Table Of Content

AUTHOR INDEX TO VOLUME 37 A Borgen, O., 142 Cussler, E. L., 855 Bravo, J. L., 1261 Ackley, M. W., 1645 Brengel, D. D., 1 D Adschiri, T., 897 Broutin, P. S., 1354 Akgerman, A., 798 Bryson, J. R., 1275 Daoutidis, P., 527 Akhtar, M. K., 1561 Busson, C. R., 1354 Darouach, M., 193 Akman, U., 215 Dastidar, A. G., 951 Albers, W. F., 281 C Datta, R., 845, 1657 Alfano, O. M., 1471 David, M., 150, 367 A. 65597 Cabrera, C., 1733 David, R., 1698 Allen, D. T., 1730 Cabrera, M. I., 1471 Davies, B., 597 Allendorf, M. D., 1485 Camacho, F., 1196 Davis, E. A., 313, 1789 Amiridis, M. D., 87 Cao, G., 1420 Davis, H. T., 313, 1789 Anderko, A., 794, 1379 Carbonell, R. G., 403, 512 Davis, J. F., 569 Andersen, H. W., 1810 Cardozo, R. L., 290 Davis, M. E., 310, 1905 Anderson, D. H., 377 Carleson, T. E., 1601 de Baas, C. M., 1849 Andujar, J. M., 1196 Carnelli, L., 724 de Jong, E. J., 182 Arce, P., 98 Carpenter, T. A., 1895, 1900 de Wolf, S., 182 Asif, M., 1825 Carson, J., 1401 Delikouras, E. A., 1607 Astarita, G., 724 Carta, R., 1668 Denn, M. M., 802 Augugliaro, V., 1096 Cassano, A. E., 1471 De Felice, R., 1668 Ayappa, K. G., 313, 1789 Chandhok, A. K., 1537 Ding, H., 855 Chang, J.-S., 111 Diwekar, U. M., 1571 B Chang, K. S., 1129 Dixon, D. C., 1431 Chang, Y.-I., 1113 Dixon, D. J., 1441 Babu, S. V., 150, 367 Chao, K.-C., 636 Do, D. D., 1027 Baird, M. H. I., 360, 1019 Charmolue, H., 1121 Dogu, T., 1117 Baksh, M. S. A., 679, 923 Chatterjee, A., 277 Doherty, M. F., 1761 Balachander, J., 302 Chaudhari, S. T., 915 Dongaonkar, H. R., 694 Balakotaiah, V., 963, 1035, 1780 Chen, A.-Q., 785 Donohue, M. D., 795, 1875 Balestri, F., 724 Chen, P., 1687 Dooley, K. M., 944 Basic, A., 1341 Chen, Y. D., 1579 Douglas, J. M., 437 Basu, R., 383 Chen, Y.-M., 1753 Dovi, V. G., 1118 Beckman, J. R., 281 Cheng, H., 1450 Dudukovi¢, M. P., 1341 Behie, L. A., 1825 Choi, K; ¥., 1255 Dukler, A. E., 481 Beltramini, J. N., 845 Choi, S. H., 1093 Dumesic, J. A., 87 Bennema, P., 490 Chon, S., 1730 Dutta, B. K., 581 Bennett, D. L., 589 Choudhary, V. R., 915 Bequette, B. W., 1711 Chu, C.-F., 1583 E Beris, A. N., 1749 Cini, P., 997 Bernardi, D. M., 1151 Civan, F., 955 Eckert, C. A., 48, 65 Berninger, J. A., 555 Clift, R., 285 Economou, I. G., 795, 1875 Bhaskarwar, A. N., 340, 475 Concha, F. A., 1425 Edgar, T. F., 1118 Bhatia, S. K., 650 Cooney, C. L., 1219 Elbro, H. S., 1107 Bi, H., 1392 Cooney, D. O., 1270 Erickson, K. L., 512 Biddulph, M. W., 1261 Cori, L., 724 Erickson, L. E., 1906 Blanch, H. W., 1401 Cresswell, D. L., 39 Erkey, C., 798 Boger, D. V., 871 Crowe, C. T., 1673 Ernst, W. R., 1744 Book, N. L., 1093 Cuka, G. M., 394 Erukhimovich, I. L., 1739 AIChE Journal December 1991 Vol. 37, No. 12 Eskinat, E., 255 Hagan, P. S., 1265 Kalogerakis, N., 1825 Ethier, C. R., 1227 Haghtalab, A., 147 Kalu, E. E., 1164 Evans, L. B., 886 Hall, C., 1895 Kang, Y., 1101 Hall, C. K., 769 Kantor, J. C., 1905 F Hall, L. D., 1895, 1900 Karachewski, A. M., 65 Hamersma, P. J., 1801 Karamanev, D., 781 Fahidy, T. Z., 797 Haney, C. N., 759 Karis, T. E., 394 Fair, J. R., 1261 Hanley, T. R., 633 Karr, A. E., 360 Fane t.. T., 797,-1901; 1753 Hanratty, T. J., 1529 Kellow, J. C., 1844 Fan, L.