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| Prigogine I. — Proceedings of the International Symposium on Transport. Processes in Statistical Mechanics, held in Brussels,. August 27-31, 1956 |
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Название: Proceedings of the International Symposium on Transport. Processes in Statistical Mechanics, held in Brussels,. August 27-31, 1956
Автор: Prigogine I.
Язык: 
Рубрика: Механика/
Статус предметного указателя: Готов указатель с номерами страниц
ed2k:
Год издания: 1958
Количество страниц: 436
Добавлена в каталог: 26.03.2010
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| Предметный указатель |
Probability, concept of 132
Probability, density 200
Product condition 9 12
Projection operator 288
Quantized fields 219
Quantized sound waves 266
Quantum state 302 309
Quantum statistics, approach to equilibrium in 219—228
Quantum weight 308
Quasi-irreversibility 345
Quasi-particles 193 194
Quasi-particles, wave functions of 196
Quasi-stationary state 138
Quasi-thermodynamics 324
Radiation 311 312 316
Radiometer forces 325
Random distribution 395
Random events 141
Random force 159 338
Random moduli 328
Random motion, of a heavy particle in a lattice 155—159
Random perturbation 337
Random phase approximation 195 237
Random phases 328
Random variables 156 158—160
Random walk problem 121
Random work 359 400
Randomness assumption 248
Randomness in conf. space 17
Rayleigh motion 164
Rayleigh, problem of 161—167
Reaction rate 351 353
Reaction, kinetics 104
Reduced distribution function 39
Reduced transformation function 3
Regression hypothesis 282
Regression of fluctuations 341
Relaxation effect 308
Relaxation of nonequilibrium state 352
Relaxation process 123
Relaxation term 69 119
Relaxation time 16 63 65 287 299 300 303 308 384 387
Relaxation time, macroscopic 90 164 192 194
Resonance condition 30
Resonance fluorescence 246
Retarded actions, principle of 134
Retrodictive probability 309
Reynold's law of similarity 215
Rigid sphere model 100 101 104 105 173 365
Rintoul, W.H. 368 (ref. 5) 375
Roos, B.W. 172 (ref. 1)
Rosenbaum, B.M. 317 (ref. 6) 318
Rosenberg, H.M. 64 (refs. 20 21) 72
Rosenbluth, A.W. 99 (refs. 13 14) 131
Rosenbluth, M.N. 99 (refs. 13 14) 131
Ross, J. 1—7 39 168 229 238 250
Rotating coordinate system 322
Rotational ground state 169
Rotational quantum number 165
Rubin, R.J. 155—160 353 361
Saturation by external radiations 315
Scattering 250
Scattering angle 15 153 181
Scattering cross-section 15
Scattering inelastic of neutron 38
Scattering matrix 228—231
Scattering, multiple 228—231
Schipper, A.C.J. 368 (ref. 5) 375
Schloemann, E. 64 (ref. 13) 72
Schmutzer, E. 255 257 260
Schroedinger Equation, time independent 45 46 47 48 54 228 231 232 347
Schroedinger, E. 63 72 156 160
Schuurman, W. 370 (ref. 7) 371 375
Schwinger, J. 232 238
Second law of thermodynamics 281 363
Self-diffusion 173 174 175 185 208
Self-diffusion coefficient 414
Self-energy effect 220
Semi-conductors 152
Sengers, J.V. 369 (ref. 6) 375 376—381 382 385 395
Shell model, of the nucleus 193
Shock waves 134 351
Shuler, K.E. 352 353 359 360 361
Siegel, A. 287 305 307 310
Siegert, A.J.F. 11 14 30
Simon, F.E. 64 (ref. 3) 72
Simple harmonic oscillator model for diatomic molecules 352
Single particle distribution 13
Slater determinant 196
Solvatation 407
Sonine expansion 172
Soret coefficient 413 419
Soret effect 402 419
Soret equilibrium 403 420
Soret, Ch. 402
Sound, propagation of 184
Space average 206
Spectral density 142 144 145 147
Spherical harmonics 173
Spin waves 193
Square-well potential 97 100 101 104 107 117 128 129
Standard perturbation theory 265
Standard perturbation theory, function 292
Standard perturbation theory, vector 319
Stationary nonequilibrium state 344
Stationary state 325 343
Stationary thermodiffusion potential 397
Steady state 23 45—61 65 67 68 76 81 89 139 163 161 194 218 311 315 317 320 325 327 420
Stochastic differential equation 336 340
Stochastic processes 226 324 340
Stochastic systems 328
Stochastic variables 328
Stokes — Einstein equation 396
Stokes — Einstein formula, 150
Stokes — Navier approximation 162 250
Stosszahl ansatz 9 17
Streaming terms 184
Stress tensor 151 152
Strong electrolytes 251
Suddaby, A. 143 147
Superconductivity 192 193
Superfluid 262
Superposition theory 99 117 213
Surface oscillations 198
Surface tension 257—271
Surface tension of the nucleus 190
Surface waves, in the nucleus 187
Symmetrical wave functions 172
Szabo, Z.G. 409 (ref. 15) 411
Tanner, C.C. 402 (ref. 3) 411 419—424
Tchen, C.M. 215
Teller, A.H. 99 (ref. 13) 131
Teller, E. 99 (ref. 13) 131 351 352 353 360 361
Temperature 45 61 311 312 316 352 402
