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Plasma Wave Echo in a Weakly Turbulent Plasma
The Physics of Fluids, 1970The effects of turbulent fluctuations on the plasma wave echo have been investigated for a one-dimensional weakly turbulent electron plasma. It has been found that the interaction between electrons and fluctuations gives rise to (i) damping of the plasma echo, (ii) shift of the maximum position of plasma echo, and (iii) suppression of the peak ...
Ichikawa, Y. H., Sanuki, H.
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1974
Any periodic motion of a fluid can be decomposed by Fourier analysis into a superposition of sinusoidal oscillations with different frequencies ω and wavelengths λ. A simple wave is any one of these components. When the oscillation amplitude is small, the waveform is generally sinusoidal; and there is only one component.
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Any periodic motion of a fluid can be decomposed by Fourier analysis into a superposition of sinusoidal oscillations with different frequencies ω and wavelengths λ. A simple wave is any one of these components. When the oscillation amplitude is small, the waveform is generally sinusoidal; and there is only one component.
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2004
In the previous chapter we considered the quasi-static instabilities in the solid state plasma described by the continuity equations, equations of motion and expressions for the current density for each type of charged particles. The longitudinal quasi-static electric field caused by charge carriers oscillations has been determined by the Poisson ...
I. D. Vagner, B. I. Lembrikov, P. Wyder
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In the previous chapter we considered the quasi-static instabilities in the solid state plasma described by the continuity equations, equations of motion and expressions for the current density for each type of charged particles. The longitudinal quasi-static electric field caused by charge carriers oscillations has been determined by the Poisson ...
I. D. Vagner, B. I. Lembrikov, P. Wyder
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2014
Introduction The method of provocation is the easiest way of learning about a system. Provoke it and watch it reacting. The response holds a wealth of information on the nature of the system. One is quite familiar with the example of a pendulum, a simple pendulum, a string hanging vertically with its one end fixed to a beam and the other end carrying
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Introduction The method of provocation is the easiest way of learning about a system. Provoke it and watch it reacting. The response holds a wealth of information on the nature of the system. One is quite familiar with the example of a pendulum, a simple pendulum, a string hanging vertically with its one end fixed to a beam and the other end carrying
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Wave-wave interaction in plasmas
Physica B+C, 1976Abstract The purpose of the present paper is to elucidate the general topic of wave-wave interaction in plasmas by discussing some basic questions entering the analysis of nonlinear interactions of waves. We consider coherent nonlinear wave-wave interaction for nonlinearly stable as well as (explosively) unstable situations.
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Observation of ion-acoustic solitary waves in a dusty plasma
Physics of Plasmas, 2001Yoshiharu Nakamura
exaly