Table Of Content

COLLOIDS AND SURFACES A! Colloids and Surfaces ELSEVIER A: Physicochemical and Engineering Aspects 139 (1998) 369 Author Index Ali, A.A.M., 81 Jameson, G.J., 199 Paltauf, F., 189 Aomari, N., 13 Jeelani, S.A.K., 41 Park, Y.-J., 49 Atteia,O., 171 Jenkins, P., 27 Pierri, E., 335 Julian McClements, D., Prenner, E., 189 Bastogne, F., 311 Berger, F., 109 Biggs, S., 199 Kamata, Y., 155 Ralston, J., 27 Kanda, Y., 55 Rath, S.K., 129 Bremmell, K.E., 199 Kandori, K., 341 Remmler, M., 91 Bury, R., 99 Khew, M.C., 49 Roosenbrand, B.G., 351 Kim, J.-H., 49 Rubio, F., 227 Cabioc’h, F., 13 Kiraly, Z., 109 Rubio, J., 227 Cabot, B., 287 Kita, K., 329 Chanamai, R., 241 Kurumada, K.-i., 163 Chang, M.-C., 75 Kusaka, E., 155 Salou, M., 299 Cheng, H., 21 Kuschk, P., 91 Singh, R.P., 129 Chikazawa, M., 341 Stottmeister, U., 91 Coupland, J.N., 241 Suty, S., 271 Crocker, M., 351 Lan, W.-Z., 7 Sziics, A., 109 Larsson, A., 259 Dalas, E., 335 Lee, D.-Y., 49 David, C., 311 Li, D., 213 Takahashi, K., 321 Dékany,I., 109 Lin, H.-L., 75 Tanigaki, M., 163 Deratani, A., 287 Liu, D., 21 Tanimoto, S., 321 Liu, H.-G., 7 Treiner, C., 99 Emeis, K.A., 351 Lohner, K., 189 Tsutsumi, K., 299 Luzakova, V., 271 Favoriti, P., 99 Wall, S., 259 Foissy, A., 287 Ma, J., 21 Wan, C.-C., 75 Fruhner, H., 137 Matsuoka, H., 321 Wang, Y.-Y., 75 Fukunaka, Y., 155 May, K., 41 Wantke, K-D., 137 Gaudu, R., 13 Murataki, T., 163 Warszynski, P., 137 Watanabe, T., 341 Goralczyk, D., 329 Wiener, A., 91 Gu, Y., 213 Nakabayashi, H., 163 Wilson, A.E., 351 Nakahiro, Y., 155 Haburcak, M., 189 Nakamura, T., 55, 279 Hartland, S., 41 Nakashima, K., 251 Yamaoka, H., 321 Hermetter, A., 189 Nishihara, A., 251 Yamashita, Y., 251 Herold, R.H.M., 351 Nishimiya, N., 299 Yamazaki, S., 299 Hianik, T., 189 Niyaz Khan, M., 63 Yang, K.-Z., 7 Higashitani, K., 55 Yasuda, S., 251 Ho, C.C., 49 Huang, C.-L., 75 Okano, Y., 279 Omari, A., 13 Zaki, M.I., 81 Ishikawa, T., 341 Oteo, J.L., 227 Zhao, Z., 21 COLLOIDS A AND 4 SURFACES 1h Colloids and Surfaces ELSEVIER A: Physicochemical and Engineering Aspects 139 (1998) 371-372 Subject Index Activated carbon, 91 Decylpyridinium chloride, 329 Activated coke, 91 Density, 189 Adsorption, 55, 91, 251, 271, 287 Deposited lignite pyrolysis wastewater, 91 Adsorption kinetics, 137 Deposition, 271 Aerosil, 251 Dicalcium phosphate dihydrate, 341 Aggregation, 163, 171 Dynamic surface tension, 137 Aggregation efficiency, 171 Aluminum bearing magnetite, 279 Elasticity modulus, 189 Aluminum surfaces, 299 Electric charge, 213 Amylopectin, 129 Emulsion, 13, 241 Anionic-—cationic adsorption films, 329 Epoxidation, 351 Anionic and cationic surfactants, 63 Europium complex, 7 AOT, 21 Evanescent wave, 321 Aqueous dispersion, 251 Excimer, 251 Atomic force microscope, 55 Atomic force microscope (AFM), 199 Fine particle processing, 155 Atomic force microscopy, 49 Flocculation effluent, 129 Flocculation kinetics, 259 Fluorescence