โ Scribed by Frederick Wooten (Auth.)
No coin nor oath required. For personal study only.
Content:
Front Matter, Page iii
Copyright, Page iv
Dedication, Page v
PREFACE, Page xi
ACKNOWLEDGMENTS, Page xii
Chapter 1 - INTRODUCTION, Pages 1-14
Chapter 2 - MAXWELL'S EQUATIONS AND THE DIELECTRIC FUNCTION, Pages 15-41
Chapter 3 - ABSORPTION AND DISPERSION, Pages 42-84
Chapter 4 - FREE-ELECTRON METALS, Pages 85-107
Chapter 5 - INTERBAND TRANSITIONS, Pages 108-172
Chapter 6 - DISPERSION RELATIONS AND SUM RULES, Pages 173-185
Chapter 7 - SELF-CONSISTENT FIELD APPROXIMATION, Pages 186-202
Chapter 8 - CURRENT-CURRENT CORRELATIONS AND THE FLUCTUATION-DISSIPATION THEOREM, Pages 203-209
Chapter 9 - PLASMONS AND CHARACTERISTIC ENERGY LOSSES, Pages 210-224
Appendix A - DECOMPOSITION OF A VECTOR FIELD INTO LONGITUDINAL AND TRANSVERSE PARTS, Pages 225-226
Appendix B - THE LOCAL FIELD, Pages 227-231
Appendix C - REFLECTION AT NORMAL INCIDENCE, Pages 232-233
Appendix D - THE f-SUM RULE FOR A CRYSTAL, Pages 234-235
Appendix E - INTERACTION OF RADIATION WITH MATTER, Pages 236-239
Appendix F - M1 CRITICAL POINTS, Pages 240-243
Appendix G - REFLECTANCE AND PHASE-SHIFT DISPERSION RELATIONS, Pages 244-250
Appendix H - k ยท p PERTURBATION THEORY, Pages 251-253
INDEX, Pages 255-260
๐ SIMILAR VOLUMES
I have used this book as reference manual while developing multilayer coatings for use as reflective coatings for nuclear radiation scinitilators.Ecellent reference on optical properties which are not readily available to us.
I have used this book as reference manual while developing multilayer coatings for use as reflective coatings for nuclear radiation scinitilators.Ecellent reference on optical properties which are not readily available to us.
Gives an introduction to the optical properties of solids, including many new topics that have not been previously covered in other solid state texts at this level.