Synergetic thermal effects for oxygen sorption and order-disorder transition on perovskite-type oxides

Engineering & Materials Science

• Hot Temperature 11%
• Order disorder transitions 100%
• Oxides 47%
• Oxygen 45%
• Oxygen vacancies 12%
• Partial pressure 9%
• Perovskite 76%
• Phase transitions 16%
• Sorption 66%
• Superconducting transition temperature 17%
• Temperature 12%
• Thermal effects 56%

Physics & Astronomy

• ceramics 9%
• disorders 43%
• heat 13%
• occurrences 5%
• oxides 34%
• oxygen 33%
• partial pressure 6%
• perovskites 46%
• phase transformations 6%
• sorption 62%
• temperature 8%
• temperature effects 50%
• transition temperature 11%

Chemical Compounds

• Ceramic 10%
• Dioxygen 27%
• Disorder 12%
• Heat 15%
• Order Disorder Transition 67%
• Oxide 30%
• Partial Pressure 6%
• Phase Transition Temperature 7%
• Sorption 39%