Table Of Content

Journal of Membrane Science, 86 (1994) 308 Elsevier Science B.V., Amsterdam Author Index Arnot, T., 291 Maejima, C., 231 Auvil, S.R., 67 Markels, J.H., 241 Aydemir, A., 171 McGuffin, V.L., 263 Mogutov, A.V., 127 Berezina, N., 207 Mulder, M.H.V., 193 Bos, A., 193 Miiller, J., 87 Bos, M., 193 Boyadzhiev, L., 137 Nagai, T., 47 Burban, P.M., 67 Nakamura, I., 155 Nakane, T., 231 Cot, L., 95 Nosaka, Y., 47 Dimitrov, K., 137 Parham, H., 29 Dyomina, O., 207 Paullier, P., 281 Peterson, E.S., 57 Enke, C.G., 263 Prabhakar, S., 145 Eroglu, I., 171 Etienne, J., 95 Radke, C.J., 241 Ramani, M.P.S., 145 Field, R., 291 Fujii, N., 47 Semin, G.L., 37 Shamsipur, M., 29 Gnusin, N., 207 Srinivasan, R., 67 Guizard, C., 95 Stone, M.L., 57 Gupta, B.B., 281 Sumi, K., 155 Suzuki, T., 47 Hang, S., 291 Hong, S.-A., 181 Tai, M.S.L., 119 Teo, W.K., 119 Ilinich, O.M., 37 Timofeyev, S., 207 Tou, J.C., 263 Jaffrin, M.Y., 281 Tiirker, L., 171 Julbe, A., 95 Van der Linden, M., 193 Kimura, M., 155 Van der Linden, W.E., 193 Kitamoto, D., 231 Vetchinova, Yu.S., 37 Kobayashi, T., 47 Vovkogon, Yu.A., 1, 19 Kocherginsky, N.M., 127 Kokufuta, E., 155 Weichart, J., 87 Wessling, M., 193 Lai, J.-Y., 103 LaPack, M.A., 263 Yanagishita, H., 231 Larbot, A., 95 Yang, J.-W., 181 Lee, K.-R., 103 Yaroshchuk, A.E., 1, 19 Li, K., 119 Yiicel, A.M., 171 Liu, M.-J., 103 Lynn, S., 241 Zamaraev, K.I., 37 Journal of Membrane Science, 86 (1994) 308 Elsevier Science B.V., Amsterdam Author Index Arnot, T., 291 Maejima, C., 231 Auvil, S.R., 67 Markels, J.H., 241 Aydemir, A., 171 McGuffin, V.L., 263 Mogutov, A.V., 127 Berezina, N., 207 Mulder, M.H.V., 193 Bos, A., 193 Miiller, J., 87 Bos, M., 193 Boyadzhiev, L., 137 Nagai, T., 47 Burban, P.M., 67 Nakamura, I., 155 Nakane, T., 231 Cot, L., 95 Nosaka, Y., 47 Dimitrov, K., 137 Parham, H., 29 Dyomina, O., 207 Paullier, P., 281 Peterson, E.S., 57 Enke, C.G., 263 Prabhakar, S., 145 Eroglu, I., 171 Etienne, J., 95 Radke, C.J., 241 Ramani, M.P.S., 145 Field, R., 291 Fujii, N., 47 Semin, G.L., 37 Shamsipur, M., 29 Gnusin, N., 207 Srinivasan, R., 67 Guizard, C., 95 Stone, M.L., 57 Gupta, B.B., 281 Sumi, K., 155 Suzuki, T., 47 Hang, S., 291 Hong, S.-A., 181 Tai, M.S.L., 119 Teo, W.K., 119 Ilinich, O.M., 37 Timofeyev, S., 207 Tou, J.C., 263 Jaffrin, M.Y., 281 Tiirker, L., 171 Julbe, A., 95 Van der Linden, M., 193 Kimura, M., 155 Van der Linden, W.E., 193 Kitamoto, D., 231 Vetchinova, Yu.S., 37 Kobayashi, T., 47 Vovkogon, Yu.A., 1, 19 Kocherginsky, N.M., 127 Kokufuta, E., 155 Weichart, J., 87 Wessling, M., 193 Lai, J.-Y., 103 LaPack, M.A., 263 Yanagishita, H., 231 Larbot, A., 95 Yang, J.-W., 181 Lee, K.-R., 103 Yaroshchuk, A.E., 1, 19 Li, K., 119 Yiicel, A.M., 171 Liu, M.