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| Авторизация |
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| Seitz F. — Modern Theory of Solids |
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| Предметный указатель |
Schmid, E. 96
Schmidt 238
Schneider, E.G. 410 657
Schottky effect 162ff.
Schottky, W. 69ff. 161ff. 456 547ff.
Schroedinger equation 198ff.
Schroedinger, E. 111 197 215
Schubin, S. 669
Schulze, A. 45
Schumann, W. 659ff.
screening 261
Secondary current 569ff.
Seebeck effect, metals 180
Seebeck effect, semi-conductors 198
Seeger, R.J. 559ff. 562ff.
Seith, W. 38 494 495 557
Selection rules, band scheme 326
Selection rules, electronic collisions 521ff.
Selection rules, excitation waves 418 648ff.
Selection rules, X-ray emission 438
Self-consistent fields see “Hartree fields”
Self-energy of charge 361
Semi-conductors 1 62ff.
Semi-conductors, activation energy 459ff.
Semi-conductors, conductivity 63ff. 189ff. 457 461 465
Semi-conductors, dependence of conductivity on vapor pressure 70 192 465
Semi-conductors, electronic transport 62ff.
Semi-conductors, free electrons in 188
Semi-conductors, Hall constant 68ff. 192 456
Semi-conductors, holed in 457
Semi-conductors, impurities in 456
Semi-conductors, ionic transport 64ff.
Semi-conductors, levels 414 457
Semi-conductors, mean free path 190
Semi-conductors, optical properties 661ff.
Semi-conductors, theory 186ff.
Semi-conductors, vacancies 458
Shaw, C.H. 440
Sherman, A. 210 261 270
Sherman, J. 81ff. 87ff.
Shimixu, Y. 18 42
Shockley, W. 167 323ff. 332 414 421 442ff. 495 503 625
Shoenberg, D. 597
Short-distance order 507
Shortley, G.H. 210 234 246 247 249 578-646
Shulta, J.F. 8
Siegel, S. 116 378 508
Siegert, A. 603
Silica 456
Silver halides, ionic conductivity 64
Silver halides, lattice defects 556
Silver halides, photoconductivity 574
Silver-gold system 28 40
Simon, F. 14 57 484
Simple metals 2
Simson, O. v. 57
Skinner, H.W.B. 436 437 438ff.
Slater, J.C. 80 137 153 227 242ff. 264 268 269 331 332 379 385 414 420 421 426ff. 435 455 486 546ff. 617 620ff.
Smakula, A. 662ff.
Smare, D.L. 654 655
Smith, L.P. 413
Smoluchowski, R. 275
Sodium chloride, cohesion 385ff.
Sodium chloride, effective mass 441 445
Sodium chloride, energy levels 442ff.
Sodium chloride, infrared absorption 666
Sodium chloride, work function 400
Solid types 1
Solid types, electronic structure 420ff.
Solid types, transition between 74
Solidus curve 27 32
Solubility limit, Hume-Rothery rule 28
Solubility limit, theory 502
Sommerfeld, A. 140 141 147 166 174 179 185 314 395 516ff.
Specific heats, alkali metals 116 422
Specific heats, alloys 38
Specific heats, aluminum 152
Specific heats, anomalous 57 99 100 111 116ff. 512
Specific heats, benzene 115
Specific heats, Blackman’s treatment 99 116 120 133ff.
Specific heats, Born — von Karmen theory 99
Specific heats, copper 152
Specific heats, Debye’s theory 164ff.
Specific heats, diamond 484
Specific heats, Einstein’s theory 103
Specific heats, electronic 16 117 144 422 487
Specific heats, Fermi — Dirac theory 150ff.
Specific heats, ferromagnetism 611
Specific heats, ionic crystals 57ff.
Specific heats, iron 15 158
Specific heats, liquid helium 485
Specific heats, metals 13ff. 432
Specific heats, nickel 25 157
Specific heats, ordered alloys 37
Specific heats, palladium and platinum 158
Specific heats, silver 152ff.
