COLLOIDS AND SURFACES Colloids and Surfaces A: Physicochemical and Engineering Aspects 156 (1999) 589-590 Author Index Alexandrov, D.A., 307 Gomez-Lopera, J.F., 579 Massa, A., 455 Alvarez, J.M., 163 Grahlert, W., 3 Mate, M., 501 Amirfazli, A., 163 Grundke, K., 3, 19 Mehreteab, A., 389 Atae-Allah, C., 579 Meier, W., 249 Haegel, F.-H., 335 Miller, R., 1, 307 Babak, V.G., 423 Hammerich, H., 249 Badens, E., 373 Hasinovic, H., 145 Neumann, A.W., 157, 163, 509 Barnes, G.T., 215 Heenan, R.K., 33 Newman, J., 137, 525 Bauer, D., 291 Hoffmann, H., 257 Noskov, B., 449 Boistelle, R., 373 Holgado-Terriza, J.A., 509, 579 Noskov, B.A., 307 Brash, J.L., 201 Horvolgyi, Z., 501 Broze, G., 389 Pandolfini, P., 449 Paschek, D., 489 Buchhammer, H., 291 limura, K.-i., 281 Patel, R., 145 Ivanov, I.B., 547 Paul, D., 271 Cabrerizo-Vilchez, M.A., 509, 579 Pelton, R., 111 Chappuis, J., 223 Jacobasch, H.-J., 3, 19 Penfold, J., 33 Chatain, D., 373 Jaeger, W., 291 Petrova, I.V., 349 Churaev, N.V., 243 Jensen, W.C., 519 Pitt, A.R., 33 Policova, Z., 157 Daniel, A., 501 Kamusewitz, H., 271 Polukarova, Z.1., 349 Danov, K.D., 389, 547 Karapantsios, T.D., 49 Poschel, K., 19 Decker, E.L., 177 Kato, T., 281 Possart, W., 271 Dluhy, R.A., 215 Kekkonen, J., 357 Downer, A., 33 Killmann, E., 291 Qin, R.-Y., 85 Dirrschmidt, T., 257 Kostoglou, M., 49 Qu, W., 123 Kragel, J., 449 Eastoe, J., 33 Kralchevsky, P.A., 389 Radke, C.J., 137, 525 Eichhorn, K.-J., 3 Kruglyakov, P.M., 475 Radoev, B., 323 Eicke, H.-F., 249 Kuhlmann, J., 335 Ravera, F., 455 Engels, T., 489 Kwak, J.C.T., 95 Regismond, S.T.A., 157 Kwok, D.Y., 191 Rehmet, R., 291 Ferrari, M., 455 Rusanov, A.I., 315 Ferri, J.K., 567 Li, D., 123, 519 Frank, B., 177 Liggieri, L., 455 Savenko, V.I., 349 Friberg, S.E., 145 Loglio, G., 307, 449 Schliipen, J., 335 Fuchs, A., 291 Lunkwitz, K., 291 Schreiber, H.P., 85 Luque-Escamilla, P.L., 579 Schulze, H.J., 323 Garoff, S., 177 Lyklema, J., 413 Schwarz, S., 291 Geiger, A., 489 Schwuger, M.J., 335 Geisler, H., 335 Malysa, K., 465 Sedev, R., 65 Goddard, E.D., 157 Marmur, A., 381 Shanahan, M.E.R., 71 PII: S0927-7757(99)00367-2 590 Author Index Shchukin, E.D., 349 Tesei, U., 449 Wege, H.A., 509 Simon, F., 3 Werner, C., 3, 19 Sinnamon, B.F., 215 Valkovska, D.S., 547 Wickson, B.M., 201 Spelt, J., 1 Veesler, S., 373 Winnik, F.M., 157 Starov, V.M., 243 Vidensky, I.V., 349 Wolansky, G., 381 Vilkova, N.G., 475 Stebe, K.J., 567 Yeh, E.K., 137, 525 Vlahovska, P.M., 389 Stenius, P., 357 Yin, Q., 145 Vollhardt, D., 1, 79 Stoéckelhuber, K.W., 323 von Rybinski, W., 489 Suo, Y., 177 Zhang, J., 111 Szalma, J., 501 Wang, W., 95 Zhang, Z., 145 COLLOIDS AND SURFACES Colloids and Surfaces A: Physicochemical and Engineering Aspects 156 (1999) 591-593 Subject Index Acid/base interactions, 85 Didodecyldimethylammonium bromide, 145 Adhesive forces, 223 Diffusion-controlled adsorption, 567 Adhesives, 85 Disjoining pressure, 423 ADSA, 509, 579 2-Docosylamino-5-nitropyridine, 79 Adsorbed and wetting films, 137 Droplet and bubble shapes, 525 Adsorption, 33, 95 Droplet condensation, 323 Adsorption dynamics, 455 Drop shape analysis, 163 Adsorption films, 449 Dynamic contact angles, 271 Adsorption kinetics, 307, 389 Dynamic surface elasticity, 307 Adsorption relaxation time, 389 Dynamic surface tension, 111, 157, 389 Air/water interface, 111 Electrochemical microscratching, 349 Air-water interface, 79 Electro—chemo—mechanical treatment, 349 Albumin, 3 Emulsions, 423 Allyl alcohol, 201 Entropic edge-detection and linking, 579 Alumina, 95 Equilibrium contact angle, 271 Augmented Young equation, 137 Excess energy surface, 413 Augmented Young—Laplace equation, 137 Excess entropy, 413 Axisymmetric drop shape analysis, 157 Fibrinogen, 3 Bare and film-covered surfaces, 137 Flocculation, 291 Block copolymer, 65 Fluorinated surfactants, 33 Bond retention, 85 Fluorohydrocarbon polymer, 3 Bond strength, 85 Foam, 475 Brewster angle microscopy (BAM), 281 Foam collapse, 475 Bubble surfactants, 49 Foam film, 65 Foams, 423, 465 Capillary rise, 519 Capillary waves, 307 