Matches in SemOpenAlex for { <https://semopenalex.org/work/W2012032059> ?p ?o ?g. }
- W2012032059 endingPage "1798" @default.
- W2012032059 startingPage "1790" @default.
- W2012032059 abstract "Abstract Nanostructured graphitic carbons have widespread applications. However, the synthesis of such materials with a high surface area is still a great challenge. In this study, we demonstrate a new approach for improving the surface area. Graphitic carbon nanocages (CNCs) are prepared by spray pyrolysis of ethanol with dissolved iron carbonyl at high temperature. Ammonium thiocyanate is added to form iron sulfide as a less active catalyst and a template with less carbon dissolution and precipitation than single‐phase Fe. This addition leads to an apparent reduction in cage size from 60 to 40 nm and wall thickness from 5–10 nm to 2–4 nm and a significant increase in surface area from 227 to 550 m 2 g −1 at 800 °C. As an example of a potential application, the CNCs with a thin wall and high surface area are demonstrated to be a superb material for supporting the Pt catalyst used in low‐temperature fuel cells. It is suggested that the present approach may be integrated with previous methods for improving the surface area of graphitic carbons and their performance in many areas of interest." @default.
- W2012032059 created "2016-06-24" @default.
- W2012032059 creator A5015813737 @default.
- W2012032059 creator A5024819163 @default.
- W2012032059 creator A5026258911 @default.
- W2012032059 creator A5027620760 @default.
- W2012032059 creator A5044579750 @default.
- W2012032059 creator A5061862118 @default.
- W2012032059 creator A5070219360 @default.
- W2012032059 date "2008-06-18" @default.
- W2012032059 modified "2023-10-18" @default.
- W2012032059 title "Synthesis and Application of Graphitic Carbon with High Surface Area" @default.
- W2012032059 cites W1493774862 @default.
- W2012032059 cites W1614416352 @default.
- W2012032059 cites W1671248795 @default.
- W2012032059 cites W1673405048 @default.
- W2012032059 cites W1976736514 @default.
- W2012032059 cites W1976959722 @default.
- W2012032059 cites W1992977371 @default.
- W2012032059 cites W1993737543 @default.
- W2012032059 cites W1993914093 @default.
- W2012032059 cites W1998092008 @default.
- W2012032059 cites W2000183870 @default.
- W2012032059 cites W2000549317 @default.
- W2012032059 cites W2001979116 @default.
- W2012032059 cites W2002663458 @default.
- W2012032059 cites W2002872471 @default.
- W2012032059 cites W2004178680 @default.
- W2012032059 cites W2006801235 @default.
- W2012032059 cites W2008302913 @default.
- W2012032059 cites W2008648792 @default.
- W2012032059 cites W2010710078 @default.
- W2012032059 cites W2019859812 @default.
- W2012032059 cites W2024950835 @default.
- W2012032059 cites W2027605038 @default.
- W2012032059 cites W2028755877 @default.
- W2012032059 cites W2030406970 @default.
- W2012032059 cites W2031342801 @default.
- W2012032059 cites W2045889405 @default.
- W2012032059 cites W2046851943 @default.
- W2012032059 cites W2048929415 @default.
- W2012032059 cites W2048953780 @default.
- W2012032059 cites W2053494306 @default.
- W2012032059 cites W2062368922 @default.
- W2012032059 cites W2064801974 @default.
- W2012032059 cites W2067151518 @default.
- W2012032059 cites W2068565708 @default.
- W2012032059 cites W2069899254 @default.
- W2012032059 cites W2073991299 @default.
- W2012032059 cites W2074415611 @default.
- W2012032059 cites W2078268113 @default.
- W2012032059 cites W2086003167 @default.
- W2012032059 cites W2093772528 @default.
- W2012032059 cites W2094330728 @default.
- W2012032059 cites W2097089901 @default.
- W2012032059 cites W2104433928 @default.
- W2012032059 cites W2105400818 @default.
- W2012032059 cites W2109376760 @default.
- W2012032059 cites W2142841029 @default.
- W2012032059 cites W2145396447 @default.
- W2012032059 cites W2151167324 @default.
- W2012032059 cites W2169745012 @default.
- W2012032059 cites W2488742747 @default.
- W2012032059 doi "https://doi.org/10.1002/adfm.200701263" @default.
- W2012032059 hasPublicationYear "2008" @default.
- W2012032059 type Work @default.
- W2012032059 sameAs 2012032059 @default.
- W2012032059 citedByCount "60" @default.
- W2012032059 countsByYear W20120320592012 @default.
- W2012032059 countsByYear W20120320592013 @default.
- W2012032059 countsByYear W20120320592014 @default.
- W2012032059 countsByYear W20120320592015 @default.
- W2012032059 countsByYear W20120320592016 @default.
- W2012032059 countsByYear W20120320592017 @default.
- W2012032059 countsByYear W20120320592018 @default.
- W2012032059 countsByYear W20120320592020 @default.
- W2012032059 countsByYear W20120320592021 @default.
- W2012032059 countsByYear W20120320592022 @default.
- W2012032059 countsByYear W20120320592023 @default.
- W2012032059 crossrefType "journal-article" @default.
- W2012032059 hasAuthorship W2012032059A5015813737 @default.
- W2012032059 hasAuthorship W2012032059A5024819163 @default.
- W2012032059 hasAuthorship W2012032059A5026258911 @default.
- W2012032059 hasAuthorship W2012032059A5027620760 @default.
- W2012032059 hasAuthorship W2012032059A5044579750 @default.
- W2012032059 hasAuthorship W2012032059A5061862118 @default.
- W2012032059 hasAuthorship W2012032059A5070219360 @default.
- W2012032059 hasConcept C104779481 @default.
- W2012032059 hasConcept C107054158 @default.
- W2012032059 hasConcept C121332964 @default.
- W2012032059 hasConcept C127413603 @default.
- W2012032059 hasConcept C128355301 @default.
- W2012032059 hasConcept C140205800 @default.
- W2012032059 hasConcept C150581940 @default.
- W2012032059 hasConcept C153294291 @default.
- W2012032059 hasConcept C159985019 @default.
- W2012032059 hasConcept C161790260 @default.
- W2012032059 hasConcept C171250308 @default.