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Influence of the linear magnetostriction on the orientation of phase boundaries in dysprosium orthoferrite

A visual study of the polarization gave information on two-phase domain structures formed as a result of the first-order phase transition Γ 14 (F z G x G y )↔Γ 4 (F z G x ) in a dysprosium orthoferrite plate cut at right-angles to the c axis and subjected to a field H=(0,H y ,H z ). The dependence of the orientation of the phase boundaries on the direction of the antiferromagnetic vector in coexisting magnetic phases was investigated. The orientations of the phase boundaries were governed by magnetostriction stresses that appeared in the crystal in the two-phase state