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Observational geology of graphene, at the nanoscale

机译:纳米级石墨烯的观测地质

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摘要

As the available length ranges expand, graphene begins to show its anticipated polycrystallinity. Its texture, revealed with modern comprehensive microscopy in recent work by Kim et al., includes coherent domains/grains oriented randomly yet with an intriguing degree of regularity. The domains are stitched together by pentagons and heptagons aligned into the grain boundaries. The challenge is now to deduce the mechanisms of formation based on observations and then to find ways to control the morphology toward useful properties and applications.
机译:随着可用长度范围的扩大,石墨烯开始显示其预期的多晶性。 Kim等人在最近的工作中用现代综合显微镜揭示了它的质地,包括随机取向的连贯结构域/晶粒,但规律性令人着迷。畴由对齐晶界的五边形和七边形缝合在一起。现在的挑战是根据观察结果推导形成机理,然后找到控制形态以达到有用特性和应用的方法。

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