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Studies show C_(60) and Ca might be a new hydrogen-storage material

机译:研究表明C_(60)和Ca可能是一种新的储氢材料

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摘要

Working with US scientists, Chinese Academy of Sciences researchers have discovered a new nanomaterial which is capable of high-capacity hydrogen storage. Because of their promising prospects for hydrogen storage, carbon-based nano-materials have been in the spotlight for the past decade, However, the poor absorption of hydrogen molecules on the surface of the materials hinders their practical application under room temperature and pressure. To overcome the technical snag, scientists have contrived many methods to modify the carbon-based materials, including coating the surfaces with transition or alkali metals, and sub-stitutionally doping the nanostructures with light elements. Still, the resulting effects are unsatisfactory.
机译:中国科学院研究人员与美国科学家合作,发现了一种能够高容量储氢的新型纳米材料。碳基纳米材料由于其储氢前景广阔,在过去的十年中一直备受关注。但是,氢分子在材料表面的吸收较差,阻碍了它们在室温和压力下的实际应用。为了克服技术难题,科学家们想出了许多方法来改性碳基材料,包括用过渡金属或碱金属涂覆表面,以及用轻元素对纳米结构进行亚取代掺杂。但是,所产生的效果仍不能令人满意。

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