Journal of Chemical Technology and Biotechnology 1996: Vol 65-67 Index

9 Pages·1996·0.4 MB·English

J. Chem. Tech. Biotechnol. 1996, 67, 421-423
Author Index to Volumes 65-67
The suffix S following a page number (e.g. 321S) is used for publications that are extended summaries of papers given at
SCI Group Meetings.
Abd El-Halim, A. M., 66, 121 Bond, G. C, 65, 15 Doddema, H. J., 66, 300
Abdalla, B. K., 65, 335 Bosetti, A., 66, 375 Domenech, 67, 237
Abdessemed, D., 67, 169 Boumahrez, M., 66, 398 Donlon, B. A., 66, 251
Aboul-Fetouh, S., 67, 153 Bouzek, K., 66, 35, 131 du Preez, A. C., 65, 93,66, 86, 293
Acero, J. L., 66, 206 Boyd, J., 66, 99S Duan, K.-J.,66, 135
Acosta, F., 67, 397 Bruneau, S., 65, 221 Duvnjak, Z., 65, 211
Adler, P. M., 65, 386S Bucke, C.,67, 157,217 Dziwihski, E., 67, 84
Aguayo, A. T., 65, 186, 66, 183 Buggy, M., 66, 19
Aguilar, J. C., 66, 56 Bukowska, A., 67, 176 El-Desoky, E. 1., 67, 153
Aguilar, R., 67, 357 Bukowski, W., 67, 176 Ellouz, R., 66, 414
Aittamaa, J., 67, 265 Bulmer, M., 66, 174 Emery, A. N., 65, 258
Al-Ahmadi. A. A., 65, 200 Burggraaf, A. J., 65, 389S Eremenko, A. V., 65, 39
Al-Duri, B., 65, 239 Bustos, R. O., 65, 193 Esgalhado, M. E., 65, 258
Al-Mahmoud, A., 67, 397 Eskandari, A., 67, 15
Alano, A., 65, 111 Cabral, J. M. S., 65, 137, 67, 323
Ali, A. I., 67, 137 Camacho, F., 67, 286, 350 Faber, B., 66, 139
Allal, K. M., 66, 398 Cameron, A., 66, 174 Fagain, C. O., 67, 227
Alvarez, J., 67, 357 Castro, A. A., 65, 131 Fan, Y., 67, 77
Aly, H. F.,67, 137 Cecen, F., 65, 229 Fatemi, S. M., 67, 362
Amaral-Collaco, M. T., 65, 258 Cesti, P., 66, 375 Favre, E., 65, 221
Ampon, K., 66, 169, 67, 157 Chand, S., 66, 286 Fawzy, M. H., 66, 121
Andou, S., 66, 65 Chanda, M., 67, 39 Fernandez, J. R., 66, 1
Andriollo, N., 66, 375 Chang, C. H., 67, 27 Fernandez, V., 67, 67
Apak, R.,67, 221 Chang, C.-S., 65, 156 Ferrer, J., 66, 279
Ariff, A., 67, 157 Chang, C.-Y., 66, 7 Ferro-Garcia, M. A., 67, 183
Arvidsson, P., 66, 15 Chen, C.-Y., 66, 382 Fertin, B., 66, 79
Ashour, M. M., 66, 121 Chen, J.-P., 66, 389 Figoli, N. S., 67, 72
Ashrafizadeh, S. N., 67, 367 Chen, Y., 66, 227, 67, 143 Fountoulakis, M., 65, 123
Aspe, E., 67, 96 Cheng, C.-Y., 66, 135 Freedman, D., 67, 143
Atiqullah, M., 66, 41 Chowdhury, M. H. M., 66, 41 Freiser, H., 65, 81
Cidaria, D., 66, 375 Fueyo, G., 67, 302
Bailie, A. G., 66, 35 Cino, J., 67,143 Fujii, N., 65, 49
Balci, S., 66, 72 Clifford, A. A., 65, 293S, 296S Fujishiro, Y., 67, 339, 345
Ballester, A., 65, 272 Coca,J., 65, 281
Barberis, J. P., 67, 72 Colleran, E. M., 66, 251 Gabaldon, C., 66, 279
Barker, P. E., 66, 265 Couch, M., 66, 327 Gaikar, V. G., 67, 329
Barron, M. A., 67, 357 Cox, H. H. J., 66, 300 Gao, S., 65, 65
Bartle, K. D., 65, 294S Culfaz, M., 65, 265 Garcia, J., 66, 1
Basri, M., 66, 169 Garcia-Calvo, E., 66, 199, 67, 388
Bautista-Toledo, 1., 67, 183 Dabir, B., 67, 15 Gavach, C., 67, 169
Beg, S. A.. 66, 41 Danielsson, B., 66, 15 Gayubo, A. G., 65, 186, 66, 183
Belhocine, D., 67, 169 Daoud, J. A., 67, 137 Ghazali, H. M., 67, 157
Beltran-Heredia, J., 66, 206 Daugulis, A. J., 67, 397 Gilchrist, C., 66, 97S
Benitez, F. J., 66, 206 Davidson, G., 65, 295S Girgis, B. S., 67, 248
Benito, P. L., 65, 186, 66, 183 Davis, B., 66, 99S Glover, J., 66,145
Berrueta, J., 67, 302 de Gyves, J., 66, 56 Golpasha, R. D., 67, 15
Berzin, I., 66, 174 de Miguel, S. R., 65, 131 Gomez, E., 65, 272
Betancourt, D., 67, 67 de Rafael, D., 65, 111 Gonzalez, F., 65, 272
Bianchi, D., 66, 375 de Wulf, P., 67, 376 Gonzalez, J., 67, 357
Biguzzi, M., 65, 56 del C. Vasallo, M., 67, 67 Gonzalez, T., 66, 206
Bilbao, J., 65, 186, 66, 183 Demopoulos, G. P., 67, 367 Gonzalez-Tello, P., 67, 286, 350
