Author :
Dolbilov, G.V. ; Azorsky, N.I. ; Fateev, A.A. ; Lebedev, N.I. ; Petrov, V.A. ; Sarantsev, V.P. ; Shvetsov, V.S. ; Yurkov, M.V. ; Balakin, V.E. ; Avrakhov, P.V. ; Chashurin, V.I. ; Kazakov, S.Yu. ; Solyak, N.A. ; Teryaev, V.E.
Abstract :
Results of experimental study of a wide-aperture relativistic klystron for VLEPP are presented. Investigations have been performed using the driving beam of the JINR LIA-3000 induction accelerator. To suppress self-excitation parasitic modes we have used technique of RF absorbing drift tubes. We have obtained 75 MW of output power in a long pulse (250 ns) and 100 MW in a short pulse (50 ns)
Keywords :
electron accelerators; klystrons; linear accelerators; linear colliders; power supplies to apparatus; relativistic electron beam tubes; 100 MW; 14 GHz; 250 ns; 50 ns; 75 MW; JINR LIA-3000; RF absorbing drift tubes; VLEPP; induction accelerator; klystron; output power; relativistic klystron; self-excitation parasitic modes; Apertures; Current measurement; Electromagnetic waveguides; Inductors; Klystrons; Loss measurement; Nuclear physics; Particle beams; Power generation; Radio frequency;
