The research aims to develop multifunctional electrodes using MXene and holey graphene for energy storage and pressure sensing.
Utilized MXene combined with holey graphene to create ion channels
Expanded spacing between layers for enhanced performance
Investigated the multifunctional properties of the resulting films
Demonstrated improved energy storage capability
Highlighted effectiveness in pressure sensing applications
Showed enhanced flexibility and performance in electrodes
Abstract
A strategy using holey graphene as spacer in MXene creates ion channels, and expands spacing. This enables multifunctional electrodes for energy storage and pressure sensing.