Binks, P. R., 67,319 Deng, J., 67, 77, 281 Goto, M., 65, 29, 67, 21
Birkinshaw, C., 66, 19 Dhulster, P., 66, 79 Govindarao, V. M. H., 67, 39
Blazquez, M. L., 65, 272 Di Gennaro, P., 66, 375 Grijspeerdt, K., 67, 404
Bodhankar, S. S., 67, 329 Diagne, D., 65, 29 Guadix, E. M., 67, 286
Bogaert, H., 67, 404 Dianoux, .\. J., 65, 392S Guillochon, D., 66, 79
421
J. Chem. Tech. Biotechnol. (67) (1996)—© 1996 SCI. Printed in Great Britain
422 Author Index
Guizard, C., 65, 388S Kumar, R., 66, 243 Miyazawa, M., 65, 171
Gulari, E., 65, 45 Kumar, S. S., 67, 39 Mok, Y. S., 65, 309
Gutierrez, A., 67, 302 Kurth, R., 66, lOlS Moreno-Castilla, C., 67, 183
Gyamerah, M., 66, 145 Moriyama, H., 66, 217
L’Argentiere, P. C., 67, 72 Moyler, D. A., 65, 296S
Hambleton, P., 66, 95S Lacki, K., 65, 211 Muralidharan, S., 65, 81
Hano, T., 67, 260 Ladwa, N., 66, 174 Muslu, Y., 66, 25
Hao, O. J., 67, 27 Lahiri, S., 67, 149 Mustafa, I., 66, 305
Harder, W,., 66, 300 Lamant, C., 67, 291
Harji, B. H., 65,317 Latha, V., 67, 329 Nagai, T., 65, 49
Harris, R., 97S Lau, K., 65, 351 Nandal, A., 65, 149
Harvey, L. M., 65, 343 Lee, H., 65, 115, 375 Narciandi, R. E., 66, 1
Hasegawa, T., 66, 405 Lee, H.-H., 67, 255 Nath, S., 66, 286
Hashimoto, N., 65, 325 Lee, K. H., 65, 309 Nguyen, Q. T., 65, 221
Hassan, M. M., 66, 41 Lee, K.-Y., 66, 349 Ni, X., 65, 65, 66, 305
Hayashi, Y., 67, 190 Lee, S. H., 66, 153 Novoa, L. I., 66, 1
Healy, M. G., 65, 193 Lee, S.-T., 66, 349
Henry, M. P.,66, 251 Lee, W.-J., 66, 382 O’Brien, W. S., 67, 204
Herrera, L., 66, 1 Lee, W. K., 65, 309 O’Neill, A., 66, 19
Hills, B. P., 65, 39IS Lefrance-Millot, C., 66, 79 Ohkawa, A., 66, 65
Hirata, M., 67, 260 Lemoine, N. R., 66, 96S Okamura, S., 65, 171
Hirose, T., 65, 29, 67, 21 Lens, P. N., 66, 251 Okuwaki, A., 67, 339, 345
Hossain, M. J., 67, 190 Leton, P., 67, 388 Olazar, M., 65, 186, 66, 183
Hreczuch, W., 67, 53 Ono, K., 66, 233
Li, C.-T., 66, 382
Hsu, M.-S., 66, 389 Ono, M., 65, 49
Li, S.-Y., 66, 135
Hu, Z., 65, 45 Liang, G., 65, 295S Orak, E., 65, 229
Huang, C., 66, 227 Orumwense, F. F. O., 65, 363
Lin, C.-T., 66, 135
Hugul, M., 67, 221 Otero, M. A., 67, 67
Lin, J.-P, 66, 7
Ouchefoun, M., 66, 398
Lin, S.-C, 66, 109
Idris, N., 66, 347 Ozdilek, O., 65, 265
Linko, Y.-Y., 65, 163
Ileri, R., 66, 25
Little, M. H., 66, 365
Ishida, K., 66, 340 Packer, K. J., 65, 390S
Liu, B.-Y., 65, 156
Itou, O., 67, 89 Padron, G., 66, 1
Liu, H., 67, 77, 281
Izumi, T., 66, 233 67, 89 Parera, J. M., 67, 61
Liu, S., 67, 77
Park, J. M., 65, 355, 67, 255
Liu, Y.,67, 77, 281
Jackowski, K., 65, 370 Park, O.-J., 67, 255
Long, K.,67, 157
Jaffrin, M. Y., 67, 291 Patel, R., 66, 327
Lounici, H., 67, 169
James, A. G., 67, 333 Pazos, C., 65, 281
Lukasek, P., 66, 35
Jerzykiewicz, A., 67, 53 Peng Yong, Yee., 239
Lynch, T., 65, 293S
Jiang, P., 65, 81 Peppiatt, C., 65, 56
Jin, S., 66, 223 Peral, J., 67, 237
Jirku, V., 65, 179 Ma, E.,65,81 Philip, C. A., 67, 248
Johns, M. M., 66, 192 Madi, N. S., 65, 343 Phillips, J. A., 67, 131
Jones, J. C., 65, 176, 66, 347 Madrazo, J., 66, 1 Pickett, A. M.,66, 174
Joris, K., 67, 376 Makower, A., 65, 39 Pieck, C. L., 67,61
Juang, R.-S., 66, 153, 160 Mameri, N., 67, 169 Pitchumani, S., 67, 149
Jurado, E., 67, 286, 350 Marriage, H., 6(S, 95S Poskrobko, H., 67, 84
Marsh, R. M., 66, 139 Poskrobko, J., 67, 84
Kamboj, R. C., 65, 149 Marshall, W. E., 66, 192 Preston, J. S., 65, 93, 66, 86, 293
Kameoka, H., 65, 171 Marti, M. C., 67, 96 Price, J., 66, lOlS
Kaplan, M., 65, 295S Martinez, A. C., 65, 131
Kasai, S., 66, 405 Martinez-Castro, I., 65, 111 Qi, D., 67, 77
Kaufman, E. N., 66, 365 Marzal, P., 66, 279 Qian, J., 67, 281
