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- W2811273899 abstract "EG (ethylene glycol) is a good oxygenated fuel for diesel due to structure and thermal conductivity. Based on dual fuel experiment on a modified diesel engine, combustion and emission characteristics are investigated at 1400 r/min with four low EG energy ratio (EGER) (named EG0, EG5, EG10 and EG15 respectively). Combustion results show that the peak cylinder pressure, the peak heat release rates (HRRs) and pressure rise rate increase when EG is used in fumigation mode. However, the maximum in-cylinder temperature changed little. Owing to the auto-ignition character, EG is ignited before diesel injection at 1.29 MPa BMEP, ignition delay is shorten from 0.97 MPa to 1.29 MPa BMEP, and postpone slightly from 0.48 MPa to 0.64 MPa BMEP. Combustion duration decreases with the increase of EGER. The brake thermal efficiency (BTE) is lower and the diesel equivalent brake specific fuel consumption (BSFC) is higher followed by the rise of EGER. For emissions, the NOX, THC, CO2 and soot emissions decrease followed by the rise of EGER at the same time, while CO emissions increase. EG reduce ultrafine particles (UFPs) and decrease the average diameter of UFPs particularly. In conclusion, EG is found to be a good choice for dual fuel diesel engine from 0.81 MPa to 1.29 MPa BMEP in the aspect of performance and emissions." @default.
- W2811273899 created "2018-07-10" @default.
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- W2811273899 date "2018-09-01" @default.
- W2811273899 modified "2023-10-18" @default.
- W2811273899 title "Investigation on combustion and emission performance of a common rail diesel engine fueled with diesel-ethylene glycol dual fuel" @default.
- W2811273899 cites W1718577579 @default.
- W2811273899 cites W1978614638 @default.
- W2811273899 cites W1995097854 @default.
- W2811273899 cites W1996802958 @default.
- W2811273899 cites W1997323560 @default.
- W2811273899 cites W1998113907 @default.
- W2811273899 cites W2005407337 @default.
- W2811273899 cites W2009421624 @default.
- W2811273899 cites W2017820063 @default.
- W2811273899 cites W2018578239 @default.
- W2811273899 cites W2020991454 @default.
- W2811273899 cites W2025675372 @default.
- W2811273899 cites W2030239252 @default.
- W2811273899 cites W2038471603 @default.
- W2811273899 cites W2043152070 @default.
- W2811273899 cites W2054678850 @default.
- W2811273899 cites W2054858811 @default.
- W2811273899 cites W2061589508 @default.
- W2811273899 cites W2093054578 @default.
- W2811273899 cites W2119405407 @default.
- W2811273899 cites W2164421350 @default.
- W2811273899 cites W2179319529 @default.
- W2811273899 cites W2189388549 @default.
- W2811273899 cites W2287685282 @default.
- W2811273899 cites W2292618930 @default.
- W2811273899 cites W2440558995 @default.
- W2811273899 cites W2481798570 @default.
- W2811273899 cites W2495405838 @default.
- W2811273899 cites W2530785559 @default.
- W2811273899 cites W2530958801 @default.
- W2811273899 cites W2550720206 @default.
- W2811273899 cites W2555552701 @default.
- W2811273899 cites W2560892110 @default.
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- W2811273899 cites W2566792969 @default.
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- W2811273899 cites W2584580307 @default.
- W2811273899 cites W2589245417 @default.
- W2811273899 cites W2591847299 @default.
- W2811273899 cites W2602972892 @default.
- W2811273899 cites W2609927969 @default.
- W2811273899 cites W2622465188 @default.
- W2811273899 cites W2635432788 @default.
- W2811273899 cites W2731457796 @default.
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- W2811273899 doi "https://doi.org/10.1016/j.applthermaleng.2018.06.073" @default.
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