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Reichl L.E. — Modern Course in Statistical Physics

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Название: Modern Course in Statistical Physics

Автор: Reichl L.E.

Аннотация:

A Modern Course in Statistical Physics goes beyond traditional textbook topics and incorporates contemporary research into a basic course on statistical mechanics. From the universal nature of matter to the latest results in the spectral properties of decay processes, this book emphasizes the theoretical foundations derived from thermodynamics and probability theory that underlie all concepts in statistical physics. Each chapter focuses on a core topic and includes extensive illustrations, exercises, and experimental data as well as a section with more advanced topics and applications. Comprehensive coverage of numerous core topics and special applications gives professors flexibility to individualize course design. And the inclusion of advanced topics and extensive references makes this an invaluable resource for researchers as well as students - a textbook that will be retained on the shelf long after the course is completed.

Язык:

Рубрика: Физика/Термодинамика, статистическая физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 2nd edition

Год издания: 1998

Количество страниц: 822

Добавлена в каталог: 27.09.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

Hydrodynamic normal modes, general definition      639—649
Hydrodynamic normal modes, lifetime      549 551 646
Hydrodynamic normal modes, light scattering experiments      599—600
Hydrodynamic normal modes, superfluid      635—636
Hydrostatic pressure      536
Hyperbolic fixed point      443
Hysteresis in chemical systems      734
Ice point of water      28
Ideal fluid (hydrodynamic), classical      535—536 539 546
Ideal fluid (hydrodynamic), superfluid      635—639
Ideal gas, classical, Carnot engine      28
Ideal gas, classical, enthalpy      41
Ideal gas, classical, equation of state      16 391
Ideal gas, classical, Helmholtz free energy      44
Ideal gas, classical, microcanonical ensemble      348
Ideal gas, classical, thermodynamic properties      28—29 35 41 44 54—55 348—349 360—361
Ideal gas, quantum      381—401
Ideal gas, quantum, Bose — Einstein      382—392
Ideal gas, quantum, Fermi — Dirac      381 392—401
Ideal mixture      581
Ikeda, H.      484 486
Incompressible fluid, hydrodynamic      622
Incompressible fluid, phase space      289 291
Independent events      177 185
Independent stochastic variables      233
Indistinguishable particles      347—348 356—362 381
Infinitely divisible distribution      207—211 221—224
Infinitely divisible distribution, Cauchy      209
Infinitely divisible distribution, Gaussian      208
Infinitely divisible distribution, Levy      210
Infinitely divisible distribution, Poisson      209
Inflection point      115
Insulating wall      21
Integrals of motion      297
Intensive variables      12
Internal energy      37—40
Internal energy, classical interacting fluid      490
Internal energy, Einstein solid      346
Internal energy, Fermi — Dirac gas      399
Internal energy, ideal gas      36
Internal energy, Ising model (2-d)      483—484
Internal energy, magnetic gas      362
Internal energy, phonons      365 404
Intersection of events      176
Irreversibility      334
Irving, J.H.      336
Ising system      369 377
Ising system, $S^{4}$ model      448—462
Ising system, critical exponents      461
Ising system, exact solution, 1- dimension      370—372
Ising system, exact solution, 2- dimensions      478 462—485
