Optical probe for in-situ measurements of air-to-fuel ratio in low emission engines

Keyphrases

• In Situ Measurements 100%
• Low Emission 100%
• NOx Emission 100%
• NOx Formation 100%
• Air-fuel Ratio 100%
• Optical Probe 100%
• Burner 50%
• Concentration Profile 50%
• Low Temperature 50%
• Mean Concentration 50%
• Laser Absorption 50%
• Temperature Effect 50%
• Optical Fiber 50%
• Stoichiometry 50%
• Fuel Injection 50%
• Nitrogen Oxides 50%
• Fuel Concentration 50%
• Turbulent Mixing 50%
• NOx Production 50%
• Air-fuel Mixture 50%
• Turbulent Flames 50%
• Air-fuel Mixing 50%
• Rayleigh Scattering 50%
• Lean Conditions 50%
• Low-NOx 50%
• Planar Laser 50%
• Mixing Length 50%
• Injection Location 50%
• Infrared Transmitting 50%
• Lean Premixed Combustion 50%
• Mixedness 50%
• Optical Fiber Probe 50%
• Transmitting Fibers 50%
• Shortest Path Length 50%
• Incomplete Mixing 50%

Engineering

• Air-to-Fuel Ratio 100%
• Situ Measurement 100%
• Optical Probe 100%
• Low-Temperature 50%
• Pathlength 50%
• Premixed Combustion 50%
• Fuel Concentration 50%
• Air Mixture 50%
• Turbulent Flame 50%
• Mixing Length 50%
• Fiber Optic Probe 50%
• Concentration Profile 50%
• Fuel Injection 50%
• Temperature Dependence 50%