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Ridley B.K. — Quantum Processes in Semiconductors
Ridley B.K. — Quantum Processes in Semiconductors

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Название: Quantum Processes in Semiconductors

Автор: Ridley B.K.

Аннотация:

This book presents the fundamental quantum processes involved in the physics and technology of semiconductors. Its relatively informal style makes it an ideal introduction for graduate courses as well as a reliable reference for researchers in the field. This edition has been expanded to include new chapters on quantum transport, semi-classical transport and space-charge waves, extending the discussion to statistical, many-particle behavior in transport phenomena. The author has also taken the opportunity to update other sections. As with previous editions the text restricts its attention to bulk semiconductors. It traces the path from quantum processes describable by density matrices, through the semi-classical Boltzmann equation and its solutions, to the drift-diffusion description of space-charge waves, the latter appearing in the contexts of negative differential resistance, acoustoelectric and recombination instabilities.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: Fourth Edition

Год издания: 1999

Количество страниц: 436

Добавлена в каталог: 02.02.2010

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Abakumov, V.N.      267
Abrahams, E.      176
Abram, R.A.      277
Absorption, direct interband      196
Absorption, exciton      197
Absorption, free carrier      226 227
Absorption, Gaussian, band      241
Absorption, indirect interband      217
Absorption, rates      186 187
Acceleration theorem      379
Acceptor photo-deionization      198 199
Acoustic phonon scattering      94 ff
Acoustic phonon scattering in a degenerate gas      321 ff
Acoustic phonon scattering in a magnetic field      296 ff
Acoustic phonon scattering, free path      99
Acoustic phonon scattering, spheroidal parabolic band      100 ff
Acoustic phonon scattering, zero-point      99 100 103
Acoustic waves      130 ff
Acoustoelectric effect      414
Acoustoelectric effect with trapping      415 416
Acoustoelectric waves      412 ff
Adams, E.N.      296 298 300 302 304 305 308
Adiabatic approximation      1 245
Alloys      41 ff
Alloys, bowing parameter      42
Alloys, disorder      42
Alloys, scattering      181
Alloys, scattering of phonons      360 361
Altarelli, M.      198
Amato, M.A.      205 207 251 262 264 266
Anderson localization      79
Anderson, P.W.      79
Anharmonic coupling constants      349
Anharmonic interaction      348 ff
Anharmonic interaction, selection rules      350
Anselm, A.I.      154
Argyres, P.N.      312
Arikan, M.C.      179 251
Ascarelli, G.      267
Auger effect      269 ff
Auger effect, impact ionization      275 276
Auger effect, impurity capture rates      276
Auger effect, recombination rate      275
Auger effect, threshold energy      271
Band structure      6 ff
Band structure, bonding and anti-bonding      14
Band structure, calculated      16 ff
Band structure, camel's back      31
Band structure, chemical trend, energies      26 27
Band structure, constant energy surfaces      32 33
Band structure, d-band      25
Band structure, eigen functions      13
Band structure, energy gaps, homopolar      28
Band structure, energy gaps, polar      29
Band structure, energy gaps, principal      24
Band structure, heavy-hole      31
Band structure, homopolar energies      26
Band structure, inversion symmetry      30 31
Band structure, isotropic model      13
Band structure, light-hole      32
Band structure, non-parabolicity      33
Band structure, pressure dependence      37 38
Band structure, pseudo-potential calculations      16 ff
Band structure, spheroidal valleys      33
Band structure, split-off band      32
Band structure, strain      38 ff
Band structure, tailing      79
Band structure, temperature dependence      35 ff
