Table Of Content

COLLOIDS AND ODie , 7 SURFACES eS As x Colloids and Surfaces ELSEVIE A: Physicochemical and Engineering Aspects 108 (1996) 327 Author Index Acosta, E., 137 Hodne, H., 253 Pavlova, L.A., 33 Aguilar, L.F., 287 Honda, H., 113 Porta, F., 305 Alessi, M., 305 Horvélgyi, Z., 147 Alexeyev, A.A., 173 Qi, L., 117 Anandhi, K., 191 Ichioka, M., 273 Austad, T., 243, 253 Ikeda, K., 273 Rego Monteiro, V.A.d., 83 Avena, M.J., 181 Ruzza,A.A., 91 Bianchi, C.L., 305 Jachimska, B., 321 Bisceglia, M., 137 Jensen, W., 127 Santhanalakshmi, J., 191 Jha, B.K., 73 Sessoli, R., 305 Brandow, S.L., 101 Shintre, S.N., 73 Shklovskaya, N.I., 315 Cabrerizo-Vilchez, M.A., 263 King, S.M., 159 Cairati, P., 305 Kondracki, L.M., 101 Sone, T., 273 Calvert, J.M., 101 Kulkarni, B.D., 73 Song, Y., 199 Chen, M.-S., 101 Kurlat, D., 137 Sonnefeld, J., 27 Sotomayor, C.P., 287 Cheng, H., 117 Sperline, R.P., 199 Coltharp, K.A., 225 Ladyzhinsky, 1.Y., 1, 13 Strand, S., 243, 253 Cosgrove, T., 159 Lammers, M., 295 Suzdalev, LP., 315 Leenheer, J.A., 199, 213 De Pauli, C.P., 181 Li, D., 127 Dressick, W.J., 101 Lissi, E.A., 287 Taranukhina, L.D., 33 Taylor, K.C., 49 Llaguno, E.C., 199, 213 Eaglesham, A., 159 Toshev, B.V., 133 Eshima, S., 113 Ma,J., 117 Esumi, K., 113, 273 Uriev, N.B., 1, 13 Manna, A., 73 Franses, E.I., 225 Martin-Rodriguez, A., 263 Veggeland, K., 253 Maté, M., 147 Froehner, S.J., 91 Vinogradova, O.1., 173 Matijevic, E., 101 Galembeck, F., 83 Malysa, K., 321 Gatteschi, D., 305 Minatti, E., 91 Warszynski, P., 321 German, A.L., 295 Misra, D.N., 277 Wershaw, R.L., 199, 213 Geurts, J.M., 295 Mohamed, M.M., 39 Ginzberg, B., 137 Murakami, Y., 113 Yokokura, T., 273 Goncharuk, V.V., 33 Yoshikawa, S., 273 Nasr-El-Din, H.A., 49 Hanamizu, T., 273 Neto, J.M.M., 83 Zanette, D., 91 Hidalgo-Alvarez, R., 263 Zhao, Z., 117 Hiraki, Y., 273 Oda, H., 113 Zrinyi, M., 147 COLLOIDS AND SURFACES Colloids and Surfaces A: Physicochemical and Engineering Aspects 108 (1996) 328-329 Subject Index Adsorption, 39, 159, 199, 213, 277 Dynamic interfacial tension, 49 Alcohol concentration, 137 Dynamic surface tension behavior, 225 Alkaline flooding, 49 Alkanol, 73 Electrical double layer, 27 Alkano.l s, 287 Electroless plating, 101 Alumina, 199 ; Electrophoresis, 181 Alumina surfaces, 213 : Energy dissipation, 13 Amphiphilic carbonaceous material, 113 Enhanced recovery, 49 Aqueous soaps, 225 : ESR, 273 Atomic force microscopy, 295 . Film formation, 295 Barium sulfate, 117 : : | Sp eee Flow structuring, 13 Bimodal particle size distribution, 295 Fractal aggregates, 1 Block copolymers, 159 FTIR. 39 Bubble, 321 Butyl methacrylate latices, 295 Gel, 287 Chemical flooding, 243, 253 Coagulation—crystallization structure formation, 33 Hollow carbon-microbead, 113 Colloidal gels, 1, 13 Humus coatings, 199, 213 Colloid and capillary interactions, 147 Hydrophobicity, 263 Colloids, 101, 305 Hydrophobized capillary, 173 Compost leachate, 213 Hydroxyapatite, 277 Compressive field stress, 1 Conductivity measurements, 91 Copoly(vinyltoluene—-methylmethacrylate), 191 mee pernaaiyy, 199 A Interparticle contact, 33 Copoly(vinyltoluene-styrene), 191 Intracluster dynamics, 315 Copper, 305 Commas, 321 Ionic charge, 277 CTAB, 39 Cubic particles, 117 Kerr effect, 137 Ketal acid hydrolysis, 91 David Lloydminster crude oil, 49 Degree of ionization, 91 L, and L,/D phases, 73 Density gradient centrifugation, 83 Lanthanide, 305 Disequilibration, 321 Latex ageing, 83 Dispersions, 101 Latex blends, 295 Dissolution kinetics, 181 Latexes, 263 DOC, 213 Latex particle heterogeneity, 83 DPPC vesicles, 287 Lifetime, 321 Droplet shape, 137 Liquid flow, 173 Subject Index/Colloids Surfaces A: Physicochem. Eng. Aspects 108 (1996) 328-329 Magnetism, 305 Saturated-polydiene block copolymers, 159 Metallization, 101 SDS, 39, 73 Microemulsion, 191 Silica substrates, 159 Microemulsion droplets, 117 Silicon nitride, 27 Microemulsions, 137 Silylated microparticles, 147 Minimum film formation temperature, 295 Sodium dodecanoate, 225 Mo/SiO, catalyst, 39 Sodium octanoate, 225 Monoglyceride, 273 solid-state *C NMR spectra, 213 Méssbauer spectroscopy *’Fe, 315 Solute topology, 287 Motion, 321 Solvent role, 277 Spinning bubble method, 225 Nanoparticles, 117 Styrene—2-hydroxyethyl methacrylate copolymer, 263 Neodol 25-38, 49 Surface active site, 33 Nickel deposition, 101 surface analysis, 263 Ni(OH), dissolution, 181 Surface charge, 181 Nucleation of clusters, 315 Surface charge density, 27 Surface dynamics, 83 Oil recovery, 243, 253 Surfactant, 243, 253, 321 Organic acids, 199 Oscillating jet method, 225 Thermodynamics, 315 Triton X-100, 49 Palladium catalysts, 101 Turbidimetry, 181 _ ; Phase behavior, 243, 253 Two-dimensional redispersability of interfacial Phase transition, 287 aggregates, 147 Polymer-surfactant interactions, 91 Polymer colloids, 263 Urea, 113 Polymer microlatexes, 191 Polystyrene latex, 83 Vesicle, 273 Poly(vinylpyrrolidone), 273 Viscoelastic behaviour, 13 Polyvinyltoluene., 191 Viscosity, 1 Pore size, 113 Volumetric analysis, 39 Potassium N-phenylglycinate, 277 Potentiometric titration, 27 Water-in-oil microemulsions, 117 Pulsating bubble method, 225 Wetting properties, 147 Wilhelmy plate method, 225 Rheological behavior, 73 Rheology, 13 Yield stress, 1