APA

Zhao F., Hu C., Kong Y., Pan B., Yao X., Chu J., Xu Z., Zuo B. & Li W. (20180725). Sulfanilic Acid Pending on a Graphene Scaffold: Novel, Efficient Synthesis and Much Enhanced Polymer Solar Cell Efficiency and Stability Using It as a Hole Extraction Layer. : ACS applied materials & interfaces.

Chicago

Zhao Fu-Gang, Hu Cheng-Min, Kong Yu-Ting, Pan Bingyige, Yao Xiang, Chu Jian, Xu Zi-Wen, Zuo Biao and Li Wei-Shi. 20180725. Sulfanilic Acid Pending on a Graphene Scaffold: Novel, Efficient Synthesis and Much Enhanced Polymer Solar Cell Efficiency and Stability Using It as a Hole Extraction Layer. : ACS applied materials & interfaces.

Harvard

Zhao F., Hu C., Kong Y., Pan B., Yao X., Chu J., Xu Z., Zuo B. and Li W. (20180725). Sulfanilic Acid Pending on a Graphene Scaffold: Novel, Efficient Synthesis and Much Enhanced Polymer Solar Cell Efficiency and Stability Using It as a Hole Extraction Layer. : ACS applied materials & interfaces.

MLA

Zhao Fu-Gang, Hu Cheng-Min, Kong Yu-Ting, Pan Bingyige, Yao Xiang, Chu Jian, Xu Zi-Wen, Zuo Biao and Li Wei-Shi. Sulfanilic Acid Pending on a Graphene Scaffold: Novel, Efficient Synthesis and Much Enhanced Polymer Solar Cell Efficiency and Stability Using It as a Hole Extraction Layer. : ACS applied materials & interfaces. 20180725.