The dynamo theory of plasma turbulence wave in rotating celestial bodies (Q1058956)
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scientific article; zbMATH DE number 3902347
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | The dynamo theory of plasma turbulence wave in rotating celestial bodies |
scientific article; zbMATH DE number 3902347 |
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The dynamo theory of plasma turbulence wave in rotating celestial bodies (English)
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1985
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The various modes of plasma turbulence waves (including MHD waves) are easily excited under cosmic circumstances. In this paper, if we consider that the celestial bodies rotate, there is a source term generated for the magnetic induced equation by the excited plasma turbulence waves. If we expand the turbulent field in the Fourier series and include rotation velocity, the dynamo equation for turbulent waves is obtained. We have also obtained the solutions of various wave forms corresponding to different rotation velocities and then we significantly discuss the magnetic fields in the Sun, planets, and other celestial bodies.
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rotating celestial bodies
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plasma turbulence waves
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MHD waves
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Fourier series
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dynamo equation
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solutions of various wave forms
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different rotation velocities
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0.8741616
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0.8624629
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0.86128926
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0.8578623
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0.8567959
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0.8551276
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