Multi-regime reaction front and detonation initiation by temperature inhomogeneity

Keyphrases

• Reaction Front 100%
• Temperature Inhomogeneity 100%
• Detonation Initiation 100%
• Autoignition Modes 100%
• Detonation Peninsula 100%
• Multi-regime 100%
• Detonation 80%
• Reaction Front Propagation 80%
• Autoignition 60%
• Temperature Gradient 60%
• Propagation Speed 40%
• Deflagration 40%
• Detonation Development 40%
• Wide-ranging 20%
• Air Mixture 20%
• Combustion 20%
• Dimensionless Parameters 20%
• Non-monotonic Behavior 20%
• Combustion Mode 20%
• Temperature Rise 20%
• Dynamic Interaction 20%
• Gas Dynamics 20%
• Engine Knock 20%
• Ignition Front Propagation 20%
• Typical Characteristics 20%
• Ignition Reaction 20%
• Syngas-air 20%
• Chemical Gases 20%
• Process Gases 20%
• Hot-spot Size 20%
• Subsonic Combustion 20%
• Response Diagrams 20%
• Autoignition Fronts 20%
• Engine-relevant Conditions 20%
• Auto-ignition Process 20%

Engineering

• Autoignition 100%
• Thermal Gradient 30%
• Temperature Gradient 30%
• Propagation Speed 20%
• Deflagration 20%
• Air Mixture 10%
• Dimensionless Parameter 10%
• Initial Temperature 10%
• Combustion Mode 10%
• Syngas 10%
• Engine Knock 10%
• Gas Dynamics 10%