Synergy of nitrogen vacancies and nanodiamond decoration in g-C3N4 for boosting CO2 photoreduction

Xinran Li,Shuohan Li,Jian Xu,Lanxin Wang,Kaiwei Liang,Huihui Zhang,Xuelian Yu,Zhongwei Liu

Applied Surface Science（2022）

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摘要

•The decoration of g-C3N4 were achieved by in-situ thermal polymerization method.•The introduced nitrogen vacancies enhanced the conduction band position of g-C3N4.•The in-situ decoration of ND expanded the light absorption range.•ND/g-C3N4 (NH) exhibited enhanced CO2 reduction activity and selectivity.

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关键词

Nanodiamond,Nitrogen vacancies,CO2 reduction,g-C3N4

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