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首页> 外文期刊>Philosophical transactions of the Royal Society. Mathematical, physical, and engineering sciences >Diamonds on Diamond: structural studies at extreme conditions on the Diamond Light Source
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Diamonds on Diamond: structural studies at extreme conditions on the Diamond Light Source

机译:钻石上的钻石:在钻石光源上极端条件下的结构研究

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摘要

Extreme conditions (EC) research investigates how the structures and physical and chemical properties of materials change when subjected to extremes of pressure and temperature. Pressures in excess of one million times atmospheric pressure can be achieved using a diamond anvil cell, and, in combination with high-energy, micro-focused radiation from a third-generation synchrotron such as Diamond, detailed structural information can be obtained using either powder or single-crystal diffraction techniques. Here, I summarize some of the research drivers behind international EC research, and then briefly describe the techniques by which high-quality diffraction data are obtained. I then highlight the breadth of EC research possible on Diamond by summarizing four examples from work conducted on the I15 and I19 beamlines, including a study which resulted in the first research paper from Diamond. Finally, I look to the future, and speculate as to the type of EC research might be conducted at Diamond over the next 10 years.
机译:极端条件(EC)研究调查了在极端压力和温度下材料的结构以及物理和化学性质如何变化。使用金刚石砧盒可以达到超过大气压一百万倍的压力,并且与第三代同步加速器(例如金刚石)的高能微聚焦辐射结合使用,可以使用两种粉末获得详细的结构信息或单晶衍射技术。在这里,我总结了国际EC研究背后的一些研究驱动因素,然后简要描述了获得高质量衍射数据的技术。然后,我通过总结在I15和I19光束线上进行的工作中的四个示例(包括一项研究得出了Diamond的第一篇研究论文),突出了EC在Diamond方面可能进行的研究的广度。最后,我展望未来,并推测未来10年内将在Diamond进行EC研究的类型。

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