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Seitz F. — Modern Theory of Solids
Seitz F. — Modern Theory of Solids

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Название: Modern Theory of Solids

Автор: Seitz F.

Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1987

Количество страниц: 736

Добавлена в каталог: 08.01.2009

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
$C_{P}-C_{V}$ correction      136ff.
$T^{3}$ law of specific heats      99 533
$T^{3}$ law of specific heats, deviations      120
Abraham, M.      211 213 637
Absorption coefficient      631ff. 635 646ff.
Absorption coefficient, alkali metals      652
Absorption coefficient, semi-conductors      662
Absorption coefficient, transition metals      656
Absorption spectra, alkali halides      410 446 657ff.
Absorption spectra, F centers      662
Absorption spectra, infrared      665
Absorption spectra, ionic crystals      408ff.
Absorption spectra, metals      651ff.
Absorption spectra, semi-conductors      661ff.
Acceleration in band scheme      315ff.
Accidental degeneracy      290
Activation energy, reactions in solids      474 550
Activation energy, semi-conductors      459ff.
Additivity, atomic heats      38
Additivity, ionic radii      51
Additivity, ionic susceptibilities      59
Additivity, refractivities      660
Adiabatic approximation      470ff.
Ahlberg, J.E.      114ff.
Akulov, N.S.      22ff.
Alkali halides, absorption spectra      408ff. 446
Alkali halides, bands      441
Alkali halides, charge distribution      444
Alkali halides, cohesion      80ff.
Alkali halides, conduction levels      446
Alkali halides, discoloration      460
Alkali halides, F centers      457
Alkali halides, Hall effect      563
Alkali halides, ionic conductivity      55 385ff.
Alkali halides, lattice defects      548ff.
Alkali halides, Madelung constants      78
Alkali halides, optical properties      657ff.
Alkali halides, photoconductivity      413 446 459 563
Alkali halides, semi-conductors      457
Alkali halides, vacancies      458ff.
Alkali metals, Bloch functions      350ff.
Alkali metals, cohesion      348ff. 366
Alkali metals, correlation energy      366
Alkali metals, coulomb field      349
Alkali metals, effective mass      353
Alkali metals, elastic constants      116
Alkali metals, electronic structure      420ff.
Alkali metals, exchange energy      359 421
Alkali metals, ion-core field      348
Alkali metals, level density      366
Alkali metals, optical properties      423 652
Alkali metals, paramagnetism      599
Alkali metals, simple treatment      382
Alkali metals, specific heat      116 421
Alkali metals, total wave function      308ff.
Alkali metals, work function      399
Alkaline earth metals, bands      424ff.
Alkaline earth metals, level density      424
Alkaline earth salts, absorption spectra      408ff.
Alkaline earth salts, cohesion      81ff.
Alkaline earth salts, excitation states      413ff.
Alkaline earth salts, Hall coefficient      467
Alkaline earth salts, photoconductivity      413
Allena J.F.      485
Allison, S.K.      288 475
Allotropy, carbon      484
Allotropy, cobalt      8 487
Allotropy, helium      485
Allotropy, ionic crystals      89ff.
Allotropy, iron      8 487
Allotropy, metals      2
Allotropy, sulfur      484
Allotropy, theory      473ff. 478ff.
Allotropy, tin      8 483
Alloys      25ff.
Alloys, conductivity      541ff.
Alloys, Curie point      45 624
Alloys, diamagnetism      595
Alloys, diffusion      495
Alloys, equilibrium conditions      500
Alloys, exchange integral      624
Alloys, ferromagnetism      45 623ff.
Alloys, filling of levels      434 501
Alloys, heat of formation      38
Alloys, Hume-Rothery rules      28 30ff.
Alloys, interstitial      25ff.
Alloys, magnetic susceptibilities      42ff. 595
