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12 results on '"Neau, E. L."'

3. Materials processing with intense pulsed ion beams

Author

Rej, D. J., primary, Davis, H. A., additional, Olson, J. C., additional, Remnev, G. E., additional, Zakoutaev, A. N., additional, Ryzhkov, V. A., additional, Struts, V. K., additional, Isakov, I. F., additional, Shulov, V. A., additional, Nochevnaya, N. A., additional, Stinnett, R. W., additional, Neau, E. L., additional, Yatsui, K., additional, and Jiang, W., additional

Published
1997
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6. PBFA I: Pulsed power driver for inertial confinement fusion.

Author

Van Devender, J. P., Barr, G. W., Crow, J. T., Goldstein, S. A., McDaniel, D. H., McDonald, K. F., Martin, T. H., Moore, W. B. S., Neau, E. L., Peterson, G. D., Seamen, J. F., Seidel, D. B., Spielman, R. B., Turman, B. N., Yonas, G., and Smith, I. D.

Abstract

The PBFA I accelerator has been tested and is operational at its full power rating of 30 TW. The PBFA I experiments demonstrated that the multi-modular approach to superpower generators is viable. The modular outputs can be combined in parallel or series-parallel combinations of the magnetically insulated transmission lines to power single, ion-beam diodes or imploding plasma sources. The coupling efficiency between the magnetically insulated transmission lines for time varying loads is less efficient than it is for ordinary transmission lines. [ABSTRACT FROM PUBLISHER]

Published
1981

7. Electron beam power from inductive storage.

Author

Cowan, M., Rohwein, G. J., Cnare, E. C., Neau, E. L., Mogford, J. A., Tucker, W. K., and Wesenberg, D. L.

Abstract

When the energy required of electron beams greatly surpasses present capability, it will be advantageous to use inductive rather than capacitive storage for the prime energy source. This paper deals with development of technology for charging a storage inductor and for switching and transforming its stored energy for generation of an electron beam. A chemically powered generator which compresses magnetic flux provided by a superconducting co is utilized along with high efficiency pulse transformers. Design concepts and experimental results are presented. [ABSTRACT FROM PUBLISHER]

Published
1975

10. Progress in light ion beam fusion research on PBFA II

Author

Cook, D L, primary, Allshouse, G O, additional, Bailey, J, additional, Barr, G W, additional, Boyes, J D, additional, Burgess, E L, additional, Boyer, W B, additional, Cap, J S, additional, Coats, R S, additional, Dreike, P L, additional, Fifer, H G, additional, Furaus, J P, additional, Gerber, R A, additional, Goldsmith, S, additional, Goldstein, S A, additional, Hamil, R A, additional, Humphreys, D R, additional, Leeper, R J, additional, McDaniel, D H, additional, Martin, T H, additional, Mendel, C W, additional, Miller, P A, additional, Mix, L P, additional, Neau, E L, additional, Olsen, J N, additional, Peterson, G D, additional, Prestwich, K R, additional, Quintenz, J P, additional, Rochau, G E, additional, Rosenthal, S E, additional, Rovang, D C, additional, Ruiz, C L, additional, Schneider, L, additional, Seamons, L O, additional, Seidel, D B, additional, Simmons, T N, additional, Slutz, S A, additional, Stinnett, R W, additional, Stygar, W A, additional, Sweeney, M A, additional, Tolk, K M, additional, Turman, B N, additional, Wilson, J M, additional, and VanDevender, J P, additional

Published
1986
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