Charging dynamics of angstrom-scale pores of MXene electrode with ionic liquid electrolytes

Key Points

• The study aims to investigate the charging dynamics of MXene electrodes with angstrom-scale pores when using ionic liquid electrolytes.
• Analyzed the charging behavior of MXenes in the presence of non-volatile ionic liquids.
• Studied the effects of pore size on electrochemical performance.
• Utilized advanced characterization techniques to observe pore interactions.
• Found that angstrom-scale pores enhance energy storage efficiency.
• Demonstrated that ionic liquid electrolytes provide stable charging dynamics.
• Observed improved performance compared to traditional electrolyte systems.