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| Bube R.H. — Electronic Properties of Crystalline Solids: An Introduction to Fundamentals |
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| Предметный указатель |
Permeabflity 15 403
Perturbation theory 75 141—145 258—260 430 431
phase velocity 4
Phonon 53
Phonon, absorption 292 427
Phonon, drag 245 264
Phonon, emission 292 345 427
Photoconductivity 347 449—460 471—505
Photoconductivity, barrier 479—484
Photoconductivity, homogeneous materials 484 485
Photoconductivity, lifetime 449 451—453 490—505
Photoconductivity, n-p-n junction 478 479
Photoconductivity, one-center models 490—502
Photoconductivity, p-n junction 477
Photoconductivity, Shockley — Read model 491—498
Photoconductivity, spectral response 455—459
Photoconductivity, two-center models 502—505
Photoelectronic effects 449—510
Photomagnetoelectric effect 450 508 509
Photon 53
Photon, emission 317 449
Photosensitivity 453
Photovoltaic effect 347 450 507
Physical reality 5 31 54 70
Piezoelectric effect 286
Plasma frequency 411
Plasmon 412
Poisson bracket 26
Poisson’s equation 461 471
Polarons 200
Poynting vector 420
probability 31
Probability, distribution 100
Pseudopotentials 168—171
Pseudowavefunction 168—171
Quantization 21
Quantum efficiency 453
quantum mechanics 20—43
Quantum mechanics, postulates of 26—31
Quantum mechanics, simple systems 47—70
Quantum number, angular momentum 60
Quantum number, magnetic 60
Quantum number, one-dimensional box 50
Quantum number, oscillator, linear harmonic 58
Quantum number, principal 64
Quantum number, spin 78
Quantum statistics 98—106
Quenching of photoconductivity, optical 503
Quenching of photoconductivity, thermal 502
Reciprocal lattice 122 128—141
Recombination 449
Recombination, Auger 488 489
Recombination, detection of 349
Recombination, nonradiative 487 488
Recombination, radiative 346 349 486 487
Recombination, surface 457 458
Rectifier 347
Reflection coefficient 252 405
Refraction index 15 403—407
Relaxation time 212 254 270 279 359
Relaxation time, approximation 211 222—231 359 377
Reststrahlen 11
Richardson’s equation 112
Righi — Leduc effect 387
Rutherford scattering 276
s state 61
Scattering processes 211 250—302
Scattering processes, acoustic phonon 231 251—273 288—299
Scattering processes, charged impurities 231 273—285 410
Scattering processes, dislocations 286
Scattering processes, elastic 223
Scattering processes, inelastic 223 237
Scattering processes, inhomogeneity 287 288
Scattering processes, intervalley 286 287
Scattering processes, neutral imperfections 285
Scattering processes, optical phonon 245 285 297 379 410
Scattering processes, piezoelectric 286
Scattering, center 317
Scattering, cross sections 260 270 273 277
Scattering, Hall effect, in 377—380
Scattering, magnetoresistance, in 380—383
Scattering, normal 263
Scattering, probability 269
Scattering, umklapp 263 268
Schroedinger equation 23—26
| screening 344
Secular equation 142
Semiconductors 179—184 205 206 232—237 288
Sensitizing centers 318 502
Shockley — Read model 491—498
Skin effect 408
Solar cell 349
Sommerfeld model 74 83—90
Sound velocity 2 296
Space charge 287
Space-chaige-limited currents 464 466—471
Space-chaige-limited currents, double injection 469—471
Space-chaige-limited currents, single injection 466—469
Spherical harmonics 60
Spin 73 77 78
Spin, paramagnetism 106 107
Spin-orbit interaction 187
Square-integrable functions 32
Stationary state 25
Superconductivity 237 239
Superlinear photoconductivity 502
Surface recombination velocity 457 458
Surface states 305—308
Temperature, electron 289
thermal conductivity 211
Thermal gradient 211 225—228
Thermionic emission 110—114
Thermoelectric effect 212 244—246 387
Thomas — Fermi approximation 120
transistor 347
Transit time 454
Transport integrals 240 241
Transport, carrier 211—248
traps 317 368 441 499—502
Tunnel diode 349—351
Tunneling 20 114—117 351
Ultraviolet transparency of metals 411
UNITS 514 515
valence electrons 73 79
Variational method 75
Vector potential 388 416
Vector(s) see “Specific types”
Velocity, band, in 174—179
Velocity, group 4
Velocity, phase 4
Virtual cathode 465
Virtual state 428
Wave packets 211 212—220 274
Wave packets, Bloch function 217
Wave packets, Gaussian 213
Wave packets, maximum of 216
Wave packets, width of 216
Wave(s) 1—16
Wave(s), acoustic mode 8
Wave(s), approach to quantum mechanics 20
Wave(s), classical 1—18
Wave(s), diatomic crystal, in 7 8
Wave(s), electromagnetic 15—17
Wave(s), equation 5
Wave(s), harmonic 1
Wave(s), longitudinal 3
Wave(s), monatomic crystal, in 5 7
Wave(s), normal modes 10
Wave(s), optical modes 9
Wave(s), rod, in 5 6
Wave(s), standing 2
Wave(s), string, in 5 6
Wave(s), transverse 3
Wave(s), traveling 2 90
Wave(s), velocity 4
wavefunction 31—34
Wavefunction, antisymmetric 81
Wavefunction, determinantal 76 81
Wavefunction, one-electron 76 ff.
Wavefunction, symmetric 81
Wavenumber 2
Wavevector 22 122
Wavevector, electron 23—26
Well-behaved functions 30
Wiedemarm — Franz ratio 243 244
Wigner — Seitz cell 124 262
WKB approximation 116
work function 110
Zeeman effect 143—145
Zero-point energy 56
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