The MoC nanoclusters anchored on Ni@NCNTs and the MoC nanoparticles as an interface between Ni@NCNTs and carbon cloth (CC). MoC/Ni@NCNTs/CC served as both positive and negative electrodes and heater, which exhibit excellent electrochemical and heating performance. The device exhibited extraordinary energy storage performance with high‐energy density (78.7 ?Wh/cm2?at the power density of 2.4 mW/cm2), which was incorporated with MoC/Ni@NCNTs/CC electrode into self‐heating flexible devices for keeping the human body warm.

中文翻译：

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MoC纳米团簇锚固在碳纤维上的Ni @ N掺杂碳纳米管作为柔性多功能电容器和自热装置的三维多功能电极

MoC纳米团簇锚固在Ni @ NCNTs和MoC纳米颗粒上，作为Ni @ NCNTs和碳布（CC）之间的界面。MoC / Ni @ NCNTs / CC既可以用作正电极，也可以用作负电极和加热器，它们具有出色的电化学和加热性能。该设备具有非凡的能量存储性能，具有高能量密度（功率密度为2.4 mW / cm2时为78.7 Wh / cm2），与MoC / Ni @ NCNTs / CC电极一起被集成到自热柔性设备中，以保持人体温暖。