Kawanishi, T., 67, 190 Masaki, K., 67, 339 Qian, X., 67, 124
Kawase, Y., 65, 325 Mason, G., 65, 387S Qin,Y., 65, 137,67, 323 ■*
Kayhanian, M., 66, 312 Mata-Alvarez, J., 66, 312 Qiu, X. Q., 65, 303, 351, 380, 67, 164
Keizer, K., 65, 389S Matis, K. A., 67, 195 Quinque, B., 66, 79
Kelly, S. L., 66, 139 Matsumoto, M., 67, 260
Kennes, C., 66, 300 Mattiasson, B., 66, 15 Raghav, N., 65, 149
Kenney, C. N., 65, 317 McNeil, B., 65, 343 Ramsay, J. D. F., 65, 385S
Kilbane II, J, J., 65, 370 Merchuk, J. C., 66, 174 Ramsden, M. J., 67, 131
King, J. W., 65, 295S Metwally, M. A., 67, 153 Rantakyla, T.-K., 67, 265
Kobayashi, T., 65, 49 Meyyappan, R., 67, 149 Razak, C. N. A., 66, 169
Kodama, A., 67, 21 Mier, J. L., 65, 272 Rivera-Utrilla, J., 67, 183
Kodera, K., 67, 89 Miland, E., 67, 227 Robles, A., 67, 350
Kolb, M., 66,15 Milchert, E., 67, 84 Rodriguez, B., 66, 206
Komives, E., 67,143 Miszkiewicz, W., 67, 53 Rodriguez de San Miguel, E., 66, 56
Kondoh, N., 65, 86 Miura, S., 67, 260 Roeckel, M., 67, 96
Krol, J., 67, 143 Miyakawa, H., 66, 405 Romo, C. R., 65, 193
Author Index 423
Roseiro, J. C., 65, 258 Smith, A., 66, 99S Wang, D., 65, 86
Rousar, I., 66, 35, 131 Smyth, M. R., 67, 227 Wang, S., 67, 243
Roy, B. C., 67, 21 Sohrabi, M., 67,15 Wang, Y., 67, 243
Sopher, C. R., 65, 375 Wang, Y.-T., 66, 382
Sad, M. R., 67, 61 Spedding, P. L., 65, 286 Warnes, A., 65, 5
Sakakibara, M., 65, 86 Stephenson, J. R., 65, 5 Watson-Craik, I. A., 65, 72, 67, 333
Salleh, A. B., 66, 169 Stevenson, E. C., 65, 286 White, C., 67,143
Salmi, T., 67, 265 Streffer, K., 65, 39 Wilson, R. J. H., 65, 294S
San-Martin, M., 65, 281 Suen, Shing-Yi., 65, 249 Wiltowski, T. S.., 67, 204
Sanaei, H. R., 67, 362 Sulisti, 65, 72 Wiseman, A., 65, 3
Sandeaux, J., 67, 169 Suresh, A. K., 66, 243 Wollenberger, U., 65, 39
Sandeaux, R., 67, 169 Suzuki, K., 65, 86 Wong, N. B., 65, 303, 351, 380, 67, 164
Sangster, K., 67, 204 Szymanowski, J., 67, 53 Woo, S. H., 65, 355
Saracoglu, N., 65, 265 Wragg, A. A., 66, 35
Sato, K., 67, 339, 345 Tan, W.-H., 67, 381 Wu, C.-H., 66, 7
Sato, T., 67, 339, 345 Tchobanoglous, G., 66, 312 Wu, H.-S.,67, 381
Satou, K., 66, 233 Tin, K. C., 65, 303, 351, 380, 67, 164 Wu, R.-T., 66, 160
Scelza, O. A., 65, 131 Tobajas, M., 66, 199 Wu, X. Y.,65, 163
Scheller, F. W., 65, 39 Toppinen, S., 67, 265
Schugerl, K., 67, 276 Trevors, J. T., 65, 115
Yamagiwa, K., 66, 65
Scott, J. A., 67, 397 Trillas, M., 67, 237
Yang, J., 66, 355
Seco, A., 66, 279 Trotin, M., 67, 397
Yang, J.-W., 65, 355, 67, 255
Sello, G., 66, 375 Troyano, E., 65, 111
Yau, K. Y. F., 65, 375
Selvaraj, P. T., 66, 365 Tsai, S.-W., 65, 156
Ye, K., 66, 223
Senior, E., 65, 72, 67, 333
Yoong, W. S., 66, 169
Shalabi, M.A.,65, 317 Uenoyama, S., 67, 260
Yoshioka, T., 67, 345
Shama, G., 65, 56 Umoh, E. F., 67, 276
Yu, T., 67, 77, 281
Shankar, H. S., 66, 243
Yunus, W. M. Z. W., 66, 169
Sheldon, R. A., 67, 1 V. Putten, A. B., 67, 276
Shennan, J. L., 67, 109 Van Dyke, M. I., 65, 115
Shepherd, S. H., 67, 397 Vandamme, E. J., 67, 376 Zentgraf, B., 66, 15
Sherwood, J. D., 65, 387S Varadharaj, A., 67, 149 Zhang, M.-Z., 67, 164
Sheu, D.-C.,66, 135 Varley, J., 66, 327 Zhang, R., 67, 124
Shieh, M. T., 66, 265 Venkateswarlu, K., 66, 139 Zhang, X., 67, 77
Shimizu, K., 66,217, 223, 340 Vercaigne-Marko, D., 66, 79 Zhang, Y., 66, 305
Shimizu, N., 67, 190 Verdecia, O., 67, 67 Zhang, Z., 67, 77
Shiraishi, F., 66, 405 Verstraete, W., 67, 404 Zhao, Y.-C., 67, 195
Shojaosadati, S. A., 67, 362 Verweij, H., 65, 389S Zhong, X., 67, 243
Simmons, P., 65, 21 Volesky, B., 66, 355 Zhu, Q. M., 65, 303, 351, 380, 67, 164
Singh, H., 65, 149 Vroon, Z. A. E. P., 65, 389S Zimoch, J., 67, 53
