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- Liu Xingyan,韦思平,韦思平,韦思平,熊天容,熊天容,熊天容,徐永港,徐永港,徐永港,杨坤和,杨坤和,杨坤和,HYZ,羊海丰,羊海丰,羊海丰,wuhong,JJJ,李思琪,李思琪,李思琪.A convenient double defect engineering avenue for NH2-MIL-125 to enhance photocatalytic hydrogen evolution and NO removal via accelerating the electron mobility:Fuel,2025(383)
- Liu Xingyan,韦思平,韦思平,韦思平,周海波,周海波,周海波,李若兰,李若兰,李若兰,徐茂森,徐茂森,徐茂森,张成华,张成华,张成华,吴郑思佳,吴郑思佳,吴郑思佳,HYZ,邹旭,邹旭,邹旭,Min Fu.Acceleration of the charge transfer rate for efficient photocatalytic hydrogen production via adjusting modulator and introducing electronic bridge dual strategies:Fuel,2024(366)
- Liu Xingyan,伍凯莉,贾朝刚,HYZ,方玉宇,Ma Hao,wangsong,韦思平,DF.Fabrication of core–shell nanostructure via novel ligand-defect reassembly strategy for efficient photocatalytic hydrogen evolution and NO removal:Journal of Colloid And Interface Science,2025(680)
- Liu Xingyan,宋雪婷,姜光镁,陶柳君,晋兆宇,Li Fukun,HYZ,DF.Pt Single-Atom collaborate with Pt Atom-Clusters by an In-Situ confined strategy for accelerating electrocatalytic hydrogen evolution:Chemical Engineering Journal,2023(481)
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