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收藏分享 收藏 分享 收藏 分享 收藏 分享 收藏 分享 收藏 Phase Evolution Extension of Cu2ZnSn(S,Se)4 Absorber Boosting the Efficiency of Kesterite Solar Cells to 14.99%铜锌锡硫硒（Cu₂ZnSn(S,Se)₄）吸收层的相演化扩展提升了黄铜矿太阳能电池的效率至14.99%。
Yao, G; Wu, ZC; Kou, DX; Kong, BY; Wei, H; Shao, ZP; Zhou, WH; Zhou, ZJ; Yuan, SJ; Qi, YF; Han, LT; Cui, GL; Wu, SX 分享 收藏 Photocatalytic Oxidation of Benzene to Phenol with O2 over WO3 Treated by Vacuum-Sealed AnnealingYu, Dexi; Lin, Yuhong; Zhou, Wenhui; Wang, Xiaoyi; Yu, Zhenzhen; Hou, Yidong; Anpo, Masakazu; Yu, Jimmy C.; Zhang, Jinshui; Wang, Xinchen 分享 收藏 分享 收藏 Spin-Coating Se in Precursor to Improve Absorber Crystallinity and Reduce Defects Enabling 13.57% Efficiency for Kesterite Solar Cells在前体中旋涂Se以改善吸收剂结晶度并减少缺陷，从而13.57% Kesterite太阳能电池的效率Wang, Yuanyuan; Wang, Jiaqi; Wu, Zucheng; Meng, Yuena; Zhu, Jichun; Kou, Dongxing; Zhou, Wenhui; Zhou, Zhengji; Qi, Yafang; Yuan, Shengjie; Han, Litao; Wu, Sixin 分享 收藏 分享 收藏 16.48% Efficient solution-processed CIGS solar cells with crystal growth and defects engineering enabled by Ag doping strategyXu, Mengyu; Yan, Shaocong; Liang, Ting; Jia, Jia; Yuan, Shengjie; Kou, Dongxing; Zhou, Zhengji; Zhou, Wenhui; Qi, Yafang; Meng, Yuena; Han, Litao; Wu, Sixin 分享 收藏 Li, Ag Co-Doping Enables Efficient Kesterite Solar Cell with a High Fill Factor of 74.30%Zhong, Xinyi; Wang, Jinlin; Han, Litao; Chi, Jinjin; Liu, Tong; Kou, Dongxing; Zhou, Wenhui; Zhou, Zhengji; Yuan, Shengjie; Meng, Yuena; Qi, Yafang; Meng, Qingbo; Wu, Sixin 分享 收藏 分享 收藏 Visible-Light-Driven Oxidation of Benzene to Phenol with O2 over Photoinduced Oxygen-Vacancy-Rich WO3Zhou, Wenhui; Wang, Xiaoyi; Lin, Feng; Xue, Sikang; Lin, Wei; Hou, Yidong; Yu, Zhiyang; Anpo, Masakazu; Yu, Jimmy C.; Zhang, Jinshui; Wang, Xinchen 分享 收藏 Low-Temperature Annealing of CdS:In/Cu2ZnSn(S,Se)4 Heterojunction Boosting 14.5% Efficiency Kesterite Solar CellsXu, Jianming; Cui, Changcheng; Kou, Dongxing; Wu, Zucheng; Zhou, Wenhui; Zhou, Zhengji; Yuan, Shengjie; Qi, Yafang; Meng, Yuena; Han, Litao; Wu, Sixin 分享 收藏 Impact of oxygen incorporation on interface optimization and defect suppression for efficiency enhancement in Cu 2 ZnSn(S,Se) 4 solar cellsDeng, Shicheng; Wang, Songfan; Wang, Yuanyuan; Xiao, Qian; Meng, Yuena; Kou, Dongxing; Zhou, Wenhui; Zhou, Zhengji; Zheng, Zhi; Wu, Sixin 分享 收藏 Synergistic Crystallization Modulation and Defects Passivation in Kesterite via Anion-Coordinate Precursor Engineering for Efficient Solar Cells通过阴离子配位前体工程在Kesterite中进行高效太阳能电池的协同结晶调制和缺陷钝化Wang, Lijing; Chu, Liangli; Zhou, Zhengji; Zhou, Wenhui; Kou, Dongxing; Meng, Yuena; Qi, Yafang; Yuan, Shengjie; Han, Litao; Yang, Gang; Zhang, Zhuhua; Zheng, Zhi; Wu, Sixin 分享 收藏 Defects in kesterite materials towards high-efficiency solar cells: origin, impact, characterization, and engineeringWang, Lijing; Ban, Jintang; Han, Litao; Zhou, Zhengji; Zhou, Wenhui; Kou, Dongxing; Meng, Yuena; Qi, Yafang; Yuan, Shengjie; Wu, Sixin 分享 收藏 Passivating SnZn Defect and Optimizing Energy Level Alignment via Organic Silicon Salt Incorporation toward Efficient Solution-Processed CZTSSe Solar Cells钝化SnZn缺陷并通过有机硅盐掺入有效的溶液处理CZTSSe太阳能电池来优化能级排列Qi, Yafang; Wei, Na; Li, Yang; Kou, Dongxing; Zhou, Wenhui; Zhou, Zhengji; Meng, Yuena; Yuan, Shengjie; Han, Litao; Wu, Sixin 分享 收藏 
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