Studies of electrical polarization fatigue in SrBi₂Ta₂O₉ thin films

Engineering & Materials Science

• Thin films 100%
• Polarization 96%
• Oxygen vacancies 81%
• Charge carriers 80%
• Remanence 80%
• Fatigue of materials 72%
• Ferroelectric materials 69%
• Electron energy levels 61%
• Leakage currents 56%
• Electric properties 56%
• Current density 51%
• Capacitance 45%
• Capacitors 41%
• Electrodes 40%
• Temperature 21%

Physics & Astronomy

• leakage 87%
• polarization 56%
• thin films 54%
• cycles 47%
• charge carriers 30%
• capacitors 30%
• energy levels 28%
• capacitance 28%
• retarding 26%
• electrical properties 25%
• current density 25%
• conduction 23%
• electrodes 21%
• oxygen 21%
• temperature 10%

Chemical Compounds

• Polarization 79%
• Leakage Current 46%
• Capacitor 36%
• Charge Carrier 33%
• Electrical Property 29%
• Current Density 25%
• Behavior as Electrode 17%
• Dioxygen 17%
• Energy 16%
• Reduction 16%