Colloids and Surfaces. A, Physicochemical and Engineering Aspects 1998: Vol 140 Index

5 Pages·1998·0.79 MB·English

COLLOIDS
AND A
SURFACES
4 VR
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ELS VIE oom Colloids and Surfaces
A: Physicochemical and Engineering Aspects 140 (1998) 417
Author Index
Alexandrov, Y., 299 Gomez-Merino, A.I., 295 Puchol, A., 91
Anderson, J.L., 59 Gonzalez-Caballero, F., 139 Puertas, A., 23
Antol, I., 261 Grosse, C., 199 Puzenko, A., 299
Arroyo, F.J., 139, 157
Averbakh, A.Z., 13 Heredia, A., 333 Ramos-Barrado, J.R., 177, 333, 369
Hianik, T., 357 Raza, G.H., 321
Barany, S., 43 Rehaéek, V., 357
Jacobasch, H.-J., 377
Baumler, H., 325 Ribitsch, V., 127
Jonsson, G., 339
Bellini, T., 103, 157 Romero-Cano, M.S., 347
Belloni, L., 227 Kallay, N., 261 Rouch, J., 279
Benavente, J., 333 Keh, H.J., 245 Rousselet, J., 209
Benaventea, J., 339 Knippel, E., 325 Rubio-Hernandez, F.J., 295
Blank, R., 3 Ruiz-Reina, E., 295
Koper, G.J.M., 151
Bonincontro, A., 313
Kovaéevic, D., 261
Bordi, F., 269 Schwarz, S., 377
Kozlovich, N., 299
Sciortino, F., 269, 279
Borkovskaya, Y.B., 139
Briganti,G., 313 Leinen, D., 177, 369 Sesta, B., 119
Buchhammer, H.-M., 377 Letamendia, L., 279 Shilov, V., 385
Shilov, V.N., 139, 199, 325
Lewandowski, H., 261
Carnero-Ruiz, C., 295 Shramko, O., 385
Liu, Y.C., 245
Carnie, S.L., 59 Simonova, T., 385
Llacer,C., 91
Carrique, F., 157 Sivak, B., 357
Louisor, E., 279
Chang, Y.-I., 395 Solomentsev, Y., 59
Lunkwitz, K., 377
Chauveteau, G., 347 Stam, D.D.P.W., 151
Lyklema, J., 33
Cirkel, P.A., 151 Stana-Kleinschek, K., 127
Codastefano, P., 269 Madai, F., 43 Staude, E., 3
Makhmudova, S.S., 13
D’Aprano, A., 119 Mantegazza, F., 103, 157 Tarovsky, A.A., 43
de las Nieves, F.J., 23, 347 Tartaglia, P., 269, 279
Maraviglia, B., 321
De Luca, F., 321 Tscharnuter, W., 53
Markx, G.H., 209
De Vita, E., 321 Tvarozek, V., 357
Maroto, J.A., 23
Degiorgio, V., 103, 157
Martin-Rodriguez, A., 347
Delgado, A.V., 139, 157 Uchiyama, K., 217
Mathur, B.S., 403
Ushiki, H., 279
Di Biasio, A., 269, 285
McNeil-Watson, F., 53
Donath, E., 325
Miller, J., 53 van de Ven, T.G.M., 183
Ermakov, Y.A., 13 Minor, M., 33 Velasquez, P., 177, 369
Mishchuk, N.A., 43, 75 Velegol, D., 59
Feldman, Y., 299
Molina, F., 91 Venkataramani, B., 403
Figueruelo, J., 91
Muth, K.-H., 3 Vila, A.O., 91
Furusawa, K., 217
Narres, H.D., 261 Wang, Y.-F., 395
Gaburjakova, J., 357
Neu, B., 325 Warszynski, P., 183
GaburjakovaM,. , 357
Wu, X., 183
Gargaro, A., 321 Pethig, R., 209
Georgieva, R., 325 Pohlmeier, A., 261
Yaroshchuk, A.E., 169
Giardini, M.E., 157 Proske-Gerhards, S., 3
Gomez, H., 177, 369 Pru-Lestret, E., 279 Ziegler, W., 357

