Matches in SemOpenAlex for { <https://semopenalex.org/work/W3174928551> ?p ?o ?g. }
- W3174928551 endingPage "106943" @default.
- W3174928551 startingPage "106943" @default.
- W3174928551 abstract "Dry reforming (DR) of n-heptane and coupling of DR with partial oxidation reforming (POR) were investigated through experiments and simulations in a gliding arc discharge (GAD) plasma reactor. The effects of the input power, the molar ratio of oxygen to carbon, and the residence time on the DR process were evaluated according to the conversion rate, product selectivity and the energy yield of hydrogen. The highest CO2 conversion was 42.6%, which was higher than other CO2 splitting technologies in the gliding arc discharge plasma. The coupling of DR and POR achieved better results by adding air to the DR of n-heptane to form a thermal coupling process. Optical emission spectra of n-heptane DR and coupling DR with POR of n-heptane were investigated, respectively. Different reactive species including C2(A3Πg-X3Πu), CO2+(A2Πu-X2Πg), CO(a’3Σ+-a3Π), CO(d3Δ-a3Π) and O+(4P-4S0) were detected. A zero-dimension (0-D) model of heptane DR containing 163 reactions was established in Chemkin to describe the effect of O/C. The 0-D model of coupling DR with POR with 193 reactions was also established." @default.
- W3174928551 created "2021-07-05" @default.
- W3174928551 creator A5020022566 @default.
- W3174928551 creator A5034474990 @default.
- W3174928551 creator A5078249953 @default.
- W3174928551 creator A5078341960 @default.
- W3174928551 creator A5084675881 @default.
- W3174928551 date "2021-10-01" @default.
- W3174928551 modified "2023-09-26" @default.
- W3174928551 title "Heptane dry reforming and coupling with partial oxidation in gliding arc discharge plasma for H2 production" @default.
- W3174928551 cites W1433905878 @default.
- W3174928551 cites W1638836092 @default.
- W3174928551 cites W1964627662 @default.
- W3174928551 cites W1976570374 @default.
- W3174928551 cites W1980511800 @default.
- W3174928551 cites W2003393803 @default.
- W3174928551 cites W2007197340 @default.
- W3174928551 cites W2009044572 @default.
- W3174928551 cites W2013002891 @default.
- W3174928551 cites W2053128260 @default.
- W3174928551 cites W2077206727 @default.
- W3174928551 cites W2077901243 @default.
- W3174928551 cites W2087872498 @default.
- W3174928551 cites W2092248459 @default.
- W3174928551 cites W2093886612 @default.
- W3174928551 cites W2275838899 @default.
- W3174928551 cites W2318769006 @default.
- W3174928551 cites W2328256481 @default.
- W3174928551 cites W2514020000 @default.
- W3174928551 cites W2520799257 @default.
- W3174928551 cites W2528347534 @default.
- W3174928551 cites W2565925832 @default.
- W3174928551 cites W2593709651 @default.
- W3174928551 cites W2597184838 @default.
- W3174928551 cites W2638701216 @default.
- W3174928551 cites W2737852651 @default.
- W3174928551 cites W2741917531 @default.
- W3174928551 cites W2744835996 @default.
- W3174928551 cites W2765338102 @default.
- W3174928551 cites W2772113916 @default.
- W3174928551 cites W2782966523 @default.
- W3174928551 cites W2790683305 @default.
- W3174928551 cites W2792051726 @default.
- W3174928551 cites W2792991869 @default.
- W3174928551 cites W2802964146 @default.
- W3174928551 cites W2805423504 @default.
- W3174928551 cites W2806186700 @default.
- W3174928551 cites W2885775427 @default.
- W3174928551 cites W2890283132 @default.
- W3174928551 cites W2907743538 @default.
- W3174928551 cites W2909042290 @default.
- W3174928551 cites W2939533472 @default.
- W3174928551 cites W2941698596 @default.
- W3174928551 cites W2954949793 @default.
- W3174928551 cites W2964485049 @default.
- W3174928551 cites W2969399615 @default.
- W3174928551 cites W2972615392 @default.
- W3174928551 cites W2991622015 @default.
- W3174928551 cites W2998844080 @default.
- W3174928551 cites W3025840949 @default.
- W3174928551 cites W3032939637 @default.
- W3174928551 cites W3034950077 @default.
- W3174928551 cites W3037137052 @default.
- W3174928551 cites W3037960329 @default.
- W3174928551 cites W3042704058 @default.
- W3174928551 cites W4251838053 @default.
- W3174928551 cites W4256546006 @default.
- W3174928551 cites W99694429 @default.
- W3174928551 doi "https://doi.org/10.1016/j.fuproc.2021.106943" @default.
- W3174928551 hasPublicationYear "2021" @default.
- W3174928551 type Work @default.
- W3174928551 sameAs 3174928551 @default.
- W3174928551 citedByCount "7" @default.
- W3174928551 countsByYear W31749285512022 @default.
- W3174928551 countsByYear W31749285512023 @default.
- W3174928551 crossrefType "journal-article" @default.
- W3174928551 hasAuthorship W3174928551A5020022566 @default.
- W3174928551 hasAuthorship W3174928551A5034474990 @default.
- W3174928551 hasAuthorship W3174928551A5078249953 @default.
- W3174928551 hasAuthorship W3174928551A5078341960 @default.
- W3174928551 hasAuthorship W3174928551A5084675881 @default.
- W3174928551 hasConcept C113196181 @default.
- W3174928551 hasConcept C114375839 @default.
- W3174928551 hasConcept C121332964 @default.
- W3174928551 hasConcept C131584629 @default.
- W3174928551 hasConcept C134121241 @default.
- W3174928551 hasConcept C147789679 @default.
- W3174928551 hasConcept C17525397 @default.
- W3174928551 hasConcept C178790620 @default.
- W3174928551 hasConcept C185592680 @default.
- W3174928551 hasConcept C191897082 @default.
- W3174928551 hasConcept C192562407 @default.
- W3174928551 hasConcept C2777854178 @default.
- W3174928551 hasConcept C512968161 @default.
- W3174928551 hasConcept C62520636 @default.
- W3174928551 hasConcept C82706917 @default.
- W3174928551 hasConceptScore W3174928551C113196181 @default.
- W3174928551 hasConceptScore W3174928551C114375839 @default.