Numerical analysis of extremely-rich CH₄/O₂/H₂O premixed flames at high pressure and high temperature considering production of higher hydrocarbons

Chemistry

• Hydrocarbon 100%
• Methane 100%
• Burning Velocity 100%
• Reaction Mechanism 75%
• Pressure 50%
• Point Group C1 50%
• Point Group C6 50%
• Fuel 50%
• Oxidation Reaction 25%
• Adiabatic Flame Temperature 25%
• Structure 25%
• Concentration 25%
• Point Group C3 25%
• Flame 25%
• Diatomic Carbon 25%

Engineering

• Rich Condition 100%
• Mechanisms 75%
• Premixed Flame 50%
• Numerical Analysis 50%
• Fuel 50%
• Equivalence Ratio 25%
• High Pressure and High Temperature 25%
• Pressure Increase 25%
• Adiabatic Flame Temperature 25%
• Steam 25%
• Production 25%
• Flame 25%

Earth and Planetary Sciences

• Hydrocarbon 100%
• Surface Pressure 50%
• Route 50%
• Fuel 50%
• Jet Flow 25%
• Oxidation 25%
• Pressure Dependence 25%
• Condition 25%
• Dependence 25%
• Steam 25%