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| Ïîèñê ïî óêàçàòåëÿì |
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| Reichl L.E. — Modern Course in Statistical Physics |
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| Ïðåäìåòíûé óêàçàòåëü |
Fermi momentum 393
Fermi sea 394
Fermi surface 400
Fermi — Dirac fluid 343
Fermi — Dirac fluid, ideal gas 382 392—401
Fermi — Dirac fluid, superconductor 407—417
Fermi — Dirac statistics 123 381—382
Fermi, E. 326 336
fermions 357
Feshbach, H. 279
Fick's law 580—581 663
Field operators 788
Field, R.J. 735 766
First law of thermodynamics see "Laws of thermodynamics"
First passage time see "Mean first passage time"
First sound see "Sound"
First-order phase transition 96 101
First-order phase transition,  126
First-order phase transition, - mixture 127
First-order phase transition, 124
First-order phase transition, classical fluids 103—110
First-order phase transition, superconductor 121
Fisher, I.Z. 649
Fisher, M.E. 167 428 469 470 485 486
Fluctuation-dissipation theorem 532 562 568 651
Fluctuation-dissipation theorem, microscopic theory 589—592
Fluctuations near critical points 427
Fluctuations, conditional probability 553—555
Fluctuations, correlation matrix (dynamic) 553 557
Fluctuations, density fluctuations 353 491—492 599
Fluctuations, Einstein fluctuation theory 349—354
Fluctuations, energy fluctuations 356
Fluctuations, entropy of 56 554
Fluctuations, light scattering 559
Fluctuations, magnetization density 430
Fluctuations, particle number 380
Fluctuations, probability distribution 350 432 553
Fluctuations, regression of fluctuations 555—556
Fluctuations, temperature 353
Fluids in equilibrium 618—620
Flux see "Current"
Fock, J.D. 649 718
Fokker — Planck equation 230 266—278
Fokker — Planck equation, derivation 266—270
Fokker — Planck equation, spectral properties 272—275
Fokker — Planck equation, strong friction limit 270—271
Ford, G.W. 423 526 649 717 718
Ford, J. 331 333 336
Forster, D. 485 640 650
Fountain effect 149
Fourth sound see "Sound"
Fractional deviation 191 356 380
Frames of reference, center of mass 672
Frames of reference, laboratory 632—633
Frames of reference, superflud, rest frame 632—633
Free energy see "Thermodynamic potential"
Free energy, Ginzburg — Landau 129 431—432
Free expansion 66
Friedman, B. 279
Friedman, H.L. 526
Friedman, M.D. 486
Frisch, H.L. 526
Frisch, U. 766
Frobenius — Peron operator 324
Frohlich, H. 407 423
Fugacity 383 388 393
Fundamental distribution law 301
Fundamental equation 33—34
Fundamental equation for ideal gas 36
Fundamental equation, enthalpy 40
Fundamental equation, entropy 34
Fundamental equation, Gibbs free energy 45
Fundamental equation, Grand potential 48 378
Fundamental equation, Helmholtz free energy 42 355
Fundamental equation, internal energy 37 537
Fusion curve see "Coexistence curve"
Galgani, L. 336
Galilean transformation 633
Gamma distribution function 228
Gamma function 218
Gamma function, gas constant (R) 16
Gap function 409—417
Gap function, tin 417
Garcia, A.L. 766
Gardiner, C.W. 279
Gaspard, P. 336
Gauge symmetry 128
Gauge symmetry, superconductors 409
Gauge symmetry, superfluids 648—649
Gauge transformation 648
Gauss's theorem 267 535
Gauss's theorem, Gegenbauer polynomials 266
Gaussian model (Ising system) 451
Gaussian model (Ising system), fixed points 458
Gaussian probability density 191—192 208
Gaussian probability density, Brownian motion 272 275
Gaussian probability density, central limit theorem 198 213
Gaussian probability density, Fokker — Planck equation 272
Gaussian probability density, Kolmogorov formula 224
Gaussian probability density, multivariant 187 351 553
Gaussian probability density, random walk 196 241
Gaussian probability density, white noise 252 268 571
