A computational study of syngas auto-ignition characteristics at high-pressure and low-temperature conditions with thermal inhomogeneities

Engineering

• Temperature 80%
• Inhomogeneity 60%
• Mixture 60%
• Hot Spot 60%
• Low-Temperature 40%
• Autoignition 40%
• Syngas 40%
• Reactant 40%
• Damkhler Number 40%
• High Pressure 40%
• Characteristics 40%
• Computer Simulation 20%
• Temperature Profile 20%
• One Dimensional 20%
• End Gas 20%
• Temperature Gradient 20%
• Parametric Study 20%
• Relative Magnitude 20%
• Thermal Fluctuation 20%
• Global Temperature 20%
• Determines 20%
• Lower Temperature 20%
• Heating 20%

Physics

• Ignition 100%
• Temperature 80%
• Inhomogeneity 60%
• Mixtures 60%
• Spontaneous Combustion 40%
• High Pressure 40%
• Temperature Profile 20%
• Deflagration 20%
• Dissipation 20%
• Regimes 20%
• Fractions 20%
• Speed 20%
• Heating 20%
• Temperature Gradients 20%
• Mixing 20%

Chemistry

• Ignition 100%
• Reaction Temperature 80%
• Mixture 60%
• Chemical Reaction 40%
• Gaussian 20%
• Chemistry 20%
• Number 20%
• Strength 20%
• Heating 20%
• Compression 20%
• Mixing 20%
• Dissipation 20%