-S., 951, 1392 Hansen, A. R., 48 Khambanonda, T., 1082 Farooq, S., 299 Harold, M. P., 202, 997 Kheshgi, H. S., 1265 Farr, W. W., 963 Haynes, C. A., 1401 Killie, S., 142 Ferron, J. R., 747 Haywood, R. J., 1305 Kim, I. W., 1118 Fidkowski, Z. T., 1761 Heft, B. K., 629 Kim, K..J., 1255 Fitch, B., 1428, 1434 Henson, M. A., 1065 Kim, S. D., 1101 Fleyfel, F., 1281 Heynderickx, G. J., 1354 Kim, J. S., 1657 Foley, H. C., 429 Hills, J. H., 307 Knaebel, K. S., 470 Fordham, E. J., 1895, 1900 Himmelblau, D. M., 137 Knapp, R. M., 955 Fortuin, J. M. H., 1801 Hirama, T., 1450 Knopf, F. C., 944 Foscolo, P. U., 1668 Hlavacek, V., 1595 Kobata, A., 347 Fredenslund, A., 1107, 1318 Hoffman, A. C., 285 Kohlbrand, H. T., 800 Friedly, J. C., 687 Holeschovsky, U. B., 1219 | Kolar, A. K., 1139 Froment, G. F., 1354 Holmes, T. L., 360 Kramer, H. J. M., 182 Funk, G. A., 202 Hog, M. F., 1744 Kramer, M. A., 233 Furusawa, T., 897 Hoskins, J. C., 137 Kravaris, C., 527 Hounslow, M. J., 794 Kresta, S. M., 448 G Hovde, E., 142 | Kumar, R., 475 Howeil, W. J., 65 |K usakabe, K., 347 Gabitto, J. F., 963 Hsieh, K. T., 735 | Kyser, E. A., 269 Gangiah, K., 1634 Hudgins, R. R., 1129 Gani, R., 1318 Hudson, J. L., 1833 Gao, F., 1459 Huisman, W. J., 1849 Garside, J., 490 L Hurt, R. H., 1485 Geary, N. W., 161, 308, 1593 Hwang, Y.-L., 705 Ghadiri, M., 285 Lacy, C. Ba 481 Ghonasgi, D., 944 Ladisch, M. R., 1187 I Gibilaro, L. G., 1668 Lahey, Jr., R. T., 123 Gidaspow, D., 310 Indu, B., 1744 Lai, ‘C=C, 461, 1275 Gilbert, S. W., 1205 Lake, L. W., 1625 Giona, M., 1249 J Lane, A. M., 1245 Glasgow, L. A., 1411 Larachi, F., 1109 Gloyna, E. F., 1687 Jacobsen, E. W., 499, 1810 Laroche, L., 1810 Golshan-Shirazi, S., 836 Jacobson, S., 836 Laurent, A., 1109 Gordon, J., 313, 1789 Jager, J., 182 Lee, C., 617 Grantham, S. D., 931 Jaguste, D. N., 650 Lee, J. Y., 1187 Gray, P. G., 1027 James, D. F., 59 Lee, M., 1725 Grimm, H. J., 589 Jean, R.-H., 1392 Leighton, Jr., D. T., 1537 Grosser, K. A., 512 Jethani, K. R., 323 Li, He, 129 Gu, T., 1333 Jiang, P., 1392 Li, L., 1687 Guilloit, P. P., 1583 Johnson, S. H., 255 Liebman, M. J., 1118 Guiochon, G., 836 Johnston, K. P., 607, 1441 Lightstone, L., 111 Gupta, S., 944 Joshi, J. B., 323 Liliedahl, T., 1415 Gustafson, J. B., 1749 Lin, C.-J., 953 Liu, X., 1411 K H Lord, D. L., 863 Kaliaguine, S., 905 Luss, D., 963, 1780 Hafskjold, B., 142 Kaliyur, K. M., 137 Luyben, W. L., 255 1908 December 1991 Vol. 37, No. 12 AIChE Journal M Pangrle, B. J., 1789 S Park, S., 1725 MacDonald, M. J., 1583 Paterson, W. R., 1275 Saez, A. E., 466, 1733 MacGregor, J. F., 825 Peng, C., 636 Saito, A., 429 Mack, C. A., 1863 Pereira, C. J., 87 Sapre, A. V., 377 Maffettone, P. L., 724 Perlmutter, D. D., 1607 Savage, P. E., 1613 Mahalingam, M., 1139 Petersen, E. E., 671 Scarlett, B., 182 Maitland, G. C., 1895 Pinto, J.-H. Q., 905 Schechter, R. S., 169, 1625 Malone, M. F., 1761 Pirkle; Je:, J: C., 1265 Schiavello, M., 1096 Marcant, B., 1698 Pita, J. A., 1009 Schmidt, L. D., 641 Marchal, A. L., 1550 Pitzer, K. S., 1379 Seborg, D. E., 1065 McAuley, K. B., 825 Porter, K. E., 597 Seider, W. D., 1, 803 McDowell, J. K., 569 Potter, O. E., 1242 Shah, M. J., 394 McGreevy, R. J., 169 Pratsinis, S. E., 1561 Shah, S. N., 863 Menawat, A. S., 302 Pratt, H. R. C., 694 Sharma, R. K., 39 Meunier, F., 244 Prausnitz, J. M., 1401 Sharma, R. N., 633 Middelkamp, J., 1849 Pustelnik, P., 1589 Sheintuch, M., 481 Midoux, N., 1109 Shiau, C.-Y., 953 Molina, E., 1196 Shim, J.