【摘要】 金属纳米团簇(metal nanoclusters, MNCs)是由几个到几百个金属原子组成的内核被单层配体保护而形成的一类新型材料。MNCs的结构可在原子级精度的水平上进行调控，因其具有超小的尺寸、独特的电子能级以及大的比表面积等性质而获得了广泛的应用。主要基于ds区金属铜、银、金的纳米团簇(CuNCs、AgNCs、AuNCs)的相关研究介绍MNCs的概念、结构特征、主要性能、合成策略以及它们在催化、生物传感、生物成像和肿瘤治疗中的应用。更多还原

【Abstract】 Metal nanoclusters(MNCs) is composed by the metal core of hundreds atoms which is coated by a layer of complex. The structure of MNCs can be tuned at the atomic level. The small size, unique electron energy levels and large specific surface area enable MNCs to be applied widely in various fields. The definition, structure, performance, synthesis and application of MNCs in catalysis, biosensing, bioimaging, and oncotherapy are presented mainly based on the reports in reference about research focuses on CuNCs, AgNCs and AuNCs.更多还原