Table Of Content

AUTHOR INDEX Volume 11 Abrams, L., 364 Cui, J., 607 Harris, R.K., 265, 827 Adachi, Y., 223, 549 Czjzek, M., 832 Harvey, G., 558 Adnot, A., 710 Hasebe, T., 729 Ahn, W.S., 745 Date, S.K., 211 Hickson, D.A., 27 Aiello, R., 521, 633, 705, 767, 776 Datema, K.P., 418 Hill, S.G., 699 Alexander, S.M., 368 Datka, J., 397, 739 Hong, U., 816 Andries, K.J., 116, 124 Davidova, N., 54 Howe, R.F., 368 Annen, M.J., 98, 438 Davis, M., 438 Huddersman, K., 617 Aouali, L., 360 Davis, M.E., 98, 277 Huddersman, K.D., 270 Arhancet, J.P., 98 Deckwer, W.-D., 314 Hunger, M., 837 Astashkin, A.V., 282 de’Gennaro, M., 149, 248 Delafosse, D., 360 Inaoka, W., 842 Baerlocher, Ch., 308, 558, 654 de la Vega, F., 617 Inoue, K., 223, 549 Barri, S.A.I., 827 Delmotte, L., 598, 729 Inui, T., 434 Barthomeuf, D., 563 den Ouden, C.J.J., 418 Ito, T., 103, 239, 816 Baur, W.H., 639 Dereigne, A., 360 Beaunier, P., 563 Derouane, E.G., 345, 583 Jahn, E., 308 Bennett, J.M., 502 Des Couriéres, T., 539 Jakobsen, H.J., 622 Beyer, H., 214 De Tavernier, S., 155 Janin, A., 391 Bezouhanova, C., 73 De Wit, B., 116 Jansen, J.C., 184, 306 Bhat, R.N., 42 Di Renzo, F., 539 Janssens, C., 184 Bialek, R., 438 Dixon, A.G., 178 Jeanjean, J., 360 Bibby, D.M., 293, 337 Dolejsek, Z., 244 Jiang, D., 371 Bildsge, H., 622 Dongare, M.K., 690 Jirka, L., 77 Bilger, S., 107, 784 Dunn, P.J., 364 Joly, J.F., 391 Bill, E., 211 Dunnigan, J., 804 Jones, G.A., 364 B.Nagy, J., 521, 633, 705, 732, 776 Dutta, P.K., 507, 672 Joshi, P.N., 164, 511 Boczar, M., 397 Dybowski, C., 27 Borade, R.B., 710 Kacirek, H., 720 Borbély, G., 214 Eapen, M.J., 511 Kaiser, A.B., 337 Bosaéek, V., 77, 135, 244 Edelman, R.D., 318 Kalashnikov, S.M., 846 Bosmans, H.J., 116, 124 Eic, M., 647 Kaliaguine, S., 710 Bowers, C., 507 Engelhardt, G., 558 Kall6, D., 169 Briend, M., 563 Engelhardt, J., 169 Kalvachev, Yu., 73 Brotas de Carvalho, M., 345 Ernst, S., 314 Karger, J., 103, 816 Buhl, J.Ch., 558 Kauéié, V., 192, 612 Biilow, M., 308, 443 Fajula, F., 539 Kawamura, M., 842 Burns, G.R., 293 Felsche, J., 558 Kazansky, V.B., 132 Butikova, I.K., 287 Ferino, I., 64 Keane, M.A., 2, 12, 483, 854 Figueras, F., 539 Kempa, P.B., 558 Camblor, M.A., 202, 792 Finger, G., 443 Kessler, H., 81, 107, 454, 662, 784 Cartlidge, S., 27 Fornés, V., 349 Khvoshchev, S.S., 742 Cauffriez, H., 534 Forni, L., 64 Kim, G.J., 745 Caullet, P., 798 FraissardJ,. , 103, 239, 534, 798 Kim, J.-H., 59 Cejka, J., 48 Franco, M.J., 349 Kirchner, R.M., 502 Challoner, R., 265, 827 Fu, C., 254 Kiyozumi, Y., 842 Chandwadkar, A.J., 42 Fuess, H., 832 Klaeboe, P., 694 Chang, Z.-H., 380 Komarneni, S., 142 Chanh, N.B., 729 Gabelica, Z., 583, 598 Komorek, J., 35, 491, 497 Chao, K.