Abstract
Four Fe–Mn–Si alloys, Fe 62Mn 32Si 6, Fe 62Mn 20Si 5Cr 8Ni 5, Fe 62Mn 16Si 5Cr 12Ni 5 and Fe 65Mn 9Si 7Cr 10Ni 9, were obtained by the melt-spinning method. The samples were structurally, magnetic and shape memory effect (SME) investigated, both “as quenched” and thermally treated. The Mn-rich compositions show different phase, magnetic behavior and SME in comparison with Mn-poor compositions. The thermal treatments generate transformation between the two existing majority phases (α and γ), related magnetization and SME behavior. The features are derived from the corroboration of structural, magnetic interaction and magnitude of SME data.
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