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" Growth and Defect Structures "
edited by H.C. Freyhardt, Georg Müller.
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BL
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| Record Number
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752903
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b572862
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| Main Entry
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edited by H.C. Freyhardt, Georg Müller.
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| Title & Author
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Growth and Defect Structures\ edited by H.C. Freyhardt, Georg Müller.
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| Publication Statement
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Berlin, Heidelberg : Springer Berlin Heidelberg, 1984
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| Series Statement
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Crystals, Growth, Properties, and Applications,, 10.
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| ISBN
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3642698662
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: 3642698689
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: 9783642698668
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: 9783642698682
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| Contents
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Growth of Polytypic Crystals --; Spectroscopic Investigations of Defect Structures and Structural Transformations in Ionic Crystals --; Hydrodynamics, Heat and Mass Transfer During Crystal Growth --; Author Index Volumes 1-10.
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| Abstract
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Polytypic crystals of semiconductors, dielectrics and magnetic materials attract an increasing attention in science and technology. On one hand, the phenomenon of polytyƯ pism is one of the fundamental problems of solid-state physics; its solution would make it possible to elucidate- the problem of the interconnection of different structures and intraatomic forces acting in crystals. On the other hand, the polytypic difference in crystals is most strongly expressed in electro-physical properties, which makes their application promising, mainly in semiconductor electronics. Thus, the difficulties of proƯ ducing modulated structures in polytypic crystals can be overcome since these crystals form a class of one-dimensional natural superlattices. At present it has become clear that polytypism in crystals and compounds is the rule rather than an exception and it is determined by the conditions of their synthesis. This phenomenon seems to be rather widespread in nature and fundamental for crystal formaƯ tion. H polytypism was recently thought to be but a specific structural feature of a few substances such as SiC, ZnS, CdI, etc., by now this phenomenon has been discovered in 2 v an increasing range of crystalline substances, for example, in silicon, diamond, AIIIB, VI AIIB, AIBVII compounds, in ternary semiconducting compounds, metals, silicates, perovskites, mica, organic crystals. The more accurately the structural studies are perƯ formed, the greater is the number of crystals of various substances found to exhibit the phenomenon of polytypism. Recently, excellent surveys have systematized our knowledge of polytypism.
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Chemistry, Inorganic.
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Chemistry.
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Physical organic chemistry.
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Georg Müller
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H C Freyhardt
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With contributions by numerous experts
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