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Title Tailoring Photocatalytic Materials Through Defect Engineering: Control, Mechanism, and Experimental Protocols
Type Book
Keywords Tailoring Photocatalytic Materials
Abstract Photocatalysis process inspired by natural photosynthesis and dating back more than 100 years is considered a distinct class of chemical transformations [1, 2]. It employs the light energy to activate and drive several reactions that are challenging, sometimes even impossible [1–3]. In this process, electron–hole pairs (e−/h+) were formed when catalytic feedstocks were irradiated by UV lamps, xenon lamps, or even sunlight. Then, these generated electrons–hole pairs can migrate to generate oxidizing species, including hydroxyl radical (•OH) or superoxide radical (•O2−)
Researchers Chuanyi Wang (Not In First Six Researchers), Eric Lichtfouse (Not In First Six Researchers), Mohsen Padervand (Not In First Six Researchers), Tian Chang (Fifth Researcher), Ting Gao (Fourth Researcher), Haitao Ren (Third Researcher), Jian Liang (Second Researcher), Abdelkader Labidi (First Researcher)