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Heer C.V. — Statistical Mechanics: Kinetic, Theory and Stochastic Process
Heer C.V. — Statistical Mechanics: Kinetic, Theory and Stochastic Process



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Название: Statistical Mechanics: Kinetic, Theory and Stochastic Process

Автор: Heer C.V.

Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1972

Количество страниц: 602

Добавлена в каталог: 09.11.2008

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Fluctuation(s), system with constraint and      96—97
Fluctuation(s), theory of      444—^50
Fluctuation(s), thermal motion      415
Fluctuation(s), thermal radiation      443
Fokker — Planck equation      101
Fourier integral      420
Free molecular flow      25—35
Free molecular flow, effusive flow      26
Free molecular flow, through long tube      27—29
Fugacity, definition of      226
Fusion, tables, heat of      330
Fusion, tables, temperature of      330
Galvanometer mirror, correlation function for      432—3
Game, duration of      104
Gas constant      14
Gas dynamics      182—190
Gas(es), Bose and Fermi mixtures      360—361
Gas(es), degenerate Bose — Einstein      318—323
Gas(es), high temperatures      261—263
Gas(es), ideal gas laws      14
Gas(es), line broadening curves      546 547
Gas(es), mass point      1—31
Gas(es), molecular, second virial coefficient of      291—300
Gas(es), nearly ideal      230—233
Gas(es), real or nonideul      279
Gaussian distribution, central limit theorem      88
Gaussian distribution, characteristic function for      88
Gaussian distribution, fluctuations      97
Gaussian distribution, general characteristic function for      486
Gaussian distribution, line shapes and      480 541
Gaussian distribution, Poisson distribution with large $\lambda$      85
Gaussian distribution, probability law for      88
Gaussian distribution, random walk for large N and      81
Generating function, Bose distribution      237
Generating function, canonical ensemble      223
Generating function, chemical equilibrium and      240
Generating function, combinatorial      372
Generating function, counting of arrangements with      89—91
Generating function, diatomic molecules      248
Generating function, distribution law with constraint      91—93
Generating function, Fermi distribution      237
Generating function, first passage      106—107
Generating function, nearly ideal gases      231
Generating function, one-dimensional combinatorial      383
Generating function, osmotic pressure and      363—364
Generating function, para and ortho hydrogen      254
Generating function, paramagnetism      266
Generating function, phonon gas      333
Generating function, photon gas      234
Generating function, thermal excitation      242
Generating function, translational      233
Gibbs function      215
Gibbs function, general definition of      342
Gibbs paradox      239
Gibbs — Duhem      343
grand canonical ensemble      224—226
Grand canonical ensemble for phases      331—332
Grand canonical ensemble, equation of state and      225
Grand canonical ensemble, fluctuations for      444
Grand canonical ensemble, generating function for      224
Grand canonical generating electron-positron gas      261
Grand canonical generating function, degenerate B-E gas      318
Grand canonical generating function, degenerate F-D gas      305
Grand canonical generating function, relativistic F-D gas      312
Grand generating or partition function, nearly ideal gases      232
H-Theorem      187
Hard sphere, second virial coefficient for      302
Heat      207
Heat capacity, A-B cubic lattice, curve for      383
Heat capacity, A-B lattice, B-W, Bethe and exact, curves for      387
Heat capacity, crystals and solids      335—336
Heat capacity, Debye curve for solids      336
Heat capacity, definition      208
Heat capacity, electronic, table of      309
Heat capacity, fluctuations and      444 448
Heat capacity, magnetic critical point, curve for      400
Heat capacity, para and ortho hydrogen      256
Heat capacity, rotational      251
Heat capacity, scattering and      572—573
Heat capacity, solid hydrogen mixtures      353
Heat capacity, vibrational      252
Heat conduction, binary collisions and      191—194
Heat conductivity of gases, elementary theory of      176
Heat transfer, free molecular flow      23—25
Helmholtz equation, space correlations and      452—453
