Abstract
A physico-chemical model for analysis of the modulated ultra-relativistic electron beam (UREB) spreading in atmospheric plasma created by this beam is described. The mechanism of plasma channel formation in atmosphere is considered and a model of beam interaction with atmospheric plasma channel is calculated numerically. The dependence of instability increment on modulation-frequency, plasma and beam cross-sections, dissipation level and relativistic factor are determined. The proposed model may be applied for description of modulated UREB spreading in low-ionized collision plasma. 20 refs.; 17 figs. (author).
Citation Formats
Tkachenko, V I, Zejdlits, V P, Naguchev, O Yu, and Sinyugin, A V.
Scattering of modulated ultra-relativistic electron beam (UREB) by atmospheric plasma; Rasseyanie modulirovannogo ul`trarelyativistskogo ehlektronnogo puchka (UREhP) atmosfernym plazmennym kanalom.
Ukraine: N. p.,
1992.
Web.
Tkachenko, V I, Zejdlits, V P, Naguchev, O Yu, & Sinyugin, A V.
Scattering of modulated ultra-relativistic electron beam (UREB) by atmospheric plasma; Rasseyanie modulirovannogo ul`trarelyativistskogo ehlektronnogo puchka (UREhP) atmosfernym plazmennym kanalom.
Ukraine.
Tkachenko, V I, Zejdlits, V P, Naguchev, O Yu, and Sinyugin, A V.
1992.
"Scattering of modulated ultra-relativistic electron beam (UREB) by atmospheric plasma; Rasseyanie modulirovannogo ul`trarelyativistskogo ehlektronnogo puchka (UREhP) atmosfernym plazmennym kanalom."
Ukraine.
@misc{etde_10135488,
title = {Scattering of modulated ultra-relativistic electron beam (UREB) by atmospheric plasma; Rasseyanie modulirovannogo ul`trarelyativistskogo ehlektronnogo puchka (UREhP) atmosfernym plazmennym kanalom}
author = {Tkachenko, V I, Zejdlits, V P, Naguchev, O Yu, and Sinyugin, A V}
abstractNote = {A physico-chemical model for analysis of the modulated ultra-relativistic electron beam (UREB) spreading in atmospheric plasma created by this beam is described. The mechanism of plasma channel formation in atmosphere is considered and a model of beam interaction with atmospheric plasma channel is calculated numerically. The dependence of instability increment on modulation-frequency, plasma and beam cross-sections, dissipation level and relativistic factor are determined. The proposed model may be applied for description of modulated UREB spreading in low-ionized collision plasma. 20 refs.; 17 figs. (author).}
place = {Ukraine}
year = {1992}
month = {Dec}
}
title = {Scattering of modulated ultra-relativistic electron beam (UREB) by atmospheric plasma; Rasseyanie modulirovannogo ul`trarelyativistskogo ehlektronnogo puchka (UREhP) atmosfernym plazmennym kanalom}
author = {Tkachenko, V I, Zejdlits, V P, Naguchev, O Yu, and Sinyugin, A V}
abstractNote = {A physico-chemical model for analysis of the modulated ultra-relativistic electron beam (UREB) spreading in atmospheric plasma created by this beam is described. The mechanism of plasma channel formation in atmosphere is considered and a model of beam interaction with atmospheric plasma channel is calculated numerically. The dependence of instability increment on modulation-frequency, plasma and beam cross-sections, dissipation level and relativistic factor are determined. The proposed model may be applied for description of modulated UREB spreading in low-ionized collision plasma. 20 refs.; 17 figs. (author).}
place = {Ukraine}
year = {1992}
month = {Dec}
}