Using solar oscillations to constrain the equation of state and low-temperature opacities

Details Using solar oscillations to constrain the equation of state and low-temperature opacities Using solar oscillations to constrain the equation of state and low-temperature opacities

Jan 1995

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1995stin...9626798g&link_type=abstract

Conference Paper, Windows on the Suns Interior Conference

Physics

Equations Of State, Opacity, Solar Oscillations, Solar Activity, Solar Cycles, Solar Interior, Diffusivity, Mathematical Models, Solar Activity Effects

Scientific paper

Because thousands of solar P-mode oscillation frequencies have been measured to high accuracy, direct comparisons between calculated and observed frequencies are an excellent means of testing solar interior physics. Here we compare observed and calculated nonadiabatic frequencies of solar models that include diffusive settling of helium and heavier elements. We consider the effects of low-temperature opacities, equation of state, and a nonequilibrium radiation diffusion treatment on solar structure and oscillations.

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