| 초록 |
Todays, smart electronics intend towards designing of state-of-the-art of miniaturized, portable and self-powered multifunctional technology. But, desired performance and functionality from electrochemical energy storage devices to support such smart electronics are yet developing and restraining. Mainly, the energy storage and delivery rates are major challenge and appearing ahead of energy storage devices due to limitation of fast charge kinematics within the device. This limitations tend to work devices at only direct current, and quit functioning for pulse energy harvesting and current ripple filtering, which generally do conventional capacitors. In order to resolve this challenge, we fabricated ultrafast frequency response flexible electrochemical capacitors based on new conducting polymer/MXene hybrid electrodes and polymer gel electrolyte. The fabricated devices exhibited good electrochemical performance along with flexible functionality and ripple filtering capability. |
