A numerical analysis of unsteady transport phenomena in a Direct Internal Reforming Solid Oxide Fuel Cell

Physics & Astronomy

• solid oxide fuel cells 91%
• steam 84%
• numerical analysis 72%
• catalysts 48%
• methane 47%
• anodes 44%
• multiscale models 36%
• electrochemistry 34%
• hydrogen 32%
• microstructure 30%
• fuel cells 30%
• two dimensional models 28%
• yttria-stabilized zirconia 28%
• dynamic response 28%
• upstream 25%
• reaction kinetics 23%
• chemical reactions 23%
• nickel 21%
• electron microscopes 20%
• ion beams 20%
• simulation 19%
• porosity 18%
• current density 18%
• heat 17%
• scanning 16%
• kinetics 15%
• fluids 15%
• performance 11%
• temperature 7%

Engineering & Materials Science

• Reforming reactions 87%
• Solid oxide fuel cells (SOFC) 84%
• Numerical analysis 67%
• Steam reforming 56%
• Anodes 30%
• Catalysts 26%
• Hydrogen 24%
• Electrochemistry 21%
• Focused ion beams 21%
• Microstructure 21%
• Reaction rates 17%
• Chemical reactions 15%
• Current density 15%
• Electron microscopes 14%
• Methane 14%
• Nickel 14%
• Fuel cells 14%
• Mass transfer 13%
• Dynamic response 13%
• Scanning 12%
• Fluids 10%
• Computer simulation 8%
• Hot Temperature 7%
• Temperature 6%

Chemical Compounds

• Transport Phenomena 100%
• Steam Reforming 88%
• Reforming Reaction 70%
• Fuel 43%
• Anode 38%
• Simulation 33%
• Hydrogen 26%
• Electrochemistry 23%
• Catalyst 21%
• Mass Transfer 21%
• Methane 20%
• Heat 19%
• Current Density 19%
• Microstructure 17%
• Electron Particle 14%
• Ion 10%
• Surface 8%