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| Heer C.V. — Statistical Mechanics: Kinetic, Theory and Stochastic Process |
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| Предметный указатель |
Random processes, general theory of 482—489
Random processes, stationary 424 485
Random pulses, characteristic function for 478—482
Random pulses, correlation function of 421
Random pulses, Gaussian characteristic function 479 481
Random pulses, radiation and 422
Random pulses, spectral distribution of 419—422
Random variable X(t), characteristic function 484
Random variable X(t), correlation function 485 487
Random variable X(t), Fourier series modes 487
Random variable X(t), Gaussian 486
Random variable X(t), method of Rayleigh and Gouy 487
Random variable X(t), possible trajectories for 483
Random variables, integral-valued 73—74
Random walk 79—84
Random walk, absorbing boundaries 104—109
Random walk, characteristic function for 79
Random walk, continuous in space and time 100—103
Random walk, difference equation for 82— 83
Random walk, probability law for 80
Rayleigh scattering 566—574
Rayleigh scattering, deuterium 571
Rayleigh scattering, water 574
Rayleigh — Jeans 52
Reaction rates,  ,  152
Recoilless emission, illustrative example for 519
Recoilless emission, Moessbauer effect 518—526
Recombination coefficient 172
Recombination rate for hydrogen 172
Refrigerator,  dilution 367—369
Refrigerator, diagram for 368
Refrigerator, magnetic 274
Resistor noise 436
Rotating wave 501
Rotational constants 251
Rotational generating function, diatomic molecules 249
Saha equation 242
Saturation, density matrix and 502
Saturation, photon echoes 510
Saturation, polarization and 509
Saturation, unitary matrix for 508
Scattered radiation, depolarization of 576
Scattering amplitude, cross section and 123
Scattering amplitude, integral equation for 123
Scattering angle, cross section and 119
Scattering angle, impact parameter and 119
Scattering cross section, central potential 123—129
Scattering, binary liquids 468
Scattering, critical opalescence 468
Scattering, elastic, Green’s function for 131
Scattering, elastic, spectral density and 460
Scattering, hard spheres 127
Scattering, homogeneous 585
Scattering, inelastic 548—585
Scattering, inelastic, Brownian motion 556
Scattering, inelastic, classical aspects 556
Scattering, inelastic, correlation function and 551
Scattering, inelastic, cross section 549 551
Scattering, inelastic, electromagnetic waves 555
Scattering, inelastic, general theory for crystal 557—562
Scattering, inelastic, liquids 562
Scattering, inelastic, neutrons, curves for 560 561 563
Scattering, inelastic, optical photons 565—584
Scattering, inelastic, spectral density for 550 551
Scattering, inelastic, spectral density for, for crystal 558
Scattering, light, by chain or thread 467
Scattering, light, by particles 465
Scattering, multiple 584
Scattering, optical inelastic 565—584
Scattering, optical inelastic, Brillouin and Rayleigh 566
Scattering, optical inelastic, entropy fluctuations 572
Scattering, optical inelastic, plasmon 579
Scattering, optical inelastic, pressure fluctuations 570
Scattering, optical inelastic, Raman 575
Scattering, optical inelastic, spectral density for 566
Scattering, optical inelastic, stimulated 580—584
Scattering, visible radiation 461^64
Schottky heat capacity, curve for 382
Second law of thermodynamics 208—209
Second law of thermodynamics, Clausius statement of 208
Second law of thermodynamics, Kelvin — Planck statement 208
Second virial coefficient, Bose — Einstein gas 289
Second virial coefficient, cumulant coefficient and 282
Second virial coefficient, curves of 283
Second virial coefficient, Fermi — Dirac gas 289
Second virial coefficient, Joule — Thomson coefficient 284—285
Second virial coefficient, pair distribution function and 294
Second virial coefficient, phase space method for 291—292
Second virial coefficient, quantum evaluation 297—299
Second virial coefficient, table of 303
Shot noise 439
Signal and noise 438
Simple harmonic oscillator, response to random pulses 427 429
Simple harmonic oscillator, response to thermal noise 430
Simple harmonic oscillator, self-sustained 470
Simple harmonic oscillator, thermal motion and 414
Slatersum 227—228.
