[18p-E216-11~17] 10.1 Emerging materials in spintronics and magnetics (including fabrication and charactrization methodologies)

▲ [18p-E216-16] Fabrication of X₃Sn (X=Fe, Mn) epitaxial films and the magnetic and electronic properties

〇(M1)Akira Maeno¹, Goto Yuki¹, Tsujikawa Masahito^3,4, Shirai Masahumi^3,4,5, Yanase Takashi², Shimada Toshihiro², Nagahama Taro² (1.CSE. Hokkaido Univ., 2.Eng. Hokkaido Univ., 3.RIEC. Tohoku Univ., 4.CSRN. Tohoku Univ., 5.CSIS. Tohoku Univ.)

Keywords:Kagome lattice, Fe3Sn, Mn3Sn

Transition metal - tin alloys have been paid attention as materials for spintronics devices in recent years. For example, D0₁₉ Mn₃Sn which is frustrated antiferromagnetic material was reported to exhibit large anomalous Hall effect because of its Berry curvature of Weyl points. On the other hand, Fe₃Sn₂ and Fe₃Sn were expected to show intrinsic anomalous Hall effect which is useful for Hall sensor. For the applications, high-quality epitaxial growth of these materials is indispensable, however it has not been achieved yet. In this work, we fabricated D0₁₉ type Fe₃Sn and Mn₃Sn epitaxial films and measured their physical properties. In addition, we compared magneto-transport properties of D0₁₉ and B2 Fe₃Sn which we developed recently.