Gaussian probability density, Wick's theorem 187
Gay-Lussac 66
Generalized currents 554
Generalized displacement 23 344 356 378
Generalized forces (hydrodynamic) 541—554
Generalized forces (thermodynamic) 23 344 356 378
Generating function for Master equation 262—265
Generating function for random walk 202
George, Cl. 650
Gibbs counting factor 348
Gibbs entropy 342 377
Gibbs entropy, microcanonial ensemble 344
Gibbs free energy 45—48
Gibbs free energy, binary mixture 95 153—159 169
Gibbs free energy, chemical reactions 80—83
Gibbs free energy, classification of phase transitions 100—103
Gibbs free energy, Ising model 371
Gibbs free energy, Ising model, exact (1-dim) 371
Gibbs free energy, Ising model, mean field approximation 372
Gibbs free energy, magnetic system 65
Gibbs free energy, mixtures 62—63 73—78 170
Gibbs free energy, stability 65 106 117
Gibbs free energy, superconductor 163
Gibbs paradox 72 74 347—348 359
Gibbs phase rule 98—100
Gibbs — Duhem equation 35 154 352
Gibbs — Duhem equation, superfluid 633
Gibbs, J.W. 74 296 301 342 422
Ginzburg — Landau theory, continuous phase transitions 128—134
Ginzburg — Landau theory, free energy 129
Ginzburg — Landau theory, Ising lattice 431—433
Ginzburg — Landau theory, magnetic system 133
Ginzburg — Landau theory, superconductor 162—166
Ginzburg — Landau theory, superfluid 131
Ginzburg — Landau theory, time-dependent 722 764—765
Ginzburg, V.I. 128 167 722 764—765
Glansdorff, P. 90 726 765
Glauber, R. 600 649
Global stability 130
Gnedenko, B.V. 225
Goel, N.S. 279
Goldstein, H. 335 717
Goldstone bosons 645—646
Graben, H.W. 526
Gradshteyn, I.S. 225 423
Graham, R. 766
grand canonical ensemble 342 377—401
Grand canonical ensemble, particle number fluctuations 380
| Grand canonical ensemble, reduced distribution function 509
Grand canonical ensemble, relation to canonical ensemble 380
Grand partition function 378
Grand partition function, black-body radiation 418
Grand partition function, Bose — Einstein gas 381—383
Grand partition function, cluster (Ursell) functions 493—495
Grand partition function, cumulent expansion, classical 493—495
Grand partition function, cumulent expansion, quantum 518
Grand partition function, Fermi — Dirac gas 381—382 393
Grand partition function, hard sphere gas 418
Grand partition function, roots of 420—422
Grand potential 48
Grand potential, black-body radiation 379
Grand potential, Bose — Einstein gas 383 385
Grand potential, cluster expansion 498
Grand potential, cumulent expansion, classical 48 498
Grand potential, cumulent expansion, quantum 518
Grand potential, Fermi — Dirac gas 393—394
Grand potential, interacting gas classical 498
Grand potential, liquid droplets 143
Grand potential, quantum 518
graphs 464 468 470 472
Gray, M. 485
Green, H.S. 335
Griffiths, R.K. 65 90 127 153 167
Grigolini, P. 650
Grilly, E.R. 125 166
Grossman, S. 766
Guggenheim, E.A. 111 138 166
H-Theorem 680—682
Haken, H. 279
Halmos, P.R. 335
Hamed, H.S. 90
Hamilton's equations 287 297 673
Hamiltonian 287
Hamiltonian, anharmonic system 326
Hamiltonian, canonical ensemble 354—356
Hamiltonian, classical interacting gas 489
Hamiltonian, Einstein solid 363
Hamiltonian, Fermi-superfluid 408 411
Hamiltonian, harmonic lattice (1-dim) 401—403
Hamiltonian, harmonic oscillator system (quantum) 306
Hamiltonian, Henon — Heiles system 326
Hamiltonian, ideal gas 358
Hamiltonian, internal degrees of freedom 360
Hamiltonian, Ising system 369 371 437 463
Hamiltonian, magnetic system 309 337 429
Hamiltonian, particle in gravitational field 292
Hamiltonian, phonons 364 403
Hamiltonian, spin blocks 437 441
Hamiltonian, two-body interactions 672—673
Hamiltonian, Walker — Ford system 331—334
Hammel, E.F. 125 166
Hard sphere gas 620
Hard-core potential 419—420
Hardy, G.H. 225