-J., 376 Ganapathy, S., 69 Komunjer, L., 258, 810 Chen, Q.J., 239, 534, 798 Gao, Z., 607 Kornatowski, J., 443 Chezeau, J.M., 598, 729 Garcia, H., 593 Kovacheva, P., 54 Chiang, A.S.T., 380 Goepper, M., 477 Kramer, R., 816 Cichocki, A., 758 Golemme, G., 776 Kresge, C.T., 672 Cizmek, A., 258, 810 Grobet, P.J., 116, 124, 184 Krogh Andersen, E., 149, 248 Coddington, J.M., 368 Gronsky, R., 466, 472 Krogh Andersen, I.G., 149, 248 Colella, C., 149, 248 Giinzel, B., 314 Kubelkova, L., 48, 135, 244, 822 Corbin, D.R., 364 Guth, J.L., 107, 477, 534, 598, 662, 784, Kumar, R., 211, 553, 573 Corma, A., 593 798 Kustov, L.M., 132 Cotterman, R.L., 27 Coughlan, B., 2, 12, 483, 854 Handreck, G.P., 356 Lamy, A., 563 Cox, S.D., 429 Hansma, P.K., 429 Laniecki, M., 18 Crea, F., 521, 633, 705, 732, 767, 776 Harlow, R.L., 364 Lavalley, J.C., 391 ZEOLITES, 1991, Vol 11, November/December Index Lazar, K., 214 Peltre, M.J., 563 Steinberg, K.-H., 694 Lechert, H., 73, 720 Pérez-Pariente, J., 202, 349, 792 Stojakovié, D., 612 Lee, C.-K., 380 Pfeifer, H., 103, 816 Stucky, G.D., 429 Lercher, J.A., 454 Pikus, S., 449 Subotié, B., 258, 767, 776, 810 Le Van Mao, R., 804 Pinet, V., 306 Sun, T., 371 Lin, ].-C., 376 Pires, J., 345 Szasz, A., 517 Liszi,J. , 517 Post, M.#.M., 418 Szostak, R., 466, 472 Liu, X., 232 Pribylov, A.A., 846 Szydlowski, N., 391 Loeffler, E., 132 Primo, J., 593 Lohse, U., 132 Takaya, H., 842 Tapp, N.J., 401 Lonyi, F., 169 Qiu, S., 371 Lopez, A., 662 Taylor, M.J., 827 Liick, H.-B., 816 Raatz, F., 391 Testa, F., 633, 705, 767 Liicke, B., 85 Rajamohan, P.R., 69 Thangaraj, A., 69, 164, 573 Luk’yanov, D.B., 325 Rajic, N., 192, 612 Thompson, R.W., 178, 318, 577 Randaccio, L., 192 Tian, W., 371 Maache, M., 391 Rao, B.S., 511 Toida, Y., 842 McAleer, A.M., 329 Ratnasamy, P., 42, 69, 553, 573, 690 Toyoda, K., 842 McCusker, L.B., 308, 460, 654 Reddy, J.S., 553 Trautwein, A., 211 MacDougall, J.E., 429 Reddy, K.R., 55% Tsiao, C., 27 Mach, K., 135 Rees, L.V.C., 270, 329, 666, 684 Tuilier, M.H., 662 Mackay, M., 418 Remoué, F., 539 Twu, J., 672 Maistriau, L., 583 Ren, X., 142 Man, P.P., 563 Ribeiro, F.R., 345 Ulan, J.G., 466, 472 Martin, A., 85 Richard, E., 647 Unger, K.K., 816 Massiani, P., 539 Richter-Mendau, J., 443 Mastikhin, V.M., 491 Rombi, E., 64 Valtchev, V., 387 Meier, W.M., 438, 654 Romotowski, T., 35, 491, 497 van Bekkum, H., 306 Meinhold, R.H., 401 Roncévié, S., 258, 810 van Oene, J., 583 Mifsud, A., 792 Roy, D.M., 142 Venero, A.F., 27 Mizukami, F., 842 Rudham, R., 850 Vergilov, I., 387 Moghe, P.P., 690 Ruthven, D.M., 647 Visser, F., 418 Monaci, R., 64 Rykl, D., 680 Vogt, E.T.C., 583 Morris, M., 169, 178 Vogt, T., 832 Mostowicz, R., 633, 732 Sacco, Jr., A., 178 Mougenel, J.C., 81 Salzer, R., 694 Wang, G., 254 Mouri, T., 842 Samoilova, R.I., 282 Wang, X., 254 Miller, U., 816 Sano, T., 842 Wang, Y., 376, 607 Murakami, Y., 93 Sasson, Y., 617 Warzywoda, J., 318, 577 Sastre, E., 593 Watanabe, M., 842 Nakazaki, Y., 434 Sawa, M., 93 Wei, M., 254 Namba, S., 59 Schoonheydt, R.A., 155, 184 Weisenhorn, A.L., 429 Nardin, G., 192 Schoonman, J., 306 Weitkamp,J. , 314 Nastro, A., 521, 633, 