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Elliott R.J., Gibson A.F. — An Introduction to Solid State Physics and Its Applications
Elliott R.J., Gibson A.F. — An Introduction to Solid State Physics and Its Applications

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Название: An Introduction to Solid State Physics and Its Applications

Авторы: Elliott R.J., Gibson A.F.

Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1974

Количество страниц: 490

Добавлена в каталог: 20.03.2008

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
$\alpha$-particle luminescence      242
$\gamma$-rays      143
'SLUGS'      366
'SQUIDS'      366
Absorption      see Optical Absorption
Acceptor      178 232 247
Acoustic amplification      306
Acoustic branch      59
Activator (luminescent)      239
Adiabatic approximation      29 190
Alfven waves      274 279
Alkali halides      7 131 143 175 189 218 KCl KI)
Alloy junctions      162 389
Alloys      187
Aluminium      81 109 291 358
Aluminium oxide      see Sapphire and Ruby
Ambipolar diffusion and mobility      377
Anharmonic effects      79 82 85 252 321
Anharmonic potential      29 253
Anomalous skin effect      272
Antiferromagnetism      448 454
Archaeological dating      245
Argon      78
Atomic model      30 421
Atomic states      92 422
Avalanche devices      397
Avalanche effects      229 329 389
Azbel — Kaner resonance      282
Band structure      106
Band structure of alloys      187
Band structure of polyvalent metals      109
Band structure of semiconductors      110
Band structure of simple metals      106
Band structure of transition metals      109 446
Band structure, experimental determination from magnetic resonance data      123 274
Band structure, experimental determination from magneto-acoustic effects      314
Band structure, experimental determination from optical properties      210
Band structure, experimental determination from transport properties      333ff.
band theory      92 102
Band theory, molecular field      445
Bardeen, Cooper and Schrieffer (BCS)Theory      351
Barium titanate      85
Binding      11
Bipolar transport      375
Birefringence      255 281
Bismuth      280 348
Bloch — Gruneisen relation      311
Bloch's theorem      33
Bohr magneton      422
Boltzmann distribution      127 129 297
Boltzmann equation      294ff. 318
Bose — Einstein distribution      43 76 204 460
boundary conditions      34
Boundary scattering      322
Bragg scattering      22
Brewster's angle      200
Bridgeman crystal growth method      158
Brillouin zone      11 33 37 50 62 94 106
Burgers vector      150
Cadmium      315 372
Cadmium sulphide      217 232 307
Cadmium telluride      333
Caesiurn      130
Calcium carbonate      241
Calcium fluoride      239
Calcium tungstate      160 251
Capacitance, ferroelectric      87
Capacitance, PN junction      382
Carrier injection      246 267 387
Cathodo-luminescence      241
Channelling      143
Circulator      473
Coaxial cable      47
Cobalt      110 447
coercive field      465 475 477
Coherence length      350
Colour centre      142 177
Colouration      143
Conduction band      92 128 147 211
Conductivity, anisotropic      337
Conductivity, bipolar      376
Conductivity, high frequency      265
Conductivity, hot electrons      326
Conductivity, ionic      144
Conductivity, temperature dependence      290
Conductivity, tensor      335
Conductivity, thermal      see Heat transport
Configuration (electronic)      169
Conservation rules      39 198 210 219 225
copper      24 107 125 291 320 339 372 373
Copper, alloys of      187 313
Covalent crystals      16
Covalent crystals, vibrational spectra      64
Critical current      346 369
Critical field      346 349 367 369
Critical phenomena      456
Critical points      44 212
Critical temperature      see Transition temperature
Cross section (collisional)      133 299
Cryotron      368
Crystal doping      159
Crystal field      169 423
Crystal growth      156
Crystal structure, simple lattices      4
Cuprous oxide      26 215 262
Curie's law      433
Cyclotron resonance      119 125 136 209 282 314
Czrochalski crystal growth method      158
data storage      476
De Haas — Van Alphen effect      125 317 340
Debye temperature      79 311 321
Debye theory of specific heat      78
Debye — Hueckel screening      132
Debye — Waller factor      23
Decoration (of dislocations)      154
Deep impurity levels      180
defects      138
Defects, Frenkel      142
Defects, Schottky      139
Deformation (plastic)      154
Deformation potential      302 310
Demagnetising factor      440
Density of states      43 101 105 123 130 219
Detailed balance      75 204
Diamagnetic energy      422
diamagnetic susceptibility      430 437
dielectric constant      71 179 200 265
Diffraction      17
Diffused junctions      162
Diffusion of defects      141 162
Diffusion of electrons      376
Diffusion of ions      144
Diode characteristics      379ff.
Dipole-dipole interaction      439
Direct gap      114 219
Dislocations      139 150 305
dispersion      201
Domains, electric      331
Domains, magnetic      466 470
Domains, superconducting      348
