Thermally stimulated relaxation in Fe-doped SrTiO₃ systems: II. Degradation of SrTiO₃ dielectrics

Engineering & Materials Science

• Oxygen vacancies 100%
• Depolarization 60%
• Relaxation 60%
• Grain boundaries 54%
• Degradation 45%
• Single crystals 37%
• Electric current measurement 25%
• Crystals 21%
• Piles 20%
• Dielectric relaxation 18%
• Crystallites 15%
• Vacancies 14%
• Curve fitting 12%
• Activation energy 11%
• Cathodes 10%
• Insulation 9%
• Electrodes 8%
• Defects 7%

Chemical Compounds

• Dielectric Material 57%
• Grain Boundary 56%
• Thermally Stimulated Depolarization Current 51%
• Crystal System 36%
• Dioxygen 31%
• Single Crystalline Solid 23%
• Polycrystalline Solid 19%
• Ceramic 16%
• Dielectric Relaxation 13%
• Depolarization 12%
• Dipole 10%
• Crystallite 8%
• Cathode 7%
• Reaction Activation Energy 7%
• Resistance 6%
• Behavior as Electrode 5%

Earth & Environmental Sciences

• grain boundary 51%
• degradation 42%
• oxygen 42%
• crystal 37%
• leakage 19%
• pile 18%
• ceramics 18%
• insulation 12%
• activation energy 10%
• defect 9%
• electrode 9%
• method 4%
• effect 2%