CeO_(2)基界面材料的合成及其催化应用研究进展

Progress in Synthesis and Catalytic Application of CeO_(2)-based Interfacial Materials

纳米CeO_(2)材料因其在纳米磁学、生物医学、电催化和环境应用等领域的活性而备受关注。由于CeO_(2)材料本质上苛刻的特性使其合成协议变得困难,特别是在纳米级,但在特定的应用领域中通常会改善性能。在本篇焦点综述中,对CeO_(2)基纳米结构进行了概述,重点讨论了电子结构之间的相互作用以及它们与晶体结构的关系研究进展以及后续的研究方向。

Nanostructured CeO_(2)-based materials have attracted much attention due to their active properties in various areas such as nanomagnetism,biomedicine,electrocatalysis,and environmental applications.Generally,the intrinsically harsh characteristics of CeO_(2)-based materials make their synthetic protocols difficult,especially at the nanoscale,but usually come with improved performance in specific applications.In this focus review,we give an overview of CeO_(2)-based nanostructures with a focus on the interactions between the electronic structures and their relation to the crystallographic structure.