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Temperature Gradients, Resonance, and the Interchange Instability
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Publications
Temperature Gradients, Resonance, and the Interchange Instability
Temperature Gradients, Resonance, and the Interchange Instability
GE
Gilbert A. Emmert
Gilbert A. Emmert
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1 January 1970
journal article
research article
Published by
AIP Publishing
in
Physics of Fluids
Vol. 13
(10)
,
2619
https://doi.org/10.1063/1.1692838
Abstract
Temperature gradients and wave‐guiding center resonance modify the usual finite gyroradius stabilization criteria and growth rate for the interchange instability in a collisionless low‐β plasma. The growth rate is given for a few examples.
Keywords
TEMPERATURE GRADIENT
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Cited by 3 articles