Experiments on Ion-Acoustic Solitary Waves

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概要

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• Ion-acoustic solitary waves ("Solitons") have been studied experimentally by employing a double-plasma device. The solitary waves are found to be produced from both a single compressional pulse and a continuous wave. A rare-faction pulse also produces solitons if the pulse width is sufficiently wide. A theory based on the Schrodinger equation accounts for the number of solitons. Recurrence to the original state is observed when a continuous wave is launched. A simple wave-wave coupling analysis for the recurrence of the original state is given.

• 核融合科学研究所の論文

著者

• Ikezi H.

  Research Information Center Institute Of Plasma Physics Nagoya University

関連論文

• NONLINEAR SELF-MODULATION OF ION-ACOUSTIC WAVES
• COUPLED NONLINEAR ELECTRON-PLASMA AND ION-ACOUSTIC WAVES
• Characteristics of Microinstabilities in a Hot Electron Plasma
• Microwawe Burst at Triggered Instability in a Hot Electron Plasma
• Ion-Acoustic Wave Response to an Impulse Disturbance
• PLASMA TURBULENCE GENERATED BY ION-ION TWO-STREAM INSTABILITY
• Coupled Electron-Plasma and Ion Acoustic Solitons Excited by Parametric Instability
• Trapped-Ion Instabilities in Ion-Acoustic Wave
• PROPAGATION OF LONGITUDINAL ION WAVES NEAR AND ABOVE ION PLASMA FREQUENCY IN A PLASMA
• Experimental Technique to Measure Phase-Space Diagrams in Plasma Experiments
• LAMINAR ELECTROSTATIC SHOCK WAVES GENERATED BY AN ION-BEAM
• COLLISIONLESS ELECTRON PLASMA WAVE SHOCKS
• Spatial Ion-Wave Echoes
• Experiments on Ion-Acoustic Solitary Waves

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