Heating in an Alternating Magnetic Field due to Non-Equilibrium Magnetization

Vitaliy Polyanskiy; Alexander Tyatyushkin

doi:10.4028/www.scientific.net/SSP.152-153.435

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Heating in an Alternating Magnetic Field due to Non-Equilibrium Magnetization
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Heating in an Alternating Magnetic Field due to Non-Equilibrium Magnetization

Abstract:

Heating of a magnetizable body in an alternating magnetic field near the Curie point due to non-equilibrium magnetizing is theoretically investigated. The body is of a spherical shape and surrounded by a non-magnetizable unbounded medium. The heat generation power density is regarded as a piecewise linear function with a fracture at the Curie point. The steady temperature distribution within the body and outside it is found.