-J., 607 Q Moore, W. G., 759 Sikdar, S. K., 581 Morari, M., 1810 Qiu, Y., 1293 Singh, D. K., 747 Morbidelli, M., 1420 Siquier, S., 466 Mori, Y. H., 539 Sirkar, K. K., 383 Morooka, S., 347 R Sistu, P. B., 1711 Musier, R. F. H., 886 Sjostrom, K., 1415 Radke, C. J., 805 Skogestad, S., 499, 1810 Rafaniello, W., 759 Sloan, Jr., E. D., 1281 Raithby, G. D., 1305 N Smith, C. M., 1613 Rajagopal, S., 437 Smith, J. M., 798 Nabetani, H., 792 Rajamani, R. K., 735 Sohnel, O., 490 Nakao, S., 792 Rajput, A. M., 915 Sommerviile, D. R., 274 Nassar, R., 797 Ramkrishna, D., 98 Soria, E. M., 1733 Nauman, E. B., 1589 Rani, K. Y., 1634 Sotirchos, S. V., 74, 1175, 1365 Neogi, D., 797 Rao, N. V. R., 1019 Sparks, R. E., 1517 Newson, E. J., 39 Rasmuson, A. C., 1293 Spencer, N. D., 87 Ng, K. M., 202, 437, 1585 Rasmussen, P., 1107 Sridhar, T., 1242 Nielsen, B., 1318 Ratkje, S. K., 142 Sterman, L. E., 986 Nikov, I., 781 Razmus, D. M., 769 Stevens, G. W., 694 Nitsche, J. M., 661 Reiner, E. S., 805 Stroh, F., 1035 Novak, C. F., 1625 Rekoske, J. E., 87 Suchak, N. J., 323 Nozaki, T., 897 Renksizbulut, M., 1305 Summers, S. M., 1673 Rhodes, M. J., 1450 Sun, L. M., 244 Rice, R. G., 161, 308, 629, 1275, 1593 O Ridgway, D., 633 Sundaresan, S., 1009, 1237 Sunol, A. K., 215 Rivkin, M. S., 1739 O’Brien, E. E., 1459 Suresh, A. K., 1242 Roach, R. P., 759 O’Brien, J. A., 1053 Szady, M. J., 1237 Roberts, T. P. L., 1895, 1900 Ollis, D. F., 403 Rocha, J. A., 1261 Opong, W. S., 1497 Osamusali, S. I., 111 Rodger, P. M., 1511 T Rodgers, V. G. J., 1517 Rodrigues, A. E., 1117 Tan, C.-S., 461, 1275 Rollins, D. K., 470 Tarbell, J. M., 277 P Romagnoli, J. A., 1082 Tatterson, G. B., 269 Padiyath, R., 150, 367 Rousseau, R. W., 1121 Tavare, N. S., 792 Paladino, O., 1118 Royce, P. N. C., 1680 Thornhill, N. F., 1680 Palazoglu, A., 1082 Rudd, D. F., 87 Tirrell, M., 961 Palmisano, L., 1096 Ruthven, D. M., 299 Tomadakis, M. M., 74, 1175 AIChE Journal December 1991 Vol. 37, No. 12 Toor, Hi. L.;. 1737 Ww xX Tsai, D.-S., 547 Tsai, G.-J., 1333 Wallis, G. B., 1668 Xiong, Y., 1561 Tsa0; G. T.; 1333 Walsh, L., 150 Tsutsumi, A., 951 Wammes, W. J. A., 1849 Wang, N.-H. L., 555 Y Wang, Y., 1833 Yang, R. T., 679, 923, 1579, 1645 Wankat, P. C., 785 Yang, W., 1601 U Wardhaugh, L. T., 871 Yashima, M., 797 Wei, J., 661 Ungar, L. H., 931 Ydstie, B. E., 986 Weill, J. E., 1354 Yepez, M. M., 466, 1733 Weimer, A. W., 759 Young, J. B., 1529 Wessel, T. J., 845 | Young, M. A., 403 Westerp, K. R., 1849 Vv | Yu; C-Cy O17 Westgate, P. J., 1187 Valdés, F., 1196 White, R. E., 1164 Van Cott; K. E., 555 Whitley, R. D., 555 Z van der Vaart, D. R., 225 Widagdo, S., 1 van der Vaart, H. R., 225 Wiktorsson, L.-P., 1415 Zafiriou, E., 1550 Varma, A., 1420 Wild, G., 1109 Zasadzinski, M., 193 Vera, J. H., 147 Wiley, D. E., 791 Zhao, J., 641 Verbrugge, M. W., 1151 Williams, W. R., 641 Zhou, S., 1450 Veverka, V., 490 Wolf, E. E., 1844 Zi-bin, Z., 897 Viljoen, H. J., 1595 Wong, T. H., 1053 Ziger, D. H., 1863 Vinke, H., 1801 Wood, P. E., 448 Zydney, A. L., 1497 December 1991 Vol. 37, No. 12 AIChE Journal SUBJECT INDEX TO VOLUME 37 A boron carbide, 759 classification, 735 boronation, 1905 clinoptilolite, 1645 acentric factor, 1379 boundary layer, 59, 1341 closure equations, 277 acid hydrolysis, 905 bovine serum albumin, 1219 CO,, 897 acidity, 1744 breakthrough, 1270 coagulation, 347 activated carbon systems, 215 Brownian motion, 661 coal, 897, 955 active site, 897 bubble, 1593 coarsening, 1053 adaptive gridding, 244 bubble column, 466, 1593 coating, 1485 adhesion, particle-to-bubble, 1801 bubble formation, 161 codeposition, 1485 adsorption, 299, 429, 671, 679, bubble shape, 1593 