Matches in SemOpenAlex for { <https://semopenalex.org/work/W2801488051> ?p ?o ?g. }
- W2801488051 endingPage "563" @default.
- W2801488051 startingPage "555" @default.
- W2801488051 abstract "The ability of acetone–butanol–ethanol (ABE) to reduce pollutant emissions has been validated in recent studies. In this study, the effect of addition of ABE (up to 30% by volume) to diesel on the soot oxidation reactivity was investigated to further evaluate the feasibility of increasing the particulate filter regeneration rate. The oxidation activities of soot samples were compared using the average activation energies calculated from the thermal gravimetric curves. It was found that the average activation energies of the ABE-diesel-blends-derived soot are lower than that of diesel-derived soot. The variations in the physical and chemical properties of the soot samples were investigated to determine the parameters that improve the soot oxidation reactivity. Several experimental diagnostic techniques, such as Fourier transform infrared spectroscopy, elemental analysis, X-ray diffraction, and high-resolution transmission electron microscopy, were used to investigate the changes in the functional groups, atomic O/C and H/C ratios, nanocrystallite parameters, and soot nanostructures. With increasing concentration of ABE in diesel, the size of the primary particles, nanocrystallite length, and amount of aromatic CC functional groups in the soot decrease, while the nanocrystallites tortuosity, amount of oxygenated functional groups, and atomic O/C and H/C ratios increase. The changes of these parameters prove the higher reactivity of ABE-diesel-blends-derived soot." @default.
- W2801488051 created "2018-05-17" @default.
- W2801488051 creator A5018519007 @default.
- W2801488051 creator A5062142229 @default.
- W2801488051 creator A5066105716 @default.
- W2801488051 creator A5071983422 @default.
- W2801488051 date "2018-08-01" @default.
- W2801488051 modified "2023-10-17" @default.
- W2801488051 title "Effect of acetone–butanol–ethanol addition to diesel on the soot reactivity" @default.
- W2801488051 cites W1042703138 @default.
- W2801488051 cites W1560749659 @default.
- W2801488051 cites W1768149164 @default.
- W2801488051 cites W1966880844 @default.
- W2801488051 cites W1967707515 @default.
- W2801488051 cites W1968539228 @default.
- W2801488051 cites W1969086693 @default.
- W2801488051 cites W1969316463 @default.
- W2801488051 cites W1969477993 @default.
- W2801488051 cites W1969535676 @default.
- W2801488051 cites W1974293688 @default.
- W2801488051 cites W1977079054 @default.
- W2801488051 cites W1986732840 @default.
- W2801488051 cites W1987506011 @default.
- W2801488051 cites W1990551047 @default.
- W2801488051 cites W1990727775 @default.
- W2801488051 cites W1993333907 @default.
- W2801488051 cites W1997222050 @default.
- W2801488051 cites W1999513376 @default.
- W2801488051 cites W1999707638 @default.
- W2801488051 cites W2000168047 @default.
- W2801488051 cites W2004196905 @default.
- W2801488051 cites W2005908262 @default.
- W2801488051 cites W2008941899 @default.
- W2801488051 cites W2013429967 @default.
- W2801488051 cites W2015595749 @default.
- W2801488051 cites W2018658919 @default.
- W2801488051 cites W2024667190 @default.
- W2801488051 cites W2028228470 @default.
- W2801488051 cites W2030545767 @default.
- W2801488051 cites W2031069177 @default.
- W2801488051 cites W2035406869 @default.
- W2801488051 cites W2037974435 @default.
- W2801488051 cites W2039887562 @default.
- W2801488051 cites W2040717113 @default.
- W2801488051 cites W2041850053 @default.
- W2801488051 cites W2045167287 @default.
- W2801488051 cites W2045839553 @default.
- W2801488051 cites W2048279691 @default.
- W2801488051 cites W2052325888 @default.
- W2801488051 cites W2054858811 @default.
- W2801488051 cites W2059833023 @default.
- W2801488051 cites W2060707873 @default.
- W2801488051 cites W2061099521 @default.
- W2801488051 cites W2062840708 @default.
- W2801488051 cites W2063386309 @default.
- W2801488051 cites W2075330892 @default.
- W2801488051 cites W2076061604 @default.
- W2801488051 cites W2077439201 @default.
- W2801488051 cites W2085268696 @default.
- W2801488051 cites W2085324450 @default.
- W2801488051 cites W2093479225 @default.
- W2801488051 cites W2108107087 @default.
- W2801488051 cites W2151972396 @default.
- W2801488051 cites W2152817673 @default.
- W2801488051 cites W2173842611 @default.
- W2801488051 cites W2177112335 @default.
- W2801488051 cites W2205325673 @default.
- W2801488051 cites W2256484099 @default.
- W2801488051 cites W2299850121 @default.
- W2801488051 cites W2314337096 @default.
- W2801488051 cites W2320298661 @default.
- W2801488051 cites W2332557691 @default.
- W2801488051 cites W2398254313 @default.
- W2801488051 cites W2495153893 @default.
- W2801488051 cites W2498684846 @default.
- W2801488051 cites W2587940943 @default.
- W2801488051 cites W2617189888 @default.
- W2801488051 cites W2743144767 @default.
- W2801488051 cites W3702149 @default.
- W2801488051 cites W4211119085 @default.
- W2801488051 cites W4361867881 @default.
- W2801488051 cites W611761103 @default.
- W2801488051 cites W615480509 @default.
- W2801488051 doi "https://doi.org/10.1016/j.fuel.2018.04.036" @default.
- W2801488051 hasPublicationYear "2018" @default.
- W2801488051 type Work @default.
- W2801488051 sameAs 2801488051 @default.
- W2801488051 citedByCount "31" @default.
- W2801488051 countsByYear W28014880512019 @default.
- W2801488051 countsByYear W28014880512020 @default.
- W2801488051 countsByYear W28014880512021 @default.
- W2801488051 countsByYear W28014880512022 @default.
- W2801488051 countsByYear W28014880512023 @default.
- W2801488051 crossrefType "journal-article" @default.
- W2801488051 hasAuthorship W2801488051A5018519007 @default.
- W2801488051 hasAuthorship W2801488051A5062142229 @default.
- W2801488051 hasAuthorship W2801488051A5066105716 @default.
- W2801488051 hasAuthorship W2801488051A5071983422 @default.