Downloaded by 80.82.77.83 on March 22, 2018 | https://pubs.acs.org Publication Date: May 5, 1993 | doi: 10.1021/bk-1993-0523.ix001
Author Index Agarwalla, Sunil, 427 Andersen, P., 389 Arena, F., 43 Aruga, Tetsuya, 110 Azzam, Fouad O., 438 Baiker, Α., 308 Bafiares, Miguel Α., 354 Bellussi, G., 281 Bere, K.,217 Bernstein, Lewis Α., 427 Bodnar, Z., 308 Bouhlel, Ezzeddine, 318 Busca, G., 168 Campestrini, Sandro, 58 Centi, G.,281 Chen, J. G., 133 Coudurier, G., 262 Cox, David F., 122 Cserényi, J., 368 Dartt, C. B., 273 Davis, M. E.,273 Deo, Goutam, 31 Desikan, A. N., 1,16 Driscoll, S. Α., 340 Erdôhelyi, Α., 368 Fierro, José Luis G., 354 Fukui, Ken-ichi, 110 Gavriilidis, Asterios, 410 Giordano, N., 43 Gipe, R. K., 81 Gleaves, J. T., 183 Hall, R. B., 133 Hickman, D. Α., 416 Hightower, Joe W., xiii,l Hill, Craig L., 67 Hoffmann, F. M., 133 Hou, Yuqi, 67 Inumaru, K., 156 Iwasawa, Yasuhiro, 110 Jahan, I., 389 Kastanas, George N., 90 Khenkin, Alexander M., 67 Khouw, C. B., 273 Koel, Bruce E., 90 Kung, Η. H., 389
Kung, M., 389 Kuster, B. F. M., 298 Laszlo, Pierre, 318 Lazaga, Mark Α., 90 Lee, Sunggyu, 438 Levait, Michel, 318 Li, H. X., 273 Lund, Carl R. F., 427 Mallat, T., 308 Marin, G. B., 298 Matsumura, Yasuyuki, 326 Meunier, Bernard, 58 Miceli, D., 43 Michalakos, P., 389 Millet, J. M. M.,262 Misono, M., 156 Moffat, JohnB., 326 Montaufier, Marie-Thérèse, 318 Moser, William R., 244 Narasimha, K., 231 Okuhara, T., 156 01ier,R.,217 Owen, O., 389 Owens, L., 389 Oyama, S.Ted,xiii,l,16 Ozkan, U. S., 340 Parker, Deborah H., 90 Parmaliana, Α., 43 Partenheimer, W., 81 Perathoner, S., 281 Ponceblanc, H., 262 Rao, P. Kanta, 231 Reddy, B. Mahipal, 204 Rigas, N. C , 183 Ross, J. R. H., 380 Schmidt, L. D.,416 Schulz, Kirk H., 122 Seshan, K., 380 Singh, GirijPal, 318 Smits, R. Η. H., 380 Sokolovskii, V., 43 Solymosi, F., 368 Sugiyama, Shigem, 326 Svoboda, G. D., 183 Trifirô, F., 281
449 Oyama and Hightower; Catalytic Selective Oxidation ACS Symposium Series; American Chemical Society: Washington, DC, 1993.
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CATALYTIC SELECTIVE OXIDATION van den Tillaart, J. Α. Α., 298 Weisel, M. D., 133 Varma, Arvind, 410 Wickham, David T., 90 Védrine, J. C , 262 Zhang, L., 340 Volta, J. C.,217 Zhang, W., 16 Wachs, Israel E., 31 Zhang, Y. J., 217 Weeks, Mark S., 67
Downloaded by 80.82.77.83 on March 22, 2018 | https://pubs.acs.org Publication Date: May 5, 1993 | doi: 10.1021/bk-1993-0523.ix001
Affiliation Index Amoco Chemical Corporation, 81 Argonne National Laboratory, 90 California Institute of Technology, 273 Centre National de la Recherche Scientifique, 58,217,262 Clarkson University, 1,16 Ecole Polytechnique, 318 Eindhoven University of Technology, 298 Emory University, 67 Exxon Research and Engineering Company, 133 Indian Institute of Chemical Technology, 204,231 Instituto de Catâlisis y Petroleoquimica, 354 Istituto CNR-TAE, 43 Lehigh University, 31 Northwestern University, 389 Ohio State University, 340 Rice University, xiii,l
State University of New York—Buffalo, 427 Swiss Federal Institute of Technology, 308 TDA Research, 90 Université degli Studi di Messina, 43 Université di Genoa, 168 University of Akron, 438 University of Bologna, 281 University of Minnesota, 416 University of Notre Dame, 410 University of Southern California, 90 University of Szeged, 368 University of Tokyo, 110,156 University of Twente, 380 University of Waterloo, 326 University of Witwatersrand, 43 Virginia Polytechnic Institute and State University, xiii, 1,16,122 Washington University, 183 Worcester Polytechnic Institute, 244
Subject Index A
Active crystal face of vanadyl pyrophosphate for selective Λ-butane oxidation—Continued Activated hydrocarbon entities, selectivity, 162,164r characterization, 169-172/ selectivity vs. face, 165,166/ Active crystal face of vanadyl pyrophosphate Si on (V0) P 0 crystallite size, surface for selective κ-butane oxidation area, and density, 160,162f catalyst preparation, 157-158 Si0 location on surface of (V0) P 0 , catalyst weight vs. butane oxidation, 162,163/ 160,162,163/ catalytic activity, 162,164r time courses of butane oxidation over catalytic reaction procedure, 158 (VO) P 0 , 164,165/ experimental description, 157 (VO) P 0 scanning electron micrograph, flow rate of butane vs. butane 159-160,161/ oxidation, 162,163/ (VO) P 0 X-ray diffraction, 158,159/ fractured Si0 -(VO) P 0 scanning VOHP0 H 0 scanning electron electron micrographs, 160,161/ micrograph, 159,161/ fractured (VO) P 0 scanning electron VOHP0 H 0 X-ray diffraction, micrographs, 160 157-159/ 2
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Oyama and Hightower; Catalytic Selective Oxidation ACS Symposium Series; American Chemical Society: Washington, DC, 1993.
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