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Outstanding high-temperature capacitive performance in all-organic dielectrics enabled by synergistic optimization of molecular traps and aggregation structures

Bo Peng, Pengbo Wang, Hang Luo, Guanghu He, Haoran Xie, Yuan Liu, Sheng Chen, Xiaona Li, Yuting Wan, Ru Guo

2024Materials Horizons30 citationsDOI

Abstract

) and long-term reliability over 100 000 cycles at 200 °C, outperforming most current polymer dielectrics. This work provides a new idea for the design of high-temperature polymer dielectrics based on molecularly engineered organic semiconductors.

Topics & Concepts

Capacitive sensingDielectricMaterials scienceComposite numberNanotechnologyChemical engineeringOptoelectronicsComposite materialElectrical engineeringEngineeringFerroelectric and Piezoelectric MaterialsSemiconductor materials and devicesMXene and MAX Phase Materials
Outstanding high-temperature capacitive performance in all-organic dielectrics enabled by synergistic optimization of molecular traps and aggregation structures | Litcius