FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2040672564> ?p ?o ?g. }

• W2040672564 endingPage "5695" @default.
• W2040672564 startingPage "5695" @default.
• W2040672564 abstract "Mesocellular carbon foam (MSU-F-C) is functionalized with hollow nanographite by a simple solution-phase method to enhance the intrapenetrating electrical percolation network. The electrical conductivity of the resulting material, denoted as MSU-F-C-G, is increased by a factor of 20.5 compared with the pristine MSU-F-C. Hollow graphite nanoparticles are well-dispersed in mesocellular carbon foam, as confirmed by transmission electron microscopy (TEM), and the d spacing of the (002) planes is 0.343 nm, which is only slightly larger than that of pure graphite (0.335 nm), suggesting a random combination of graphitic and turbostratic stacking. After nanographitic functionalization, the BET surface area and total pore volume decreased from 928 m2 g−1 and 1.5 cm3 g−1 to 394 m2 g−1 and 0.7 cm3 g−1, respectively. Thermogravimetric analysis in air shows that the thermal stability of MSU-F-C-G is improved relative to that of MSU-F-C, and the one-step weight loss indicates that the nanographite is homogeneously functionalized on the MSU-F-C particles. When the resulting mesocellular carbon materials are used as electrode materials for an electric double layer capacitor (EDLC), the specific capacitances (Csp) of the MSU-F-C and MSU-F-C-G electrodes at 4 mV s−1 are 109 F g−1 and 93 F g−1, respectively. The MSU-F-C-G electrode exhibited a very high area capacitance (Carea, 23.5 μF cm−2) compared with that of the MSU-F-C electrode (11.7 μF cm−2), which is attributed to the enhanced intraparticle conductivity by the nanographitic functionalization. MSU-F-C-G exhibited high capacity retention (52%) at a very high scan rate of 512 mV s−1, while only a 23% capacity retention at 512 mV s−1 was observed in the case of the MSU-F-C electrode. When applied as an anode in a lithium ion battery, a significant increase in the initial efficiency (44%), high reversible discharge capacity (580 mA h g−1) in the lower voltage region, and a higher rate capability were observed. The high rate capability of the MSU-F-C-G electrode as charge storage was due to the low resistance derived from the nanographitic functionalization." @default.
• W2040672564 created "2016-06-24" @default.
• W2040672564 creator A5003569211 @default.
• W2040672564 creator A5006659812 @default.
• W2040672564 creator A5026000597 @default.
• W2040672564 creator A5046324835 @default.
• W2040672564 creator A5065312948 @default.
• W2040672564 creator A5085577067 @default.
• W2040672564 date "2012-01-01" @default.
• W2040672564 modified "2023-10-11" @default.
• W2040672564 title "Nano-graphite functionalized mesocellular carbon foam with enhanced intra-penetrating electrical percolation networks for high performance electrochemical energy storage electrode materials" @default.
• W2040672564 cites W1495146461 @default.
• W2040672564 cites W1614416352 @default.
• W2040672564 cites W1918133149 @default.
• W2040672564 cites W1965798647 @default.
• W2040672564 cites W1966505142 @default.
• W2040672564 cites W1968732513 @default.
• W2040672564 cites W1972375105 @default.
• W2040672564 cites W1974666646 @default.
• W2040672564 cites W1980058225 @default.
• W2040672564 cites W1981164146 @default.
• W2040672564 cites W1984369343 @default.
• W2040672564 cites W1986818240 @default.
• W2040672564 cites W1987722945 @default.
• W2040672564 cites W1994549314 @default.
• W2040672564 cites W2000302596 @default.
• W2040672564 cites W2018198024 @default.
• W2040672564 cites W2020609369 @default.
• W2040672564 cites W2022931544 @default.
• W2040672564 cites W2025487231 @default.
• W2040672564 cites W2025932520 @default.
• W2040672564 cites W2028019288 @default.
• W2040672564 cites W2028755877 @default.
• W2040672564 cites W2039103691 @default.
• W2040672564 cites W2041301774 @default.
• W2040672564 cites W2045597327 @default.
• W2040672564 cites W2047055393 @default.
• W2040672564 cites W2047065392 @default.
• W2040672564 cites W2048148006 @default.
• W2040672564 cites W2051970163 @default.
• W2040672564 cites W2052871659 @default.
• W2040672564 cites W2056113972 @default.
• W2040672564 cites W2060834880 @default.
• W2040672564 cites W2069177638 @default.
• W2040672564 cites W2071792132 @default.
• W2040672564 cites W2072405412 @default.
• W2040672564 cites W2074570122 @default.
• W2040672564 cites W2075549268 @default.
• W2040672564 cites W2077945711 @default.
• W2040672564 cites W2078324267 @default.
• W2040672564 cites W2095116945 @default.
• W2040672564 cites W2097685240 @default.
• W2040672564 cites W2104231064 @default.
• W2040672564 cites W2106248046 @default.
• W2040672564 cites W2115788728 @default.
• W2040672564 cites W2118770570 @default.
• W2040672564 cites W2118963444 @default.
• W2040672564 cites W2121367546 @default.
• W2040672564 cites W2123942020 @default.
• W2040672564 cites W2140021850 @default.
• W2040672564 cites W2142841029 @default.
• W2040672564 cites W2154874180 @default.
• W2040672564 cites W2157834458 @default.
• W2040672564 cites W2169682878 @default.
• W2040672564 cites W2334591960 @default.
• W2040672564 cites W4236051258 @default.
• W2040672564 cites W4247424891 @default.
• W2040672564 cites W4376848506 @default.
• W2040672564 doi "https://doi.org/10.1039/c2cp40657h" @default.
• W2040672564 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/22434145" @default.
• W2040672564 hasPublicationYear "2012" @default.
• W2040672564 type Work @default.
• W2040672564 sameAs 2040672564 @default.
• W2040672564 citedByCount "26" @default.
• W2040672564 countsByYear W20406725642012 @default.
• W2040672564 countsByYear W20406725642013 @default.
• W2040672564 countsByYear W20406725642014 @default.
• W2040672564 countsByYear W20406725642015 @default.
• W2040672564 countsByYear W20406725642016 @default.
• W2040672564 countsByYear W20406725642017 @default.
• W2040672564 countsByYear W20406725642019 @default.
• W2040672564 countsByYear W20406725642020 @default.
• W2040672564 countsByYear W20406725642021 @default.
• W2040672564 countsByYear W20406725642022 @default.
• W2040672564 countsByYear W20406725642023 @default.
• W2040672564 crossrefType "journal-article" @default.
• W2040672564 hasAuthorship W2040672564A5003569211 @default.
• W2040672564 hasAuthorship W2040672564A5006659812 @default.
• W2040672564 hasAuthorship W2040672564A5026000597 @default.
• W2040672564 hasAuthorship W2040672564A5046324835 @default.
• W2040672564 hasAuthorship W2040672564A5065312948 @default.
• W2040672564 hasAuthorship W2040672564A5085577067 @default.
• W2040672564 hasBestOaLocation W20406725642 @default.
• W2040672564 hasConcept C104779481 @default.
• W2040672564 hasConcept C127413603 @default.
• W2040672564 hasConcept C140205800 @default.
• W2040672564 hasConcept C147789679 @default.
• W2040672564 hasConcept C150581940 @default.

• next