High field properties and energy storage in nanocomposite dielectrics of poly(vinylidene fluoride-hexafluoropropylene)

Physics & Astronomy

• vinylidene 100%
• energy storage 99%
• fluorides 87%
• nanocomposites 78%
• kaolinite 32%
• commercialization 29%
• composite materials 27%
• clays 24%
• electric power 24%
• high aspect ratio 24%
• fillers 22%
• copolymers 21%
• capacitors 19%
• dielectric properties 18%
• routes 18%
• energy dissipation 18%
• flux density 18%
• breakdown 17%
• permittivity 15%
• electric fields 13%
• polymers 13%
• performance 9%