Influence of equivalence ratio on flame acceleration and detonation transition of ethylene/oxygen mixture in a narrow channel

Keyphrases

• Ethylene 100%
• Equivalence Ratio 100%
• Flame Acceleration 100%
• Oxygen Mixture 100%
• Narrow Channel 100%
• Detonation Transition 100%
• Low Speed 66%
• Shock 66%
• Reaction Front 66%
• Reaction Wave 66%
• Cluster Formation 33%
• Reaction Rate 33%
• Ambient Temperature 33%
• Shock Waves 33%
• Ambient Pressure 33%
• Detonation 33%
• Acceleration Rate 33%
• Wavefront 33%
• Square Channel 33%
• Chemiluminescence 33%
• Reaction Propagation 33%
• Detonation Wave 33%
• Cluster Structure 33%
• Peak Acceleration 33%
• Shock Velocity 33%
• Chapman-Jouguet Velocity 33%
• Shock Formation 33%
• High-speed Schlieren 33%
• Schlieren Visualization 33%

Engineering

• Equivalence Ratio 100%
• Narrow Channel 100%
• Schlieren 66%
• Cross Section 33%
• Propagating Wave 33%
• Square Channel 33%
• Ambient Pressure 33%
• Propagation Reaction 33%
• Detonation Wave 33%
• Peak Acceleration 33%
• Cluster Formation 33%
• Emerged Structure 33%

Physics

• Ethylene 100%
• Shock Wave 50%
• Wave Front 50%
• Detonation Wave 50%
• Chemiluminescence 50%