FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4382467574> ?p ?o ?g. }

• W4382467574 endingPage "113" @default.
• W4382467574 startingPage "99" @default.
• W4382467574 abstract "Ceria-based H2O/CO2-splitting solar-driven thermochemical cycle produces hydrogen or syngas. Thermal optimization of solar thermochemical reactor (STCR) improves the solar-to-fuel conversion efficiency. This research presents two conceptual designs and thermal modelling of RPC-ceria-based STCR cavities to attain the optimal operating conditions for CeO2 reduction step. Presented hybrid geometries consisting of cylindrical–hemispherical and conical frustum–hemispherical structures. The focal point was positioned at x = 0, -10 mm, and -20 mm from the aperture to examine the flux distribution in both solar reactor configurations. Case-1 with 2 milliradian S.E (slope error) yields a 27% greater solar flux than case-1 with 4 milliradians S.E, despite the 4 milliradian S.E produces an elevated temperature in the reactor cavity. The mean temperature in the reactive porous region was most significant for case-2 (x = -10 mm) with 4 mrad S.E for model-2, reaching 1966 K and 2008 K radially and axially, respectively. In case-2 (x = -10 mm) for 4 mrad S.E, model-1 attained 1720 K. The efficiency analysis shows that the highest conversion efficiency value was obtained to be 7.95% for case-1 with 4 milliradian S.E." @default.
• W4382467574 created "2023-06-29" @default.
• W4382467574 creator A5010563083 @default.
• W4382467574 creator A5015579535 @default.
• W4382467574 creator A5022215736 @default.
• W4382467574 creator A5030003572 @default.
• W4382467574 creator A5040359225 @default.
• W4382467574 creator A5042074245 @default.
• W4382467574 creator A5054369475 @default.
• W4382467574 creator A5091705411 @default.
• W4382467574 date "2023-11-01" @default.
• W4382467574 modified "2023-10-10" @default.
• W4382467574 title "Chemical and thermal performance analysis of a solar thermochemical reactor for hydrogen production via two-step WS cycle" @default.
• W4382467574 cites W1898686241 @default.
• W4382467574 cites W1970994871 @default.
• W4382467574 cites W1971354445 @default.
• W4382467574 cites W1986859383 @default.
• W4382467574 cites W1987805864 @default.
• W4382467574 cites W1996969960 @default.
• W4382467574 cites W1999429461 @default.
• W4382467574 cites W2002540941 @default.
• W4382467574 cites W2005811267 @default.
• W4382467574 cites W2020799721 @default.
• W4382467574 cites W2031166020 @default.
• W4382467574 cites W2033255931 @default.
• W4382467574 cites W2036052896 @default.
• W4382467574 cites W2045319094 @default.
• W4382467574 cites W2046449985 @default.
• W4382467574 cites W2046859231 @default.
• W4382467574 cites W2062263919 @default.
• W4382467574 cites W2092943274 @default.
• W4382467574 cites W2109970514 @default.
• W4382467574 cites W2115414800 @default.
• W4382467574 cites W2121996548 @default.
• W4382467574 cites W2146238910 @default.
• W4382467574 cites W2151966270 @default.
• W4382467574 cites W2168412752 @default.
• W4382467574 cites W2239285117 @default.
• W4382467574 cites W2264185482 @default.
• W4382467574 cites W2342691188 @default.
• W4382467574 cites W2400024430 @default.
• W4382467574 cites W2402974315 @default.
• W4382467574 cites W2483687021 @default.
• W4382467574 cites W2494535465 @default.
• W4382467574 cites W2513902998 @default.
• W4382467574 cites W2540161127 @default.
• W4382467574 cites W2555209135 @default.
• W4382467574 cites W2563184656 @default.
• W4382467574 cites W2590794072 @default.
• W4382467574 cites W2593693689 @default.
• W4382467574 cites W2594232275 @default.
• W4382467574 cites W2595395986 @default.
• W4382467574 cites W2604457303 @default.
• W4382467574 cites W2611050327 @default.
• W4382467574 cites W2620303447 @default.
• W4382467574 cites W2625890880 @default.
• W4382467574 cites W2726717754 @default.
• W4382467574 cites W2780487542 @default.
• W4382467574 cites W2789585752 @default.
• W4382467574 cites W2791040916 @default.
• W4382467574 cites W2792347410 @default.
• W4382467574 cites W2805922463 @default.
• W4382467574 cites W2809294957 @default.
• W4382467574 cites W2809684303 @default.
• W4382467574 cites W2874867664 @default.
• W4382467574 cites W2891223347 @default.
• W4382467574 cites W2899997545 @default.
• W4382467574 cites W2900627145 @default.
• W4382467574 cites W2905534428 @default.
• W4382467574 cites W2914241595 @default.
• W4382467574 cites W2920812807 @default.
• W4382467574 cites W2965069715 @default.
• W4382467574 cites W2967201755 @default.
• W4382467574 cites W2995744297 @default.
• W4382467574 cites W2998360548 @default.
• W4382467574 cites W3017372859 @default.
• W4382467574 cites W3048644025 @default.
• W4382467574 cites W3157830025 @default.
• W4382467574 cites W3185712728 @default.
• W4382467574 cites W4214616339 @default.
• W4382467574 cites W4220737179 @default.
• W4382467574 cites W587975925 @default.
• W4382467574 doi "https://doi.org/10.1016/j.egyr.2023.06.012" @default.
• W4382467574 hasPublicationYear "2023" @default.
• W4382467574 type Work @default.
• W4382467574 citedByCount "1" @default.
• W4382467574 crossrefType "journal-article" @default.
• W4382467574 hasAuthorship W4382467574A5010563083 @default.
• W4382467574 hasAuthorship W4382467574A5015579535 @default.
• W4382467574 hasAuthorship W4382467574A5022215736 @default.
• W4382467574 hasAuthorship W4382467574A5030003572 @default.
• W4382467574 hasAuthorship W4382467574A5040359225 @default.
• W4382467574 hasAuthorship W4382467574A5042074245 @default.
• W4382467574 hasAuthorship W4382467574A5054369475 @default.
• W4382467574 hasAuthorship W4382467574A5091705411 @default.
• W4382467574 hasBestOaLocation W43824675741 @default.
• W4382467574 hasConcept C105923489 @default.
• W4382467574 hasConcept C113196181 @default.

• next