Theoretical studies of the physics of the solar atmosphere

Physics

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Atmospheric Physics, Dynamic Characteristics, Magnetohydrodynamic Waves, Solar Atmosphere, Stellar Models, Absorption, Magnetohydrodynamic Turbulence, Solar Corona, Solar Wind, Spicules, Surface Waves, Viscosity, Wave Propagation

Scientific paper

Significant advances in our theoretical basis for understanding several physical processes related to dynamical phenomena on the sun were achieved. We have advanced a new model for spicules and fibrils. We have provided a simple physical view of resonance absorption of MHD surface waves; this allowed an approximate mathematical procedure for obtaining a wealth of new analytical results which we applied to coronal heating and p-mode absorption at magnetic regions. We provided the first comprehensive models for the heating and acceleration of the transition region, corona, and solar wind. We provided a new view of viscosity under coronal conditions. We provided new insights into Alfven wave propagation in the solar atmosphere. And recently we have begun work in a new direction: parametric instabilities of Alfven waves.

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