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| Авторизация |
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| Поиск по указателям |
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| McQuarrie D.A. — Statistical Mechanics |
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| Предметный указатель |
Macroscopic compressibility approximation 308
Magnetic dipoles 79
Markov process 457 555
Markovian spectrum 560
Mass average velocity 407
Mass balance equation 380 381
Master equation 423
Matrix elements 183
Maximum term method 25 31
Maxwell potential 369
Maxwell — Boltzmann distribution 125 358 415
Maxwellian molecules 370
Maxwell’s equation 618 622 628
Mayer convergence factor 342
Mayer f-function 228
Mayer summation function 342 353
Mayer theory 340
McMillan — Mayer theory 327
Mean free path 358 359 373
Mean free path kinetic theory 358
Mean free path kinetic theory and time correlation function 523
Mean free path, binary mixture 373
Mean free path, distribution 374
Mean ionic activity coefficient 338 339 352
Mean ionic activity coefficient, concentrated solutions 340
Mean ionic activity coefficient, hypernetted-chain equation 347
Mean ionic activity coefficient, limiting law 339
Mean ionic activity coefficient, mean spherical model 356
Mean ionic activity coefficient, mode expansion 349
Mean ionic activity coefficient, optimized random phase approximation 347 348
Mean spherical model 348 355
Mean spherical model, for dipoles 356
Mean-square displacement 397 455 462 514
Mechanical property 35
Memory function 572
Metals 164-168
Method of images 399 400
mex 348
microcanonical ensemble 37 56
Microscopic reversibility 421
Mie — Gruneisen equation 218
Mixtures, fluid 293 294 295 296 297
Mixtures, fluid, effective Lennard — Jones parameters 294
Mixtures, fluid, energy equation 293
Mixtures, gases 248
Mixtures, gases, virial expansion of 248
Mixtures, Omstein — Zemicke equation 293
Mixtures, Percus — Yevick equation 293
Mode expansion 348
Modified cluster integrals 271
Molecular chaos assumption 410 422
Molecular collisions 365-370
Molecular collisions, cross section of 372
Molecular collisions, frequency of 370 373
Molecular constants for diatomic molecules 95
Molecular constants for polyatomic molecules 132
Molecular Dynamics 255 256 281 297 441 442 456
Molecular dynamics and Boltzmann H-theorem 416
Molecular dynamics and diffusion constant 578
Molecular dynamics and Enskog theory 442
Molecular dynamics and Gaussian approximation 590 591
Molecular dynamics and hard-sphere radial distribution function 288 289 Appendix
Molecular dynamics and hard-sphere structure factor 301
Molecular dynamics and mean-square displacement 456
Molecular dynamics and power spectrum 552 579
Molecular dynamics and radial distribution function for hard spheres 288 289 Appendix
Molecular dynamics and radial distribution function for Lennard — Jones fluid 259
Molecular dynamics and radial distribution function for square well fluids 308
Molecular dynamics and superposition approximation 280 281
Molecular dynamics and velocity autocorrelation function 516 578
Molecular partition function 70 75 113
Molecular velocities 358
Molecular velocities, relative 371
Moment of a distribution 20
Moment of inertia 94 110 133 140
Momentum balance equation 381 419
Momentum eigenfunction 186
Momentum, conjugate 7
Monte Carlo calculations 288 289
Monte Carlo calculations, ionic systems 346
Monte Carlo calculations, mixtures 296 297
Monte Carlo method 240
Morse potential 92 110
Multicomponent mixture, gases as, virial expansion of 248
Multinominal coefficient 22 25
Multinominal coefficient, distribution of 22 31
Multinominal coefficient, theorem on 22
N-dimensional sphere 12 28 124
N-particle system 11 12 28 36
Natural variables 15 45 55
Navier — Stokes equation 391 515
Navier — Stokes equation, linearized 396 516 538 570
Neutron scattering 544
Neutron scattering, coherent 547
Neutron scattering, incoherent 547
Newtonian mechanics 3
Newtonian pressure tensor 396 446
Newton’s law of viscous flow 361
No-slip boundary condition 393 394
Node 274
Nonmechanical thermodynamic variable 35
Nonviscous flow 389 390 391
Normal coordinate analysis 131
Normal coordinates 131 132 194 195 196
Normal random process 559 560
Normal solution 426 428
Nuclear partition function 83 85
Nuclear spin functions 102
Occupation number 38 212
One-fluid theory 294
One-sided correlation function 501
Opalescence, critical 62
Optical branch 210
Optimized random phase approximation 348
Ornstein — Zernike equation 269 270 275 290 344
Ornstein — Zernike Equation, for mixtures 293
ORPA +  approximation 350
Ortho- and para-molecules 105 111
Ortho-para deuterium 111
Ortho-para hydrogen 105 106 107
Ortho-para hydrogen, heat capacity of 106 107
Oscillating dipole 478 Appendix
Osmotic coefficient 338
Osmotic coefficient, DHLL + 347
Osmotic coefficient, hypernetted chain 346
Osmotic coefficient, mean spherical model 350
Osmotic coefficient, MEX 349
Osmotic coefficient, Monte Carlo calculations 346 356
Osmotic coefficient, ORPA + 350
Osmotic coefficient, Percus — Yevick approximation 346
Osmotic coefficient, various theories 356
Pade approximant 256 257 283 289
Pairwise additivity 124 228
Parallel bandParseval’s theorem 556 587
Partition function and thermodynamic, functions, summary of 58
Partition function, classical 113-117
Partition function, electronic 83 84 109 130
Partition function, independent, distinguishable particles and 70
Partition function, independent, indistinguishable particles and 71
Partition function, nuclear 83 85 130
Partition function, rotational 98 104
Partition function, translational 81 82 93
Partition function, vibrational 96 197
Peculiar velocity 407
