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Nontrivial magnetism in the low-carrier Kondo semimetal Ce$$_{0.9}$$La$$_{0.1}$$Sb revealed via neutron diffraction measurements

Magnetism in low-carrier Kondo lattice semimetal Ce$$_{0.9}$$La$$_{0.1}$$Sb revealed via neutron diffraction measurements

久保田 正人 

Kubota, Masato

The magnetism and magnetic structure of CeSb-related Kondo lattice semimetal, Ce$$_{0.9}$$La$$_{0.1}$$Sb (CLS), is investigated via neutron diffraction measurements. In contrast with CeSb, CLS exhibits several outstanding features of the magnetism and magnetic structure. CLS shows the Type-I antiferromagnetic structure, in which its ferromagnetic layers are antiferromagnetically stacked along the interplane direction with the periodicity of a unit cell. Moreover, a ferromagnetic component is clearly observed without applying any magnetic field, and various magnetic structures strongly compete with each other along with a large temperature hysteresis.

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分野:Materials Science, Multidisciplinary

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