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Anisotropy in magnetic phase diagram of TbB$$_2$$C$$_2$$ with field-induced antiferroquadrupolar order

Ido, Kaihei*; Tobo, Aya*; Kaneko, Koji   ; Oyama, Kenji*; Onodera, Hideya*

The field-direction dependence of the magnetic phase diagram was examined for the compound TbB$$_2$$C$$_2$$ with field-induced antiferroquadrupolar-ordering, in order to elucidate anisotropy in the magnetic phase diagrams for $$H{parallel}$$[100] and $$H{parallel}$$[110]. The field-induced phase for $$H{parallel}$$[100] (phase III), which is a phase in which antiferromagnetic (AFM) and antiferroquadrupolar (AFQ) orders coexist, seems to change continuously into the other (AFQ$$+$$AFM) phase (phase II') for $$H{parallel}$$[110]. The result implies that both III and II' phases have some similarity in their magnetic structures or they are possibly the same as each other.



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Category:Physics, Multidisciplinary



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