Table Of Content

journal of MEMBRANE my SCIENCE ELSEVIER Journalo fM embrane Science 97 (1994) 293-294 Author index Agarwal, G.P., 83 Jucker, C.. 37 Aihara, M., 91 Julbe, A., 127 Alami-Younssi, S., 167 Arai, H., 199 Kathios, DJ Kim, J.J., 263 Bell, G., 13 Kulkarni, A., 231 Bhattacharya, P.K., 185 Kumazawa, H Bouchard, C.R Britten,M ., 283 Larbot, A., 167 Broz, Z., 145 Machida, M., 199 arlés. M.. 155 Matsuura, T., 215 arreau. P_J.. 215 Messaoudi, B hai,M ., 199 Mukherjee, D., 231 harrier, J.Ph., 71 ‘hoi. C_K.. 263 Nakajima, H lark, M.M., 3 Negishi, Y., 91 ot. L.. 127. 167 Nishimura, J Eguchi, K., 199 Ohya, H., 91 Elmaleh, S., 127 Park, J.Y., 263 Persin, M., 167 Ganguly, S., 185 Gauthier, S.F., 283 Pouliot, Y., 283 Pourcelly, G., 99 Gavach, C., 99 Gaylor, J.D.S., 2 Randon, J., 12 Gill, W.N., 231 Gooding, C.H., 53 Rios, G.M.. 155 Gourley, L., 283 Sada, I Gupta, S.K., 83 Sakai, S., 175 Sarrade, S., 155 Halling, P.J., 13 Sarrazin, J., 167 Hickey, P.J.. 53 Sikdar, S.K 109 Hilaly, A 109 Smith, B.F 251 Hou, X., 275 Sourirajan, S., 215 Hwang S.-T., 109 Sroka. Z.. 209 Inamori, K Tandon, A., 83 Inokuma, S., 17 Togami, N., 91 Tugas, 1., 99 Jaafari, K Jaffrin, M.Y Uchytil, P., 139, 145 Jarvinen, G.D Ji, W., 109 Vaidya, A.M., 13 Yamamoto, T., 175 Yamashita, Y., 199 YarbroS,. L., 251 Zhang, J., 275 journal of MEMBRANE SCIENCE ELSEVIER Journal of Membrane Science 97 (1994) 295-296 Subject index Adsorption, 37 Irreversible thermodynamics, 83 Albumin ultrafiltration, 71 Alkali metal cation transport, 175 Limiting flux, 185 y-Alumina membrane, | 67 Lipase immobilization, 209 Amino acid transport, 175 Liquid membranes, | 75, 251 Anion exchange membranes, 99 Liquid permeability and separations, 263 Backflushing, 145 Mass transfer, 27 Mass transport, 155 ‘eramic membranes, | 27, 13+9 , 145 Mean pore radius, | 39 eramic or composite membranes, 155 Membrane bioreactor, 13 hemical surface modification, 231 Membrane distillation, | ‘omparison of native and immobilized lipase on hollow-fiber Membrane selection, | 3 membrane, 209 Metal—alkoxide, 91 ( omposite membrane, 9! Metal-dispersed microporous membrane, 199 ( ‘omposite membranes, | 27, 231 Microfiltration, 127, 263 ( oncentration polarization, 83, 215 Microporous and porous membranes, 251, 263 ( oncentration profile, 185 Mobility, 99 ( ‘onfigurational number, | Modeling, 215 ( ‘ontact angle, 37, 283 Modelling, 83 ( ross-flow, 185 Modules, 53, 109, 251 ( rownophanes, | 75 Nanofiltration, 155, 167 Numerical technique, 185 Design, 109 Optimization, 109 Economics, 53, 109 E lectrotransport, 99 E thano! diafiltration Pervaporation, 53, 109 Poly(ethylene glycol), 155 Polymeric membranes, 209 Fiber membranes, 251 Pore radius, 145 Flux enhancement, 231 Prediction, 185 Fouling, 127, 283 Pressure profile, 145 Process optimization, 71 Gas diffusion, 199 Protein transmission, 83 Gas permeability, 275 Gas permeation, | 39, 145 Radioactive wastes, 251 Gas permselectivity, 275 Reverse osmosis, 231 Gas separation, 199, 275 Rotating membrane filter, 263 Geometric factor, 139 Selective permeation, 199 Humic substances, 37 Silyl-substituted PPO, 275 Hydrocolloid, 27 Skin, 23! Hydrogen,9 1, 199 Sol-gel technique, 199 296 Spillover, 199 Ultrafiltration, 83, 215, 283 Streaming potential, 37 Sulphuric acid, 99 Volatile organic compounds, 53, 109 Surfactant-induced breakthrough, 13 Vortex flow configurations, 83 Swelling, 27 Water treatment, 53,. 109 Taylor vortex, 263 Water> va¢ pour, 2° 7 Theory, 215 Wound dressing, 27 Thermochemical water decomposition, 9! Transport mode. | X-ray photoelectron spectroscopy 37 Transport number, 99 Two-phase biocatalysis, 13 Zirconia-silica, 9!