Multifunctional behaviors in meta-magnetic shape-memory microwires

Oligocrystalline-structured Ni 43.7 Cu 1.5 Co 5.1 Mn 36.7 In 13 microwires with bamboo-like grains were successfully prepared by Chen et al. [ (2019), IUCrJ , 6 , 843–853 ]. Pronounced mechanical and magnetic properties were shown in the tensile superelasticity and the magnetocaloric effect, respect...

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Published in:IUCrJ 2019-09, Vol.6 (5), p.784-785
Main Authors: Li, Zongbin, Esling, Claude
Format: Article
Language:English
Subjects:
Alloys
Magnetic properties
magnetocaloric effect
magnetostructural transformation
meta-magnetic shape-memory microwires
Scientific Commentaries
Shape memory
Specialty metals industry
superelasticity
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description Oligocrystalline-structured Ni 43.7 Cu 1.5 Co 5.1 Mn 36.7 In 13 microwires with bamboo-like grains were successfully prepared by Chen et al. [ (2019), IUCrJ , 6 , 843–853 ]. Pronounced mechanical and magnetic properties were shown in the tensile superelasticity and the magnetocaloric effect, respectively.
doi_str_mv 10.1107/S2052252519010856
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subjects Alloys
Magnetic properties
magnetocaloric effect
magnetostructural transformation
meta-magnetic shape-memory microwires
Scientific Commentaries
Shape memory
Specialty metals industry
superelasticity
title Multifunctional behaviors in meta-magnetic shape-memory microwires
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