Singleton, I., 65, 21 Zouari, N., 66, 414
Slaa, J. C., 65, 15 Wai, C. M., 65, 295S Zouboulis, A. I., 67, 195

J. Chem. Tech. Biotechnol. 1996, 67, 425-428
Subject Index to Volumes 65-67
The suffix S following a page number (e.g. 321S) is used for publications that are extended summaries of papers given at
SCI Group Meetings.
Abrasion resistance, 66, 192 Asymmetric synthesis, 67, 1 Calcium carbonate, 66, 365
Accidental fires, 65, 176 Aureohasidium pullulans, 65, 343 Cancer, 66, 96S
Acetic acid, 66, 160 Candida cylindracea lipase, 66, 233
Acetohacter xylinum, 67, 376 Bacteria, 67, 319 Candida rugosa lipase, 65, 163
Acid activation, 66, 72 Baffle spacing, 65, 65 Canola meal, 65, 211
Acid hydrolysis, 67, 350 Baker’s yeast, 66, 233, 67, 89 Carbon dioxide, 65, 29,67, 21
Acid proteases, 66, 389 Bentazone, 66, 206 Carbonylation, 67, 381
Acid toxicity, 65, 258 Bentonite, 66, 227 Carboxylic acids, 67, 176
Acidity poisoning, 65, 131 Benzo(a)pyrene, 66, 139 Catalysis, 65, 335
Activated carbon, 66, 279, 67, 183, 248 BET surface area, 66, 72 Catalyst, 67, 176
Activated sludge, 67, 404 Beverage off-gas, 67, 397 Catalyst acidity, 65, 186
Activity, 65, 186 Bimetallic catalysts, 67, 72 Catalysts, 67, 61
Addition, 67, 176 Binary-solute, 65, 249 Catalytic reactions mechanism, 67, 15
Additives, 65, 309 Bioassay, 65, 56 Cathepsin B, 65, 149
Adsorption, 65, 363, 66, 192, 279, 414 Biodegradation, 65, 370, 66, 251, 300 Cell recycle fermentation, 67, 143
Adsorption isotherm, 65, 249 Biodesulphurisation, 67, 109 Cellulose, 65, 176, 67, 350, 376
Adsorption kinetics, 65, 249 Biodetoxification, 65, 370 Cellulose degradation, 67, 333
Aeration rate, 65, 65 Biodiversity, 67, 217 Cellulose solubilisation, 67, 350
Affinity, 66, 389 Biofilm, 65, 229 Centrifugation, 67, 96
Affinity membrane, 65, 249 Bioleaching, 65, 272 Ceramic powders, 66, 19
Air-lift reactors, 66, 174, 67, 388 Biological reduction, 65, 171 CH2Cl2,66, 382
Alamine 336, 65, 281 Biological treatment, 66, 25 Charged membrane, 65, 49
Alcaligenes, 65, 115 Biomass energy, 66, 340 Chelating resin, 67, 149
Algal biosorbent, 66, 355 Biomass recycle, 67, 362 Chemical warfare agents, 65, 370
Alginate, 65, 149 Biomass recycle broth reuse, 66, 223 Chitosan, 66, 227
Alkaline extraction, 67, 67 Biomass recycle system, 66, 340 Chlorination, 67, 61
Alkaline medium, 67, 149 Biomethanization, 66, 312 Chlorophenol, 67, 183
a-(Alkoxycarbonylamino)acetophenones,- Biopolymers, 67, 286 Chlorophenols, 67, 221
66, 233 Bioreactor, 65, 286 Chromatographic, 66, 265
Alkylbenzenes, 67, 265 Bioreactor-separator, 66, 265 Chromohacterium viscosum lipase, 67,
Alkylsalicylic acids, 66, 293 Bioremediation, 66, 300 190
Amine extraction, 66, 56 Biosensor, 65, 39, 66, 15, 67, 281 Citrate bath Cu-Ni alloy composites, 66,
(R)- and (S)-2-amino-l-arylethanols, 66, Biosorption, 65, 21, 66, 355 121
233 Biosurfactant, 66, 109 Clean technology, 67, 96
6-Amino penicillanic acid, 66, 243 Biosurfactants, 65, 115 Clinoptilolite, 65, 265
Aminoazoles, 67, 153 Biotechnology, 67, 319 CO oxidation, 65, 317
Ammonia, 65, 229 Biotransformation, 65, 171 Co-disposal, 65, 72
Amylase activity, 66, 15 Bispirothiazoloisoxazolines, 65, 200 Coagulants, 66, 398
Anaerobic digestion, 66, 251,414 Bispirothiazolopyrazolines, 65, 200 Coagulation, 66, 227, 67, 96
Anaerobic reactors, 67, 302 Bispirothiazolopyrimidinones, 65, 200 Coal, 67, 109
Anaerobic sludge, 66, 414 Bispirothiazolothiopyrimidinones, 65, Coal swelling, 66, 347
Anaerobic treatment, 67, 302 200 Colostrum, 66, 79
Anhybrid reactors, 66, 251 Bottom clearance, 66, 174 Coloured olive compounds, 66, 414
Anion-exchange, 66, 223 Bronsted/Lewis acidity, 66, 183 Column sorption, 66, 153
