Influence of diesel post injection timing on HC emissions and catalytic oxidation performance

Engineering & Materials Science

• Catalytic oxidation 100%
• Hydrocarbons 57%
• Catalysts 55%
• Oxidation 36%
• Soot 20%
• Acetaldehyde 7%
• Catalyst supports 6%
• Precious metals 6%
• Mass spectrometry 5%
• Formaldehyde 5%
• Emission control 5%
• Olefins 5%
• Paraffins 5%
• Gases 5%
• Air intakes 5%
• Diesel fuels 4%
• Pipe 3%
• Flow rate 3%
• Engines 2%
• Control systems 2%
• Temperature 1%

Earth & Environmental Sciences

• diesel 61%
• catalyst 58%
• hydrocarbon 45%
• oxidation 42%
• soot 19%
• filter 9%
• regeneration 8%
• alkene 5%
• acetaldehyde 5%
• precious metal 5%
• diesel fuel 5%
• emission control 5%
• formaldehyde 4%
• gas 4%
• alkane 4%
• control system 4%
• engine 4%
• additive 4%
• mass spectrometry 3%
• pipe 3%
• air 2%
• material 1%
• temperature 1%
• rate 1%

Chemical Compounds

• Hydrocarbon 46%
• Oxidation Reaction 29%
• Catalyst 27%
• Soot 24%
• Fuel 8%
• Diesel Fuel 6%
• Cylinder 5%
• Gas 5%
• Acetaldehyde 5%
• Formaldehyde 4%
• Alkane 4%
• Flow Kinetics 4%
• Alkene 3%
• Additive 3%
• Length 3%
• Metal 2%