TY  - BOOK
AU  - Pierret,Robert F
TI  - Advanced semiconductor fundamentals
T2  - Modular series on solid state devices
SN  - 013061792X
AV  - TK7871.85 .P483 2003
PY  - 2003///]
CY  - Upper Saddle River, N.J.
PB  - Prentice Hall
KW  - Semiconductors
KW  - Lehrbuch
KW  - swd
N1  - Includes bibliographical references and index; Basic Semiconductor Properties --; General Material Properties --; Crystal Structure --; The Unit Cell Concept --; Simple 3-D Unit Cells --; Bravais Lattices and Crystal Systems --; Specific Semiconductor Lattices --; Miller Indices --; Example Use of Miller Indices --; Wafer Surface Orientation --; Wafer Flats and Notches --; Pattern Alignment --; Elements of Quantum Mechanics --; The Quantum Concept --; Blackbody Radiation --; The Bohr Atom --; Wave-Particle Duality --; Basic Formalism --; General Formulation --; Time-Independent Formulation --; Simple Problem Solutions --; The Free Particle --; Particle in a 1-D Box --; Finite Potential Well --; Energy Band Theory --; Preliminary Considerations --; Simplifying Assumptions --; The Bloch Theorem --; Approximate One-Dimensional Analysis --; Kronig-Penney Model --; Mathematical Solution --; Energy Bands and Brillouin Zones --; Particle Motion and Effective Mass --; Carriers and Current --; Extrapolation of Concepts to Three Dimensions --; Brillouin Zones --; E-k Diagrams --; Constant-Energy Surfaces --; Effective Mass --; Ge, Si, and GaAs --; Measurement --; Band Gap Energy --; Equilibrium Carrier Statistics --; Density of States --; General Derivation --; Specific Materials --; Conduction Band--GaAs --; Conduction Band--Si, Ge --; Valence Band--Ge, Si, GaAs --; Fermi Function --; Problem Specification --; Derivation Proper --; Concluding Discussion --; Supplemental Information --; Equilibrium Distribution of Carriers --; The Energy Band Diagram --; Donors, Acceptors, Band Gap Centers
ER  -