THE FUNDAMENTAL EQUATIONS OF DYNAMICS & MAIN COORDINATE SYSTEMS, VECTORIALLY TREATED

By DANIEL TAYLOR

CRYSTAL STRUCTURE INTRODUCTION CORE CONCEPT: CRYSTAL STRUCTURES AND CLASSIFICATION CORE CONCEPT: CRYSTAL GROWTH CORE CONCEPT: PROPERTIES OF SOLIDS CORE CONCEPT: TYPES OF BONDS SUMMARY MULTIPLE CHOICE QUESTIONS REVIEW QUESTIONS REFERENCES ELEMENTARY LATTICE DYNAMICS CORE CONCEPT: LATTICE VIBRATIONS AND PHONONS CORE CONCEPT: HEAT CAPACITIES OF SOLIDS MAGNETIC PROPERTIES OF MATTER CORE CONCEPT: MAGNETISM CORE CONCEPT: MATTER DIELECTRIC PROPERTIES OF MATERIALS CORE CONCEPT: POLARIZATION CORE CONCEPT: CLASSIFICATION OF DIELECTRIC MATERIALS FUNDAMENTALS OF MATERIALS CORE CONCEPT: PROPERTIES OF MATERIALS CORE CONCEPT: PERCEPTION OF HOLES CORE CONCEPT: INSULATORS, AND SEMICONDUCTORS SUPERCONDUCTIVITY CORE CONCEPT: SUPERCONDUCTIVITY BASICS CORE CONCEPT: PROPERTIES OF SUPERCONDUCTORS CORE CONCEPT: TYPES OF SUPERCONDUCTOR DEFECTS AND IMPURITIES CORE CONCEPT: DEFECTS IN SOLIDS CORE CONCEPT: INTRINSIC DEFECTS IN SEMICONDUCTORS CORE CONCEPT: THERMODYNAMICS OF INTRINSIC POINT DEFECTS CORE CONCEPT: FOREIGN IMPURITIES CORE CONCEPT: INGOT AND SUBSTRATE CHARACTERIZATION CORE CONCEPT: DOPING