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zhishenglv

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honeycomb‐lantern‐inspired 3d stretchable supercapacitors with enhanced specific areal capacitance

abstract
traditional stretchable supercapacitors, possessing a thin electrode and a 2d shape, have limited areal specific areal capacitance and are incompatible with 3d wearables. to overcome the limitations of 2d stretchable supercapacitors, it is highly desirable to develop 3d stretchable supercapacitors with higher mass loading and customizable shapes. in this work, a new 3d stretchable supercapacitor inspired by a honeycomb lantern based on an expandable honeycomb composite electrode composed of polypyrrole/black‐phosphorous oxide electrodeposited on carbon nanotube film is reported. the 3d stretchable supercapacitors possessing device‐thickness‐independent ion‐transport path and stretchability can be crafted into customizable device thickness for enhancing the specific areal energy storage and integrability with wearables. notably, a 1.0 cm thick rectangular‐shaped supercapacitor shows enhanced specific areal capacitance of 7.34 f cm−2, which is about 60 times higher than that of the original 2d supercapacitor (120 mf cm−2) at a similar discharge rate. the 3d supercapacitor can also maintain a capacitance ratio of 95% even under the reversible strain of 2000% after 10 000 stretch‐and‐release cycles, superior to state‐of‐the‐art stretchable supercapacitors. the enhanced specific areal energy storage and the customizability in shapes of the 3d stretchable supercapacitors show immense promise in a wide range of applications in stretchable and wearable electronics.

keywords

3d supercapacitors, black phosphorus, expandable honeycomb structures, flexible electronics, polypyrrole

原文链接： https://onlinelibrary.wiley.com/doi/abs/10.1002/adma.201805468 各位大佬多多引用哈，等凑齐东西再来分享，待续。。。谢谢啦
电容器电池微生物燃料电池相关文章审稿可以推荐我哈(站内私信) 多攒点经验

[ last edited by zhishenglv on 2018-10-16 at 18:21 ]

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[ Last edited by zhishenglv on 2019-1-29 at 23:28 ]

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1楼 2018-10-13 21:07:34

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zhishenglv

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9楼: Originally posted by vvv超 at 2018-10-13 21:12:07
厉害，超点现在看来还算好发

主要还是柔性电容相关的目前看到的文章基本上都往柔性电容靠(柔性、微电容、可拉伸)。AM的30年cover上可以看的出期刊感兴趣的方向 https://onlinelibrary.wiley.com/toc/15214095/2018/30/33 电容器和电池的文章比以前还是少了很多毕竟很多分流到AEM去了

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28楼2018-10-13 21:43:25

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