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Wilson A.H. — The Theory of Metals
Wilson A.H. — The Theory of Metals



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Название: The Theory of Metals

Автор: Wilson A.H.

Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 1st edition

Год издания: 1953

Количество страниц: 346

Добавлена в каталог: 06.09.2009

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Lattice, steady state of      296ff
Lattice, thermal conductivity of      292ff
Lautz, G.      230
Leighton, R.B.      142
Lidiard, A.B.      183
Linde, J.G.      110
London, H.      248
Lorentz, H.A.      3
Lorenz number      3 18 201 290ff 318
Lorenz number, numerical values      202 see
Lorenz, L.      3
Lovell, A.C.B.      245
MacDonald, D.K.C.      245 280 282 288 289
Magnetic field, Motion of electrons in      50 160 215
Magneto-resistance effects, electrical conductivity      128 195 215 226 235 313ff
Magneto-resistance effects, thermal conductivity      220 318ff
Magneton number      170 184 191
Makinson, R.E.B.      288 294
Manning, M.F.      85 86 87
Marcus, J.A.      157
Mass tensor      50 173 175
Matthews, J.C.      159
Matthiessen’s rule      282 285 310ff
Maxwell distribution      5 13 113 116 231
McDougall, J.      129 146 152 332
Meissner      214 222 314
Mendelssohn, K.      280 282
Mendoza, E.      282
Miller indices      31
Millman, J.      86
Milner, C.J.      317
Mott, N.F.      90 265 270 277
Mrowka, B.      67 87
Nearly free electrons      35
Nickel, density of states      84
Nickel, electrical conductivity      273
Nickel, equilibrium properties      188ff
Nickel, specific heat      149 189
Nordheim, L.      193 267
Normal modes of a crystal lattice      137ff
Normal modes of a crystal lattice, representing travelling waves      136
O’Bryan, H.M.      95
Paramagnetism, classical theory      150
Paramagnetism, effect of exchange forces on      153
Paramagnetism, numerical values      155ff
Paramagnetism, of a degenerate gas      151ff
Paramagnetism, of ferromagnets above the Curie point      187
Paramagnetism, of the alkalis      12 156
Paramagnetism, of transition metals      157
Paramagnetism, temperature variation of      152
Partition function      160
Pauli, W.      12
Pearson, G.L.      125 248
Peierls, R.      30 175 216 253 293 296 298
Peltier effect      202 206
Penney, W.G.      26
Persoz, B.      190
Photoelectric effect, inner, in semiconductors      122
Pippard, A.B.      231 248
Pratt, J.N.      109
Putley, E.H.      129
Raynor, G.V.      109
Reciprocal lattice      30 33 255 298
rectifiers      120
Reddemann, E.      295
Reduced wave vector      28 37 48
Residual resistance      19 251 266
Residual resistance, connection with Matthiessen’s rule      310ff
Residual resistance, of alloys      274
Reuter, G.E.H.L      248
Rhodes, P.      277 305 332
Riecke, E.      1
Sampson, J.B.      155
Sarginson, K.      245
Scheffers, E.      314 318
Schoenwald, B.      122
Seebeck effect      202
Seitz, F.      64 74 86 155 226 24
Selenium, Brillouin zone      91
Selenium, crystal structure      62
Self-consistent field      52ff 254
Semi-conductors      112ff
Semi-conductors, classification of      117
Semi-conductors, conductivity      117ff 231ff
Semi-conductors, conductivity in a magnetic field      235
Semi-conductors, free path      124 127 131 265 266
Semi-conductors, Hall coefficient      117 120 121 122 126 127 234
Semi-conductors, thermoelectric force      119 121 122 124 232
Semi-metals      44 92 102 106 264 278 281 286 290
Semi-metals, density of states in      44
Shockley, W.      125 129
Shoenberg, D.      173 175
Silicon      59 125ff
Silver sulphide      120
Silver, crystal structure      59
Silver, degeneracy temperature      16
Silver, free path      18 274
Silver, gold-silver alloys      102 274
Silver, specific heat      17 148
Silvidi, A.A.      149
Skin effect, anomalous      247ff
Skinner, H.W.B.      94 95 96
Slater, J.C.      68 84 191
Smith, H.J.M.      141
Sodium, binding energy      71
Sodium, electrical conductivity      280
Sodium, energy levels and wave functions      64 68
Sodium, Lorenz number      290
Sodium, paramagnetism      156
Sodium, thermal conductivity      288
Sodium, thermoelectric power      286
Sommerfeld, A.      12 208
Sondheimer, E.H.      160 216 219 220 222 243 248 264 266 286 300 307 310 313 323 337
Specific heat of the electrons      11 16 144ff
Specific heat of the electrons, at high temperatures      146 150
