Abstract
A narrow-band high-efficiency FEL-oscillator with a Bragg resonator was constructed based on a linear induction accelerator which formed a 1 MeV, 200 A, 200 ns electron beam. At the frequency of 31 GHz, radiation with a power of 31 MW and efficiency of 25% was measured. A high efficiency and a narrow width of the spectrum were achieved owing to the selective properties of the Bragg resonator in combination with the high quality of the helical electron beam formed in the reversed guide field regime. (author). 3 figs., 3 refs.
Ginzburg, N S;
Kaminskij, A A;
Kaminskij, A K;
Peskov, N Yu;
Sedykh, S N;
Sergeev, A P;
Sergeev, A S
[1]
- Russian Academy of Sciences, Nizhny Novgorod (Russian Federation). Inst. of Applied Physics
Citation Formats
Ginzburg, N S, Kaminskij, A A, Kaminskij, A K, Peskov, N Yu, Sedykh, S N, Sergeev, A P, and Sergeev, A S.
High-efficiency FEL with Bragg resonator driven by linear induction accelerator.
Czech Republic: N. p.,
1996.
Web.
Ginzburg, N S, Kaminskij, A A, Kaminskij, A K, Peskov, N Yu, Sedykh, S N, Sergeev, A P, & Sergeev, A S.
High-efficiency FEL with Bragg resonator driven by linear induction accelerator.
Czech Republic.
Ginzburg, N S, Kaminskij, A A, Kaminskij, A K, Peskov, N Yu, Sedykh, S N, Sergeev, A P, and Sergeev, A S.
1996.
"High-efficiency FEL with Bragg resonator driven by linear induction accelerator."
Czech Republic.
@misc{etde_510883,
title = {High-efficiency FEL with Bragg resonator driven by linear induction accelerator}
author = {Ginzburg, N S, Kaminskij, A A, Kaminskij, A K, Peskov, N Yu, Sedykh, S N, Sergeev, A P, and Sergeev, A S}
abstractNote = {A narrow-band high-efficiency FEL-oscillator with a Bragg resonator was constructed based on a linear induction accelerator which formed a 1 MeV, 200 A, 200 ns electron beam. At the frequency of 31 GHz, radiation with a power of 31 MW and efficiency of 25% was measured. A high efficiency and a narrow width of the spectrum were achieved owing to the selective properties of the Bragg resonator in combination with the high quality of the helical electron beam formed in the reversed guide field regime. (author). 3 figs., 3 refs.}
place = {Czech Republic}
year = {1996}
month = {Dec}
}
title = {High-efficiency FEL with Bragg resonator driven by linear induction accelerator}
author = {Ginzburg, N S, Kaminskij, A A, Kaminskij, A K, Peskov, N Yu, Sedykh, S N, Sergeev, A P, and Sergeev, A S}
abstractNote = {A narrow-band high-efficiency FEL-oscillator with a Bragg resonator was constructed based on a linear induction accelerator which formed a 1 MeV, 200 A, 200 ns electron beam. At the frequency of 31 GHz, radiation with a power of 31 MW and efficiency of 25% was measured. A high efficiency and a narrow width of the spectrum were achieved owing to the selective properties of the Bragg resonator in combination with the high quality of the helical electron beam formed in the reversed guide field regime. (author). 3 figs., 3 refs.}
place = {Czech Republic}
year = {1996}
month = {Dec}
}