Solar atmosphere 243
Solid, Debye model of 334—335
Sound velocity, hypersonic 567
Sound velocity, hypersonic,  568
Sound waves in gases 200—204
Space distributions, nonuniform 3
Space distributions, uniform 1
Space,  183
Spectral density, damping and 531—532
Spectral density, emission and absorption 533
Spectral density, space 453 455
Spectral density, theory for time 425
| Spectral line broadening, gases 541—548
Spectral line broadening, theory of 534—545
Spectral line broadening, theory of, elementary 534
Speedometer, thermal radiation 71
Spontaneous emission 516
Stars, neutron 316—318
Stars, pulsars 317
Stars, white dwarf 314
State, number molecules in 258—260
Statistical thermodynamics, basis of 218—228
Stefan — Boltzmann 44
Stimulated radiation, density matrix 501
Stimulated scattering 580—584
Stimulated scattering, spin-flip Raman 583
Stimulated scattering, table of 582
Stirling’s expansion 78
Stochastic processes, quantum systems 493—584
Stoke’s law 180
Sublimation curve 339
Sublimation, heat of 327
Surface(s), chemisorption 171
Surface(s), interaction of molecules with 166—172
Surface(s), particle reflection at 167
Surface(s), physisorption 171
Surface-gas-phase 402—410
Temperature fluctuation, correlation function for 490
Temperature fluctuation, measurement of 490
Temperature, fluctuations in 448
Temperature, heat engines and definition of 210
Temperature, negative 354
Thermal accommodation coefficient 168
Thermal conductivity of gases, table of 177
Thermal creep 33—34
Thermal excitation 241
Thermal ionization 240—246
Thermal motion, simple harmonic oscillator 414
Thermal noise, resistors and 436
Thermal power, crossing surface 47
Thermal power, emitted by blackbody 51
Thermal power, emitted by infinite slab 67
Thermal radiation, absorption and emission by surfaces 45—48
Thermal radiation, cosmic  69
Thermal radiation, curves of spectral distribution 52
Thermal radiation, emitted by matter 66
Thermal radiation, experimental verification of frequency distribution of 51—53
Thermal radiation, fluctuations 442—443
Thermal radiation, intensity of 44
Thermal radiation, intensity of, in medium 65
Thermal radiation, motion through 69—71
Thermal radiation, scattering by surface 68
Thermal transpiration 27—28
Thermodynamic systems of different particles 341—345
Thermodynamics 205—218
Thermodynamics, first law of see “First law of thermodynamics”
Thermodynamics, second law of see “Second law of thermodynamics”
Thermodynamics, third law of see “Third law of thermodynamics”
Thermodynamics, zeroth law of 206
Thermomolecular pressure 27 33—34
Third law of thermodynamics 345—354
Third law of thermodynamics, absolute entropy and 348—350
Third law of thermodynamics, configurational entropy and 350—352
Third law of thermodynamics, entropy and 345—346
Third law of thermodynamics, heat capacity and 346
Third law of thermodynamics, magnetic phenomena, and 347 348
Third law of thermodynamics, surface tension and 346—347
Third law of thermodynamics, thermal expansion and 346
Third law of thermodynamics, unattainability of absolute zero 354—355
Torr 15
Torsion balance, thermal motion of 415
Transition rates, density matrix and 498
Transition rates, elementary theory of 494—496
Transition rates, emission by atom 59—60
Transition rates, golden rule for 526—529
Transition rates, system with constraint and 97—98
Translational generating function, nearly ideal gases 232—233
Transport coefficients, flow  184
Transport coefficients, heat transfer,  184
Transport coefficients, stress  184
Transport equation, binary collisions and 185—186
Transport equation, Boltzmann 185
Transport equation, general 196
Transport phenomena 175—203
Transport phenomena, elementary theory of 175—179
Universe, model of early 263—264
Vacuum flow from orifice 26
Vacuum flow, through tube 27—30
van der Waals, equation of state 295
Vapor pressure, two phase, two components 371
Vaporization, table of heat of 330
Velocity, intrinsic W 184
Velocity, persistence of 165
Velocity, profile for viscous flow 180
Velocity, transformation to center of mass and relative coordinates 117
Vibrational constants 251
Vibrational generating function, diatomic molecules 249
Virial theorem of Clausius 295—296
Viscosity coefficient of gases, elementary theory of 176
Viscosity coefficient of gases, table of 177
Viscosity, binary collisions and 191—193
Viscosity, cross section for 131—135
Viscous force on sphere 179—180
Walks, self avoiding, table of 393
Wiener — Khinchin 425
Wien’s displacement law 52
Wigner — Weisskopf 514
Work, adiabatic 207
Work, mechanical 207
Zeroth Law 206
“Golden rule” 528
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