Haswgawa, H.H. 336
Hatta, I. 484 486
Hauge, E.M. 650 718
heat capacity 50—53
Heat capacity at critical point, Ising (2-d) 484
Heat capacity at critical point, Ising mean field 373
Heat capacity at critical point, magnetic solid 151
Heat capacity at critical point, PVT system 138
Heat capacity at critical point, van der Waals gas 141
Heat capacity, 125
Heat capacity,  (Ising-like) 484
Heat capacity, aluminium 367
Heat capacity, Bose — Einstein ideal gas 390 391
Heat capacity, classical solid 367
Heat capacity, copper 367
Heat capacity, Debye solid 366—367
Heat capacity, Einstein solid 346 367
Heat capacity, Fermi superfluid 415—417
Heat capacity, Fermi — Dirac gas 399
Heat capacity, Helmholtz free energy 42—44
Heat capacity, ideal gas 44
Heat capacity, Ising model, exact (2-d) 483
Heat capacity, Ising model, mean field approximation 375
Heat capacity, lattice vibrations 404—405
Heat capacity, liquid 125
Heat capacity, liquid-vapor coexistence region 113—114
Heat capacity, magnetic gas 363
Heat capacity, stability of matter 64
Heat current (random) 612
heat engine see "Carnot engine"
Heat of reaction 83
Heaviside function 178
Heiles, C. 326 327 336
Heisenberg picture 295 305
Helium liquids 123—126
Helium liquids, 123
Helium liquids, 123—124 146—149
Helium liquids, He I 124
Helium liquids, He II 124
Heller, P. 167
Helmholtz free energy 42—44
Helmholtz free energy, canonical ensemble 355
Helmholtz free energy, classical ideal gas 361
Helmholtz free energy, Einstein solid 363
Helmholtz free energy, Ising model (2-d) 483
Helmholtz free energy, partition function 355
Helmholtz free energy, superconductor 162
Henin, F. 650
Henon — Heiles system 326—328
Henon, M. 326 327 336
Hermans, J.J. 650
Hermite polynomials 274
Hertz potential 595—596
hessian 329
Hildebrand, J.H. 167
Hill, T.L. 526
Hinch, E.J. 650
Hirschfelder, J.O. 89 526
Hittorf transference number 652
Hodgeman, D. 89
Hohenberg, P.C. 766
homogeneous functions 433—434
Homogeneous functions, entropy 33
Homogeneous functions, free energies 427 434
Homogeneous functions, power law dependence 434
Hook's law 19
Hoover, W.G. 526
Horsthemke, W. 766
Huang, K. 526
Hughes, B.D. 225
Hydraulic conductance see "Transport coefficients"
Hydrodynamic equations see also "Balance equation"
Hydrodynamic equations, broken symmetries 644—649
Hydrodynamic equations, conserved quantities 642—644
Hydrodynamic equations, derived from Boltzmann equation 695
Hydrodynamic equations, derived from Lorentz — Boltzmann equation 689
Hydrodynamic equations, diffusion equation 271
Hydrodynamic equations, general definition 534 552 639—649
Hydrodynamic equations, linearized 545—552 613—614 621—624
Hydrodynamic equations, Navier — Stokes equations 543 743
Hydrodynamic equations, stochastic 612—614
Hydrodynamic equations, superfluid 631—639
Hydrodynamic normal modes 549 550—552 552
Hydrodynamic normal modes, broken symmetries 644—647
Hydrodynamic normal modes, conserved quantities 642—644
Hydrodynamic normal modes, dispersion relations (hydrodynamic), first sound (superfluid) 637—638
Hydrodynamic normal modes, dispersion relations (hydrodynamic), fourth sound (superfluid) 638 654
Hydrodynamic normal modes, dispersion relations (hydrodynamic), longitudinal modes 551
Hydrodynamic normal modes, dispersion relations (hydrodynamic), second sound (superfluid) 638
Hydrodynamic normal modes, dispersion relations (hydrodynamic), sound modes 546
Hydrodynamic normal modes, dispersion relations (hydrodynamic), transverse modes 549
Hydrodynamic normal modes, dispersion relations (microscopic), diffusion 690—691
Hydrodynamic normal modes, dispersion relations (microscopic), entropy modes 700
Hydrodynamic normal modes, dispersion relations (microscopic), shear modes 700
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