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| Авторизация |
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| Elliott R.J., Gibson A.F. — An Introduction to Solid State Physics and Its Applications |
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| Предметный указатель |
Magnetic resonance 426 463 471
magnetic susceptibility 432 454
Magnetisation 432 460 464
Magneto-acoustic effects 314
Magneto-optical effects 272
Magneto-plasma resonance 276
Magnetoresistance 289 298 329 338
Magnets (permanent) 475
Magnons see Spin waves
Manganese fluoride 454 462
Manganese oxide 133 453
Manley — Rowe relations 257 260 476
Many valley bands 114 180 330 341 342
Maser 471
Matthiessen's rule 373
Mean free path 40 133 299 350
Mean free time 40 119 135 265 286 295ff.
Meissner effect 345
Metal-oxide-silicon transistors 408
Metallic bonding 16
Metals 16
Metals, band structure 106
Metals, electron scattering 310
Metals, impurities in 179
Metals, magnetic effects 122
Metals, thermal properties 130
Metals, transport properties 296 317
Miller indices 11
Mobility 287ff. 375
Mobility, ambipolar 377
Mode softening 85
Molecular field theory 442
Mott transition 134
Nearly free electron model 94
Neel temperature 448
Negative resistance 331 394 398
Neon 63
Neutron scattering, elastic 17 452
Neutron scattering, inelastic 74
Nickel 110 291 443 446
Nickel oxide 133
Niobium 355 360 369
Niobium alloys 369
Noise 417
Normal modes 53
Normal processes 39 321
Ohm's Law (deviations from) 326 329
Optic modes 59 70 223 260 302
Optical absorption 195 201
Optical absorption coefficient 197
Optical absorption edge 219
Optical absorption of superconductors 358
Optical absorption processes (summary) 207
Optical absorption processes, free carrier 264ff.
Optical absorption processes, impurity 175 181 189 209 see
Optical absorption processes, indirect 220
Optical absorption processes, interband 210 219
Optical absorption processes, magnons 462
Optical absorption processes, phonon assisted 218 224
Optical absorption processes, phonons 222ff.
Optical absorption processes, two-photon 259
Optical absorption, measurement of 197
Optical absorption, non-linear 252
Optical absorption, theory of 205
Optical constants 197
Optical emission 228ff.
Optical emission, processes (summary) 229
Optical emission, spontaneous 202
Optical emission, stimulated 202 (see also Laser)
Optical rectification 253
Orbitals 12
Oscillator strength 202
Paraelectrics 85
Paramagnetic energy 423
Paramagnetic resonance see Electron spin resonance
Paramagnetic susceptibility 435
Parametric amplification 257 384 476
Pauli exclusion principle 42 122
Pauli spin susceptibility 437
Periodic boundary conditions 36
Periodic table xxi 12 213 344 371
Perturbation theory 205
Phase changes 82
Phase matching 254
Phonons 31 53
Phonons, acoustic 59
Phonons, electron scattering by 300 310
Phonons, optic 59 70 223 260 302
Phonons, role, in heat transport 320
Phonons, role, in optical absorption 222
Phonons, role, in superconductivity 352
Phonons, scattering 321
Phosphorescence 242
Photoconductivity 182 207 239
Photoconductivity, applications 182 196 401
photoluminescence 237
Photon-photon interactions 252 259
Photovoltaic effect 402
Piezoelectric effect 79 306
Piezoelectric transducers 88 306
piezoresistance 342
Plasma oscillations 131 224 269 276
Plastic deformation 154
PN junctions 161 246 379ff.
