作者: Yichen Yang , Xin Chen , Yufeng Pan , Huaibing Song , Bin Zhu
DOI: 10.1016/J.CATTOD.2020.10.032
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摘要: Abstract Photocatalytic hydrogen production is recognized as a prospective technology for energy conversion to alleviate the shortage. Hence, we propose convenient method synthesize two-dimensional (2D) ZnS-propylamine (pa) hybrid complex materials with traditional solvothermal method, demonstrating prominent photocatalytivity under visible light irradiation. Meanwhile, improvement of has been further investigated by controlling different in-situ ultrasonic times. The optimized generation obtained from ZnS(pa)x was up 1828 μmol/g 4 h high performance could be contributed inorganic-organic coordination effect on optimizing morphology and structure, which enlarge reaction sites accelerate carriers migration material. This work represents an effective approach promote optimize wide bandgap semiconductors enlarging photocatalytic performances.