Electrical Resistivities and Magnetic Susceptibilities of Dilute Rare-Earth Solutes in Liquid Indium
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The electrical resistivities and the magnetic susceptibilities of liquid indium alloys containing rare-earth solutes have been measured from the melting point to about 1000°C. In the case of light rare-earth solutes, the additional resistivities increase from La to Nd solute with increasing the number of 4f electrons. The additional susceptibilities obey a modified Curie law. The temperature-independent susceptibilities are fairly large. Then, the effective magneton numbers are smaller than the values expected by the Van Vleck theory. These experimental results indicate that the 4f electrons of light rare-earth solutes interact with conduction electrons. The systematic variation of the additional resistivity for light rare-earth solutes might be attributed to the s-f or d-f mixing.
- 社団法人日本物理学会の論文
- 1981-11-15
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