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Synthesis of carbonized-cellulose nanowhisker/FeS 2 @reduced graphene oxide composite for highly efficient counter electrodes in dye-sensitized solar cells

Mengjuan Zhou,Jianxin He,Lidan Wang,Shuyuan Zhao,Qian Wang,Shizhong Cui,Xiaohong Qin,Rongwu Wang

Solar Energy（2018）

Cited 32|Views12
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Abstract
•C-CW/FeS2@RGO is synthesized using cellulose nanowhisker as bio-template.•C-CW/FeS2 composite exhibits rod-like morphology with hollow and porous structure.•C-CW/FeS2 has higher BET surface area and superior catalytic activity than FeS2.•RGO-doping effectively enhances the catalytic activity of C-CW/FeS2 composite.•DSSC assembled with C-CW/FeS2@RGO CE delivers a conversion efficiency of 7.38%.
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Key words
Dye-sensitized solar cell,Iron pyrite,Reduced graphene oxide,Nanorods
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