Ising system, Gaussian model      451
Ising system, mean field approximation      372—377
Ising system, Yang — Lee theory      421
Ising, E.      423
Isolated system      22 342
Isothermal compressibility      see "Compressibility"
Isothermal process      24 104
Isothermal process, van der Waals gas      116
Isothermal process, vapor-liquid transition      104 111
Isothermal susceptibility      53
Isotropic fluid      534 543
Jachimowski, C.J.      279
Jackson, J.D.      650
Jacobian of transformation      289—290
Jakubith, S.      766
Jefimenko, O.D.      89
Johanson, C.      485
Joint probability density      184 231—232
Jona-Lasinio, G.      225
Joule coefficient      67
Joule coefficient, Dieterici equation      94
Joule coefficient, ideal gas      67
Joule coefficient, van der Waals gas      67—68
Joule effect      10 66—68
Joule heating      533 539 554
Joule — Kelvin coefficient      70
Joule — Kelvin coefficient, ideal gas      70
Joule — Kelvin coefficient, van der Waals gas      70
Joule — Kelvin effect      68—72
Joule — Kelvin effect, inversion curve      71
Joule, J.P.      66
Kadanoff scaling exponents $(\nu, \eta)$       427—428
Kadanoff, L.P.      428 437 485
Kam theorem      326—331
Kapral, R.      766
Kasteleyn, P.W.      428 466 469 470 486
Katchalsky, A.      90 649
Katz, M.J.      526
Kaufman, B.      423
Kawasaki, K.      718
Keesom, W.H.      124 166
Keller, W.E.      166
Kelvin temperature scale      28
Kennard, E.H.      717
Kestement, E.      766
Khalatnikov, I.M.      650
Khintchine, A.I.      221 225 301 335 422 649
Kihara, T.      514 526
Kim Sukkeun      279
Kinetic equation, classical      313
Kinetic equation, quantum      317
Kirkwood, J.G.      167 336
Koenig, S.H.      526
Kogut, J.      454 485
Kolmogorov formula      213 221 223—224
Kolmogorov, A.N.      221 225 330 336
Komarov, K.I.      649
Kondepudi, D.      90
Koschmieder, E.L.      751 752 766
Kramers — Kronig relations      564—565 571 592
Kramers — Moyal expansion      276—278
Kramers, H.A.      279
Kubo, R.      589 592 649
Kustin, K.      766
Laboratory frame of reference      632—633 672—677
Lagrange multipliers      344 346 354—355 377—378
Landau, L.D.      128 166 167 422 593 649 722 764—765
Langevin equation of motion      230 251—254
Langevin equation of motion, Brownian particle with memory      625
Langevin equation of motion, entropy current      612
Langevin equation of motion, harmonically bound Brownian particle      571 651
Langevin equation of motion, momentum current      612
Laplace transform      548 616 626
Lapp, E.      167
Lasota, A.      336
Latent heat      13 106
Latent heat, binary mixture      162
Latent heat, fusion      108
Latent heat, sublimation      108
Latent heat, superconductor      121
Latent heat, vaporization      109
Lattice vibrations      345—346 362—368
Lattice vibrations, 1-dimensional lattice      401—407
Law of corresponding states      111
Law of corresponding states, van der Waals system      116
Law of Large Numbers      198—199
Law of mass action      82
Laws of thermodynamics, first law      9 22—23 34
Laws of thermodynamics, second law      9 23 34
Laws of thermodynamics, third law      31—33
Laws of thermodynamics, third law, Bose — Einstein gas      391
Laws of thermodynamics, third law, Fermi — Dirac gas      399
Laws of thermodynamics, third law, helium      123 125
Laws of thermodynamics, third law, superconductor      122
Laws of thermodynamics, zeroth law      9 20
Le Chatelier's principle      61
Lebowitz, J.L.      225 335 526
Lee, D.M.      126 166
Lee, K.-J.      766

