Highly compression‐tolerant folded carbon nanotube/paper as solid‐state supercapacitor electrode (English)
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In:
Micro & Nano Letters
;
11
, 10
;
586-590
;
2016
More details on this result
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Title:Highly compression‐tolerant folded carbon nanotube/paper as solid‐state supercapacitor electrode
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Contributors:Song, Yu (author) / Cheng, Xiaoliang (author) / Chen, Haotian (author) / Han, Mengdi (author) / Chen, Xuexian (author) / Huang, Jiahuan (author) / Su, Zongming (author) / Zhang, Haixia (author)
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Published in:Micro & Nano Letters ; 11, 10 ; 586-590
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Issue:10
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Publication date:2016-10-01
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Size:5 pages
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ISSN:
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DOI:
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Type of media:Article (Journal)
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Type of material:Electronic Resource
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Language:English
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Keywords:strain ability, electrochemical electrodes, capacitance retention, solid‐state supercapacitor electrode, compressible solid‐state supercapacitor, self‐powered systems, red light emitting diode, stability performance, supercapacitors, compression‐tolerant electronics, carbon nanotubes, maximum specific capacitance, compressible energy storage, electrolytes, power unit, highly compression‐tolerant folded carbon nanotube‐paper, polyvinyl alcohol‐phosphoric acid gel electrolyte, C, capacitance
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