Page 337 - Semiconductor For Micro- and Nanotechnology An Introduction For Engineers

absorption 266
Hamilton
H
function 118
reservoir 174, 176
operator 103, 104, 105, 123 heat capacity 84
operator, closed form 103 lattice 81
principle 65 Heaviside, Oliver 143
Hamiltonian 50, 85, 107, 113, 115, Heisenberg
125, 127, 128 principle 114
crystal 82 uncertainty principle 102
invariance 132 Heisenberg principle 114
mechanics 64, 65 Helmholtz equation 147
operator 50 Helmholtz free energy 87
particle 118 Herz, Heinrich 143
solid 50 heterostructure 90
spectrum 118 Hilbert
harmful radiation 143 space 113
harmonic histogram 77
assumption 71 histograms 77
harmonic crystal potential 88 hole
harmonic oscillator 163 quasi-particle 182
2D 167 hydrodynamic
linear 118 model 222
non-interacting 118, 183 hydrodynamic equation 220, 222
numerical treatment 122 hydrogen
quantum mechanics 121 spectrum 126
harmonic potential 86, 119 hydrogen atom 96, 123, 125, 126,
harmonic solution 108, 116 128, 137
heat hypersurface 172

I identity by parts 101
vector 145 interaction
implementation 176 Coulomb 97, 126
microscopic 171 optical 71
indistinguishable 172 phonon-phonon 197
induction inter-atom potential 86
magnetic 144 interface 89
infinite box potential 111 material 88
infrared interference
absorption 263 pattern 98
in-scattering process 196 internal energy 84, 85, 87, 88
instantaneous scattering 196 store 84
integral intervalley
line 146 absorption 229
representation 145 irrotational 149
integration isotropic speed of sound 85
J Joule heating 201

K k-continuous 113 Kronecker
kinematics 65 delta function 151
kinetic energy 114

334 Semiconductors for Micro and Nanosystem Technology