Downloaded by 80.82.77.83 on May 24, 2018 | https://pubs.acs.org Publication Date: May 5, 1996 | doi: 10.1021/bk-1996-0626.ix001
Author Index Aminaka, Muneaki, 20 Anastas, Paul T., 1,198 Bassoli, Angela, 92 Bolzacchini, Ezio, 92 Borkowsky, Samuel L., 132 Brambilla, Anna, 92 Brown, Geoffrey H., 132 Burk, MarkJ., 132 Chioccara, Francesco, 92 Clerici, Mario G., 59 Delledonne, D., 70 Donohue, M . D., 152 Dozono, Tetsuro, 20 Feng, Shaoguang, 132 Fukawa, Isaburo, 20 Fukuoka, Shinsuke, 20 Geiger, J. L., 152 Gross, Michael F., 132 Hachiya, Hiroshi, 20 Hasegawa, Kazumi, 20 Hendrickson, James B., 214 Hudlicky, T., 180 Huheey, James E., 232 Ingallina, Patrizia, 59 Kiamos, Α. Α., 152 Komiya, Kyosuke, 20 LeLacheur, Richard M . , 132 Leofanti, G., 33 Lim, Phooi K., 168 Luan, L i , 132 Mantegazza, Μ. Α., 33
Marques, Carlos Α., 81 McGhee, William D., 49 Morazzoni, Franca, 92 Morgenstern, David Α., 132 Morita, David K., 132 Nielsen, Κ. Α., 152 Okamoto, Hiroshige, 20 Orlandi, Marco, 92 Paster, Mark, 49 Petrini, G., 33 Pignataro, F., 33 Riley, Dennis, 49 Rindone, Bruno, 92 Rivetti, F., 70 Romano, U., 70 Ruettimann, Ken, 49 Selva, Maurizio, 81 Simmons, Milagros S., 116 Simpson, Michael, 105 Solodar, John, 49 Sundaresan, Sankaran, 105 Tumas, William, 132 Tundo, Pietro, 81 Waldman, Thomas, 49 Watanabe, Tomonari, 20 Webster, Leland C , 198 Wei, James, 105 Williamson, Tracy C , 1,198 Yoneda, Haruyuki, 20 Zhong, Yaping, 168
Affiliation Index Asahi Chemical Industry Co., Ltd., 20 Brandeis University, 214 Duke University, 132 EniChem S.p.A., 33 EniChem Synthesis, 70 Eniricerche S.p.A., 59 Johns Hopkins University, 152
Los Alamos National Laboratory, 132 Monsanto Corporate Research, 49 North Carolina State University, 168 Princeton University, 105 U.S. Environmental Protection Agency, 1,198 Union Carbide Corporation, 152 241
Anastas and Williamson; Green Chemistry ACS Symposium Series; American Chemical Society: Washington, DC, 1996.
GREEN CHEMISTRY
242 Université di Milano, 92 Université di Napoli, 92 Université di Venezia, 81 University of Maryland, 232
University of Michigan, 116 Virginia Polytechnic Institute and State University, 180
Downloaded by 80.82.77.83 on May 24, 2018 | https://pubs.acs.org Publication Date: May 5, 1996 | doi: 10.1021/bk-1996-0626.ix001
Subject Index Alternative syntheses—Continued oxidation of phenolic phenylpropenoids Acetaldehyde, synthesis using metal with dioxygen, 92-104 catalysts, 118-119 role of catalysts in environmentally benign Acetoacetate esters, replacement for synthesis of chemicals, 116-131 isocyanates, 13 route generator, 227-229 Acrylamide, synthesis via enzyme selective monomethylation of catalysts, 124-125 arylacetonitriles and methyl arylacetates Adipic acid, conventional and alternative by dimethyl carbonate, 81-91 syntheses, 7-8 skeleton concept, 218-222 Alkaloid synthons, synthesis, 191 S Y N G E N program, 229-231 Alkylation, zeolitic solid acid catalyzed, Alternative reaction conditions kinetics, 105-114 chemically benign synthesis at organicAlternative feedstocks and starting water interface, 168-178 materials reduction of volatile organic compound caprolactam via ammoximation, 33-48 emissions during spray painting, clean oxidation technologies, new 152-167 prospects in epoxidation of olefins, supercritical C 0 as substitute solvent for 59-68 chemical synthesis and catalysis, generation of organic isocyanates from 132-151 amines, carbon dioxide, and Alternative reagents, Green Chemistry, electrophilic dehydrating agents, 49-58 69-128 new process for producing polycarbonate Aluminum phosphate based molecular without phosgene and methylene sieves, role in environmentally benign chloride, 20-32 synthesis of chemicals, 128 research, 20-67 Amines, organic isocyanate generation, Alternative reaction conditions, Green 49-57 Chemistry, 132-175 Ammoximation, production of caprolactam, Alternative syntheses 33-Φ7 characterization, 223-227 Antibody catalysts, role in environmentally computer generation of synthesis routes, benign synthesis of chemicals, 125-126 215-218 Aqueous-supercritical carbon dioxide dimethyl carbonate and its production medium, phase-transfer catalytic technology, 70-80 oxidation, 144-145 experimental description, 215 Arene cw-dihydrodiols, biocatalytic Green Chemistry, 69-128 conversion of aromatics to optically kinetics of zeolitic solid acid catalyzed pure synthons for pharmaceutical alkylation of isobutane, 105-115 industry, 180-195 2
Anastas and Williamson; Green Chemistry ACS Symposium Series; American Chemical Society: Washington, DC, 1996.
