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Substantial gain in spark ignition engine fuel conversion efficiency could be obtained by increasing the engine load by turbo-charging.
Bulk low temperature combustion without the presence of flame in engines could lead to high fuel conversion efficiency and low emissions.
Product compositions are compared to equilibrium and a high extent of fuel conversion efficiency is shown.
Lastly, effects of engine operating conditions and design on the indicated fuel conversion efficiency are investigated.
BSFC is 226 g/kW.h which corresponds to a fuel conversion efficiency of 36.1%.
Diesel engines have advantages due to their potential for high fuel conversion efficiency.
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Fossil fuel run diesel engines are being favored in light, medium and heavy duty applications as they exhibit higher fuel conversion efficiencies.
Combustion characteristics of LTC engines including combustion chemistry, heat release rate (HRR), combustion duration, knock characteristics, high load limit, fuel conversion efficiencies and combustion instability are summarized.
Prior papers have shown the potentials of gasoline-like internal combustion engines fitted with Rankine cycle systems to deliver Diesel-like steady state fuel conversion efficiencies recovering the exhaust and the coolant waste heat with off-the-shelf components.
Maximizing solar-to-fuel conversion efficiency in photo-electrochemical cells.
Biomass-to-fuel conversion efficiency to DME is only marginally smaller than biomass-to-fuel conversion efficiency of methanol.
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