Specific heats, Specific heats, Dulong and Petit’s law 38 103
Specific heats, sulfur 484
Specific heats, theory 99ff.
Specific heats, tin 483
Specific heats, zinc 152ff.
Spedding, F.H. 603
Sphere approximation 349 362ff.
Spherical harmonics 330
Spin angular momentum 205ff. 426 577
Spin matrices 205
Spin waves 617
Spin waves, excitation 620
Spin waves, partition function 618
Spinor 204ff.
Sponer, H. 393ff.
Stabenow, G. 406
State function 195ff.
Statistics, classical 139 141 517
Statistics, Einstein — Bose 486
Statistics, Fermi — Dirac 141 144ff. 209
Statistics, Maxwell — Boltzmann 139 141
Steigman, J. 495
Stern, O. 97
Stoner, E.C. 24 151 426 488 603 611
Structures, ionic crystals 49ff.
Structures, metals 4ff.
Structures, molecular crystals 72
Structures, valence crystals 60ff.
Strutt, M.J.O. 272
Substitutional, alloys 25ff. 502
Substitutional, bands 432ff.
Substitutional, diffusion in 496ff.
Substitutional, order-disorder 502ff.
Sulfur, allotropy 484
Sulfur, specific-heat 484
Sulfur, structure 74
Sum rules, atoms 644 649
Sum rules, Bloch functions 650
Sum rules, f factors 644
Superconductivity 545
Surface energy 96 515
Surface properties 395
Surface resistivity 642
Surface states 320ff.
Surface tension 98
Sutton, P.P. 46 49
Sykes, C. 35
Tamm, I. 281 320ff. 669
Tammann, G. 27 35
Taylor, G.I. 98
Teller, E. 255ff. 559ff. 562ff.
Theory of conduction, critique 53
Theory of conduction, Lorentz 190ff. 516
Theory of conduction, metals 170ff. 516ff.
| Theory of conduction, Sommerfeld 174 517
Theory of radiation see “Radiation theory”
Thermal conduction, theory in metals 174ff.
Thermionic emission 161ff. 402ff.
Thermodynamics 80 402
Thermodynamics, Clausius — Clapeyron equation 402
Thermodynamics, equilibrium conditions 476 479 500
Thermodynamics, Gibbs — Helmholtz equation 483 487
Thiele, W. 568
Thomas, L.H. 370 379 384ff. 670
Thomson effect 179
Thomson, G.P. 196
Thomson, W. 179
Tibbs, S.R. 424 443
Tin, allotropy 8 483
Tin, disease 483
Tin, gray 61
Tin, specific heat 483
Torrance, C.C. 246ff. 249 454
Total electronic-wave function of solids 308ff.
Total electronic-wave function of solids, alkaline earth salts 448
Total electronic-wave function of solids, divalent metals 312
Total electronic-wave function of solids, excited states 311 407ff.
Total electronic-wave function of solids, insulators 309
Total electronic-wave function of solids, ionic solids 409ff. 442
Total electronic-wave function of solids, metals 308ff. 407ff. 420ff.
Total electronic-wave function of solids, semi-conductors 407ff. 414ff.
Toy, F.C. 574 674
Transition between solid types 74 469
Transition metals 2 426
Transition metals, allotropy 487
Transition metals, alloys of 434ff.
Transition metals, atomic heat 15
Transition metals, bands 426ff.
Transition metals, cohesion 427ff.
Transition metals, conductivity 535ff.
Transition metals, electronic heat 153 155 432
Transition metals, holes in 430
Transition metals, level density 427 440
Transition metals, magnetic properties 426ff.
Transition metals, optical properties 656
Transition metals, Pauling’s theory 429 441
Transition metals, tungsten 426
Transparent region 635
Transport numbers 65ff. 465
Trapping centers 565
Trombe, F. 25
Trouton 3
Trumpy, B. 645
Tubaadt, C. 56 63 66ff. 554ff.
