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UNLOCKING THE POTENTIAL OF GRAPHENE

机译:解锁石墨烯的潜力

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Since its isolation and initial characterisation at Manchester University in 2004, graphene has become something of a hot topic. Classified as an advanced material, the single-atom thick carbon lattice carries a range of unique properties stirring up an eagerness in scientists, engineers and manufacturers globally to unlock its wide-ranging potential.One of those excited by its potential is the National Physical Laboratory's Dr Andrew Pollard, who has been leading the lab's research into the standardisation and commercialisation of the nanomaterial. Pollard has been working with nanomaterials for around 15 years, having joined NPL 11 years ago where he explained that the focus has been around the metrology and measurement science around nanomaterials, particularly 2D materials such as graphene.
机译:自2004年曼彻斯特大学的隔离和初始表征以来,石墨烯已成为热门话题的东西。 单个原子厚的碳晶格被分类为先进的材料,在全球范围内搅动了一系列独特的属性,振动了在科学家,工程师和制造商中的渴望解锁其广泛的潜力。通过其潜力兴奋的人是国家物理实验室 安德鲁瓦尔博士,一直领导实验室的研究纳米材料的标准化和商业化。 Pollard在11年前加入了NPL的纳米材料左右,在那里加入了NPL,在那里他解释说,该重点是纳米材料周围的计量和测量科学,特别是石墨烯等2D材料。

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  • 来源
    《The Engineer》 |2021年第7929期|2224|共2页
  • 作者

    Melissa Bradshaw;

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