Abstract
The radiation spectra of a plasma relativistic broad-band microwave oscillator were measured. A hollow relativistic electron beam (REB) was injected into the plasma waveguide, consisting of annular plasma in a circular metal waveguide. The radiation spectra were measured by means of a calorimeter-spectrometer with a large cross section in the band of 3-39 GHz. The mean frequency was tunable in the band of 20-27 GHz, the spectrum width was 5-25 GHz with a power level of 40-85 MW. Calculations were carried out based on non-linear theory, taking into account electromagnetic noise amplification due to REB injection into the plasma waveguide. According to the theory the radiation regime should change from the single-particle regime to the collective regime when the plasma density and the gap between the annular plasma and REB are increased. Comparison of the experimental results with the non-linear theory explains some peculiarities of the measured spectrum. (author). 4 figs., 2 refs.
Kuzelev, M V;
Loza, O T;
Ponomarev, A V;
Rukhadze, A A;
Strel`kov, P S;
Shkvarunets, A G;
Ulyanov, D K
[1]
- General Physics Inst. of Russian Academy of Sciences, Moscow (Russian Federation)
Citation Formats
Kuzelev, M V, Loza, O T, Ponomarev, A V, Rukhadze, A A, Strel`kov, P S, Shkvarunets, A G, and Ulyanov, D K.
High-power broad-band tunable microwave oscillator, driven by REB in plasma.
Czech Republic: N. p.,
1996.
Web.
Kuzelev, M V, Loza, O T, Ponomarev, A V, Rukhadze, A A, Strel`kov, P S, Shkvarunets, A G, & Ulyanov, D K.
High-power broad-band tunable microwave oscillator, driven by REB in plasma.
Czech Republic.
Kuzelev, M V, Loza, O T, Ponomarev, A V, Rukhadze, A A, Strel`kov, P S, Shkvarunets, A G, and Ulyanov, D K.
1996.
"High-power broad-band tunable microwave oscillator, driven by REB in plasma."
Czech Republic.
@misc{etde_511165,
title = {High-power broad-band tunable microwave oscillator, driven by REB in plasma}
author = {Kuzelev, M V, Loza, O T, Ponomarev, A V, Rukhadze, A A, Strel`kov, P S, Shkvarunets, A G, and Ulyanov, D K}
abstractNote = {The radiation spectra of a plasma relativistic broad-band microwave oscillator were measured. A hollow relativistic electron beam (REB) was injected into the plasma waveguide, consisting of annular plasma in a circular metal waveguide. The radiation spectra were measured by means of a calorimeter-spectrometer with a large cross section in the band of 3-39 GHz. The mean frequency was tunable in the band of 20-27 GHz, the spectrum width was 5-25 GHz with a power level of 40-85 MW. Calculations were carried out based on non-linear theory, taking into account electromagnetic noise amplification due to REB injection into the plasma waveguide. According to the theory the radiation regime should change from the single-particle regime to the collective regime when the plasma density and the gap between the annular plasma and REB are increased. Comparison of the experimental results with the non-linear theory explains some peculiarities of the measured spectrum. (author). 4 figs., 2 refs.}
place = {Czech Republic}
year = {1996}
month = {Dec}
}
title = {High-power broad-band tunable microwave oscillator, driven by REB in plasma}
author = {Kuzelev, M V, Loza, O T, Ponomarev, A V, Rukhadze, A A, Strel`kov, P S, Shkvarunets, A G, and Ulyanov, D K}
abstractNote = {The radiation spectra of a plasma relativistic broad-band microwave oscillator were measured. A hollow relativistic electron beam (REB) was injected into the plasma waveguide, consisting of annular plasma in a circular metal waveguide. The radiation spectra were measured by means of a calorimeter-spectrometer with a large cross section in the band of 3-39 GHz. The mean frequency was tunable in the band of 20-27 GHz, the spectrum width was 5-25 GHz with a power level of 40-85 MW. Calculations were carried out based on non-linear theory, taking into account electromagnetic noise amplification due to REB injection into the plasma waveguide. According to the theory the radiation regime should change from the single-particle regime to the collective regime when the plasma density and the gap between the annular plasma and REB are increased. Comparison of the experimental results with the non-linear theory explains some peculiarities of the measured spectrum. (author). 4 figs., 2 refs.}
place = {Czech Republic}
year = {1996}
month = {Dec}
}