Matches in SemOpenAlex for { <https://semopenalex.org/work/W2025890981> ?p ?o ?g. }
- W2025890981 endingPage "13" @default.
- W2025890981 startingPage "1" @default.
- W2025890981 abstract "Recent advances of a colloidal chemistry can offer great opportunities to fabricate and design nanocatalysts. Comprehensive understanding of a basic concept and theory of the colloidal synthetic chemistry facilitates to engineer elaborate nano-architectures such as bi- or multi-metallic, heterodimers, and core/shell. This colloidal solution technique not only enables to synthesize high surface mesoporous materials, but also provides a versatile tool to incorporate nanoparticles into mesoporous materials or onto substrates. For green chemistry, catalysis research has been pursued to design and fabricate a catalyst system that produces only one desired product (100% selectivity) at high turnover rates to reduce the production of undesirable wastes. Recent studies have shown that several molecular factors such as the surface structures, composition, and oxidation states affect the turnover frequency and reaction selectivity depending on the size, morphology, and composition of metal nanoparticles. Multipath reactions have been utilized to study the reaction selectivity as a function of size and shape of platinum nanoparticles. In the past, catalysts were evaluated and compared with characterizations before and after catalytic reaction. Much progress on in situ surface characterization techniques has permitted real-time monitoring of working catalysts under various conditions and provides molecular information during the reaction." @default.
- W2025890981 created "2016-06-24" @default.
- W2025890981 creator A5034804943 @default.
- W2025890981 creator A5047653774 @default.
- W2025890981 creator A5058666235 @default.
- W2025890981 creator A5072299894 @default.
- W2025890981 date "2012-05-01" @default.
- W2025890981 modified "2023-10-06" @default.
- W2025890981 title "Colloid chemistry of nanocatalysts: A molecular view" @default.
- W2025890981 cites W1521355396 @default.
- W2025890981 cites W1965766100 @default.
- W2025890981 cites W1968732513 @default.
- W2025890981 cites W1971956982 @default.
- W2025890981 cites W1972296195 @default.
- W2025890981 cites W1973563859 @default.
- W2025890981 cites W1973953565 @default.
- W2025890981 cites W1975754036 @default.
- W2025890981 cites W1976017647 @default.
- W2025890981 cites W1976091770 @default.
- W2025890981 cites W1976904757 @default.
- W2025890981 cites W1978726185 @default.
- W2025890981 cites W1978885192 @default.
- W2025890981 cites W1982560226 @default.
- W2025890981 cites W1982696401 @default.
- W2025890981 cites W1983075291 @default.
- W2025890981 cites W1992985479 @default.
- W2025890981 cites W1994921800 @default.
- W2025890981 cites W1995041236 @default.
- W2025890981 cites W1998774808 @default.
- W2025890981 cites W2001742159 @default.
- W2025890981 cites W2004902285 @default.
- W2025890981 cites W2006526735 @default.
- W2025890981 cites W2006842594 @default.
- W2025890981 cites W2008593476 @default.
- W2025890981 cites W2010578002 @default.
- W2025890981 cites W2013174764 @default.
- W2025890981 cites W2013832049 @default.
- W2025890981 cites W2014300566 @default.
- W2025890981 cites W2019058291 @default.
- W2025890981 cites W2019111250 @default.
- W2025890981 cites W2022006299 @default.
- W2025890981 cites W2025954370 @default.
- W2025890981 cites W2028761927 @default.
- W2025890981 cites W2032553220 @default.
- W2025890981 cites W2034830770 @default.
- W2025890981 cites W2035519311 @default.
- W2025890981 cites W2038196783 @default.
- W2025890981 cites W2038903361 @default.
- W2025890981 cites W2042068936 @default.
- W2025890981 cites W2042602209 @default.
- W2025890981 cites W2042763711 @default.
- W2025890981 cites W2043003976 @default.
- W2025890981 cites W2045795038 @default.
- W2025890981 cites W2046736781 @default.
- W2025890981 cites W2054111649 @default.
- W2025890981 cites W2055013559 @default.
- W2025890981 cites W2055465627 @default.
- W2025890981 cites W2056458570 @default.
- W2025890981 cites W2059623873 @default.
- W2025890981 cites W2059768948 @default.
- W2025890981 cites W2059840509 @default.
- W2025890981 cites W2060604247 @default.
- W2025890981 cites W2073195568 @default.
- W2025890981 cites W2075576194 @default.
- W2025890981 cites W2075823963 @default.
- W2025890981 cites W2076136857 @default.
- W2025890981 cites W2077228161 @default.
- W2025890981 cites W2080239811 @default.
- W2025890981 cites W2084787818 @default.
- W2025890981 cites W2086616066 @default.
- W2025890981 cites W2087965786 @default.
- W2025890981 cites W2089024520 @default.
- W2025890981 cites W2091279318 @default.
- W2025890981 cites W2094513557 @default.
- W2025890981 cites W2094545706 @default.
- W2025890981 cites W2099790866 @default.
- W2025890981 cites W2118919932 @default.
- W2025890981 cites W2119926573 @default.
- W2025890981 cites W2120232343 @default.
- W2025890981 cites W2120533017 @default.
- W2025890981 cites W2123975192 @default.
- W2025890981 cites W2129011294 @default.
- W2025890981 cites W2133022989 @default.
- W2025890981 cites W2141237330 @default.
- W2025890981 cites W2152103620 @default.
- W2025890981 cites W2152911357 @default.
- W2025890981 cites W2155295591 @default.
- W2025890981 cites W2157190313 @default.
- W2025890981 cites W2166776500 @default.
- W2025890981 cites W2172201846 @default.
- W2025890981 cites W2313629278 @default.
- W2025890981 cites W2322421780 @default.
- W2025890981 doi "https://doi.org/10.1016/j.jcis.2011.10.082" @default.
- W2025890981 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/22245266" @default.
- W2025890981 hasPublicationYear "2012" @default.
- W2025890981 type Work @default.
- W2025890981 sameAs 2025890981 @default.
- W2025890981 citedByCount "87" @default.