A detailed experimental and modeling comparison of molecular radiative heat loss in a spark-ignition engine

Physics & Astronomy

• spark ignition 78%
• engines 52%
• radiative heat transfer 49%
• trapping 40%
• heat 34%
• carbon dioxide 27%
• radiation 21%
• internal combustion engines 18%
• diesel engines 17%
• soot 15%
• simulation 15%
• data simulation 15%
• eccentrics 15%
• water 15%
• photons 14%
• radiative transfer 13%
• sparks 13%
• heat transfer 10%
• broadband 9%
• air 7%
• molecules 7%
• energy 3%

Chemical Compounds

• Radiative Heat Transfer 100%
• Heat 39%
• Monte Carlo Method 37%
• Photon 33%
• Simulation 33%
• Enthalpy 27%
• Carbon Dioxide 27%
• Internal Combustion Engine 26%
• Soot 20%
• Heat Transfer 19%
• Cylinder 18%
• Propane 16%
• Volume 10%
• Energy 8%
• Mixture 7%
• Molecule 6%

Engineering & Materials Science

• Heat losses 52%
• Internal combustion engines 51%
• Heat transfer 35%
• Engines 33%
• Radiation 31%
• Photons 31%
• Enthalpy 27%
• Carbon dioxide 24%
• Infrared radiation 22%
• Radiative transfer 18%
• Propane 14%
• Soot 14%
• Water 14%
• Electric sparks 13%
• Molecules 12%
• Engine cylinders 12%
• Diesel engines 11%
• Air 7%