Tungsten 426ff.
Tyler, F. 24
Uddin, M.Z. 485 597
Ufford, C.W. 249
Uhlenbeck, G.E. 203
Unallowed region see “Forbidden region”
Uncertainty relation 230
Unit cells 15 332
Urbain, G. 25
Vacancies 458 461
Vacancies, alkali halides 460
Vacancies, conductivity 547ff.
Vacancies, cuprous oxide 467ff.
Vacancies, density 550
Vacancies, diffusion 495ff. 547ff.
Vacancies, entropy 458
Vacancies, free energy 458
Valasek, J. 413
Valence binding, diamond 455
Valence binding, molecules 270
Valence binding, solids 421
Valence crystals 1 60ff.
Valence forces 270ff.
Valentiner, S. 45ff.
Van Alphen, P.M. 597
Van Den Berg, G.J. 13
van der Waals, interaction 82 84ff. 262ff.
van der Waals, ionic crystals 389
van der Waals, metals 360
van der Waals, molecular solids 391ff.
van der Waals, rare leases 492
van dor Waals 82 84ff. 262 265ff. 391ff. 492 553
van Eijk, C. 8 483 484
van Vleck, J.H. 210 261 270 583 601 603 606 607 612 615 616 627 628
Variational theorem 200ff. 227 242 259 262 473
Vector potential 211 577
Velocity, band scheme 315ff.
Velocity, excitation waves 417
Velocity, group 315 417
Velocity, sound 109 123
Vibrational broadening 226
Voelkl, A. 64
Vogel, R. 27
Vogt, W. 65
Voigt, W. 94 106
von Hevesy, G. 494 557
von Hippel, A. 411 413 450 562 563
von Karman, Th. 99ff. 111 118 272
Wagner, C. 67 71 72 456 547ff. 556ff.
Waibel, F. 69
Wallasch 484
Wang, S.C. 261
Wannier, G.H. 332 419 454
Warren, B.E. 74
Wasastjernas, J. 92
Watson, G.N. 279
Wave functions, antisymmetric 209 236
Wave functions, Bloch 251 272
Wave functions, determinantal 237 302
Wave functions, excitation waves 414ff.
Wave functions, excited states 311ff. 412
Wave functions, free electrons 241 272
Wave functions, Heitler — London 251
Wave functions, Hund — Mulliken 251
Wave functions, hydrogen molecule 258
Wave functions, impurity levels 325
Wave functions, lattice vibrations 477ff. 518ff. 521
Wave functions, magnetic field 584ff. 591ff.
Wave functions, molecular 253 254ff.
Wave functions, one electron 227 233
Wave functions, periodic 272 278ff.
Wave functions, surface 320
Wave functions, total of solid 308ff. 420ff.
Wave functions, two electron 232 260
Wave packets 315
Wave-number components 107
Wave-number space 273 294
Wave-number space, density of points 294
Wave-number vector 107 212
Wave-number vector, electronic 272ff.
Wave-number vector, principal 235 298
Webb, J.H. 674 675
Weiss, P. 20 25 45 58 60 608 609ff. 611ff. 620
Weisskopf, V. 223
White, H.E. 2 220
Whittaker, E.T. 279
Wiebe, R. 74ff.
Wiedemann 177 178
Wiedemann — Franz law 178
Wigner, E.P. 204 237 241 275 290 292 329 331 340 342ff. 348 366 395 397ff. 405ff. 421 422 470 473 603 644
Wilhelm, J.O. 485
Wilkinson, H. 654 655
Williams, E.J. 507 509 513 544 604 612
Wilson, A.H. 186 457 536ff. 590 594 642 650
Wolff, K.L. 645
Woltinek, H. 13
Wood, R.W. 641
work function 145ff. 166 404
Work function, alkali metals 399
Work function, beryllium 400
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