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Reichl L.E. — Modern Course in Statistical Physics
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: en

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
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Предметный указатель
Tricritical point      123 127 151—153
Tricritical point in $He^{3}$-$He^{4}$ mixture      127 153
Triple point      103 127
Triple point, classical fluid      103 109
Triple point, water      28
Turing structures      761—764
Turing, A.M.      760 766
Turner, J.S.      765
Turner, J.W.      765
Two-fluid model      see "Superfluids"
Uhlenbeck, G.E.      278 335 423 526 649 711 717 718
Ulam, S.      326
Ultrafiltration      see "Transport coefficients"
Ultrasonic acoustic attenuation      417
Uniform function      645
Union of events      176
Universality      443
Ursell functions      see "Cluster functions"
Ursell, H.D.      488 526
van den Broeck, C.      225
Van der Waals constants      19
Van der Waals equation      18 67—68 70—71 115—116 139—141
Van der Waals gas      18
Van der Waals J.D.      115
Van Hove L.      593 649
van Kampen N.G.      278 335
van Leeuwen J.M.J.      485 718
van't Hoff's law      77
vapor pressure      142
Vapor pressure, equilibrium with droplets      142—146
Vaporization curve      see "Coexistence curve"
Variance      180
Variance, binomial distribution      190
Variance, Brownian particle      628—631
Variance, density fluctuations      353
Variance, energy fluctuations      356
Variance, particle number fluctuations, Bose — Einstein gas      392
Variance, particle number fluctuations, Fermi — Dirac gas      399—400
Variance, temperature fluctuations      353
Vector potential      162 595
Velarde, M.G.      766
Velocity autocorrelation function, Brownian particle      252—254 256—257
Velocity autocorrelation function, hard sphere gas      620—621
Velocity autocorrelation function, long time tails      620—631
Velocity autocorrelation function, virial expansion      712—716
Verlet, L.      512 526
Virial coefficients      499
Virial coefficients, Bose — Einstein gas      17 520—526
Virial coefficients, classical interacting gas      17 499—505 513—517
Virial coefficients, cluster integrals      499
Virial coefficients, Fermi — Dirac gas      17 519—526
Virial coefficients, hard-sphere gas      505—507
Virial coefficients, molecular dynamics      506—507
Virial coefficients, quantum gas      17 517—526
Virial coefficients, second virial coefficient (classical)      17 500—505
Virial coefficients, second virial coefficient (classical), experimental values      504
Virial coefficients, second virial coefficient (classical), hard sphere gas      505
Virial coefficients, second virial coefficient (classical), Lennard-Jones potential      501—505
Virial coefficients, second virial coefficient (classical), square-well potential      501 504
Virial coefficients, second virial coefficient (quantum), Bose — Einstein hard sphere gas      525—526
Virial coefficients, second virial coefficient (quantum), ideal Fermi gas      519—520
Virial coefficients, star function expansion      500
Virial coefficients, third virial coefficient      17 513—517
Virial coefficients, third virial coefficient, argon      516
Virial coefficients, third virial coefficient, hard sphere gas      516—517
Virial coefficients, third virial coefficient, Lennard-Jones potential      515
Virial coefficients, third virial coefficient, square-well potential      514
Virial coefficients, three-body forces      514—515
Virial expansion, divergences      716
Virial expansion, equation of state      488 519
Virial expansion, velocity autocorrelation function      715
viscosity      see "Transport coefficients"
Volume flow (across membranes)      606—611
von Oertze A.      766
Vorticity      621
Wainwright, T.E.      620 650 710 716 718
Walgraef, D.      766
Walker, C.H.      331 333 336
Walters, G.K.      127 166
Warner, M.      650
Waser, J.      90
Washburn, E.W.      89
Water (phases)      99
Watson, G.N.      225
Watts, R.O.      512 526
Weierstrass function      215
Weierstrass probability density      220
Weierstrass random walk      214—217
Weinstock, B.      126 166
Weiss, G.H.      279
Weiss, P.      372 423
Wenzel, R.G.      526
Wergeland, H.      89 166 336
Wertheim, M.S.      512 526
West, B.J.      225
Weyl correspondence      317
Wheatley, J.      166
White noise      251 571
White noise, spectral density      257
Wicks theorem      187
Wicks theorem, $S^{4}$ model      454
Widom scaling exponents (p, q)      434 447 444
Widom, B.      427 485 650
Wiener — Khintchine theorem      532 557—558
Wiener, N.      649
Wigner functions      286 315—319
Wigner, E.      314 335
Wilks, J.      166
Wilson theory of critical exponents      428 440—462
Wilson theory of critical exponents, $S^{4}$ model      448—462
Wilson theory of critical exponents, triangular planar lattice      444—448
Wilson, K.      440 454 485
Winfree, A.T.      735 766
Wolfke, M.      124 166
Work      23
X-ray scattering experiments      488
Yang — Lee theory of phase transitions      418—422
Yang, C.N.      418 420 421 423
Yarnell, J.L.      491 511 526
Yevick, G.J.      511 526
Yvon, J.      336
Zaitsev, V.M.      766
Zemansky, M.W.      89 166 650
Zemicke, F.      510 511
Zeroth law of thermodynamics      see "Laws of thermodynamics"
Zhabotinski, A.M.      766
Zwanzig, R.W.      336 620 630 631 640 650 718
1 2 3 4 5 6 7
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