Search Results - "Feschenko, A.V."

MMFL H + and H − injectors: Computational studies by Esin, S.K., Feschenko, A.V., Frolov, O.T., Nikulin, E.S., Yakushev, V.P.

“…Results are reported for a computational study of the output beam of the high-current Moscow Meson Factory (MMF) linac H + and H − injectors for various ion…”
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Longitudinal beam parameters study in the SNS LINAC by Feschenko, A.V., Kravchuk, L.V., Menshov, A.A., Aleksandrov, A.V., Assadi, S., Galambos, J., Henderson, S.

“…Linac utilizes several accelerating structures operating at two frequencies. CCL and SCL operate at 805 MHz while 402.5 MHz is used for RFQ and DTL. Beam…”
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Methods and instrumentation for bunch shape measurements by Feschenko, A.V.

“…Bunch shape is one of the most important and interesting characteristics of a beam in ion linear accelerators. Recently detectors of bunch shape with a…”
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INR activity in development and production of bunch shape monitors by Esin, S.K., Feschenko, A.V., Ostroumov, P.N.

“…Precise measurements of the longitudinal profiles of ion beams with /spl sim/10 ps temporal resolution became available with the help of a Bunch Shape Monitor…”
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Precise energy measurement of the continuous proton beam by Feschenko, A.V., Ostroumov, P.N., Petronevich, S.A., Sharamentov, S.I.

“…The method and the results of the proton beam energy measurements carried out on the INR (Institute for Nuclear Research) linac injection line are described…”
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Bunch Shape Monitors for the DESY H/sup -/ linac by Feschenko, A.V., Liiou, A.V., Mirzojan, A.N., Menshov, A.A., Ostroumov, P.N., Holtkamp, N., Kleffner, C., Nagl, M., Peperkorn, I.

“…For better tuning and control of the longitudinal beam parameters two Bunch Shape Monitors (BSM) and one Bunch Length and Velocity Detector (BLVD) have been…”
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Longitudinal emittance measurement of the 100 MeV proton beam by Bylinsky, Yu.V., Feschenko, A.V., Ostroumov, P.N.

“…The results of the longitudinal emittance measurements carried out at the exit of the DTL (drift-tube-linac) part (100 MeV) of the 600 MeV Moscow meson factory…”
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Initial operation of the first 20 MeV tank of the INR linac by Bylinsky, Y.V., Drugakov, A.N., Esin, S.K., Fatkulin, Y.K., Fedotov, A.P., Feschenko, A.V., Garylkapov, S.G., Gorelov, D.V., Kiselev, Y.V., Mirzojan, A.N., Murin, B.P., Ostroumov, P.N., Sagin, I.A., Serov, V.L.

“…Recently the initial operation of the first 20-MeV Alvarez tank at the Soviet Institute for Nuclear Research (INR) has been completed. An 80-mA, 750-keV proton…”
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Proton beam acceleration up to 160 MeV at the Moscow meson factory linac by Batskich, G.I., Bylinsky, Yu.V., Esin, S.K., Fedotov, A.P., Feschenko, A.V., Ivanov, Yu.D., Korolev, O.S., Kravchuk, L.V., Kvasha, A.I., Matveev, V.A., Michailov, V.N., Mirzojan, A.N., Murin, N.P., Ostroumov, P.N., Petronevich, S.A., Rubtsov, B.A., Serov, V.L., Scharamentov, S.I., Zyarylkapov, S.Z., Sagin, I.A.

“…The H/sup +/, H/sup -/ linac of the INR meson factory designed for accelerating the 0.5 mA average current beam to energies of up to 600 MeV is being tuned…”
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