Impact of particle size ratio and volume fraction on effective material parameters and performance in solid oxide fuel cell electrodes

Engineering & Materials Science

• Solid oxide fuel cells (SOFC) 92%
• Electrons 86%
• Particle size 80%
• Ions 78%
• Volume fraction 77%
• Ionic conduction 75%
• Electrodes 65%
• Phase boundaries 58%
• Microstructure 57%
• Binary mixtures 55%
• Cathodes 42%
• Gases 24%

Chemical Compounds

• Microstructure 57%
• Percolation 51%
• Volume 49%
• Electron Particle 46%
• Electrochemical Reaction 43%
• Behavior as Electrode 42%
• Mixture 37%
• Ion 33%
• Cathode 31%
• Porosity 24%
• Gas 22%
• Reaction Yield 17%

Physics & Astronomy

• solid oxide fuel cells 100%
• conduction 56%
• electrodes 53%
• performance 37%
• gas transport 23%
• microstructure 20%
• electronics 17%
• binary mixtures 17%
• ions 15%
• radiant flux density 15%
• electrons 14%
• cathodes 13%
• optimization 11%
• augmentation 10%
• acoustics 9%
• cells 9%
• configurations 9%