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首页> 外文期刊>Acta Chimica Slovenica >Structure Characterisation of Nanoporous Materials using State-of-the-art Single-Crystal X-ray and Neutron Diffraction Techniques
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Structure Characterisation of Nanoporous Materials using State-of-the-art Single-Crystal X-ray and Neutron Diffraction Techniques

机译:使用最新的单晶X射线和中子衍射技术表征纳米多孔材料

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摘要

A topical review is given of the use of single-crystal characterisation of nanoporous materials,which span applications ranging from catalysis to hydrogen storage including"green chemistry".This is set in the context of other techniques for characterisation such as NMR,XAS and EELS.The landscape of synchrotron and neutron sources and instrumentation for structure determination is changing both in advances in current provision and proposed upgrades.The complementarity of and synergy between small and large(ie protein)crystallography in our collaboration is also described.A notable step is the ESRF upgrade programme with routine provision for X-ray beams focussed to 50 nm or less.
机译:本文就纳米多孔材料的单晶表征应用进行了专题综述,其涵盖了从催化到储氢在内的各种应用,包括“绿色化学”。这是在其他表征技术(例如NMR,XAS和EELS)的背景下进行的。同步加速器和中子源的格局以及用于结构确定的仪器在当前规定和拟议的升级方面都在发生变化。在我们的合作中,小型和大型(即蛋白质)晶体学的互补性和协同作用也得到了描述。 ESRF升级计划,其中常规规定将X射线束聚焦到50 nm或更小。

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