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Electronic-Mechanical Coupling in Graphene from in situ Nanoindentation Experiments and Multiscale Atomistic Simulations

机译:石墨烯中的电子-机械耦合从原位纳米压痕实验和多尺度原子模拟

摘要

We present the in situ nanoindentation experiments performed on suspended graphene devices to introduce homogeneous tensile strain,ud while simultaneously carrying out electrical measurements. We find thatud the electrical resistance shows only a marginal change even underud severe strain, and the electronic transport measurement confirms thatud there is no band gap opening for graphene under moderate uniformud strain, which is consistent with our results from the first-principlesud informed molecular dynamics simulation.
机译:我们介绍了在悬浮石墨烯器件上进行的原位纳米压痕实验,以引入均匀的拉伸应变,同时进行电学测量。我们发现 ud即使在 ud严重应变下电阻也仅显示出边际变化,并且电子传输测量结果证实 ud在中等均匀 ud应变下没有石墨烯的带隙开口,这与我们的结果一致从第一原理 ud进行分子动力学模拟。

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