Table Of Content

COLLOIDS AND SURFACES Colloids and Surfaces IE A: Physicochemical and Engineering Aspects 183 185 (2001) 825-826 www.elsevier.nl/locate/colsurfa Author Index Abe, M., 749, 757 Deguchi, S., : Griining, B., 777 Acosta, E.O., 595 Dékany, I., 715 Aksenenko, E.V., 38 De Rudder, J., : Haage, K., 583 Alargova, R.G., 3( Devinsky, F., 55: Haas, S., 785 Alexandridis, P., Diamant, H.., Haesslin, H.-W., 795 Donath, E., Hager, M., 247 71 Dragutan, I., 767 Hammel, R., 213 59 Dragutan, V., 767 Hasslin, H.-W., 785 Andersson, J., 415 Heinze, T., 621 Aramaki, K., 3 Heinze, U., 621 Aratono, M., 403 Hellweg, T., 159 Ariel, G., 259 Eckold, G., 361 Henning, T., 681 Awata, N., 449 Egelhaaf, S.U., 293 Hoiland, H., 651 Elliott, P.T., 457 Hilfiker, R., 795 Hill, R.M., 607 Bae, S.-M., 583 Enders, S., 661 Baglioni, P., 95 Eriksson, J.C., 347 Hoffmann, H., 689, 767 Holmberg, K., 247 Bakx, A., 149 Esquena, J., 533 Hufnagl, A., 227 Bellini, T., 85, 18: Esumi, K., 7 Berghmans, H., 313 Ikeda, N., 403 Bernheim-Groswasser, A., 113 Fainerman, V.B., 38 Imae, T., 555 Bogen, I., 621 Farago, B., 159 Ishitobi, M., 371 Brezesinski, G., 391 Fehér, J., 505 Bringezu, F., 391 Filali, M., 203 Ito, A., 749 Ivanova, R., 41 Buchanan, M., 293 Filipesei, G., 505 Buckin, V., 517 Fischer, H., 767 Jacobs, A., 313 Buscaglia, M., 85 Foffi, G., 327 Fratini, E., 95 Kabir, M.H., 371 Candau, S.J., 5 Frens, G., 149 Kahl, H., 661 Caragheorgheopol, A., 767 Fujii, M., 449 Karlsson, S., 415 Cates, M.E., 293 Fukada, K., 449 Kastner, U., 805 Cavasino, F.P., 689 Fukuda, T., 475 Kato, T., 449 Chen, B.-H., 191 Kawasaki, H., 475 Chen, M., 457 Gambadauro, P., 133 Kegel, W.K., 347 Chen, S.-H.., Garrett, P.R., 191 Kirsch, S., 725 Chen, Gjerde, M.I., 651 Koide, Y., 739 Corti, Glass, J.E., 457 Kondo, Y., 749, 757 Goertz, W., 777 Kotz, J.. 621 Dahne, L., 27 Gorski, N., 36] Kudryashov, E.D., 517 Danino, D., 11: Gradzielski, M., 159, 227 Kulicke, W.-M., 621 Dawson, K.., : Griinbein, W., 681 Kunieda, H., 371 Degiorgio, V.., Griindemann, E., 583 Kurlat, D.H., 595 PII: $0927-7757(01)00700-2 826 Author Index Lacko, I., 555 Nakamura, N., 37 Serra, A.C., 247 Laggner, P., 171 Nandi, N., 67 Shchipunov, Y.A., 541 Lange, S., 621 Netsaabelate, F., 563 Shoji, K., 739 Langevin, D., 159 Nickel, U., 575 Shosenji, H., 739 Nommensen, P.A., 335 Sjéstrom, J., 429 Lekkerkerker, H.N.W., 347 Leonhard, H., 123 Smirnova, N.A., 635 Leporatti, S., 27 Oda, R., 5 Smyth, C., 517 kaag, C., 95, 133 Ohta, A., 403 Solans, C., 533 pe B09! Ok Kwon, K., 749 Stern, P., Ottewill, R.H., 15 Stubbs, & 2 Lind, A., 415 Ozaki, Y., 475 Stumpf, M., 495 Lindén, M., 415 Sundberg, D., 725 Lindman, B., 41 Pabst, G., 171 Svitova, T., 607 Lindner, P., 563 Patakfalvi, R., 715 Szalma, J., 505 EAM. SID Peggau, J., 777 Ljunggren, S., 347 Pfau, A., 725 Takei, T., 757 ies. ¥5 Pflaumbaum, M., 777 Talmon, Y., 113 Piculell, L., 429 Tartaglia, P., 133 