 5 - 1 4 4 (1976). See also 1.2, p. 15; 1.3, p. 22; 21, p. 291; 21.1, p. 304. J . WOLTERSDORF

•Interface Structure in Systems of Small Misfit Studied in the Case of Gold on Silver (a) Vol. 34, No. 1, p. 1 8 3 - 1 9 4 (1976). See also 1.5, p. 31; 21.6, p. 330. G . NIIIOUL-BOUTANG a n d C . BOULESTEIX

•Observation of Lattice-Conservating Twins by Electron Micrscopy. Study of the Image Contrasts (a) Vol. 34, No. 1, p. 3 3 1 - 3 3 8 (1976). See also 10.2, p. 90; 22.6, p. 403. D.*E. TEMKIN

•On the Theory of Impurity Effect in Grain Boundary Motion (a) Vol. 34, No. 1, p. 4 1 3 - 4 2 5 (1976). See also 10, p. 75. R . A . VARIN, J . A . KOZUBOWSKI, M . W . GRABSKI, a n d R . BUCZKOWSKI

•Analysis of Transmission Electron Microscopy Contrast at Extrinsic Grain Boundary Dislocations (a) Vol. 34, No. 2, p. 7 1 1 - 7 2 2 (1976). See also 10.1, p. 81; 21.1.1, p. 318. H . S. CHEN

•Positron Lifetime Study on the Structure of an Electron Irradiated Metallic Glass (a) Vol. 34, No. 2, p. K 1 2 7 - K 1 2 9 (1976). See also 2, p. 37; 21, p. 293; 21.1, p. 306.

1.4 Microstructure

27

J . RABIER, P . VEYSSIERE, a n d J . GRILHE

""Possibility of Stacking Faults and Dissociation of Dislocations in the Garnet Structure (a) Vol. 35, No. 1, p. 2 5 9 - 2 6 8 (1976). See also 10.2, p. 92; 22.8.2, p. 428. L . B . HARRIS, D . A . MONCRIEFF, a n d V . N . E . ROBINSON

*High-Resolution Examination of Uncoated Insulators by SEM Applied to Grain Boundaries in Sodium Chloride (a) Vol. 35, No. 1, p. 3 7 1 - 3 7 7 (1976). See also 10.2, p. 92; 22.5.2, p. 394. M . LEEELD-SOSNOWSKA a n d E . ZIELINSKA-ROHOZINSKA

*Symmetrical and Asymmetrical X-Ray Section Topographs of Ion-Implanted Silicon (a) Vol. 35, No. 1, p. K 1 - K 3 (1976). See also 10.2, p. 92; 22.1.2, p. 354. F . W . BOSWELL, A . P R O D A N , a n d J . M . CORBETT

*Electron Diffraction Study of the Structures of NbS 2 and Order-Disorder in Cu-Intercalated NbS 2 (a) Vol. 35, No. 2, p. 5 9 1 - 6 0 4 (1976). See also 1.2, p. 16; 22, p. 337. H . MENNIGER, H . R A I D T , a n d G . VOIGT

*On the Influence of Microdefects on Charge Carriers in Silicon (a) Vol. 35, No. 2, p. 6 3 9 - 6 4 3 (1976). See also 14.3, p. 177; 22.1.2, p. 354. A . L . ROITBURD a n d N . S. KOSENKO

*Orientational Dependence of the Elastic Energy of a Plane Interlayer in a System of Coherent Phases (a) Vol. 35, No. 2, p. 7 3 5 - 7 4 6 (1976). See also 1.2, p. 17. A . J . MORTON

*Erratum to: Inversion Anti-Phase Domains in Cu-Rich y-Brasse3 (I) (a) Vol. 35, No. 2, p. 777 (1976). See also 1.3, p. 23; 21.1, p. 308. W . HATJFFE

*Faceting Mechanism in the Sputtering Process (a) Vol. 35, No. 2, p. K 9 3 - K 9 6 (1976). See also 11, p. 102; 21.1.1, p. 319; 21.6, p. 330. V . SEETHARAMAN, S . B A N E R J E E , a n d R . KRISHNAN

*The Precipitation of Ta64C in Dilute Tantalum-Carbon Alloys (a) Vol. 36, No. 1, p. 3 9 - 5 2 (1976). See also 1.3, p. 23; 21, p. 296 . C . W . A L L E N a n d P . R . OKAMOTO

*An Imaging Technique in Transmission Electron Microscopy Utilizing Diffraction Fine Structure (a) Vol. 36, No. 1, p. 1 0 7 - 1 1 6 (1976). See also 1.1, p. 12; 21.1.1, p. 319. G . VOIGT, R . R A I D T , H . P E I B S T , H . M E N N I G E R , a n d L . H I L D I S C H

•Investigations of Growth Defects in Solution-Grown G a ^ I n i - ^ P with a SEM Operating in the Cathodoluminescence Mode (a) Vol. 36, No. 1, p. 1 7 3 - 1 7 9 (1976). See also 3, p. 43; 22.2.4, p. 370.

28

Subject Index

S. IKENO

*Direct Observation of Cell Formation in Niobium by a High-Voltage Electron Microscope (a) Vol. 36, No. 1, p. 3 1 7 - 3 2 8 (1976). See also 10.1, p. 83; 21, p. 296. M . GUYMONT a n d D . GRATIAS

*On the Stability of Periodically Antiphased Alloys (a) Vol. 36, No. 1, p. 3 2 9 - 3 3 4 (1976). See also 1.2, p. 18; 1.3, p. 23; 21.1, p. 309; 21.6, p. 330. A. PRODAN, F . W . BOSWELL, a n d J . M . CORBETT

*An Electron Microscopic Investigation of CoTe2 Single Crystals (a) Vol. 36, No. 1, p. K 2 1 - K 2 3 (1976). See also 10.1, p. 83; 21.1, p. 309. P . R . W . HUDSON a n d P . P . PHAKEY

•Observations of Planar Faults or Giant Platelets in Natural Gem Diamond (a) Vol. 36, No. 2, p. 6 2 7 - 6 3 6 (1976). See also 22.1, p. 344. R . S. R A I , S. R . SINGH, a n d G . SINGH

*On the Origin of Large Spiral Steps on SiC Growth Faces (a) Vol. 36, No. 2, p. 6 9 9 - 7 0 3 (1976). See also 3, p. 43; 22.3, p. 373. T . L . A N D E R S O N , R . E . N E W N H A M , L . E . CROSS, a n d J . W . L A U G H N E R

Laser-Induced Twinning in Quartz (a) Vol. 37, No. 1, p. 2 3 5 - 2 4 5 (1976). See also 10.2, p. 95; 12.2, p. 112; 22.6, p. 407. A . L . ROITBURD

Equilibrium Structure of Epitaxial Layers (a) Vol. 37, No. 1, p. 3 2 9 - 3 3 9 (1976). See also 1.5, p. 32. H . BETHGE, E . P I P P E L , a n d j . WOLTERSDORF

Problems of Epitaxial Growth in Systems of Weak Interaction Observed in the Case of Al on MgO (a) Vol. 37, No. 2, p. 4 5 7 - 4 6 6 (1976). See also 1.5, p. 32; 3, p. 44; 21, p. 298; 22.6, p. 407. R . D E R I D D E R , G . VAN T E N D E L O O , J . VAN L A N D I J Y T , D . VAN D Y C K , a n d S . A M E L I N C K X

Microstructural Study of Copper-Intercalated Niobium Disulphide and Tantalum Disulphide Cu^NbSj and Cu x TaS 2 (I): Phase Transitions in Cu0 5 NbS 2 and Cu0 5 TaS 2 (a) Vol. 37, No. 2,p. 5 9 ^ - 6 0 6 (1976). See also 1.2, p. 19 ; 22, p. 340. J . K I E S , R . KÖHLER, a n d W . MÖHLING

•Double Crystal X-Ray Topographs of Microdefects in Silicon (a) Vol. 37, No. 2, p. K 1 1 3 - K 1 1 5 (1976). See also 10.2, p. 97; 22.1.2, p. 357. J . M . CORBETT a n d S . S . S H E I N I N

•Electron Microscope Images of Twin Boundaries (I): Comparison of Experiment with Theory (a) Vol. 38, No. 1, p. 1 5 1 - 1 5 9 (1976). See also 21.1, p. 313.

1.4 Microstructure

29

G . VAN T E N D E L O O , R . D E R I D D E R , D . VAN D Y C K , J . VAN L A N D U Y T , a n d S . A M E L I N C K X

Microstructural Study of Copper-Intercalated Niobium Disulphide and Tantalum Disulphide Cu^NbSj and Cu z TaS 2 (II) : Order-Disorder Trantitions and Incommensurate Superstructures in CujNbSü (0.8 < x < 1) (a) Vol. 38, No. 1, p. 1 8 5 - 1 9 8 (1976). See also 1.2, p. 19; 22, p. 341. M . J . MARCINKOWSKI

*The Differential Geometry of Grain Boundaries : Twist Boundaries (a) Vol. 38, No. 1, p. 2 2 3 - 2 3 5 (1976). See also 10, p. 76. W . POLANSCHÜTZ u n d E . K K A U T Z

*Zur feldionenmikroskopischen Untersuchung von Korngrenzen bei Metallen (Field Ion Microscopic Study of Grain Boundaries in Metals) (a) Vol. 38, No. 1, p. 2 3 7 - 2 4 2 (1976). See also 10.1, p. 85; 17.1, p. 221; 21, p. 300. 0 . V . PRESNYAKOVA a n d V . I . ZAITSEV

*Effect of High Pressure on Nickel Polygonization (a) Vol. 38, No. 2, p. 4 4 7 - 4 5 2 (1976). See also 10.1, p. 86; 21.1, p. 314. T . SHISHIDO a n d M . TANAKA

Determination of Structure Factors of Germanium by the Critical-Voltage a n d ConvergentBeam Diffraction Methods (a) Vol. 38, No. 2, p. 4 5 3 - 4 6 1 (1976). See also 1.1, p. 13; 22.1.1, p. 350. S. M.

OHE

*Direction of the Black-White Contrast of Dislocation Loops (a) Vol. 38, No. 2, p. 5 5 3 - 5 5 7 (1976). See also 10.1, p. 86; 21, p. 300. D . GRATIAS, J . P . BOILOT, Y . L E CARS, a n d J . T H E R Y

*Syntaxy between ß and ß" Structures in Alumina/Sodium Oxide and Gallia/Sodium Oxide Systems (a) Vol. 38, No. 2, p. 5 9 5 - 6 0 0 (1976). See also 22.8.2, p. 431. M . GYTTMONT, D . G R A T I A S , R . P O R T I E R , a n d M . F A Y A R D

*Space Group Theoretical Determination of Translation, Twin, and Translation-Twin Boundaries in Cell-Preserving Phase Transitions (a) Vol. 38, No. 2, p. 6 2 9 - 6 3 6 (1976). See also 1.2, p. 20. R . D E R I D D E R , G . VAN T E N D E L O O , D . VAN D Y C K , a n d S . A M E L I N C K X

*A Cluster Model for the Transition State and Its Study by Means of Electron Diffraction (I) : Theoretical Model (a) Vol. 38, No. 2, p. 6 6 3 - 6 7 4 (19f6). See also 10.2, p. 99; 22, p. 342. S . S . S H E I N I N a n d J . M . CORBETT

*Application of the Multi-Beam Dynamical Theory to Crystals Containing Twins (a) Vol. 38, No. 2, p. 6 7 5 - 6 8 4 (1976). See also 21.1, p. 314.

Subject Index

30 K . B o r g g r e e n and A. R . T h o l e n

*Diffraction Contrast from Misfitting Spherical Particles Precipitated Close Together on a Dislocation (I): Individuel Spheres Close Together on a Straight Line (a) Vol. 88, No. 2, p. 7 3 9 - 7 5 2 (1976). See also 10.2, p. 99; 22, p. 342.

F . W . SCHAPINK

*Weak-Beam Electron Microscopy of Nearly Transverse Grain Boundaries (a) Vol. 38, No. 2, p. K 1 0 7 - K 1 0 9 (1976). See also 21, p. 301.

B . E. Smith

*(101) Order-Twinning Mode in a CuAul Superlattice (a) Vol. 38, No. 2, p. K 1 6 7 - K 1 7 0 (1976). See also 12.1, p. 109; 21, p. 301.

31

1.5 Films

1.5 Films Original

Papers

and Short

Xotes

E . M . T K U K H A N O V , E . B . GOROKHOV, a n d S . I . S T E N I N

•Specific Features of the Dislocation Structure of Germanium in the System GermaniumPyrolitic Silica Film (a) Vol. 33, No. 1, p. 4 3 5 - 4 4 2 (1976). See also 2, p. 36; 10.2, p. 88; 22.1.1, p. 345; 22.6, p. 402. Y . SAGARA, O . U E M U R A , Y . S U Z U K I , a n d T . S A T O W

The Amorphous Structure of the Sb-Se System (a) Vol. 33, No. 2, p. 6 9 1 - 6 9 6 (1976). See also 2, p. 36; 22.7, p. 410. G.JUNGK

Determination of Optical Constants. A Null-Method for Non-Absorbing Surface Films (a) Vol. 34, No. 1, p. 6 9 - 7 2 (1976). See also 20.1, p. 264; 22.6, p. 403. J . WOLTERSDORF

•Interface Structure in Systems of Small Misfit Studied in the Case of Gold on Silver (a) Vol. 34, No. 1, p. 1 8 3 - 1 9 4 (1976). See also 1.4, p. 26; 21.6, p. 330. W . HOFBERGER

The Birefringence of Crystalline Tetracene Derived from Diffraction Properties of Polycrystalline Films (a) Vol. 34, No. 1, p. K 5 5 - K 5 8 (1976). See also 20.1, p. 265; 22.9, p. 434. R . D R A G I L A , L . B Ä R D O S , a n d G . LONCAR

•Model of Si0 2 Film Growth on Si in Oxygen Microwave Discharge (a) Vol. 35, No. 1, p. 2 9 1 - 3 0 1 (1976). See also 3, p. 42; 22.6, p. 404. M . JANDA a n d A . KUBOVY

•Growth of Vacuum-Deposited Tellurium Films on Glass Substrates and Some of Their Transport Properties (a) Vol. 35, No. 1, p. 3 9 1 - 4 0 2 (1976). See also 3, p. 42; 14.3.1, p. 183; 22.1.3, p. 359. E. RUSKE

*Photoexpansion of Amorphous As 2 S 3 Films (a) Vol. 35, No. 2, p. 4 7 7 - 4 8 0 (1976). See also 2, p. 38; 20.1, p. 269; 22, p. 337. V . N . B Y K O V , V . A . T R O Y AX, G . G . ZDOROVTSEVA, a n d V . S . K H A I M O V I C H

• E r r a t u m t o : Phase Transformations at Bombardment of Thin Films with Ions (a) Vol. 35, No. 2, p. 779 (1976). See also 1.2, p. 17; 11, p. 102; 21, p. 295; 21.1, p. 308; 21.1.1, p. 319; 22.1.1, p. 347. P . THOMAS

Addendum to: On Anisotropic Hopping Conduction in Thin Amorphous Germanium Films (b) Vol. 76, No. 1, p. 439 (1976). See also 14.3.1, p. 184; 22.1.1, p. 347.

P . V . PAVLOV, T . A . K R U Z E , D . I . T E T E L B A U M , E . I . Z O R I N , E . V . SHITOVA, a n d N . V . G U D K O V A

•Electron Microscopic Studies of Silicon Layers Irradiated with High Doses of Nitrogen Ions (a) Vol. 36, No. 1, p. 8 1 - 8 8 (1976). See also 2, p. 39; 11, p. 102; 22.1.2, p. 355.

Subject Index

32

S . PETEKSSON, E . MGBENU, a n d P . A . TOVE

Silioide Formation Correlated with Surface Resistivity Measurements (a) Vol. 36, No. 1, p. 2 1 7 - 2 2 5 (1976). See also 14.3.1, p. 184; 22, p. 338. M . W E N D T , T H . KRAJEWSKI, a n d R . BIMBERG

*Detection of Thin Surface Films by Electron Beam Microanalysis. A Comparison between Wavelength-Dispersive and Energy-Dispersive Microprobes (a) Vol. 36, No. 1, p. 2 5 3 - 2 6 1 (1976). See also 21.1, p. 309; 21.1.1, p. 319; 22.1.1, p. 348. V. Koos and H . - G . N E U M A N N •Effect of Heat Treatment on Stress in Amorphous Silicon Films (a) Vol. 36, No. 1, p. K 4 7 - K 4 9 (1976). See also 12.2, p. Ill; 22.1.2, p. 355. S . K . LILOV, Y U . M . TAIROV, V . F . TSVETKOV, a n d M . A . CHERNOV

•Structural and Morphological Peculiarities of the Epitaxial Layers and Monocrystals of Silicon Carbide Highly Doped by Nitrogen (a) Vol. 37, No. 1, p. 143-150 (1976). See also 22.3, p. 374. V. Koos, U . B E C K , and H . - G . N E U M A N N •Structure and Intrinsic Stress of Nickel Silicide Films (a) Vol. 37, No. 1, p. 193-198 (1976). See also 12.2, p. Ill; 22, p. 339. R . H. WADE

•Tilted-Beam Electron Microscopy of Amorphous Films (a) Vol. 37, No. 1, p. 2 4 7 - 2 5 6 (1976). See also 2, p. 40; 22.1.1, p. 348. H . S . R A N D H A W A , L . K . MALHOTRA, H . K . SEHGAL, a n d K . L . CHOPRA

Structural Transformations in a-Ge Alloy Films (a) Vol. 37, No. 1, p. 3 1 3 - 3 2 0 (1976). See also 1.2, p. 18; 2, p. 40; 22.1.1, p. 348. A . L . ROITBURD

•Equilibrium Structure of Epitaxial Layers (a) Vol. 37, No. 1, p. 3 2 9 - 3 3 9 (1976). See also 1.4, p. 28. L . N . ALEKSANDROV a n d R . N . LOVYAGIN

•Epitaxial Germanium-Silicon Structures Obtained in Ultrahigh Vacuum (a) Vol. 37, No. 1, p. 3 4 1 - 3 5 2 (1976). See also 3, p. 32; 22.1.1, p. 348; 22.1.2, p. 356. H . BETHGE, E . P I P P E L , a n d J . WOLTERSDORF

•Problems of Epitaxial Growth in Systems of Weak Interaction Observed in the Case of Al on MgO (a) Vol. 37, No. 2, p. 4 5 7 - 4 6 6 (1976). See also 1.4, p. 28; 3, p. 44; 21, p. 298; 22.6, p. 407. R . I . BOLKHOVITYANOVA a n d Y u . B . BOLKHOVITYANOV

•The Influence of Indium on the p-n Junction Formation inSi-Doped LPE Layers of Gallium Arsenide (a) Vol. 37, No. 2, p. K 1 9 3 - K 1 9 5 (1976). See also 3, p. 44; 14.3.1, p. 185; 22.2.4, p. 371.

1.5 Films A . E . G E R S H I N S K I I , L . V . MIRONOVA, a n d E . I . C H E R E P O V

*Si0 2 -Si (n-Type) Interface Investigation with t h e Electrochemical Method (a) Vol. 38, No. 1, p. 3 6 9 - 3 7 3 (1976). See also 14.3.2, p. 188; 22.1.2, p. 358; 22.6, p. 408. B . BABANOV a n d L . D A W E R I T Z

*Vapour-Phase Epitaxial Growth of G a i - z A I ^ N on Sapphire (a) Vol. 38, No. 2, p. K 1 1 1 - K 1 1 3 (1976). See also 3, p. 44; 22.2.4, p. 371.

3

physica, R e g . - B d . 9

34

Subject Index

1.6 Surfaces Original

Papers

and Short

Notes

R . MEHROTRA a n d M . M . P A N T

•Static and Dynamic Displacements near a Crystal Surface (b) Vol. 73, No. 1, p. K 2 7 - K 3 0 (1976). See also 6, p. 53; 8, p. 67; 21.1.1, p. 316. G . FILSCHER

*On the Theoretical Calculation of the Intensity Distribution in X-Ray Section Topographs of Crystals with Superposed Films (a) Vol. 33, No. 2, p. K 8 1 - K 8 2 (1976). See also 10.2, p. 89; 22.1.2, p. 352. M . ETJLER a n d A . S C H Ä R M A N N

Thermally Stimulated Exoelectron Emission (TSEE) of BeO Layers. Auger Electron Spectroscopy Investigations (a) Vol. 34, No. 1, p. 2 9 7 - 3 0 6 (1976). See also 13.3, p. 132; 17, p. 218; 22.6, p. 403. N . TAJABOR a n d D . R . LOVETT

•Etching and Chemical Polishing of {112} Surfaces of Cd3As2 and Zn3As2 Crystals (a) Vol. 34, No. 2, p. K 1 9 1 - K 1 9 4 (1976). See also 22.3, p. 372. V . SIEGEL, W . RASP, a n d H . - H . KIRCHNER

The Influence of Alkyl Groups on Exoelectron Emission from BeO (a) Vol. 34, No. 2, p. K 2 0 3 - K 2 0 4 (1976). See also 17, p. 218; 22.6, p. 404. W . SCHULZ a n d W . GRÜNDLER

•Quantum Mechanical ab initio Calculations of the Surface Structure of Crystalline Lithium Hydride (b) Vol. 78, No. 1, p. 1 8 3 - 1 8 9 (1976). See also 22.5.2, p. 397. J . G . ANTONOPOTJLOS

•Contrast from Atomic Surface Steps Using TEM (a) Vol. 38, No. 2, p. K 1 1 5 - K 1 1 7 (1976). See also 21.1, p. 315; 21.6, p. 331.

2. Non-crystalline State

35

2. Non-Crystalline State Review

Articles

V . L . BONCH-BRUEVICH

Problems of the Electron Theory of Small-Gap Disordered Semiconductors (b) Vol. 74, No. 1, p. 1 1 - 2 2 (1976). See also 13.1, p. 120; 22, p. 333. H . BÖTTGER a n d V . V . B R Y K S I N

Hopping Conductivity in Ordered and Disordered Solids (I) (b) Vol. 78, No. 1, p. 9 - 5 6 (1976). See also 6, p. 52; 13, p. 113; 13.5.3, p. 159; 14.3, p. 173; 22, p. 333. H . BÖTTGER a n d V . V . B R Y K S I N

Hopping Conductivity in Ordered and Disordered Solids (II) (b) Vol. 78, No. 2, p. 4 1 5 - 4 5 1 (1976). See also 6, p. 52; 13, p. 113; 13.5.3, p. 159; 14.3, p. 173; 22, p. 333. Original Papers and Short

Notes

I . V . CHEPELEVA, E . A . ZHILINSKAYA, V . N . LAZUKIN, a n d A . P . CHERNOV

Electron Paramagnetic Resonance of Cr31' in Chalcogenide Glasses (b) Vol. 73, No. 1, p. 6 5 - 7 2 (1976). See also 18, p. 222; 19, p. 247; 22.8, p. 413.

W . LÖSER

*A Self-Consistent Cluster Approximation for the Disordered Hubbard Model (b) Vol. 73, No. 1, p. 179-185 (1976). See also 13, p. 113; 14, p. 162; 18, p. 222. H . BÖTTGER a n d V . V . B R Y K S I N

*Theoretical Investigation of the Hopping Conductivity in Disordered Systems in a Large Frequency Range (b) Vol. 73, No. 1, p. 229-237 (1976). See also 6, p. 52; 13, p. 113; 14.3, p. 173. B . ESSER a n d P . KLEINERT

Erratum to: On the Theory of Interband e(a>) and External Electric Field Modulated Ae(to) in Disordered Semiconductors (b) Vol. 73, No. 1, p. 379 (1976). See also 14.3.4, p. 195; 20.1, p. 260; 22, p. 333. M . K U M E D A , N . KOBAYASHI, E . MARUYAMA, a n d T . SHIMIZU

Electron Spin Resonance and Optical Absorption in Amorphous Se-As (b) Vol. 73, No. 1, p. K 1 9 - K 2 2 (1976). See also 19, p. 247; 20.1, p. 261; 22, p. 333. S. KOBE a n d K . HANDRICH

•Correlation Function and Misfit in a Computer-Simulated Two-Dimensional Amorphous Ising Antiferromagnet (b) Vol. 73, No. 1, p. K 6 5 - K 6 7 (1976). See also 18.4, p. 242. N G U Y E N VAN D O N G , T R A N HTRU D A N H , B . ATJGUIN, a n d A . D E F R E S N E

•Transport Properties of Glassy CdGei-jSbjAsj (a) Vol. 33, No. 1, p. 2 9 5 - 2 9 9 (1976). See also 14.3, p. 173; 15, p. 209; 22.8, p. 413.

36

Subject Index

K. L. Chopba and P. N a t h •Amorphous Ge Alloy Films (II): Transport Properties (a) Vol. 33, No. 1, p. 3 3 3 - 3 4 4 (1976). See also 14.3.1, p. 183; 15, p. 209; 22.1.1, p. 345. E. M. T b u k h a n o v , E . B. Gorokhov, and S. I. S t e k i n Specific Features of the Dislocation Structure of Germanium in the System GermaniumPyrolitic Silica Film (a) Vol. 33, No. 1, p. 4 3 5 - 4 4 2 (1976). See also 1.5, p. 31; 10.2, p. 88; 22.1.1, p. 345; 22.6, p. 402. I . M. B e l o v a On the Theory of Tunnelling in Disordered Semiconductors (b) Vol. 73, No. 2, p. 4 0 9 - 4 1 4 (1976). See also 14.3.4, p. 195; 22, p. 334. B. E s s e r X - R a y Scattering from Electrons in Random Semiclassical Potential Wells (b) Vol. 73, No. 2, p. 4 9 9 - 5 0 2 (1976). See also 13.4, p. 135; 22, p. 334. Y. Sagaba, O. U e m u r a , Y. S u z u k i , and T. S a t o w *The Amorphous Structure of the Sb-Se System (a) Vol. 33, No. 2, p. 6 9 1 - 6 9 6 (1976). See also 1.5, p. 31; 22.7, p. 410. N. L. K r a m a r e n k o , I. V. K u r n o s o v , and Yu. V. Naboikin *Light Scattering by Liquid Crystals in an Electric Field (a) Vol. 33, No. 2, p. 7 7 3 - 7 8 1 (1976). See also 20, p. 257; 22.9, p. 434. T. Shimizu and N. I s h i i •Electronic Structure of As 2 S 3 , As2Se3, and As 2 Te 3 Glasses by the Extended Hückel Theory (b) Vol. 74, No. 1, p. K 3 9 - K 4 2 (1976). See also 13, p. 115; 22.3, p. 372. E. Donth •Universal Thermodynamic and Kinetic Functions for a Classical Freezing-in Process in Noncrystalline Bodies (b) Vol. 74, No. 1, p. K 4 9 - K 5 2 (1976). See also 8, p. 67. ' V. V. Voskoboynikov, V. A. G r i t s e n k o , V. M. Efimov, V. E. L e s n i k o v s k a y a , and F. L. E d e l man •Structure and Electrophysical Properties of Boron Nitride Thin Films (a) Vol. 34, No. 1, p. 8 5 - 9 4 (1976). See also 14.3.1, p. 183; 14.3.3, p. 190; 22, p. 335. P. N a t h , D. K . P a n d y a , and K . L. C h o p r a •Amorphous Ge Alloy Films (III): Optical Properties (a) Vol. 34, No. 1, p. 4 0 5 - 4 1 1 (1976). See also 20.1, p. 265; 22.1.1, p. 346. O. B o s t a n j o g l o and W. G i e s e •Magnetization and Crystallization of Stress-Stabilized Amorphous Iron Films (a) Vol. 34, No. 1, p. K 1 - K 4 (1976). See also 18.2.1, p. 237; 21.1.1, p. 317.

2. Non-Crystalline State

37

J . K R E M P A S K Y a n d D . BARANCOK

*The Use of Modified Relaxation Time in the Transport Theory of Non-Crystalline Semiconductors (b) Vol. 74, No. 2, p. 7 4 1 - 7 5 1 (1976). See also 13.4, p. 137; 14.3, p. 175; 15, p. 209; 22, p. 335. J . D . PATTERSON a n d R . C. W E G E R

The Specific Heat of Small Magnetic Clusters with Simulated Amorphousness (b) Vol. 74, No. 2, p. K 1 1 5 - K 1 1 8 (1976). See also 8, p. 68; 18.2, p. 230. J . RICHTER, J . SCHREIBER, a n d K . HANDRICH

* Influence of Structure Fluctuations on Ferromagnetism in the Band Model (b) Vol. 74, No. 2, p. K 1 2 5 - K 1 2 8 (1976). See also 18.2, p. 231. H . BÖTTGER a n d V . V . B R Y K S I N

*On the Equivalence of Different Theoretical Descriptions of the Hopping Conductivity in Disordered Systems (b) Vol. 74, No. 2, p. K 1 5 1 - K 1 5 6 (1976). See also 6, p. 55; 13, p. 115; 14.3, p. 175. V . SMID

*A Contribution to the Interpretation of the High-Field Electrical Conductivity of Amorphous Semiconductors (b) Vol. 74, No. 2, p. K 1 6 9 - K 1 7 1 (1976). See also 14.3.4 p. 196. H . S. CHEN

Positron Lifetime Study on the Structure of an Electron Irradiated Metallic Glass (a) Vol. 84, No. 2, p. K 1 2 7 - K 1 2 9 (1976). See also 1.4, p. 26; 21, p. 293; 21.1, p. 306. P . DUHAJ, J . SITEK, M . PREJSA, a n d P . BUTVIN

*Electron Microscopy and Mössbauer Study of the Amorphous Metallic Alloys Pdg0_a;Fe x Si 20 (a) Vol. 35, No. 1, p. 2 2 3 - 2 3 3 (1976). See also 1.2, p. 16; 5, p. 49; 21.1.1, p. 318. M . POPESCU

•Relaxed Random Network Model of the GeAs2Te7 Glass (a) Vol. 35, No. 1, p. 3 5 5 - 3 6 0 (1976). See also 4, p. 45; 22.7, p. 411. B . BAHADUR, S . CHANDRA, a n d N . K . SANYAL

*Phase Transition Studies of the Liquid Crystal n-(p-Octyloxybenzylidene)-p-Toluidine (a) Vol. 35, No. 1, p. 3 8 7 - 3 9 0 (1976). See also 18, p. 223; 22.9, p. 436. R . M. HILL

*On the Observation of Variable Range Hopping (a) Vol. 35, No. 1, p. K 2 9 - K 3 4 (1976). See also 14.3, p. 176. S. BALEVICIUS, A . ÖESNYS, a n d A . D E K S N Y S

*Nanosecond Switching in Amorphous In 2 Te 3 Films (a) Vol. 35, No. 1, p. K 4 1 - K 4 3 (1976). See also 14.3.1, p. 184; 22.3, p. 372.

38

Subject Index

W. Henbion, M. ZXvetovi, T. Mazets *Infrared Optical Properties of Pseudobinary Chalcogenide Glasses (a) Vol. 35, No. 1, p. K77-K79 (1976). See also 20.1, p. 268; 22.8, p. 415. F. Itoh, K. Kai, M. Kuroha, and S. Takeuchi •Positron Annihilation in Liquid Copper-Bismuth and Copper-Tin Alloys (b) Vol. 75, No. '2, p. 559-565 (1976). See also 13, p. 116; 21.1, p. 307; 21.7, p. 332. J. F. Graczyk and P. Chattdhari •Scattering Properties of Dense Random Packings of Hard Spheres (b) Vol. 75, No. 2, p. 593-606 (1976). See also 1.3, p. 22; 21, p. 294. E. K o l l e y and W. K o l l e y •Effect of Thermal Fluctuations on the Electronic Densities of States in Disordered Binary Alloys. Numerical Results of CPA Model Calculations (b) Vol. 75, No. 2, p. 721-730 (1976). See also 6, p. 57; 13, p. 116; 21, p. 294. G. Ctjbiotti, E. Donato, E. S. Giuliano, R. Ruggeri, and A. Stancanelli Transport Properties of Liquid Cadmium (b) Vol. 75, No. 2, p. K93-K96 (1976). See also 14.1, p. 165; 15, p. 210; 21, p. 295. R. Vacher and J. Pelous •Measurement of the Intensity of the Brillouin Lines in Amorphous Media at Very Low Temperature (b) Vol. 75, No. 2, p. K101-K103 (1976). See also 6, p. 57; 20.1, p. 269; 22.9, p. 436. E. Rtjske Photoexpansion of Amorphous As2S3 Films (a) Vol. 35, No. 2, p. 477-480 (1976). See also 1.5, p. 31; 20.1, p. 269; 22, p. 337. D. K. Pandya and K. L. Chopra •Obliquely Deposited Amorphous Ge Films (I): Optical Properties (a) Vol. 35, No. 2, p. 725-734 (1976). See also 20.1, p. 269; 22.1.1, p. 347. K. L. Chopra, S. K. Barthwal, and D. K. Pandya Structural Sensitivity of Transport and Optical Properties of Amorphous GeTe (a) Vol. 35, No. 2, p. 761-768 (1976). See also 14.3, p. 178; 15, p. 210; 20.1, p. 270; 22.7, p. 411. E. RTTSKE Reversibility of Photoinduced Edge Shift in Evaporated Amorphous As2S3 Films (a) Vol. 35, No. 2, p. K113-K114 (1976). See also 20.1, p. 270; 22, p. 337. H.-J. Unger •An Analytically Tractable Structure Model for Disordered Systems (I): Systems Based on a Primitive Network (b) Vol. 76, No. 1, p. 207-215 (1976). W. Brattn and M. Cakdona Electronic Density of States of Amorphous CuGaS2 and ZnGeAs2 (b) Vol. 76, No. 1, p. 251-257 (1976). See also 13.1, p. 125; 17, p. 219; 22.8, p. 416.

39

2. Non-Crystalline State P . V . PAVLOV, T . A . K R U Z E , D . I . T E T E L B A U M ,

E . I . Z O R I N , E . V . SHITOVA, a n d

N . V . GUDKOVA

Electron Microscopic Studies of Silicon Layers Irradiated with High Doses of Nitrogen Ions (a) Vol. 36, No. 1, p. 8 1 - 8 8 (1976>. See also 1.5, p. 31; 11, p. 102-, 22.1.2, p. 355. K . L . CHOPRA a n d D . K . P A N D Y A

*Obliquely Deposited Amorphous Ge Films (II): Electrical Properties (a) Vol. 36, No. 1, p. 8 9 - 1 0 0 (1976). See also 14.3.1, p. 184; 15, p. 210; 22.1.1, p. 348. C. BntAC a n d D . LESUEUR

Lithium Diffusion in an Amorphous Metallic Pd-Si Alloy (a) Vol. 36, No. 1, p. 2 4 7 - 2 5 1 (1976). See also 9, p. 73; 21, p. 296. S . K . B A R T H W A L a n d K . L . CHOPRA

"Transport Properties of Amorphous InSb and GaAs (a) Vol. 36, No. 1, p. 3 4 5 - 3 5 5 (1976). See also 14.3.1, p. 184; 15, p. 210; 22.2.1, p. 363; 22.2.3, p. 368. V . BEZAK a n d J . BANSKY

A Generalization of the Sondheimer-Wilson Formula for the Avaraged Density Matrix and Magnetic Susceptibility of Conduction Electrons in a Model of Disordered Semiconductors (b) Vol. 76, No. 2, p. 5 6 9 - 5 8 0 (1976). See also 13, p. 117; 18, p. 224; 22, p. 338. H . - J . UNGER

*An Analytically Tractable Structure Model for Disordered Systems (II): Complicated Structures and Application to Amorphous Selenium (b) Vol. 76, No. 2, p. 8 4 1 - 8 5 0 (1976). See also 22.1.3, p. 359. R . V . SHARMA a n d K . C . S H A R M A

*A Possible Closed Form Expression for the Static Structure Factor for Liquid Metals (b) Vol. 76, No. 2, p. K 7 5 - K 7 9 (1976). See also 13, p. 118; 21.2, p. 323. S . K . B A R T H W A L a n d K . L . CHOPRA

Thermoelectric Power of Amorphous Germanium Films (a) Vol. 36, No. 2, p. 5 3 3 - 5 4 9 (1976). See also 14.3.1, p. 184; 15, p. 210; 22.1.1, p. 348. J . E . LOWTHER

•Mechanisms of Energy Transfer between Rare Earth Ions (b) Vol. 77, No. 1, p. 3 5 9 - 3 6 6 (1976). See also 6, p. 60; 13.4, p. 142; 21.4, p. 327. N . G . C H E R E N D A a n d D . M . YTTDIN

•Additives and Cage Effect in Glasses (b) Vol. 77, No. 1, p. K 2 7 - K 3 0 (1976). See also 11, p. 103; 19, p. 254; 22.8.1, p. 423. J . RICHTER

•Influence of Structure Fluctuations on Ferromagnetism of Strongly Correlated Electrons (b) Vol. 77, No. 1, p. K 4 3 - K 4 7 (1976). See also 18.2, p. 234.

40

Subject Index

V . A . V A S S I L E V , B . T . K O L O M I E T S , T . N . MAMONTOVA, a n d E . M . R A S P O P O V A

Photoluminescence and Photoconductivity in Densified Vitreous As 2 Se 3 (a) Vol. 37, No. 1, p. 4 5 - 4 9 (1976). See also 16, p. 216; 20.3, p. 286; 22, p. 339. R. H.

WADE

*Tilted-Beam Electron Microscopy of Amorphous Films (a) Vol. 37, No. 1, p. 2 4 7 - 2 5 6 (1976). See also 1.5, p. 32; 22.1.1, p. 348. H . S . R A N D H A W A , L . K . MALHOTRA, H . K . SEHGAL, a n d K . L . CHOPRA

*Structural Transformations in a-Ge Alloy Films (a) Vol. 37, No. 1, p. 3 1 3 - 3 2 0 (1976). See also 1.2, p. 18; 1.5, p. 32; 22.1.1, p. 348. K . H Ü B N E R a n d V . K . BASHENOV

Ionicity and Structure of Solids (b) Vol. 77, No. 2, p. 4 7 3 - 4 8 2 (1976). See also 1.1, p. 13; 4, p. 46; 13.1, p. 127; 22.2, p. 361; 22.2.4, p. 371. P . BLAUDECK a n d R . L E N K

*Multiple s-Scattering in a Correlated Medium in t h e Low-Density Limit (b) Vol. 77, No. 2, p. 6 0 1 - 6 0 5 (1976). See also 11, p. 103. L . I . HORVATH a n d T . SZÖRENYI

E P R Studies on Vanadium Phosphate Glasses (a) Vol. 37, No. 2, p. K 1 6 9 - K 1 7 1 (1976). See also 19, p. 255; 22.8.1, p. 424. L . K U B L E R , G . G E W I N N E R , J . J . KOTJLMANN, a n d A . J A E G L E

E P R Study on Amorphous Germanium. Oxygen, Deposition Angle, Annealing, and Substrate Temperature Effects (b) Vol. 78, No. 1, p. 1 4 9 - 1 5 8 (1976). See also 19, p. 255; 22.1.1, p. 349. J . SCHREIBER a n d W . J O H N

*On t h e Theory of Electron Localization in Amorphous Systems (b) Vol. 78, No. 1, p. 1 9 9 - 2 1 0 (1976). See also 13, p. 119. R . N . S I N G H a n d P . L . SRIVASTAVA

Liquid Electrical Resistivity of Alkali Metals: Exchange and Correlation Effects (b) Vol. 78, No. 1, p. K 4 5 - K 4 9 (1976). See also 14.1, p. 167; 21.2, p. 323. J . SALIK a n d S. NADIV

• S t r u c t u r a l Studies of t h e Photodissolution of Ag in Amorphous As 2 S 3 Films (a) Vol. 38, No. 1, p. 1 7 7 - 1 8 4 (1976). See also 11, p. 104; 22, p. 341. S. R . HERD

*Lorentz Microscopy on Amorphous Films with Perpendicular Anisotropy as a Function of Temperature (a) Vol. 38, No. 1, p. 3 0 5 - 3 1 4 (1976). See also 18.2.1, p. 238; 21.1, p. 314; 21.4, p. 327. T . BOTILÄ a n d H . K .

HENISCH

*Study of Trapping in Amorphous Materials (a) Vol. 38, No. 1, p. 3 3 1 - 3 3 7 (1976). See also 13.4, p. 145; 14.3, p. 181; 16, p. 217; 22.8, p. 418.

2. Non-Crystalline State A . MANSINGH, J . K . VAID, a n d R . P . TANDON

•Switching and Memory Behaviour of Vanadate Glasses (a) Vol. 38, No. 1, p. K 1 - K 3 (1976). See also 14.3.3, p. 194-, 22.8.1, p. 424. L . MOSELEY, R . S. TRIPATHI, a n d T . LUKES

*Theory of t h e Hopping Conductivity in Non-Crystalline Systems (b) Vol. 78, No. 2, p. 5 6 3 - 5 6 7 (1976). See also 13.4, p. 145; 14, p. 163. W . J O H N a n d J . SCHREIBER

•Localization Theory for t h e R a n d o m Weaire Model (b) Vol. 78, No. 2, p. 5 7 7 - 5 8 3 (1976). See also 13, p. 119; 22, p. 341. W . G R E V E N D O N K , G . R U Y M B E E K , P . VAN D E N K E Y B U S , a n d A . D E B O C K

• F a r a d a y R o t a t i o n in Non-Crystalline As 2 S 3 (b) Vol. 78, No. 2, p. K 8 9 - K 9 1 (1976). See also 18, p. 224; 20, p. 259; 22, p. 342. R . V . SHABMA a n d K . C . SHARMA

• T h e Structure of Molten Cuprous Chloride (b) Vol. 78, No. 2, p. K 9 3 - K 9 5 (1976). See also 22.5, p. 390. J . SKACHA

•Electrical Structure and Transport in Amorphous GeS Layers (a) Vol. 38, No. 2, p. K 1 4 3 - K 1 4 6 (1976). See also 14.3.1, p. 186; 22, p. 342.

42

Subject Index

3. Crystal Growth Original G.

Papers

and Short

Notes

C. M A N F K E D O T T I , and A . Rizzo •Electron Diffraction Study of Melt- and Vapour-Grown GaSei-^S^ Single Crystals (a) Vol. 33, No. 2, p. 5 6 3 - 5 7 1 (1976). See also 1.1, p. 11; 22.3.1, p. 375.

ARANCIA, M . GRANDOLFO,

J . M . GALLIGAN

Growth Characteristics of Crystals Containing Disclinations (a) Vol. 34, No. 2, p. K 1 0 1 - K 1 0 3 (1976). See also 10.1, p. 81; 21.6, p. 330. Y u . A . VODAKOV, G . A . L O M A K I N A , E . N . MOKHOV, E . I . RADOVANOVA, V . I . SOKOLOV, M . M . U S MANOVA, G . F . Y U L D A S H E V , a n d B . S . MACHMUDOV

Silicon Carbide Doped with Gallium (a) Vol. 35, No. 1, p. 3 7 - 4 2 (1976). See also 13.4, p. 138; 14.3, p. 176; 20.1, p. 268; 20.3, p. 283; 22.3, p. 372. A . PRASAD, R . BESERMAN, P . GERMAIN, a n d J . C . BOURGOIN

•Kinetics of Recrystallization in Ion-Implanted Silicon Layers (a) Vol. 35, No. 1, p. 1 0 9 - 1 1 2 (1976). See also 22.1.2, p. 353. R . D R A G I L A , L . B A R D O S , a n d G . LONCAR

*Model of Si0 2 Film Growth on Si in Oxygen Microwave Discharge (a) Vol. 35, No. 1, p. 2 9 1 - 3 0 1 (1976). See also 1.5, p. 31; 22.6, p. 404. R . HERGT, M . W E N D T , P . GÖRNERT, a n d S. BORKMANN

•Investigation of the Growth Mechanism in High-Temperature Solutions by the Induced Striation Method (I): Dissolution Striations (a) Vol. 35, No. 1, p. 3 4 7 - 3 5 3 (1976). See also 22.8.2, p. 429. M . J A N D A a n d A . KTJBOVY

•Growth of Vacuum-Deposited Tellurium Films on Glass Substrates and Some of Their Transport Properties (a) Vol. 35, No. 1, p. 3 9 1 - 4 0 2 (1976). See also 1.5, p. 31; 14.3.1, p. 183; 22.1.3, p. 359. P . GÖRNERT, S . BORNMANN, a n d R . H E R G T

•Investigation of the Growth Mechanism in High-Temperature Solutions by the Induced Striation Method (II): Driving Forces in Slow-Cooling Experiments (a) Vol. 35, No. 2, p. 5 8 3 - 5 9 0 (1976). See also 22.8.2, p. 429. P . MATTHYS, M . VANHAELST, a n d E . BOESMAN

•A Modified Doping Procedure for High 0,7 Concentrations in Potassium and Rubidium Halides (a) Vol. 35, No. 2, p. K 1 3 7 - K 1 3 9 (1976). See also 19, p. 252; 22.5.2, p. 395. O . A . TROITSKII

•Isotope Enrichment of Metal in the Process of Zone Melting (a) Vol. 35, No. 2, p. K 1 5 1 - K 1 5 5 (1976). See also 21, p. 295; 21.1, p. 308.

3. Crystal Growth

43

G . VOIGT, R . R A I D T , H . P E I B S T , H . MENNIGER, a n d L . H I L D I S C H

•Investigations of Growth Defects in Solution-Grown Ga^-Ini _ Z P with a SEM Operating in the Cathodoluminescence Mode (a) Vol. 36, No. 1, p. 173-179 (1976). See also 1.4, p. 27; 22.2.4, p. 370. D . BALL a n d B . M . WANKLYN

•Coloured Synthetic Zircon Crystals. Flux Growth and EPR of V4+ Impurity Centres (a) Vol. 36, No. 1, p. 307-316 (1976). See also 19, p. 253; 22.8.1, p. 422.

L . N . ALEKSANDROV a n d B . I . KIDYAROV

•Kinetic Theory of Three-Barrier Processes of Non-Steady-State Nucleation at Phase Transformation (a) Vol. 36, No. 1, p. 403-413 (1976). See also 1.2, p. 18. H . R O G A S S , J . LATTCKNER, a n d J . F I N K E

*On the Influence of an Electric Field on the Condensation of Selenium Layers (a) Vol. 36, No. 1, p. K 9 - K 1 1 (1976). See also 22.1.3, p. 359. Y . KASHIWADA a n d Y . FURUHATA

•Domains in Magnesium Pyroborate (a) Vol. 36, No. 1, p. K 2 9 - K 3 1 (1976). See also 1.2, p. 18; 22.8, p. 416. B . I . FOMIN, A . E . GERSHINSKII, E . I . CHEREFOV, a n d F . L . E D E L M A N

•Investigation of Phase Growth Kinetics in the System of Si Single Crystals and V Thin Films (a) Vol. 36, No. 1, p. K 8 9 - K 9 1 (1976). See also 21.1, p. 310; 22.1.2, p. 355. R . S . R A I , S. R . SINGH, a n d G . SINGH

*On the Origin of Large Spiral Steps on SiC Growth Faces (a) Vol. 36, No. 2, p. 699-703 (1976). See also 1.4, p. 28; 22.3, p. 373. I . V . BODNAR, E . E . MATYAS, a n d L . A . MAKOVETSKAYA

•Phase Diagram of Ga^Ini-xP Solid Solution (a) Vol. 36, No. 2, p. K141-K144 (1976). See also 22.2.4, p. 371. L . N . ALEKSANDROV a n d R . N . LOVYAGIN

Epitaxial Germanium-Silicon Structures Obtained in Ultrahigh Vacuum (a) Vol. 37, No. 1, p. 341-352 (1976). See also 1.5, p. 32; 22.1.1, p. 348; 22.1.2, p. 356. BURMA BANSARAGTSCHIN, G . L E H M A N N , a n d R . L I N K

•Application of the Travelling Solvent Method to Growing of Pbi_ x Sn x Te Single Crystals (a) Vol. 37, No. 1, p. K 1 3 - K 1 5 (1976). See also 14.3, p. 179; 22, p. 339. L . G . SAKVABELIDZE, A . A . MIRTSKHULAVA, I . A . MIRTSKHULAVA, a n d G . G . GEGIADZE

•Production of Bulk Single Crystals of Gai _ z Inj.As Solid Solutions (a) Vol. 37, No. 1, p. K 7 1 - K 7 3 (1976). See also 22.2.4, p. 371.

Subject Index

44

H . B E T H G E , E . P I P P E L , a n d J . WOLTERSDORF

*Problems of Epitaxial Growth in Systems of Weak Interaction Observed in the Case of Al on MgO (a) Vol. 37, No. 2, p. 457—466 (1976). See also 1.4, p. 28; 1.5, p. 32; 21, p. 298; 22.6, p. 407. P . GÖRNERT a n d G . W E N D E

*Study of t h e Mass Transport during Crystal Growth from High-Temperature Solutions by t h e "High-Resolution Induced Striation Method" (a) Vol. 37, No. 2, p. 5 0 5 - 5 1 3 (1976). See also 22.8.2, p. 430. R . I . BOLKHOVITYANOVA a n d Y u . B . BOLKHOVITYANOV

The Influence of I n d i u m on t h e p - n Junction Formation in Si-Doped L P E Layers of Gallium Arsenide (a) Vol. 37, No. 1, p. K 1 9 3 - K 1 9 5 (1976). See also 1.5, p. 32; 14.3.1, p. 185; 22.2.4, p. 371. W . B R Ü C K N E R , U . GERLACH, W . M O L D E N H A U E R , H . P . B R Ü C K N E R , X . M A T T E R N , H . O P P E R M A N N , a n d E . WOLF

Phase Transitions and Semiconductor-Metal Transition in V i - ^ G a ^ O j Single Crystals (a) Vol. 38, No. 1, p. 9 3 - 1 0 2 (1976). See also 1.2, p. 19; 14.3, p. 181; 15, p. 211; 18.1, p. 227; 22.6.1, p. 409. F . V. WALD

*Self-Compensation in CdTe and ZnTe Crystals Grown from Indium Solvents (a) Vol. 38, No. 1, p. 2 5 3 - 2 5 9 (1976). See also 10.2, p. 97; 14.3, p. 181; 20.1, p. 277; 22.4.3, p. 386. R . S . MOMTAZ a n d L . N . RASHKOVICH

*The Distribution of Deuterium between Solid and Liquid Phases during the Crystallization of Crystals of t h e K D P Group from Aqueous Solutions (a) Vol. 38, No. 1, p. 4 0 1 - 4 0 8 (1976). See also 14.4.1, p. 208; 22.8.1, p. 424. B . BARANOV a n d L . D Ä W E R I T Z

* Vapour-Phase Epitaxial Growth of G a i - ^ A l ^ N on Sapphire (a) Vol. 38, No. 2, p. K 1 1 1 - K 1 1 3 (1976). See also 1.5, p. 33; 22.2.4, p. 371.

4. Bonding P r o p e r t i e s

45

4. Bonding Properties Original

Papers

and Short

Notes

S. Benckert * E r r a t u m t o : T h i r d - O r d e r C o n t r i b u t i o n t o t h e E n e r g y a n d t h e E l a s t i c C o n s t a n t s of S i m p l e Metals (b) Vol. 73, N o . 2, p. 753 (1976). See also 12.1, p. 107-, 21, p. 291; 21.2, p. 323. K. Hübner *Strain D e p e n d e n c e of t h e Baldereschi P o i n t a n d of t h e B o n d Charge (b) Vol. 73, No. 2, p. K 1 4 1 - K 1 4 4 (1976). See also 13.1, p. 122; 22.1, p. 343. K. Kumazaki *Elastic P r o p e r t i e s a n d Ionicity of Zero-Gap S e m i c o n d u c t o r s (a) Vol. 33, N o . 2, p. 6 1 5 - 6 2 3 (1976). See also 7, p. 65; 12.2, p. 110; 22.4, p. 376. R. Blinc, H . Abend, a n d A. Kanduser Vibrational Spectra, H y d r o g e n Bonding, a n d Ferroelectricity in t h e P b H P 0 4 F a m i l y (b) Vol. 74, N o . 2, p. 4 2 5 - 4 3 5 (1976). See also 6, p. 55; 14.4.1, p. 206; 20.1, p. 265; 22.8.1, p. 420. B. N . OsHCHERIN *On Surface Energies of A A B 8 - A * Semiconducting C o m p o u n d s (a) Vol. 34, No. 2, p. K 1 8 1 - K 1 8 6 (1976). See also 1, p. 9; 22, p. 336. A. P . Rusakov a n d M. V. Anfimov *Non-Central Forces a n d Stability of t h e T e t r a h e d r a l C o m p o u n d s (I): B o n d Charges a n d t h e Valence-Fbrce-Field Model (b) Vol. 75, No. 1, p. 7 3 - 7 7 (1976). See also 12.2, p . 110; 22.1, p. 343; 22.2, p. 361; 22.4, p. 376; 22.5, p. 389. V. Kondawar a n d C. Mande Chemical Shifts in t h e K X - R a y Absorption D i s c o n t i n u i t y of Arsenic (b) Vol. 75, No. 1, p. 7 9 - 8 3 (1976). See also 20, p. 258; 22, p. 336. M. POPESCF *Relaxed R a n d o m N e t w o r k Model of t h e GeAs 2 Te 7 Glass (a) Vol. 35, No. 1, p. 3 5 5 - 3 6 0 (1976). See also 2, p. 37; 22.7, p. 411. P. Ram as a m y a n d T. Nagarajan P o s i t r o n Angular Correlation Studies of P h a s e Transitions in A m m o n i u m Halides (a) Vol. 35, No. 1, p. 3 7 9 - 3 8 6 (1976). See also 1.2, p. 16; 22.5, p. 389. H . P . Aubatjer Elastic E n e r g y of Isotropic Solid Solutions (a) Vol. 35, No. 2, p. 4 8 7 - 4 9 7 (1976). See also 1.2, p. 16; 21, p. 295.

Subject Index

46 G . HEGER, D . MULLEN, a n d K . RNORR

On the Importance of Hydrogen Bonding for the Structural Phase Transitions in (CH3NH3)2MnCl4. A Single-Crystal Neutron Diffraction Study (a) Vol. 35, No. 2, p. 627-637 (1976). See also 1.2, p. 17; 22.9, p. 436. T . WASIUTYNSKI

Self-Consistent Phonon Calculation for Hexamethylenetetramine Molecular Crystals (b) Vol. 76, No. 1, p. 175-181 (1976). See also 6, p. 57; 12.2, p. 110; 22.9, p. 437. K . H Ü B N E R a n d M . SCHÄFER

*Bond Charge Model for the Chemical Shift of the Photoemission in Semiconductors (b) Vol. 76, No. 1, p. K 6 3 - K 6 7 (1976). See also 20.1, p. 271-, 22.2, p. 361. A . BATANA a n d E . R . GONZALEZ

*On the Pressure Dependence of the Effective Ionic Charge of Lithium, Sodium, and Rubidium Halides (b) Vol. 76, No. 2, p. K105-K108 (1976). See also 12.2, p. Ill; 22.5.2, p. 396. J . J . ROUSSEATJ a n d J . C . F A Y E T

•Influence of the Crystal Field on Bent Configuration of V k Centres in AMF3 Compounds (b) Vol. 77, No. 1, p. 195-201 (1976). See also 13.4, p. 142; 19, p. 253; 22.8, p. 417. S . K . C H A K R A B A R T I , S . K . S A R K A R , a n d S . SENGTJPTA

*On the Change of Electronic Polarisability of an Ion in a Crystal (b) Vol. 77, No. 1, p. 329-340 (1976). See also 22.5.2, p. 396. K . H Ü B N E R a n d V . K . BASHENOV

*Ionicity and Structure of Solids (b) Vol. 77, No. 2, p. 473-482 (1976). See also 1.1, p. 13; 2, p. 40; 13.1, p. 127; 22.2, p. 361; 22.2.4, p. 371. L . K . A M I N O V , R . K I R M S E , a n d B . V . SOLOVEV

•Electron Spin-Lattice Relaxation of Cu2+ Ions in Planar Coordination Geometries. Calculation and Experimental Data of T1 for Cu2+ in Ni(II)bis(diethyl-dithiocarbamate) Crystals (b) Vol. 77, No. 2, p. 505-515 (1976). See also 6, p. 61; 18.1, p. 226; 19, p. 254; 22.9, p. 438.

R . PICKENHAIN a n d A . MILCHEV

*The Quadratic Response of a Fermi Gas. Electronic Charge Density of Valence Electrons in Zincblende Semiconductors (b) Vol. 77, No. 2, p. 571-579 (1976). See also 13, p. 119; 22.1.1, p. 348. D . W . BULLETT

,

*Non-Empirical Calculation of Structural Properties and Valence Force Fields. Application to Se and Te (b) Vol. 77, No. 2, p. 6 4 5 - 650 (1976). See also 1, p. 9; 6, p. 61; 22.1.3, p. 360. H . Ö . PAMUK a n d T . HALICIOGLU

•Evaluation of Morse Parameters for Metals (a) Vol. 37, No. 2, p. 695-699 (1976). See also 12.1, p. 108; 21, p. 299.

4. Bonding Properties

47

H . J . STOLZ, H . W E N D E L , A . OTTO, L . PINTSCHOVIUS, a n d H . K A H L E R T

Acoustic and Optical Phonons in (SN)X (b) Vol. 78, No. 1, p. 2 7 7 - 2 8 6 (1976). See also 6, p. 63; 20.1, p. 276; 22, p. 341. H . P . NIEDERMANN a n d M . WAGNER

On the Quantum Mechanical Foundation of Classical Shell Models in Lattice Dynamics (b) Vol. 78, No. 2, p. 6 1 5 - 6 2 4 (1976). See also 6, p. 64; 22, p. 342. M . SCHLÜTER, M . L . COHEN, S . E . K O H N , a n d C. Y . FONG

Electronic Structure of Bil 3 (b) Vol. 78, No. 2, p. 7 3 7 - 7 4 7 (1976). See also 13.1, p. 129; 20.1, p. 278; 22.5, p. 390.

48

Subject I n d e x

5. Mössbauer Spectroscopy Review

Article

H . W . D E W I J N , A . M . VAN D I E P E N , a n d K . H . J . B U S C H O W

Samarium in Crystal Fields, a Case of Strong ./-Mixing (b) Vol. 76, No. 1, p. 1 1 - 3 0 (1976). See also 13, p. 113; 18, p. 222; 19, p. 247; 21, p. 289; 21.1, p. 302; 21.1.1, p. 316; 21.4, p. 326. Original

Papers

and Short

Notes

A . M . A F A N A S E V a n d V . D . GOROBCHENKO

* On t h e Theory of Mössbauer Emission Relaxation Spectra (b) Vol. 73, No. 1, p. 7 3 - 7 9 (1976). S. K . ARIF a n d D . S. P . BUNBURY

*Mössbauer a n d X - R a y Studies of Dy(Fei_. T Ni : c ) 3 and Y f F e i ^ z N i ^ I n t e r m e t a l l i c C o m p o u n d s (a) Vol. 33, No. 1, p. 9 1 - 9 5 (1976). See also 18.2, p. 228; 18.3, p. 239; 21.1.1, p. 316. V . A . T S U R I N , A . E . ERMAKOV, Y C . G . L E B E D E V , a n d B . N . FILIPPOV

*A Mössbauer Study of t h e Structural Characteristics of Equiatomic F e P d and F e P t Alloys (a) Vol. 33, No. 1, p. 3 2 5 - 3 3 2 (1976). See also 18.2, p. 229; 21.1.1, p. 316. E . D E G R A V E , C . D A U W E , A . GOVAERT, a n d J . D E S I T T E R

*Cation Distribution and Magnetic Exchange Interactions in MgFe 2 0 4 Studied by the Mössbauer Effect (b) Vol. 73, No. 2, p. 5 2 7 - 5 3 2 (1976). See also 18.3, p. 239; 22.8.2, p. 426. R . G. GABRIELYAN, L . A . KOCHARYAN, A . R . MKRTCHYAN, a n d S. S. TUMANYAN

*Double y-Acoustic Resonance in Crystals (b) Vol. 73, No. 2, p. 6 8 1 - 6 8 7 (1976). A . ANDREEFF, H . - J . HUNGER, a n d S. UNTERRICKER

*The Magnetic Hyperfine Interaction a t Cd 111 in Iron-Aluminium Alloys (b) Vol. 73, No. 2, p. K 8 9 - K 9 2 (1976). See also 18.2, p. 229; 21, p. 291; 21.1.1, p. 317. V . A . P O V I T S K I I , E . F . MAKAROV, N . V . M U R A S H K O , a n d A . N . SALTIGIN

•Mössbauer Study of Superparamagnetic 8-FeOOH and I t s Transformation into a - F e 2 0 ? (a) Vol. 33, No. 2, p. 7 8 3 - 7 8 7 (1976). See also 1.2, p. 15; 22.8.2, p. 427. M . J . TRICKER, R . K . THORPE, J . H . FREEMAN, a n d G . A . GARD

•Conversion Electron Mössbauer Spectroscopy Study of Crystals of Graphite (a) Vol. 33, No. 2, p. K 9 7 - K 1 0 0 (1976). See also 22.1, p. 343.

57

Fe Ion I m p l a n t e d into Single

A . G . MADDOCK, A . F . WILLIAMS, K . E . SIEKIERSKA, a n d J . F E N G E R

*The Mössbauer Emission Spectra of I m p u r i t y " C o b a l t in a Halide Matrix (b) Vol. 74, No. 1, p. 1 8 3 - 1 9 2 (1976). See also 22.5.2, p. 393; 22.5.3, p. 399. J . W I N T E R , K . RÖSSLER, J . BOLZ, a n d J . P E L Z L

•Mössbauer Effect a n d R a m a n Studies of t h e Structural Phase Transitions in K 2 [SnCl 6 ] (b) Vol. 74, No. 1, p. 1 9 3 - 1 9 8 (1976). See also 1.2, p. 15; 20.1, p. 263; 22.8, p. 414.

5. Mössbauer Spectroscopy

49

H. POLLAK * Charge Transfer in Cordierite (b) Vol. 74, No. 1, p. K 3 1 - K 3 4 (1976). See also 20.1, p. 264; 22.8.1, p. 420. K . RUEBENBAUER a n d W . 2UREK

*Mössbauer Line-Shape after Nuclear Resonant Scattering (b) Vol. 74, No. 2, p. K 1 6 5 - K 1 6 7 (1976). P . C. M . GUBBENS a n d K . H . J . BUSCHOW

*Mössbauer Effect Study of TmaFe^.^Coj; and Tm 2 Fe n _ :1 .Ni j: Compounds (a) Vol. 34, No. 2, p. 7 2 9 - 7 3 5 (1976). See also 18.2, p. 231; 21.1.1, p. 318; 21.4, p. 326. J . P . MATHIEU a n d J . CHAPPERT

*Electronic Properties and Relaxation Processes of Fe 2 + in Iron Bisacetylacetonate Dihydrate from Mössbauer Spectroscopy (b) Vol. 75, No. 1, p. 1 6 3 - 1 7 1 (1976). See also 22.9, p. 436.

G. YA. SELYUTIN

•Mössbauer Spectrum near the Critical Point (b) Vol. 75, No. 1, p. 2 3 3 - 2 3 8 (1976). See also 18, p. 223. S . LIGENZ A

A Study of the 6 Ss/2-Term Splitting of an Fe 3 + Ion in Zinc Ferrite by Neutron Spectroscopy (b) Vol. 75, No. 1, p. 3 1 5 - 3 2 6 (1976). See also 13.4, p. 138; 18.3, p. 240; 22.8.2, p. 428.

G . CHANDRA, C . BANSAL, a n d J . R A Y

•Temperature-Dependent Mössbauer Study of Equiatomic Disordered CoFe and NiFe Alloys (a) Vol. 35, No. 1, p. 7 3 - 7 7 (1976). See also 21.1, p. 307; 21.1.1, p. 318. A . M . VAN D E B R R A A N , J . N . J . VAN D E B V E L D E N , J . H . F . VAN A P E L D O O R N , P . C . M . G U B B E N S , a n d K . H . J . BUSCHOW

•Mössbauer Effect Study and Magnetization Measurements of RFe 3 Intermetallic Compounds with R = Sm, Gd, Tb, Dy, Ho, and Th (a) Vol. 35, No. 1, p. 1 3 7 - 1 5 1 (1976). See also 18.2, p. 232; 21.1.1, p. 318; 21.4, p. 326. F.

et P. Poix • E t u d e par effet Mössbauer et measures magnétiques de la solution solide Fe2 _ 2zMgi + sSn^C^ (Mössbauer Effect and Magnetic Measurement on the Solid Solution Fe2_2a;Mgi4.^Sn x 0 4 ) (a) Vol. 35, No. 1, p. 1 5 3 - 1 6 4 (1976). See also 18.3, p. 240; 22.8.2, p. 428.

BASILE

P . DUHAJ, J . SITEK, M . PEEJSA, a n d P . BUTVIN

Electron Microscopy and Mössbauer Study of the Amorphous Metallic Alloys P d ^ ^ F e ^ S i ^ (a) Vol. 35, No. 1, p. 2 2 3 - 2 3 3 (1976). See also 1.2, p. 16; 2, p. 37; 21.1.1, p. 318. R . LINDSEY

•Measurement of Mössbauer Diffusion Broadening in a-Iron Stabilized with Vanadium (b) Vol. 75, No. 2, p. 5 8 3 - 5 9 2 (1976). See also 9, p. 73; 21.1.1, p. 319. 4

physica, Reg.-Bd. 9

50

Subject Index

A . M . A F A N A S E V a n d V . D . GOROBCHENKO

*Theory of Time-Dependent Mössbauer Emission Spectra under Relaxation Conditions (b) Vol. 76, No. 2, p. 4 6 5 - 4 7 3 (1976). DEBADIDEB

BHATTACHARYA

•The Study of Dislocations by the Mössbauer Effect (b) Vol. 76, No. 2, p. K 8 1 - K 8 4 (1976). See also 10.2, p. 94. J . SAWICKI, B . SAWICKA, J . STANEK, a n d J . KOWALSKI

•Mössbauer Study of Heat Treated 57 Fe Implanted Silicon (b) Vol. 77, No. 1, p. K 1 - K 4 (1976). See also 22.1.2, p. 356.

F . P . L I V I , J . D . R O G E R S , a n d P . J . VICCARO

•Experimental Studies of Hyperfine Interactions and Magnetization in HfFe 2 (a) Vol. 37, No. 1, p. 1 3 3 - 1 3 8 (1976). See also 18.2, p. 235; 21.1.1, p. 320. T . R U S K O V , T . TOMOV, a n d S . G E O R G I E V

*Mössbauer Investigation of the Morin Transition in Hematite (a) Vol. 37, No. 1, p. 2 9 5 - 3 0 2 (1976). See also 18.4, p. 245; 22.6, p. 407. M . SHIGA a n d Y . N A K A M U R A

•Mössbauer Study of B.C.C. Fe-Cr Alloys near the Critical Concentration (a) Vol. 37, No. 1, p. K 8 9 - K 9 2 (1976). See also 18.2, p. 235; 21.1, p. 311; 21.1.1, p. 321. R E V A G A R G a n d V . K . GARG

*On the Quadrupole Splitting-Isomer Shift Linear Correlationship and the Sign of Electric Field Gradient (b) Vol. 77, No. 2, p. K 1 6 5 - K 1 7 0 (1976). See also 22.8, p. 417. K . V. R E D D Y a n d S. C. CHETTY

*Mössbauer Studies on the Fe-Te System (a) Vol. 37, No. 2, p. 6 8 7 - 6 9 4 (1976). See also 18.4, p. 245; 21.1.1, p. 321. K . KNOCH a n d H . DANNHEIM

•Temperature Dependence of the Cation Distribution in Magnesium Ferrite (a) Vol. 37, No. 2, p. K 1 3 5 - K 1 3 7 (1976). See also 22.8.2, p. 431. E . M . SAVITZKII, M . I . BYCHKOVA, V . V . BARON, B . E . D Z E V I T S K I I , a n d N . I . SAVATEEV

Lattice Instability of Compound Nb 3 Sn in Strained State (a) Vol. 37, No. 2, p. K 1 6 5 - K 1 6 7 (1976). See also 1.2, p. 29; 21, p. 299. S . K . GODOVIKOV, M . G . K O Z I N , V . V . T U R O V T S E V , a n d V . S . S H P I N E L

•Hyperfine Fields Acting on Diamagnetic Impurities and the Anisotropic Exchange via the s- and d-Electrons in the Rare E a r t h Metals (b) Vol. 78, No. 1, p. 1*03—111 (1976). See also 18.2, p. 235; 18.4, p. 245; 21.4, p. 327. S . LIGENZA

A Study of Spin Interaction in a Manganese-Substituted Zinc Ferrite by Neutron Spectroscopy (b) Vol. 78, No. 1, p. 3 0 1 - 3 1 0 (1976). See also 18.4, p. 245; 22.8.2, p. 431.

5. Mössbauer Spectroscopy

51

V . S . ZASIMOV, N . N . LOBANOV, J . R Ü D I G E R u n d R . N . K U S M I N

•Untersuchung der thermischen Diffusionsstreuung im Graphitkristall mit Hilfe des Mössbauer-Effektes (Study of Thermal Diffusion Scattering in Graphité Crystal by the Mössbauer Effect) (a) Vol. 38, No. 1, p. K 4 5 - K 4 7 (1976). See also 22.1, p. 344. D . C . G U P T A a n d N . D . SHARMA

*Pressure Dependence of the Mössbauer Fraction for 57 Fe in Ti, V, and Cu (b) Vol. 78, No. 2, p. K125 —K129 (1976). See also 6, p. 64; 21.1, p. 314.

S . C . BHARGAVA a n d P . K . I Y E N G A R

*Study of Hyperfine Fields at Iron Nuclei in (Co, Fe) 5 Ge 3 Using the Mössbauer Effect (a) Vol. 38, No. 2, p. 6 0 1 - 6 0 9 (1976). See also 18.1, p. 227; 18.2, p. 236; 21.1.1, p. 322.

Subject Indes

52

6. Lattice Dynamics. Phonons Review

Articles

W . HATJBENBEISSER, T H . K L U P S C H , a n d P . VOIGT

Quantum Statistical Theory of Parametric Spin-Wave Excitations in Magnetoelastic Ferromagnets under Parallel Pumping (II) : Calculation of Macroscopic Observables (b) Vol. 73, No. 1, p. 1 1 - 6 4 (1976). See also 13, p. 113; 13.5.4, p. 160; 18.2, p. 228.

M . N . SAPOZHNIKOV

*Zero-Phonon Transitions in the Optical Spectra of Impurity Molecular Crystals (b) Vol. 75, No. 1, p. 1 1 - 5 1 (1976). See also 13.4, p. 134; 20.1, p. 260; 20.3, p. 280; 22.9, p. 433.

H . BÖTTGER a n d V . V . B R Y K S I N

Hopping Conductivity in Ordered and Disordered Solids (I) (b) Vol. 78, No. 1, p. 9 - 5 6 (1976). See also 2, p. 35; 13, p. 113; 13.5.3, p. 159; 14.3, p. 173; 22, p. 333.

H . BÖTTGER a n d V . V . B R Y K S I N

Hopping Conductivity in Ordered and Disordered Solids (II) (b) Vol. 78, No. 2, p. 4 1 5 - 4 5 1 (1976). See also 2, p. 35; 13, p. 113; 13.5.3, p. 159; 14.3, p. 173; 22, p. 333. Original Papers

and Short

Notes

F . BECHSTEDT, R . E N D E R L E I N , A . KOLPAKOV, a n d K . P E U K E P ,

*Theory of Resonance Raman Scattering near Critical Points (b) Vol. 73, No. 1, p. 1 4 1 - 1 4 9 (1976). See also 13.1, p. 120; 13.5.1, p. 149; 20.1, p. 260.

M . TAUT a n d H . ESCHRIG

*Electron and Phonon Spectra of Calcium (b) Vol. 73, No. 1, p. 1 5 1 - 1 5 4 (1976). See also 13.1, p. 120; 13.2, p. 130; 21.3, p. 324.

N . J . DORAN a n d E . GERLACH

*A Theory for Electron Transport Due to Phonon Scattering Including Screening (b) Vol. 73, No. 1, p. 2 0 3 - 2 0 9 (1976). See also 14.3, p. 173; 22.2.1, p. 362.

H . BOTTGER a n d V . V . B R Y K S I N

Theoretical Investigation of the Hopping Conductivity in Disordered Systems in a Large Frequency Range (b) Vol. 73, No. 1, p. 2 2 9 - 2 3 7 (1976). See also 2, p. 35; 13, p. 113; 14.3, p. 173.

J . H O N E R ZU SLEDERDISSEN

*Impurity-Induced Raman Spectra of Potassium Halides (b) Vol. 73, No. 1, p. 2 3 9 - 2 4 4 (1976). See also 13.4, p. 134; 20.1, p. 260; 22.5.2, p. 392.

P . PLTJMELLE a n d M . V A N D E V Y V E R

*Lattice Dynamics of ZnTe and CdTe (b) Vol. 73, No. 1, p. 2 7 1 - 2 8 1 (1976). See also 22.4.3, p. 385.

6. Lattice Dynamics. Phonons

53

J . W . J . TIMANS a n d H . W . DEN HARTOG

*Local-Mode Absorption of H~ and D - in SrCl 2 :RE and SrF 2 :RE Single Crystals (b) Voi. 73, No. 1, p. 2 8 3 - 2 9 2 (1976). See also 20.1, p. 260; 22.5.3, p. 399. L . M . FALICOV a n d W . Y .

