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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
$\beta$-alloys      105 108
$\gamma$-alloys, Brillouin zone      107
$\gamma$-alloys, conductivity      106
$\gamma$-alloys, crystal structure      106
$\gamma$-alloys, diamagnetism      106 168
$\gamma$-alloys, solubility range      109
Adenstedt, H.      319
Alkalis, Brillouin zone      86
Alkalis, cohesion      74
Alkalis, compressibility      75
Alkalis, crystal structure      64
Alkalis, electrical conductivity      270 280
Alkalis, Hall coefficient      215
Alkalis, paramagnetism      156
Alkalis, thermal conductivity      288
Alkalis, Thomson coefficient      208
Alkalis, wave functions      65 69
Alloys, $\beta$-phase      105
Alloys, $\epsilon$-phase      107
Alloys, $\gamma$-phase      106
Alloys, bismuth      228
Alloys, Copper-Zinc      104ff
Alloys, failure of classical valency rules      104 108
Alloys, gold-silver      103 274
Alloys, Hume-Rothery rules      108ff 192
Alloys, magneton numbers of ferromagnetic alloys      191ff
Alloys, paramagnetism of alloys of the transition metals      158
Alloys, primary and secondary      102
Alloys, resistance      274
Alloys, silicon      125
Alloys, superlattices      110
Anderson, J.S.      122 124
Andrew, E.R.      246
Appleyard, E.T.S.      245
Ariyama, K.      214 217
Baber, W.G.      282
Bands in the energy spectrum of a onedimensional lattice      25ff 65ff see
Bardeen, J.      79 125 254
Basis of a composite lattice      57 80
Basis of a composite lattice, bismuth      63
Basis of a composite lattice, cubic structures      58 59
Basis of a composite lattice, graphite      61
Basis of a composite lattice, hexagonal close-packed structures      61
Basis of a composite lattice, selenium      62
Bender, O.      75
Berman, R.      288 289
Beryllium, Brillouin zone      90
Beryllium, crystal structure      61
Beryllium, energy levels      90
Beryllium, Lorenz number      320
Bidwell, F.C.      208
Bismuth, alloys      228 229
Bismuth, Brillouin zone      92
Bismuth, crystal structure      63
Bismuth, degeneracy temperature      169 174
Bismuth, diamagnetism      159 169 173
Bismuth, effective mass of electrons      159 169 174 229
Bismuth, free path      230 264
Bismuth, Hall coefficient      229
Bismuth, Lorenz number      290
Bismuth, magneto-resistance effect      229
Bismuth, number of free electrons      93 159 174 228 231 270
Bismuth, thermal conductivity      291 296
Blackman, M.      135 141 143.173
Bloch, F.      19 39 182 277
Body-centred cubic lattice, Brillouin zone      85
Body-centred cubic lattice, relation to simple cubic      59
Bohr, N.      3
Boltzmann equation for the distribution function      4 52 193 195 200 263 292 300
Borelins, G.      204 222
Born, M.      135 139
boundary conditions      14
Bradley, A.J.      107
Bragg reflexion, of electrons      35
Bragg reflexion, of X-rays      34
Bravais lattice      57 140
Brillouin zones      36 80ff 105ff
Brillouin zones, $\gamma$-phase      106
Brillouin zones, bismuth      92
Brillouin zones, cubic lattices      38 81ff
Brillouin zones, hexagonal lattices      89ff
Brillouin, L.      37 52 54
Calcium, Brillouin zone      85
Calcium, crystal structure      59
Calcium, energy levels      85
Campbell, L.L.      217
Carshaw, H.S.      163
Chambers, R.G.      218 222 231 243 248
Chapman, S.      10
Chodorow, M.I.      86
Cohesion in metals      70ff
Collision operator      5
Collision operator for elastic spheres      8
Collision operator for impurities      266ff
Collision operator for lattice vibrations      260 263 292
Compressibility of metals      75
Conduction electrons      18 19 see
Conductivity      see "Electrical conductivity" "Ideal "Residual "Thermal
Conwell, E.      266
Coordination number      70 101
Copper, Brillouin zone      82
Copper, crystal structure      59
Copper, elastic constants      75
Copper, energy levels      82
Copper, specific heat      148
