Ultrahigh energy density of poly(vinylidene fluoride) from synergistically improved dielectric constant and withstand voltage by tuning the crystallization behavior

Keyphrases

• Dielectric Constant 100%
• Crystal Orientation 100%
• Crystallization Behavior 100%
• High Strain 100%
• Polyvinylidene Fluoride 100%
• Electric Polarization 100%
• Electric Breakdown Strength 100%
• Dielectric Withstand 100%
• Ultrahigh Energy Density 100%
• High Performance 50%
• Leakage Current 50%
• Permittivity 50%
• Stress Distribution 50%
• Phase Transition 50%
• High Electric Field 50%
• High Energy Density 50%
• Young's Modulus 50%
• Polarization Behavior 50%
• PVDF Polymer 50%
• Dielectric 50%
• Electric Displacement 50%
• Strain-induced 50%
• Polymer Film 50%
• High Energy Efficiency 50%
• Crystal Morphology 50%
• Energy Storage Applications 50%
• Breakdown Strength 50%
• Common Challenges 50%
• Drawing Process 50%
• Nanofillers 50%
• Scalable Fabrication 50%
• Electric Breakdown 50%
• Pulse Power Systems 50%
• Power-electronics-based Power System 50%
• Power System Applications 50%
• Electrostatic Energy Storage 50%
• Manufacturing Options 50%
• PVDF Film 50%
• Solid-state Drawing 50%
• Power Electronics 50%
• Dielectric Polymers 50%
• Capacitor Dielectric 50%
• High Discharge Energy Density 50%
• Polymer-ceramic Nanocomposites 50%

Material Science

• Permittivity 100%
• Energy Density 100%
• Dielectric Material 100%
• Film 66%
• Capacitor 33%
• Polymer 33%
• Crystal Orientation 33%
• Polymer Nanocomposites 33%
• Young's Modulus 33%
• Polymer Films 33%
• Drawing Process 33%
• High Energy Density 33%