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| De Gennes P.-G. — Scaling concepts in polymer physics |
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| Предметный указатель |
Pines, D. 245
Polydispersity and the des Cloiseaux trick 282
Polydispersity, definition 20
Polydispersity, effects near a consolute point 110 286
Polyelectrolytes 299
Polymer melts, correlation hole in 63
Polymer melts, dynamical scaling laws for 221 222
Polymer melts, ideal behavior of chains 54
Polymer melts, random phase calculations for 262 263
Porous media, behavior of polymers in dynamical effects 193
Porous media, semi-dilute solution 88
Porous media, single chain 34 49
Precipitation of polymer in solvent 121
Precipitation, competition with gelation 148
Ptitsyn, O. 23
Random networks, electrical properties 141
Random walks in confined geometries 34
Random walks, ideal 29
Random walks, self-avoiding 39
Rapaport, D. C. 312
Relaxation modes for a reptating chain 225 226
Relaxation modes for semi-dilute solutions 205
Relaxation modes for single chain 165 171 178 179
Rempp, P. 130
Reptation for a branched chain 230
Reptation, calculation of terminal time 224
Reptation, competition with tube renewal 234
Reptation, model 223
Richards, R. W. 13
Richmond, P. 256
Riedel, E. 312
Riseman, J. 174
Robert, R. 100
Robinson, R. 259
Rogovina, L. 135
Rondelez, F. 80 229
Rouse model, for chain dynamics 165
Rouse, P. E. 165
Rubin, M. H. 87
Rubin, R. 35
Sands, M. 247
Sarti, G. 237
Scaling laws (dynamic) (see Dynamical scaling laws)
Scaling laws (static) for swollen chains 39 43
Scaling laws (static) for two polymers plus solvent 125 127
Scaling laws (static) in the region 119
Scaling laws (static) notation 26
Scaling laws (static) notationfor semi-dilute solutions 78 85
Scaling laws (static) notationfor the sol-gel transition 138 140
Schrag, J. 185
Scott, R. L. 103
Screening of interactions in polymer melts 56
Screening of interactions, full random-phase calculation 262
Screening of interactions, simplified approach 85
Sedimentation coefficents 208
Segregation effects in gels 148
Segregation effects in polymer mixtures A plus B 103
Segregation effects, cases of weak 100
Segregation effects, general features 98 103
Seitz, W. A. 51
Self-avoiding walks (see Random walks)
Self-consistent calculations for pair correlations 262
Self-consistent calculations, Flory method for single chain 43
Self-consistent calculations, formal principles 245
Self-consistent calculations, simplified situations with ground state dominance 254
Semi-dilute solutions, crossover between good and poor solvents 119
Semi-dilute solutions, definition 78
Semi-dilute solutions, scaling laws in good solvents 78 82
Semi-dilute solutions, screening in 85
Shen, M. 223
Silbergerg, A. 35
Silbey, R. 83
Slonimskii, G. 135
| Sol-gel transition (see Gelation)
Solvents, athermal 72
Solvents, effect on gelation 148
Solvents, good 72
Solvents, poor 113
Spinodal curve of gels, dynamics 215
Spinodal curve of gels, statics 158
Spinodal curve of solutions in poor solvents 122
Spinodal curve, definition and limitations 107
Stainby, G. 133
Stanley, H. E. 110 112 121 265 270
Star-shaped polymers, dynamics 230
Star-shaped polymers, neutron scattering by 156
Stauffer, D. 137 139
Stephen, M. 217 308 312
Stockmayer, W. H. 13 38 111 137 139 142 146 165 168 182
Stokes, R. 259
Straley, J. 217
Subunits (see Decimation method)
Tagami, Y. 35
Tanaka, T. 158 214 215
Tanford, C. 181 187
Terminal time (for mechanical relaxation) for branched systems 232
Terminal time (for mechanical relaxation), definition 221
Terminal time (for mechanical relaxation), effects of dilution 227
Terminal time (for mechanical relaxation), reptation model 223
Terminal time (for mechanical relaxation), scaling laws 222
Theta point, deviations from ideality at the 116 305
Theta point, Flory picture 115
Theta point, renormalization group description 304
Theta point, semi-dilute solutions at T 0 118
Theta point, shift due to higher order interactions 115 304
Theta point, solvent 126
Thouless, D. 141 142
Titomanlio, G. 237
Tobolsky, A. 223
Torrie, G. 52
Toulouse, G. 146 269
Toy, L. 223
Tube, chains confined in 34 49 88 193
Tube, effective (for entanglements) 224
Tube, renewal 235
Tubeless siphon 187
Two-dimensional problems, correlation hole in melts 66
Two-dimensional problems, perturbation calculations for melts 60
Two-dimensional problems, semi-dilute solutions 96
Vail, J. G 130
Van der Waals interactions and sign of the Flory parameter 72
Van der Waals interactions, effect on adsorption 52
Van Esker, M. 102
Van Hove, L. 177 239
Varoqui, R. 210 211
Velasco, R. M. 46 303
Verdier, P. 168
Viscosity of dilute solutions 38 183
Viscosity of melts 222 236
Viscosity, frequency dependence (single chain) 185
Viscosity, internal 199
Vrij, A. 102
Vulcanization, critical exponents for 146
Wada, E. 43
Wall, F. T. 14 39 51
Walsh, D 129
Wegner, F. 312
Weill, G. 177
Whittington, S. 51 52
Wiegel, F. 246
Wilson, K. 290 299
Windwer, S. 39 52
Yvon, J. 260
Zimin relaxation time 181
Zimin, B. 165 171 181 185
Zinn Justin, J. 45
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