Band structure, theoretical model      16
Band structure, vacuum level      23 24
Band structure, X-point      8 25
Bardeen, J.      152
Barker, J.R.      315 375
Baron, R.      153 154 156
Basis functions      11
Bassani, F.      15 67 71 75
Bauer, G.      310 396
Beattie, A.R.      272 275 278
Bebb, H.B.      70 202
Bergstresser, M.      42
Berolo, O.      42
Berz, F.      178
Bevacouda, S.F.      424
Billiard-ball model      191 209 257
Binder, K.      407
Bir, G.L.      39 106 107
Birman, J.      110 264
Blatt, F.J.      146
Bloch functions      4
Boardman, A.D.      396
Bohm, D.      59 146
Boltzmann equation      382 ff
Boltzmann equation, exact solution      388 ff
Bonds, $sp^{3}$ hybrids      14
Bonds, length      12 23
Bonds, normal covalent      24
Born approximation      139 143
Born, M.      329
Bose — Einstein function      247
Bouckaert, L.P.      11
Boundary scattering      366 ff
Brand, S.      277
Bravais lattice      4
Breakdown      394
Brillouin scattering      417 418
Brillouin zones      4 9 10
Brinson, M.E.      178
Broadening      148 302 308
Brooks — Herring approximation      151
Brooks, H.      35 141 145
Brown, R.A.      267
Budd, H.F.      103
Bulman, P.J.      420
Burt, M.G.      277
Butcher, P.N.      388 390 421
Button, K.J.      58
Callan, H.      113 118 391
Capture, Auger rate      275 276
Capture, cascade      265 ff
Capture, drift-limited      268
Capture, radiative      189
Capture, radiative, acceptor      199
Capture, radiative, direct interband      197
Capture, radiative, donor      201
Capture, radiative, thermally broadened      251
Capture, thermal      254 255 263
Capture, thermal, semi-classical      244
Carroll, J.A.      420
CdS, electron effective mass      64
CdTe, band structure      22
Centre-of-mass-frame      172 270
Chandresekhar, S.      139 150
Chapman, R.A.      202
Chapman, S.      173
Character table for $T_{d}$      265
Charged-impurity scattering, Brooks — Herring approximation      143 ff
Charged-impurity scattering, central-cell contribution      161 ff
Charged-impurity scattering, Conwell — Weisskopf approximation      142 143
Charged-impurity scattering, momentum relaxation rate      148
Charged-impurity scattering, Ramsauer — Townsend effect      164
Charged-impurity scattering, resonant core      164
Charged-impurity scattering, screening      145
Charged-impurity scattering, third-body exclusion      148 ff
Charged-impurity scattering, uncertainty broadening      147
Chelikowsky, J.R.      17 22
Chemical notation      11
Chemical trends      21
Chen, J.W.      77
Chi, J.Y.      147
Cohen, M.L.      17 22
Collision duration      82
Collision duration, time      378
Collision integral      86 399
Condon approximation      245 253 255
Conductivity frequency      413
Conductivity in a magnetic field      298 ff
Conductivity tensor      288 ff
Configuration coordinate      238 ff
Conte, S.D.      374
Conwell — Weisskopf approximation      141 ff 151
Conwell, E.M.      105 106 109 118 119 131 142 395 417
Coulomb factor      163 191 194 201 211
Coulomb scattering      140 ff
Coulomb wave      140 141 163 191
Coupled modes      332 ff
Coupling coefficient, acoustic modes      97
Coupling coefficient, intervalley processes      111
Coupling coefficient, optical phonons      108
Coupling coefficient, piezoelectric modes      121
Coupling coefficient, polar optical modes      114
Cowling, T.G.      173
Cross-over energy      240
Crystal Hamiltonian      1
Csavinsky, P.      145
Cuevas, M.      145
Current density      410
Cyclotron frequency      54
Czaja, W.      178
Davis, E.A.      80
Davydov, B.      295 296 303 396 401
Dean, P.J.      68
Debye screening length      179 ff
Debye, P.      143
Deep-level impurities      71 ff
Deformation potential      38 ff 95 96
Deformation potential, conduction band      38 39
Deformation potential, table      41
Deformation potential, valence band      39
Delves, R.T.      388
Density matrix      369 ff