Antarctic krill, 65, 193 BTEX, 66, 300 Combined UV/HjOj, 66, 206
Antibiotics, 65, 45 Bubble column, 66, 65, 199 Complete dispersion, 66, 305
AOT, 67, 190 Bubble oscillations, 66, 327 Concentration, 65, 29, 67, 169
Apricot stones, 67, 248 1-Butanol, 65, 221 Copper, 66, 153, 67, 137
Aqueous two-phase systems, 67, 329 (R)- and {S)-3-Butylphthalides, 67, 89 Cotton, 65, 176
Aqueous phase oxidation, 67, 39 By-products, 66, 145 Cottonseed hulls, 66, 192
Aspergillus japonicus, 66, 135 Counter-current extraction, 67,137
Aspergillus fumigatus, 66, 139 Cadmium, 66, 279 Covalent immobilization, 65, 179
Aspergillus flavus, 67, 157 Cadmium desorption, 66, 355 Cross-flow filtration, 65, 49, 66, 223
Aspergillus vesicolor, 65, 179 Cadmium sulphide, 67, 339,67, 345 Crude oil, 67, 109
Association rate constant, 65, 249 Calcium alginate fibre, 65, 286 Cuticular wax, 67, 21
Asymmetric epoxidation, 67, 1 Calcium-based catalyst, 67, 53 Cyanoacrylates, 66,19
425
J. Chem. Tech. Biotechnol. (67) (1996)—© 1996 SCI. Printed in Great Britain
426 Subject Index
Cyclodextrin, 66, 15 Fermentation modelling, 67, 291 Hyoscyamus niger, 65, 355
Cyclopentadiene hydrogenation, 67, 72 Fermentation processes, 67, 357 HZSM5 zeolite, 65, 186
Fermented milk, 65, 86
Decomposition, 66, 382 Ferrous oxidation, 65, 272 Ignition, 65, 176
Depolymerisation, 67, 131 Fertilizer wastes, 65, 229 Immobilization, 65, 149,66, 169, 67, 255
Design, 67, 404 FIA, 67, 276 Immobilized baker’s yeast, 66, 233
Desorption modeling, 66, 355 Filter cakes, 65, 387S Immobilized cell reactors, 66, 286
Detergent builders, 65, 265 Fish protein, 67, 169 Immobilized cells, 66, 286
Di(2-ethylhexyl) phosphoric acid, 66, Fisheries wastewater, 67, 96 Immobilized enzyme reaction, 66, 405
153, 160 Flash fermentation, 66, 340 Immobilized lipase, 65, 239
Diastereoselective reduction, 65, 171 Flavours, 65, 296S Immobilized mycelium, 66, 135
Dibenzothiophene, 67, 109 Flocculation, 66, 227 Immobilized yeast, 65, 286
2.4- Dichlorophenol, 67, 237 Flow regime map, 66, 327 Immunoglobulins, 66, 79
2.4- Dichlorophenoxyacetic acid, 67, 237 Flow system, 67, 237 Inactivation kinetics, 65, 193
Differential reactors, 67, 15 Flue gas desulfurization, 66, 365 Inclusion bodies, 66, 1
Diffusion-reaction, 66, 243 Flue gases, 66, 300 Indium, 66, 56
1,2-Dihydroxy-1,2-dihydronaphthalene, Foods, 65. 294S Inhibition, 65, 81
66, 375 Food additives, 67, 67 Inhibition effect, 66, 414
Direct polychromatic UV radiation, 66, Formate esters, 65, 335 Insecticidal activity, 67, 124
206 Friction coefficient, 67, 388 Intercalation, 67, 339, 345
Direct steam injection, 66, 327 Fructooligosaccharides’ production, 66, Interferon y receptors, 65, 123
Dispersion, 66, 25 135 Ion exchange, 66, 355
Down scaling, 67, 404 Functional properties, 67, 67 Ion flotation, 67, 195
Drinking water, 65, 363 Iron sulphate, 66, 398
Dry digestion. 66, 312 /?-Galactosidase, 65, 86, 67, 243 Isomerization, 65, 111
DTP A. 65, 137 Gallium recovery, 67, 149 Isooctane, 67, 190
Dynamic thermogravimetry, 66, 7 Gas, 66, 382 Isopropanol dehydration, 65, 131
Gas hold-up, 65, 325, 66, 65, 199, 67,
Economic optimization, 67, 169 388 Kaolinite, 65, 363, 66, 227
EDTA, 65,81 Gas separator, 66, 174 Ketogluconate, 67, 376
Effectiveness factor, 66, 131 Gas sparger, 66, 65 Ketone dithioacetals, 67, 153
Electrodeposition, 66, 121 Gel beads, 67, 255 Kinetic, 66,312, 67, 286
ELISA, 66, 109 Gene, 65, 5 Kinetic constants, 66, 206
Emulsion swelling, 65, 309 Gene products, 66, 99S Kinetic model, 67, 190
Encapsulated enzyme, 66, 41 Gene therapy, 66, 95S, 96S, 99S, 101S Kinetic modeling, 65, 317
