Abstract
A cyclotron interaction of electron beam with a slow circularly polarized electromagnetic wave in a limited resonator structure was considered. The energy exchange between beam electrons and radiation field was determined. It was shown that the effectivity of interaction under anomal Doppler effect (ADE) conditions has an optimum depending on beam velocity. The experimental data on radiation generation at ADE by electron guns in resonator slowing systems were analyzed. Interaction of non-relativistic electron beams in condition of resonance on ADE with azimuthal non-symmetric mode of the spiral resonator structure depending on beam velocity was investigated experimentally. The theoretical and experimental results satisfactorily agree. 16 refs.; 2 figs. (author).
Citation Formats
Miroshnichenko, V I, Onishchenko, I N, Khoruzhij, V M, Gorozhanin, D V, and Ivanov, B I.
Irradiation of electron beam in a short resonator under cyclotron resonance conditions at anomal Doppler effect; Izluchenie ehlektronnogo puchka v korotkom rezonatore v usloviyakh tsiklotronnogo rezonansa pri anomal`nom ehffekte Dopplera.
Ukraine: N. p.,
1992.
Web.
Miroshnichenko, V I, Onishchenko, I N, Khoruzhij, V M, Gorozhanin, D V, & Ivanov, B I.
Irradiation of electron beam in a short resonator under cyclotron resonance conditions at anomal Doppler effect; Izluchenie ehlektronnogo puchka v korotkom rezonatore v usloviyakh tsiklotronnogo rezonansa pri anomal`nom ehffekte Dopplera.
Ukraine.
Miroshnichenko, V I, Onishchenko, I N, Khoruzhij, V M, Gorozhanin, D V, and Ivanov, B I.
1992.
"Irradiation of electron beam in a short resonator under cyclotron resonance conditions at anomal Doppler effect; Izluchenie ehlektronnogo puchka v korotkom rezonatore v usloviyakh tsiklotronnogo rezonansa pri anomal`nom ehffekte Dopplera."
Ukraine.
@misc{etde_10135486,
title = {Irradiation of electron beam in a short resonator under cyclotron resonance conditions at anomal Doppler effect; Izluchenie ehlektronnogo puchka v korotkom rezonatore v usloviyakh tsiklotronnogo rezonansa pri anomal`nom ehffekte Dopplera}
author = {Miroshnichenko, V I, Onishchenko, I N, Khoruzhij, V M, Gorozhanin, D V, and Ivanov, B I}
abstractNote = {A cyclotron interaction of electron beam with a slow circularly polarized electromagnetic wave in a limited resonator structure was considered. The energy exchange between beam electrons and radiation field was determined. It was shown that the effectivity of interaction under anomal Doppler effect (ADE) conditions has an optimum depending on beam velocity. The experimental data on radiation generation at ADE by electron guns in resonator slowing systems were analyzed. Interaction of non-relativistic electron beams in condition of resonance on ADE with azimuthal non-symmetric mode of the spiral resonator structure depending on beam velocity was investigated experimentally. The theoretical and experimental results satisfactorily agree. 16 refs.; 2 figs. (author).}
place = {Ukraine}
year = {1992}
month = {Dec}
}
title = {Irradiation of electron beam in a short resonator under cyclotron resonance conditions at anomal Doppler effect; Izluchenie ehlektronnogo puchka v korotkom rezonatore v usloviyakh tsiklotronnogo rezonansa pri anomal`nom ehffekte Dopplera}
author = {Miroshnichenko, V I, Onishchenko, I N, Khoruzhij, V M, Gorozhanin, D V, and Ivanov, B I}
abstractNote = {A cyclotron interaction of electron beam with a slow circularly polarized electromagnetic wave in a limited resonator structure was considered. The energy exchange between beam electrons and radiation field was determined. It was shown that the effectivity of interaction under anomal Doppler effect (ADE) conditions has an optimum depending on beam velocity. The experimental data on radiation generation at ADE by electron guns in resonator slowing systems were analyzed. Interaction of non-relativistic electron beams in condition of resonance on ADE with azimuthal non-symmetric mode of the spiral resonator structure depending on beam velocity was investigated experimentally. The theoretical and experimental results satisfactorily agree. 16 refs.; 2 figs. (author).}
place = {Ukraine}
year = {1992}
month = {Dec}
}