Relaxation of the kinematic dynamo equations
Lauri Hitruhin, Sauli Lindberg

TL;DR
This paper computes the exact relaxation and $\\Lambda$-convex hull of the kinematic dynamo equations, revealing their equivalence and providing insights into the stationary case.
Contribution
It introduces the exact relaxation and $\\Lambda$-convex hull for the kinematic dynamo equations, showing their coincidence and analyzing the stationary case.
Findings
Relaxation and $\\Lambda$-convex hull coincide for the equations.
Explicit relaxation in the stationary case.
Provides a mathematical framework for understanding the equations' relaxation.
Abstract
We compute the exact relaxation and -convex hull of the kinematic dynamo equations and show that they coincide. We also find the relaxation in the stationary case.
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Taxonomy
TopicsFluid dynamics and aerodynamics studies · Geophysics and Gravity Measurements · Geomagnetism and Paleomagnetism Studies