705, 732, 767, Schrader, B., 694 Winstanley, A.W., 850 Nelson, P.H., 337 Schramm, S., 98 Wise, W.S., 429 Nielsen, N.C., 622 Seddon, D., 699 Wolf, U., 85 Nimz, M., 837 Seiffert, G., 816 Niwa, M., 93 Seive, A., 798 Xu, R., 232 Norby, P., 149, 248, 622 Serpinsky, V.V., 846 Xu, Y., 232 Nosov, A.V., 491 Shen, D., 254, 666, 684 Novakova,J. , 48, 54, 135, 244, 822 Shepelev, Yu.F., 287 Yang, X., 607 Nowak, A.K., 329 Shiralkar, V.P., 164, 511 Yashima, T., 59 Nowak, S., 85 Simmen, A., 654 Yoshida, A., 223, 549 Nowotny, M., 454 Singh, P., 690 Young, D., 98, 277 Siroki, M., 258, 810 Yurchenko, E.N., 497 Oehlmann, G., 132 Sjiariel, B., 804 Ojo, A.F., 460 Smith, T.D., 356 Zhang, Z., 252 Smolin, Yu.1., 287 Zholobenko, V.L., 132 Pang, W., 371 Solinas, V., 64 Zmierczak, W., 18 Parker, L.M., 293 Soulard, M., 107, 784 Zverev, A.V., 742 Paukshtis, Ye.A., 497 Spiers, A.I., 850 Pechar, F., 680 Staudte, B., 837 864 ZEOLITES, 1991, Vol 11, November/December KEYWORD INDEX Volume 11 ABW, 149 Calorimetric heat of adsorption, 742 Diethylbenzene, 59 Acidity, 54, 397 Cancrinite, 248 Diffuse reflectance spectroscopy, 155 Acid strength, 59, 710 Catalytic, 617 Diffusion, 337, 380, 647, 666, 684 Activation energy, 12 Catalytic sites, 325 Diffusion anisotropy, 816 Additives, 169 Cation location, 270 Diffusion rates, 699 Adsorption, 98, 345, 380, 684, 798, 832 Cation migration, 239 Di-n-propylamine, 460 Adsorption of organic molecules on Cation mobility, 265 Dissolution, 258, 810 HNaZSM-5 zeolite, 35 Cation site, 376 DRIFT spectroscopy, 694 Adsorption under elevated pressures, 846 Cation solvation, 507 Dynamic behavior, 434 AEI, 654 Ce** exchange, 2 Dynamics of occluded organic material, 418 AFI, 438 Cesium, 248 27 Aland 'H MAS n.m.r., 491 Chabazite, 742, 758 €-caprolactam, 593 274] MAS n.m.r., 549 Characterization, 2, 477, 854 Electric fields, 368 27 Al n.m.r., 583 Chemical properties, 767 Electron microscopy, 466 AINaZSM-5 zeolite, 497 Clathrate, 502 Electron spin resonance, 155 AlNaZSM-5 zeolites, 491 SC n.m.r., 418 Electrostatic-field gradient, 607 AIPO,-14A, 477 CO adsorption, 497 ENDOR, 282 AIPO,-16, 502 Cobalt silicoaluminophosphate, 192 Erionite, 81, 694, 758 AIPO,-18, 654 Coke, 483 ESCA, 77 AIPO,-5, 380, 401 Coke deposition, 337 E.s.r., 282 AIPO,-5 synthesis, 443 Coking, 103 E.s.r. of supported molybdenum sulfides, 18 AIPO,-8, 534, 583 Competitive sorption, 699 Ethylbenzene, 59, 647 AIPO, dense phases, 142 Compositional analyses, 277 EXAFS, 662 AIZSM-5, 837 Compositional heterogeneity, 472 Extraframework debris, 391 Al-free ZSM-5, 318 Computer simulation, 337 Alkali cations, 202 Coordination, 155 FAU, 27 Alkali glass corrosion, 758 Copper, 155, 449 Faujasite, 98, 429, 607 Alkali metal cocations, 854 CoSAPO-34, 192 Fe-mordenite zeolite synthesis, 42 Alkylation, 59, 169, 254 '3C CP-MAS n.m.r., 69, 107, 573 Ferrisilicate, 214 Aluminophosphate, 477, 502 Cracking, 745 