Influence of the equations of state and of the Z value on the solar five-minute oscillation

Astronomy and Astrophysics – Astrophysics

Scientific paper

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Electrostatics, Magnetohydrodynamic Stability, Metallicity, Solar Oscillations, Stellar Models, Stellar Structure, Convection, Correction, Eigenvalues, Equations Of State, Solar Atmosphere

Scientific paper

Theoretical eigenfrequencies of the standard solar models computed by taking into account the electrostatic correction in the equation of state have been calculated for p-mode oscillations with both low and high degree l. It is found that the introduction of the electrostatic correction considerably improves the agreement between the theoretical frequencies and the observations of the oscillations with low degree l and those with high degree l, concurrently. A fitting of the theoretical frequencies with the observations has been done by supposing that the eigenvalues vary linearly with Z. However, there still remains a small discrepancy between the theory and observations in the sense that the theoretical frequencies of oscillations with low l are slightly lower than the observed ones while those with high l are slightly higher than the observations.

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