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Influence of compacting pressure on the structure of FeOOH nanosolids

机译:压实压力对FeOOH纳米固体结构的影响

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It is well known that the properties of material are determined by its structure and the interior atomic state. Nanosolid material is no exception either. Many unusual properties of nanosolid are indeed due to its particular interfacial structure. There are a large number of unsaturated coordination atoms located at the interface of nanosolids, and these atoms form a special interfacial structure with different types of bonds. As an essential method of forming nanosolids, pressure can strongly changethe interfacial structure of nanosolids. Therefore, it is very important both for basic research and practical application of nanosolids to have a clear understanding of the influence of pressure on the structure of nanosolids. In this note, we study the influence of forming pressure for the first time on the structure of FeOOH nanosolids by using XRD and IR measurements.
机译:众所周知,材料的特性取决于其结构和内部原子态。纳米固体材料也不例外。纳米固体的许多异常特性确实归因于其特殊的界面结构。在纳米固体的界面处存在大量不饱和配位原子,这些原子形成具有不同键类型的特殊界面结构。作为形成纳米固体的基本方法,压力可以极大地改变纳米固体的界面结构。因此,清楚地了解压力对纳米固体结构的影响对于纳米固体的基础研究和实际应用都非常重要。在本文中,我们通过XRD和IR测量首次研究了成型压力对FeOOH纳米固体结构的影响。

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