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| Авторизация |
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| Поиск по указателям |
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| Prigogine I. (ed.) — Advances in Chemical Physics. Volume XI |
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| Предметный указатель |
Fokker — Planck equation 207 213
Fokker — Planck equation, operator 226 244 277
Fokker — Planck equation, operator, inhomogeneous 280
Force, diffusion 219
Force, friction 218
Force, hydrodynamical 253
Force, limit of effective 284
Force, non-pairwise hydrodynamical 271
Ford, G. 326 327 345 381 [30]
Formation energies, defect 16
Formula, Onsager 250
Formula, Stokes 209 254
Fourier expansion 168
Fourier expansion, transforms 49 58
Fragment, creation 175
Fragment, diagonal 174
Free energy of mixing, excess 105
Free energy of mixing, excess Gibbs 106
Free energy of mixing, excess Helmholtz, reciprocal systems 110
Free energy of mixing, excess, reciprocal systems 112
Free precession signal 311 312
Frenkel, H. L. 2 80 [22]
Friction 244 246
Friction, coefficient 203 213 254
Friction, force 218
Fried, B. D. 239 276 286 [10]
Friedman, H. L. 2 46 58 80 [23—25] 161 194 196 201 218 225 272 286 287 [11—13]
Friedmann, H. 4 225
Frisch, H. L. 229 287 [19]
Fuchs, K. 8 19 80 [26]
Fujita, S. 302 316 [22]
Fuller, C. S. 4 44 81 [74]
Function, equilibrium correlation 195
Function, pair correlation 192
Fuoss, R. M. 43 44 65 67 80 [27 28] 161 219 287 [14]
Garikian, G. 117 154 [1]
George, C. 374 380 [11a]
Giese, C. F. 10 247
Goldstein, H. 164 287 [15]
Goldstein, J. M. 144 155 [30]
Goodman, G. L. 9 169
Grant, W. J. C. 289 315 [12]
Graph, for particle interaction 337 345 346 347 348 349 357
Grecos, A. 261 287 [33]
Green, G. W. 98
Green, M. S. 318 380 [11]
Greene, E. F. 10 135
Groenweld, J. 71 81 [47]
Guggenheim, E. A. 43 44 80 [2[9 117 154 [7]
Gurney, R. W. 4 81 [66]
Guttman, L. 40 80 [30]
Hahn, E. L. 313 314 316 [34]
Hamermesh, M. 312 316 [30]
Hanlon, J. E. 41 80 [31]
Harasima, A. 1 203
Harris, R. 318 380 [26]
Hartmann, H. 5 1
Hartmann, S. R. 289 296 304 305 309 315 [7]
Harvey, W. W. 44 80 [32]
Hasselle — Schuermans, N. 159 230 271 272 287 [16 34]
Haubold, K. 313 316 [33]
Heats of vaporization of salts 90
Helfand, G. 287 [19]
Helmholtz, binary systems 100
Herrin, F. 319 335 358 374 380 [12 16]
Herrington, T. M. 120 143 144 154 [18]
Herschbach, D. R. 10 319
Hersh, L. S. 106 114 [15]
Hierarchy 319 321 323 373
Hildebrand, J. H. 117 154 [6]
Hiley, B. J. 40 77 80 [20b]
Hill, T. L. 8 17 74 79 80 [33 34] 170 287 [17]
Hirschfelder, J. O. 59 133 134 155 [23]
Hoarau, J. 3 171
Hoffmann, T. A. 7 84
Holland, R. E. 312 316 [30]
Howard, R. E. 16 32 35 40 41 69 80 [35—37]
Huang, K. 74 80 [10b]
Huckel, E. 189 217 286 [6]
Husimi trees, in particle interaction 377
Hydrodynamic time 323
Hydrodynamics 218
Hydrodynamics, correlations 253 263
Hydrodynamics, forces 253 271
Hydrodynamics, Stokes — Navier equation 261
Imelik, B. 8 141
Integrals, Cauchy 180
Interaction, energies, defect 16
Interaction, parameters of, for mixtures 131
Interactions, collective Coulomb 271
Interactions, collective hydrodynamical 271
Interactions, short-range 35
Internal field effect see Relaxation effect
Ion pairs 43 70
Ion-pair theory of solutions 44
Ionic salts, binary mixtures 99
Ionic salts, solutions, perturbation theory 99
Ionic salts, systems, dimensional analysis of configurational integral 85
Ionic salts, systems, dimensional methods for 83