Correlation forces      74 77ff
Coster, D.      97
Coupling, of the lattice vibrations and the electronic motion      254ff
Coupling, of two lattice vibrations      149 296 298
Courant, R.      23
Cowling, T.G.      10
Crystal rectifiers      120
Crystal structures      57ff
Cuprous oxide      122ff
Cuprous oxide, conductivity due to excess oxygen      118 119 122
Cuprous oxide, conductivity in the pure state      112 124
Cuprous oxide, deficit semi-conductor      117 122
Cuprous oxide, free path      125
Cuprous oxide, Hall coefficient      122
Cuprous oxide, inner photoelectric effect      122
Cuprous oxide, thermoelectric effect      122 124
Current      45
Current, connexion between current and energy      46
Current, non-diagonal elements      46 47 49
Cyclical metal      14 28 81
Daunt, J.G.      149
Davis, L.      227
de Boer, J.H.      118 123 282
De Haas, W.J.      160 169 282
de Nobel, J.      319
Debye temperature, connexion with the velocity of sound      134 143
Debye temperature, list of values      143
Debye temperature, variation at low temperatures      141 280 289
Debye, P.      11 134
Degeneracy temperature      16 129 158 159 169 174 189 190 277 330 see
Degenerate gas      16 330
Dehlinger, U.      59 108
Density of states      43 104
Density of states, determines the paramagnetism and the specific heat      144 151
Density of states, effect of zone-boundaries      44
Density of states, effect on X-ray spectra      95ff
Diamagnetism, de Haas — van Alphen effect      169ff
Diamagnetism, of $\gamma$-alloys      106
Diamagnetism, of atomic cores      155 160
Diamagnetism, of bismuth      169
Diamagnetism, of bound electrons      175ff
Diamagnetism, of free electrons      155 160ff
Diamagnetism, variation with held strength      167
Diamagnetism, variation with held strength, and temperature      168
Diamond, Brillouin zone      87
Diamond, crystal structure      59
Diamond, energy bands      87
Dingle, R.B.      173
Dirac, P.A.M.      12
Discontinuities in the energy spectrum      21ff 34 41 56 81 91 93 107
Drude, P.      1
Duenwald, H.      119 122
Dunlap, W.C.      129 248
Effective mass of electrons      41 43 50 84 91 93 113 146 148 152 159 169 170 174 178 217
Elastic constants      75
Electric field, motion of an electron in      49
Electrical conductivity in a magnetic field, for anisotropic conductors      225ff
Electrical conductivity in a magnetic field, for isotropic metals      215 313ff
Electrical conductivity in a magnetic field, for semi-conductors      235ff
Electrical conductivity of alloys      274
Electrical conductivity of bismuth alloys      228
Electrical conductivity of metals, at high temperatures      276
Electrical conductivity of metals, at low temperatures      277ff
Electrical conductivity of metals, at normal temperatures      269ff
Electrical conductivity of metals, classical value      2 8 10
Electrical conductivity of metals, divalent metals      214 217 270
Electrical conductivity of metals, for anisotropic media      196 320
Electrical conductivity of metals, in terms of time of relaxation      8 17 196ff
Electrical conductivity of metals, in thin films      242ff
Electrical conductivity of metals, numerical values      270 271
Electrical conductivity of metals, of transition and ferromagnetic metals      271ff 277 324 see "Residual
Electrical conductivity of semi-conductors      12 112 117 127 131 231ff 264ff
Energy bands of standard form      42 44 196 199 209ff
Energy levels, numerical calculation of      64ff 82ff
Engelhard, E.      122 125
entropy      329
Erfling, H.D.      319
Estermann, I.      248
Eucken, A.      230
Exchange forces      74 76
Exchange forces, effect on density of states      78
Exchange forces, effect on ferromagnetism      182ff
Exchange forces, effect on paramagnetism      153
Exclusion principle      12 194
f-sum rule      47
Face-centred lattice, Brillouin zone      82
Face-centred lattice, relation to simple cubic      58