Specific heat of the electrons, at low temperatures      144 146 148
Specific heat of the electrons, determined by the density of states      144
Specific heat of the electrons, in ferromagnetic metals      149 178 180 186
Specific heat of the electrons, in normal metals      148
Specific heat of the electrons, in transition metals      149
Specific heat of the lattice vibrations      11 17 133ff
Steady state of the lattice      296ff
Stoner, E.C.      129 146 150 152 178 182 185 188 332
Suhl, H.      248
Superconductivity      148 254
Superlattice      110
Sykes, C.      189
Tamman, G.      110
Tetragonal lattices      63
thermal conductivity      200ff 307ff
Thermal conductivity for anisotropic media      332
Thermal conductivity, at low temperatures      288
Thermal conductivity, classical theory      2 7 232
Thermal conductivity, in a magnetic field      220 318ff
Thermal conductivity, in terms of time of relaxation      8 18
Thermal conductivity, of the lattice      292ff
Thermodynamic potential of the electrons      16 329
Thermodynamic potential of the electrons, in terms of the density of states      144 see
Thermodynamic potential of the electrons, temperature variation      16
Thermodynamic relations between the thermoelectric effects      203 206
Thermoelectric force      202 204 221 286 324
Thermoelectric force of metals      206 286
Thermoelectric force of semiconductors      119 121 122 124 232
Thermomagnetic effects      18 208ff 218ff
Thermomagnetic effects, numerical values      223
Thewlis, J.      107
Thomas, J.G.      282
Thompson, N.      227
Thomson coefficient      202 205 208
Thomson, J.J.      1 242
Tightly bound electrons      38ff
Time of relaxation      1 6 195
Time of relaxation, due to collisions with elastic spheres      3
Time of relaxation, due to impurities      269
Time of relaxation, due to inverse power-law force      10 240 266
Time of relaxation, due to lattice vibrations      264ff
Time of relaxation, exists at high temperatures      264
Time of relaxation, impossibility of unique definition in general ease      6
Time of relaxation, reciprocals additive      266
Time of relaxation, variation with energy      7 205 240 264ff
Time of relaxation, variation with temperature      264ff see
Titchmarsh, E.C.      164 248
Titeica, S.      210
Torrey, H.C.      122
Transition elements, density of states      34 86
Transition elements, electrical conductivity      271ff 324
Transition elements, energy levels      84 86
Transition elements, Lorenz number      319
Transition elements, paramagnetism      157
Transition elements, specific heat      149
Transition elements, thermoelectric force      205
Transition probabilities      94 258
Transition probabilities, symmetry properties      5 194 259
v. Baumbach, H.H.      118 254
Valency rules, approximately valid for elements of groups four, five, and six      70
Valency rules, invalid for metals      71
Valency rules, invalid for metals, and alloys      108
Van Alphen, P.M.      160 169
Van Den Berg, G.J.      282
van Geel, W.C.      123
Variation principles      300ff
Variation principles, for isotropic metals      302
Variation principles, maximum principle      300
Variation principles, minimum principle      301
Veldkamp, J.      97
Verway, E.J.W.      118
Vogt, E.      177
Vogt, W.      122
Voigt, W.      76
von Karman, T.      135
Wagner, C.      117 118 119 121 122
Wave functions of electrons in a metal, as a Fourier series      34
Wave functions of electrons in a metal, determined numerically      64ff
Wave functions of electrons in a metal, of tightly bound electrons      38ff
Wave functions of electrons in a metal, periodic properties      21 29
Wave functions, antisymmetrical      53 71 77 153
Wave functions, of the lattice      257
Wave vector      25
Wave vector, reduced      28 36 37
Wave vector, relation between wave vectors in a collision      255 298
Weber, W.      1
Weiss, P.      180
Weisskopf, V.      266
Whitmer, C.A.      122
Wiedemann — Franz law      1 3 18 276
Wiedemann — Franz law, conditions for validity      201
Wiedemann — Franz law, untrue at low temperatures      290 see
Wiedemann, G.      1
Wigner, E.      64 74 77
Wilkinson, H.      189
Wilson, A.H.      19 113 114 160 175 216 219 271 275 282
Wohlfarth, E.P.      79 157 188 189
X-ray reflexions      32 80
X-ray spectra of metals      93ff
Zener, C.      48 225
Zone quantum number      28 46 49
1 2
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