归属学者：

颜磊

归属院系：

刑事侦查学院

作者：

Zheng, BZ ; Liu, XX ; Wu, Y ; Yan, L ; Du, J ; Dai, JY ; Xiong, Q ; Guo, Y ; Xiao, D

摘要：

It is highly desired but still remains a key challenge to develop a simple and green strategy for greatly improving the catalytic activity of catalysts. In this communication, surfactant-free gold nanoparticles (sf-AuNPs) were quickly synthesized (<30 s) using reductive carbon dots (r-CDs) instead of traditional surfactants; this is the fastest strategy for sf-AuNP synthesis based on r-CDs without using a strong reductant and protective agent. What's more, the catalytic activity of sf-AuNPs/r-CDs for the 4-nitrophenol reduction is greatly improved due to the surfactant-free properties and the synergistic effects of AuNPs and r-CDs. Our work would open up a new avenue for the design of catalyst materials with high performance and catalytic activity.

语种：

英文

出版日期：

2017-08-01

学科：

化学

收录：

SCI(E)

提交日期：

2018-09-03

引用参考：

Zheng, BZ; Liu, XX; Wu, Y; Yan, L; Du, J; Dai, JY; Xiong, Q; Guo, Y; Xiao, D. Surfactant-free gold nanoparticles: rapid and green synthesis and their greatly improved catalytic activities for 4-nitrophenol reduction[J]. INORGANIC CHEMISTRY FRONTIERS,2017(8):.