2016
DOI: 10.1007/s10509-016-2921-y
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Identification of standing fronts in steady state fluid flows: exact and approximate solutions for propagating MHD modes

Abstract: International audienceThe spatial structure of a steady state plasma flow is shaped by the standing modes with local phase velocity exactly opposite to the flow velocity. The general procedure of finding the wave vectors of all possible standing MHD modes in any given point of a stationary flow requires numerically solving an algebraic equation. We present the graphical procedure (already mentioned by some authors in the 1960's) along with the exact solution for the Alfvén mode and approximate analytic solutio… Show more

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“…The compressibility of the fast mode is positive (faster than the sound speed) and the compressibility is negative (slower than the sound speed). For a more detailed description, we refer to Pantellini & Griton (2016).…”
Section: Appendix A: Definition Of the Parallel Compressibilitymentioning
confidence: 99%
“…The compressibility of the fast mode is positive (faster than the sound speed) and the compressibility is negative (slower than the sound speed). For a more detailed description, we refer to Pantellini & Griton (2016).…”
Section: Appendix A: Definition Of the Parallel Compressibilitymentioning
confidence: 99%