Hsu

•Phonons and Quasi-Periodic Static Fluctuations (b) Vol. 73, No. 1, p. 3 0 1 - 3 0 6 (1976). See also 13.2, p. 130; 14.1, p. 164; 21.1, p. 302. T . FUKUMOTO, S . NAKASHIMA, K . TABUCHI, a n d A . MITSUISHI

T e m p e r a t u r e Dependence of R a m a n Spectra of Cuprous Halides (b) Vol. 73, No. 1, p. 3 4 1 - 3 5 1 (1976). See also 20.1, p. 260; 22.5, p. 388. C. UHER

E r r a t u m to : Low-Field Thermomagnetic Tensor for the Bi-Like Band Structure (b) Vol. 73, No. 1, p. 379 (1976). See also 13.1, p. 121; 15, p. 209; 21.7, p. 332. P . K . BASU a n d B . R . NAG

Iterative Calculation of the Polar Optical Mobility in Semiconductors in the Extreme Quantum Limit (b) Vol. 73, No. 1, p. K 1 5 - K 1 7 (1976). See also 14.3, p. 173; 22.2.3, p. 367. W . BAUSCH

•Accuracy of the Boundary Relaxation Time Approximation (b) Vol. 73, No. 1, p. K 2 3 - K 2 5 (1976). See also 8, p. 67; 22.5.2, p. 392. R . MEHROTRA a n d M . M . P A N T

•Static and Dynamic Displacements near a Crystal Surface (b) Vol. 73, No. 1, p. K 2 7 - K 3 0 (1976). See also 1.6, p. 34; 8, p. 67; 21.1.1, p. 316. A . V . ALEKSEEV a n d U . K H . KOPVILLEM

•The Collapse of Radiation Stimulated by the Dipole-Dipole Temperature (b) Vol. 73, No. 1, p. K 4 1 - K 4 6 (1976). See also 19, p. 247; 22.8, p. 413. M . LEPPIHALME a n d T . TUOMI

Photovoltage Spectra of Metal-Silicon (p-Type) Diodes near the Indirect Absorption Edge of Silicon (a) Vol. 33, No. 1, p. 1 2 5 - 1 3 3 (1976). See also 13.5.1, p. 149; 14.3.3, p. 190; 16, p. 213; 20.1, p. 261; 22.1.2, p. 351. M . L . SWANSON, L . M . H O W E , a n d A . F . QUENNEVILLE

The Combined Effects of Lattice Vibrations and Irradiation-Induced Defects on Dechanneling in Copper (a) Vol. 33, No. 1, p. 2 6 5 - 2 7 4 (1976). See also 11, p. 100; 21.1, p. 303. S . I . MASHAKOV

•Anharmonic Effects in Heat Capacity a n d Saturation Vapour Pressure of Dilute Substitutional Alloys (b) Vol. 73, No. 2, p. 4 0 1 - 4 0 8 (1976). See also 8, p. 67; 21, p. 290.

Subject Index

54 E . M . LEDOVSKAYA a n d M . I . PETRASHEN

The Determination of the Symmetry Group of Molecular Centres in Crystals (b) Vol. 78, No. 2, p. 4 9 5 - 4 9 8 (1976). See also 10.2, p. 89; 22.5.2, p. 393. M . GIEHLEB a n d E . JAHNE

K

*Effect of Damping on the Plasmon-Phonon Coupling in CdS and GaP (b) Vol. 73, No. 2, p. 5 0 3 - 5 1 6 (1976). See also 13.5.2, p. 157; 20.1, p. 261; 22.2.2, p. 365; 22.4.1, p. 379. P . PETELENZ

Effective Electron-Hole Interaction in Molecular Crystals (I) (b) Vol. 73, No. 2, p. 5 6 5 - 5 7 3 (1976). See also 13, p. 114; 13.5.1, p. 150; 14.3, p. 174; 22, p. 334. A . GEISEL a n d P H . SCHMID

*Polytypism and Lattice Vibrations of P b l 2 (b) Vol. 73, No. 2, p. 5 8 7 - 5 9 1 (1976). See also 20.1, p. 262; 22.5, p. 388. J . VON B O R Z E S Z K O W S K I

On the Eléctric Field Dependence of the Conductivity of Holes in Si a t Low Temperatures (I): The Drift Velocity under Consideration of the Non-Equipartition of Acoustic Phonon Energy (b) Vol. 73, No. 2, p. 6 0 7 - 6 1 4 (1976). See also 13.1, p. 121; 14.3.4, p. 195; 22.1.2, p. 351. B . DORNER, R . E . GHOSH, a n d G . H A R B E K E

*Phonon Dispersion in the Layered Compound Pbl» (b) Vol. 73, No. 2, p. 6 5 5 - 6 5 9 (1976). See also 7, p. 65; 12.2, p. 110; 22.5, p. 388. V . K . ARORA

Effect of Inelasticity on Magnetoresistance (b) Vol. 73, No. 2, p. K 9 3 - K 9 4 (1976). See also 14.3, p. 174; 22.2.3, p. 367. L. HULDT

* Phonon-Assisted Auger Recombination in Germanium (a) Vol. 33, No. 2, p. 6 0 7 - 6 1 4 (1976). See also 13.1, p. 122; 20, p. 257; 22.1.1, p. 345. B . V . N O V I K O V , N . S . SOKOLOV, a n d S . V . G A S T E V

Free-Carrier Generation via Exciton-Phonon and Exciton-Impurity Interaction in Ge Crystals (b) Vol. 74, No. 1, p. 8 1 - 8 9 (1976). See also 13.4, p. 136; 13.5.1, p. 150; 16, p. 214; 22.1.1, p. 345. T . IIDA a n d R . MONNIER

Static Properties of the Self-Trapped Hole in Simple Cubic Cesium Halides (b) Vol. 74, No. 1, p. 9 1 - 1 0 2 (1976). See also 13.4, p. 136; 20.1, p. 263; 22.5.2, p. 393. D. V.

K A P O R , S. D. STOJANOVIC, M. J . S K K I N J A R , and B . S. Tosió *A New Approach to Exciton-Phonon Interaction and Some Consequences (b) Vol. 74, No. 1, p. 1 0 3 - 1 1 0 (1976). See also 13.5.1, p. 150.

J . K U R I T T U a n d M . MERISALO

*Mean-Square Displacements for NH4C1 and ND4C1 Crystals (b) Vol. 74, No. 1, p. 1 7 7 - 1 8 1 (1976). See also 22, p. 335.

6. L a t t i c e D y n a m i c s . P h o n o n s

55

C . A . B A T E S a n d H . SZYMCZAK

*The P h o n o n - I n d u c e d T e m p e r a t u r e Dependences of S p i n - H a m i l t o n i a n P a r a m e t e r s for S-State Ions (b) Vol. 74, No. 1, p. 2 2 5 - 2 3 3 (1976). See also 19, p. 249; 22.4.1, p. 379; 22.6, p. 403. E.JAHNE

* L o n g - W a v e l e n g t h Optical P h o n o n s in Mixed Crystals (I): A S y s t e m of Two Coupled Modes (b) Vol. 74, No. 1, p. 2 7 5 - 2 8 3 (1976). See also 20.1, p. 263; 22.2.4, p. 370; 22.3.1, p. 375. SHI-YU

WB

*The Resonance Modes in t h e Vibrational S p e c t r u m of a Chain w i t h L i g h t I m p u r i t i e s (b) Vol. 74, No. 1, p. 3 4 9 - 3 5 7 (1976). See also 10, p. 75. J . K . PRIBRAM a n d C. M . PENCHINA

Phonon-Assisted E l e c t r o a b s o r p t i o n b y C o n t a c t E x c i t o n s (b) Vol. 74, No. 1, p. 3 7 5 - 3 8 1 (1976). See also 13.5.1, p. 151; 14.3.4, p. 196; 20.1, p. 264. V . I . ALSHITS a n d Y U . M . SANDLER

E r r a t u m t o : F l u t t e r Mechanism of Dislocation D r a g (b) Vol. 74, No. 1, p. K 8 5 (1976). See also 10, p. 75. R . BLINC, H . ABEND, a n d A . KANDUSER

*Vibrational Spectra, H y d r o g e n Bonding, a n d Ferroelectricity in t h e P b H P 0 4 F a m i l y (b) Vol. 74, No. 2, p. 4 2 5 - 4 3 5 (1976). See also 4, p. 45; 14.4.1, p. 206; 20.1, p . 265 ; 22.8.1, p. 420. M. I. DYKMAN

*Theory of N o n d e g e n e r a t e Two-Dimensional Electrons I n t e r a c t i n g w i t h P h o n o n s in Q u a n t i zing Magnetic Fields (b) Vol. 74, No. 2, p. 5 4 7 - 5 5 9 (1976). See also 13.1, p. 122; 20.1, p. 265. B . ULRICI a n d E . JAHNE

* P h o n o n Frequencies of I n P Derived f r o m T w o - P h o n o n A b s o r p t i o n (b) Vol. 74, No. 2, p. 6 0 1 - 6 0 7 (1976). See also 20.1, p. 265; 22.2.2, p. 365. P . PETELENZ

• E f f e c t i v e E l e c t r o n - H o l e I n t e r a c t i o n in Molecular Crystals ( I I ) : P h o n o n Mechanism (b) Vol. 74, No. 2, p. 6 5 5 - 6 5 8 (1976). See also 13, p. 115; 13.5.1, p. 152; 14.3, p. 175; 22, p. 335. J . W . MARTIN a n d R . PAETSCH

Generalised Viscosity a n d Dislocation D a m p i n g C o n s t a n t in D i a t o m i c Crystalline Solids (b) Vol. 74, No. 2, p. 7 6 1 - 7 7 2 (1976). See also 10, p. 75; 12, p. 106. J . NIEWODNICZANSKA-ZAWADZKA a n d J .

RAUIUSZKIEWICZ

*The Observation of L O P h o n o n s in HgSe a n d H g T e b y E l e c t r o n Tunneling (b) Vol. 74, No. 2, p. K 9 3 - K 9 5 (1976). See also 14.3.3, p. 191; 22.4.2, p. 383; 22 4.3, p. 385. H . BOTTGER a n d V . V . BRYKSIN

On t h e Equivalence of D i f f e r e n t Theoretical Descriptions of t h e H o p p i n g C o n d u c t i v i t y in Disordered Systems (b) Vol. 74, No. 2, p. K 1 5 1 - K 1 5 6 (1976). See also 2, p. 37; 13, p. 115; 14.3, p. 175.

Subject Index

56 P . CHARSLEY a n d M . H . S . R A H I M

The Effect of Ageing on the Lattice Thermal Conductivity of Copper Alloys Deformed at Liquid Helium Temperatures (a) Vol. 34, No. 2, p. 5 3 3 - 5 3 9 (1976). See also 8, p. 68; 10.1, p. 80; 21.1, p. 306. G . B . A B D U L L A E V , K . R . A L L A K H V E R D I E V , R . K H . N A N I , E . YTJ. S A L A E V , a n d R . M . S A R D A R L Y

*Far-Infrared Reflection Spectra of TlGaSe2 (a) Vol. 34, No. 2, p. K 1 1 5 - K 1 1 7 (1976). See also 20.1, p. 266; 22.8, p. 414. S . DTJRAISWAMY a n d T . M . H A R I D A S A N

*Moments of the Phonon Spectrum in Lithium Chloride (b) Vol. 75, No. 1, p. 5 3 - 5 9 (1976). See also 8, p. 68; 22.5.2, p. 394. O. P.BANSAL

On the Pressure Dependence of Electron Transport in Noble Metals (b) Vol. 75, No. 1, p. 8 5 - 9 0 (1976). See also 12.1, p. 107; 13.2, p. 130; 21.6, p. 330. R . P . GOYAL, K . K . SABKAK, a n d S . C . GOYAL

*Dispersion of Phonons in Transition Metal Oxides (MnO) (b) Vol. 75, No. 1, p. 1 0 1 - 1 0 4 (1976). See also 22.6, p. 404. E . L . BOKHENKOV, I . NATKANIEC, a n d E . P . SHEKA

*Neutron Spectroscopy of Naphthalene Crystal Internal Phonon Modes (b) Vol. 75, No. 1, p. 1 0 5 - 1 1 6 (1976). See also 20.1, p. 267; 22.9, p. 435. D . BILLABD, F . GEEVAIS, a n d B . PIRIOU

*Analysis of Multiphonon Absorption in Corundum (b) Vol. 75, No. 1, p. 1 1 7 - 1 2 6 (1976). See also 20.1, p. 267; 22.6, p. 404. E.JAHNE

*Long-Wavelength Optical Phonons in Mixed Crystals (II): The Persistence of Common Gaps (b) Vol. 75, No. 1, p. 2 2 1 - 2 3 2 (1976). See also 20.1, p. 267; 22.2.4, p. 370. R . MAZTJMDAB a n d L . S . K O T H A R I

*Anharmonic Vibrations of a Small Linear Chain (b) Vol. 75, No. 1, p. 3 8 1 - 3 9 0 (1976). Erratum (b) Vol. 78, No. 2, p. 843 (1976). T . R . RAO, M . L . BANSAL, V . C. SAHNI, a n d A . P . R O Y

•Study of Internal Modes of SO^- in LiKS0 4 (b) Vol. 75, No. 1, p. K 3 1 - K 3 4 (1976). See also 20.1, p. 267; 22.8.1, p. 421. W . SIEGEL, A . HEINRICH, a n d E . ZIEGLER

Electron and Hole Mobility in ZnSiP 2 (a) Vol. 35, No. 1, p. 2 6 9 - 2 7 9 (1976). See also 13.4, p. 139; 14.3, p. 176; 22.8, p. 415. S . V . GANTSEVICH, V . L . GUREVICH, V . D . K A G A N , a n d R . K A T I L I U S

Transformation of Incoherent Phonon Flux into a Coherent Acoustical Signal as the Result of the Nonlinear Amplification of Acoustical Phonons in Semiconductors (b) Vol. 75, No. 2, p. 4 0 7 - 4 2 2 (1976). See also 7, p. 65; 14.3.4, p. 197; 22, p. 336.

6. Lattice Dynamics. Phonons

57

H . U E B A a n d S . ICHIMURA

Plasmon-Phonon-Coupled Mode Sideband of Excitons (b) Vol. 75, No. 2, p. 5 0 1 - 5 0 6 (1976) See also 13.5.1, p. 153; 13.5.2, p. 157; 20.1, p. 268; 22, p. 336. H . MICHEL a n d M . WAGNER

*Non-Thermal Stimulation of Three-Level Impurities by Phonons (b) Vol. 75, No. 2, p. 5 0 7 - 5 1 7 (1976). See also 8, p. 68; 13.4, p. 139; 22.5.2, p. 395. H . B I L L a n d W . VON D E R O S T E N

R a m a n and Vibronic Spectra of a New Oxygen Molecule Ion in CaF 2 (b) Vol. 75, No. 2, p. 6 1 3 - 6 1 9 (1976). See also 10.2, p. 93; 20.3, p. 284; 22.5.3, p. 399. C. M . GOEL a n d B . D A Y A L

*Second-Order R a m a n Spectra of RbCl, R b B r , and R b l Crystals (b) Vol. 75, No. 2, p. 6 9 7 - 7 0 3 (1976). See also 20.1, p. 268; 22.5.2, p. 395. E . KOLLEY a n d W . KOLLEY

Effect of Thermal Fluctuations on the Electronic Densities of States in Disordered Binary Alloys. Numerical Results of CPA Model Calculations (b) Vol. 75, No. 2, p. 7 2 1 - 7 3 0 (1976). See also 2, p. 38; 13, p. 116; 21, p. 294. R . VACHER a n d J . PELOUS

•Measurement of the Intensity of the Brillouin Lines in Amorphous Media a t Very Low Temperature (b) Vol. 75, No. 2, p. K 1 0 1 - K 1 0 3 (1976). See also 2, p. 38; 20.1, p. 269; 22.9, p. 436. R . PAETSCH

•Dislocation Damping Constant in Dispersive Monatomic Crystals (b) Vol. 75, No. 2, p. K 1 0 5 - K 1 0 9 (1976). See also 10, p. 76. C . U H E R a n d H . J . GOLDSMID

Phonon-Drag Generated Umkehreffekt in Bismuth (b) Vol. 75, No. 2, p. K 1 3 7 - K 1 4 1 (1976). See also 15, p. 210; 21.7, p. 332. J . ZIRKE, G . FRAHM, A . TAUSEND, a n d D . WOBIG

• I n f r a r e d and R a m a n Studies of TISe (b) Vol. 75, No. 2, p. K 1 4 9 - K 1 5 2 (1976). See also 20.1, p. 269; 22, p. 337. B . N . N . ACHAR a n d G . R . BARSCH

•Phonon Dispersion in V3Si (b) Vol. 76, No. 1, p. 1 3 3 - 1 4 3 (1976). See also 22.7, p. 411. A . K . GARG

•Pressed-Pellet Infrared Absorption Spectra of Molybdenum Dichalcogenides (b) Vol. 76, No. 1, p. 1 7 1 - 1 7 4 (1976). See also 20.1, p. 270; 22, p. 337. T . WASITTTYSSKI

Self-Consistent Phonon Calculation for Hexamethylenetetramine Molecular Crystals (b) Vol. 76, No. 1, p. 1 7 5 - 1 8 1 (1976). See also 4, p. 46; 12.2, p. 110; 22.9, p. 437.

Subject Index

58

E . SCHUBERTH, M . CREUTZBURG, a n d W . M Ü L L E R - L I E R H E I M

Evidence for a Partial F.C.C.—H.C.P. Phase Transition in Solid Neon f r o m R a m a n Scattering (b) Vol. 76, No. 1, p. 3 0 1 - 3 0 6 (1976). See also 1.2, p. 17; 20.3, p. 284; 23, p. 440. E . SIGMUND a n d M . W A G N E R

An Operator Method for Optical Lineshape Calculations in Non-Adiabatic Electron-Phonon Systems (b) Vol. 76, No. 1, p. 3 2 5 - 3 3 6 (1976). See also 13.4, p. 140; 20.1, p. 270. R . CAVALHEIRO a n d M . M . S H U K L A

•Lattice Dynamics of Gold on an E x t e n d e d de L a u n a y Model (b) Vol. 76, No. 1, p. 3 7 1 - 3 7 5 (1976). See also 21.6, p. 330. P . M . GASHIMZADE a n d K . A . RUSTAMOV

* E r r a t u m t o : Selection Rules for t h e Spinel Structure (b) Vol. 76, No. 1, p. 437 (1976). See also IS.4, p. 140; 22.8.2, p. 429. J . SZYMAÄSKI

E r r a t u m t o : Theory of Free Carrier Absorption in n-PbSe (b) Vol. 76, No. 1, p. 439 (1976). See also 13.1, p. 125; 20.1, p. 271; 22, p. 338. H . KÖHLER a n d C. R . BECKER

•Infrared-Active Lattice Vibrations in SnSe 2 (b) Vol. 76, No. 1, p. K 1 5 - K 1 7 (1976). See also 20.1, p. 271; 22, p. 338. N . J . D O R A N a n d E . GERLACH

Frequency Dependent Conductivity Due to Deformation Potential and Piezoelectric Scattering b y Acoustic Phonons in Semiconductors Including Screening (b) Vol. 76. No. 1, p. K 4 3 - K 4 6 (1976). See also 14.3, p. 178; 22.2.1, p. 363. L . HOLZ, K . K N E I P P , A . L A U , a n d W . W E R N C K E

•Stimulated R a m a n Scattering of Picosecond Laser Pulses by Polaritons in L i I 0 3 and L i N b 0 3 Single Crystals (a) Vol. 36, No. 1, p. K 5 - K 8 (1976). See also 13.5, p. 147; 20.1, p. 271; 20.2, p. 279; 22.8.1, p. 422. V . YAKHOT

•Theory of Multiphonon Vibrational Relaxation of a Guest Molecule in a Host Crystal (b) Vol. 76, No. 2, p. 4 5 1 - 4 5 6 (1976). See also 23, p. 440. S . K . S . MA, G . P . ALLDREDGE, a n d F . W . DE W E T T E

Surface and Size Effects in t h e Specific H e a t of Linear Chains (b) Vol. 76, No. 2, p. 4 5 7 - 4 6 4 (1976). See also 8, p. 69. P . KONSIN

Ferroelectric Phase Transitions in Systems with Broad Electronic Bands Caused by Interb a n d Electron-Phonon Interaction (b) Vol. 76, No. 2, p. 4 8 7 - 4 9 6 (1976). See also 13.1, p. 125; 14.4.1, p. 207; 22, p. 338.

6. Lattice Dynamics. Phonons

59

A . LOIDL, H . J E X , J . DAUBERT, a n d M . MÜLLNER

•Zero and First Sound in NaF and Rbl (b) Voi. 76, No. 2, p. 5 8 1 - 5 9 2 (1976). See also 7, p. 66; 8, p. 69; 12.2, p. Ill; 22.5.2, p. 395. L . G . GRECHKO, G . L . FALKO, a n d A . M . FEDORCHENKO

Surface Specific Heat of Isotropic Solids (b) Vol. 76, No. 2, p. 593-598 (1976). See also 8, p. 69. R . PÄSSLER

•Calculation of Nonradiative Multiphonon Capture Coefficients and Ionization Rates for Neutral Centres According to the Static Coupling Scheme (II) : Alternative Trap Models (b) Vol. 76, No. 2, p. 6 4 7 - 6 5 9 (1976). See also 13.1, p. 126; 13.4, p. 141; 22, p. 339; 22.4.1, p. 381. B . N . N . ACHAR a n d G . R . BARSCH

*Group Theoretical Analysis and Phonon Modes of V3Si (b) Vol. 76, No. 2, p. 6 7 7 - 6 8 8 (1976). See also 22.7, p. 411. G . R Ö P K E , V . CHRISTOPH, a n d G . VOJTA

Influence of Phonon Damping on the Electrical Resisitivity of Open Electron-Phonon Model Systems (b) Vol. 76, No. 2, p. 695-706 (1976). See also 8, p. 69; 14.1, p. 165. P . CLAUWS a n d J . V E N N I K

•Lattice Vibrations of V 2 0 5 . Determination of TO and LO Frequencies from Infrared Reflection and Transmission (b) Vol. 76, No. 2, p. 7 0 7 - 7 1 3 (1976). See also 20.1, p. 272; 22.6, p. 406. S . V . V L A C H O S , A . P . LAMBROS, A . T H A N A I L A K I S , a n d N . A . ECONOMOU

Anisotropic Indirect Absorption Edge in GeSe (b) Vol. 76, No. 2, p. 727-735 (1976). See also 20.1, p. 272; 22.7, p. 411. T . SOMA

•Modified Perturbation Method for Diamond-Type Crystals (b) Vol. 76, No. 2, p. 753-758 (1976). See also 12.2, p. I l l ; 13.1, p. 126; 22.1, p. 344; 22.1.1, p. 348; 22.1.2, p. 355. F . F . SOKOLOV

•Memory Function of Frenkel Exciton in the Presence of Exciton-Phonon Interaction (b) Vol. 76, No. 2, p. K 1 3 1 - K 1 3 5 (1976). See also 13.5.1, p. 154. E . ZIEGLER, W . SIEGEL, a n d A . H E I N R I C H

•First-Order NPO Scattering in p-ZnSiAs2 and p-CdSiAs2 (a) Vol. 36, No. 2, p. 4 9 1 - 4 9 4 (1976). See also 14.3, p. 179; 22.8, p. 417. D . W . FIELD

An X-Ray Diffraction Study of White Tin (a) Vol. 36, No. 2, p. 5 9 7 - 6 0 1 (1976). See also 1.1, p. 12; 21.7, p. 332.

60

Subject Index

U . VOL AND, P . D E U S , a n d H . A . SCHNEIDER

*Debye Temperature of Polycrystalline Silicon (a) Vol. 36, No. 2, p. K 1 6 5 - K 1 6 9 (1976). See also 8, p. 70; 22.1.2, p. 356. A . V . LELYAKOV

Bose-Einstein Condensation of Free Excitons in AgBr-Type Crystals at High Excitation (b) Vol. 77, No. 1, p. 5 9 - 7 0 (1976). See also 13.1, p. 127; 13.5.1, p. 154; 20.3, p. 285; 22.5.1, p. 391. V . K . ARORA a n d E . Q U R E S H I

•Quantum Theory of Microwave Conductivity (b) Vol. 77, No. 1, p. 7 7 - 8 4 (1976). See also 14, p. 163. G . P . SRIVASTAVA

•Derivation and Calculation of a Sequence of Lower-Bound Results for Lattice Thermal Conductivity (b) Vol. 77, No. 1, p. 1 3 1 - 1 4 0 (1976). See also 8, p. 70. R . S . SORBELLO

•Transport Theory of Ultrasonic Attenuation (b) Vol. 77, No. 1, p. 1 4 1 - 1 5 2 (1976). See also 7, p. 66; 14.1, p. 166. P . BRÜESCH, M . BOSCH, W . KÄNZIG, M . ZIEGLER, a n d W . BÜHRER

•Lattice Dynamics of the Phases I, II, and I I I of Sodium Hyperoxide N a 0 2 (b) Vol. 77, No. 1, p. 1 5 3 - 1 6 4 (1976). See also 20.1, p. 272; 22.6, p. 406. L . MERTEN a n d G . BORSTEL

•Phenomenological Theory of Coupling of Debye Relaxations with IR-Active Phonons (b) Vol. 77, No. 1, p. 2 2 1 - 2 2 7 (1976). See also 14.4.1, p. 207. F . SPIEGELBERG, E . GUTSCHE, a n d J . VOIGT

•Exciton-Phonon Interaction in CdS (b) Vol. 77, No. 1, p. 2 3 3 - 2 4 2 (1976). See also 13.5.1, p. 154-, 20.1, p. 272; 22.4.1, p. 381. J . SzYMAlSrSKI

•Deformation Potential Theory for Optical and Acoustic Phonons in PbSe-Like Semiconductors (b) Vol. 77, No. 1, p. 3 4 7 - 3 5 1 (1976). See also 22, p. 339. J . E . LOWTHER

Mechanisms of Energy Transfer between Rare Earth Ions (b) Vol. 77, No. 1, p. 3 5 9 - 3 6 6 (1976). See also 2, p. 39; 13.4, p. 142; 21.4, p. 327. J . A . COCKS a n d S H I - Y I T

WU

•The Dynamics of and the Effect of a Short Range Order on a Segregated Binary Chain (b) Vol. 77, No. 1, p. K 5 - K 9 (1976). See also 10, p. 76. V . G . KVACHADZE a n d Z . G . AKHVLEDIANI

•Influence of y-Irradiation on the Thermal Conductivity of KCl :KOH Crystals (b) Vol. 77, No. 1, p. K 2 1 - K 2 5 (1976). See also 8, p. 70; 11, p. 103; 20.1, p. 273; 22.5.2, p. 396.

6. Lattice Dynamics. Phonons

61

R . MARTENS a n d F . F R E U N D

•The Potential Energy Curve of the Proton and the Dissociation Energy of the O H - Ion in Mg(OH)2 (a) Vol. 37, No. 1, p. 9 7 - 1 0 4 (1976). See also 20.1, p. 273; 22.8, p. 417. A . RIVERIS, S. KUDZMAUSKAS, a n d P . PIPINYS

Release of Electrons from Traps by an Electric Field with Phonon Participation (a) Vol. 37, No. 1, p. 3 2 1 - 3 2 7 (1976). See also 13.4, p. 142; 14.3.4, p. 199; 20.3, p. 286; 22.4.1, p. 381. L . A . B E R T O L O a n d M . M . SHTJKLA

*A Calculation of Debye-Waller Factors for F.C.C. Metals (b) Vol. 77, No. 2, p. 4 3 3 - 4 3 9 (1976). See also 21, p. 298; 21.1, p. 312; 21.5, p. 328; 21.6, p. 331. D . RLÄHN a n d K . KILIMANN

The Damping of Excitons by Phonons (b) Vol. 77, No. 2, p. 4 8 3 - 4 9 3 (1976). See also 13.5.1, p. 155 ; 22.1.1, p. 348. L . K . A M I N O V , R . K I R M S E , a n d B . V . SOLOVEV

Electron Spin-Lattice Relaxation of Cu2+ Ions in Planar Coordination Geometries. Calculation and Experimental Data of T1 for Cu 2+ in Ni(II)bis(diethyl-dithiocarbamate) Crystals (b) Vol. 77, No. 2, p. 5 0 5 - 5 1 5 (1976). See also 4, p. 46; 18.1, p. 226; 19, p. 254; p. 22.9, p. 438.

H . BÖTTGER

*On the Theory of Lattice Vibrations in Mixed Crystals. The Connection between the R E I Model, ATA, and CPA (b) Vol. 77, No. 2, p. 5 6 1 - 5 7 0 (1976). See also 22, p. 340. S . C. GOYAL a n d A . K . GOYAL

•Dispersion of Phonons in Metal Carbides (UC) (b) Vol. 77, No. 2, p. 6 3 9 - 6 4 3 (1976). See also 12.2, p. 112; 22, p. 340. D . W . BTJLLETT

Non-Empirical Calculation of Structural Properties and Valence Force Fields. Application to Se and Te (b) Vol. 77, No. 2, p. 6 4 5 - 6 5 0 (1976). See also 1, p. 9; 4, p. 46; 22.1.3, p. 360. M . OBIDITSCH a n d H . KAHLERT

Electric Field Induced Changes of the Fundamental Absorption and Low-Temperature Energy Relaxation in n-Type GaSb (b) Vol. 77, No. 2, p. 6 7 7 - 6 8 4 (1976). See also 14.3, p. 180; 20.1, p. 274; 22.2.3, p. 368. J . G^ CASTRO, H . C . B A S S O , a n d M . D E SOUZA

•Local Mode of H Substitutional Ion in KCN (b) Vol. 77, No. 2, p. 6 8 5 - 6 9 2 (1976). See also 1.2, p. 19; 10.2, p. 95; 20.1, p. 274; 22, p. 340. J . ASLAM, S . ROLANDSON, M . M . B E G , N . M . BUTT, a n d Q . H . K H A N

•Phonons in the Mixed Crystal E^ 5 Rb 0 5 I (b) Vol. 77, No. 2, p. 6 9 3 - 7 0 0 (1976).' See also 12.2, p. 112; 22.5.4, p. 401.

62

Subject Index

A . RAJIAKANTH a n d S. K . GHATAK

*Electron-Mediated Nuclear Spin-Phonon Interaction in Metals (b) Vol. 77, No. 2, p. K123-K127 (1976) See also 19, p. 255. P . R . W . HUDSON

*The Significance of the Frequency Dependence of Phonon Scattering by Platelets in Type I a Diamond (a) Vol. 37, No. 2, p. 645-651 (1976). See also 8, p. 71 ;'22.1, p. 344. A . M . BON, C. BENOIT, a n d O . BERNARD

•Dynamical Properties of Crystals of Sr(N03)2, Ba(N0 3 ) 2 , and Pb(N0 3 ) 2 (I): Infrared Spectra and Structure (b) Vol. 78, No. 1, p. 6 7 - 7 8 (1976). See also 20.1, p. 275; 22.8.1, p. 424. J . T . DEVREESE a n d R . EVRARD

On the Momentum Distribution of Electrons in Polar Semiconductors for High Electric Field (b) Vol. 78, No. 1, p. 8 5 - 9 2 (1976). See also 14.3.4, p. 200; 22.2.3, p. 369. H . J . FALGE, E . SCHULLER, a n d G . BORSTEL

*Directional Dispersion of Polar Phonons Measured by Infrared Reflection (b) Vol. 78, No. 1, p. 123-132 (1976). See also 20.1, p. 275; 22.6, p. 408. K . E . GATJSS a n d H .

HAPP

Millimeter Wave Investigation of the Complex Dielectric Constant in DKDP (b) Vol. 78, No. 1, p. 133-138 (1976). See also 14.4.1, p. 208; 20.1, p. 275; 22.8.1, p. 424. G . A . GEHRING a n d J . LAUGSCH

Theory of Side-Bands in a Cooperative Jahn-Teller Material (b) Vol. 78, No. 1, p. 211-218 (1976). See also 13.5.1, p. 155; 20.1, p. 275; 22.8.1, p. 424. S . K . S. MA, F . W . DE W E T T E , a n d G . P . ALLDREDGE

Anharmonicity in the Surface and Size Effects in the Specific Heat of Linear Chains (b) Vol. 78, No. 1, p. 219-228 (1976). See also 8, p. 71. A . K . BOHRA a n d R . K . GUPTA

•Lattice Dynamics of Rare-Gas Solids by Kihara's Potential (III): Green Functions (b) Vol. 78, No. 1, p. 255-258 (1976). See also 23, p. 440. M . B . HAXTON

•Parameter Calculation from Zinc Blende Zone Boundary Conditions of Cul (b) Vol. 78, No. 1, p. 259-264 (1976). See also 22.5, p. 390. R . H . PRINCE

Low-Temperature Diffusion of Electrons in Ice. Evidence for Polaron Bands (b) Vol. 78, No. 1, p. 271-276 (1976). See also 13.5.3, p. 159; 22, p. 341.

6. Lattice Dynamics. Phonons

63

H . J . STOLZ, H . W E N D E L , A . O T T O , L . P I N T S C H O V I U S , a n d H . K A H L E R T

* Acoustic and Optical Phonons in (SN) j (b) Vol. 78, No. 1, p. 2 7 7 - 2 8 6 (1976). See also 4, p. 47; 20.1, p. 276; 22, p. 341. V . L . B R O U D E , L . M . UMAROV, a n d E . F . S H E K A

*Multiphonon Absorption in Molecular Crystals (b) Vol. 78, No. 1, p. 3 2 5 - 3 3 3 (1976). See also 20.1, p. 276; 22.9, p. 438. E . V . C H I S L E R , V . Y u . D A V Y D O V , I . N . GONCHARTJK, a n d E . A . IVANOVA

*On Fermi Resonance Theory (b) Vol. 78, No. 1, p. 3 5 9 - 3 7 0 (1976). See also 20.1, p. 276. V . P . SINGH a n d M . P . HEMKAR

*Dynamical Study of the Temperature Dependence of Grüneisen Parameters in Alkali Metals (b) Vol. 78, No. 1, p. 3 8 1 - 3 8 7 (1976). See also 8, p. 71; 12.1, p. 109; 21.2, p. 323. S . PERMOGOROV a n d V . TRAVNIKOV

*Resonant Scattering of Exciton-Polaritons in CdS Crystals (b) Vol. 78, No. 1, p. 3 8 9 - 3 9 8 (1976). See also 13.5, p. 148; 20.3, p. 287; 22.4.1, p. 381. A . N . PANDEY a n d K . S. UPADHYAYA

*Lattice Dynamics of BaO (b) Vol. 78, No. 1, p. 3 9 9 - 4 0 4 (1976). See also 22.6, p. 408. K . P . MELETOV a n d E . F . SHEKA

*Asymmetry of Phonon Side Bands of Optical Transitions in Impurity Molecular Crystals Caused by a Change in External Phonon Frequencies (b) Vol. 78, No. 1, p. K 1 - K 5 (1976). See also 13.4, p. 144; 20.1, p. 276; 20.3, p. 287; 22.9, p. 439. H . MAIER

*Jahn-Teller Effect, Stacking Faults, and the Formation of Polytypes in ZnS (b) Vol. 78, No. 1, p. K 6 5 - K 6 8 (1976). See also 13.4, p. 144; 20.1, p. 276; 20.3, p. 287; 22.4.1, p. 382. A . M . B O N , C . B E N O I T , a n d J . GIORDANO

*Dynamical Properties of Crystals of Sr(N0 3 ) 2 , Ba(N0 3 ) 2 , and Pb(N0 3 ) 2 (II): Temperature Dependence of the Infrared Spectra (b) Vol. 78, No. 2, p. 4 5 3 - 4 6 4 (1976). See also 20.1, p. 277; 22.8.1, p. 424. J . C. PHILLIPS

High-Temperature Conductivity of Organic Bilinear Addition Compounds (b) Vol. 78, No. 2, p. 4 7 1 - 4 7 6 (1976). See also 14, p. 163; 22.9, p. 439. A . MILLER, G . D . HOLAH, W . D . DUNNETT, a n d G . W . ISELER

* Optical Phonons in AgGaSe2 (b) Vol. 78, No. 2, p. 5 6 9 - 5 7 6 (1976). See also 20.1, p. 277; 22.8, p. 418.

64

Subject Index

H . P . NIEDERMANN a n d M. WAGNER

* 0 n the Quantum Mechanical Foundation of Classical Shell Models in Lattice Dynamics (b) Vol. 78, No. 2, p. 6 1 5 - 6 2 4 (1976). See also 4, p. 47; 22, p. 342. R . PÄSSLER

Relationships between the Nonradiative Multiphonon Carrier-Capture Properties of Deep Charged and Neutral Centres in Semiconductors (b) Vol. 78, No. 2, p. 6 2 5 - 6 3 5 (1976). See also 13, p. 119; 13.4, p. 145; 22, p. 342; 22.1, p. 344; 22.2, p. 361; 22.4, p. 378. R . K . SINGH a n d K . P . SINGH

*Lattice Dynamics of AgBr a t 295 K (b) Vol. 78, No. 2, p. 6 7 7 - 6 8 0 (1976). See also 20.1, p. 277; 22.5.1, p. 391. J . WEBER

Indirect Near Edge Emission in Pure AgBr (b) Vol. 78, No. 2, p. 6 9 9 - 7 0 9 (1976). See also 13.5.1, p. 156; 20.3, p. 288; 22.5.1, p. 391. F . BECHSTEDT, R . ENDERLEIN, a n d K . P E U K E R

Resonance R a m a n Scattering in a Strong Electric Field (b) Vol. 78, No. 2, p. 7 1 1 - 7 1 9 (1976). See also 14.3.4, p. 200; 20.1, p. 278; 22, p. 342. K . N . SHRIVASTAVA

•Thermal Effects in Magnetic Exchange Interaction (b) Vol. 78, No. 2, p. 7 4 9 - 7 5 5 (1976). See also 18.2, p. 236; 22.5.4, p. 401. M . D U R A N D , B . AYRAULT, Y . MARQUETON, a n d E . A . DECAMPS

*Lattice Dynamics of Paratellurite (b) Vol. 78, No. 2, p. 7 6 7 - 7 7 7 (1976). See also 20.1, p. 278; 22.6, p. 408. J . P . B U I S S O N , S . L E F R A N T , A . SADOC, L . T A U R E L , a n d M . B I L L A R D O N

R a m a n Scattering by K I Containing F Centres • (b) Vol. 78, No. 2, p. 7 7 9 - 7 9 0 (1976). See also 10.2, p. 98; 13.4, p. 145; 20.1, p. 278; 22.5.2, p. 398. A . M . Z I A T D I N O V , M . M . ZARIPOV, Y U , V . YABLOKOV, a n d R . L . D A V I D O V I C H

*The Depression of the Dynamic Jahn-Teller Effect (b) Vol. 78, No. 2, p. K 6 9 - K 7 1 (1976). See also 1.2, p. 20; 13.4, p. 145; 19, p. 256; 22.8, p. 418. W . BAUHOFER, L . GENZEL, a n d W . KÖNIG

*Far Infrared Studies of the Impurity Mode N H 4 B r : C l " (b) Vol. 78, No. 2, p. K 1 2 1 - K 1 2 3 (1976). See also 20.1, p. 278; 22.5.4, p. 401. D . C . G U P T A a n d N . D . SHARMA

Pressure Dependence of the Mössbauer Fraction for (b) Vol. 78, No. 2, p. K 1 2 5 - K 1 2 9 (1976). See also 5, p. 51; 21.1, p. 314.

57

Fe in Ti, V, and Cu

I. VILFAN

*On the Electron-Intramolecular Vibration Coupling in Aromatic Molecular Crystals (b) Vol. 78, No. 2, p. K 1 3 1 - K 1 3 5 (1976). See also 13.5.3, p. 159; 14.3, p. 182; 22.9, p.439.

65

7. Acoustic Properties

7. Acoustic Properties Original

Papers and Short

Notes

B . DORNEB, R . E . GHOSH, a n d G . H A B B E K E

Phonon Dispersion in the Layered Compound Pbl 2 (b) Vol. 73, No. 2, p. 6 5 5 - 6 5 9 (1976). See also 6, p. 54; 12.2, p. 110; 22.5, p. 388. W . F U H S , M . MILLEVILLE, a n d J . NIKLAS

*Acoustoelectric Current Saturation and Sound Velocity in Tellurium Crystals under Hydrostatic Pressure (b) Vol. 73, No. 2, p. K 1 2 7 - K 1 3 0 (1976). See also 14.3.4, p. 195; 22.1.3, p. 359. K . KUMAZAKI

Elastic Properties and Ionicity of Zero-Gap Semiconductors (a) Vol. 33, No. 2, p. 6 1 5 - 6 2 3 (1976). See also 4, p. 45; 12.2, p. 110; 22.4, p. 376. T . P . LEPETRE, J . - M . DUSSEAU, a n d J . - L . ROBERT

•Expression of Acoustoelectric Net Gain in p-Type GaSb (a) Vol. 33, No. 2, p. 7 1 5 - 7 2 2 (1976). See also 14.3.4, p. 196; 22.2.3, p. 367. E . SALJE

*New Crystals Pb 3 (P I Vi_ a ; 0 4 ) 2 for Acousto-Optieal Device Applications (a) Vol. 33, No. 2, p. K 1 6 5 - K 1 6 7 (1976). See also 20.1, p. 263; 22.8, p. 413. H . KUZMANY

*Light Scattering Experiments'and Nonlinear Behaviour of the Acoustoelectric Oscillator (a) Vol. 34, No. 1, p. 3 4 7 - 3 5 3 (1976). See also 14.3, p. 174; 22.4.1, p. 379. S. V . GANTSEVICH, V . L . GUREVICH, V . D . KAGAN, a n d R . K A T I L I U S

*Transformation of Incoherent Phonon Flux into a Coherent Acoustical Signal as the Result of the Nonlinear Amplification of Acoustical Phonons in Semiconductors (b) Vol. 75, No. 2, p. 4 0 7 - 4 2 2 (1976). See also 6, p. 56; 14.3.4, p. 197; 22, p. 336. L . OPILSKA a n d A . OPILSKI

•Relation between Energy Gap and Velocity of Ultrasonic Wave Propagation in A XI B V Group Semiconductors (a) Vol. 35, No. 2, p. K 1 8 3 - K 1 8 7 (1976). See also 22.3, p. 373; 22.3.1, p. 375.

T . V . Q T J Y N H , G . S C H M I D T , N . R . IVANOV, a n d L . A . SHUVALOV

•Determination of the Temperature Dependence of the Stiffness Coefficient c55 in KH 3 (Se0 3 ) 2 by Ultrasonic Measurements (a) Vol. 36, No. 1, p. K 8 5 - K 8 8 (1976). See also 1.2, p. 18; 22.8, p. 416. Y . LTJSPIN a n d G . H A U R E T

Study of the Velocity and Damping of Acoustic Waves Obtained by Brillouin Scattering in the Paraelastic Phase in GMO (b) Vol. 76, No. 2, p. 5 5 1 - 5 5 8 (1976). See also 1.2, p. 18; 22.8.1, p. 423. 5

p h y s i c a , Keg.-lid. 9

66

Subject Index

A . LOIDL, H . J E X , J . DATJBEET, a n d M . MÜLLNER

Zero and First Sound in N a F and R b l (b) Vol. 76, No. 2, p. 5 8 1 - 5 9 2 (1976). See also 6, p. 59; 8, p. 69; 12.2, p. Ill; 22.5.2, p. 395. R. S. SORBELLO Transport Theory of Ultrasonic Attenuation (b) Vol. 77, No. 1, p. 1 4 1 - 1 5 2 (1976). See also 6, p. 60; 14.1, p. 166. J . C . PETJZIN e t M . T A S S O N

•Génération et détection d'hypersons. Transducteur feuilleté (Generation and Detection of Hypersound. Domain Transducer) (a) Vol. 37, No. 1, p. 1 1 9 - 1 2 5 (1976). See also 14.4.1, p. 207 ; 22.8.1, p. 423. H . VEESER, U . BOGNER, a n d W . EISENMENGER

•Analysis of the Acoustic Transients in the Pulse Response of the Linear Electro-Optic Effect (a) Vol. 37, No. 1, p. 1 6 1 - 1 7 0 (1976). See also 12.2, p. I l l ; 14.4.1, p. 208; 20.1, p. 273; 22.8.1, p. 423. A . JUCYS a n d V . KUNIGELIS

•Influence of the Surface Potential upon the Acoustoelectric Interaction in CdS (b) Vol. 77, No. 2, p. K 1 1 3 - K 1 1 7 (1976). See also 14.3.2, p. 188; 22.4.1, p. 381. N . P . KOLMAKOVA, D . I . SIROTA, a n d M . A C Q U A R O N E

•Anharmonicity of Sound Propagation near First-Order Orientational Phase Transitions in Antiferromagnets (b) Vol. 77, No. 2, p. K 1 4 3 - K 1 4 6 (1976). See also 18.4, p. 245. G . SPLITT

•Magnetic Properties of Superconducting Lead Films Investigated with Hypersonic Waves (a) Vol. 37, No. 2, p. K 1 3 1 - K 1 3 4 (1976). See also 14.2, p. 171; 21, p. 299. G . J O H R I a n d H . N . SPECTOR

•Second Harmonic Generation in an Electric Field (a) Vol. 38, No. 1, p. K 6 1 - K 6 4 (1976).

67

8. Thermal Properties

8. Thermal Properties Original

Papers

and Short

Notes

T . ROMANOVSKIS

•Konzentrationsabhängigkeit der Debye-Temperatur in idealen Mischkristallen (Concentration Dependence of the Debye Temperature in Ideal Solid Solutions) (b) Vol. 73, No. 1, p. K 1 3 - K 1 4 (1976). See also 22.5.4, p. 401. W . BAUSCH

Accuracy of the Boundary Relaxation Time Approximation (b) Vol. 73, No. 1, p. K 2 3 - K 2 5 (1976) See also 6, p. S3; 22.5.2, p. 392. R . MEHROTRA a n d M . M . P A N T

Static and Dynamic Displacements near a Crystal Surface (b) Vol. 73, No. 1, p. K 2 7 - K 3 0 (1976). See also 1.6, p. 34; 6, p. 53; 21.1.1, p. 316. M . N A T A R A J A N a n d E . A . SECCO

Electrical Conductivity and Phase Transformation Studies on the Mixed Metal Halides RbCdX 3 (X = CI, Br, I) and Cs2CuBr4 (a) Vol. 33, No. 2, p. 4 2 7 - 4 3 3 (1976). See also 1.2, p. 14; 14.4, p. 202; 22.5.4, p. 401. S . I . MASHABOV

Anharmonic Effects in Heat Capacity and Saturation Vapour Pressure of Dilute Substitutional Alloys (b) Vol. 73, No. 2, p. 4 0 1 - 4 0 8 (1976). See also 6, p. S3; 21, p. 290. A . N . ALEKSANDROVSKII, V . I . K U C H N E V , V . G . MANZHELII, a n d A . M . TOLKACHEV

•Studies on the Low Temperature Anomaly in the Thermal Expansion of Solid Methane (b) Vol. 73, No. 2, p. K i l l — K 1 1 4 (1976). See also 23, p. 440. R . HELLER a n d H .

WIPF

Diffusion Coefficient, Heat of Transport, and Solubility Limit of H in V (a) Vol. 33, No. 2, p. 5 2 5 - 5 2 9 (1976). See also 9, p. 72; 14.1, p. 164; 21.1, p. 304. G . A . GEHRING, H . G . K A H L E , W . N Ä G E L E , A . SIMON, a n d W . W Ü C H N E R

Two-Level Singlet Magnetism in TbAs0 4 and TbV0 4 (b) Vol. 74, No. 1, p. 2 9 7 - 3 0 9 (1976). See also 18.4, p. 242; 20.1, p. 264; 22.8.1, p. 420. W . LÖSER a n d W . TIERSCH

•Thermodynamics of Finite Non-Half-Filled-Band Hubbard Rings (b) Vol. 74, No. 1, p. K 4 3 - K 4 7 (1976). See also 18.4, p. 243. E . DONTH

•Universal Thermodynamic and Kinetic Functions for a Classical Freezing-in Process in Noncrystalline Bodies (b) Vol. 74, No. 1, p. K 4 9 - K 5 2 (1976). See also 2, p. 36. 5*

68

Subject I n d e x

H . E . F L O TOW, R . K U E N T Z L E R , a n d D . W . OSBORNE

* T h e Specific H e a t of' the N e a r l y Ferromagnetic Compound (Mn 0 8 6 6 Feo.i35)Be 2 from 0.1 to 23 K (a) Vol. 34, N o . 1, p. 2 9 1 - 2 9 5 (1976). See also 18, p. 2 2 2 ; 22.8, p. 414. E . H E G E N B A R T H , S . V . PIROGOVA, E . M . SAVITSKII, a n d B . G Ö L D N E R

*Thermal C o n d u c t i v i t y of t h e Intermetallic C o m p o u n d N i A l in t h e Temperature R a n g e f r o m 20 t o 80 K (a) Vol. 34, N o . 1, p. 3 1 9 - 3 2 3 (1976). See also 10.1, p. 80; 21.1, p. 305. K . - D . UFERT

*Stress I n d u c e d Switching in VO a T h i n F i l m s (a) Vol. 34, N o . 1, p. K 8 3 - K 8 6 (1976). See also 12.2, p. 110; 14.3.1, p. 183; 22.6, p. 404. J . D . PATTERSON a n d R . C . W E G E R

*The Specific H e a t of Small Magnetic Clusters w i t h S i m u l a t e d A m o r p h o u s n e s s (b) Vol. 74, N o . 2, p. K 1 1 5 - K 1 1 8 (1976). See also 2, p. 3 7 ; 18.2, p. 230. P . CHARSLEY a n d M . H . S . R A H M

*The E f f e c t of Ageing on t h e Lattice Thermal C o n d u c t i v i t y of Copper Alloys D e f o r m e d at Liquid H e l i u m Temperatures (a) Vol. 34, N o . 2, p. 5 3 3 - 5 3 9 (1976). See also 6, p. 5 6 ; 10.1, p. 80; 21.1, p. 306. S. DURAISWAMY a n d T . M . HARIDASAN

• M o m e n t s of t h e P h o n o n S p e c t r u m in Lithium Chloride (b) Vol. 75, N o . 1, p. 5 3 - 5 9 (1976). See also 6, p. 56; 22.5.2, p. 394. B . N . OSHCHERIN

* D e b y e Temperature a n d Meling Criterion of Ternary Chalcopj'rite A1B'1CS- and A'-B 'Cij-Type Semiconductors (a) Vol. 35, N o . 1, p. K 3 5 - K 3 9 (1976). See also 1, p. 9; 22.2, p. 3 6 1 ; 22.4, p. 3 7 6 ; 22.8, p. 415. L . M . V A L I E V , I . G . KERIMOV, N . G . A L I E V , a n d A . A . ABDURRAGIMOV

The Thermal E x p a n s i o n and Electrical Properties of C u 4 M n 2 X 4 ( X : S , Se, a n d Te) (a) Vol. 35, N o . 1, p. K 8 5 - K 8 8 (1976). See also 14, p. 1 6 2 ; 15, p. 2 1 0 ; 18.1, p. 226; 18.4, p. 244; 22.8, p. 415. C. SCHERER a n d I . A V E L I N E

• R e a c t i o n F i e l d A p p r o x i m a t i o n for Heisenberg P a r a m a g n e t s a n d t h e Magnetic Specific H e a t (b) Vol. 75, N o . 2, p. 4 6 5 - 4 7 0 (1976). See also 18.1, p. 226. H . MICHEL a n d M . WAGNER

N o n - T h e r m a l S t i m u l a t i o n of Three-Level Impurities b y P h o n o n s (b) Vol. 75, N o . 2, p. 5 0 7 - 5 1 7 (1976). See also 6, p. 57; 13.4, p. 139; 22.5.2, p. 395. M . A . B O U B E L , R . P . M A I N A R D , H . G . F O U S S E , A . J . POINTON, a n d F . R . J E A N N O T

T h e Specific H e a t A n o m a l y of Solid S o l u t i o n s of Isostructural Antiferromagnetic Oxides (pFeO-gCoO) (a) Vol. 35, N o . 2, p. 4 5 9 - 4 6 4 (1976). See also 18.4, p. 244; 22.6, p. 405.

8. Thermal Properties

69

F . GILLETTA, M . CHABIN, a n d CAO-XUAN A N

*ThermaI Properties of Lead Phosphate (a) Vol. 35, No. 2, p. 5 4 5 - 5 4 9 (1976). See also 22.8.1, p. 421.

M . GOETTEL, J . M . JANIK, J . A . JANIK, a n d M. RACHWALSKA

Phase Transitions and NH3 Rotations in [Co(NH3)6]I3 Studied by Calorimetry and I R Profile Methods (a) Vol. 35, No. 2, p. 675-680 (1976). See also 1.2, p. 17; 22.8, p. 416.

Z. BIEGANSKI a n d M. DRULIS

*Low Temperature Phase Transition in Neodymium Trihydride. Specific Heat Measurements (a) Vol. 35, No. 2, p. K 1 2 7 - K 1 3 0 (1976). See also 18, p. 223; 21.4, p. 326.

E . HEGENBAKTH a n d B .

SCHMIDT

*Heat Condu ° t vity Measurement at V3Si in the Temperature Range 4.2 to 80 K (b) Vol. 76, Noi. 1, p. 307-311 (1976). See also 13.1, p. 125; 14.2, p. 170; 21, p. 296.

D . R O Y CHATJDHUBI, P . K . B A S U , a n d A . N . CHAKRAVARTI

* Effect of the Surface Electric Field on the Specific Heat of Semiconductor Inversion Layers (a) Vol. 36, No. 1, p. K 6 5 - K 6 9 (1976). See also 14.3.4, p. 198; 22.1.2, p. 355.

H . - J . ANKLAM a n d K . - D .

UFERT

*Electrothermal Behaviour of V0 2 Thin Film Switching Devices (a) Vol. 36, No. 1, p. K 7 1 - K 7 5 (1976). See also 14.3.3, p. 192; 14.3.4, p. 198; 22.6, p. 405.

G . W O L F a n d C. HOHLFELD

*The Molar Heat Capacity of Superconductive (PdRh0 06Hx in the Temperature Range from 2 to 7.5 K (a) Vol. 36, No. 1, p. K 9 9 - K 1 0 3 (1976). See also 14.2, p. 170; 21, p. 296.

S. K . S. MA, G. P . ALLDREDGE, a n d F . W . DE W E T T E

*Surface and Size Effects in the Specific Heat of Linear Chains (b) Vol. 76, No. 2, p. 4 5 7 - 4 6 4 (1976). See also 6, p. 58.

V . S . L U B I M O V , L . A . M A N A K O V A , E . F . M A K A R O V , a n d S . P . IONOV

*The Thermodynamic Behaviour of Charge-Ordered Crystals (b) Vol. 76, No. 2, p. 5 0 5 - 5 1 4 (1976). See also 13, p. 117.

A . LOIDL, H . J E X , J . DAUBERT, a n d M . MÜLLNER

Zero and First Sound in NaF and Rbl (b) Vol. 76, No. 2, p. 581-592 (1976). See also 6, p. 59; 7, p. 66; 12.2, p. Ill; 22.5.2, p. 395.

L . G . GRECHKO, G . L . FALKO, a n d A . M . FEDORCIIENKO

*Surface Specific Heat of Isotropic Solids (b) Vol. 76, No. 2, p. 593-598 (1976). See also 6, p. 59.

G . R Ö P K E , V . CHRISTOPH, a n d G . V O J T A

Influence of Phonon Damping on the Electrical Resistivity of Open Electron-Phonon Model Systems (b) Vol. 76, No. 2, p. 695-706 (1976). See also 6, p. 59; 14.1, p. 165.

70

Subject Index

K . D . KUNDKA a n d S . Z . A L I

X-Ray Study of Thermal Expansion and Phase Transformation in ß-In 2 S 3 (a) Vol. 86, No. 2, p. 5 1 7 - 5 2 5 (1976). See also 1.2, p. 18; 22.3, p. 373. G . WOLF, J . JAHNKE, a n d K . BOHMHAMMEL

•The Molar Heat Capacity of (PdAg0 2)HX in the Temperature Range from 2 to 6 K (a) Vol. 36, No. 2, p. K 1 2 5 - K 1 2 8 (1976). See also 14.2, p. 170; 21, p. 297. U . VOLAND, P . DETJS, a n d H . A . SCHNEIDER

•Debye Temperature of Polycrystalline Silicon (a) Vol. 36, No. 2, p. K 1 6 5 - K 1 6 9 (1976). See also 6, p. 60; 22.1.2, p. 356.' A . SLEBABSKI a n d A . CHELKOWSKI

""Thermal Expansion and the Heat Capacity of GdAl2 (a) Vol. 36, No. 2, p. K 1 7 1 - K 1 7 4 (1976). See also 18.2, p. 234; 21.4, p. 327. G . P . SEIVASTAVA

•Derivation and Calculation of a Sequence of Lower-Bound Results for Lattice Thermal Conductivity (b) Vol. 77, No. 1, p. 131-140 (1976). See also 6, p. 60. V . G . KVACHADZE a n d Z . G . AKHVLEDIANI

•Influence of y-Irradiation on the Thermal Conductivity of KCl: KOH Crystals (b) Vol. 77, No. 1, p. K 2 1 - K 2 5 (1976). See also 6, p. 60; 11, p. 103; 20.1, p. 273; 22.5.2, p. 396. P . R . W . HUDSON

•Heat Flow Rectification (a) Vol. 37, No. 1, p. 9 3 - 9 6 (1976). See also 22.2.1, p. 364. G . WOLF, M . ZIMMERMANN, a n d K . BOHMHAMMEL

•The Molar Heat Capacity of Non-Superconducting PdH x in the Temperature Range from 2 to 7 K (a) Vol. 37, No. 1, p. 179-182 (1976). See also 13.1, p. 127; 21, p. 297. D. KUCHAKCZYK, A . PIETEASZKO, a n d K . LUKASZEWICZ

•Temperature Dependence of Lattice Parameters of NaN0 2 Single Crystals (a) V o l . 3 7 , N o . 1, p . 2 8 7 - 2 9 4 ( 1 9 7 6 ) .

See also 1.2, p. 18; 14.4.1, p. 2 0 8 ; 22.8, p. 417. Cz. MABTJCHA, J . MUCHA, a n d J . RAFALOWICZ

•Phenomenological Interpretation of Heat Flux Volume Rectification in Non-Homogeneous Media (a) V o l . 3 7 , N o . 1, p . K 5 - K 7

(1976).

See also 22.2.1, p. 364. G . WOLF a n d M . ZIMMERMANN

•The Molar Heat Capacity of Superconducting PdD x in the Temperature Range from 2 to 12 K (a) V o l . 3 7 , N o . 2 , p . 4 8 5 - 4 8 9 ( 1 9 7 6 ) .

See also 14.2, p. 171; 21, p. 299.

8. Thermal Properties

71

P . R . W . HUDSON

The Significance of the Frequency Dependence of Phonon Scattering by Platelets in Type I a Diamond (a) Vol. 37, No. 2, p. 645-651 (1976). See also 6, p. 62 ; 22.1, p. 344. » K . - H . MÜLLER, M . WOLF, a n d F . KAMMLER

Thermal Switching and Current-Voltage Characteristics for Semiconducting Sandwich Samples (a) Vol. 37, No. 2, p. K201-K203 (1976). See also 14.3.3, p. 194; 14.3.4, p. 200; 22, p. 340. E . MROSAN a n d G . L E H M A N N

Localized Non-Magnetic Impurities in Metals (II): Application to 3d-Transition Metal Impurities in Aluminium (b) Vol. 78, No. 1, p. 159-167 (1976). See also 13.4, p. 144; 14.1, p. 167; 14.2, p. 172; 15, p. 211; 21, p. 299. S . K . S. M A , F . W . DE W E T T E , a n d G . P . ALLDREDGE

*Anharmonicity in the Surface and Size Effects in the Specific S e a t of Linear Chains (b) Vol. 78, No. 1, p. 219-228 (1976). See also 6, p. 62. V . P . SINGH a n d M . P . HEMKAR

Dynamical Study of the Temperature Dependence of Grüneisen Parameters in Alkali Metals (b) Vol. 78, No. 1, p. 381-387 (1976). See also 6, p. 63; 12.1, p. 109; 21.2, p. 323. G . I . G E O R G I E V a n d S . G . GOCHEVA

Numerical Computations on a Rigorously Solvable Model (b) Vol. 78, No. 1, p. K11-K13 (1976). See also 18, p. 224. A H M E E H O R , P . W . M . JACOBS, a n d K . S . MOODIE

*Thermal Depolarization in Crystals of Potassium Chloride Containing Strontium Chloride (a) Vol. 38, No. 1, p. 293-298 (1976). See also 10.2, p. 98; 22.5.2, p. 398. N . P . KEKELIDZE,

Z. V . KVINIKADZE,

Z . F . DAVITAYA,

G. N . ERITSYAN,

F . K . KARAPETYAN

•Studies of Thermoelectric Characteristics of InP^Asi-® Alloys (a) Vol. 38, No. 1, p. K49-K52 (1976). See also 15, p. 211; 22.2.4, p. 371. K . SUZUKI

*Piezo-Thermal Conductivity of n-Ge (b) Vol. 78, No. 2, p. K77-K79 (1976). See also 22.1.1, p. 349.

V . A . SAAKYAN,

and

72

Subject Index

9. Diffusion Original Papers

and Short

Notes

H . MEHRER, A . SEEGEK, a n d E . STEINER

*The Relationship between Correlation Factor and Isotope Effect of Diffusion in Crystals (b) Vol. 73, No. 1, p. 1 3 1 - 1 4 0 (1976). See also 10, p. 75. V . A . GOLTSOV a n d L . I . SMIRNOV

*Diffusion of Interstitial Atoms in Ordered Pt 2 Mo-Type Alloys (II) (a) Vol. 33, No. 1, p. 6 7 - 7 3 (1976). See also 1.3, p. 21; 21, p. 289; 21.6, p. 329. R . HELLER a n d H .

WIPF

*Diffusion Coefficient, Heat ot Transport, and Solubility Limit of H in V (a) Vol. 33, No. 2, p. 5 2 5 - 5 2 9 (1976). See also 8, p. 67; 14.1, p. 164; 21.1, p. 304. L . B . HARRIS a n d J . FIASSON

*Cation Diffusion along Boudaries in Sodium Chloride (a) Vol. 33, No. 2, p. 6 9 7 - 7 0 6 (1976). See also 1.4, p. 25; 22.5.2, p. 393. K . G. BANERJEE a n d B . MILLS

*The Zener Relaxation and Diffusion in the Copper-Nickel-Zinc System (a) Vol. 33, No. 2, p. 7 0 7 - 7 1 4 (1976). See also 10.1, p. 79; 21.1, p. 304. D . I . PUSHKAROV a n d K H . I . PUSHKAROV

*Defecton Diffusion in the Very Quantum Region (b) Vol. 74, No. 2, p. K 9 7 - K 1 0 0 (1976). See also 13.5, p. 147. V. B . VYKHODETS, V . B . DEMIN, a n d P . V . GELD

*Hydrogen Isotope Diffusivity and Solubility in Nickel, Palladium, and Copper (a) Vol. 34, No. 2, p. 7 8 7 - 7 9 5 (1976). See also 10.1, p. 81; 21, p. 293; 21.1, p. 306. G . E . P I K E a n d C. H . SEAGER

""Transport in Microscopically Inhomogeneous Materials (b) Vol. 75, No. 1, p. 2 8 9 - 2 9 7 (1976). See also 14.3, p. 176; 22.1.1, p. 347; 22.1.2, p. 353. E . STEINER, H . MEHRER, a n d A . SEEGER

Correlation Factors and Isotope Effect for Self-Diffusion by Mono- and Divacancies in H.C.P. Crystals (b) Vol. 75, No. 1, p. 3 6 1 - 3 7 3 (1976). See also 10, p. 76. UDAYAN D E

*The Effect of Thermal Expansion on the Vacancy Mechanism of Diffusion of Impurities in Metals (b) Vol. 75, No. 1, p. K 5 5 - K 6 0 (1976). C . SCHÄFERIN

*Oxygen Diffusion in BaTi0 3 Ceramic (a) Vol. 35, No. 1, p. 7 9 - 8 8 (1976). See also 14.4, p. 202; 22.8.1, p. 421.

9. Diffusion

73

S . J . ROTHMAN a n d NGHI Q . LAM

*Interstitial Retention into Stage I I I and Radiation-Enhanced-Diffusion in Concentrated Alloys (a) Vol. 35, No. 1, p. K 1 3 - K 1 6 (1976). See also 11, p. 101; 21.1, p. 307.

R.

LINDSEY

*Measurement of Mössbauer Diffusion Broadening in a-Iron Stabilized with Vanadium (b) Vol. 75, No. 2, p. 5 8 3 - 5 9 2 (1976). See also 5, p. 49; 21.1.1, p. 319.

A . Z . TRIFONOV, M . D . MIKHAILOV, I . A . TSENOV, a n d B . K .

SHISHEDIEV

*A Spectroscopic Method for Evaluating the Diffusion of a Liquid into Another One (a) Vol. 35, No. 2, p. 7 0 9 - 7 1 4 (1976). See also 22.9, p. 436.

J.

HAMERSKY

Electrical Properties of CdSe Films under the Influence of Oxygen (a) Vol. 35, No. 2, p. K 9 7 - K 9 9 (1976). See also 14.3.1, p. 184; 22.4.2, p. 383.

C. BIRAC e t D .

LESUEUR

*Diffusion atomique du lithium dans l'alliage métallique amorphe P d - S i (Lithium Diffusion in an Amorphous Metallic P d - S i Alloy) (a) Vol. 36, No. 1, p. 2 4 7 - 2 5 1 (1976). See also 2, p. 3 9 ; 21, p. 296.

M . D . MIKHAILOV, A . Z . TRIFONOV, I . A . TSENOV, a n d M . A . ALADZHEM

*A Spectroscopic Method for Determination of the Cross-Term Diffusion Coefficients in a Three-Component Liquid System (a) Vol. 36, No. 1, p. 3 9 1 - 3 9 6 (1976). See also 22.9, p. 437. V . S . V A V I L O V , A . K. K I V , a n d O . R .

NIYAZOVA

Erratum t o : The Subthreshold Radiation Effects in Semiconductors (a) Vol. 36, No. 1, p. 427 (1976). See also 10.2, p. 9 4 ; 11, p. 102; 14.3, p. 178; 22.1, p. 3 4 3 ; 22.2, p. 361; 22.3, p. 373; 22.4, p. 376. Y . K A M I U R A a n d P . HASHIMOTO

Annealing Stage above 400 °C in Quenched Gallium-Doped Germanium (a) Vol. 36, No'. 1, p. K 8 1 - K 8 4 (1976). See also 10.2, p. 94; 14.3, p. 178; 22.1.1, p. 348. T . D . DZHAFAROV a n d Y U . P . DEMAKOV

*Diffusion of Group I Impurities in Epitaxial Layers of AIAs-GaAs Solid Solutions (a) Vol. 36, No. 2, p. 4 3 9 - 4 4 3 (1976). See also 10.2, p. 9 4 ; 22.2.1, p. 363; 22.2.4, p. 370. C. G. CHEN a n d H . K .

BIRNBAUM

* Low-Temperature H - 0 and H - N Relaxations : Confirmation of the Flynn-Stoneham Tunneling Theory (a) Vol. 36, No. 2, p. 6 8 7 - 6 9 2 (1976). See also 21, p. 297.

M . A . L I T O V S K I I a n d R . S H . MALKOVICH

*Method of Determining the Diffusion Profile for a Concentration Dependent Diffusion Coefficient (a) Vol. 36, No. 2, p. K 1 4 5 - K 1 4 8 (1976).

Subject Index

74 M . H . Y o o a n d W . H . BUTLER

•Steady-State Diffusion of Point Defects in the Interaction Force Field (b) Vol. 77, No. 1, p. 1 8 1 - 1 9 3 (1976). See also 10.1, p. 83; 21, p. 297; 21.1, p. 310. P . SPINDLER a n d K . NACHTRIEB

*Diffusion of Phosphorus in Copper (a) Vol. 37, No. 2, p. 4 4 9 - 4 5 6 (1976). See also 21.1, p. 312. W . K . CHEN a n d H . DOWNING

* Cation Self-Diffusion in CoFe 2 0 4 (a) Vol. 37, No. 2, p. 5 1 5 - 5 2 0 (1976). See also 10.2, p. 96; 22.8.2, p. 430. U . A . SHAKIROV a n d M . S . Y U N U S O V

Influence of X-Irradiation on Silicon Schottky Diodes (a) Vol. 37, No. 2, p. 6 8 1 - 6 8 6 (1976). See also 11, p. 104; 14.3.2, p. 188; 22.1.2, p. 357. M . N . PLETNEV

•Description of Reactions between Defects in Solids (b) Vol. 78, No. 1, p. 5 7 - 6 6 (1976). See also 10, p. 76. H . MÜLLER a n d CH. OPITZ

•Quantum Chemical Investigations on Vacancy Diffusion and Vacancy Lattices in Crystallites (b) Vol. 78, No. 1, p. 1 7 7 - 1 8 2 (1976). See also 10.1, p. 85; 21.1, p. 313; 21.1.1, p. 321. L . J . CHENG, M . SÜLI, J . P . KOWALL, P . W . WALLACE, a n d J . W . CORBETT

•Effects of Radiation on Gold Diffusion in Silicon (a) Vol. 38, No. 1, p. 3 2 1 - 3 3 0 (1976). See also 11, p. 104; 22.1.2, p. 358. K . MAIER, H . MEHREB, E . LESSMANN, a n d W . SCHULE

•Self-Diffusion in Nickel at Low Temperatures (b) Vol. 78, No. 2, p. 6 8 9 - 6 9 8 (1976). See also 10.1, p. 86; 21.1, p. 314. A . F . L U B C H E N K O a n d V . N . PAVLOVICH

•Laser Stimulation of Light Interstitial Diffusion in Semiconductors and Insulators (b) Vol. 78, No. 2, p. K 9 7 - K 1 0 1 (1976). See also 22, p. 342. P . FAHRENTHOLTZ a n d J . MIMKES

•Diffusion of Sb along Dislocations in Si (b) Vol. 78, No. 2, p. K 1 3 7 - K 1 4 0 (1976). See also 10.2, p. 98; 22.1.2, p. 358. A . I . KOIFMAN, A . N . NARKULOV, B . L . OKSENGENDLER, a n d M . S . YUNUSOV

• T h e Low-Temperature Doping of Silicon by Radiation-Induced Diffusion (a) Vol. 38, No. 2, p. 439 - 4 4 6 (1976). See also 11, p. 105; 14.3.2, p. 189; 22.1.2, p. 358.

75

10. Defect Properties

10. Defect Properties (Irradiation Defects See 11) Original

Papers

and Short

Notes

H . MEHRER, A . SEEGEB, a n d E . STEINER

The Relationship between Correlation Factor and Isotope Effect of Diffusion in Crystals (b) Vol. 73, No. 1; p. 1 3 1 - 1 4 0 (1976). See also 9, p. 72. I . JÄGER

*Verzerrungsinduziertes Potential eines Fremdatoms in der Nähe einer freien Oberfläche (Strain-Induced Potential of an Impurity in the Vicinity of a Free Surface) (a) Vol. 33, No. 1, p. 1 6 7 - 1 7 2 (1976). F . W . SCHAPINK

*The Interaction of Thickness Contours and Dislocations under Dynamical Diffraction Conditions (a) Vol. 33, No. 2, p. K 1 2 1 - K 1 2 3 (1976). See also 1.4, p. 26. H . O. K . KIRCHNER

*Dislocation Symmetries in the Integral Theory (b) Vol. 74, No. 1, p. 2 5 5 - 2 6 0 (1976). SHI-YU W U

*The Resonance Modes in the Vibrational Spectrum of a Chain with Light Impurities (b) Vol. 74, No. 1, p. 3 4 9 - 3 5 7 (1976). See also 6, p. 55. V . I . ALSHITS a n d Y t r . M . SANDLER

*Erratum t o : Flutter Mechanism of Dislocation Drag (b) Vol. 74, No. 1, p. K85 (1976). See also 6, p. 55. N . K . GILRA

*Behaviour of Like Dislocations near an Interface (a) Vol. 34, No. 1, p. 7 9 - 8 3 (1976). D . E . TEMKIN

• O n the Theory of Impurity Effect in Grain Boundary Motion (a) Vol. 34, No. 1, p. 4 1 3 - 4 2 5 (1976). See also 1.4, p. 26. J . W . MARTIN a n d R . PAETSCH

•Generalised Viscosity and Dislocation Damping Constant in Diatomic Crystalline Solids (b) Vol. 74, No. 2, p. 7 6 1 - 7 7 2 (1976). See also 6, p. 55; 12, p. 106. Y . T . CHOTJ

*On Antiplane Line Force in a Two-Phase Anisotropic Medium (a) Vol. 34, No. 2, p. 6 4 5 - 6 5 0 (1976). B . M . STRTJNIN a n d A . B . POPOV

•Comparison of Crystal Hardening by Arrays of Independently and Correlatedly Spaced Point Obstacles (a) Vol. 34, No. 2, p. 7 6 1 - 7 6 8 (1976).

76

Subject Index

E , STEINER, H . MEHKEB, a n d A . SEEGER

Correlation Factors and Isotope Effect for Self-Diffusion by Mono- and Divacancies in H.C.P. Crystals (b) Vol. 75, No. 1, p. 3 6 1 - 3 7 3 (1976). See also 9, p. 72. J . KUBÄT a n d M . RIGDAHL

*The Exponential and Power Laws of Stress Relaxation Kinetics and a General Relation between the Activation Volume and Effective Stress (a) Vol. 35, No. 1, p. 1 7 3 - 1 8 0 (1976). H . O. K . KIRCHNER a n d K . H . BLUEMEL

*Elastic Quasi-Isotropy Normal to the Basal Plane in the Hexagonal System (b) Vol. 75, No. 2, p. 5 2 7 - 5 3 2 (1976). See also 12, p. 106. R . J . D L M E L F I , W . D . N I X , D . M . B A R N E T T , J . H . HOLBROOK, a n d G . M . P O U N D

*An Analysis of the Entropy of Thermally Activated Dislocation Motion Based on the Theory of Thermoelasticity (b) Vol. 75, No. 2, p. 5 7 3 - 5 8 2 (1976). R . PAETSCH

*Dislocation Damping Constant in Dispersive Monatomic Crystals (b) Vol. 75, No. 2, p. K105 —K109 (1976). See also 6, p. 57. B . M . STRUNIN

*On the Statistical Theory of Hardening of Crystals by Point Obstacles (a) Vol. 35, No. 2, p. 5 5 1 - 5 6 1 (1976). M . SUEZAWA a n d K . SUMINO

*Lattice Disortion and the Effective Shear Modulus along a Coherent Twin Boundary (a) Vol. 36, No. 1, p. 2 6 3 - 2 6 8 (1976). J . A . COCKS a n d S H I - Y U

WU

The Dynamics of and the Effect of a Short Range Order on a Segregated Binary Chain (b) Vol. 77, No. 1, p. K 5 - K 9 (1976). See also 6, p. 60. W . G . WOLFER a n d L . K . MANSUR

*The Mechanical Interaction of Point Defects with Spherical Surface Layers (a) Vol. 37, No. 1, p. 2 1 1 - 2 2 2 (1976). G . J . C. CARPENTER

*Unsafe Orientations for . the Characterisation of Dislocation Loops Using Transmission Electron Microscopy (a) Vol. 37, No. 1, p. K 6 1 - K 6 6 (1976). M . N . PLETNEV

*Description of Reactions between Defects in Solids (b) Vol. 78, No. 1, p. 5 7 - 6 6 (1976). See also 9, p. 74. M . J . MARCINKOWSKI

The Differential Geometry of Grain Boundaries: Twist Boundaries (a) Vol. 38, No. 1, p. 2 2 3 - 2 3 5 (1976). See also 1.4, p. 29. K . - H . KATERBAU

*The Contrast of Dynamical Images of Small Lattice Defects in the Electron Microscope (a) Vol. 38, No. 2, p. 4 6 3 - 4 7 6 (1976).

