Abstract
Effect of HF natural oscillations, of a plasma filament in a conducting cylindric housing on the flute disturbance stability is investigated. Flute development leads to HF oscillation frequency {omega} variation connected with their energy W variation by the condition of constancy of the adiabatic invariant W/{omega}=const. The last is conserved owing to relative slow variations of flute disturbances. The adiabatic approximation using permits to obtain simple criteria for flute instability stabilization by a HF field. HF oscillations of a plasma with a sharp boundary are considered. 27 refs., 8 figs.
Citation Formats
Kotel`nikov, I A, and Yakovchenko, S G.
HF-stabilization of plasma with sharp boundary; VCh stabilizatsiya plazmy s rezkoj granitsej.
Russian Federation: N. p.,
1994.
Web.
Kotel`nikov, I A, & Yakovchenko, S G.
HF-stabilization of plasma with sharp boundary; VCh stabilizatsiya plazmy s rezkoj granitsej.
Russian Federation.
Kotel`nikov, I A, and Yakovchenko, S G.
1994.
"HF-stabilization of plasma with sharp boundary; VCh stabilizatsiya plazmy s rezkoj granitsej."
Russian Federation.
@misc{etde_10112893,
title = {HF-stabilization of plasma with sharp boundary; VCh stabilizatsiya plazmy s rezkoj granitsej}
author = {Kotel`nikov, I A, and Yakovchenko, S G}
abstractNote = {Effect of HF natural oscillations, of a plasma filament in a conducting cylindric housing on the flute disturbance stability is investigated. Flute development leads to HF oscillation frequency {omega} variation connected with their energy W variation by the condition of constancy of the adiabatic invariant W/{omega}=const. The last is conserved owing to relative slow variations of flute disturbances. The adiabatic approximation using permits to obtain simple criteria for flute instability stabilization by a HF field. HF oscillations of a plasma with a sharp boundary are considered. 27 refs., 8 figs.}
place = {Russian Federation}
year = {1994}
month = {Dec}
}
title = {HF-stabilization of plasma with sharp boundary; VCh stabilizatsiya plazmy s rezkoj granitsej}
author = {Kotel`nikov, I A, and Yakovchenko, S G}
abstractNote = {Effect of HF natural oscillations, of a plasma filament in a conducting cylindric housing on the flute disturbance stability is investigated. Flute development leads to HF oscillation frequency {omega} variation connected with their energy W variation by the condition of constancy of the adiabatic invariant W/{omega}=const. The last is conserved owing to relative slow variations of flute disturbances. The adiabatic approximation using permits to obtain simple criteria for flute instability stabilization by a HF field. HF oscillations of a plasma with a sharp boundary are considered. 27 refs., 8 figs.}
place = {Russian Federation}
year = {1994}
month = {Dec}
}