MAGNETOSONIC SOLITON IN A RELATIVISTICALLY HOT PLASMA

Please use this identifier to cite or link to this item: http://ir.lib.ncu.edu.tw/handle/987654321/39386

Title:	MAGNETOSONIC SOLITON IN A RELATIVISTICALLY HOT PLASMA
Authors:	CHIUEH,TH;LAI,TC
Contributors:	物理研究所
Keywords:	ELECTRON-POSITRON PLASMAS;MAGNETIC-FIELD;ACCELERATION;PARTICLES;SHOCKS;WAVES
Date:	1991
Issue Date:	2010-07-08 14:14:14 (UTC+8)
Publisher:	中央大學
Abstract:	Magnetosonic solutions, which are a generalization of the recently discovered relativistic zero-temperature soliton in including a self-consistent temperature, are found to exist, and are also highly electrically charged. The maximally allowed potential drop across the half-width of a relativistically propagating soliton is approximately 1/12(gamma infinity)1/2-gamma-t infinity beta-t infinity GV when (gamma infinity)1/2-gamma-t infinity beta-t infinity >> 1, where gamma infinity and gamma-t infinity are the Lorentz factors of the soliton speed and background ion thermal speed, respectively. The soliton is reduced to the previously found cold one, which is charged up to 1 GV, when the above inequality is reversed.
Relation:	PHYSICAL REVIEW A
Appears in Collections:	[Graduate Institute of Physics] journal & Dissertation

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