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Coupling equations for a flow-wave field used to faculae heating

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Abstract

In a binary system of a background fluid-wave field, the wave effect may be important in some cases. From general properties of thermodynamics of the medium, we derive the coupling equations for the mean flow-wave field. For six wave modes (Langmuir wave, ion-acoustic oscillations, whistlers, Alfvén waves, magneto-acoustic oscillations, and transverse plasma wave) the corresponding representation of the wave stress tensor is found. Finally, the representation for the Alfvén waves is applied to the faculae heating and a result consistent with observations is obtained.

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Xiaoqing, L., Mutao, S. Coupling equations for a flow-wave field used to faculae heating. Sol Phys 75, 83–98 (1982). https://doi.org/10.1007/BF00153463

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  • DOI: https://doi.org/10.1007/BF00153463

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