China
Chongqing University - State Key Laboratory of Power Transmission Equipment and System Security and New Technology
Nanostructure, Ceramic matrix composites (CMC), Dielectric, Electrical properties
in situ non-destructive 3D characterization, electrical tree defects, dynamic monitoring, microfillers, autofluorescence, composite dielectrics
multiphase polymers, interfacial electrical trees, autofluorescence imaging, molecular conformation, 3D non-destructive characterization
insulating dielectric, nanoporous structure, gas-solid composite, environmentally friendly
insulation material, pipeline transmission, greenhouse effect, breakdown strength, nanostructure
microscale defects, electric field action, excited radiation autofluorescence, molecular conformational changes, in situ three-dimensional characterization
flexible sensor, Room-temperature self-healing, Lotus-leaf-like electrode, Bimodal porous-GO dielectric layer, 3D stress perception
self-healing, microcapsules, high-load, dual-layer, porous
Insulating materials, Nanoporous network, Gas ionization confinement, High dielectric strength, Carbon sequestration
eggshell-inspired structure, microcapsules, high loading rate, multimodal damage, self-healing
Dielectric capacitor, aromatic polyimide, charge transport characteristics, quantum chemical calculation, high-temperature energy storage
molecular probe, AIE polymers, Intelligent sensing materials, condensed matter structures