coke formation, 845 769, 1187, 1270, 1905 burnout, 547 collidal suspension, 805 adsorption in zeolite, 923 butane, 39 combustion, 641, 1595 aerosol reactor, 347 combustion, waves, 1420 aerosols, 1561 comminution mechanism, 955 agglomerates, 1561 C comminution rate, 955 aggregated fluidization, 951 calcium oxalate, 1698 complex media, 1249 aggregation, 555 capillary condensation, 650 complexation, 1164 airlift bioreactors, 403 carbon dioxide, 215, 1680 composite materials, 1739 alkyl aromatics, 1613 carbon molecular sieve, 299 compressed stationary phase, 629 alternating current, 1601 carbothermal reduction, 759 computation, 836 ammonia, 641 carrier gas, 281 computer aided molecular design, analysis, 285 catalysis, 87, 310, 641, 650, 1730, 1318 anatase, 347, 1561 1844 concentration polarization, 1219 approximate models, 340, 461 catalytic membrane, 997 concentration profiles, 694 aqueous two-phase systems, 1401 catalytic reactor, 98, 1392 conductivity analysis, 1698 artificial intelligence, 137, 931 cell theory, 1511 configurational diffusion, 661 associating fluids, 1875 cement slurry, 1895 constraints, 1550, 1711 association, 65 ceramic matrix composites, 1365 contact angle, 1801 asymmetric dynamics, 705 ceramic membrane, 997 contact time distribution, 1589 asymmetric membranes, 1497 ceramics, 1354, 1485, 1561 contacting, 1589 attractor dimension, 1833 ceramics processing, 547, 1485, continuation, 1093 axial mixing, 360, 694, 1019 1561 continuation methods, 1749 axisymmetric channel, 59 chaos, 481, 1833 control structures, 302 azeotropes, 581, 1761, 1810 char, 897 controllability, 1 chemical comminution, 955 convective transport, 1497 B chemical reaction, 340, 1737 convergence conditions, 193 baffle effect, 1392 chemical vapor deposition, 347, converging flow, 59 batch processes, 886, 1293 1485 copolymerization, 1255 bed diameter, 953 chemical vapor infiltration, 1365 copper, 150 benzene, 944 chemical-physical model, 65 coupling of methane, 915 bifunctional catalyst, 845 chemostat, 302 critical transport velocity, 274 bicarbonate, 1680 chlorophenol, 1730 critical volume, 1107 bidisperse pore systems, 671 chromatography, 629, 1333 cross flow, 1537 bifurcation, 1, 641, 963, 1035, chromatography, isocratic, 555 crystal growth, 1293 1093,1761 chromatography, preparative, 836 crystallization, 182, 437, 1211, bioreactor, 1906 circulating fluidized bed, 1139, 1293, 1441 bioreactor control, 302, 1065 1392, 1450 ° CSD dynamics, 182 bituminous coal, 955 circulation, 1593 CSTR, 277 Blake-Kozeny equation, 1583 citric acid, 383 cyclohexane oxidation, 1242 AIChE Journal December 1991 Vol. 37, No. 12 cyclone, 285 drops, 1601 filtration, 1900 cyclopropane, 1281 dynamic material balance, 193 finite difference, 244 cylindrical model, 429 dynamic matrix control, 1550 finite element methods, 313, 805 dynamic structural transformation, finite-difference solution, 475 D 1725 fixed bed, 244, 1129 dynamics, 527, 1844 FLASH imaging, 1900 data reconciliation, 193 deactivation, 845 dynamics, electrode, 1833 flexible holes, 161 floc breakage, 1411 dead zones, 1825 deaggregation, 1411 E floc strength, 1411 flocculation, 394, 1411 dechlorination, 1730 eddy diffusivity, 589 flow, 1227 deformation, 1305 effectiveness, 997 flow maldistributions, 1035 density-dependent isotherm model, efficiency, 281, 1164 flow regime, 1849 215 efficiency, Murphree, 1261 | flow simulation, 377 density gradient, 