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Phase transition and magnetocaloric properties of Ni50Mn35-xIn15Cux alloys and ribbons

机译：Ni 50 MN 35-X / INM>在 15 CU X / ING>合金和丝带中的相转变和磁热性能

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Martensitic transformation temperatures of NiMn3InCu increase with Cu substitution, either in bulk alloys or ribbons, while Curie temperature of martensitic phase decreases. When x=4 and 5, the ferromagnetic phase transition coupled with martensitic transformation disappears. Comparison shows that ΔS of bulk alloys is higher than that of the corresponding ribbons.

机译：NIMN3INCU的马氏体转化温度随铜合金或丝带中的Cu取代而增加，而马氏体相的居里温度降低。当x = 4和5时，与马氏体转化耦合的铁磁相转变消失。比较表明，散装合金的Δs高于相应的带的Δs。

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《IEEE Magnetics Conference》|2015年||共1页
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Liu J.; Fei X.; Xu F.;
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中图分类电磁学;
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Phase transition and magnetocaloric properties of Ni50Mn35-xIn15Cux alloys and ribbons

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