Porous to dense LaPO₄ sintered ceramics for advanced refractories

INIS

• ceramics 100%
• refractories 100%
• porous materials 100%
• powders 40%
• values 40%
• sintering 40%
• precipitation 40%
• thermal expansion 40%
• calcination 40%
• applications 20%
• water 20%
• microstructure 20%
• particles 20%
• growth 20%
• grain growth 20%
• morphology 20%
• metals 20%
• reactivity 20%
• quenching 20%
• thermal shock 20%
• phase stability 20%
• lanthanum phosphates 20%
• lanthanum nitrates 20%

Material Science

• Thermal Expansion 100%
• Calcination 100%
• Lanthanum 100%
• Sintering 100%
• Chemical Resistance 50%
• Thermal Shock Resistance 50%
• Liquid Metal 50%
• Particle Growth 50%
• Abnormal Grain Growth 50%
• Particle Morphology 50%
• Refractory Ceramics 50%

Keyphrases

• Sintered Ceramics 100%
• LaPO4 100%
• Calcination Temperature 28%
• K(I) 28%
• Microstructural Changes 14%
• Sintered Sample 14%
• Calcination 14%
• Molten Metal 14%
• Abnormal Grain Growth 14%
• Particle Growth 14%
• Precipitation Method 14%
• Thermal Shock Resistance 14%
• Densification Behavior 14%
• High Thermal Expansion 14%
• Functional Refractories 14%
• Calcined Powder 14%
• Machinable Ceramics 14%
• Water Quenching 14%
• Lanthanum Nitrate 14%
• Conducting Ceramics 14%
• Thermal Conducting 14%
• Refractory Ceramics 14%
• Particle Morphology 14%
• Orthophosphoric Acid 14%
• Lanthanum Phosphate 14%
• Non-reactivity 14%
• Quenching Method 14%
• Phase Stability 14%
• Coefficient of Thermal Expansion 14%
• Nitrate Acid 14%
• Chemical Resistance 14%