Table Of Content

Colloids and Surfaces, 55 (1991) 369 369 Elsevier Science Publishers B.V., Amsterdam Author Index Anand, K. 345 Mulder, M.H.V. 231 AndersenJ,.B . 365 Muller, R. 89 Mundhara,G.L. 23 Beerlage, M.A.M. 231 Nashima, T. 149 Cases, J.M. 333 Novosad, J.L. 309 Drzymala, J. 271 Parida,G.R. 223 Parida,S. 223 El-Mofty,S.E. 365 Petro, N.Sh. 289 Esumi,K . 9,15 Pintér, J. 257 Poirier, J.E. 333 Flérsheimer, M. 173 Potman, W. 231 Fukuta, N. 79 Furusawa, K. 149 Reboa, P.F. 57 Roesink, H.D.W. 231 Giovanoli, R. 205 Root, M.H. 137 Golander, C.-G. 105 Rosta, L. 205 Goworek, J. 359 Graebling,D. 89 Scheuing, D.R. 41,57 Scholten, J.J.F. 163 Hayes,D. 121 Schramm, L.L. 309 Hogg, R. 279 Shabana, E.S.I. 289 Horvolgyi, Z. 257 Sharma, R.M. 23 Singh, P.P. 345 Ishikawa, T. 73 Smolders,C.A. 231 Ishizuki, N. 15 Somasundaran, P. 245, 365 Stefaniak,W. 359 Kandori, K. 73 Stranick, M.A. 137 Kar, H.S. 23 Suzuki, M. 9 Kishi, K. 73 Kiss, E. 257 Tano, T. 9 Klimpel, R.C. 279 Tiwari, J.S. 23 Kloubek, J. 191 Tjipangandjara, K.F. 245 Koutsoukos, P.G. 297 Torigoe, K. 9,15 Tschapek, M. 1 Lekki, J. 271 Lu, Q.J. 79 Van Bekkum,H. 163 Lycourghiotis, A.S. 297 Van de Steeg, L.M.A. 105 Van den Boomgaard, Th. 231 Maitra, A.N. 223 Von Gunten, H.R. 205 Mannhardt, K. 309 Voogd, P. 163 Meguro, K. 9,15 Meisel, D. 121 Wasowski, C. 1 Mi¢i¢é, O.I. 121 Weers, J.G. 41,57 Misak, N.Z. 289 Mohwald,H. 173 Yadav,O.P. 345 Colloids and Surfaces, 55 (1991) 371-372 Elsevier Science Publishers B.V., Amsterdam Subject Index Absorption, 121 Edge free energy, 79 Acid-base interaction, 191 Electric double layer, 1, 149 Adsorption, 105, 231, 297, 345, 365 Electrokinetic responses, 245 Adsorption thermodynamics, 333 Electrophoresis, 309, 365 Aerosol OT, 9, 223 Ellipsometry, 105 Aging, 289 Emulsification, 73 Alumina flocculation, 245 Emulsion model, 89 Enhanced oil recovery, 309 Koétvoés equation, 191 Bentonite, 279 Epitaxy, 79 Bimetallic particles, 15 Ethylene oxide, 105 Brilliant cresyl blue, 23 Exchange kinetics, 289 External surface, 163 Cadmium sulphide, 121 Calcite, 365 Filter materials, 205 Catalyst preparation, 297 Floc density distribution, 279 Catalytic activity, 15,223 Flocculation, 279 Cationic dyes, 23 Flotation, 271 Cationic surfactant, 41,57 Flotometry, 271 Cetylalcohol, 1 Fluorescence, 121 Chalcocite, 271 Fluorescence microscopy, 173 Chalcopyrite, 271 Fluorescence spectroscopy, 245 Chitosan, 15 Fouling, 231 Cholesterol, 223 Fowkes equation, 191 Chromatography, 23 FT-IR spectroscopy, 41 Colloid deposition, 205 Colloidal properties of clays, 309 Galena, 271 Copolymers, 105 Copper(I) sulphide, 271 Horseradish peroxidase, 223 Critical micelle concentration, 345 Hydrous stannic oxide, 289 Critical micellization temperature, 41 Hydroxyapatite, 137 Cross-sectional area of molecules at Hydroxypropyl cellulose, 149 interface, 191 Crystal surface, 79 Intermolecular potential, 79 Ion exchange, 289, 333 Dealumination, 163 Depletion flocculation, 149 Kaolin, 279 Desorption, 23 Kaolinite, 333 Dielectric constant, 9 Krafft point, 333 Diethyl ester of thioperoxy dicarbonic acid (diethyl dixanthogen), 271 Langmuir layers, 173 Dispersion, 149 Lipid phase transitions, 173 Dispersion of palladium particles, 9 Liquid-air interface, 191 Dodecyltrimethyl ammonium, 365 Liquid-liquid interface, 191 Doping with cations, 297 Dye labelling, 205 Membranes, 231 Dynamic contact angles, 257 Micellization, 345 Dynamic shear moduli, 89 Microfiltration, 231 372 Mineral supsensions, 279 Silica gel, 23 Minerals in porous media, 309 Silica gels, 359 Molecular orientation, 191 Silicalite, 163 Monodispersed W/O emulsions, 73 Size exclusion, 205 Monofluorophosphate adsorption, Sodium diffusivity, 289 Monolayer microstructure, 173 Sodium dodecyl sulfate, 365 Monomolecular step, 79 Sodium oleate, 365 Solid-gas interface, 79 Nitrogen adsorption, 163 Sorption, 23 Sorption capacity, 205 Spreading, 1 Oilshale, 279 Oxides, 297 Stannic acid, 289 Steric stabilization, 149 Strontium adsorption, 137 PDMS/POE-DO blends, 89 Sulfonates, 333 Perfluorohydrocarbons, 191 Sulphides, 271 Phosphate rock, 279 Surface film, 1 Phospholipid phases, 173 Surface free energy, 79, 191 Photobleaching, 121 Poly (oxyethylene-oxypropylene ) Surface pressure, 345 Surface tension, 79 surfactant, 73 Polyacrylic acid, 245 Surfactant, 1 Surfactant adsorption, 333 Polyetherimide (PEI), 231 Surfactant monolayers, 173 Polymer adsorption, 149 Surfactants, 105, 345 Polystyrene latex, 149 Polyvinylpyrrolidone (PVP), 231 t-plot, 163 Porous texture, 289 Temperature, 297 Precious metal particles, 15 Thermal desorption, 359 Propylene oxide, 105 Thermodynamics, 345 Protein, 231 TPCL-resistance, 257 Pure structure, 359 Two-dimensional nucleation, 79 Pyrite, 271 Two-liquid capillary slug, 257 PZC shift effect, 297 Two-phase polymer blends, 89 Quantum size effects, 121 Viscoelasticity, 41,57 Quartz, 279, 333 Wetting heterogeneity, 257 Radiolytic colloid production, 121 Wormlike micelles, 41,57 Reverse micelles, 223 Rheology, 57, 149 X-ray photoelectron spectroscopy, 137 Safranine, 23 Zeta potential, 9, 245, 309, 365 Shirasu-porous-glass filter, 73 ZSM-5, 163