Durability study of an intermediate temperature fuel cell based on an oxide–carbonate composite electrolyte

Physics & Astronomy

• fuel cells 100%
• durability 93%
• carbonates 73%
• electrolytes 71%
• composite materials 52%
• conductivity 28%
• temperature 25%
• thermal analysis 20%
• radiant flux density 19%
• alternating current 19%
• performance 19%
• cathodes 17%
• impedance 16%
• current density 15%
• scanning electron microscopy 14%
• oxides 13%
• electrodes 13%
• air 12%
• cells 11%
• polarization 11%
• spectroscopy 11%
• interactions 8%

Engineering & Materials Science

• Electrolytes 84%
• Fuel cells 77%
• Carbonates 73%
• Durability 69%
• Cerium oxide 54%
• Composite materials 50%
• Temperature 34%
• Spectroscopy 24%
• Thermoanalysis 22%
• Cathodes 21%
• Current density 20%
• Polarization 19%
• Oxides 18%
• Scanning electron microscopy 17%
• Electrodes 16%
• Acoustic impedance 15%
• Air 11%
• Experiments 7%