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Rosser W.G.V. — An introduction to statistical physics
Rosser W.G.V. — An introduction to statistical physics



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Название: An introduction to statistical physics

Автор: Rosser W.G.V.

Аннотация:

Introduction to Statistical Physics (Mathematics and Its Applications).


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель без номеров страниц

ed2k: ed2k stats

Год издания: 1981

Количество страниц: 396

Добавлена в каталог: 24.11.2013

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Absolute activity      295 317
Absolute temperature      68 69 70 157 231 235
Absolute zero      96 99 222
Accessible microstate      20 29 60
Accessible microstate, macroscopic system      48 51
Accessible microstate, number of      29 31 50 60
Adiabatic approximation      149 204 212 364
Adiabatic change      8 15 204 210 364
Adiabatic change of temperature      214
Adiabatic change, constancy of entropy      213
Adiabatic change, ideal boson gas      293
Adiabatic change, ideal fermion gas      293
Adiabatic change, statistical mechanics      210
Adiabatic demagnetisation      147 148
Adiabatic demagnetisation, experimental arrangement      150
Adiabatic partition      2 63
Adkins, C. J.      1 7 8 11 17 150
Andrew, E. R.      245
Andrews, F. C.      167
Atomic nucleus      305
Average value      336 340 347
Avogadro's constant      4 130 134 156 259
Band structure      305
Beta ($\beta$)      51 67 68 71 241
Betts, D. S.      100 266 279 288 289 290 295 299 315 316 323 327
Binding energy      193 194 196
Binding energy, diatomic molecule      193 196
Binomial distribution      45 46 338
Binomial distribution, average value      340
Binomial distribution, standard deviation      340
Binomial theorem      342
Black body radiation      246
Blackman, M.      261 267
Boltzmann constant      44 107 157 259 260
Boltzmann definition of entropy      101 205 206 207 280 281 365
Boltzmann distribution      99 105 108 203 206 233 253 295 317 321 325
Boltzmann distribution, isothermal atmosphere      129
Boltzmann distribution, thermodynamics via partition function      136
Bose Einstein condensation      319 321
Bose Einstein distribution function      276 277 314 319 321
Bose Einstein statistics      28 32 49 90 276 313
Bose temperature      315 317 320 328
Boson      28 313
Boson gas      see "ideal boson gas"
Callen, H. B.      1 103 172
Canonical distribution      108
canonical ensemble      137 206
Carath$\acute e$odory's principle      13 217
Carnot cycle      11 70 228 349
Carnot cycle, efficiency      11 232 351
Carnot cycle, statistical mechanics      228
Carnot's theorems      11 13 351
Celsius temperature scale      6 7
Centigrade temperature scale      6 7
Chandrasekhar limiting mass      311
Change of phase      185
Characteristic temperature      118 121
Characteristic temperature, atomic system      122
Characteristic temperature, dipole in a magnetic field      114
Characteristic temperature, harmonic oscillator      120
Characteristic temperature, ideal gas      121
Characteristic temperature, multilevel system      118
Characteristic temperature, nuclear system      122
Characteristic temperature, solid      122
Characteristic temperature, two level system      109
Chemical equilibrium      190
chemical potential      15 89 142 173 181 285 296
Chemical potential, classical limit      290
Chemical potential, classical thermodynamics      15
Chemical potential, Fermi energy      285
Chemical potential, Fermi level      301
Chemical potential, ideal boson gas      316
Chemical potential, ideal diatomic gas      167 ...cont.
Chemical potential, ideal fermion gas      288
Chemical potential, ideal monatomic gas      160
Chemical potential, multicomponent system      91 174 182
Chemical potential, partition function      143
Chemical potential, photon gas      324
Chemical potential, statistical mechanics      89
Chemical reaction      180 190
Chemical reaction, dissociation of a diatomic molecule      193
Chemical reaction, ideal gases      191
Classical limit      126
Classical limit, ideal boson gas      314 319
Classical limit, ideal diatomic gas      166
Classical limit, ideal fermion gas      290
Classical limit, ideal monatomic gas      155