Mackeben, ye, 699 Pisarcik, M., 555 Timmerman, A.M.D.E.., 149 Maeda, H., Pison, U., 381 Torigoe, K., 739 Mallamace, “f 95 Platz, G., 213 Tsujii, K., 303 Mantegazza, F. Porte, G., 203 Turco Liveri, M.L., 689 Matsubara, H., Mellema, J., 3 35 Quitzsch, K., 661 Ulbricht, W., 487 Meyer, H.W., 495 Michel, E., 203 Radke, C.J., ed Valiente, M., 235 Michels, B., 55 Rappolt, M.., van den Ende, Miller, C.A., 191 Rehage, H., Venuti, V., 133 Miller, D.J., 681 Rennie, re lg1 5 Voigt, A., 27 Miller, R., 381 Rettig, W., 495 Vollhardt, D., 1, 67 Minewaki, K., 449 Richtering, W., 563 von Raumer, M., 795 Miyahara, M., 475 Richter, W., 495 Mo, C., 651 Rocca, C., 85 Walter, A., 123 Mohwald, H., 27 Rocha Gonsalves, A.M.A., 247 Waton, G., 55 Molino, F., 203 Roels, T., 313 Mora, S., 203 Romano, S.D., 595 Yoshino, N., 749, 757 Mortensen, K.., Rosenholm, J.B., 415 Motschmann, H., 583 Ruckenstein, E., 423 Zaccarelli, E Moya, S., 27 Zana, R.., 55, Miller, F., 777 Sagisaka, M., 749 Zapf, A.., 213 Miiller-Goymann, C.C., 699 Sakai, H., 749, 757 oe A.K., 767 Miller, M., 699 SbrizioCl.,o ,68 9 Zipfel, J., 563 MySka, J., 527 Schlatter, C., 785 Zrinyl, om 505 COLLOIDS AND Sethe SURFACES Colloids and Surfaces ELSEVIER A: Physicochemical and Engineering Aspects 183 185 (2001) 827-830 www.elsevier.nl/locate/colsurfa Subject Index Acyl glutamate, 681 Clay minerals, 715 Adsorption, 259, 457, 715 c.m.c., 583 Adsorption data, 583 Colloidal dispersions, 183 Adsorption isotherm, 795 Colloids, 335 Adsorption kinetics model, 381 Commercial nonionic surfactants, 191 AFM imaging, 607 Complex fluids, 541 Agrochemicals, 795 Concentrated suspension, 795 \ir—water interface, 15 Concentration, 133 Alkanediyl-%,@-bis(dimethylalkylammonium bromide) Copolymers, 55 surfactants, 487 Cosmetics, 681 Amine oxide hemihydrochloride, 475 Cosolvent, 41 Amine oxide hydrochloride, 475 Crumbling transitions, 123 Ammonium perfluorooctanoate layers, 15 Cryogenic-transmission electron microscopy, 113 Application properties, 805 Curvature free energy of microemulsion droplets, 347 Aqueous, 55 Aqueous solutions, 487 Decanol, 213 Associative network formation, Decyldimethylamine oxide, 475 Atomic force microscopy, 725 Density, 689 Attractive glass, 327 Determination, 575 Attractive interaction, 423 Dielectrophoresis, 505 Differential scanning calorimetry, 475 Bending, 505 Diffraction, 449 Bending elasticity, 159 Dimenic surfactants, 487 Beta-lactoglobulin, 381 Dimeric surfactant, 555 Bicelles, 495 3,3-dimethyl-1-butanol, 235 Block copolymer, 41 Dimyristoylphosphatidylglycerol, 495 Block copolymer micelles, 277 Discontinuous cubic phase microemulsion, 371 1-butanol, 235 Dissolution, 293 Dodecyldimethylamine oxide, 475 Calcium dodecyl sulfate, 213 Dodecyltrimethylammonium bromide, 555 Capsules, 27 Double chain-type surfactant, 749 Carbohydrate surfactant solution, 661 Drag reduction, 527 carboxymethylcelluloses, 