Abstract
The structure and magnetic hysteresis characteristics of anisotropic samples of a hard magnetic alloy Fe-22% Cr-15% Co subjected to uniaxial plastic deformation at a temperature up to 400°C are investigated. It is established that the maximum energy product of the anisotropic samples decreases substantially after deformation at a retained coercive force and remanence, while the maximum energy product of isotropic samples increases somewhat after deformation. The variation of the magnetic properties is related to the structure evolution during deformation.
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