Ceramic-carbonate dual-phase membrane with improved chemical stability for carbon dioxide separation at high temperature

Engineering & Materials Science

• Carbon dioxide 68%
• Carbonates 84%
• Chemical analysis 9%
• Chemical stability 100%
• Densification 16%
• Fluxes 12%
• Gas mixtures 16%
• Gases 8%
• Infiltration 17%
• Membranes 62%
• Molten materials 14%
• Partial pressure 17%
• Permeation 70%
• Porosity 12%
• Powders 11%
• Pressure gradient 16%
• Sintering 14%
• Temperature 29%

Chemical Compounds

• Carbon Dioxide 58%
• Carbonate 29%
• Ceramic 56%
• Chemical Stability 69%
• Densification 40%
• Effective Porosity 50%
• Gas 39%
• Mixture 16%
• Partial Pressure 35%
• Porosity 21%
• Pressure 21%
• Sintering 30%

Physics & Astronomy

• carbon dioxide 76%
• carbonates 83%
• ceramics 49%
• densification 14%
• gas mixtures 14%
• gases 7%
• infiltration 17%
• membranes 54%
• partial pressure 14%
• porosity 10%
• pressure gradients 14%
• sintering 11%
• structural stability 17%
• synthesis 10%
• synthesis gas 21%
• temperature 13%