Search Results - "Pasky, S."

Observation of a variable sub-THz radiation driven by a low energy electron beam from a thermionic rf electron gun by Smirnov, A. V., Agustsson, R., Berg, W. J., Boucher, S., Dooling, J., Campese, T., Chen, Y., Erwin, L., Jacobson, B., Hartzell, J., Lindberg, R., Murokh, A., O’Shea, F. H., Spranza, E., Pasky, S., Ruelas, M., Sereno, N. S., Sun, Y., Zholents, A. A.

“…We report observations of an intense sub-THz radiation extracted from a ~3 MeV electron beam with a flat transverse profile propagating between two parallel…”
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Characterization and mitigation of coherent-optical-transition-radiation signals from a compressed electron beam by Lumpkin, A. H., Sereno, N. S., Berg, W. J., Borland, M., Li, Y., Pasky, S. J.

“…The Advanced Photon Source (APS) injector complex includes an option for rf photocathode (PC) gun beam injection into the 450-MeV S-band linac. At the 150-MeV…”
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Observation of a THz-sub-THz spontaneous coherent undulator radiation driven by a low energy electron beam from a thermionic RF electron gun by Smirnov, A. V., Agustsson, R., Berg, W. J., Dooling, J., Campese, T., Chen, Y., Gavryushkin, D., Erwin, L., Hartzell, J., Keane, R., O’Shea, F. H., Spranza, E., Pasky, S., Ruelas, M., Sun, Y., Zholents, A. A.

“…In this work, we report observations of an intense, multi-band, sub-THz and THz radiation extracted from a similar to 2-3 MeV electron beam with a flat…”
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Observation of a THz-sub-THz spontaneous coherent undulator radiation driven by a low energy electron beam from a thermionic RF electron gun by Smirnov, A.V., Agustsson, R., Berg, W.J., Dooling, J., Campese, T., Chen, Y., Gavryushkin, D., Erwin, L., Hartzell, J., Keane, R., O’Shea, F.H., Spranza, E., Pasky, S., Ruelas, M., Sun, Y., Zholents, A.A.

“…We report observations of an intense, multi-band, sub-THz and THz radiation extracted from a ∼2-3 MeV electron beam with a flat transverse profile propagating…”
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Observation of self-amplified spontaneous emission and exponential growth at 530 nm by Milton, SV, Gluskin, E, Biedron, SG, Dejus, RJ, Den Hartog PK, Galayda, JN, Kim, K, Lewellen, JW, Moog, ER, Sajaev, V, V, Sereno, NS, Travish, G, Vinokurov, NA, Arnold, ND, Benson, C, Berg, W, Biggs, JA, Borland, M, Carwardine, JA, Chae, Y, Decker, G, Deriy, BN, Erdmann, MJ, Friedsam, H, Gold, C, Grelick, AE

“…Experimental evidence for self-amplified spontaneous emission (SASE) at 530 nm is reported. The measurements were made at the low-energy undulator test line…”
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Conducting research and operator training while maintaining top-up reliability using the Advanced Photon Source linear accelerator by Pasky, S., Soliday, R.

“…In recent years many changes have been made to the Advanced Photon Source (APS) linear accelerator (linac) to support multiple tasks. The primary purpose of…”
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An operator training facility at the Advanced Photon Source by Lewellen, J.W., Pasky, S.

“…The Advanced Photon Source (APS), a premier third-generation synchrotron radiation source, presently operates in top-up mode during most user run time. During…”
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A flexible injector test stand design by Lewellen, J.W., Beczek, K., Berg, S., Briddick, D.A., Dortwegt, R., Givens, M., Grelick, A., Nassiri, A., Pasky, S., Smith, T.L.

“…The Advanced Photon Source (APS) has constructed an injector test stand (ITS) for high-brightness electron beam research. The test stand includes three rf…”
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Injector Power Supplies Reliability Improvements at the Advanced Photon Source by Hillman, A., Pasky, S., Sereno, N., Soliday, R., Wang, J.

