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14. Proceedings of the Conference on Electrochemistry of Carbon Allotropes: Graphite, Fullerenes and Diamond Held in Case Western Reserve University, Cleveland, Ohio on 20-22 October 1997

Author

CASE WESTERN RESERVE UNIV CLEVELAND OHDEPT OF CHEMISTRY, Kinoshita, Kim, Scherson, Daniel, CASE WESTERN RESERVE UNIV CLEVELAND OHDEPT OF CHEMISTRY, Kinoshita, Kim, and Scherson, Daniel

Abstract

A conference on Electrochemistry of Carbon Allotropes: Graphite, Fullerenes and Diamond was held at Case Western Reserve University, Cleveland, OH, on October 20-22, 1997. This Conference provided an opportunity for electrochemists, physicists, materials scientists and engineers to meet and exchange information on different carbon allotropes. The presentations and discussion among the participants provided a forum to develop recommendations on research and development -which are relevant to the electrochemistry of carbon allotropes. This proceeding volume includes a Conference Summary, a section of Opportunities for Research and Development on Carbon Allotropes as well as a collection of Abstracts of all the Presentations.

Published
1998

19. FEL development at the Advanced Photon Source

Author

Milton, Stephen V., primary, Arnold, N. D., additional, Benson, Christa, additional, Berg, S., additional, Berg, William J., additional, Biedron, Sandra G., additional, Chae, Y. C., additional, Crosbie, E. A., additional, Decker, G., additional, Deriy, B., additional, Dejus, Roger J., additional, Hartog, Pat D., additional, Dortwegt, R., additional, Erdmann, M., additional, Huang, Zhirong, additional, Friedsam, H., additional, Freund, Henry P., additional, Galayda, J. N., additional, Gluskin, Efim S., additional, Goeppner, G. A., additional, Grelick, A., additional, Jones, J., additional, Kang, Y. W., additional, Kim, Kwang J., additional, Kim, S., additional, Kinoshita, Kim, additional, Lill, B., additional, Lewellen IV, John W., additional, Lumpkin, Alex H., additional, Markovich, G. M., additional, Makarov, Oleg A., additional, Moog, E. R., additional, Nassiri, A., additional, Ogurtsov, V., additional, Pasky, S., additional, Power, J., additional, Tieman, Brian, additional, Trakhtenberg, Emil M., additional, Travish, Gil, additional, Vasserman, I. B., additional, Vinokurov, Nikolai A., additional, Walters, D. R., additional, Wang, Jin, additional, Wang, Xi J., additional, Yang, Bingxin X., additional, and Xu, Shenglan, additional

Published
1999
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26. HQ Asymmetric Super Capacitor: Graphite-Li4Ti5O12/Ionic Liquid/Carbon

Author

Charest, Patrick, Guerfi, Abdelbast, Dontigny, Martin, and Kinoshita, Kim

Abstract

Hybrid supercapacitor that contain high-surface-area carbon and metal oxide electrodes are attracting interest for use in electrochemical devices. Metal oxide electrodes containing Li4Ti5O12 in liquid electrolytes (ionic liquid or nonaqueous liquid) were investigated. A new procedure developed at Hydro Quebec produced Li4Ti5O12 powders with diameters in the range of 100 nm. At high-rate (1 minute) charge-discharge, the hybrid supercapacitor had an average voltage of about 2.21 V, with 85% nominal capacity. These hybrid supercapacitors also exhibited a very long cycle life of >20,000 cycles at high- rate charge-discharge. The results of this study demonstrate that the Li4Ti5O12-based electrochemical system has attractive characteristics for high-power application such as in portable devices and HEVs

Published
2007

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