10. Defect Properties

77

B. W i e l k e and G. Schoeck ""Transient Functions for Plastic Strain Rate Changes (a) Vol. 38, No. 2, p. 5 3 9 - 5 4 6 (1976). D. M. B a k n e t t *The Singular Nature of the Self-Stress Field of a Plane Dislocation Loop in an Anisotropic Elastic Medium (a) Vol. 38, No. 2, p. 6 3 7 - 6 4 6 (1976).

Subject Index

78

10.1 Metals Review

Article

S. V . TSIVINSKII

•Dislocation Multiplication in Single and Polycrystals in the Initial Stage of Deformation (a) Vol. 36, No. 1, p. 1 1 - 3 1 (1976). See also 10.2, p. 87; 21, p. 289 ; 2J.1, p. 302; 21.1.1, p. 316; 21.6, p. 329; 22.1.1, p. 345; 22.2.3, p. 367; 22.5.2, p. 392. Original Papers

and Short

Notes

D . H . SASTRY, M . J . LUTON, a n d J . J . JONAS

""Thermally Activated Flow of H.C.P. Metals at Low Temperatures (a) Vol. 33, No. 1, p. 173-187 (1976). See also 21, p. 289; 21.1, p. 302; 21.3, p. 324. B . WLELKE

•Easy-Glide Hardening of Zn and Cd between 4.2 and 400 K (a) Vol. 33, No. 1, p. 2 4 1 - 2 4 6 (1976). See also 21, p. 290 ; 21.1, p. 302. A . MELANDER

Strong- and Weak-Beam Contrast from Cuboidal Inclusions (a) Vol. 33, No. 1, p. 255-264 (1976). See also 1.4, p. 25; 21, p. 290; 21.1, p. 303. I . V . G E K T I N A , F . F . L A V R E N T E V , a n d V . I . STARTSEV

*Effect of Structure Imperfections on the Drag of Dislocations in Case of Their Viscous Motion in Zn Crystals (a) Vol. 33, No. 1, p. 289-294 (1976). See also 21.1, p. 303. G . H A N E C Z O K , J . I L C Z U K , R . K U S K A , a n d J . W . MORON

*Migrational Relaxations in a-Fe-V-C in the Region of the Snoek Effect (a) Vol. 33, No. 1, p. 3 1 3 - 3 2 4 (1976). See also 18.2, p. 229; 21.1.1, p. 316. H . LÖFFLER a n d H . - G . FABIAN

•Application of the Jump Model to the Decomposition of Some Binary and Ternary Aluminium Alloys (a) Vol. 33, No. 1, p. 3 4 5 - 3 5 3 (1976). See also 1.3, p. 21; 14.1, p. 164; 21, p. 290 ; 21.1, p. 303. L . M . CLAREBROUGH a n d C . T . F O R W O O D

•Diffraction from Single and Overlapping Stacking Faults in F.C.C. Crystals (a) Vol. 33, No. 1, p. 355-366 (1976). See also 1.4, p. 25; 21.1, p. 303. F . A . MOHAMED a n d T . G . LANGDON

•The Determination of the Activation Energy for Superplastic Flow (a) Vol. 33, No. 1, p. 3 7 5 - 3 8 1 (1976). See also 21, p. 290; 21.1, p. 303. S . TANIGAWA a n d M . DOYAMA

•The Formulation of the Formation Energy of a Vacancy as an Alloy Problem (b) Vol. 73, No. 2, p. 517-526 (1976). See also 1.3, p. 21; 21, p. 290.

10.1 Metals

79

R . YAMAMOTO

•Comments on Faber's Expression for the Vacancy Formation Energy in Metals (b) Vol. 73, No. 2, p. K 1 0 3 - K 1 0 5 (1976). See also 21, p. 291. F . RROUPA a n d V . PAIDAR

•Structure of D 0 3 Superlattice Dislocations in Fe-Si Alloys (a) Vol. 33, No. 2, p. 5 5 5 - 5 6 1 (1976). See also 21.1.1, p. 317. P . G O N D I , R . TOGNATO, a n d E . E V A N G E L I S T A

•High-Temperature Relaxation Peaks in Dispersion-Hardened S.A.P. Alloys (a) Vol. 33, No. 2, p. 5 7 9 - 5 8 6 (1976). See also 12.1, p. 107; 21, p. 291. M . S . BAPNA a n d V . R . PARAMESWABAN

•The Elastic Interaction of Divacancies and Extended Dislocations in F.C.C. Metals (a) Vol. 33, No. 2, p. 6 3 9 - 6 5 0 (1976). See also 21.6, p. 329. T . SCHOBER a n d H . W E N Z L

ß-Phase Melting and Solidification Phenomena in the Niobium-Hydrogen System (a) Vol. 33, No. 2, p. 6 7 3 - 6 8 1 (1976). See also 1.2, p. 14; 1.4, p. 25; 21, p. 291. K . G. BANERJEE a n d B . MILLS

*The Zener Relaxation and Diffusion in the Copper-Nickel-Zinc System (a) Vol. 33, No. 2, p. 7 0 7 - 7 1 4 (1976). See also 9, p. 72; 21.1, p. 304. B . HERTEL a n d J . DIEHL

•On the Formation of Vacancy Clusters in Copper Irradiated with 5 keV Argon Ions (a) Vol. 33, No. 2, p. K 7 3 - K 7 5 (1976). See also 11, p. 100; 21.1, p. 304. R . YAMAMOTO

•The Binding Energy of an Impurity-Vacancy Pair in Simple Metals (b) Vol. 74, No. 1, p. 1 5 9 - 1 6 8 (1976). See also 21, p. 291. E . SCHNEIDER a n d H . KRONMÜLLER

•The Elementary Interaction between a Crystal Dislocation and the Flux Line Lattice of a Type I I Superconductor (b) Vol. 74, No. 1, p. 2 6 1 - 2 7 3 (1976). See also 14.2, p. 169; 21, p. 291. G . ALLAN a n d M . LANNOO

•Influence of Self-Consistency on the Relaxation near a Vacancy or a Surface in Transition Metals (b) Vol. 74, No. 1, p. 4 0 9 - 4 1 4 (1976). See also 13.4, p. 136; 21.6, p. 329. V . I . B E T E K H T I N , A . G . KADOMTSEV, A . I . PETROV, a n d V . I . VLADIMIROV

•Reversibility of the First Stage of Fracture in Metals (a) Vol. 34, No. 1, p. 7 3 - 7 8 (1976). See also 21, p. 291. F . A P P E L a n d U . MESSERSCHMIDT

•The Estimation of the Effective Stress in Aluminium Foils Deformed in the High-Voltage Electron Microscope (HVEM) (a) Vol. 34, No. 1, p. 1 7 5 - 1 8 1 (1976). See also 21, p. 292.

80

Subject Index

A . I . BONDARENKO a n d Y u . V . KONOBEEV

•Void Growth Kinetics in Irradiated Metals (a) Vol. 34, No. 1, p. 1 9 5 - 2 0 5 (1976). See also 11, p. 100; 21.1, p. 305. D . PBEININGEK

*Work Hardening of F.C.C. Metals Subjected to Internal Stresses. Dispersion and Irradiation Hardening (a) Vol. 34, No. 1, p. 2 2 7 - 2 4 2 (1976). See also 1.3, p. 22; 21, p. 292. R . H . J . F A S T E S A U , L . M . C A S P E E S , a n d A . VAN V E E N

*Small Clusters of Vacancies and Helium in Molybdenum (a) Vol. 34, No. 1, p. 2 7 7 - 2 8 9 (1976). See also 21, p. 292. E . H E G E N B A B T H , S . V . PIEOGOVA, E . M . S A V I T S K I I , a n d B . G Ö L D N E R

Thermal Conductivity of the Intermetallic Compound NiAl in the Temperature Range from 20 to 80 K (a) Vol. 34, No. 1, p. 3 1 9 - 3 2 3 (1976). See also 8, p. 68; 21.1, p. 305. R . GONZALEZ, J . P I Q U E R A S , a n d L . B R U

*Annealing of Fatigued Copper in the Electron Microscope (a) Vol. 34, No. 1, p. K 9 - K 1 2 (1976). See also 21.1, p. 305. F . DOBES

•Stochastic Approach to the Interpretation of Measured Effective Stress (a) Vol. 34, No. 1, p. K 2 7 - K 2 9 (1976). See also 12.1, p. 107. J . ULLRICH a n d H . MÜLLNER

•Temperature Dependence of Internal Friction in Copper Due to Oxygen Contamination (a) Vol. 34, No. 1, p. K 3 1 - K 3 4 (1976). See also 12.1, p. 107; 21.1, p. 305. B . L . MORDIKE

•Anomalous Slip and Discontinuous Yielding (a) Vol. 34, No. 1, p. K 5 9 - K 6 1 (1976). See also 21, p. 292. L . M . SCHAFE, P . L . ROSSITER, a n d W . A . RACHINGER

Field History Effects in Superconducting Pb-Sn Alloys (b) Vol. 74, No. 2, p. 7 8 5 - 7 9 4 (1976). See also 14.2, p. 169; 21, p. 292. F . M A U R Y a n d P . LUCASSON

*On the Configurational Anisotropy of Frenkel Pairs ih B.C.C. Molybdenum (a) Vol. 34, No. 2, p. 5 1 3 - 5 1 8 (1976). See also 21, p. 293. P . CHARSLEY a n d M . H . S . R A H I M

•The Effect of Ageing on the Lattice Thermal Conductivity of Copper Alloys Deformed at Liquid Helium Temperatures (a) Vol. 34, No. 2, p. 5 3 3 - 5 3 9 (1976). See also 6, p. 56; 8, p. 68; 21.1, p. 306.

10.1 Metals

81

G . SCHBOEDER a n d H . KRONMÜLLER

*Investigation of the Annealing of the Dislocations in Ni Crystals by Means of t h e MagnetoOptical Kerr Effect (a) Vol. 34, No. 2, p. 6 2 3 - 6 3 8 (1976). gee also 18.2, p. 231; 20, p. 258; 21.1, p. 306. L . J . CHEN a n d A. J . ARDELL

*The Observation of Multiple-Layer Loops in Nickel Base Alloys under Ion B o m b a r d m e n t (a) Vol. 34, No. 2, p. 6 7 9 - 6 9 0 (1976). See also 11, p. 101; 21.1, p. 306. R . A . VARIN, J . A . KOZUBOWSKI, M . W . GRABSKI, a n d R . BUCZKOWSKI

•Analysis of Transmission Electron Microscopy Contrast a t Extrinsic Grain Boundary Dislocations (a) Vol. 34, No. 2, p. 7 1 1 - 7 2 2 (1976). See also 1.4, p. 26; 21.1.1, p. 318. G . D L U B E K , O . BRÜMMER, a n d E . H E N S E L

*Positron Annihilation Investigation for an Estimation of the Dislocation Density and Vacancy Concentration of Plastically Deformed Polycrystalline Ni of Different P u r i t y (a) Vol. 34, No. 2, p. 7 3 7 - 7 4 6 (1976). See also 21.1, p. 306. V . B . VYKHODETS, V . B . DEMIN, a n d P . V . GELD

Hydrogen Isotope Diffusivity and Solubility in Nickel, Palladium, and Copper (a) Vol. 34, No. 2, p. 7 8 7 - 7 9 5 (1976). See also 9, p. 72; 21, p. 293; 21.1, p. 306. M . L . GROSSBECK, P . WILLIAMS, C. A . EVANS, J R . , a n d H . K . BIRNBAUM

*Application of Ion Probe Analysis to Studies of Hydrogen Behavior in Solids (a) Vol. 34, No. 2, p. K 9 7 - K 9 9 (1976). See also 21.1, p. 306. J . M . GALLIGAN

•Growth Characteristics of Crystals Containing Disclinations (a) Vol. 34, No. 2, p. K 1 0 1 - K 1 0 3 (1976). See also 3, p. 42; 21.6, p. 330. M . ANTONINI a n d H . D . CARSTANJEN

•Location of Interstitial Deuterium in TaD 0 067 by Channeling (a) Vol. 34, No. 2, p. R 1 5 3 - K 1 5 7 (1976). See also 21.1, p. 306. L . N . BYSTROV a n d S . N . SHAKHMAEV

*The Effect of Thermal T r e a t m e n t on Stress Relaxation in Metals (a) Vol. 34, No. 2, p. K 1 8 7 - K 1 9 0 (1976). See also 21, p. 293; 21.6, p. 330. H . E . SCHAEFER a n d W . DANDER

The Initial Susceptibility of Cobalt after Electron Irradiation a t 4.2 K (b) Vol. 75, No. 1, p. 1 7 3 - 1 7 8 (1976). See also 11, p. 101; 14.1, p. 165; 18.2, p. 231; 21.1, p. 307. K . H . WESTMACOTT

*The Origin and N a t u r e of Multiple Loop Configurations in Quenched Aluminium and Aluminium Alloys (a) Vol. 35, No. 1, p. 1 8 5 - 1 9 6 (1976). See also 21, p. 294; 21.3, p. 324. 6 physica, Reg.-Bd. 9

82

Subject Index

P . MERLE, F . FOUQUET, J . MERLIN e t P . P . GOBIN

•Relations, dans un alliage aluminium-cuivre, entre les variations des propriétés mécaniques et les caractéristiques morphologiques de la précipitation de la phase 0 ' (Relations between the Variations of the Mechanical Properties and the Morphologic Characteristics of Phase Precipitation in an Aluminium-Copper Alloy) (a) Vol. 35, No. 1, p. 2 1 3 - 2 2 2 (1976). See also 12.1, p. 108; 21, p. 294; 21.1, p. 307. B . L . MORDIKE

*Athermal Solid Solution Hardening in Niobium Alloy Single Crystals (a) Vol. 35, No. 1, p. 3 0 3 - 3 0 8 (1976). See also 12.1, p. 108; 21, p. 294. O . A . KAIBYSHEV, R . Z . VALIEV, a n d V . V . ASTANIN

*On the Nature of Superplastic Deformation (a) Vol. 35, No. 1, p. 4 0 3 - 4 1 3 (1976). See also 21, p. 294; 21.1, p. 307. J . T O P O L S K Y , S . Y . CHTJANG, a n d S . J . T A O

*Positron Lifetimes in Heat Treated and Plastically Deformed Iron (a) Vol. 35, No. 1, p. K 1 7 - K 2 2 (1976). See also 21.1.1, p. 318. E . YA. MIKHLIN a n d V . V . NELAEV

*On the Increase of the Frenkel Defect Recombination Zone in a-Iron Caused by Hydrostatic Compression (a) Vol. 35, No. 1, p. K 8 1 - K 8 4 (1976). Erratum (a) Vol. 38, No. 1, p. K101 (1976). See also 21.1.1, p. 318. P . TZANETAKIS, J . HILLAIRET, a n d G . R E V E L

*The Formation Energy of Vacancies in Aluminium and Magnesium (b) Vol. 75, No. 2, p. 4 3 3 - 4 3 9 (1976). See also 14.1, p. 165; 21, p. 294; 21.3, p. 324. M . KTJLIÖ a n d L . D O B R O S A V L J E V I C

Pinning in Superconducting Films with Modulated Concentration of Impurities (b) Vol. 75, No. 2, p. 6 7 7 - 6 8 6 (1976). See also 14.2, p. 170; 21, p. 294. J . P . MUSCAT, M . LANNOO, a n d G . A L L A N

Study of Growth of Guinier-Preston Zones in Al-Ag Compounds (a) Vol. 35, No. 2, p. 4 9 9 - 5 0 9 (1976). See also 1.3, p. 22; 21, p. 295; 21.6, p. 330. P . V . RYABKO a n d K . P . RYABOSHAPKA

*On the Energy Change at Dislocation Motion in a B2-Type Solid Solution (a) Vol. 35, No. 2, p. 5 7 5 - 5 8 1 (1976). See also 12.1, p. 108. M . M . S A V I N , V . M . CHERNOV, a n d A . M . STROKOVA

•Energy Factor of Dislocations in Hexagonal Crystals (a) Vol. 35, No. 2, p. 7 4 7 - 7 5 4 (1976). See also 12.1, p. 108; 21.1, p. 308; 21.3, p. 324. K I S H O R E a n d K . I . VASTJ

*0n the Low-Temperature Deformation Behaviour of a Quenched Aluminium-2% Germanium Alloy (a) Vol. 35, No. 2, p. 7 6 9 - 7 7 5 (1976). See also 21, p. 295.

10.1 Metals

83

F . DOBES a n d J . CADEK

*Measured Internal Stress in Some Models of Creep Controlled by Dislocation Climb (a) Vol. 35, No. 2, p. K 1 2 3 - K 1 2 5 (1976). See also 12.1, p. 108. R . J . SALZBRENNER a n d S . H . CARPENTER

*Anelastic Relaxations in the Fe-Mn-N System (a) Vol. 36, No. 1, p. 1 1 7 - 1 2 6 (1976). See also 21.1.1, p. 319. H . - G . FABIAN a n d H . LOFFLER

*On the Interpretation of the Decomposition Kinetics of Some Al-Zn(6 at%)-Mg(0.1 to 3.5 at%) Alloys by Means of the Enlarged J u m p Model (a) Vol. 36, No. 1, p. 1 2 7 - 1 3 2 (1976). See also 1.3, p. 23; 14.1, p. 165; 21, p. 296; 21.1, p. 309. S. IKENO

*Direct Observation of Cell Formation in Niobium by a High-Voltage Electron Microscope (a) Vol. 36, No. 1, p. 3 1 7 - 3 2 8 (1976). See also 1.4, p. 28; 21, p. 296. D . LEPSKI a n d R . MICHAEL

""Comparison of the Properties of Electron Microscope Images from Dislocations and Rows of Tetragonal Point Defects (a) Vol. 36, No. 1, p. K 1 7 - K 2 0 (1976). See also 21.1.1, p. 320. A . P R O D A N , F . W . B O S W E L L , a n d J . M . CORBETT

An Electron Microscopic Investigation of CoTe2 Single Crystals (a) Vol. 36, No. 1, p. K 2 1 - K 2 3 (1976). See also 1.4, p. 28; 21.1, p. 309. J . F . D U F R E S N E , A . SEEGER, P . GROH, a n d P . MOSER

*Hydrogen Relaxation in a-Iron (a) Vol. 36, No. 2, p. 5 7 9 - 5 8 9 (1976). See also 18.2, p. 234; 21.1.1, p. 320. K . ISHIDA

*Direct Estimation of Stacking Fault Energy by Thermodynamic Analysis (a) Vol. 36, No. 2, p. 7 1 7 - 7 2 8 (1976). See also 21.1, p. 310; 21.1.1, p. 320; 21.6, p. 331. J . M . ANDERSON a n d A . D . STEWART

*The Internal Friction of Electron Irradiated and Cold-Worked Chromium (a) Vol. 36, No. 2, p. K 1 1 9 - K 1 2 3 (1976). See also 11, p. 103; 12.1, p. 108; 21.1, p. 310. M . H . Y o o a n d W . H . BUTLER

*Steady-State Diffusion of Point Defects in the Interaction Force Field (b) Vol. 77, No. 1, p. 1 8 1 - 1 9 3 (1976). See also 9, p. 74; 21, p. 297; 21.1, p. 310. P . VASEK

* Negative Deviations from Matthiessen's Rule in Quenched Platinum at Low Temperatures (b) Vol. 77, No. 1, p. K67 —K70 (1976). See also 14.1, p. 166; 21.6, p. 331. W . WYCISK a n d M. FELLER-KNIEPMEIER

*Quenching Experiments on High-Purity Nickel (a) Vol. 37, No. 1, p. 1 8 3 - 1 9 1 (1976). See also 14.1, p. 166; 21.1, p. 311. 6'

Subject Index

84

F . PRINZ, H . P . KARNTHALER, a n d H . 0 . K . KIRCHNER

*Asymmetric Dislocation Nodes in Cu-Al Alloys (a) Vol. 37, No. 1, p. 2 2 3 - 2 3 3 (1976). See also 12.1, p. 108; 21, p. 297; 21.1, p. 311. J . PETIT e t M . QUINTARD

• F r o t t e m e n t intérieur (Internai Friction of (a) Vfll. 37, No. 1, p. See also 12.1, p. 108;

du titane écroui dans le domaine des basses températures Cold-Worked Titanium a t Low Temperatures) 2 5 7 - 2 6 2 (1976). 21.1, p. 311.

S . TAKACS

The Volume Pinning Force in Superconductors with Statistically Distributed P o i n t Defects (a) Vol. 37, No. 1, p. 2 7 9 - 2 8 6 (1976). See also 14.2, p. 171. H . ZABEL a n d H . PEISL

X - R a y Study of the Phase Diagram of Hydrogen in Niobium (a) Vol. 37, No. 1, p. K 6 7 - K 7 0 (1976). See also 1.2, p. 18; 1.3, p. 23; 21, p. 298. R . KROGGEL, O . K A B I S C H , a n d H . LÖFFLER

* 0 n the Connection between Microhardness and the Mean Radius of the Guinier-Preston Zones in Al-Zn (12, 15, 22 a t % ) Alloys (a) Vol. 37, No. 1, p. K 8 5 - K 8 8 (1976). See also 21, p. 298; 21.1, p. 311. R . RODLOFF a n d H . N E U H Ä U S E R

Application of an "Evolution S t r a t e g y " to Calculate Static a n d Dynamic Dislocation Group Configurations (a) Vol. 37, No. 1, p. K 9 3 - K 9 6 (1976). See also 11, p. 103; 21.1, p. 312. H . KRONMÜLLER a n d H . R I E D E L

• T h e Critical Field for t h e Nucleation of n-Domains in Type I Superconductors (b) Vol. 77, No. 2, p. 5 8 1 - 5 9 0 (1976). See also 14.2, p. 171; 21, p. 298. L . M . CASPERS, A . VAN V E E N , A . A . VAN GORKUM, A . VAN D E N B E U K E L , a n d C . M . VAN B A A L

•Helium Desorption from a (110) Mo Crystal. Evidence for t h e Vacancy Model in Stage I I I Annealing (a) Vol. 37, No. 2, p. 3 7 1 - 3 8 3 (1976). See also 11, p. 103; 21, p. 298. L . E . POPOV, Y U . P . S H A R K E E V , N . A . K O N E V A , N . A . E N S H I N A , a n d G . A . PEROV

•Conservative J o g Slip on Superdislocations and Work-Hardening of Ordered Alloys (a) Vol. 37, No. 2, p. 7 0 1 - 7 0 8 (1976). See also 1.3, p. 24; 21.1, p. 312. A . I . L A N D A U a n d V . I . DOTSENKO

*Power-Like Dependence of Effective Dislocation Velocity on Load Resulting from t h e Stochastic Character of Motion through a R a n d o m Array of Point Obstacles (a) Vol. 37, No. 2, p. 7 0 9 - 7 1 8 (1976). See also 21.1, p. 312. H . J . BLYTHE a n d L. H . DUNLEAVY

*Low Temperature Magnetic Disaccommodation in Neutron Irradiated Iron (a) Vol. 37, No. 2, p. K 1 9 7 - K 2 0 0 (1976). See also 18.2, p. 235; 21.1.1, p. 321.

10.1 Metals

85

G . A . HASSAN a n d F . H . HAMMAD

*A Resistivity Decrement in Deformed Aluminium (a) Vol. 37, No. 2, p. K 2 0 9 - K 2 1 1 (1976). See also 14.1, p. 167; 21, p. 299. G . A . HASSAN, K . H . GEORGY, F . H . HAMMAD, a n d J . CADEK

*Effect of Pre-Torsional Deformation on the Transient Creep of Aluminium (a) Vol. 37, No. 2, p. K 2 1 3 - K 2 1 6 (1976). See also 21, p. 299. H . MÜLLER a n d CH. OPITZ

•Quantum Chemical Investigations on Vacancy Diffusion and Vacancy Lattices in Crystallites (b) Vol. 78, No. 1, p. 1 7 7 - 1 8 2 (1976). See also 9, p. 74; 21.1, p. 313; 21.1.1, p. 321. K . M . MILLER a n d P . T . H E A L D

*The Lattice Distortion around Interstitials in F.C.C. Metals (b) Vol. 78, No. 1, p. 3 4 1 - 3 5 1 (1976). See also 12.1, p. 109; 21, p. 299; 21.1, p. 313; 21.6, p. 331. Y u . M . PLISHKIN a n d I . E . PODCHINENOV

*Vacancy Migration Energy Calculation in an F.C.C. Copper Lattice by Computer Simulation (a) Vol. 38, No. 1, p. 5 1 - 5 5 (1976). See also 21.1, p. 313. H . K O U S E K , P . BATONS, a n d H . M Ü L L N E R

•Analysis of Structural Changes in High-Frequency Fatigued Copper by Means of Damping and Modulus Studies (a) Vol. 38, No. 1, p. 1 9 9 - 2 0 5 (1976). See also 12.1, p. 109; 21.1, p. 313. P . GUYOT a n d J . P . SIMON

Symmetrical High-Angle Tilt Boundary Energy Calculation in Aluminium and Lithium (a) Vol. 38, No. 1, p. 2 0 7 - 2 1 6 (1976). See also 13.4, p. 144; 21, p. 300; 21.2, p. 323 . W . POLANSCHÜTZ a n d E . K R A U T Z

Field Ion Microscopic Study of Grain Boundaries in Metals (a) Vol. 38, No. 1, p. 2 3 7 - 2 4 2 (1976). See also 1.4, p. 29; 17.1, p. 221; 21, p. 300. H . MTJGHRABI, R . K Ü T T E R E R , K . LTJBITZ, a n d H . K R O N M Ü L L E R

•Magnetic Studies on Cyclically Deformed a-Iron Single Crystals (a) Vol. 38, No. 1, p. 2 6 1 - 2 7 0 (1976). See also 18.2, p. 236; 21.1.1, p. 321. P . P . P A L - V A L , V . Y A . P L A T K O V , a n d V . I . STARTSEV

•Temperature Dependence of the Dislocation Drag Constant in Antimony (a) Vol. 38, No(. 1, p. 3 8 3 - 3 9 1 (1976). See also 21.7, p. 332. S . D . MAMCHICH a n d V . N . DROBYASIN

•On the Analysis of the Creep Dynamics in the Stress Relaxation Regime (a) Vol. 38, No. 1, p. K 5 - K 7 (1976). See also 21, p. 300; 21.1, p. 314. S. Kiss Coherency Loss of 6' Phase Due to Deformation (a) Vol. 38, No. 1, p. K 9 - K 1 1 (1976). See also 12.1, p. 109; 21, p. 300.

86

Subject I n d e x

K . MAIER, H . MEHRER, E . LESSMANN, a n d W . SCHÜLE

Self-Diffusion in Nickel a t Low Temperatures (b) Vol. 78, No. 2, p. 6 8 9 - 6 9 8 (1976). See also 9, p. 74; 21.1, p. 314. O . V . PBESNYAKOVA a n d V . I . ZAITSEV

*Effect of High Pressure on Nickel Polygonization (a) Vol. 38, No. 2, p. 4 4 7 - 4 5 2 (1976). See also 1.4, p. 29; 21.1, p. 314. K . W . I N G L E a n d A . G . CROCKER

*A Computer Simulation S t u d y of the Effect of Applied Stress Qn Divacancy Binding Energies in Body-Centred Cubic Crystals (a) Vol. 38, No. 2, p. 5 2 3 - 5 3 1 (1976). See also 12.1, p. 109; 21.1.1, p. 321. S. M.

OHR

*Direction of t h e Black-White Contrast of Dislocation Loops (a) Vol. 38, No. 2, p. 5 5 3 - 5 5 7 (1976). See also 1.4, p. 29; 21, p. 300. N . KIESEWETTER a n d P . SCHILLER

*The Acoustic Emission from Moving Dislocations in Aluminium (a) Vol. 38, No. 2, p. 5 6 9 - 5 7 6 (1976). See also 21, p. 301. K . AOKI a n d O . IZUMI

*The Relation between Defect Hardening and Substitutional Solid Solution Hardening in an Intermetallic Compound Ni 3 Al (a) Vol. 38, No. 2, p. 5 8 7 - 5 9 4 (1976). See also 12.1, p. 109; 21.1, p. 314. K . ROSAN a n d H .

WIPF

*Nitrogen Traps for Hydrogen in T a n t a l u m (a) Vol. 38, No. 2, p. 6 1 1 - 6 2 0 (1976). See also 14.1, p. 167; 21, p. 301. B . A . G R E E N B E R G , M . A . IVANOV, Y U . N . G O R N O S T I R E V , a n d L . E . K A R K I N A

*Some Aspects of Plastic Deformation Theory with an Account for Thermally Activated Dislocation Transformations (a) Vol. 38, No. 2, p. 6 5 3 - 6 6 2 (1976). See also 21.1, p. 314. J . P . RIVIERE a n d J . GRILHE

N e u t r o n Irradiation Damage in a Plastically Deformed F e - 4 0 a t % Al Ordered Alloy (a) Vol. 38, No. 2, p. 7 1 3 - 7 2 0 (1976). See also 11, p. 105; 14.1, p. 168; 21.1.1, p. 322. V . M . CHERNOV a n d M . M . SAVIN

*Elastic Interaction of Dislocations with Tetragonal Point Defects in Anisotropic H.C.P. Crystals (a) Vol. 38, No. 2, p. 7 6 1 - 7 6 8 (1976). See also 21, p. 301; 21.1, p. 315; 21.3, p. 325; 21.6, p. 331. S . M . ASHIMOV, T . P . BATSANKALASHVILI, N . L . N E D Z E L Y A K , a n d J . S . TSAKADZE

Torque Anisotropy Due t o Crystal Defect Structure of the Superconducting Niobium Singie Crystal (a) Vol. 38, No. 2, p. 7 6 9 - 7 7 9 (1976). See also 14.2, p. 172; 21, p. 301. F . J . K E D V E S , M . HORDOS, a n d F . SCHUSZTER

•Precipitation in AI-Mn and Al-Cr Alloys (a) Vol. 38, No. 2, p. K 1 2 3 - K 1 2 6 (1976). See also 14.1, p. 168; 21, p. 301; 21.1, p. 315.

87

10.2 Non-Metals

10.2 Non-Metals Review

Articles

S. V . TSIVINSKII

•Dislocation Multiplication in Single and Polycrystals in the Initial Stage of Deformation (a) Vol. 36, No. 1, p. 1 1 - 3 1 (1976). See also 10.1, p. 78.; 21, p. 289; 21.1, p. 302; 21.1.1, p. 316; 21.6, p. 329; 22.1.1, p. 345; 22.2.3, p. 367; 22.5.2, p. 392. R . PRASAD

Present State of Polytypism in Cadmium Iodide Crystals (a) Vol. 38, No. 1, p. 1 1 - 4 4 (1976). See also 1.1, p. 10; 1.2, p. 14; 22.3, p. 372; 22.4.1, p. 379; 22.5, p. 388; 22.5.3, p. 399; 22.8, p. 413. Original

Papers

and Short

Notes

A . N . ERMOSHKIN, R . A . EVARESTOV, a n d E . A . KOTOMIN

*Molecular Cluster Approach to Magnesium and Calcium Oxide Crystals (II): F + and F Centres (b) Vol. 73, No. 1, p. 8 1 - 8 6 (1976). See also 13.4, p. 134; 22.6, p. 402.

W . BAUMHOER, J . THIEMANN, a n d O . K A N E R T

Monte Carlo Simulation of NMR Line Shapes in Distorted Non-Metallic Solids (b) Vol. 73, No. 1, p. 1 5 5 - 1 6 4 (1976).' See also 19, p. 247; 22.5.2, p. 392. R . SATI

•Calculations of Optical Transitions of the F3 Center (b) Vol. 73, No. 1, p. 3 5 3 - 3 5 9 (1976). See also 13.4, p. 134; 22.5.2, p. 392. L. Bosi *A Study of Electric Field Effect on the Radiative Lifetime of the M Center in NaCl and KCl (b) Vol. 73, No. 1, p. K 6 1 - K 6 4 (1976). See also 22.5.2, p. 392. J . VABVAS a n d T . N I R K

*High-Temperatures Conductivity of Undoped and Copper-Doped Cadmium Selenide (a) Vol. 33, No. 1, p. 7 5 - 8 4 (1976). See also 13.4, p. 135; 14.3, p. 173; 22.4.2, p. 383. H J . BERNHARDT

•Comparative Studies of the LNT Coloration of Y3A15012, YA10 3 , and LiNb0 3 Crystals (a) Vol. 33, No. 1, p. 2 1 1 - 2 1 6 (1976). See also 20.1, p. 261; 20.3, p. 280; 22.8.1, p. 419; 22.8.2, p. 426. J . E . STRUTT a n d E . L I L L E Y

•Structural Aspects of Clustering Reactions in Alkali Halides Doped with Divalent Impurities , (a) Vol. 33, No. 1, p. 2 2 9 - 2 3 9 (1976). See also 22.5.2, p. 392. E . N . KISLOVSKII, L . I . DATSENKO, a n d A . S. VASILKOVSKII

•Effect of Crystal Net Plane Curvature on X-Ray Intensity in the Case of Laue Diffraction (a) Vol. 33, No. 1, p. 2 7 5 - 2 8 0 (1976). See also 1.1, p. 10; 22.1.2, p. 351.

Subject Index

88 S. V . TSIVINSKII

•Statistical Theory of Thermally Activated Dislocation Motion in Crystals in the Case of Zero Internal Stresses (a) Vol. 33, No. 1, p. 3 0 1 - 3 1 1 (1976). See also 22.1.1, p. 345; 22.1.2, p. 351; 22.2.3, p. 367; 22.5.2, p. 392. P . BRAILLON a n d J . SERUGHETTI

•Mechanical Twinning in Calcite. Observation of Twinning Dislocations and Planar Defects by Transmission Electron Microscopy (a) Vol. 33, No. 1, p. 4 0 5 - 4 1 3 (1976). See also 22.8.1, p. 419. T . J . MAGEE, N . M . JOHNSON, a n d J . P E N G

•The Effect of Illumination on the 10.6 [xm Absorption Coefficient of Electron-Irradiated Single Crystal KCl (a) Vol. 33, No. 1, p. 4 1 5 - 4 1 9 (1976). See also 11, p. 100; 20.1, p. 261; 22.5.3, p. 399. E . M . TKTJKHANOV, E . B . GOROKHOV, a n d S . I . S T E N I N

Specific Features of the Dislocation Structure of Germanium in the System GermaniumPyrolitic Silica Film (a) Vol. 33, No. 1, p. 4 3 5 - 4 4 2 (1976). See also 1.5, p. 31; 2, p. 36; 22.1.1, p. 345; 22.6, p. 402. V . Z . BENGTJS a n d T . P . K O V A L E N K O

•Dependence of the Dislocation Distribution in the Glide Band on the Density of Immobile Dislocations (a) Vol. 33, No. 1, p. K 1 - K 3 (1976). See also 22.5.2, p. 392. E . NES

*On the Nucleation of Precipitate Colonies from Swirl Defects in Silicon (a) Vol. 33, No. 1, p. K 5 - K 8 (1976). See also 22.1.2, p. 351. G . S C H I F F M A C H E R , P . E . CABO e t C . B O U L E S T E I X

•Dislocations de macles observées en microscopie électronique à haute résolution (Twin Dislocations Observed by Electron Microscopy at High Temperatures) (a) Vol. 33, No. 1, p. K 9 - K 1 3 (1976). See also 22.6, p. 402.

C. F . CONDE, A . DOMÍNGUEZ-RODRÍGUEZ, A . CONDE, a n d R . MARQUEZ

•Microhardness Tests in Nickel Oxide Single Crystals (a) Vol. 33, No. 1, p. K 2 5 - K 2 9 (1976). See also 22.6, p. 402. A . TÓTH

•On the Mechanism of Charge Transport Caused by Moving Dislocations in NaCl Crystals Doped with Ca (a) Vol. 33, No. 1, p. K 4 7 - K 5 0 (1976). See also 14.4, p. 202; 22.5.2, p. 392. H . - J . MÖLLER a n d P . HAASEN

•Thermally Activated Cross Slip of Screw Dislocations in Ge (a) Vol. 33, No. 1, p. K 5 9 - K 6 2 (1976). See also 22.1.1, p. 345. L . NAGLI

•In + v^vc Centres in a KCl-In Crystal (b) Vol. 73, No. 2, p. 4 2 7 - 4 3 0 (1976). See also 20.3, p. 280; 22.5.2, p. 393.

10.2 Non-Metals

89

R . A . EVARESTOV, A . N . E R M O S H K I N , a n d E . A . KOTOMIN

*Molecular Cluster Approach to Magnesium and Calcium Oxide Crystals ( I I I ) : Charge Distribution Analysis of Some Hole Centres (b) Vol. 73, No. 2, p. 4 8 3 - 4 8 6 (1976). See also 13.4, p. 135; 22.6, p. 402. E . M . LEDOVSKAYA a n d M . I . PETRASHEN

* T h e Determination of the Symmetry Group of Molecular Centres in Crystals (b) Vol. 73, No. 2, p. 4 9 5 - 4 9 8 (1976). See also 6, p. 5 4 ; 22.5.2, p. 393. C . M . SCALA a n d D . R . H U T T O N

*Site Assignment of F e 3 + in a-Quartz (b) Vol. 73, No. 2, p. K 1 1 5 - K 1 1 7 (1976). See also 19, p. 2 4 8 ; 22.6, p. 403. C . B O U L E S T E I X , J . VAN L A N D U Y T , a n d S . A M E L I N C K X

•"Identification of Rotation and Reflection Twins by Diffraction and Contrast Experiments in the Electron Microscope (a) Vol. 33, No. 2, p. 5 9 5 - 6 0 6 (1976). See also 1.4, p. 25; 22.6, p. 403. V . D . V E R N E R , S . K . MAKSIMOV, a n d D . K . NICHUGOVSKII

* T h e Nature of Defects of the Crystalline Structure in GaAs Heavily Doped with T e (a) Vol. 33, No. 2, p. 7 5 5 - 7 6 3 (1976). See also 22.2.1, p. 362. L . I . K H A N D R O S , G . S . P E K A R , M . K . SHEINKMAN, a n d E . L . SHTRUM

High-Temperature Investigations of CdS Single Crystals ( I ) : Electron Concentration, Cd Solubility, and Charge of Intrinsic Defects (a) Vol. 33j No. 2, p. 7 6 5 - 7 7 1 (1976). See also 14.3, p. 174; 22.4.1, p. 379. S . MADER a n d A . E . MICHEL

•Dislocation Reactions in Arsenic-Implanted and Annealed Silicon (a) Vol. 3 3 ,No. 2, p. 7 9 3 - 8 0 5 (1976). See also 11, p. 100; 22.1.2, p. 352. G . FILSCHER

On the Theoretical Calculation of the Intensity Distribution in X - R a y Section Topographs of Crystals with Superposed Films (a) Vol. 33, No. 2, p. K 8 1 - K 8 2 (1976). See also 1.6, p. 34; 22.1.2, p. 352. N . T A K E U C H I , K . I N A B E , a n d H . NANTO

Kinetics Order of Thermoluminescent Red Emission from MgO Single Crystals (a) Vol. 33, No. 2, p. K 1 2 5 - K 1 2 7 (1976). See also 20.3, p. 281; 22.6, p. 403. E . HARTMANN a n d Ä . P E T E R

* T h e Ionic Conductivity of Plastically Twisted NaCl Whiskers (a) Vol. 33, No. 2, p. K 1 6 9 - K 1 7 1 (1976). See also 14.4, p. 202; 22.5.2, p. 393. N . KRISTIANPOIXER, A . REIIAVY, a n d M . ISRAELI

•Effects of Ultraviolet Irradiation on K B r : G d (b) Vol. 74, No. 1, p. 2 4 5 - 2 4 8 (1976). See also 13.5.1, p. 151; 20.1, p. 263; 20.3, p. 2 8 1 ; 22.5.2, p. 393.

90

Subject Index

B . D . BHATTACHARYYA

•Tunnel Splitting in a Trigonal 0 ~ Center (b) Vol. 74, No. 1, p. K 5 3 - K 5 6 (1976). See also 19, p. 249; 22.5.3, p. 399. D . D . RICHARDSON

Effects of an I m p u r i t y on Magnon Sidebands in Insulators (b) Vol. 74, No. 1, p. K 6 1 - K 6 5 (1976). See also 18.2, p. 230; 20.1, p. 264; 22, p. 335. G . M . DE'MUNARI, L . GABBA, F . GIUSIANO, a n d G . MAMBRIANI

• E n e r g y of Vacancy Formation in Semiconductors (a) Vol. 34, No. 1, p. 9 5 - 1 0 5 (1976). See also 22.1, p. 343; 22.1.1, p. 346; 22.1.2, p. 352. F . FRÖHLICH, P . GRAU, a n d M . SUSZYNSKA

*The Simple Power Law of the Critical Flow Stress by Solution Hardening with Respect to t h e Aggregation of Ca Impurities in NaCl (a) Vol. 34, No. 1, p. 1 6 5 - 1 7 3 (1976). See also 22.5.2, p. 393. G . L . B L E R I S , T . K A R A K O S T A S , J . STOEMENOS, a n d N . A . ECONOMOU

On the Short-Range Order Arrangement a t the Transition State of ß-In,Te 3 (a) Vol. 34, No. 1, p. 2 4 3 - 2 5 4 (1976). See al^o 1.3, p. 22; 22.7, p. 410. G . NIHOUL-BOUTANG a n d C. BOULESTEIX

•Observation of Lattice-Conservating Twins b y Electron Microscopy. Study of t h e Image Contrasts (a) Vol. 34, No. 1, p. 3 3 1 - 3 3 8 (1976). See also 1.4, p. 26; 22.6, p. 403. J . N . BOLAND

*An Electron Microscope Study of Dislocation Image Contrast in Olivine (Mg, Fe) 2 Si0 4 (a) Vol. 34, No. 1, p. 3 6 1 - 3 6 7 (1976). See also 22.8.1, p. 420. L . I . K H A N D R O S , G . S . P E K A R , M . K . S H E I N K M A N , a n d E . L . SHTRTTM

High-Temperature Investigations of CdS Single Crystals (II): Electron Mobility a n d Scattering Mechanism (a) Vol. 34, No. 1, p. 3 9 7 - 4 0 3 (1976). See also 14.3, p. 174; 22.4.1, p. 379. Z . LILIENTAL a n d H . BARTSCH

• T h e Effect of Diffusion of Ag on t h e Real Structure of ZnTe Crystals (a) Vol. 34, No. 1, p. K 5 - K 6 (1976). See also 22."4.3, p. 385. I . A . MARKOVA-OSORGINA a n d S . Z . S H M U R A K

Deformation-Induced Exciton Luminescence of Alkali Halide Crystals (b) Vol. 74, No. 2, p. 7 5 3 - 7 6 0 (1976). See also 13.5.1, p. 152; 20.3, p. 282; 22.5.2, p. 394. R . BALZER a n d F . R . ENGLER

•Mechanical Anisotropy of H Centers in CsBr (b) Vol. 74, No. 2 p. K 1 3 5 - K 1 4 0 (1976). See also 11, p. 101; 22.5.2, p. 394. V . Z . BENGTJS a n d T . P . K O V A L E N K O

•Mobile a n d Immobile Dislocations in L i F Crystals under Straining (a) Vol. 34, No. 2, p. 4 4 5 - 4 5 4 (1976). See also 22.5.2, p. 394.

10.2 Non-Metals

91

G . M . DE'MUNARI, L . GABBA, F . GIUSIAKO, a n d G . MAMBRIANI

•Migration Energy of Vacancies in Semiconductors (a) Vol. 34, No. 2, p. 4 5 5 - 4 6 0 (1976). See also 22.1, p. 343; 22.1.1, p. 346; 22.1.2, p. 353. D . CASASENT a n d F . CAIMI

•Suppressive Writing in Lithium-Doped NaF (a) Vol. 34, No. 2, p. 4 6 1 - 4 6 6 (1976). See also 20.1, p. 266; 22.5.2, p. 394. D . CHAKRABORTY a n d G . L E H M A N N

•On the Structures and Orientations of Hydrogen Defects in Natural and Synthetic Quartz Crystals (a) Vol. 34, No. 2, p. 4 6 7 - 4 7 4 (1976). See also 20.1, p. 266; 22.6, p. 404; 22.8, p. 414. H . I . BERNHARDT

*The Structure of Coloration Centres in Y 3 Al 5 0 12 CrystaIs after X-Ray Irradiation at Room Temperature (a) Vol. 34, No. 2, p. 4 8 3 - 4 8 7 (1976). See also 20.3, p. 282; 22.8.2, p. 427. C . B E C K E R , E . ZSOLDOS, a n d A . W E B E R

•Dislocation Configurations at Inclusions in GGG (Gd 3 Ga 5 0 12 ) (a) Vol. 34, No. 2, p. 5 1 9 - 5 2 3 (1976). See also 22.8.2, p. 428. Y . V . G . S . MTJRTI, G . S A M U E L , a n d S . SIVARAMÄN

•Studies on Tin Impurity Centres in KCl Crystals (a) Vol. 34, No. 2, p. 6 1 5 - 6 2 1 (1976). See also 13.4, p. 137; 19, p. 250; 20.1, p. 266; 22.5.2, p. 394. R . METSELAAR, J . P . M . DAMEN, P . K . LARSEN, a n d M . A . H . H U Y B E R T S

•Investigation of Colour Centres in Gadolinium Gallium Garnet Crystals (a) Vol. 34, No. 2, p. 6 6 5 - 6 7 0 (1976). See also 20.1, p. 266; 22.8.2, p. 428. K . GODWOD, A . T . N A G Y , a n d Z . R E K

The Application of the X-Ray Triple-Crystal Spectrometer for Measuring the Radius of Curvature of Bent Single Crystals (a) Vol. 34, No. 2, p. 7 0 5 - 7 1 0 (1976). See also 1.1, p. 11; 22.1.2, p. 353. E . MIZERA a n d M . KLIMKIEWICZ

•Some Remarks on the Defect Structure in HgTe Crystals Revealed by Transmission Electron Microscopy (a) Vol. 34, No. 2, p. K 1 0 7 - K 1 0 8 (1976). See also 22.4.3, p. 385. T . WABMINSKI

•On the Detectability of Impurity Atoms in a Thin Surface Layer by an Electron Microprobe Analyser (a) Vol. 34, No. 2, p. K 1 1 9 - K 1 2 3 (1976). See also 22.1.2, p. 353. P . J . P . DE M A A Y E R a n d J . D . M A C K E N Z I E

•Effect of Defect Structure on the Seebeck Coefficient of Thin Films of TiN^ (a) Vol. 34, No. 2, p. K 1 4 3 - K 1 4 6 (1976). See also 15, p. 209; 22, p. 336.

92

Subject Index

H . SCHAUMBURG a n d F . W I L L M A N N

*Optical Absorption of Plastically Deformed Germanium (a) Vol. 34, No. 2, p. K 1 7 3 - K 1 7 7 (1976). See also 13.4, p. 138; 20.1, p. 266; 22.1.1, p. 346. L. Bosi •Lifetime Studies on Excited M and M + Centers in N a F (b) Vol. 75, No. 1, p. K 2 7 - K 3 0 (1976). See also 22.5.2, p. 394. R . BUBAKOVA a n d Z . SOUREK

•Contrast in t h e Dislocation Images for t h e Bragg Case (a) Vol. 35, No. 1, p. 5 5 - 6 0 (1976). See also 22.1.2, p. 353. M . ROULET, H . H U B E R , a n d C. JACCARD

•Thermal Disorder of Silver Bromide Studied by 100 keV Proton Channeling (a) Vol. 35, No. 1, p. 9 7 - 1 0 8 (1976). See also 11, p. 101; 22.5.1, p. 391. R . NINK a n d H.-J.

Kos

*On the Role of Z Centers in the Trapping Mechanism of Thermoluminescent Lithium Fluoride (a) Vol. 35, No. 1, p. 1 2 1 - 1 2 9 (1976). See also 13.4, p. 138; 20.1, p. 268; 22.5.2, p. 394. J . R A B I E R , P . V E YSSIIIRE, a n d J . G R I L H E

•Possibility of Stacking Faults and Dissociation of Dislocations in the Garnet Structure (a) Vol. 35, No. 1, p. 2 5 9 - 2 6 8 (1976). See also 1.4, p. 27; 22.8.2, p. 428. J . BOUWMA, K . J . DE VRIES, a n d A . J . BURGGRAAF

•Non-Stoichiometry, Defect Structure, and Dielectric Relaxation in Lanthana-Substituted SrTiO a (a) Vol. 35, No. 1, p. 2 8 1 - 2 9 0 (1976). See also 14.4, p. 203; 22.8, p. 415. R . VISOCEKAS, T . CEVA, C. MARTI, F . L E F A U C H E U X , a n d M . C. R O B E R T

Tunneling Processes in Afterglow of Calcite (a) Vol. 35, No. 1, p. 3 1 5 - 3 2 7 (1976). See also 20.3, p. 283 ; 22.8.1, p. 421. L . B . HARRIS, D . A . MONCRIEFF, a n d V . N . E . ROBINSON

•High-Resolution Examination of Uncoated Insulators b y SEM Applied to Grain Boundaries in Sodium Chloride (a) Vol. 35, No. 1, p. 3 7 1 - 3 7 7 (1976). See also 1.4, p. 27; 22.5.2, p. 394. M . L E F E L D - S O S N O W S K A a n d E . ZTELINSKA-ROTTOZINSKA

Symmetrical and Asymmetrical X - R a y Section Topographs of Ion-Implanted Silicon (a) Vol. 35, No. 1, p. K 1 - K 3 (1976). See also 1.4, p. 27; 22.1.2, p. 354. T . WARMINSKI, E . MIZERA, M . KLIMKIEWICZ, a n d M . IIYAMA

• O n the Energy Dependence of K a S i X - R a y Production in Silicon by Electron B o m b a r d m e n t (a) Vol. 35, No. 1, p. K 9 - K 1 1 (1976). See also 22.1.2, p. 354. F . MATSUURA, S. TERATANI, S. KISHIDA, a n d I . TSURUMI

Temperature Dependence of the Half-Width of the 2.3 eV Optical Absorption B a n d in Neutron-Irradiated ZnS (a) Vol. 35, No. 1, p. K 5 7 - K 6 0 (1976). See also 11, p. 101; 20.1, p. 268; 22.4.1, p. 380.

10.2 Non-Metals

93

N . MATSUNAMI, Y . YOKOYAMA, a n d N . ITOH

Displacement of Impurities through Interaction with Radiation-Induced Interstitials in Alkali Halides (b) Vol. 75, No. 2, p. 4 8 3 - 4 9 2 (1976). See also 11, p. 101; 20.1, p. 268; 22.5.2, p. 395. H . B I L L a n d W . VON D E R O S T E N

*Raman and Vibronic Spectra of a New Oxygen Molecule Ion in CaF 2 (b) Vol. 75, No. 2, p. 6 1 3 - 6 1 9 (1976). See also 6, p. 57; 20.3, p. 284; 22.5.3, p. 399. E . P . POKATILOV a n d L . Y . TARAKANOVA

*F-Centre Ground State at the Ellipsoidal Dispersion Law of Electrons (b) Vol. 75, No. 2, p. K 1 4 3 - K 1 4 8 (1976). See also 13.5.3, p. 159. L. Bosi *On the Luminescence and Photoconductivity of the F Centres in NaBr (b) Vol. 75, No. 2, p. K 1 6 3 - K 1 6 5 (1976). See also 16, p. 214; 20.3, p. 284; 22.5.2, p. 395. N . DUPONT-PAVLOVSKY, F . CARALP, P . D E L H A E S e t J . A M I E L L

*Caractérisation chimique et étude des propriétés électroniques de l'oxyde de zinc non stoechiométrique. Nature et répartition des défauts (Chemical Characterization and Study of the Electronic Properties of Non-Stoichoimetric Zinc Oxide. Nature and Repartition of Defects) (a) Vol. 35, No. 2, p. 6 1 5 - 6 2 5 (1976). See also 13.4, p. 139; 14.3, p. 177; 18, p. 223; 22.4, p. 376. E . F . H A R R I S a n d J . H . CRAWFORD, J R .

*The Influence of O H - Impurity on the Oxidation of Iron Impurity in MgO above 1000 °C (a) Vol. 35, No. 2, p. 6 6 7 - 6 7 3 (1976). See also 20.1, p. 269; 22.6, p. 405.

G . DOKTER a n d H . J .

HOFFMANN

*Transient Bleaching of the F-Band in Alkali Halides (b) Vol. 76, No. 1, p. 2 4 1 - 2 4 9 (1976). See also 13.4, p. 140-, 16, p. 215; 22.5.2, p. 395. T . GOWOREK a n d C. R Y B K A

*Impurity Induced Positronium in Molecular Crystals (b) Vol. 76, No. 1, p. K 3 5 - K 3 7 (1976). See also 22.9, p. 437. NAWAB SINGH a n d A . W . JOSHI

*Pressure Dependence of the Peak F-Band Absorption Energy in Alkali Halides (b) Vol. 76, No. 1, p. K 3 9 - K 4 2 (1976). See also 20.1, p. 271 ; 22.5.2, p. 395. W . H . HTJBRIG, J . A U L E Y T N E R , a n d M . M A C I A S Z E K

Changes of X-Ray Topographic Contrast Due to Annealing of Boron-Implanted Silicon (a) Vol. 36, No. 1, p. 2 0 9 - 2 1 5 (1976). See also 1.1, p. 12; 22.1.2, p. 355. V. P . KISEL

*Mobility of Dislocations in NaCl Single Crystals at Low Temperatures (I) : 77 to 298 K (a) Vol. 36, No. 1, p. 2 9 7 - 3 0 6 (1976). See also 22.5.2, p. 395.

Subject Index

94 C . E S C R I B E a n d E . VAN D E R VOORT

•Lattice Energy Calculations of Complexes Generated by Dissolution of Gd and Fe in Monoclinic Zirconia (a) Vol. 36, No. 1, p. 3 7 5 - 3 8 3 (1976). See also 22.6, p. 405. A . A . URUSOVSKAYA, G . G . K N A B , a n d Y U . Z . ESTRIN

"•Comparison of Dislocation Mobilitv in LiF Measured by Direct and Indirect Methods (a) Vol. 36, No. 1, p. 3 9 7 - 4 0 2 (1976). See also 22.5.2, p. 395. V . S . VAVILOV, A . E . K I V , a n d O . R . N I Y A Z O V A

Erratum to: The Subthreshold Radiation Effects in Semiconductors (a) Vol. 36, No. 1, p. 427 (1976). See also9,p. 7 3 ; W , p . J02;14.3, p. 178; 22.1,p. 343;22.2,p. 361;22.3,p. 373;22.4, p. 376. Y . KAMIURA a n d F . HASHIMOTO

*Annealing Stage above 400 °C in Quenched Gallium-Doped Germanium (a) Vol. 36, No. 1, p. K 8 1 - K 8 4 (1976). See also 9, p. 73; 14.3, p. 178; 22.1.1, p. 348. D E B A D I D E B BHATTACHABYA

*The Study of Dislocations by the Mössbauer Effect (b) Vol. 76, No. 2, p. K 8 1 - K 8 4 (1976). See also 5, p. 50. T . D . DZHAFAROV a n d Y u . P . D E M A K O V

Diffusion of Group I Impurities in Epitaxial Layers of AlAs-GaAs Solid Solutions (a) Vol. 36, No. 2, p. 4 3 9 - 4 4 3 (1976). See also 9, p. 73; 22.2.1, p. 363; 22.2.4, p. 370. J . L . FARVACQUE, J . C. DOUKHAN, B . ESCAIG, a n d T . TUOMI

*Plastic Deformation of Selenium Single Crystals in a Glide and X-Ray Observation of the Induced Substructure (a) Vol. 36, No. 2, p. 4 6 1 - 4 7 0 (1976). See also 22.1.3, p. 360. B . SPEIT a n d G. LEHMANN

*Hole Centers in the Feldspar Sanidine (a) Vol. 36, No. 2, p. 4 7 1 - 4 8 1 (1976). See also 16, p. 215; 20.1, p. 272; 20.3, p. 285; 22.8.1, p. 423. T . B E D Y N S K A , R . BUBAKOVA, a n d Z . SOUREK

•Comparison between Experimental and Theoretical Dislocation Image for the Bragg Case (a) Vol. 36, No. 2, p. 5 0 9 - 5 1 6 (1976). See also 22.1.2, p. 355. P . BRAILLON e t J . SERUGHETTI

•Deformation plastique de monocristaux de calcite en compression suivant (Plastic Deformation of Calcite Single Crystals by 001 Compression) (a) Vol. 36, No. 2, p. 6 3 7 - 6 4 6 (1976). See also 22.8.1, p. 423. V . V . RATNAM a n d H . D . BANERJEE

*On the Glow Curves and TL Centres in CaF 2 :Ce, Mn Crystals Irradiated by Cathode Rays (a) Vol. 36, No. 2, p. 6 9 3 - 6 9 7 (1976). See also 20.3, p. 285; 22.5.3, p. 400. J . SARKÖZI a n d R . VOSZKA

*The Variation of the Surface Charge of NaCl: Pb Monocrystals Due to Doping and Annealing (a) Vol. 36, No. 2, p. K 1 0 5 - K 1 0 7 (1976). See also 14.4, p. 203; 22.5.2, p. 396.

10.2 Non-Metals

95

S . E T I E N N E , C . M A I , G . FANTOZZI e t P . F . GOBIN

*Phénomènes anélastiques dans le silicium à basse température (Anelastic Phenomena in Silicon a t Low Temperatures) (a) Vol. 36, No. 2, p. K 1 1 3 - K 1 1 8 (1976). See also 22.1.2, p. 356. U . M . GRASSANO, A . TANGA, a n d M . VALLI

•Electric Field Effect on t h e Thallium Emission Bands in K B r a n d K I (b) Vol. 77, No. 1, p. 3 4 1 - 3 4 6 (1976). See also 20.1, p. 273; 20.3, p. 286; 22.5.2, p. 396. L . MÄRCULESCU

•Optical Spectra of Aggregate Centres in K C l : P b Crystals (b) Vol. 77, No. 1, p. 3 5 3 - 3 5 7 (1976). See also 20.1, p. 273; 22.5.2, p. 396. I . N . MAGDEN, L . I . KATURINA, B . L . MEILER, a n d P . V . MUSIENKO

[100] Silicon Doped with Arsenic (I): Electrical Parameters and Their Thermal Stability (a) Vol. 37, No. 1, p. 2 9 - 3 8 (1976). See also 14.3, p. 179 ; 22.1.2, p. 356. I . M . BOSWARVA

*The Lattice Energies of Precipitate Phases and t h e Heats of Solution of Divalent Cations in Alkali Halide Crystals (a) Vol. 37, No. 1, p. 6 5 - 7 2 (1976). See also 22.5.2, p. 397. S . GOVINDA

•Coloration and Luminescence in Pure and Chromium-Doped A1 2 0 3 Single Crystals Irradiated with X - R a y s a t Room Temperature (a) Vol. 37, No. 1, p. 1 0 9 - 1 1 7 (1976). See also 11, p. 103; 20.1, p. 273; 20.3, p. 286; 22.6, p. 406. T . L . A N D E R S O N , R . E . N E W N H A M , L . E . CROSS, a n d J . W . LAUGHNER

•Laser-Induced Twinning in Quartz (a) Vol. 37, No. 1, p. 2 3 5 - 2 4 5 (1976). See also 1.4. p. 28; 12.2, p. 112 ; 22.6, p. 407. Y . MOTOHASHI, P . BRAILLON, a n d J . SERUGHETTI

•Elastic Energy, Stress Field of Dislocations, and Dislocation P a r a m e t e r s in Calcite Crystals' (a) Vol. 37, No. 1, p. 2 6 3 - 2 7 0 (1976). See also 12.2, p. 112; 22.8.1, p. 423. T . WOSUS'SKI, T . FIGIELSKI, a n d A . MUKOSA

•Spin-Dependent Photoconductivity Spectrum of Dislocated Silicon (a) Vol. 37, No. 1, p. K 5 7 - K 5 9 (1976). See also 16, p. 216; 19, p. 254; 22.1.2, p. 356. J . L . FARVACQUE a n d E . GERLACH

•Scattering of Free Carriers Due to t h e Strain Field of Screw Dislocations in Semiconductors (b) Vol. 77, No. 2, p. 6 5 1 - 6 5 6 (1976). See also 14.3, p. 179; 22.1.3, p. 360. 3 . C. CASTRO, H . C. BASSO, a n d M . D E SOUZA

Local Mode of H~ Substitutional Ion in KCN (b) Vol. 77, No. 2, p. 6 8 5 - 6 9 2 (1976). See also 1.2, p. 19; 6, p. 61; 20.1, p. 274; 22, p. 340. L . MÄRCULESCU, M . POPESOU, I . BALTOG, a n d C . G H I T A

• T h e State of Dispersion of P b 2 + in Highly Doped KCl Crystals (b) Vol. 77, No. 2, p. 7 0 1 - 7 0 6 (1976). See also 20.1, p. 274; 20.3, p. 287; 22.5.2, p. 397.

96

Subject Index

N . BANAII a n d G . JACOBS

*The Parallel and Perpendicular Stark Effect of t h e F-Center in R b B r and R b l (b) Vol. 77, No. 2, p. 7 0 7 - 7 1 5 (1976). See also 20.1, p. 274; 22.5.2, p. 397. J . T . GOURLEY a n d E . R . VANCE

*Sharp Infrared Absorption Lines in Luminescent CaO (b) Vol. 77, No. 2, p. K 8 5 - K 8 9 (1976). See also 20.1, p. 274; 22.6, p. 407. H J . BERNHARDT

*The Manganese-Induced 0~ Centres in Y t t r i u m Aluminium Garnet (a) Vol. 37, No. 2, p. 4 4 5 - 4 4 8 (1976). See also 20.1, p. 275; 20.3, p. 287; 22.8.2, p. 430. M . E . VAN H U L L E a n d W . M A E N H O U T - V A N D E R V O R S T

*Ionic Conductivity and Dielectric Loss of AgCl Doped with P b 2 i (a) Vol. 37, No. 2, pi 4 7 3 - 4 7 7 (1976). See also 14.4, p. 204; 22.5.1, p. 391. J . W . MATTHEWS a n d T . S. PLASKETT

*Optical Birefringence Images of Edge Dislocations (a) Vol. 37, No. 2, p. 4 9 9 - 5 0 3 (1976). See also 22.8.2, p. 430. W . K . CHEN a n d H . DOWNING

Cation Self-Diffusion in CoFe 2 0 4 (a) Vol. 37, No. 2, p. 5 1 5 - 5 2 0 (1976). See also 9, p. 74; 22.8.2, p. 430. J . DAUNAY, J . BAILLOU, M . LEMERCIER, J A C . DAUNAY, P . BUGNET, a n d G . BATAILLER

Dispersion of the Parasitic Birefringence Induced by Lattice Plane Defects in ZnSe Single Crystals (a) Vol. 37, No. 2, p. 5 2 1 - 5 2 7 (1976). See also 20, p. 258; 22.4.2, p. 383. H . G . LIPSON, P . LIOOR, a n d J . J . MARTIN

*The Effect of Ionizing Radiation on the 10.6 um Absorption of KCl and NaCl (a) Vol. 37, No. 2, p. 5 4 7 - 5 5 2 (1976). See also 11, p. 104; 20.1, p. 275; 22.5.2, p. 397. R . K . GARTIA

*Thermoluminescence Studies of Z, Centers in X-Irradiated Ca-Doped NaCl Crystals (a) Vol. 37, No. 2, p. 5 7 1 - 5 7 8 (1976). See also 20.3, p. 287; 22.5.2, p. 397. K . KUMAZAKI, E . MATSUSHIMA, a n d A . ODAJIMA

*Point Defects and Non-Stoichiometry in HgSe (a) Vol. 37, No. 2, p. 5 7 9 - 5 8 9 (1976). See also 14.3, p. 180; 22.4.2, p. 383. F . M . CAIMI, J . O . ARTMAN, W . W . L I N , a n d D . P . CASASENT

• I n t e r p r e t a t i o n of Direct Writing M Center H - D Curve Characteristics of Photodichroic N a F Crystals (a) Vol. 37, No. 2, p. 6 1 7 - 6 2 4 (1976). See also 13.4, p. 143; 20.1, p. 275; 22.5.2, p. 397. N . K . RADHAKRISHNAN a n d A . B . BISWAS

A Neutron Diffraction Study of t h e Cation Migration in MgMn 2 0 4 (a) Vol. 37, No. 2, p. 7 1 9 - 7 2 2 (1976). See also 1, p. 9; 22.8.2, p. 431.

10.2 Non-Metals

97

J . K I E S , R . KÖHLER, a n d W . MÖHLING

Double Crystal X - R a y Topographs of Microdefects in Silicon (a) Vol. 37, No. 2, p. K 1 1 3 - K 1 1 5 (1976). See also 1.4, p. 28; 22.1.2, p. 357. N . B A N A I I a n d G . JACOBS

»Stark Effect of the F Center in N a B r (b) Vol. 78, No. 1, p. K 5 1 - K 5 3 (1976). See also 22.5.2, p. 397. I . N . M A G D E N a n d V . A . SAFONOV

[100] Silicon Doped with Arsenic (II): The Connection of Electrical and Structural P a r a meters with Microplasmas (a) Vol. 38, No. 1, p. 4 5 - 5 0 (1976). See also 14.3, p. ISO; 22.1.2, p. 357. J . MONTEMAYOK, R . G Ó M E Z - R A M Í R E Z , a n d E . CARRILLO

»High-Temperature Creep on K B r Single Crystals (a) Vol. 38, No. 1, p. 6 7 - 7 2 (1976). See also 22.5.2, p. 397. S . S. PALIWAL a n d O. P . SINHA

»Calculation of Activation Energy and Frequency Factor f r o m Glow Curves of SrS:Hf Phosphors (a) Vol. 38, No. 1, p. 7 3 - 7 6 (1976). See also 13.4, p. 144; 20.3, p. 287; 22, p. 341. F . A P P E L , H . BETHGE, a n d U . MESSERSCHMIDT

»Distribution of Point-Obstacle Distances during t h e Motion of Screw Dislocations in MgO Single Crystals (a) Vol. 38, No. 1, p. 1 0 3 - 1 0 8 (1976). See also 22.6, p. 408. U . DEL P E N N I N G a n d S . MANTOVANI

»Width of t h e Dislocation Energy Band in Germanium (a) Vol. 38, No. 1, p. 1 0 9 - 1 1 3 (1976). See also 13.1, p. 128; 14.3.4, p. 200; 22.1.1, p. 349. G . B E R G a n d J . P OZNIAK

»Theoretical Analysis of t h e Dipole Polarization and Depolarization in Me + + -Doped NaClType Alkali Halide Crystals (I): Nearest-Neighbour Approach (a) Vol. 38, No. 1, p. 1 1 5 - 1 2 2 (1976). See also 14.4, p. 204; 22.5.2, p. 398. N . STARBOV, A . B U R O F F , a n d J . M A L I N O W S K I

Surface Ionic Conductivity, Lattice Disorder, a n d Space Charge Region in Thin Silver Bromide Layers (a) Vol. 38, No. 1, p. 1 6 1 - 1 7 0 (1976). See also 14.4, p. 204-, 22.5.1, p. 391. F . V. WALD

Self-Compensation in CdTe a n d ZnTe Crystals Grown f r o m I n d i u m Solvents (a) Vol. 38, No. 1, p. 2 5 3 - 2 5 9 (1976). See also 3, p. 44; 14.3, p. 181; 20.1, p. 277; 22.4.3, p. 386. J . L . F A R V A C Q U E , J . C . DOTTKHAN, a n d B . E S C A I G

»The Asymmetry and Orientation Dependence of c-Slip in Tellurium (a) Vol. 38, No. 1, p. 2 7 1 - 2 8 4 (1976). * See also 22.1.3, p. 360. 7

physica, Reg.-Ed. 9

Subject Index

98

A H M E E H O E , P . W . M . JACOBS, a n d K . S. MOODIE

Thermal Depolarization in Crystals of Potassium Chloride Containing Strontium Chloride (a) Vol. 38, No. 1, p. 2 9 3 - 2 9 8 (1976). See also 8, p. 71; 22.5.2, p. 398. R . W . WHITWORTH

*A Charged-Dislocation Model for the Effect of an Electric Field on the Flow Stress of an Ionic Crystal (a) Vol. 38, No. 1, p. 2 9 9 - 3 0 4 (1976). See also 22.5.2, p. 398. J . S. AHEARN, J R . , C. A . B . BALL, a n d C. LAIRD

*Stress-Induced Birefringence of Mismatching I I I - V Heterojunctions (a) Vol. 38, No. 1, p. 3 1 5 - 3 2 0 (1976). See also 20, p. 259; 22.2.1, p. 364; 22.2.2, p. 365. V. K . JAIN

Effect of Annealing on Thermoluminescence of LiF (TLD-100) (a) Vol. 38, No. 1, p. K 6 5 - K 6 8 (1976). See also -20.3, p. 288; 22.5.2, p. 398. A . A . ELANGO a n d T . N . NURAKHMETOV

*Structure and Generation Mechanism of Br¡~ Centers in X-Rayed KBr (b) Vol. 78, No. 2, p. 5 2 9 - 5 3 6 (1976). See also 20.1, p. 277; 22.5.2, p. 398. J . P . B U I S S O N , S . L E F R A N T , A . SADOC, L . T A U R E L , a n d M . B I L L A R D O N

Raman Scattering by K I Containing F Centres (b) Vol. 78, No. 2, p. 7 7 9 - 7 9 0 (1976). See also 6, p. 64; 13.4, p. 145; 20.1, p. 278; 22.5.2, p. 398. S . ZAZUBOVICH a n d V . O S M I N I N

* Hole Mechanisms of H and F Centre Production in KCl Crystals (b) Vol. 78, No. 2, p. 8 1 3 - 8 1 9 (1976). See also 20.3, p. 288; 22.5.2, p. 398. F . J . LÓPEZ a n d F . AGULLÓ-LÓPEZ

ESR of Conduction Electrons in Electrolytically Coloured Cation-Doped NaCl (b) Vol. 78, No. 2, p. K 8 1 - K 8 3 (1976). See also 19, p. 256; 22.5.2, p. 398. P . FAHRENTHOLTZ a n d J . MIMKES

Diffusion of Sb along Dislocations in Si (b) Vol. 78, No. 2, p. K 1 3 7 - K 1 4 0 (1976). See also 9, p. 74; 22.1.2, p. 358. R . MOKINEAU

Structural Defects and Oxidation-Reduction Equilibrium in Mn, Zn Ferrites (a) Vol. 38, No. 2, p. 5 5 9 - 5 6 8 (1976). See also 18.3, p. 241; 22.8.2, p. 431. J . W . MATTHEWS a n d T . S. PLASKETT

•Formation of Large Climb Loops at Decorated Dislocations in Gadolinium Gallium Garnet (a) Vol. 38, No. 2, p. 5 7 7 - 5 8 5 (1976). See also 22.8.2, p. 431. V . M . ORERA a n d R . ALCALÁ

•Formation and Size Evolution of Ca Colloids in Additively Colored CaF2 (a) Vol. 38, No. 2, p. 6 2 1 - 6 2 7 (1976). See also 20.1, p. 278; 22.5.3, p. 400.

10.2 Non-Metals

99

R . D E R I D D E R , G . VAN TENDELOO, D . VAST D Y C K , a n d S . A M E L I N C K X

A Cluster Model for the Transition State and Its Study by Means of Electron Diffraction (I) : Theoretical Model (a) Vol. 38, No. 2, p. 6 6 3 - 6 7 4 (1976). See also 1.4, p. 29; 22, p. 342.

K . BORGGREEN a n d A . R . T H Ô L É N

Diffraction Contrast from Misfitting Spherical Particles Precipitated Close Together on a Dislocation (I) : Individual Spheres Close Together on a Straight Line (a) Vol. 38, No. 2, p. 7 3 9 - 7 5 2 (1976). See also 1.4, p. 30; 22, p. 342.

H . IWANAGA, K . S U Z U K I , a n d S . T A K E U C H I

*Direct Observation of Dislocation Motion in ZnO (a) Vol. 38, No. 2, p. K 1 1 9 - K 1 2 2 (1976). See also 22.4, p. 378.