Fermi energy, numerical values of      94 174 270 see
Fermi energy, of bismuth      174
Fermi energy, of free electrons      16
Fermi energy, of germanium      129
Fermi — Dirac statistics      13 326ff
Fermi — Dirac statistics, integrals connected with      13 331ff
Fermi, E.      18
ferromagnetism      154 178ff
Fletcher, G.C.      84
Floquet’s theorem      21
Floquet’s theorem, three-dimensional analogue      29
Foerster, F.      230
Foner, A.      248
Fourier series, solution of the Schroedinger equation by      34ff
Franz, R.      1
Free electrons      1 12 16 17 19
Free electrons, form open and dosed groups      19 57
Free electrons, in semi-conductors      113ff
Free electrons, number      11 124 128 158 159 171 249 270 289
Free energy      160 164 329
Free path      3 8 11 18 124 128 230 238 247 264 274 see
Fritsch, O.      121
Froehlich, H.      265
Fuchs, K.      75 243
Galvanomagnetic effects      18 208ff 224ff
Germanium      59 129ff
Germanium, magneto-resistance effects      238 248
Goens, E.      287
Gold, crystal structure      59
Gold, electrical conductivity      280
Gold, gold-silver alloys      102 274
Gold, magneto-resistance effect      318
Gold, minimum in the electrical resistance      282
Graphite, Brillouin zone      91
Graphite, crystal structure      61
Graphite, de Haas — van Alphen effect      157 169ff 231
Greene, J.B.      87
Greenwood, N.N.      122 124
Grondahl, L.O.      122
Grueneisen, E.      279 287 312 319
Gudden, B.      112 118
Hall coefficient      11 207 209 213ff 226
Hall coefficient for a semi-conductor      117ff 127 234
Hall coefficient in strong fields      213 236
Harding, J.W.      235
Haupt, O.      23
Haupt’s theorem      23
Heisenberg, W.      181
Henisch, H.K.      120 122
Herring, C.      90
Hexagonal lattice      60
Hexagonal lattice, basis      61ff
Hexagonal lattice, Brillouin zone      89ff
Hilbert, D.      23
Hill, A.C.      90
Hoare, F.E.      159
Holes in complete zones, behave like positive charges      50 145 151 198 219
Holes in complete zones, cause anomalous Hall effects      213 234
Holes in complete zones, cause anomalous Hall effects, and Thomson effects      205 232
Holes in complete zones, effect on the conductivity of semi-conductors      114ff
Houston, W.V.      93
Howarth, D.J.      70 266
Hulm, J.K.      289 296
Hume-Rothery, W.      59 64 108
Hund, F.      67 87
Hunt, K.L.      183 190
Ideal resistance      251 280 310
Impurities, effect on electrical conductivity      19 266 282
Impurities, effect on thermal conductivity      285 286ff 308
Impurities, produce electrons and holes in semi-conductors      114ff
Insulators, density of states      44
Insulators, valency electrons form a closed group      19 56
Iron, crystal structure      59 60
Iron, density of states      87
Iron, specific heat      149
Jaeger, J.C.      163
Jeans, J.H.      10
Johansson, C.H.      110
Jones, H.      48 70 90 107 108 216 225 229
Juse, W.      120
Justi, E.      230 314 318
Kapitza, P.      314
Keesom, W.H,      148
Kellerman, E.W.      141
Kimball, G.E.      87
Kingston, R.H.      94
Klaiber, F.      120
Klemens, P.G,      298
Koenigsberger, J.      12
Kohler, M.      194 201 230 300 312 313
Kohn, W.      70
Kok, J.A.      148
Kroll. W.      305
Kronig, R. de L.      26 97
Krutter, H.M.      82 85
Kurtschatow, B.W.      124
Landau, L.      169
Langevin, P.      150
Lattice constants      59ff
Lattice vibrations, classical theory      135ff 251ff
Lattice vibrations, coupling between lattice and electrons caused by volume changes      254
Lattice vibrations, coupling due to anharmonic forces      149 292
Lattice vibrations, free path      292ff
Lattice vibrations, normal coordinates      137 251
Lattice vibrations, representing travelling waves      136 253
Lattice vibrations, steady state of      296ff
Lattice vibrations, wave functions      257
Lattice, specific heat of      133ff
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