End product inhibition, 66, 223 Genetic, 65, 5 Kinetic resolution, 67, 1
Engineering, 65, 5 Genetic algorithm, 66, 217 Kinetics, 65, 239, 335, 66, 25, 67, 131,
Environment, 65, 5, 67, 169 Genetic testing, 66. 97S 176, 260
Enzymatic ammoniolysis, 67, 1 Glomerella cingulata, 65, 171 Kinetts, 65, 81
Enzymatic polymerisation, 67, 227 /?-Glucanase system, 65, 179 ki^a, 65, 65
Enzyme activity, 67, 190 Glucoamylase, 66, 405 KOH/NaOH solutions, 66, 35
Enzyme catalyst, 65, 286 Glucomannan, 67, 67
Enzyme immobilization, 67, 243 Glucose, 67, 276, 281 Lactic acid, 65, 281
Enzyme reactor, 66, 79 Glucose dehydrogenase, 65, 39 Lactic acid fermentation, 66, 223
Enzyme technology, 67, 217 Glucose oxidase, 67, 281 Lactose, 65, 111, 265
Enzyme thermistor, 66, 15 Glycolipid, 66, 109 Lactose hydrolysis, 65, 86
Equilibrium. 66, 160 Glycosidases, 67, 217 Lactulose, 65, 111
Equivalent length, 67, 388 GMOs, 65, 5 Landfill, 65, 72, 67, 333
Escherichia coli, 66, 1 gp-36 HIV-2, 66, 1 Landfill leachate, 67, 302
Essential oil, 67, 21 Granular structure, 66, 251 Langmuir-Hinshelwood mechanism, 66,
Esterification, 65, 156, 163, 239, 66, 169 Gypsum sludge, 66, 365 131
Ethanol, 65, 343, 375, 66, 145, 286, 67, Lanthanides, 65, 81
362 H-ZSM5 zeolites, 66, 183 Layered hydrous titanate, 67, 345
Ethanol fermentation, 66, 217, 340 Hemicellulose, 65, 375 Layered titanate, 67, 339
Ethoxylated alcohols, 67, 53 Heterocyclic, 67, 153 Leachate recycle, 65, 72
Ethoxylation, 67, 84 HLB value, 65, 309 Lead removal, 65, 363
Euphausia superba, 65, 193 Hollow fibre, 65, 137, 67, 323 Legislation, 66, 99S
Europium, 65, 93 Hops, 65, 294S Lipase, 65, 156
External film diffusion, 66, 286 Horse liver esterase, 67, 89 Lipase from Candida rugosa, 67, 89
Extracellular (free) lipase, 67, 157 Horseradish peroxidase, 67, 77 Lipopeptide, 66, 109
Extractant-impregnated resin, 66, 153 Human genome, 66, 97S Liquid bells, 65, 56
Extractants, 67, 397 Hydrodynamics, 66, 199 Liquid-liquid dispersion, 66, 305
Extraction, 65, 45, 81, 221, 66, 160, 67, Hydrogen peroxide, 67, 77, 221 Liquid-liquid extraction, 66, 145
21, 137 Hydrogenation, 67, 265 Liquid velocity, 66, 174, 199,67, 388
Hydrogenolysis, 65, 15 Lithium-doped alumina catalysts, 65,
F(ab')j,66, 79 Hydrolysis, 65, 335, 66, 265,67, 131 131
Fed-batch operation, 66, 243 Hydrophobic ion pair formation, 67, Lix-84, 67, 137
Fermentation, 65, 375, 66, 145, 67, 362 329 LuxAB, 65, 115
Subject Index All
Lysosomal cysteine proteinase, 65, 149 o-Cresol, 65, 72 Polyacrylonitrile, 65, 49
OCM,65, 303, 351,67, 164 Polymers, 65, 296S
12 M solutions, 66, 35 Octanol, 65, 239 Population composition, 66, 251
Maltose, 66, 405 Oleic acid, 65, 239 Porcine pancreatic lipase, 66, 233
Mass transfer, 66, 25, 286, 67, 243 Oligosaccharides, 67, 217 Pore volume, 66, 72
Mass transfer coefficient, 66, 286, 405 Olive oil mill effluent (OOME), 66, 414 Porosity, 66, 347
Mass transfer correlation, 66, 286 On-line monitoring, 67, 276 Porous media, 65, 385S, 386S, 387S,
Mathematical model, 65, 137, 66, 25 On-line optimisation, 66, 217 390S, 391S, 392S
Mathematical modelling, 66, 340, 389 Optimization, 66, 340 Potassium ferrate, 66, 35
Mechanical foam control, 66, 65 Optimum feed inlet position, 65, 29 Power equation, 66, 131
Mechanism, 66, 382 Organic acid, 67, 260 Precipitation, 65, 93,67, 227
Membrane bioreactor, 66, 375, 67, 291 Organic fluorides, 67, 124 Pressure swing adsorption, 65, 29
Membrane transport, 65, 388S Organic mixture, 65, 156 Pressure-cycling, 67, 243
Membranes, 65, 221 Organic solvents, 66, 251 Pressure-sensitive gel, 67, 243
Metabolic uncoupling, 65, 258 Organometallics, 67, 381 Pretreatments, 67, 350
