
Solid State Physics
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Content
- Front Cover
- Solid State Physics, Volume 20
- Copyright Page
- Contents
- Contributors to Volume 20
- Preface
- Contents of Previous Volumes
- Supplementary Monographs
- Articles to Appear Shortly
- Chapter 1. Determination of Electron Distribution in Crystals by Means of X Rays
- I. Introduction
- II. Theoretical Background
- III. Determination of the Degree of Ionization by Different Methods
- IV. Difference Fourier Synthesis
- Chapter 2. Electronic Effects in the Elastic Properties of Semiconductors
- I. Introduction
- II. Phenomenological Description of Elastic Constants
- III. Effect of Free Electrons on Elastic Properties
- IV. Electronic Strain
- V. Electrons on Donors
- VI. Conclusion
- Chapter 3. The Jahn-Teller Effect in Solids
- I. Introduction
- II. The John-Teller Effect in Doubly Degenerate Electronic States
- III. The John-Teller Effect in Triply Degenerate States
- IV. Optical Transitions Involving Jahn-Teller Distorted States
- Chapter 4. Green's Function Method in Lattice Dynamics
- Introduction
- I. Dynamics of Lattice Vibrations
- II. Phonon Correlation Function and Experimental Observables
- III. Phonon Green's Function
- IV. Explicit Calculation of Phonon Green's Function and Applications
- V. Phonon Boltzmann Equation
- VI. Coupled Phonon-Photon System
- Chapter 5. Helical Spin Ordering-1 Theory of Helical Spin Configurations
- Introduction
- I. Elementary Theory of Helical Spin Ordering
- II. Spin Waves in the Screw Structure
- III. Effect of Anisotropy Energy on Spin Configurations
- IV. Effect of External Field on Spin Configurations
- V. Spin Waves in Various Configurations in an Applied Field
- VI. Complex Spin Configurations
- VII. Spin Configurations in Spinel Lattice
- VIII. Neel Temperature and Spin Ordering for Complex Lattices
- IX. Neutron Diffraction: Theory and Examples
- Appendix
- Author Index
- Subject Index
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