Multiplets of Transition-Metal Ions in Crystals

Content: 
Inside Front Cover
Page ii

Front Matter
Page iii

Copyright page
Page iv

Preface
Page ix

Acknowledgments
Page xi

Introduction
Pages 1-5

Chapter I - Single d-Electron in a Ligand Field
Pages 6-37

Chapter II - Two Electrons in a Cubic Field
Pages 38-65

Chapter III - Many Electrons in a Cubic Field
Pages 66-85

Chapter IV - Electrons and Holes
Pages 86-105

Chapter V - Multiplets in Optical Spectra
Pages 106-125

Chapter VI - Low-Symmetry Fields
Pages 126-153

Chapter VII - Spin-Orbit Interaction
Pages 154-178

Chapter VIII - Fine Structure of Multiplets
Pages 179-212

Chapter IX - Interaction between Electron and Nuclear Vibration
Pages 213-248

Chapter X - Molecular Orbital and Heitler-London Theories
Pages 249-279

Appendix I - Character Tables for the Thirty-Two Double Point-Groups, G¯
Pages 280-285

Appendix II - Tables of Clebsch-Gordan Coefficients, 〈г1γ1г1γ2| гγ〉, WITH CUBIC BASES
Pages 286-288

Appendix III - Wigner Coefficients 〈j1m1j2m2|jm〉
Pages 289-293

Appendix IV - Matrix Elements of Coulomb Interaction
Pages 294-301

Appendix V - Complementary States in the (t2, e) Shell
Pages 302-304

Appendix VI - Tables of Clebsch-Gordan Coefficients with Trigonal Bases, 《Г1M1г2M2| гM〉 = 〈гM|г1M1г2M2〉*
Pages 305-307

Appendix VII - Tables of Reduced Matrices of Spin-Orbit Interaction
Pages 308-322

Appendix VIII - Calculation of 〈αSг ‖ L ∥ α′Sг′〉
Pages 323-324

Appendix IX - Symmetric and Antisymmetric Product Representations
Pages 325-326

Subject Index
Pages 327-331

Pure and Applied Physics: A Series of Monographs and Textbooks
Pages 332-333