Modeling of laser ignition in hydrogen-air mixture

Keyphrases

• Hydrogen-air Mixture 100%
• Ignition Delay Time 100%
• Laser Ignition 100%
• Thermal Effect 50%
• Laser Pulse 50%
• Ignition Mechanism 50%
• Kinetic Scheme 50%
• Energy Exchange 50%
• Laser Intensity 50%
• Near-infrared Laser 50%
• Zero-dimensional Model 50%
• Multiphoton Ionization 50%
• Plasma Model 50%
• Exchange Mechanism 50%
• Three-temperature 50%
• Model Dimension 50%
• Avalanche Ionization 50%
• Triple-pulse Laser 50%
• Laser Intensity Distribution 50%

Engineering

• Ignition 100%
• Air Mixture 100%
• Delay Time 66%
• Laser Intensity 66%
• Ignition Delay 66%
• Dimensional Model 33%
• Thermal Effect 33%
• Energy Engineering 33%
• Good Agreement 33%
• Temperature Plasma 33%
• near-Infrared Laser 33%
• Multiphoton Ionization 33%
• Avalanche Ionization 33%

Physics

• Laser Pulse 100%
• Near Infrared 50%
• Anisotropy 50%
• Energy Transfer 50%
• Infrared Laser 50%
• Plasma Temperature 50%