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Dekker A.J. — Solid State Physics
Dekker A.J. — Solid State Physics



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Название: Solid State Physics

Автор: Dekker A.J.

Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1958

Количество страниц: 540

Добавлена в каталог: 21.03.2008

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Germanium, infrared absorption      339
Germanium, lattice properties      320 ff.
Germanium, lifetime of carriers      343
Germanium, physical constants      311
Germanium, secondary emission      421
Gibbs' free energy      526
Glow curve, luminescence      405 407
Goldschmidt radii, ions      126
Gorter — Kronig theory, paramagnetic relaxation      523
Gouy balance      462
Gr$\ddot{u}$ncisen constant      33
Grain boundaries      198
Grey tin      320
Gudden — Pohl effect, luminescence      413
gyromagnetic ratio      450
Gyromagnetic ratio,Barnett method      469
Gyromagnetic ratio,Einstein-de Haas method      469
Hall effect, alkali halides      393
Hall effect, metals      301
Hall effect, semiconductors      326 ff.
Hall mobility      328 333
Hamiltonian, electrons      459
harmonic oscillator      34 ff. 51 101
Helmholtz free energy      525
Hexagonal close-packed structure      61
Hexagonal system      8
hole      252
Hole, density      309
Hole, effective mass      337
Hole, lifetime      343
Hole, mobility      333
Homopolar bonds      26
Hume — Rothery alloy phases      107
Hund's rules      450 470
Hydration energy      164
Hydrogen bonds      187 189
Hysteresis      184 465 481
Hysteresis, double loop      206
Image force, dislocation      95
Image force, electrons      225
Image force, ions      228
Impurity semiconductors      310 ff. 319
Index of refraction, alkali halides      145
Index of refraction, complex      156
Index of refraction, metals      237
Indistinguishability of particles      527
Infrared absorption, germanium, silicon      339
Infrared absorption, ionic crystals      56 147
Initial permeability      519
Injection of carriers      341 415
Insulators, band scheme      251
Insulators, dielectric properties      133
Insulators, electron distribution      305 ff.
Insulators, secondary emission      440
Insulators, thermal conductivity      295 ff.
Interaction, dislocations      93
interaction, Exchange      472
Interaction, super exchange      488
Interatomic forces      23 ff. 119 121 128
Intermetallic compounds      344 ff.
Internal Field      141 194 195 199
Interstitial atoms      63 67
Intrinsic semiconductors      308 ff. 319
Inverse spinel      491
Inversion center      6
Ion mobility      180 183
Ionic conductivity      160 175
Ionic crystals      25 ff.
Ionic crystals, defects      160
Ionic crystals, infrared absorption      56 147
Ionic crystals, lattice energy      117 122
Ionic polarizability      134 137
Ionic radii      124 126 127
Ionization energy      123 128 229
Isotropic      21
Junction, rectifier      357 ff.
Junction, transistor      361
Killers, luminescence      399 417
Kirkendall effect      76
Knight shift, nuclear resonance      516
Kronig — Kramers relations      499 522
Kronig — Penney model      243 ff.
Lagrange, undetermined multipliers      530
Landau diamagnetism, free electrons      219
Lande formula      450
Langevin function      139 193
Larmor precession      452
Lattice defects, ionic crystals      160 166 375
Lattice defects, metals      62 85
Lattice energy, ionic crystals      117 122 130
Lattice vibrations      32 ff. (see also Vibrational modes)
Lattice vibrations, Debye model      41
Lattice vibrations, Einstein model      36 65 161
Lattice, direct      253
Lattice, reciprocal      254
LCAO Method      257
Lenz's law      451
Lifetime, carriers      341
Liquid crystals      2
Long-distance order      3 111
Longitudinal mass      336
Lorentz field      142 199
Lorentz force equations      280 302
Lorenz number      300
Loss factor      149
Luminescence      398 ff.
Luminescence, $F$ centers      382
Luminescence, carrier injection      415
Luminescence, coactivators      411
Luminescence, decay mechanisms      402 ff.
Luminescence, glow curves      405
Luminescence, killers      399 417
Luminescence, quenching      409
Luminescence, sulfide phosphors      410
Luminescence, thallium-activated KCl      406 ff.
Madelung constant      118 131
Magnetic, induction      447
Magnetic, permanent dipoles      448
Magnetic, permeability      447
Magnetic, susceptibility      446
Magnetism      see Dia- Para- Ferro- Antiferro-
magnetite      490
magnetization      446
Magnetization curve, ferromagnetic      465
Magnetization, easy and hard directions      476 478
Magnetocaloric effect      463
Magnetoresistance      304
Matthiessen's rule      275 287
Metals, atomic radii      60
Metals, band structure      251
Metals, cohesive energy      26 269
Metals, electrical conductivity      275 ff.
Metals, electron mean free path      284
Metals, free electron theory      211 ff.
Metals, Hall effect      301
Metals, mutual solubility      105
Metals, photoelectric emission      232
Metals, rectifying properties      348
Metals, secondary emission      422 430
Metals, structure      60
Metals, thermal conductivity      299 ff.
Metals, thermionic emission      220
Metastable levels      403 408
Miller indices      8
Minority carriers      341
Mobility, electrons      307 329
