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Showing papers by "J.W. Wang published in 1990"

Rf power sources for linear colliders

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Allen, R.S. Callin, G. Caryotakis, H. Deruyter, K.R. Eppley, K.S. Fant, Z.D. Farkas, W.R. Fowkes, H.A. Hoag, J. Feinstein, Kwok Ko, R.F. Koontz, N. M. Kroll, T.L. Lavine, T.G. Lee, G. A. Loew, Roger H. Miller, E.M. Nelson, R.D. Ruth, Arnold Vlieks, J.W. Wang, Perry B. Wilson, J.K. Boyd, T. Houk, R.D. Ryne, G.A. Westenskow, S.S. Yu 
01 Jun 1990
TL;DR: In this paper, the power from a relativistic klystron (RK) and a cross-field amplifier (CFA) was used to accelerate a beam at over 80 MeV meter.
Abstract: The next generation of linear colliders requires peak power sources of over 200 MW per meter at frequencies above 10 GHz at pulse widths of less than 100 nsec. Several power sources are under active development, including a conventional klystron with rf pulse compression, a relativistic klystron (RK) and a crossed-field amplifier. Power from one of these has energized a 0.5 meter two- section High Gradient Accelerator (HGA) and accelerated a beam at over 80 MeV meter. Results of tests with these experimental devices are presented here.

7 citations