Donor      146 178 232
Doping      156 159
Drift mobility      290
Drude theory      265
Edge dislocation      139 150
effective mass      116 130 135 265 330 436
Effective mass approximation      178
Einstein coefficients      202 228 250
Elastic constants      60
Electroluminescence      246
Electron bolometer      328
Electron dynamics      116
Electron lattice coupling      135 352
electron pairs      352
Electron traps      243
Electron-electron interactions      130 133
Electrons, band      120
Electrons, configuration of      169
Electrons, contribution to specific heat of metals      130
Electrons, free      264
Electrons, in magnetic fields      118 272
Electrons, scattering      see Scattering of electrons
Electrons, spin resonance      426 471
Electrons, superconducting      346 353
Elementary excitations      31
emission      see Optical emission
energy bands      33 90 102 210 330 342
Energy gap in superconductors      352 356
Epitaxial crystal growth      161
Equivalent circuit      411
Esaki diode      393
Etching      151
exchange interaction      440
excitons      133 209 213 230
Extinction coefficient      197
F-centre      142 173ff. 189 425
Faraday effect      273 425 471
Fermi energy      43 91 104 147
Fermi energy, temperature dependence      126 129
Fermi surface      91 105 125 315 338
Fermi — Dirac distribution      42 126 129 296
Ferrimagnetism      450 464
Ferrites      450 472 477
Ferroelectrics      85
ferromagnetism      439 442 446 464 475
Field-effect transistors      403
Fluorescence      193 237
Flux exclusion      345 367
Flux jumping      369
Flux pinning      364 369
Flux quantisation      363
Forbidden gap      33 47 104 110
Forbidden transitions      207
Force constants      62
Form factor      24
Frank — Condon principle      190
Frenkel defects      142
Frenkel excitons      214
Frequency mixing      253 334 384
Gallium      357
Gallium arsenide      70 114 135 223 227 330 342 394
Gallium arsenide-phosphide alloys      188
Gallium phosphide      115 233 261
Gallium selenide      220
Generation (of electrons and holes)      375
Germanium      16 114 121 181 210ff. 221 286 303 328 337 372 379 394
Glass      2 252
Gold      81 268 291
Golden Rule      206 301
graphite      26
Gruneisen constant      80
Gunn effect      330 342 401
Gyrator      474
Hagen — Rubens relation      268
Harmonic generation      253 384
Heat switch      357
Heat transport      317
Heat transport by electrons      317
Heat transport by phonons      320
Heat transport in superconductors      356
Helicon-waves      277
Holes      117 128 146 177 181 375
Hot electrons      326
Hume — Rothery rules      187
Hydrogen bonding      17
hydrogen molecule      13
Hysteresis      465 469 475
Impedance parameters      412
Impurities and imperfections      138 145 150 161
Impurities and imperfections in metals      184
Impurities and imperfections in semiconductors      145 178 209 232 247
Impurities and imperfections, aggregates      177
Impurities and imperfections, energy states      164 235
Impurities and imperfections, lattice coupling      189
Impurity band      187
Incoherent scattering      22
Independent electron model      30 92
Indirect gap      112 220
Indium      162 359
Indium antimonide      115 135 194 219 271 282 293 303 328 334 371
Indium arsenide      115 276 285 334
Indium phosphide      333
Infrared absorption      207
Infrared detectors      88 182 196 401
Injection (of charge carriers)      246 267 387
Insulated gate transistors      405
insulators      133
Interstitials      140
ion implantation      162
Ionic binding      15
Ionic conduction      144
Ionic crystals      15
Ionic crystals, dielectric constant      70
Ionic crystals, vibrational spectra      68
Iron      446
Ising      442
Isoelectronic series      17 212
Isolator      472
Isotope effect      352
Jahn — Teller effect      190
Josephson effect      361 364
Junction      see PN junction LH
Junction devices      374
Kerr effect      252
Kohn anomaly      68
Kramers — Kronig relations      201
Krypton      78
Landau levels      122 273 283 340
Laser      171 204 237
Laser, injection      246
Laser, optically pumped      250
Laser, Q-switched      252
Lattice vectors      3ff.
Lattice vibrations      see Vibrations and Phonons
Lead      68 355 368
Lead sulphide      303
Lead telluride      115 271
LH junctions      396
Lifetime (of charge carriers)      375
Ligand field theory      173
Line shape      202
Lithium      131 373
Lithium fluoride      323 325
Localised modes      166 228
Localised states      164
Locking (of dislocations)      154 (see also Flux pinning)
London equation      345
Lorentzian function      41 202
Luminescence      229 237 241
Lyddane, Sachs and Teller relation      72 224
Magnesium      131
Magnetic amplifier      476
Magnetic anisotropy      449 455 462 469
Magnetic breakdown      341
Magnetic effects, band electrons      120 436 445
Magnetic effects, free electrons      118 272
Magnetic effects, metals      122
Magnetic effects, superconductors      345 348 369
Magnetic forces      438
Magnetic order      447
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