Photonic and Optoelectronic Polymers

Downloaded by 80.82.77.83 on May 16, 2018 | https://pubs.acs.org Publication Date: September 1, 1997 | doi: 10.1021/bk-1997-0672.ix001

Author Index Amano, Michiyuki, 30 Aranda, F. J., 199 Asher, S. Α., 495 Aust, E. F., 100 Beljonne, D., 308 Bertolucci, Patricia R. H., 79 Brédas, J. L., 308 Burland, D. M., 100 Carreon, M. P., 199 Cervini, Raoul, 322 Chafin, Andrew P., 133 Chang, Y. H.,71 Chen, J. H.,71 Chen, J. J.,71 Chen, Jyh-Chien, 2 Chen, W. C.,71 Chen, X. Linda, 475 Cheng, Stephen Z. D., 2 Chien, L. C , 507 Cornil, J., 308 Decher, Gero, 445 Doi, Shuji, 345 Epstein, Arthur J., 395 Ettedgui, E., 408 Feld, W. Α., 408 Feng, Hongtu, 169 Ferreira, M., 437 Fomina, L., 199 Fomine, S., 199 Friend, Richard H., 322 Gao, Y., 408 Gamier, Francis, 420 Gharavi, Ali, 123 Goldfarb, Ivan J., 169 Grimsdale, Andrew C , 322 Griiner, Johannes, 322 Harada, G., 381 Harmon, Julie P., 79 Harris, Frank W., 2

Heeger, Alan J., 297, 308 Heeger, David J., 297 Herman, Warren N., 133 Hikita, Makoto, 30 Ηο,Β. C.,71 Hollins, Richard Α., 133 Holmes, Andrew B., 322 Holtz, J., 495 Horie, Kazuyuki, 260 Hsieh, B. R., 408 Hudson, S. D., 507 Ishigure, T., 58 Iwata, Shuichi, 16 Jenekhe, Samson Α., 475 Jiang, X. L., 251 Jurich, M., 100 Kaino, Toshikuni, 30 Kasai, Hitoshi, 183 Kesavamoorthy, R., 495 Kido, J., 381 Kim, D. Y.,251 Kippelen,B., 218 Knoll, W., 100 Kobayashi, Takeyuki, 47 Koike, Yasuhiro, 16,47, 58 Komada, M., 381 Kumar, J., 251 Langan, John, 297 Lee, V. Y., 100 Li, Fuming, 2 Li, L.,251 Li, Wenjie, 123 Li, Xiao-Chang, 322 Lindsay, Geoffrey Α., 133 Liu, Lei, 495 Lundquist, P. M., 100 MacDiarmid, Alan G., 395 Matsumoto, Osamu, 151 Meerholz, K., 218

547

Jenekhe and Wynne; Photonic and Optoelectronic Polymers ACS Symposium Series; American Chemical Society: Washington, DC, 1997.


548

PHOTONIC AND OPTOELECTRONIC P O L Y M E R S

Merwin, Larry H., 133 Miller, R. D., 100 Moratti, Stephen C , 322 Morino, Shin'ya, 260 Moylan, C. R., 100 Mullen, Klaus, 358 Nagai, K., 381 Nakanishi, Hachiro, 183 Nakatsuka, Shiro, 47 Natansohn, Almeria, 236 Nihei, Eisuke, 16,47, 58 Noguchi, Takanobu, 345 Ogawa, T., 199 Ohnishi, Toshihiro, 345 Onitsuka, O., 437 Pan, G., 495 Peyghambarian, N., 218 Prasad, Paras N., 533 Prescher, D., 280 Rajaram, C. V., 507 Rao, D. V. G. L. N., 199 Razafitrimo, H., 408 Roberts, M. Joseph, 133 Rochon, Paul, 236 Rubner, M. F., 437 Ruckman, M . W., 408 Ruhmann, R., 280 Sakai, Wataru, 151 Sandalphon, 218 Sasaki, Keisuke, 47 Savitski, Edward P., 2 Scherf, Ullrich, 358

