The Magnetic Properties of B8 Type Structure Compounds in Transition Elements--Tin Systems

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概要

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• The magnetic properties of all compounds with B8 type structure in transition elements-tin systems were investigated, and it was shown that Mn_<1.5+x>Sn(0〓x〓0.3) was ferrimagnetic having the Curie temperature at about 260°K, Fe_<1.3>Sn and CoNiSn were ferromagnetic having the Curie temperature at about 676°K and above 850°K, respectively, and Co_<1.4>Sn Ni_<1.4>Sn were paramagnetic above the liquid nitrogen temperature. The magnetic moment per mol decreases as the manganese content increases, and the magnetic moments of the compounds with the same structure in various transition metals-tin systems are explained by the assumption that the moments of iron, cobalt and nickel are successively less by one Bohr magneton than that of manganese.

• 社団法人日本物理学会の論文
• 1962-02-05

著者

• Asanuma Mitsuru

  Department Of Physics Faculty Of Science Hokkaido University

• Asanuma M.

  Department of Physics, Faculty of Science, Hokkaido University

関連論文

• Magnetic Properties of B8 Type Compounds in Manganese-Tin System
• Time Decrease of Permeability in Silicon-Iron
• The Magnetic Properties of B8 Type Structure Compounds in Transition Elements--Tin Systems
• The Ferromagnetism of the Compound γ-FeSn
• The Magnetic Properties of Mn-Sn-C Alloys
• The Recovery of Initial Magnetic Susceptibility in Pure Nickel
• On the Magnetic Aging of Commercial Pure Iron

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