Influence of primary reference fuels on isobaric combustion in a heavy-duty optical diesel engine

Chemistry

• Combustion 100%
• Configuration 10%
• Cylinder 30%
• Diesel Fuel 10%
• Engine 10%
• Flame 30%
• Flow 10%
• Fuel 50%
• Heat Transfer 60%
• Injector 20%
• Isooctane 20%
• Luminosity 10%
• Metal 10%
• Mixture 10%
• Octane 10%
• Particle Size Analysis 10%
• Potential 20%
• Reaction Temperature 10%
• Reactivity 10%
• Soot 60%

Engineering

• Conventional Diesel Combustion 10%
• Cycles 10%
• Cylinder Pressure 10%
• Diesel Fuel 10%
• Efficiency 30%
• Engine Performance 10%
• Engines 10%
• Excess Air 10%
• Exhaust Emission 10%
• Exhaust Loss 20%
• Flame 30%
• Fuel 50%
• Heptane 30%
• High Speed 10%
• Ignition Delay 10%
• Injector 20%
• Isooctane 20%
• Losses 20%
• Low Rate 10%
• Mixing Time 10%
• Mixture 10%
• Nozzle 10%
• Premixed Combustion 10%
• Promising Candidate 10%
• Rate of Heat Release 10%
• Reactivity 10%
• Reference Fuel 20%
• Spray Flame 20%
• Temperature 10%
• Volumetrics 10%

Physics

• Chemiluminescence 10%
• Combustion 100%
• Cycles 10%
• Detonation 20%
• Emission 40%
• Engine 10%
• Flames 30%
• Fuel 50%
• High Speed 10%
• Incandescence 10%
• Injection 20%
• Laser 10%
• Luminosity 10%
• Metal 10%
• Mixtures 10%
• Particle Size Distribution 10%
• Ratios 10%
• Temperature 10%
• Value 10%