The effects of non-uniform temperature distribution on the ignition of a lean homogeneous hydrogen-air mixture

Earth and Planetary Sciences

• Ignition 100%
• Detonation 33%
• Temperature Distribution 33%
• Deflagration 33%
• Simulation 33%
• Mixture 33%
• Comparison 33%
• Regime 33%
• Core 33%
• Hydrogen 16%
• Turbulence 16%
• High Pressure 16%
• Temperature Gradient 16%
• Spontaneous Combustion 16%
• Skewness 16%
• Show 16%
• Investigation 16%
• Strategy 16%
• Prediction 16%
• Behavior 16%
• Combustion 16%
• Condition 16%
• Accuracy 16%
• Criterion 16%
• Time 16%
• Speed 16%
• Appearance 16%

Engineering

• Flame Front 33%
• Initial Temperature Distribution 33%
• Mixture 33%
• Simulation 33%
• Autoignition 16%
• End Gas 16%
• Temperature Field 16%
• Temperature Gradient 16%
• Heat Release 16%
• Propagation Speed 16%
• Air Mixture 16%
• Heat Release Rate 16%
• Homogeneous Charge Compression Ignition 16%
• Ignition Engine 16%
• Slow Combustion 16%
• Initial Location 16%
• Prediction 16%
• High Pressure 16%
• Significant Influence 16%
• Combustion 16%
• Temperature Distribution 16%

Chemistry

• Ignition 100%
• Simulation 33%
• Mixture 33%
• Hydrogen 16%
• Turbulence 16%
• Procedure 16%
• Combustion 16%
• Potential 16%