COLLOIDS AND) SURFACES A Synthetic Metals 153 (1999) 627-628 Author Index Adachi, M., 617 Hirai, T., 503 Ma, G.-H., 165, 373 Ahmad, H., 429 Hirose, M., 481 Ma, G.H., 383 Akaike, T., 439 Hu, R., 241 Maeda, D., 127 Akimoto, A., 321 Makino, K., 221 Akiyama, Y., 305 Ichino, T., 56 Maruyama, A., 439 Alba, F., 495 Igarashi, Y., 161 Maruyama, H., 367 An, J.H., 271 Imamura, K., 373 Masukawa, T., 311 Ando, S., 221 Ishihara, T., 439 Matsuda, A., 373 Anquetil, J.-Y., 47 Ishii, K., 591 Meunier, F., 341 Apiwattanon, S., 229 Ishikawa, M., 515 Min, T.-I., 89 Arda, E., 537 Ishizu, K., 305 Minami, H., 405 Arshady, R., 325 Isikawa, O., 471 Miyaki, M., 603 Asua, J.M., 61 Mogi, T., 209 Isobe, T., 617 Ito, K., 173 Morita, H., 203 Béguelin, P., 551 Itou, N., 311 Morita, T., 515 Iwato, S., 445 Miller, H., 75, 143 Candau, F., 47 Izumi, J., 297 Muroi, S., 3 Cao, K., 179 Carmona-Ribeiro, A.M., 355 Nagai, K., 133, 161 Jonsson, J.-E., 255 Charles, M.-H., 341 Nagai, M., 165, 373, 383 Cheong, I.-W., 137 Nagashima, S., 221 Clarke, J., 525 Kadowaki, F., 481 Nakamae, M., 367 Crawley, G.M., 495 Kaneko, R., 133 Nakamura, K., 195, 445 Cuperus, F.P., 285 Karlsson, O., 255 Nakano, A.K., 165 Kasai, K., 311 Nashima, T., 575 Kashiwagi, N., 617 de Moraes Lessa, M., 355 Nishiwaki, K., 317 Delair, T., 341 Kato, S., 127 Nomura, M., 23, 119, 127 Dimonie, V.L., 241 Katou, M., 317 Kausch, H.-H., 551 Ogata, N., 229 Kawaguchi, H., 195, 421, 445, 603 El-Aasser, M.S., 241 Kawaguchi, S., 173 Ohashi, T., 133 Elaissari, A., 341 Kiatkamjornwong, S., 229 Ohshima, H., 221, 477 Okaya, T., 123 Kikuchi, K., 123 Fatkin, J., 495 Kim, J.-H., 89, 137, 413, 583 Okubo, M., 153, 297, 405, 429, 609 Fitch, R.M., 525 Kim, J.-S., 439 Okubo, T., 515 Fujimoto, K., 195, 421, 445, 603 Kim, J.H., 271 Okuda, T., 515 Fujita, R., 471 Fujitsuna, K., 515 Kim, W.-S., 413 Omi, S., 165, 373, 383 Fujiwara, K., 165 Kimura, I., 401 Otsubo, Y., 459 Kippax, P.G., 495 Ozaki, I., 311 Fukai, Y., 467 Kitajima, M., 467 Fukuda, H., 435 Furusawa, K., 575 Kobayashi, S., 189 Pabon, M., 47 Koide, M., 221 Pan, Z.-R., 31, 179 Kondo, A., 435 Park, J.M., 271 Gadzinowski, M., 111 Konno, M., 209 Park, Y.-J., 583 Gu, S., 209 Guyot, A., 11 Kurioka, H., 189 Pekcan, O., 537 Kurita, O., 471 Pelton, R., 335 Kuwamura, M., 203 Pichot, C., 341 Hanashita, H., 445 Plummer, C.J.G., 551 Harada, M., 23 Hasegawa, J., 215 Lee, D.-Y., 89 Poehlein, G.W., 39 Hatakeyama, M., 445 Li, B.-F., 31 Hattori, M., 311 Li, B.-G., 31, 179 Reimers, J., 39 Hayashi, S., 503 Li, P., 363 Riedelsberger, K., 75 Higgs, D.M.J., 495 Lu, Y., 609 Riess, G., 99 0950-0618 /99/$ - see front matter © 1999 Elsevier Science Ltd. All rights reserved. PH: $S0950-0618(99)00223-X 628 Author Index / Colloids Surfaces A: Physiochem. Eng. Aspects 153 (1999) 627-628 Rikukawa, M., 229 Suzuki, H., 487 van Hamersveld, E.M.S., Rodrigues, J., 39 Suzuki, K., 23 Rosengarten, L., 75, 143 Suzuki, Y., 597, 617 Wan Kim, S., 439 Wang, G., 335 Saenz, J.M., 61 Tada, T., 515 Wang, S., 39 Saito, N., 401 Taguchi, Y., 401 Wu, C., 363 Saito, R., 305 Tamura, M., 215 Wu, X., 453 Samer, C., 39 Tanaka, H., 597 Sato, K., 127 Tanaka, M., 305, 401 Xu, J., 363 Sato, T., 367 Taniguchi, T., 133, 161 Satoh, T., 395 Tauer, K., 75, 143 Schellenberg, C., 143 Yamamoto, Y., 405 Tobita, H., 119 Schork, F.J., 39 Yamashita, T., 153 Tsubokawa, N., 395 Semba, K., 203 Yanagida, N., 215 Tsuchida, A., 515 Senna, M., 617 Yoon, J.