Heat and mass transfer considerations in the use of electrically heated thermocouples of iridium versus an iridium rhodium alloy in atmospheric pressure flames

Physics & Astronomy

• iridium alloys 90%
• rhodium alloys 87%
• iridium 62%
• thermocouples 54%
• mass transfer 45%
• flames 45%
• atmospheric pressure 44%
• heat transfer 39%
• heat transfer coefficients 15%
• temperature profiles 13%
• heating 13%
• Chapman-Enskog theory 12%
• thermal conductivity 11%
• wire 10%
• accommodation coefficient 10%
• rhodium 9%
• burners 8%
• emissivity 7%
• hydrogen atoms 6%
• unity 6%
• temperature 6%
• electromagnetism 5%
• life (durability) 4%
• vacuum 4%
• gases 3%
• energy 2%

Engineering & Materials Science

• Iridium alloys 99%
• Rhodium alloys 98%
• Iridium 74%
• Atmospheric pressure 56%
• Thermocouples 54%
• Mass transfer 44%
• Heat transfer 33%
• Heating 21%
• Temperature 20%
• Heat transfer coefficients 18%
• Rhodium 15%
• Wire 15%
• Fuel burners 10%
• Atoms 10%
• Vacuum 8%
• Hydrogen 8%
• Gases 5%
• Hot Temperature 4%

Chemical Compounds

• Rhodium Alloy 100%
• Heat Transfer 54%
• Flame 43%
• Mass Transfer 41%
• Pressure 29%
• Transfer Coefficient 17%
• Thermal Conductivity 13%
• Accommodation Coefficient 12%
• Emissivity 10%
• Burner 9%
• Hydrogen Atom 6%
• Vacuum 5%
• Alloy 5%
• Surface 4%
• Diffusion 4%
• Gas 3%
• Energy 3%