Chemistry of Imperfect Crystals
137 55 67MB
English Pages [1057] Year 1964
Table of contents :
cover
title
Introduction
Contents
Part I. Preparative, Crystal Growth and Phase Theory
1 - Preparation of Materials: Purification, Analysis, Crystal Growth, and Doping
2 - Phase Theory: Graphical Representation
3 - Thermodynamics of Phase Relations: General Remarks; The Gross Approach
Part II. Detailed Description of Phases; Imperfection Chemistry
4 - The Detailed Description of Phases; The Molecular Approach
5 - Thermodynamics of Phase Relations; The Microscopic Approach
6 - Relations Between Condensed Phases and Vapour in Open Systems
7 - Detailed Description of Crystalline Solids; Imperfections
8 - Physical Properties Related to Imperfections
9 - Equilibria in Crystals, General Considerations; Electronic Excitation; Pairing and Precipitation
10 - Imperfection Equilibria in Pure Elemental Crystals
11 - Elemental Crystals Containing One Type of Foreign Atoms
12 - Elemental Crystals Containing Two Types of Foreign Atoms; Intersolubility Relations
13 - Imperfection Equilibria in Pure Compounds
14 - Experimental Data Referring to Imperfection Equilibria in Pure Compounds; a Survey
15 - Conformation of Theory and Experiment in Particular Systems; Determination of the Fundamental Parameters
16 - Compounds Containing One Type of Foreign Atom
17 - Compounds Containing Two Types of Foreign Atoms
18 - Special Cases of Desorder
19 - Imperfection Equilibria in Surface Layers and Near Dislocations
20 - Relaxation Effects
Part III. Imperfection Chemistry; Applications
21 - Chemical Effects Related to the Presence of Imperfections
22 - Electrochemistry of Imperfect Solids
23 - Radiation Chemistry
24 - The Role of Imperfections in Charge Transfer Catalysis
25 - Imperfections and Phase Transitions
List of Symbols
Appendix
Additions and Corrections
Name Index
Subject Index
cover
title
Introduction
Contents
Part I. Preparative, Crystal Growth and Phase Theory
1 - Preparation of Materials: Purification, Analysis, Crystal Growth, and Doping
2 - Phase Theory: Graphical Representation
3 - Thermodynamics of Phase Relations: General Remarks; The Gross Approach
Part II. Detailed Description of Phases; Imperfection Chemistry
4 - The Detailed Description of Phases; The Molecular Approach
5 - Thermodynamics of Phase Relations; The Microscopic Approach
6 - Relations Between Condensed Phases and Vapour in Open Systems
7 - Detailed Description of Crystalline Solids; Imperfections
8 - Physical Properties Related to Imperfections
9 - Equilibria in Crystals, General Considerations; Electronic Excitation; Pairing and Precipitation
10 - Imperfection Equilibria in Pure Elemental Crystals
11 - Elemental Crystals Containing One Type of Foreign Atoms
12 - Elemental Crystals Containing Two Types of Foreign Atoms; Intersolubility Relations
13 - Imperfection Equilibria in Pure Compounds
14 - Experimental Data Referring to Imperfection Equilibria in Pure Compounds; a Survey
15 - Conformation of Theory and Experiment in Particular Systems; Determination of the Fundamental Parameters
16 - Compounds Containing One Type of Foreign Atom
17 - Compounds Containing Two Types of Foreign Atoms
18 - Special Cases of Desorder
19 - Imperfection Equilibria in Surface Layers and Near Dislocations
20 - Relaxation Effects
Part III. Imperfection Chemistry; Applications
21 - Chemical Effects Related to the Presence of Imperfections
22 - Electrochemistry of Imperfect Solids
23 - Radiation Chemistry
24 - The Role of Imperfections in Charge Transfer Catalysis
25 - Imperfections and Phase Transitions
List of Symbols
Appendix
Additions and Corrections
Name Index
Subject Index
- Author / Uploaded
- Kroger F.A.
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