Alloys, ordered      37 502
Alloys, phase boundaries      499
Alloys, phase changes      500
Alloys, quenching of magnetization      44ff.
Alloys, resistivity      39ff. 43ff.
Alloys, substitutional      25ff.
Alloys, thermal properties      37
Anderson, C.T.      13 58
Andrews, D.H.      114ff.
Angular momentum, orbital      426 578
Angular momentum, spin      206ff. 232 426 577
Anisotropy      21 627ff.
Antisymmetric states      209 230 213
Antisymmetric states, molecular helium      264
Antisymmetric states, two electrons      232 260
Approximate methods      329ff.
Atomic dipole moment      218
Atomic heat      see “Specific heat”
Austin, J.B.      15
Baber, W.G.      640
Baedeker, K.      69 70
Balamuth, L.      96
Band scheme      251 271ff.
Band scheme, alkali halides      441
Band scheme, alkali metals      348 420ff.
Band scheme, anisotropy      628
Band scheme, Boltzmann’s equation      319
Band scheme, conductivity      274
Band scheme, connection with Heitler — London scheme      337
Band scheme, diamond      452
Band scheme, excited states      407 408
Band scheme, ferromagnetism      339
Band scheme, holes      317
Band scheme, ionic crystals      441
Band scheme, level density      307ff.
Band scheme, metals      420ff.
Band scheme, narrow bands      303ff.
Band scheme, overlapping      296
Band scheme, rules concerning      274ff. 295ff.
Band scheme, transition metals      426ff. 468
Banks, F.      495
Bardeen, J.      340 348 352 354 374 381ff. 395 397ff. 400 421ff. 520ff. 530ff.
Barkhausen effect      25
Barkhausen, H.      21
Barnes, R.B.      95 125 666 667
Barnett, S.J.      426
Barrer, R.M.      494
Bartlett, J.H.      251
Bassoe, E.      670
Baumbach, H.H.v.      71
Bearden, J.H.      440
Becker, G.      45ff.
Becker, J.A.      146 162 168 404
Becker, R.      20 211 213 627 637
Beeman, W.W.      440
Beryllium      371ff.
Beryllium atom      247ff.
Beryllium atom, energy      248
Beryllium, level density      371 437
Beryllium, work function      400
Beta brass      35ff. 506
Beta brass, specific heat      37
Bethe, H.      92 140 141 147 166 185 233 314 505 507 531 520 613ff.
Beyer, J.      556
Bichowsky, F.R.      3 46 72
Biltz, W.      38
Birtwistle, G.      137
Bismuth      425
Bismuth, diamagnetism      595
Bismuth, effective mass      596ff. 599
Bismuth, optical properties      656
Bitter, F.      18 617
Black, M.M.      250 251
Blackman, M.      100 116 117 120 133ff. 597ff. 667
Bleick, W.F.      89 265 269 383 393 493
Bloch functions      272ff.
Bloch functions, accuracy      312
Bloch functions, alkali metals      348 350ff.
Bloch functions, approximate      273 204 303ff. 331ff.
Bloch functions, excitation waves      647ff.
Bloch functions, free electrons      272
Bloch functions, narrow bands      see “Approximate methods”
Bloch functions, symmetry      275
Bloch scheme      see “Band scheme”
Bloch, F.      140 251 301ff. 303ff. 314ff. 319 516 518 520 530 531ff. 602 617ff. 642 649ff.
Boas, W.      98
Bohr, N.      235 237
Boltzmann, L.      139 143 169 319 479 516ff. 585ff.
Boltzmann’s equation of state      168ff. 173
Boltzmann’s equation of state, in band scheme      319 516ff. 526
Boltzmann’s theorem      99
Boltzmann’s theorem, entire solid      479
Bond functions      210
Borelius, G.      41
Born — Mayer equation      87 96
Born — Mayer equation, justification      445
Born — Oppenheimer equation      470
Born — von Karman boundary conditions      118 121 126 272
Born, M.      76 79 82ff. 85ff. 91 97 99ff. 111 112ff. 117 118 124ff. 138 265 271 272 470 493 553 667
Bose      209
Bottema, J.A.      39
Bouckaert, L.P.      275
Bound electrons      274
Bozorth, R.      21 23 625
Bragg, W.L.      505 507 509 513 544 604 612
Brass system      30 43
Brattain, R.R.      95 125 666 667
Brattain, W.H.      168 404