7

100

Subject Index

11. Irradiation Effects (X-Ray Diffraction Investigations See 1 and 10) Review

Article

P . V . PAVLOV, E . I . Z O R I N , D . I . T E T E L B A U M , a n d A . F . K H O K H L O V

Nitrogen as Dopant in Silicon and Germanium (a) Vol. 35, No. 1, p. 1 1 - 3 6 (1976). See 13.4, p. 134; 14.3, p. 173; 22.1.1, p. 345; 22.1.2, p. 351. Original

Papers

and Short

Notes

M . L . SWANSON, L . M . H O W E , a n d A . F . QUENNEVILLE

*The Combined Effects of Lattice Vibrations and Irradiation-Induced Defects on Dechanneling in Copper (a) Vol. 33, No. 1, p. 2 6 5 - 2 7 4 (1976). See also 6, p. 53; 21.1, p. 303. T . J . MAGEE, N . M . JOHNSON, a n d J . P E N G

*The Effect of Illumination on the 10.6 ;j.m Absorption Coefficient of Electron-Irradiated Single Crystal KCl (a) Vol. 33, No. 1, p. 4 1 5 - 4 1 9 (1976). See also 10.2, p. 88; 20.1, p. 261; 22.5.3, p. 399. A . TAMURA a n d T . KAWAMURA

*Quantum Theory of Rosette-Motion Channeling (b) Vol. 73, No. 2, p. 3 9 1 - 4 0 0 (1976). See also 13, p. 114; 21, p. 290; 22.5.2, p. 393. H . NAKATA a n d H . MORISHIMA

Dose Dependence of ESR Spectra for On-Channel-Irradiated Silicon (a) Vol. 33, No. 2, p. 6 3 3 - 6 3 8 (1976). See also 19, p. 248; 22.1.2, p. 352. E. V. K. R A O Optical Properties of Oxygen-Implanted GaAs (a) Vol. 33, No. 2, p. 6 8 3 - 6 9 0 (1976). See also 20.1, p. 263; 22.2.1, p. 362. S. MADER a n d A . E . MICHEL

Dislocation Reactions in Arsenic-Implanted and Annealed Silicon (a) Vol. 33, No. 2, p. 7 9 3 - 8 0 5 (1976). See also 10.2, p. 89; 22.1.2, p. 352. B. HERTEL a n d J . DIEHL

*On the Formation of Vacancy Clusters in Copper Irradiated with 5 keV Argon Ions (a) Vol. 33, No. 2, p. K 7 3 - K 7 5 (1976). See also 10.1, p. 79; 21.1, p. 304. P . A P E L a n d U . M Ü L L E R - J A H R EIS

•Critical Angles of Low-Energy Light Ions in Gold (a) Vol. 33, No. 2, p. K 1 2 9 - K 1 3 2 (1976). See also 21.6, p. 329. A . I . BONDARENKO a n d Y U . V . KONOBEEV

Void Growth Kinetics in Irradiated Metals (a) Vol. 34, No. 1, p. 1 9 5 - 2 0 5 (1976). See also 10.1, p. 80; 21.1, p. 305.

11. Irradiation Effects

101

V. A. Girii, A. V. Kondrachuk, S. I. Kornyushin, V. G. Litovchenko, R. O. Litvinov, and V. I. Shakhovtsov Effect of Impurities on the Radiation Sensitivity of the Si-Si 0 2 Interface in MIS Structures (a) Vol. 34, No. 1, p. K 3 5 - K 3 8 (1976). See also 13.3, p. 132; 14.3.3, p. 191; 22.1.2, p. 353. B. M. L a t t a and P. J . Scanlon * Average Electronic Energy Loss in the Modified Firsov Theory (b) Vol. 74, No. 2, p. 7 1 1 - 7 1 9 (1976). See also 21, p. 292. R. Balzer and P. R. E n g l e r *Mechanical Anisotropy of H Centers in CsBr (b) Vol. 74, No. 2, p. K 1 3 5 - K 1 4 0 (1976). See also 10.2, p. 90; 22.5.2, p. 394. E. W. Kreutz X-Radiation Effects in Bulk Si at Subthreshold Energies (a) Vol. 34, No. 2, p. 4 8 9 - 4 9 5 (1976). See also 14.3, p. 175; 22.1.2, p. 353. L. J . Chen and A. J . A r d e l l *The Observation of Multiple-Layer Loops in Nickel Base Alloys under Ion Bombardment (a) Vol. 34, No. 2, p. 6 7 9 - 6 9 0 (1976). See also 10.1, p. 81; 21.1, p. 306. H. E. Schaefer and W. Dander *The Initial Susceptibility of Cobalt after Electron Irradiation at 4.2 K (b) Vol. 75, No. 1, p. 173-178 (1976). See also 10.1, p. 81; 14.1, p. 165; 18.2, p. 231; 21.1, p. 307. M. R o u l e t , H. Htjber, and C. Jaccard *Thermal Disorder of Silver Bromide Studied by 100 keV Proton Channeling (a) Vol. 35, No. 1, p. 9 7 - 1 0 8 (1976). See also 10.2, p. 92; 22.5.1, p. 391. S. J . Rothman and Nghi Q. Lam •"Interstitial Retention into Stage I I I and Radiation-Enhanced Diffusion in Concentrated Alloys (a) Vol. 35, No. 1, p. K 1 3 - K 1 6 (1976). See also 9, p. 73; 21.1, p. 307. A. S. Rudnev, V. I. Roslyakov, E. I. SntoTiNisr, and A. F. Tulinov *A Study of Relative Energy Losses of Channeled Protons in a Tungsten Single Crystal (a) Vol. 35, No. 1, p. K 2 3 - K 2 7 (1976). See also 21, p. 294. F. Matsuura, S. Teratani, S. Kishida, and I. Tsurumi •Temperature Dependence of the Half-Width of the 2.3 eV Optical Absorption Band in Neutron-Irradiated ZnS (a) Vol. 35, No. 1, p. K 5 7 - K 6 0 (1976). See also 10.2, p. 92; 20.1, p. 268; 22.4.1, p. 380. N. Matsunami, Y. Yokoyama, and N. Itoh *Displacement of Impurities through Interaction with Radiation-Induced Interstitials in Alkali Halides (b) Vol. 75, No. 2, p. 4 8 3 - 4 9 2 (1976). See also 10.2, p. 93; 20.1, p. 268; 22.5.2, p. 395.

102

Subject Index

W . D A N D E R , H . KRONMÜLLER, a n d H . E . SCHAEFER

•Magnetic Aftereffect Phenomena in Cobalt between 4.2 and 20 K after Low-Temperature Electron Irradiation (b) Vol. 75, No. 2, p. 6 4 7 - 6 5 5 (1976). See also 18.2, p. 232; 21.1, p. 308.

V . N . B R U D N Y I , D . L . BTTDNITSKII, M . A . R R I V O V , a n d V . G . M E L E V

*p-n-Type Conversion and Optical Properties of 2.0 MeV Electron-Irradiated ZnSnAs, (a) Vol. 35, No. 2, p. 4 2 5 - 4 3 0 (1976). See also 13.4, p. 139; 14.3, p. 177; 20.1, p. 269; 22.8, p. 415.

S . RADHAKRISHNA a n d T . BHASKAR R A O

•Radiation Damage of Chromium Doped Potassium Alum (a) Vol. 35, No. 2, p. 7 1 5 - 7 1 8 (1976). See also 19, p. 252; 20.1, p. 269; 22.8.1, p. 422.

V . N . B Y K O V , V . A . T R O Y A N , G . G . ZDOROVTSEVA, a n d V . S . KHAIMOVICH

Erratum to: Phase Transformations at Bombardment of Thin Films with Ions (a) Vol. 35, No. 2, p. 779 (1976). See also 1.2, p. 17; 1.5, p. 31; 21, p. 295; 21.1, p. 308; 21.1.1, p. 319; 22.1.1, p. 347.

W . HAUFFE

Faceting Mechanism in the Sputtering Process (a) Vol. 35, No. 2, p. K 9 3 - K 9 6 (1976). See also 1.4, p. 27; 21.1.1, p. 319; 21.6, p. 330. M . S . YUNUSOV, M . A . ZAIKOVSKAYA, B . L . O K S E N G E N D L E R , a n d K . R . TOKHIROV

•Subthreshold Defect Production in Silicon (a) Vol. 35, No. 2, p. K 1 4 5 - K 1 4 9 (1976). See also 22.1.2, p. 354.

M . A . KUMAKHOV a n d R . W E D E L L

•A Theory of Resonance Dechannelling (b) Vol. 76, No. 1, p. 1 1 9 - 1 3 1 (1976).

H . NAKATA

•Notes on the Stopping Functions in the Reduced Velocity Region (b) Vol. 76, No. 1, p. K 5 7 - K 6 2 (1976).

P . V . PAVLOV, T . A . KRTJZE, D . I . T E T E L B A U M , E . I . ZOP.IN, E . V . SHITOVA, a n d N . V . GUDKOVA

•Electron Microscopic Studies of Silicon Layers Irradiated with High Doses of Nitrogen Ions (a) Vol. 36, No. 1, p. 8 1 - 8 8 (1976). See also 1.5, p. 31; 2, p. 39; 22.1.2, p. 355.

K . MJTRATA

•Exit Angle Dependence of Penetration Depth of Backscattered Electrons in the Scanning Electron Microscope (a) Vol. 36, No. 1, p. 1 9 7 - 2 0 8 (1976). See also 21, p. 296; 21.1, p. 309; 21.6, p. 330.

V . S . VAVILOV, A . E . K I V , a n d 0 . R . NIYAZOVA

•Erratum to: The Subtreshold Radiation Effects in Semiconductors (a) Vol. 36, No. 1, p. 427 (1976). See also 9, p. 73; 10.2, p. 94; 14.3, p. 178; 22.1, p. 343; 22.2, p. 361; 22.3, p. 373; 22.4, p. 376.

H . DÜSTERHÖFT, R . MANNS, a n d D . H I L D E B R A N D T

•Experimental Proof of a Theoretical Relation for the Probability of Positive Ion Excitation by Bombardment of Solid Surfaces with 12 keV Ar+ Ions (a) Vol. 36, No. 1, p. K 9 3 - K 9 7 (1976). See also 21, p. 296; 21.1, p. 310; 21.1.1, p. 320; 22.1.1, p. 348; 22.1.2, p. 355; 22.6, p. 405.

11. Irradiation Effects

103

V . V . K A P L I N , D . E . POPOV, S . A . VOROBEV

*Bound States of Fast Electrons in Planar Channeling (b) Vol. 76, No. 2, p. 7 7 9 - 7 8 6 (1976). See also 13, p. 118; 22.1.2, p. 355.

K. M u r a t a * Depth Resolution of the Low- and High-Deflection Backscattered Electron Images in the Scanning Electron Microscope (a) Vol. 36, No. 2, p. 5 2 7 - 5 3 2 (1976). See also 21.1, p. 310. G . QUELABD a n d D . L E S U E U E

*Neutron Radiation Defects in Bismuth and Tellurium-Doped Bismuth (a) Vol. 36, No. 2, p. 7 2 9 - 7 3 4 (1976). See also 14.1, p. 165; 21.7, p. 332.

J . M . ANDERSON a n d A . D . S T E W A R T

The Internal Friction of Electron Irradiated and Cold-Worked Chromium (a) Vol. 36, No. 2, p. K 1 1 9 - K 1 2 3 (1976). See also 10.1, p. 83; 12.1, p. 108; 21.1, p. 310.

V . G . KVACHADZE a n d Z . G . A K H V L E D I A N I

Influence of y-Irradiation on the Thermal Conductivity of k C l : KOH Crystals (b) Vol. 77, No. 1, p. K 2 1 - K 2 5 (1976). See also 6, p. 60; 8, p. 70; 20.1, p. 273; 22.5.2, p. 396.

N . G . CHERENDA a n d D . N . Y U D I N

Additives and Cage Effect in Glasses (b) Vol. 77, No. 1, p. K 2 7 - K 3 0 (1976). See also 2, p. 39; 19, p. 254; 22.8.1, p. 423.

N . P . MOROZOV, D . I . T E T E L B A U M , P . V . PAVLOV, a n d E . I . ZORIN

*The Calculation of Secondary Defect Formation at Ion Implantation of Silicon (a) Vol. 37, No. 1, p. 5 7 - 6 4 (1976). See also 22.1.2, p. 356.

S . GOVINDA

Coloration and Luminescence in Pure and Chromium-Doped AI 2 0 3 Single Crystals Irradiated with X-Rays at Room Temperature (a) Vol. 37, No. 1, p. 1 0 9 - 1 1 7 (1976). See also 10.2, p. 95; 20.1, p. 273 ; 20.3, p. 286; 22.6, p. 406.

R . R O D L O F F a n d H . NEUHÄTTSER

Application of an "Evolution Strategy" to Calculate Static and Dynamic Dislocation Group Configurations (a) Vol. 37, No. 1, p. K 9 3 - K 9 6 (1976). See also 10.1, p. 84; 21.1, p. 312.

P . BLAUDECK a n d R . LENK

Multiple s-Scattering in a Correlated Medium in the Low-Density Limit (b) Vol. 77, No. 2, p. 6 0 1 - 6 0 5 (1976). See also 2, p. 40.

L . M . GASPERS, A . VAN V E E N , A . A . VAN GORKTJM, A . VAN DEN B E U K E L , a n d C . M . VAN B A A L

*Helium Desorption from a (110) Mo Crystal. Evidence for the Vacancy Model in Stage I I I Annealing (a) Vol. 37, No. 2, p. 3 7 1 - 3 8 3 (1976). See also 10.1, p. 84; 21, p. 298.

104

Subject Index

PHAM MINH TAN

Determination of Ion Implantation Profiles from Measurements of the Differential Capacity at the Semiconductor-Electrolyte Contact (a) Vol. 37. No. 2, p. 4 3 9 - 4 4 4 (1976). See also 13.4, p. 143; 14.3.3, p. 193; 22.1.2, p. 356. H . G . LIPSON, P . LIGOR, a n d J . J . MARTIN

*The Effect of Ionizing Radiation on the 10.6 (xm Absorption of KCl and NaCl (a) Vol. 37, No. 2, p. 5 4 7 - 5 5 2 (1976). See also 10.2, p. 96; 20.1, p. 275; 22.5.2, p. 397. R . F . EGERTON

*Measurement of Inelastic/Elastic Scattering Ratio for East Electrons and Its Use in the Study of Radiation Damage (a) Vol. 37, No. 2, p. 6 6 3 - 6 6 8 (1976). See also 13.5.2, p. 158; 21, p. 299; 21.3, p. 324; 21.7, p. 332; 22.9, p. 438. U . A . SHAKIROV a n d M . S . YUNTJSOV

* Influence of X-Irradiation on Silicon Schottky Diodes (a) Vol. 37, No. 2, p. 6 8 1 - 6 8 6 (1976). See also 9, p. 74; 14.3.2, p. 188; 22.1.2, p. 357. H . E . SCHAEFER a n d W . D A N D E R

*The Magnetic After-Effect Spectrum in Cobalt between 20 and 350 K after Electron Irradiation at 4.2 K (b) Vol. 78, No. 1, p. 1 3 9 - 1 4 7 (1976). See also 18.2, p. 235; 21.1, p. 313. V . D . PARKIIOMENKO,

S. P . DUBININ,

B . N . GOSHCHITSKII,

Y U . G . CHUKALKIN,

S . K . SIDOROV,

V . G . VOLOGIN, a n d V . V . P E T R O Y

Peculiarities of Radiation Damage in Ferrites with Spinel Structure (a) Vol. 38, No. 1, p. 5 7 - 6 6 (1976). See also 18.3, p. 241; 22.8.2, p. 431. V . S. LYSENKO,

A . V . SACHENKO,

A. P . DUBCHAK,

A . N . NAZAROV,

V . T . ATAMANENKO,

M. P.

LOKSHIN, a n d Y u . Y A . POLISHUK

Properties of MOS Structures after B + Ion Bombardment (a) Vol. 38, No. 1, p. 1 3 1 - 1 3 8 (1976). See also 14.3.3, p. 194; 22.1.2, p. 357.

A . GOLAKSKI,

A . FIDERKIEWICZ,

H . RZEWUSKI,

M . LEFELD-SOSNOWSKA,

J . GRONKOWSKI,

R.

GRÖTZSCHEL, U . K R E I S S I G , a n d H . BARTSCH

*ParticuIarities of Crystalline to Amorphous State Conversion in Silicon Heavily Damaged by 140 keV Si + + Ions (a) Vol. 38, No. 1, p. 1 3 9 - 1 4 9 (1976). See also 1.2, p. 19; 22.1.2, p. 357. J . SALIK a n d S . N A D I V

Structural Studies of the Photodissolution of Ag in Amourphous As. S3 Films (a) Vol. 38, No. 1, p. 1 7 7 - 1 8 4 (1976). See also 2, p. 40; 22, p. 341. L . J . C H E N G , M . S Ü L I , J . P . K O W A L L , P . W . W A L L A C E , a n d J . W . CORBETT

Effects of Radiation on Gold Diffusion in Silicon (a) Vol. 38, No. 1, p. 3 2 1 - 3 3 0 (1976). See also 9, p. 74; 22.1.2, p. 358. A . E . K A R K I N , V . E . A R K H I F O V , B . N . G O S H C H I T S K I I , E . P . ROMANOV, a n d S . K . SIDOROV

*Radiation Effects in the Superconductor Nb 3 Sn (a) Vol. 38, No. 2, p. 4 3 3 - 4 3 8 (1976). See also 14.2, p. 172; 21, p. 300.

105

11. Irradiation E f f e c t s A . I . KOIFMAN, A . X . NARKULOV, B . L . OKSENGENDLEE, a n d M . S . YUNUSOV

*The Low-Temperature Doping of Silicon by Radiation-Induced Diffusion (a) Vol. 38, No. 2, p. 4 3 9 - 4 4 6 (1976). See also 9, p. 74; 14.3.2, p. 189; 22.1.2, p. 358. J . P . RIVIERE a n d J . GRILHE

*Neutron Irradiation Damage in a Plastically Deformed F e - 4 0 a t % A1 Ordered Alloy (a) Vol. 38, No. 2, p. 7 1 3 - 7 2 0 (1976). See also 10.1, p. 86; 14.1, p. 168; 21.1.1, p. 322. V . G . VOLOGIN,

S. F . DUBININ,

V . D . PARKHOMENKO,

Y U . G . CHUKALKIN,

B . N . GOSHCHITSKII,

S . K . SIDOROV, a n d V . V . P E T R O V

Experimental Determination of t h e Preference Energy in Ferrites-Spinels (a) Vol. 38, No. 2, p. K 1 4 7 - K 1 5 0 (1976). Sec also 18.3, p. 241; 22.8.2, p. 432. D . HILDEBRANBT a n d R . MANNS

Reflection of Kinetic Energy during the B o m b a r d m e n t of Polycrystalline Solids with He and Ne Ions (a) Vol. 38, No. 2, p. K 1 5 5 - K 1 5 7 (1976).

Subject Index

106

12. Mechanical Properties (Plastic Deformations See 10) Original

Papers

and Short

Notes

J. W. MAETiN-and R. P a e t s c h Generalised Viscosity and Dislocation Damping Constant in Diatomic Crystalline Solids (b) Vol. 74, No. 2, p. 7 6 1 - 7 7 2 (1976). See also 6, p. 55; 10, p. 75. H. 0 . K. Kirchner and K. H. B l u e m e l Elastic Quasi-Isotropy Normal to the Basal Plane in the Hexagonal System (b) Vol. 75, No. 2, p. 5 2 7 - 5 3 2 (1976). See also 10, p. 76. T. D. Shermergor and S. A. Patlazhan *Elastic Constants of Quasi-Isotropic Polycrystals (a) Vol. 38, No. 1, p. 3 7 5 - 3 8 1 (1976).

107

12.1 Metals

12.1 Metals Original

Papers

and Short

Notes

U . HOFMANN

Physical Properties of Nickel-Rhenium Alloys (a) Vol. 33, No. 1, p. 1 1 9 - 1 2 3 (1976). See also 14.1, p. 164; 18.2, p. 228-, 21.1, p. 302. T . SEIDENKRANZ a n d E . HEGENBARTH

•Single-Crystal Elastic Constants of MgZn 2 in the Temperature Range from 4.2 to 300 K (a) Vol. 33, No. 1, p. 2 0 5 - 2 1 0 (1976). See also 21.1, p. 302; 21.3, p. 324. G . J . DAVIES a n d C . M . SARGENT

•Preferred Orientation and Elastic Anisotropy in Sheets of Copper-Nickel Alloys (a) Vol. 33, No. 1, p. 2 8 1 - 2 8 8 (1976). See also 1.3, p. 21-, 21.1, p. 303. S. BENCKERT

• E r r a t u m t o : Third-Order Contribution to the Energy and the Elastic Constants of Simple Metals (b) Vol. 73, No. 2, p. 753 (1976). See also 4, p. 45; 21, p. 291; 21.2, p. 323. P . C O N D I , R . TOGNATO, a n d E . EVANGELISTA

High-Temperature Relaxation Peaks in Dispersion-Hardened S.A.P. Alloys (a) Vol. 33, No. 2, p. 5 7 9 - 5 8 6 (1976). See also 10.1, p. 79; 21, p. 291. B . K . R A Y a n d G . D . NIGAM

•Variation of Elastic Constants of Partially Ordered Cu 3 Au Alloy with Temperature (a) Vol. 33, No. 2, p. K 1 0 1 - K 1 0 5 (1976). See also 1.3, p. 21; 21.1, p. 304; 21.6, p. 329. F . I . BEKKERMAN a n d D . V . GITSU

*The Nernst-Ettingshausen Effect in Bismuth under the Influence of Directed Deformation (b) Vol. 74, No. 1, p. K 1 - K 4 (1976). See also 15, p. 209; 21.7, p. 332. T . SOMA

•Elastic Constant of Hypothetical Face-Centered Cubic In (b) Vol. 74, No. 1, p. K 6 7 - K 7 0 (1976). See also 1.1, p. 11; 21, p. 291. F . DOBES

Stochastic Approach to the Interpretation of Measured Effective Stress (a) Vol. 34, No. 1, p. K 2 7 - K 2 9 (1976). See also 10.1, p. 80. J . ULLRICH a n d H . MÜLLNER

Temperature Dependence of Internal Friction in Copper Due to Oxygen Contamination (a) Vol. 34, No. 1, p. K 3 1 - K 3 4 (1976). See also 10.1, p. 80; 21.1, p. 305. O . P . BANSAL

On the Pressure Dependence of Electron Transport in Noble Metals (b) Vol. 75, No. 1, p. 8 5 - 9 0 (1976). See also 6, p. 56; 13.2, p. 130; 21.6, p. 330.

108

Subject Index

P . MERLE, P . FOUQUET, J . MERLIN a n d P . F . GOBIN

Relations between t h e Variations of t h e Mechanical Properties and the Morphologic Characteristics of Phase Precipitation in an Aluminium-Copper Alloy (a) Vol. 35, No. 1, p. 2 1 3 - 2 2 2 (1976). See also 10.1, p. 82; 21, p. 294; 21.1, p. 307. B . L . MORDIKE

Athermal Solid Solution Hardening in Niobium Alloy Single Crystals (a) Vol. 35, No. 1, p. 3 0 3 - 3 0 8 (1976). See also 10.1, p. 82; 21, p. 294. P . V. RYABKO a n d K . P . RYABOSHAPKA

On the Energy Change a t Dislocation Motion in a B2-Type Solid Solution (a) Vol. 35, No. 2, p. 5 7 5 - 5 8 1 (1976). See also 10.1, p. 82. D . FARGEOT, J . C. GLANDUS e t P . BOCH

*Constantes élastiques des alliages cuivre-aluminium riches en cuivre entre 77 et 293 K (Elastic Constants of Copper-Rich Copper-Aluminium Alloys between 77 and 293 K) (a) Vol. 35, No. 2, p. 6 8 7 - 6 9 5 (1976). See also 1.3, p. 22; 21, p. 295; 21.1, p. 308. M . M . S A V I N , V . M . C H E R N O V , a n d A . M . STROKOVA

Energy Factor of Dislocations in Hexagonal Crystals (a) Vol. 35, No. 2, p. 7 4 7 - 7 5 4 (1976). See also 10.1, p. 82; 21.1, p. 308; 21.3, p. 324. F . DOBES a n d J . ÖADEK

Measured Internal Stress in Some Models of Creep Controlled by Dislocation Climb (a) Vol. 35, No. 2, p. K 1 2 3 - K 1 2 5 (1976). See also 10.1, p. 83. A . MAGERL, B . B E R R E , a n d G . A L E F E L D

*Changes of t h e Elastic Constants of V, Nb, and Ta by Hydrogen and Deuterium (a) Vol. 36, No. 1, p. 1 6 1 - 1 7 1 (1976). See also 21, p. 296; 21.1, p. 309. J . M . ANDERSON a n d A . D . STEWART

The Internal Friction of Electron Irradiated and Cold-Worked Chromium (a) Vol. 36, No. 2, p. K 1 1 9 - K 1 2 3 (1976). See also 10.1, p. 83; 11, p. 103; 21.1, p. 310. B . L. MORDIKE

*Single Crystal Elastic Constants of Silver Base Alloys (a} Vol. 36, No. 2, p. K 1 6 1 - K 1 6 3 (1976). See also 21.6, p. 331. F . PRINZ, H . P . KARNTHALER, a n d H . O. K . KIRCHNER

Asymmetric Dislocation Nodes in Cu-Al Alloys (a) Vol. 37, No. 1, 2 2 3 - 2 3 3 (1976). See also 10.1, p. 84; 21, p. 297; 21.1, p. 311. J . PETIT e t M . QUINTARD

*Frottement intérieur du titane écroui dans le domaine des basses températures (Internai Friction of Cold-Worked Titanium a t Low Temperatures) (a) Vol. 37, No. 1, p. 2 5 7 - 2 6 2 (1976). See also 10.1, p. 84; 21.1, p. 311. H . Ö. PAMUK a n d T . HALICIOGLU

Evaluation of Morse Parameters for Metals (a) Vol. 37, No. 2, p. 6 9 5 - 6 9 9 (1976). See also 4, p. 46; 21, p. 299.

12.1 Metals

109

K . M. MILLER a n d P . T . HEALD

The Lattice Distortion around Interstitials in F.C.C. Metals (b) Vol. 78, No. 1, p. 3 4 1 - 3 5 1 (1976). See also 10.1, p. 85; 21, p. 299; 21.1, p. 313; 21.6, p. 331.

L . I . V i K O K i m o v A , A . V . VLASOV, a n d M . PARDAVI-HORVATH

Pressure Effects on Magnetic Phase Transitions in FeRh and F e R h l r Alloys (b) Vol. 78, No. 1, p. 3 5 3 - 3 5 7 (1976). See also 18.1, p. 227; 18.2, p. 236; 18.4, p. 245; 21.1.1, p. 321.

V . P . SINGH a n d M . P . H E M K A B

Dynamical Study of the Temperature Dependence of Grüneisen Parameters in Alkali Metals (b) Vol. 78, No. 1, p. 3 8 1 - 3 8 7 (1976). See also 6, p. 63; 8, p. 71; 21.2, p. 323.

Y. LI

*The Anisotropic Behavior of Poisson's Ratio, Young's Modulus, and Shear Modulus in Hexagonal Materials (a) Vol. 38, No. 1, p. 1 7 1 - 1 7 5 (1976). See also 21, p. 299; 21.3, p. 324.

H . K O U S E K , P . BATONS, a n d H . M Ü L L N E R

*Analysis of Structural Changes in High-Frequency Fatigued Copper by Means of Damping and Modulus Studies (a) Vol. 38, No. 1, p. 1 9 9 - 2 0 5 (1976). See also 10.1, p. 85; 21.1, p. 313.

S. Kiss Coherency Loss of 0' Phase Due to Deformation (a) Vol. 38, No. 1, p. K 9 - K 1 1 (1976). See also 10.1, p. 85; 21, p. 300. K . W . I N G L E a n d A . G . CROCKER

A Computer Simulation Study of the Effect of Apllied Stress on Divacancy Binding Energies in Body-Centred Cubic Crystals (a) Vol. 38, No. 2, p. 5 2 3 - 5 3 1 (1976). See also 10.1, p. 86; 21.1.1, p. 321.

K . AOKI a n d 0 . I Z U M I

The Relation between Defect Hardening and Substitutional Solid Solution Hardening in an Intermetallic Compound Ni3Al (a) Vol. 38, No. 2, p. 5 8 7 - 5 9 4 (1976). See also 10.1, p. 86; 21.1, p. 314.

J . P . D A Y a n d A. L . RUOFF

*Erratum to: The Variation of the Elastic Constants of Lithium with Temperature and Pressure (a) Vol. 38, No.'2, p. 781 (1976). See also 21.2, p. 323.

B . E . SMITH

(101) Order-Twinning Mode in a CuAul Superlattice (a) Vol. 38, No. 2, p. K 1 6 7 - K 1 7 0 (1976). See also 1.4, p. 30; 21, p. 301.

110

Subject Index

12.2 Non-Metals Original

Papers

and Short

Notes

R . I . COTTAM a n d G . A . S A U N D E R S

*An Extension of Keyes' Correlation (a) Vol. 33, No. 1, p. 3 6 7 - 3 7 3 (1976). See also 22.1, p. 343; 22.2, p. 361; 22.4, p. 376. B . D O R N E R , R . E . G H O S H , a n d G . H ABB E K E

Phonon Dispersion in the Layered Compound Pbl 2 (b) Vol. 73, No. 2, p. 6 5 5 - 6 5 9 (1976). See also 6, p. 54; 7, p. 65; 22.5, p. 388. L . DMOWSKI, M . KONCZYKOWSKI, R . PIOTRZKOWSKI, a n d S . POROWSKI

Pressure-Induced Slow Relaxation of the Free Electron Concentration in Undoped n-Type InSb (b) Vol. 73, No. 2, p. K 1 3 1 - K 1 3 4 (1976). See also 14.3, p. 174; 22.2.3, p. 367. K . KUMAZAKI

*Elastic Properties and Ionicity of Zero-Gap Semiconductors (a) Vol. 33, No. 2, p. 6 1 5 - 6 2 3 (1976). See also 4, p. 45; 7, p. 65; 22.4, p. 376. A . M . K A P I T O N O V a n d E . M . SMOKOTIN

*Elastic Constants of Single-Crystal Lithium Ferrite (a) Vol. 34, No. 1, p. K 4 7 - K 4 9 (1976). See also 22.8.2, p. 427. K . - D . UFERT

*Stress Induced Switching in V0 2 Thin Films (a) Vol. 34, No. 1, p. K 8 3 - K 8 6 (1976). See also 8, p. 68; 14.3.1, p. 183; 22.6, p. 404. A . P . RUSAKOV a n d M . V . ANFIMOV

Non-Central Forces and Stability of the AA"B8-lV Tetrahedral Compounds (I): Bond Charges and the Valence-Force-Field Model (b) Vol. 75, No. 1, p. 7 3 - 7 7 (1976). See also 4, p. 45; 22.1, p. 343; 22.2, p. 361; 22.4, p. 376; 22.5, p. 389.

W . WJCRDZYNSKI a n d K . P A T A J

Bound Exciton-Neutral Acceptor Complex in ZnTe (b) Vol. 75, No. 1, p. 3 4 1 - 3 4 6 (1976). See also 13.5.1, p. 152; 20.3, p. 283 ; 22.4.3, p. 385. G . I . P E R E S A D A , E . G . P O N Y A T O V S K I I , a n d Z H . D . SOKOLOVSKAYA

•Pressure Dependence of the Elastic Constants of PbS (a) Vol. 35, No. 2, p. K 1 7 7 - K 1 8 0 (1976). See also 22, p. 337. T . WASIUTYNSKI

Self-Consistent Phonon Calculation for Hexamethylenetetramine Molecular Crystals (b) Vol. 76, No. 1, p. 1 7 5 - 1 8 1 (1976). See also 4, p. 46; 6, p. 57; 22.9, p. 437. W . KÜHN

Stress Dependence of the (Ex, E2 + Ax) Transition in Germanium (b) Vol. 76, No. 1, p. 2 8 9 - 2 9 9 (1976). See also 13.1, p. 125; 20.1, p. 270; 22.1.1, p. 347.

12.2 Non-Metals

111

H . B E I G E , C. BIRKHOLZ, E . CIESLA, a n d G . SCHMIDT

•Elastic and Electromechanical Properties of Some Crystals near Structural Phase Transitions (b) Vol. 76, No. 1, p. K 4 7 - K 5 0 (1976). See also 1.2, p. 17; 14.4, p. 203; 22.8.1, p. 422. J . ALBERS, R . W . SAILER, a n d H . E . MÜSER

•Dielectric, Elastic, and Piezoelectric Properties of Mg-Cl Boracite (a) Vol. 36, No. 1, p. 1 8 9 - 1 9 5 (1976). See also 14.4.1, p. 207; 22.8, p. 416. K . P . BELOV, A . M . KADOMTSEVA, N . M . KOVTUN, V . N . DERKACHENKO, V . N . MELOV, a n d V . A . KHOKHLOV

On the Character of Phase Transitions in E r F e 0 3 (a) Vol. 36, No. 1, p. 4 1 5 - 4 2 5 (1976). See also 18.4, p. 244; 22.8.2, p. 429. G . A . PETRAKOVSKII a n d A . I . PANKRATS

*The Magnetoelastic Coupling in F e B 0 3 (a) Vol. 36, No. 1, p. K 4 3 - K 4 6 (1976). See also 18.4, p. 244; 22.8.1, p. 423. V. Koos and H.-G. N E U M A N N •Effect of H e a t Treatment on Stress in Amorphous Silicon Films (a) Vol. 36, No. 1, p. K 4 7 - K 4 9 (1976). See also 1.5, p. 32; 22.1.2, p. 355. A . L O I D L , H . J E X , J . DATTBERT, a n d M . M Ü L L N E R

•Zero and First Sound in N a F and R b l (b) Vol. 76, No. 2, p. 5 8 1 - 5 9 2 (1976). See also 6, p. 59; 7, p. 66; 8, p. 69; 22.5.2, p. 395. T . SOMA

Modified Pertubation Method for Diamond-Type Crystals (b) Vol. 76, No. 2, p. 7 5 3 - 7 5 8 (1976). See also 6, p. 59; 13.1, p. 126; 22.1, p. 344; 22.1.1, p. 348; 22.1.2, p. 355. A . BATANA a n d E . R . GONZALEZ

*On the Pressure Dependence of the Effective Ionic Charge of Lithium, Sodium, and Rubidium Halides (b) Vol. 76, No. 2, p. K 1 0 5 - K 1 0 8 (1976). See also 4, p. 46; 22.5.2, p. 396. S. R . SINGH, R . S. R A I , a n d G . SINGH

• ^ - S u r f a c e s of Cubic Silicon Carbide (ß-SiC) .(a) Vol. 37, No. 1, p. 1 3 9 - 1 4 2 (1976). See also 1.1, p. 12; 22.3, p. 373. H . VEESER, U . BOGNER, a n d W . EISENMENGER

Analysis of the Acoustic Transients in the Pulse Response of the Linear Electro-Optic Effect (a) Vol. 37, No. 1, p. 1 6 1 - 1 7 0 (1976). See also 7, p. 66; 14.4.1, p. 208; 20.1, p. 273; 22.8.1, p. 423. V. Koos, U . B E C K , and H . - G . N E U M A N N Structure and Intrinsic Stress of Nickel Silicide Films (a) Vol. 37, No. 1, p. 1 9 3 - 1 9 8 (1976). See also 1.5, p. 32; 22, p. 339.

Subject Index

112

T . L . A N D E R S O N , R . E . N E W K H A M , L . E . CROSS, a n d J . W . LAUGHNER

*Laser-Induced Twinning in Quartz (a) Vol. 37, No. 1, p. 2 3 5 - 2 4 5 (1976). See also 1.4, p. 28; 10.2, p. 95; 22.6, p. 407. Y . MOTOHASHI, P . BRAILLON, a n d J . SERUGHETTI

Elastic Energy, Stress Field of Dislocations, and Dislocation Parameters in Calcite Crystals (a) Vol. 37, No. 1, p. 2 6 3 - 2 7 0 (1976). See also 10.2, p. 95; 22.8.1, p. 423. F . PERROT

Bulk Properties of Lithium Hydride u p to 100 Mbar (b) Vol. 77, No. 2, p. 5 1 7 - 5 2 5 (1976). See also 13.1, p. 127; 22, p. 340. S . C . GOYAL a n d A . K . GOYAL

Dispersion of Phonons in Metal Carbides (UC) (b) Vol. 77, No. 2, p. 6 3 9 - 6 4 3 (1976). See also 6, p. 61; 22, p. 340. J . ASLAM, S . ROLANDSON, M . M . B E G , N . M . B U T T , a n d Q . H . K H A N

Phonons in the Mixed Crystal K 0 5 Rb 0 5 I (b) Vol. 77, No. 2, p. 6 9 3 - 7 0 0 (1976).' See also 6, p. 61; 22.5.4, p. 401. D . S . P U R I , V . K . GABG, a n d M . P . VERMA

*Many-Body Effects on t h e Third-Order Elastic Constants and Pressure Derivatives of t h e Second-Order Elastic Constants of CsCl Structure Solids (b) Vol. 78, No. 1, p. 1 1 3 - 1 2 2 (1976). See also 22.5.2, p. 397. V . D I E N Y S a n d 2 . KANCLERIS

Influence of Uniaxial Stress a n d Electron-Electron Scattering on the Phenomenological Conductivity Relaxation Time in n-Type Germanium (b) Vol. 78, No. 2, p. 7 5 7 - 7 6 5 (1976). See also 14.3.4, p. 200; 22.1.1, p. 349.

113

13. Electron States

13. Electron States Review

Articles'

W . H A U B E N R E I S S E R , T H . KLTJPSCH, a n d F . V O I G T

*Quantum Statistical Theory of Parametric Spin-Wave Excitations in Magnetoelastic Ferromagnets under Parallel Pumping (II): Calculation of Macroscopic Observables (b) Vol. 73, No. 1, p. 1 1 - 6 4 (1976). See also 6, p. 52; 13.5.4, p. 160; 18.2, p. 228. H . W . D E W I J N , A . M . VAN D I E P E N , a n d K . H . J . B U S C H O W

•Samarium in Crystal Fields, a Case of Strong J-Mixing (b) Vol. 76, No. 1, p. 1 1 - 3 0 (1976). See also 5, p. 48; 18, p. 222; 19^p. 247; 21, p. 289; 21.1, p. 302; 21.1.1, p. 316; 21.4, p. 326. S . V . VONSOVSKII a n d M . S . S V I E S K I I

•Multiplicity and Pseudomultiplicity in Electron-Ion Systems (I) (b) Vol. 77, No. 1, p. 9 - 5 2 (1976). See also 14.1, p. 164; 14.2, p. 169; 18.2, p. 228; 18.4.. p. 242; 21, p. 289. S . V . VOITSOVSKII a n d M . S . S V I E S K I I

•Multiplicity and Pseudomultiplicity of Electron-Ion Systems (II) (b) Vol. 77, No. 2, p. 4 0 3 - 4 3 2 (1976). See also 14.1, p. 164; 14.2, p. 169; 18.2, p. 228; 18.4, p. 242; 21, p. 289. H . BÖTTGER a n d V . V . B R Y K S I N

Hopping Conductivity in Ordered and Disordered Solids (I) (b) Vol. 78, No. 1, p. 9 - 5 6 (1976). See also 2, p. 35; 6, p. 52; 13.5.3, p. 159; 14.3, p. 173; 22, p. 333. H . BÖTTGER a n d V . V . B R Y K S I N

Hopping Conductivity in Ordered and Disordered Solids (II) (b) Vol. 78. No. 2, p. 4 1 5 - 4 5 1 (1976). See also 2, p. 35; 6, p. 52; 13.5.3, p. 159; 14.3, p. 173; 22, p. 333. Original

Papers

and Short

Notes

W . LÖSER

A Self-Consistent Cluster Approximation for the Disordered Hubbard Model (b) Vol. 73, No. 1, p. 1 7 9 - 1 8 5 (1976). See also 2, p. 35-, 14, p. 162; 18, p. 222. H . BÖTTGER a n d V . V . B R Y K S I N

Theoretical Investigation of the Hopping Conductivity in Disordered Systems in a Large Frequency Range (b) Vol. 73, No. 1, p. 2 2 9 - 2 3 7 (1976). See also 2, p. 35; 6, p. 52; 14.3, p. 173. P . PETELENZ

•Effect of Polarization on Charge Carrier Transfer in Molecular Crystals (b) Vol. 73, No. 1, p. 2 9 3 - 2 9 9 (1976). See also 14.4, p. 202; 22.9, p. 433. M . G . KAPLTJNOV, YTR. M . SHTJLGA, K . I . P O K H O D N Y A , a n d Y U . G . BORODKO

X-Ray Photoelectron Spectra of Quasi-One-Dimensional Conductors (b) Vol. 73, No. 1, p. 3 3 5 - 3 3 9 (1976). See also 17, p. 218; 20, p. 257; 22.9, p. 433. 8 physica, Reg.-Bd. 9

Subject Index

114

G . GROSSO, G . P A S T O R I P A R R A V I C I N I , a n d R . R E S T A

•Isotropic Compton Profile of LiH in the Tight-Binding Approximation (b) Vol. 73, No. 1, p. 3 7 1 - 3 7 8 (1976). See also 22, p. 333. A . C i z E K , M . SOB, a n d K . K R Ä S E N S K Y

*The Determination of Ionic Radii of Some Metals by the Positron Annihilation Method (b) Vol. 73, No. 1, p. K 1 - K 4 (1976). See also 21, p. 289; 21.1, p. 302; 21.1.1, p. 316; 21.6, p. 329. I . MOORE, M . K I N G , M . J O N E S , R . J . D E C K , a n d A . M . H E R M A N N

Microwave Faraday Rotation in Molybdenum Disulfide ( b ) V o l . 7 3 , N o . 1, p . K 3 1 - K 3 4

(1976).

See also 18, p. 222; 20, p. 257; 22, p. 333. S . ROBASZKIEWICZ a n d R . MICNAS

•Absence of Magnetic Ordering in One and Two Dimensions in a Model with Localized and Itinerant Electrons (b) Vol. 73, No. 1, p. K 3 5 - K 3 9 (1976). See also 18.2, p. 228. F . M . GALPERIN

•Hyperfine Field on the Nucleus of 3d Transition Metal Atoms (b) Vol. 73, No. 1, p. K 7 3 - K 7 7 (1976). See also 18.2, p. 228; 21.1, p. 302; 21.1.1, p. 316. A . TAMTJRA a n d T . K A W A M U R A

Quantum Theory of Rosette-Motion Channeling (b) Vol. 73, No. 2, p. 3 9 1 - 4 0 0 (1976). See also 11, p. 100; 21, p. 290; 22.5.2, p. 393. M . AUSLOOS

•Renormalized Density of States by Conduction Electron-Localized Spin Scattering (b) Vol. 73, No. 2, p. 4 6 9 - 4 7 4 (1976). See also 14.1, p. 164; 21, p. 290. P . PETELENZ

•Effective Electron-Hole Interaction in Molecular Crystals (I) (b) Vol. 73, No. 2, p. 5 6 5 - 5 7 3 (1976). See also 6, p. 54; 13.5.1, p. 150; 14.3, p. 174; 22, p. 334. P . NOVAK a n d I . V E L T R U S K Y

•Overlap and Covalency Contribution to the Zero-Field Splitting of S-State Ions (b) Vol. 73, No. 2, p. 5 7 5 - 5 8 6 (1976). See also 18.3, p. 239; 22.8.2, p. 426. J . R . L . DE ALMEIDA a n d S . M . R E Z E N D E

Scattering of Light by Magnetoelastic Excitations in Ferromagnets (b) Vol. 73, No. 2, p. 6 6 1 - 6 7 2 (1976). See also 18, p. 222; 20, p. 257; 22.8.2, p. 427. C . MANOHAR a n d V . K . K E L K A R

•Effects of Three-Body Interactions on Hyperfine Fields (b) Vol. 73, No. 2, p. 7 3 5 - 7 4 0 (1976). See also 18, p. 222; 21.1, p. 303. K . BREUER, W . TEWS, a n d E . STEINBEISS

•Energy Loss Measurements on Thin V0 2 Films (b) Vol. 73, No. 2, p. K 9 5 - K 9 7 (1976). See also 20, p. 257; 22.6, p. 403.

13. Electron States

115

G . D L U B E K a n d O . BRÜMMER

*A Comparison of Positron Annihilation and Compton Effect Measurements on Si Single Crystals (b) Vol. 73, No. 2, p. K 1 0 7 - K 1 1 0 (1976). See also 20, p. 257-, 22.1.2, p. 352. O . B . SOKOLOV, V . K . F I N A S H K I N , a n d E . A . T U R O V

*Spin Polarization of X-Ray Photoelectrons in Nickel (b) Vol. 74, No. 1, p. 3 5 - 4 3 (1976). See also 21.1, p. 304. F . BROSENS, L . F . LEMMENS, a n d J . T . DEVREESE

* Frequency-Dependent Exchange Correction to the Dielectric Function of the Electron Gas (b) Vol. 74, No. 1, p. 4 5 - 5 5 (1976). See also 14.4, p. 202. T . SHIMIZU a n d N . ISHII

*Electronic Structure of As2S3, As2Se3, and As 2 Te 3 Glasses by the Extended Hiickel Theory (b) Vol. 74, No. 1, p. K 3 9 - K 4 2 (1976). See also 2, p. 36; 22.3, p. 372. J . MONECKE

*On the Phase Diagram of the Hubbard Model (b) Vol. 74, No. 1, p. K 5 7 - K 6 0 (1976). See also 18.4, p. 243. W.-H.

STEEB

High Temperature Properties of a Doubly-Degenerate Hubbard Model (b) Vol. 74, No. 1, p. K 7 1 - K 7 4 (1976). See also 18.2, p. 230; 18.4, p. 243. J . MIZIA

*CPA Treatment of the Hubbard Model with Intra-Atomic Exchange Interaction (b) Vol. 74, No. 2, p. 4 6 1 - 4 7 0 (1976). See also 18.1, p. 225; 18.2, p. 230; 21.1, p. 305. P . PETELENZ

•Effective Electron-Hole Interaction in Molecular Crystals (II): Phonon Mechanism (b) Vol. 74, No. 2, p. 6 5 5 - 6 5 8 (1976). See also 6, p. 55; 13.5.1, p. 152; 14.3, p. 175; 22, p. 335. J . ZLELLTFSKI

*On the Existence of Spin Waves in a Model Transition Metal with Finite Anderson Mixing Potential (b) Vol. 74, No. 2, p. 7 7 9 - 7 8 3 (1976). See also 18.2, p. 230; 21.1, p. 305. H . BÖTTGER a n d V . V . B R Y K S I N

On the Equivalence of Different Theoretical Descriptions of the Hopping Conductivity in Disordered Systems (b) Vol. 74, No. 2, p. K 1 5 1 - K 1 5 6 (1976). See also 2, p. 37; 6, p. 55; 14.3, p. 175. L . SKALA

*On the Electron Structure of Dilute Substitutional Alloys (b) Vol. 74, No. 2, p. K 1 7 7 - K 1 8 0 (1976). See also 21, p. 293. G . D E B N A T H a n d P . RTJDRA

•Magnetization and Susceptibility in the Truncated Anderson Model (b) Vol. 75, No. 1, p. 1 4 5 - 1 5 3 (1976). See also 18, p. 223. 8*

Subject Index

116 K . T A K A N A K A a n d R . YAMAMOTO

*The Self-Damping of R K K Y Interaction in Dilute Magnetic Alloys (b) Vol. 75, No. 1, p. 2 7 9 - 2 8 8 (1976). See also 18, p. 223. A . MATULIONIS, J . POZELA, a n d A . REKLAITIS

*Monte Carlo Calculations of Hot-Electron Transient Behaviour in CdTe and GaAs (a) Vol. 35, No. 1, p. 4 3 - 4 8 (1976). See also 14.3.4, p. 197; 22.2.1, p. 363; 22.4.3, p. 385. F . ITOH, K . K A I , M . KUROHA, a n d S . TAKEUCHI

Positron Annihilation in Liquid Copper-Bismuth and Copper-Tin Alloys (b) Vol. 75, No. 2, p. 5 5 9 - 5 6 5 (1976). See also 2, p. 38; 21.1, p. 307; 21.7, p. 332. P . M . BISCH a n d A . A . GOMES

•Formal Results on the Susceptibility of Dilute Alloys (I): Green's Function Approach (b) Vol. 75, No. 2, p. 7 0 5 - 7 1 5 (1976). See also 18, p. 223; 21.1, p. 308. E . KOLLEY a n d W . KOLLEY

*Effect of Thermal Fluctuations on the Electronic Densities of States in Disordered Binary Alloys. Numerical Results of CPA Model Calculations (b) Vol. 75, No. 2, p. 7 2 1 - 7 3 0 (1976). See also 2, p. 38; 6, p. 57; 21, p. 294. L . C. DAVIS

*A Reply to "Observations on Quasi-Classical Quantization Near Self-Intersecting Orbits" (b) Vol. 75, No. 2, p. K 8 1 - K 8 2 (1976). See also 21, p. 295. G . KAMIENIABZ

*On First Order Green Function Theory of S = 1/2 Transverse Ising Paramagnets (b) Vol. 75, No. 2, p. K 9 7 - K 9 9 (1976). See also 18.1, p. 226. A . ANDREEFF a n d G . BRAUER

*Positron Annihilation Study of the Metal-Insulator Transition in V 2 0 3 and V0 2 (b) Vol. 75, No. 2, p. K 1 1 5 - K 1 1 8 (1976). See also 22.6, p. 405. J . SlVARDliatE •Magnetism in S = -§- Models: Magnetization Jumps and Reorientations, Heat Magnetization, and Tricritical Points (b) Vol. 76, No. 1, p. 7 7 - 8 4 (1976). See also 18.2, p. 233. A . M . BRODSKII a n d M . I . URBAKH

*Adsorption-Induced Changes of Electron Levels (b) Vol. 76, No. 1, p. 9 3 - 1 0 4 (1976). See also 13.1, p. 124; 21.2, p. 323. V . S . KOMISSAROV

•Calculation of Hot Electron Mobility and Electron Temperature in n-Type InSb under the Assumption of a Maxwellian Distribution (b) Vol. 76, No. 1, p. 1 0 5 - 1 1 2 (1976). See also 14.3.4, p. 197; 22.2.3, p. 368. V . P . KALANTARIAN a n d V . I . CHECHERNIKOV

Nuclear Magnetic Resonance and Susceptibility Measurements of Transition Metals and Alloys: V-Ta, V-Nb, and Nb-Ta Systems (b) Vol. 76, No. 1, p. 1 1 3 - 1 1 8 (1976). See also 18, p. 223; 19, p. 252; 21, p. 296; 21.1, p. 309.

13. Electron States

117

F . BROUERS

* Alloy Analogy Approximation of the Degenerate Hubbard Model (b) Vol. 76, No. 1, p. 145-151 (1976). See also 18.4, p. 244. G . M . OBERMAIR a n d G . H . W A N N I E R

*Bloch Electrons in Magnetic Fields. Rationality, Irrationality, Degeneracy (b) Vol. 76, No. 1, p. 217-222 (1976). D . BARJON, A . RAYMOND, a n d J . L . ROBERT

*Low-Energy Gap Semiconductor Mobilities in Presence of Spatial Fluctuations of Carrier Density (b) Vol. 76, No. 1, p. 223-229 (1976). See also 14.3.4, p. 197; 22.2.3, p. 368. K . I . P A P T J N A S H V I L I a n d E . K . FROLOVA

""Longitudinal Anisotropy of Conductivity of n-Si in Heating Electric Fields at Low Temperatures (b) Vol. 76, No. 1, p. 351-355 (1976). See also 14.3.4, p. 197; 22.1.2, p.. 354. I . M . D Y K M A S a n d P . M . TOMCHUK

•Transport Phenomena and Eigenoscillations of Hot Electrons in Semiconductors with Periodic Structure (b) Vol. 76, No. 1, p. 385-393 (1976). Erratum (b) Vol. 78, No. 2, p. 843 (1976). See also 14.3.4, p. 197; 22, p. 338. P . M . BISCH a n d A . A . GOMES

•Formal Results on the Susceptibility of Dilute Alloys (II): Mean-Field Approach and Applications (b) Vol. 76, No. 1, p. 395-406 (1976). See also 18, p. 224; 19, p. 252; 21.1, p. 309. F . M . GALPERIN

*Hyperfine Fields of the Impurities in Ferromagnetic Iron (a) Vol. 76, No. 1, p. K 9 - K 1 3 (1976). See also 18.2, p. 233; 21.1, p. 309; 21.1.1, p. 319. V . S . L U B I M O V , L . A . MANAKOVA, E . F . MAKAROV, a n d S . P . IONOV

*The Thermodynamic Behaviour of Charge-Ordered Crystals (b) Vol. 76, No. 2, p. 505-514 (1976). See also 8, p. 69. V . BEZAK a n d J . BANSKY

*A Generalization of the Sondheimer-Wilson Formula for the Averaged Density Matrix and Magnetic Susceptibility of Conduction Electrons in a Model of Disordered Semiconductors (b) Vol. 76, No. 2, p. 569-580 (1976). See also 2, p. 39; 18, p. 224; 22, p. 338. S . NAGEL, K . MASCHKE, a n d A . BALDERESCHI

*Pseudopotential Calculation of the Electronic Valence Charge Density and the Optical Dielectric Constant of NaCl and MgO (b) Vol. 76, No. 2, p. 629-632 (1976). See also 14.4, p. 203; 22.5.2, p. 396; 22.6, p. 406.

Subject Index

118

V . V . K A P L I N , D . E . POPOV, a n d S . A . VOROBEV

Bound States of Fast Electrons in Planar Channeling (b) Vol. 76, No. 2, p. 779-786 (1976). See also 11, p. 103; 22.1.2, p. 355. R . V . SHARMA a n d K . C . SHARMA

•A Possible Closed Form Expression for the Static Structure Factor for Liquid Metals (b) Vol. 76, No. 2, p. K 7 5 - K 7 9 (1976). See also 2, p. 39; 21.2, p. 323. T H . EIFRIG

*Cluster-CPA without Breaking of Translational Symmetry (b) Vol. 76, No. 2, p. K101 —K104 (1976). See also 21, p. 297. S . ROBASZKIEWICZ

*Magnetic, Charge and Orbital Ordering in a Two-Band Model of Transition Metal Compounds (b) Vol. 76, No. 2, p. K 1 2 7 - K 1 3 0 (1976). See also IS, p. 224. S. GUHA a n d M . SATHE

•Nonlinear Collision-Induced Convective Instability in Solid-State Plasmas (a) Vol. 36, No. 2, p. 4 5 3 - 4 5 9 (1976). See also 14.3.4, p. 198; 22, p. 339. E . HEINER

Roth's Method and Moment Conservation of the Spectral Weight Function for the Neutral Hubbard Model (b) Vol. 77, No. 1, p. 9 3 - 1 0 3 (1976). See also 18.1, p. 226; 18.4, p. 245. D . 0 . WELCH a n d K . G. LYNX

*Systematic Variation of the Mean Positron'Lifetime and Gaussian Fraction in Annealed Metals and Semiconductors (b) Vol. 77, No. 1, p. 277-286 (1976). See also 14.3, p. 179; 22, p. 339. B. Riccö •Density of States of Layer Compounds: 2H-NbSe2 (b) Vol. 77, No. 1, p. 2 8 7 - 2 9 3 (1976). See also 21.1, p. 311. D . VAN D Y C K

•The Importance of Backscattering in High-Energy Electron Diffraction Calculations (b) Vol. 77, No. 1, p. 3 0 1 - 3 0 8 (1976). See also 1.1, p. 12. R . SALCHOW, R . L I E B M A N N u n d J . A P P E L

•Energiebetrachtung zum Peierls-Übergang (On the Energy in the Peierls Transition) (b) Vol. 77, No. 1, p. 373-379 (1976). I . NICOARA

•Effect of the s-d Interaction on the Magnetoresistance of Magnetic Alloys (b) Vol. 77, No. 1, p. K 1 7 - K 2 0 (1976). See also 14, p. 163. I . M . CHAPNIK

•On Possible Formation of Closed Electron Shells with Coupling Spins outside the Inert-Gas Shells in Some Transition Metals and Their Alloys (a) Vol. 37, No. 1, p. K 2 9 - K 3 2 (1976). See also 21.1, p. 311; 21.1.1, p. 321; 22.7, p. 412.

13. Electron States

119

S . P . IONOV, 1 . 1 . A M E L I N , V . S . L U B I M O V , G . V . IONOVA, a n d E . F . MAKAROV

•Theoretical Analysis of the Charge-Ordered State in a Quasi-One-Dimensional and a Finite Cyclic System with the Ab-initio LCAO-MO Method (b) Vol. 77, No. 2, p. 4 4 1 - 4 5 0 (1976). R . PICKENHAIN a n d A . MILCHEV

The Quadratic Response of a Fermi Gas. Electronic Charge Density of Valence Electrons in Zincblende Semiconductors (b) Vol. 77, No. 2, p. 5 7 1 - 5 7 9 (1976). See also 4, p. 46; 22.1.1, p. 348. G . M . ARUTYUNYAN a n d S. M . SHAHINYAN

*Multiphoton Absorption of Intensive Electromagnetic Waves in Semiconductors (b) Vol. 77, No. 2, p. K 1 7 1 - K 1 7 6 (1976). See also 20.1, p. 274; 22, p. 340. J . SCHREIBER a n d W . J O H N

*On the Theory of Electron Localization in Amorphous Systems (b) Vol. 78, No. 1, p. 1 9 9 - 2 1 0 (1976). See also 2, p. 40. W . - H . STEEB a n d E . MARSCH

Thermodynamics of a Two-Point Doubly Degenerate Hubbard Model in the Half-Filled Case (b) Vol. 78, No. 1, p. K 3 9 - K 4 4 (1976). See also 18.2, p. 236; 18.4, p. 245. W . J O H N a n d J . SCHREIBER

•Localization Theory for the Random Weaire Model (b) Vol. 78, No. 2, p. 5 7 7 - 5 8 3 (1976). See also 2, p. 41; 22, p. 341. R . PÄSSLER

Relationships between the Nonradiative Multiphonon Carrier-Capture Properties of Deep Charged and Neutral Centres in Semiconductors (b) Vol. 78, No. 2, p. 6 2 5 - 6 3 5 (1976). See also 6, p. 64; 13.4, p. 145; 22, p. 342; 22.1, p. 344; 22.2, p. 361; 22.4, p. 378. J . T H . M . DE HOSSON

•The Electronic States in Molybdenum (b) Vol. 78, No. 2, p. 7 9 1 - 8 0 1 (1976). See also 21, p. 300. E . YANG

•Electrons in Finite One-Dimensional Crystals in a Uniform Electric Field (b) Vol. 78, No. 2, p. 8 0 3 - 8 1 1 (1976).

Subject Index

13.1 Band Structure Review

Articles

V . L . BONCH-BRUEVICH

•Problems of the Electron Theory of Small-Gap Disordered Semiconductors (b) Vol. 74, No. 1, p. 1 1 - 2 2 (1976). See also 2, p. 35; 22, p. 333. J . KADLEC a n d K . H . GUNDLACH

Results and Problems of Internal Photoemission in Sandwich Structures (a) Vol. 37, No. 1, p. 1 1 - 2 8 (1976). See also 14.3.3, p. 190; 16, p. 213; 22.6, p. 402. Original

Papers

and Short

Notes

H . KÖHLER

*Non-Parabolic E(k) Relation of the Lowest Conduction Band in Bi 2 Te 3 (b) Vol. 73, No. 1, p. 9 5 - 1 0 4 (1976). See also 13.2, p. 130; 14.3, p. 173; 22.7, p. 410. H . MEINHOLD a n d G . W E I S E R

Modulation Spectroscopy on MoS2 and MoSe 2 (b) Vol. 73, No. 1, p. 1 0 5 - 1 1 5 (1976). See also 13.5.1, p. 149; 20.1, p. 260; 22, p. 333. P . BECHSTEDT, R . E N D E R L E I N , A . KOLPAKOV, a n d K . PETJKEB

Theory of Resonance R a m a n Scattering near Critical Points (b) Vol. 73, No. 1, p. 1 4 1 - 1 4 9 (1976). See also 6, p. 52; 13.5.1, p. 149; 20.1, p. 260. M . TAUT a n d H . ESCHRIG

•Electron and Phonon Spectra of Calcium (b) Vol. 73, No. 1, p. 1 5 1 - 1 5 4 (1976). See also 6, p. 52; 13.2, p. 130; 21.3, p. 324. P . LEYEAL, D . BOIS, a n d P . PINARD

•Strain-Associated Band Tailing Effect in Semiconductors (b) Vol. 73, No. 1, p. 1 8 7 - 1 9 2 (1976). See also 20.1, p. 260; 22.2.1, p. 362. M . AUSLOOS

On a Structural Phase Transition in Ytterbium (b) Vol. 73, No. 1, p. 2 1 1 - 2 2 1 (1976). See also 1.2, p. 14; 14.1, p. 164; 21.4, p. 326. H . - J . WÜNSCHE a n d K . HENNEBERGER

Interband-Current Theory for Esaki Diodes (b) Vol. 73, No. 1, p. 2 4 5 - 2 5 4 (1976). See also 14.3.3, p. 190; 14.3.4, p. 195; 22.2.1, p. 362. R . H . WILLIAMS, I . T . MCGOVERN, R . B . MUERAY, a n d M . HOWELLS

• A n Investigation of the Electronic Structure of GaSe and GaTe by Photoelectron Spectroscopy, Using a Synchrotron Source, and Electron Energy Loss Spectroscopy (b) Vol. 73, No. 1, p. 3 0 7 - 3 1 6 (1976). See also 17, p. 218; 20.1, p. 260; 22.3, p. 372.

13.1 Band Structure

121

A . A . IGNATOV a n d Y u . A . ROMANOV

Nonlinear Electromagnetic Properties of Semiconductors with a Superlattice (b) Vol. 73, No. 1, p. 3 2 7 - 3 3 3 (1976). See also 14.3.4, p. 195; 22, p. 333. D . F I N K a n d R . BKATJNSTEIN

*Determination of the Conduction Band Effective Masses of the Germanium-Silicon Alloy by Infrared Cyclotron Resonance (b) Vol. 78, No. 1, p. 3 6 1 - 3 7 0 (1976). See also 22.1.1, p. 345; 22.1.2, p. 351. C. U H E R

E r r a t u m t o : Low-Field Thermomagnetic Tensor for the Bi-Like Band Structure (b) Vol. 73, No. 1, p. 379 (1976). See also 6, p. 53; 15, p. 209; 21.7, p. 332. M . FRITSCHE, M . PÖHLER, M . SCHUBERT, a n d G . STAUPENDAHL

•Investigation of the Absorption of Intense C0 2 Laser Radiation by the p-Band of Tellurium (a) Vol. 33, No. 1, p. 1 4 9 - 1 5 4 (1976). See also 20.1, p. 261-, 22.1.3, p. 359. W . EKARDT a n d M . I . SHEBOUL

The Influence of the Electron-Hole Exchange Interaction on the Biexciton Ground State in CuCl and CuBr and Related Optical Transitions (b) Vol. 73, No. 2, p. 4 7 5 - 4 8 2 (1976). See also 13.5.1, p. 150; 20.1, p. 261; 20.3, p. 280; 22.5, p. 388. J . VON B O R Z E S Z K O W S K I

On the Electric Field Dependence of the Conductivity of Hoies in Si a t Low Temperatures (I): The Drift Velocity under Consideration of the Non-Equipartition of Acoustic Phonon Energy (b) Vol. 73, No. 2, p. 6 0 7 - 6 1 4 (1976). See also 6, p. 54; 14.3.4, p. 195; 22.1.2, p. 351. H . LANGE, J . DONECKER, a n d H . FRIEDRICH

Electroreflectance and Wavelength Modulation Study of the Direct and Indirect F u n d a mental Transition Region of I n i - ^ G a ^ P (b) Vol. 73, No. 2, p. 6 3 3 - 6 3 9 (1976). See also 20.1, p. 262; 22.2.4, p. 370. J . M . HONIG, A . P . B . SINHA, W . E . WAHNSIEDLER, a n d H . KUWAMOTO

•Studies of the Band Structure of NbO b y X - R a y Photoelectron Spectroscopy (b) Vol. 73, No. 2, p. 6 5 1 - 6 5 4 (1976). See also 17, p. 218; 22.6, p. 403. B . REIMER, H . BAESSLER, J . H E S S E , a n d G . W E I S E R

Optical Properties of a Polydiacetylene Single Crystal — Evidence for van Hove Singularities (b) Vol. 73, No. 2, p. 7 0 9 - 7 1 6 (1976). See also 20.1, p. 262; 22.9, p. 433. R . S. K I M a n d S. NARITA

*Far-Infrared Interband Magnetoabsorption and Band Structure of H g i - z C d ^ T e Alloys (b) Vol. 73, No. 2, p. 7 4 1 - 7 5 2 (1976). See also 18, p. 222; 20.1, p. 262; 22.4.4, p. 387. N . N . SIROTA, I . V . B O D N A R , A . I . L U K O M S K I I , G . F . SMIRNOVA, a n d L . M . F I N K E L S T E I N

•Indirect Absorption Edge of ( G a P ) x ( I n A s ) i M i x e d Crystals (b) Vol. 73, No. 2, p. K 1 3 5 - K 1 3 6 (1976). See also 20.1, p. 262; 22.2.4, p. 370.

Subject Index

122

I . A . SMIRNOV, R . S U R Y A N A R A YAN AN, a n d S . G . S H U L M A N

Optical Absorption of Metallic SmS Films near the Interband Transitions (b) Vol. 73, No. 2, p. K 1 3 7 - K 1 4 0 (1976). See also 20.1, p. 262; 21.4, p. 326. K . HÜBNEP,

*Strain Dependence of the Baldereschi Point and of the Bond Charge (b) Vol. 73, No. 2, p. K 1 4 1 - K 1 4 4 (1976). See also 4, p. 45; 22.1, p. 343. K . LÖSCH a n d J . U . FISCHBACH

Measurement of High Near-Edge Absorption Coefficients in Surface Layers of I n P (a) Vol. 33, No. 2, p. 4 7 3 - 4 7 8 (1976). See also 13.5.1, p. 150; 20.1, p. 262; 22.2.2, p. 365. L . HTJLDT

Phonon-Assisted Auger Recombination in Germanium (a) Vol. 33, No. 2, p. 6 0 7 - 6 1 4 (1976). See also 6, p. 54; 20, p. 257; 22.1.1, p. 345. J . C. JONES a n d P . R . WALLACE

On the Anomalous Magneto-Resistance of Gallium Arsenide in Intense Magnetic Fields (b) Vol. 74, No. 1, p. 2 3 - 3 3 (1976). See also 14.3, p. 174; 22.2.1, p. 362. M . B . KOZINTSEVA a n d V . E . ZILBERVARG

*The Electron and Magnon Spectra of Ferrimagnetic Semiconductors (b) Vol. 74, No. 1, p. 1 9 9 - 2 0 8 (1976). See also 13.5.4, p. 160; 18.3, p. 239; 22.8.2, p. 427. N . WAGNER a n d 0 . BRÜMMER

*XPS Investigations for the Purpose of the Research of Positron Annihilation Effects in B i s S b i - * Alloys Concerning Band Structure Modifications (b) Vol. 74, No. 1, p. 2 4 9 - 2 5 4 (1976). See also 17, p. 218; 22.7, p. 410. U . BERG, G . DRÄGER, a n d 0 . BRÜMMER

*Combined Investigations of the Valence Band Structure of Graphite by K X-Ray Emission Spectroscopy and X-Ray Photoemission Spectroscopy (b) Vol. 74, No. 1, p. 3 4 1 - 3 4 8 (1976). See also 17, p. 218; 20, p. 257; 22.1, p. 343. S . S. L I , D . W . SCHOENFELD, a n d R . T . O W E N

•Optical Transmission Measurements and Electron Microprobe Analysis of a Bulk In Asi Alloy System (a) Vol. 34, No. 1, p. 2 5 5 - 2 6 1 (1976). See also 20.1, p. 264; 22.2.4, p. 370. D . PUDEWILL, F . - J . HIMPSEL, V . SAILE, N . SCHWENTNER, M . SKIBOWSKI, a n d E . E . K O C H

*Excitons in Pure and Doped Solid Neon (b) Vol. 74, No. 2, p. 4 8 5 - 4 9 6 (1976). See also 13.5.1, p. 151; 20.1, p. 265; 23, p. 440. M. I. DYKMAN

*Theory of Nondegenerate Two-Dimensional Electrons Interacting with Phonons in Quantizing Magnetic Fields (b) Vol. 74, No. 2, p. 5 4 7 - 5 5 9 (1976). See also 6, p. 55; 20.1, p. 265.

13.1 Band Structure

123

K . HENNEBERGEK

On the Theory of Photon-Assisted Zener Tunneling (b) Vol. 74, No. 2, p. 5 6 7 - 5 7 7 (1976). See also 14.3.4, p. 196; 22, p. 335. H . KÖHLEK

*Non-Parabolicity of the Highest Valence Band of Bi 2 Te 3 from Shubnikov-de Haas Effect (b) Vol. 74, No. 2, p. 5 9 1 - 6 0 0 (1976). See also 13.2, p. 130; 14.3, p. 175; 22.7, p. 410. H . MALTEB

*On the Electronic Molecular Structure of the Organic Semiconductor Copper Phthalocyanine (b) Vol. 74, No. 2, p. 6 2 7 - 6 3 3 (1976). See also 20.1, p. 265; 22.9, p. 435. R . JAGANNATHAN a n d N . R . RANGANATHAN

*A New Form of Magnetic Bloch Functions and Applications to Magnetic Band Structure Calculations (b) Vol. 74, No. 2, p. 6 6 7 - 6 7 2 (1976). See also 18, p. 222. E . V . BURSIAN, Y A . G . GIRSHBERG, a n d A . V . RUZHNIKOV

The Correlation between Optical Absorption Spectra, Carrier Mobility, and Phase Transition Temperature in Some Ferroelectrics (b) Vol. 74, No. 2, p. 6 8 9 - 6 9 3 (1976). See also 14.4.1, p. 206; 20.1, p. 266; 22.8.1, p. 420. S . ATTLUCK

*On the Pseudopotential Coefficients for Zinc and Cadmium (b) Vol. 74, No. 2, p. K 1 2 9 - K 1 3 3 (1976). See also 13.2, p. 130; 20.1, p. 266; 21, p. 292; 21.1, p. 305. V . V . BHOKARE a n d R . M . SINGRU

*Valence Electron Momentum Distribution in Ge (b) Vol. 74, No. 2, p. K 1 6 1 - K 1 6 3 (1976). See also 22.1.1, p. 340. V . P . BHOLA

*Thermoreflectance of Cd3As2 (a) Vol. 34, No. 2, p. K 1 7 9 - K 1 8 0 (1976). See also 20.1, p. 267; 22.3, p. 372. H . KÖHLER

*Anisotropic ^-Factor of the Conduction Electrons in Bi 2 Te 3 (b) Vol. 75, No. 1, p. 1 2 7 - 1 3 6 (1976). See also 13.2, p. 131; 14.3, p. 176; 22.7, p. 410. G . OELGART a n d R . H E R R M A N N

*Cyclotron Masses in Semiconducting Bii-^Sb-j Alloys (b) Vol. 75, No. 1, p. 1 8 9 - 1 9 6 (1976). See also 13.2, p. 131; 19, p. 250; 22.7, p. 411. R . NILSSON, A . BERNDTSSON, N . MARTENSSON, R . NYHOLM, a n d J . H E D M A N

*The Valence Band of Os Studied by Electron Spectroscopy (b) Vol. 75, No. 1, p. 1 9 7 - 2 0 3 (1976). See also 17, p. 219; 21, p. 293. L . B . COLEMAN, C . R . F I N C H E R , J R . , A . F . GARITO, a n d A . J . H E E G E R

Far-Infrared Single Crystal Studies of TTF-TCNQ (b) Vol. 75, No. 1, p. 2 3 9 - 2 4 6 (1976). See also 20.1, p. 267; 22.9, p. 436.

124

Subject Index

J . CAMASSEL, M . S C H L Ü T E R , S . K O H N , J . P . V O I T C H O V S K Y , Y . R . S H E N , a n d M . L . C O H E N

*Wavelength Modulation Spectra and Electronic Band Structure of SnS 2 and SnSe 2 (b) Vol. 75, No. 1, p. 3 0 3 - 3 1 4 (1976). See also 20.1, p. 267; 22.7, p. 411. D . MUKHERJI a n d B . R . NAG

*Electron Effective Mass in Semiconductor Superlattices (b) Vol. 75, No. 1, p. K 3 5 - K 3 7 (1976). See also 22.2.1, p. 363. S . I . RADAUTSAN, E . K . ARUSHANOV, a n d A . N . NATEPROV

*The Conduction B a n d of Cadmium Phosphide (a) Vol. 35, No. 1, p. K 5 3 - K 5 6 (1976). See also 14.3, p. 177; 22.3, p. 372. V . N . H O L Y A V K O , V . P . DRAGUNOV, B . V . MOROZOV, E . M . S K O K , a n d N . B . V E L C H E V

Study of t h e Size Quantization in p-Type Silicon Inversion Layers b y Means of Magnetoresistance (b) Vol. 75, No. 2, p. 4 2 3 - 4 3 2 (1976). See also 14.3, p. 177; 22.1.2, p. 354. H . KÖHLER

*The ¡/-Factor of t h e Holes in t h e Highest Valence B a n d of Bi 2 Te 3 (b) Vol. 75, No. 2, p. 4 4 1 - 4 4 9 (1976). See also 13.2, p. 131; 14.3, p. 177; 22.7, p. 411. K . - R . SCHULZE, H . N E U M A N N , a n d K . U N G E R

*Band Structure of Gai — ^In^As (b) Vol. 75, No. 2, p. 4 9 3 - 5 0 0 (1976). See also 22.2.4, p. 370. M . BRAUWERS a n d F . BROUERS

*Optical Relaxation Time and Effective Mass in Noble Metal Alloys (b) Vol. 75, No. 2, p. 5 1 9 - 5 2 5 (1976). See also 20, p. 258; 21.6, p. 330. KWOK LEUNG Y I P , A . B . KUNZ, a n d W . S. WILLIAMS

*Electronic Structure of TiC a n d VC f r o m t h e Iterative E x t e n d e d Hückel Theory (b) Vol. 75, No. 2, p. 5 3 3 - 5 4 1 (1976). See also 20, p. 258; 22.3, p. 373. G . BAUER, M . OVERHAMM, P . GROSSE, W . MÜLLER, E . GORNICK, a n d H . W . PÖTZL

*Landau Emission in n-InSb (b) Vol. 75, No. 2, p. 5 4 3 - 5 5 1 (1976). See also 14.3.4, p. 197; 20.1, p. 268; 20.3, p. 283; 22.2.3, p. 368. U . BERG, G . DRÄGER, K . MOSEBACH, a n d O . BRUMMER

•Combined X S and X P S Investigations of t h e FeS 2 Valence B a n d (b) Vol. 75, No. 2, p. K 8 9 - K 9 2 (1976). See also 17, p. 219; 20, p. 258; 22, p. 337. N . WAGNER a n d O . BRÜMMER

• R e m a r k s on t h e Relation between Crystal Structure and Electronic Band Structure in Bism u t h Antimony Alloys (b) Vol. 75, No. 2, p. K 1 5 7 - K 1 6 1 (1976). See also 1.1, p. 12; 22.7, p. 411. A . M . BRODSKII a n d M . I . URBAKH

•Adsorption-Induced Changes of Electron Levels (b) Vol. 76, No. 1, p. 9 3 - 1 0 4 (1976). See also 13, p. 116; 21.2, p. 323.

