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Mechanically robust and rapidly self-recovering hyaluronic acid-based conductive hydrogels via fully physical double-network crosslinking for sensitive strain sensors

Yexiong Huang, Mei-Dan Luo, Dewei Ye, Jinmin Li, Ku Shu, Xianping Chen, Kai Zheng

2025Chemical Engineering Journal9 citationsDOI

Topics & Concepts

Self-healing hydrogelsMaterials scienceElectrical conductorGauge factorWearable computerUltimate tensile strengthNanotechnologyStrain (injury)Composite materialWearable technologyStress (linguistics)ConductivityStrain gaugeConductive polymerModulusElectrolyteBiomedical engineeringElastic modulusMechanical energyCarbon nanotubePiezoresistive effectStress–strain curveElectrical resistivity and conductivityElastomerIonic bondingAdvanced Sensor and Energy Harvesting MaterialsHydrogels: synthesis, properties, applicationsConducting polymers and applications
Mechanically robust and rapidly self-recovering hyaluronic acid-based conductive hydrogels via fully physical double-network crosslinking for sensitive strain sensors | Litcius