Density of states, electrons      98
Density of states, mass      102
Density of states, photons      187
Density of states, reduced mass      196
Dexter, D.L.      188
diamond      6 14
Dielectric function      373 392
Dingle, R.B.      143 307
Dipole scattering      168 ff
Direct interband transitions      193 ff
Direct interband transitions, absorption rate      196
Dispersion relation acoustic modes      97
Displaced oscillators      237
Dissipation-fluctuation theorem      342 ff
domains      417 ff
Drift-diffusion model      409 410
Drifted distribution      391 403
Drifted Maxwellian      403 ff
Druyvestyn, M.J.      401
Dumke, W.D.      199
Dunstan, W.      178
Dynamic screening      328 ff
Effective charge      113 116 117
effective mass      28 ff
Effective mass, alloys      42
Effective mass, conduction band      31
Effective mass, electron-phonon contribution      127
Effective mass, table      62
Effective mass, valence band      31 32
Effective permittivity      413
Effective-mass approximation      44 ff
Effective-mass approximation, light scattering      233 234
Effective-mass approximation, spheroidal valleys      46
Effective-mass approximation, valence band      47
Effective-mass equation      46
Ehrenreich, H.      33 133 173
El-Ghanem, H.M.A.      154 158 161 163 165 177
Elastic tensor      410
Electro-mechanical coupling coefficients      122
Electromagnetic field, Hamiltonian      55
Electromagnetic field, perturbation      184
Electromagnetic wave      184 185
Electromagnetic wave, photon number      185
Electron dynamics      47 ff
Electron exchange      271
Electron wave vector      5
Electron-electron interaction      3 74 80
Electron-electron scattering      173 ff 391
Electron-electron scattering, energy relaxation rate      175
Electron-electron scattering, momentum relaxation rate      174 175
Electron-hole scattering      171 ff 394
Electron-lattice coupling      235 ff
Electron-lattice coupling, strengths      256 ff
Electron-phonon interaction      4 36
Electronegativity      25 42
Elementary volume in k-space      5
Elliott, R.J.      167 168 178 198
Emission rate of photons      186
Emission rate of photons, direct interband      196
energy gaps      10
Energy gaps at 300 K      23
Energy gaps, homopolar component      13 24
Energy gaps, polar component      24
Energy levels, hydrogenic impurity      61 62
Energy relaxation rate      104 105 327 394 396
Energy relaxation rate, acoustic phonons      104 105 322
Energy relaxation rate, electron-electron      175
Energy relaxation rate, intervalley scattering      110 112
Energy relaxation rate, optical phonon scattering      109
Energy relaxation rate, piezoelectric scattering      124 322
Energy relaxation rate, polar optical mode scattering      117 118
Energy states repulsion      12
Engelman, R.      252
Equal-areas rule      421
Equipartition      97
Erginsoy's formula      152
Erginsoy, C.      152 153 154 156
excitons      59 ff
Excitons, bound      68
Excitons, direct interband absorption      197
f-sum rule      36 274
Falicov, L.H.      145
Fawcett, W.      396
Fermi's golden rule      369 377
Fermi, E.      377
Ferry, D.K.      113 129
Feschbach, H.      57
Filaments      417 ff
Finlayson, D.M.      306
Firsov, Yu. A.      298 314
Fletcher, K.      388 390
Fluctuations      342
Force equation      48 49
Franck — Condon energy      238 249 250
Franck — Condon principle      71 72 239 248
Free carrier, absorption      218 ff
Free carrier, scattering of light      227
Fried, B.D.      374
Froehlich, H.      63 113 269 394 396
Fujika, S.      147
Furukawa, Y.      178
g factor      287 310
Gaa, M.      420
GaAs, Auger recombination rate      275
GaAs, band structure      19
GaAs, donor and acceptor energies      66
GaAs, electron mobility      133 ff 179
GaAs, exciton absorption      195
GaAs, exciton absorption, energy      61
GaAs, impurity levels      76 77
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