FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2890396988> ?p ?o ?g. }

• W2890396988 endingPage "34584" @default.
• W2890396988 startingPage "34573" @default.
• W2890396988 abstract "Superglue monomers belong to a family of cyanoacrylates that are known for their very rapid polymerization upon contact with moist surfaces. Their biodegradation and low toxicity make them attractive as medical and veterinary adhesives. Although the fast-acting polymerization characteristics have been successfully utilized to design nanoscale polymeric particles that can carry drugs or other inorganic nanoparticles, it constitutes a significant drawback if one desires to produce other forms of functional biodegradable acrylics, such as coatings, sheets, or nanocomposites. This is because rapid polymerization in air creates highly porous and brittle structures. Here, we address this drawback by reporting a simple and inexpensive method of fabricating highly transparent (>92%) polyethylcyanoacrylate (PECA) coatings by dispersing the monomer in a fragrance-classified green liquid, cyclopentanone. The resulting transparent coatings were hydrophilic but with slippery wetting characteristics, suitable as efficient fog-harvesting templates. Furthermore, another fragrance liquid, benzyl alcohol, is introduced as a plasticizer and co-solvent to overcome its brittleness while retaining its transparency. The same plasticized monomer solutions, dispersing low concentrations of graphene (<0.5 wt %), were allowed to self-assemble on stainless steel surfaces, forming low-friction and anti-wear dry lubricants by decreasing the steel friction coefficient and wear rate by 6- and 10-fold, respectively." @default.
• W2890396988 created "2018-09-27" @default.
• W2890396988 creator A5012726923 @default.
• W2890396988 creator A5034446040 @default.
• W2890396988 creator A5039466739 @default.
• W2890396988 creator A5041063778 @default.
• W2890396988 creator A5061411871 @default.
• W2890396988 creator A5081198945 @default.
• W2890396988 date "2018-09-10" @default.
• W2890396988 modified "2023-09-28" @default.
• W2890396988 title "Highly Transparent Polyethylcyanoacrylates from Approved Eco-Friendly Fragrance Materials Demonstrating Excellent Fog-Harvesting and Anti-Wear Properties" @default.
• W2890396988 cites W1966273489 @default.
• W2890396988 cites W1966655460 @default.
• W2890396988 cites W1969844556 @default.
• W2890396988 cites W1970066294 @default.
• W2890396988 cites W1974320387 @default.
• W2890396988 cites W1975449009 @default.
• W2890396988 cites W1978092065 @default.
• W2890396988 cites W1979161891 @default.
• W2890396988 cites W1981596913 @default.
• W2890396988 cites W1982166285 @default.
• W2890396988 cites W1990567102 @default.
• W2890396988 cites W1992195337 @default.
• W2890396988 cites W1993776397 @default.
• W2890396988 cites W1994364912 @default.
• W2890396988 cites W1996251760 @default.
• W2890396988 cites W1998138039 @default.
• W2890396988 cites W1998477164 @default.
• W2890396988 cites W2000605483 @default.
• W2890396988 cites W2003101835 @default.
• W2890396988 cites W2004463515 @default.
• W2890396988 cites W2014967231 @default.
• W2890396988 cites W2019938596 @default.
• W2890396988 cites W2021022196 @default.
• W2890396988 cites W2021152648 @default.
• W2890396988 cites W2022809927 @default.
• W2890396988 cites W2023938677 @default.
• W2890396988 cites W2025857350 @default.
• W2890396988 cites W2026868806 @default.
• W2890396988 cites W2030569734 @default.
• W2890396988 cites W2031719780 @default.
• W2890396988 cites W2035804603 @default.
• W2890396988 cites W2047337685 @default.
• W2890396988 cites W2047439750 @default.
• W2890396988 cites W2050736000 @default.
• W2890396988 cites W2056941829 @default.
• W2890396988 cites W2060733325 @default.
• W2890396988 cites W2063733528 @default.
• W2890396988 cites W2066685510 @default.
• W2890396988 cites W2068944649 @default.
• W2890396988 cites W2072575012 @default.
• W2890396988 cites W2075479860 @default.
• W2890396988 cites W2097047205 @default.
• W2890396988 cites W2097843021 @default.
• W2890396988 cites W2098036414 @default.
• W2890396988 cites W2099872729 @default.
• W2890396988 cites W2102914602 @default.
• W2890396988 cites W2103523186 @default.
• W2890396988 cites W2107695148 @default.
• W2890396988 cites W2114481788 @default.
• W2890396988 cites W2116938181 @default.
• W2890396988 cites W2125876136 @default.
• W2890396988 cites W2131904845 @default.
• W2890396988 cites W2136334331 @default.
• W2890396988 cites W2214604498 @default.
• W2890396988 cites W2219049303 @default.
• W2890396988 cites W2305838664 @default.
• W2890396988 cites W2311558955 @default.
• W2890396988 cites W2316735006 @default.
• W2890396988 cites W2318777546 @default.
• W2890396988 cites W2325567048 @default.
• W2890396988 cites W2335011935 @default.
• W2890396988 cites W2345554133 @default.
• W2890396988 cites W2346774107 @default.
• W2890396988 cites W2507466238 @default.
• W2890396988 cites W2543884029 @default.
• W2890396988 cites W2561802744 @default.
• W2890396988 cites W2585369235 @default.
• W2890396988 cites W2586343207 @default.
• W2890396988 cites W2590656116 @default.
• W2890396988 cites W2605197403 @default.
• W2890396988 cites W2618898766 @default.
• W2890396988 cites W2735405345 @default.
• W2890396988 cites W2755963864 @default.
• W2890396988 cites W2795289008 @default.
• W2890396988 cites W2803577850 @default.
• W2890396988 cites W4211087369 @default.
• W2890396988 cites W2547698319 @default.
• W2890396988 doi "https://doi.org/10.1021/acsami.8b10717" @default.
• W2890396988 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30199218" @default.
• W2890396988 hasPublicationYear "2018" @default.
• W2890396988 type Work @default.
• W2890396988 sameAs 2890396988 @default.
• W2890396988 citedByCount "20" @default.
• W2890396988 countsByYear W28903969882019 @default.
• W2890396988 countsByYear W28903969882020 @default.
• W2890396988 countsByYear W28903969882021 @default.
• W2890396988 countsByYear W28903969882022 @default.

• next