Перегляд за автором "Tararyshkin, S.V."

Сортувати за: Порядок: Результатів:

  • Comissioning of the linear accelerator-injector at the TNK facility 
    Zagorodnikov, E.I.; Korchuganov, V.N.; Kokin, E.N.; Matveev, Yu.G.; Matyash, N.V.; Medvedko, A.S.; Repkov, V.V.; Ostreiko, G.N.; Ruvinsky, S.I.; Serdobintsev, G.V.; Sinyatkin, S.V.; Steshov, A.G.; Tararyshkin, S.V.; Ushakov, V.A.; Filiptchenko, A.V.; Chernov, K.N.; Churkin, I.N.; Shvedov, D.A.; Yudin, V.D.; Boiko, I.Yu.; Grachev, N.N.; Spinko, N.V.; Khramtsov, V.P.; Dolgov, A.M.; Kil’disheva, O.E.; Valentinov, A.G.; Krylov, Yu.V.; Odintsov, D.G.; Yupinov, Yu.L. (Вопросы атомной науки и техники, 2004)
    The industrial storage facility has been developed and manufactured at the Budker INP SB RAS. It contains an 80 MeV electron linear accelerator-injector and two electron storage rings: the lesser 450 MeV booster ring and ...
  • Control system of a high-power infrared free electron laser 
    Gorniker, E.I.; Gudkov, B.A.; Evtushenko, Yu.A.; Kondakov, A.A.; Kurkin, G.Ya.; Oreshkov, A.D.; Ovchar, B.K.; Salikova, T.V.; Scheglov, M.A.; Tararyshkin, S.V.; Tribendis, A.G.; Vinokurov, N.A. (Вопросы атомной науки и техники, 2001)
    The control system of the high power infrared FEL is built on the base of a two-level distributed system. The system includes the operator interface at the upper level and Input/Output Controllers under supervision of the ...
  • First experimental results obtained using the highpower free electron laser at the siberian center for photochemical research 
    Antokhin, E.A.; Akberdin, R.R.; Arbuzov, V.S.; Bokov, M.A.; Bolotin, V.P.; Burenkov, D.B.; Bushuev, A.A.; Veremeenko, V.F; Vinokurov, N.A.; Vobly, P.D.; Gavrilov, N.G.; Gorniker, E.I; Gorchakov, K.M; Grigoryev, V.N; Gudkov, B.A.; Davydov, A.V.; Deichuli, O.I.; Dementyev, E.N.; Dovzhenko, B.A.; Dubrovin, A.N; Evtushenko, Yu.A.; Zagorodnikov, E.I.; Zaigraeva, N.S.; Erokhin, A.I; Kairan, D.A.; Kiselev, O.B.; Knyazev, B.A.; Kozak, V.R.; Kolmogorov, V.V; Kolobanov, E.I; Kondakov, A.A.; Kondakova, N.L.; Krutikhin, S.A.; Kryuchkov, A.M.; Kubarev, V.V; Kulipanov, G.N; Kuper, E.A.; Kuptsov, I.V.; Kurkin, G.Ya.; Labutskaya, E.A.; Leontyevskaya, L.G.; Loskutov, V.Yu; Matveenko, A.N; Medvedev, L.E.; Medvedko, A.S.; Miginsky, S.V.; Mironenko, L.A.; Motygin, S.V.; Oreshkov, A.D.; Ovchar, V.K.; Osipov, V.N.; Persov, B.Z.; Petrov, S.R.; Petrov, V.M.; Pilan, A.M.; Poletaev, I.V.; Polyanskiy, A.V.; Popik, V.M.; Popov, A.M.; Rotov, E.A.; Salikova, T.V; Sedliarov, I.K; Selivanov, P.A.; Serednyakov, S.S.; Skrinsky, A.N.; Tararyshkin, S.V.; Timoshina, L.A.; Tribendis, A.G.; Kholopov, M.A.; Cherepanov, V.P.; Shevchenko, O.A.; Shteinke, A.R.; Shubin, E.I.; Scheglov, M.A. (Вопросы атомной науки и техники, 2004)
    The first lasing near the wavelength of 140 µm was achieved in April 2003 using a high-power free electron laser (FEL) constructed at the Siberian Center for Photochemical Research. In this paper we briefly describe the ...