Classical statistical mechanics      127
Clausius Clapeyron equation      7 189
Clausius statement of second law      10 74 83
Clausius' theorem      12 13 17
Closed system      3 34 38 61 63 86 105 107 108 271
Coexistence curve      188
Combinations      335
Configuration      29
Conservation of energy      61
Constraint      3
Cosmic background (3K) radiation      251 252
Courant, R.      368
Curie's law      114 116 117
de Broglie wavelength      297 372
Debye $T^3$ law      147 267 269 303 304 328
Debye angular frequency      263
Debye temperature      265 267 268
Debye theory of heat capacities      263
Degeneracy      24 31 117
Degenerate fermion gas      293
Density of states      91 92 94 246 282 289 300 356 367
Density of states, angular frequency      369
Density of states, elastic waves      370
Density of states, electromagnetic waves      370
Density of states, frequency      369
Density of states, particle in a box      356 370
Density of states, photon      371
Density of states, progressive waves      373
Density of states, thermal equilibrium      95 362
Density of states, wavelength      369
Diathermic partition      2 63
Diatomic molecule, binding energy      193 194 195
Diatomic molecule, chemical potential      167
Diatomic molecule, classical limit      166
Diatomic molecule, dissociation energy      195
Diatomic molecule, dissociation of      193
Diatomic molecule, electronic partition function      164
Diatomic molecule, heat capacity      166
Diatomic molecule, nuclear partition function      165
Diatomic molecule, rotation partition function      162
Diatomic molecule, total partition function      161 165
Diatomic molecule, translational partition function      161
Diatomic molecule, vibration partition function      164
Dissociation energy      195 196
Dugdale, J. S.      147
Dulong and Petit's law      259 262 265
Efficiency of a cycle      11 220 221 232 351
Ehrenfrest's principle      149 204 212 364
Einstein angular frequency      262 263
Einstein characteristic temperature      260 262
Einstein theory of heat capacity      260
Eisberg, R. M.      28
Empirical temperature      6
Energy eigenvalue      24 25 354 356
Energy eigenvalue, diagram      210
Energy eigenvalue, effect of changing volume      27 364
Energy eigenvalue, representative      210
Energy level      24
Energy of a thermodynamic system      93
Energy, ensemble average      43 137
Energy, fluctuations in      66 138
Ensemble average      41 43 44 109 137 138 140 274
Enthalpy      172 179 188
entropy      12 13 19 44 51 68 71 94
Entropy, Boltzmann definition      101 205 206 207 280 281 365
Entropy, composite system      75 361 362 363
Entropy, density of states      94
Entropy, dependence on U, V and N      55
Entropy, extensive variable      77
Entropy, fluctuations in      80
Entropy, harmonic oscillator      142
Entropy, ideal boson gas      323 331
Entropy, ideal fermion gas      295 299
Entropy, ideal monatomic gas      157
Entropy, information theory      101
Entropy, mixing      158 170
Entropy, small system      140
Entropy, spin system      148
Entropy, variation with energy      19
Equilibrium constant      191 192 193 197 202
Equilibrium, closed system      62 185
Equilibrium, constant T and p      182 183 189 190
Equilibrium, constant T and V      174 176 186 191
Equipartition theorem      130
Exponential function      332
Extensive Variable      5 77
Fermi Dirac distribution function      274 276 283 285 287 289
Fermi Dirac statistics      28 32 90 274 282
Fermi energy      285 288 294 300 306 308
Fermi level      276 301
Fermi temperature      285 294 300 306 308
Fermion      31 282
Fermion gas      see "ideal fermion gas"
Feynman, R. P.      23
First law of thermodynamics      7 72 222 350
Fluctuations in a macroscopic system      44
Fluctuations in a macroscopic system, energy      73 138 358
Free electron theory of metals      299
Free electron theory of metals, chemical potential      301
Free electron theory of metals, heat capacity      302
Free electron theory of metals, pressure      301
French, A. P.      28 162
Frenkel defect      199
Fundamental relation      103
Fundamental relation, ideal monatomic gas      157
Galvanometer suspension      135
Gas constant      156
Gasser, R. P. H.      133
Gaussian distribution      45 47 54 55 58 66 73 338 346 348 359 361 363
