Impacts of engine lubrication oil-derived ash on soot oxidative reactivity on a catalytic gasoline particulate filter

Keyphrases

• Soot 100%
• Oxidative Reactivity 100%
• Soot Oxidation 100%
• Engine Lubrication Oil 100%
• Catalyzed Diesel Particulate Filter 100%
• Gasoline Particulate Filter 66%
• Oil Additives 50%
• Filtration Efficiency 50%
• Lubrication Oil 50%
• Catalytic Washcoat 50%
• In Situ 33%
• Oxidation Rate 33%
• Zinc Phosphate 33%
• Thermogravimetric Analysis 33%
• Reactivity Measurement 33%
• Gasoline Direct Injection Engine 16%
• Measurement Method 16%
• High Concentration 16%
• Strong Dependence 16%
• High-calcium 16%
• Inhibiting Effect 16%
• Pressure Drop 16%
• Surface Interaction 16%
• High Temperature Condition 16%
• Catalytic Effect 16%
• Gas Temperature 16%
• Soot Mass 16%
• Efficiency Drop 16%
• Filtration Pressure 16%
• Offline Method 16%
• Additive Package 16%
• Soot Loading 16%
• Ash Particles 16%
• Gas Lubrication 16%
• Polyalphaolefin 16%
• Calcium Sulfonate 16%
• Soot Load 16%
• Additive Forms 16%
• High-purity Zinc 16%

Chemical Engineering

• Olefin 100%