Nuclear Acoustic Resonance

Content: 
Front Matter, Page iii
Copyright, Page iv
PREFACE, Pages xi-xii
CHAPTER 1 - INTRODUCTION, Pages 1-31
CHAPTER 2 - BASIC THEORY, Pages 32-47
CHAPTER 3 - DYNAMIC NUCLEAR ELECTRIC QUADRUPOLE INTERACTIONS, Pages 48-114
CHAPTER 4 - DYNAMIC ALPHER—RUBIN (DIPOLAR) INTERACTION, Pages 115-162
CHAPTER 5 - LINE BROADENING AND RELAXATION EFFECTS, Pages 163-200
CHAPTER 6 - BONDING IN INSULATORS, SEMICONDUCTORS AND METALS: STRAIN—ELECTRIC FIELD GRADIENT TENSORS, Pages 201-229
CHAPTER 7 - EXPERIMENTAL TECHNIQUES, Pages 230-294
CHAPTER 8 - ACOUSTIC SATURATION NMR AND DOUBLE RESONANCE, Pages 295-322
CHAPTER 9 - MAGNETIC MATERIALS, Pages 323-362
CHAPTER 10 - SQUID DETECTION OF NUCLEAR ACOUSTIC RESONANCE, Pages 363-393
APPENDIX A - Selected Physical Constants; Energy Conversion Factors, Pages 395-396
APPENDIX B - Properties of Selected Stable Nuclei; Pair Isotopes Suitable for Investigation of the Hexadecapole Interaction, Pages 397-401
APPENDIX C - S–Tensor Components for Various Crystal Structures, Pages 402-406
APPENDIX D - Transformation of the S Tensor for Cubic  Symmetry, Pages 407-415
APPENDIX E - T–Tensor Components for Cubic  Symmetry, Pages 416-417
APPENDIX F - Dynamic Hexadecapole Interaction: Transformation of the T-Tensor, Pages 418-420
INDEX, Pages 421-432