Effect of wall thermal conductivity and thickness on the performance of heat-recirculating reactors session 05F-28

Physics & Astronomy

• thermal conductivity 82%
• reactors 80%
• heat 69%
• ignition temperature 49%
• performance 46%
• Inconel (trademark) 44%
• counterflow 44%
• sustaining 42%
• solid oxide fuel cells 41%
• propane 40%
• conductive heat transfer 34%
• catalysts 32%
• chemical reactions 31%
• titanium 29%
• air 21%
• temperature 10%

Engineering & Materials Science

• Thermal conductivity 95%
• Propane 59%
• Solid oxide fuel cells (SOFC) 57%
• Heat conduction 54%
• Chemical reactions 52%
• Titanium 51%
• Hot Temperature 50%
• Ignition 47%
• Catalysts 44%
• Temperature 42%
• Air 28%

Chemical Compounds

• Thermal Conductivity 100%
• Thermoelectricity 58%
• Mixture 23%
• Catalyst 22%