-J., 103 Lynn, S., 241 Zamaraev, K.I., 37 Journal of Membrane Science, 86 (1994) 309-310 Elsevier Science B.V., Amsterdam Subject Index alumina, 95 inorganic membranes, 57 amino acid concentration, 181 intrinsic rejection, 241 asymmetric membrane, 231 ion-dipole complexes, 207 ion-exchange membranes, 207 bacteriorhodopsin, 171 ionic mobilities, 19 Ba** -18-crown-6 carrier, 29 IR gas analysis, 87 irreversible thermodynamics, | capillary space-charge model, 1 carrier, 155 life-support system, 119 catalyst recovery, 37 liquid emulsion membrane, 181 charged ultrafiltration membrane, 47 liquid membranes, 29, 127, 137, CO, removal, 119 composite membranes, 57 mass transfer, 145 concentration driven permeation of SO., 87 membrane, 95 concentration polarization, 241 membrane formation, 103 conductivity, 207 membrane hydrodynamics, 145 counterion separation, 1, 19 mercury transport, 29 cross flow filtration, 281 micellizing solute, 241 cyanide ion, 155 microfiltration, 291 microporous and porous membranes, 67 demulsification, 181 mineral membrane, 281 dextran, 95 mixture permeation, 67 dextransulfate, 47 di-2-ethylhexy! phosphoric acid, 181 NO, and CO, 87 diffusion, 57, 67, 263 NO detoxication, 37 dual-sorption model, 67 nonsolvent additive, 103 numerical analysis, 19 electrolyte mixtures, 1 electrostatic barrier, 47 oxalate, 95 energy saving, 281 oxygen enrichment, 103 facilitated transport, 127 pertraction, 137 fermentation broth, 181 pervaporation, 231 filtration, 95 phase inversion process, 231 fine-porous model, 19 photoresponse, 171 flux enhancement, 281 plasma polymerization, 87 fouling, 291 plate module, 145 polyacrylamide gel, 171 gas and vapor permeation, 67, 193, 263 polyacrylonitrile, 47 gas separations, 57 polycarbonate, 103 polyimide, 231 Hg(NO,){~ anion, 29 polyphosphazene membranes, 57 hollow fibre modules, 119 poly[ 1- (trimethylsilyl )-1-propyne }, 67 homogeneous catalysis, 37 pressure-driven transport, 1, 19 hydration capacity, 207 proton pump, 171 hydrophobic membranes, 119 pulsating flow, 281 310 purple membrane, 171 tetraphenylporphinatomanganese (III) complex, theory, 193, 263 reverse osmosis, 37, 145 thermodynamics, 263 thiosulfate, 29 salt effects, 47 tri-isobutylphosphine sulfide, 137 selectivity enhancement of gas sensors, 87 silicon organic membranes, 87 ultrafiltration, 241 silver extraction, 137 unstirred batch cell, 241 sol-gel, 95 uphill transport, 155 solubility and partitioning, 263 stirring, 127 water/ethanol separation, 231 structural image, 207 water transport number, 207 sulfide detoxication, 37 wet phase inversion, 103 surfactants, 291 wine clarification, 281 ternary electrolyte mixtures, zirconia, 95 * ° x * > . od M. : a 4 = e . * - ; a 4 * f we * = ieee r ‘i F a . - : * 2. ‘ - : ortio)o Sane . ‘ wii ‘ ‘ 4 * ; : es we . 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