Metabolism, 66, 139 Organophosphorus, 65, 81 Primary products, 66, 183
Metal ions, 65, 295S Organophosphorus acids, 66, 86 Process monitoring, 67, 27
Metal toxicity, 65, 272 ORP, 67, 27 Propane, 65, 15
Metal/carbon ratio effect, 66, 279 Oxadiazole, 67, 124 Proteases, 67, 157
Metal diflfusivity, 66, 355 Oxidation, 67, 221 Protein heterogeneity, 65, 123
Metal powders, 66, 19 Oxidative coupling, 65, 303, 351, 380, Proteins/enzymes, 67, 329
Metal removal, 66, 355 67, 164 Pseudomonas cepacia lipase, 66, 233
Metals, 66, 192 Oxidative coupling reactions, 67, 15 Pseudomonas fluorescens, 66, 375
Methane, 65, 303, 351, 67, 204 Oxiranes, 67, 176 Pt/CeOj catalysts, 65, 317
Methane conversion, 65, 380, 67, 164 Oxygen supplementation, 67,143 Pt-Re/Al203,67,61
Methanogenesis, 65, 72, 67, 333 Pullulan, 65, 343
( + )-2-Methylcyclohexanone, 65, 171 p-Benzoquinone, 67, 281 Pulsed baffled reactor, 65, 65, 66, 305
(±)-3-Methylcyclohexanone, 65, 171 P450, 66, 139 Purification, 65, 163, 66, 1
4-Methylcyclohexanone, 65, 171 Packed-bed reactor, 66, 41,405 Pyridine, 66, 347
( + )-ds-2-Methylcyclohexanol, 65, 171 Particle size, 65, 15 Pyridinecarboxylate esters, 66, 86, 293
( —)-ds-3-Methylcyclohexanol, 65, 171 Partition coefficient, 67, 329 Pyrimidine, 67, 153
(/?)- and (S)-3-Methylphthalides, 67, 89 PCBs,65, 115 Pyrolysis, 66, 7
Michaelis-Menten mechanism, 65, 239 PDMS, 65, 221
Quantum yields, 66, 206
Microcapsule shape, 66, 41 Penicillin G, 66, 243
Microhardness, 66, 121 Penicillin-G-acylase, 66, 243 Radio-frequency, 66, 382
Minimum oscillation frequency, 66, 305 Pentose, 65, 375 Radioresistance, 67, 319
Mist culture system, 65, 355 Peppermint. 67, 21 Radiotolerance, 67, 319
Mixer-settler, 67, 137 Pepsin, 66, 79 Rare-earth concentrate, 65, 93
Mixing, 66, 174 Percolation, 65, 387S Reaction, 66, 286, 382
Modelling, 66, 199 Performance, 66, 286 Reaction kinetics, 67, 15, 381
Molecular weight, 65, 343 Perfumes, 65, 296S Reaction moulding, 66, 19
Monosaccharides, 65, 111 Peroxidase, 67, 227 Reactive extraction, 65, 281
Morpholine, 67, 291 Pervaporation, 65, 221 Reactor kinetics, 65, 286
Morphology, 66, 121 Petroleum, 65, 293S Recombinant fusion protein, 66, 1
MTG mechanism, 66, 183 pH, 67, 27 Recombinant proteins, 65,123
MTG process, 65, 186, 66, 183 pH effect, 66, 279 Recovery, 67, 397
Municipal solid waste, 66, 312 Phase-transfer catalysis, 67, 381 Rectifying, 65, 29
Mutation, 67, 376 Phenol, 67, 237 Recycling, 67, 96
Mycelia, 65, 179 Phenol oxidase, 65, 211 Reduction, 65, 93
Mycelium-bound lipase, 67, 157 Phenolic compounds, 65, 39 Refuse, 65, 72
Phenols, 67, 227 Regenerated silk fibroin, 67, 77, 281
NADH, 65, 286 Phenoxyacetic acid, 67, 237 Regeneration, 67, 183
Nanocomposite, 67, 345 Phosphate substitutes, 65, 265 Regulatory issues, 66, 101S
Naphta reforming, 67, 61 Phosphoric acid, 67, 248 Release, 65, 5
Naproxen, 65, 156 Photocatalysis, 67, 237 Removal, 65, 29
Narrow distribution, 67, 53 Photocatalyst, 67, 339, 345 Repeated batch operation, 66, 340
Neutron scattering, 65, 392S Photodecomposition, 67, 221 Reporter genes, 65,115
NHj stripping, 65, 137, 67, 323 Photooxidation, 67, 221 Resolution via crystallization, 67,1
Nickel, 66, 86, 293 Photoreactor, 65, 56 Reuse, 67,96
Nickelocene, 67, 77 Pichia pastoris, 67, 143 Reverse micelles, 65, 45, 67, 190
Nitrate reduction, 67, 345 Pig liver esterase, 67, 89 Rhamnolipid, 66, 109
Nitrification, 65, 229 Ping Pong Bi Bi mechanism, 65, 239 Rhodium, 67, 367
Nitrite, 65, 229 Plasma, 66, 382 Rising drop, 65, 335
NMR, 65, 200, 390S, 391S Polarization curves, 66,121 Robust stabilisation, 67, 357
Non-isothermal operation, 66, 41 Poly(ethylene terephthalate), 67,131 Root culture, 65, 355
