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| To improve the electrical conductivity and maximize the utilization of MnO2, the hybrid composite nanostructure with a low fraction of MnO2 on the highly conductive substrate is proposed due to the reliable electrical connection, which has become one of main criteria in designing high performance electrodes for MnO2-based supercapacitors. |
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- ×¢²á: 2014-03-11
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2Â¥2014-03-18 21:19:12
mac194
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RXMCDM: ½ð±Ò+1, ¶àлӦÖú£¡ 2014-03-19 14:36:08
¬´ºÃñ: ½ð±Ò+1, ¡ïÓаïÖú 2014-03-20 20:40:31
RXMCDM: ½ð±Ò+1, ¶àлӦÖú£¡ 2014-03-19 14:36:08
¬´ºÃñ: ½ð±Ò+1, ¡ïÓаïÖú 2014-03-20 20:40:31
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"hybrid" composite nanostructure = "ÄÚº¬ MnO2 µÄ" composite nanostructure ±í²ã ?? "Doping the nano-structured top coating (hence the substrate) with MnO2 maximizes conductivity and supercapacitor reliability" |
3Â¥2014-03-18 23:44:38
RXMCDM
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¬´ºÃñ: ½ð±Ò+1, ¡ïÓаïÖú 2014-03-20 20:40:18
¬´ºÃñ: ½ð±Ò+1, ¡ïÓаïÖú 2014-03-20 20:40:18
|
The hybrid composite nanostructure with a low fraction of MnO2 on the highly conductive substrate is proposed in order to improve the electrical conductivity and maximize the utilization of MnO2 due to their reliable electrical connection and has become one of the main criteria in designing high performance electrodes for MnO2-based supercapacitors. ¾õµÃÕâÑù¸Ä½ÏºÏÊÊ¡£ |

4Â¥2014-03-18 23:55:10














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