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On a Roll with Graphene

机译:石墨烯卷

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摘要

The 2010 Nobel prize in physics was awarded to Sir Professors Andre Geim and Konstantin Novoselov for their pioneering work on a one-atom thick carbon material, called graphene. Graphene, which looks like carbon chicken wire, is a single layer of the more well-known material, graphite, which has modest application as the writing component in pencils. In comparison, graphene has remarkable properties from being a bench-top version of a CERN experiment, with charge-carriers that travel unimpeded and at a fraction of the speed of light, to it being the strongest known material, with record thermal conductivity, high elasticity and tunable optical transmission. Unlike graphite, its potential applications are stellar and beyond ordinary; from nanoscale technologies, to sensors and future conductive coatings – the list is diverse, far-reaching and in short, phenomenal! This presentation will provide an accessible account of this miracle material: its discovery, properties, methods of production and applications, with particular emphasis on graphene’s potential impact and use in the coating and laminating industries.
机译:2010年诺贝尔物理学奖授予了安德烈·吉姆(Andre Geim)教授和康斯坦丁·诺沃塞洛夫(Konstantin Novoselov)爵士,以表彰他们在单原子厚碳材料(石墨烯)方面的开拓性工作。看起来像碳鸡丝的石墨烯是一层更广为人知的材料-石墨,在铅笔中作为书写成分的应用不多。相比之下,石墨烯具有非凡的性能,它是CERN实验的台式版本,电荷载流子不受阻碍地以光速的一小部分行进,成为已知的最强材料,并具有创纪录的热导率。弹性和可调光传输。与石墨不同,它的潜在应用是恒星的,并且超出普通水平。从纳米级技术到传感器和未来的导电涂层–清单是多种多样的,影响深远的,简而言之是惊人的!本演讲将提供有关该奇迹材料的无障碍信息:其发现,性质,生产方法和应用,尤其着重于石墨烯在涂料和层压行业中的潜在影响和用途。

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