AN INTRODUCTION TO ELECTRICAL ENGINEERING MATERIALS
CHAPTER THE HYDROGEN ATOM IN THE LIGHT OF QUANTUM MECHANICS NOMENCLATURE PERTAINING TO ELECTRONIC STATES THE ELECTRON SPIN AND PAULI S EXCLUSION PRINCIPLE POTENTIAL BARRIER PROBLEMS FERMI DIRAC DISTRIBUTION FUNCTION THE ATOMIC BONDS CRYSTAL STRUCTURE IN ATOMS CLASSIFICATION OF MAGNETIC MATERIALS ATOMIC CONCEPT OF FERROMAGNETISM MAGNETIC PROPERTY OF CRYSTALLOGRAPHIC MATERIALS BROAD CLASSIFICATION OF MAGNETIC MATERIALS TEMPERATURE DEPENDENCE OF CONDUCTIVITY OF MATERIALS MAGNETIC BUBBLE MEMORY MAGNETIC ANISOTROPY BAND THEORY OF SOLIDS ELECTRON HOLE PAIRS SEMICONDUCTOR MATERIALS DOPING OF SEMICONDUCTOR TYPES OF SEMICONDUCTORS DOPED SEMICONDUCTORS CARRIER CONCENTRATIONS REQUIRED PURITY AND PERFECTION OF SEMICONDUCTOR MATERIALS CARRIER GENERATION AND RECOMBINATION CARRIER ACTIONS DRIFT CURRENT DIFFUSION CURRENT BANDS FOR DOPED SEMICONDUCTORS EINSTEIN RELATION NON EQUILIBRIUM CURRENTS PURE DIFFUSION CURRENTS GENERAL BAND BENDING AND DEBYE LENGTH DIELECTRIC RELAXATION TIME ORGANIC SEMICONDUCTOR SEMICONDUCTOR DEVICE FUNDAMENTALS SEMICONDUCTOR DEVICE MATERIALS LIST OF COMMON SEMICONDUCTOR DEVICES P N JUNCTIONS MOSFET METAL OXIDE SEMICONDUCTOR FIELD EFFECT TRANSISTOR SEMICONDUCTOR FABRICATION 5 1 INTRODUCTION 5 2 HISTORY OF SUPERCONDUCTORS 5 3 THE MEISSNER EFFECT 5 4 QUANTUM SUPERCONDUCTING EFFECTS 5 5 FLUX QUANTIZATION 5 6 TYPE 1 SUPERCONDUCTORS 5 7 TYPE 2 SUPERCONDUCTORS 5 8 HIGH TEMPERATURE SUPERCONDUCTORS 5 9 ENERGY GAP IN SUPERCONDUCTORS AS A FUNCTION OF TEMPERATURE 5 10 VANADIUM HEAT CAPACITY 5 11 EXPONENTIAL HEAT CAPACITY 5 12 SUPERCONDUCTOR TERMINOLOGY AND THE NAMING SCHEME 5 13 APPLICATION OF SUPERCONDUCTORS 5 14 TYPICAL SUPERCONDUCTORS AND THE FUTURE DIELECTRIC PROPERTIES OF INSULATING MATERIALS VARIOUS TYPES OF POLARIZATION IN DIELECTRICS THERMAL PROPERTIES OF INSULATORS CHEMICAL PROPERTIES OF INSULATORS