360, 1019 efficiency, point, 1261 | flowsheet analysis, 1 deposition, 367, 863, 1113, 1164, electric fields, 1601 | fluid flow, 1601 1485, 1529 electrolyte, 1113 fluid mechanics, 274 deposition, copper, 150 electrolyte solutions, 147 fluid mixtures, 636 design, bioreactor, 1906 electronic materials, 1863 fluid-phase equilibria, 636, 1379 design, distillation, 1571 electrophoresis, 1537 fluidization, 1589, 1668 design, reactor, 269, 1471 electrostatic potentials, 1401 fluidized bed, 781, 953, 1450, 1589 developing wall emulsion layer, electrostatics, 310, 1305, 1401 fluidized bed, inverse, 781 1139 ellipsoidal-shaped, 1593 | foaming, 597 devolatilization, 724 encapsulation of gases, 1905 formation of ethane and ethylene, diamond-like carbon, 367 energy, 281 915 diffusion, 169, 1245, 1645 enthalpy of combustion, 290 formation of higher hydrocarbons, diffusion control, 1053 enthalpy of formation, 290 915 diffusion, high-pressure, 142 enthalpy of sublimation, 290 | four-phase systems, 466 diffusion in zeolite, 1579 enthalpy of vaporization, 290 | fractal structures, 1249 diffusive transport, 1497 entrained flow, 759 diffusivity, 470 | froth height, 589 equation of state, 636, 944, 1379, | fuel cell, 1151 diffusivity, Knudsen, 1175 1875 disaggregation, 1411 fusion properties, 48 equilibrium, 1744 fuzzy set theory, 617 discharge, 1164 equivalent annular model, 1129 dispersion, 512, 1825 etching, 367 dispersion coefficient, 1825 ethanol, 281, 1187 G dispersion relation, 123 ethylene hydroformylation, 1657 gamma function, 1341 dissolution, 340 evaporation, 539 gas absorption, 475 dissolved, 1680 excess functions, 48 gas antisolvent, 1441 dissolved oxygen measurements, excess Gibbs energy, 65 gas diffusion electrode, 1151 1242 extent of reaction, 687 gas hydrates, 1511 distillation, 281, 499, 589, 597, extraction, 855 gas momentum, 161 1261, 1761 extractive crystallization, 437 gas separation, 629, 679 distillation, azeotropic, 1571, 1810 gas-liquid reaction, 202 distillation, batch, 1571 F gasification, 897, 1607 distillation, binary, 1571 generic model control, 1634 distillation, columns, 1571 fast fluidization, 1392 geochemical modeling, 1625 distillation control, 1634, 1810 fault detection, 137 global optimization, 1 distillation control structure, 1725 fault diagnosis, 617 gradients, 490 distillation design, 1571 fed-batch and continuous-flow granular temperature, 1009 distillation dynamics, 705 mixing times, 269 groundwater transport, 687 distillation modeling, 255 fermenter, 1680 group contribution, 1318 distillation tray efficiency, 589 fibrous structures, 74 distribution of liquid, 1237 fibrous systems, 1164, 1175 H distributor effects, 1825 field flow fractionation, 1537 downward flow, 1529 film flow, 481 Hammerstein model, 255 droplet, 1305 film reactor, 475 heat conductivity, 1739 1912 December 1991 Vol. 37, No. 12 AIChE Journal heat exchanger, 539, 1673 kinetics, 39, 87, 905, 1607, 1906 membrane reactor-separator, 1657 heat exchanger, honeycomb-type, knowledge-based diagnosis, 569 membrane sieving, 1497 1354 Knudsen, 1245 membranes, 383, 581, 855, 1151, heat transfer, 539, 1101, 1139, Knudsen diffusion, 74 1517 1341, 1595, 1789 Knudsen diffusivity, 1175 metallization, 150 heterogeneous photocatalysis, 1096 krypton, 1281 methane, 87, 641, 1281, 1645 heterogeneous reactions, 687 Kuhni extractor, 694 methanol, 1121 heuristics, 886 methanol fuel, 225 high pressure, 