Facile in Situ Selenization Synthesis of Chemically Bonded Snse/R-Go Composite With Superior Lithium Storage Performance

Author:

Cheng Yayi,Yu Fangli,Li Xin,Li Huohao,Cheng Weijie,Zhao Xiaojuan,Xu Yan,Qi Hui

Publisher

Elsevier BV

Reference11 articles.

1. mAh�g -1 at 100, 300, 500 and 1000 mA�g -1 , respectively. Notably, the specific capacity of SnSe/r-GO can reach to 701.1 mAh�g -1 when the current density is returned to 300 mA�g -1 . CV profiles of SnSe/r-GO was shown in Fig. 3d. The reduction peaks at ~2.0, ~0.89 and ~0.38 V can be assigned to the insertion, conversion and alloying reaction of SnSe, and the oxidation peaks at ~0.57, ~1.3 and ~2.2 V corresponds to the reverse reaction;EIS in Fig. 3f and Fig

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