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Reviews of Science for Science Librarians: Graphene

机译：科学馆员科学评论：石墨烯

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Graphene is, in many ways, a simple substance. Made of a single atomic layer of graphite, graphene has emerged as a material pro viding many surprises and having immense scientific and indus trial potential. In 2010, scientists Andre K. Geim and Konstantin S. Novoselov received the Nobel Prize in Physics for their isolation of graphene and for their research pertaining to the ultrathin mate rial. In his presentation speech, Professor Per Delsing described how we all have made graphene each time we write with a pen cil: microscopic bits of graphite and graphene flake away as the pencil moves across the paper ( Delsing 2010 ). It was Geim and Novoselov's ability to point and say "there," however, that has gained them fame. Since graphene's isolation, scientists have been discovering its surprising properties including its strength, flexibil ity, and high mobility of its charge carriers, properties that will undoubtedly lead to many industrial applications. This article will give an introduction to the importance of graphene and an analysis of when and where graphene has appeared in scholarly literature.
机译：在许多方面，石墨烯是一种简单的物质。石墨烯由单原子石墨层制成，已成为一种提供许多惊喜并具有巨大科学和工业试验潜力的材料。 2010年，科学家Andre K. Geim和Konstantin S. Novoselov因其石墨烯的分离以及与超薄材料有关的研究而获得了诺贝尔物理学奖。佩尔·德辛（Per Delsing）教授在演讲中描述了我们每次使用笔芯书写时都是如何制成石墨烯的：当铅笔在纸上移动时，少量的石墨和石墨烯会剥落（Delsing 2010）。正是吉姆（Geim）和诺沃塞洛夫（Novoselov）指出并说“那里”的能力才赢得了他们的名声。自石墨烯被隔离以来，科学家们一直在发现其令人惊讶的特性，包括强度，柔韧性和电荷载体的高迁移率，这些特性无疑会导致许多工业应用。本文将介绍石墨烯的重要性，并分析何时何地石墨烯出现在学术文献中。

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