<正>Organic solar cells （OSCs） based on bulk heterojunction, consisting of a polymer donor and a small molecular acceptor （SMA） represent a promising photovoltaic technology due to their prospect in producing large-area modules via low-cost roll-to-roll processing [1]. This field has experienced three stages according to the type of electron acceptors. Prior to 2015, the electron acceptors 

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【參考文獻(xiàn)】：
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[2]Improving open-circuit voltage by a chlorinated polymer donor endows binary organic solar cells efficiencies over 17%[J]. Ruijie Ma,Tao Liu,Zhenghui Luo,Qing Guo,Yiqun Xiao,Yuzhong Chen,Xiaojun Li,Siwei Luo,Xinhui Lu,Maojie Zhang,Yongfang Li,He Yan.  Science China（Chemistry）. 2020(03)
[3]基于2.16eV超寬帶隙高分子給體的有機(jī)太陽電池效率突破16%（英文）[J]. 王坦,秦建強(qiáng),肖作,孟憲義,左傳天,楊斌,譚海仁,陽軍亮,楊上峰,孫寬,謝素原,丁黎明.  Science Bulletin. 2020(03)
[4]Rationally pairing photoactive materials for high-performance polymer solar cells with efficiency of 16.53%[J]. Yue Wu,Yan Zheng,Hang Yang,Chenkai Sun,Yingying Dong,Chaohua Cui,He Yan,Yongfang Li.  Science China（Chemistry）. 2020(02)
[5]Thiolactone copolymer donor gifts organic solar cells a 16.72% efficiency[J]. Ji Xiong,Ke Jin,Yufan Jiang,Jianqiang Qin,Tan Wang,Jinfeng Liu,Qishi Liu,Haili Peng,Xiongfeng Li,Anxin Sun,Xianyi Meng,Lixiu Zhang,Ling Liu,Wenting Li,Zhimin Fang,Xue Jia,Zuo Xiao,Yaqing Feng,Xiaotao Zhang,Kuan Sun,Shangfeng Yang,Shengwei Shi,Liming Ding.  Science Bulletin. 2019(21)
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