The research aims to develop a conductive hydrogel utilizing Al 3+ coordination and MXene integration for flexible sensing applications.
Designed a deep eutectic solvent (DES)-based hydrogel.
Incorporated aluminum ions (Al 3+) for coordination effects.
Integrated MXene materials to boost conductivity and strength.
Evaluated mechanical properties and sensing performance.
Demonstrated improved mechanical strength compared to traditional hydrogels.
Enhanced electrical conductivity through Al 3+ coordination and MXene integration.
Achieved superior sensing performance in flexible strain sensors.
Abstract
Synergistic Al 3+ coordination and MXene integration enable a DES-based conductive hydrogel with enhanced mechanical strength, conductivity and sensing performance for flexible strain sensing.