Downloaded by 80.82.77.83 on December 31, 2017 | http://pubs.acs.org Publication Date: October 3, 1989 | doi: 10.1021/bk-1989-0411.ix001
Author Index Anderson, M . W., 40 Barr, Tery L., 180,203 Bauer, S. R , 328 Bell, A. T., 183 Bergna, Horacio E., 55 Bertolacini, Ralph J., 380 Bhattacharyya, Alak A., 46 Bouwens, S. M . A M . , 319 Bradley, Steven A , 274,342,398 Braunschweig, E . J., 65 Brienza, P. K., 407 Brinker, C. J., 251 Bunker, B. C , 65 Chiu, N.-S., 328 Cormier, William E., 46 Cotterman, R. L., 24 Csencsits, Roseann, 365 Datye, A. K., 65 Dautzenberg, Frits M , 99 Davis, B. H., 328 de Beer, V. H . J., 319 Hank, W. R , 92 Gallegos, D. P., 251 Gattuso, Mark J., xi Glaves, C. L., 251 Goodman, D. W., 191 Griffith, Stephen D., 17 Gronsky, Ronald, 365 Guohui, Z., 79 Haensel, Hertha Skala, 2 Haensel, Vladimir, 2 Haines, Ruth A., 430 Hartkamp, M . B., 135 Hicks, Robert R , 214 Hickson, D. A., 24 Hsu, Chen C , 234 Klier, Kamil, 12 Koningsberger, D. C , 319 Koves, William J., 398 Kugler, E. L., 354 Lambert, S. L., 262 Lee, W.-R, 328
Leonowicz, M . E., 303 Leta, D. P., 354 Levin, M . E., 183 L i , Yong-Xi, 328 Lowe, J. A., 414 Margolis, M . J., 120 Martinez, S. L., 65 Matocha, C. K., Sr., 414 McLean, J. B., 120 Mieville, R. L., 243 Moorehead, E. L., 120 Occelli, M . L., 40 O'Connor, P., 135 Peden, C. H . F., 65 Pedersen, L. A , 414 Peri, J. B., 222 Pitzer, Emory, 398 Prins, R., 319 Puis, F. R , 384 Reichmann, M . G., 243 Robota, Heinz J., 274 Rohrbaugh, Wayne J., 279 Sahimi, Muhammad, 158 Salmeron, M . , 183 Seamans, J. D., 148 Seapan, M . , 79 Shatlock, M . P., 24 Smith, D. M . , 251 Somorjai, G. A , 183 Strohmaier, K. G., 303 Suib, S. L., 40 Targos, William M . , 342 Tsotsis, Theodore T., 158 Vaughan, D. E. W., 303 Vuitel, C. A , 148 Welch, J. G., 148 Welsh, L. B., 262 Williams, K. J., 183 Woltermann, Gerald M . , 46 Wu, Ellen L., 279 Yin, M . P., 203
438
Bradley et al.; Characterization and Catalyst Development ACS Symposium Series; American Chemical Society: Washington, DC, 1989.
INDEX
439
Downloaded by 80.82.77.83 on December 31, 2017 | http://pubs.acs.org Publication Date: October 3, 1989 | doi: 10.1021/bk-1989-0411.ix001
Affiliation Index Akzo, 135 Allied-Signal Engineered Materials Research Center, 274 Aluminum Company of America, 414 Amoco Oil Company, 243,380 ASTM, 407 Catalyst Recovery, Inc., 148 Catalytica, 99 Center for Applied Energy Research, 328 Cornell University, 328 E. I. du Pont de Nemours and Company, 55 Engelhard Corporation, 120 Exxon Chemical Company, 384 Exxon Research and Engineering Company, 303,354 W. R. Grace and Company, 24 Katalistiks International, 17,46 Lawrence Berkeley Laboratory, 183,365 Lehigh University, 12 Mobil Research and Development Corporation, 279
National Institute of Standards and Technology, 430 Northeastern University, 222 Oklahoma State University, 79 Phillips Petroleum Company, 398 Sandia National Laboratories, 65,251 Texas A & M University, 191 University of California—Berkeley, 183,365 University of California—Los Angeles, 214 University of Connecticut, 40 University of Massachusetts, 2 University of New Mexico, 65,251 University of Southern California, 158 University of Technology-Eindhoven, 319 University of Wisconsin-Milwaukee, 180,203 Unocal Corporation, 40 UOP, xi,92 UOP Research Center, 262,274,342,398 U.S. Army Chemical Research, Development, and Engineering Center, 234
Subject Index A 7-Alumina effect of sulfide treatment, 231,232/" N O spectra, 231,232f Alumina-added fluid catalytic cracking catalysts attrition, 422-427 index, 424* ,427 index vs. particle size of additive, 424,42^ measurement, 415,416f,417*,418 catalytic activity, 427,428f,429 catalytic cracking test, 418 commercial catalysts, 418,420/" effect of additive on viscosity of catalyst slurry, 418,419f effect of processing conditions on attritability, 423*,424 experimental catalysts, 418,421/ formulation, 418 microsphere formation, 418-422 particle size distributions, 418,422/ preparation, 418 relative performance, 427,428^429 response curves, 422-423,425/
Alumina-promoted fluid catalytic cracking catalysts, commercial viability, 414 Analysis of testing responses definition of sensitivity of result to given variable, 94 problems, 95 uncertainty components, 95 Annular dark-field detection method, detection of supported metal crystallites, 346,348/" A R C O pilot riser plant tests conditions, 138,139* flow scheme, 144,14^* A S T M Committee D-32 on catalysts function, 430 key to success, 430 list of catalyst materials available for use as reference materials, 431,432-433* list of test methods for catalyst characterization, 431,434-435* testing procedure, 430-431 Attrition measurement apparatus, 415,41^,417 measurement, 417*,418 sample preparation, 417
Bradley et al.; Characterization and Catalyst Development ACS Symposium Series; American Chemical Society: Washington, DC, 1989.