Mobility, ionic      180 183
Molecular field, ferromagnetism      466 ff.
Molecular rotation      514
Monoclinic system      8
Mosaic structure      97
Mott — Schottky theory of rectification      351
N$\acute{e}$el temperature      483
Nearly free electron approximation      260 262
Neutron diffraction      21 187 189 201 488
Nondegenerate level      257
Nonstochiometric composition      26 377
Nuclear magnetic moments      516
Nuclear magnetic resonance      505 ff.
Nuclear magneton      451
Ohm's law      177 275
One-electron approximation      238
Optical absorption      154
Optical absorption, alkali halides      366 ff.
Optical absorption, thallium-activated KCl      406
Optical branch      55
Optical transitions, band scheme      337
Order, long-range      3 111
Order, of reflection      14
Order, short-range      3 114
Order-disorder transitions      109 ff.
Order-disorder transitions, Bragg — Williams theory      111
Ordered alloys, electrical conductivity      288
Orientational polarization      138 ff.
Orthorhombic system      8
Oscillator strength      378
Overlapping, energy bands      265
Overlapping, wave functions      258 370
Paramagnetism, Curie law      455
Paramagnetism, dispersion and absorption      503
Paramagnetism, free electrons      217
Paramagnetism, iron group ions      457
Paramagnetism, nuclear      458
Paramagnetism, rare earth ions      456
Paramagnetism, relaxation      498 ff.
Paramagnetism, resonance      517
Particle in a box, wave mechanics      526
Pauli exclusion principle      217 527
Pauling radii, ions      126
Peierls' Umklapp processes      291 297 298
Peltier effect      304
Periodic boundary conditions      50 247 255
Periodic functions      253 ff.
permanent electric dipole moment      137
Perovskites      190
Phase diagrams      115 116
Phonon      289
Phonon, boundary scattering      297
Phonon, drag      292
Phonon, impurity scattering      297
Phonon-phonon collisions      296
Phosphorescence      398
Photoconductivity      372 386
Photoelectric effect, alkali halides      390 ff.
Photoelectric effect, metals      232
photoluminescence      398
Piezoelectricity      185
Plane of symmetry      6
plasma      435
Plastic deformation      81
Point-contact rectifier      351
Poisson ratio      19
Polarizability      128 ff.
Polarizability, table      159
Polarization      134 157
Polarization, energy of      167
Polarization, orientational      138
Polarization, remanent      185
Polarization, spontaneous      184
Polyhedron, atomic      269
Potassium dihydrophosphate      189 201
Powder pattern, X-ray      19 30
Primitive translations      253
Pyroelectricity      185
Quadripole radiation      398
Quantum numbers      448
Quenching, luminescence      409
Quenching, orbital momentum      458
Radiation damage      325
Radiationless transition      402
Radioactive tracers      168
Random walk      71 102
Reaction field      144 159 195
Reciprocal lattice      254 263
Recombination of carriers      341 344 358
Rectification, $p$-$n$ junction      357 ff.
Rectification, theory      351 ff.
rectifiers      348 ff.
Reduced zone      255
Reflection coefficient, electrons      220
Reflection coefficient, metals      237
Relaxation time, dielectrics      150
Relaxation time, electrons      276 284 328
Remanent polarization      185
Repulsive forces, interatomic      23 119 121 128
Resistivity, alloys      288
Resistivity, Bloch — Gr$\ddot{u}$neisen formula      293
Resistivity, metals      275 ff.
Resistivity, minimum      294
Resistivity, pressure dependence      289
Resistivity, temperature dependence      285 292
Resonance absorption, optical      155
Rhombic system      8
Rhombohedral system      8
Richardson plot, thermionic emission      222
Rochelle salt      186 201
Rotation axis, $n$-fold      6 8
Rotation inversion axis      6
Rotation, molecular      2
Rotator, energy levels      58
Rutherford scattering      330
saturation magnetization      470
Saturation magnetization, ferrites      492
Saturation polarization      158
Scattering cross section      286
Scattering factor, atomic      14
Scattering of electrons      329 ff.
Schottky, barrier      349
Schottky, defects      65 163
Schottky, effect, thermionic emission      226
Scintillation counter      417
Screened potential      435
Screw dislocation      90
Second-order transition      186 202 206
Secondary electrons      418
Secondary emission      418 ff.
Secondary emission, escape mechanism      438
Secondary emission, temperature effect      440
Secondary emission, theory      423 ff.
Secondary emission, universal yield curves      425
Seebeck effect      304
Segregation coefficient      324
Seignette salt      187
Semiconductors, $n$-type      311
Semiconductors, $p$-type      311
Semiconductors, electron distribution      305 ff.
Semiconductors, electronic degeneracy      316
Semiconductors, energy gap      337 ff.
Semiconductors, Hall effect      326 ff.
Semiconductors, impurity      310 ff.
Semiconductors, intrinsic      251 308
Semiconductors, nonpolar      319 ff.
Semiconductors, surface states      354 ff.
Semiconductors, thermionic emission      314 ff.
Semiconductors, work function      315
shear modulus      79
Shear stress      79
Shear stress, critical resolved      82
Short-distance order      3 114
Silicon, constant energy surfaces      337
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