Ionic salts, systems, scaling of configurational integral 87
Ionic-pair potential, scaling of 85
Ionic-solution theory 2
Ionic-solution theory, conformal 98
Irreducibility condition 337 338 340 343 358 366 375
J rgensen, C. K. 5 33 8 47
Jacobs, P. W. M. 27 41 79 [5]
Jagger, J. 7 584
Jardetzky, O. 7 499
Jeener, J. 289 296 299 314 315 [9]
Jette, E. R. 4 80 [38]
Johnston, H. S. 3 131
Jordan, J. E. 10 29
Kadanoff L. P. 187 287 [18]
Katz, J. 99 114 [11]
Katz, J. L. 84 88 89 93 114 [1]
Kawasaki, K. 381
Kearns, D. R. 7 282
Kende, A. 8 133
Kernel, binary 344
Kihara, T. 1 267 5 147
Kirkwood, J. G. 1 117 119 154 [3 15] 318 380 [26]
Kleppa, O. J. 99 106 114 [11 15]
Knaap, H. F. P. 143 144 155 [28]
Knobler, C. M. 120 143 144 154 [19]
Knoester, M. 143 144 155 [28]
Koch, E. 3 80 [39]
Koide, S. 5 189
Kotani, M. 7 159
Kouteck , J. 9 85
Kr ger, F. A. 3 16 44 80 81 [40—43]
Kronig, R. de L. 289 296 315 [3]
Kubaschewski, O. 92 114 [7]
Kubo, R. 305 316 [23]
Kurosawa, T. 42 81 [44]
Kyoguku, Y. 7 435
Lwdin, P. — O. 2 207 8 3 177
Ladd, F. C. 85 114 [3]
Ladik, J. 7 84
Laforgue, A. 8 141
Lambert, M. 142 143 155 [25]
Lamm, O. 6 291
Law, limiting 227 241 263
Law, Stokes 262
Lawson, A. W. 4 44 80—82 [15 45 82]
Lazarus, D. 4 81 [46]
Lebowitz, J. 203 214 287 [19—21]
Lecomte, J. 7 408
Lee, W. H. 85 114 [3]
Leener, M. de 6 85
Leenwen, J. M. van 71 81 [4]
| Lefebvre, C. 142 143 155 [27 31]
Length, inverse Debye 191 239
Lennard — Jones, J. E. 74 81 [48]
Leslie, R. B. 7 238
Levy, H. A. 86 114 [4]
Lew, H. 98
Libowitz, G. G. 81 [49]
Lidiard, A. B. 4 6 7 32 35 40 41 44 65 67 80 81 [35—37 50—54]
Liehr, A. D. 5 241
Limiting law 227 241 263
Linearly additive binary terms 111
Liouville equation 163 322 323 326 330 331
Liouville equation, operator 165
Lomer, W. M. 40 81 [55]
Long-range Coulomb forces 187 195
Longuet — Higgins, H. C. 99 114 [12] 120 155 239 35]
Lowe, I. J. 311 316 [25]
Luchsinger, E. B. 95 97 98 114 [10]
Lynch, F. J. 312 316 [30]
Magnetic moment, oscillating 312
Mandel, M. 1 77
Many-defect systems 39
Many-spin problem in nuclear paramagnetic relaxation 295 300
Maradudin, A. A. 77 81 [56]
Marchand, A. 3 171
Markovian generalized Boltzmann equation 319
Martin, P. C. 287 [19]
Master equation 319 333
Mathot, V. 117 117—119 121 123 127 128 132 142 143 154 155 [8 9 20 27 31]
Mayer, J. 160 195 287 [22] 335 380 [13]
Mayer, J. E. 2 7 8 17 30 47 50 56 74 81 [57—59 64]
Mayer, S. W. 84 88 89 93 114 [1]
Mayer’s formalism for defects 74
Mazur, P. 1 309
McGlashan, M. L. 136 155 [24]
McLennan, J. A., Jr 5 261
McMillans, W. G., Jr 8 17 30 81 [64]
Meeron, E. 12 22 47 50 57 64 65 71 81 [60—63] 161 167 174 177 179 181 182 187 195 287 [23 31]
Misra, R. D. 58 81 [65]
Mixing, enthalpy of 106
Mixing, enthalpy of, molten alkali nitrates 106
Mixing, excess free energy, binary mixtures 105
Mixing, excess free energy, reciprocal systems 112
Mixing, excess Gibbs, free energy of 106
Mixing, Helmholtz free energy of, binary mixtures 100
Mixing, Helmholtz free energy of, reciprocal systems 110
Mixtures, parameters of interaction 131
Mixtures, statistical mechanics of 117
Model, Brownian 228
Model, Brownian, dynamic 246
Moment, magnetic, oscillating 312
Montroll, E. 335 380 [13]
Montroll, E. W. 1 77 81 361
Morin, F. J. 4 81 [74]
Morse, P. 281 287 [24]
Moscowitz, A. 4 67
Mott, N. F. 4 81 [66]
Moursund, A. L. 10 135
Muschlitz, E. E., Jr 10 171
Muskelishirli, N. I. 180 287 [25]
Muto, T. 40 81 [67]
Narinskii 144 155 [29]
Nesbet, R. K. 9 321
Neville, E. H. 26 81 [68]
Nicolau, C. S. 7 628
