图书简介

1 Hamiltonians and solution techniques; 2 Entropy, information and energy; 3 Waves and particles in the crystal; 4 Bandstructures; 5 Semiconductor surfaces; 6 Semiconductor interfaces and junctions; 7 Point perturbations; 8 Transport and evolution of classical and quantum ensembles; 9 Scattering-constrained dynamics; 10 Major scattering processes; 11 Particle generation and recombination; 12 Light interactions with semiconductors; 13 Causality and Green’s functions; 14 Quantum to macroscale and linear response; 15 Onsager relationships; 16 Noise; 17 Stress and strain effects; 18 High permittivity dielectrics; 19 Remote processes; 20 Quantum confinement and monolayer semiconductors; App. A Integral transform theorems; App. B Various useful functions; App. C Random processes; App. D Calculus of variation and the Lagrangian method; App. E A thermodynamics primer; App. F Maxwell-Boltzmann distribution function; App. G Spin and spin matrices; App. H Density of states; App. I Oscillator strength; App. J Effective mass tensor; App. K A and B coefficients, and spontaneous and stimulated emission; App. L Helmholtz theorem and vector splitting; App. M Mode coupling and Purcell effect; App. M Vector and scalar potentials; App. O Analyticity, Kramers-Kronig and Hilbert transforms; App. P Particle velocities

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