-Y., 413 Tsukamoto, T., 221 Shimizu, H., 421 Yoshikawa, S., 395 Tsuruoka, K., 471 Slomkowski, S., 111 Yoshino, F., 597 Sosnowski, S., 111 Yu, Z.-Q., 31 Sperling, L.H., 241 Ueda, M., 575 Yuki, K., 367 Umezawa, T., 203 Stubbs, J., 255 Uyama, H., 189 Suenaga, Y., 321 Zhang, J., 335 Sundberg, D., 255 Zhou, J., 481 Sundberg, E., 255 van de Ven, T.G.M., 453 Suzuki, A., 123, 487 van Es, J.J.G.S., 285 COLLOLDS A AND SURFACES Colloids and Surfaces IER _ A: Physiochemical a nd Engineering Aspects 153 (1999) 629-632 Subject Index e-Caprolactone, 111 Chemical reaction, 209 Acoustic spectroscopy, 495 Coagulation spray coating, 3 Acrolein, 203 Colloid stability, 355 Acrylamide, 617 Colloidal crystal, 515 Acrylates, 481 Colloidal systems, 453 Acrylonitrile, 161 Comblike polymer, 173 Active ester monomer, 133 Composite dispersion, 597 Active oxygen, 603 Composite particle, 401 Adsorption, 341, 429 Composite polymer emulsions, 317 Affinity latex, 445 Composite polymer particles, 297 Aggregate, 89 Composition, 127 Aggregation, 209 Concentrated suspension, 477 Alkali-soluble random copolymer, 89 Concentrated systems, 495 Aminated polystyrene, 341 Controlled coagulation, 165 Amphiphilic polymer, 173 Controlled release, 405 Aqueous dispersion, 161 Copolymer, 127 Associating polymers, 47 Copolymers of acrylamide and sodium acrylate, 47 Atomic force microscopy, 487 Copolymers of acrylamide and sodium-2-acrylamido- 2-methylpropanesulfonate, 47 BAB triblock copolymer, 305 Core-shell, 11, 255, 297 Bicontinuous microemulsions, 47 Core-shell particle, 195 Bilayer-covered particles, 355 Core-shell type, 271 Bilayer-vesicles, 355 Core/shell, 241 Bio-compatibility, 383 Crazing, 551 Bio-degradable, 383 Critical association concentration, 335 Biodegradable, 439 Cross-linked hollow polymer particles, Blend, 609 Crosslink, 305 Block copolymers, 99 Cryogenic transmission electron microscopy, 285 Bovine serum albumin, 413 Crystal growth kinetics, 515 Branched polymers, 119 Crystal nucleation, 515 Bridging flocculation, 575 Brownian, 525 Damping, 241 Butyl acrylate, 61 Definitions, 325 Dendrimer-grafted silica, 395 Carbon black, 161 Depletion effect, 575 Carbonized polymer, 189 Deposition, 525 Catalytic oxidation, 363 Diagnostic, 341 Chain structure, 459 Differential scanning calorimeter, 471 Chain transfer agent, 23, 143 Diffusion, 255 Chain transfer to polymer, 119 Dimethylaminoethyl methacrylate, 31 0927-775/79 9 /$ - see front matter © 1999 Elsevier Science B.V. All rights reserved. PII: S0927-7757(98)00224-1 630 Subject Index / Colloids Surfaces A: Physiochem. Eng. Aspects 153 (1999) 629-632 Dispersion copolymerization, 61, 229 Hydrogel microspheres, 221 Dispersion polymerization, 179, 189, 195 Hydrogen bonding, 413 Dispersion