1969Physical Review LettersRequires access

Propagation of Strong-Field Electromagnetic Waves Through Plasmas Near the Electron Cyclotron Frequency

M. P. Bachynski, B. W. Gibbs

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Abstract

The effect of electric field strength of the incident wave on the transmission of electromagnetic waves through an anisotropic plasma has been investigated using field strengths of 27.4 to 137 V/m. Near the electron cyclotron frequency increased transmission occurs for the strong field strengths.

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What this paper is about

The effect of electric field strength of the incident wave on the transmission of electromagnetic waves through an anisotropic plasma has been investigated using field strengths of 27.4 to 137 V/m. Near the electron cyclotron frequency increased transmission occurs for the strong field strengths.

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Available abstract

The effect of electric field strength of the incident wave on the transmission of electromagnetic waves through an anisotropic plasma has been investigated using field strengths of 27.4 to 137 V/m. Near the electron cyclotron frequency increased transmission occurs for the strong field strengths.

Key concepts: Physics, Cyclotron, Electron, Electromagnetic electron wave, Electromagnetic radiation, Field strength, Cyclotron radiation, Plasma

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