Determination of Joule dissipation and drift velocity in the kinematic-dynamo model with two differential rotations

Details Determination of Joule dissipation and drift velocity in the kinematic-dynamo model with two differential rotations Determination of Joule dissipation and drift velocity in the kinematic-dynamo model with two differential rotations

Aug 1982

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1982ge%26ae..22..663k&link_type=abstract

Geomagnetizm i Aeronomiia, vol. 22, July-Aug. 1982, p. 663-670. In Russian.

Physics

Drift Rate, Dynamo Theory, Earth Core, Earth Rotation, Geomagnetism, Ohmic Dissipation, Electromagnetic Interactions, Geodynamics, Magnetic Moments

Scientific paper

The paper examines the generation of a constant magnetic field in a conductivity sphere in which the motion is prescribed in the form of rigid rotations about the different axes of an outer spherical shell and a spherical rotor somewhat displaced from the center of the system. The power necessary for the operation of the dynamo is calculated along with the drift velocity of the conductivity shell relative to the rest of the system under the effect of an electromagnetic moment. Dynamo processes in the earth's core are considered as an example.

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