Improvement of the electrolytic properties of Y₂O₃-based materials using a crystallographic index

Engineering & Materials Science

• Fluorspar 100%
• Oxides 26%
• Rare earths 18%
• Electrochemical properties 10%
• Microanalysis 10%
• Microstructure 10%
• Crystal structure 9%
• Electric Conductivity 8%
• Refractory materials 8%
• Hydration 8%
• Activation energy 7%
• Thermodynamic stability 7%
• Oxygen 6%
• Chemical analysis 4%

Chemical Compounds

• Fluorite 73%
• Oxide 18%
• Semiconduction 14%
• Lanthanoid Atom 13%
• Microstructure 11%
• Refractory 9%
• Electrical Conductivity 6%
• Reaction Activation Energy 6%
• Thermal Stability 5%
• Resistance 5%
• Crystal Structure 4%
• Dioxygen 4%

Physics & Astronomy

• fluorite 45%
• oxides 11%
• rare earth elements 8%
• microstructure 5%
• refractories 5%
• microanalysis 4%
• hydration 4%
• thermal stability 4%
• crystal structure 3%
• activation energy 3%
• conduction 3%
• electrical resistivity 2%
• augmentation 2%
• oxygen 2%