142, 1109 L methyl chloride, 1471 high-purity columns, 705 methylcyclopentane, 845 hindered transport, 1497 laminar flow, 59 microlithography, 1863 hollow fiber, 383, 855 Langmuir isotherm, 1027 micromixing, 1698 homotopy, 1093, 1749 laser, excimer, 150 micropore, rate-limiting, 671 horizontal dividing flow, 111 lattice relaxation, 1511 micropores, 429 learning, 137 hydrate, 1281 microwave heating, 313, 1789 hydrocarbon formation, 915 least-squares estimation, 193 mixing, 98, 269, 277, 1589, 1737 hydrocarbons, 142 Lévéque problem, 1341 mixing length, 1593 hydrocyclone, 735 linear dependency, 1753 mixing parameters, 448 linearizing transformations, 1082 hydrodynamics, 951, 1601 mixing times, 269 liquid backmixing, 589 hydrogel, 855 model-predictive control, 1550, liquid fluidization, 1668 hydrogen bonding, 65, 1875 1711 hydroprocessing, 1730 liquid fluidized bed, 1825 model uncertainty, 1711 liquid holdup, 1733, 1849 hysteresis, 650 modeling, 1789 liquid membrane, 383 molecular, 1281 liquid mixtures, 466, 470 molecular thermodynamics, 607 liquid phase, 1471 Monte Carlo techniques, 74, 769, ice, 1281 liquid saturation, 1109 905, 1175, 1245 ignition, 1780 liquid-solid fluidized beds, 1101 multicomponent, 629 ignition limit, 963 local composition, 147 muiticomponent mass transport immiscible liquids, 597 long bed wall, 1139 and reaction, 1365 impeller modeling, 448 loss prevention, 800 multicomponent sorption, 244 inaccessible, 1607 lot sizing, 886 multilayered slabs, 313 inductance, 394 low-density particles, 1825 multiphase reaction, 997 initial hole size, 161 multiphase reactor, 202 input-output linearization, 1065 M multiple reactions, 277 integration of deep knowledge, 569 interfacial area, 633, 1196, 1849 macromixing, 1737 multiplicity, 499 interfacial properties, 1401 macropore, rate-limiting, 671 multitubular reactor, 1129 interferometry, 142 magnetic particles, 394 multivariable control, 527 intermediate drag flow, 161 magnetic recording, 394 internal model control, 1065, 1905 magnetic resonance imaging, 1900 N internal stress, 547 maleic anhydride, 39 interphase transfer, 1625 mass and heat transfer, 1341 natural convection, 360, 963, 1019 interstitial pressure buildup, 547 mass transfer, 470, 694, 781, 1261, Navier-Stokes equations, 735 inversion, 527 1341, 1625, 1906 neural networks, 137, 233 ion activity, 147 mass transfer coefficient, 633, 1270 new sorbent, 679 iron electrodissolution, 1833 mathematical model, 285, 475, Newtonian fluids, 59 iron oxide, 394 735, 905, 1151, 1333, 1365, nitrogen, 1645 isola, 1093 1739, 1753 NMR imaging, 1895, 1900 isotherm, 836, 1187, 1333 Maxwell’s equations, 313 nonequilibrium, 169 isothermal reactions, 986 mean activity coefficient, 147 nonisothermal, 1027 mean square displacement, 74 nonlinear adsorption, 461 mechanism, 1281 nonlinear control, 527, 1065, 1711 K medium, 1035 nonlinear dynamic systems, 499 Karr extraction column, 360, 1019 melt crystallization, 1205 nonlinear equations, 1093, 1749 kinetic invariance, 340 melt index, 825 nonlinear identification, 255 kinetic model, 1354, 1687 membrane fouling, 1517 nonlinear predictive control, 1711 AIChE Journal December 1991 Vol. 37, No. 12 1913 nonlinear principle component periodic perturbations, 986 pulse frequency, 1237 analysis, 233 periodic potential barriers, 661 pulsing flow, 1237 nonlinear programming, 1205, pervaporation, 581 purity, 1121 1711 phase