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[交流] Carbon-Based Electrodes for All-Carbon Solar Cells—鲍哲楠 —ACS nano 已有1人参与

文章是有世界顶级大牛，著名华裔女科学家，Department of Chemical Engineering, Stanford University,Zhenan Bao（鲍哲楠）团队在acsnano上发表的题为：Evaluation of Solution-Processable Carbon-Based Electrodes for All-Carbon Solar Cells最新力作！引用参考文献96篇！！

用石墨烯做阳极、碳纳米管做阴极，全碳构成的太阳能电池！
双碳太阳能电池示意图.jpg

Carbon allotropes possess unique and interesting physical, chemical, and electronic properties that make them attractive for next-generation electronic
devices and solar cells. In this report, we describe our efforts into the fabrication of the first reported all-carbon solar cell in which all components (the
anode, active layer, and cathode) are carbon based. First, we evaluate the active layer, on standard electrodes, which is composed of a bilayer of polymer
sorted semiconducting single-walled carbon nanotubes and C60. This carbon-based active layer with a standard indium tin oxide anode and metallic
cathode has a maximum power conversion efficiency of 0.46% under AM1.5 Sun illumination. Next, we describe our efforts in replacing the electrodes with
carbon-based electrodes, to demonstrate the first all-carbon solar cell, and discuss the remaining challenges associated with this process.
KEYWORDS: carbon nanotube solar cells . reduced graphene oxide anode . n-type doped carbon nanotube cathode

[ Last edited by 海天天意 on 2012-11-23 at 15:51 ]

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附件 1 : EvaluationofSolution-ProcessableCarbon-BasedElectrodesforAll-CarbonSolarCells.pdf

2012-11-06 20:35:57, 1.82 M