Reactivity and nanostructure of diesel soot generated by a compression ignition engine using biodiesel, Fischer-tropsch and ultra low sulfur diesel fuels

Engineering & Materials Science

• Aromatic compounds 8%
• Biodiesel 70%
• Crystalline materials 5%
• Diesel engines 4%
• Diesel fuels 69%
• Direct injection 6%
• Engine cylinders 5%
• Engines 42%
• Esters 6%
• Graphene 6%
• Ignition 59%
• Image analysis 5%
• Liquids 3%
• Nanostructures 80%
• Oxidation 14%
• Oxygen 4%
• Rails 9%
• Soot 72%
• Sulfur 63%
• Sulfur compounds 8%
• Thermogravimetric analysis 12%
• Transmission electron microscopy 5%
• X ray diffraction 10%

Physics & Astronomy

• aromatic compounds 8%
• characterization 3%
• diesel engines 7%
• diesel fuels 100%
• diffraction 5%
• disorders 4%
• engines 65%
• esters 6%
• fuel tests 20%
• graphene 4%
• ignition 63%
• image analysis 6%
• injection 8%
• liquids 2%
• oxidation 12%
• oxygen 3%
• rails 13%
• reactivity 66%
• soot 79%
• soybeans 8%
• sulfur 63%
• sulfur compounds 8%
• x rays 4%

Chemical Compounds

• Aromatic Compound 5%
• Biodiesel 69%
• Diesel Fuel 77%
• Dioxygen 2%
• Disorder 4%
• Fuel 31%
• Graphene 3%
• Length 3%
• Liquid 2%
• Methyl Ester 4%
• Nanomaterial 41%
• Oxidation Reaction 7%
• Pressure 3%
• Purity 2%
• Soot 75%
• Surface 1%
• Thermogravimetric Analysis 7%
• X-Ray Diffraction 5%