Table Of Content

COLLOIDS AND SURFACES ae Colloids and Surfaces ELSEVIER A: Physicochemical and Engineering Aspects 121 (1997) 257 Author Index Abdel-Salam, A., 189 Gramain, P., 217 Shumilina, E.V., 23 Aikens, P.A., 1 Gzyl, B., 111 Sikiric, M., 145 Akhter, M.S., 103 Sojitra, [., 125 Hartmann, V., 151 Sdnmez. I.. 9 Harwot, P., 229 Babic-Ivancic, V., 145 Hicvilmaz.C.. 15 Baglioni, P., 47 Hoffmann, H., 67 Teixeira, J., 47 Berg, J.C., 89 Huang. T.. 1 Thierens, D., 81 Bilgen, S., 15 - Tonkovié, M., 145 Brathwaite, D., 3: Khan. M.N.. 239 Torres Sanchez, R.M., 163 Buffle, J., 203 Konya, J., 117 Urbin, Z., 117 Lim, K.H., 239 Cabane, B., 135 Lim, Y.Y., 239 Carrazana-Garcia, J.A., 61 Lopez-Quintela, M.A., Valsaraj, K.T., 125 Chrysikopoulos, C=. V., 189 van de Ven, T.G.M., 229 Coupland, J.N., 53 Masson, N.C., 247 Van der Meeren, P., 81 Cressely, R., 151 McClements, D.J., 53 Vereschetin, V.P., 37 Mobius, D., 37 Voegel, J.C., 217 de Souza, E.F., 247 ; i Volzone, C., 163 Delgado, A.V., 173 Nagy, N.M. 117 DDuebmoéi,s , msM. , 135 OOzsbsaeso -AsKaEr.e , K1.,5 27 WWeeiis,s ,D .J ., 2513 Dukhin, S.S., Sere eee Paluch, M., 111 Yamaguchi, Y., 67 Ferretti. R.. 203 Poumier, F., 217 Yekeler. M.. 9 Friberg. S.E.. Putman, B., 81 Razilov, I.A., 173 Zaitsev, S.Y., 37 4 Galembeck, F., 247 Rivas-Rey, J., 61 Zeiss, W., 3 Gambi, C.M.C., 47 4emb.-F., 43 Garrido, L.B., 163 Schaad, P., 217 Zhang, J., 20: Giordano, R., 47 Seebergh, J.E., 89 Zharkikh, N.J., 173 Gonzalez-Caballero, F., 173 Shchipunov, Y.A., 23 Zubov, V.P., 37 COLLOIDS AND SURFACES Sa “s Colloids and Surfaces ELSEVIER A: Physicochemical and Engineering Aspects 121 (1997) 259-260 Subject Index Acetamide, 103 Deposition, 229 Adsorption, 81 3,5-di-tert-butylcatechol, 239 Adsorption oscillations, 173 DOMA, 37 Aggregation, 203 Double layer dielectric constant, 89 Aggregation stability of latexes, 89 DPPE, 37 Air/water interface, 229 Alkyl derivatives of diamines, 23 Effective dipole moment, 111 Anchoring, 135 Electrophoretic mobility, 81 Aqueous solution/air interface, Emulsions, 53 Aqueous synthesis, 27 Evaporation, 1 Autooxidation, 239 Fate, 125 Ferrite synthesis, 61 Bimolecular films, 23 Flotation kinetics, 9 Fluorite, 15 Formation, 23 Calcium-montmorillonite, 117 Fouling, 81 Calcium chloride, 229 Calcium hydroxyapatite dissolution, 217 Gels, 247 Calcium oxalate, 145 Calcium phosphate, 145 Hairy layer model, 89 Cationic surfactants, 67 : Cetyltrimethylammonium bromide (CTA Hematite, 203 Charge neutralization, 203 Hydrolysis, 239 : Cobalt som 417 Hydrophobic aggregation, 15 Hydrophobic interactions, 103 Collectorless flotation, 9 Colloid deposition, 189 Colloids, 125 IEP values, 163 Colloid transport, 189 lonic aggregation, 247 Column flotation, 9 lonic selectivity, 37 Complexation, 37 lons, 15 Concentration polarization of the Stern layer, Conductivity, 103 Kaolinite, 163 Contact angle, 81 Kinetics, 53, 203 Contaminants, 125 Coprecipitation of cobalt ferrite, 61 Lamellar phase, 135 Cosmetic chemicals, 1 Latex particles, 229 Cosolvent effects, 89 Low frequency dielectric dispersion, 173 Counterion complexation, 47 Counterion displacement mechanism, 89 Macrocycle, 47 Critical micelle concentration, 103 Magnetic paper, 61 Cryptand, 47 Membrane, 135 260 Subject Index/Colloids Surfaces A: Physicochem. Eng. Aspects 121 (1997) 259-260 Micellar solution, 47 Precipitation, 145 Micelle, 103 Pyrite particles, 27 Micelles, 53, 151 Mixed adsorption films, Rheological data, 163 Mixed micelles, 239 Mixed monolayers, 37 Saponite surfactants, 67 Molecular shape, 2 a> | Saturated fractures, 189 Molecular weight, 203 Sediments, 125 Shear-banding, 151 Shear-thickening, 151 Na-hexametaphosphate adsorption, Size exclusion, 189 Neutron scattering, 47 Sodium oleate, 229 Non-binary electrolytes, 173 Sodium salicylate (NaSal), 151 Non-Newtonian viscosity, 151 Solubilization, 53 Non-stoichiometric solutions, 217 Spatially variable aperture, 189 Nonionic surfactants, 67 Stochastic modeling, 189 Surface potential, 111 OH-AI polymers, 163 Surface tension, 111 Oil type, 53 Syneresis, 247 Ternary ion exchange, 117 p-nitrophenyl diphenyl phosphate, 239 Transport, 125 Particle size and hydrophobic fraction influence, 9 Tween 80, 1, 1 Phase change, 1 Phase equilibrium, 135 Uric acid, 145 Phase separation, 247 Phospholipid, 135 Valinomycin, 37 Polyacrylic acid, 203 Vegetable oil, 1 Polyphosphate, 247 Polysaccharide, 135 Zeta potential, 15 Polystyrene latex, 89 Zwitterionic surfactants,