Il‐Kwon Oh and co‐workers develop high‐performance electroionic antagonistic muscles based on nitrogen‐doped carbons derived from a poly(triazine‐triptycene) organic framework. As reported in article number 1700410, the antagonistic muscles exhibit extremely reliable and large bending actuation performance for long periods under ultralow input voltages due to the outstanding electro‐chemomechanical properties of nitrogen‐doped carbons. A Dionaea muscipula inspired flower device is successfully demonstrated under the controlled electric signals.

中文翻译：

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人造肌肉：基于源自聚（三嗪-三萜烯）的氮掺杂碳的电拮抗肌肉（Adv.Sci.12 / 2017）

Il-Kwon Oh和他的同事们基于源自聚三嗪-三茂碳有机骨架的氮掺杂碳，开发出高性能的离子对抗性肌肉。如文章编号1700410所述，由于氮掺杂碳素具有出色的电化学性能，因此在超低输入电压下，拮抗性肌肉在长时间内表现出极高的可靠性和较大的弯曲致动性能。在受控的电信号下，成功地证明了一种由狄奥那氏菌启发的花器。