Fundamentals of crystal physics.

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Chapter 1 Tensors and their basic operations Chapter 2 Symmetry of crystals Chapter 3 Second-order tensors, stress and strain Chapter 4 Electrical properties of dielectric crystals Chapter 5 Elastic properties of crystals Chapter 6 Symmetry and phase transitions of crystals Chapter 7 Thermodynamics of equilibrium properties of crystals Chapter 8 Linear optical properties of crystals Chapter 9 Nonlinear optical properties of crystals Chapter 10 Influence of external effects on optical properties of crystals Chapter 11 Cyclotron tensor properties of crystals Chapter 12 Group theory method for determining independent components of tensors of physical properties of crystals Appendix I Derivation of the spherical triangle cosine theorem Appendix II Operation matrix of crystal physical properties tensor Appendix III Summary of crystal point group representation theory Appendix IV Properties of plane acoustic waves Appendix V Crystal physical property matrix table Appendix VI Principal axisization of second-order tensors Appendix VII Piezoelectric oscillator calculation Notes: For a long time, many scientists* College students and graduate students in solid state physics, especially crystal physics, hope to have a book that theoretically explains the physical properties of crystals in detail and comprehensively. * Comrades who are engaged in solid state physics, especially crystal physics research, also hope to have a better book for reference. This book is exactly what everyone is looking forward to. In 1984, the Beijing Ceramic Society held a "Summer Lecture on Crystal Physics" for scientific and technical workers in crystallography across the country. * Class", taught by Professors Chen Gang and Liao Liji, has been well received. speak * The class lecture notes were also selected as teaching materials by Beijing University of Technology and several other universities, and were generally welcomed by students and teachers. This book was revised, supplemented, and improved based on these lecture notes. Click to download