621 DSC, 661 Casein particle gels, 517 DSC peak, 55 Cationic surfactant, 583 Dye, 247 Cationic surfactants, 715 Dynamic light scattering, 303 Chain melting, 475 Change of molar area, 381 Elasticity, 517, 527 Chiral interactions, 67 Electric birefringence, 183, 689 Chloropentaamine-cobalt(II]) chloride, 575 Electrocatalytic reaction, 575 cis-Decalin, 313 Electrokinetic phenomena, 183 Pil: S0927-7757(01)00701-4 828 Subject Index Electron microscopy, 495 Latex, 725 Electron spin resonance, 767 Lauric acid, 449 Electrorheology, 505 Laurilsulfobetaine, 235 Emulsion, 785 Lecithin, 171, 541, 699 Emulsions Light scattering, 555, 595 Entropy of dispersion of microemulsions, 347 Lipophilic acid, 247 Equilibrium swelling isotherms, 429 Liquid crystal, 235 Excess Gibbs energy of adsorption, 403 Liquid crystalline phases, 661 Excess Gibbs energy of micelle formation, 403 Liquid crystalline system, 715 Liquid/fluid interfaces, 381 Ferrocene, 757 Lithium chloride, 171 First order transitions, 423 La-phase, 171 Fluctuations in size and shape of microemulsions, 347 L, phases, 213 Fluid interfaces, 583 Lyotropic liquid crystal, 41 Fluorescence probe, 739 Fluorinated anionic surfactant, 749 Manic depressive disease, 171 Fluorinated spin probes, 767 Marangoni-effect, 149 Freeze-fracture, 495 Maxwell—Wagner model, 183 Mechanism, 313 Gas-liquid interface, 85 Membrane folding, 123 Gelation, 313 Metal oxide, 457 Gel cleanser, 777 Methylation, 391 Globular proteins, 381 Micellar end-caps, 113 Glycerophosphoethanolamines, 391 Micellar equilibria, 487 Graphite, 607 Micellar junctions, 113 Micellar kinetics, 487 Hexadecyldimethylamine oxide, 475 Micellar property, 739 Hexaethyleneglycol dodecylether, 739 Micellar solution, 5 High pressure, 303 Micellar solutions, 149 High temperature, 303 Micelle, 235, 757 Home care products, 777 Micelle formation model, 661 Hydrodynamic radius Micelle lifetime, 487 Hydrodynamics, 335 Micelles, 113, 541, 651, 689 Hydrogen peroxide, 247 Microcapsule, 123 Microemulsion, 227, 247 Infrared spectroscopy, 475 Microemulsions, 159 Interaction, 95 Minimum entropy production Interfacial phenomena, 259 Miscibility of surfactant, 403 Interferometry, 85 Mixed micellar solutions, 635 Interparticle interaction, 361] Mixed micelle, 739 Iridescent phases, 213 Model transient networks, 203 Isotactic polystyrene, 313 Molecular weight, 555 Morphology, 725 Kerr effect, 595 Multiple equilibrium description of Winsor I and kinetic glass transitions, 95 microemulsions, 347 Kinetics, 259, 429 Krafft temperature, 749 Networks, 113 Neutron spin-echo, 159 Lamellar phase, 293 Nitronyl nitroxides, 767 Lamellar phases, 227 Non-equilibrium, 293 Langmuir monolayer, Nonionic surfactant, 757 Subject Index Non-ionic surfactants, 607 Polymer-—surfactant interactions, 429 Nonmonotonic transient volume changes, 429 Polymethacrylic acid, 689 non-statistically, 