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[资源] 李亚栋院士携徒弟在CSR发表综述Nanocrystals from solutions: catalysts

相信大家对李亚栋院士05年的Nature上面发表的纳米晶的通用合成方法还记忆犹新吧！目前李亚栋院士和自己的学生在RSC著名期刊CSR上发表了最新综述。纳米科技的前提就有纳米晶的可控合成，目前，对纳米晶的可控合成的终极目标就是根据需要的物理化学性能去操控单个原子或者组装原子，而在这一步的过程中首当其冲的就是控制纳米晶的成核过程和成核机理。因此，本篇文章首次综述了纳米晶成核过程以及和形貌，最后性能的关系，并且做了展望！
最后也一起再次奉上李亚栋院士的Nature。
The ultimate goal of nanoscale science and technology is to manipulate single atoms, assemble atoms in a controllable way and design nanostructured materials with the desired physical and chemical properties (e.g. catalytic properties). In order to achieve this goal, the nucleation and growth mechanism of nanocrystals (NCs) as well as the relationship between the macroscopic properties and microscopic structures of nanocrystals should be fully understood. In this tutorial review, we firstly summarize the latest research developments and experimental methods to exploit the nucleation and growth process of nanocrystals, then discuss the essence of nanocrystal catalysis, and finally present our personal perspectives on the opportunities and challenges of this promising field

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