NO_x reduction from compression ignition engines with DC corona discharge-An experimental study

Keyphrases

• Cleanness 100%
• Compression Ignition Engine 100%
• NOx Reduction 100%
• DC Corona Discharge 100%
• Reactor 57%
• Separation Distance 57%
• Electrode Separation 28%
• DC Corona 28%
• Dissociation Reaction 14%
• Geometrical Parameters 14%
• Electric Field Intensity 14%
• Negative Polarity 14%
• Needle Electrode 14%
• Residence Time 14%
• Efficiency Value 14%
• Exhaust Gas 14%
• Plasma Region 14%
• Optimal Geometry 14%
• Engine Load 14%
• Flat Electrode 14%
• Reactor Performance 14%
• Diesel Engine Exhaust 14%
• Dense Distribution 14%
• Initial Mass 14%
• NOx Decomposition 14%
• Needle Density 14%

Engineering

• Corona Discharge 100%
• Separation Distance 100%
• Diesel Engine 100%
• Field Intensity 25%
• Diesel Engine 25%
• Geometrical Parameter 25%
• Length (L) 25%
• Optimal Geometry 25%
• Efficiency Value 25%
• Initial Mass 25%
• Exhaust Systems (Engine) 25%
• Electric Field 25%
• Exhaust Gas 25%