The present volume continues the tradition of the preceding volumes. covering a wide range of crystal growth problems and treating aspects of critical importance for crystalliza tion. Changes in this field of knowledge have. however, changed the criteria for selection of papers for inclusion in this series. The increasing role of crystals in science and technology is even more apparent today. The study and utilization of these highly perfect objects of nature considerably facilitates progress in the physics and chemistry of solids. quantum electronics, optics, microelectron ics, and other sciences. The demand for crystals and crystal devices has grown steadily and has led to the emergence and rapid growth of the single crystal industry (we can safely saythat the state ofthe art in this industry is indicative ofthe overall scientific and technolo- cal potential of a country). At the same time, the introduction of crystallization techniques into other industries is gaining ever-increasing importance. To illustrate this last state ment, we can mention the fabrication of textured structural materials and direct methods of metal reduction in ores by using chemical vapor transport techniques. Crystallization tech ll niques progress both in "width" and in "depth : traditional methods are modernized. and novel techniques appear, some of them at the junction of the already existing technologies (for example, flux growth of crystals, growth from vapor with participation of the liquid phase, etc. ).
Erscheinungsdatum: 18.05.2012

lgrsnf/A:\compressed\10.1007%2F978-1-4615-7119-3.pdf

nexusstc/Growth of Crystals: Volume 13/d03bf4f8cf0ef817585827cc5d6213a8.pdf

zlib/Chemistry/B. K. Vainshtein (auth.), E. I. Givargizov (eds.)/Growth of Crystals: Volume 13_2121578.pdf

Evgeniĭ Invievich Givargizov

Givargizov, E. I. (editor.)

edited by E. I. Givargizov

United States, United States of America

Springer Nature, New York, NY, 2012

Boston, MA, Massachusetts, 1986

Cham, 20uu

lg967672

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Front Matter....Pages i-xi
Front Matter....Pages 1-1
Protein Molecules and Crystals....Pages 3-15
Front Matter....Pages 17-17
Equilibrium Adsorption Layers on GaAs (111) and Si (111) Surfaces in CVD Growth....Pages 19-26
Role of Adsorption Layer in Chemical Vapor Deposition....Pages 27-33
Kinetics and Mechanism of Gallium Arsenide Growth in Gas-Transport Systems....Pages 34-45
Local Epitaxy under Conditions of Strong Growth Rate Anisotropy....Pages 46-53
Electron Microscopic Observation and Computer Simulation of Step Redistribution in Step Trains due to Changes in Step Density....Pages 54-57
Crystal Growth under Thermodynamically Metastable Conditions....Pages 58-66
Role of Defects in the Nucleation of Whiskers Growing from Vapor....Pages 67-73
Field Emission Microscopic Study of Thermal Field- and Condensation-Induced Growth Forms of Crystal Tips....Pages 74-85
Front Matter....Pages 87-87
Peculiarities and Mechanism of Graphoepitaxy....Pages 89-94
Application of Electron Microscopy to a Study of Kinetics and Mechanism of Crystallization....Pages 95-107
The Effects of Substrate-Mediated Interaction between Adsorbed Atoms on the Structure of Two-Dimensional Crystals Formed from these Atoms....Pages 108-116
Crystal Growth and Polytypism in Silicon Carbide....Pages 117-124
Front Matter....Pages 125-125
Motion of Low-Angle Macrosteps....Pages 127-136
Peculiarities of Melt Growth of Crystals with Different Entropies of Melting....Pages 137-151
Kinetic Conditions at the Growth Interface of a Mixed Crystal....Pages 152-161
General Approach to Monte Carlo Simulation of Crystal Growth....Pages 162-173
Parameters Characterizing the Kinetics of Dissolution of Crystalline Germanium in Liquid Ge-Au....Pages 174-182
Front Matter....Pages 183-183
Stability of Crystallization in Edge-Defined Film-Fed Growth from the Melt....Pages 185-197
Shape and Properties of Crystals Grown from the Melt by the Stepanov Techniques....Pages 198-207
Front Matter....Pages 183-183
Crystal Shape Stability in Meniscus-Controlled Growth Processes....Pages 208-220
Numerical Analysis of Heat and Mass Transfer in the Growth of Large Single Crystals from the Melt....Pages 221-228
Phase Diagrams of Binary Systems Formed by Rare Earth Trifluorides....Pages 229-236
Front Matter....Pages 237-237
Progress in Flux Growth of Large Crystals....Pages 239-250
Growth of Emerald Single Crystals....Pages 251-260
Some Technological Procedures and Equipment for Hydrothermal Growth of Single Crystals....Pages 261-268
The Role Played By Me 2+ in Hydrothermal Crystallization of Germanates of Divalent Metals....Pages 269-276
Front Matter....Pages 277-277
Theoretical and Experimental Studies of Generation of Stress and Dislocations in Growing Crystals....Pages 279-290
Growth Defects in Semiconductor Crystals....Pages 291-300
Formation of Defects in Epitaxial Heterostructures and Multicomponent Solid Solutions of Semiconductor Compounds....Pages 301-311
Growth and Structure of Synthetic Amethyst Crystals....Pages 312-321
Defect Structure of Sb 2 S 3 Crystals Revealed by Electron Microscope Crystal Lattice Imaging Techniques....Pages 322-331
On the Structure of Crystalline Graphite Intergrowths....Pages 332-339
Front Matter....Pages 341-341
Crystal Growth and Properties of Some New Ionic Conductors....Pages 343-352
Modern Methods of Monitoring and Control in Crystal Growth....Pages 353-363
Application of Laser Heating to Crystal Growth....Pages 364-369
Back Matter....Pages 371-374

2013-08-01