Abstract
Dependences of the coercive force, remanent induction, maximum magnetic permeability, and distribution of critical magnetic fields for chromium-nickel steels 15KhN4D and 11KhN3D have been obtained upon elastic deformation by uniaxial tension (compression), torsion, internal pressure, and their combinations. It has been shown that the processes of magnetization reversal differ in weak and strong magnetic fields. With a series of major and minor hysteresis loops, the field values at which magnetization depends weakly on applied stresses have been detected.
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