Dispersive-like Properties of Accelerated Ion Bursts in a Plasma

Lonngren, Karl E.; Aksornkitti, S.; Hsuan, H.; Alexeff, I.; Jones, W. D.

doi:10.1063/1.1658764

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1999

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Cited by 6 publications

(1 citation statement)

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“…As the rise time is increased from zero, the ion burst previously identified as a pseudowave slows down and appears to be absorbed in the reflected ion-soliton signals. This rise-time dependence has also been seen in the laboratory (Lonngren et al 1970).…”

Section: Simulationsupporting

confidence: 69%

Excitation of ion acoustic solitons from grids

et al. 1999

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Section: Simulationsupporting

confidence: 69%

Excitation of ion acoustic solitons from grids

et al. 1999

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Simulation of Pseudowaves and of Plasma Sheath Formation about a Grid by Computer Solution of the Ion Vlasov Equation

Estabrook

Widner

Alexeff

et al. 1971

The Physics of Fluids

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Ion acoustic soliton excitation using a modulated high-frequency sinusoidal wave

Bai

Lonngren

1997

Physics of Plasmas

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Experiments on the excitation of ion acoustic solitons using a fine mesh grid in a normal two component plasma are described. The excitation is novel in that a modulated high-frequency sinusoidal wave voltage signal is applied to the grid. The carrier frequency of the high-frequency sinusoidal wave is above the ion plasma frequency. An interpretation of the velocity modulation and bunching of free streaming ions that pass through the grid to which the signal is applied is given.

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Dispersive-like Properties of Accelerated Ion Bursts in a Plasma

Cited by 6 publications

References 5 publications

Excitation of ion acoustic solitons from grids

Excitation of ion acoustic solitons from grids

Simulation of Pseudowaves and of Plasma Sheath Formation about a Grid by Computer Solution of the Ion Vlasov Equation

Ion acoustic soliton excitation using a modulated high-frequency sinusoidal wave

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