13.1 Band Structure

125

W . BKATJN a n d M . CAR DONA

•Electronic Density of States of Amorphous CuGaS.2 and ZnGeAs 2 (b) Vol. 76, No. 1, p. 2 5 1 - 2 5 7 (1976). See also 2, p. 38; 17, p. 219; 22.8, p. 416. H . BUBKHARD, G . BAUEK, P . GROSSE, a n d A . LOPEZ-OTERO

*Free Carrier Magneto-Optical Effects in the Reststrahlen Region of n-PbTe (b) Vol. 76, No. 1, p. 2 5 9 - 2 6 6 (1976). See also 18, p. 223; 20.1, p. 270; 22, p. 337. W . KÜHN

*Stress Dependence of the (Ex, E1 + ^i) Transition in Germanium (b) Vol. 76, No. 1, p. 2 8 9 - 2 9 9 (1976). See also 12.2, p. 110; 20.1, p. 270; 22.1.1, p. 347. E . HEGENBARTH a n d B . SCHMIDT

H e a t Conductivity Measurement a t V3Si in the Temperature Range 4.2 to 80 K (b) Vol. 76, No. 1, p. 3 0 7 - 3 1 1 (1976). See also 8, p. 69; 14.2, p. 170; 21, p. 296. N . E . ALEKSEEVSKII, E . P . KRASNOPEROV, a n d T . MYDLARZ

Susceptibility and Superconductivity of Compounds with A-15 Structure (b) Vol. 76, No. 1, p. 3 5 7 - 3 6 2 (1976). See also 14.2, p. 170; 18.1, p. 226; 22.8, p. 41«. R . A . EVARESTOV, M . I . P E T R A S H E N , a n d E . M . LEDOVSKAYA

•Comparison of the Large Unit Cell and Small Periodic Cluster Approaches to the Quasimolecular Calculations of the Band Spectra of Crystals (b) Vol. 76, No. 1, p. 3 7 7 - 3 8 3 (1976). See also 13.4, p. 140; 22.5.2, p. 395. V . V . MITIN a n d E . I . TOLPYGO

Piezoresistance of Uniaxially Deformed n-Si (b) Vol. 76, No. 1, p. 4 0 7 - 4 1 1 (1976). See also 14.3, p. 178; 22.1.2, p. 355. D . I . S H E K A a n d A . N . KOROL

Dielectric Permittivity of Semiconductors with Narrow Forbidden Gap in the Long-Wave Limit (b) Vol. 76, No. 1, p. 4 1 3 - 4 1 8 (1976). See also 14.4, p. 203; 22.2, p. 361. J . SzYMAtfSKI

E r r a t u m t o : Theory of Free Carrier Absorption in n-PbSe (b) Vol. 76, No. 1, p. 439 (1976). See also 6, p. 58; 20.1, p. 271; 22, p. 338. L . MEYER, T H . EIFRIG, U . BEHN, a n d W . WELLER

*Side Bands in the H u b b a r d - I I I Solution near the Band Limit (b) Vol. 76, No. 1, p. K 2 3 - K 2 5 (1976). Erratum (b) Vol. 77, No. 1, p. K79 (1976). P . KONSIN

Ferroelectric Phase Transitions in Systems with Broad Electronic Bands Caused by Interband Electron-Phonon Interaction (b) Vol. 76, No. 2, p. 4 8 7 - 4 9 6 (1976). See also 6, p. 58; 14.4.1, p. 207; 22, p. 338.

126

Subject Index

G . JUNGK a n d R . GRÜNDLER

* Determination of Optical Constants: An (b) Vol. 76, No. 2, p. 5 4 1 - 5 4 6 (1976). See also 20.1, p. 271; 21.6, p. 330. H . HÖCHST, A . GOLDMANN, S . H Ü F N E R , a n d H . MALTER

*X-Ray Photoelectron Valence Band Studies on Phthalocyanine Compounds (b) Vol. 76, No. 2, p. 5 5 9 - 5 6 8 (1976). See also 17, p. 219; 22.9, p. 437. A . R . BIRKS, S. P . H I N D , a n d P . M . L E E

*Band Structure Changes in Intercalates of Niobium Diselenide (b) Vol. 76, No. 2, p. 5 9 9 - 6 0 4 (1976). See also 14.2, p. 170. A . M . R A D WAN a n d M . T A U T

*Band Structure of Al and the Laves Phase CaAl2 (b) Vol. 76, No. 2, p. 6 0 5 - 6 1 2 (1976). See also 20, p. 258; 21, p. 297; 22.7, p. 411. R . PÄSSLER

Calculation of Nonradiative Multiphonon Capture Coefficients and Ionization Rates for Neutral Centres According to the Static Coupling Scheme (II): Alternative Trap Models (b) Vol. 76, No. 2, p. 6 4 7 - 6 5 9 (1976). See also 6, p. 59; 13.4, p. 141; 22, p. 339; 22.4.1, p. 381. A. E . LEE a n d J . WEBSTER

*The Soft X-Ray Appearance Potential Spectra of Diamond and Graphite (b) Vol. 76, No. 2, p. 6 6 1 - 6 6 7 (1976). See also 13.3, p. 133; 20, p. 258; 22.1, p. 344. A . BALZAROTTI a n d A . B I A N C O N I

*Electronic Structure of Aluminium Oxide as Determined by X-Ray Photoemission (b) Vol. 76, No. 2, p. 6 8 9 - 6 9 4 (1976). See also 17, p. 219; 22.6, p. 406. H . G. MAGUIRE

* Investigation of the Band Structure of Diamond Using Low-Energy Electrons (b) Vol. 76, No. 2, p. 7 1 5 - 7 2 6 (1976). See also 17, p. 219; 22.1, p. 344. A . J^DRZEJCZAK a n d T . DIETL

*Thermomagnetic Properties of n-Type and p-Type HgTe (b) Vol. 76, No. 2, p. 7 3 7 - 7 5 1 (1976). 4 See also 14.3, p. 179; 15, p. 210-, 22.4.3, p. 386. T . SOMA

Modified Pertubation Method for Diamond-Type Crystals (b) Vol. 76, No. 2, p. 7 5 3 - 7 5 8 (1976). See also 6, p. 59; 12.2, p. I l l ; 22.1, p. 344; 22.1.1, p. 348; 22.1.2, p. 355. A. J . H . EIJKELENKAMP a n d K . V o s

Reflectance Measurements on Single Crystals of PbFCl, PbFBr, and PbBr 2 (b) Vol. 76, No. 2, p. 7 6 9 - 7 7 8 (1976). See also 13.5.1, p. 154; 20.1, p. 272; 22.5, p. 389. K . SUZUKI, N . MIURA, S. UCHIDA, a n d S. TANAKA

*Far-Infrared Magneto-Reflection in HgTe (b) Vol. 76, No. 2, p. 7 8 7 - 7 9 6 (1976). See also 20.1, p. 272; 22.4.3, p. 386.

13.1 Band Structure

127

A . S . F I L I P C H E N K O a n d L . P . BOLSHAKOV

*Mobility of Holes in p-InSb Crystals (b) Vol. 77, No. 1, p. 5 3 - 5 8 (1976). See also 14.3, p. 179; 22.2.3, p. 368. A . V . LELYAKOV

Bose-Einstein Condensation of Free Excitons in AgBr-Type Crystals at High Excitation (b) Vol. 77, No. 1, p. 5 9 - 7 0 (1976). See also 6, p. 60; 13.5.1, p. 154; 20.3, p. 285; 22.5.1, p. 391. M . TAUT

•Dielectric Function of Hexagonal Metals (I): General Considerations (b) Vol. 77, No. 1, p. 1 6 5 - 1 7 0 (1976). See also 14.1, p. 166; 21, p. 297. J . S H Y - Y I H W A N G , M . SCHLÜTER, a n d M . L . COHEN

*The Electronic Structure of AgCl. Energy Bands, Densities of States, and Charge Densities (b) Vol. 77, No. 1, p. 2 9 5 - 3 0 0 (1976). See also 22.5.1, p. 391. G . W O L F , M . ZIMMERMANN, a n d K . BOHMHAMMEL

The Molar Heat Capacity of Non-Superconducting P d H j in the Temperature Range from 2 to 7 K (a) Vol. 37, No. 1, p. 1 7 9 - 1 8 2 (1976). See also 8, p. 70; 21, p. 297. K . H Ü B N E R a n d V . K . BASHENOV

*Ionicity and Structure of Solids (b) Vol. 77, No. 2, p. 4 7 3 - 4 8 2 (1976). See also 1.1, p. 13; 2, p. 40; 4, p. 46; 22.2, p. 361; 22.2.4, p. 371. F . PERROT

*Bulk Properties of Lithium Hydride up to 100 Mbar (b) Vol. 77, No. 2, p. 5 1 7 - 5 2 5 (1976). See also 12.2, p. 112; 22, p. 340. L . P A S E M A N N , W . CORDTS, A . H E I N R I C H , a n d J . M O N E C K E

*Band Structure Calculation of ZnSiP 2 (b) Vol. 77, No. 2, p. 5 2 7 - 5 3 3 (1976)". See also 22.8, p. 417. M . TAUT a n d W . HANKE

Dielectric Function of Hexagonal Metals (II): Beryllium (b) Vol. 77, No. 2, p. 5 4 3 - 5 5 0 (1976). See also 13.5.2, p. 157; 14.1, p. 166; 14.4, p. 204; 20.1, p. 274; 21.3, p. 324. A . F A U S T , C . M E R K E L , a n d H . BROSS

*Energy Band Structure and Fermi Surface of Potassium (b) Vol. 77, No. 2, p. 5 9 1 - 6 0 0 (1976). See also 13.2, p. 131; 21.2, p. 323. J . MERTSCHING

*Static Approximation for the Hubbard Model: Magnetic Phase Transitions (b) Vol. 77, No. 2, p. 7 1 7 - 7 2 4 (1976). See also 18, p. 224. J . HUMLICEK a n d F . LUKES

Direct Identification of the L3 L, Transition in Ge (b) Vol. 77, No. 2, p. 7 3 1 - 7 3 8 (1976). See also 14.3.4, p. 199; 20.1, p. 274; 22.1.1, p. 348.

128

Subject Index

J . H . Y E E a n d G. MYERS

*Pseudopotential Calculation of the Acoustic Deformation Potential for Several Group IV, I I - V I , and I I I - V Compounds (b) Vol. 77, No. 2, p. K 8 1 - K 8 4 (1976). See also 22.1.1, p. 349; 22.1.2, p. 356; 22.2, p. 361; 22.4, p. 377. K . SIERAIISKI, J . SZATKOWSKI, a n d E . MAJCHROWSKA

•Effective Mass of Heavy Holes in Cd^Hgi-^Te a t 4.2 to 300 K (b) Vol. 77, No. 2, p. K 9 1 - K 9 5 (1976). See also 22.4.4, p. 387. M . K E R T E S Z , J . K O L L E R , a n d A . AZMAN

*Ab Initio Treatment of a Polysulfur Nitride (SN)X Chain (b) Vol. 77, No. 2, p. K 1 5 7 - K 1 6 0 (1976). See also 22, p. 340. I . V . BODSTAR, A . I . L U K O M S K I I , a n d G . F . SMIKNOVA

•Absorption Edge of I11P3. Asi „¡^Mixed Crystals (a) Vol. 37, No. 2, p. K 1 7 3 - K 1 7 6 (1976). See also 20.1, p. 275; 22.2.4, p. 371. G . HOPPMANN a n d E . SALJE

Optical and Electrical Properties of H + Doped W 0 3 Single Crystals (a) Vol. 37, No. 2, p. K 1 8 7 - K 1 9 1 (1976). See also 14.3, p. 180; 20.1, p. 275-, 22.6, p. 408.

M . TAUT a n d P . ZIESCHE

Dielectric Function of Hexagonal Metals (III): Magnesium (b) Vol. 78, No. 1, p. 1 6 9 - 1 7 5 (1976). See also 13.5.2, p. 158; 14.1, p. 167; 14.4, p. 204; 20.1, p. 275; 21.3, p. 324. L . RUSINIAK

Electric InSb at (b) Vol. See also

Paramagnetic Resonance and Combined Resonance of Conductivity Electrons in 24 GHz 78, No. 1, p. 2 6 5 - 2 7 0 (1976). 19, p. 255; 20.1, p. 276; 22.2.3, p. 369.

W . RÜHLE a n d E . GÖBEL

*New Aspects of the Magnetoluminescence of a Band to Acceptor Transition in GaAs (b) Vol. 78, No. 1, p. 3 1 1 - 3 1 7 (1976). See also 20.3, p. 287; 22.2.1, p. 364. J . ZLELLTFSKI

*A Double d-Band Model of Transition Metals (b) Vol. 78, No. 1, p. 3 1 9 - 3 2 4 (1976). See also 18.2, p. 236; 21.1, p. 313. I . N E I Z V E S T N Y , N . OVSYTTK, a n d M . S I N Y U K O V

Electro-Reflectance Spectra of Elt E1 -f Ax Transitions in Germanium (b) Vol. 78, No. 1, p. K 1 9 - K 2 2 (1976). See also 14.3.4, p. 200; 20.1, p. 276; 22.1.1, p. 349. B . BRÜCKEL, U . BIRKHOLZ, a n d K . ZIEGLER

Fundamental Absorption and Franz-Keldysh Effect in Silicon Telluride (b) Vol. 78, No. 1, p. K 2 3 - K 2 5 (1976). See also 20.1, p. 276; 22, p. 341. U . DEL P E N N I N O a n d S . MANTOVANI

*Width of the Dislocation Energy Band in Germanium (a) Vol. 38, No. 1, p. 1 0 9 - 1 1 3 (1976). See also 10.2, p. 97; 14.3.4, p. 200; 22.1.1, p. 349.

13.1 Band Structure

129

L . P . MOKHBACHEVA, V . A . T S K H A I , a n d P . V . G E L D

*One-Centre Exchange Potentials in a Crystal (TiC) (b) Vol. 78, No. 2, p. 4 6 5 - 4 6 9 (1976). See also_22.3, p. 374.

P . B Y S Z E W S K I , J . KOWALSKI, a n d R . R . GAL4ZKA

*Shubnikov-de Haas Oscillations in HgSe at 77 K in Pulsed Magnetic Fields (b) Vol. 78, No. 2, p. 4 7 7 - 4 8 1 (1976). See also 14.3, p. 181; 22.4.2, p. 384.

K . M . VAN V L I E T a n d A . H . MARSHAK

Conduction Current and Generalized Einstein Relations for Degenerate Semiconductors and Metals (b) Vol. 78, No. 2, p. 5 0 1 - 5 1 7 (1976). See also 14.1, p. 167; 14.3, p. 181; 15, p. 211; 21, p. 300; 22, p. 341.

W . WEGENER a n d L . FRITSCHE

*A Study of the Band Structure of Graphite Based on the Rigorous Cellular Method (b) Vol. 78, No. 2, p. 5 8 5 - 5 9 7 (1976). See also 22.1, p. 344.

H . NEDDERMEYER

* X - R a y Spectroscopic Investigation of the Electronic Structure of Mg-Cu Alloys (b) Vol. 78, No. 2, p. 6 0 9 - 6 1 4 (1976). See also 20, p. 259; 21.1, p. 314; 21.3, p. 324.

H . K Ö H L E R , W . H A I G I S , a n d A . VON MIDDENDORFS-

*Shubnikov-de Haas Investigations on n-Type Bi^Se^Tei— x ) 3 (b) Vol. 78, No. 2, p. 6 3 7 - 6 4 2 (1976). See also 13.2, p. 131; 14.3, p. 181; 22.7, p. 412.

A . KOSAKOV, K . U N G E R , a n d G . LEONHARDT

*Calculation of Energy-Dependent Photoionization Probabilities for Valence Electrons in Diamond and Silicon Crystals (b) Vol. 78, No. 2, p. 6 8 1 - 6 8 8 (1976). See also 17, p. 220; 20, p. 259; 22.1, p. 344 ; 22.1.1, p. 349; 22.1.2, p. 358.

G . D R Ä G E R a n d O . BRÜMMER

* X - R a y Spectroscopic Investigation of Beryllium by Polarized K-Emission Valence Bands (b) Vol. 78, No. 2, p. 7 2 9 - 7 3 5 (1976). See also 20, p. 259; 21.2, p. 325.

M . SCHLÜTER, M . L . COHEN, S . E . K O H N , a n d C . Y . FONG

*Electronic Structure of B i l 3 (b) Vol. 78, No. 2, p. 7 3 7 - 7 4 7 (1976). See also 4, p. 47; 20.1, p. 278; 22.5, p. 390.

9

physica, Keg.-Bd. 9

130

Subject Index

13.2 Fermi Surfaces Original Papers

and Short

Notes

H . KÖHLER

*Non-Parabolic E(k) Relation of the Lowest Conduction Band in Bi2Te3 (b) V o l . 7 3 , N o . 1, p . 9 5 - 1 0 4 ( 1 9 7 6 ) .

See also 13.1, p. 120; 14.3, p. 173; 22.7, p. 410. M . TATTT a n d H . ESCHRIO

Electron and Phonon Spectra of Calcium (b) V o l . 73, N o . 1, p . 1 5 1 - 1 5 4 ( 1 9 7 6 ) .

See also 6, p. 52; 13.1, p. 120; 21.3, p. 324. L . M . FALICOV a n d W . Y . H s u

•Phonons and Quasi-Periodic Static Fluctuations (b) V o l . 7 3 , N o . 1, p . 3 0 1 - 3 0 6 ( 1 9 7 6 ) .

See also 6, p. 53; 14.1, p. 164; 21.1, p. 302. G . OELGABT, R . HERRMANN, H . KRÜGER, a n d R . STEGMANN

*Fermi Surface and Helicons in Semiconducting Bii-^Sb^ Alloys (b) V o l . 7 3 , N o . 2 , p . 6 1 5 - 6 2 4 ( 1 9 7 6 ) .

See also 14.3, p. 174; 19, p. 248; 22.7, p. 410. H . SATO a n d K . YONEMITSU

Anisotropic Size Effect in Thin Aluminium Films (b) V o l . 7 3 , N o . 2 , p . 7 2 3 - 7 3 3 ( 1 9 7 6 ) .

See also 14.1, p. 164; 21, p. 290. G . OELGART, G . SCHNEIDER, W . KRAAK, a n d R . HERRMANN

•The Semiconductor-Semimetal Transition in B i i - ^ S b j Alloys (b) V o l . 7 4 , N o . 1, p . K 7 5 - K 7 8 ( 1 9 7 6 ) .

See also 14, p. 162; 19, p. 249 ; 22.7, p. 410. I . Y A . DEKHTYAR, V . I . SILANTEV, S . G . SAKHAROVA, R . G . FEDCHENKO, V . I . PATOKA, a n d V . N.. KOLESNIK

* Fermi Surface Anisotropy and Properties of Tungsten Crystals (b) V o l . 7 4 , N o . 2 , p . 4 7 1 - 4 7 6 ( 1 9 7 6 ) .

See also 21, p. 292. H . KÖHLER

*Non-Parabolicity of the Highest Valence Band of Bi2Te3 from Shubnikov-de Haas Effect (b) V o l . 7 4 , N o . 2 , p . 5 9 1 - 6 0 0 ( 1 9 7 6 ) .

See also 13.1, p. 123; 14.3, p. 175; 22.7, p. 410. V . A . GASPAROV a n d M . H . HARTJTUNIAN

•Precision Measurements of the Fermi Surface of Copper (b) V o l . 7 4 , N o . 2 , p . K 1 0 7 - K 1 1 0 ( 1 9 7 6 ) .

See also 19, p. 250; 21.1, p. 305. S . AIILUCK

*On the Pseudopotential Coefficients for Zinc and Cadmium (b) V o l . 7 4 , N o . 2 , p . K 1 2 9 - K 1 3 3 ( 1 9 7 6 ) .

See also 13.1, p. 123; 20.1, p. 266; 21, p. 292; 21.1, p. 305. O . P . BANSAL

•On the Pressure Dependence of Electron Transport in Noble Metals (b) V o l . 75, N o . 1, p . 8 5 - 9 0 ( 1 9 7 6 ) .

See also 6, p. 56; 12.1, p. 107; 21.6, p. 330.

13.2 Fermi Surfaces H . KÖHLER

•Anisotropic (/-Factor of the Conduction Electrons in Bi 2 Te 3 (b) Vol. 75, No. 1, p. 1 2 7 - 1 3 6 (1976). See also 13.1, p. 123; 14.3, p. 176; 22.7, p. 410. G . OELGART a n d R . H E R R M A N N

Cyclotron Masses in Semiconducting Bii-^Sbj. Alloys (b) Vol. 75, No. 1, p. 1 8 9 - 1 9 6 (1976). See also 13.1, p. 123; 19, p. 250; 22.7, p. 411. H . KÖHLER

*The jr-Factor of the Holes in the Highest Valence Band of Bi2Te3 (b) Vol. 75, No. 1, p. 4 4 1 - 4 4 9 (1976). See also 13.1, p. 124; 14.3, p. 177; 22.7, p. 411. G. KUKA, W . BRAUNE, a n d R . HERRMANN

•Cyclotron Resonance with a Slighthly Anomalous Skin Effect (b) Vol. 76, No. 2, p. 6 3 3 - 6 3 8 (1976). See also 14.1, p. 165; 21, p. 297. K . YONEMITSTJ a n d T . M A T S U D A

Electrical Resistivity of Spherical Guinier-Preston Zone (a) Vol. 36, No. 2, p. 7 9 1 - 7 9 8 (1976). See also 14.1, p. 166; 21, p. 297; 21.6, p. 331. B . BOSACCHI a n d P . FRANZOSI

*The Electron-Phonon Enhancement Factor on the Fermi Surface of Copper (b) Vol. 77, No. 2, p. 4 5 7 - 4 6 4 (1976). See also 21.1, p. 312. A . FAUST, C. M E R K E L , a n d H . BROSS

Energy Band Structure and Fermi Surface of Potassium (b) Vol. 77, No. 2, p. 5 9 1 - 6 0 0 (1976). See also 13.1, p. 127; 21.2, p. 323. R . KÜHL, W . KRAAK, H . HAEFNER, a n d R . HERRMANN

*The Semimetal-Semiconductor Transition in Bismuth-Antimony Alloys (b) Vol. 77, No. 2, p. K 1 0 9 — K i l l (1976). See also 14.1, p. 166; 19, p. 254; 21.7, p. 332. H . K Ö H L E R , W . H A I G I S , a n d A . VON M I D D E N D O R F F

*Shubnikov-de Hass Investigations on n-Type Bi 2 (Se x Tei_ z ) 3 (b) Vol. 78, No. 2, p. 6 3 7 - 6 4 2 (1976). See also 13.1, p. 129; 14.3, p. 181; 22.7, p. 412. K . B E R N D T a n d 0 . BRÜMMER

*X-Ray Compton Scattering from LiMg Alloys (b) Vol. 78, No. 2, p. 6 5 9 - 6 6 6 (1976). See also 20, p. 259; 21.2, p. 323; 21.3, p. 325.

132

Subject Index

13.3 Surface and Interface States Original

Papers

and Short

Notes

F. WEBER

* 0 n the Dispersion Relation for Surface Density Waves in Semiconductors (a) Vol. 33, No. 2, p. 6 5 1 - 6 6 0 (1976). See also 14.3.2, p. 187; 14.3.4, p. 196; 22.1.1, p. 345. M . EUXER a n d A . SCHARMANN

Thermally Stimulated Exoelectron Emission (TSEE) of BeO Layers. Auger Electron Spectroscopy Investigations (a) Vol. 34, No. 1, p. 2 9 7 - 3 0 6 (1976). See also 1.6, p. 34; 17, p. 218; 22.6, p. 403. V. A. G m n ,

A . V . KONDRACHUK,

S. I. KORNYUSHIN,

V . G . LITOVCHEKKO,

R . O . LITVIXOV,

and

V . I . SHAKHOVTSOV

•Effect of Impurities on the Radiation Sensitivity of the Si-Si0 2 Interface in MIS Structures (a) Vol. 34, No. 1, p. K 3 5 - K 3 8 (1976). See also 11, p. 101; 14.3.3, p. 191; 22.1.2, p. 353. M . LANNOO a n d J . P . MUSCAT

• A n Application of First-Order Perturbation Theory to Metal Surfaces (b) Vol. 74, No. 2, p. K 1 4 1 - K 1 4 3 (1976). See also 21, p. 293. J . JERHOT a n d V . SNEJDAR

*The Influence of Interface States on an Isotype Heterojunction between Two Wide-Gap Semiconductors (a) Vol. 34, No. 2, p. 5 0 5 - 5 1 1 (1976). See also 14.3.3, p. 191; 22, p. 335. I . S. KATJLACH a n d E . A . S I L I N S H

•The Influence of the Hyperfine Range Magnetic Field on Charge Transfer States a t the Metal-Organic Semiconductor Interface (b) Vol. 75, No. 1, p. 2 4 7 - 2 5 4 (1976). See also 14.3.3, p. 191; 16, p. 214; 22.9, p. 436. A . D . BOAKDMAN, B . V . P A R A N J A P E , a n d Y . 0 . NAKAMURA

•Surface Plasmon-Polaritons in a Spatially Dispersive Inhomogeneous Medium (b) Vol. 75, No. 1, p. 3 4 7 - 3 5 9 (1976). See also 13.5.2, p. 157; 14.3.2, p. 188. H . KIRIHATA a n d J . AKUTSC

Exoelectron Emission by Slow Electron Impacts (a) Vol. 35, No. 1, p. K 7 3 - K 7 5 (1976). See also 17, p. 219; 22.5.2, p. 394; 22.6, p. 405. S . F . TIMASHEV a n d M . A . K B Y K I N

Optical and Electrooptical Properties of the Interfaces of Media (b) Vol. 76, No. 1, p. 6 7 - 7 6 (1976). See also 14.3.2, p. 188; 20.1, p. 270. G . D . BAGRATISHVILI, R . B . DZHANELIDZE, N . I . K U R D I A N I , a n d 0 . V . SAKSAGANSKII

MIS Structure GaAs-Ge 3 N 4 -Al (a) Vol. 36, No. 1, p. 7 3 - 7 9 (1976). See also 14.3.2, p. 188; 20.3, p. 285; 22.2.1, p. 363. R . K . NAHAR a n d D . NAGCHOUDHURI

Depletion Layer Characteristics of Heretoj unctions with Built-in Homoj unction (a) Vol. 36, No. 1, p. 1 3 9 - 1 4 5 (1976). See also 14.3.3, p. 192; 22, p. 338.

13.3 Surface and Interface States

133

S . M A R T I N U Z Z I , 0 . M A L L E M , a n d T . CABOT

Dark Currents in Cu 2 S-CdS Single Crystal Heterojunctions. Consequences for Photocells (a) Vol. 36, No. 1, p. 2 2 7 - 2 3 4 (1976). See also 14.3.3, p. 192; 16, p. 21-5; 22, p. 338; 22.4.1, p. 381. E . KRÖGER a n d E . KRETSCHMANN

* Surface Plasmon and Polariton Dispersion a t Rough Boundaries (b) Vol. 76, No. 2, p. 5 1 5 - 5 2 3 (1976). See also 13.5, p. 147; 21.6, p. 330. A. E . L E E a n d J . WEBSTER

The Soft X - R a y Appearance Potential Spectra of Diamond and Graphite (b) Vol. 76, No. 2, p. 6 6 1 - 6 6 7 (1976). See also 13.1, p. 126; 20, p. 258; 22.1, p. 344. W . H A N U S a n d M . OSZWALDOWSKI

The Dependence of Photoconductive and Photoelectromagnetic Effects on Slab Thickness in InSb a t Room Temperature (a) Vol. 36, No. 2, p. 4 4 5 - 4 5 2 (1976). See also 16, p. 215; 22.2.3, p. 368. K . SAMINADAYAR a n d J . C. P F I S T E R

*Surface-State Generation on MOS Capacitors Irradiated with UV Light and Electrons (a) Vol. 36, No. 2, p. 6 7 9 - 6 8 6 (1976). See also 14.3.3, p. 192; 22.1.2, p. 356. T . N. SlTENKO

Non-Equilibrium Low-Temperature Depletion (a) Vol. 36, No. 2, p. K 1 5 7 - K 1 5 9 (1976). See also 14.3.2, p. 188; 22.2.1, p. 363. S . N . K A R Y A G I N , P . K . K A S H K A R O V , V . F . K I S E L E V , a n d S . N . KOZLOV

*On the Nature of Electron and Hole Traps in Germanium Dioxide Thermally Grown on Germanium (a) Vol. 37, No. 1, p. K 1 7 - K 1 9 (1976). See also 19, p. 254; 22.6, p. 407. H . FLTETNER a n d NGO DUONG SINH

* Character of Si-Si0 2 Interface States from Analysis of the CV Term Spectra (a) Vol. 37, No. 2, p. 5 3 3 - 5 3 9 (1976). See also 14.3.2, p. 188; 22.1.2, p. 357. P . B A S U a n d H . SAHA

Possible Performance of Back-Wall Schottky Barrier Solar Cells (a) Vol. 37, No. 2, p. 6 2 5 - 6 3 1 (1976). See also 14.3.3, p. 193; 16, p. 216; 22.1.2, p. 357; 22.2.1, p. 364; 22.4.3, p. 386.

134

Subject Index 13.4 Impurity and Defect States Review

Articles

Z . S. KACHLISHVILI

Galvanomagnetic and Recombination Effects in Semiconductors in a Strong Electric Field (a) Vol. 33, No. 1, p. 1 5 - 5 1 (1976). See also 14.3.4, p. 195; 22, p. 333. M . N . SAPOZHNIKOV

Zero-Phonon Transitions in the Optical Spectra of Impurity Molecular Crystals (b) Vol. 75, No. 1, p. 1 1 - 5 1 (1976). See also 6, p. 52; 20.1, p. 260; 20.3, p. 280; 22.9, p. 433. P . V . PAVLOV, E . I . Z O R I N , D . I . TETELBATJM, a n d A . F . K H O K H L O V

*Nitrogen as Dopant in Silicon and Germanium (a) Vol. 35, No. 1, p. 1 1 - 3 6 (1976). See also 11, p. 100; 14.3, p. 173; 22.1.1, p. 345: 22.1.2, p. 351. Original Papers and Short

Notes

A . N . E R M O S H K I N , R . A . EVARESTOV, a n d E . A . K O T O M I N

*Molecular Cluster Approach to Magnesium and Calcium Oxide Crystals (II): F + and F Centres (b) Vol. 73, No. 1, p. 8 1 - 8 6 (1976). See also 103, p. 87; 22.6, p. 402.

D . J . MICKISH a n d A . B . K U N Z

*Self-Consistent Local Orbitals for Silver Halide Crystals (b) Vol. 73, No. 1, p. 193-202 (1976). See also 22.5.1, p. 391. J . H Ö R N E B ZU S I E D E R D I S S E N

Impurity-Induced Raman Spectra of Potassium Halides (b) Vol. 73, No. 1, p. 239-244 (1976). See also 6, p. 52; 20.1, p. 260; 22.5.2, p. 392. W . RÜHLE, W . JAKOWETZ, C. WÖLK, R . LINNEBACH, a n d M . PILKUHN

Optical Studies of Free and Bound Excitonic States in GaSb. Evidence for Deep A~Complexes (b) Vol. 73, No. 1, p. 255-264 (1976). See also 13.5.1, p. 149; 20.1, p. 260; 20.3, p. 280; 22.2.3, p. 367. P. Loosç and M . W Ö H L E C K E *A Simple Approach to the Energy of Bound Exciton Complexes (b) Vol. 73, No. 1, p. 265-270 (1976). See also 13.5.1, p. 149; 22.4, p. 376. R . SATI

Calculations of Optical Transitions of the F3 Center (b) Vol. 73, No. 1, p. 3 5 3 - 3 5 9 (1976). See also 10.2, p. 87; 22.5.2, p. 392. R . KRISHNAN

Optical Absorption of Co3+ in YIG Crystals (b) Vol. 73, No. 1, p. K 5 1 - K 5 6 (1976). See also 20.1, p. 261 ; 22.8.2, ,p. 426.

13.4 Impurity and Defect State

135

J . VARVAS a n d T . N I R K

High-Temperatures Conductivity of Undoped and Copper-Doped Cadmium Selenide (a) Vol. 33, No. 1, p. 7 5 - 8 4 (1976). See also 10.2, p. 87; 14.3, p. 173; 22.4.2, p. 383.

S . H . H A G E N a n d A . W . C . VAN K E M E N A D E

On the Role of Boron in the Luminescence of Silicon Carbide Doped with Nitrogen and Boron (a) Vol. 33, No. 1, p. 9 7 - 1 0 5 (1976). See also 20.3, p. 280; 22.3, p. 372.

M . T A P I E R O , J . P . Z I E L I N G E R , a n d C . NOGUET

Photomemory Effect in Cu 2 0 Single Crystals. Phenomenology and Interpretation (a) Vol. 33, No. 1, p. 1 5 5 - 1 6 6 (1976). See also 16, p. 213; 22.6, p. 402.

M . B A J , L . DMOWSKI, M . KONCZYKOWSKI, a n d S . POROWSKI

A New Explanation of the CI Donor Deionization and Its Kinetics Observed in CdTe:Cl under Hydrostatic Pressure (a) Vol. 33, No. 1, p. 4 2 1 - 4 2 6 (1976). See also 14.3, p. 174; 22.4.3, p. 385.

P . HIESINGER

*Hall-Effect Levels in Ag- and Au-Doped p-Type GaAs (a) Vol. 33, No. 1, p. K 3 9 - K 4 1 (1976). See also 14.3, p. 174; 22.2.1, p. 362.

R . A . E V A E E S T O V , A . N . E R M O S H K I N , a n d E . A . KOTO MI N

*Molecular Cluster Approach to Magnesium and Calcium Oxide Crystals (III): Charge Distribution Analysis of Some Hole Centres (b) Vol. 73, No. 2, p. 4 8 3 - 4 8 6 (1976). See also 10.2, p. 89; 22.6, p. 402.

B . ESSER

*X-Ray Scattering from Electrons in Random Semiclassical Potential Wells (b) Vol. 73, No. 2, p. 4 9 9 - 5 0 2 (1976). See also 2, p. 36; 22, p. 334.

B . A N D L A U E R , J . S C H N E I D E R , a n d W . TOLKSDORF

*Optical Absorption, Fluorescence, and Electron Spin Resonance of Ir 4 * on Octahedral Sites in Y 3 Ga 5 0 12 (b) Vol. 73, No. 2, p. 5 3 3 - 5 4 0 (1976). See also 19, p. 248; 20.1, p. 261; 20.3, p. 280; 22.8.2, p. 426.

I . N . DOUGLAS

Magnetic Circular Dichroism of Co2 +-Doped Cubic Crystals (b) Vol. 73, No. 2, p. 6 4 1 - 6 5 0 (1976). See also 18, p. 222; 20.1, p. 262; 22.5.2, p. 393; 22.6, p. 403.

T . MARKVART

*Crystal-Impurity Energy Transport by Molecular Excitons in the Wave-Like Limit (I): Capture Mechanism (b) Vol. 73, No. 2, p. 6 8 9 - 6 9 8 (1976). See also 13.5.1, p. 150; 22.9, p. 433.

K . HATTORI

*Polarizability of an Electron Trapped by an Interstitial Ion (b) Vol. 73, No. 2, p. 7 1 7 - 7 2 1 (1976). See also 22.5.1, p. 391; 22.5.2, p. 393.

Subject Index

136

K . D . GLINCHUK, N . M . LITOVCHENKO, a n d R . M E E K E R

*The Role of Impurities in the Formation of Quenched-in Recombination Centres in Thermally Treated Silicon (a) Vol. 33, No. 2, p. K 8 7 - K 9 0 (1976). See also 16, p. 213; 22.1.2, p. 352. E . M . ROCKAU a n d R . A . FORMAN

Fe 4+ (3d 4 ) Optical Absorption in Oxidized SrTi0 3 (a) Vol. 33, No. 2, p. K 9 1 - K 9 5 (1976). See also 20.1, p. 263; 22.8, p. 413.

I . BIRCHAK, V . V . SERDYUK, a n d G . G . CHEMERESYUK

*Optical and Temperature Quenching of Photocurrent in Zinc Selenide Single Crystals (a) Vol. 33, No. 2, p. K 1 4 5 - K 1 4 9 (1976). See also 16, p. 213; 22.4.2, p. 383. M . A . IVANOV, V . Y A . MITROFANOV, L . D . F A L K O V S K A Y A , a n d A . Y A . F I S H M A N

The Properties of a Threefold Degenerate Orbital Magnetic Impurity in a Ferromagnetic Crystal (b) Vol. 74, No. 1, p. 5 7 - 6 7 (1976). See also 18.2, p. 230; 22.1, p. 343. B . V . NOVIKOV, N . S . SOKOLOV, a n d S . V . G A S T E V

*Free-Carrier Generation via Exciton-Phonon and Exciton-Impurity Interaction in Ge Crystals (b) Vol. 74, No. 1, p. 8 1 - 8 9 (1976). See also 6, p. 54; 13.5.1, p. 150; 16, p. 214; 22.1.1, p. 345. T . IIDA a n d R . MONNIER

*Static Properties of the Self-Trapped Hole in Simple Cubic Cesium Halides (b) Vol. 74, No. 1, p. 9 1 - 1 0 2 (1976). See also 6, p. 54; 20.1, p. 263; 22.5.2, p. 393. T . MARKVART

*Crystal-Impurity Energy Transport by Molecular Excitons in the Wave-Like Limit (II): Diffusion in Crystals (b) Vol. 74, No. 1, p. 1 3 5 - 1 4 3 (1976). Erratum (b) Vol. 76, No. 2, p. 853 (1976). See also 13.5.1, p. 151; 22.9, p. 434. U . KAUFMANN, A . RÄUBER, a n d J . SCHNEIDER

ESR Analysis of IIB-IV-V 2 Semiconductors with Mn 2+ as a Paramagnetic Probe (b) Vol. 74, No. 1, p. 1 6 9 - 1 7 5 (1976). See also 19, p. 248; 22.8, p. 414.

U . GIORGIANNI, G . MONDIO, G . SAITTA, a n d G . VERMIGLIO

*Role of the Jahn-Teller Effect in the Excited States of KBr:Tl-Type Crystals (b) Vol. 74, No. 1, p. 3 1 7 - 3 2 2 (1976). See also 20.1, p. 264; 22.5.2, p. 393. G . ALLAN a n d M . LANNOO

Influence of Self-Consistency on the Relaxation near a Vacancy or a Surface in Transition Metals (b) Vol. 74, No. 1, p. 409 - 4 1 4 (1976). See also 10.1, p. 79; 21.6, p. 329. A . M. WHITE, P . J . DEAN, B . D A Y , a n d F . MANSFIELD

*Polaron, Zeeman, and Diamagnetic Effects in the Recombination Spectra of Donor Bound Excitons in Cadmium Telluride (b) Vol. 74, No. 1, p. K 9 - K 1 3 (1976). See also 13.5.1, p. 151; 13.5.3, p. 159; 20.3, p. 281; 22.4.3, p. 385.

13.4 Impurity and Defect States

137

W . BARTH, K . ELSAESSER, a n d W . GÜTH

*The Optical Absorption of 60° Dislocations in Germanium (a) Vol. 34, No. 1, p. 153-163 (1976). See also 20.1, p. 264; 22.1.1, p. 346. M . MANZEL, W . E C K E , a n d H . BRUCHLOS

Negative Differential Resistance in Gold-Doped High-Resistivity Silicon (a) Vol. 34, No. 1, p. 219-226 (1976). See also 14.3.3, p. 190; 14.3.4, p. 196; 22.1.2, p. 352. P . M . KARAGEORGY-ALKALAEV, I . Z . KARIMOVA, P . I . K N I G J N , a n d A . Y U . L E I D E R M A N

Double-Injection Currents in Zn-Compensated Silicon p-i-n Structures (a) Vol. 34, No. 1, p. 3 9 1 - 3 9 5 (1976). See also 14.3.4, p. 196; 22.1.2, p. 352. S . G . ATARBEKOV, A . S . FILIPCHENKO, a n d M . A . RZAEV

*Deep Level in Fused Tunnel Diodes Made from InSb (a) Vol. 34, No. 1, p. K 7 - K 8 (1976). See also 14.3.3, p. 190; 22.2.3, p. 367. B . I . S Y S O E V , A . N . L I K H O L E T , a n d V . F . SYNOROV

*Study of the Effect of Electric Field Screening on Trap Level Filling by the Capacitor Thermostimulated Discharge Method (a) Vol. 34, No. 1, p. K 7 1 - K 7 5 (1976). See also 14.3.3, p. 191. B . KOZARZEWSKI, J . NOWAK, a n d J . ZIELINSKI

The Coherent Potential Approximation in the Theory of Paramagnetic Alloys (b) Vol. 74, No. 2, p. 4 3 7 - 4 4 2 (1976). See also 14.1, p. 165; 21, p. 292. P . KOIDL

*Jahn-Teller Effect in the 4Tj(I) and 4T2(1) States of Tetrahedrally Coordinated Mn2 + (b) Vol. 74, No. 2, p. 4 7 7 - 4 8 4 (1976). See also 20.1, p. 265; 20.3, p. 282; 22.2.2, p. 365; 22.4.1, p. 380; 22.4.2, p. 383.

B . D . BHATTACHARYYA

*A New Aspect of Jahn-Teller Effect in the Low-Spin Ferrihaemoglobin Azide (b) Vol. 74, No. 2, p. 6 9 5 - 7 0 0 (1976). See also 19, p. 250; 20.1, p. 266; 22.9, p. 435. J . K R E M P A S K Y a n d D . BARANCOK

The Use of Modified Relaxation Time in the Transport Theory of Non-Crystalline Semiconductors (b) Vol. 74, No. 2, p. 741-751 (1976). See also 2, p. 37; 14.3, p. 175; 15, p. 209; 22, p. 335. N . KABL a n d H . FEEDEELE

*Alj)sorption Spectrum of the Tetracene Mtinopositive Ion in the Anthracene Lattice (a) Vol. 34, No. 2, p. 4 9 7 - 5 0 3 (1976). See also 20.1, p. 266; 22.9, p. 435. R . M. HILL

*Variable-Range Hopping (a) Vol. 34, No. 2, p. 6 0 1 - 6 1 3 (1976). See also 14.3.1, p. 183; 22.1, p. 343; 22.1.1, p. 346; 22.2.1, p. 362. Y . V . G . S . M U E T I , G . S A M U E L , a n d S . SIVARAMAN

Studies on Tin Impurity Centres in KCl Crystals (a) Vol. 34, No. 2, p. 615-621 (1976). See also 10.2, p. 91; 19, p. 250; 20.1, p. 266; 22.5.2, p. 394.

Subject Index

138 S . NESPUREK a n d E . A . SILINSH

Space-Charge-Limited C u r r e n t T h e o r y for Molecular Crystals w i t h Gaussian D i s t r i b u t i o n of Local T r a p p i n g S t a t e s (a) Vol. 34, No. 2, p. 7 4 7 - 7 5 9 (1976). See also 14.3.4, p. 197; 22.9, p. 435. K . D . G L I N C H U K , A . V . PROKHOROVICH, a n d V . I . VOVNENKO

* T h e I n t e r n a l R a d i a t i v e Efficiency a n d t h e Mechanism of T e m p e r a t u r e Quenching of t h e 1.03, 1.20, a n d 1.30 eV Emission B a n d s in n-GaAs (a) Vol. 34, No. 2, p. 7 7 7 - 7 8 6 (1976). See also 20.3, p. 282; 22.2.1, p. 362. H . SCHAUMBURG a n d F . W I L L M A N N

Optical A b s o r p t i o n of Plastically D e f o r m e d G e r m a n i u m (a) Vol. 34, No. 2, p. K 1 7 3 - K 1 7 7 (1976). See also 10.2, p. 92; 20.1, p. 266; 22.1.1, p. 346. J . EMERY a n d J . C. F A Y E T

""Computation of between Ligand (b) Vol. 75, No. See also 22.8, p.

/

t h e Two-Centre Molecular I n t e g r a l s I n v o l v e d in t h e E x c h a n g e I n t e r a c t i o n a n d Metal Electrons for t h e [ V F 6 ] 4 _ Cluster in K M g F 3 1, p. 2 5 5 - 2 5 9 (1976). 414.

M . 0 . M . DE MATOS, H . S . B R A N D I , a n d B . MAFFEO

W a v e F u n c t i o n for t h e I n t e r s t i t i a l H y d r o g e n A t o m in S r F , (b) Vol. 75, No. 1, p. 2 7 1 - 2 7 8 (1976). See also 19, p. 250; 22.5.3, p. 399. S. LIGENZA

*A S t u d y of t h e 6 S 5 / 2 -Term Splitting of a n F e 3 + I o n in Zinc Ferrite by N e u t r o n Spectroscopy (b) Vol. 75, No. 1, p. 3 1 5 - 3 2 6 (1976). See also 5, p. 4 9 ; 18.3, p. 240; 22.8.2, p. 428. V . KUMAR a n d K . CHANDRA

*A S t u d y of t h e N a t u r e of t h e Crystalline Field of t h e Y b 3 + I o n in Csh a n d D2d Site Symmetries (b) Vol. 75, No. 1, p. K 1 - K 5 (1976). See also 22.8, p. 414; 22.8.1, p. 421. Y u . A . V O D A K O V , G . A . L A M O K I N A , E . N . M O K H O V , E . I . RADOVANOVA, V . I . SOKOLOV, M . 51. U s MANOVA, G . F . Y U L D A S H E V , a n d B . S . M A C H M U D O V

*Silicon Carbide D o p e d w i t h Gallium (a) Vol. 35, No. 1, p. 3 7 - 4 2 (1976). See also 3, p. 4 2 ; 14.3, p. 176; 20.1, p. 268; 20.3, p. 283; 22.3, p. 372. R . NINK a n d H . - J .

Kos

On t h e Role of Z Centers in t h e T r a p p i n g Mechanism of Thermoluminescent Fluoride (a) Vol. 35, No. 1, p. 1 2 1 - 1 2 9 (1976). See also 10.2, p. 92; 20.1, p. 268; 22.5.2, p. 394. A. V. FERRIS-PRABHU

Tunnelling Theories of Non-Volatile Semiconductor Memories (a) Vol. 35, No. 1, p. 2 4 3 - 2 5 0 (1976). See also 14.3.3, p. 191; 22.1.2, p. 353. A . N . G E O R G O B I A N I , Y U . V . OZEROV, E . E . S T R U M B A N , a n d V . V . A N I S I M O V

i n v e s t i g a t i o n of Deep Centres of Gallium-Doped Zinc Sulfide Crystals (a) Vol. 35, No. 1, p. 2 5 1 - 2 5 7 (1976). See also 16, p. 214; 20.1, p. 268; 20.3, p. 283; 22.4.1, p. 380.

Lithium

13.4 Impurity and Defect States

139

W . SIEGEL, A . HEIRICH, a n d E . ZIEGLER

Electron and Hole Mobility in ZnSiP2 (a) Vol. 35, No. 1, p. 2 6 9 - 2 7 9 (1976). See also 6, p. 56; 14.3, p. 176; 22.8, p. 415. W . P . BRAERMAN, K . W . BÖER, a n d G . A . DUSSEL

•Observation of Deep-Trap Modulation with "Near" Band-Edge Light in Copper-Doped CdS Crystals (a) Vol. 35, No. 1, p. 3 0 9 - 3 1 3 (1976). See also 20.1, p. 268; 22.4.1, p. 380. M. EGÉE

Spectral Distribution of the Green Emission Band of ZnS : Cu in Dependence on the Localization Diversity of the Radiative Recombination Processes (a) Vol. 35, No. 1, p. 3 6 1 - 3 7 0 (1976). See also 20.3, p. 283; 22.4.1, p. 380. H . MICHEL a n d M . WAGNER

*Non-Thermal Stimulation of Three-Level Impurities by Phonons (b) Vol. 75, No. 2, p. 5 0 7 - 5 1 7 (1976). See also 6, p. 57; 8, p. 68; 22.5.2, p. 395. F . F . SOKOLOV a n d V . V . H I Z H N Y A K O V

Fading Memory in the Theory of Electronic Excitation Transfer (b) Vol. 75, No. 2, p. 6 6 9 - 6 7 6 (1976). See also 20.1, p. 268; 22, p. 337. V . N . B R U D N Y I , D . L . BUDNITSKII, M . A . KRIVOV, a n d V . G . M E L E V

p-n-Type Conversion and Optical Properties of 2.0 MeV Electron-Irradiated ZnSnAs 2 (a) Vol. 35, No. 2, p. 4 2 5 - 4 3 0 (1976). See also 11, p. 102; 14.3, p. 177; 20.1, p. 269; 22.8, p. 415. S . MANTOVANI, U . D E L P E S K I N O , a n d E . MAZZEGA

•Capacitance Measurements as a New Tool to Investigate the Electronic States of Dislocations in Semiconductors (a) Vol. 35, No. 2, p. 4 5 1 - 4 5 7 (1976). See also 14.3, p. 177; 22.1.1, p. 347. M . P U G N E T , J . BARBOLLA, J . C. BRABANT, F . SAINT-YVES, a n d M . BROUSSEAU

•Energy Levels for Platinum and Palladium in Silicon Measured by the Dark Transient Capacitance Technique (a) Vol. 35, No. 2, p. 5 3 3 - 5 4 3 (1976). See also 14.3.3, p. 191; 22.1.2, p. 354. I . S . G O R B A N , G . A . G R I S H C H E N K O , A . P . SAKALAS, a n d 1 . 1 . T Y C H I N A

•Conducting and Semi-Insulating n- and p-Type ZnSiP2 Single Crystals (a) Vol. 35, No. 2, p. 5 7 1 - 5 7 4 (1976). See also 14.3, p. 177; 22.8, p. 415. A . P . L E V A N Y U K a n d V . V . OSIPOV

Optical Distortion in Crystals (a) Vol. 35, No. 2, p. 6 0 5 - 6 1 4 (1976). See also 14.4.1, p. 207; 20.1, p. 269; 22.8.1, p. 422. N . DTTPONT-PAVLOVSKY, F . C A R A L P , P . D E L H A E S e t J . A M I E L L

•Caractérisation chimique et étude des propriétés électroniques de l'oxyde de zinc non stoechiométrique. Nature et répartition des défauts (Chemical Characterization and Study of the Electronic Properties on Non-Stoichoimetric Zinc Oxide. Nature and Repartition of Defects) (a) Vol. 35, No. 2, p. 6 1 5 - 6 2 5 (1976). See also 10.2, p. 93; 14.3, p. 177; 18, p. 223; 22.4, p. 37B.

140

Subject I n d e x

M . K H . ASHUROV,

Y U . K . VORONKO,

V . V . OSIKO,

A . A . SOBOL,

B . P . STARIKOV,

M . I . TIMO-

SCHECHKIN, a n d A . Y A . YABLONSKII 3+

•Inequivalent Luminescence Centres of E r in Gallium Garnet Single Crystals (a) Vol. 85, No. 2, p. 6 4 5 - 6 4 9 (1976). See 56 13.4, p. 1 3 6 ; 19, p. 248; 2 2 . 8 , p. 4 1 4 13.3, p . 132; 1 4 . 3 . 3 , p . 1 9 1 ; 1 6 , p . 2 1 4 ; 2 2 . 9 436 p. 436 11, p . 100;

13, p . 1 1 4 ; 2 1 , p . 2 9 0 ; 2 2 . 5 . 2 , p . 3 9 3

14.3, p. ivy; 179; zz.i, 2 2 . 7 , p. 4 iiz 12 14.Ó, 1.3, p. 21; 2 1 , p. 2 9 1 ; 2 1 . 1 , p. 3 0 4 14.1, p. 167; 2 1 , p. 3 0 0 ; 2 1 . 1 , p. 3 114, 10.1, p. 86; 14.1, p. 168; 2 1 , p. 3 0 1 ; 2 1 . 1 , p. 8, p. 71; 15, p. 211; 22.2A, 22.2.4, p. 371 13, p. 114; 18, p. 222; 2 1 . 1 , p. 3 0 3 18.4, p. 243; 2 1 . 1 , p. 3 0 4 1 3 . 4 , p. 1 3 5 ; 20.3, p. 280; 2 2 . 3 , p. 3 7 2 8 , p. 6 8 ; 1 4 , p. 1 6 2 ; 18.4, p. 244; 2 2 . 8 , p. 1 3 . 5 . 1 , p . 1 4 9 ; 20.1,

15,

p.

210;

315

18.1, p. 226;

415

p . 261;

22.8, p. 413

13.1, p. 128; 2 2 , p. 3 4 0 19, p. 249 13.5.1, p. 154; 19, p. 253 1 3 . 5 . 1 , p . 1 5 3 ; 18,

p . 223;

20,

p.258;

22.1.1.

p. 3 4 7 ZU.Z, 20.2, pp. . 279; zrj; 20.3, ZU.à,pp. . 282; ZÖZ;2 2 . 8 . 2 , p . 4 2 8 on o «p . 279; oyo. 20.3, on q pp.. 288; 20.2, 400, 2 2 . 8~. 2~, pp. 4 3 1 2, p.. 41; „ , 1 8 , p. 2 2 4 ; 2 0 , p. 2 5 9 ; M 2 2 , -p. 03 4 2 ? 1 3 . 4:, , p. 1 4 0 ; 20.1, p p. 270; 20.3, v™- ™ "p ! 284; 2 2 . 8 . 1 . p. 4 2 2 p . 285; 285; 22.4.1, 2 2 . 4 . 1 , p. p. 381 13.5.1, 13.5.1, p. 154; 154; 20.3, 20.3, p. 1.2, p.17; 1.5, * " p. 31; 1 1 , p. 1 0 2 ; 2 1 , p. 2 9 5 ; 221 . 1 , p . 3 0 8 ; 2 1 . 1 . 1 , p . 3 1 9 ; 2 2 . 1 . 1 , p . 3 4 7

693 (1976)

311

18.2.1, p. 237; 21.1, p. 306; 21.1.1, p. 318

1A 9 p. 172; 179. 19, 1Qp. T. 256; 9Kfi-201 TI 3«NN 14.2, 1 , p. 00 6, p . 61;

12.2, p . 112; 22.5.4, p. 401

Author Index L . I . KHANDROS R. P.

KHARE

H . E . KTTODENKOV A. F.

KHOKHLOV

V. A.

KHOKHLOV

V . A . KHRAMTSOV S. M.

KHURSANDOVA

B . I. KIDYAROV J.

KIES

N.

KIESEWETTER

K.

KILIMANN

R . S. KIM R.

KIND

V. V.

KIND

(a) (a) (a) (a) (a)

33, 765 (1976) 34, 397 (1976) 33, K51 (1976) 34, K163 (1976) 35, 11 (1976)

(a) 36, 415 (1976) (b) 76, K109 (1976) (b) 78, K59 (1976) (a) 36, 403 (1976) (a) 37, K113 (1976) (a) 38, 569 (1976) (b) 77, 483 (1976) (b) 78, 241 (1976) (b) 73, 741 (1976) (a) 36, (b) 78,

285 (1976) 93 (1976)

H.

KIRIHATA

(b) 73, K31 (1976) (a) 34, K203 (1976) (b) 74, 255 (1976) (b) 75, 527 (1976) (a) 37, 223 (1976) (a) 35, K73 (1976)

R.

KIRMSE

(b) 77,

M. KING H.-H.

KIRCHNER

H. 0. K.

H. 0. K. P.

KIRCHNER

KIRSCHNER

KIRSTEN

A. V. KIRYUSHIN U.

KISCHKO

V. P.

KISEL

V. F.

KISELEV

S. KISHIDA KISHORE E . N . KISLOVSKII N. I.

KISLUKHA

A. E.

Kiv

S. Kiss

505 (1976)

(b) 74, 255 (b) 75, K19 (b) 78, K85 (a) 34, K135 (a) 36, 297 (a) 37, K17 (a) 35, K57 (a) (a) (b) (a) (a) (a)

(1976) (1976) (1976) (1976) (1976) (1976) (1976)

35, 769 (1976) 33, 275 (1976) 75, 735 (1976) 33, K107 (1976) 38, K 9 (1976) 36, 427 (1976)

(a) 34, (a) 37,

377 (1976) 321 (1976)

B . R . KL YAK

(a) 37,

363 (1976)

H . M.

(a) 36, 499 (1976) (b) 77, 483 (1976) (b) 73, 379 (1976) (a) 35, 235 (1976) (a) 33, K117 (1976) (a) 35, K67 (1976) (a) 34, K107 (1976) (a) 35, K 9 (1976)

A.

D.

KIVERIS

KIZILYALLI

KLÄHN

P.

KLEINERT

Z.

KLEM

V . G. KLEPARSKII J. 6.

KLIAVA

M. KLIMKIEWICZ

4 7 3

10.2, p. 89; 14.3, p. 174; 22.4.1, p. 379 10.2, p. 90; 14.3, p. 174; 22.4.1, p. 379 20.3, p. 280 ; 22.6, p. 402 18.2, p. 231 11, p. 100; 13.4, p. 134; 14.3, p. 173; 22.1.1, p. 345 ; 22.1.2, p. 351 12.2, p. 111; 18.4, p. 244; 22.8.2, p. 429 19, p. 253; 22.5.2, p. 396 20.1, p. 276; 22.8, p. 418 1.2, p. 18; 3, p. 43 1.4, p. 28; 10.2, p. 97; 22.1.2, p. 357 10.1, p. SS; 21, p. 301 6, p. 61 ; 13.5.1, p. 155; 22.1.1, p. 348 13.5, p. 148;13.5.1, p. 155; 22, p. 341 13.1, p. 121; 18, p. 222; 20.1, p. 262; 22.4.4, p. 387 1.2, p. 17; 22.9, p. 437 13.4, p. 144; 13.5.1, p. 155; 20.1, p. 275; 22.9, p. 438 13, p. 114; 18, p. 222; 20, p. 257; 22, p. 333 1.6, p. 34; 17, p. 218; 22.6, p. 404 10, p. 75 10. p. 76; 12, p. 106 10.1, p. 84; 12.1, p. 108; 21, p. 297; 21.1, p. 311 13.3, p. 132; 17, p. 219; 22.5.2, p. 394; 22.6, p. 405 4, p. 46; 6, p. 61; 18.1, p. 226; 19, p. 254; 22.9, p. 438 10, p. 75 20.3, p. 283; 22.8, p. 415 18.1, p. 227; 18.2, p. 236; 22.8.2, p. 431 18.2.1, p. 237; 22, p. 336 10.2, p. 93; 22.5.2, p. 395 13.3, p. 133; 19, p. 254; 22.6, p. 407 10.2, p. 92; 11, p . 1 0 1 ; 20.1, p . 2 6 8 ; 22.4.1, p. 380 10.1, p. 82; 21, p. 295 1.1, p. 10; 10.2, p. 87; 22.1.2, p. 351 13.5, p. 147 1.3, p. 21; 21, p. 291; 21.1, p. 304 10.1, p. 85; 12.1, p. 109; 21, p. 300 9, p. 73; 10.2, p. 94; 11, p.102; 14.3, p. 178; 22.1, p. 343; 22.2, p. 361; 22.3, p. 373; 22.4, p. 3 7 6 ' 14.3.4, p. 196; 20.3, p. 281; 22.4.1, p. 379 6, p. 61 ; 13.4, p. 142 ; 14.3.4, p. 199 ; 20.3, p. 286 ; 22.4.1, p. 381 13.4, p. 143; 14.3.4, p. 199; 20.3, p. 287; 22.4.2, p. 383 14.4, p. 203; 22.6, p. 406 6, p. 61 ; 13.5.1, p. 155; 22.1.1, p. 348 2, p. 35; 14.3.4, p. 195; 20.1, p. 260; 22, p. 333 18.2, p. 232 18.3, p. 239; 22.8.2, p. 427 19, p. 251 ; 22.6, p. 405 10.2, p. 91; 22.4.3, p. 385 10.2, p. 92; 22.1.2, p. 354

474 J . KLIMOWSKI C . KLTNGSHIRN

K . H . KLOHS G. KLUGE J . KLUGE TH. KLUPSCH G. G. KNAB B. KNAPPE

Author Index (a) 34, (b) 77, (b) 78,

697 (1976) 381 (1976) 599 (1976)

(b) 76, 267 (1976) (b) 77, K63 (1976) (b) 77, 243 (1976) (b) (a) (a) (a)

73, 11 36, 397 36, 617 38, K53

(1976) (1976) (1976) (1976)

K. KNEIPP

(a) 36,

I. KNIGIN

(a) 34, 391 (1976) (a) 37, K135 (1976) (a) 35, 627 (1976) (a) 34, 475 (1976) (b) 73, K19 (1976) (b) 73, K65 (1976) (b) 74, 485 (1976)

H . KNOCH K . KNORR J . KOBAYASHI N . KOBAYASHI S. KOBE E . E . KOCH K . S H . KOCHARLI L . A . KOCHARYAN K . D . KOCHEV H . KÖHLER

K5 (1976)

(a) 33, K67 (1976) (a) 34, K77 (1976) (b) 73, 681 (1976) (a) 33, K137 (1976) (b) 73, 95 (1976) (b) 74,

591 (1976)

(b) 75,

127 (1976)

(b) 75,

441 (1976)

(b) 76, K15 (1976) (b) 78, 637 (1976) H . - J . KÖHLER R . KÖHLER S. KOHN S . E . KOHN P . KOIDL A . I. KOIFMAN TH. KOKKINAKIS K . A . KOLESNICHENKO V . N . KOLESNIK J . KOLLER E . KOLLEY W . KOLLEY N . P . KOLMAKOVA B . T . KOLOMIETS V . V . KOLOMOETS A . KOLPAKOV V . S . KOMISSAROV L . F . KOMOLOVA

(a) 34, 541 (1976) (a) 37, K113 (1976) (b) 75, 303 (1976) (b) 78, 737 (1976) (b) 74, 477 (1976) (a) 38, 439 (1976) (b) 77, K49 (1976) (a) 38, K131 (1976) (b) 74, 471 (1976) (b) 77, K157 (1976) (b) 75, 721 (1976) (b) 75, 721 (1976) (b) 77, K143 (1976) (a) 37, 45 (1976) (a) 34, K139 (1976) (b) 73, 141 (1976) (b) 76, 105 (1976) (a) 35, K5 (1976)

1.2, p. 15; 14.4.1, p. 206; 22.9, p. 435 13.5.1, p. 155-, 20.3, p. 286; 22.5, p. 390 13.5.1, p. 156; 20.3, p. 288; 22.4, p. 378; 22.4.1, p. 382; 22.4.2, p. 384 13.51, p. 153; 20.3, p. 284; 22.4.1, p. 380 14.2, p. 171 13.5.1, p. 155; 18, p. 224; 20.1, p. 273; 22.2.2, p. 365; 22.2.4, p. 371 6, p. 52; 13, p. 113; 13.5.4, p. 100; 18.2, p. 228 10.2, p. 94; 22.5.2, p. 395 18.3, p. 241; 22.8.2, p. 430 18.2.1, p. 238; 20.1, p. 277; 21.1, p. 314; 21.4, p. 327 6, p. 58; 13.5, p. 147; 20.1, p. 271; 20.2, p. 279; 22.8.2, p. 422 13.4, p. 137; 14.3.4, p. 196; 22.1.2, p. 352 5, p. 50; 22.8.2, p. 431 1.2, p. 17; 4, p. 46; 22.9, p. 436 1.1, p. 11; 14.4.1, p. 206; 22.8.1, p. 421 2, p. 35; 19, p. 247; 20.1, p. 261; 22, p. 333 2, p. 35; 18.4, p. 242 13.1, p. 122; 13.5.1, p. 151; 20.1, p. 265; 23, p. 440 14.3.1, p. 183; 14.3.2, p. 187; 22.9, p. 433 14.3.1. p. 183; 22.9, p. 435 5, p. 48 14.4.1, p. 206; 20.1, p. 263; 22.8.1, p. 419 13.1, p. 120; 13.2, p.130; 14.3, p. 173; 22.7, p. 410 13.1, p. 123; 13.2, p.130; 14.3,• p. 175; 22.7, p. 410 13.1, p.123; 13.2, p.131; 14.3, p. 176; 22.7, p. 410 13.1, p.124; 13.2, p.131; 14.3, p. 177; 22.7, p. 411 6, p. 58; 20.1, p. 271; 22, p. 338 13.1, p. 129; 13.2, p. 131; 14.3, p. 181; 22.7, p. 412 14.2, p. 169; 21, p. 293 1.4, p. 28; 10.2, p. 97; 22.1.2, p. 357 13.1, p. 124; 20.1, p. 267; 22.7, p. 411 4, p. 47; 13.1, p. 129; 20.1, p. 278; 22.5, p. 390 13.4, p. 137; 20.1, p. 265; 20.3, p. 282; 22.2.2, p. 365; 22.4.1, p. 380; 22.4.2, p. 383 9, p. 74; 11, p. 105; 14.3.2, p. 189; 22.1.2, p. 358 13.5.2, p. 157; 20.1, p. 273; 21.1, p. 311 14.3.4, p. 201; 22.8.1, p. 425 13.2, p. 130; 21, p. 292 13.1, p. 128; 22, p. 340 2, p. 38; 6, p. 57; 13, p. 116; 21, p. 294 2, p. 38; 6, p. 57; 13, p. 116; 21, p. 294 7, p. 66; 18.4, p. 245 2, p. 40; 16, p. 216; 20.3, p. 286; 22, p. 339 14.3, p. 176; 22.1.1, p. 346; 22.1.2, p. 353 6, p. 52; 13.1, p. 120; 13.5.1, p. 149; 20.1, p. 260 13, p. 116; 14.3.4, p. 197; 22.2.3, p. 368 20.3, p. 283; 22.4.1, p. 380

Author Index

A . V . KONDRACHUK

(a) 34, K51 (1976) (b) 78, K131 (1976) (a) 33, 421 (1976) (b) 75, 79 (1976) (a) 34, 35 (1976)

J.

(a) 36, K77 (1976)

D. KONÂK M . KONCZYKOWSKI V . KONDAWAB

KOPETZKY

N . A. KONEVA E . KÖNIG

W.

KÖNIG

Y U . V . KONOBEEV P . KONSIN

V. Koos U . K H . KOPVILLEM S. I. KORNYUSHIN

(a) 37, (b) 77, (b) 78,

701 (1976) 657 (1976) 543 (1976)

(b) 78, K121 (1976) (a) 34, 195 (1976) (b) 76, 487 (1976) (a) 36, K47 (1976) (a) 37, 193 (1976) (b) 73, K41 (1976) (a) 34, K35 (1976)

B . KORSCH

(b) 76, 413 (b) 75, 299 (b) 78, K i l l (a) 33, 461

A . V . KORSHUNOV

(b) 78,

93 (1976)

H.-J. Kos

(a) 35,

121 (1976)

A . KOSAKOV

(b) 78,

681 (1976)

N . S. KOSENKO

(a) 35, (a) 36, (b) 78,

735 (1976) 617 (1976) 537 (1976)

A . N . KOROL L. S. KOROLYUK S. L . KOROLYUK

R . KOSICIK J . KOSSUT K . KOSUGE M . KOTANI G. KOTE L . S. KOTHARI M . M . KOTLYARSKII

E . A . KOTOMIN J . KOULMANN H.

KOUSEK

T . P . KOVALENKO N . M . KOVTUN J . P . KOWALL J.

KOWALSKI

B . KOZARZEWSKI M . G . KOZIN M . B . KOZINTSEVA

(1976) (1976) (1976) (1976)

(a) 35, 481 (1976) (b) 75, 621 (1976) (b) 74, K23 (1976) (b) 75, 381 (1976) (b) 78, 843 (1976) (b) 75, K123 (1976) (b) 76, 419 (1976) (a) 38, K103 (1976) (b) 73, 81 (1976) (b) 73, 483 (1976) (b) 78, 149 (1976) (a) 38, 199 (1976) (a) 33, K1 (1976) (a) 34, 445 (1976) (a) 36, 415 (1976) (a) 38, 321 (1976) (b) 77, K1 (1976) (b) 78, 477 (1976) (b) 74, 437 (1976) (b) 78, 103 (1976) (b) 74, 199 (1976)

475

1.2, p. 15; 22.5, p. 388 12.2, p. 110; 14.3, p. 174; 22.2.3, p. 367 13.4, p. 135; 14.3, p. 174; 22.4.3, p. 385 4, p. 45; 20, p. 258; 22, p. 336 11, p. 101; 13.3, p. 132; 14.3.3, p. 191; 22.1.2, p. 353 1.3, p. 23; 18.2, p. 233; 21.1, p. 310; 21.1.1, p. 320 1.3, p. 24; 10.1, p. 84; 21.1, p. 312 13.4, p. 143; 18.1, p. 227; 19, p. 254 13.4, p. 145; 18.1, p. 227; 19, p. 255; 20.1, p. 277; 22.5, p. 390 6, p. 64; 20.1, p. 278; 22.5.4, p. 401 10.1, p. 80; 11, p. 100; 21.1, p. 305 6, p. 58; 13.1, p. 125; 14.4.1, p. 207; 22, p. 338 1.5, p. 32; 12.2, p. Ill; 22.1.2, p. 355 I.5, p. 32; 12.2, p. Ill; 22, p. 339 6, p. 53; 19, p. 247; 22.8, p. 413 II, p. 101; 13.3, p. 132; 14.3.3, p. 191; 22.1.2, p. 353 13.1, p. 125; 14.4, p. 203; 22.2, p. 361 14.3, p. 176; 22.1.1, p. 346 14.3, p. 182; 22.1.1, p. 350 14.3.2, p. 187; 14.3.4, p. 196; 16, p. 213; 22.9, p. 433 13.4, p. 144; 13.5.1, p. 155; 20.1, p. 275; 22.9, p. 438 10.2, p. 92; 13.4, p. 138; 20.1. p. 268; 22.5.2, p. 394 13.1, p. 129; 17, p. 220; 20, p. 259; 22.1, p. 344; 22.1.1, p. 349; 22.1.2, p. 358 1.2, p. 17; 1.4, p. 27 18.3, p. 241; 22.8.2, p. 430 13.4, p. 145; 14.3, p. 181; 15, p. 211; 22.4.3, p. 386 18.4, p. 244; 22.6, p. 405 13.5.1, p. 153; 20.3, p. 284; 22.9, p. 436 18.4, p. 243; 21.1, p. 304 6, p. 56 6, p. 56 13.5.4, p. 160; 20.1, p. 269; 22.8, p. 415 13.5.4, p. 160; 20.1, p. 271; 22.5, p. 389 18.3, p. 241; 22.8.2, p. 431 10.2, p. 87; 13.4, p. 134; 22.6, p. 402 10.2, p. 89; 13.4, p. 135; 22.6, p. 402 2, p. 40; 19, p. 255; 22.1.1, p. 349 10.1, p. 85; 12.1, p. 109; 21.1, p. 313 10.2, p. 88; 22.5.2, p. 392 10.2, p. 90; 22.5.2, p. 394 12.2, p. I l l ; 18.4, p. 244; 22.8.2, p. 429 9, p. 74; 11, p. 104; 22.1.2, p. 358 5, p. 50; 22.1.2, p. 356 13.1, p. 129; 14.3, p. 181; 22.4.2, p. 384 13.4, p. 137; 14.1, p. 165; 21, p. 292 5, p. 50; 18.2, p. 235; 18.4, p. 245; 21.4, p. 327 13.1, p. 122; 13.5.4, p. 160; 18.3, p. 239; 22.8.2, p. 427

476 S . N. KOZLOV V . K . KOZLOV J . A. KOZUBOWSKI W . KRAAK

Author Index

TH. KRAJEWSKI

(a 37 K17 483 (b 78 (a 3 4 711 K75 (b 74 (b 77 K 1 0 9 (a 3 5 137 487 (b 7 3 241 (b 78 (a 8 6 253

1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976)

N . L. KRAMARENKO K . KRÂSENSKY

(a 3 3 (b 7 3

773 K1

1976) 1976)

S. KRASNICKI E . P . KRASNOPEROV

(b 78 (b 76

335 357

1976) 1976)

E. H. E. A.

KRATOCHVÎLOVÂ KRAUSE KRAUTZ F . KRAVCHENKO

(b (a (a (a (a

V . B . KRAVCHENKO K . KREHER U . KREISSIG

(b (a (a (a

D . KREMP J . KREMPASKY

(b 78 (b 74

E . KRETSCHMANN

(b 76 (a 3 4 (b 78

A . M. VAN DER KRAAN W . D . KRAEFT

77 84 36 38 35 77 36 34 38

4 5 1 1976) 6 3 9 1976) 7 0 5 1976) 237 1976) 7 5 5 1976) 4 6 5 1976) K 1 1976) K 6 3 1976) 139 1976) 2 4 1 1976) 741 1976)

15.3, p. 133; 19, p. 254; 2 2 . 6 , p. 4 0 7 13.4, p. 1 4 5 ; 20.3, p. 288; 2 2 . 5 . 4 , p. 4 0 1 1.4, p. 26; 10.1, p. 81; 2 1 . 1 . 1 , p. 3 1 8 13.2, p. 130; 14, p. 1 6 2 ; 19, p. 2 4 9 ; 2 2 . 7 , p. 4 1 0 13.2, p. 131 ; 14.1, p. 166 ; 19, p. 2 5 4 ; 2 1 . 7 , p. 3 3 2 5, p. 49; 18.2, p. 2 3 2 ; 2 1 . 1 . 1 , p. 3 1 8 ; 2 1 . 4 , p. 3 2 6 13.5, p. 147 13.5, p. 148; 13.5.1, p. 155; 2 2 , p. 3 4 1 1.5, p. 32; 2 1 . 1 , p. 3 0 9 ; 2 1 . 1 . 1 , p. 3 1 9 ; 2 2 . 1 . 1 , p. 3 4 8 2, p. 36; 20, p. 257; 2 2 . 9 , p. 4 3 4 13, p.114; 2 1 , p. 2 8 9 ; 2 1 . 1 , p. 3 0 2 ; 2 1 . 1 . 1 , p. 3 1 6 ; 2 1 . 6 , p. 3 2 9 13.5.4, p. 161; 18.2, p. 2 3 6 ; 2 1 . 1 , p. 3 1 3 13.1, p. 1 2 5 ; 14.2, p. 170; 18.1, p. 226; 2 2 . 8 , p. 4 1 6 14.2, p. 171; 21, p. 2 9 8 18.3, p. 240; 2 2 . 8 . 2 , p. 4 2 8 13.4, p. 141; 14.3.3, p. 192 ; 2 2 . 6 , p. 4 0 6 1.4, p. 29; 10.1, p. 8 5 ; 17.1, p. 221; 2 1 , p. 3 0 0 14.3.1, p. 184; 2 2 . 2 . 3 , p. 3 6 8 13.5.1, p. 155; 20.1, p. 274; 2 2 . 2 . 1 , p. 3 6 4 18.2, p. 233; 2 2 . 8 . 2 , p. 4 2 9 20.3, p. 281; 2 2 . 2 . 2 , p. 3 6 5 1.2, p. 19; 11, p. 104; 2 2 . 1 . 2 , p. 357 13.5, p. 148; 13.5.1, p. 155; 2 2 , p. 3 4 1 2, p. 37; 13.4, p. 1 3 7 ; 14.3, p. 175; 15, p. 2 0 9 ; 2 2 , p. 3 3 5 13.3, p. 133; 13.5, p. 147; 2 1 . 6 , p. 3 3 0 11, p. 1 0 1 ; 14.3, p. 175; 2 2 . 1 . 2 , p. 3 5 3 14.3, p. 181; 2 2 . 2 . 3 , p. 3 6 9

515

1976)

489 653

1976) 1976)

N . KRISTIANPOLLER

(b 75 K 1 3 3 K51 (b 7 3 (a 3 6 39 245 (b 74

1976) 1976) 1976) 1976)

M. A. KRIVOV

(a 3 5

425

1976)

H . KRIZEK J . KRIZEK

(b 77 (b 77 (b 76 (a 37 (b 74 (a 3 4 (b 75 (b 77 (a 3 8 (a 3 3

725 725

1976) 1976)

14.3, p. 177; 2 2 . 1 . 3 , p. 3 5 9 13.4, p. 1 3 4 ; 20.1, p. 261; 2 2 . 8 . 2 , p. 4 2 6 1.3, p. 23; 1.4, p. 27; 21, p. 2 9 6 10.2, p.89; 13.5.1, p. 1 5 1 ; 2 0 . 1 , p. 2 6 3 ; 2 0 . 3 , p. 2 8 1 ; 2 2 . 5 . 2 , p. 3 9 3 11, p. 1 0 2 ; 13.4, p. 1 3 9 ; 14.3, p. 177; 20.1, p. 269; 2 2 . 8 , p. 4 1 5 14.1, p. 1 6 6 ; 20.1, p. 274; 2 1 . 4 , p. 3 2 7 14.1, p. 1 6 6 ; 20.1, p. 274; 2 1 . 4 , p. 327

515 K85 261 623 647 581 261 555

1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976)

13.3, p. 133; 13.5, p. 147; 2 1 . 6 , p. 3 3 0 10.1, p. 84; 2 1 , p. 2 9 8 ; 2 1 . 1 , p. 3 1 1 10.1, p. 79; 14.2, p. 169; 2 1 , p. 2 9 1 10.1, p. 81; 18.2, p. 231 ; 2 0 , p. 2 5 8 ; 2 1 . 1 , p. 3 0 6 11, p. 102; 18.2, p. 232; 2 1 . 1 , p. 3 0 8 10.1, p. 84; 14.2, p. 171; 2 1 , p. 2 9 8 10.1, p. 85; 18.2, p. 2 3 6 ; 2 1 . 1 . 1 , p. 321 10.1, p. 79; 2 1 . 1 . 1 , p. 317

(b 76 (b 78

669

1976)

18.2, p. 233; 21.1, p. 3 1 0 ; 2 1 . 4 , p. 327

K . KRUG

K27

1976)

13.5.3, p. 159; 20.1, p. 276; 2 2 . 4 , p. 377

H . KpÜGER A. E . KRUMINS

(b 73 (a 3 3

615 K31

1976) 1976)

13.2, p. 130; 14.3, p. 1 7 4 ; 19, p. 2 4 8 ; 2 2 . 7 , p. 4 1 0 14.4.1, p : 206; 16, p. 213; 2 2 . 8 . 1 , p. 4 1 9

T . A. KRUZE

(a 3 6

81

1976)

1.5, p. 31; 2, p. 3 9 ; 11, p. 102; ,22.1.2, p. 3 5 5

M. A. KRYKIN

67 (b 76 (a 3 5 K 1 1 9 (a 37 K9

1976)

13.3, p. 1 3 2 ; 14.3.2, p. 188; 20.1, p. 270 17, p. 219; 21, p. 2 9 5 17, p. 220; 2 2 . 6 , p. 4 0 7

E . W . KREUTZ M. KRIECHBEUM V . G. KRIGEL R . KRISHNAN

E . KRÖGER R . KROGGEL H . KRONMÜLLER

F . KROUPA M. KROUPP

I . V. KRYLOVA

1976) 1976)

Author Index M. KRYSTEK

(a) 37,

S . KRZEMINSKI

(b) 74, K119 (a) 35, 173 (b) 76, Kl (b) 78, 149 (a) 35, 391 (a) 35, 471 (a) 36, 101 (a) 37, K127 (b) 78, 643 (a) 37, 287 (b) 73, K i l l (a) 38, K131 (a) 37, 321

J . KUBÂT R . KUBIAK L. KUBLEB A . KUBOVY

F . KUCHAR D .

