Propagation of Relativistic Electron Beams in Current-Carrying Plasma Channels

Experimental results of propagating up to 400 kA of relativistic electron beams (approx. 1 MeV) over a distance of 64 cm in a tightly focused mode are reported. Efficient transport (greater than 80%) was observed when a channel of plasma containing enough current to confine the hot electrons was use...

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Hauptverfasser:	Bacon,D P, Cooperstein,G, Goldstein,S A, Vitkovitsky,I M
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Sprache:	eng
Schlagworte:	ALFVEN waves EFFICIENCY ELECTRON BEAMS ENERGY TRANSFER FOCUSING GAMBLE 1 pulse generators GAMBLE 2 pulse generators LPN-NRL-0879-0-0 NUCLEAR FUSION Nuclear Physics & Elementary Particle Physics Plasma channels PLASMAS(PHYSICS) RELATIVITY THEORY TRANSPORT PROPERTIES
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creator	Bacon,D P Cooperstein,G Goldstein,S A Vitkovitsky,I M
description	Experimental results of propagating up to 400 kA of relativistic electron beams (approx. 1 MeV) over a distance of 64 cm in a tightly focused mode are reported. Efficient transport (greater than 80%) was observed when a channel of plasma containing enough current to confine the hot electrons was used. Theory of the flow includes return current effects, and is in good agreement with experimental results. The theory is used to predict limits of this technique. (Author)
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source	DTIC Technical Reports
subjects	ALFVEN waves EFFICIENCY ELECTRON BEAMS ENERGY TRANSFER FOCUSING GAMBLE 1 pulse generators GAMBLE 2 pulse generators LPN-NRL-0879-0-0 NUCLEAR FUSION Nuclear Physics & Elementary Particle Physics Plasma channels PLASMAS(PHYSICS) RELATIVITY THEORY TRANSPORT PROPERTIES
title	Propagation of Relativistic Electron Beams in Current-Carrying Plasma Channels
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