Table Of Content

Colloids and Surfaces A: Physicochemical and Engineering Aspects, 76 (1993) 295 295 Elsevier Science Publishers B.V., Amsterdam Author Index Adamcezyk, Z. 115 Kegel, W.K. 241 Saidov, A.A. 167 Andérez, J.M. 249 Khabibullaev, P.K. 167 Salager, J.L. 249 Ardizzone, S. 149, 233 Kiss, E. 135 Sauvage, S. 171 Arwin,H . 87 Kochurova, N.N. 1 Sedev, R. 179 Austad, T. 73 Kolpakov, A.F. 15 Sereno, S. 249 Kononenko, V.S. 167 Sergeeva,I.P. 23 Baert, L. 125 Shchipunov, Y.A. 15 Bianchi, C.L. 233 Lazzari, P. 149 Shchukin, E.D. 109 Bracho, C.L. 249 Lekkerkerker, H.N.W. 241 ShinderI,. I. 167 Buchhammer, H.-M. 81 Li, F. 257 Siegel, S. 187, 197 Li, G.Z. 257 Siwek, B. 115 Lindheimer, M. 267 Sobolev, V.D. 23 Carella, S. 233 Lindman, B. 283 Solans,C. 171 Casas,M . 101, 227 Lunkenheimer, K. 289 Sonntag, H. 95 Cattania, M.G. 233 Lunkwitz, K. 81 Starchev, K. 95 Chapel, J.-P. 59 Stastny,M . 125 Chevalier, Y. 59 MacRitchie, F. 159 Stébe, M.J. 171 Churaev, N.V. 23 Makhloufi, R. 33 Stoylov, S.P. 95 Conde, O. 101, 227 McGarvey, J.J. 41 Streb, K.D. 95 Cressely, R. 33 Miller, R. 179 Czichocki, G. 217 Thalberg, K. 283 Minones,J . 101, 227 Theil, F. 289 DecruppeJ,.P . 33 Neumann, A.W. 179 Denoyel, R. 141 Nickolov, Z.S. 41 Vanderdeelen, J. 125 Nowak, P. 65 Van der Meeren, P. 125 Earnshaw, J.C. 41 Nygren, H. 87 Veggeland, K. 73 Erra, P. 171 Vollhardt, D. 187, 197, 203, 217 Partyka, S. 267 von Rybinski, W. 51 Faucompre, B. 267 Peikov, V. 95 Forster, Th. 51 Perez, E. 59 Wadle, A. 51 Fruhner,H. 289 Petkanchin, I.B. 95 Wang, H.L. 257 Petzold, G. 81 Welin-Klintstr6m, S. 87 Gabrielli, G. 149 Policova, Z. 179 Gasanov, E.K. 23 Pons, R. 171 Yebra-Pimentel, E. 101, 227 Gehlert, U. 187 Giordano, F. 141 Ravey, J.C. 171 Zembala,M . 115 Rouquerol, J. 141 Zheng, L.Q. 257 Iribarnegaray, E. 101, 227 Rudert, R. 217 Ziller,M . 203 Ivanova, N.I. 109 Rusanov, A.I. 1, 7 Zorin, Z.M. 23 296 Colloids and Surfaces A: Physicochemical and Engineering Aspects, 76 (1993) 296-297 Elsevier Science Publishers B.V., Amsterdam Subject Index Adsorption, 65, 87, 135, 141, 149, 159, 179, 203 Gel permeation chromatography, 73 Adsorption layers, 23 Gibbs—Curie principle, 7 Adsorption properties, 217 Adsorption-catalysed hydrolysis, 289 Homodyning, 125 Aggregate formation, 267 Homogeneous surfaces, 115 Amphiphiles, 59 Human albumin, 179 Anionic/cationic surfactant systems, 257 Hydrophobic surface, 87 Aqueous solutions, 217 Interactions, 81, 125 Bilayers, 59 Interface, 41 Binding ratio, 73 Ionic microemulsion, 241 Biopolymers, 159 Ionic strength, 227 Bovine serum albumin, 135 Ionic surfactant, 109, 283 Isotherms, 101 Calcium carbonate, 109 Calorimetric data, 267 Kinetics, 95, 115, 203 Capillary electrokinetics, 23 Cetyltrimethylammonium bromide, 33 Lead sulfide, 65 Chemical shifts, 233 Localized adsorption, 115 Compression curves, 227 Cosurfactant chain length, 241 Metal oxides, 233 Cyclic dodecyl sulfate, 217 Methylene Blue, 149 Cyclosporin A, 227 Micelle transition, 7 Micellization, 141 Dispersion formation, 15 Microcalorimetry, 141 Donnan effect, 73 Microemulsion phase structure, 51 Double-layer interactions, 115 Microemulsions, 171 Droplet size, 171 Mixed adsorption, 109 Dynamic characteristics, 167 Mixed micelles, 167 Dynamic dialysis, 73 Mixed-surfactant—oil—brine systems, 249 Dynamic surface tension, | Models, 197 Molar surface entropy, | Electric light scattering, 95 Monolayers, 187, 227 Elongated micelles, 33 1-Monostearoyl-rac-glycerol, 187 Emulsions, 125, 171 Expansion curves, 227 Non-ionic surfactant, 109 External electric field effects, 15 Non-ionic—anionic surfactant mixtures, 141 Extinction angle, 33 Nucleation, 8&7 Ferritin, 87 Particle adsorption, 115 Fibre optic quasi-elastic light scattering, 125 Particle size, 125 Flow birefringence, 33 Penetration, 197 Fluorescence techniques, 257 Pentanol, 33 Fractal model, 95 Phase behaviour, 171, 187, 241 Phase diagrams, 283 Galena, 65 Phase inversion temperature, 51 Gel emulsion, 171 Phospholipids, 15 297 Points of zero charge, 233 Straight-chain dodecyl sulfate, 217 Polar oils, 51 Structural effects, 217 Polyelectrolyte, 283 Surface forces, 59 Poly(dimethyldiallylammonium chloride), 81 Surface-active trace components, 203 Poly(ethylene oxide), 23, 135 Surface potential, 1 Poly(isobutyl cyanoacrylate), 101 Surfactant concentration, 249 Poly(maleic acid-co-«-methylstyrene), 81 Surfactant—polymer interactions, 73 pH, 101 Surfactants, 203 Temperature, 101 Quartz surface, 23 Temperature effect, 135 Thermodynamics, 7 Rate-limiting step, 87 Three-phase behavior, 249 Reaction-limited cluster aggregation, 95 Total internal reflection Raman spectroscopy, 41 Relaxation behaviour, 179 Relaxation time, 33 Vesicles, 7 Viscosity, 33 Segregation, 283 Silica, 141 Water, | Small-angle X-ray scattering, 171 Water/air interface, 149 Sodium dodecyl sulphate—octadecanol system, 197 Water structure, 41 Sodium n-dodecyl sulphate, 289 Solid surface, 81 X-ray photoelectron spectroscopy, 233 Solid—liquid interface, 149, 267 Xanthate, 65 Solid/liquid interfaces, 289 ZrO>, 149 Solution/air interface, 179