Matches in SemOpenAlex for { <https://semopenalex.org/work/W4313551737> ?p ?o ?g. }
- W4313551737 endingPage "110500" @default.
- W4313551737 startingPage "110500" @default.
- W4313551737 abstract "This study aims to preserve the superhydrophility and the ultrafast water permeation property of the thermally cured graphene nanoplatelets (GNPs) coating after epoxy is added to enhance the adhesion of coating on its substrate. Addition of epoxy generally encourages the formation of carbon-carbon chain in the polymerization process during the thermal curing and the GNPs/epoxy nanocomposite becomes hydrophobic. On the other hand, the silver-filled epoxy can effectively suppress the crosslinking of carbon-carbon chain, enabling the thermo-oxidation process to take place where the oxygenated functional groups are attached on the edges of the GNPs. Hence, the use of silver-filled epoxy is capable to preserve the superhydrophilicity of GNPs. A series of comprehensive micro/nanoscopic and spectroscopic characterizations are performed to explain the significant difference in the wettability of the GNPs/epoxy nanocomposites. Molecular dynamics (MD) simulations are employed to elucidate the phenomena in the atomic resolution and nanosecond time scale. The MD results concur well with the characterization results, further verifying the proposed explanation of the interactions of carbon-filled epoxy and silver-filled epoxy with the graphene nanostructure during the thermal curing process. This study provides important insights into the analyses and characterization of the preservable superhydrophilicity of thermally cued GNPs/epoxy nanocomposites." @default.
- W4313551737 created "2023-01-06" @default.
- W4313551737 creator A5021642253 @default.
- W4313551737 creator A5074111672 @default.
- W4313551737 creator A5074827617 @default.
- W4313551737 creator A5085358999 @default.
- W4313551737 creator A5087536324 @default.
- W4313551737 date "2023-03-01" @default.
- W4313551737 modified "2023-10-18" @default.
- W4313551737 title "Preservable superhydrophilicity of thermally cured graphene-nanoplatelets/epoxy nanocomposite coatings" @default.
- W4313551737 cites W1875852492 @default.
- W4313551737 cites W1985912249 @default.
- W4313551737 cites W2000824272 @default.
- W4313551737 cites W2002318636 @default.
- W4313551737 cites W2019465613 @default.
- W4313551737 cites W2022731012 @default.
- W4313551737 cites W2027408247 @default.
- W4313551737 cites W2029332976 @default.
- W4313551737 cites W2039296412 @default.
- W4313551737 cites W2047968138 @default.
- W4313551737 cites W2049475242 @default.
- W4313551737 cites W2052872572 @default.
- W4313551737 cites W2057578502 @default.
- W4313551737 cites W2067847820 @default.
- W4313551737 cites W2072923279 @default.
- W4313551737 cites W2078119700 @default.
- W4313551737 cites W2081488799 @default.
- W4313551737 cites W2089892026 @default.
- W4313551737 cites W2090533200 @default.
- W4313551737 cites W2119072841 @default.
- W4313551737 cites W2136334331 @default.
- W4313551737 cites W2146058735 @default.
- W4313551737 cites W2155155530 @default.
- W4313551737 cites W2163851259 @default.
- W4313551737 cites W2168901333 @default.
- W4313551737 cites W2174975847 @default.
- W4313551737 cites W2178565560 @default.
- W4313551737 cites W2238024694 @default.
- W4313551737 cites W2327581399 @default.
- W4313551737 cites W2427539736 @default.
- W4313551737 cites W2464525267 @default.
- W4313551737 cites W2504334718 @default.
- W4313551737 cites W2574012105 @default.
- W4313551737 cites W2590338252 @default.
- W4313551737 cites W2594175621 @default.
- W4313551737 cites W2603683177 @default.
- W4313551737 cites W2607111720 @default.
- W4313551737 cites W2607623373 @default.
- W4313551737 cites W2730915457 @default.
- W4313551737 cites W2793146807 @default.
- W4313551737 cites W2794228913 @default.
- W4313551737 cites W2796913438 @default.
- W4313551737 cites W2804847736 @default.
- W4313551737 cites W2891844302 @default.
- W4313551737 cites W2900546411 @default.
- W4313551737 cites W2910174123 @default.
- W4313551737 cites W2912998176 @default.
- W4313551737 cites W2922057146 @default.
- W4313551737 cites W2940938490 @default.
- W4313551737 cites W2945503918 @default.
- W4313551737 cites W2946015008 @default.
- W4313551737 cites W2947571488 @default.
- W4313551737 cites W2952197875 @default.
- W4313551737 cites W2956197445 @default.
- W4313551737 cites W2980486731 @default.
- W4313551737 cites W2994175680 @default.
- W4313551737 cites W3002465809 @default.
- W4313551737 cites W3005739800 @default.
- W4313551737 cites W3013967360 @default.
- W4313551737 cites W3016913345 @default.
- W4313551737 cites W3030277755 @default.
- W4313551737 cites W3036704761 @default.
- W4313551737 cites W3045820694 @default.
- W4313551737 cites W3084655438 @default.
- W4313551737 cites W3090543521 @default.
- W4313551737 cites W3108135495 @default.
- W4313551737 cites W3108665065 @default.
- W4313551737 cites W3120283571 @default.
- W4313551737 cites W3127682603 @default.
- W4313551737 cites W3144058871 @default.
- W4313551737 cites W3151030982 @default.
- W4313551737 cites W3172004842 @default.
- W4313551737 cites W3182541042 @default.
- W4313551737 cites W3185263360 @default.
- W4313551737 cites W3186500197 @default.
- W4313551737 cites W3186861305 @default.
- W4313551737 cites W3197064630 @default.
- W4313551737 cites W3213656710 @default.
- W4313551737 cites W4200138930 @default.
- W4313551737 cites W4206232901 @default.
- W4313551737 cites W4225404416 @default.
- W4313551737 cites W4297090282 @default.
- W4313551737 cites W4307211001 @default.
- W4313551737 doi "https://doi.org/10.1016/j.compositesb.2023.110500" @default.
- W4313551737 hasPublicationYear "2023" @default.
- W4313551737 type Work @default.
- W4313551737 citedByCount "3" @default.
- W4313551737 countsByYear W43135517372023 @default.