Helmholtz function      214
Helmholtz function, crystal or solid      335 337
Helmholtz function, generating function for      224
Helmholtz function, nearly ideal gases      231
Helmholtz function, para and ortho hydrogen      254
Helmholtz function, paramagnetism      269
Helmholtz function, rotational      250
Helmholtz function, vibrational      252
Helmholtz generating function, photon gas      234—235
Impact parameter b      118
Index of refraction      584
Intensity, index of refraction      65
Intensity, radiation and photon number      43
Intensity, spectral density and      423
Interactions, dispersion energy      114
Interactions, molecular, Lennard-Jones potential      162
Interactions, repulsive forces      114
Interactions, van der Waals      114
Internal energy U      207
Ising model      379
Ising model, chains and walks      392
Ising model, closed polygon expansion      379
Ising model, combinatorial problem and      379
Ising model, dispersion      381
Ising model, dispersion, of pairs and polygons      383—385
Ising model, four correlations      394
Ising model, generating function for      379
Ising model, nature of singularity      390—395
Ising model, pair correlation      391
Joule — Thomson coefficient      284—285
Joule — Thomson coefficient, curves of      285
Kelvin temperature scale      210—211
Khinchin      73 89
Kilogram-mole      14
Kirchhoff, latent heat equation      329 339
Kirchhoff’s law for matter      66
Kirchhoff’s law for surfaces      47
Knudsen’s absolute manometer      32—33
Kronecker $\delta$ function      77
Lagrange multipliers      326
Large numbers, expansion for      78
Laser(s), reaction rates in      148—152
Laser(s), self-sustained oscillator      470
Laser(s), stimulated scattering and      582
Latent heat      327
Law of corresponding states, quantum mechanical      304
Lennard-Jones      302
Lennard-Jones potential      162
Line shape, $r^{-6}$ interaction      542
Line shape, Brownian motion      556
Line shape, characteristic function and      481
Line shape, correlation function and      538
Line shape, Doppler      61
Line shape, elementary theory of      534
Line shape, gases, experiment      546
Line shape, Gaussian limit      541
Line shape, impact approximation      539
Line shape, impulses, curves for      539
Line shape, krypton, curves for      546
Line shape, Lennard-Jones interaction      546
Line shape, Ne, curves for      547
Line shape, simple models      538—540
Line shape, simple theory for Moessbauer line      521
Line shape, statistical limit      544
Line shape, wings of line      544
Line shift      540 543
Line width, motion and      517
Line width, natural      513—515
Liquids, scattering, inelastic      563
Liquids, scattering, of visible radiation      461—468
Local field, magnetic      266—268
Long range order, curves for      388
Lorentz line shape, absorption and dispersion curve      504
Magnetic refrigerator      274
magnetic susceptibility      270
Magnetic susceptibility, density matrix for      503
Matter, very dense      313
Maxwell — Boltzmann      20 188
Maxwell — Boltzmann distribution function      188
Maxwell — Boltzmann gas mixtures      197—198
Melting point, lowering of      369—370
microcanonical ensemble      220
Microcanonical ensemble, entropy of      222
Microcanonical ensemble, number of configurations of      222
Microcanonical ensemble, temperature of      222
Mixtures, binary      355—371
Mixtures, Bose and Fermi gases      360
Mixtures, entropy of mixing      359
Mixtures, generating function for      361
Mixtures, partial molal variables      356—358
Moessbauer effect      518—526
Moessbauer effect, $\mathrm{TmCl_{3}\cdot6H_{2}O}$, curves for      526
Moessbauer effect, crystal lattice      522
Moessbauer effect, crystals, curves for      525
Moessbauer effect, illustrative example      519
Molecular pump      31—32
Moment expansion      74
Multinomial expansion      78
Multipliers, Lagrange      326
Navier — Stokes equation      197
Negative temperature      354—355
Neutron scattering, density of crystal states      561
Neutron scattering, solid and liquid Al      563
Neutron scattering, solid and liquid Ne      564
Neutron scattering, vibrational frequencies in Al      560
Noise, resistor      436
Noise, shot      439
Noise, thermal      430
Nonideal gases      279
Nonlinear constitutive equation      502 507
Nonlinear physical systems      469^78
