Page 340 - Semiconductor For Micro- and Nanotechnology An Introduction For Engineers

density 194
scalar 149
volume element 194
symmetric 122
phase-space density inter-atom 86
vanishing 194 vector 149
phonon 183 potential box
acoustic 91 one-dimensional 106
BTE 197 potential box, three-dimensional 111
density of states 75, 77 power
dispersion diagram 74 absorption 184
flux 237 principle
frequency 75, 197 Hamilton 65
localized state 88 Heisenberg 114
quantized level 85 Heisenberg uncertainty 102
quasi-particle 182 Pauli 181, 196
surface 88 uncertainty 101
phonon-phonon interaction 197 Probability
photoelectric effect 162 continuous 176
photon 183 probability 98, 104, 162, 172, 174,
absorption 229, 236, 245, 246, 175, 176, 179, 185, 196,
249, 267, 269 236, 272
partition function 183 canonical distribution 175
probability 163 current density 105
quasi-particle 182 density 98, 104, 106, 107, 113,
Planck 129, 162, 194
distribution 183 distribution 51, 162, 170, 175
Planck constant 98 electron 272
point flux 104
singular 77 flux density 107
polar inverse 236
angle 123 occupation 52, 322
position of finding in a state 129
operator 99 photon 163
potential 115 propagation 162
atom 96, 140 resultant 162
attractive 52 spatial distribution 104
barrier 115 transition 196, 201, 270
box 112, 116 transmission 118
Coulomb 123 unoccupation 322
electrochemical 206, 207, 209, wave 162
210, 212, 214, 215, 253 probability current density 194
finite 106 propagation
finite box 112 light 164
harmonic 86, 119 property
harmonic crystal 88 extensive 191
infinite box 111 proton 123
inifinite box 111 pseudo particle 169

Q q-representation 119 quantized
quantize crystal vibration 84
energy 163 electromagnetic energy 84

Semiconductors for Micro and Nanosystem Technology 337