论文成果
- 毛梁,Li, Qinran,Zhou, Qingao,Dang, Wenqiang,赵宇龙,Sun, Yuzhen,蔡晓燕.Enhanced carrier separation and decreased reaction barrier in cobalt-doped CdIn2S4 nanosheets for photocatalytic hydrogen evolution,2025,v 685,p1122-1130
- 毛梁,翁海峰,蔡晓燕.少层2H-MoS2包覆La2Ti2O7纳米台阶异质结构的设计及其高效光催化制氢,2025,2025年04期:152-161,10
- Zeng, Zhongtian,毛梁,张锐,刘亚南,凌意瀚,蔡晓燕,Zhang, Junying.A triple-benefit strategy of microstructure, electronic property and active site modulation on ZnIn2S4 photocatalyst by Sn atom doping,2024,v 496,
- Wu, Shiting,Li, Xiaohui,Liu, Jiaqi,Wu, Hanfeng,Xu, Hanshuai,Bai, Wangfeng,毛梁,Shi, Xiaowei.Effective Photocatalytic Ethanol Reforming into High-Value-Added Multicarbon Compound Coupled with H2 Production Over Pt-S3 Sites at PtSA–ZnIn2S4 Interface,2024,v 20,n 20,
- Shi, Hongfei,Zhang, Enji,Zhu, Hongwei,Wang, Haoshen,Rong, Ao,毛梁.NiCoP as a cocatalyst decorating CdIn2S4 for enhanced photocatalytic performance under visible light: DFT calculation and mechanism insight,2024,卷: 51页: 1287-1302子辑: B
- Jiang, Huiqian,Li, Xiaohui,Zheng, Wenbin,Xu, Hanshuai,Hou, Shuai,Zheng, Lingxia,Zheng, Huajun,毛梁,Shi, Xiaowei.Atomically Dispersed Pt on CdS Nanosheets for Photocatalytic Evolution of H2 and 1,1-Diethoxyethane from Ethanol,2023,卷: 6期: 18页: 17161-17170
- Shi, Xiaowei,Dai, Chao,Wang, Xin,Hu, Jiayue,Zhang, Junying,Zheng, Lingxia,毛梁,Zheng, Huajun,Zhu, Mingshan.Protruding Pt single-sites on hexagonal ZnIn2S4 to accelerate photocatalytic hydrogen evolution,2022,卷: 13期: 1
- Zheng, Chunyu,Yu, Ce,Yu, Han,Zheng, Huibing,Yin, Luqiao,Fu, Nian,Ding, Bangfu,毛梁,Zhang, Junying.Photogenerated charge separation and recombination path modification in monocline Lu(2)WO(6)via lattice transition and Bi-O antibonding states,2021,卷: 50期: 19页: 6659-6666
- 毛梁,蔡晓燕,zhu, mingshan.Hierarchically 1D CdS decorated on 2D perovskite-type La(2)Ti(2)O(7)nanosheet hybrids with enhanced photocatalytic performance,2021
- He, Qi,Xin, Jiandi,毛梁,蔡晓燕,Ding, Bangfu,Zhang, Lei,Zhang, Junying,Zheng, Shukai,Yang, Yanmin.Insitu growth of BiVO4/HoVO4 heterojunction with O-O bond connection for enhanced photodegradation activity,2021,卷: 284子辑: 2