Abstract
An analysis is made of the diffusion of a static (slowly varying) magnetic field in a conductor in which a first-order phase transition to the insulating state takes place under the action of the Joule heating. An investigation is made of the case of subsonic propagation of the phase boundary. A (V1−XCrX)2O3 solid solution is analyzed as a model substance. The application of this effect in pulsed high-current circuit breakers is discussed.
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