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We present results of in situ temperature measurements of resistivity for some amorphous or partially crystalline Heusler alloy fllms: Co2CrAl, Co2MnGa and ofi-stoichiometric Ni2Mn1+xSnx, Ni2Mn1¡xGax that are known to exhibit half-metallic properties and martensitic transformations, respectively. From ‰ vs. T characteristics we distinguish various stages of chemical and structural ordering in the fllms. They appear to be quite distinct in both systems investigated. The resistivity results are compared with magnetic characteristics for Co2MnGa with a high Curie temperature.

Electric and Magnetic Signatures of Structural and Chemical Ordering of Heusler Alloy Films