In situ investigation of laser-induced ignition and the early stages of methane-air combustion at high pressures using a rapidly tuned diode laser at 2.55 microm

Keyphrases

• High Pressure 100%
• In Situ Investigation 100%
• Diode Laser 100%
• Laser Ignition 100%
• Methane-air Combustion 100%
• Inhomogeneity Index 75%
• Water Vapor 75%
• Laser Beams 50%
• Ignition 50%
• Absorbance 50%
• Methane-air Mixture 50%
• Combustion Vessel 50%
• Order of Magnitude 25%
• Concentration of Measure 25%
• High Mass Loading 25%
• In Situ 25%
• Measurement Time 25%
• Initial Pressure 25%
• Room Temperature 25%
• Continuous Wave 25%
• Spectroscopic Techniques 25%
• Species Concentration 25%
• Laser Intensity 25%
• Temperature Distribution 25%
• Nd-YAG Laser 25%
• Quantum Well 25%
• Laser Spark 25%
• AlGaAsSb 25%
• Fuel-lean 25%
• Elevated Pressure 25%
• InGaSb 25%
• Fuel-rich 25%
• Pulse Duration 25%
• Frequency-variable 25%
• Repetition Rate 25%
• Pressure Broadening 25%
• Ns Pulse 25%
• Lean Mixture 25%
• Injection Current 25%
• Time-dependent Fluctuations 25%
• Combustor 25%
• Infrared Laser 25%
• Heat Sink Temperature 25%
• Pressurized Combustion 25%
• Air Equivalence Ratio 25%

Engineering

• Laser Beams 40%
• Combustion Chamber 20%
• Infrared Laser 20%
• Pulse Duration 20%