ring-opening polymerization, 111 Hydrophobic interaction, 413 DMAEMA, 165 Hydrophobic-group modified polyvinyl alcohol), DNA carrier, 439 DNA diagnosis, 445 Indirect labeled probe, 445 Domain structure, 487 Initiator, 143 Double bond, 481 Inorganic—organic composites, 617 Drying-in-liquid method, 401 Interactions, 355 Dual-phase, 567 Interdiffusion, 537 Dynamic electrophoretic mobility, 477 Interdiffusion of polymer chains, 583 Dynamic mechanical analysis, 583 Interpenetrating polymer networks (IPN), 241 Dynamic mechanical behavior, 271 IPN, 551 Dynamic swelling method, 153, 405 Island-in-island morphology, 271 Dynamics, 153 Isothermal calorimetry, 335 Electric printing system, 215 Kinetics, 23 Electrorheology, 459 Electrostatic interaction, 413 Lactides, 111 Electrostatic repulsion, 137 Latent curing agent, 3 Emulsifier addition methods, 321 Latex, 99, 111, 241, 255, 355, 471, 525, 537, 567 Emulsifier-free emulsion, 363 Latex particles, 453 Emulsifier-free emulsion co-polymerization, 133 Lens function, 503 Emulsion, 39 Liquid-liquid dispersion, 401 Emulsion copolymerization, 31 Lithium battery, 567 Emulsion polymerization, 99, 119, 123, 143, 165, 311, Living polymer cation, 395 503, 609 Loop chain, 305 Enzymatic polymerization, 189 Enzyme immobilization, 435 Macro-azo-initiator, 195 Epoxy resin, 3 Magnetic latex particles, 435 Magnetic separation, 435 Film formation, 609 Mathematical model, 61, 119 Flocculation, 435 Matrix polymer, 229 Fluorescence, 537 Mechanical strength development, 583 Fluoric/acrylic, 317 Membrane emulsification, 373 Fluoroacrylic, 597 Membrane emulsification technique, 221 Formaldehyde, 203 Methyl methacrylate (MMA), 123 Free water, 471 Micellar polymerization, 173 Freezable bound water, 471 Microemulsion polymerization, 23 FT-IR spectroscopy, 481 Microgel, 99 Functional latex particles, 363 Microgels, 305 Microgravity, 515 Gel, 567 Micron-size, 153, 405 Gene therapy, 439 Microparticle array, 503 Graft copolymer, 439 Micropatterned, 603 Grafting, 39, 123, 341 Microsphere, 383, 603 Microspheres, 111 Heterocoagulation, 609 Microstructure of composite films, 617 Heterophase polymerization, 75 Mini-emulsion, 285 Hollow, 405 Miniemulsion, 39 Hollow particles, 271 Moiré pattern, 503 Hydrogel, 335 Molecular weight, 127 Subject Index / Colloids Surfaces A: Physiochem. Eng. Aspects 153 (1999) 629-632 Molecular weight distribution, 61, 119 Polymer electrolyte, 567 Monodisperse, 221, 405 Polymer micelle, 305 Monodisperse polymer particles, 179 Polymer particle, 153, 401 Monodispersion polymer particle, 503 Polymer particles, 11 Monomer adsorption, 153 Polymeric composites, 271 Monomer partition behavior, 179 Polymeric dispersion medium, 75 Morphological change, 229 Polymeric initiator, 75 Morphology, 241, 255, 297, 311, 429, 609 Polymeric microsphere, 421, 481 Multi-layered structure, 439 Polymeric surfactants, 99 Multicomponent, 241 Polymerizable microemulsions, 47 Polymerizable surfactant, 161 N-isopropylacrylamide, 487 Polymerization, 39, 127 N, laser-induced aerosol particle formation, 203 Polymerization