FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2491803290> ?p ?o ?g. }

• W2491803290 endingPage "59" @default.
• W2491803290 startingPage "47" @default.
• W2491803290 abstract "Diethyl ether (DEE) and its isomer n-butanol are both considered as promising fuel additives or neat biofuels. While some effects of their addition to hydrocarbon fuels under engine conditions have been reported, fundamental studies that aim at understanding the joint reaction pathways of such fuel mixtures remain quite scarce. Here, we have chosen n-butane as a well-studied hydrocarbon base fuel, and we have added these oxygenated isomers individually under identical conditions in premixed low-pressure flames. Different combustion behavior of the respective alkane-biofuel mixtures must then be related to the fuel structure. Analyses were performed in five fuel-rich flames including flames of n-butane, DEE, and n-butanol as well as two flames of n-butane doped with 50% DEE or 50% n-butanol. In this series, the carbon-to-oxygen ratio, argon dilution, pressure, and gas velocity were kept constant. More than 40 species in the range of C0–C8 were identified and quantified in each flame by electron ionization (EI) molecular-beam mass spectrometry (MBMS) coupled with gas chromatography (GC). The experiments were partially complemented by tunable synchrotron vacuum ultraviolet (SVUV) photoionization (PI)-MBMS. To assist in the interpretation of the data, a kinetic model was established by combining different sub-mechanisms for these fuels available in the literature. As expected, the formation of toxic carbonyls, such as formaldehyde and acetaldehyde, increased significantly upon addition of both oxygenated fuels to n-butane. Blending n-butane with DEE noticeably reduces the formation of soot precursors, because primary reactions of DEE mainly release C1–C2 hydrocarbon species to the system. n-Butanol addition, however, shows no significant reduction effects or even higher formation of soot precursors. These trends were observed both in the experiments and model predictions, and the higher ability of n-butanol to form soot precursors compared to DEE indeed results mainly from the differences in the fuel structure." @default.
• W2491803290 created "2016-08-23" @default.
• W2491803290 creator A5000183666 @default.
• W2491803290 creator A5000432967 @default.
• W2491803290 creator A5030763511 @default.
• W2491803290 creator A5036795568 @default.
• W2491803290 creator A5036966643 @default.
• W2491803290 creator A5043955093 @default.
• W2491803290 creator A5047804167 @default.
• W2491803290 creator A5076375120 @default.
• W2491803290 creator A5086399724 @default.
• W2491803290 date "2017-01-01" @default.
• W2491803290 modified "2023-10-10" @default.
• W2491803290 title "Influence of the biofuel isomers diethyl ether and n-butanol on flame structure and pollutant formation in premixed n-butane flames" @default.
• W2491803290 cites W1556672711 @default.
• W2491803290 cites W1921935873 @default.
• W2491803290 cites W1964076881 @default.
• W2491803290 cites W1965106118 @default.
• W2491803290 cites W1966739003 @default.
• W2491803290 cites W1967382075 @default.
• W2491803290 cites W1973201167 @default.
• W2491803290 cites W1974365665 @default.
• W2491803290 cites W1977147382 @default.
• W2491803290 cites W1978804976 @default.
• W2491803290 cites W1981315025 @default.
• W2491803290 cites W1982946379 @default.
• W2491803290 cites W1983410790 @default.
• W2491803290 cites W1988964354 @default.
• W2491803290 cites W1990168867 @default.
• W2491803290 cites W2001065826 @default.
• W2491803290 cites W2005660414 @default.
• W2491803290 cites W2012746759 @default.
• W2491803290 cites W2017407626 @default.
• W2491803290 cites W2018670826 @default.
• W2491803290 cites W2019025810 @default.
• W2491803290 cites W2019093192 @default.
• W2491803290 cites W2022019863 @default.
• W2491803290 cites W2023251094 @default.
• W2491803290 cites W2024566222 @default.
• W2491803290 cites W2027232531 @default.
• W2491803290 cites W2027989336 @default.
• W2491803290 cites W2029850555 @default.
• W2491803290 cites W2031137474 @default.
• W2491803290 cites W2041404118 @default.
• W2491803290 cites W2042072705 @default.
• W2491803290 cites W2051378506 @default.
• W2491803290 cites W2053851490 @default.
• W2491803290 cites W2054858811 @default.
• W2491803290 cites W2058862292 @default.
• W2491803290 cites W2060316903 @default.
• W2491803290 cites W2062618340 @default.
• W2491803290 cites W2065573752 @default.
• W2491803290 cites W2066140035 @default.
• W2491803290 cites W2067212523 @default.
• W2491803290 cites W2070415770 @default.
• W2491803290 cites W2071043496 @default.
• W2491803290 cites W2072816136 @default.
• W2491803290 cites W2076145943 @default.
• W2491803290 cites W2079675687 @default.
• W2491803290 cites W2089088271 @default.
• W2491803290 cites W2089873071 @default.
• W2491803290 cites W2095022326 @default.
• W2491803290 cites W2103215881 @default.
• W2491803290 cites W2105109957 @default.
• W2491803290 cites W2108440377 @default.
• W2491803290 cites W2136839140 @default.
• W2491803290 cites W2137115814 @default.
• W2491803290 cites W2158095312 @default.
• W2491803290 cites W2314673347 @default.
• W2491803290 cites W2403446419 @default.
• W2491803290 cites W2415827587 @default.
• W2491803290 cites W4239222085 @default.
• W2491803290 cites W4252131645 @default.
• W2491803290 doi "https://doi.org/10.1016/j.combustflame.2016.06.031" @default.
• W2491803290 hasPublicationYear "2017" @default.
• W2491803290 type Work @default.
• W2491803290 sameAs 2491803290 @default.
• W2491803290 citedByCount "35" @default.
• W2491803290 countsByYear W24918032902017 @default.
• W2491803290 countsByYear W24918032902018 @default.
• W2491803290 countsByYear W24918032902019 @default.
• W2491803290 countsByYear W24918032902020 @default.
• W2491803290 countsByYear W24918032902021 @default.
• W2491803290 countsByYear W24918032902022 @default.
• W2491803290 countsByYear W24918032902023 @default.
• W2491803290 crossrefType "journal-article" @default.
• W2491803290 hasAuthorship W2491803290A5000183666 @default.
• W2491803290 hasAuthorship W2491803290A5000432967 @default.
• W2491803290 hasAuthorship W2491803290A5030763511 @default.
• W2491803290 hasAuthorship W2491803290A5036795568 @default.
• W2491803290 hasAuthorship W2491803290A5036966643 @default.
• W2491803290 hasAuthorship W2491803290A5043955093 @default.
• W2491803290 hasAuthorship W2491803290A5047804167 @default.
• W2491803290 hasAuthorship W2491803290A5076375120 @default.
• W2491803290 hasAuthorship W2491803290A5086399724 @default.
• W2491803290 hasConcept C105923489 @default.
• W2491803290 hasConcept C108285982 @default.
• W2491803290 hasConcept C113196181 @default.

• next