PN junctions, avalanche breakdown 389
PN junctions, capacitance 382
PN junctions, conductance 385
PN junctions, high frequency behaviour 395
PN junctions, tunnelling 391
Pockels cfioct 252
Point defects 139
Polaron 135 302
Population inversion 247 251 307
Potassium 130 135
Potassium bromide 69 142 144 218
Potassium chloride 135 167 194
Potassium dihydrogen phosphate (KDP) 17 87 256
Potassium iodide 135 143
Pseudopotential 103
Pyroelectric infrared detectors 88
Quanta 31
Quartz 255
Quenching 102 172 423
Radiation damage 142
Radiation dose meter 245
Raman effect 260 464
Rare earth ions 160 168 237 238 239 433
Rare gas solids 14 216
Rayleigh waves 310
Read diode 400
Reciprocal lattice 10
Recombination 183 229 375
Reflection coefficient 198
Reflection coefficient of metals 268
Refractive index 197
Resonance see Azbel Kaner resonance Cyclotron Electron Magneto-plasma plasma
Reststrahlen band 224
Rochelle salt 87
Rubidium 130 135
Ruby (Al2O3-Cr) 172 250 324
Saddle points 46
Sapphire (A12O3) 172 324
Scattering of electrons 299
Scattering of electrons, deformation potential 302
Scattering of electrons, dislocation 305
Scattering of electrons, electron 306
Scattering of electrons, energy loss in 299 326
| Scattering of electrons, impurity 299 303 313
Scattering of electrons, intervalley 305
Scattering of electrons, phonon 300 310
Scattering of electrons, piezoelectric 302 306
Scattering of electrons, relation to mobility 296 297
Scattering of hot electrons 327
Scattering of phonons 320
Scattering of phonons, boundary 322
Scattering of phonons, electron 324
Scattering of phonons, impurity 324
Schottky defects 139
Scintillation counters 242
Screening length 132 219 247
Screw dislocations 150
Selection rules 206
Semiconductors 91
Semiconductors, band structure of 110 115 128
Semiconductors, conductivity of 291
Semiconductors, electron scattering in 300
Semiconductors, free carrier absorption in 266
Semiconductors, impurities in 145 178
Semiconductors, intrinsic 146
Semiconductors, magnetoresistance of 298
Semiconductors, N and P type 147
Sensitisers (of luminescence) 239
Shell model 65 227
Silicon 64 110 115 121 210 228 232 337 341 379 394 402 407
Silver 106
Silver chloride 135
Skiatron 143
Skin depth 268
SLIP 154
Sodium 67 107 130 135 278 286 291
Solar cells 402
Space charge effects 380
Space group and space lattice 3 8
Specific heat 76
Specific heat, antiferromagnet 457
Specific heat, electronic 130
Specific heat, magnetic 460
Specific heat, superconductor 347 356
Specific heat, vibrational 78
Spectroscopic splitting factor 285 423 436
Spin relaxation 426
Spin waves 35 209 458 462 476
Spin-orbit coupling 100 II2 423 436
Stacking fault 155
Statistics 42
Stimulated emission 202 308
Stimulated Raman effect 262
Stockbarger crystal growth method 158
Stokes line 260
Strain gauge 342
Strontium silicate 244
Structure factor 23
Superconductivity 343
Superconductivity, coherence 350
Superconductivity, devices 366ff.
Superconductivity, energy gap 352 356
Superconductivity, intermediate state 348
Superconductivity, magnetic effects 345 348 369
Superconductivity, mixed state 348
Superconductivity, optical properties 358
Superconductivity, penetration depth 346 350
Superconductivity, quantum effects of 363
Superconductivity, solenoids 369
Superconductivity, specific heat 347 356
Superconductivity, table of elements 371
Superconductivity, theory 351
Superconductivity, transition temperature 343 355
Superconductivity, tunnelling 358
Superconductivity, Type I 349
Superconductivity, Type II 349
Superconductivity, weak link 365
Surface states 407
Tellurium 337
thermal conductivity see Heat transport
Thermal expansion 79 321
Thermal properties 76 130
Thermoluminescence 242
Thermoluminescence, dating 245
Three-photon mixing 259
Tight binding approximation 98
Tilt boundary 155
Tin 355 359 368
Transferred electron oscillator see Gunn effect
Transformers 475
Transistors, bipolar 409
Transistors, development of 418
Transistors, fabrication of 161
Transistors, field effect 403
Transistors, insulated gate 405
Transistors, limitations of 415
Transistors, MOS 408
Transistors, parameters 411
Transistors, unijunction 420
Transistors, unipolar 402
Transition metal ions 172 434
Transition metals 446
Transition temperature 82 343 355 443
Transitions, electric dipole 201 206
Transitions, first order 85
Transitions, forbidden 207
Transitions, phonon assisted 176 218 221 394
Transitions, photon assisted 394
Transitions, second order 85
Translational symmetry 2
Triglycine sulphate 87
tunnelling 358 391
Two-fluid model 346 353
Two-photon absorption 259
Ultra-violet absorption 207 272
Umklapp processes 39 321
Unit cell 3
Urbach'srule 218
Vacancies 140 175
Valence band 92 129 146 211
Van der Waals crystals 14
Vibrations, covalent crystals 64 227
Vibrations, diatomic linear chain 57
Vibrations, experimental determination of spectra 74
Vibrations, general lattice 59
Vibrations, ionic crystals 68 223 227
Vibrations, localised 167 228
Vibrations, metals 67
Vibrations, monatomic linear chain 54
Vibrations, optical effects 222
Vibrations, rare gas crystals 62
Voigt effect 281
Vortices 363
Wannier excitons 214
Wannier function 99
Wave guide 50 472
Wave scattering 18
Wiedemann-Franz law 317 356
X-rays, damage by 143
X-rays, diffraction of 17
X-rays, luminescence 242
Xenon 216
Yttrium aluminium garnet (YAG) 236 251
Yttrium iron garnet (YIG) 8 460
Zeeman effect 421 425
Zener diode 392
Zero phonon line 192
Zero point motion 54 134 283
Zinc 282 316
Zinc sulphide 193 238 244
Zone refining 157
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