Gaussian Integrals      344
Gibbs free energy      90 103 172 180 190
Gibbs free energy, equilibrium at constant T and p      182 183 189 190
Gibbs Helmholtz equations      174 181
Gibbs paradox      32 159
Gopal, E. S. R.      163 165 262 266 267 292 304 305 315 317
Grand canonical distribution      271 273 325
grand canonical ensemble      207
Grand partition function      274 276 277
Grand partition function, ideal boson gas      322
Grand partition function, ideal fermion gas      297 298 299
Grand partition function, thermodynamics      278
Grand potential      278 279 280
Grand potential, ideal boson gas      322
Grand potential, ideal fermion gas      297 298
Grand potential, photon gas      325
Grand potential, thermodynamics      278
Gravitational potential energy      308
Griffiths, R. B.      98
Ground state      26
Guggenheim, E. A.      191
harmonic oscillator      25 120 138 247 252 260 264 269
Harmonic oscillator, characteristic temperature      120
Harmonic oscillator, classical limit      121 131
Harmonic oscillator, entropy      142
Harmonic oscillator, mean energy      121 138 141
Harmonic oscillator, partition function      120
Heat      8 203
heat capacity      18 19 71 259
Heat capacity, Debye's theory      263
Heat capacity, diatomic gas      166
Heat capacity, Einstein's theory      260
Heat capacity, electron gas      302
Heat capacity, ideal boson gas      317 323
Heat capacity, ideal fermion gas      291
Heat capacity, metal      269 302
Heat capacity, paramagnetic salt      147
Heat capacity, positive value      74 360
Heat capacity, spin system      147
Heat flow, direction of      10 16 40 74 83
Heat flow, direction of, negative temperatures      241
Heat reservoir      3
Heat, addition to a system      207 214
Helium, liquid      320 326
Helmholtz free energy      103 142 172 198 199 325
Helmholtz free energy, equilibrium at constant T and V      174 186 191
Helmholtz free energy, ideal gas      199
Helmholtz free energy, thermodynamic variables      174
Hilbert, D.      368
Hill, T. L.      167 192
Hook, J. R.      328
Huang, K.      299 302 323
Hydrogen atom      24
Ideal boson gas      313
Ideal boson gas, adiabatic expansion      293
Ideal boson gas, Bose temperature      315
Ideal boson gas, chemical potential      314 316 319
Ideal boson gas, classical limit      316
Ideal boson gas, energy spectrum      314
Ideal boson gas, entropy      323 331
Ideal boson gas, grand partition function      322
Ideal boson gas, grand potential      322
Ideal boson gas, heat capacity      317 323
Ideal boson gas, photons      324
Ideal boson gas, pressure      317 323
Ideal boson gas, thermodynamics      322
Ideal boson gas, total energy      317 323
Ideal boson gas, velocity distribution      314 315 321
Ideal cycle      217
Ideal fermion gas      282
Ideal fermion gas, adiabatic expansion      293
Ideal fermion gas, atomic nucleus      305
Ideal fermion gas, chemical potential      285 288 295
Ideal fermion gas, classical limit      290 295 296
Ideal fermion gas, degenerate      293
Ideal fermion gas, energy spectrum      287
Ideal fermion gas, entropy      295 299
Ideal fermion gas, grand partition function      297 298 299
Ideal fermion gas, grand potential      297 298 299
Ideal fermion gas, heat capacity      291
Ideal fermion gas, pressure      291 294
Ideal fermion gas, relativistic      310
Ideal fermion gas, thermodynamics      297
Ideal gas      5 156
Ideal gas thermometer      6 71 157
Ideal monatomic gas      156
Ideal monatomic gas, chemical potential      160
Ideal monatomic gas, entropy      157
Ideal monatomic gas, equation of      156
Ideal monatomic gas, fundamental relation      157
Ideal monatomic gas, Helmholtz free energy      199
Ideal monatomic gas, internal energy      156
Ideal monatomic gas, partition function      153 155
Indistinguishable particles      31
Indistinguishable particles, partition function      151
Information theory      100
Intensive variable      5
Irreversible process      16 233
Isolated system      38 61 78
Isothermal atmosphere      129
Isothermal process      8 225
Jauch, J. M.      254
Kelvin Planck statement of second law      10 205 215 217 349 352
Kelvin temperature, scale      6 11 69
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