Flexible iontronics with super stretchability, toughness and enhanced conductivity based on collaborative design of high-entropy topology and multivalent ion–dipole interactions
Zhan Wang, Jianrui Zhang, Qi Zhang, Zhilu Ye, B. Li, Cuiling Zhang, Zihao Yang, Li Xue, Zeying Zhang, Feng Ma, Niancai Peng, Yi Lyu, Yaqiong Su, Ming Liu, Xiaohui Zhang
Abstract
at 25 °C). Furthermore, these ASSICEs exhibit excellent environmental stability (fracture elongation exceeding 1400% at 50 °C or -60 °C) and recyclability. Significantly, the application of these ASSICEs in a strain sensor highlights their potential in various fields, including human-interface communication, aerospace vacuum measurement, and medical balloon monitoring.
Topics & Concepts
Self-healing hydrogelsMaterials scienceToughnessIonMesoscopic physicsDipoleElastomerConductivityIonic conductivityNanotechnologyElectrical conductorIonic bondingElectronicsSolid-stateTopology (electrical circuits)Chemical physicsComposite materialEngineering physicsPolymer chemistryChemistryCondensed matter physicsPhysical chemistryElectrical engineeringElectrodePhysicsOrganic chemistryEngineeringElectrolyteAdvanced Sensor and Energy Harvesting MaterialsDielectric materials and actuatorsAdvanced Materials and Mechanics