Matches in SemOpenAlex for { <https://semopenalex.org/work/W3201214028> ?p ?o ?g. }
- W3201214028 endingPage "110371" @default.
- W3201214028 startingPage "110371" @default.
- W3201214028 abstract "Ag–Au alloy nanoparticles were effortlessly synthesized with the seed Ag nanoparticles acting as sacrificial template for the effective reduction of Au3+ ions to Au0 atoms, augmented in the presence of the monomer, NVP (N-vinyl pyrrolidone) assimilated in specific solvents. The conventional spherical morphology of the different Ag–Au alloy molar compositions confirmed using TEM corroborates their red-shifted optical absorption spectra along with the strain induced XRD patterns in accordance with Vegard's law. FTIR spectroscopy depicts clearly the solvation property of NVP and also its respective molecular interaction of individual metal and alloy nanostructures. The amine group of NVP despite its possible steric hindrance seems to coordinate well with monometallic Ag nanoparticles; while for bimetallic Ag–Au nanoparticles, the combined amine and carbonyl groups plays a major role in stabilizing the nanostructure. No evidence of oligomerization/polymerization is observed even after the formation of respective nanoparticles, representing the intriguing configuration of the monomer NVP, the behavior of which seems equivalent to that of its long chain polymer counterpart, PVP. The catalytic properties of the as-synthesized Ag–Au alloy nanoparticles were carefully analyzed in comparison with other polymer/surfactant coated alloy nanoparticles and their significance is established in a cohesive manner." @default.
- W3201214028 created "2021-09-27" @default.
- W3201214028 creator A5023048244 @default.
- W3201214028 creator A5044795429 @default.
- W3201214028 creator A5071525050 @default.
- W3201214028 creator A5090485484 @default.
- W3201214028 date "2022-02-01" @default.
- W3201214028 modified "2023-09-25" @default.
- W3201214028 title "Monomer driven growth of catalytically active AgAu plasmonic nanoalloys" @default.
- W3201214028 cites W1964416305 @default.
- W3201214028 cites W1966214884 @default.
- W3201214028 cites W1968581983 @default.
- W3201214028 cites W1969645755 @default.
- W3201214028 cites W1972390174 @default.
- W3201214028 cites W1975087949 @default.
- W3201214028 cites W1976560164 @default.
- W3201214028 cites W1977627006 @default.
- W3201214028 cites W1979586670 @default.
- W3201214028 cites W1981435159 @default.
- W3201214028 cites W1982292706 @default.
- W3201214028 cites W1988140746 @default.
- W3201214028 cites W1989024003 @default.
- W3201214028 cites W1989048390 @default.
- W3201214028 cites W1993590193 @default.
- W3201214028 cites W2000403696 @default.
- W3201214028 cites W2000536793 @default.
- W3201214028 cites W2002252691 @default.
- W3201214028 cites W2003484235 @default.
- W3201214028 cites W2010762542 @default.
- W3201214028 cites W2012257838 @default.
- W3201214028 cites W2017130266 @default.
- W3201214028 cites W2017662581 @default.
- W3201214028 cites W2019399725 @default.
- W3201214028 cites W2019577638 @default.
- W3201214028 cites W2027724882 @default.
- W3201214028 cites W2037336220 @default.
- W3201214028 cites W2040536154 @default.
- W3201214028 cites W2042499160 @default.
- W3201214028 cites W2044989207 @default.
- W3201214028 cites W2047165001 @default.
- W3201214028 cites W2048872032 @default.
- W3201214028 cites W2049257054 @default.
- W3201214028 cites W2050229946 @default.
- W3201214028 cites W2050965179 @default.
- W3201214028 cites W2053023649 @default.
- W3201214028 cites W2071069617 @default.
- W3201214028 cites W2075130888 @default.
- W3201214028 cites W2078632281 @default.
- W3201214028 cites W2078860984 @default.
- W3201214028 cites W2079164364 @default.
- W3201214028 cites W2079422909 @default.
- W3201214028 cites W2082709246 @default.
- W3201214028 cites W2083904323 @default.
- W3201214028 cites W2083926174 @default.
- W3201214028 cites W2087390017 @default.
- W3201214028 cites W2087765064 @default.
- W3201214028 cites W2088659153 @default.
- W3201214028 cites W2097607310 @default.
- W3201214028 cites W2099401773 @default.
- W3201214028 cites W2100282116 @default.
- W3201214028 cites W2103179372 @default.
- W3201214028 cites W2104411597 @default.
- W3201214028 cites W2112165279 @default.
- W3201214028 cites W2123513239 @default.
- W3201214028 cites W2123976897 @default.
- W3201214028 cites W2143095549 @default.
- W3201214028 cites W2146579158 @default.
- W3201214028 cites W2150198834 @default.
- W3201214028 cites W2154997537 @default.
- W3201214028 cites W2158395637 @default.
- W3201214028 cites W2161647102 @default.
- W3201214028 cites W2168533535 @default.
- W3201214028 cites W2319473224 @default.
- W3201214028 cites W2319949597 @default.
- W3201214028 cites W2320042586 @default.
- W3201214028 cites W2333747043 @default.
- W3201214028 cites W2335492246 @default.
- W3201214028 cites W2335944238 @default.
- W3201214028 cites W2468538105 @default.
- W3201214028 cites W2517432982 @default.
- W3201214028 cites W2556657959 @default.
- W3201214028 cites W2733714824 @default.
- W3201214028 cites W2742191021 @default.
- W3201214028 cites W2792800122 @default.
- W3201214028 cites W2804531803 @default.
- W3201214028 cites W2883385284 @default.
- W3201214028 cites W2949851677 @default.
- W3201214028 cites W2951715501 @default.
- W3201214028 cites W2958875467 @default.
- W3201214028 cites W3004235347 @default.
- W3201214028 cites W3026975758 @default.
- W3201214028 cites W3109763201 @default.
- W3201214028 cites W4211044815 @default.
- W3201214028 cites W4253847203 @default.
- W3201214028 doi "https://doi.org/10.1016/j.jpcs.2021.110371" @default.
- W3201214028 hasPublicationYear "2022" @default.
- W3201214028 type Work @default.
- W3201214028 sameAs 3201214028 @default.