Matches in SemOpenAlex for { <https://semopenalex.org/work/W2116588275> ?p ?o ?g. }
- W2116588275 endingPage "2185" @default.
- W2116588275 startingPage "2185" @default.
- W2116588275 abstract "Cobalt oxide nanostructures are deposited by Chemical Vapor Deposition (CVD) on Si(100) substrates at temperatures between 300 and 550 °C, using for the first time a novel Co(II) adduct as molecular precursor [Co(hfa)2·TMEDA; hfa = 1,1,1,5,5,5-hexafluoro-2,4-pentanedionate, TMEDA = N,N,N′,N′-tetramethylethylenediamine]. The preparation is conducted either under dry (O2) or wet (O2 + H2O) oxygen atmospheres, at total pressures of 3.0 or 10.0 mbar. The obtained results evidence that, upon dry O2 at 10.0 mbar, the initial nucleation of CoO occurs, followed by its progressive oxidation to Co3O4 during the subsequent growth stages. In a different way, cobalt monoxide can be selectively obtained at 3.0 mbar. In all cases, water vapor acts as an oxidant towards cobalt, favoring the formation of Co3O4 phases with a more pronounced {111} and {110}-type faceting. Structural, compositional and morphological characterization evidences the possibility of obtaining high purity CoO/Co3O4 systems with tailored morphological features, from films to columnar nanostructures, thus highlighting the potential and versatility of the proposed synthetic strategy." @default.
- W2116588275 created "2016-06-24" @default.
- W2116588275 creator A5012412084 @default.
- W2116588275 creator A5018105924 @default.
- W2116588275 creator A5026816759 @default.
- W2116588275 creator A5046451142 @default.
- W2116588275 creator A5071000641 @default.
- W2116588275 creator A5081743161 @default.
- W2116588275 creator A5083185546 @default.
- W2116588275 creator A5086668589 @default.
- W2116588275 date "2010-01-01" @default.
- W2116588275 modified "2023-09-30" @default.
- W2116588275 title "Controlled vapor-phase synthesis of cobalt oxide nanomaterials with tuned composition and spatial organization" @default.
- W2116588275 cites W156671511 @default.
- W2116588275 cites W1567636237 @default.
- W2116588275 cites W1629830706 @default.
- W2116588275 cites W1633185635 @default.
- W2116588275 cites W1964295589 @default.
- W2116588275 cites W1965763554 @default.
- W2116588275 cites W1968230409 @default.
- W2116588275 cites W1971802911 @default.
- W2116588275 cites W1972446822 @default.
- W2116588275 cites W1974770913 @default.
- W2116588275 cites W1977912134 @default.
- W2116588275 cites W1981770189 @default.
- W2116588275 cites W1981923212 @default.
- W2116588275 cites W1984234327 @default.
- W2116588275 cites W1984797286 @default.
- W2116588275 cites W1990868804 @default.
- W2116588275 cites W1996211261 @default.
- W2116588275 cites W2000147134 @default.
- W2116588275 cites W2000397124 @default.
- W2116588275 cites W2001025094 @default.
- W2116588275 cites W2001318454 @default.
- W2116588275 cites W2002304386 @default.
- W2116588275 cites W2003431660 @default.
- W2116588275 cites W2006019620 @default.
- W2116588275 cites W2010448083 @default.
- W2116588275 cites W2015086188 @default.
- W2116588275 cites W2018422779 @default.
- W2116588275 cites W2020321358 @default.
- W2116588275 cites W2021320947 @default.
- W2116588275 cites W2022221278 @default.
- W2116588275 cites W2024346962 @default.
- W2116588275 cites W2026153161 @default.
- W2116588275 cites W2028060711 @default.
- W2116588275 cites W2034085127 @default.
- W2116588275 cites W2034453998 @default.
- W2116588275 cites W2040675246 @default.
- W2116588275 cites W2048185608 @default.
- W2116588275 cites W2048319822 @default.
- W2116588275 cites W2051689550 @default.
- W2116588275 cites W2052381011 @default.
- W2116588275 cites W2054812916 @default.
- W2116588275 cites W2056484700 @default.
- W2116588275 cites W2059513415 @default.
- W2116588275 cites W2062150152 @default.
- W2116588275 cites W2062556183 @default.
- W2116588275 cites W2064159267 @default.
- W2116588275 cites W2068944895 @default.
- W2116588275 cites W2072310538 @default.
- W2116588275 cites W2074124696 @default.
- W2116588275 cites W2076801479 @default.
- W2116588275 cites W2085908201 @default.
- W2116588275 cites W2087095757 @default.
- W2116588275 cites W2090624974 @default.
- W2116588275 cites W2093189607 @default.
- W2116588275 cites W2101368497 @default.
- W2116588275 cites W2116343274 @default.
- W2116588275 cites W2121406559 @default.
- W2116588275 cites W2122530410 @default.
- W2116588275 cites W2127221973 @default.
- W2116588275 cites W2127736729 @default.
- W2116588275 cites W2135360641 @default.
- W2116588275 cites W2140178936 @default.
- W2116588275 cites W2159396315 @default.
- W2116588275 cites W2569490923 @default.
- W2116588275 cites W2575542225 @default.
- W2116588275 cites W9546127 @default.
- W2116588275 cites W2316517216 @default.
- W2116588275 doi "https://doi.org/10.1039/b926368n" @default.
- W2116588275 hasPublicationYear "2010" @default.
- W2116588275 type Work @default.
- W2116588275 sameAs 2116588275 @default.
- W2116588275 citedByCount "108" @default.
- W2116588275 countsByYear W21165882752012 @default.
- W2116588275 countsByYear W21165882752013 @default.
- W2116588275 countsByYear W21165882752014 @default.
- W2116588275 countsByYear W21165882752015 @default.
- W2116588275 countsByYear W21165882752016 @default.
- W2116588275 countsByYear W21165882752017 @default.
- W2116588275 countsByYear W21165882752018 @default.
- W2116588275 countsByYear W21165882752019 @default.
- W2116588275 countsByYear W21165882752020 @default.
- W2116588275 countsByYear W21165882752021 @default.
- W2116588275 countsByYear W21165882752022 @default.
- W2116588275 countsByYear W21165882752023 @default.
- W2116588275 crossrefType "journal-article" @default.