Effect of multi-domain structure on ionic transport, electrostatics, and current evolution in BaTiO₃ ferroelectric capacitor

Keyphrases

• Barium Titanate 100%
• Domain Walls 100%
• Ferroelectric Capacitor 100%
• Ionic Transport 100%
• Multidomain Structure 100%
• Ionic Current 100%
• Capacitors 66%
• Multi-domain 33%
• Leakage Current 33%
• Spatial Distribution 33%
• Potential Barrier 33%
• Physical Model 33%
• Ferroelectric Materials 33%
• DC Bias 33%
• Degradation Behavior 33%
• Resistance Degradation 33%
• Phase-field Model 33%
• Electric Potential 33%
• Ferroelectric Domain Structure 33%
• Space Charge 33%
• Dielectric Materials 33%
• Ferroelectric Polarization 33%
• Parallel Plate Capacitor 33%
• Ferroelectric State 33%
• Model Combining 33%
• Diffusion Equation 33%
• Polarization Orientation 33%
• Semiconducting Properties 33%
• External Bias 33%
• Wall Orientation 33%
• Charged Domain Walls 33%
• Ionic Interaction 33%
• Transport Behavior 33%
• Transport Barriers 33%

Engineering

• Electrostatics 100%
• Domain Wall 100%
• Domain Structure 100%
• Defects 50%
• Dielectrics 25%
• Phase Field 25%
• Spatial Distribution 25%
• Resistance Degradation 25%
• Diffusion Equation 25%
• Electric Potential 25%
• Space Charge 25%
• Parallel Plate Capacitor 25%
• Physical Model 25%
• Field Method 25%

Material Science

• Ferroelectric Material 100%
• Capacitor 100%
• Domain Wall 66%
• Dielectric Material 16%
• Point Defect 16%