Breaking strengths      98
Breit, G.      210 643
Bridgman, P.W.      5 137 180 374 381ff.
Briggs, H.B.      652 653ff.
Brillouin functions      581
Brillouin zones      284 287ff. 294ff. 298
Brillouin, L.      100 141 209 234 272 283ff. 384 520 581
Brody, E.      138
Bronsted, J.N.      483 484
Brooks, H.      426 628
Brown, F.W.      246 251 265
Brown, W.F.      20
Bruch-Willstaeter, M.      393ff.
Buehl, R.C.      562 563
Burrau, O.      255ff.
Burton, E.F.      485
Campbell, L.L.      68
Carbon atom      249
Carbon dioxide      394
Carborundum      2 61 63
Carrard, A.      58
Cashman, R.J.      401 670
Cauchy — Poisson relations      94 376
Cellular method      329
Cellular method, alkali metals      349
Cellular method, empty-lattice test      332
Cellular polyhedron      330ff. 352
Channel-Evans, K.M.      28 32
Characteristic temperature, ionic crystals      57 114 134ff.
Characteristic temperature, metals      108 109ff.
Chemical constant      403
Chemical reactions      470
Chodorow, M.I.      275 430ff.
Clark, A.R.      485
Clark, C.W.      15ff. 57 114 117 136 157
Clausius, K.      13 74 485
Closed shells      228 247 262ff. 302ff. 310 346
Closed shells, copper      367
Closed shells, diamagnetism      582
Closed shells, ionic crystals      388
Closed shells, rare gases      393
Closed-shell interaction      262ff.
Closed-shell interaction, alkali metals      360
Closed-shell interaction, metals      376
Cobalt, allotropy      8 487
Cohen, E.      8 483ff.
Coherent scattering      542
Cohesion      345ff.
Cohesion, alkali metals      348 366
Cohesion, alkaline earth salts      81ff.
Cohesion, alloys      38 271ff. 378
Cohesion, carbon dioxide      393
Cohesion, copper      367
Cohesion, Fock approximation      368
Cohesion, ionic crystals      46ff. 78 80ff. 88ff. 271 386ff.
Cohesion, lithium hydride      390ff.
Cohesion, metallic hydrogen      367
Cohesion, metals      3 271ff. 367ff.
Cohesion, molecular solids      73 391ff.
Cohesion, molecules      254ff.
Cohesion, solids      271ff.
Cohesion, transition metals      427ff.
Cohesion, valence crystals      61 271ff.
Collet, P.      19
Collision terms      169 525 538
Competition of energy terms      230
Compressibility      76 138
Compressibility, ionic crystals      391
Compressibility, theory      373ff.
Compton, A.H.      288 475
Condon, E.U.      210 234 246 247 450 458 559 578 643
Conductivity, alkali halides      55 64
Conductivity, alloys      544
Conductivity, band theory      274 .297ff.
Conductivity, change with melting      491
Conductivity, change with order      41 504
Conductivity, classical theory      190
Conductivity, critique of theory      534
Conductivity, cuprous oxide      65
Conductivity, dependence on vapor pressure      70 461
Conductivity, excitation waves      416
Conductivity, ionic solids      55ff.
Conductivity, low temperature      531
Conductivity, magnetic field      184ff.
Conductivity, metals      9 170ff. 174ff. 190 425 516ff.
Conductivity, optical region      631ff. 635ff. 648
Conductivity, semi-conductors      63 189ff. 457 461 465
Conductivity, simple metals      535ff.
Conductivity, surface      642
Conductivity, transition metals      535
Coolidge, A.S.      258ff. 262
Copper, bands      367 423ff.
Copper, cohesion      367
Copper, optical properties      424 654
Copper-gold system      33 36 503
Copper-silver system      33
Correlation energy      231 234
Correlation energy, alkali instate      366
Correlation energy, atoms      247ff.
Correlation energy, beryllium      373
Correlation energy, free electrons      342ff.
Correlation energy, narrow bands      339
Correlation of electrons      231
Correlation of electrons, exchange      240
Correlation of electrons, free electrons      242
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