An effective approach to achieve high energy storage density and efficiency in BNT-based ceramics by doping AgNbO₃

Keyphrases

• AgNbO3 100%
• All-ceramic 50%
• BNT-based Ceramics 100%
• C Stability 50%
• Capacitors 50%
• Charge-discharge Rate 50%
• Cm(III) 50%
• Conventional Sintering 50%
• Dielectric Breakdown Strength 50%
• Dielectric Materials 50%
• Effective Approach 100%
• Electric Field (E-field) 50%
• Energy Efficiency 50%
• Energy Storage Density 50%
• Energy Storage Performance 100%
• Fast Charging 50%
• Frequency Stability 50%
• High Energy Storage Density 100%
• High Power Density 50%
• High Saturation 50%
• High Thermal Stability 50%
• Lead-free Ferroelectrics 50%
• Morphotropic Phase Boundary 50%
• Optimal Energy 50%
• Perovskite 50%
• Phase Coexistence 50%
• Phase Transition 50%
• Relaxation Behavior 50%
• Relaxor Ferroelectric Ceramics 50%
• Remanent Polarization 50%
• Rhombohedral Phase 50%
• Saturation Polarization 50%
• Sintering Process 50%
• Tetragonal Phase 50%

Material Science

• Capacitor 33%
• Density 100%
• Dielectric Material 33%
• Electrical Breakdown 33%
• Ferroelectric Ceramics 33%
• Mechanical Strength 33%
• Sintering 33%
• Thermal Stability 33%