Approaches to mechanism reduction for hydrocarbon oxidation: Ethylene

Keyphrases

• Hydrocarbon Oxidation 100%
• Ethylene 100%
• Mechanism Reduction 100%
• Skeletal Mechanism 100%
• Reduced Mechanism 75%
• Detailed Mechanism 50%
• Elementary Reaction 50%
• High-temperature Chemistry 50%
• Laminar Flame Speed 25%
• Directed Relation Graph 25%
• Computational Singular Perturbation 25%
• Nonpremixed Counterflow 25%
• Oxidation Mechanism 25%
• Pressure-temperature 25%
• Equivalence Ratio 25%
• Counterflow Combustion 25%
• Quasi-steady State 25%
• Pressure Ratio 25%
• Global Reaction 25%
• Autoignition Delay Times 25%
• Ethylene Oxidation 25%
• Temperature Ratio 25%
• Subsequent Generations 25%
• Moderately High Temperature 25%
• Accuracy Requirements 25%

Engineering

• Reduction Mechanism 100%
• Elementary Reaction 100%
• Ignition 50%
• Systematic Approach 50%
• Autoignition 50%
• Equivalence Ratio 50%
• Ignition Delay 50%
• Quasi Steady State 50%
• Pressure Ratio 50%