in small systems, 221 Nanoparticles, 439 Polymerized method, 215 Neutralization degree, 89 Polyphenol particle, 189 NIPAM, 435 Polystyrene, 603 Nomenclature, 325 Polystyrene microsphere, 617 Non-equilibrium, 255 Polystyrene particle, 209, 467 Non-freezing water, 471 Polyurethane, 481, 597 Non-PVC plastisol, 3 Polyvinylchloride, 321 Nucleation, 11 Post-grafting, 395 Preparation process, 215 Oligodeoxyribonucleotide, 341 Protective colloid, 123 Optical property, 311 Protein adsorption, 413 Oscillating electric field, 477 Protein refolding, 421 Oxidative polymerization, 189 PSL, 467 Particle aggregation, 487 Radiation curable coatings, 481 Particle formation, 325 Radical copolymerization, 161 Particle growth, 61 Radical entry and exit, 137 Particle morphology, 75, 285 Radical polymerization, 11 Particle size, 31 Rate of polymerization, 89 Particle size analysis, 495 Reaction calorimeter, 137 Particle size distribution, 23, 89 Reaction calorimetry, 143 Photon transmission, 537 Reactive latex, 583 Plastisol viscosity, 321 Reactive microsphere, 133 PMMA seed latex, 165 Redox-initiation, 285 Point mutation, 445 Reflection spectra, 515 Poly(acrylamide-co-acrylic acid) hydrogel, 221 Rheological measurements, 575 Poly(ethylene oxide), 173 RibonucleaseA, 421 Poly(lactide), 383 RTPMMA, 551 Poly(methyl methacrylate), 179 Rubber toughening, 551 Poly(methyl vinyl ether), 229 Poly(methylstyrene), 363 Seeded dispersion polymerization, 297 Poly( N-isopropylacrylamide), 341 Seeded emulsion polymerization, 321 Poly(styrene-co-methyl methacrylate), 229 Seeded polymerization, 405 Poly(vinyl acetate) emulsion, 367 SEM, 467 Poly(vinyl alcohol) (PVA), 123 Semi-flexible polymer, 173 Poly-L-lysine, 575 Sensitization of nucleation, 203 Polydimethylsiloxane, 195 Shirasu porous glass (SPG) membrane, 373 Polyelectrolyte block copolymer stabilizer, 75 Silica sol, 617 Polyimide prepolymer (PIP), 373 Size distribution, 209 Polymer colloids, 525 Soapfree emulsion polymerization, 209 632 Subject Index / Colloids Surfaces A: Physiochem. Eng. Aspects 153 (1999) 629-632 Soil resistance, 317 Temperature-sensitive, 429 Specific activity, 429 Terminal amino groups, 395 SPG emulsification, 383 Thermal reduction property, 311 Spherical particle, 477 Thermodynamic stability, 297 Stability, 31, 39 Thermosensitivity, 435 Stabilizer, 143, 195 Thiol—disulfide exchange reaction, Steric effect, 137 Toner, 215 Styrene, 61, 127, 165 Toughening modifier, 3 Sulfhydryl group, 421 Traceability, 467 Sulfonated microspheres, 413 Trypsin, 429 Super-fine particles, 229 Supraparticle, 133 Vinyltrimethoxysilane, 203 Surface activity, 367 Viscosity stability, 367 Surface functional group, 583 Void closure, 537 Surface grafting of polymer, 395 Volume phase transition, 487 Surface modification, 133 Surface structure, 453 Water resistance, 367 Surface topography, 603 Waterborne resin, 597 Surfactant polymer binding, 335 Weatherability, 317 Surfactants, 11 Whisker suspensions, 459 Suspension polymerization, 215, 373, 401 Swelling of droplets, 373 Yield stress, 459 TEM, 467, 551