Phase stability and cation partitioning in compositionally complex rare earth aluminates and aluminate-zirconate mixtures

Keyphrases

• Phase Stability 100%
• Zirconate 100%
• RE3+ 100%
• Aluminate 100%
• Cation Partitioning 100%
• Rare-earth Aluminate 100%
• Rare Earth 66%
• Configurational Entropy 66%
• Stability Limit 33%
• Cation-anion Interaction 33%
• Tunability 33%
• Binary System 33%
• Phase Coding 33%
• Cation Sublattices 33%
• Complex Cation 33%
• Solubility Limit 33%
• Mixed Rare Earth 33%
• Complex Stoichiometry 33%
• Rare-earth Cations 33%
• Rare-earth Zirconates 33%
• High-entropy Ceramics 33%
• Multicomponent Oxides 33%
• Improved Properties 33%
• Size Trends 33%
• Compositionally Complex Oxides 33%

Engineering

• Phase Stability 100%
• Aluminate Phase 100%
• Constrains 50%
• Influencing Factor 50%
• Potential Application 50%
• Solubility Limit 50%
• Reaction Stoichiometry 50%

Material Science

• Zirconates 100%
• Oxide Compound 100%
• High Entropy Ceramics 50%