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Ferromagnetic shape memory alloys: structural and thermal properties

The most extensively studied Heusler alloys are those based on the Ni-Mn-Ga system. However, to overcome the high cost of Gallium and the usually low martensitic transformation temperature, the search for Ga-free alloys has been recently attempted, particularly, by introducing In, Sn or Sb. In this work, two alloys (Mn50Ni35.5In14.5 and Ni50Mn35In15) have been obtained by melt spinning. We outline their structural and thermal behaviour. Mn50Ni35.5In14.5 alloy has the transformation above room temperature whereas Ni50Mn35In15 does not have this transformation in the temperature range here analyzed

Institute of Physics

Author: Suñol Martínez, Joan Josep
Escoda i Acero, Ma. Lluïsa
Coll, R.
Saurina i Canals, Joan
Sánchez Fernández, Tatiana
Prida, V.M.
Hernando, Blanca
Abstract: The most extensively studied Heusler alloys are those based on the Ni-Mn-Ga system. However, to overcome the high cost of Gallium and the usually low martensitic transformation temperature, the search for Ga-free alloys has been recently attempted, particularly, by introducing In, Sn or Sb. In this work, two alloys (Mn50Ni35.5In14.5 and Ni50Mn35In15) have been obtained by melt spinning. We outline their structural and thermal behaviour. Mn50Ni35.5In14.5 alloy has the transformation above room temperature whereas Ni50Mn35In15 does not have this transformation in the temperature range here analyzed
Document access: http://hdl.handle.net/2072/294927
Language: eng
Publisher: Institute of Physics
Rights: Attribution 3.0 Spain
Rights URI: http://creativecommons.org/licenses/by/3.0/es/
Subject: Aliatges amb memòria de forma -- Propietats tèrmiques
Shape memory alloys -- Thermal properties
Title: Ferromagnetic shape memory alloys: structural and thermal properties
Type: info:eu-repo/semantics/article
Repository: Recercat

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