KUCHARCZYK

V . I . KUCHNEV A . Y u . KUDZIN KUDZMAUSKAS R . KUEHTZLER R . KUHL A. KUHN W . KÜHN

303 (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976)

(a) 34, 291 (1976) (b) 77, K109 (1976) (a) 36, (b) 76,

181 (1976) 289 (1976)

C. KUNZ

(b) 77, 631 (b) 76, 633 (a) 33, K117 (b) 75, 677 (b) 76, 119 (b) 77, K133 (b) 75, Kl (b) 76, 337 (b) 77, 215 (a) 33, 615 (a) 37, 579 (b) 73, K19 (a) 36, 517 (b) 77, K113 (b) 73, 193 (b) 75, 533 (b) 74, 507

N . I . KUBDIANI

(a) 36,

J . KUEIATA

(b) 74, 683 (1976) (b) 78, K55 (1976) (b) 74, 177 (1976) (a) 33, 773 (1976) (b) 75, 559 (1976) (a) 33, 313 (1976) (a) 38, K45 (1976) (a) 33, K137 (1976) (b) 76, 55 (1976)

A . KÜHNEL G. KÏÏKA S . K . KUKHARSKAYA M. KULIÓ M . A . KUMAKHOV NARENDRA K U M A R V . KUMAR A . KUMARASWAMY K . KUMAZAKI M. KUMEDA K . D . KUNDRA V . KUNIGELIS A. B . KUNZ

J.

KUBITTU

I . V . KURNOSOV M . KUROHA R . KUSKA R . N . KUSMIN Y U . S . KUSMINOV E . F . KUSTOV R . KÜTTEBEB H . KUWABARA H . KUWAMOTO R . KUZEL S . A . KUZMANOVA

(1976) (1976) (1976) (1976) (1976) (1976) (1976) (1967) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976)

73 (1976)

(a) 38, 261 (1976) (a) 37, K157 (1976) (b) 73, 651 (1976) (a) 36, 747 (1976) (b) 74, K173 (1976)

477

13.4, p. 142; 17, p. 219; 20.3, p. 286; 22.8.1, p. 424 18.2, p. 230 10, p. 76 14.2, p. 170 2, p. 40; 19, p. 225; 22.1.1, p. 349 1.5, p. 31-, 3, p. 42; 14.3.1, p. 183; 22.1.3, p. 359 14.3.1, p. 184; 22.1.3, p. 359 14.3.1, p. 184; 22.1.3, p. 359 14.3.1, p. 185; 22.1.3, p. 360 14.3, p. 181; 22.2.3, p. 369 1.2, p. 18; 8, p. 70; 14.4.1, p. 208; 22.8, p. 417 8, p. 67; 23, p. 440 14.3.4, p. 201; 22.8.1, p. 425 6, p. 61; 13.4, p . 1 4 2 ; 14.3.4, p. 199; 20.3, p. 286; 22.4.1, p. 381 8, p. 68; 18, p. 222; 22.8, p. 414 13.2, p . 1 3 1 ; 14.1, p . 1 6 6 ; 19, p. 254; 21.7, p. 332 1.1, p. 12; 22.3.1, p. 375 12.2, p. 110; 13.1, p. 125; 20.1, p. 270; 22.1.1, p. 347 1.2, p. 19; 14.4.1, p. 208 13.2, p. 131; 14.1, p. 165; 21, p. 297 18.3, p. 239; 22.8.2, p. 427 10.1, p. 82; 14.2, p. 170; 21, p. 294 11, p. 102 20.1, p. 274; 22.5.2, p. 397 13.4, p. 138; 22.8, p. 414; 22.8.1, p. 421 18.2, p. 233 19, p. 253; 22.8.1, p. 423 4, p. 45; 7, p. 65; 12.2, p. 110; 22.4, p. 376 10.2, p. 96; 14.3, p. 180; 22.4.2, p. 383 2, p. 35; 19, p. 247; 20.1, p. 261; 22, p. 333 1.2, p. 18; 8, p. 70; 22.3, p. 373 7, p. 66; 14.3.2, p. 188; 22.4.1, p. 381 13.4, p. 134; 22.5.1, p. 391 13.1, p. 124; 20, p. 258; 22.3, p. 373 20.1, p. 265; 21, p. 292; 21.1, p. 305; 21.1.1, p. 317; 21.4, p. 326 13.3, p. 132; 14.3.2, p. 188; 20.3, p. 285; 22.2.1, p. 363 19, p. 250; 22.5.3, p. 399 19, p. 255; 22.5, p. 390 '6, p. 54; 22, p. 335 2, p. 36; 20, p. 257; 22.9, p. 434 2, p. 38; 13, p. 116; 21.1, p. 307; 21.7, p. 332 10.1, p. 78; 18.2, p. 229; 21.1.1, p. 316 5, p. 51; 22.1, p. 344 14.4.1, p. 206; 20.1, p. 263; 22.8.1, p. 419 13.4, p. 140; 20.1, p. 270; 20.3, p. 284; 22.8.1, p. 422 ~10.1, p. 85; 18.2, p. 236; 21.1.1, p. 321 13.4, p. 144; 20.3, p. 287; 22.3, p. 374 13.1, p. 121; 17, p. 218; 22.6, p. 403 14.3.3, p. 193; 14.3.4, p. 199; 22.4.3, p. 386 18, p. 223

Author Index

478 H.

KUZMANY

V.. G. KVACHADZE Z. V . KVINIKADZE KWOK LEUNG Y I P

R.

37, K177 35, K13 76, 727 35, K45 37, 709 33, 595 33, 723 36, 757 37, 591 38, 185 33, 375 73, 633 74, 409 74, K141 35, 499 36, 603

(1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976)

see under letter ' M " (b) 77, K l l (a) 34, 665 (b) 74, 711 (a) 36, K 5

(1976) (1976) (1976) (1976)

LALEVIC

X G H I Q. L A M A . P . LAMBROS L . G. M. M. LAJIMERS A . I. LANDAU J . VAN L A N D U Y T

T . G . LANGDON H.

LANGE

M . LANNOO

D . LAPRAZ

A. C.

MCLAREN

C. LARICA P. K.

LARSEN

B . M. LATTA A- LAU J.

LAUCKNER

J. W. J.

(a) 38, K49 (1976) (b) 75, 533 (1976)

(a) 35, K105 (1976) (a) 38, 315 (1976)

LACROIX

C. LAIRD B.

(a) 34, 347 (1976) (b) 77, K21 (1976)

LAUGHNER

LAUGSCH

(a) (a) (b) (a) (a) (a) (a) (a) (a) (a) (a) (b) (b) (b) (a) (a)

(a) 36, (a) 37, (b) 78,

K 9 (1976) 235 (1976) 211 (1976)

S. LEFRANT

(a) 33, 289 (1976) 65 (1976) (b) 73, (a) 36, K51 (1976) (b) 73, 317 (1976) (a) 33, 325 (1976) (b) 73, 495 (1976) (b) 76, 377 (1976) (b) 76, 661 (1976) (a) 33, 483 (1976) (a) 34, 383 (1976) (b) 76, 599 (1976) (a) 33, K35 (1976) (a) 35, 315 (1976) (a) 34, 125 (1976) (a) 35, K 1 (1976) (a) 38, 139 (1976) (b) 78, 779 (1976)

J . M. LEGER

(b) 76, K27 (1976)

F . F . LAVRENTEV V . N . LAZUKIN A. A.

LEBEDEV

A. F.

LEBEDEV

Y u . G.

LEBEDEV

E . M. LEDOVSKAYA A. E.

LEE

E. W.

LEE

P . M.

LEE

S. LEELAPRUTE F.

LEFAUCHEUX

A.

LEFEBRVE

M.

LEFELD-SOSNOWSKA

7, p. 65; 14.3, p. 174; 22.4.1, p. 379 6, p. 60; 8, p . 7 0 ; 11, p. 103; 20.1, p. 273; 22.5.2, p. 396 8, p. 71; 15, p. 211; 22.2.4, p. 371 13.1, p. 124; 20, p. 258; 22.3, p. 373

1.2, p. 17; 19, p. 252; 22.8, p. 416 10.2, p . 9 8 ; 20, p . 2 5 9 ; 22.2.1, p. 364; 22.2.2, p. 365 14.3.1, p. 185; 14.3.3, p. 193; 22.6, p. 407 9, p. 73; 11, p. 101; 21.1, p. 307 6, p. 59; 20.1, p. 272; 22.7, p. 411 18.2, p. 232; 21.1.1, p. 318 10.1, p. 84; 21.1, p. 312 1.4, p. 25; 10.2, p. 89; 22.6, p. 403 1.2, p. 14; 1.4, p. 26; 22.6, p. 403; 22.8.1, p. 419 1.1, p. 12; 1.2, p. 18; 22, p. 339 1.2, p. 19; 1.4, p. 28; 22, p. 340 1.2, p. 19; 1.4, p. 29; 22, p. 341 10.1, p. 78; 21, p. 290; 21.1, p. 303 13.1, p. 121; 20.1, p. 262; 22.2.4, p. 370 10.1, p. 79; 13.4, p. 136; 21.6, p. 329 13.3, p. 132; 21, p. 293 1.3, p. 22; 10.1, p. 82; 21, p. 295; 21.6, p. 330 13.4, p. 141; 20.1, p. 272; 20.3, p. 285; 22.8.1, p. 423 19, p. 254; 22.7, p. 412 10.2, p. 91; 20.1, p. 266; 22.8.2, p. 428 11, p. 101; 21, p. 292 6, p. 58; 13.5, p. 147; 20.1, p. 271; 20.2, p. 279; 22.8.1, p. 422 3, p. 43; 22.1.3, p. 359 1.4, p. 28; 10.2, p. 95; 12.2, p. 112; 22.6, p. 407 6, p. 62; 13.5.1, p. 155; 20.1, p . 2 7 5 ; 22.8.1, p. 424 10.1, p. 78; 21.1, p. 303 2, p. 35; 18, p. 222; 19, p. 247; 22.8, p. 413 16, p. 215; 22.8, p. 416 18.4, p. 242; 19, p. 247; 22.8.2, p. 426 5, p. 48; 18.2, p. 229; 21.1.1, p. 316 6, p. 54; 10.2, p. 89; 22.5.2, p. 393 13.1, p. 125; 13.4, p. 140; 22.5.2, p. 395 13.1, p. 126; 13.3, p. 133; 20, p. 258; 22.1, p. 344 18.2, p. 229; 21.1, p. 303; 21.4, p. 326 18.2, p. 230; 21.1, p. 305; 21.4, p. 326 13.1, p. 126; 14.2, p. 170 17, p. 218; 22.8.1, p. 419 10.2, p. 92; 20.3, p.-283; 22.8.1, p. 421 1.2, p . 1 5 ; 1.4, p. 26; 22.8.2, p. 427 1.4, p. 27; 10.2, p. 92; 22.1.2, p. 354 1.2, p. 19; 11, p. 104; 22.1.2, p. 357 6, p. 64; 10.2, p. 98; 13.4, p. 145; 20.1, p. 278; 22.5.2, p. 398 14.3, p. 178; 22, p. 338

Author Index G.LEHMANN

(a) 34,

467 (1976)

(a) 36,

471 (1976)

(a) (b) (b) (b)

A. Y u .

LEIDERMAN

A. M.

LEJUS

A. V.

LELYAKOW

M. LESIERCIER L. F.

LEMMEXS

D . LEMOINE M. LENGLET R.

LENK

G . LEONHARDT M. LEPEK T. P. B.

LEPETRE

LEPLEY

M. LEPPIHALJIE D.

LEPSKI

R.

LERJIER

V. E.

LESNIKOVSKAYA

E . LESSMANN D.

LESUEUR

W.

LESZCZYNSKI

KWOK LEUNG Y I P W.

LEUPERT

A. P . LEVANYUK R.

LEVY

P.

LEYRAL

L.

LI

S. S . L i Y.

LI

H . LIEBING R.

LIEBMANN

S . LIGENZA P . LIGOR A. N . LIKIIOLET Z. LILIENTAL E.

LILLEY

S. K . W. W.

LILOV LIN

see

37, K13 77, 607 77, K161 78, 79

(1976) (1976) (1976) (1976)

(b) 78,

159 (1976)

(a) 34, (b) 73, (b) 77,

391 (1976) 593 (1976) 59 (1976)

(a) (b) (a) (a) (b) (b)

37, 521 (1976) 74, 45 (1976) 34, 307 (1976) 35, K141 (1976) 77, 601 (1976) 78, 681 (1976)

(a) (a) (a) (a)

37, K101 (1976) 33, 715 (1976) 33, 517 (1976) 33, 125 (1976)

(a) 36, (a) 33, (a) 34, (b) 78, (a) 36, (a) 36, (a) 37, under letter (a) 38, (a) 35,

K17 531 85 689 247 729 669 "K" K57 605

(1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976)

(b) 77, (b) 73, (a) 33,

381 (1976) 187 (1976) 737 (1976)

(a) 34, (a) 38, (b) 75, (b) 77, (b) 75, (b) 78, (a) 37,

255 171 471 373 315 301 547

(a) (a) (a) (a) (a) (a)

(1976) (1976) (1976) (1976) (1976) (1976) (1976)

33, K161 (1976) 34, K71 (1976) 34, K5 (1976) 33, 229 (1976) 37, 143 (1976) 37, 617 (1976)

479

10.2, p . 9 1 ; 20.1, p. 266; 22.6, p. 404; 22.8, p. 414 10.2, p. 94; 16, p. 215; 20.1, p. 272; 20.3, p. 285; 22.8.1, p. 423 3, p. 43; 14.3, p. 179; 22, p. 339 13.4, p. 142; 21, p. 298 13.4, p. 143; 14.1, p. 167; 21.1, p. 312 13.4, p. 144; 14.3, p. 180; 14.3.1, p . 1 8 5 ; 22.9, p. 438 8, p. 71; 13.4, p. 144; 14.1, p. 167; 14.2, p. 172; 15, p. 211; 21, p. 299 13.4, p. 137; 14.3.4, p. 196; 22.1.2, p. 352 19, p. 248; 22.6, p. 402 6, p.60; 13.1, p. 127; 13.5.1, p. 154; 20.3, p. 285; 22.5.1, p. 391 10.2, p. 96; 20, p. 258; 22.4.2, p. 383 13, p. 115; 14.4, p. 202 14.3, p. 174; 22.2.1, p. 362 18.3, p. 240; 22.8.2, p. 429 2, p. 40; 11, p. 103 13.1, p. 129; 17, p. 220; 20, p. 259; 22.1, p. 344; 22.1.1, p. 349; 22.1.2, p. 358 14.3.1, p. 185; 22.4.1, p. 381 7, p. 65; 14.3.4, p. 196; 22.2.3, p. 367 14.3.2, p. 187; 16, p. 213; 22.4.1, p. 379 6, p. 53; 13.5.1, p. 149; 14.3.3, p. 190; 16,p. 213, 20.1, p. 261; 22.1.2, p. 351 10.1, p. 83; 21.1.1, p. 320 18.2, p. 229; 21.1, p. 304; 21.1.1, p. 317 2, p. 36 ; 14.3.1, p. 183 ; 14.3.3, p. 190 ; 22, p. 335 9, p. 74; 10.1, p. 86; 21.1, p. 314 2, p. 39; 9, p. 73; 21, p. 296 11, p. 103; 14.1, p. 165; 21.7, p. 332 19, p. 255; 21.1. p. 312 14.3.3, p. 194; 22, p. 341 . 13.4, p. 139; 14.4.1, p. 207; 20.1, p. 269; 22.8.1, p. 422 13.5.1, p. 155; 20.3, p. 286 ; 22.5, p. 390 13.1, p. 120; 20.1, p. 260; 22.2.1, p. 362 20.1, p. 263; 20.2, p. 279; 20.3, p. 281; 22.8, p. 413 13.1, p. 122; 20.1, p. 264; 22.2.4, p. 370 12.1, p. 109; 21, p. 299; 21.3, p. 324 ,. 13.5.1, p. 152; 20.3, p. 283; 22.4.3, p. 385 13, p. 118 5, p. 49; 13.4, p. 138; 18.3, p. 240; 22.8.2, p. 428 5, p. 50; 18.4, p. 245; 22.8.2, p. 431 10.2, p . 9 6 ; 11, p. 104; 20.1, p. 275; 22.5.2, p. 397 14.3.2, p. 187; 14.3.3, p. 190 13.4, p. 137; 14.3.3, p. 191 10.2, p. 90; 22.4.3, p. 385 10.2, p. 87; 22.5.2, p. 392 1.5, p. 32; 22.3, p. 374 10.2, p . 9 6 ; 13.4, p. 143; 20.1, p. 275; 22.5.2, p. 397

Author Index

480 R . LINDSEY R. LINK R.

LINSEBACH

(b) 75, 583 (1976) (a) 37, K13 (1976) (b) 73, 255 (1976)

H . G . LIPSON

(a) 37,

M . P . LISITSA

(b) 75, (a) 33, (a) 35, (a) 34,

N . M . LITOVCHESKO V . G . LITOVCHENKO

M . A . LITOVSKII D . B . LITVIN R . O . L I T VINO V V . I . LITVINOV E . LITWIN-STASZEWSKA J . LIVAGE E\ P . LIVI N . N . LOBANOV K . LOCHNEK H . LÖFFLER

K51 K87 K157 K35

(1976) (1976) (1976) (1976)

(b) 77, K71 (1976) (a) 36, K145 (1976) (b) 76, 343 (1976) (a) 34, K35 (1976) (b) (b) (b) (a) (a) (b) (a)

77, 71 (1976) 74, K89 (1976) 73, 593 (1976) 37, 133 (1976) 38, K45 (1976) 76, 533 (1976) 33, 345 (1976)

(a) 36,

A . LOIDL

547 (1976)

127 (1976)

(a) 37, K85 (1976) (b) 76, 581 (1976)

G . A . LOMAKINA

(a) 38, (b) 73, (a) 35,

131 (1976) 415 (1976) 37 (1976)

V . A . LOMONOV

(a) 33,

737 (1976)

G . LONCAR

(a) (a) (b) (b)

291 467 265 137

M . P . LOKSHIN V . M . LOKTEV

K. Loor P . LOOSE

A . LOPEZ-OTERO F . J . LÓPEZ J . LOPITAUX B . LORENZ K . LÖSCH W . LÖSER D . R . LOVETT R . N . LOVYAGIN J . E . LOWTHER A . P . LUBCHENKO V . S . LUBIMOV

K . LUBITZ P . LUCASSON

35, 37, 73, 75,

(1976) (1976) (1976) (1976)

(b) 76, 259 (1976) (b) 78, K81 (1976) (a) 35, K141 (1976) (b) 77, K177 (1976) (a) 33, 473 (1976) (b) (b) (a) (a) (b) (b) (b) (b) (b) (a) (a)

73, 179 (1976) 74, K43 (1976) 34, K191 (1976) 37, 341 (1976) 77, 359 (1976) 78, K97 (1976) 75, 91 (1976) 76, 505 (1976) 77, 441 (1976) 38, 261 (1976) 34, 513 (1976)

5, p. 49; 9, p. 73; 21.1.1, p. 319 3, p. 43; 14.3, p. 179; 22, p. 339 13.4, p. 134; 13.5.1, p. 149; 20.1, p. 260; 20.3, p. 280; 22.2.3, p. 367 10.2, p. 96; 11, p. 104; 20.1, p. 275; 22.5.2, p. 397 13.5.1, p. 152; 20.1, p. 267; 22, p. 336 13.4, p. 136; 16, p. 213; 22.1.2, p. 352 13.4, p. 140; 16, p. 214; 22.1.2, p. 354 11, p. 101; 13.3, p. 132; 14.3.3, p. 191; 22.1.2, p. 353 13.5.1, p. 155; 14.2, p. 171 9, p. 73 1.2, p. 17 11, p. 101; 13.3, p. 132; 14.3.3, p. 191; 22.1.2, p. 353 14, p. 162; 18, p. 224; 21, p. 297 14.3, p. 175; 15, p. 209; 22.4.2, p. 383 19, p. 248; 22.6, p. 402 5, p. 50; 18.2, p. 235; 21.1.1, p. 320 5, p. 51; 22.1, p. 344 16, p. 215; 22.9, p. 437 1.3, p. 21; 10.1, p. 78; 14.1, p. 164; 21, p. 290; 21.1, p. 303 I.3, p. 23; 10.1, p. 83; 14.1, p. 165; 21, p. 296; 21.1, p. 309 10.1, p. 84; 21, p. 298; 21.1, p. 311 6, p. 59; 7, p. 66; 8, p. 69; 12.2, p. Ill; 22.5.2, p. 395 I I , p. 104; 14.3.3, p. 194; 22.1.2, p. 357 13.5.1, p. 149; 20.1, p. 261; 23, p. 440 3, p. 42; 13.4, p. 138; 14.3, p. 176; 20.1, p. 268; 20.3, p. 283; 22.3, p. 372 20.1, p. 263; 20.2, p. 279; 20.3, p.281; 22.8 p. 413 1.5, p. 31; 3, p. 42; 22.6, p. 404 14.3, p. 180; 22.7, p. 412 13.4, p. 134; 13.5.1, p. 149; 22.4, p. 376 13.5.1, p. 152; 20.1, p. 267; 20.3, p. 282; 22.4, p. 376 13.1, p. 125; 18, p. 223; 20.1, p 270; 22, p. 337 10.2, p. 98; 19, p. 256; 22.5.2, p. 398 18.3, p. 240; 22.8.2, p. 429 14.3, p. 180; 22.6, p. 407 13.1, p. 122; 13.5.1, p. 150; 20.1, p. 262; 22.2.2, p. 365 2, p. 35; 13, p. 113; 14, p. 162; 18, p. 222 8, p. 67; 18.4, p. 243 1.6, p. 34; 22.3, p. 372 1.5, p. 32; 3, p. 43; 22.1.1, p. 348; 22.1.2, p. 356 2, p. 39; 6, p. 60; 13.4, p. 142; 21.4, p. 327 9, p. 74; 22, p. 342 13.5, p. 147; 22, p. 336 8, p. 69; 13, p. 117 13, p. 119 10.1, p. 85; 18.2, p. 236; 21.1.1, p. 321 10.1, p. 80; 21, p. 293

Author Index K. T. K. F.

LUDERS LUKASIEWICZ LUKASZEWICZ LUKES

T . LUKES A . I . LUKOMSKII Y. M. D. K. V. A.

LUSPIN J . LUTON L . LYFAR G. LYNN S . LYSENKO A. LYSYKH

S . K . S . MA

(b) 78, K107 (1976) (a) 37, K75 (1976) (a) 37, 287 (1976) (b) 77, 731 (1976) (b) (b) (a) (b) (a) (b) (b) (a) (a)

78, 563 (1976) 73, K135 (1976) 37, K173 (1976) 76, 551 (1976) 33, 173 (1976) 76, 183 (1976) 77, 277 (1976) 38, 131 (1976) 49 (1976) 35,

(b) (b)

(1976) (1976) (1976) (1976)

P . J . P . DE MAAYER R . M . MAO FARLANE

457 76, 219 78, (a) 3 4 , K 1 4 3 (a) 3 4 , K 1 3

B . S . MACHMUDOV

(a)

35,

37 (1976)

M . MACIASZEK

(a) (b) (b)

36, 74,

209 (1976) 235 (1976)

W . MACIEJEWSKI J . D . MACKENZIE W . S . MACKENZIE A . G . MADDOCK S . MADER W . MAENHOUTVAN DER VORST R . G . MAEV B . MAFFEO I . N . MAGDEN T . J . MAGEE A . MAGERL H . G . MAGUIRE C. MAI H . MAIER K . MAIER R . P . MAINARD E . MAJCHROWSKA E . F . MAKAROV

A . M^KOSA L . A . MAKOVETSKAYA S . K . MAKSIMOV A . V . MALAKHOVSKII 31

physica, Reg.-Bd. 9

76, K 1 9 (a) 3 4 , K 1 4 3 (a) 3 3 , 4 9 1 (b) 7 4 , 1 8 3 (a) 3 3 , 7 9 3

(1976) (1976) (1976) (1976) (1976)

(a) (a)

37, 38,

(b) (b) (a) (a) (a)

271 76, K 1 3 7 29 37, 38, 45 415 33,

(a) (b)

36,

(b)

78,

K 6 5 (1976)

(b) (a) (b) (a) (b) (b) (b) (a)

78, 35,

689 (1976) 4 5 9 (1976) K 9 1 (1976)

473 (1976) 77 (1976)

75,

(1976) (1976) (1976) (1976) (1976)

161 (1976) 715 (1976) 76, (a) 3 6 , K 1 1 3 ( 1 9 7 6 )

77, 33, 75, 76,

783 91 505 441

77, 37, K 5 7 (a) 3 6 , K 1 4 1 (a) 3 3 , 7 5 5 (b) 7 4 , K 1 4 5

(b)

75,

(1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976)

K 7 5 (1976)

481

14.2, p. 172; 19, p. 256; 21, p. 300 20.1, p. 273; 22.8, p. 417 1.2, p. 18; 8, p. 70; 14.4.1, p. 208; 22.8, p. 417 13.1, p. 127; 14.3.4, p. 199; 20.1, p. 274; 22.1.1, p. 348 2, p. 41; 13.4, p. 145; 14, p. 163 13.1, p. 121; 20.1, p. 262; 22.2.4, p. 370 13.1, p. 128; 20.1, p. 275; 22.2.4, p. 371 I.2, p. 18; 7, p. 65; 22.8.1, p. 423 10.1, p. 78; 21, p. 289; 21.1, p. 302; 21.3, p. 324 19, p. 252; 22.5.3, p. 400 13, p. 118; 14.3, p. 179; 22, p. 339 I I , p. 104; 14.3.3, p. 194; 22.1.2, p. 357 14.3.3, p. 191; 22.6, p. 404 6, p. 58; 8, p. 69 6, p. 62; 8, p. 71 10.2, p. 91; 15, p. 209; 22, p. 336 20.1, p. 265; 20.3, p. 281; 22.8, p. 414; 22.8.1, p. 420 3, p. 42; 13.4, p. 138; 14.3, p. 176; 20.1, p. 268; 20.3, p. 283; 22.3, p. 372 1.1, p. 12; 10.2, p. 93; 22.1.2, p. 355 18.2.1, p. 237 18.2.1, p. 237 10.2, p. 91; 15, p. 209; 22, p. 336 1, p. 9; 1.4, p. 25; 22.6.1, p. 409 5, p. 48; 22.5.2, p. 393; 22.5.3, p. 399 10.2, p. 89; 11, p. 100; 22.1.2, p. 352 10.2, p. 96; 14.4, p. 204; 22.5.1, p. 391 13.4, p. 144; 16, p. 217; 20.1, p. 276; 22.4.1, p. 382 13.4, p. 138; 19, p. 250; 22.5.3, p. 399 13.4, p. 141; 19, p. 253; 22.5.3, p. 400 10.2, p. 95; 14.3, p. 179; 22.1.2, p. 356 10.2, p. 97; 14.3, p. 180; 22.1.2, p. 357 10.2,' p. 88; 11, p . 1 0 0 ; 20.1, p. 261; 22.5.3, p. 399 12.1, p. 108; 21, p. 296; 21.1, p. 309 13.1, p. 126; 17, p. 219; 22.1, p. 344 10.2, p. 95; 22.1.2, p. 356 6, p. 63; 13.4, p. 144; 20.1, p. 276; 20.3, p. 287; 22.4.1, p. 382 9, p. 74; 10.1, p. 86; 21.1, p. 314 8, p. 68; 18.4, p. 244; 22.6, p. 405 13.1, p. 128; 22.4.4, p. 387 1.2, p. 15; 5, p. 48; 22.8.2, p. 427 13.5, p. 147; 22, p. 336 8, p. 69; 13, p. 117 13, p. 119 10.2, p. 95; 16, p. 216; 19, p. 254; 22.1.2, p. 356 3, p. 43; 22.2.4, p. 371 10.2, p. 89; 22.2.1, p. 362 18.2, p. 231; 20.1, p. 266; 22.8.1, p. 421 18.2, p. 232

482 L . K . MALHOTRA J . MALINOWSKI R . S H . MALKOVICH O. MALLEM H . MALTER G . MAMBRIANI

S. D . MAMCHICH SH. S . MAMEDOV T . N . MAMONTOVA L . A . MANAKOVA C. MANDE C . MAÏTFREDOTTI

Author Index a) a) a) a)

b) 74, b) 76, a) 34,

627 (1976) 559(1976) 95 (1976)

a) 34,

455 (1976)

a) b) a) b) b) b) a) a) a)

38, K5 (1976) 73, K69 (1976) 37, 45(1976) 75, 91 (1976) 76, 505 (1976) 75, 79 (1976) 33, 563 (1976) 36, 569 (1976) 38, 685(1976) 36, K93 (1976)

a) b) a) b)

38, K155 (1976) 73, 735 (1976) 33, K77 (1976) 74, K9 (1976)

a) a) a) a)

38, 37, 35, 38,

R . MANNS

C. MANOHAR C. MANOLIKAS F . MANSFIELD A . MANSINGH L . K . MANSUR S . MANTOVANI

M . MANZEL

V . G . MANZHELII L. A. MARASMA M . J . MARCINKOWSKI L . MÄRCTJLESCTR

S. I. MARENNIKOV J . MARIEN M . M . MARINKOVIC K . MARINOVA

S . V . MARISOVA I . A . MARKOVA-OSORGINA T . MARKYART

37, 313 (1976) 38, 161(1976) 36, KÏ45 (1976) 36, 227 (1976)

a) 34,

Kl 211 451 109

(1976) (1976) (1976) (1976)

219(1976)

a) 37, 479(1976) b) 73, K i l l (1976) 34, K195 (1976) a) 38, 753 (1976) a) 38, 223(1976) b) 75, 375 (1976) b) 77, 353 (1976) b) 77, 701 (1976) a) 38, K139 (1976) a) 38, 339 (1976) a) 38, 513 (1976) b) 76, K85 (1976) a) 33, 195(1976) b) b) b) b)

75, 471 (1976) 77, K35 (1976) 74, 453 (1976) 74, 753(1976)

b) 73, b) 74, b) 76,

689(1976) 135(1976) 853,(1976)

1.2, p. 18; 1.5, p. 32; 2, p. 40; 22.1.1, p. 348 10.2, p. 97; 14.4, p. 204; 22.5.1, p. 391 9, p. 73 13.3, p. 133; 14.3.3, p. 192; 16, p.215; 22, p. 338; 22.4.1, p. 381 13.1, p. 123; 20.1, p. 265; 22.9, p. 435 13.1, p. 126; 17, p. 219; 22.9, p. 437 10.2, p. 90; 22.1, p. 343; 22.1.1, p. 346; 22.1.2, p. 352 10.2, p. 91; 22.1, p. 343; 22.1.1, p. 346; 22.1.2, p. 353 10.1, p. 85; 21, p. 300; 21.1, p. 314 13.5.1, p. 149; 20.1, p. 261; 22.8, p. 413 2, p. 40; 16, p. 216; 20.3, p. 256; 22, p. 339 13.5, p. 147; 22, p. 336 8, p. 69; 13, p. 117 4, p. 45; 20, p. 258; 22, p. 336 1.1, p. 11; 3, p. 42; 22.3.1, p. 375 14.3.4, p. 198; 22.3, p. 373 13.4, p. 145; 14.3, p. 182; 16, p. 217; 22.3, p. 374 11, p. 102; 21, p. 296; 21.1, p. 310; 21.1.1, p. 320; 22.1.1, p. 348; 22.1.2, p. 355; 22.6, p. 405 11, p. 105 13, p. 114; 18, p. 222; 21.1, p. 303 1.4, p. 26; 22, p. 335 13.4, p. 136; 13.5.1, p. 151; 13.5.3, p. 159; 20.3, p. 281 ; 22.4.3, p. 385 2, p. 41; 14.3.3, p. 194; 22.8.1, p. 424 10, p. 76 13.4, p. 139; 14.3, p. 177; 22.1.1, p. 347 10.2, p. 97; 13.1, p. 128; 14.3.4, p. 200; 22.1.1, p. 349 13.4, p. 137; 14.3.3, p. 190; 14.3.4, p.196; 22.1.2, p. 352 13.4, p. 143; 14.3.4, p. 199; 22.1.2, p. 356 8, p. 67; 23, p. 440 20.3, p. 282; 22.2, p. 361 20.3, p. 288; 22.2, p. 361 1.4, p. 29; 10, p. 76 20.3, p. 283; 22.5.2, p. 394 10.2, p. 95; 20.1, p. 273; 22.5.2, p. 396 10.2, p. 95; 20.1, p. 274; 20.3, p. 287; 22.5.2, p. 397 14.4.1, p. 208; 16, p. 217; 22.8.1, p. 425 17, p. 220; 21, p. 300; 22.4, p. 377 17, p. 220; 22.4, p. 378 13.5.4, p. 161; 18.2, p. 234 13.5.1, p. 149; 16, p. 213; 22.4.2, p. 383; 22.4.4, p. 387 13.5.1, p. 152; 20.3, p. 283; 22.4.3, p. 385 13.5.1, p. 155; 20.3, p. 286; 22.4.3, p. 386 13.5.1, p. 151 ; 20.3, p. 282; 22.9, p. 435 10.2, p. 90; 13.5.1, p. 152; 20.3, p. 282 ; 22.5.2, p. 394 13.4, p. 135; 13.5.1, p. 150; 22.9, p. 433 13.4, p. 136; 13.5.1, p. 151; 22.9, p. 434 13.4, p. 136; 13.5.1, p. 151; 22.9, p. 434

Author Index Y . MARQTJETON R . MARQUEZ E . MABSCH A . H . MABSHAK R . MARTENS N . MÂRTENSSON C. MARTI J . J . MARTIN J . W . MABTIN S . MARTINUZZI

(b) (a) (b) (b)

78, 767 (1976) 33, K25 (1976) 78, K39 (1976) 78, 501 (1976)

(a) (b) (a) (a)

37, 75, 35, 37,

E . MABUYAMA M . MABYSKO

K . MASCHKB

(1976) (1976) (1976) (1976)

(b) 74, 761 (1976) (a) 34, K21 (1976) (a) 36,

C z . MARUCHA

97 197 315 547

(a) (b) (a) (a) (a) (b)

227 (1976)

37, K 5 (1976) 73, K19 (1976) 33, K133 (1976) 34, 639 (1976) 38, K163 (1976) 76, 629 (1976)

(b) 73, 401 (a) 36, 499 T . A . M C M A T H see under letter " M c " (b) 77, 215 R . MATHAI (b) 75, 163 J . P . MATHIEU (a) 36, 269 P . C. MATHUR (b) 75, 271 M . 0 . M . D E MATOS (a) 36, 791 T . MATSUDA (a) 36, K129 H . MATSUNAMI (b) 75, 483 N . MATSUNAMI S . I . MASHAEOV P . R . MASON

(1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976)

K . MATSUUBA

(a) 37, 579 (1976) (a) 38, 243 (1976) (a) 35, K57 (1976)

N . MATTEBN

(a) 38,

J . W . MATTHEWS

(a) 37, 499 (1976) (a) 38, 577 (1976) (b) 74, 69 (1976) (b) 74, 531 (1976) (a) 35, K137 (1976) (b) 77, 249 (1976) (b) 78, 553 (1976) (a) 35, 43 (1976)

E . MATSUSHIMA E . MATSUUBA

S . MATTHIES P . MATTHYS

A . MATULIONIS

93 (1976)

A. A. MAYER

(a) (a) (a) (a) (a)

J . W . MAYER

(a) 33,

59 (1976)

A . MAZEL

(a) 35,

197 (1976)

S . N . MATVEEV E . E . M A T Y AS M . MATYÂS F . MAUBY

32

physica, Reg.-Bd. 9

36, K 1 (1976) 36, K141 (1976) 36, K137 (1976) 34, 513 (1976) 33, 737 (1976)

483

6, p. 64; 20.1, p. 278; 22.6, p. 408 10.2, p. 88; 22.6, p. 402 13, p. 119; 18.2, p. 236; 18.4, p. 245 13.1, p. 129; 14.1, p . 1 6 7 ; 14.3, p . 1 8 1 ; 15, p. 211; 21, p. 300; 22, p. 341 6, p. 61; 20.1, p. 273 ; 22.8, p. 417 13.1, p. 123; 17, p. 219; 21, p. 293 10.2, p. 92; 20.3, p. 283; 22.8.1, p. 421 10.2, p . 9 6 ; 11, p . 1 0 4 ; 20.1, p. 275; 22.5.2, p. 3Ö7 6, p. 55; 10, p. 75; 12, p. 106 14.3.3, p. 190; 16, p. 214; 22.4.1, p. 379; 22.4.3, p. 385 13.3, p. 133; 14.3.3, p . 1 9 2 ; 16, p . 2 1 5 ; 22, p. 338; 22.4.1, p. 381 8, p. 70; 22.2.1, p. 364 2, p. 35; 19, p. 247; 20.1, p. 261; 22, p. 333 18.3, p. 239; 19, p. 248; 22.8.2, p. 427 18.3, p. 240; 22.8.2, p. 428 18.3, p. 241; 19, p. 256; 22.8.2, p. 432 13, p. 117; 14.4, p . 2 0 3 ; 22.5.2, p. 396; 22.6, p. 406 6, p. 53; 8, p. 67; 21, p. 290 14.4, p. 203; 22.6, p. 406 19, p. 253; 22.8.1, p. 423 5, p. 49; 22.9, p. 436 14.3.3, p. 192; 14.3.4, p. 198; 22.2.1, p. 363 13.4, p. 138; 19, p. 250; 22.5.3, p. 399 13.2, p. 131 ; 14.1, p. 166; 21, p. 297 ; 21.6, p. 331 20.3, p. 285 ; 22.3, p. 373 10.2, p. 93; 11, p . 1 0 1 ; 20.1, p . 2 6 8 ; 22.5.2, p. 395 10.2, p. 96 i 14.3, p. 180; 22.4.2, p. 383 13.4, p. 144; 19, p. 255; 22.1.2, p. 357 10.2, p. 92; 11, p . 1 0 1 ; 20.1, p. 268; 22.4.1, p. 380 1.2, p . 1 9 ; 3, p . 4 4 ; 14.3, p. 181; 15, p. 211; 18.1, p. 227; 22.6,1, p. 409 10.2, p. 96; 22.8.2, p. 430 10.2, p. 98; 22.8.2, p. 431 14, p. 162; 22, p. 335 14, p. 162; 22, p. 335 3, p. 42; 19, p. 252; 22.5.2, p. 395 19, p. 254; 22.5.2, p. 396 19, p. 256; 20.1, p. 277; 22.5.2, p. 398 13, p. 116; 14.3.4, p. 197; 22.2.1, p. 363; 22.4.3, p. 385 18.2, p. 233; 22.8.2, p. 429 3, p. 43; 22.2.4, p. 371 18.1, p. 226; 18.2, p. 234; 22.8, p. 417 10.1, p. 80; 21, p. 293 20.1, p. 263; 20.2, p. 279; 20.3, p. 281; 22.8, p. 413 13.5.1, p. 149; 14.3.4, p. 195; 20.3, p . 2 8 0 ; 22.1.2, p. 351 1.1, p. 11; 22.6, p. 404

Author Index

484

T . C. M C G I L L

(a) 35, K77 (1976) (b) 75, 381 (1976) (b) 78, 843 (1976) (b) 76, K 1 (1976) (a) 33, K155 (1976) (a) 35, 451 (1976) (a) 33, 59 (1976)

I . T . MCGOVERN

(b) 73,

A . C. M C L A R E N

(a) 33, 491 (1976) (a) 38, 731 (1976) (a) 37, 633 (1976) (a) 37, 633 (1976) (b) 73, K69 (1976) 45 (1976) (b) 76,

T . MAZETS R . MAZUMDAR J . MAZUR K . MAZUR E . MAZZEGA

T . A. MCMATH M . MEATJDRE R . MEATJDRE T . R . MECHTIEV M . V . MEDVEDEV

see under letter " A " (a) 38, 355 (b) 77, K133 C. MEHENDRU (a) 38, 355 (b) 73, 131 MEHREB (b) 75, 361 (b) 78, 689 (b) 73, K27 MEHROTRA P. MEIKLYAR (b) 75, 731 (b) 75, K i l l (b) 77, K77 (a) 37, 29 L . MEILER (b) 73, 105 MEINHOLD

AH MEE HOE

P . MEHENDRU P. H.

R. V.

B. H.

307 (1976)

(1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976)

K . P . MELETOV

(a) 33, (b) 78,

V . G. MELEV

(a) 35, ' 425 (1976)

A . MELANDER

see under letter " D (a) 36, 415 (1976) H . MENDE (b) 75, K61 (1976) A. MENESES (b) 78, K35 (1976) MENNIGER (a) 35, 639 (1976) (a) 36, 173 (1976) MENZINGER (b) 77, 309 (1976) MERCERON (a) 35, 681 (1976) MERISALO (b) 74, 177 (1976) MERKEL (a) 37, K205 (1976) MERKEL (b) 77, 591 (1976) MERKER (a) 33, K87 (1976) (a) 35, K l 57 (1976) MERLE (a) 35, 213 (1976) G. MERLI (a) 35, 165 (1976) MERLIN (a) 35, 213 (1976) MERTEN (b) 77, 221 (1976) MERTSCHING (b) 77, 717 (1976) MESHKATJSKAS (a) 37, K39 (1976) MESSERSCHMIDT (a) 34, 175 (1976) (a) 38, 103 (1976)

R . J . DIMELFI V . N . MELOV H. E. H. F. T. M. A. C. R. P. P. J. L. J. J. U.

255 (1976) K l (1976)

2, 6, 6,

p. p. p.

38;

p.

20.1,

268;

22.8, p. 415

56 56

p. 170 p. 202; 22.9, p. 434 13.4, p. 139; J.UO , 14.3, 1I.H, p. JJ. 177; III 22.1.1, p. 347 13.5.1, p. 149; 14.3.4, p. 195; 20.3, y.280; 22.1.2, p. 351 14.2,

14.4,

13.1,

p . 120;

17,

p.218;

20.1,

p. 260;

p. 377

p. 372 1, p. 9; 1.4, p. 25; 22.6.1, p. 409 20.1, p. 278; 22.3, p. 374 13.4,

p . 143;

14.3.4,

p . 199;

22.4,

13.4,

p . 143;

14.3.4,

p . 199;

22.4, p. 377

p. 204;

22.9, p.

22.3,

13.5.1, p. 149; 20.1, p. 261; 22.8, p. 413 p. 226; 18.2, p. 233; 18.4, p. 244; 21.1, p. 308 21.1.1. 13. 319 D. 308: 18.1,

14.3.1,

p . 185;

14.4,

20.1, p. 274; 22.5.2, p. 397

14.3.1, 9, p. 9, p. i>, p. g9, n p.

p . 185; 14.4, p . 204; 72; 10, p. 75 72; 76 / » ; 10, IU, p. p. 7Ö 7d. i ™ s 21.1, 74; in 10.1, p. 86;

22.9, p. 439

p. 314 1.6, p. 34; 6, p. 53; 8, p. 67 ; 21.1.1, 19, p. 251; 22.5.3, p. 399 19, p. 251; 22.5.3, p. 400 19, p. 251; 22.5.3, p. 400 10.2, p. 95; 14.3, p. 179; 22.1.2, p. 356 1 3 . 1 , p . 1 2 0 ; 13.5.1, p . 1 4 9 ; 20.1, p. p . i260; 22, p. 333 I.4, p. 25; 10.1, p. 78; 21, p. 290; 21.1, p. 303 6, p. 63; 13.4, p. 144; 20.1, p. 276; 20.3, p. 287; 22.9, p. 439 II,

p.

p. 102;

13.4,

p. 139;

22.8, p. 415

269;

14.3,

p.177;

20.1,

12.2, p. 111; 18.4, p. 244; 22.8.2, p. 429 p. 251; 21.1, p. 307 90 .? n 20.3, p. 9ki. 287; 22.3.1, " "7K 1.4, p. 27; U p. 177; 22.1.2, p. 354 1.4, p. 27; . 3,f , p . 4 3 ; 22.2.4, p. 370 18.2, p. 234; 21.1, p. 311 18.3, p. 240; 22.8.2, p. 429 6, p. 54; 22, p. 335 18.2, p. 235; 19, p. 255; 21.1.1, p. 321 13.1, p. 127; 13.2, p. 131; 21.2, p. 323 13.4, p. 136; 16, p. 213; 22.1.2, p. 352 13.4,, p. 140; 140, 16, p. 214; 22.1.2, p. 354 2.1, p. 108; 21, p. 294; 21.1, 21.1,1p. 307 10.1, p. 82; 12.1, 14.3.3, p. 191; 22.1.2, p. 353 10.1, p. 82; 12.1, p. 108; 21, p. 294; 21.1, p. 307 19,

6, p . 60;

14.4.1,

p.

207

13.1, ±a.M, JJ. p. J127; I I , -IO, 18, p. P . *224 ** 14.4, 10.1, 10.2,

p. 204; 22, p. 340 p. 79; 21, p. 292 p. 97; 22.6, p. 408

Author Index R . METSELAAR J . METZDORF A. MEYER-LAACK L. MEYER E . MGBENU R . MICHAEL A . E . MICHEL H . MICHEL M. E . MICHEL-BEYERLE D . J . MICKISH R . MICHAS G . MICOCCI A . VON M I D D E N D O R F V . P . MIGAL M . MIGITAKA D . F . MIGLEY I . D . MIKHAILOV M . D . MIKHAILOV E . Y A . MIKHLIN A . MILCHEV N . V . MILESHKINA A . MILLER K . M . MILLER

(a) 34 (b) 75

M . MILLEVILLE

A . A . MIRTSKHULAVA I . A . MIRTSKHULAVA A . M . MISHCHENKO V . V . MISHENKO S. K . MISEÁ F . P . MISSELL A . B . MITIN V . V . MITIN V . Y A . MITROFANOV A . M I T S U I S HI N . MIURA L . A . MIZANDARI E . MIZERA 32*

(1976 (1976 (1976 (1976 (1976

18.2, p. 235; 21.1, p. 311; 21.1.1, p. 321

(1976 (1976

14.4, p. 203 ; 16, p. 214; 22.6, p. 405 1.5, p. 33; 14.3.2, p. 188; 22.1.2, p. 358; 22.6, p. 408 3, p. 43; 22.2.4, p. 371 3, p. 43; 22.2.4, p. 371 16, p. 217; 20.1, p. 277; 22.1.1, p. 349 13.4, p. 142; 19, p. 254; 22.8, p. 417 19, p. 251; 22.5, p. 389 14.2, p.170; 21, p. 295 14.2, p. 171; 21, p. 298 14.3.1, p. 184; 22.1.1, p. 347 13.1, p. 125; 14.3, p. 178; 22.1.2, p. 355 13.4, p. 136; 18.2, p. 230; 22.1, p. 343 6, p. 53; 20.1, p. 260; 22.5, p. 388 13.1, p. 126; 20.1, p. 272; 22.4.3, p; 386 17, p. 219; 22.1.1, p. 347 10.2, p. 91; 22.4.3, p. 385 10.2, p. 92; 22.1.2, p. 354

145 K23 K79 217 K17 793 507 73

(1976 (1976 (1976 (1976 (1976 (1976 (1976 (1976

(b) (b) (b) (a) (b)

193 K35 851 569 637

(1976 (1976 (1976 (1976 (1976

(a) 37 K21 (1976 (a) 35 K115 (1976 (a) 38 K41 (1976 K5 (1976 (b) 78 (b) 73 K145 (1976 (a) 35 709 (1976 (a) 86 391 (1976 (a) 35 K81 (1976 (a) 38 K101 (1976 571 (1976 (b) 77 (a) 38 393 (1976 (b) 78 569 (1976 (b) 78 341 (1976

(a) 37 83 (b) 73 K127 B . MILLS (a) 33 707 J . MIMKES (b) 78 K137 C H A N M I N S H O N see under letter " C " R . MINAKATA (a) 37 K33 P H A M M I N H T A N see under letter u p » S. S. MINH (a) 35 431 L . V . MIRONOVA (a) 38 . 369 N . D . J . MILLER

10.2, p. 91; 20.1, p. 266; 22.8.2, p. 428 13.5.1, p. 153; 18, p. 223; 20, p.258; 22.1.1, p. 347 16, p. 214; 22.4, p. 376 13.1, p. 125 13.1, p. 125 1.5, p. 32; 14.3.1, p. 184; 22, p. 338 10.1, p. 83; 21.1.1, p. 320 10.2, p. 89; 11, p. 100; 22.1.2, p. 352 6, p. 57; 8, p. 68; 13.4, p. 139; 22.5.2, p. 395 14.3.4, p.199; 16, p. 216; 20.3, p. 286; 22.9, p. 437 13.4, p. 134; 22.5.1, p. 391 13, p. 114; 18.2, p. 228 18.4, p. 244 14.3.4, p. 198; 22.3, p. 373 13.1, p.129; 13.2, p. 131 ; 14.3, p. 181; 22.7, p. 412 16, p. 216; 22.4.2, p. 383 14.3.3, p. 192; 22.1.2, p. 354 14.3.3, p. 194; 22.1.2, p. 358 15, p. 209; 22.7, p. 410 18.4, p. 242 9, p. 73; 22.9, p. 436 9, p. 73; 22.9, p. 437 10.1, p. 82; 21.1.1, p. 318 10.1, p. 82; 21.1.1, p. 318 4, p. 46; 13, p. 119; 22.1.1, p. 348 14.3.4, p. 200; 22.1.1, p. 349; 22.6, p. 408 6, p. 63; 20.1, p. 277; 22.8, p. 418 10.1, p. 85; 12.1,p. 109; 21, p. 299;21.1,p. 313; 21.6, p. 331 18.3, p. 241; 22.8.2, p. 430 7, p. 65; 14.3.4, p. 195; 22.1.3, p. 359 9, p. 72; 10.1, p. 79; 21.1, p. 304 9, p. 74; 10.2, p. 98; 22.1.2, p. 358

665 (1976 567 (1976

(a) 34 (b) 76 (b)77 (a) 36 (a) 36 (a) 33 (b) 75 (a) 37 73 73 76 36 78

485

(a) 87 K71 (1976 (a) 37 K71 (1976 (a) 38 349 (1976 (a) 37 K37 (1976 607 (1976 (b) 75 (a) 35 K135 (1976 451 (1976 (b) 77 (a) 35 K.65 (1976 (b) 76 407 (1976 (b) 74 57 (1976 (b) 73 341 (1976 (b) 76 787 (1976 (a) 35 K131 (1976 (a) 34 K107 (1976 (a) 35 K9 (1976

Author Index

486

461 (1976)

J . MIZIA

(b)

A . R . MKRTCHYAN L . K . MLADOV M . MOCKER K . P . MOGILNIKOV F . A . MOHAMED W . MÖHLING E . N . MOKHOV

(b) 73, 681 1976) (b) 7 5 , K51 1976) (b) 77, 203 1976) (a) 3 8 , K57 1976) (a) 33, 375 1976) (a) 37, K113 1976) (a) 8 5 , 37 1976)

L . P . MOKHRACHEVA W . MOLDENHAUER

(b) 78, (a) 3 4 ,

H . - J . MÖLLER R . MOLTENI R . S . MOMTAZ D . A . MONCRIEFF G . MONDIO J . MONECKE R . MONNIER A . MONTANER J . MONTEMAYOR K . S . MOODIE I . MOORE B . L . MORDIKE

R . MORET R . MORINEATJ H . MORISHIMA J . W . MORON B . V . MOROZOV N . P . MOROZOV Y U . N . MOROZOV A . J . MORTON H . MORWINSKI K . MOSEBACH L . MOSELEY * P . MOSER S . A . MOSKALENKO Y . MOTOHASHI C. A . MOYER E . MROSAN

74,

(a) (a) (a) (a) (a)

35, 35, 37, 37, 38,

(a) (a)

38, 38,

(a) 3 3 , (a) 3 7 , (a) 3 8 , (a) 3 5 , (b) 7 4 , (b) 7 4 , (b) 7 7 , (b) 7 4 , (a) 3 8 , (a) 3 8 , (a) 3 8 , (b) 7 8 , (a) 3 4 , (a) 3 5 , (a) 3 6 , (a) 3 8 , (a) 3 8 , (a) 3 3 , (a) 3 3 , (b) 7 5 , (a) 3 5 , (a) 3 7 , (b) 7 3 , (a) 3 3 , (a) 3 5 , (a) 3 4 , (b) 7 5 , (b) 7 8 , (a) 3 6 , (b) 7 6 , (b) 7 6 , (a) 3 7 , (b) 7 4 , (b) 7 7 , (b) 7 7 ,

465 1976) 565 1976) K.49 K.109 541 K143 93

1976) 1976) 1976) 1976) 1976)

K17 1976) K23 1976) K59 399 401 371 317 K57 527 91 K l 59 67 293 K31 K59 303 K161 695 559 633 313 423 755 57 455 395 777 K147 K89 653 579 497 K51 263 K23 607 K161

1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976)

13, p.115; 1 8 . 1 ,

p. 225;

18.2,

p. 230;

21.1,

p. 305 5, p. 48 13.5.1, p. 152; 20.1, p. 267; 22, p. 336 14.3.4, p . 199; 16, p . 215; 2 2 , p . 3 3 9 14.3.3, p . 194; 2 2 , p . 3 4 1 10.1, p. 78; 21, p. 290; 21.1, p. 303

1.4, p. 28; 10.2, p. 97; 22.1.2, p. 357 3, p. 42; 13.4, p. 138; 14.3, p. 176; 20.1, p. 268; 20.3, p. 283; 22.3, p. 372 13.1, p. 129; 22.3, p. 374 1.2, p. 15; 14.3, p. 175; 15, p. 209; 18.4, p. 243; 22, p. 336 1.2, p. 16; 15, p. 210; 22.6, p. 404 14.3.4, p . 197; 2 2 , p . 3 3 7 14.3, p. 180; 15, p. 211; 18.1,

p. 227; 22.6, p. 407

14.3.3, p. 193; 14.3.4, p. 2 0 0 ; 22.6, p. 407

1.2, p. 19; 3, p. 44; 14.3, p. 181; 15, p. 211; 18.1, p. 227; 22.6.1, p. 409 1.2, p. 20; 15, p. 211; 22.6.1, p. 409

14.3, p.181; 15, p.211; 22.6, p . 4 0 8 ; 22.6.1,

p. 409 10.2, p. 88; 22.1.1, p. 345 20.3, p. 287; 22.8, p. 417 3, p. 44; 14.4.1, p. 208; 22.8.1, p. 424 1.4, p. 27 ; 10.2, p. 92; 22.5.2, p. 394 13.4, p. 136; 20.1, p. 264; 22.5.2, p. 393 13, p. 115; 18.4, p. 243 13.1, p. 127; 22.8, p. 417 6, p. 54; 13.4, p. 136; 20.1, p. 263; 22.5.2, p. 393 20.1, p. 278; 22.9, p. 439 10.2, p. 97; 22.5.2, p. 397 8, p. 71; 10.2, p. 98; 22.5.2, p. 398 13, p. 114; 18, p. 222; 20, p. 257; 22, p. 333 10.1, p. 80; 21, p. 292 10.1, p. 82; 12.1, p. 108; 21, p. 294 12.1, p. 108; 21.6, p. 331 1.2, p. 20; 1.3, p. 24; 22, p. 342 10.2, p. 98; 18.3, p. 241; 22.8.2, p. 431 11, p. 100; 19, p. 248; 22.1.2, p. 352 10.1, p. 78; 18.2, p. 229; 21.1.1, p. 316 13.1, p. 124; 14.3, p. 177; 22.1.2, p. 354 14.3.1, p. 184; 22.2.3, p. 368

11, p. 103; 22.1.2, p. 356 18.2, p. 229; 22.8.2, p. 426 1.3, p. 21; 1.4, p. 25; 21.1, p. 303 1.3, p. 23; 1.4, p. 27; 21.1, p. 308 1.1, p. 11 ; 22.2.4, p. 370 13.1, p. 124; 17, p. 219; 20, p. 258; 22, p. 337 2, p. 41; 13.4, p. 145; 14, p. 163 10.1, p. 83; 18.2, p. 234; 21.1.1, p. 320 13.5.1, p. 154; 20.3, p. 285; 22.4.1, p. 381 13.5.1, p . 153; 2 2 , p . 3 3 8

10.2, p. 95; 12.2, p. 112; 22.8.1, p. 423 p. 243; 21.1, p. 304 p. 142; 21, p. 298 p. 143; 14.1, p. 167; 21.1, p. 312

18.4, 13.4, 13.4,

Author Index (b) 78, B . MRYGOÄ J . MTJCHA H . MUGHBABI D . MUKHERJI D . MULLEN D . MÜLLER G. MÜLLER H . MÜLLER H . - R . MÜLLER

159 (1976)

(b) 77, K57 (1976) (a) 37, K5 (1976) (a) 38, 261 (1976) (b) 75, K35 (1976) (a) 35, 627 (1976) (b) 78, 191 (1976) (b) 76, 525 (1976) (b) 78, 177 (1976) (a) 36, 617 (1976) (a) 38, K53 (1976)

R . H . MÜLLER

(a) 34, K l 9 9 (1976) (a) 37, K201 (1976) (a) 33, 543 (1976) (b) 75, 567 (1976)

W . MÜLLER

(b) 75,

U . MÜLLER-JAHREIS

(a) 33, K l 2 9 (1976) (a) 35, K165 (1976)

K . - H . MÜLLER P . MÜLLER

W . MÜLLER-LIERHEIM

543 (1976)

M. MÜLLNER

(b) 76, 301 (1976) (a) 34, K31 (1976) (a) 38, 199 (1976) (b) 76, 581 (1976)

G. M . DE'MUNARI

(a) 34,

95 (1976)

(a) 34,

455 (1976)

H . MÜLLNER

E . MÜNSTER N . V . MURASHKO A . M . MURASIK K . MURATA R . B . MURRAY R . MURRI S. V . MURTHY V . R . K . MURTHY

(a) 35, 521 (1976) (a) 33, 783 (1976) (b) 75, K79 (1976) (a) 36, 197 (1976) (a) 36, 527 (1976) (b) 73, 307 (1976) (a) 38, 685 (1976) (b) 75, K U (b) 75, K169 (a) 36, K133 (a) 38, 647

Y . V . G. S. MURTI

(a) 34,

J . P . MUSCAT

(b) 74, K141 (a) 35, 499 (a) 36, 189 (a) 37, 29 (a) 34, 437 (b) 74, 453 (b) 76, 357

H . E . MÜSER P . V . MUSIENKO V . V . MYAKHAR E . N . MYASNIKOV T . MYDLARZ

(b) 77,

(1976) (1976) (1976) (1976)

615 (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976)

451 (1976)

487

8, p. 71; 13.4, p. 144; 14.1, p. 167; 14.2, p. 172; 15, p. 211; 21, p. 299 18.2, p. 234 8, p. 70; 22.2.1, p. 364 10.1, p. 85; 18.2, p. 236; 21.1.1, p. 321 13.1, p. 124; 22.2.1, p. 363 I.2, p. 17; 4, p. 46; 22.9, p. 436 14.4.1, p. 208; 19, p. 255; 22.9, p. 438 13.4, p.141; 14.3, p. 178; 20.1, p. 271; 22.4, p. 377 9, p. 74; 10.1, p. 85; 21.1, p. 313; 21.1.1, p. 321 18.3, p. 241; 22.8.2, p. 430 18.2.1, p. 238; 20.1, p. 277; 21.1, p. 314; 21.4, p. 327 14.3.4, p. 197; 22.6, p. 404 8, p. 71 ; 14.3.3, p. 194; 14.3.4, p. 200; 22, p. 340 14.3.1, p. 183; 22, p. 334 13.5.1, p. 153; 18, p.223; 20, p.258; 22.1.1, p. 347 13.1, p. 124; 14.3.4, p. 197; 20.1, p. 268; 20.3, p. 283; 22.2.3, p. 368 II, p. 100; 21.6, p. 329 1.2, p. 17; 14.4.1, p. 207; 20.1, p. 270; 22.8.1, p. 422 1.2, p. 17; 6, p. 58; 20.3, p. 284; 23, p. 440 10.1, p. 80; 12.1, p. 107; 21.1, p. 305 10.1, p. 85; 12.1, p. 109; 21.1, p. 313 6, p. 59; 7, p. 66; 8, p. 69; 12.2, p. 111; 22.5.2, p. 395 10.2, p. 90; 22.1, p. 343; 22.1.1, p. 346; 22.1.2, p. 352 10.2, p. 91; 22.1, p. 343; 22.1.1, p. 346; 22.1.2, p. 353 18.2.1, p. 237; 21.1, p. 308 1.2, p. 15; 5, p. 48; 22.8.2, p. 427 18.4, p. 243; 22, p. 336 11, p. 102; 21, p. 296; 21.1, p. 309; 21.6, p. 330 11, p. 103; 21.1, p. 310 13.1, p. 120; 17, p. 218; 20.1, p. 260; 22.3, p. 372 13.4, p. 145; 14.3, p. 182; 16, p.217; 22.3, p. 374 19, p. 251; 22.8.1, p. 421 19, p. 251; 22.8.1, p. 421 14.4, p. 203; 18.3, p. 241; 22.8.2, p. 430 14.3, p.182; 15, p. 212; 18.3, p. 241; 22.8.2, p. 431 10.2, p. 91 ; 13.4, p. 137 ; 19, p. 250; 20.1, p. 266; 22.5.2, p. 394 13.3, p. 132; 21, p. 293 1.3, p. 22; 10.1, p. 82; 21, p. 295; 21.6, p. 330 12.2, p. III; 14.4.1, p. 207; 22.8, p. 416 10.2, p. 95; 14.3, p. 179; 22.1.2, p. 356 18.2.1, p. 237; 21.1, p. 306; 21.1.1, p. 317 13.5.1, p. 151; 20.3, p. 282; 22.9, -p. 435 13.1, p. 125; 14.2, p.170; 18.1, p.226; 22.8, p. 416 14.2, p. 171; 21, p. 298

488

Author Index

G.MYERS

(b) 77,

K 8 1 (1976)

S H . I . NABIEV Y U . V . NABOIKIN K . NACHTRIEB S . NADIV B . R . NAG

(a (a (a (a (b (b (a (a (b

53 773 449 177 K15 K35 379 139 629

1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976)

74 297 427 73 705 34 36 139 K73 38 77 K 1 4 7 K33 37 K89 37 347 75 341 73 633 33 K57 76 519 78 K35 33 73 K69 34 K115 33 K125

1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976)

439 741

1976) 1976)

(a (a (a (a (a (a (a (b (b (b (a (a (b (a (a (b

427 33 K53 35 333 33 34 405 33 K151 37 491 38 K73 105 75 74 635 631 77 37 K 1 3 9 131 38 609 78 659 36 769 38 78 K19

1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976)

(a (a (a (a (a

349 38 K81 35 38 K101 34 547 K5 33

1976) 1976) 1976) 1976) 1976)

T . NAGARAJAN D . NAGCHOUDHURI S . NAGEL

(b (b (a (a (a (b (a (a Y . 0 . NAKAMURA (b S . NAKASHIMA (b H . NAKATA (a (b T . NAKAYAMA (b T . NAKAZAWA (a R . K H . NANI (b (a H . NANTO (a K . NARAHARI RAO see under A . N . NARKULOV (a S . NARITA (b

W . NÄGELE L . NAGLI A . T . NAGY R . K . NAHAR P . K . NAIR T . NAKAJIMA Y . NAKAMURA

M . N ATARA JAN A . N . NATEPROV P . NATH RABINDER NATH

I . NATKANIEC T . NATTERMANN A . NAURIZBAEV A . N . NAZAROV H . NEDDERMEYER D . D . NEDEOGLO N . L . NEDZELYAK I . NEIZVESTNY I . G . NEIZVESTNY 1 V . V . NELAEV E . NEMBACH E . NES

36 88 37 38 73 75 35 36 76

etter " R " 38 73

13.1, p. 128; 2 2 . 1 . 1 , p . 3 4 9 ; 2 2 . 1 . 2 , p. 3 5 6 ; 2 2 . 2 , p. 3 6 1 ; 2 2 . 4 , p. 3 7 7

14.3.1, p. 184; 16, p. 215; 22.2.1, p. 363 2, p. 36; 20, p. 257; 22.9, p. 434 9, p. 74; 21.1, p. 312 2, p. 40; 11, p. 104; 22, p. 341 6, p. 53; 14.3, p. 173; 22.2.3, p. 367 13.1, p. 124; 22.2.1, p. 363 1.2, p. 16; 4, p. 45; 22.5, p. 389 13.3, p. 132; 14.3.3, p. 192; 22, p. 338 13, p. 117; 14.4, p. 203; 22.5.2, p. 396; 22.6, p. 406 8, p. 67 ; 18.4, p. 242; 20.1, p. 264; 22.8.1, p. 420 10.2, p. 88; 20.3, p. 280; 22.5.2, p. 393 1.1, p. 11; 10.2, p. 91; 22.1.2, p. 353 13.3, p. 132; 14.3.3, p. 192; 22, p. 338 14.4, p. 204; 16, p. 217; 22.4, p. 377 • 14.2, p. 171; 21, p. 298 18.2, p. 235; 21.1, p. 311; 21.1.1, p. 321 5, p. 50; 18.2, p. 235; 21.1, p. 311 ; 21.1.1, p. 321 13.3, p. 132; 13.5.2, p. 157; 14.3.2, p. 188 6, p. 53; 20.1, p. 260; 22.5, p. 388 11, p. 100; 19, p. 248; 22.1.2, p. 352 11, p. 102 13.5.1, p. 156; 20.3, p. 288; 22.9, p. 439 17, p. 218; 22.8.1, p. 419 13.5.1, p. 149; 20.1, p. 261; 22.8, p. 413 6, p. 56; 20.1, p. 266; 22.8, p. 414 10.2, p. 89; 20.3, p. 281; 22.6, p. 403 9, p. 74; 11, p. 105; 14.3.2, p. 189; 22.1.2, p. 358 13.1, p. 121; 18, p. 222; 20.1, p. 262; 22.4.4, p. 387 1.2, p. 14; 8, p. 67; 14.4, p. 202; 22.5.4, p. 401 13.1, p. 124; 14.3, p. 177; 22.3, p. 372 2, p. 36; 14.3.1, p. 183; 15, p. 209; 22.1.1, p. 345 2, p. 36; 20.1, p. 26-5; 22.1.1, p. 346 16, p. 213; 22.5, p. 388 16, p. 216; 22.4, p. 377 14.4, p. 204; 16, p. 217; 22.4, p. 377 6, p. 56; 20.1, p. 267; 22.9, p. 435 14.2, p. 169 I.2, p. 19; 14.4.1, p. 208 13.4, p. 143; 20.1, p. 275; 22.2.3, p. 369 I I , p. 104; 14.3.3, p. 194; 22.1.2, p. 357 13.1, p. 129; 20, p. 259; 21.1, p. 314; 21.3, p. 324 14.3.1, p. 185; 22.2.2, p. 365 10.1, p. 86; 14.2, p. 172; 21, p. 301 13.1, p. 128; 14.3.4, p. 200; 20.1, p. 276; 22.1.1, p. 349 16, p. 217; 20.1, p. 277; 22.1.1, p. 349 10.1, p. 82; 21.1.1, p. 318 10.1, p. 82; 21.1.1, p. 318 18.2, p. 231; 21, p. 293 10.2, p. 88; 22.1.2, p. 351

489

Author Index (a) 34, (a) 37, (a) 34, (b) 75, H . - G . NEUMANN (a) 36, (a) 37, R . A . NEVILLE (b) 73, R . E . NEWNHAM (a) 37, NGHI Q.. LAM see under letter " L " S . NESPUREK H . NEUHAUSER H . NEUMANN

747 K93 K39 493 K47 193 597 235

(1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976)

13.4, p. 138; 14.3.4, p. 197-, 22.9, p. 435 10.1, p. 84; 11, p. 103; 21.1, p. 312 20.1, p. 263; 22.2.4, p. 370 13.1, p. 124; 22.2.4, p. 370 1.5, p. 32; 12.2, p. Ill; 22.1.2, p. 355 Yi 39.19 9 n 111. 99 r>. 339 , p.

407

NGO DUONG SINH see u n d e r letter " S " NGUYEN VAN DONG see u n d e r letter " D ' ; D . K . NICHUGOVSKII I . NICOABÄ A . NICULA J . NIEBER H . P . NIEDERMANN R . NIEDERMAYER J . NIEWODNICZANSKAZAWADZKA G. Y. G. J. R. G. R.

D . NIGAM NIGARA NIHOUL-BOUTANG NIKLAS NILSSON NIMTZ NINK

(a) 33, (b) 77, (b)"74, (a) 33, (a) 37, (b) 78, (a) 3 4 , (b)

74,

(a) (a) (a) (b) (b) (a) (a)

33, 38, 34, 73, 75, 38, 35,

755 K17 335 587 529 615 K135

(1976) (1976) (1976) (1976) (1976) (1976) (1976)

K 9 3 (1976) K101 K135 331 K127 197 K171 121

(1976) (1976) (1976) (1976) (1976) (1976) (1976)

T . NIRK

(a) 3 3 ,

7 5 (1976)

S . V . NISTOR D . Nix O . R . NIYAZOVA

(b) 78, (b) 75, (a) 36,

K 3 1 (1976) 5 7 3 (1976) 4 2 7 (1976)

C. E. P. B.

NOGUET NORMANTAS NOVAK V . NOVIKOV

(a) 33, (b) 77, (b) 73, (b) 74,

P. B. J. H. T. R.

NOVOTNY NOWAK NOWAK NOWOTNY N . NURAKHMETOV NYHOLM

(a) 33, K15 (1976) (a) 37, 669 (1976) (b) 74, 437 (1976) (b) 77, 623 (1976) (b) 78, 529 (1976) (b) 75, 197 (1976)

G. Y. M. Y. N. A. G.

M . OBERMAIR OBI OBIDITSCH OCHIAI ODA ODAJIMA OELGART

(b) (a) (b) (a) (a) (a) (b)

W.