Ferrisilicate Beta zeolite, 211 Aluminophosphate molecular sieve, 371 Critical phenomena for adsorbate, 846 Ferrisilicate ZSM-11, 553 Aluminophosphate synthesis, 308, 460, 654 Crystal dimensions, 443 Fe-ZSM-22, 710 Aluminosilicate gel, 767 Crystal growth, 539, 776, 792 Film, 842 Aluminum-alkanolamine chelate, 178 Crystallinity, 54, 466 Fluoride ions, 732 Aluminum distributions, 329 Crystallite size variation, 511 Framework Fe (III), 214 Aluminum location, 376 Crystallization, 142, 720, 758 Framework geometry, 622 Aluminum phosphate, 401 Crystal orientation, 816 Framework modeling method, 502 Ambient temperature, 48 Crystal size, 202 Frequency response, 666, 684 Ammonia pretreatment, 854 Crystal-size distribution, 792 FTi.r., 293, 401 Analcime, 164 Crystal structure, 124, 622 FTi.r. spectroscopy, 694 Analytical electron microscopy, 472 CSZ-1, 27 FT-i.r. study, 48 Argon adsorption, 27 CsZSM-5, 376 Aromatics, 380, 699 Cu?*-ZSM-5, 77 Gallosilicate-MFI, 827 Asbestos-derived zeolite, 804 Cubic, 98 Gas chromatography, 784 Assessment of Bronsted acidity, 850 Cu crystallite size, 854 Gaseous products, 822 Atomic force microscopy, 429 Cu-e.s.r., 184 Gel aging, 539 Autocatalytic nucleation, 776 CuY, 854 Gel chemistry, 142 4A zeolite, 846 Cyclohexanone oxime, 593 Gel composition, 443 Germanium, 662 Beckmann rearrangement, 593 DBDMA ion, 69 Gmelinite, 164 Benzene, 434, 666, 699 Deactivation, 337 Benzene hydrogenation, 12, 483 Dealuminated faujasites, 314 Halide aluminosilicate sodalites, 622 Beryllium phosphate, 364 Dealuminated Y zeolites, 360 HBeta, 391 Beta, 202, 792 Dealuminated zeolites, 391 Heat treatment of coke from acetone, 135 Binary adsorption, 314 Dealuminated ZSM-5 zeolite, 85 Heterogeneity, 739 Boron, 371 Dealumination, 116, 232 Heterogeneous nucleation, 539 Breakthrough curves, 314 Defects, 598 Highly siliceous MFI zeolites, 598 Bromination, 617 Dehydration, 287 High-silica zeolites, 438, 573, 633 Bronsted acidity, 85, 607 Dense systems, 521 HNaY, 593 Bronsted acid site, 827 Deposition, 356 ?H n.m.r., 418 Bronsted sites, 293 Desorption and conversion of acetone and HSZM-5, 837 1- and 2- butanol, 73 diethyl ketone, 822 HY, 391 2-butyne, 684 Dielectric relaxation, 517 Hydrogen bonding, 739 ZEOLITES, 1991, Vol 11, November/December 865 Index Hydrophobic zeolites, 314 Molecular dynamics, 418 Propene and methanol transformation, 491 Hydrothermal crystallization, 116 Molecular mechanics, 434 Propylammonium templates, 107, 784 Hydrothermal stability, 223, 549 Molecular sieve, 563 Pulsed-field gradient (p.f.g.) n.m.r., 816 Hydroxyl groups, 293 Molecular sieves, 466, 472, 612 Pulse-field gradient n.m.r., 103 HY zeolites, 850 Molecular sieve synthesis, 477 Pyridine, 85 HZSM-5, 73, 699, 837 Molybdenum, 54 Pyrrolidine, 573 HZSM-5 zeolite, 822 Molybdenum-loaded Y-zeolites, 18 HZSM-5 zeolites, 132 Mordenite, 155, 607, 745 Quadrupolar coupling parameters, 622 