Перегляд за автором "Shiyankov, S.V."

Сортувати за: Порядок: Результатів:

  • Chernov, K.N.; Logachev, P.V.; Ostreiko, G.N.; Serdobintsev, G.V.; Shiyankov, S.V.; Yasnov, G.I. (Вопросы атомной науки и техники, 1999)
    The application of RF buncher-accelerators for obtaining the short electron bunches is rather known. Their design varies. Linear accelerators with high-current pulsed beams at energy more than 30 MeV are mainly used as ...
  • Pavlov, V.M.; Shiyankov, S.V.; Ivannikov, V.I.; Chernousov, Yu.D.; Shebolaev, I.V. (Вопросы атомной науки и техники, 2001)
    Accelerator for intensive electron beam (average current up to 2 A) from energy 50 keV up to energy 3-5 MeV is offered. Accelerating structure consist of a few resonators fed parallel from one waveguide. Focusing system ...
  • Avilov, M.S.; Gubin, K.V.; Kot, N.Kh.; Logatchev, P.V.; Martyshkin, P.V.; Morozov, S.N.; Shiyankov, S.V.; Starostenko, A.A.; Andrighetto, A.; Bao, Y.W.; Tecchio, L.; Kandiev, Ya.Z.; Plokhoi, V.V.; Samarin, S.I. (Вопросы атомной науки и техники, 2001)
    Project of targets for high intense neutron source is proposed. The source is based on a proton continuous accelerator with the 10 MeV particle energy and up to 300 kW mean beam power. Problems of fabrication of these ...
  • Avilov, M.S.; Gubin, K.V.; Kot, N.Kh.; Lebedev, N.N.; Logatchev, P.V.; Martyshkin, P.V.; Morozov, S.N.; Pivovarov, I.L.; Shiyankov, S.V.; Starostenko, A.A.; Tecchio, L. (Вопросы атомной науки и техники, 2001)
    The project of a high-intense neutron source for the SPES project in LNL, Legnaro, Italy [1] is developed. The source is based on the rotating carbon target. The target is bombarded by the deuteron beam with energy 20 MeV, ...
  • Gurov, S.M.; Akimov, A.V.; Anchugov, O.V.; Batrakov, A.M.; Belikov, O.V.; Bekhtenev, E.A.; Burenkov, D.B.; Cheblakov, P.B.; Cherepanov, V.P.; Chernyakin, A.D.; Cheskidov, V.G.; Churkin, I.N.; Elkaer, A.; Erokhin, A.I.; Fliller, R.; Gorchakov, K.M.; Gurov, D.S.; Ganetis, G.; Hseuh, H.; Karnaev, S.E.; Karpov, G.V.; Kiselev, V.A.; Kobets, V.V.; Konstantinov, V.M.; Kolmogorov, V.V.; Korepanov, A.A.; Kuper, E.A.; Kuzminykh, V.S.; Levichev, E.B.; De Long, J.; Mamkin, V.R.; Medvedko, A.S.; Meshkov, O.I.; Nefedov, N.B.; Neyfeld, V.V.; Okunev, I.N.; Petrov, V.V.; Petrichenkov, M.V.; Philipchenko, A.V.; Polyansky, A.V.; Pureskin, D.N.; Rakhimov, A.R.; Ruvinskiy, S.I.; Schegolev, L.M.; Semenov, A.M.; Senkov, D.V.; Serednyakov, S.S.; Shaftan, T.V.; Sharma, S.; Shichkov, D.S.; Singh, O.; Shiyankov, S.V.; Shvedov, D.A.; Sinyatkin, S.V.; Smaluk, V.V.; Sukhanov, A.V.; Tian, Y.; Utkin, A.V.; Willeke, F.; Yaminov, K.R.; Yong, H. (Вопросы атомной науки и техники, 2012)
    The National Synchrotron Light Source II is a third generation light source under construction at Brookhaven National Laboratory. The project includes a highly optimized 3 GeV electron storage ring, linac pre-injector and ...
  • Aleksandrov, A.V.; Andrighetto, A.; Bak, P.A.; Kot, N.Kh.; Logatchev, P.V.; Shiyankov, S.V.; Stroe, L.; Tecchio, L. (Вопросы атомной науки и техники, 2001)
    The design and experimental results of the RIB source prototype are presented. A source will have the container of ²³⁵U compounds heated up to 2200-2500°C. Vapors of uranium fission obtained when the ion source is irradiated ...