CO₂ concentration and temperature sensor for combustion gases using diode-laser absorption near 2.7 μ m

Keyphrases

• Temperature Sensor 100%
• CO2 Concentration 100%
• Diode Laser 100%
• Laser Absorption 100%
• Combustion Gases 100%
• Concentration Sensor 100%
• Line Strengths 66%
• Absorption Measurement 66%
• CO2 Absorption 66%
• Static Cell 66%
• High-resolution 33%
• Sensor-based 33%
• Laser Sensor 33%
• Reacting Flow 33%
• Heptane 33%
• Argon 33%
• Shock Tube 33%
• Enhanced Sensitivity 33%
• Shock 33%
• Wavelength Range 33%
• Absorption Lines 33%
• Combination Bands 33%
• Strong Absorption 33%
• Measurement Accuracy 33%
• Line Positions 33%
• Absorption Sensor 33%
• Fixed Wavelength 33%
• Absorption Strength 33%
• Sensing Probe 33%
• Ignition Test 33%
• Tunable Diode Laser 33%
• Optical Path Length 33%
• Flat Flame Burner 33%
• Combustion Flow 33%
• Collisional Broadening 33%
• CO2 Mole Fraction 33%
• Water Interference 33%
• High Temperature Spectrum 33%

Engineering

• Thermal Sensor 100%
• Combustion Gas 100%
• Line Strength 66%
• Absorption Measurement 66%
• Static Cell 66%
• Ignition 33%
• Reacting Flow 33%
• Heptane 33%
• Mole Fraction 33%
• Position Line 33%
• Optical Path Length 33%
• Broadening Parameter 33%
• Illustrates 33%
• High Resolution 33%

Physics

• Semiconductor Laser 100%
• High Resolution 50%
• Optical Path 50%
• Shock Tubes 50%
• Reacting Flow 50%