Shuming JiaDapeng WeiTianpeng JiaoYuefeng Wang
Schottky Junction solar cell has attracted more and more attention, because of its simple structure, easinessof preparation and low cost. Graphene, with the property of excellent physical performance, abundant natural resources and low preparation cost, has become a candidate to replace the traditional ITO for the Schottky Junction solar cell. In this paper, we reviewed the progress of Schottky Junction solar cells based on graphene, and discuss the problems in the practical applications. It provides a powerful tool to research potential applications of graphene in Schottky Junction solar cells in future. ©, 2015, Journal of Functional Materials. All right reserved.
Wenjing JieFengang ZhengJianhua Hao
Chao XiePeng LvBiao NieJiansheng JieXiwei ZhangZhi WangJiang PengZhizhong HuLin‐Bao LuoZhifeng ZhuLi WangChunyan Wu
Caterina CiminelliFrancesco DellrOlioGiuseppe BrunettiDonato ConteducaMario N. Armenise
Dong Hee ShinJu Hwan KimJung Hyun KimChan Wook JangSang Woo SeoHa Seung LeeSung KimSuk‐Ho Choi