155 667 575 81

(1976) (1976) (1976) (1976)

76, 2 1 7 (1976) 3 6 , K 1 4 9 (1976) 77, 6 7 7 (1976) 38, 2 4 3 (1976) 3 3 , K 3 5 (1976) 37, 5 7 9 (1976) 73, 6 1 5 (1976)

10.2, p . 89; 2 2 . 2 . 1 , p . 3 6 2

13, p. 118; 14, p. 163

19, p . 249; 2 2 . 8 . 1 , p . 4 2 0 1.1, p . 11; 2 2 . 1 . 2 , p . 3 5 2 1.1, p . 13; 2 2 . 1 . 2 , p . 3 5 7 4 , p. 4 7 ; 6, p. 64; 2 2 , p. 3 4 2

18.2.1, p. 237; 22, p. 336

6, p. 55; 14.3.3, p. 191; 2 2 . 4 . 2 , p. 3 8 3 ; 2 2 . 4 . 3 , p. 3 8 5 1.3, p. 2 1 ; 12.1, p. 107; 2 1 . 1 , p. 3 0 4 ; 2 1 . 6 , p. 3 2 9 14.4, p. p. 205; 205; 22.5.2, 22.5.2, p. p. 3398; j 401 14.4, 9 8 ; 222.5.4, 2 . 5 . 4 , p. 10.2, T). p. 90: 90;2 22.6, p. 4403 1.4, Dp. 26: 26; 10.2. 1.4, 2 . 6 . T). 03 Ï, p. 65; 14.3.4, p. 195; 22.1.3, p. 359 7, 13.1, p. 123; 17, p. 219; 21, p. 293 13. 13.4, 1 3 . 4 , p. p 146; 20.1, p. 278; 22.4.4, p. 387 10.Ê, p. 92; 13.4, p. 138; 20.1, p. 268; 22.5.2, p. 394 10.2, p. 87; 13.4, p. 135; 14.3, p. 173; 22.4.2, p. 383 19, p. 255; 22.5, p. 390 10, p. 76 9, p. 73; 10.2, p. 94; 11, p. 102; 14.3, p. 178; 22.1, p. 343; 22.2, p. 361; 22.3, p. 373; 22.4, p. 376 13.4, p. 135; 16, p. 213; 22.6,p.p.4 0402 2 3, p. p. 361360 14.3, p. 180; 16, p. 216; 22.1.3, }, p p. . 114; p . 239; 2 2 . 8 .22.8.2, 2 , p . 4 2p. 6 426 13, 114;18.3, 18.3, p. 239; 16; p. 214; 63, , p. 54; 13.4, p. 136; 13.5.1, p. 150; 16, 2»O 2 . 1 .11 , 1p . ^3 4OA 5 K 18.2, p. 229; 2 2 , p. 3 3 4 19, p. 255; 2 1 . 1 , p. 3 1 2 1 3 . 4 , p. 1 3 7 ; 14.1, p. 165; 2 1 , p. 2 9 2 14.2, p. 171 10.2, p . 98; 2 0 . 1 , p . 2 7 7 ; 2 2 . 5 . 2 , p . 3 9 8 . 17, p. 2 1 9 ; 2 1 , p. 2 9 3

13.1, p. 123;

13, p . 117 1.3, p . 23; 1 4 . 1 , p . 1 6 6 ; 1 8 . 2 , p . 2 3 4 ; 2 1 . 1 , p . 3 1 0 6, p . 6 1 ; 14.3, p . 180; 20.1, p . 274; 2 2 . 2 . 3 , p . 3 6 8 1 3 . 4 , p . 1 4 4 ; 19, p . 255; 2 2 . 1 . ? , p . 3 5 7 17, p . 218; 2 2 . 8 . 1 , p . 4 1 9 10.2, p . 96; 14.3, p . 180; 2 2 . 4 . 2 , p . 3 8 3 13.2, p . 130; 1 4 . 3 , p . 1 7 4 ; 19, p . 2 4 8 ; 2 2 . 7 , p . 4 1 0

Author Index

490

H . OESTERREICHER K . OHMORI

S.

M . OHR

P . R . OKAMOTO B . L . OKSENGENDLER A . I . OLEMSKOI N . F . OLIVEIRA, J R . A . I . ONIPKO A . OPANOWICZ

L . OPILSKA A . OPILSKI CH. OPITZ

•

A . OPPELT H . OPPERMANN

(b) 74, K75 (1976) (b) 75, 189 (1976) (a) 34, 723 (1976) (a) 34, 325 (1976) (a) 38, 553 (1976) (a) 36, 107 (1976) (a) 35, K145 (1976) (a) 38, 439 (1976) (a) 35, K101 (1976) (a) 33, 573 (1976) (b) 73, 699 (1976) (a) 33, 195 (1976) (b) 75, (b) 77, (a) 35, (a) 35, (b) 78, (a) 36, (a) 37, (a) 37, (a) 38,

471 K35 K183 K183 177 275 KÎ05 541 93

(1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976)

(a) 38, K23 (1976) V . M. ORERÀ A . ORLIUKAS W . A . ORTIZ D . W . OSBORNE B . N . OSHCHERIN

(a) 38, (a) 37, (a) 35, (a) 34, (a) 34, (a) 35,

621 K39 K135 291 K181 K35

(1976) (1976) (1976) (1976) (1976) (1976)

V . Y . OSIKO

(a) 35,

645 (1976)

V . V . OSIPOV

(a) 35,

605 (1976)

H . H . OTTO

(b) 78, 813 (1976) (b) 75, 613 (1976) (b) 77, 381 (1976) (b) 74, K157 (1976) (a) 36, 445 (1976) (a) 37, 675 (1976) (b) 78, 277 (1976) (a) 35, K165 (1976)

M . OVERHAMM

(b) 75,

N . OVSYTTK

(b) 78, K19 (1976)

R . T . OWEN

(a) 34, (a) 35,

255 (1976) 251 (1976)

(a) 38,

77 (1976)

V . OSMININ W . VON D E R O S T E N E . OSTERTAG V . S . OSTROVSKII M . OSZWALDOWSKI A . OTTO

Y I T . V . OZEROV

D . 02GO

543 (1976)

(a) 3 4 ,

697

(1976)

A . M . OZORIO D E A L M E I D A ( b ) 7 6 ,

657

(1976)

13.2, 13.1, 18.2,

p. 130; 14, p. 162; 19, p. 249; 22.7, p. 410 p. 123 ; 13.2, p. 131 ; 19, p. 250 ; 22.7, p. 411 p . 2 3 1 ; 18.4,

p . 243;

21.1,

p. 3 0 6 ;

21.4,

p. 326 1.2, p. 15; 18.3, p. 240; 22.8.2, p. 427 1.4, p. 29; 10.1, p. 86; 21, p. 300 1.1, p. 12; 1.4, p. 27; 21.1.1, p. 319 11, p. 102; 22.1.2, p. 354 9, p. 74; 11, p. 105; 14.3.2, p. 189; 22.1.2, p. 358 1.3, p. 23 18.2, p. 229; 18.4, p. 242; 22, p. 334 13.5.1, p .

150

13.5.1, p. 149; 16, p. 213; 22.4.2, p. 383; 22.4.4, p. 387 13.5.1, p . 152;

20.3, p . 283;

13.5.1, p . 155;

20.3, p . 286 ; 2 2 . 4 . 3 , p . 3 8 6

22.4.3, p. 385

7, p. 65; 22.3, p. 373; 22.3.1, p. 375 7, p. 65; 22.3, p. 373; 22.3.1, p. 375 9, p. 74; 10.1, p. 85; 21.1, p. 313; 21.1.1, p. 321 18.2, p. 233 ; 19, p. 253 ; 21.1, p. 309 ; 21.4, p. 327 18.2, p. 235; 19, p. 255; 21.1.1, p. 321 14.3, p. 180; 15, p. 211 ; 18.1, p. 227; 22.6, p. 407 1.2, p. 19; 3, p. 44; 14.3, p. 181; 15, p. 211; 18.1, p. 227; 22.6.1, p. 409 14.3, p. 181; 15, p. 211 ; 22.6, p. 408; 22.6.1, p. 409 10.2, p. 98; 20.1, p. 278; 22.5.3, p. 400 14.4, p. 204; 22, p. 340 14.2, p. 170; 21, p. 295 8, p. 68; 18, p. 222; 22.8, p. 414 1, p . 9 ; 4, p. 45; 22, p. 336 1, p. 9; 8, p. 68; 22.2, p. 361; 22.4, p. 376; 22.8, p. 415 13.4, p. 140; 20.1, p. 269; 20.3, p. 284; 22.8.2, p. 429 1 3 . 4 , p . 1 3 9 ; 14.4.1, p . 207; 20.1, p . 269;

22.8.1,

p. 422 10.2, p. 98; 20.3, p. 288; 22.5.2, p. 398 6, p. 57; 10.2, p. 93; 20.3, p. 284; 22.5.3, p. 399 13.5.1, p . 155;

20.3, p . 286;

22.5, p . 3 9 0

p. 243 13.3, p. 133; 16, p. 215; 22.2.3, p. 368 16, p. 216; 22.2.3, p. 369 4, p. 47; 6, p. 63; 20.1, p. 276; 22, p. 341 1.2, p.17; 14.4.1, p. 207; 20.1, p. 270; 22.8.1,. p. 422 18.4,

13.1, p . 124;

14.3.4, p . 197;

p. 283; 22.2.3, p. 368

1 3 . 1 , p . 1 2 8 ; 14.3.4, p . 200;

20.1, p. 2 6 8 ;

20.3,

20.1, p . 276 ; 2 2 . 1 . 1 ,

p. 349 13.1, p. 122; 20.1, p. 264; 22.2.4, p. 370 13.4,

p.138;

16,

p. 2 1 4 ;

20.1,

p. 2 6 8 ;

20.3,

p. 283; 22.4.1, p. 380 13.4, p. 144; 16, p. 217; 20.1, p. 276; 22.4.1, p. 382 1.2, p. 15; 14.4.1, p. 206; 22.9, p. 435 1.2, p. 16; 14.4.1, p. 207; 22.8.1, p. 421

Author Index 0 . M . PACHEV A . PADUAN FILHO R . PAETSCH V . PAIDAK K . N . PAK P . P . PAL-VAL S. S. PALIWAL H . ö . PAMUK A. N . PÀNDEY R . B. PANDEY D. K.

ÌANDYA

A . I . PANKRATS M. M. PANT C. PAORICI G . C. PAPAVASSILIOU G. V . PAPAYAN K . I . PAPUNASHVILI V . R . PARAMESWARAN B . V . PARANJAPE M . PARDAVI-HORVÂTH B . PARDO D . PARIHAR OM PARKASH R . PARKER V . D . PARKHOMENKO

R . PARROT J . E . PARROTT L . PASEMANN R . PÄSSLER

G . PASTORI PARRAVICINI K . PATAJ

91 (1976) (b) 75, (a) 38, 573 (1976) (b) 74, 761 (1976) (b) 75, K105 (1976) (a) 33, 555 (1976) (b) 74, 673 (1976) (a) 38, 383 (1976) (a) 38, 73 (1976) (a) 37, 695 (1976) (b) 78, 399 (1976) (b) 78, 821 (1976) (a) 34, 405 (1976) (a) 35, 725 (1976) (a) 35, 761 (1976) (a) 36, (a) 36, (b) 73, (a) 34, (a) 36, (b) 77, (b) 78, (b) 76, (a) 33, (b) 75, (b) 78,

89 (1976) K43 (1976) K27 (1976) 651 (1976) K33 (1976) K49 (1976) K59 (1976) 351 (1976) 639 (1976) 347 (1976) 353 (1976)

(a) 35, 329 (1976) (b) 77, K135 (1976) (a) 36, 669 (1976) (a) 33, 189 (1976) (a) 33, K83 (1Ö76) (a) 38, 57 (1976) (a) 38, K147 (1976) (b) 76, K5 (1976) (a) 34, K43 (1976) (b) 77, 527 (1976) (b) 76, 647 (1976) (b) 78,

625 (1976)

(b) 73, (b) 75,

371 (1976) 341 (1976)

P . V . PAVLOV

(b) 75, K69 (1976) (a) 35, K 1 7 3 (1976) (a) 38, 355 (1976) (a) 38, 375 (1976) (b) 74, 471 (1976) 85 (1976) (b) 77, (b) 74,:K115 (1976) (a) 35, 11, (1976)

V . N . PAVLOVICH

(a) 36, (a) 37, (b) 78,

A . D . PATARAYA G . PATERNÓ N . L . PATHAK S . A . PATLAZHAN V . I . PATOKA I . B . PATRINA J . D . PATTERSON

81 (1976) 57 (1976) K 9 7 (1976)

491

13.5, p. 147; 22, p. 336 18.2, p. 229; 18.4, p. 242; 22, p. 334 6, p. 55; 10, p. 75; 12, p. 106 6, p. 57; 10, p. 76 10.1, p. 79; 21.1.1, p. 317 14.4.1, p. 206; 22.8.1, p. 420 10.1, p. 85; 21.7, p. 332 10.2, p. 97; 13.4, p. 144; 20.3, p. 287; 22, p. 341 4, p. 46; 12.1, p. 108; 21, p. 299 6, p. 63; 22.6, p. 408 18.2, p. 236 2, p. 36; 20.1, p. 265; 22.1.1, p. 346 2, p. 38; 20.1, p. 269; 22.1.1, p. 347 2, p. 38; 14.3, p. 178; 15, p. 210; 20.1, p. 270; 22.7, p. 411 2, p. 39; 14.3.1, p. 184; 15, p. 210; 22.1.1, p. 348 12.2, p. Ill; 18.4, p. 244; 22.8.1, p. 423 1.6, p. 34; 6, p. 53; 8, p. 67; 21.1.1, p. 316 14.3, p. 175; 15, p. 209; 22.8, p. 414 20.3, p. 285; 22.8, p. 416 13.5.2, p. 157; 20.1, p. 273; 21.1, p. 311 20.1, p. 276; 22.8, p. 418 13, p. 117; 14.3.4, p. 197; 22.1.2, p. 354 10.1, p. 79; 21.6, p. 329 13.3, p. 132; 13.5.2, p. 157; 14.3.2, p. 188 12.1, p. 109; 18.1, p. 227; 18.2, p.236; 18.4, p. 245; 21.1.1, p. 321 1.1, p. 12; 22.6, p. 404 14.1, p. 167; 21, p. 298; 21.1, p. 312; 21.2, p. 323 14, p. 162; 15, p. 210; 18, p. 224; 22.8.1, p. 423 14.3, p. 173; 18.3, p. 239; 22.6, p. 402 18.3, p. 239; 22.8.2, p. 427 11, p. 104; 18.3, p. 241; 22.8.2, p. 431 11, p. 105; 18.3, p. 241; 22.8.2, p. 432 19, p. 252; 22.8.1, p. 422 14.3.3, p. 191; 14.3.4, p. 196; 22, p. 335 13.1, p. 127; 22.8, p. 417 6, p. 59; 13.1, p. 126; 13.4, p. 141; 22, p. 339; 22.4.1, p. 381 6, p. 64; 13, p. 119; 13.4, p. 145; 22, p. 342; 22.1, p. 344; 22.2, p. 361; 22.4, p. 378 13, p. 114; 22, p. 333 12.2, p. 110; 13.5.1, p. 152; 20.3, p. 283; 22.4.3, p. 385 18.2, p. 232 14.2, p. 170; 21, p. 295; 22.6, p. 405 14.3.1, p. 185; 14.4, p. 204; 22.9, p. 439 12, p. 106 13.2, p. 130; 21, p. 292 13.4, p. 142; 19, p. 253; 22.6, p. 406 2, p. 37; 8, p. 68; 18.2, p. 230 11, p. 100; 13.4, p. 134; 14.3, p. 173; 22.1.1, p. 345; 22.1.2, p. 351 1.5, p. 31; 2, p. 39; 11, p. 102; 22.1.2, p. 355 11, p. 103; 22.1.2, p. 356 9, p. 74; 22, p. 342

492

Author Index

L.

PAWLAK

A.

PAWLIKOWSKI

J . M.

PAWLIKOWSKI

H.

PEIBST

H.

PEISL

G. P.

PEKA

G. S. PEKAR C.

PELLETIER

C. PELOSI J.

PELOUS

J.

PELZL

C. M . PENCHINA J.

PENG

U . DEL PENNINO

G. I. S.

PERESADA

PERMOGOROV

G . A. PEROV F.

PERROT

P.

PETELENZ

(b) (b) (a) (a) (a) (a)

75, K7 (1976) 76, K123 (1976) 37, K.183 (1976) 36, 173 (1976) 37, K67 (1976) 37, 363 (1976)

(a) (a) (a) (a) (b) (b) (b)

33, 765 (1976) 34, 397 (1976) 34, 307 (1976) 36, K33 (1976) 75, K101 (1976) 74, 193 (1976) 74, 375 (1976)

(a) 33, (a) 35, (a) 38,

415 (1976) 451 (1976) 109 (1976)

(a) 35, K177 (1976) (b) 78, 389 (1976) (a) 37, 701 (1976) (b) 77, 517 (1976) (b) 73, 293 (1976) (b) 73, 565 (1976) (b) 74,

655 (1976)

(b) 78, 489 (1976) (a) 33, K169 (1976) L. M. PETER (b) 75, 621 (1976) J . PETERSSON (b) 78, 191 (1976) S. PETERSSON (a) 36, 217 (1976) J . PETIT (a) 37, 257 (1976) G . A. PETRAKOVSKII (a) 36, K43 (1976) D . PETRASCHECK (a) 36, 147 (1976) M . I. PETRASHEN (b) 73, 495 (1976) (b) 76, 377 (1976) K . G. PETRASHKU (b) 76, 497 (1976) S. G. PETROSYAN (a) 36, 53 (1976) A. I. PETROV 73 (1976) (a) 34, V . V . PETROV (a) 33, K83 (1976) (a) 38, 57 (1976) (a) 38, K147 (1976) B . PETZEL (a) 37, K39 (1976) K . PEUKER (b) 73, 141 (1976) (b) 78, 711(1976) J . C. PEUZIN (a) 37, 119 (1976) H. PFEIFFER (b) 74, 617 (1976) J . C. PFISTER (a) 36, 679 (1976) Vu Du Y P H A C H see under letter "V" P. P. PHAKEY (a) 36, 627 (1976) PHAJI MINH TAN (a) 37, 439 (1976) À.

PÉTER

J . C. PHILLIPS

(b) 77, (b) 78, (b) 78,

259 (1976) 371 (1976) 471 (1976)

19, p. 251-, 22.8.2, p. 428 18.2, p. 234 14.3.4, p. 200; 22.4.4, p. 387 1.4, p. 27; 3, p. 43; 22.2.4, p. 370 1.2, p. 18; 1.3, p. 23; 10.1, p. 84; 21, p. 298 13.4, p. 143; 14.3.4, p. 199; 20.3, p. 287; 22.4.2, p. 383 10.2, p. 89; 14.3, p. 174; 22.4.1, p. 379 10.2, p. 90; 14.3, p. 174; 22.4.1, p. 379 14.3, p. 174; 22.2.1, p. 362 20.3, p. 285; 22.8, p. 416 2, p. 38; 6, p. 57; 20.1, p. 269; 22.9, p. 436 1.2, p.15; 5, p. 48; 20.1, p. 263; 22.8, p. 414 6, p. 55; 13.5.1, p.151; 14.3.4, p. 196; 20.1, p. 264 10.2, p. 88; 11, p. 100; 20.1, p. 261 ; 22.5.3, p. 399 13.4, p. 139; 14.3, p. 177; 22.1.1, p. 347 10.2, p. 97; 13.1, p. 128; 14.3.4, p. 200; 22.1.1, p. 349 12.2, p. 110; 22, p. 337 6, p. 63; 13.5, p. 148; 20.3, p. 287; 22.4.1, p. 381 1.3, p. 24; 10.1, p. 84; 21.1, p. 312 12.2, p. 112; 13.1, p. 127; 22, p. 340 13, p. 113; 14.4, p. 202; 22.9, p. 433 6, p. 54; 13, p. 114; 13.5.1, p. 150; 14.3, p. 174; 22, p. 334 6, p. 55; 13, p. 115; 13.5.1, p. 152; 14.3, p. 175; 22, p. 335 13.5.1, p. 156; 20.1, p. 277; 22, p. 341 10.2, p. 89; 14.4, p. 202; 22.5.2, p. 393 13.5.1, p. 153; 20.3, p. 284; 22.9, p. 436 14.4.1, p. 208; 19, p. 255; 22.9, p. 438 1.5, p. 32; 14.3.1, p. 184; 22, p. 338 10.1, p. 84; 12.1, p. 108; 21.1, p. 311 12.2, p. Ill; 18.4, p. 244; 22.8.1, p. 423 1.1, p. 12 6, p. 54; 10.2, p. 89; 22.5.2, p. 393 13.1, p. 125; 13.4, p. 140; 22.5.2, p. 395 13.5.1, p. 154; 20.3, p. 285; 22.4.1, p. 381 14.3.1, p. 184; 16, p. 215; 22.2.1, p. 363 10.1, p. 79; 21, p. 291 18.3, p. 239; 22.8.2, p. 427 11, p. 104; 18.3, p. 241; 22.8.2, p. 431 11, p. 105; 18.3, p. 241; 22.8.2, p. 432 14.3.3, p. 192; 14.3.4, p. 198; 22.2.1, p. 363 6, p. 52; 13.1, p. 120; 13.5.1, p. 149; 20.1, p. 260 6, p. 64; 14.3.4, p. 200 ; 20.1, p. 278; 22, p. 342 7, p. 66; 14.4.1, p. 207; 22.8.1, p. 423 18.2, p. 230; 19, p. 250 13.3, p. 133; 14.3.3, p. 192; 22.1.2, p. 3561.4, p. 28; 22.1, p. 344 11, p. 104; 13.4, p. 143; 14.3.3, p. 193; 22.1.2, p. 356 1, p. 9; 14, p. 163; 22.9, p. 437 1, p. 9; 14, p. 163; 22.9, p. 438 6, p. 63; 14, p. 163; 22.9, p. 439

Author Index I . G . PLCHUGIK R . PLCKENHATN A . PLETRASZKO G. E. PIKE A . N . PIKHTIST M . PLLKUHN P . K . C. P I L L A I

P . PLNARD

A . PlNCEVICIUS A . J . PlNDOR J . PlNGUET L . PlNTSCHOVIUS R . PLOTRZKOWSKI P . PLPINYS

(a (a (b (a (b

34, K195

1976)

38,

753

1976)

77,

571

1976)

37,

287 289

1976)

753

1976)

255

1976)

(a (a (a (b (a

33, K151 491 37, 38, K 7 3 187 73,

1976) 1976) 1976) 1976)

38,

85

1976)

(a (b (a (b (b (a (a

35,

563 K19

1976) 1976) 1976)

75,

(a 3 8 , (b 7 3 ,

74, 35, 78,

431 277 73, K 1 3 1 34, 377 321 37,

E . PLPPEL

(a 3 7 ,

J . PIQUERAS B . PlRIOU S . V . PLROGOVA N . PLSLEWSKI T . S . PLASKETT

(a (b (a (a (a (a (a (b (a (b (a (a (b (a (a (a (a (b (b (b (b (b (a (a (b (a (b (a (b

V . Y A . PLATKOV M . N . PLETNEV Y U . M . PLISHKIN P . PLUMELLE F . PLÜMER I . E . PODCHINENOV H . - W . POHL M. PÖHLER B . POHORYLES A . J . POINTON

P. Poix

E . P . POKATILOV

K . I . POKHODNYA S. POKRZYWICKI W . PoLANSCHÜTZ Y u . Y a . POLISHUK H . POLLAK E . G . PONYATOVSKII G . S . Poo M . POPESCU

A . PoPIELEWICZ

1976)

1976) 1976) 1976) 1976)

457

1976)

34,

K9

75, 34,

117 319 669

1976) 1976) 1976) 1976) 1976) 1976)

37, 37, 38, 38, 78, 38, 73, 33, 38, 75, 33,

499 577 383 57 51 271 K55 51 205 149

37, K 1 1 7 459 35, 153 35, 553 73, 75, K 1 4 3 78, 831 335 73, K7 75,

1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976)

38,

237

38, 74,

K31

1976) 1976)

35, K177

1976)

278

1976)

'78, 35, 77,

(b 7 3 , (b 7 4 ,

131

3 5 5 (1976) 701 1976) K47 383

1976) 1976)

493

20.3, p. 282-, 22.2, p. 361 20.3, p. 288; 22.2, p. 361 4, p. 46; 13, p. 119; 22.1.1, p. 348 1.2, p. 18; 8, p. 70; 14.4.1, p. 208; 22.8, p. 417 9, p .72; 14.3, p. 176; 22.1.1, p. 347; 22.1.2, p. 353 20.3, p. 288; 22.2, p. 361 13.4, p. 134; 13.5.1, p. 149; 20.1, p. 260; 20.3, p. 280; 22.2.3, p. 367 16, p. 213; 22.5, p. 388 16, p. 216; 22.4, p. 377 14.4, p. 204; 16, p. 217; 22.4, p. 377 13.1, p. 120; 20.1, p. 260; 22.2.1, p. 362 17, p. 220; 21.1, p. 313; 22.1.1, p. 349; 22.5.2, p. 397 14.3, p. 177 14.2, p. 169; 21, p. 291 14.4, p. 203; 16, p. 214; 22.6, p. 405 4, p. 47; 6, p. 63; 20.1, p. 276; 22, p. 341 12.2, p. 110; 14.3, p. 174; 22.2.3, p. 367 14.3.4, p. 196; 20.3, p. 281; 22.4.1, p. 379 6, p. 61; 13.4, p. 142; 14.3.4, p. 199; 20.3, p. 286; 22.4.1, p. 381 1.4, p. 28; 1.5, p . 3 2 ; 3, p . 4 4 ; 21, p. 298; 22.6, p. 407 10.1, p. 80; 21.1, p. 305 6, p. 56; 20.1, p. 267; 22.6, p. 404 8, p. 68; 10.1, p. 80; 21.1, p. 305 19, p. 255; 21.1, p. 312 10.2, p. 96; 22.8.2, p. 430 10.2, jp. 98; 22.8.2, p. 431 10.1, p. 85; 21.7, p. 332 9, p. 74; 10, p. 76 10.1, p. 85; 21.1, p. 313 6, p. 52; 22.4.3, p. 385 18.3, p. 239; 22.8.2, p. 426 10.1, p. 85; 21.1, p. 313 14.2, p. 169; 21, p. 294 13.1, p. 121; 20.1, p. 261; 22.1.3, p. 359 14.3.4, p. 200; 22.1.1, p. 349 8, p. 68; 18.4, p. 244; 22.6, p. 405 5, p. 49; 18.3, p. 240; 22.8.2, p. 428 20.1, p. 262 10.2, p. 93; 13.5.3, p. 159 14.3.4, p. 200; 20.1, p. 278 13, p. 113; 17, p. 218; 20, p. 257; 22.9, p. 433 19, p. 251; 22.8.2, p. 428 I.4, p. 29; 10.1, p. 85; 17.1, p. 221; 21. p. 300 I I , p. 104; 14.3.3, p. 194; 22.1.2, p. 357 5, p. 49; 20.1, p. 264; 22.8.1, p. 420 12.2, p. 110; 22, p. 337 13.5.4, p. 161; 18.2, p. 235; 21.1, p. 313 2, p. 37; 4, p. 45; 22.7, p. 411 10.2, p. 95; 20.1, p. 274; 20.3, p. 287; 22.5.2, p. 397 18.2, p. 228 18.2, p. 230

Author Index

494

A . B . POPOV A . S . POPOV D . E . POPOV E . A . POPOV L . E . POPOV S . POPOVIC M . POPPI S . POROWSKI R . PORTIER V . S . POTAPOV A . V . POTEMKIN A . A . POTSELUIKO H . W . POTZL G . M . POUND F . POTJRARIAN V . A . POVITSKII J . POZELA J . POZNIAK

G. Pozzi

A . PRASAD R . PRASAD

D . PREININGER M. PREJSA O . V . P R E S S YAKOVA F . H . PRESTON J . K . PRIBRAM A . F . PRIKHOTKO R.H.

PRINCE

F . PRINZ V . D . PROCHUKIIAN A . PRODAN A . V . PROKHOROVICH A . I . PROSKURA V . PROSSER

D . PUDEWILL M . PUGNET D. S. PURI D . I . PUSHKAKOV K H . I . PTTSHKAROV V . G. PYNKO

(b) 74, K81 (b) 78, K115 (a) 34, 761 (a) 37, K53 (a) 38, K37 (b) 76, 779 (b) 75, K123 (a) 37, 701 (a) 33, K23 (a) 34, K91 (a) 35, K.161 (b) 73, K.131 (a) 33, 421 (a) 38, 629 (a) 34, K.163 (a) 33, 511

(1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976)

(a) 34, 437 (1976) (b) 75, 543 (1976) (b) 75, (a) 33, (a) 34, (a) 33, (a) 35,

573 (1976) 483 (1976) 383 (1976) 783 (1976) 43 (1976)

(a) (a) (a) (a)

38, 35, 35, 38,

115 165 109 11

(1976) (1976) (1976) (1976)

(a) (a) (a) (a) (b)

34, 35, 38, 37, 74,

227 223 447 427 375

(1976) (1976) (1976) (1976) (1976)

(b) 73, 415 (1976) (b) 78, 271 (1976) (a) 37, 223 (1976) (a) 36, K51 (1976) (a) 35, 591 (1976) (a) 36, K21 (1976) (a) 34, 777 (1976) (a) 37, 363 (1976) (b) 75, K45 (1976) (a) 38, K53 (1976) (b) 74, 485 (1976) (a) 35, 533 (1976) (a) 36, 495 (1976) (b) 78, 113 (1976) (b) 74, K97 (1976) (b) 74, K97 (1976) (a) 34, 437 (1976)

18.1, p. 225 18.1, p. 227; 21.4, p. 327 10, p. 75

20.3, p. 286 ; 22.2.2, p. 365 14.3.3, p. 194; 22.2.2, p. 366; 22.8, p. 418 11, p. 103; 13, p. 118; 22.1.2, p. 355 13.5.4, p. 160; 20.1, p. 269; 22.8, p. 415 1.3, p. 24; 10.1, p. 84; 21.1, p. 312 1.1, p. 10; 1.2, p. 14; 22.3, p. 372 1.1, p. 11; 22.1.1, p. 346; 22.8, p. 414 18.3, p. 240; 22.8.2, p. 429 12.2, p. 110; 14.3, p. 174; 22.2.3, p. 367 13.4, p. 135; 14.3, p. 174; 22.4.3, p. 385 1.2, p. 20; 1.4, p. 29 18.2, p. 231 20.1, p. 263; 20.2, p. 279; 20.3, p. 281; 22.8.1, p. 419 18.2.1, p. 237; 21.1, p. 306; 21.1.1, p. 317 13.1, p. 124; 14.3.4, p . 197; 2 0 . 1 , p. 2 6 8 ; 2 0 . 3 ,

p. 283; 22.2.3, p. 368 10, p. 76 18.2, p. 229; 21.1, p. 303 ; 21.4, p. 326 18.2, p. 230; 21.1, p. 305; 21.4, p. 326 1.2, p. 15; 5, p. 48; 22.8.2, p. 427 13, p. 116; 14.3.4, p. 197; 22.2.1, p. 363; 22.4.3, p. 385 10.2, p. 97; 14.4, p. 204; 22.5.2, p. 398 14.3.3, p. 191; 22.1.2, p. 353 3, p. 42; 22.1.2, p. 353 1.1, p. 10; 1.2, p. 14; 10.2, p. 87; 22.3, p. 372; 22.4.1, p. 379; 22.5, p. 388; 22.5.3, p. 399; 22.8, p. 413 1.3, p. 22; 10.1, p. 80; 21, p. 292 1.2, p. 16; 2, p. 37; 5, p. 49; 21.1.1, p. 318 1.4, p. 29; 10.1, p. 86; 21.1, p. 314 1.1, p. 13; 20.1, p. 274; 22.9, p. 438 6, p. 55; 13.5.1, p. 151 ; 14.3.4, p. 196; 20.1, p. 264

13.5.1, p. 149; 20.1, p. 261; 2 3 , p . 4 4 0 6, p. 6 2 ; 13.5.3, p. 159; 22, p. 3 4 1 10.1, p. 84; 12.1, p. 108; 21, p. 297; 21.1, p. 311 16, p. 215; 22.8, p. 416 1.2, p. 16; 1.4, p. 27; 22, p. 337 1.4, p. 28; 10.1, p. 83; 21.1, p. 309

13.4, p. 138; 20.3, p. 282; 22.2.1, p. 362 13.4, p. 143; 14.3.4, p. 199; 20.3, p. 287; 22.4.2, p. 383 16, p. 214; 20.1, p. 267; 22.8.2, p. 428 18.2.1, p. 238; 20.1, p . 277; 2 1 . 1 , p. 3 1 4 ; 2 1 . 4 ,

p. 327

13.1, p. 122; 13.5.1, p. 151 ; 2 0 . 1 , p. 2 6 5 ; 2 3 , p. 4 4 0

13.4, p. 139; 14.3.3, p. 191; 22.1.2, p. 354 13.4, p. 141; 14.3.3, p. 192; 22.1.2, p. 355 12.2, p. 112; 22.5.2, p. 397 9, p. 72; 13.5, p. 147 9, p. 72; 13.5, p. 147 18.2.1, p. 237; 21.1, p. 306; 21.1.1, p. 317

Author Index G . QUELAJTD A . P . QUENNEVILLE M . QUINTARD A . QUNTINI E . QUKESHI T . V . QUYNH

J.

RABIES

W . A . RACHINGER M . RACHWALSKA B . R4CZKA S . I . RADAUTSAN S . RADHAKRISHNA

N . K . RADHAKRISHNAN S . RADHAKRISNAK E . I . RADOVANOVA R. K.

RADU

A . M . RADWAN V. K .

RAEV

J . RAFATOWICZ M . H . S . RAHIM A. K .

RAI

B. P. RAI R . S. RAI H . RAIDT T . RAJASEKHABAN B . RALPH A . RAMAKANTH P . RAMASAMY 0 . 6 . RAMER H . S . RANDHAWA N . R . RANGANATHAN C. N . R . RAO E . V . K . RAO K . NABAHARI RAO K . V . RAO K . V . S. RAMA RAO M . K . RAO T . BHASKAR RAO T . R . RAO L . N . RASHKOVICH W.

RASP

E . M . RASPOPOVA I . G . RATISHVILI Y. V.

RATSAM

H. RAU CH. J .

RAUB

A. RÄUBER J.

RAULUSZKIEWICZ

495

(a) 36, 729 (a) 83, 265 (a) 37, 257 (a) 38, 685 77 (b) 77, (a) 36, K85

1976) 1976) 1976) 1976) 1976) 1976)

11, p. 103; 14.1, p. 165; 21.7, p. 332 6, p. 53; 11, p. 100; 21.1, p. 303 10.1, p. 84; 12.1, p. 108; 21.1, p. 311 13.4, p. 145 ; 14.3, p. 182 ; 16, p. 217 ; 22.3, p. 374 6, p. 60; 14, p. 163 1.2, p. 18; 7, p. 65; 22.8, p. 416

(a) 35, 259 (b) 74, 785 (a) 35, 675 (b) 77, 451 (a) 35, K 5 3 (b) 75, K119 (a) 35, 715 (a) 37, 51 (a) 37, 719 (a) 38, K151 (a) 35, 37

1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976)

(a) 36, 659 (b) 76, 605 (b) 77, 615 (a) 34, K163 (a) 37, K 5 (a) 34, 5 3 3 (a) 35, 719 (a) 36, 591 (a) 36, 699 (a) 37, 139 (a) 35, 639 (a) 36, 173 (b) 77, 215 (a) 33, 107 (b) 77, K123 (a) 35, 379 (b) 73, 4 4 3 (a) 37, 313 (b) 74, 667 (a) 36, 669 (a) 33, 683 (b) 77, 215 (b) 74, K 2 3 (b) 77, 215 (a) 38, K 9 3 (a) 35, 715 (b) 75, K 3 1 (a) 38, 401 (a) 34, K203 45 (a) 37, (b) 75, 401 (a) 36, 6 9 3 (a) 36, K 5 5 (b) 78, K107 (b) 74, 169 (b) 74, K 9 3

1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976)

1.4, p. 27; 10.2, p. 92; 22.8.2, p. 428 10.1, p. 80; 14.2, p. 169; 21, p. 292 1.2, p. 17; 8, p. 69; 22.8, p. 416 14.2, p. 171; 21, p. 298 13.1, p. 124; 14.3, p. 177; 22.3, p. 372 19, p. 251; 22.5.2, p. 395 11, p. 102; 19, p. 252; 20.1, p. 269; 22.8.1, p. 422 13.4, p. 142; 20.3, p. 286; 22.5.2, p. 396 1, p. 9; 10.2, p. 96; 22.8.2, p. 431 14.3.4, p. 201; 22.9, p. 439 3, p. 42; 13.4, p. 138; 14.3, p. 176; 20.1, p. 268 20.3, p. 283; 22.3, p. 372 14.3.1, p. 185; 22.2.2, p. 365 13.1, p. 126; 20, p. 258; 21, p. 297; 22.7, p. 411 1.3, p. 23; 21, p. 298 18.2, p. 231 8, p. 70; 22.2.1, p. 364 6, p. 56; 8, p. 68; 10.1, p. 80; 21.1, p. 306 1, p. 9; 22.5, p. 389 14.3.1, p. 185; 14.3.4, p. 198; 22.6, p. 406 1.4, p. 28; 3, p. 43; 22.3, p. 373 1.1, p. 12; 12.2, p. Ill; 22.3, p. 373 1.4, p. 27; 14.3, p. 177; 22.1.2, p. 354 1.4, p. 27; 3, p. 43; 22.2.4, p. 370 19, p. 253; 22.8.1, p. 423 1.4, p. 25; 21.1.1, p. 316 6, p. 62; 19, p. 255 1.2, p. 16; 4, p. 45; 22.5, p. 389 18.2.1, p. 237; 19, p. 247; 22.8.2, p. 426 I.2, p. 18; 1.5, p. 32; 2, p. 40; 22.1.1, p. 348 13.1, p. 123; 18, p. 222 14, p. 162; 15, p. 210; 18, p. 224; 22.8.1, p. 423 I I , p. 100; 20.1, p. 263; 22.2.1, p. 362 19, p. 253; 22.8.1, p. 423 18.4, p. 243; 21.1, p. 304 19, p. 253; 22.8.1, p. 423 14.3.1, p. 186; 22.4.2, p. 384 11, p. 102; 19, p. 252; 20.1, p. 269; 22.8.1, p. 422 6, p. 56; 20.1, p. 267; 22.8.1, p. 421 3, p. 44; 14.4.1, p. 208; 22.8.1, p. 424 1.6, p. 34, 17, p. 218; 22.6, p. 404 2, p. 40; 16, p. 216; 20.3, p. 286; 22, p. 339 1.2, p. 16; 1.3, p. 22; 21, p. 294 10.2, p. 94; 20.3, p. 285; 22.5.3, p. 400 14.3, p. 178; 22.7, p. 411 14.2, p. 172; 19, p. 256; 21, p. 300 13.4, p. 136; 19, p. 248; 22.8, p. 414 6, p. 55; 14.3.3, p. 191; 22.4.2, p. 383; 22.4.3, p. 385

Author Index

496 M . RAUTERBERG

(b) 75,

S . RAVELET

(a) 33, 517 (1976) (a) 34, 117 (1976) (a) 33, K101 (1976) (a) 34, K169 (1976)

R . D . RAWLINGS B. K.

RAY

J. RAY

A . RAYMOND

F . RAYNAL H . RECHENBERG K . V. REDDY A . REHAVY U . REHBERG P . REICHE

553 (1976)

(a) 35, 73 (1976) (b) 76, 223 (1976) (b) 76, 623 (1976) (a) 36, 133 (1976) (b) 76, K5 (1976) (b) 73, K119 (1976) (a) 37, 687 (1976) (b) 74, 245 (1976) (a) 34, (a) 33,

573 (1976) 737 (1976)

W . REICHELT

(a) 37, 541 (1976) (a) 38, K23 (1976)

B . REIMER

(b) 73, (b) 76, (b) 74, (a) 34, (a) 35,

P . REINEKER Z. REK A . REKLAITIS D . REKARD P . RENNEBT R . RESTA G. REVEL T. REWAJ 0 . L. REYNOLDS, JR S. M. REZENDE B . RHEINLÄNDER

B. Riccö

709 533 121 705 43

(1976) (1976) (1976) (1976) (1976)

(a) 35, 329 (1976) (b) 77, 615 (1976) (b) 73, 371 (1976) (b) 75, 433 (1976) (b) 74, 683 (1976) (b) 78, K55 (1976) (a) 36, K109 (1976) (b) 73, 661 (1976) (b) 75, 261 (1976)

J . P . RIVIERE

(b) 77, (b) 74, (a) 38, (b) 74, (b) 77, (a) 33, (a) 37, (a) 38, (a) 38, (b) 77, (b) 76, (a) 35, (a) 37, (a) 37, (a) 35, (a) 38,

287 (1976) K61 (1976) K89 (1976) K125 (1976) K43 (1976) 383 (1976) 591 (1976) 185 (1976) 663 (1976) 581'(1976) 547 (1976) 173 (1976) 51 (1976) 151 (1976) K105 (1976) 713 (1976)

A. Rizzo

(a) 33,

563 (1976)

D . D . RICHARDSON G . RICHTER J . RICHTER R . DE R I D D E R

H . RIEDEL E . RIEFLIN M . RIGDHAL M . RIGGIN J . RIVAS J . - P . RIVERA

13.5.2, p. 157; 14.1, p. 165; 20.1, p. 268; 21.7, p. 332 14.3.2, p. 187-, 16, p. 213; 22.4.1, p. 379 1.3, p. 22; 21.1, p. 304; 21.1.1, p. 317 1.3, p. 21 ; 12.1, p. 107; 21.1, p. 304; 21.6, p. 329 18.1, p. 225; 18.2, p. 231; 21.1, p. 307; 21.1.1, p. 318 5, p. 49; 21.1, p. 307; 21.1.1, p. 318 13, p. 117; 14.3.4, p. 197; 22.2.3, p. 368 14.3, p. 178; 22.2.4, p. 370 14.3, p. 178; 22.4.1, p. 381 19, p. 252; 22.8.1, p. 422 18.2, p. 229; 21.1, p. 303; 21.1.1, p. 317 5, p. 50; 18.4, p. 245; 21.1.1, p. 321 10.2, p. 89; 13.5.1, p. 151; 20.1, p. 263; 20.3, p. 281; 22.5.2, p. 393 14.3, p. 175; 14.4, p. 202; 22.9, p. 435 20.1, p. 263; 20.2, p.279 ; 20.3, p.281; 22.8, p. 413 14.3, p. 180; 15, p. 211 ; 18.1, p. 227; 22.6, p. 407 14.3, p.181; 15, p. 211 ; 22.6, p. 408; 22.6.1, p. 409 13.1, p. 121; 20.1, p. 262; 22.9, p. 433 16, p. 215; 22.9, p. 437 13.5.1, p. 150; 19, p. 248; 22.9, p. 434 1.1, p. 11; 10.2, p. 91 ; 22.1.2, p. 353 13, p. 116; 14.3.4, p. 197; 22.2.1, p. 363; 22.4.3, p. 385 1.1, p. 12; 22.6, p. 404 1.3, p. 23; 21, p. 298 13, p. 114; 22, p. 333 10.1, p. 82; 14.1, p. 165; 21, p. 294; 21.3, p. 324 19, p. 250; 22.5.3, p. 399 19, p. 255; 22.5, p. 390 20.3, p. 285; 22.3, p. 373 13, p. 114; 18, p. 222; 20, p. 257; 22.8.2, p. 427 13.5.2, p. 157; 18, p. 223; 20.1, p. 267; 22.2.1, p. 363 13, p. 118; 21.1, p. 311 10.2, p. 90; 18.2, p. 230; 20.1, p. 264; 22, p. 335 13.4, p. 145; 16, p. 217; 22.2.2, p. 366 2, p. 37; 18.2, p. 231 2, p. 39; 18.2, p. 234 1.1, p. 10; 1.4, p. 25; 22, p. 334 1.2, p. 19; 1.4, p. 28; 22, p. 340 1.2, p. 19; 1.4, p. 29; 22, p. 341 1.4, p. 29; 10.2, p. 99; 22, p. 342 10.1, p. 84; 14.2, p. 171; 21, p. 298 13.5.1, p. 154; 20.1, p. 271 ; 22.5, p. 389 10, p. 76 13.4, p. 142; 20.3, p. 286; 22.5.2, p. 396 18.3, p. 241; 22.8.2, p. 430 1.2, p. 17; 19, p. 252; 22.8, p. 416 10.1, p. 86; 11, p. 105; 14.1, p. 168; 21.1.1, p. 322 1.1, p. 11; 3, p. 42; 22.3.1, p. 375

Author Index S. ROBASZKIEWICZ G . ROBBEECHT G. G. ROBBEECHT H . ROBEBT J . - L . ROBERT

M . C. ROBERT V . N . E . ROBINSON E . M . ROCKAR R . RODLOFF S . R O G ASCHE WSKI H . ROGASS J . D . ROGERS A . L . ROITBURD A . B . ROITSIN S . ROLANDSON S. ROLLAND E . P . ROMANOV Y u . A . ROMANOV T . ROMANOVSKIS N . ROMEO F . RONCONI G. RÖPKE K . ROSAN J.

RÖSELEE

1976 1976 1976 1976 1976 1976 1976 1976 1976 1976

13, p. 114; 18.2, p.228 13, p. 118; 18, p. 224 18.1, p. 226; 18.3, p . 241; 18.4, p. 245; 22.8.2, p. 430 1, p. 9; 1.2, p. 15; 18.3, p. 240; 22.8.2, p. 428 13.5.1, p. 151; 19, p. 249; 22.9, p. 434 20.1, p. 278; 22.9, p. 439 7, p. 65; 14.3.4, p. 196; 22.2.3, p. 367 13, p. 117; 14.3.4, p. 197; 22.2.3, p. 368 14.3, p.178; 22.2.4, p. 370 10.2, p. 9 2 ; 20.3, p. 283; 22.8.1, p. 421 1.4, p. 27; 10.2, p. 92; 22.5.2, p. 394 13.4, p. 136; 16, p. 213; 22.1.2, p. 352 10.1, p. 84; 11, p. 103; 21.1, p. 312 17, p . 219; 21.1.1, p. 319 3, p. 43; 22.1.3, p. 359 5, p. 50; 18.2, p. 235; 21.1.1, p. 320 1.2, p. 17; 1.4, p. 27 I.4, p. 28; 1.5, p. 32 18.1, p. 225; i f , p. 249 6, p. 61; 12.2, p. 112; 22.5.4, p. 401 14.3, p. 174; 22.2.1, p. 362 II, p. 104; 14.2. p. 172; 21, p. 300 13.1, p. 121; 14.3.4, p.195; 22, p . 333 8, p. 67; 22.5.4, p . 401 14.3, p. 175; 15, p. 209; 22.8, p. 414 20.3, p. 285; 22.8, p. 416 18.3, p. 240; 22.8.2, p. 429 14, p. 162 6, p. 59; 8, p. 69; 14.1, p. 165 10.1, p. 86; 14.1, p. 167; 21, p. 301 13.5.3, p. 159; 14.3.4, p. 195; 20.1, p. 262; 22, p. 334 18.3, p. 241 ; 22.8.2, p. 430 19, p. 251; 22.9, p. 436 13.5.1, p. 152; 20.1, p. 267; 20.3, p. 282; 22.4, p. 376 13.5, p. 147; 13.5.2, p. 157; 20.3, p. 284; 22.4.1, p. 380 11, p. 101; 21, p. 294 10.1, p. 80; 14.2, p . 169; 21, p . 292 1.2, p. 15; 5, p. 4 8 ; 20.1, p. 263; 22.8, p. 414 14.4.1, p. 206; 22.8.1, p. 419 9, p. 73; 11, p. 101; 21.1, p. 307 10.2, p. 92; 11, p. 101; 22.5.1, p . 391 1.2, p. 14; 19, p. 248; 22.8, p. 413 4, p. 46; 13.4, p. 142; 19, p. 253; 22.8, p. 417 I.2, p . 14; 19, p. 248; 22.8, p. 413 6, p . 56; 20.1, p . 267; 22.8.1, p. 421

1976 1976 1976 1976 1976 1976 1976

20.1, p. 276; 22.8, p. 418 13.5.1, p. 152; 20.1, p. 267; 22.4.1, p. 380 16, p. 215; 22.8, p. 416 14.2, p. 171 5, p. 51; 22.1, p. 344 II, p. 101; 21, p. 294 14.3, p. 179; 22.7, p. 412

(b) 73 K 3 5 1976 (b) 76 K127 1976 (a) 37 127 1976 (a) (b) (a) (a) (b) (b) (a) (a) (a) (a) (b) (a) (a) (a) (a) (b) (b) (a) (a) (b) (b) (a) (a) (a) (b) (b) (a) (b)

34 74 38 33 76 76 35 35 33 37 75 36 37 35 37 74 77 34 38 73 73 34 36 35 74 76 38 73

583 217 K159 715 223 623 315 371 K91 K93 K173 K9 133 735 329 323 693 307

1976 1976 1976 1976 1976 1976 1976 1975 1976 1976 1976 1976 1976 1976 1976 1976 1976 1976 4 3 3 1976 327 1976 K 1 3 (1976) 651 1976 K 3 3 1976 K 1 6 1 1976 K 1 0 1 1976 695 1976 611 1976 541 1976

M . ROSENZWEIG

(a) 36 (a) 35 (b) 75

617 1976 K 8 9 1976 137 1976

M . RÖSLER

(b) 75

633 1976

P . ROSEMANN H . ROSENBEEGER

V . I . ROSLYAKOV P . L . ROSSITER K.

RÖSSLEB

A . ROST S. J . ROTHMANN M. ROULET J . J . ROUSSEAU M . ROUSSEAU A. P.

ROY

D . R O Y CHAUDHUEI L . D . ROZENSHTEIN I . RÜCKMANN

Yu.

V. RUD

V. RUDAT J . RÜDIGER A. S. RUDNEV I. M. RUDNIK

(a) (b) (b) (a) (a) (a) (b) (b) (b) (b) see u n d e r (b) (b) (a) (b) (a) (a) (a)

35 K 2 3 74 785 74 193 33 143 35 K 1 3 35 97 625 73 195 77 73 625 75 K 3 1 letter " C ' 78 K 5 9 213 75 36 K 5 1 77 K 6 3 38 K 4 5 35 K 2 3 37 199

497

498

Author Index

P . RTJDBA K.

RUEBENBAUER

R . RUGGERI L . RUGGIERO W . RÜHLE

(b) 75, 145 (b) 74, K165 (b) 75, K93 (a) 36, 569 (b) 73, 255

(1976) (1976) (1976) (1976) (1976)

P . RTJNOW

(b) 78, (a) 38, (a) 33,

311 (1976) 781 (1976) 135 (1976)

W . RTJPPEL

(a) 33,

195 (1976)

R . RTJPPIK A . P . RTJSAKOV

(b) 75, (b) 74, (b) 75,

471 (1976) 647 (1976) 73 (1976)

L . RUSINIAK

(b) 78,

265 (1976)

E . RUSKE

(a) 35, 477 (a) 35, K113 (a) 37, 295 (a) 35, K173 (b) 76, 437 (b) 76, 427 (b) 78, K89 (b) 74, 689

(1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976)

K21 183 575 575 K35 K7 139

(1976) (1976) (1976) (1976) (1976) (1976) (1976)

A . L . RTJOFF

R . RUSKOV

M. Russo

K . A . RUSTAMOV G . RUSZCZYNSKI G. RUYMBEEK A . V . RUZHNIKOV A . L . RVACHEV S . M . R Y AB CHEN KO P . V. RYABKO K . P . RYABOSHAPKA C. R Y B K A M . A. RZAEV H . RZEWUSKI

V . A . SAAKYAN F . SACCHETTI A . V . SACHENKO A . SADOC S . A . SADREDDINOV V . A . SAFONOV Y . SAGARA

H.SAHA V . C. SAHNI V . SAILE R . W . SAILER F.

SAINT-YVES

S . SAITO G . SAITTA A . P . SAKALAS S . G . SAKHAROVA V . M . SAKOSARENKO

(a) (b) (a) (a) (b) (a) (a)

37, 76, 35, 35, 76, 34, 38,

(a) 38, K.49 (1976) (b) 77, 309 (1976) (a) 38, 131 (1976) (b) 78, 779 (1976) (a) 33, K67 (1976) (a) 34, K77 (1976) (a) 38, 45 (1976) (a) 33, 691 (1976) (a) 37, 625 (1976) (b) 75, K31 (1976) (b) 74, 485 (1976) (a) 36, (a) 35, (a) 34, (b) 74, (a) 35, (b) 74, (a) 34,

189 533 671 317 571 471 541

(1976) (1976) (1976) (1976) (1976) (1976) (1976)

13, p. 115; 18, p. 223 5, p. 49 2, p. 38; 14.1, p.165-, 15, p. 210; 21, p. 295 14.3.4, p. 198; 22.3, p. 373 13.4, p. 134; 13.5.1, p. 149; 20.1, p. 260; 20.3, p. 280; 22.2.3, p. 367 13.1, p. 128; 20.3, p. 287; 22.2.1, p. 364 12.1, p. 109; 21.2, p. 323 1.3, p. 21; 18.1, p. 225; 18.2, p. 229; 21.1.1, p. 316 13.5.1, p. 149; 16, p. 213; 22.4.2, p. 383; 22.4.4, p. 387 13.5.1, p. 152; 20.3, p. 283 ; 22.4.3, p. 385 13.5.2, p. 157; 20.1, p. 265; 21, p. 292 4, p. 45; 12.2, p. 110; 22.1, p. 343; 22.2, p. 361; 22.4, p. 376; 22.5, p. 389 13.1, p. 128; 19, p.255; 20.1, p. 276; 22.2.3, p. 369 1.5, p. 31; 2, p. 38; 20.1, p. 269; 22, p. 337 2, p. 38; 20.1, p. 270; 22, p. 337 5, p. 50; 18.4, p. 245; 22.6, p. 407 14.2, p. 170; 21, p. 295; 22.6, p. 405 6, p. 58; 13.4, p. 140; 22.8.2, p. 429 13.4, p. 140; 20.1, p. 271; 22.4.1, p. 380 2, p. 41; 18, p. 224; 20, p. 259; 22, p. 342 13.1, p. 123; 14.4.1, p. 206; 20.1, p. 266; 22.8.1, p. 420 16, p. 216; 22.4.2, p. 383 19, p. 252; 22.5.3, p. 400 10.1, p. 82; 12.1, p. 108 10.1, p. 82; 12.1, p. 108 10.2, p. 93; 22.9, p. 437 13.4, p. 137; 14.3.3, p. 190; 22.2.3, p. 367 1.2, p. 19; 11, p. 104; 22.1.2, p. 357 8, p. 71; 15, p. 211; 22.2.4, p. 371 18.2, p. 234; 21.1, p. 311 11, p. 104; 14.3.3, p. 194; 22.1.2, p. 357 6, p. 64; 10.2, p. 98; 13.4, p. 145; 20.1, p. 278; 22.5.2, p. 398 14.3.1, p. 183; 14.3.2, p. 187; 22.9, p. 433 14.3.1, p. 183; 22.9, p. 435 10.2, p. 97; 14.3, p. 18&.; 22.1.2, p. 357 1.5, p. 31; 2, p. 36; 22.7, p. 410 13.3, p. 133; 14.3.3, p. 193; 16, p. 216; 22.1.2, p. 357; 22.2.1, p. 364; 22.4.3, p. 386 6, p. 56; 20.1, p. 267; 22.8.1, p. 421 13.1, p. 122; 13.5.1, p.151; 20.1, p. 265; 23, p. 440 12.2, p. Ill; 14.4.1, p. 207; 22.8, p. 416 13.4, p. 139; 14.3.3, p. 191; 22.1.2, p. 354 18.3, p. 240; 19, p. 250; 22.8.2, p. 428 13.4, p. 136; 20.1, p. 264; 22.5.2, p. 393 13.4, p. 139; 14.3, p. 177; 22.8, p. 415 13.2, p. 130; 21, p. 292 14.2, p. 169; 21, p. 293

Author Index 0 . V . SAKSAGANSKII

(a) 36,

L . G . SAKVARELIDZE

(a) 37, K71 (1976) (b) 73, K69 (1976) (a) 34, K115 (1976) (a) 36, 779 (1976) (b) 77, 373 (1976) (a) 38, K27 (1976) 39 (1976) (a) 37, (a) 38, 177 (1976) (a) 33, K165 (1976) (a) 37, K.187 (1976) (a) 33, 783 (1976) (a) 36, 117 (1976) 55 (1976) (b) 76,

E. Y.

SALAEV

E . Y U . SALAEV N . M. SALANSKII R . SALCHOW M.SALEEM N.SALEH J.

SALIK

E.

SALJE

A . N . SALUGIN R. J.

SALZBRENNER

V . V . SAMABTSEV J. R. K.

SAMBLES

SAMINADAYAR

A.SAMO6

(b) (a) (a) (a)

75, 36, 36, 37,

73 (1976)

155 679 735 271

(1976) (1976) (1976) (1976)

M.SAMOC

(a) 36, (a) 37,

735 (1976) 271 (1976)

A . G . SAMOILOVICH

(b) 75 (b) 73, (a) 34,

299 (1976) 455 (1976) 615 (1976)

A . A . SAMOKHVALOV G. SAMUEL Y u . M. SANDLER N. K.

SANYAL

G . V . SAPARIN M . N . SAPOZHNIKOV R . S . SARASWAT R . M. SARDARLY C. M . SARGENT K. K. S. K .

SARKAR SARKAB

S . E . SARKISOV

V . K H . SARKISOV J.

SARKOZI

G . SARRABAYROXJSE T. SASAKI D. H.

SASTRY

M.SATHE R.

SATI

H.

SATO

T . SATOW G. A . SAUNDERS N . I . SAVATEEV M . M . SAVIN

(b) (a) (a) (b)

74, K.85 (1976) 35, 387 (1976) 35, K 5 (1976) 11 (1976) 75,

(b) 78, K73 (1976) (a) 34, K115 (1976) (a) 33, 281 (1976) (b) 75, 101 (1976) (b) 11, 329 (1976) (a) 33, 737 (1976) (a) 34, K109 (1976) (a) 36, K25 (1976) (a) 37, K i l l (1976) (a) 36, K105 (1976) (a) 37, K105 (1976) (a) 34, 339 (1976) (a) 33, 173 (1976) (a) 36, 453 (1976) (b) 73, 353 (1976) (b) 73, 723 (1976) (a) 33, 691 (1976) (a) 33, 367 (1976) (a) 37, K165 (1976) (a) 35, 747 (1976) (a) 38, 761 (1976)

499

13.3, p. 1 3 2 ; 14.3.2, p . 188; 20.3, p . 2 8 5 ; 2 2 . 2 . 1 ,

p. 363 3, p. 43; 22.2.4, p. 371 13.5.1, p. 149; 20.1, p. 261; 22.8, p. 413 6, p. 56; 20.1, p. 266; 22.8, p. 414 18.4, p. 245; 19, p. 253; 22.8.1, p. 423 13, p. 118 20.3, p. 288; 22.4, p. 377 14.3.3, p. 193; 16, p. 216; 22.2.3, p. 368 2, p. 40; 11, p. 104; 22, p. 341 7, p. 65; 20.1, p. 263; 22.8, p. 413 13.1, p. 128 ; 14.3, p. 180 ; 20.1, p. 275; 22.6, p. 408 1.2, p. 15; 5, p. 48; 22.8.2, p. 427 10.1, p. 83; 21.1.1, p. 319 13.4, p. 140; 20.1, p. 270; 20.3, p. 284; 22.8.1, p. 422 19, p. 250; 21, p. 293 13.3, p . 133; 14.3.3, p . 192; 22,1.2, p . 3 5 6

13.4, p. 142; 14.3.4, p. 198; 14.4, p. 203 13.4, p. 142 ; 14.3.4, p. 199; 14.4, p. 204; 22.9, p. 438 13.4, p. 142; 14.3.4, p. 198; 14.4, p. 203 13.4, p. 142; 14.3.4, p. 199; 14.4, p. 204; 22.9, p. 438 14.3, p. 176; 22.1.1, p. 346 18.2, p. 229; 22.8.2, p. 426 10.2, p. 91; 13.4, p. 137; 19, p. 250; 20.1, p. 266; 22.5.2, p. 394 6, p. 55; 10, p. 75 2, p. 37; 18, p. 223; 22.9, p. 436 20.3, p. 283; 22.4.1, p. 380 6, p. 5,2; 13.4, p. 134; 20.1, p. 260; 20.3, p. 280; 22.9 p. 433 19, p. 256; 22.8.1, p. 424 6, p. 56; 20.1, p. 266; 22.8, p. 414 1.3, p. 21; 12.1, p. 107; 21.1, p. 303 6, p. 56; 22.6, p. 404 4, p. 46; 22.5.2, p. 396 2 0 . 1 , p . 2 6 3 ; 20.2, p.279; 20.3, p . 281; 22.8,

p. 413 20.2, p. 279; 20.3, p. 282; 22.8.2, p. 428 14.3.4, p . 198; 22.8.1, p . 4 2 2 14.3.4, p . 198; 2 2 : 8 . 1 , p . 4 2 2

10.2, p. 94; 14.4, p. 203; 22.5.2, p. 396 14.3.2, p . 1 8 8 ; 14.3.3, p . 193

17, p. 218; 19, p. 249; 22.8.1, p. 420 10.1, p. 78; 21, p. 289; 21.1, p. 302; 21.3, p. 324 13, p . 118; 14.3.4, p . 198; 22, p . 3 3 9

10.2, p. 87; 13.4, p. 134; 22.5.2, p. 392 13.2, p. 130; 14.1, p. 164; 21, p. 290 1.5, p. 31; 2, p. 36; 22.7, p. 410 12.2, p. 110; 22.1, p. 343; 22.2, p. 361; 22.4, p. 376 1.2, p. 19; 5, p. 50; 21, p. 299 10.1, p. 82; 12.1,p. 108;21.1,p. 308;21.3,p. 324 10.1, p. 86; 21, p. 301; 21.1, p. 315; 21.3, p. 325; 21.6, p. 331

Author Index

500

(a) 34, 319 (a) 37, K165 (b) 73, 317 (b) 77, K l (b) 77, K l (a) 34, 651 (a) 36, K33 (b) 73, K115 (b) 75, K167 (b) 74, 711 (b) 75, 173

1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976)

A.SCHARMAHN

(b) 75, 647 (b) 78, 139 (b) 74, 785 (b) 76, K63 (a) 35, 79 (a) 33, K121 (a) 38, K107 (a) 34, 297

1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976)

H.SCHAUMBURG

(a) 34, K173 1976)

D . SCHEERLINCK

(b) 73, 223 1976) (a) 35, 511 1976) (b) 75, 465 1976) (a) 33, K9 1976) (a) 38, 569 1976) (b) 74, K101 1976) (a) 37, K151 1976) (a) 33, 217 1976) (b) 75, 303 1976) (b) 77, 295 1976) (b) 78, 737 1976)

E . M . SAVITSKII A . M . SAVVINOV B . SAWICKA J . SAWICKI G . SBERVEGLIERI

C. M . SCALA P . J . SCANLON

H. E. ScHAEFER

L . M . SCHAFE M . SCHÄFER

C. ScHAFFRIN F . W . SCHAPINK

L . SCHENK C.SCHERER G . SCHIFFMACHER P . SCHILLER W . SCHILLER A.SCHLACHETZKI W . SCHLENK M . SCHLÜTER

D . SCHMID P H . SCHMID B . SCHMIDT D . SCHMIDT G . SCHMIDT

H . H . SCHMIDT W . SCHMIDT W . D . SCHMIDT R . SCHNAKIG

E . SCHNEIDER G . SCHNEIDER H . A . SCHNEIDER J.

SCHNEIDER

(b) (b) (b) (a) (a) (b)

74, 609 73, 587 76, 307 36, 617 33, 143 76, K47

1976) 1976) 1976) 1976) 1976) 1976)

(a) 36, K85 1976) 87 1986) (b) 73, (a) 84, K147 1976) (a) 36, K153 1976) (b) 77, 657 1976) (b) 78, 543 1976) (b) 74, 261 1976) (b) 74, K75 1976) (a) 36, K165 1976) (b) 73, 533 1976) (b) 74, 169 1976) (a) 36, K59 1976)

8, p. 68; 10.1, p. 80; 21.1, p. 305 I.2, p. 19; 5, p. 50; 21, p. 299 18.4, p. 242; 19, p. 247; 22.8.2, p. 426 5, p. 50; 22.1.2, p. 356 5, p. 50; 22.1.2, p. 356 14.3, p. 175; 15, p. 209; 22.8, p. 414 20.3, p. 285; 22.8, p. 416 10.2, p. 89; 19, p. 248; 22.6, p. 403 19, p. 251; 22.8, p. 415 II, p. 101; 21, p. 292 10.1, p. 81 ; 11, p. 101-, 14.1, p. 165; 18.2, p. 231; 21.1, p. 307 11, p. 102; 18.2, p. 232; 21.1, p. 308 11, p. 104; 18.2, p. 235; 21.1, p. 313 10.1, p. 80; 14.2, p. 169; 21, p. 292 4, p. 46; 20.1, p. 271; 22.2, p. 361 9, p. 72; 14.4, p. 202; 22.8.1, p. 421 1.4, p. 26; 10, p. 75 1.4, p. 30; 21, p. 301 1.6, p. 34; 13.3, p. 218; 17, p. 218; 22.6, p. 403 10.2, p. 92; 13.4, p. 138; 20.1, p. 266; 22.1.1, p. 346 18.1, p. 225; 18.4, p. 242; 22.8.2, p. 426 14.3.4, p. 197; 22.2.3, p. 368 8, p. 68; 18.1, p. 226 10.2, p. 88; 22.6, p. 402 10.1, p. 86; 21, p. 301 14, p. 162 14.3.3, p. 193; 22.2. 1, p. 364 17, p. 218; 21, p. 290 13.1, p. 124; 20.1, p. 267; 22.7, p. 411 13.1, p. 127; 22.5.1, p. 391 4, p. 47; 13.1, p. 129; 20.1, p. 278; 22.5, p. 390 13.5.1, p. 152; 19, p. 250; 22.8.1, p. 420 6, p. 54; 20.1, p. 262; 22.5, p. 388 8, p. 69; 13.1, p. 125; 14.2, p. 170; 21, p. 296 18.3, p. 241 ; 22.8.2, p. 430 14.4.1, p. 206; 22.8.1, p. 419 1.2, p. 17; 12.2, p. Ill; 14.4, p. 203; 22.8.1, p. 422 1.2, p. 18; 7, p. 65; 22.8, p. 416 1.1, p. 10 1.1, p. 11; 22.2.4, p. 370 14.2, p. 170; 14.3.3, p. 193; 22.6, p. 406 13.4, p. 143; 18.1, p. 227; 19, p. 254 13.4, p.145; 18.1, p. 227; 19, p. 255; 20.1, p. 277; 22.5, p. 390 10.1, p. 79; 14.2, p. 169; 21, p. 291 13.2, p. 130; 14, p. 162; 19, p. 249; 22.7, p. 410 6, p. 60; 8, p. 70; 22.1.2, p. 356 13.4, p. 135; 19, p. 248; 20.1, p. 261; 20.3, p. 280; 22.8.2, p. 426 13.4, p. 136; 19, p. 248; 22.8, p. 414 1.3, p.23; 18.2, p. 233; 21.1, p. 309; 21.1.1, p. 320

501

Author Index (a) 36, K77 [1976) V. T. G. D. H.

E . SCHNEIDER SCHOBER SCHOECK W . SCHOENFELD W . SCHÖPGENS

M . SCHOTT K . D . SCHOTTE J . SCHREIBER

G.SCHROEDER M . SCHUBERT E . SCHUBERTH W.SCHULE E . SCHULLER D . SCHULTZE W . SCHULZ K . - R . SCHULZE F . SCHUSZTER C. E. P. N.

SCHWAB SCHWAB SCHWELLINGER SCHWENTNER

(b) 77, K103 1976) (a) 35, 61 1976) (a) 33, 673 1976) (a) 38, 539 1976) (a) 34, 255 1976) (a) 33, 135 1976) (b) 77, K119 1976) (a) 34, 593 1976) (b) 74, K125 1976) (b) 78, 199 1976) (b) 78, 577 1976) (a) 84 623 1976) (a) 33, 149 1976) (b) 76, 301 1976) (b) 78, 689 1976) (b) 76, 759 1976) (b) 78, 123 1976) (a) 33, 737 1976) (b) 78, 183 (b) 75, 493 (a) 38, K123 (b) 76, 363 (b) 76, 547 (a) 36, 335 (b) 74, 485

1976) 1976) 1976) 1976) 1976) 1976) 1976)

(a) 34,

263 1976)

C . H . SEAGER

(b) 75,

289 1976)

E . A . SECCO A . SEEGER

(a) 33, 427 1976) (b) 73, 131 1976) (b) 75, 361 1976) (a) 36, 579 1976) (b) 74, 145 1976) (a) 36, 39 1976) (a) 33, 247 1976) (a) 37, 313 1976) (a) 33, 205 1976) (a) 36, 779 1976) (b) 75, 233 1976) (a) 33, K63 1976) (a) 33, K i l l 1976) (b) 77, 329 1976) (b) 75, 213 1976) (b) 75, 553 1976)

D . B . SCOTT

M . S . SEEHRA V . SEETHABAMAN Y . SEGUI H . K . SEHGAL T . SEIDENKRANZ V . N . SELEZNEV G. Y A . SELYUTIN G . K . SEMIN S . SENGUPTA M.SENONER W.SENSKE V . V . SERDYUK Y . M . SERGEEVA R.SERNEELS J . SERUGHETTI

33

physica, Keg.-Bd. 9

(a) 33, K145 1976) (a) 37, 199 1976) (b) 74, 359 1976) (a) 33, 405 1976) (a) 36, 637 1976) (a) 37, 263 1976)

1.3, p. 23; 18.2, p. 233; 21.1, p. 310; 21.1.1, p. 320 14, p. 163 1.2, p. 16; 22.5, p. 389; 22.5.4, p. 401 1.2, p. 14; 1.4, p. 25; 10.1, p. 79; 21, p. 291 10, p. 77 13.1, p. 122; 20.1, p. 264; 22.2.4, p. 370 1.3, p. 21; 18.1, p. 225; 18.2, p. 229; 21.1.1, p. 316 14.3, p. 180; 22.9, p. 438 14.1, p. 165; 21, p. 293 2, p. 37; 18.2, p. 231 2, p. 40; 13, p. 119 2, p. 41; 13, p. 119; 22, p. 341 10.1, p . 8 1 ; 18.2, p. 231; 20, p. 258; 21.1, p. 306 13.1, p. 121; 20.1, p. 261; 22.1.3, p. 359 1.2, p. 17; 6, p. 58; 20.3, p. 284; 23, p. 440 9, p. 74; 10.1, p. 86; 21.1, p. 314 13.5, p. 147; 20.1, p. 272; 22.6, p. 406 6, p. 62; 20.1, p. 275; 22.6, p. 408 20.1, p. 263; 20.2, p. 279; 20.3, p. 281; 22.8, p. 413 1.6, p. 34; 22.5.2, p. 397 13.1, p. 124; 22.2.4, p. 370 10.1, p. 86; 14.1, p. 168; 21, p. 301; 21.1, p. 315 19, p. 252; 22.8, p. 416 13.5.1, p . 154; 2 0 . 1 , p . 2 7 1 ; 2 2 . 5 , p . 3 8 9

18.2.1, p. 237; 21.1.1, p. 320 13.1, p . 1 2 2 ; 13.5.1, p . 1 5 1 ; 2 0 . 1 , p . 2 6 5 ;

23,

p. 440 14.3.2, p . 1 8 7 ;

14.3.3, p . 1 9 0 ;

14.3.4, p. 196;

22.1.2, p. 352 9, p. 72; 14.3, p. 176; 22.1.1, p. 347; 22.1.2, p. 353 1.2, p. 14; 8, p. 67; 14.4, p. 202; 22.5.4, p. 401 9, p. 72; 10, p. 75 9, p. 72; 10, p. 76 10.1, p. 83; 18.2, p. 234; 21.1.1, p. 320 19, p. 248; 22.5, p. 388 1.3, p. 23; 1.4, p. 27; 21, p. 296 14.3.1, p. 183; 14.3.2, p. 187; 22.9, p. 433

1.2, p. 18; 1.5, p. 32; 2, p. 40; 22.1.1, p. 348 12.1, p. 107; 21.1, p. 302; 21.3, p. 324 18.4, p. 245; 19, p. 253; 22.8.1, p. 423 5, p. 49; 18, p. 223 19, p. 247; 22.9, p. 433 19, p. 248; 22.9, p. 434 4, p. 46; 22.5.2, p. 396 13.5.1, p. 152; 20.1, p. 2 6 7 ; 22.4.1, p. 380

13.5.2, p. 157; 14.1, p. 165; 20.1, p. 268; 21.7, p. 332 13.4, p. 136; 16, p. 213; 22.4.2, p. 383 14.3, p. 179; 22.7, p. 412 1.1, p. 11 10.2, p. 88; 22.8.1, p. 419 10.2, p. 94; 22.8.1, p. 423 10.2, p. 95; 12.2, p. 112; 22.8.1, p. 423

502

Author Index

S . I . SHAKHOVTSOV

b) 77, K171 1976) a) 34, K187 1976) a) 34, K35 1976)

U . A . SHAKIROV

a) 37,

A. N.

SHALYGIN

V. F.

SHAMRAY

b) b) b) a) b) b) b) b) b) b) a) a) b) b) b) b)

78, 77, 73, 37, 76, 76, 78, 78, 76, 78, 36, 34, 75, 75, 73, 73,

b) b) b) a) a) a) a) b) b) b) b)

74, 523 1976) 76, K89 1976) 73, 431 1976) 38, 151 1976) 38, 675 1976) 33, 765 1976) 34, 397 1976) 76, 413 1976) 75, 105 1976) 78, 325 1976) K 1 1976) 78,

b) b) a) b) b) a) a) a) b) b) a) a) a) b) a) b) b)

73, 75, 38, 74, 77, 37, 37, 36, 73, 74, 35, 38, 36, 76, 35, 76, 74,

S . M . SHAHINYAN S. N.

