Combined computational and experimental investigation of the refractory properties of la₂Zr₂O₇

Engineering & Materials Science

• Refractory materials 100%
• Melting point 96%
• Synchrotrons 80%
• Lasers 45%
• Lanthanum 43%
• X ray diffraction analysis 38%
• Specific heat 31%
• Thermoanalysis 31%
• Phase transitions 31%
• Thermodynamic stability 31%
• Thermal expansion 30%
• X ray diffraction 29%
• Melting 28%
• Thermodynamics 26%
• Materials properties 25%
• Fusion reactions 24%
• Aerodynamics 24%
• Temperature 24%
• Hot Temperature 14%

Chemical Compounds

• Refractory 94%
• Melting Point 75%
• Levitation 46%
• Thermal Expansion Coefficient 35%
• Heat Capacity 30%
• Ab Initio Calculation 26%
• Melting 26%
• Thermoanalysis 25%
• Heat 22%
• Thermal Stability 20%
• Thermodynamics 18%
• X-Ray Diffraction 14%