An experimental investigation of reactivity-controlled compression ignition combustion in a single-cylinder diesel engine using hydrous ethanol

Engineering & Materials Science

• Ethanol 87%
• Engine cylinders 82%
• Ignition 78%
• Diesel engines 76%
• Soot 35%
• Engines 20%
• Hot Temperature 15%
• Heating 15%
• Bioethanol 14%
• Exhaust gas recirculation 13%
• Vaporization 12%
• Alternative fuels 12%
• Air intakes 12%
• Direct injection 12%
• Diesel fuels 11%
• Internal combustion engines 10%
• Gasoline 10%
• Carbon dioxide 10%
• Life cycle 9%
• Natural gas 9%
• Economics 7%
• Experiments 3%

Earth & Environmental Sciences

• diesel engine 100%
• ethanol 82%
• compression 68%
• combustion 67%
• soot 35%
• diesel 31%
• engine 30%
• economic cycle 17%
• heating 15%
• combustion engine 14%
• alternative fuel 13%
• diesel fuel 12%
• vaporization 12%
• exhaust gas 12%
• natural gas 9%
• life cycle 8%
• carbon dioxide 8%
• air 5%
• energy 5%

Chemical Compounds

• Fuel 72%
• Ethanol 56%
• Soot 37%
• Internal Combustion Engine 16%
• Diesel Fuel 12%
• Natural Gas 12%
• Gasoline 11%
• Vaporization 11%
• Heat 8%
• Pressure 6%
• Gas 5%
• Energy 5%
• Reaction Yield 4%