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• W2048999914 endingPage "9956" @default.
• W2048999914 startingPage "9945" @default.
• W2048999914 abstract "A high-density polymer brush of poly(N-isopropylacrylamide) (PNIPA) was precisely prepared following carefully selected procedures, which included selecting the underlying substrate, preparing its surface, and grafting PNIPA on the substrate. As a result, the graft density and the dried thickness of the brush reached more than 0.5 chains/nm2 and 200 nm, respectively, for the best combination of each procedure. This high-density polymer brush showed gradual collapse with increasing temperature in water, which must be attributed to both the low swelling and the low shrinking abilities of the brush that result from the physically constrained state of the polymers. The contact angle of the air bubbles underneath the high-density polymer brush also gradually decreased up to around 25 °C in water with increasing temperature, which indicates that the hydrophilicity of the surface decreases as it does in typical PNIPA-grafted membranes and gels. Starting at the lower critical solution temperature of free PNIPA in water, approximately 32 °C, the value of the contact angle started to increase dramatically, and it became constant when the solution temperature exceeded 40 °C. Ultimately, the surface exhibited a mostly hydrophilic nature at higher temperatures. The temperature-dependent contact angles can be interpreted by assuming that the terminally chlorinated alkyl groups of the elongated PNIPAs can be positioned on the surfaces or hidden in the vicinity of the membranes, depending on the temperature of the solution." @default.
• W2048999914 created "2016-06-24" @default.
• W2048999914 creator A5035101365 @default.
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• W2048999914 creator A5082959931 @default.
• W2048999914 creator A5091354039 @default.
• W2048999914 creator A5032599726 @default.
• W2048999914 date "2010-11-10" @default.
• W2048999914 modified "2023-09-25" @default.
• W2048999914 title "Precise Synthesis and Physicochemical Properties of High-Density Polymer Brushes designed with Poly(<i>N</i>-isopropylacrylamide)" @default.
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• W2048999914 cites W1913632118 @default.
• W2048999914 cites W1964014628 @default.
• W2048999914 cites W1964453076 @default.
• W2048999914 cites W1964754740 @default.
• W2048999914 cites W1964963209 @default.
• W2048999914 cites W1966026874 @default.
• W2048999914 cites W1968427867 @default.
• W2048999914 cites W1970279973 @default.
• W2048999914 cites W1970338858 @default.
• W2048999914 cites W1973847610 @default.
• W2048999914 cites W1974260210 @default.
• W2048999914 cites W1977572346 @default.
• W2048999914 cites W1978512729 @default.
• W2048999914 cites W1980780439 @default.
• W2048999914 cites W1985105103 @default.
• W2048999914 cites W1987825886 @default.
• W2048999914 cites W1989119391 @default.
• W2048999914 cites W1993946208 @default.
• W2048999914 cites W1994753198 @default.
• W2048999914 cites W2002120784 @default.
• W2048999914 cites W2003042746 @default.
• W2048999914 cites W2005150737 @default.
• W2048999914 cites W2005953314 @default.
• W2048999914 cites W2008271275 @default.
• W2048999914 cites W2010720979 @default.
• W2048999914 cites W2014303783 @default.
• W2048999914 cites W2014612156 @default.
• W2048999914 cites W2018232164 @default.
• W2048999914 cites W2021945078 @default.
• W2048999914 cites W2026653020 @default.
• W2048999914 cites W2032393184 @default.
• W2048999914 cites W2032586194 @default.
• W2048999914 cites W2035402496 @default.
• W2048999914 cites W2037550000 @default.
• W2048999914 cites W2038899430 @default.
• W2048999914 cites W2041256373 @default.
• W2048999914 cites W2042014783 @default.
• W2048999914 cites W2045001517 @default.
• W2048999914 cites W2046142803 @default.
• W2048999914 cites W2047971762 @default.
• W2048999914 cites W2048909352 @default.
• W2048999914 cites W2050450813 @default.
• W2048999914 cites W2051043341 @default.
• W2048999914 cites W2052654965 @default.
• W2048999914 cites W2056302603 @default.
• W2048999914 cites W2057586855 @default.
• W2048999914 cites W2069224561 @default.
• W2048999914 cites W2073560699 @default.
• W2048999914 cites W2077775281 @default.
• W2048999914 cites W2081478621 @default.
• W2048999914 cites W2081819784 @default.
• W2048999914 cites W2087429510 @default.
• W2048999914 cites W2088539115 @default.
• W2048999914 cites W2088556077 @default.
• W2048999914 cites W2088890545 @default.
• W2048999914 cites W2089106732 @default.
• W2048999914 cites W2089626290 @default.
• W2048999914 cites W2090887182 @default.
• W2048999914 cites W2091007535 @default.
• W2048999914 cites W2092850986 @default.
• W2048999914 cites W2095806107 @default.
• W2048999914 cites W2122086796 @default.
• W2048999914 cites W2124599841 @default.
• W2048999914 cites W2128324388 @default.
• W2048999914 cites W2141947008 @default.
• W2048999914 cites W2142392029 @default.
• W2048999914 cites W2149358972 @default.
• W2048999914 cites W2160693134 @default.
• W2048999914 cites W2165694975 @default.
• W2048999914 cites W2317295301 @default.
• W2048999914 cites W2333589610 @default.
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• W2048999914 doi "https://doi.org/10.1021/ma101439f" @default.
• W2048999914 hasPublicationYear "2010" @default.
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