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Nature-inspired synergistic strategy: carrier regulation in breakdown self-healing all-organic polymer dielectrics for enhanced high-temperature energy storage

Wenjie Huang, Baoquan Wan, Wenye Zhang, Xing Yang, Zhonghua Xiang, Haobo Tian, Can Ding, Yiyi Zhang, Yong Chae Jung, Jun‐Wei Zha

2025Energy & Environmental Science24 citationsDOI

Abstract

Through carrier transport inhibition effects of vortex trap and mountain barrier, and gas-condensed phase self-healing mechanism, all-organic polymer dielectric achieves superior high-temperature energy storage and breakdown self-healing properties.

Topics & Concepts

DielectricMaterials sciencePolymerEnergy storageSelf-healingNanotechnologyComposite materialOptoelectronicsPhysicsMedicinePower (physics)PathologyQuantum mechanicsAlternative medicineDielectric materials and actuatorsFuel Cells and Related MaterialsAdvanced Sensor and Energy Harvesting Materials
Nature-inspired synergistic strategy: carrier regulation in breakdown self-healing all-organic polymer dielectrics for enhanced high-temperature energy storage | Litcius