FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3204679827> ?p ?o ?g. }

• W3204679827 endingPage "26" @default.
• W3204679827 startingPage "1" @default.
• W3204679827 abstract "The use of hybrid nanoparticles instead of nano solid-particles is one of the most serious tasks to improve the heat transport of fluids in drilling to recovery oil. This article is to analyze the heat transport of MHD radiative Carreau hybrid nanofluid, consisting of SiO2–Fe3O4 in an equal ratio base fluid of polyethylene glycol-H2O with heat source and a viscosity variation. The PDEs system that controls the problem was resolved by a numerical method after transformation into ODEs. [PEG + H2O/SiO2]m and [PEG + H2O/SiO2+Fe3O4]h thin films are fabricated by using spin coating technique with a thickener of 150 ± 5 nm/25°C. The most notable findings of this analysis include the influence of the velocity, temperature outlines, drag force factor, and local Nusselt number of different variable parameters. The results specifically determine that ΔEgOpt amount declines from 4.894 eV for [PEG + H2O/SiO2]m mono nanofluid to 1.969 eV for [PEG + H2O/SiO2+Fe3O4]h hybrid nanofluid utilizing DFT calculations HOMO and LUMO calculation. The results decide that the [PEG + H2O/SiO2]m is transmuted from semi-conductor to [PEG + H2O/SiO2+ Fe3O4]h as a super-conductor with adding [Fe3O4]NPs. The hybrid nanoparticles have a higher influence than nanoparticles on the velocity distributions." @default.
• W3204679827 created "2021-10-11" @default.
• W3204679827 creator A5037514328 @default.
• W3204679827 creator A5041846915 @default.
• W3204679827 date "2021-07-05" @default.
• W3204679827 modified "2023-10-18" @default.
• W3204679827 title "Combined theoretical and experimental DFT-TDDFT and thermal characteristics of 3-D flow in rotating tube of [PEG + H₂O/SiO₂-Fe₃O₄]^C hybrid nanofluid to enhancing oil extraction" @default.
• W3204679827 cites W1266567432 @default.
• W3204679827 cites W1969766790 @default.
• W3204679827 cites W1970549136 @default.
• W3204679827 cites W1978716051 @default.
• W3204679827 cites W2004475680 @default.
• W3204679827 cites W2023271753 @default.
• W3204679827 cites W2026430421 @default.
• W3204679827 cites W2031600445 @default.
• W3204679827 cites W2034107519 @default.
• W3204679827 cites W2045492376 @default.
• W3204679827 cites W2070343872 @default.
• W3204679827 cites W2073423609 @default.
• W3204679827 cites W2076965499 @default.
• W3204679827 cites W2085861657 @default.
• W3204679827 cites W2088884959 @default.
• W3204679827 cites W2099866525 @default.
• W3204679827 cites W2129767795 @default.
• W3204679827 cites W2132327923 @default.
• W3204679827 cites W2133732504 @default.
• W3204679827 cites W2196002589 @default.
• W3204679827 cites W2252873804 @default.
• W3204679827 cites W2269512073 @default.
• W3204679827 cites W2284999449 @default.
• W3204679827 cites W2402319960 @default.
• W3204679827 cites W2466459547 @default.
• W3204679827 cites W2473202533 @default.
• W3204679827 cites W2598835489 @default.
• W3204679827 cites W2601731089 @default.
• W3204679827 cites W2620407335 @default.
• W3204679827 cites W2743615206 @default.
• W3204679827 cites W2744816292 @default.
• W3204679827 cites W2768541384 @default.
• W3204679827 cites W2790986155 @default.
• W3204679827 cites W2793625155 @default.
• W3204679827 cites W2808552697 @default.
• W3204679827 cites W2885604399 @default.
• W3204679827 cites W2889743259 @default.
• W3204679827 cites W2890682363 @default.
• W3204679827 cites W2943487789 @default.
• W3204679827 cites W2945119226 @default.
• W3204679827 cites W2948347429 @default.
• W3204679827 cites W2950749666 @default.
• W3204679827 cites W2955356648 @default.
• W3204679827 cites W2979339094 @default.
• W3204679827 cites W2981019866 @default.
• W3204679827 cites W2983734340 @default.
• W3204679827 cites W2991424938 @default.
• W3204679827 cites W2995133119 @default.
• W3204679827 cites W2995627412 @default.
• W3204679827 cites W2995982189 @default.
• W3204679827 cites W3004227146 @default.
• W3204679827 cites W3004796257 @default.
• W3204679827 cites W3004928222 @default.
• W3204679827 cites W3018634238 @default.
• W3204679827 cites W3020682040 @default.
• W3204679827 cites W3025201655 @default.
• W3204679827 cites W3030035796 @default.
• W3204679827 cites W3045308180 @default.
• W3204679827 cites W3045596324 @default.
• W3204679827 cites W3046378707 @default.
• W3204679827 cites W3080355370 @default.
• W3204679827 cites W3081015458 @default.
• W3204679827 cites W3081599062 @default.
• W3204679827 cites W3081727353 @default.
• W3204679827 cites W3084204311 @default.
• W3204679827 cites W3084248471 @default.
• W3204679827 cites W3088876569 @default.
• W3204679827 cites W3102269112 @default.
• W3204679827 cites W3109204452 @default.
• W3204679827 cites W3118244463 @default.
• W3204679827 cites W3124052056 @default.
• W3204679827 cites W3125027939 @default.
• W3204679827 cites W3139468458 @default.
• W3204679827 cites W3139704728 @default.
• W3204679827 cites W3151280348 @default.
• W3204679827 cites W3157797534 @default.
• W3204679827 cites W3163734133 @default.
• W3204679827 cites W4234410611 @default.
• W3204679827 cites W4241261367 @default.
• W3204679827 cites W814827369 @default.
• W3204679827 cites W2917027994 @default.
• W3204679827 doi "https://doi.org/10.1080/17455030.2021.1948631" @default.
• W3204679827 hasPublicationYear "2021" @default.
• W3204679827 type Work @default.
• W3204679827 sameAs 3204679827 @default.
• W3204679827 citedByCount "19" @default.
• W3204679827 countsByYear W32046798272021 @default.
• W3204679827 countsByYear W32046798272022 @default.
• W3204679827 countsByYear W32046798272023 @default.
• W3204679827 crossrefType "journal-article" @default.
• W3204679827 hasAuthorship W3204679827A5037514328 @default.

• next