Titlebook: Wave Instabilities in Space Plasmas; Proceedings of a Sym Peter J. Palmadesso,Konstantinos Papadopoulos Conference proceedings 1979 D. Reid

樂(lè)章

Nonlinear Whistler-Mode Interaction and Triggered Emissions in the Magnetosphere: A Reviewting phenomena which have been observed in space plasmas but not in laboratory plasmas. The present review may be far from complete since much of the research, both theoretical and experimental, is still in progress.

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Nonlinear Whistler-Mode Interaction and Triggered Emissions in the Magnetosphere: A Reviewting phenomena which have been observed in space plasmas but not in laboratory plasmas. The present review may be far from complete since much of the research, both theoretical and experimental, is still in progress.

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CULP

VEST

Meditate

Laboratory Simulation of Ionospheric Double-LayersA mechanism for double-layer formation in partially- or fully-ionized plasmas is described, founded on beam-plasma interaction: rf growth along the beam excites a rectified, ponderomotive electric field, which in turn causes charge separation. Laboratory studies of the mechanism are described.

北極熊

Astrophysics and Space Science Libraryhttp://image.papertrans.cn/w/image/1021195.jpg

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倔強(qiáng)不能

使服水土

Non Linear Wave Particle Interaction Theory Applied to Siple Triggered Emissions Important aspects of the theory are underlined. Parameters for Siple triggered emissions are used and “quasi-static” generation regions are constructed. Siple results are found to fit the theory very well.