Electron transport in large-area epitaxial MoS2

D. Nath, Lu Ma, Chong Hee Lee, Edwin W. Lee, A. Arehart, Yiying Wu, S. Rajan
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引用次数: 2

Abstract

We have investigated the electron transport phenomena in large area chemical vapor deposition (CVD) grown epitaxial MoS2 on sapphire with in-plane and out of plane crystallinity over centimeter length scales. The high quality of these films leads to record high room temperature electron mobility of 192 cm2/Vs and high current density (> 150 mA/mm). The transport measurements are in good agreement with theoretical predictions of scattering and anisotropy in effective mass. This is the first report of synthetic few layer MoS2 with longrange crystalline order, and mobility approaching theoretical limits.
大面积外延MoS2的电子输运
我们研究了在蓝宝石表面大面积化学气相沉积(CVD)生长的具有面内和面外结晶度的外延二硫化钼在厘米尺度上的电子传递现象。这些薄膜的高质量导致了创纪录的192 cm2/Vs的高室温电子迁移率和高电流密度(> 150 mA/mm)。输运测量结果与有效质量散射和各向异性的理论预测相吻合。这是首次合成具有长程晶序且迁移率接近理论极限的少层二硫化钼。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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