Lee, T.D.      418 420 421 423
Lefever, R.      722 736 765
Legendre transformation      40
Leggett, A.J.      166
Leiderer, P.      127 166
Lekner, J.      526
Lennard-Jones      6—12
Lennard-Jones, potential      500—505 511
Lever rule      111
Levy distribution      210 214 218
Levy flight      218—221
Levy — Khintchine formula      221—222
Levy, P.      221 225
Liboff, R.L.      335 717
Lide, D.R.      649 718
Lie, G.C.      766
Lifshitz, E.M.      166 167 422 649
Light scattering      532 592—600
Light scattering, experiment      600
Light scattering, intensity      599
Limit cycles      795
Limit theorems      173 207
Limit Theorems, Central Limit Theorem      197—198 211—214
Lindenberg, K.      279
Linear response theory (dynamic)      427 561—561
Linear response theory (dynamic), Brownian particle      571—574
Linear response theory (dynamic), dynamic response function-matrix      562- 571
Linear response theory (dynamic), fluctuation-dissipation theorem      568—571
Linear response theory (dynamic), light scattering      592—600
Linear response theory (dynamic), microscopic theory      589—592
Linearized hydrodynamic equations, flow around Brownian particle      621—624
Linearized hydrodynamic equations, general form      556
Linearized hydrodynamic equations, simple fluid      545—552
Linearized hydrodynamic equations, simple fluid with noise      613—614
Liouville equation      286
Liouville equation, classical      291—292
Liouville equation, quantum      305
Liouville operator, classical      291—292 312
Liouville operator, quantum      305
Lipschitz conditions      791
Lipschutz, S.      225 279
Liquid $He^{3}$       see "Helium liquids"
Liquid $He^{4}$       see "Helium liquids"
Liquid crystal      168
Liquid-solid transition      104
Liquid-vapor transition      104
Liquification of gases      66—72
Local equilibrium      537 656
London, F.      166 167
Long range order      431
Long time tails      533 653
Long time tails, experimental observation      629—630
Long time tails, hydrodynamic origin      620—631
Long time tails, molecular dynamics      620—621 710—711
Lorentz — Boltzmann collision operator      686
Lorentz — Boltzmann collision operator, eigenfunctions      690—691
Lorentz — Boltzmann collision operator, eigenvalues      686 690—691
Lorentz — Boltzmann equation      684
Lorentz — Boltzmann equation, derivation of diffusion coefficient      690—691
Lorentz — Boltzmann equation, derivation of diffusion equation      688
Lorentz — Boltzmann equation, dispertion relation of diffusion modes      689
Lorentz — Boltzmann equation, perturbation expansion      690—691
Lorentzian line shape      561
Lukacs, E.      225
Lunsford, G.H.      336
Lyapounov function      730
Ma, S.K.      485 766
Mackey, M.      336
Magnetic field strength      21
Magnetic induction      21
magnetic susceptibility      151 429—431
Magnetic susceptibility, Ising model (mean field approximation)      376
magnetization      133 429
Magnetization, Ising model (mean field approximation)      373—374
Magnetization, magnetic gas      362
Magnetization, magnetization density operator      429
Malek, M.      766
Mareschel, M.      766
Markov chains      229 234—241
Markov chains, random walk      240—241
Markov chains, time periodic      258—259
Markov processes      229 233
Markov processes, discrete variables      234—241
Markov processes, ergodic      238
Markov processes, regular      237
Markov processes, stationary      232
Martin, P.C.      649
Martin-Lof, A.      650
Master equation      229 241—250
Master equation, approximation to      276—278
Master equation, birth-death processes      260—266
Master equation, detailed balance      244—245
Master equation, Kramers — Moyal expansion      276—278
Master equation, mean first passage time      247—250
Maxwell construction      117—118
Maxwell relations, enthalpy      41
Maxwell relations, Gibbs free energy      45
Maxwell relations, Grand potential      49
Maxwell relations, Helmholtz free energy      43
Maxwell relations, internal energy      38
Maxwell — Boltzmann distribution      657—658
Mayer, J.E.      488 526
Mayer, M.G.      526
Mazer, P.      649 650
McCormack, W.D.      766
McLennan, J.A.      717 718
McQuarrie, D.A.      279 526
Mean field approximation, correlation function, fluid system      351—353
Mean field approximation, correlation function, magnetic system      431—432
Mean field approximation, Ising model      372—377
Mean field approximation, superconductor      408—417
Mean field theories      128—135 372—377 408—417 see
Mean first passage time      247—249
Mean free path      658—659 661
Mechanical equilibrium      57 142
Mechanical equilibrium with surface tension      143
Mechanical stability      61 111
Mechanical stability, van der Waals gas      116—117
Median (of probability distribution)      181
Meissner, N.      119 166
Membranes      75—78 88—89 606—612 653
Membranes, ion transport      610—612
Membranes, reflection coefficient (semipermeable membrane)      609
Membranes, volume flow (water and solute)      606—612
Memory function (matrix)      642
Memory function (matrix), transport coefficients      643
Mermin, N.D.      166 422
Merzbacher, E.      717
Messiah, A.      790
Metastable state      61 111 157
Metastable state, binary mixture, $He^{3}$ - $He^{4}$       127
Metastable state, binary mixture, classical      157
Metastable state, van der Waals gas      115—117
Metric transitivity      300
Michels, A.      166
microcanonical ensemble      301 342—354
Microcanonical ensemble, entropy      344
Microcanonical ensemble, thermodynamic relations      344
Microscopic reversibility      553—555
Midzuno, Y.      526
Mihaljan, J.M.      766
Miller, D.G.      650
Milonas, M.      279
Minimum entropy production      721 724
Minorsky, N.      798
Mixing flow      296 303 321—325
Mixtures      62—63 72—77 88—89 95
Mixtures, transport properties      574—586
Mohling, F.      790
Mole fraction      73

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