Publication | Closed Access
A flexible piezoresistive strain sensor based on MXene/bacterial cellulose hydrogel with high mechanical strength for real-time monitoring of human motions
29
Citations
37
References
2024
Year
Real-time MonitoringEngineeringMechanical EngineeringReal-time StressPolyelectrolyte GelChemical ActuatorMxene NanosheetsBiomedical EngineeringFlexible SensorHydrogelsHuman MotionsSoft RoboticsMxene/bacterial Cellulose HydrogelHuman MotionBiophysicsWearable ElectronicsBiomimetic ActuatorBiopolymer GelFlexible SensorsFlexible ElectronicsBioelectronicsPiezoresistive Hydrogel SensorUnderwater Sensing
A piezoresistive hydrogel sensor composed of bacterial cellulose and MXene nanosheets shows real-time stress sensing abilities at different amplitudes of human motions and maintains its sensing ability underwater.
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