Elucidation of catalytic NO_x reduction mechanism in an electric field at low temperatures

Keyphrases

• Electric Field (E-field) 100%
• Low Temperature 100%
• NOx Reduction Mechanism 100%
• Reaction Mechanism 33%
• Automobile 33%
• Propylene 33%
• Unburned Hydrocarbons 33%
• Internal Combustion Engine 33%
• Pd Catalyst 33%
• Nitrogen Oxides 33%
• Electrical Drive 33%
• In Situ DRIFTS 33%
• Exhaust Temperature 33%
• Catalyst Performance 33%
• Exhaust Gas Purification 33%
• Direct Current Electric Field 33%
• High Purification 33%
• Electrothermal Plasma 33%
• Purification Rate 33%
• Unburned Carbon 33%
• Carbon Monoxide 33%
• High Power Consumption 33%
• Plasma-catalytic 33%
• Reactant Adsorption 33%
• Electrothermal Heating 33%

Engineering

• Low-Temperature 100%
• Reduction Mechanism 100%
• Electric Field 100%
• Reactant 25%
• Electric Power Utilization 25%
• Applied Electric Field 25%
• Internal Combustion Engine 25%
• Supported Catalyst 25%
• Exhaust Temperature 25%
• Gas Fuel Purification 25%
• Direct Current 25%
• Exhaust Gas 25%
• Reaction Analysis 25%
• Nitrogen 25%
• Catalyst 25%
• Carbon Monoxide 25%

Chemical Engineering

• Nitrogen Oxide 100%
• Gas Fuel Purification 100%
• Reaction Analysis 100%
• Hydrocarbon 100%