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Huang K. — Statistical Mechanics
Huang K. — Statistical Mechanics



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Название: Statistical Mechanics

Автор: Huang K.

Аннотация:

Unlike most other texts on the subject, this clear, concise introduction to the theory of microscopic bodies treats the modern theory of critical phenomena. Provides up-to-date coverage of recent major advances, including a self-contained description of thermodynamics and the classical kinetic theory of gases, interesting applications such as superfluids and the quantum Hall effect, several current research applications, The last three chapters are devoted to the Landau-Wilson approach to critical phenomena. Many new problems and illustrations have been added to this edition.


Язык: en

Рубрика: Физика/Термодинамика, статистическая физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1987

Количество страниц: 506

Добавлена в каталог: 11.09.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Ideal Bose gas: thermodynamic functions      292
Ideal Fermi gas: equation of state      241
Ideal Fermi gas: high temperature limit      243
Ideal Fermi gas: low-temperature limit      244
Ideal gas      4
Ideal gas in microcanonical ensemble      140
Impact parameter      58
Imperfect gas: classical      168
Imperfect gas: quantum      230
Imry, Y.      410
Infinite-range model      439
Intensive quantity      4
Internal energy      7
Inverse collision      58
Irreversibility      19
Ising model: comparison with Heisenberg model      239
Ising model: defined      341
Ising model: duality of two-dimensional      365
Ising model: exact solution, two-dimensional      368
Ising model: in Landau form      421
Ising model: one-dimensional      361
Ising model: spontaneous magnetization      391
Ising model: two-dimensional      368
Ising model: variational treatment      239
Ising, E.      341
Isotherm      4
Isothermal compressibility      153
Jaffe,A.      206
Johnson, Samuel      154
Kadanoff, L.P.      441
Kahn, B.      220
Kamerlingh Onnes, H.      311
Kaufmann, B.      378 385
Kellers, C.F.      309
Kelvin scale of temperature      6 14
Kelvin statement      9
Kerr, E.C.      310
Kirkwood,J.G.      307
Kittel.C      409
Klein, A.      326 328
Kleppner, D.      329
Klitzing, K.V.      263
Kogut, J.      458
Kouvel,J.S.      413
Kramers, H.A.      362 365
Kramers, H.C      302
L-cluster      215
Lagrange multiplier      82
Lamb, H.      323
Lamb, W.E.      290
Lambda transition      309
Landau energy levels      255
Landau free energy      417
Landau — Wilson model: critical exponents      464
Landau — Wilson model: defined      458
Landau — Wilson model: three steps in RG transformation      458
Landau, L.D.      58 253 315 408 413
Larsson, K.E.      310
Latent heat      35
Lattice gas      344
Laughlin, R.B.      263 266
Law of corresponding states      41
Law of rectilinear diameter      399
Lee, T.D.      206 329
Lifshitz,E.M.      58 408
Linked cluster theorem      218
Liouville's theorem: classical      64
Liouville's theorem: quantum mechanical      175
Liquid helium: atomic volume      314
Liquid helium: coating of container wall      338
Liquid helium: condensate fraction      314
Liquid helium: excitation spectrum      311
Liquid helium: interatomic distance      314
Liquid helium: mixture of isotopes      432
Liquid helium: superfluid fraction      313
Liquid structure factor      327
London, F.      286 303
Long-range order      352
Longitudinal sum rules      327 484
Low, F.E.      86
Luttinger, J.M.      260 296
Ma, S.K.      410
magnetization      393
Magnetization, spontaneous      300 342 348 393
Magnetization, staggered      349
Magnetization, two-dimensional Ising model      391
Main sequence      247
Majority rule      442
Master equation      190
Material derivative      102
Maxwell construction: in mean-field theory      427
Maxwell construction: in statistical mechanics      163
Maxwell construction: in thermodynamics      41
Maxwell relations      23
Maxwell relations for chemical potential      154
Maxwell relations, diagram of      25
Maxwell — Boltzmann distribution      75
Maxwell, J.C      58 110
Mayer, J.E.      213 220
Mayer, M.G.      213 220
Mean free path      93
Mean square fluctation      83 129
Mean square fluctation in quantum statistics      191
Mean-field approximation: for ferromagnet      239
Mean-field approximation: from Gibbs variational principle      239
Mean-field approximation: general formulation      422
Mechanocaloric effect      312
Meissner effect      406
Mermin,N.D.      410
Microcanonical ensemble: and thermodynamics      136
Microcanonical ensemble: defined      130
Migdal — Kadanoff approximation      465
Miller, A.      327
Momentum space      452
Morrison, P.      249
MOSFET      262
Most probable value      129
Mu space      53
N-sphere: surface of      457
N-sphere: volume of      139
Navier — Stokes equation      113
Niemeijer, Th.      446
Nordsieck, A.      290
Normal fluid      311
Normal fluid, microscopic description of      316
Nozierres, P.      327
Occupation number      187
Onsager,L.      299 313 378
Optical approximation      295
Order parameter: defined      392
Order parameter: examples of      394
Order parameter: superfluid      300 314
Ornstein — Zernike form      395 425 436
Osmotic pressure      43
Otnes, K.      310
Pais, A.      227
Palevsky, H.      310
