FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2781848400> ?p ?o ?g. }

• W2781848400 endingPage "2406" @default.
• W2781848400 startingPage "2397" @default.
• W2781848400 abstract "The influence of methyl pentanoate (MP) addition to n-heptane on the species pool in a nonpremixed counterflow flame fueled with n-heptane at atmospheric pressure has been investigated experimentally and numerically. Two non-premixed flames in counterflow configuration have been examined: (1) n-heptane/Ar (5.3%/94.7%) vs O2/Ar (24.1%/75.9%) and (2) n-heptane/MP/Ar (2.5%/2.5%/95%) vs O2/Ar (19.6%/80.4%). Both flames had similar strain rates and stoichiometric mixture fractions to allow an adequate comparison of their structures. The mole fraction profiles of the reactants, major products, and intermediates in both flames were measured using flame sampling molecular beam mass spectrometry. These experimental data were used for validation of a detailed chemical kinetic mechanism, which was proposed earlier for prediction of combustion characteristics of n-heptane/iso-octane/toluene/MP mixtures. The addition of MP to n-heptane reduced the flame temperature and the peak mole fractions of many flame intermediat..." @default.
• W2781848400 created "2018-01-12" @default.
• W2781848400 creator A5007078913 @default.
• W2781848400 creator A5012244915 @default.
• W2781848400 creator A5012719695 @default.
• W2781848400 creator A5035791663 @default.
• W2781848400 creator A5036164361 @default.
• W2781848400 date "2018-01-26" @default.
• W2781848400 modified "2023-09-26" @default.
• W2781848400 title "The Effect of Methyl Pentanoate Addition on the Structure of a Non-Premixed Counterflow <i>n</i>-Heptane/O₂ Flame" @default.
• W2781848400 cites W1966637512 @default.
• W2781848400 cites W1966685846 @default.
• W2781848400 cites W1968313783 @default.
• W2781848400 cites W1971355933 @default.
• W2781848400 cites W1971395774 @default.
• W2781848400 cites W1974338573 @default.
• W2781848400 cites W1976260199 @default.
• W2781848400 cites W1978932740 @default.
• W2781848400 cites W1980284038 @default.
• W2781848400 cites W1987632868 @default.
• W2781848400 cites W1987807857 @default.
• W2781848400 cites W2001395536 @default.
• W2781848400 cites W2003012870 @default.
• W2781848400 cites W2005993281 @default.
• W2781848400 cites W2006217529 @default.
• W2781848400 cites W2010540699 @default.
• W2781848400 cites W2012859538 @default.
• W2781848400 cites W2013270311 @default.
• W2781848400 cites W2015496307 @default.
• W2781848400 cites W2030743691 @default.
• W2781848400 cites W2034346495 @default.
• W2781848400 cites W2037036039 @default.
• W2781848400 cites W2038420348 @default.
• W2781848400 cites W2039026280 @default.
• W2781848400 cites W2045929090 @default.
• W2781848400 cites W2046958326 @default.
• W2781848400 cites W2050575742 @default.
• W2781848400 cites W2053286315 @default.
• W2781848400 cites W2053315690 @default.
• W2781848400 cites W2055510061 @default.
• W2781848400 cites W2060431873 @default.
• W2781848400 cites W2064319190 @default.
• W2781848400 cites W2068250299 @default.
• W2781848400 cites W2068518240 @default.
• W2781848400 cites W2070961819 @default.
• W2781848400 cites W2072390283 @default.
• W2781848400 cites W2083200535 @default.
• W2781848400 cites W2084222655 @default.
• W2781848400 cites W2118540877 @default.
• W2781848400 cites W2133618262 @default.
• W2781848400 cites W2239996210 @default.
• W2781848400 cites W2279367439 @default.
• W2781848400 cites W2317086120 @default.
• W2781848400 cites W2405552069 @default.
• W2781848400 cites W2437421313 @default.
• W2781848400 cites W2588501186 @default.
• W2781848400 cites W2756298453 @default.
• W2781848400 cites W4243739684 @default.
• W2781848400 doi "https://doi.org/10.1021/acs.energyfuels.7b03185" @default.
• W2781848400 hasPublicationYear "2018" @default.
• W2781848400 type Work @default.
• W2781848400 sameAs 2781848400 @default.
• W2781848400 citedByCount "11" @default.
• W2781848400 countsByYear W27818484002019 @default.
• W2781848400 countsByYear W27818484002020 @default.
• W2781848400 countsByYear W27818484002021 @default.
• W2781848400 countsByYear W27818484002022 @default.
• W2781848400 countsByYear W27818484002023 @default.
• W2781848400 crossrefType "journal-article" @default.
• W2781848400 hasAuthorship W2781848400A5007078913 @default.
• W2781848400 hasAuthorship W2781848400A5012244915 @default.
• W2781848400 hasAuthorship W2781848400A5012719695 @default.
• W2781848400 hasAuthorship W2781848400A5035791663 @default.
• W2781848400 hasAuthorship W2781848400A5036164361 @default.
• W2781848400 hasConcept C105923489 @default.
• W2781848400 hasConcept C129474609 @default.
• W2781848400 hasConcept C178790620 @default.
• W2781848400 hasConcept C185592680 @default.
• W2781848400 hasConcept C192562407 @default.
• W2781848400 hasConcept C2777854178 @default.
• W2781848400 hasConcept C2778269189 @default.
• W2781848400 hasConcept C83104080 @default.
• W2781848400 hasConceptScore W2781848400C105923489 @default.
• W2781848400 hasConceptScore W2781848400C129474609 @default.
• W2781848400 hasConceptScore W2781848400C178790620 @default.
• W2781848400 hasConceptScore W2781848400C185592680 @default.
• W2781848400 hasConceptScore W2781848400C192562407 @default.
• W2781848400 hasConceptScore W2781848400C2777854178 @default.
• W2781848400 hasConceptScore W2781848400C2778269189 @default.
• W2781848400 hasConceptScore W2781848400C83104080 @default.
• W2781848400 hasIssue "2" @default.
• W2781848400 hasLocation W27818484001 @default.
• W2781848400 hasOpenAccess W2781848400 @default.
• W2781848400 hasPrimaryLocation W27818484001 @default.
• W2781848400 hasRelatedWork W2022655836 @default.
• W2781848400 hasRelatedWork W2084137840 @default.
• W2781848400 hasRelatedWork W2085836001 @default.
• W2781848400 hasRelatedWork W2150641528 @default.

• next