Matches in SemOpenAlex for { <https://semopenalex.org/work/W1997476476> ?p ?o ?g. }
- W1997476476 endingPage "616" @default.
- W1997476476 startingPage "606" @default.
- W1997476476 abstract "Crude wood fibers represent a wide class of renewable resources. The surface modification of such materials via covalent grafting of polymer offers new surface properties with non-leaching coating. The grafting of the polymer chains was achieved by surface-initiated controlled radical polymerization through a grafted xanthate chain transfer agent. Macromolecular design via interchange of xanthate (MADIX) technique was chosen to graft poly(vinyl acetate), polystyrene, poly(n-butyl acrylate) and poly(4-vinylbenzyl chloride)-polystyrene amphiphilic cationic copolymers. Water contact angle measurements highlighted the hydrophobization of the wood fiber surface with a nanoscaled polymer monolayer indicating the appropriate coverage of the fiber. X-ray photoelectron spectroscopy showed the successful grafting of the polymer after drastic washing procedure. The quaternization of the grafted polystyrene-co-poly(4-vinyl benzyl chloride) copolymers with tertiary amine allows the introduction of biocide quaternary ammonium functions while preserving the hydrophobic character of the modified wood fiber when introducing a long alkyl chain in the statistical copolymer. Finally, the cationic copolymer was subjected to Coniophora Puteana to evaluate its propensity to limit the fungi expansion." @default.
- W1997476476 created "2016-06-24" @default.
- W1997476476 creator A5016816884 @default.
- W1997476476 creator A5025779067 @default.
- W1997476476 creator A5033318276 @default.
- W1997476476 creator A5033936522 @default.
- W1997476476 creator A5034112284 @default.
- W1997476476 creator A5048588888 @default.
- W1997476476 creator A5058584405 @default.
- W1997476476 date "2011-02-01" @default.
- W1997476476 modified "2023-10-17" @default.
- W1997476476 title "Functional biohybrid materials synthesized via surface-initiated MADIX/RAFT polymerization from renewable natural wood fiber: Grafting of polymer as non leaching preservative" @default.
- W1997476476 cites W1963734278 @default.
- W1997476476 cites W1964918647 @default.
- W1997476476 cites W1965418367 @default.
- W1997476476 cites W1969388941 @default.
- W1997476476 cites W1970376120 @default.
- W1997476476 cites W1973131091 @default.
- W1997476476 cites W1973367763 @default.
- W1997476476 cites W1973788609 @default.
- W1997476476 cites W1975717266 @default.
- W1997476476 cites W1975802111 @default.
- W1997476476 cites W1976051615 @default.
- W1997476476 cites W1980199346 @default.
- W1997476476 cites W1983892844 @default.
- W1997476476 cites W1984607313 @default.
- W1997476476 cites W1984633927 @default.
- W1997476476 cites W1985614907 @default.
- W1997476476 cites W19859413 @default.
- W1997476476 cites W1987557830 @default.
- W1997476476 cites W1989872673 @default.
- W1997476476 cites W1992891494 @default.
- W1997476476 cites W1992921901 @default.
- W1997476476 cites W1998283084 @default.
- W1997476476 cites W2000767001 @default.
- W1997476476 cites W2008973077 @default.
- W1997476476 cites W2013117234 @default.
- W1997476476 cites W2014364661 @default.
- W1997476476 cites W2015012622 @default.
- W1997476476 cites W2016099267 @default.
- W1997476476 cites W2021093004 @default.
- W1997476476 cites W2021095838 @default.
- W1997476476 cites W2026779288 @default.
- W1997476476 cites W2027033022 @default.
- W1997476476 cites W2027922372 @default.
- W1997476476 cites W2032373909 @default.
- W1997476476 cites W2033155838 @default.
- W1997476476 cites W2033852831 @default.
- W1997476476 cites W2036348457 @default.
- W1997476476 cites W2036994559 @default.
- W1997476476 cites W2044892884 @default.
- W1997476476 cites W2046083954 @default.
- W1997476476 cites W2051570423 @default.
- W1997476476 cites W2051636045 @default.
- W1997476476 cites W2053391064 @default.
- W1997476476 cites W2054859845 @default.
- W1997476476 cites W2058578019 @default.
- W1997476476 cites W2059462501 @default.
- W1997476476 cites W2065933258 @default.
- W1997476476 cites W2069580236 @default.
- W1997476476 cites W2069658765 @default.
- W1997476476 cites W2075575981 @default.
- W1997476476 cites W2076467550 @default.
- W1997476476 cites W2078019355 @default.
- W1997476476 cites W2078224406 @default.
- W1997476476 cites W2079121566 @default.
- W1997476476 cites W2080775808 @default.
- W1997476476 cites W2080978751 @default.
- W1997476476 cites W2082951726 @default.
- W1997476476 cites W2084062951 @default.
- W1997476476 cites W2085235196 @default.
- W1997476476 cites W2088016936 @default.
- W1997476476 cites W2088776589 @default.
- W1997476476 cites W2091064280 @default.
- W1997476476 cites W2092886522 @default.
- W1997476476 cites W2105363154 @default.
- W1997476476 cites W2118579360 @default.
- W1997476476 cites W2139926893 @default.
- W1997476476 cites W2161541675 @default.
- W1997476476 cites W2168571305 @default.
- W1997476476 cites W2168736998 @default.
- W1997476476 cites W2171480839 @default.
- W1997476476 cites W2171766298 @default.
- W1997476476 cites W2319827990 @default.
- W1997476476 doi "https://doi.org/10.1016/j.polymer.2010.12.046" @default.
- W1997476476 hasPublicationYear "2011" @default.
- W1997476476 type Work @default.
- W1997476476 sameAs 1997476476 @default.
- W1997476476 citedByCount "33" @default.
- W1997476476 countsByYear W19974764762012 @default.
- W1997476476 countsByYear W19974764762013 @default.
- W1997476476 countsByYear W19974764762014 @default.
- W1997476476 countsByYear W19974764762015 @default.
- W1997476476 countsByYear W19974764762016 @default.
- W1997476476 countsByYear W19974764762017 @default.
- W1997476476 countsByYear W19974764762018 @default.
- W1997476476 countsByYear W19974764762019 @default.
- W1997476476 countsByYear W19974764762021 @default.