FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2557431644> ?p ?o ?g. }

• W2557431644 endingPage "495" @default.
• W2557431644 startingPage "482" @default.
• W2557431644 abstract "An in-depth study on the etching process for producing carbide-derived carbons from Al4C3 has been performed. These materials were investigated at a range of etching temperatures from 300 to 900 °C and a range of times from 15 min to 6 h. By altering the etching time and temperature, the surface area, residual aluminum content, and pore size distribution can be tuned. A maximum surface area of 1126 m2 g−1 was observed for materials etched at 500 °C for 1 h. The pore size has shown to be tunable from ≤0.7 to 8 nm. Interestingly, aluminum-based nanoparticles were observed via TEM and SEM for partially etched samples, with evidence of tunable metal species on the surface of the Al4C3-CDC samples at different etching temperatures between 300 and 700 °C. Characterization of the aluminum species present over this temperature range took place using solid-state 27Al NMR. The formation of crystalline α-Al2O3 was observed at etching temperatures of 700 °C. The results of this work provide detailed synthesis strategies for controlling not only the porosity and surface area of a carbide-derived carbon, but also the extent and type of residual metal nanoparticles embedded in the final structure." @default.
• W2557431644 created "2016-12-08" @default.
• W2557431644 creator A5051213152 @default.
• W2557431644 creator A5051436303 @default.
• W2557431644 creator A5083106584 @default.
• W2557431644 creator A5085579582 @default.
• W2557431644 date "2017-04-01" @default.
• W2557431644 modified "2023-10-16" @default.
• W2557431644 title "Synthesis and characterization of aluminum carbide-derived carbon with residual aluminum-based nanoparticles" @default.
• W2557431644 cites W1154726432 @default.
• W2557431644 cites W166316229 @default.
• W2557431644 cites W1964068428 @default.
• W2557431644 cites W1965367172 @default.
• W2557431644 cites W1965929208 @default.
• W2557431644 cites W1966019350 @default.
• W2557431644 cites W1967708085 @default.
• W2557431644 cites W1969639542 @default.
• W2557431644 cites W1969897360 @default.
• W2557431644 cites W1970619671 @default.
• W2557431644 cites W1974496465 @default.
• W2557431644 cites W1975264953 @default.
• W2557431644 cites W1977478119 @default.
• W2557431644 cites W1979814738 @default.
• W2557431644 cites W1979821813 @default.
• W2557431644 cites W1979866203 @default.
• W2557431644 cites W1983151818 @default.
• W2557431644 cites W1985075987 @default.
• W2557431644 cites W1986592702 @default.
• W2557431644 cites W1988346079 @default.
• W2557431644 cites W1990070176 @default.
• W2557431644 cites W1993099912 @default.
• W2557431644 cites W1995601596 @default.
• W2557431644 cites W1996796658 @default.
• W2557431644 cites W1997025779 @default.
• W2557431644 cites W1998177977 @default.
• W2557431644 cites W1998846036 @default.
• W2557431644 cites W1999918577 @default.
• W2557431644 cites W2006516685 @default.
• W2557431644 cites W2008839524 @default.
• W2557431644 cites W2010516588 @default.
• W2557431644 cites W2012612063 @default.
• W2557431644 cites W2013742361 @default.
• W2557431644 cites W2015770910 @default.
• W2557431644 cites W2015800956 @default.
• W2557431644 cites W2018194342 @default.
• W2557431644 cites W2019076604 @default.
• W2557431644 cites W2023884903 @default.
• W2557431644 cites W2024876728 @default.
• W2557431644 cites W2026609365 @default.
• W2557431644 cites W2029276841 @default.
• W2557431644 cites W2029640678 @default.
• W2557431644 cites W2032773550 @default.
• W2557431644 cites W2038765764 @default.
• W2557431644 cites W2039791350 @default.
• W2557431644 cites W2039844039 @default.
• W2557431644 cites W2049331176 @default.
• W2557431644 cites W2053328406 @default.
• W2557431644 cites W2053709601 @default.
• W2557431644 cites W2055738871 @default.
• W2557431644 cites W2057657402 @default.
• W2557431644 cites W2065194628 @default.
• W2557431644 cites W2066454627 @default.
• W2557431644 cites W2067347870 @default.
• W2557431644 cites W2071766948 @default.
• W2557431644 cites W2071815065 @default.
• W2557431644 cites W2073880884 @default.
• W2557431644 cites W2074486245 @default.
• W2557431644 cites W2075894033 @default.
• W2557431644 cites W2076474141 @default.
• W2557431644 cites W2079704665 @default.
• W2557431644 cites W2080334952 @default.
• W2557431644 cites W2088518295 @default.
• W2557431644 cites W2090461840 @default.
• W2557431644 cites W2124325699 @default.
• W2557431644 cites W2126543994 @default.
• W2557431644 cites W2318943895 @default.
• W2557431644 cites W2325947129 @default.
• W2557431644 cites W2486566254 @default.
• W2557431644 cites W3102484033 @default.
• W2557431644 cites W4233374055 @default.
• W2557431644 cites W4255267419 @default.
• W2557431644 doi "https://doi.org/10.1016/j.carbon.2016.11.083" @default.
• W2557431644 hasPublicationYear "2017" @default.
• W2557431644 type Work @default.
• W2557431644 sameAs 2557431644 @default.
• W2557431644 citedByCount "18" @default.
• W2557431644 countsByYear W25574316442018 @default.
• W2557431644 countsByYear W25574316442019 @default.
• W2557431644 countsByYear W25574316442020 @default.
• W2557431644 countsByYear W25574316442021 @default.
• W2557431644 countsByYear W25574316442022 @default.
• W2557431644 countsByYear W25574316442023 @default.
• W2557431644 crossrefType "journal-article" @default.
• W2557431644 hasAuthorship W2557431644A5051213152 @default.
• W2557431644 hasAuthorship W2557431644A5051436303 @default.
• W2557431644 hasAuthorship W2557431644A5083106584 @default.
• W2557431644 hasAuthorship W2557431644A5085579582 @default.
• W2557431644 hasBestOaLocation W25574316441 @default.

• next