Schonhals, Α., 280 Sekkat, Z., 100 Shimidzu, Takeo, 460 Shionoya, H., 381 Stenger-Smith, John D., 133 Stockton, W. B., 437 Sunkara, Η. B., 495 Tagaya, Akihiro, 47 Tarkka, Richard M., 475 Teramoto, Shigehiro, 47 Thackara, J. I., 100 Thiele, Th., 280 Tomaru, Satoru, 30 Tripathy,S. K.,251 Tseng, T. W.,71 Tsuchida, Yoshihiko, 345 Tsukahara, Hisashi, 16 Tsutsumi, Naoto, 151 Twieg, R. J., 100 Verbiest, T., 100 Volodin, B. L., 218 Weissman, J., 495 Wood, J., 100 Wynne, Kenneth J., 133 Yang, S. Y.,71 Ya^,Yang, 297 Yokohama, Itaru, 30 Yong, Tuck Mun, 322 Yoon, Yeocheol, 2 Yu, Dong, 123 Yu, Luping, 123

Affiliation Index Brookhaven National Laboratory, 408 Canadian Explosives Research Laboratory, 169 Case Western Reserve University, 507 Centre National de la Recherche Scientifique, 420 IBM Almaden Research Center, 100

Industrial Technology Research Institute, Taiwan, 71 Institut Charles Sadron, 445 Institut fur Angewandte Chemie BerlinAdlershof, 280 Kanagawa Academy of Science and Technology, 16,47, 58


549


INDEX

Keio University, 16,47, 58 Kent State University, 507 Kyoto Institute of Technology, 151 Kyoto University, 460 Massachusetts Institute of Technology, 437 Max Planck Institute for Polymer Research, 100, 358 National Taiwan University, 71 NTT Opto-electronics Laboratories, 30 Ohio State University, 395 Queen's University, 236 Royal Military College, 236 State University of New York at Buffalo, 533 Sumitomo Chemical Company, Ltd., 345 Tohoku University, 30,183 UNIAX Corporation, 297 Universidad Nacional Autonoma de Mexico, 199

Universitàt Potsdam, 280 Université de Mons-Hainaut, 308 Université Louis Pasteur, 445 University of Akron, 2 University of Arizona, 218 University of California—Santa Barbara, 308 University of Cambridge, 322 University of Chicago, 123 University of Massachusetts, 199,251 University of Pennsylvania, 395 University of Pittsburgh, 495 University of Rochester, 408,475 University of South Florida, 79 University of Tokyo, 260 U.S. Department of the Navy, 133 Wright State University, 169,408 Xerox Corporation, 408 Yamagata University, 381

Subject Index Accordion polymers bilayer schematic, 143/ characterization by NMR, 136-137 corona poling and optical measurements, 137-139 α-cyanocinnamoyl chromophore, 135-136, 147 cyclization versus polymerization, 140 design and synthesis of syndioregic polymers, 141-142 electro-optic coefficient, 139-140 film casting procedure, 137 idealized structure of polar bilayer, I42f Langmuir-Blodgett-Kuhn (LBK) heterolayer films, 142-145 main chain cinnamamide polymer structure, 136/ main chain syndioregic polymers and poled films, 135 optical measurements of LBK films, 145-147

Accordion polymers—Continued orientational and chemical stability, 139 synthesis by Knoevenagel condensation polymerization, 135-136 waveguide construction, 139-140 Aluminum metal electrode, deposition on polymer in LED, 411,412/ Aromatic amine-containing polymers dye-dispersed poly(N-vinylcarbazole), 387, 390-393 poly(arylene ether sulfone)s and poly(arylene ether ketone)s, 387-389 side-chain polymethacrylamides and polymethacrylates, 384-387 structures for electroluminescent devices, 382, 383/ Aromatic oxadiazoles, See Oxadiazolebased polymers Arylene-vinylene copolymers alternating and random copolymerization, 346-348


Photonic and Optoelectronic Polymers

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