A simplified layer-by-layer transfer process towards high-quality multilayer graphene electrode fabrication

Dong Wang?,*,1; Jing Ning1; Qin Lu1; Meishan Mu1; Yue Hao1; Jincheng Zhang1,*

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A simplified layer-by-layer transfer process towards high-quality multilayer graphene electrode fabrication

Dong Wang?,*,1 *,Jing Ning1,Qin Lu1 #,Meishan Mu1,Yue Hao1,Jincheng Zhang1,*

The State Key Discipline Laboratory of Wide Band Gap Semiconductor Technology,Xidian University, Xi’an, China 710071.

*Correspondence author

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Funding: none

Opened online:15 December 2015

Accepted by: none

Citation: Dong Wang?,*,1,Jing Ning1,Qin Lu1.A simplified layer-by-layer transfer process towards high-quality multilayer graphene electrode fabrication[OL]. [15 December 2015] http://en.paper.edu.cn/en_releasepaper/content/4669079

In this paper we present a high-quality multilayer graphene electrode fabrication using a simplified layer-by-layer transfer progress.we use highly purified methane as carbon source at 1030℃ to synthesis high-quality monolayer graphene by chemical vapor deposition. The coverage of monolayer graphene is more than 90% and carrier mobility is much higher than 300cm2/Vs with the transparent of 97%.during the transfer process,we use simplified layer-by-layer transfer technology to fabricate high-quality multi-layer(4~5) graphene transparent conductive film and the optical tansmittance of 5 layer graphene tansparent conductive film is high than 87.5%(550nm).The excellent surface and roughness is indicate by AFM and SEM.To further demonstrate availability of 5-layer graphene tranparent conductive,we use electon beam evaporation to prepare high-property solar cells based on P3HT:PCBM transport layer and graphene/MoO3.The analysis of current-voltage characteristic indicates that graphene transparent conductive film obviously improve the solar cells' electical conductivty.

Keywords:Graphene;simplyfied layer-by-layer transfer;solar cells

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