Matches in SemOpenAlex for { <https://semopenalex.org/work/W2897764685> ?p ?o ?g. }
- W2897764685 endingPage "1805091" @default.
- W2897764685 startingPage "1805091" @default.
- W2897764685 abstract "The ancient wisdom found in iron gall ink guides this work to a simple but advanced solution to the molecular engineering of fluidic interfaces. The Fe(II)–tannin coordination complex, a precursor of the iron gall ink, transforms into interface-active Fe(III)–tannin species, by oxygen molecules, which form a self-assembled layer at the fluidic interface spontaneously but still controllably. Kinetic studies show that the oxidation rate is directed by the counteranion of Fe(II) precursor salts, and FeCl2 is found to be more effective than FeSO4—an ingredient of iron gall ink—in the interfacial-film fabrication. The optimized protocol leads to the formation of micrometer-thick, free-standing films at the air–water interface by continuously generating Fe(III)–tannic acid complexes in situ. The durable films formed are transferable, self-healable, pliable, and postfunctionalizable, and are hardened further by transfer to the basic buffer. This O2-instructed film formation can be applied to other fluidic interfaces that have high O2 level, demonstrated by emulsion stabilization and concurrent capsule formation at the oil–water interface with no aid of surfactants. The system, inspired by the iron gall ink, provides new vistas on interface engineering and related materials science." @default.
- W2897764685 created "2018-10-26" @default.
- W2897764685 creator A5000206141 @default.
- W2897764685 creator A5001550074 @default.
- W2897764685 creator A5018608679 @default.
- W2897764685 creator A5030760350 @default.
- W2897764685 creator A5039621391 @default.
- W2897764685 creator A5054484005 @default.
- W2897764685 creator A5055706326 @default.
- W2897764685 creator A5056210514 @default.
- W2897764685 date "2018-10-09" @default.
- W2897764685 modified "2023-10-16" @default.
- W2897764685 title "Iron Gall Ink Revisited: In Situ Oxidation of Fe(II)-Tannin Complex for Fluidic-Interface Engineering" @default.
- W2897764685 cites W1957694169 @default.
- W2897764685 cites W1978248285 @default.
- W2897764685 cites W1983777082 @default.
- W2897764685 cites W1989857186 @default.
- W2897764685 cites W1991047704 @default.
- W2897764685 cites W1997870257 @default.
- W2897764685 cites W2004648940 @default.
- W2897764685 cites W2006712306 @default.
- W2897764685 cites W2006791008 @default.
- W2897764685 cites W2007608781 @default.
- W2897764685 cites W2018551035 @default.
- W2897764685 cites W2026690848 @default.
- W2897764685 cites W2032380435 @default.
- W2897764685 cites W2037432389 @default.
- W2897764685 cites W2041016346 @default.
- W2897764685 cites W2041263517 @default.
- W2897764685 cites W2044919425 @default.
- W2897764685 cites W2046124247 @default.
- W2897764685 cites W2056139910 @default.
- W2897764685 cites W2059569721 @default.
- W2897764685 cites W2062641005 @default.
- W2897764685 cites W2064305160 @default.
- W2897764685 cites W2072822605 @default.
- W2897764685 cites W2080710142 @default.
- W2897764685 cites W2086878385 @default.
- W2897764685 cites W2088638595 @default.
- W2897764685 cites W2094186712 @default.
- W2897764685 cites W2101782563 @default.
- W2897764685 cites W2124976710 @default.
- W2897764685 cites W2132500008 @default.
- W2897764685 cites W2132859930 @default.
- W2897764685 cites W2136816844 @default.
- W2897764685 cites W2138526680 @default.
- W2897764685 cites W2150955297 @default.
- W2897764685 cites W2152548634 @default.
- W2897764685 cites W2153266910 @default.
- W2897764685 cites W2206548273 @default.
- W2897764685 cites W2306701851 @default.
- W2897764685 cites W2313537588 @default.
- W2897764685 cites W2321567459 @default.
- W2897764685 cites W2323224573 @default.
- W2897764685 cites W2344118110 @default.
- W2897764685 cites W2344339644 @default.
- W2897764685 cites W2407767808 @default.
- W2897764685 cites W2418016063 @default.
- W2897764685 cites W2497941200 @default.
- W2897764685 cites W2529532508 @default.
- W2897764685 cites W2531202381 @default.
- W2897764685 cites W2531852619 @default.
- W2897764685 cites W2555144102 @default.
- W2897764685 cites W2563859379 @default.
- W2897764685 cites W2565830107 @default.
- W2897764685 cites W2568613977 @default.
- W2897764685 cites W2578801387 @default.
- W2897764685 cites W2582433498 @default.
- W2897764685 cites W2605144207 @default.
- W2897764685 cites W2606212130 @default.
- W2897764685 cites W2609280170 @default.
- W2897764685 cites W2614696572 @default.
- W2897764685 cites W2737001962 @default.
- W2897764685 cites W2758391033 @default.
- W2897764685 cites W2762237370 @default.
- W2897764685 cites W2767351458 @default.
- W2897764685 cites W2772157620 @default.
- W2897764685 cites W2773082881 @default.
- W2897764685 cites W2790317037 @default.
- W2897764685 cites W2794483423 @default.
- W2897764685 cites W2884182741 @default.
- W2897764685 cites W2886585663 @default.
- W2897764685 cites W2888795254 @default.
- W2897764685 cites W987597782 @default.
- W2897764685 doi "https://doi.org/10.1002/adma.201805091" @default.
- W2897764685 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30302842" @default.
- W2897764685 hasPublicationYear "2018" @default.
- W2897764685 type Work @default.
- W2897764685 sameAs 2897764685 @default.
- W2897764685 citedByCount "62" @default.
- W2897764685 countsByYear W28977646852019 @default.
- W2897764685 countsByYear W28977646852020 @default.
- W2897764685 countsByYear W28977646852021 @default.
- W2897764685 countsByYear W28977646852022 @default.
- W2897764685 countsByYear W28977646852023 @default.
- W2897764685 crossrefType "journal-article" @default.
- W2897764685 hasAuthorship W2897764685A5000206141 @default.
- W2897764685 hasAuthorship W2897764685A5001550074 @default.