Nonlinear processes, density matrix and      502
Nuclear fusion      144—147
Number density, fluctuation in      444
Nyquist noise      436
Occupation number, Bose — Einstein      238
Occupation number, Fermi — Dirac      237
Occupation number, photon      235
Optical theorem      130
Oscillators, coupled self-sustained, entrainment of      474—475
Oscillators, coupled self-sustained, locking and quenching      414—A15
Oscillators, coupled self-sustained, nonlinear theory for      473^78
Oscillators, coupled self-sustained, singular points      475^176
Oscillators, self-sustained, bandwidth      472
Oscillators, self-sustained, laser model and      470
Oscillators, self-sustained, nonlinear theory of      470—473
Oscillators, self-sustained, thermal noise and      471
Osmotic pressure      362—366
Osmotic pressure, $\mathrm{^{3}He-^{4}He}$ curves for      367
Osmotic pressure, Fermi — Bose mixtures      365—367
Osmotic pressure, generating function and      363—364
Pair correlation function, general definition of      550 553
Pair correlation, fluctuations and      451
Pair correlation, space      456
Pair correlation, x-ray scattering and      457
Pair distribution function      294
Pair(s), number of A-B pairs      361
Paramagnetic ions      271 275
Paramagnetism      266—277
Partition function      see “Generating function”
Phase rule      343—344
Phase rule, conservation of particles and      343—344
Phase shift method      124
Phase shift, classical angular deflection and      134
Phase shift, hard spheres      127—129
Phase shift, second virial coefficient from      298
Phase space, second virial coefficient      291—292
Phase(s), equilibrium between      326
Phase(s), grand canonical ensemble and      331—332
Phase(s), statistical aspects of equilibrium between      330—331
Phonon gas      333
Photon echoes      510
Photon gas      234—235
Photon gas, generating function for      234
Photon number, intensity      56
Photon number, temperature      56
Photon(s), definition of photon number      43
Photon(s), flux of      50
Physisorption      171
Planck      44
Planck distribution, derivation of      235
Plasmon scattering      579
Plasmon scattering, hydrogen      581
Poiseuille flow      177—178
Poisson distribution, characteristic function      85
Poisson distribution, continuous in time      98—100
Poisson distribution, particles      450
Polarization, linear and circular      60
Polygons, closed, figure for counting      380
Population extinction      104—106
Potential energy curves, $\mathrm{O_{2}}$, $\mathrm{O_{2}^{-}}$, $\mathrm{O_{2}^{+}}$      161
Potential energy curves, electronic for $\mathrm{H_{2}}$      160
Potential energy curves, physisorption and      171
Potential energy curves, surface      170
Potential energy, intermolecular      301
Potential energy, Lennard-Jones      302
Pressure, fluctuations in      448
Pressure, mass point gas      12—15
Pressure, standard atmosphere      15
Pressure, thermal radiation      48
Primeval fireball      263—264
Probability law, binomial      85
Probability law, gamma      112
Probability law, grand canonical ensemble      225
Probability law, negative binomial      110
Probability law, normal or Gaussian      111
Probability law, Poisson distribution      85
Probability law, Poisson distribution, continuous in time      98—100
Probability law, random distribution continuous in space and time      101
Probability law, random walk      80 82
Probability law, summary of      109—112
Probability law, uniform      111
Probability, canonical ensemble      223
Probability, constraint and      92
Probability, transition rate and      515
Quenching of spectral lines      244
Radiation      36—72
Radiation intensity, Lorentz transformation      69—70
Radiation pressure      48
Radiation pressure, applications of      50
Radiation temperature      56—57
Radiation temperature, velocity of observer      70
Radiation transfer      47
Radiation, electromagnetic      37^0
Radiation, intensity      39
Radiation, interactions with atom      58—63
Radiation, linear and circular polarization      60
Radiation, normal modes      40—42
Radiation, quanta      40
Radiation, random pulses and      422
Radiation, thermal      44 234 443
Radiation, transfer between two surfaces      47 53
Radiometer action      34
Raman scattering      575
Raman scattering, experimental curves      578
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