Nodal expansion 71
Node, in semi-invariant expansions 21
Node, in topological diagrams 21
Non — Markovian evolution 334
Non — Markovian evolution, master equation 319
Non — Markovian evolution, processes in relaxation 290 301 311 312 313
Non-equilibrium properties of electrolytes 159
Norberg, R. E. 311 316 [25]
Nosonow, L. H. 119 154 [16]
Nuclear paramagnetic relaxation in solids 289 (see also Relaxation)
Oguchi, T. 5 189
Ono, S. 3 267
Onsager formula 250
Onsager formula, relaxation theory 246
Onsager, L. 44 80 [28] 217 287 [26]
Operator, Boltzmann, generalized 319 320 330 353 356 359 365
Operator, Fokker — Planck 226 245 277
Operator, Fokker — Planck, inhomogeneous 280
Operator, Liouville 165
Operator, resolvant 167 283
Operator, streaming 318 328 359 360 364 365
Operator, transport 320 336 337 356 364
Oppenheim, I. 381
Order-disorder theories 78 79
Order-disorder theories, of alloys 41
Oriani, R. A. 2 119
Osmotic correction 30
Osmotic correction, pressure 17
Pacault, A. 3 171
Pair, correlation function 170
Pair, potential, ionic, scaling of 85
Paramagnetic relaxation, nuclear, in solids 289 (see also Relaxation)
Parsonage, N. G. 119 120 142 154 [9 17]
Pauli equation 300 308 313
Pershan, S. 298 316 [18]
Perturbation theory for ionic solution 99
Phase transitions, in defects 74
Phase transitions, sold-liquid, in crystals 7
Philippot, J. 11 289 297 311 312 315 316 [10 24 29]
Pitzer, K. S. 2 59
Plasma-dynamic approximation 230 272
Platteeuw, J. C. 2 1
Point-defect interactions in solids, statistical mechanics of 1
Poirier, J. C. 43 65 67 70 73 81 [69 70]
Poisson equation 190 219
Pollard, E. C. 7 201
Pool, R. A. H. 120 142—144 154 155 [18 26]
Porter, R. F. 94 98 109 114 [8]
Potential, chemical 5 6 11 16 17 28—31
Potential, Lennard — Jones 118
Potential, of average force, for defects 32 47 63
Potential, of mean force 33
Pound, R. V. 292 315 [14]
Prager, S. 4 201
Precession signal, free 311 312
Prigogine, I. 87 114 [6] 117—120 125 126 145 154 155 [5 10 11 21 32 37] 161 164 172 174 177 186 287 [27 28 28a] 299 301 312 313 316 [19 20 32] 301 312 313 316 [19 20 32] 318 319 329 330 336 341 343 356 358 373 374 380 [14—17]
Prigogine’s theory for particle interaction 329 356
Primakoff, H. 289 315 [8]
Proctor, W. G. 289 296 315 [4]
Prototype, topological 48 54
Provotoroff, B. N. 289 304 312 315 [6]
Pullman, B. 3 1 8 163
Purcell, E. M. 292 315 [14]
Quasi-chemical method for studying point defects 5 31 40 77
R sibois, P. 159 161 167 174 177 179 181 182 184 187 203 210 212 214 230 234 253 261 284 286 287 [20 2a 29—34] 301 312 313 316 [21 32] 318- 321 329 335 336 340 341 344 347 353 355 356 358 364 367 374 377 378 380 [4a 12 17—25]
Raffel, H. 1 135
Reciprocal systems, conformal ionic solution theory 109
Reciprocal systems, excess free energy of mixing 110 112
Redfield, A. G. 292 315 [15]
Ree, F. H. 4 1
Ree, T. 4 1
Ree, T. S. 4 1
Rees, A. L. G. 40 81 [71]
Regnier, J. 8 5
Reif, F. 4 81 [72]
Reiss, H. 4 9 43 44 81 [73 74] 84 88 89 93 99 114 [1 11]
Relaxation, cross 298
Relaxation, effect (in conductance) 217 223 230 246
Relaxation, nuclear paramagnetic, dipole-dipole temperature 298 303 315
Relaxation, nuclear paramagnetic, equilibrium properties 296 300
Relaxation, nuclear paramagnetic, in solids 289
Relaxation, nuclear paramagnetic, many-spin problem 295 300
Relaxation, nuclear paramagnetic, stochastic approach 291
Relaxation, spin-spin 305
Relaxation, theory, Onsager 246
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