Percus — Yevick equation 276
Percus — Yevick equation, comparison to experiment 284 288
Percus — Yevick equation, density expansion 277 278
Percus — Yevick equation, hard-sphere equation of state 279 280
Percus — Yevick equation, mixtures 293
Percus — Yevick — Allnatt equation 346
| Percus — Yevick — Allnatt equation, comparison to Monte Carlo data 346
Periodic boundary conditions 209
Perpendicular band 474
Phase point 117 402
Phase space 117 402 403 417
phase velocity 208
Phonon 207 212 213
Phonon gas 212 213
Photon 177
Physical constants, table of 593
Planck radiation law 31 182 192 193 376
Planck’s constant 593
Plane wave 620 621
Plane wave expansion 624
Poincare cycle 416 424
Poincare recurrence theorem 416 424
Poincare recurrence theorem and irreversibility 424
Point defects in solids 214-217
Poise 365
Poiseuille flow 392 393 394
Poisson bracket 404 494
Poisson distribution 20 30 90
Poisson equation 328 330 351
Poisson — Boltzmann equation, linear 332
Poisson — Boltzmann equation, non-linear 331 354
Polarizability 476 477 484 533
Polarizability, anisotropic part 480 533
Polarizability, longitudinal 484
Polarizability, N-body expansion 251
Polarizability, spherical part 480
Polarizability, table of 481
Polarizability, tensor 477
Polarizability, transverse 484
Polarization vector 49 179
Postulate of Gibbs 36 41 118
Potential barriers of rotation 138 139 140
Potential barriers of rotation, table of 140
Potential of mean force 266 267 290
Potential of mean force, Debye — Huckel 331
Power spectrum 557 587
Poynting vector 471 Appendix
Prefactor 613
Pressure broadening 503 504
Pressure due to radiation 181
Pressure equation 261-262 289
Pressure equation, for hard spheres 280
Pressure equation, for mixtures 293
Pressure equation, Percus — Yevick equation as 279
Pressure tensor 381 382 408
Primitive model 326
Primitive model, restricted 328
Principal axes 477 533
Principal moments of inertia 133
Principle of equal a priori probabilities 36 118
Probability distributions 20
Products of inertia 134
Projection operator 574 576 588
Pure quantum state 37
Quantum corrections to  250
quantum mechanics 9
Quantum statistics 73
Quasi-particles 69
Radial distribution function 259 290
Radial distribution function and chemical potential 264
Radial distribution function and virial coefficients 262 263
Radial distribution function, computer program for Appendix D
Radial distribution function, density derivative 290
Radial distribution function, density expansion 262 263 272 273
Radial distribution function, first density correction 273 290
Radial distribution function, hard-sphere 282
Radial distribution function, interionic 353
Radial distribution function, temperature derivative 291
Raman scattering 476 486-488
Random mixture theory 293 294
Random phase approximation 348
Random variable 20
Random variable, continuous 20
Random variable, discrete 20
Random variable, independent 30
Rate of shear tensor 392
Rayleigh scattering 63 476 564 571
Rayleigh — Jeans law 192
Recurrence time 416
Recurrence time and irreversibility 417
Reduced distribution functions 405
Reduced mass 27 93 110
Ree — Hoover Pade approximant 257 280
Reference system 302
Relative coordinates 366
Relativistic kinetic energy 127
Relaxation time 419
Renormalized potential 350
Resolvent operator 574
Restricted primitive model 328
Restricted primitive model, numerical results 346 347 349 350
Resummation of virial series 342
Retarded Green’s function 623
Reversal paradox 415
Reversion of a series 163 170 190 225
Riemann zeta function 33 34 171 180 191
Rigid rotor, classical 27 128 141
Rigid rotor, quantum 10 94
Rigid rotor-harmonic oscillator, approximation 91 93 111
Root point 272
Root-mean-square speed 126
Root-mean-square velocity 358
Rotation matrices 534 535
Rotation-vibration coupling constant 112
Rotational constant 94 110 134
Rotational constant for diatomic molecules 95
Rotational constant for polyatomic molecules 132
Rotational diffusion equation 398
Rotational Hamiltonian 27 128 141
Rotational kinetic energy of diatomic molecule 27
Rotational kinetic energy of linear molecule 27
Rotational kinetic energy, asymmetric top and 141
Rotational kinetic energy, symmetric top and 141
Rotational Laplacian 398
Rotational partition function, asymmetric top and 136
Rotational partition function, of heteronuclear diatomic molecule 98
Rotational partition function, of homonuclear diatomic molecule 104
Rotational partition function, of linear molecule 133
Rotational partition function, spherical top and 135
Rotational partition function, symmetric top and 135
Rotational relaxation 398
Rotational spectrum 94 110 111
Rotational temperature 99 132
Rotational wave functions 102 103
Russell — Saunders coupling 88
Sackur — Tetrode equation 86
Scalar product 612
Scattering function 298 299
Scattering function, neutron 545
Schottky defect 214 219
Schroedinger equation 9
Schroedinger representation 472 616 617
Schwartz inequality 539 576
Screened coulombic potential 334
Second law of thermodynamics 13 44 46
Second moment condition 355
Second virial coefficient 227 228 233-237
Second virial coefficient, angle-dependent potentials and 249 250
Second virial coefficient, determination of potential parameters from 236 237 248
Second virial coefficient, experimental 233 235
Second virial coefficient, hard-sphere potential and 234
Second virial coefficient, Lennard — Jones potential and 235
Second virial coefficient, quantum corrections and 241 242 243 250 315 316
Second virial coefficient, reduced form of 233 236
Second virial coefficient, square well potential for 235
Second virial coefficient, Sutherland potential for 247
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