The 1.5-GeV electron synchrotron in Tomsk Polytechnic Institute / А. А. Vorobyev [et al.]

Уровень набора: Soviet Atomic Energy = 1956-1991Альтернативный автор-лицо: Vorobyev, А. А., Russian physicist, Rector of the TPU, professor, 1909-1981, Alexander Akimovich;Volkov, M. N.;Vlasov, V. G.;Vizir', V. A.;Gabrusenko, I. A.;Dvoretskii, M. I.;Dimov, G. I.;Didenko, A. N.;Ivashin, V. V.;Eponeshnikov, V. N.;Kochegurov, V. A., Professor of Tomsk Polytechnic University, Doctor of technical sciences, Specialist in the field of computer science, mathematics, mathematical modeling, solid-state physics, 1931-, Vladimir Alexandrovich;Kuznetsov, V. M.;Kuznetsov, S. A.;Kuz'min, V. N.;Kalinin, B. N.;Krasnonosen'kikh, P. P.;Lashuk, N. A.;Minenko, L. I.;Petrov, Y. K.;Sipailov, G. A.;Solntsev, B. A.;Fomenko, G. P.;Chuchalin, I. P., Professor of TPU, Doctor of technical sciences, Specialist in the field of commercial and medical electronics, physics of solids, higher education management, Rector of Tomsk Polytechnic University, 1981-1990, Rector of Tomsk Institute of Automated Control Systems and Radioelectronics, 1972-1981, 1925 -, Ivan Petrovich;Shivyrtalov, M. T.;Shanin, P. M.Язык: английский.Страна: .Резюме или реферат: 1.5-Gev electron synchrotron is described. The synchrotron is of the weakfocusing type with a magnetic-field fall-off index of n= 0 58 The machine operates under pulse conditions, with a repetition frequency of 1 cps. The injector is a 5.5-MeV mierotron. A voltage of 240 kV is required to accelerate electrons to 1.5 GeV, and this is designed to be supplied by two resonators. An energy of 1.1 GeV and an acceleratedbeam intensity of 1.2·1010 particles per pulse was obtained in 1965 on a synchrotron with one resonator.Аудитория: .Тематика: труды учёных ТПУ
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1.5-Gev electron synchrotron is described. The synchrotron is of the weakfocusing type with a magnetic-field fall-off index of n= 0 58 The machine operates under pulse conditions, with a repetition frequency of 1 cps. The injector is a 5.5-MeV mierotron. A voltage of 240 kV is required to accelerate electrons to 1.5 GeV, and this is designed to be supplied by two resonators. An energy of 1.1 GeV and an acceleratedbeam intensity of 1.2·1010 particles per pulse was obtained in 1965 on a synchrotron with one resonator

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