FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2048092229> ?p ?o ?g. }

• W2048092229 endingPage "9332" @default.
• W2048092229 startingPage "9332" @default.
• W2048092229 abstract "Molybdate-based inorganic–organic hybrid disks with a highly ordered layered structure were synthesized via an acid–base reaction of white molybdic acid (MoO3·H2O) with n-octylamine (C8H17NH2) in ethanol at room temperature. The thermal treatment of the as-obtained molybdate-based inorganic–organic hybrid disks at 550 °C in air led to formation of orthorhombic α-MoO3 nanoplates. X-ray diffraction (XRD), scanning electron microscopy (SEM), transmission electron microscopy (TEM), thermal analysis (TG–DTA), Fourier-transform infrared (FT–IR) spectra, Raman spectra, and a laser-diffraction grain-size analyzer were used to characterize the starting materials, the intermediate hybrid precursors and the final α-MoO3 nanoplates. The XRD, FT–IR and TG–DTA results suggested that the molybdate-based inorganic–organic hybrid compound, with a possible composition of (C8H17NH3)2MoO4, was of a highly ordered lamellar structure with an interlayer distance of 2.306(1) nm, and the n-alkyl chains in the interlayer places took a double-layer arrangement with a tilt angle of 51° against the inorganic MoO6 octahedra layers. The SEM images indicated that the molybdate-based inorganic–organic hybrids took on a well-dispersed disk-like morphology, which differed distinctly from the severely aggregated morphology of their starting MoO3·H2O powders. During the calcining process, the disk-like morphology of the hybrid compounds was well inherited into the orthorhombic α-MoO3 nanocrystals, showing a definite plate-like shape. The α-MoO3 nanoplates obtained were of a single-crystalline structure, with a side-length of 1–2 μm and a thickness of several nanometres, along a thickness direction of [010]. The above α-MoO3 nanoplates were of a loose aggregating texture and high dispersibility. The chemical sensors derived from the as-obtained α-MoO3 nanoplates showed an enhanced and selective gas-sensing performance towards ethanol vapors. The α-MoO3 nanoplate sensors reached a high sensitivity of 44–58 for an 800 ppm ethanol vapor operating at 260–400 °C, and their response times were less than 15 s." @default.
• W2048092229 created "2016-06-24" @default.
• W2048092229 creator A5004056151 @default.
• W2048092229 creator A5009585930 @default.
• W2048092229 creator A5011744856 @default.
• W2048092229 creator A5013412356 @default.
• W2048092229 creator A5014099388 @default.
• W2048092229 creator A5014953889 @default.
• W2048092229 creator A5030121920 @default.
• W2048092229 creator A5031069096 @default.
• W2048092229 creator A5033032495 @default.
• W2048092229 creator A5035083308 @default.
• W2048092229 creator A5043720455 @default.
• W2048092229 creator A5065037360 @default.
• W2048092229 creator A5066720988 @default.
• W2048092229 creator A5086326013 @default.
• W2048092229 creator A5090435284 @default.
• W2048092229 date "2011-01-01" @default.
• W2048092229 modified "2023-10-18" @default.
• W2048092229 title "Single-crystalline MoO3 nanoplates: topochemical synthesis and enhanced ethanol-sensing performance" @default.
• W2048092229 cites W1964933710 @default.
• W2048092229 cites W1968557386 @default.
• W2048092229 cites W1970777267 @default.
• W2048092229 cites W1972047425 @default.
• W2048092229 cites W1973408623 @default.
• W2048092229 cites W1973517856 @default.
• W2048092229 cites W1976061495 @default.
• W2048092229 cites W1978260036 @default.
• W2048092229 cites W1982824850 @default.
• W2048092229 cites W1985204132 @default.
• W2048092229 cites W1985528580 @default.
• W2048092229 cites W1986188249 @default.
• W2048092229 cites W1986242967 @default.
• W2048092229 cites W1986859063 @default.
• W2048092229 cites W1990617208 @default.
• W2048092229 cites W1993013061 @default.
• W2048092229 cites W2002700022 @default.
• W2048092229 cites W2004891906 @default.
• W2048092229 cites W2005846476 @default.
• W2048092229 cites W2005992311 @default.
• W2048092229 cites W2010223381 @default.
• W2048092229 cites W2016029993 @default.
• W2048092229 cites W2018803071 @default.
• W2048092229 cites W2019889847 @default.
• W2048092229 cites W2024527920 @default.
• W2048092229 cites W2025989207 @default.
• W2048092229 cites W2029512768 @default.
• W2048092229 cites W2030627224 @default.
• W2048092229 cites W2031865613 @default.
• W2048092229 cites W2034649927 @default.
• W2048092229 cites W2034908081 @default.
• W2048092229 cites W2041724556 @default.
• W2048092229 cites W2041867284 @default.
• W2048092229 cites W2043591019 @default.
• W2048092229 cites W2046073232 @default.
• W2048092229 cites W2047057518 @default.
• W2048092229 cites W2052520561 @default.
• W2048092229 cites W2057843237 @default.
• W2048092229 cites W2058156406 @default.
• W2048092229 cites W2058936940 @default.
• W2048092229 cites W2059535125 @default.
• W2048092229 cites W2060909482 @default.
• W2048092229 cites W2062348544 @default.
• W2048092229 cites W2063550777 @default.
• W2048092229 cites W2063573176 @default.
• W2048092229 cites W2065163313 @default.
• W2048092229 cites W2073498067 @default.
• W2048092229 cites W2080578658 @default.
• W2048092229 cites W2082513854 @default.
• W2048092229 cites W2082521679 @default.
• W2048092229 cites W2082652767 @default.
• W2048092229 cites W2084127146 @default.
• W2048092229 cites W2084637179 @default.
• W2048092229 cites W2092966037 @default.
• W2048092229 cites W2096186082 @default.
• W2048092229 cites W2097685240 @default.
• W2048092229 cites W2098417337 @default.
• W2048092229 cites W2108165585 @default.
• W2048092229 cites W2108191051 @default.
• W2048092229 cites W2108590274 @default.
• W2048092229 cites W2116871073 @default.
• W2048092229 cites W2120609941 @default.
• W2048092229 cites W2131165539 @default.
• W2048092229 cites W2142149610 @default.
• W2048092229 cites W2145712580 @default.
• W2048092229 cites W2147225736 @default.
• W2048092229 cites W2312143396 @default.
• W2048092229 cites W2318786141 @default.
• W2048092229 cites W4247079154 @default.
• W2048092229 doi "https://doi.org/10.1039/c1jm11447f" @default.
• W2048092229 hasPublicationYear "2011" @default.
• W2048092229 type Work @default.
• W2048092229 sameAs 2048092229 @default.
• W2048092229 citedByCount "159" @default.
• W2048092229 countsByYear W20480922292012 @default.
• W2048092229 countsByYear W20480922292013 @default.
• W2048092229 countsByYear W20480922292014 @default.
• W2048092229 countsByYear W20480922292015 @default.

• next