621 Poly(propylene oxide), 41 V-palmitoyl aspartic acid, 67 Polyquaternium, 429 N-stearoyl serine methy] ester, Polystyrene latex, 303 Numerical simulations, 203 Porphyrin, 247 Precipitation, 635 Octadecyldimethylamine oxide, 475 Pressure-jump study, 487 Octanol, 213 Protonation of amine oxides, 475 Oil-induced phase transition, 74 4 |i Pure nonionic surfactants, 191 Onion, 293 Ordered mesophases, 277 Radius of gyration, 555 Organic acids, 457 Reaction, 247 Organogel, 541 Redox reaction, 757 Oscillation viscometry, 699 Repulsive glass, 327 Oxidation, 247 Repulsive interaction, 423 Oxyethylene, 749 Reverse micelles, 699 Rheological modifiers, 805 Pair potential, 335 Rheology, 335, 541, 595, 661, 715, 777 Partial molar compressibility, 651 Particle gel, 327 SANS, 227 Partition coefficient, 651 Sans data, 563 PCS, 699 SAXS, 41 PED surfactants, 767 Scattering, 449 PEO, 277 SDS, 651 percolation, 95 Second harmonic generation (NLO), 583 Perfluorosurfactants, 767 Self-assembly, 41 Pesticide, 785 Shape fluctuations, 159 pH, 689 Shape oscillation, 123 Phase behavior, 41, 227, 247, 37 Shear flow, 123 Phase changes, 533 Silica particles, 533 Phase diagrams, 635 Silicate-surfactant systems, 415 Phase inversion, 681 Silver sol, 575 Phase separation, 171 Size distribution of microemulsion droplets. >: ) 41 7 Phase transitions, 495 Size of polar head group, 403 Phase transitions of amine oxides, 475 Small angle neutron scatttering, 361 Phenylenediamine, 575 Small angle scattering, 277 Phosphate ester of resorcinol-type calix[4Jarene, 7 Small-angle X-ray scattering, 171, 371 physico-chemical behaviour, 621 Smart gel, 505 Pluronic, 41 Sodium dodecyl sulfate, 563 Pluronics, 277 Sodium hyaluronate, 55: Polar group, 415 Sodium polystyrene sulfonate, 27 Poloxamer, 41 Sol—gel transition, 595 Polyacrilyc acid, 689 Solubilization, 227, 415, 651, 757 Polyeiectrolyte, Pf Solution conditions, 15 Polyelectrolyte gels, 429 Solvent quality, 527 Polyelectrolytes, 183 Sorbitol ester, 681 Poly(ethylene oxide), 41, 55 Sponge phase, 293 Polymer brush, 335 Spreading dynamics, 607 Polymer gel, 505 Stress relaxation, 203 Polymer-surfactant complex, 555 Subcritical water, 303 830 Subject Index Sucrose dodecanoate, 371 TTAB, 651 Surface area, 575 Two-phase, 247 Surface roughness, 607 Surface tension, 259, 403 Ultrasonic measurements, 517 Surface waves, 85 Surfactant, 41, 149, 247, 785 Vesicle. 749 Surfactants, 5, 259, Vesicles, 563 Surfactant solution, 45 Videomicroscopy, 191 Swelling, 293 Viscoelasticity, 5 : . iscoelastic moduli, 517 Temperatures, 133 Viscoelastic moduli, 51 Tetradecyldimethylamine oxide, 475 Viscosity, 517, 527 Tetradecyltrimethylammonium bromide, 361 Tetraethoxysilane. 533 Water-borne coatings, 805 Thermodynamic models, 635 Timolol maleate, 699 X-ray diffraction, 391, 715 TiO, nanoparticles, 595 Triblock copolymer, 133 Zero-shear viscosity, 689