Small-Scale Magnetic Helicity and Nonlinear Stabilization of the Dynamo
D. D. Sokoloff, E. V. Yushkov, A. S. Lukin
Abstract
D. D. Sokoloff, E. V. Yushkov, A. S. Lukin
Abstract
According to present-day ideas, nonlinear saturation of the astrophysical dynamo and, in particular, the solar dynamo, are based on the consideration of the magnetic helicity balance, to which the helicities of the large-scale magnetic field and small-scale field related to it contributed. We show that, in a mirrorasymmetric medium, the small-scale magnetic field generated by the small-scale dynamo also has a nonzero magnetic helicity, which also should be taken into account in the magnetic helicity balance.
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According to present-day ideas, nonlinear saturation of the astrophysical dynamo and, in particular, the solar dynamo, are based on the consideration of the magnetic helicity balance, to which the helicities of the large-scale magnetic field and small-scale field related to it contributed. We show that, in a mirrorasymmetric medium, the small-scale magnetic field generated by the small-scale dynamo also has a nonzero magnetic helicity, which also should be taken into account in the magnetic helicity balance.
Key concepts: Dynamo, Magnetic helicity, Helicity, Solar dynamo, Physics, Magnetic field, Dynamo theory, Saturation (graph theory)