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Palitsin, A.V.; Rodin, Yu.V.; Goykhman, M.B.; Gromov, A.V.; Guznov, Yu.M.; Panin, A.N.; Parshin, V.V.; Zaslavsky, V.Yu; Malkin, A.M.; Ginzburg, N.S.
IEEE electron device letters, 02/2023, Letnik: 44, Številka: 2Journal Article
We present the results of simulations and experimental studies of a W-band surface-wave oscillator powered by a ribbon high-current relativistic electron beam produced by SINUKI accelerator (IAP RAS, Nizhny Novgorod, 1 kA / 650 keV / 17 ns). Planar geometry of the interaction space facilitates efficient mode selection over wide transverse coordinate by using open waveguide at fairly large oversize factor (the width of the waveguide is ~ 8 wavelengths). Stable oscillation regime is obtained at frequency of 75 GHz with a pulse duration of about 5 ns. The output power measured by the calorimetric method reaches 25 MW.
