In Ni2MnSn0.75Al0.25, aluminum substitution creates coexisting ferromagnetic/antiferromagnetic interactions, a reentrant cluster-glass state, ~110 Oe exchange bias, and a magnetocaloric response near 263 K and 734 K.
Structural-induced antiferromagnetism in Mn-based full Heusler alloys: The case of Ni2 MnAl,
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Magneto-Caloric effect and Multiple magnetic phases in Al doped Ni2MnSn0.75Al0.25 Heusler Alloys
In Ni2MnSn0.75Al0.25, aluminum substitution creates coexisting ferromagnetic/antiferromagnetic interactions, a reentrant cluster-glass state, ~110 Oe exchange bias, and a magnetocaloric response near 263 K and 734 K.