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Internal magnetic-field-enhanced photogenerated charge separation in ferromagnetic TiO2 surface heterojunctions 期刊论文
JOURNAL OF MATERIALS SCIENCE & TECHNOLOGY, 2023, 卷号: 160, 页码: 240-247
Authors:  Wang, Guojing;  Xiong, Shirong;  Chen, Yonghui;  Wang, Chunchang;  Lv, Shasha;  Jia, Ke;  Xiang, Yunjie;  Liu, Jianbo;  Liu, Chong;  Li, Zhengcao...Wang, Guojing;  Xiong, Shirong;  Chen, Yonghui;  Wang, Chunchang;  Lv, Shasha;  Jia, Ke;  Xiang, Yunjie;  Liu, Jianbo;  Liu, Chong;  Li, Zhengcao
Favorite  |    Submit date：2023/07/18
Electrochemistry  Energy conversion efficiency  Ferromagnetic materials  Ferromagnetism  Heterojunctions  Hydrogen production  Magnetic fields  Oxygen vacancies  Point defects  Solar energy  Solar energy conversion  Solar power generation  Charge-separation  Ferromagnetics  Ferromagnets  Hydrogen generations  Internal magnetic fields  Non-ferromagnetic  Photocatalytic hydrogen  Photoelectrochemicals  Photogenerated charge  TiO2 {001}-{101} surface heterojunction