Table Of Content

COLLOIDS AND SURFACES ELSEVIER Colloids and Surfaces A: Physicochemical and Engineering Aspects 105 (1995) 341 Author Index Adhikar,C., 151 Giddings, J.C., 243 Prestidge,C.A., 325 Al-Bawab, A., 251 Gierak,A ., 181, 191 Proctor, A., 151 Amouroux, J., 277 Gil, B., 1 Anghel, D.F., 305 Golub, A.A., 173 Arefi-Khonsari, F.. 277 Grassian, V.H., 113 Ralston, J., 325 Ashraf, M., 319 Greenler, R.G., 19 Ratanathanawongs, S.K., 243 Rodier, E., 221 Awan, M.A., 319 Grotenhuis, E. ten, 309 Bjérklund, M., 199 Hair, M.L., 95 Shah, S.S., 319 Blyholder,G., 151 Hotysz, L., 211 Shahidzadeh-Ahmadi, N., 277 Bobica, C., 305 Sharanda, L.F., 167 Boczar, M., 1 Idris, S.A. 319 Shimansky, A.P., 167 Brandt, R.K., 19 Isirikyan, A.A., 159 Shiundu, P.M., 243 Sjéblom, J., 251 Chehimi, M.M., 277 Krishnamurthy, R., 35 Skinner, W.M., 325 Chibowski, E., 211 Kriwanek,J ., 233 Smart, R.S.C. > a Chuang, S.S.C., 35 Kulik, T.V., 167 Smith, D.M., 47 Chughtai, A.R., 47 Staszczuk, P., 291 Chuiko, A.A., 167 Leboda,R. , 181, 191 Street, S.C., 27 Lucas, R.A., 105 Datka,J ., 1 DeCanio, E.C., 123 Ma, W., 105 Tan, C.-D., 35 Delamar, M., 277 Mendyk, E., 181, 191 Tertykh, V.A. , 181, 191 Dodds,J ., 221 Mikhailova, S.S., 159 Tripp, C.P., 95 Miller, R., 233 Eerden, J.P. van der, 309 Miller, T.M., 113 Eischens, R.P., 87 Miltenburg, J.C. van, 309 Valiente, M., 265 Moffat, J.B., 133 Voicu, A., 305 Faguy, P.W., 105 Fang, T.H., 79 Nie, W., 251 Wachs, LE., 143 FarringtonG,. , 251 Wagberg, L.. 199 Foulon-Belkacemi, N., 277 Ovchinnikova, N.S., 159 Weissman, J.G., 123 Friberg, S.E., 251 Worley, S.D., 79 Pei, Z., 79 Gao,S., 133 Pethica, B.A., 257 Gellman, A.J., 27 Polunina, LA., 159 Zhmud, B.V., 173 COLLOIDS AND SURFACES ‘ Colloids and Surfaces ELSEVIER A: Physicochemical and Engineering Aspects 105 (1995) 342-343 Subject Index Acid—base properties, 167 Effect of temperature, 181 Adsorbates, 35 Environmental catalysis, 113 Adsorbed alkoxides, 27 Ethoxides, 27 Adsorption, 19, 133, 151, 199, 309 Adsorption equilibria, 257 Field-flow fractionation, 243 Alkoxysilanes, 251 Flocculation, 199 Aluminium oxide, 167 Fractals, 173 Aluminum oxide, 79 FT-IR analysis, 123 Anionic surfactant micelles, 319 FT-IRAS, 27 FT-IR spectroscopy, 47 Benzyl alcohol, 319 Black carbon, 47 Galena surfaces, 325 Glass, 251 Calcium carbonate suspension, 211 Carbon monoxide, 19, 87 Hydrolysis, 305 Cationic starch, 199 Hydrothermal modification, 181, 191 Cationic surfactant, 265, 305 Hydrotreating catalysts, 123 Cationic surfactant micelles, 319 Hydroxyl groups, 1 Cellulose fibres, 199 Ceramic materials, 251 : Infrared, 19 Charge lation, 173 . jaa. Infrared spectroscopy, 35, 79, 87, 105, 113, 143 Chlorosilane reactions, 95 Interaction phenomena, 525 Clay minerals, 105 Tonic strength, 199 CO insertion, 35 Iron(III) species, 325 Colloid, 221 IR spectroscopy, 1, 95, 133 Colloid composition, 243 Composites, 105 Kinetics of adsorption, 173 Conducting polymer, 105 Controlled-rate thermal analysis, 291 Lewis—Breonsted acidity, 87 Core-shell latexes, 243 Location and surface coverage, 143 Long-chain n-alkanols, 309 Derivatised silica, 95 Derjaguin approximation, 257 Melts, 309 Differential scanning calorimetry, Metal, 19 Dihydrogen, 79 Metal alkoxides, 251 Dinitrogen, 79 Mica surfaces, 309 DLVO theory, 221 Micellar catalysis, 305 Micellisation, 233 E,(30), 233 Molecular structure, 143 Effect of duration, 191 Monolayers, 309 Subject Index/Colloids Surfaces A: Physicochem. Eng. Aspects 105 ( 1995) 342-343 N-alkyl betaines, 233 Silica surface, 95 Nitrogen, 87 Silica surfaces, 309 Nitrogen dioxide, 47 SiO,, 133 p-Nitrophenyl esters, 305 Sol-gel process, 251 Nitrous oxide, 113 Solute adsorption-force relationship, 257 NO reduction, 35 Successive adsorption, 159 Sulfur dioxide, 47 Oleic acid, 151 Supported metal oxide catalysts, 143 OTS, 95 Supported rhodium, 79 Oxygen plasma, 277 Surface, 167 Ozone, 47 Surface acidity, 143 Surface charge distribution, 173 Particle size distribution, 243 Surface composition, 243 Phase behaviour, 265 Surface force balance, 257 Phase transitions, 291 Surface modification, 159 Phenol, 319 Surfactants, 159 Platinum, 19 Polypropylene, 277 Titanium dioxide, 79, 159 Polypyrrole, 105 Titanium dioxide suspension, 211 Porous media, 221 12-Tungstophosphoric acid, 133 Porous silica, 173 Two-step reaction, 95 Radiofrequency field effects, 211 Wetting, 291 Reactivity, 35 Zeolites, 1 Scanning force microscopy, 309 Zeta potential, 211 Silica gel, 151, 291 Zinc oxide, 87 Silica gels, 181, 191 Zirconia, 113