Temperature gradient 81—83 383 412 420
Temperley, H.N.V. 37 45—61 218 272
Tenkin, M.I. 409 411
ter Haar, D. 139 192—197 198 271
Ternary collisions 385
Thellung, A. 261 (refs. 2 3) 265
Theorem central limit 309
Theorem of minimum dissipation 348
Thermal bath 70
thermal conductivity 385 369 378 382 420
| Thermal conductivity of liquids 39 63—72 136 139 140 151 180 193 191
Thermal conductivity of solids 38
Thermal current 193
Thermal diffusion, ratio 73 86 137 177 387 403 419
Thermal energy 311
Thermal expansion 38 379
Thermal gradient 403
Thermal resistivity 63
Thermal vibrations 65
Thermodiffusion 403 412
Thermodiffusion coefficient 412
Thermodynamics of irreversible processes 282 383 402 412
Thermodynamics potential 339
Thermoelectricity 168
Thermogravitational process 403
Thermonuclear energy 152
Thermostat 242 420
Thermostatics 335 339
Thomaes, G. 412—413
Thrush, B.A. 351 (ref. 2) 360
Time average 143
Time average, procedure 228
Time inversion 303
Time quantization 298
Time scales 139 216
Time smoothing 19 21 22 160 250
Tisza, L. 334—342
Toda, M. 148—154
Tolman, R.C. 328 (ref. 5) 333
Tomonaga 194 195
Tompa, H. 348
Townsend coefficient 180
Tracers 412 414
Transferred entropy in the sense of Eastman 407
Transferred entropy, absolute 409
Transition 247
Transition kernels 247
Transition matrix 297 357
Transition probability 222 223 226 227 228 229 262 287 290 312
Transpiration method 365
Transport coefficient 38 78 91 196 365 376
Transport coefficient properties 97 148 171 172 173
Transport equations 177 193 201 353
Transport of energy and momentum 40 365
Transport of energy and momentum by phonons in fluids 266
Transport of matter 40
Transport phenomena for  184
Transport phenomena in solids 192 197
Transport phenomena of gas discharges 192 199
Transport phenomena, 148—154 161 180
Triadics 250
Trimers 383
Triple collisions 10 21
Triplet distribution functions 104
Turbulence 46 199—203
Turbulent dissipation 215
Turner, R.E. 141—147
Two-body problem 100
Two-fluid equations 261 264
Two-particle distribution function 72 94
Tyrell, H.J.V. 409 (refs. 11a 11b) 411
Uhlenbeck, G.E. 10 (ref. 4) 11 14 15 18 20 21 24 30 37 44 161—167 168 184 216 218 246 250 335 336 337 342
Uhling — Uhlenbeck equation 235 237
Uhlir, A. 382 (ref. 4) 385
Ultrasonics 389
Umklapp processes 63 64 139
v. Neumann, J. 287 293 310 319 323 328 333
Vacancies 396 400
Valleau, J.P. 73—96
Van Den Berg, G.J. 387 (ref. 1) 393
Van Hove, L. 21 28 29 32 38 98 131 198 219—228 242 246 247 394
Van Itterbeek, A. 387—393 394 396
Van Kampen, N.G. 40 239—241 248 275 277 284 290 310 347 348
Van Leeuwen, J.M.J. 172 (ref. 1)
van Lierde, J. 387 (ref. 1) 393
van Paemel, O. 387 (ref. 1) 393
Van Vleck 165
Variance, for the molecular diffusion 213
Variation method 242
Variational derivatives 325
Variational principles 313 325 334 343
Variational principles in thermodynamics of irreversible processes 313 325 334 343
Variational relaxation 351
Velocity of sound 387
Virial coefficients 110 115 116
Virial coefficients, second 237
Virial expansion 98 113
Virial theorem 104 110 112
viscosity 173—176 180 199 201 214 380
Viscosity bulk 261 394
Viscosity cell 389
Viscosity of gases and liquids 365
Viscosity of liquid 149
Viscosity of liquid Argon 147
Viscosity of liquid Helium II 261
Viscosity of strong electrolytes 251
Viscosity shear 261
Viscous flow 269
Vlasov 192
Volterra, V. 343
von Neumann, method of macroscopic operators 287
von Neumann, treatment of ergodic theorem in quantum statistics 248
Vonssovski 192
W.K.B. method 250
Waelbroeck, F.G. 382—385 395
Wagner, C. 402 (ref. 7) 411
Wainwright, T. 97—131
Wang Chang, C.S. 161—167
Wang, M.C. 335 (ref. 5) 336 337 342
Wangsness, R.K. 320 323 327 333
Watanabe, S. 133 (ref. 7) 135 246 285—310 347
Watson, K.M. 229 232 238
Wave equation 160
Wave function 59 196
Wave function of a free particle 196
Wave matrix 231—233
Wave packets 220 261
Wave particle dualism 134
Weak coupling 248
Weakly coupled systems 16 25 38
Webb, F.J. 64 (ref. 23) 72
Weisskopf 165
Wentorf, R.H. 99 (ref. 2) 131
Wereide, Th. 402 (ref. 1) 411
Wergeland, H. 21 324—326 346
White, G.K. 64 (refs. 24 25) 72
White-Fourier spectrum 338
Wiame, J.H. 324 326
Wicke, E. 253 260
Wigner distribution function 248 249
Wigner — Weisskopf spontaneous emission formulae 246
Wigner, E.P. 235 275 277 280 284
Wilks, J. 64 (refs. 2 23) 72
Williams, F.C. 341 342
Wilson, A.H. 65 (refs. 26a 26b) 72
Woods, S.B. 64 (refs. 24 25) 72
Wu, T.Y. 64 72
Young’s fringes 404
Yvon, J. 1 (ref. 1) 7 41—44 62 99 131 198 242—245
Zernike, F. 63 72
Zilsel, P.R. 59 61
Ziman, J. 261 (ref. 4) 265
Zubarev, D.N. 266 270
Zwanzig, R.W. 376 (ref. 1)
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