L. I.

SHAKHMAEV

SHANSKII

Y U. P .

SHARKEEV

K . C. SHARMA

N.

D.SHARMA

R.

V.SHARMA

V I J E N D E R SHARMA Y. K.

SHARMA

G. R .

SHARP

G.

SHARP-DENT

M. I.

SHEBOUL

S. S. SHEININ

M. K .

SHEINKMAN

D. I.

SHEKA

E. F.

SHEKA

I. Yu.

SHELESTINA

Y. R.

SHEN

T. D.

SHERMERGOR

SHI-YU

WU

M . SHIGA A. YA.

SHIK

T . SHIMIZU B. K.

SHISHEDIEV

T . SHISHIDO E . V . SHITOVA B . I.

SHKLOVSKII

O. I.

SHKLYAREVSKII

G. M. SHMELEV S . Z. SHMURAK

CHAN M I N SHON V . S.

K85 K129 415 701 337 K75 K93 K125 K75 K93 269 K87 607 155 165 475

K145 303 375 349 K5 K33 K89 53 K19 K39 709 453 81 475 49 811 753

1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976)

1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976)

a) 35, 181 1976) see under etter ' C" SHPINEL b) 78, 103 1976) SHRIVASTAVA b) 78, 749 1976)

K . A . SHOAIB

K . N.

681 1976)

13, p. 119; 20.1, p. 274 ; 22, p. 340 10.1, p. 81; 21, p. 293; 21.6, p. 330 11, p. 101; 13.3, p. 132; 14.3.3, p. 191; 22.1.2, p. 353 9, p. 74; 11, p. 104; 14.3.2, p . 1 8 8 ; 22.1.2, p. 357 ' 18.1, p. 227; 18.2, p. 236; 22.8.2, p. 431 14.2, p. 171; 22.8, p. 417 13.5.1, p. 149; 20.1, p. 261; 23, p. 440 1.3, p. 24; 10.1, p. 84; 21.1, p. 312 18.2, p. 233 2, p. 39; 13, p. 118; 21.2, p. 323 2. p. 41; 22.5, p. 390 5, p. 51; 6, p. 64; 21.1, p. 314 2, p. 39; 13, p. 118; 21.2, p. 323 2, p. 41; 22.5, p. 390 14.3.3, p. 192; 14.3.4, p. 198; 22.2.1, p. 363 14.3.3, p. 191 19, p. 251; 22.5, p. 389 19, p. 250; 21, p. 293 13.5.1, p. 149; 22.5, p. 388 13.1, p. 121; 13.5.1, p. 150; 20.1, p. 261; 20.3, p. 280; 22.5, p. 388 13.5.1, p. 151 ; 20.3, p. 282; 22.5, p. 388 13.5.1, p. 154; 22.4.1, p. 381 1.1, p. 10; 21, p. 290; 21.6, p. 329 1.4, p. 28; 21.1, p. 313 1.4, p. 29; 21.1, p. 314 10.2, p. 89; 14.3, p. 174; 22.4.1, p. 379 10.2, p. 90; 14.3, p. 174; 22.4.1, p. 379 13.1, p. 125; 14.4, p. 203; 22.2, p. 361 6, p. 56; 20.1, p. 267; 22.9, p. 435 6, p. 63; 20.1, p. 276; 22.9,1'p. 438 6, p. 63; 13.4, p. 144; 20.1, p. 276; 20.3, p. 287; 22.9, p. 439 18.4, p. 242 13.1, p. 124; 20.1, p. 267; 22.7, p. 411 12, p. 106 6, p. 55; 10, p. 75 6, p. 60; 10, p. 76 18.2, p. 235; 21.1, p. 311; 21.1.1, p. 321 5, p. 50; 18.2, p. 235; 21.1, p. 311 ; 21.1.1, p. 321 14.3.1, p. 184; 16, p. 215; 22.2.1, p. 363 2, p. 35; 19, p. 247; 20.1, p. 261; 22, p. 333 2, p. 36; 13, p. 115; 22.3, p. 372 9, p. 73; 22.9, p. 436 1.1, p. 13; 1.4, p. 29; 22.1.1, p. 350 1.5, p. 31; 2, p. 39; 11, p. 102; 22.1.2, p. 355 14.1, p. 165; 14.4, p. '203 14.3.3, p. 191; 22.6, p. 404 14.3, p. 179 10.2, p. 90; 13.5.1, p. 152; 20.3, p. 282; 22.5.2, p. 394 1:2, p. 16; 22.6, p. 404 5, p. 50; 18.2, p. 235; 18.4, p. 245; 21.4, p. 327 6, p. 64; 18.2, p. 236; 22.5.4, p. 401

Author Index E . L . SHTRUM M . M . SHUKLA

Y U . M . SHULGA S . G . SHULMAX L . A . SHUVALOV Y u . M . SHVARTS I . S H Y - Y I H WANG S . K . SLDOROV

J . H Ö N E E ZU E . SIEGEL

W . SIEGEL K . E . SIEKIERSKA D . SIEMERS K . SLERAKSKI J . D . SLEVERT E . SIGMUND V . I . SLLANTEV E . A . SILINSH

A . SIMON J . P . SIMON M . I . SLMONOVA Z. SIMS A J . SIMSOVA

G. SINGH K . SINGH K . P . SINGH NAWAB SINGH R . K . SINGH R . N . SINGH SATBIR SINGH S . R . SINGH V . P . SINGH R . M . SINGRU NGO DUONG S I N H A . P . B . SINHA O. P . SINHA

33«

765 397 371 433

(1976) (1976) (1976) (1976)

b) 73, 335 (1976) b) 73, K137 (1976) b) 75, K153 (1976) a) 36, K85 (1976) a) 35, K65 (1976) b) 77, 295 (1976) a) 33, K83 (1976) b) 76, K113 (1976)

a) 38, 57 (1976) a) 38, 433 (1976) a) 38, K147 (1976) S I E D E R D I S S E N see under letter " H b) 77, 229 (1976)

V . SIEGEL

R . SLNON

a) 33, a) 34, b) 76, b)77,

a) 34, K203 (1976) a) 35, 269 (1976) a) 36, 491 (1976) b) 74, 183 (1976) a) 34, 547 (1976) b) 77, K91 (1976) a) 37, 205 (1976) b) 76, 325 (1976) b) 74, 471 (1976) a) 34, 747 (1976) b) 75, 247 (1976) b) 74, a) 38,

297 (1976) 207 (1976)

b) 73, 455 a) 34, 639 a) 33, K133 a) 34, 639 a) 38, K163 a) 36, 699 a) 37, 139 a) 36, 591 b) 78, 677 b) 76, K39 b) 78, 677 b) 78, K45 a) 38, 355 a) 36, 699 a) 37, 139 b) 78, 381 b) 74, K161 a) 37, 533 b) 73, 651 a) 38, 73 a) 33, 661 a) 36, 235

(1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1(976) (1976) (1976) (1976) (1976)

503

10.2, p. 89; 14.3, p. 174; 22.4.1, p. 379 10.2, p. 90; 14.3, p. 174; 22.4.1, p. 379 6, p. 58; 21.6, p. 330 6, p. 61; 21, p. 298; 21.1, p. 312; 21.5, p. 328; 21.6, p. 331 13, p. 113; 17, p. 218; 20, p. 257; 22.9, p. 433 13.1, p. 122; 20.1, p. 262; 21.4, p. 326 20.1, p. 269; 21, p. 295 I.2, p. 18; 7, p. 65; 22.8, p. 416 14.3.1, p. 184; 22.1.1, p. 347 13.1, p. 127; 22.5.1, p. 391 18.3, p. 239; 22.8.2, p. 427 18.2, p. 234; 18.4, p. 244; 21.1, p. 310; 21.1.1, p. 320 II, p. 104; 18.3, p. 241; 22.8.2, p. 431 11, p. 104; 14.2, p. 172; 21, p. 300 11, p. 105; 18.3, p. 241; 22.8.2, p. 432 18.2.1, p. 238; 19, p. 254; 21.1, p. 310; 21.1.1, p. 320 1.6, p. 34; 17, p. 218; 22.6, p. 404 6, p. 56; 13.4, p. 139; 14.3, p. 176; 22.8, p. 415 6, p. 59; 14.3, p. 179; 22.8, p. 417 5, p. 48; 22.5.2, p. 393; 22.5.3, p. 399 18.2, p. 231; 21, p. 293 13.1, p. 128; 22.4.4, p. 387 18.2, p. 235; 21.1.1, p. 320 6, p. 58; 13.4, p. 140; 20.1, p. 270 13.2, p. 130; 21, p. 292 13.4, p. 138; 14.3.4, p. 197; 22.9, p. 435 13.3, p. 132; 14.3.3, p. 191; 16, p. 214; 22.9, p. 436 8, p. 67; 18.4, p. 242; 20.1, p. 264; 22.8.1, p. 420 10.1, p. 85; 13.4, p. 144; 21, p. 300; 21.2, p. 323 18.2, p. 229; 22.8.2, p. 426 18.3, p. 240; 22.8.2, p. 428 18.3, p. 239; 19, p. 248; 22.8.2, p. 427 18.3, p. 240; 22.8.2, p. 428 18.3, p. 241; 19, p. 256; 22.8.2, p. 432 1.4, p. 28; 3, p. 43; 22.3, p. 373 1.1, p. 12; 12.2, p. Ill; 22.3, p. 373 14.3.1, p. 185; 14.3.4, p. 198; 22.6, p. 406 6, p. 64; 20.1, p. 277; 22.5.1, p. 391 10.2, p. 93; 20.1, p. 271; 22.5.2, p. 395 6, p. 64; 20.1, p. 277; 22.5.1, p. 391 2, p. 40; 14.1, p. 167; 21.2, p. 323 14.3.1, p. 185; 14.4, p. 204; 22.9, p. 439 1.4, p. 28; 3, p. 43; 22.3, p. 373 1.1, p. 12; 12.2, p. Ill; 22.3, p. 373 6, p. 63; 8, p. 71; 12.1, p. 109; 21.2, p. 323 13.1, p. 123; 22.1.1, p. 346 13.3, p. 133; 14.3.2, p. 188; 22.1.2, p. 357 13.1, p. 121; 17, p. 218; 22.6, p. 403 10.2, p. 97; 13.4, p. 144; 20.3, p. 287; 22, p. 341 14.3.2, p. 187; 14.3.3, p. 190; 22, p. 334 14.3.2, p. 188; 14.3.3, p. 192; 22.1.2, p. 355

Author Index

504 E. P. SINYAVSKII M. SLNYUKOV M. P. SLNYTJKOV D. I. SLROTA N. N. SmoTA

E. I. SmoTiNiN J . SLTEK T . N . SLTENKO J . D E SITTEK

S. SRVABAMAN J. SRVABDIÈRE J. SKÂCHA E. SKAISTYS L. SKALA M . SKIBOWSKI

E. M. SKOK T. SKOSKIEWICZ M. J. SKRINJAB A. SLEBABSKI M. SLJUKIÓ I. SH. SLOBODETSKII T. SLUPKOWSKI V . SMÌD

I. A. SMIRNOV L . I . SMERNOV G . P . SMERNOV A T . A . SMIRNOV A T . V . SMIRNOV A A . W . SMITH B . E . SMITH J . H . SMITH E . M. SMOKOTIN V . SNEJDAR

M.

SOB

(a) 38, 123 (1976) (b) 77, K39 (1976) (b) 78, K19 (1976) (a) (b) (b) (a) (a) (a) (b) (a)

38, 77, 73, 35, 35, 36, 73, 34,

349 K.143 K135 K23 223 K157 527 615

(1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976)

(b) (a) (b) (b) (b)

76, 77 (1976) 38, K143 (1976) 75, K23 (1976) 74, K177 (1976) 74, 485 (1976)

(b) 75, 423 (1976) (a) 35, 755 (1976) (a) 37, K163 (1976) (b) 74, 103 (1976) (a) 36, K171 (1976) (a) 34, K91 (1976) (b) 73, K9 (1976) (a) 34, 657 (1976) (b) 74, K169 (1976) (b) 73, K137 (1976) (b) 75, K153 (1976) (b) 76, K27 (1976) (a) 33, 67 (1976) (b) 73, K135 (1976) (a) 37, K.173 (1976) (a) 37, K37 (1976) (b) 77, K97 (1976) (a) 34, 117 (1976) (a) 38, K167 (1976) (a) 33, K43 (1976) (a) 34, K47 (1976) (a) 34, 505 (1976) (b) 73, K1 (1976)

J . SOBHANADRI

(a) 36, K133 (1976) (a) 38, 647 (1976)

A . A . SOBOL

(a) 35,

645 (1976)

H . SODOLSKI

(a) 34, (b) 77,

657 (1976) 265 (1976)

I . A . SOKOLIK P . P . SOKOLOV N . S. SOKOLOV O . B . SOKOLOV

(b) 75, 669 (1976) (b) 76, K131 (1976) (b) 74, 81 (1976) (b) 74,

35 (1976)

14.3.2, p. 188; 14.3.3, p. 194; 22.1.2, p. 357 18, p. 224; 20.1, p. 273 13.1, p. 128; 14.3.4, p. 200; 20.1, p. 276; 22.1.1, p. 349 16, p. 217; 20.1, p. 277; 22.1.1, p. 349 7, p. 66; 18:4, p. 245 13.1, p. 121; 20.1, p. 262; 22.2,4, p. 370 11, p. 101; 21, p. 294 1.2, p. 16; 2, p. 37; 5, p. 49; 21.1.1, p. 318 13.3, p. 133; 14.3.2, p. 188; 22.2.1, p. 363 5, p. 48; 18.3, p. 239; 22.8.2, p. 426 10.2, p. 91; 13.4, p. 137; 19, p. 250; 20.1, p. 266; 22.5.2, p. 394 13, p. 116; 18.2, p. 233 2, p. 41; 14.3.1, p. 186; 22, p. 342 13.5.1, p. 152; 20.3, p. 283; 22.4.1, p. 380 13, p. 115; 21, p. 293 13.1, p.122; 13.5.1, p.151; 20.1, p. 265; 23, p. 440 13.1, p. 124; 14.3, p. 177; 22.1.2, p. 354 14.3.1, p. 184; 22.2.3, p. 368 14.2, p. 172; 21, p. 299 6, p. 54; 13.5.1, p. 150 8, p. 70; 18.2, p. 234; 21.4, p. 327 1.1, p. 11; 22.1.1, p. 346; 22.8, p. 414 1.1, p. 10 14.3, p . 1 7 5 ; 22.9, p. 435 2, p. 37; 14.3.4, p. 196 13.1, p. 122; 20.1, p. 262; 21.4, p. 326 20.1, p. 269; 21, p. 295 14.3, p. 178; 22, p. 338 1.3, p. 21; 9, p. 72; 21, p. 289; 21.6, p. 329 13.1, p. 121; 20.1, p. 262; 22.2.4, p. 370 13.1, p. 128; 20.1, p. 275; 22.2.4, p. 371 13.4, p. 142; 19, p. 254; 22.8, p. 417 14.1, p. 166; 14.3.1, p. 185; 22.6, p. 407 1.3, p. 22; 21.1, p. 304; 21.1.1, p. 317 1.4, p. 30; 12.1, p. 109; 21, p. 301 14.1, p. 164; 18.2, p. 229; 21.1, p. 303 12.2, p. 110; 22.8.2, p. 427 13.3, p. 132; 14.3.3, p. 191; 22, p. 335 13, p.114; 21, p. 289; 21.1, p. 302; 21.1.1, p. 316; 21.6, p. 329 14.4, p. 203; 18.3, p. 241; 22.8.2, p. 430 14.3, p.182; 15, p. 212; 18.3, p. 241; 22.8.2, p. 431 13.4, p. 140; 20.1, p. 269; 20.3, p. 284; 22.8.2, p. 429 14.3, p. 175; 22.9, p. 435 13.5.1, p. 155; 14.3.1, p. 185; 16, p. 215; 20.3, p. 286; 22.9, p. 437 13.4, p. 139; 20.1, p. 268; 22, p. 337 6, p. 59; 13.5.1, p. 154 6, p. 54; 13.4, p. 136; 13.5.1, p. 150; 16, p. 214; 22.1.1, p. 345 13, p. 115; 21.1, p. 304

Author Index V . J . SOKOLOV

(a) 35,

Z H . D . SOKOLOVSKAYA

(a) 35 K177 1976) (a) 37 39 1976) (a) 38 753 1976) 505 1976) (b) 77

A . SOLIMAN A . V . SOLOMONOV B . V . SOLOVEV

37 (1976)

V . S . SOLOVEV

(a) 33

T . SOMA

(b) 7 4 (b) 76

53 1976) K67 1976) 753 1976)

(b)

78 (a) 35

229 1976) 659 1976)

(a) 37 77 77 (a) 35 (a) 36 (b) 77

653 141 739 55 509 685

K . SOMOGYI

R . S . SORBELLO V . SORIANO Z . SOUEEK

M . DE SoUZA

(b) (b)

1976) 1976) 1976) 1976) 1976) 1976)

B . SPEIT

(a) 38 (a) 36

K61 1976) 471 1976)

F . SPIEGELBERG

(b)

77

233 1976)

P . SPINDLER

(a) 37 449 1976) (a) 37 K131 1976) (a) 36 483 1976) 131 1976) (b) 77 (a) 35 719 1976) (b) 78 K45 1976) (a) 36 591 1976) (a) 38 K77 1976) 451 1976) (b) 75 (b) 75 K93 1976) K l 1976) (b) 77 (a) 38 161 1976) (a) 35 645 1976)

H . N . SPECTOR

G . SPLITT F.SPRENGER G . P . SRIVASTAVA 0 . N . SRIVASTAVA P . L . SRIVASTAVA R . S . SRIVASTAVA V . K . SRIVASTAVA J . L . STAEHLI A . STANCANELLI J . STANEK N.STARBOV B . P . STARIKOV V . I . STARTSEV G . STAUPENDAHL W . - H . STEEB R.STEGMANN E . STEINBEISS E . STEINER Y U . N . STELMAKHOV S. I . STENIN J . STERNBERK A . D . STEWART G . A . STEWART A . STEYERL J . STOEMENOS

(a) 33 (a) 38 (a) 33 (b) 7 4 (b) 78 (b) 73 (b) 73 (b) 73 (b) 75

(a) 38 (a) 33

289 383 149 K71 K39 615 K95 131 361 K103 435

1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976) 1976)

(a) 3 3 K15 1976) (a) 3 6 K119 1976) (a) 38 533 1976) (a) 3 3 531 1976) (a) 3 4 243 1976)

505

3, p. 42; 13.4, p. 138; 14.3, p. 176; 20.1, p. 268; 20.3, p. 283; 22.3, p. 372 12.2, p. 110; 22, p. 337 14.3.3, p. 193; 16, p. 216; 22.2.3, p. 368 20.3, p. 288; 22.2, p. 361 4, p. 46; 6, p. 61 ; 18.1, p. 226; 19, p. 254; 22.9, p. 438 14.2, p. 169; 21, p. 289 1.1, p. 11 ; 12.1, p. 107; 21, p. 291 6, p. 59; 12.2, p. 111; 13.1, p. 126; 22.1, p. 344; 22.1.1, p. 348; 22.1.2, p. 355 1.1, p. 13; 1.2, p. 19; 22.1.2, p. 357 13.4, p. 140; 14.3, p. 178; 22.1.2, p. 354; 22.2.2, p. 365 14.3, p. 180; 22.2.2, p. 365 6, p. 60; 7, p. 66; 14.1, p. 166 13.4, p. 143; 19, p. 254; 22.4, p. 377 10.2, p. 92; 22.1.2, p. 353 10.2, p. 94; 22.1.2, p. 355 1.2, p. 19; 6, p.61; 10.2, p. 95; 20.1, p. 274; 22, p. 340 7, p. 66 10.2, p. 94; 16, p. 215; 20.1, p. 272; 20.3, p. 285; 22.8.1, p. 423 6, p.60; 13.5.1, p.154; 20.1, p. 272; 22.4.1, p. 381 9, p. 74; 21.1, p. 312 7, p. 66; 14.2, p. 171; 21, p. 299 13.4, p. 141 ; 14.3, p. 179; 16, p. 215; 22.5, p. 389 6, p. 60; 8, p. 70 1, p. 9; 22.5, p. 389 2, p. 40; 14.1, p. 167; 21.2, p. 323 14.3.1, p. 185; 14.3.4, p. 198; 22.6, p. 406 14.4, p. 204; 22.9, p. 439 13.5.1, p. 152; 20.3, p. 283, 22.1.1, p. 347 2, p. 38; 14.1, p. 165; 15, p. 210; 21, p. 295 5, p. 50; 22.1.2, p. 356 10.2, p. 97; 14.4, p. 204; 22.5.1, p. 391 13.4, p. 140; 20.1, p. 269; 20.3, p. 284; 22.8.2, p. 429 10.1, p. 78; 21.1, p. 303 10.1, p. 85; 21.7, p. 332 13.1, p. 121; 20.1, p. 261; 22.1.3, p. 359 13, p. 115; 18.2, p. 230; 18.4, p. 243 13, p. 119; 18.2, p. 236; 18.4, p. 245 13.2,-p. 130; 14.3, p. 174; 19, p. 248; 22.7, p. 410 13, p. 114; 20, p. 257; 22.6, p. 403 9, p. 72; 10, p. 75 9, p. 72; 10, p. 76 18.3, p. 241; 22.8.2, p. 431 1.5, p. 31; 2, p. 36; 10.2, p. 88; 22.1.1, p. 345; 22.6, p. 402 18.2, p. 229; 22, p. 334 10.1, p. 83; 11, p. 103; 12.1, p. 108; 21.1, p. 310 19, p. 256; 21.1.1, p. 321 18.2, p. 229; 21.1, p. 304; 21.1.1, p. 317 1.3, p. 22; 10.2, p. 90; 22.7, p. 410

Author Index

506 S.D. Stojanoyic H. J. Stolz M. Stordeur R. Strehlow

(b) (b) (b) (b)

A. M.Strokova

(a) 35,

K. de Strooper

(a) 37,

E. E. Strumban

(a) 35,

251 (1976)

(a) 38,

77 (1976)

B. M. Strunin J . E. S t r u t t G. Stühmer M . SuEZAWA K . SuGAWARA K . Suk Z. S u l E K

Yu. SuLEYMANOV M . SÜLI

K. Sumino R. SURYANARAYAXAN T. Suski H . SÜSSMANN M . SuSZYNSKA

H. H. Sutherland A. Suzuki K. Suzuki S. Suzuki Y. Suzuki M. S. Svirskii

74, 103 (1976) 78, 277 (1977) 78, K103 (1976) 73, 541 (1976)

M. L. Swanson J. SWI4TEK J . Sworakowski V. F. Synorov B. I. Sysoev A . W . SZAFRANSK I

f

127 (1976)

(a) 34, 761 (1976) (a) 35, 551 (1976) (a) 33, 229 (1976) (b) 76, 547 (1976) (a) 37, 105 (1976) (a) 36, 263 (1976) (b) 78, K7 (1976) (a) 34, 639 (1976) (a) 38, K163 (1976) (b) 74, K5 (1976) (a) 34, K195 (1976) (a) 38, 321 (1976) (a) 36, 263 (1976) (b) 73, K137 (1976) (b) 75, K153 (1976) (a) 35, K165 (1976) (a) 36, (a) 37, (a) 34, (b) 77, (b) 74, (a) 36, (b) 76, (b) 78, (a) 38, (a) 33, (a) 33, (b) 77, (b) 77,

Y. I. Svitov

747 (1976)

K55 467 165 K53 579 K129 787 K77 K119 789 691 9

(1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976)

403 (1976)

(a) 35, K119 (1976) (a) 37, K9 (1976) (a) 33, 265 (1976) (a) 38, 285 (Î976) (a) 36, 735 (1976) (a) 37, 271 (1976) (a) 33, K161 (a) 34, K71 (a) 33, K161 (a) 34, K71 (a) 37, K163

(1976) (1976) (1976) (1976), (1976)

6, p. 54; 13.5.1, p. 150 4, p. 47; 6, p. 63; 20.1. p. 276; 22, p. 341 15, p. 212; 22.7, p. 412 13.5.3, p. 159; 14.3.4, p. 195 ; 20.1, p. 262; 22, p. 334 10.1, p.82; 12.1, p. 108; 21.1, p. 308; 21.3, p. 324 18.1, p. 226; 18.3, p. 241; 18.4, p. 245; 22.8.2, p. 430 13.4, p. 138; 16, p. 214; 20.1, p. 268; 20.3, p. 283; 22.4.1, p. 380 13.4, p. 144; 16, p. 217; 20.1, p. 276; 22.4.1, p. 382 10, p. 75 10, p. 76' 10.2, p. 87; 22.5.2, p. 392 13.5.1, p. 154; 20.1, p. 271; 22.5, p. 389 1.2, p. 18; 20, p. 258; 22.5.4, p. 401 10, p. 76 14.1, p. 167; 18.4, p. 245; 21, p. 299 18.3, p. 240; 22.8.2, p. 428 18.3, p. 241; 19, p. 256; 22.8.2, p. 432 19, p. 249; 22.8.1, p. 420 20.3, p. 282; 22.2, p. 361 9, p. 74; 11, p. 104; 22.1.2, p. 358 10, p. 76 13.1, p. 122; 20.1, p. 262; 21.4, p. 326 20.1, p. 269; 21, p. 295 1.2, p.17; 14.4.1, p. 207; 20.1, p. 270; 22.8.1, p. 422 14.3, p. 178; 22.7, p. 411 14.3, p. 180; 22.7, p. 412 10.2, p. 90; 22.5.2, p. 393 13.4, p. 142; 13.5.1, p. 155; 22.4, p. 377 13.5.1, p. 151; 20.3, p. 282; 23, p. 440 20.3, p. 285; 22.3, p. 373 13.1, p. 126; 20.1, p. 272; 22.4.3, p. 386 8, p. 71; 22.1.1, p. 349 10.2, p. 99; 22.4, p. 378 14.4.1, p. 206; 20.1, p. 263; 22.8, p. 413 1.5, p. 31; 2, p. 36; 22.7, p. 410 13, p.113; 14.1, p. 164; 14.2, p. 169; 18.2, p. 228; 18.4, p. 242; 21, p. 289 13, p. 113; 14.1, p. 164; 14.2, p. 169; 18.2, p. 228; 18.4, p. 242; 21, p. 289 17, p. 219; 21, p. 295 17, p. 220; 22.6, p. 407 6, p. 53; 11, p. 100; 21.1, p. 303 13.4, p. 144; 14.3.1, p. 185; 22.9, p. 439 13.4, p. 142; 14.3.4, p. 198; 14.4, p. 203 13.4, p. 142; 14.3.4, p. 199; 14.4, p. 204; 22.9, p. 438 14.3.2, p. 187; 14.3.3, p. 190 13.4, p. 137; 14.3.3, p. 191 14.3.2, p. 187; 14.3.3, p. 190 13.4, p. 137; 14.3.3, p. 191 14.2, p. 172; 21,.p. 299

Author

(1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976)

13.1, p. 128; 22.4.4, p. 387 18.1, p. 225 13.5.1, p. 154 ; 20.1, p. 272; 22.9, p. 437 2, p. 40; 19, p. 255; 22.8.1, p. 424 14.2, p. 172; 19, p. 256 ; 21, p. 300 19, p. 250-, 22.5.3, p. 399 14.3, H.3, p. 175 ; 15, p. 209; 22.4.2, p. 383 6 p. 58; 13.1, p. 125; %0.1, p. 271; 22, p. 338 6, p. 60; 22, p. 339 ~ í í . ¿9, IG ~ OJO. Oí) A 1 p. ~ 379; 22.6, OO ß p. ~ 403 6, p. 55; p. 249; 22.4.1, 18.2, p. 232; 18.4, p. 244; 22.8, p. 415 18.4, p. 246; 22.8, p. 418

73, 341 37, 143 34, K191 33, 85 37, 279 33, 789 33, K141 279 ( b ) 75, (a) 34, 671 (a) 33, K125 559 ( b ) 75, (a) 38, K119 391 ( b ) 73, see under letter " P " (a) 38, 453 787 ( b ) 76, (a) 36, K129 (a) 38, K l 341 ( b ) 77,

(1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976)

6, p. 53; 20.1, p. 260; 22.5, p. 388 1.5, p. 32; 22.3, p. 374 1.6, p. 34; 22.3, p. 372 14.2, p. 169; 21, p. 289 10.1, p. 84; 14.2, p. 171 14.4.1, p. 206; 20.1, p. 263; 22.8, p. 413 18.2, p. 230; 21.1, p. 304; 21.1.1, p. 317 13, p. 116; 18, p. 223 18.3, p. 240; 19, p. 250; 22.8.2, p. 428 10.2, p. 89; 20.3, p. 281; 22.6, p. 403 2, p. 38; 13, p. 116; 21.1, p. 307; 21.7, p. 332 10.2, p. 99; 22.4, p. 378 11, p. 100; 13, p. 114; 21, p. 290; 22.5.2, p. 393

(1976) (1976) (1976) (1976) (1976)

1.1, p. 13; 1.4, p. 29; 22.1.1, p. 350 13.1, p. 126; 20.1, p. 272; 22.4.3, p. 386 20.3, p. 285; 22.3, p. 373 2, p. 41; 14.3.3, p. 194; 22.8.1, p. 424 10.2, p . 9 5 ; 20.1, p. 273; 20.3, p . 2 8 6 ; 22.5.2, p. 396 1.3, p. 21; 10.1, p. 78; 21, p. 290 13.4, p. 144; 14.3, p. 180; 14.3.1, p. 185; 22.9, p. 438 10.1, p. 82; 21.1.1, p. 318 13.4, p. 135; 16, p. 213; 22.6, p. 402 10.2, p. 93; 13.5.3, p. 159 20.3, p. 285; 22.8, p. 416 7, p. 66; 14.4.1, p. 207; 22.8.1, p. 423 6, p. 64; 10.2, p. 98; 13.4, p. 145; 20.1, p. 278; 22.5.1, p. 398 6, p. 57; 20.1, p. 269; 22, p. 337 6, p. 52; 13.1, p. 120; 13.2, p. 130; 21.3, p. 324 13.1, p. 126; 20, p. 258; 21, p. 297; 22.7, p. 411 13.1, p. 127; 14.1, p. 166; 21, p. 297 13.1, p. 127; 13.5.2, p. 157; 14.1, p. 166; 14.4, p. 204; 20.1, p. 274; 21.3, p. 324 13.1, p. 128; 13.5.2, p. 158; 14.1, p. 167; 14.4, p. 204; 20.1, p. 275; 21.3, p. 324 14.1, p. 166; 20.1, p. 274; 21.4, p. 327 14.2, p. 169; 21, p. 294 1.2, p. 15; 21.1.1, p. 317 1.4, p. 26; 10, p. 75 1.1, p. 10; 1.4, p. 25; 22, p. 334

H . SZYMCZAK A . SZYTULA

Y U . M . TAIROV N . TAJABOR S . TAKÁCS M . TAKAGI S. TAKAHASHI K . TAKANAKA S . TAKEMOTO N . TAKEUCHI S. TAKEUCHI A . TAMURA PHAM MINH TAN M . TANAKA S. TANAKA T . TANAKA R . P . TANDON A . TANGA

(b)

(b)

(b)

(a) (a) (a) (a) (a) (a)

73, 78,

517 (1976) 79 (1976)

S. TANIGAWA

(b)

CH. TANTZSCHER

(b)

S. J . TAO

M . TASSON

(a) (a) (b) (a) (a)

L. TAUREL

(b)

A. TAUSEND

(b) 75, K149 (1976) 73, 151 (1976) 605 (1976) ( b ) 76, 165 (1976) ( b ) 77, 543 (1976) ( b ) 77,

M . TAPIERO L . V . TARAKANOVA L . TARRICONE

M . TAUT

H . TEICHLER L . TEJEDOR D . E . TEMKIN G . VAN T E N D E L O O

35, K17 (1976) 33, 155 (1976) 75, K143 (1976) 36, K33 (1976) 37, 119 (1976) 78, 779 (1976)

(b)

(b) K . N . R . TAYLOR

507

K91 K81 817 K169 K107 683 K89 439 347 225 K69 721

J . SZATKOWSKI E. SZCZEPANIAK L. VON SzENTPALY T. SzÔBÉNYI Z. Szucs J . SZUMOWSKI W. SZYMA^rSKA J . SZYMA^SKI

K . TABUCHI

77, 74, ( b ) 76, (a) 37, ( b ) 78, ( b ) 74, ( b ) 74, ( b ) 76, ( b ) 77, ( b ) 74, (a) 35, (a) 38,

Index

78,

169 (1976)

77, 725 (1976) 75, 205 (1976) (a) 34, K17 (1976) (a) 34, 413 (1976) (a) 33, 383 (1976) (b) (b)

Author Index

508

A . TEPORE S. TERATANI

(a) (a) (a) (a) (a) (a) (a)

33 36 37 38 38 36 35

723 757 591 185 663 569 K57

(1976) (1976) (1976) (1976) (1976) (1976) (1976)

(b) 77 (b) 75 (a) 37

465 (1976) K51 (1976) 541 (1976)

(a) 38

K23 (1976)

B . TESCHE

(a) 33

461 (1976)

S. I .

(a) 34 K195 (1976) (a) 35 11 (1976)

A . S. TEREKHOV S . !F. T E R E K H O V A E . I . TERUKOV

TESLENKO

D . I . TETELBATTM

W.

TEWS

A . THANAILAKIS J . THERY J . THIEMANN A . R . THOLEN H . THOMAS J . M . THOMAS P . THOMAS R . K . THORPE G . THTJMMES B . THUSS M . TIENG W.

TIERSCH

J . W . J . TIMANS S. F . TIMASHEV Y U . P . TIMOFEEV M . I . TIMOSHECHKIN

(a) 36 (a) 37 (b) 73 (b) 76 (a) 38 (b) 73 (a) 38 (a) 35 (a) 36 (a) 37

81 57 K95 727 595 155 739 697 365 271

(1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976)

(b) (a) (b) (a) (a) (a) (b) (b) (b) (b) (a)

439 K97 K61 K49 K13 K43 K43 283 67 483 645

(1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976)

76 33 75 35 38 34 74 73 76 78 35

W . TOLKSDORF

(a) 33 189 (1976) (a) 35 719 (1976) (a) 37 199 (1976) (a) 35 K65 (1976) (b) 75 K51 (1976) (a) 35 K69 (1976) (a) 38 721 (1976) (a) 35 131 (1976) (a) 33 579 (1976) (a) 35 K145 (1976) (b) 73 K i l l (1976) (b) 73 K99 (1976) (b) 73 533 (1976)

E . I . TOLPYGO

(b) 76,

C. J . TINSLEY R . S. TIWARI E . N . TKALENKO YTJ. A . T K H O R I K S . M . TODOROV J . TODOROVKS K . - D . TOEPFER R . TOGNATO K . R . TOKHIROV A . M . TOLKACHEV G . TOLKIEHN

407 (1976)

1.2, p. 14; 1.4, p. 26; 22.6, p. 403; 22.8.1, p. 419 1.1, p. 12; 1.2, p. 18; 22, p. 339 1.2, p. 19; 1.4, p. 28; 22, p. 340 1.2, p. 19; 1.4, p. 29; 22, p. 341 1.4, p. 29; 10.2, p. 99; 22, p. 342 14.3.4, p. 198; 22.3, p. 373 10.2, p. 92; 11, p.101; 20.1, p. 268; 22.4.1, p. 380 13.5.1, p. 155; 20.1, p. 274; 22.2.1, p. 364 13.5.1, p. 152; 20.1, p. 267; 22, p. 336 14.3, p. 180; 15, p. 211; 18.1, p. 227; 22.6, p. 407 14.3, p.181; 15, p. 211; 22.6, p. 408; 22.6.1, p. 409 14.3.2, p. 187; 14.3.4, p. 196; 16, p. 213; 22.9, p. 433 20.3, p. 282; 22.2, p. 361 11, p. 100; 13.4, p. 134; 14.3, p.173; 22.1.1, p. 345; 22.1.2, p. 351 1.5, p. 31; 2, p. 39; 11, p. 102; 22.1.2, p. 355 11, p. 103; 22.1.2, p. 356 13, p. 114; 20, p. 257; 22.6, p. 403 6, p. 59; 20.1, p. 272; 22.7, p. 411 1.4, p. 29; 22.8.2, p. 431 10.2, p. 87; 19, p. 247; 22.5.2, p. 392 1.4, p. 30; 10.2, p. 99; 22, p. 342 14.3.3, p. 192; 20.3, p. 284 ; 22.3, p. 373 14.3.3, p. 192; 20.3, p. 285; 22.3, p. 373 13.4, p. 142; 14.3.4, p. 199; 14.4, p. 204; 22.9, p. 438 1.5, p. 31; 14.3.1, p. 184; 22.1.1, p. 347 5, p. 48; 22.1, p. 343 19, p. 251; 21.1, p. 307 1.2, p. 16; 15, p. 210; 22.6, p. 404 1.2, p. 19; 18.1, p. 227; 22.6.1, p. 409 14.3.3, p. 191; 14.3.4, p. 196; 22, p. 335 8, p. 67; 18.4, p. 243 6, p. 53; 20.1, p. 260; 22.5.3, p. 399 13.3, p. 132; 14.3.2, p. 188; 20.1, p. 270 13.4, p. 145; 20.3, p. 288; 22.5A, p. 401 13.4. p. 140; 20.1, p. 269; 20.3, p. 284; 22.8.2, p. 429 14.3, p. 173; 18.3, p. 239; 22.6, p. 402 1, p. 9; 22.5, p. 389 14.3, p. 179; 22.7, p. 412 14.3.1, p. 184; 22.1.1, p. 347 13.5.1, p. 152; 20.1, p. 267; 22, p. 336 18.2, p. 232; 18.4, p. 244; 22.8, p. 415 18.4, p. 246; 22.8, p. 418 I.2, p. 16; 14.4.1, p. 207 ; 22.9, p. 436 10.1, p. 79; 12.1, p. 107; 21, p. 291 II, p. 102; 22.1.2, p. 354 8, p. 67; 23, p. 440 13.5.1, p. 150; 20.3, p. 280; 23, p. 440 13.4, p.135; 19, p. 248; 20.1, p. 261; 20.3, p. 280; 22.8.2, p. 426 13.1, p. 125; 14.3, p. 178; 22.1.2, p. 355

Author Index

P. M. Tomchuk Z. Tomkowicz T. Tomov J. Topolsky B. S. Tosió

A. Tóth

J. To US KOVÂ

P. A. Toye Than Htjtj Danh V. Travnikov M. M. Tribel M. J. Tbickeb A. Z. Trifonov

(b) 76, 385 (1976) (b) 78, 843 (1976) (a) 38, 721 (1976) (a) 37, 295 (1976) (a) 35, K17 (1976) (b) 74, 103 (1976) (b) 76, K85 (1976) (a) 33, K47 (1976) (a) 36, 747 (1976) (a) 36, 217 (1976) (a) 33, 295 (1976) (b) 78, 389 (1976) (b) 77, 265 (1976)

E. P. Trifonova R. S. Tbipathi 0. A. Tboitskii V. A. Troyan

(a) (a) (a) (a) (b) (a) (a)

E. M. Trukhanov

(a) 33,

J. S. Tsakadze G. G. Tsebulya 1. A. Tsbnov

(a) (b) (a) (a) (a) (a) (a)

A. A. Tsertsvadze M. A. Tsebttnian S. V. Tsivinskii

33, K97 (1976) 35, 709 (1976) 36, 391 (1976) 38, K37 (1976) 78, 563 (1976) 35, K151 (1976) 35, 779 (1976) 435 (1976)

38, 769 (1976) 75, K51 (1976) 35, 709 (1976) 36, 391 (1976) 35, K131 (1976) 35, K181 (1976) 33, 301 (1976)

(a) 36,

11 (1976)

V. A. Tskhai K. Tsuno V. A. Tsttbin I. Tsurumi

(b) 78, 465 (a) 35, 437 (a) 33, 325 (a) 35, K57

N. Tsuya V. F. Tsvetkov A. F. Tulinov S. S. Tum an y AN T. Tuomi

(a) (a) (a) (b) (a)

34, 325 (1976) 37, 143 (1976) 35, K23 (1976) 73, 681 (1976) 33, 125 (1976)

E. A. Turov V. V. Titrovtsev 1.1. Tychina E. Tyssen P. Tzanetakis

(a) (b) (b) (a) (a) (b)

36, 461 (1976) 74, 35 (1976) 78, 103 (1976) 35, 571 (1976) 38, K171 (1976) 75, 433 (1976)

S. UCHIDA H. Ueba

(b) 76, (b) 75,

(1976) (1976) (1976) (1976)

787 (1976) 501 (1976)

509

13, p. 117; 14.3.4, p. 197; 22, p. 338 13, p. 117; 14.3.4, p. 197; 22, p. 338 18.4, p. 246; 22.8, p. 418 5, p. p. ~ ooL. i ; fio ¿¿.i.^, 134, P- 124; 14.3, p. 177; 22.1.2, 354 1 1 - p. 318; 21.4, 5, p. 49; 18.2, p. ¿oA; 232- 021.1.1, ' p. 326 7» p. „ 114; 11A. it s «p. 239; i 114; 18.3, 13, 22.8.2, p. - 426 H O O „ 100. 1f< _ Old. OT 1 o 14.3.2, . rp. 188;, 16, p. 214;, _22.1.3, p. 359 6, p. 59; 20.1, , p. 272; 22.6, p. 406 14A.1, p. p . 206; 206; 20.1, 20.1, p. p . 263; 263 ; 22.8.1, p. 419 12.2, p. 112; 22.5.2, p. 397 13.4, p. 136; 20.1, p. 264; 22.5.2, p. 393 10.2, p. 89; 22.2.1, p. 362 1.4, 27; 10." " " " " p. 428 1.4, p. 27; 10.2, p. 92; 22.8.2, 5, p. 50; 18.2, p. 235; 21.1.1,, p. 320 1.2, p. p, 14; 1.4, p. 25; 22, p. 334 14.3.1, 14.3.1, p. p 183; 14.3.2, p. 187; 22.9, p. 433 p . 435 14.3.2, p p,. 183; 22.9, p. 15; 20.1, 13.4, p. 141; 16, p. 215; 20.1 p. " 271; wj.ooa22.8, p. , 416 13.5.3, p. 159; 14.3, p. 182; 22.9, 6, p.64 p. 439 19, p. 250; 22.8.1, p. 421 12.1, p. f . 109; 18.1, p. 22 227; 18.2, p. 236; 18.4, t> 9AK. 21.1.1, 91 1 1 p. r. 321 591 p. 245; 14.3, p. 177 18.2.1,

p . 238;

20.1,

p . 277;

21.1, p . 3 1 4 ; 21.4,

p. 327 • 10.2, p. 92; 20.3, p. 283; 22.8.1 , p. 421 19, p. 251; 22.5.2, p. 395 19, p. 248; 22.6, p. 402 6, p. 59; 20.1, p. 272; 22.7, p. 411 10.1, p. 79; 21, p. 291 12.1, p. 109; 18.1, p. 18.2, p . 2 3 6 ; p . 227; 2 2 7 ; 18.2, p. 245; 21.1.1, p. 321 20.1, p. 276; 22.8, p. 418 13.1,

p . 129;

14.1,

p . 167;

14.3,

p.181;

18.4,

15,

p. 211; 21, p. 300; 22, p. 341 14.3, p. 181; 15, p. 211; 21, p. 300; 22, p. 342 19, p. 255; 22.5, p. 390 3, p. 42; 13.4, p. 138; 14.3, p. 176; 20.1, p. 268; 20.3, p. 283; 22.3, p. 372 1.3, p . 2 1 ;

18.1,

p. 225;

18.2,

p.228;

18.4,

p. 242; 21, p. 289; 21.1, p. 302; 21.6, p. 329 18.2, p. 235; 21.1.1, p. 320 6, p. 52; 13, p. 113; 13.5.4, p. 160; 18.2, p. 228

Author Index

512 G . VOIGT J . VOIGT

B . VOIGTSBERGER J . P . VOITCHOVSKY G . VOJTA U . VOLAND T . R . VOLK G . VÖLKEL V . G. VOLOGIN

E . B . VOLZHAN S . V . VONSO.VSK.II

(a) 35, (a) 36, (b) 75, (b) 76,

639 173 213 313

(1976) (1976) (1976) (1976)

(b) 77,

233 (1976)

(a) 35, K89 ( 1 9 7 6 ) (b) 75, 303 ( 1 9 7 6 ) (b) 76, 695 ( 1 9 7 6 ) (a) 36, K165 ( 1 9 7 6 ) (a) 33 K137 ( 1 9 7 6 ) (b) 77, K31 ( 1 9 7 6 ) (a) 33, K83 ( 1 9 7 6 ) 57 ( 1 9 7 6 ) (a) 38, (a) 38, K147 ( 1 9 7 6 ) (b) 75, K69 ( 1 9 7 6 ) 9 (1976) (b) 77, (b) 77,

403 (1976)

E . VAN DER VOORT S . A . VOROBEV Y U . K . VORONKO

(a) 3 6 , (b) 7 6 , (a) 3 5 ,

375 (1976) 779 (1976) 645 (1976)

Y u . V . VORONOV

(b) 7 8 ,

483 (1976)

K. Vos

(b) 7 6 ,

769 (1976)

V . V . VOSKOBOYNIKOV

(a) 3 4 ,

85 (1976)

R . VOSZKA V . I . VOVNENKO S . VRATISLAV K . J . DE VRIES V U D u Y PHACH B . E . VUGMEISTER A . Y A . VUL V . I . VYBORNOV V . B . VYKHODETS D . N . VYLEGZHANIN

(a) (a) (a) (a) (b) (b) (a) (b) (a) (a)

A . WACHNIEWSKI

W . E . WAHNSIEDLER F . V . WALD

(b) 76, K73 (b) 77, 319 (b) 74, 151 (a) 37, 247 (b) 75, 507 (b) 76, 325 (b) 78, 615 (b) 74, 249 (b) 75, K157 (b) 73, 651 (a) 38, 253

P . R . WALLACE P . W . WALLACE

(b) 74, (a) 38,

1.4, p. 27; 14.3, p. 177; 22.1.2, p. 354 I.4, p. 27; 3, p. 43; 22.2.4, p. 370 13.5.1, p. 152; 20.1, p. 267; 22.4.1, p. 380 13.5, p. 147; 13.5.1, p. 153; 20.1. p. 270; 20.3, p. 284; 22, p. 337 6, p . 6 0 ; 13.5.1, p. 154; 20.1, p. 272; 22.4.1, p. 381 19, p. 251; 22.9, p. 436 13.1, p. 124; 20.1, p. 267; 22.7, p. 411 6, p. 59; 8, p. 69; 14.1, p.165 6, p. 60; 8, p. 70; 2" 1 " 14.4.1, p. 206; 20.1 419 19, p. 254; 22.4.1, ] 18.3, p. 239; 22.8.2, p. 427 I I , p. 104; 18.3, p. 241; 22.8.2, p. 431 11, p. 105; 18.3, p. 241; 22.8.2, p. 432 18.2, p. 232 13, p.113; 14.1, p. 164; 14.2, p. 169; 18.2, p. 228; 18.4, p. 242; 21, p. 289 13, p.113; 14.1, p. 164; 14.2, p. 169; 18.2, p. 228; 18.4, p. 242; 21, p. 289 10.2, p. 94; 22.6, p. 405 11, p. 103; 13, p. 118; 22.1.2, p. 355 13.4, p. 140; 20.1, p. 269; 20.3, p. 284; 22.8.2, p. 429 13.4, p. 145; 20.3, p. 288; 22.5.4, p. 401

W. MAENHOTJT-VAN DEB VORST see under letter " M "

P . WÄCHTER R . H . WADE M . WAGNER

N . WAGNER

36, K 1 0 5 (1976) 34, 777 (1976) 37, K 4 7 (1976) 35, 281 (1976) 77, 381 (1976) 76, 161 (1976) 36, 53 (1976) 76, K 5 1 (1976) 34, 787 (1976) 38, 409 (1976)

(1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976)

23 (1976) 321 (1976)

13.1, p. 126; 13.5.1, p. 154; 20.1, p. 272 ; 22.5, p. 389 2, p.36 14.3.1, p.183; 14.3.3, p. 190; 22, p. 335 10.2, p. 94; 14.4, p. 203; 22.5.2, p. 396 13.4, p. 138; 20.3, p. 282; 22.2.1, p. 362 1.1, p. 12; 22.8.2, p. 430 10.2, p. 92; 14.4, p. 203; 22.8, p. 415 13.5.1, p. 155; 20.3, p. 286; 22.5, p. 390 18.1, p. 226; 19, p. 252 14.3.1, p. 184; 16, p. 215; 22.2.1, p. 363 13.5.1, p. 153; 22, p. 338 9, p. 72; 10.1, p. 81; 21, p. 293; 21.1, p. 306 20.2, p. 279; 20.3, p. 288; 22.8.2, p. 431

18.2, p. 233; 18.4, p. 244 18.2.1, p. 2383 18.4, p. 242 20.1, p. 263; 22.9, p. 434 1.5, p'.32; 2, p. 40; 22.1.1, p. 348 6, p. 57; 8, p. vu, 68; 13.4, p. jLuj 139; 22.5.2, p. 395 6, p. 58; 13.4, p. T). 140; 140: 20.1, 20.1. p. I). 270 4, p. 47; 6, p. 64; 22, p. 342 13.1, p. 122; 17, p. 218; 22.7, p. 410 1.1, p. 12; 13.1, p. 124; 22.7, p. 411 13.1, p. 121; 17, p. r 218;, 22.6, ZZ.O, p. 403 1VÓ 3, p. 44; 10.2, rn,, p. 97; 14.3, p. 18 181; 20.1, p. 277; 991? n 22.4.3, p. QBfi 386 13.1, p. 122; 14.3, p. 174; 22.2.1, p. 362 9, p. 74; 11, p. 104; 22.1.2, p. 358

Author Index F . WALZ W.

WAXARSKI

J . SHY-YIH WANG B. M. WANKLYN G. H . W.

WANNIER

WARDZYNSKI

(a) 37 151 (1976) (a) 34 697 (1976) see u n d e r l e t t r " S " (a) 36 307 (1976) (b) 76 217 (1976) 341 (1976) (b) 75

T. WARMINSKI A. V. R . WABRIER T . WASIUTYNSKI Y . W A TAXA B E P. E. WAWNER A. WEBER F. WEBER

J.

WEBER

J . WEBSTER R. W.

WEDELL WEGENER

R . C. WEGER G. WEILL G. WEISER

D. 0. W.

WELCH

WELLER

G. WENDE H.

WENDEL

M. WENDT

S. W E N D T H . WENZL W.

WERNCKE

H . G. WESSJOHANN R . M . WESTERVELT K . H . WESTMACOTT F . W . DE W E T T E P. W.

WHIPPEY

A. M. WHITE W . B. WHITTEN R. W.

WHITWORTH

N . J . WLEGMAN P . VAN D E W L E L E

B . WLELKE

(a) (a) (b) (b) (a) (a) (a) (a)

34 K 1 1 9 (1976) 35 K 9 (1976) 73 K 1 2 3 (1976) 76 175 (1976) 34 671 (1976) 36 K 1 0 9 (1976) 84 519 (1976) 33 651 (1976)

(a) (b) (b) (b) (b) (b) (b) (b)

34 107 78 699 661 76 119 76 78 585 74 K 1 1 5 76 K 2 7 73 105

(1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976)

(b) (b) (b) (b) (b) (a) (a) (b) (a) (a)

73 76 77 76 77 36 37 78 35 36

709 817 277 K23 K79 557 505 277 347 253

(1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976)

(b) 77 (a) 3 3 (a) 36

631 (1976) 673 (1976) K 5 (1976)

(b) (b) (b) (a) (b) (b) (a) (b)

77 74 76 35 76 78 37 74

535 727 31 185 457 219 51 K9

(1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976)

(b) (a) (a) (a) (a) (a) (a) (a)

74 38 35 33 36 38 33 38

401 299 K45 661 235 123 241 539

(1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976)

513

18.3, p. 241; 22.8.2, p. 430 I.2, p. 15 ; 14.4.1, p. 206; 22.9, p. 435 3, p. 43; 19, p. 253; 22.8.1, p. 422 13, p. 117 12.2, p. 110; 13.5.1, p. 152; 20.3, p. 283; 22.4.3, p. 385 10.2, p. 91; 22.1.2, p. 353 10.2, p. 92; 22.1.2, p. 354 20.1, p. 262; 22.5.3, p. 399 4, p. 4 6 ; 6, p. 57; 12.2, p. 110; 22.9, p. 437 18.3, p. 240; 19, p. 250; 22.8.2, p. 428 20.3, p. 285; 22.3, p. 373 10.2, p. 91; 22.8.2, p. 428 13.3, p.132; 14.3.2, p. 187; 14.3.4, p. 196; 22.1.1, p. 345 14.3.2, p. 187; 14.3.4, p. 196; 22.1.1, p. 346 6, p. 64; 13.5.1,?. 156; 20.3, p. 288; 22.5.1, p. 391 13.1, p. 126; 13.3, p. 133; 20, p. 258; 22.1, p. 344 I I , p . 102 13.1, p. 129; 22.1, p. 344 2, p. 3 7 ; 8, p. 68; 18.2, p. 230 14.3, p. 178; 22, p. 338 13.1, p. 120; 13.5.1, p. 149; 20.1, p. 260; 22, p. 333 13.1, p . 121 ; 20.1, p. 262; 22.9, p. 433 13.5.1, p. 154; 20.1, p. 272; 22.9, p. 437 13, p. 118; 14.3, p. 179; 22, p. 339 13.1, p. 125 13.1, p. 125 18.3, p. 240; 19, p. 253; 22.8.2, p. 430 3, p. 44; 22.8.2, p. 430 4, p . 4 7 ; 6, p. 63; 20.1, p. 276; 22, p. 341 3, p. 42; 22.8.2, p. 429 1.5, p. 32; 21.1, p. 309; 21.1.1, p. 319; 22.1.1, p. 348 1.2, p. 19; 14.4.1, p. 208 1.2, p. 14; 1.4, p. 25; 10.1, p. 79; 21, p. 291 6, p. 58; 13.5, p. 147; 20.1, p. 271; 20.2, p. 2 7 9 ; 22.8.1, p. 422 13.5, p. 147; 14.4, p. 204; 22.1, p. 344 13.5.1, p. 152; 22.1.1, p. 346; 22.1.2, p. 353 13.5.1, p. 153; 22.1.1, p. 347; 22.1.2, p. 354 10.1, p. 81; 21, p. 294; 21.3, p. 324 6, p. 5 8 ; 8, p. 69 6, p. 62; 8, p. 71 13.4, p. 142; 20.3, p. 286; 22.5.2, p. 396 13.4, p. 136; 13.5.1, p. 151; 13.5.3, p. 159; 20.3, p. 281; 22.4.3, p. 385 13.5.1, p. 151 ; 20.3, p. 281; 22.9, p. 434 10.2, p. 98.; 22.5.2, p. 398 18.2, p. 232; 21.1.1, p. 318 14.3.2, p. 187; 14.3.3, p. 190; 22, p. 334 14.3.2, p. 188; 14.3.3, p. 192; 22.1.2, p. 355 14.3.2, p. 188; 14.3.3, p. 194; 22.1.2, p. 357 10.1, p. 78; 21, p. 290; 21.1, p. 302 10, p. 77

Author Index

514

H . D . WLESINGER

(b) 75, (a) 36,

717 (1976) 61 (1976)

H . WLESNER

(a) 87,

K 5 9 (1976)

H . W . DE W L J N

(b) 76,

11 (1976)

A . F . WILLIAMS J. 0 . WILLIAMS

(b) 74, (a) 37,

183 (1976) 271 (1976)

P. WILLIAMS

(a) 34,

K97 (1976)

R. H . WILLIAMS

(b) 73,

307 (1976)

W . S. W I L L I A M S

(b) 75, (a) 33,

533 (1976) 461 (1976)

E. WIENER-AVNEAR

F. WILLIG F. WILLMANN C. H . W I L T S J . W L N D SCHEIE J. WINTER H. WIPF R . WLRTHS

(a) 34, K173 (1976) (b) (b) (b) (a) (a) (a)

73, 74, 74, 33, 38, 33,

443 K15 193 525 611 135

(1976) (1976) (1976) (1976) (1976). (1976)

M . WÖHLECKE

(b) 75, K149 1(976) (b) 73, 265 (1976) (b) 75, 137 (1976)

L . WOJTCZAK

(b) 77,

K57 (1976)

E . WOLF

(a) 38,

93 (1976)

G. WOLF

E . WOLFGANG

(a) (a) (a) (a) (a) (a) (a) (a)

C. W Ö L K

(a) 35, (b) 73,

89 (1976) 255 (1976)

J . WOLTERSDOKF

(a) 34, (a) 37,

183 (1976) 457 (1976)

B. Y . W o o

(a) 34,

263 (1976)

(a) 37, SHI-YU W U see under letter " S "

K57 (1976)

D . WOBIG

M. WOLF W . G. WOLFEB

36, K 9 9 36, K125 37, 179 37, 485 34, K199 37, K201 37, 211 34, 553

T . WOSINSKI

(1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976)

W . WÜCHNER

(b) 74,

297 (1976)

H . - J . WÜNSCHE

(b) 73,

Î245 (1976)

M . WUELITZEE

(b) 76, 639 (1976) (a) 33, K 5 5 (1976)

W . WYCISK

(a) 37,

K . I. WYSOKINSK Y

(b) 77, K139 (1976)

183 (1976)

13.5, p. 147; 2011, p. 269; 22.5, p. 389 1.3, p. 23; 14.2, p. 170-, 21, p. 296 1.3, p. 23; 18.2, p. 233; 21.1, p. 309; 21.1.1, p. 320 5, p. 48; 13, p. 113; 18, p. 222; 19, p. 247; 21, p. 289; 21.1, p. 302; 21.1.1, p. 316; 21.4, p. 326 5, p. 48; 22.5.2, p. 393; 22.5.3, p. 399 13.4, p. 142; 14.3.3, p. 199; 14.4, p. 204; 22.9, p. 438 10.1, p. 81; 21.1, p. 306 13.1, p . 1 2 0 ; 17, p . 2 1 8 ; 20.1, p. 260; 22.3, p. 372 13.1, p. 124; 20, p. 258; 22.3, p. 373 14.3.2, p. 187; 14.3.4, p. 196; 16, p. 213; 22.9, p. 433 10.2, p . 0 2 ; 13.4, p. 138; 20.1, p. 260; 22.1.1, p. 346 18.2.1, p. 237; 19, p. 247; 22.8.2, p. 426 13.5.3, p. 159; 20.1, p. 264; 22.6, p. 403 1.2, p. IS; 5, p. 48; 20.1, p. 263; 22.8, p. 414 8, p. 67; 9, p. 72; 14J, p. 164; 21.1, p. 304 10.1, p. 86; 14.1, p. 167; 21, p. 301 1.3, p. 21; 18.1, p. 225; 18.2, p. 229; 21.1.1, p. 316 6, p. 57; 20.1, p. 269; 22, p. 337 13.4, p. 134; 13.5.1, p. 149; 22.4, p. 376 13.5.1, p. 152; 20.1, p. 267; 20.3, p. 282; 22.4, p. 376 18.2 p. 234 1.2, p . 1 9 ; 3, p. 44; 14.3, p. 181; 15, p. 211; 18.1, p. 227; 22.6.1, p. 409 8, p. 69; 14.2, p. 170; 21, p. 296 8, p. 70; 14.2, p. 170; 21, p. 297 8, p. 70; 13.1, p. 127; 21, p. 297 8, p. 70; 14.2, p. 171; 21, p. 299 14.3.4, p. 197; 22.6, p. 404 8, p. 71 ; 14.3.3, p. 194 ; 14.3.4, p. 200; 22, p. 340 10, p. 76 1.2, p. 15; 1.3, p. 22; 22.7, p. 410 1.2, p. 16; 1.3, p. 22; 18.2.1, p. 237; 22.7, p. 411, 13.4, p. 134; 13,5.1, p. 149; 20.1, p. 260; 20.3, p . 2 8 0 ; 22.2.3, p. 367 1.4, p. 26; 1.5, p. 31; 21.6, p. 330 1.4, p. 28; 1.5, p. 32; 3, p. 44; 21, p. 298; 22.6, p. 407 14.3.2, p . 1 8 7 ; 14.3.3, p. 190; 14.3.4, p. 196; 22.1.2, p. 352 10.2, p. 95; 16, p. 216; 19, p. 254; 22.1.2, p. 356 8, p. m-,18.4, p. 242; 20.1, p. 264; 22.8.1, p. 420 13.1, p. 120; 14.3.3, p. 190; 14.3.4, p. 195; 22.2.1, p. 362 13.5.1, p. 154; 20.1, p. 272; 22, p. 339 18.3, p. 239; 22.8.2, p. 426 10.1, p. 83; 14.1, p. 166; 21.1, p. 311 14.1, p. 167

Author Index YU. V.

YABLOKOV

(b) 78, K69 (1976)

A. YA.

YABLONSKII

(a) 35,

V.

(b) 76, 451 (a) 36, K51 (a) 37, K157 (a) 33, 625 (b) 73, K103 (b) 74, 159 (b) 75, 279 (a) 35, 437 (a) 37, 607 (a) 38, 361 (a) 37, K157 803 (b) 78 (a) 33, 53 (a) 35, 49 4b) 74, 647 (b) 77, K81

YAKHOT

A. A.

YAKOVENKO

S. YAMADA M . YAMAMOTO R.

YAMAMOTO

T . YAMAMOTO

K.

YAMANAKA

E.

YANG

I. K . H.

YANSON

YATOM

J. H.

YEE

KWOK LEUNG Y I P Y.

YOKOYAMA

K.

YONEMITSU

M. H. A.

see

Yoo

YOSHIHARA

D. M. G. F .

645 (1976)

YUDIN YULDASIIEV

(1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976)

under letter " K " (b) 75, 483 (1976) (b) (a) (b) (a) (b) (a)

73, 723 (1976) 36, 791 (1976) 77, 181 (1976) 34, 369 (1976) 77, K27 (1976) 35, 37 (1976)

M. S. Yuxusov

(a) 35, K145 (1976) (a) 37, 681 (1976) (a) 38, 439 (1976)

Y u . V . ZABAKA

(a) 38, K131 (1976) (a) 37, K67 (1976) (b) 76, K1 (1976) (a) 35, K145 (1976) (a) 38, 447 (1976) (a) 37, K47 (1976) (b) 75, K51 (1976) (a) 37, K121 (1976) (a) 35, K69 (1976) (b) 73, 317 (1976) (b) 77, 465 (1976) (b) 75, 731 (1976) (b) 78, K69 (1976)

H.ZABEL W.

ZACIIARKO

M . A . ZAIKOVSKAYA V . I. ZAITSEV J.

ZAJICEK

A. P.

ZAKHARCHUK

M . I . ZAKHAROVA T.

ZALESKI

A. V.

ZALESSKII

V. M.

ZALETIN

M . M . ZARIPOV

V . S . ZASIJIOV M . ZÀVÉTOVA S . ZAWISZ S . ZAZUBOVICH Z. ZBOIIÌSKI G . G . ZDOROVTSEVA

(a) 38, K45 (1976) (a) 35, K77 (1976) (b) 77, 367 (1976) (b) 78, 813 (1976) (b) 74, 561 (1976) (a) 35, 779 (1976)

515

1.2, p. 20; 6, p. 64; 13.4, p.145; 19, p. 256; 22.8, p. 418 13.4, p. 140; 20.1, p. 269; 20.3, p. 284; 22.8.2, p. 429 6, p. 58; 23, p. 440 16, p. 215; 22.8, p. 416 13.4, p. 144; 20.3, p. 287; 22.3, p. 374 1.3, p. 21 ; 18.1, p. 225; 18.2, p. 229; 21.1, p. 304 10.1, p. 79; 21, p. 291 10.1, p. 79; 21, p. 291 13, p. 116; 18, p. 223 18.2, p. 232; 21.1, p. 308; 21.1.1, p. 319 18.2, p. 235; 21.1, p. 312 18.2, p. 236; 21.1.1, p. 321 13.4, p. 144; 20.3, p. 287; 22.3, p. 374 13, p. 119 14.2, p. 169; 21, p. 289 14.3.3, p. 191; 22.6, p. 404 13.5.2, p. 157; 20.1, p. 265; 21, p. 292 13.1, p. 128; 22.1.1, p. 349; 22.1.2, p. 356; 22.2, p. 361; 22.4, p. 377 10.2, p. 93; 11, p.101; 20.1, p. 268; 22.5.2, p. 395 13.2, p. 130; 14.1, p. 164; 21, p. 290 13.2, p. 131 ; 14.1, p. 166 ; 21, p. 297; 21.6, p. 331 9, p. 74; 10.1, p. 83; 21, p. 297; 21.1, p. 310 14.4.1, p. 206; 22.8.1, p. 420 2, p. 39; 11, p. 103; 19, p. 254; 22.8.1, p. 423 3, p. 42; 13.4, p. 138; 14.3, p. 176; 20.1, p. 268; 20.3, p. 283; 22.3, p. 372 11, p. 102; 22.1.2, p. 354 9, p. 74; 11, p. 104; 14.3.2, p. 188; 22.1.2, p. 357 9, p. 74; 11, p. 105; 14.3.2, p. 189; 22.1.2, p. 358 14.3.4, p. 201; 22.8.1, p. 425 I.2, p. 18; 1.3, p. 23; 10.1, p. 84; 21, p. 298 14.2, p. 170 II, p. 102; 22.1.2, p. 354 1.4, p. 29; 10.1, p. 86; 21.1, p. 314 1.1, p. 12; 22.8.2, p. 430 13.5.1, p. 152; 20.1, p. 267; 22, p. 336 1.2, p. 19; 1.3, p. 24; 21.1, p. 313 18.2, p. 232; 18.4, p. 244; 22.8, p. 415 18.4, p. 242; 19, p. 247; 22.8.2, p. 426 13.5.1, p. 155; 20.1, p. 274; 22.2.1, p. 364 19, p. 251; 22.5.3, p. 399 1.2, p. 20; 6, p. 64; 13.4, p. 145; 19, p. 256; 22.8, p. 418 5, p. 51; 22.1, p. 344 2, p. 38; 20.1, p. 268; 22.8, p. 415 13.5.2, p. 157; 18.2, p. 234 10.2, p. 98; 20.3, p. 288; 22.5.2, p. 398 14.3, p. 175; 22.9, p. 435 1.2, p . 1 7 ; 1.5, p . 3 1 ; 11, p. 102; 21, p. 295; 21.1, p. 308; 21.1.1, p. 319; 22.1.1, p. 347

Author Index

516

(a) 37, 407 (b) 77, K39 (b) 75, K i l l (b) 77, K77 (b) 78, K15 (b) 73, 317 (b) 74, K79 (b) 74, K35 65 (b) 73, (b) 76, K109 61 (b) 75, (b) 78, K69

(1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976)

P . ZIESCHE

(a) 35, K69 (a) 38, 721 (a) 35, 269 (a) 36, 491 (a) 37, K97 (a) 37, K147 (b) 78, K23 (b) 77, 153 (a) 33, 155 Kl (a) 3 5 , (b) 74, 437 (b) 74, 779 (b) 78, 319 (a) 34, 657 (b) 78, 169

(1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976) (1976)

V. E . ZlLBEEVAEG

(b) 74,

G . ZLMMEBEB

(b) (b) (a) (a) (b)

73, K99 (1976) 74, 579 (1976) 37, 179 (1976) 37, 485 (1976) 75, 633 (1976)

(b) (b) (b) (a) (a) (b) (a)

76, 191 (1976) 78, 721 (1976) 75, K149 (1976) 37, K75 (1976) 38, 505 (1976) 76, K31 (1976) 35, 11 (1976)

(a) (a) (a) (b) (b) (b) (b)

36, 81 (1976) 57 (1976) 37, 34, 519 (1976) 74, K165 (1976) 75, K45 (1976) 73, 317 (1976) 77, 171 (1976)

J . J . ¿EBBOWSKI V . P . ZENCHENKO V . P . ZENTSOV G . ZEBWECK I . S . ZHELUDEV A . I . ZHERNOVO Y Y . A . ZHIKHABEV E . A . ZHILINSKAYA R . A . ZHITNIKOV P . G . ZHIIMATII A . M . ZLATDINOV A . ZLÇBA E . ZIEGLEB K . ZIEGLEE

M . ZIEGLEB J . P . ZIELINGER E . ZIELINSKA-ROHOZINSKA J . ZLELIÜSKI

R . ZLELINSKI

M. ZlMMEBMANN R. ZlMMEBMANN

V . I . ZLNENKO J . ZLBKE J . ZMIJA M . ZOAETEB V . V . ZOLOTABEV E . I . ZOBIN

E . ZSOLDOS W.¿UEEK M . ZVÂBA A . K . ZVEZDIN D . ZWINGEL

199 (1976)

18.2.1, p. 238 18, p. 224; 20.1, p. 273 19, p. 251; 22.5.3, p. 400 19, p. 251; 22.5.3, p. 400 14.2, p. 112 18.4, p. 242; 19, p. 247; 22.8.2, p. 426 19, p. 249 19, p. 249 2, p. 35; 18, p. 222; 19, p. 247; 22.8, p. 413 19, p. 253; 22.5.2, p. 396 14.3, p. 176; 15, p. 209; 22, p. 336 1.2, p. 20; 6, p. 64; 13.4, p.145; 19, p. 256; 22.8, p. 418 18.2, p. 232; 18.4, p. 244; 22.8, p. 415 18.4, p. 246; 22.8, p. 418 6, p. 56; 13.4, p. 139; 14.3, p. 176; 22.8, p. 415 6, p. 59; 14.3, p. 179; 22.8, p. 417 14.3, p. 179; 15, p. 211; 22, p. 340 13.4, p. 143; 16, p. 216; 22, p. 340 13.1, p. 128; 20.1, p. 276; 22, p. 341 6, p. 60; 20.1, p. 272; 22.6, p. 406 13.4, p. 135; 16, p. 213; 22.6, p. 402 1.4, p. 27; 10.2, p. 92; 22.1.2, p. 354 13.4, p. 137; 14.1, p. 165; 21, p. 292 13, p. 115; 18.2, p. 230; 21.1, p. 305 13.1, p. 128; 18.2, p. 236; 21.1, p. 313 14.3, p. 175; 22.9, p. 435 13.1, p. 128; 13.5.2, p. 158; 14.1, p. 167; 14.4, p. 204; 20.1, p. 275; 21.3, p. 324 13.1, p. 122; 13.5.4, p. 160; 18.3, p. 239; 22.8.2, p. 427 13.5.1, p. 150; 20.3, p. 280; 23, p. 440 13.5.1, p. 151; 20.3, p. 282; 23, p. 440 8, p. 70; 13.1, p. 127; 21, p. 297 8, p. 70; 14.2, p. 171; 21, p. 299 13.5, p. 147; 13.5.2, p. 157; 20.3, p. 284; 22.4.1, p. 380 13.5.1, p. 153; 13.5.2, p. 157; 22, p. 337 I.2, p. 20; 14.4, p. 205; 22.9, p. 439 6, p. 57; 20.1, p. 269; 22, p. 337 20.1, p. 273; 22.8, p. 417 14.3.4, p. 201; 22, p. 342 13.5.4, p. 160; 18.2, p. 233 I I , p. 100; 13.4, p.134; 14.3, p.173; 22.1.1, p. 345; 22.1.2, p. 351 1.5, p. 31; 2, p. 39; 11, p. 102; 22.1.2, p. 355 11, p. 103; 22.1.2, p. 356 10.2, p. 91; 22.8.2, p. 428 5, p. 49 16, p. 214; 20.1, p. 267; 22.8.2, p. 428 18.4, p. 242; 19, p. 247; 22.8.2, p. 426 19, p. 253; 22.6, p. 406

Classification Scheme — Continued 19. Magnetic Resonance 20. Optical Properties 20.1 Spectra. Optical Constants (X-Ray Spectra See 20) 20.2 Lasers 20.3 Luminescence (X-Ray Spectra See 20) 21. Metals. Alloys 21.1 Transition Metals (Group Sc to Zn) and Their Alloys 21.1.1 Fe and Fe Alloys 21.2 Alkali Metals 21.3 Alkali-Earth Metals 21.4 Rare-Earth Metals 21.5 Actinides 21.6 Noble Metals 21.7 Semi-Metals (Semiconducting Alloys See 22.7) 22. Semiconductors and Ionic Crystals 22.1 Elements 22.1.1 Germanium 22.1.2 Silicon 22.1.3 Group VI Elements 22.2 I I I - V Compounds 22.2.1 Arsenides 22.2.2 Phosphides 22.2.3 Antimonides 22.2.4 Mixed Crystals 22.3 IV-IV, II-V, and I I I - V I Compounds 22.3.1 Mixed Crystals 22.4 I I - V I Compounds 22.4.1 Sulphides 22.4.2 Selenides 22.4.3 Tellurides 22.4.4 Mixed Crystals 22.5 Halides 22.5.1 Silver Halides 22.5.2 Alkali Halides 22.5.3 Alkali-Earth Halides 22.5.4 Mixed Crystals 22.6 Simple Oxides (CdO, ZnO See 22.4) 22.6.1 Mixed Crystals 22.7 Semiconducting Intermetallic Compounds 22.8 Tertiary and Higher Compounds 22.8.1 Salts of Oxy-Acids (Carbonates, Phosphates, Silicates Including Mica etc.) 22.8.2 Spinels, Garnets, Ferrites 22.9 Organic Semiconductors 23. Solidified Gases

For comments on the use o! the classification scheme see p. 6.

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