probe, 21 Bilayer lipid membranes, 189 Fractal, 171 Bimolecular layer, 341 Gas microcalorimetry, 109 Graftcopolymer polyacrylamide, 129 Calcium alkyl phosphate, 341 Guar, 27 Calcium carbonate, 271 Calorimetric method, 99 Hydrogen adsorption, 109 Capillary suction time, 75 Hydrolysed metal cation, 155 Carboxylated random copolymer, 49 Hydrolysis, 63 Catalyst, 351 Hydrophobic surfaces, 27 Cationic polyelectrolyte, 75 Hydrothermal synthesis, 279 Cetylpyridinium chloride, 99 Cetyltrimethylammonium chloride, 155 Ionic attraction, 41 Coalescence, 41 Ionic surfactant solutions, 213 Colloidal interactions, 49 Iron phosphate, 335 Colloid stability, 199 Composition of mixed films, 329 Kaolin sludge, 75 Concentration, 241 Karst aquifer, 171 Contact angle measurements, 299 Kinetics, 63, 271 Critical fraction, 13 Crude oil, 13 Laser Raman spectroscopy, 81 Crystallization, 335 Latex film formation, 49 372 Subject Index / Colloids Surfaces A: Physicochem. Eng. Aspects 139 (1998) 371-372 Lattice constant, 279 Pyrene derivative, 251 Layered structure, 341 Pyridine adsorption, 81 Light scattering, 321 Liposome, 321 Regular solution model, 329 Liposomes, 189 Retention aids, 259 liquid—liquid dispersion, 41 Rheology, 13 Liquid—liquid extraction, 155 SAXS, 109 Magnetization, 279 Sedimentation, 41, 171 Maximum packing, 13 Silane coupling agent treatment, 299 Micelles, 63 Silica, 155, 251, 259, 287 Microemulsion, 311 Silica microparticles, 163 Mixed reverse micelles, 21 Silicon oxide, 55 Mixed solvents, 63 Sludge conditioning, 75 Modelling, 171 Sodium hexylsulfonate, 329 Monolayer, 7 Sodium salicylate, 99 Monolithic gels, 163 Sodium silicoborate glasses, 227 Sol-gel treatment, 299 N-Alkylaldonamide, 311 Sol-gel method, 163 Nanoparticle, 7 Solid/water interface, 99 Natural waters, 171 Stability, 271 Non-aqueous system, 55 Starch, 259 Nonionic surfactants, 21 Stopped flow, 259 Streaming current, 75 O/W emulsions, 213 Surface charge, 271 O/W interface, 213 Surface elasticity, 137 Oil droplets, 213 Surface force, 55 Oscillating bubble, 137 Surface forces, 199 Surface free energy, 299 Partially quaternized poly(vinylimidazole), 287 Surface heterogeneity, 227 Particle—surface interaction, 321 Surface interactions, 329 Particle size, 241 Surfactant, 137 Particle size distribution, 171 Surfactants, 41 PBMaA latex, 49 Pd nanoparticles, 109 Tale, 27 Phase diagram, 311 Temperature, 241 Phenyl benzoate, 63 Titania, 351 Phosphated zirconia, 81 Titanium silicates, 351 Phosphated zirconium hydroxide, 81 Titanyl, 351 Pillared clays, 109 Turbidity, 259 Polyelectrolyte adsorption, 199 Polyelectrolyte complex, 259 Ultrafiltration, 91 Polyethylenimine, 271 Ultrasound, 241 Polymer adsorption, 27 Polysaccharides, 27 Viscoelastic, 99 Polyunsaturated fatty acids, 189 Volume compressibility, 189 Poly(vinylimidazole), 287 Porous polymers, 335 XPS analysis, 279 Potential profile, 321 Pulp fibres, 271 Zirconia, 81