equilibria, 1, 944, 1875 pyrolysis, 1613 nonlinear systems, 1082 phenol, 169, 215 pyrolysis kinetics, 1415 nonlinear waves, 705 phenol photodegradation, 1096 non-Newtonian, 863 photochemical reaction, 475 Q nonrandom factor model, 147 photochlorination, 1471 | quadratic dynamic matrix control, nonwettable particle, 951 photolithography, 1863 1550 NO, absorption, 323 photoreactor modeling, 1471 qualitative analysis, 1571 nucleation, 1293 photoreactors, 1096 qualitative modeling, 931 numerical methods, 1305, 1459, photoresists, 1863 qualitative physics, 931 1601, 1673 physical properties, 1318 qualitative simulation, 569 m-criterion, 986 | quartic profile, 461 O pillared clays, 679 pipeline, 871 R open capillary, 169 platinum catalyst, 845 open-loop transfer function, 1725 radial flow, 629 physical properties, 1318 open system models with multiple | radiant energy balance, 1096 Poisson-Boltzmann equation, 805 reactions, 687 | radiation, 1595 polar fluids, 636 operability, 1 | radiative component, 1139 polycyclic aromatics, 1613 optimization, 886, 1205 rate oscillations, 1242 polyethylene, 825 organic compounds, 581, 1687 | reachability, 302 polymer phase behavior, 607 oscillations, 1601, 1844 | reacting flow, 1459 polymer processing, 724 oscillatory flow, 1537 | reaction, 555, 650, 1607 polymer properties, 825 overlapping electrical double lay- | reaction engineering, 225 polymerization reactor, 825 ers, 805 reaction pathways, 1613 polyolefins, 1255 oxidation, 87, 1561 reactions in porous media, 687 polysaccharides, 905 oxidation, ethylene, 1844 reactor, 1589 pore, 1245 oxidative pyrolysis of methane, 915 reactor design, 269, 1471 porosity, 1607 oxygen, 1151 | reactor dynamics, 1255 porous materials, 1227 ozone decomposition, 1392 reactor modeling, 39, 225, 1354 porous media, 74, 963, 1227, 1365, reactor, CSTR, 986 1900 P recirculation, 1009 potential energy in zeolite, 923 recursive estimation, 193, 825 packed bed, 1733 potential fanction in zeolite, 923 replacement of refrigerants, 1318 packed bed reactor, 1035, 1780 pour point, 871 residence time, 285, 1450 packed column, 323, 1673 powder handling, 310 resists, 1863 paraxylene production, 437 precipitation, 1441, 1698 resuspension, 863 parabolic profile, 461 prediction of physical properties, | RF plasma, 367 parameter estimation, 1293 290 | rigid holes, 161 parameter sensitivity, 986 prefocused pulses, 1895 rigorous numerical solution, 340 parameterization, 1 pressure drop, 1849 | riser, 1450 parametric sensitivity, 225, 1780 pressure pulsing, 1517 riser hydrodynamics, 1009 partially wetted catalyst, 202, 997 primary nucleation, 1281 robust control, 1550, 1634, 1810, particle deposition, 1485 process control, 255, 705, 1065, 1905 particle diffusion, 747 1082, 1810, 1905 robustness, 302 particle dispersion, 1101 process design, 1761 roll-up, 299 particle segregation, 1009 process identification, 1711 rotary kiln, 747 particle transport, 1900 process synthesis, 437 RTD method, 1109 particle trapping, 1529 process/model mismatch, 1634 runaway, 1780 particle velocity, 1450 product set, 1753 rutile, 347, 1561 particles, 1113, 1583 property estimation, 470 particulate mixing, 747 protein, 555, 1497, 1517, 1537 S pattern formation, 98 protein adsorption, 1497 pattern recognition, 137 protein mixtures, 1517 safety, 310, 800 percolation, 1175 protein transport, 1497 Saffman lift force, 1529 1914 December 1991 Vol. 37, No. 