In Situ Carbon Homogeneous Doping on Ultrathin Bismuth Molybdate: A Dual‐Purpose Strategy for Efficient Molecular Oxygen Activation

• Published in: Advanced Functional Materials Vol. 27; no. 47
• Main Authors: Wang, Shengyao, Ding, Xing, Zhang, Xuehao, Pang, Hong, Hai, Xiao, Zhan, Guangming, Zhou, Wei, Song, Hui, Zhang, Lizhi, Chen, Hao, Ye, Jinhua
• Format: Journal Article
• Language: English
• Published: Hoboken Wiley 15.12.2017; Wiley Subscription Services, Inc
• Subjects: Activation; Band structure of solids; Bi2MoO6; Bismuth; Construction materials; Coupling (molecular); C‐doping; Doping; Electrochemical potential; Electromagnetic absorption; Excitons; Harnesses; Materials science; molecular oxygen activation; Nanostructure; Nitric oxide; NO removal; Oxygen; Photons; Pollutants; Strategy; Transportation; ultrathin 2D materials

Solar‐driven activation of molecular oxygen, which harnesses light to produce reactive oxygen species for the removal of pollutants, is the most green and low‐cost approach for environmental remediation. The energy coupling between photons, excitons, and oxygen is the crucial step in this reaction a...