Investigation of Negative Valve Overlap Reforming Products Using Gas Sampling and Single-Zone Modeling

Keyphrases

• Zone Modelling 100%
• Single Zone 100%
• Gas Sampling 100%
• Negative Valve Overlap 100%
• Sampling Zone 100%
• Sweeping 30%
• Combustion 30%
• Low Temperature 20%
• Gasoline 20%
• Rate of Increase 20%
• Oxygen Concentration 20%
• C3-C4 20%
• Oxidizer 20%
• Speciation 10%
• Control Strategy 10%
• Thermal Effect 10%
• CO2 Concentration 10%
• Overlap Length 10%
• Temperature Field 10%
• Gas Chromatography 10%
• Low Load 10%
• Dump 10%
• Physical Mechanism 10%
• Heat Release 10%
• Thermodynamic Conditions 10%
• Species Concentration 10%
• Modeling Effort 10%
• Product Concentration 10%
• Expected Yield 10%
• Intermediate Species 10%
• Detailed Chemistry 10%
• Fuel Temperature 10%
• Global Equivalence Ratio 10%
• Fuel Fraction 10%
• Mixing Conditions 10%
• Oxygen-deficient Environment 10%
• Fuel Reforming 10%
• Hydrocarbon Yield 10%
• Release Temperature 10%
• C4 Hydrocarbons 10%
• Single Cylinder Engine 10%
• Modeling Results 10%
• Reactor Model 10%

Engineering

• Low-Temperature 100%
• Oxygen Concentration 100%
• Oxidizer 100%
• Control Strategy 50%
• Equivalence Ratio 50%
• Thermal Effect 50%
• Temperature Field 50%
• Single Cylinder 50%
• Nuclear Reactor 50%
• Experimental Finding 50%
• Gas Chromatography 50%
• Heat Release 50%
• Engine Cylinders 50%
• Product Concentration 50%
• Fuel Reforming 50%