12 AIChE Journal scale, 1450 spray, 597 trickle-bed reactor, 202, 377, 1109, scale of operation, 182 spray column, 539, 1673 1237 scaling, 785, 1249 stability, 1035, 1550 trickling flow, 1237 scheduling, 886 standpipe flow, 1009 turbulence, 448, 1411, 1459, 1529, selectivities, 1471 starch, 1187 1593, 1737 self-propagating synthesis, 1420 static holdup, 1733 turbulent diffusivity, 1737 separation, 383, 581, 855, 1441 stirred tank, 448, 1196 two-phase flow, 123, 1625, 1668 separation efficiency, 285 stream bypassing, 1753 two-phase flow modeling, 111 separation processes, 437 succinic acid, 1293 two-phase flow regime, 111 separation sequence, 1753 sulfuric acid, 1744 two-phase hydrodynamics, 403 separation techniques, 1753 supercritical fluid, 215, 607, 944, two-phase pipe flow, 274 series solution, 1341 607, 1441 two-phase pressure drops, 111 serine, 1121 supercritical fluid chromatography, two-phase void fraction, 111 shear in bioreactors, 1906 607 short-cut method, 1571 supercritical fluid desorption, 215 sieve tray, 589, 1261 supercritical fluid extraction, 944 U signal processing, 1415 superficial bubble-phase gas veloc- ultrafiltration, 1219, 1497, 1517 signed directed graph, 617 ity, 953 silanation, 1905 supersaturation, 490 V silicone rubber, 607 supported liquid-phase catalyst, simple turbulence theory, 274 1657 van der Waals volume, 1107 simulation, 1, 499, 769, 836, 1053, surface diffusion, 1027, 1579 vapor synthesis, 1561 1245 surface tension, 161 variational formulation, 805 single-pellet reactor, 202 suspension/entrainment, 274 velocity profile, 1593 singularities, 1 sweating, 1205 viscosity, 871 sintering, 347 void detection, 1895 size effects, 1833 void waves, 123 size exclusion, 1333 volumetric properties, 1379 T slit, 724 vortex flow filtration, 1219 slit model, 429 Tadaki number, 1593 sludges, !687 tangent pinches, 1761 Ww slurries, gas/liquid/solid, 1801 tapered fluidized beds, 1668 slurry, 863 task-specific architectures, 569 wall-particle interactions, 1529 sodium sulfate, 1744 Taylor diffusion, 629 wastewater, 1687 solid distribution, 466 temperature-dependent properties, water, 915, 944, 1187 solid-fluid flow, 1529 313 water clathrates, 1511 solid-gas reactor, 747 thawing, 1789 wavy films, 481 solid-solid reactions, 1420 thermal cracking, 1354 waxy crude oil, 871 solid-solid reactor, 747 thermal swing adsorption, 785 wet oxidation, 1687 solids, 781 thermodynamic model, 1379, 1441 wetting, 650, 951, 1801 solids mixing, 1450 thermodynamic molecular, 1441 window effect, 661 solids processing, 1595 thermodynamic properties, 636 solitons and shocks, 123 thermodynamics, 48, 1107, 1401, Y solubility, 1121, 1441 1875 solute, 512 | thin films, 150 yield stress, 871 solution, ionic, 169 three-dimensional simulations, 448 solution, nonionic, 169 three-phase fluidization, 951 Z solution theory, 48 TiCl,, 1561 solutions, 65, 490 titania, 347, 1561 | zeolite, 661 solvents for separation processes, transformation, 347 zeolite adsorption, 671 1318 transient flow, 1305 | zeolite cavity radius, 923 sorbent, 679 | transport, 512, 863 | zeolite diffusion, 1579 sorption, 1027 transport phenomena, 512, 863, | zeolites, 310, 429, 769, 1579, 1645, sp’ bonding, 367 1249 1905 spherical particles, 1733 | transport reactor, 759 Ziegler-Natta catalyst, soluble, spherical pores adsorption, 923 trickle bed, 1849 1255 AIChE Journal December 1991 Vol. 37, No. 12 cbt ete «