Search Results - "Hoag, HA"

High-gradient electron accelerator powered by a relativisitic klystron by Allen, MA, Boyd, JK, Callin, RS, Deruyter, H, Eppley, KR, Fant, KS, Fowkes, WR, Haimson, J, Hoag, HA, Hopkins, DB, Houck, T, Koontz, RF, Lavine, TL, Loew, GA, Mecklenburg, B, Miller, RH, Ruth, RD, Ryne, RD, Sessler, AM, Vlieks, AE, Wang, JW, Westenskow, GA, Yu, SS

“…We have used relativistic klystron technology to extract 290 MW of peak power at 11.4 GHz from an induction linac beam, and to power a short 11.4-GHz…”
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Accelerator structure development for NLC by Hoag, H.A., Deruyter, H., Pearson, C., Ruth, R.D., Wang, J.W., Schaefer, J.

“…In the program of work directed towards the development of an X-Band Next Linear Collider accelerator structure, two different test accelerator sections have…”
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Flower-petal mode converter for NLC by Hoag, H.A., Tantawi, S.G., Callin, R., Deruyter, H., Farkas, Z.D., Ko, K., Kroll, N., Lavine, T.L., Menegat, A., Vlieks, A.E.

“…It is important to minimize power loss in the waveguide system connecting klystron, pulse-compressor, and accelerator in an X-Band NLC. However, existing…”
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Accelerator and RF system development for NLC by Vlieks, A.E., Callin, R., Deruyter, H., Early, R., Fant, K.S., Farkas, Z.D., Fowkes, W.R., Galloway, C., Hoag, H.A., Koontz, R., Loew, G.A., Lavine, T.L., Menegat, A., Miller, R.H., Palmer, D., Pearson, C.C., Ruth, R.D., Tantawi, S.G., Wilson, P.B., Wang, J.W., Yoneda, C., Kroll, N., Nantista, C.

“…An experimental station for an X-band Next Linear Collider has been constructed at SLAC. This station consists of a klystron and modulator, a low-loss…”
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