Table Of Content

COLLOIDS AND SURFACES we a. Colloids and Surfaces SEVIER A: Physicochemical and Engineering Aspects 127 (1997) 275 Author Index Acquafredda, P., 57 Hidalgo-Alvarez, R., 19 Racz,G., 151 Assouline, S., 201 Hofmann, H., 263 Rizzi, F.R., 57 Austad. T.. 69 Hofmeister, H., 263 Rouault, Y., 201 Hollenstein, C., 263 Rubi, J.M., 249 Hong, S.-T., 1 Bandyopadhyay, K., 221 Houriet, R., 263 Banerjee, S., 39 House, W.A., 187 Sastry, M., 221 Baruah, R., 25 Hussein, G.A.M., 47 Senesi, N., 57 Bergflodt, L., Senna, M., 257 Bower, C., 105 Ismail, H.M., 47 Sevastyanova, E.B., 187 Bury, R., 113 Sjéblom, J., 175 John, V.T., 39 Sondi, I., 141 Campbell, S., 23: Soltys, A., 163 Chibowski,E ., 11, 162 Khan, M.N., 211 Stubitar,M., 141 Koczo,K. , 151 de la Maza, A., 125 Lazarz, M., 163 Tata. M.. 39 de las Nieves, F.J., Leboda, R., 11 Taugbel, K., 69 Dellino, P., 57 Lévy, H., 229 Torres Sanchez, R.M.., Delmastro, A., 83 ELF, 69 Treiner, C., 113 Denoyel, R., 97 Li, G.-Z., Desmazieres, B., 113 Lohne, A., Dickinson, E., | bu, ¥. 23: Veggeland, K., 241 Dudnik, V.V., Dutta, J., 263 Malucelli,G., 83 Dutta. M.. 25 Mansour, S.A.A., 47 Waguespack, Y., 39 Dutta. N.N.. 25 Mayya, K.S., 221 Wang, H.-Q., 89 McPherson, G.L., 39 Washington, C., 105 Mekhemer, G.A.H., 47 Ekrann, S., 69 Németh, Z., 151 Xue, Q.-J., 89 Fei B.. 233 Nilsson, S., 241 Fjelde, I., 69 Friberg. S.E.. 233 Pagonabarraga, I., 249 if Parra. .L... 125 Pettersen, B.H., 175 Ghodbane, J., 97 Peula-Garcia. J.M.. 19 Zaki, M.I., Ghosh, A.C., 25 Pravdic, V., 141 Zana, R., Gozzelino, G., 83 Priola, A., 83 Zarko, V.L., Gun’ko, V.M., 11 Purewal, T.S., 105 Zhmud, B.V., 18 7 COLLOIDS . SURFACES Reet S Colloids and Surfaces ELSEVIER A: Physicochemical and Engineering Aspects 127 (1997) 277-278 Subject Index Acidic sites, 11 Detergents, 233 Activated carbon, 25 Dielectric spectroscopy, 175 Adsorption, 25, 69, 249 Diffusion potential, 135 Adsorption mechanism, 187 Dispersion, 47 Agglomerates, 257 Aggg regation, 105 Electrophoresis, 175 Aggregation processes, 57 Electrophoretic mobility, 11 Alkaline hydrolysis, 211 Electrosteric stabilization, 19 Alkanediyl-«,-bis(dimethylalkylammonium bromide) Emulsion gel, 1 surfactants, 229 Emulsion stability, 163 Alumina, 175 ESR, 89 AMI, 187 Ethanediyl-1,2-bis(dimethylalkylammonium bromide), 7-aminocephalosporanic acid, 25 229 Amorphization, 141 Antifoaming, 151 Flocculation, 221 Fluorescence quenching, 39 Flutriafol, 187 Ball-milling, 141 Foam, 151 Beidellite, 141 Fractal dimension, 57, 105 Fragrances, 233 Fumed alumina/silica, 11 Cadmium sulfide, 39 Carboxyfluorescein release, 125 "7H NMR, 89 Cation-exchange capacity, 141 Homoionic smectite, 135 Cationic micelles, 211 Humic acids, 57 Cefadroxy, 25 Hydrogen bonding, 187 Cephelexin, 25 Hydrotropes, 233 Ceria, 47 Hydroxythiophenol, 39 Ceria on alumina, 47 Hysteresis, 201 Ceria on silica, 47 Chemical flooding, 69 Image analysis, 105 Chemical interaction, 257 In-situ IR spectroscopy of adsorbed pyridine and Clay, 187 CDCl;, 47 CMC, 229 Interactions, 113 Coating, 175 [onic surfactants, 113 Colloidal particles, 221 Colloid particles, 249 Kaolinite, 187 Colloid stability, 19 Kinetics, 211 Competitive adsorption, 97 Composite particles, 257 B-Lactoglobulin, 1 CTAB, 89 Liquid crystals, 233 Subject Index / Colloids Surfaces A: Physicochem. Eng. Aspects 127 (1997) 277-278 Liquid films, 151 Shear, 105 Lysozyme, 163 Silica, 97, 175 ¢ Silica gel, 187 Mechanochemistry, 135, 2 Sintering behavior, 263 Micelle, 89 Sodium cholate, 125 Montmorillonite, 187 Sodium dodecyl sulphate, 1 Sodium hydroxide, 211 N-Hydroxyphthalimide, 211 Soft-mechanochemical reaction, 257 n-Propanol, 163 Solid/water interfaces, 113 n-Tetradecane, 163 Specific surface area, 141 Nanoparticles, 39, 263 Spherical particle, 201 Non-ionic polymers and surfactants, 97 Static light-scattering, 125 Sulfonated polystyrene latexes, 19 Oil recovery, 69, 241 Surface acid properties, 47 Surface base properties, 47 Particle size distribution, 201 Surface structure, 11 Partition coefficients, 125 Surface viscosity, 1 Permeability alterations and bilayer solubilization, 125 Surfactant, 69 Pervaporation, 83 Surfactant/phospholipid molar ratios, 125 Phosphatidylcholine liposomes, 125 Surfactant flooding, 241 Photon correlation spectroscopy, 163 Surfactant molecules, 221 Photopolymerisation, 83 Swelling, 83 Pluronic, 151 PM3, 187 Temperature, 211 Point of zero charge, 135 Thermal and mechanical treatments, 135 Polymer, 69, 241 Thermal denaturation, 1 Poly(vinylpyrrolidone), 113 Transport, 249 Pore size distribution, 201 Turbidimetry, 57 Porous media, 201 Protein, 151 UV/visible spectroscopy, 221 Protein—-surfactant interactions, 1 Vapor pressure, 233 Random packing, 201 Viscoelasticity, 1 Reversed microemulsion, 89 Reverse micelles, 39 Water-ethanol mixtures, 83 Ripidolite, 141 Water-in-oil microemulsions, 39 Water retention curve, 201 Salts, 211 Scanning electron microscopy, 57 X-ray diffraction, 141 Sedimentation, 175 Self-assembled monolayers, 221 Zeta potential, 163