Morphology, 745, 842 Quinones, 282 Impregnation, 2 Mossbauer spectroscopy, 214 Quinuclidine template, 502 Infrared, 85 Mossbauer studies, 211 Infrared spectroscopy, 116 Radical cations, 282 Initial breeding, 318 (Na,K)-system, 758 Raman, 672 Interaction complexes, 48 Na and CaA zeolites, 804 Raman spectra, 349 Intergrowth formation, 356 NaHaA zeolite, 739 Raman spectroscopy, 694 Intermediates, 483 Na/K system, 577 Rare-earth zeolites, 239 Ion exchange, 116, 329, 401 NaX, 666 Rate maxima, 12 lonic conductivity, 81 NaX zeolite catalyst, 64 Reaction orders, 12 L.r., 73, 98, 349 NaY zeolite, 265 Reaction with ammonia, 244 I.r. microscopy, 454 N-Brand, 672 Realumination, 232 Iron coordination, 214 n-butane, 684 Reduction, 54 Iron silicates, 42, 466, 472 Neutron diffraction, 832 Relaxation domain separation, 517 Lr. spectra, 491, 497 n-hexane cracking, 325 RHO, 364 L.r. spectroscopy, 35, 397, 739 NiAPO-12, 612 Rietveld refinement, 308, 438, 502 Isomeric butenes, 73 NiAPO-216,1 2 Isomorphous substitution, 690 Nickel, 54 SAPO-37, 563 Isomorphous substitution by Fe, 42 Nickel metal crystallites, 2 SAXS, 449 Isomorphous substitution in MEL topology, Ni(II) coordination, 612 Scolecite, 429 553 NiKY, 12, 483 Selectivity, 617 Isotropic chemical shifts, 622 N.ir., 837 Self-bonded pellets, 521 Isotypes, 438 Nitrite sodalite, 558 SEM, 401 Nitrogen, 846 29Si, “Na MAS n.m.r., 558 K-, Rb-, Cs-exchanged NaX zeolite, 287 NiY, 2 Side reactions, 169 Ketones on ZSM-5 zeolites, 48 N.m.r., 265, 401, 837 Silanols, 391 Kinetics, 12, 258, 539, 810 Nonalkaline fluoride media, 798 Silicalite, 356, 647 KX, 254 Noncompetitive adsorption, 483 Silicalite-1, 684, 699 KZSM-5, 254 Nonframework alumina species, 360 Silicalite-2, 699, 732 Nucleation kinetics, 776 Silicalite-I, 666 Lewis acidic sites, 132 Nutation, 265 Silica molecular sieves, 438 Lewis acidity, 85 Siliceous MFI zeolite, 729 Lewis sites, 282 Octahedral Al, 308 Silicon, 371 7Li, 7°Na, and 27Al MAS n.m.r. spectra of Offretite, 81 29Si MAS n.m.r., 563, 598 satellite transitions, 622 OH characterization, 391 Si-MAS-n.m.r., 184 Linde 5A, 517 OH group, 387 Single crystals, 371 Linde Q, 124 OH groups, 739 Siting, 155 Liquid phase, 617 Order/disorder, 558 Sodium-23, 265 Lithium, 248, 371 Organic base, 142 Solid-state n.m.r., 98, 729 Ludox, 672 Organic template, 612 Sorption equilibrium, 699 Orientational disorder of guest atoms in Sorption properties, 511 Magic-angle spinning n.m.r., 827 sodalite cage, 558 SSZ-24, 438 MAS n.m.r., 223 Stacking faults, 81 MAS n.m.r. spectroscopy, 116, 124 Pahasapaite, 364 Steaming, 325 Mass spectrometry, 784 Paraffin cracking, 132 Stilbite, 429 MCM-9/VPI-5, 583 Para-selectivity, 59, 169 STM, 306 Mechanism, 258, 810 p-bromotoluene, 617 Structural defects, 81 pH, 142, 401 Mechanisms, 483 Structure, 149, 192, 248, 438, 767 Metallosilicate, 59 Phase transition, 729 Structure determination, 654 Methane, 