A nonisothermal, two-phase model for polymer electrolyte fuel cells

Physics & Astronomy

• fuel cells 100%
• electrolytes 71%
• gaseous diffusion 55%
• polymers 50%
• water 49%
• vapor phases 43%
• heat 28%
• heat pipes 14%
• latent heat 13%
• Joule heating 12%
• coolers 11%
• liquids 11%
• two phase flow 11%
• catalysts 10%
• condensation 9%
• temperature gradients 9%
• interstitials 9%
• liquid phases 9%
• velocity distribution 8%
• heat transfer 8%
• evaporation 8%
• electronics 5%
• simulation 4%

Engineering & Materials Science

• Electrolytes 84%
• Fuel cells 77%
• Polymers 63%
• Diffusion in gases 54%
• Water 46%
• Vapors 38%
• Hot Temperature 25%
• Liquids 21%
• Joule heating 14%
• Latent heat 12%
• Heat pipes 12%
• Thermal gradients 11%
• Two phase flow 11%
• Condensation 10%
• Evaporation 10%
• Catalysts 9%
• Heat transfer 7%
• Gases 6%

Chemical Compounds

• Diffusion 53%
• Heat 40%
• Gas 28%
• Heat Pipe 18%
• Two-Phase Flow 15%
• Heat Transfer 11%
• Interstitial 11%
• Electrochemical Reaction 11%
• Evaporation 9%
• Velocity 9%
• Condensation 7%
• Simulation 6%
• Resistance 6%
• Liquid 5%
• Catalyst 4%
• Surface 3%