Non-Newtonian fermentation broths, Poly(vinyl alcohol), 67, 77, 281 Ruthenium, 65,15
65, 325 Poly-4-vinylpyridine-Cu{II) [(PVP-Cu)]
Nutrient removal, 67, 27 catalyst, 67, 39 Saccharomyces cerevisiae, 65, 21, 66, 286
428 Subject Index
Sargassum fluitans, 66, 355 Sugars, 66, 286 Trickling filter, 66, 25
Scale-up, 65, 355 Sulfate-reducing bacteria, 66, 365 Trioctylamine, 67, 367
Secondary clarifier, 67, 404 Sulfolohus BC, 65, 272 Trioctylphosphine oxide, 67, 260
Sediment, 65, 115 Sulfur, 66, 365 Triple layer model, 66, 279
Selectivity, 66, 169 Sulfur dioxide, 67, 39 Tripropylamine, 67, 84
Sensor, 66, 389, 67, 77 Sulphur oxidation, 65, 272 Trypsin-like enzymes, 65, 193
Separation from impurities (arsenate, Sulfur resistance, 67, 72 Tungstate recovery, 67, 195
phosphate and silicate anions), 67, Sulphur-hydrocarbons, 67, 109 Turbidity, 66, 398
195 Supercritical extraction, 65, 294S Tyrosinase, 65, 39
Sepiolite, 65, 111 Supercritical fluids, 65, 293S, 294S, 295S,
Sequencing batch reactor, 67, 27 296S UASB reactor, 66, 414
Silver, 65, 21 Supercritical fluid chromatography, 65, Ultra-filtration, 66, 79
Simulation, 66, 265 295S Ultrafiltration, 65, 49, 169
Simultaneous, 67, 276 Supercritical fluid, 67, 21 Ultrasound, 65, 86
Sinapaldehyde, 65, 211 Supported gas membrane, 67, 323 Uncertainties estimation, 67, 357
Sinapic acid, 65, 211 Supported liquid membrane, 65, 137 Unsaturated media. 66, 25
Sinapine, 65, 211 Supported liquid membranes, 66, 56, 67, Upflow anaerobic sludge blanket reac¬
Sludge blanket height measurements, 323, 367 tor, 67, 302
67,404 Supports, 66, 169 UV irradiation, 65, 56
SO2 reduction, 67, 204 Surface active additives, 67, 329 UV radiation, 67, 221
Sodium deoxycholate, 65, 163 Surfactin, 66, 109
Sodium alginate, 67, 255 Synergism, 66, 86, 293 Velocity profiles, 66, 199
Soil survival, 65, 115 Synergistic and antagonistic effects, 66, Vibration, 67, 255
Solubility, 66, 35 160 VOC, 66, 300, 67, 397
Solution of NHj and CO2,67, 323 Synthesis, 67, 124 Volumetric mass transfer coefficient, 65,
Solvent effects, 67, 141 325, 66, 65
Solvent extraction, 65, 93 66, 86, 293, Temperature, 67, 333
67, 260, 367 Temperature effect, 66, 279 Waste gases, 66, 3(X)
Solvents, 67, 397 Temperature profiling, 66, 217 Waste treatment, 67, 137
Sorption properties, 66, 72 Texture, 67, 248 Waste water treatment, 65, 49
Sound wave, 67, 255 Thermal dehydration, 66, 72 Wastewater, 66, 192
Soybean hulls, 192 Thin liquid films, 65, 56 Water treatment, 66, 398, 67, 221
Spiroheterocycles, 65, 2(X) Three-phase external-loop airlift bio¬ Water-insoluble substrate, 67, 190
Spline functions, 67, 286 reactor, 65, 325
Stabilisation, 65, 193 Thrombomodulin fragment. 67, 143 Xanthan overproduction, 65, 258
Start-up, 67, 302 TiOi, 67, 237 Xanthomonas campestris, 65, 258
Steam bubbles, 66, 327 Total sugar, 67, 276 Xylitol dehydrogenase, 65, 375
Steam injectors, 66, 327 Trace elements, 66, 251 Xylose reductase, 65, 375
Steam jets, 66, 327 Tracer testing, 67, 404
Stillage recycle, 67, 362 Trametes versicolor, 65, 211 Yeast, 65, 375
Stripping, 65, 29 Trans-esterification, 65, 163 Yeast biomass, 66, 349
Structure-activity relationship, 67, 124 Transfer, 65, 5 Yeast disruption, 67, 67
Styrene-butadiene rubber, 66, 7 Transition kinetic region, 66, 131 Yeast protein concentrates, 67, 67
Submerged filter, 65, 229 Transport, 65, 386S
Substrate recycling reaction, 65, 39 Transport mechanism, 66, 56 Zeolite membrane, 65, 389S
Succinimide, 67, 227 Tri-M-octylamine, 66, 160 Zinc, 66, 153, 279
Sugar beet stillage, 66, 349 Trickle-bed, 67, 265 Zinc sulphide, 67, 339