Gemini surfactants, 567 Captive air bubbles, 19 Gradient theory, 123 Cationic polymers, 357 Grain boundary, 373 Cellulose ether, 157 Gypsum, 373 Chlorosilane derivatives, 281 Cloud point, 489 Heterogeneous surfaces, 177 Clouds, 449 Heterogeneous wetting, 71 Colloidal structures, 145 Human plasma proteins, 19 Complete wetting, 373 Hydration, 223 Contact angle, 163, 177, 191, 315, 381, 519 Hydrophilic surface, 243 Contact angle hysteresis, 177, 271 Hydrophobic interaction, 489 Contact angle measurement, 177 Hydrophobic spot, 243 Contact line, 71 Corresponding states surface, 413 Influence of surfactant, 547 Critical width of a hydrophobic spot, 243 Interface, 249 PII: S0927-7757(99)00368-4 592 Subject Index Interfacial dilatational properties, 49 Pendant drop, 579 Interfacial tension, 191, 423 Pendant drop penetration film balance, 509 Inversion thickness, 547 Phase diagram, 145 Ionic surfactants, 389 Phase transition, 249 Irreversibility, 335 Phospholipid monolayers, 509 Physicochemical state, 19 Pimple thickness, 547 Jensen—Shannon divergence, 579 Plasma polymerization, 201 Polyelectrolyte, 157 Kinetics of surfactant adsorption, 389 Polyelectrolyte adsorption, 291 Polyethylene oxide, 307 Lamellar liquid crystals, 145 Polymer brush, 65 Langmuir monolayers, 79 Line tension, 123, 315, 323, 423, 519 riec nonesngeie: Ne EF olymeric surfactant, 65 Liquid content, 465 Pol ‘ng. 85 Liquid-—liquid—fluid systems, 123 cia e atari ae ele 4 tir : Poly(N-isopropylacrylamide), 111 Liquid metal embrittlement, 349 Protein adsorption, 3 Longitudinal waves, 307 Pyrene, 335 Magnitude of the ER effect, 257 Rapid reduction of surface tension, 567 Marine aerosol, 449 Reflection—absorption FT—IR spectroscopy, 215 Membranes, 423 Reflectometry, 357 Meniscus shape, 71] Rheological parameters, 257 Metastable equilibrium, 335 Rough surface, 381 Micro- and macrocontact angles, 525 Rupture, 243 Microcontact angles, Thin-film forces, 137 Microemulsion, 145, 249 Saponite, 257 Microscopic contact angles, 323 Sessile drop, 163 Mixed micelles, 95 Sessile liquid drops, 19 Mixed surfactants, 95 Set plaster, 223, 373 Mobility of interfaces, 547 Silanized glass spheres, 501 Molecular dynamics, 489 Silylation, 201 Molecular orientation, 455 Small-angle neutron scattering, 33 Monolayers, FT—IR spectra, 215 Small bubbles, 547 Solid surfaces, 525 Monolayer structure by FT-IR, 215 Solid surface tension, 191 Sorption, 335 n-Alkyl poly-oxyethylene glycol ethers, 455 Spectroscopic ellipsometry, 3 Neutron reflection, 33 Spreading and entering coefficients, 475 n-Hexanoic acids, 465 Spread monolayers, 281 n-Hexanol, 465 Stability against sedimentation, 257 Nonionic surfactants, 489 din ach ab Non-tonic surfactants, 45° Surface characterization, 201 n-Pentanoic acid, 465 Surface dilation, 111 n-Pentanol, 465 ' Surface isotherms, 455 Nucleation and growth of two-dimensional domains, 281 Surface layer structure, 307 Surface modification, 201 Oil—water interface, 509 Surface rheology, 49 Order-of-reduction analysis, 525 Surface tension, 449 Oscillating-air-bubble tensiometer, 449 Surface tension component, 191 Oscillating bubble method, 49 Surface tension component approach, 191 Ostwald’s step rule, 281 Surface tension, interpretation, 413 Surface tension, thermodynamics surfaces, 413 Paraffin wax, 271 Surfactant, 95 Pendant bubble method, 567 Surfynol 104, 567 Subject Index 593 Tensiometry, 33 Water/air interface, 455 Ternary system, 579 Water contact angles, 501 Thermodynamics, 423 Water—dodecane system, 323 Thin-film forces, 525 Wenzel equation, 381 Thin liquid films, 423 Wettability, 163 Three-dimensional instantaneous nucleation, 79 Wetting, 177, 315 Three phase contact line, 315 Wetting film, 243 Trouton’s rule for surfaces, 413 Wetting triple lineurvature, 71 Wilhelmy film balance, 501 Ultralow interfacial tension, 579 Wood resin emulsion droplets, 357 Velocity of approach, 547 Young’s modulus, 373 Vinyl octadecanoate monolayers, 215 Vinyl stearate monolayers, 215 Zeolite, 335 Zeta potential, 291 Water adsorption, 373