COLLOIDS
AND
SURFACES
Colloids and Surfaces
ELSEVI4Es " Y
A: Physicochemical and Engineering Aspects 140 (1998) 419-420
Subject Index
Activated carbon, 43 Disordered systems, 269, 285
Adsorption, 261 Double layer, 183
Adsorption of inorganic cations, 13 Dynamics, 151
Adsorption potential, 127
Agar support, 357
Effective charge, 227
Alkylcryptands, 119
Elastic adhesion, 395
Alpha dispersion, 325
Electric Birefringence, 103, 157
Aromatic polyamides, 3
Electro-osmosis of the second kind, 75
Electro-osmotic slip, 199
Bilayer lipid membranes, 13, 357 Electrochemical Impedance Spectroscopy (EIS), 177
Biomembrane-ionic compounds interaction, 91
Electrochemistry, 369
Biosensor, 357 Electrode, 177
Boundary, 13 Electrokinetic characterization, 347
Electrokinetic lift, 183
Capacitance, 357 Electrokinetic Phenomena, 103, 169
Cellulose fibers, 127 Electrokinetic properties, 127
Chalcopyrite, 177 Electrokinetics, 33, 261
Chalcopyrite CuFeS,, 369 Electrooptic birefringence, 151
Charge density, 127 Electroosmosis, 217
Chemical circuits, 169 Electrophoresis, 53, 325
Chemical purification, 127 Electrophoretic mobility, 217
Co-field rotation, 199 Electrophoretic mobility coefficients, 59
Coagulation rate constant, 23 Electrophoretic rotation, 59
Colloidal aggregation, 23 Electrorotation, 199, 325
Colloids, 227 Electroviscous effect, 295
Complex liquids, 269 Elongated teflon particles, 157
Concentrated colloidal suspensions, 139 Entangled polymers, 321
Concentration polarization, 43, 75 Equilibrium polymers, 151
Conductance, 357 Erythrocytes, 209
Cryptands, 119
Crystallinity, 403
Field-flow fractionation, 209
CuFeS,, 177
Filtration, 169
Cuticle, 333
Flocculation, 377
Cuticular membrane, 333
Fluctuation dipole moment, 299
Cutin, 333
Graphite, 43
Diaphragms, 169
Dielectric dispersion, 157
Dielectric polarization, 299 Hematite, 261
Dielectric spectroscopy, 313, 325 Homocoagulation, 23
Dielectrophoresis, 209 Hydroxypropylcellulose, 217
420 Subject Index / Colloids Surfaces A: Physicochem. Eng. Aspects 140 (1998) 419-420
Imaging, 321 Polyelectrolyte adsorption, 377
Impedance, 339 Polyelectrolyte particles, 245
Impedance spectroscopy, 333 Polyelectrolytes, 103
Induced space charge, 43, 75 Polymer colloids, 347
Interparticle forces, 385 Polystyrene, 33, 295
Ionic carriers, 119 Porous membrane, 339
Ionic condensation, 227 Porous membranes, 3
Tonic flux, 119 Porous spheres, 245
Ionic microemulsion, 299
Red blood cells, 325
Kerr Effect, 103 Relaxation, 269, 285
Laminar flow, 75 Salicylic acid, 261
Latex, 33, 183, 209 Sedimentation potential, 245
Lecithin, 119 Sedimentation velocity, 245
Leucocytes, 395 Slip process, 33
Levitation, 209 Slow dynamics, 321
Light scattering, 53 Stagnant layer, 33
Linear and nonlinear polarization of double layer, 385 Streaming potential, 3, 127
Lipid bilayers, 119 Superfast electroosmosis and electrophoresis, 43
Liposomes, 91 Surface and dipole potentials, 13
Liposomes and planar membranes(BLM), 13 Surface area, 403
Living networks, 151 Surface charge, 403
Low-frequency dielectric dispersion, 139 Surface conductance, 295
Low frequency dispersion, 199 Surface conduction, 33
Suspension in electric field, 385
Magnetite substituted with nickel, cobalt and
chromium, 403 Thin-film micro-systems, 357
Measurements, 339 Turbidimetric measurements, 23
Membrane potential, 339 Turbulent flow, 75
Mesoscopic solution, 313 Two sphere electrophoresis, 59
Modified polysulfone, 3
Monoolein, 119 Viscosity, 357
Voltammetry, 369
Nonequilibrium, 183 Volume and Surface diffusion mechanisms, 139
Nonionic surfactant adsorption, 347
Water sorption, 403
Oxidation—reduction reactions, 43 Wormlike micelles, 151
Particle interactions, 59 XPS, 369
Particles, 183
Phase analysis, 53 Young’s modulus, 357
Phenomological coefficients, 339
Plug, 33 Zeta-potential, 91
Point of zero charge, 403 Zeta potential, 157, 217, 325, 339, 377