A Comparison of the Meridional Flows in the Sun's Convection Zone Predicted by Theories of the Solar Dynamo and Differential Rotation
B. R. Durney
Abstract
B. R. Durney
Abstract
Recently Yoshimura has evaluated the gradient of the Sun's angular velocity (d$Omega$/dr) necessary to give a good fit to the observed solar activity cycle. We estimate the meridional velocities in the convection zone, implied by this value of d$omega$/dr. These meridional velocities are in good agreement with those necessary to explain the Sun's surface differential rotation.
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Recently Yoshimura has evaluated the gradient of the Sun's angular velocity (d$Omega$/dr) necessary to give a good fit to the observed solar activity cycle. We estimate the meridional velocities in the convection zone, implied by this value of d$omega$/dr. These meridional velocities are in good agreement with those necessary to explain the Sun's surface differential rotation.
Key concepts: Differential rotation, Convection zone, Zonal and meridional, Meridional flow, Dynamo, Solar rotation, Physics, Convection