# Kwon Group, Physics, Kyung Hee University

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lab:research:tmdichal-02

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 lab:research:tmdichal-02 [2014/12/31 15:44]seoung-hun_kang lab:research:tmdichal-02 [2014/12/31 15:45] (current)seoung-hun_kang Both sides previous revision Previous revision 2014/12/31 15:45 seoung-hun_kang 2014/12/31 15:44 seoung-hun_kang 2014/11/20 21:38 ykkwon [Stacking Configurations of MX2] 2014/11/09 01:41 external edit 2014/12/31 15:45 seoung-hun_kang 2014/12/31 15:44 seoung-hun_kang 2014/11/20 21:38 ykkwon [Stacking Configurations of MX2] 2014/11/09 01:41 external edit Line 1: Line 1: ==== Stacking Configurations of MX$_2$ ==== ==== Stacking Configurations of MX$_2$ ==== - We investigate the effect of the interlayer interaction on the structural and electronic properties of layered MX$_2$(M=Ti, Zr, Hf, Cr, Mo, W) structures with van der Waals interaction. We calculate the relative stability of various layer-layer stacking configurations determined by considering relative positions and orientations between neighboring layers. It is found that an intriguing coupling effect between stacking and electronic structure. Some stacking configuration with a lager inter-layer distance exhibit larger electronic band gap than the other structures. + We investigate the effect of the interlayer interaction on the structural and electronic properties of layered MX<​sub>​2​(M=Ti, Zr, Hf, Cr, Mo, W) structures with van der Waals interaction. We calculate the relative stability of various layer-layer stacking configurations determined by considering relative positions and orientations between neighboring layers. It is found that an intriguing coupling effect between stacking and electronic structure. Some stacking configuration with a lager inter-layer distance exhibit larger electronic band gap than the other structures.