Presentation Information
[16p-PA7-13]Controlled Growth of β-phase MoTe2 Nanoribbons via Chemical Vapor Deposition
〇(M2)Itsuki Yamada1, Shintaro Saito1, Zheng Liu2, Yusuke Nakanishi3, Yasumitsu Miyata4, Keiji Ueno1, Hong En Lim1 (1.Saitama Univ., 2.AIST, 3.Univ. Tokyo, 4.NIMS)
Keywords:
Transition Metal Dichalcogenide,layered material,molybdenum ditelluride
β-phase MoTe2 is a semimetallic layered material that exhibits superconductivity. While numerous reports exist on the growth of bulk single crystals and thin films of β-phase MoTe2, few exist on the synthesis and property characterization of its elongated nanoribbons. We report the successful direct growth of β-phase MoTe2 nanoribbons on substrates by chemical vapor deposition, achieving controlled growth of nanoribbons within a limited range of their widths up to 40 nm and heights up to 5 nm.