Effects of Inhomogeneities in Plasma Density on the Beam‐Plasma Instability and Landau Damping

Lin, A. T.
Rowe, J. E. (Joseph Everett)

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Publication date

January 1972

DOI

10.1063/1.1693735

Publisher

AIP Publishing

ISSN

0031-9171

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Abstract

A numerical computer simulation using a charge sheet model is employed to investigate the beam‐plasma instability and Landau damping in a one‐dimensional, finite‐length, inhomogeneous plasma. The results confirm the theoretical predictions that the inhomogeneities in plasma density distribution reduce the spatial growth rate of the beam‐plasma instability and increase the Landau damping rate.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/70081/2/PFLDAS-15-1-171-1.pd

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Effects of Inhomogeneities in Plasma Density on the Beam‐Plasma Instability and Landau Damping

Abstract

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Effects of Inhomogeneities in Plasma Density on the Beam‐Plasma Instability and Landau Damping

Abstract

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