Matches in SemOpenAlex for { <https://semopenalex.org/work/W3116306734> ?p ?o ?g. }
- W3116306734 endingPage "49" @default.
- W3116306734 startingPage "36" @default.
- W3116306734 abstract "Dopamine (DA), one type of mussel-inspired biological molecules with adhesive nature and corrosion inhibitor property, are often used to functionalize the surfaces of various materials. Herein, we report the application of polydopamine (PDA) microcapsules as novel nanocontainers for the purpose, loading corrosion inhibitor (benzotriazole) in its shell structure, and then were embedded into epoxy coatings to provide self-healing and anti-corrosion protection for carbon steel. Fast release of benzotriazole in acidic environment caused by local corrosion and the chelating effect of PDA-Fe3+ can synergistically promote the formation of protective film on bare steel surface, which endows coatings with self-healing functionality. Electrochemical impedance spectroscopy (EIS), local electrochemical impedance spectroscopy (LEIS), and spray tests were conducted to evaluate the active inhibition and corrosion resistance of the loaded coatings. The scratched coating with incorporation of nanocontainers presented better protection performance, exhibiting increased Ro (oxide layer resistance) and Rct (charge transfer resistance) during initial immersion periods. The EIS tests in long-term immersion were also performed to confirm the anti-corrosion effect of composited coatings. These results demonstrated that benzotriazole-decorated PDA capsules dramatically enhanced the self-healing properties and anti-corrosion performance of epoxy coatings with the synergistic help of PDA and benzotriazole." @default.
- W3116306734 created "2021-01-05" @default.
- W3116306734 creator A5011656765 @default.
- W3116306734 creator A5014106045 @default.
- W3116306734 creator A5052787170 @default.
- W3116306734 creator A5076432325 @default.
- W3116306734 creator A5076883456 @default.
- W3116306734 creator A5091292878 @default.
- W3116306734 date "2021-07-01" @default.
- W3116306734 modified "2023-10-07" @default.
- W3116306734 title "A mussel-inspired delivery system for enhancing self-healing property of epoxy coatings" @default.
- W3116306734 cites W1133903960 @default.
- W3116306734 cites W1626057707 @default.
- W3116306734 cites W1709868873 @default.
- W3116306734 cites W1968481393 @default.
- W3116306734 cites W1970209371 @default.
- W3116306734 cites W1973187039 @default.
- W3116306734 cites W1977362354 @default.
- W3116306734 cites W1980051428 @default.
- W3116306734 cites W1995646011 @default.
- W3116306734 cites W1996833161 @default.
- W3116306734 cites W1998181266 @default.
- W3116306734 cites W200569257 @default.
- W3116306734 cites W2010094657 @default.
- W3116306734 cites W2010750052 @default.
- W3116306734 cites W2018890707 @default.
- W3116306734 cites W2021132668 @default.
- W3116306734 cites W2024888593 @default.
- W3116306734 cites W2028034250 @default.
- W3116306734 cites W2029435417 @default.
- W3116306734 cites W2031512791 @default.
- W3116306734 cites W2033304583 @default.
- W3116306734 cites W2035955364 @default.
- W3116306734 cites W2043157745 @default.
- W3116306734 cites W2055516439 @default.
- W3116306734 cites W2056777003 @default.
- W3116306734 cites W2069100126 @default.
- W3116306734 cites W2072005992 @default.
- W3116306734 cites W2077018820 @default.
- W3116306734 cites W2078797075 @default.
- W3116306734 cites W2084211126 @default.
- W3116306734 cites W2092858957 @default.
- W3116306734 cites W2094525656 @default.
- W3116306734 cites W2094721579 @default.
- W3116306734 cites W2094955130 @default.
- W3116306734 cites W2110772210 @default.
- W3116306734 cites W2110971075 @default.
- W3116306734 cites W2169428322 @default.
- W3116306734 cites W2171729123 @default.
- W3116306734 cites W2240038222 @default.
- W3116306734 cites W2293875366 @default.
- W3116306734 cites W2322562148 @default.
- W3116306734 cites W2328886593 @default.
- W3116306734 cites W2433215873 @default.
- W3116306734 cites W2438458511 @default.
- W3116306734 cites W2471846827 @default.
- W3116306734 cites W2600252828 @default.
- W3116306734 cites W2614434333 @default.
- W3116306734 cites W2619868446 @default.
- W3116306734 cites W2740237548 @default.
- W3116306734 cites W2760935309 @default.
- W3116306734 cites W2770679662 @default.
- W3116306734 cites W2784154046 @default.
- W3116306734 cites W2788009719 @default.
- W3116306734 cites W2806220796 @default.
- W3116306734 cites W2883724619 @default.
- W3116306734 cites W2888351121 @default.
- W3116306734 cites W2892439525 @default.
- W3116306734 cites W2896260600 @default.
- W3116306734 cites W2898178460 @default.
- W3116306734 cites W2907970714 @default.
- W3116306734 cites W2916754360 @default.
- W3116306734 cites W2936032549 @default.
- W3116306734 cites W2949366650 @default.
- W3116306734 cites W2985501989 @default.
- W3116306734 cites W2992971307 @default.
- W3116306734 cites W2998797600 @default.
- W3116306734 cites W3001390526 @default.
- W3116306734 cites W3035501357 @default.
- W3116306734 cites W3036463270 @default.
- W3116306734 cites W3149377315 @default.
- W3116306734 doi "https://doi.org/10.1016/j.jmst.2020.10.075" @default.
- W3116306734 hasPublicationYear "2021" @default.
- W3116306734 type Work @default.
- W3116306734 sameAs 3116306734 @default.
- W3116306734 citedByCount "31" @default.
- W3116306734 countsByYear W31163067342021 @default.
- W3116306734 countsByYear W31163067342022 @default.
- W3116306734 countsByYear W31163067342023 @default.
- W3116306734 crossrefType "journal-article" @default.
- W3116306734 hasAuthorship W3116306734A5011656765 @default.
- W3116306734 hasAuthorship W3116306734A5014106045 @default.
- W3116306734 hasAuthorship W3116306734A5052787170 @default.
- W3116306734 hasAuthorship W3116306734A5076432325 @default.
- W3116306734 hasAuthorship W3116306734A5076883456 @default.
- W3116306734 hasAuthorship W3116306734A5091292878 @default.
- W3116306734 hasConcept C127413603 @default.
- W3116306734 hasConcept C142724271 @default.