The role of turbulent heating in the solar atmosphere

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Atmospheric Heating, Magnetohydrodynamic Stability, Plasma Turbulence, Solar Atmosphere, Solar Corona, Turbulent Heat Transfer, Dynamic Characteristics, Ion Acoustic Waves, Particle Diffusion, Thermal Expansion, Transport Properties

Scientific paper

Some consequences of current-driven turbulences (Buneman, and ion-acoustic) in magnetic loops in the solar corona are studied. The resulting turbulences enormously enhance heating and modify the transport properties. It is shown that for the coronal parameters the enhanced heating cannot be balanced by the conduction and other loss mechanisms. This leads to the thermal expansion of the coronal plasma. It is suggested that the turbulent heating may be appropriate to dynamical phenomena like flares.

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