816 Phillipsite, 680, 758 Surface complexes, 822 Methanol, 254 Photoemission, 694 Surfaces, 429 Methanol conversion, 337, 511 *1P n.m.r., 583 Surface species from acetone on HZSM-5, 2-Methylthiophene from 2-methylfuran, 64 Polarized Raman spectra, 387 244 MFI-type, 662 Positron annihilation spectroscopy, 607 Synchrotron radiation, 308 MFI-type zeolites, 107, 784 Powder X-ray diffraction, 360, 376 Synchrotron X-ray powder diffraction, 502 Micropore filling, 345 Precursors, 539 Synthesis, 149, 184, 202, 248, 349, 371, 438, Microporous aluminophosphate, 443 Preparation, 842 539, 633, 745, 758, 792 Microstructure, 466 Prismatic and cube-shaped single crystals, Synthesis mechanism, 672 Mild dealumination, 132 184 Synthesis of aluminophosphate, 142 Model, 563, 720 Propan-2-ol dehydration, 850 Synthesis of hexagonal, 98 866 ZEOLITES, 1991, Vol 11, November/December Synthesis of SAPO-5, 277 Water location, 270 Zeolite NaY, 832 Synthesis-structure relationships, 460 Water-retention capacity in soil, 804 Zeolite nucleation, 507 Synthesis with seeds, 577 Water structure, 308 Zeolite-organic interactions, 418 Zeolite Phi, 349 Tailoring, 443 XANES, 662 Zeolite rehydration, 239 Temperature-programmed desorption, 827 '2°Xe n.m.r., 27, 103, 239, 368, 534 Zeolite rho, 364 Template decomposition in HZSM-5, 454 XPS, 77, 710 Zeolites, 103, 135, 149, 248, 593, 662, 742 Templates, 633 X-ray diffraction, 401, 729 Zeolite single crystals, 454 Tetraethylammonium, 705 X-ray powder diffraction Rietveld crystal Zeolite surface, 77 Tetramethylammonium, 705 structure analysis, 558 Zeolite synthesis, 418, 798 Thallium, 149, 248 X-ray single-crystal diffraction, 364 Zeolite T, 81, 758 Thermal decomposition, 107, 784 X-ray single-crystal structure, 287 Zeolite TON, 539 Thermal properties, 767 X-ray structure refinements, 622 Zeolite X, 810 Thermal stability, 680, 745 XRD, 270 Zeolite Y, 232 Thiophene hydrodesulfurization, 18 XRD line broadening, 2, 854 Zeolite ZSM-5, 59 Toluene, 169, 254, 434, 699 Xylene, 647, 699 Zeolitic phase transformation, 164 Toluene methylation and X-zeolite, 720 Zirconium molecular sieves, 690 disproportionation, 511 Zirconium silicates, 690 Topology, 563 Y-type zeolite, 54 [Zr]-ZSM-5, 690 Toxicity tests, 804 Y zeolite, 345 ZSM-11, 368 Transformation, 583 ZSM-20, 345 Zeolite, 254, 306, 449, 517, 617, 842 ZSM-22, 710 US-Ex, 223 Zeolite A, 258 ZSM-39, 387 USY, 549 Zeolite A synthesis, 577 ZSM-48, 732 Zeolite crystallization, 178, 318 ZSM-5, 169, 184, 270, 325, 329, 337, 356, Vacancy, 232 Zeolite crystals, 429 368, 434, 521, 593, 666, 705, 816, 842 VPI-5, 308, 534 Zeolite EU-1, 69 ZSM-5 synthesis, 511 Zeolite HY, 293 ZSM-5-type zeolite, 54 Water, 293, 401 Zeolitelike structure, 502 ZSM-5 zeolite, 776 Water/ethanol separation, 314 Zeolite mordenite, 42 ZSM-5 zeolites, 397 Water-gas shift, 18 Zeolite NaA, 178 ZEOLITES, 1991, Vol 11, November/December 867