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- W2029307180 abstract "The cold-working effect on the average magnetic interaction ($overline{J}$), the spontaneous magnetization at 0 K (${M}_{0}$), and the magnetic transition temperature (${ensuremath{Theta}}_{m}$) in the Heusler alloys is formulated by means of dislocation theory with consideration of ferromagnetic and antiferromagnetic interactions between Mn atoms. The Mn atoms near the antiphase boundaries produced by plastic deformation have a different atomic environment (i.e., a different $overline{J}$ value) from that in the normal state and cause a marked effect of cold working on the magnetic properties. The numerical estimation is given for two ferromagnetic Heusler alloys, ${mathrm{Pd}}_{2}$MnSn and ${mathrm{Ni}}_{2}$MnSn. A remarkable reduction of ${M}_{0}$ in the plastically deformed ${mathrm{Pd}}_{2}$MnSn, which was experimentally observed by previous investigators, is interpreted in the light of the present calculated results." @default.
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- W2029307180 title "Cold-working effect on magnetic properties in the Heusler alloys" @default.
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