“…Operational goals for the Advanced Photon Source (APS) facility include 97% availability and a mean time between unscheduled beam losses (faults) of 70 hours,…”
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Characterization and mitigation of coherent optical transition radiation signal from a compressed electron beam by Lumpkin, A. H., Sereno, N. S., Berg, W., Borland, M., Li, Y., Pasky, S.

“…The Advanced Photon Source (APS) injector complex includes an option for rf photocathode (PC) gun beam injection into the 450-MeV S-band linac. At the 150-MeV…”
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Automated Operation of the APS LINAC using the Procedure Execution Manager by Soliday, R, Pasky, S, Borland, M

“…eConf C000821 (2000) TUc14 The Advanced Photon Source (APS) linear accelerator has two thermionic cathode rf guns and one photocathode rf gun. The thermionic…”
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Improved temperature regulation and corrosion protection of APS linac RF components by White, M., Dortwegt, R., Pasky, S.

“…Water from individual closed-loop deionized (DI) water systems is used to regulate the temperature of high-power RF components at the Advanced Photon Source…”
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Klystron-modulator system performance for the Advanced Photon Source linear accelerator by Cho, M.H., Smith, T.L., Pasky, S., Nassiri, A., Pile, G.

“…The S-band linear accelerator (linac), which was built to be the electron source and the front end of the Advanced Photon Source (APS) injector, is now also…”
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Testing and Implementation Progress on the Advanced Photon Source (APS) Linear Accelerator (Linac) High-Power S-band Switching System by Grelick, A. E, Arnold, N, Berg, S, Dohan, D, Goeppner, G, Kang, Y. W, Nassiri, A, Pasky, S, Pile, G, Smith, T, Stein, S. J

“…eConf C000821 (2000) THE07 An S-band linear accelerator is the source of particles and the front end of the Advanced Photon Source injector. In addition, it…”
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Observation and analysis of self-amplified spontaneous emission at the APS low-energy undulator test line by Attig, J, Banks, G, Bechtold, R, Beczek, K, Berg, S, Berg, W, Biggs, J.A, Budz, J, Carwardine, J.A, Christensen, S, Clark, C, Conde, M, Decker, G.A, Dejus, R.J, DeLeon, H, Den Hartog, P.K, Deriy, B.N, Dohan, D, Dombrowski, P, Donkers, D, Doose, C.L, Dortwegt, R.J, Edwards, G.A, Error, J, Ferry, R, Flood, R, Freund, H, Friedsam, H, Galayda, J.N, Gerig, R, Gilmore, R.L, Goeppner, G.A, Goetzen, J, Grelick, A.E, Hahne, M.W, Hanuska, S, Harkay, K.C, Harris, G, Hillman, A.L, Hogrefe, R, Hoyt, J, Jagger, J.M, Jansma, W.G, Jaski, M, Jones, S.J, Keane, R.T, Kelly, A.L, Kim, K.-J, Kirshenbaum, M, Klick, J.H, Knoerzer, K, Koldenhoven, R.J, Lang, J, Lenkszus, F, Lewellen, J.W, Li, Y, Lill, R.M, Lumpkin, A.H, Makarov, O.A, Markovich, G.M, McDowell, W.P, McNamara, P.E, Meier, T, Michalek, W, Milton, S.V, Moog, E.R, Otto, R, Pace, J, Pasky, S.J, Penicka, J.M, Pietryla, A.F, Pile, G, Pitts, C, Powers, T, Puttkammer, A.J, Reigle, D, Ronzhin, D, Rotela, E.R, Sajaev, V, Seglem, R.A, Sidarous, J.F, Smith, T.L, Stejskal, B, Svirtun, V, Theres, E, Torres, J.A, Trakhtenberg, E.M, Travish, G, Trento, G.F, Vacca, J, Walters, D.R, Wesling, S, Weyer, D.L, Wiemerslage, G, Wilhelmi, K, Wright, R, Xu, S, Yang, B.-X, Yoder, W, Zabel, R.B

“…Exponential growth of self-amplified spontaneous emission at 530 nm was first experimentally observed at the Advanced Photon Source low-energy undulator test…”
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