Paramagnetism      267
Paramagnetism, the Langevin theory of      168
Parameters, thermodynamic      3
Parisi, G.      411
Partition function      144 177
Patachinskii, A.Z.      398
Pauli exclusion principle      244
Pauli, W.      190 267 469
Peierls, R.      229 260 349
Penrose, O.      299 313
Pepper, M.      263
Periodic boundary condition      470 474
Phase shift, scattering      226
Phase space      62
Phase transition: first order      31 210
Phase transition: first order in Landau theory      439
Phase transition: mean-field theory      422
Phase transition: second order      35 50 210
Phase transition: singularity of partition and      206
Phase transition: theory of Yang and Lee      208
Phonon      283
Phonon in liquid helium      310
Phonon in liquid helium, wave function for      325
Photon      279
Pines, D.      327
Planck's constant      180
Poincare cycle      90
Poincare's theorem      90
Pokrovskii, V.L.      398
Pressure tensor      98 107 115
Pseudopotential      231 329
Quantized field: defined      477
Quantized field: equivalence to N-body system      480
Quasi-chemical method      358
Ramsey, N.      142
Random phase, postulate of      173
Randomness: annealed      410
Randomness: quenched      410
Rayfield, G.W.      323
Recurrence paradox      90
Red giant      247
Reif, F.      323
Renormalization      452
Renormalization group: equations      460
Renormalization group: in Gaussian model      455
Renormalization group: in Ising model, general      446
Renormalization group: in Ising model, one-dimensional      443
Renormalization group: in Landau — Wilson model      458
Renormalization group: momentum-space transformation      454
Renormalization group: real-space transformation      446
Renormalization of partition function      457
Renormalization point      439
Reppy, J.D.      329
Representative point      63
Reservoir      see Heat reservoir
Resonance: equivalence to particle      228
Resonance: scattering      227
Reversal paradox      90
Reynolds number      122
Robinson, J.E.      286
Rotation, spin representative of      375
Roton      310
Ruelle, D.      206
Sackur — Tetrode equation      141 184
Saddle-point integration      193
Scale invariance      403
Scaling field: defined      403
Scaling field: irrelevant      403 450
Scaling field: marginal      403 450
Scaling field: relevant      403 450
Scaling form      401
Scaling form, Widom's      403
Scaling hypothesis      400
Scaling laws      397
Scattering angle      58
Scattering length      235
Schiff, L.I.      72
Second law of thermodynamics: in kinetic theory      79
Second law of thermodynamics: in statistical mechanics      134
Second law of thermodynamics: stated      9
Second sound      312
Second virial coefficient      169
Second virial coefficient, nitrogen      170
Second virial coefficient, quantum mechanical      225
Shape-independent approximation      235 295
Shapira, Y.      411
Shirane, G.      349 411
Short-range order      352
Slater, J.C      307
Slipping coefficient      111
Smith, E.N.      329
Sourlas, N.      411
Specific heat      4
Spontaneous symmetry breaking      300 348 406
State, thermodynamic      3
Statistical mechanics, foundations of      190
Statistics: Boltzmann      183
Statistics: Bose      183 469
Statistics: connection with spin      469
Statistics: Fermi      183 469
Stefan's constant      281
Stegun, I.A.      243
Stirling's approximation      82
Stoichiometric coefficient      156
Stokes' Law      49 121
Stora, R.      329
Stormer, H.L.      263
Streaming term      68
streamline      102
Super selection rule      407
Supercooling      36
Superfluid: coordinates      321
Superfluid: in two-fluid model      311
Superfluid: incompressible flow      323
Superfluid: microscopic description      316
Superfluid: phase-number uncertainty relation      321
Superfluid: velocity      317
Superfluidity, definition of      319
Surface tension      36
Susceptibility, magnetic      393
Swift, Johnathan      404
T matrix      58
T matrix, symmetry properties of      59
TdS equations      21
Temperature: absolute      13
Temperature: ideal gas      4
Temperature: in canonical ensemble      144
Temperature: local      99
Temperature: microcanonical ensemble      133
Temperature: negative      142
ter Haar, D.      416
Theorem: Baker — Campbell — Hausdorff      154
Theorem: Boltzmann's H      74
Theorem: Carnot's      12
Theorem: circle      210 212
Theorem: Clausius'      14
Theorem: conservation      97 99
Theorem: convex function      230
Theorem: equipartition      137 138
Theorem: Liouville's, classical      64
Theorem: of Yang and Lee      208
Theorem: on Gibbs potential      24
Theorem: on Helmholtz free energy      23
Theorem: Poincare's      90
Theorem: quantized field and N-body system      480
Theorem: van Hove's      22
Theorem: van Leeuwen's      168 253 258
Theorem: virial      137
thermal conductivity      107
Thermal expansion, coefficient of      21
Thermal wavelength      184
Thermodynamic limit      206 207
Third law of thermodynamics      25 178 185 246 286
Tisza, L.      311
Transfer matrix      363 370 444
Transformation: block-spin      441
Transformation: cyclic      10
Transformation: quasistatic      4 135
Transformation: renormalization group      448
Transformation: reversible      4
Transformation: thermodynamic      4
Transition matrix      see T matrix
Tricritical point      430
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