Matches in SemOpenAlex for { <https://semopenalex.org/work/W3048698835> ?p ?o ?g. }
- W3048698835 endingPage "29378" @default.
- W3048698835 startingPage "29367" @default.
- W3048698835 abstract "A calcium-doped ceria (Ce1-xCaxO2−δ, 0 ≤ x ≤ 0.3) has been applied as a ceramic support in NiMo-based catalysts for an internal reforming tubular solid oxide fuel cell running on isooctane. Introducing calcium into the CeO2-based ceramic was found to improve conductivity of Ce1-xCaxO2−δ. The Ce0.9Ca0.1O2−δ (x = 0.10) sample exhibited an optimum conductivity of 0.045 S cm−1 at 750 °C. The transport of oxygen ions in Ce1-xCaxO2−δ promoted the catalytic partial oxidation of isooctane in the NiMo–Ce1-xCaxO2−δ catalyst, which increased the fuel conversion as well as H2 and CO yields. As a result, the NiMo–Ce0.9Ca0.1O2−δ (x = 0.10) catalyst exhibited a high isooctane conversion of 98%, and the H2 and CO yields achieved 74% and 83%, respectively, for reforming of isooctane and air at the O/C ratio of 1.0 at 750 °C. Furthermore, the NiMo–Ce0.9Ca0.1O2−δ catalyst has been applied as an internal reforming layer for an inert-substrate-supported tubular solid oxide fuel cell running on isooctane/air. Due to its high reforming activity, the single cell presented an initial maximum power density of 355 mW cm−2 in isooctane/air at 750 °C and displayed stable electrochemical performance during ~30 h operation. These results demonstrated the application feasibility of the NiMo–Ce0.9Ca0.1O2−δ catalyst for direct internal reforming solid oxide fuel cells running on isooctane/air." @default.
- W3048698835 created "2020-08-18" @default.
- W3048698835 creator A5000300861 @default.
- W3048698835 creator A5003472392 @default.
- W3048698835 creator A5012718640 @default.
- W3048698835 creator A5023119885 @default.
- W3048698835 creator A5030674649 @default.
- W3048698835 creator A5033109301 @default.
- W3048698835 creator A5038861297 @default.
- W3048698835 creator A5056686363 @default.
- W3048698835 creator A5090496838 @default.
- W3048698835 date "2020-10-01" @default.
- W3048698835 modified "2023-10-16" @default.
- W3048698835 title "NiMo-calcium-doped ceria catalysts for inert-substrate-supported tubular solid oxide fuel cells running on isooctane" @default.
- W3048698835 cites W1738088216 @default.
- W3048698835 cites W1742661525 @default.
- W3048698835 cites W1968739326 @default.
- W3048698835 cites W1978713469 @default.
- W3048698835 cites W1981914855 @default.
- W3048698835 cites W1985866450 @default.
- W3048698835 cites W1987558675 @default.
- W3048698835 cites W2002649436 @default.
- W3048698835 cites W2018183796 @default.
- W3048698835 cites W2024100942 @default.
- W3048698835 cites W2026478512 @default.
- W3048698835 cites W2027540659 @default.
- W3048698835 cites W2027839602 @default.
- W3048698835 cites W2033129967 @default.
- W3048698835 cites W2033193179 @default.
- W3048698835 cites W2036440218 @default.
- W3048698835 cites W2043761747 @default.
- W3048698835 cites W2047180650 @default.
- W3048698835 cites W2047524560 @default.
- W3048698835 cites W2056967308 @default.
- W3048698835 cites W2057905036 @default.
- W3048698835 cites W2060646125 @default.
- W3048698835 cites W2063928499 @default.
- W3048698835 cites W2069985463 @default.
- W3048698835 cites W2070094378 @default.
- W3048698835 cites W2077322967 @default.
- W3048698835 cites W2086879864 @default.
- W3048698835 cites W2088572935 @default.
- W3048698835 cites W2093514128 @default.
- W3048698835 cites W2094094665 @default.
- W3048698835 cites W2121480455 @default.
- W3048698835 cites W2189048726 @default.
- W3048698835 cites W2300740989 @default.
- W3048698835 cites W2323101145 @default.
- W3048698835 cites W2342691188 @default.
- W3048698835 cites W2411098058 @default.
- W3048698835 cites W2467985235 @default.
- W3048698835 cites W2514233718 @default.
- W3048698835 cites W2515761150 @default.
- W3048698835 cites W2590416973 @default.
- W3048698835 cites W2606477839 @default.
- W3048698835 cites W2756274406 @default.
- W3048698835 cites W2760996483 @default.
- W3048698835 cites W2765084514 @default.
- W3048698835 cites W2767452973 @default.
- W3048698835 cites W2769871939 @default.
- W3048698835 cites W2775570427 @default.
- W3048698835 cites W2806399723 @default.
- W3048698835 cites W2807013269 @default.
- W3048698835 cites W2809068101 @default.
- W3048698835 cites W2891512153 @default.
- W3048698835 cites W2898224701 @default.
- W3048698835 cites W2900553338 @default.
- W3048698835 cites W2901113508 @default.
- W3048698835 cites W2944426987 @default.
- W3048698835 cites W2945268381 @default.
- W3048698835 cites W2955013360 @default.
- W3048698835 cites W329032471 @default.
- W3048698835 cites W4376453456 @default.
- W3048698835 cites W2734305690 @default.
- W3048698835 doi "https://doi.org/10.1016/j.ijhydene.2020.07.204" @default.
- W3048698835 hasPublicationYear "2020" @default.
- W3048698835 type Work @default.
- W3048698835 sameAs 3048698835 @default.
- W3048698835 citedByCount "14" @default.
- W3048698835 countsByYear W30486988352021 @default.
- W3048698835 countsByYear W30486988352022 @default.
- W3048698835 countsByYear W30486988352023 @default.
- W3048698835 crossrefType "journal-article" @default.
- W3048698835 hasAuthorship W3048698835A5000300861 @default.
- W3048698835 hasAuthorship W3048698835A5003472392 @default.
- W3048698835 hasAuthorship W3048698835A5012718640 @default.
- W3048698835 hasAuthorship W3048698835A5023119885 @default.
- W3048698835 hasAuthorship W3048698835A5030674649 @default.
- W3048698835 hasAuthorship W3048698835A5033109301 @default.
- W3048698835 hasAuthorship W3048698835A5038861297 @default.
- W3048698835 hasAuthorship W3048698835A5056686363 @default.
- W3048698835 hasAuthorship W3048698835A5090496838 @default.
- W3048698835 hasConcept C111368507 @default.
- W3048698835 hasConcept C127313418 @default.
- W3048698835 hasConcept C127413603 @default.
- W3048698835 hasConcept C134132462 @default.
- W3048698835 hasConcept C147789679 @default.
- W3048698835 hasConcept C154256306 @default.