Ferromagnetic Properties of the Intermetallic Compound with the Hexagonal Leves-Phase Structure in Cobalt-Titanium System

概要

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The homogeneous composition range and magnetic properties of the hexagonal Laves-Phase compound, CO_<2+x>Ti_<1-x>(x>0), have been determined by X-ray diffraction and magnetic studies. X-ray diffraction studies show that 29 to 31.3at.% Ti at room temperature. Magnetic measurements made at temperatures from 4.2° to 1,000°K indicate that these MgNi_2 phase compounds are ferromagnetic with Curie points lower than 44°K, showing a conspicuous concave toward the temperature axis in every reciprocal magnetic susceptibility vs. temperature curve about the Curie point. It is shown that magnetic data can be interpreted under the assumption that excess cobalt atoms behave as impurity atoms with a localized moment located in the matrix of a paramagnetic compound, similarly to the case of the analysis of the magnetism of dilute magnetic alloys.
社団法人日本物理学会の論文
1970-03-05