Growth of Crystals

1. Front Matter

   Pages i-x

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2. Structure of a Crystal Surface and Kossel’s Model

   • V. V. Voronkov

   Pages 1-17

3. Condensation Mechanisms and Liquid Structure

   • V. V. Puchkov, L. D. Kislovskii

   Pages 18-25

4. The Two-Dimensional Nucleation Rate for a Homopolar Crystal Containing Microscopic Defects

   • L. A. Borovinskii

   Pages 26-38

5. Epitaxial Growth of Single-Crystal Films (Review)

   • R. N. Sheftal’

   Pages 39-52

6. Crystallization of Epitaxial Films by Vacuum Condensation: Optimal Conditions and Orientation Mechanism

   • R. N. Sheftal’, L. A. Borovinskii

   Pages 53-61

7. Crystallite Orientation in Electrodeposition of Metals

   • N. A. Pangarov

   Pages 62-87

8. Crystallization of Cadmium Sulfide from Vapor

   • B. M. Bulakh

   Pages 88-104

9. Growth Mechanism for Vapor-Deposited Cadmium Sulfide

   • B. M. Bulakh, N. N. Sheftal’

   Pages 105-124

10. Pinacoid Growth Pyramids in Artificial Quartz Crystals

    • G. V. Kleshchev, A. N. Bryzgalov, P. P. Butorin, L. N. Chernyi, V. N. Turlakov, A. F. Kuznetsov et al.

    Pages 125-132

11. Growth Conditions and the Structure of Artificial Quartz Crystals

    • G. V. Kleshchev, A. N. Bryzgalov

    Pages 133-146

12. Some Trends in Shape Production for Artificial Quartz Crystals

    • G. V. Kleshchev, A. N. Bryzgalov, L. N. Chernyi, A. F. Kuznetsov, P. I. Nikitichev

    Pages 147-153

13. Growth Anisotropy of Gallium Arsenide and Germanium in Gas-Transport Systems

    • L. G. Lavrent’eva

    Pages 154-160

14. Shape of Twins with the Diamond Structure

    • N. G. Sokolova, M. D. Lyubalin

    Pages 161-165

15. Crystallization Mechanism of Germanium from Solution in Gold

    • S. A. Grinberg

    Pages 166-174

16. Scanning Electron Microscope Observation of Domain Fields in SbSI Crystals Grown from the Vapor State

    • L. A. Zadorozhnaya, V. G. Galstyan, V. A. Lyakhovitskaya

    Pages 175-179

17. Mass Crystal Growth

    • L. I. Kvater, I. V. Frishberg

    Pages 180-184

18. Trends in Real Crystal Formation and Some Principles for Single Crystal Growth

    • N. N. Sheftal’

    Pages 185-210

19. Effects of Growth Conditions on Single Crystal Shape

    • V. F. Bevz, M. I. Osovskii, E. S. Fal’kevich

    Pages 211-215

20. Melt Supercooling in the Growth of Germanium Single Crystals

    • Yu. M. Smirnov, E. S. Fal’kevich

    Pages 216-219

This tenth volume completes the first series of "Growth of Crystals," which began in 1957. The sources of the volumes are as follows: for Vol. I, the 1st All-Union Conference on Crystal Growth; for Vol. 3, the 2nd; and for Vols. 5 and 6, the 3rd; Vols. 7 and 8 reported the International Symposium on Crystal Growth at the Seventh International Crystallography Con­ gress, and Vol. 9 the 1969 symposium on crystal growth dedicated to E. S. Fedorov; Vols. 2, 4, and 10 did not originate in conferences. The main problem that largely occupied the conferences and symposia and also the inter­ mediate volumes was that of real crystal formation, as well as the relation of crystal growth theory to practical crystal production. This tenth volume, which completes this first series, is to a considerable extent a survey. It contains more extensive theoretical and experimental original papers, as well as some shorter papers dealing with particular but important aspects of real crystal formation. The volume opens with a paper by V. V. Voronkov, which deals with the structure of crystal surface in Kossel's model. The model as proposed by Kossel is extremely simple. It deals qualitatively with the basic trends in the growth of an idealized crystal in its own va­ por at absolute zero, and naturally does not allow one to perform quantitative studies on com­ plex real processes.

• crystal
• crystallography
• electron
• electron microscope
• experiment
• growth
• paper
• phase transition
• scanning electron microscope
• structure

• Institute of Crystallography, Academy of Sciences of the USSR, Moscow, Russia

  N. N. Sheftal’

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