FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2474822021> ?p ?o ?g. }

• W2474822021 endingPage "58" @default.
• W2474822021 startingPage "47" @default.
• W2474822021 abstract "N-doped carbon materials of various morphologies (carbon platelets, carbon nanotubes) were prepared by simultaneous carbonization of CH3CN and decomposition of Mg-Co-Al layered double hydroxides (LDHs) at 600, 700 and 800 °C followed by treatment with HCl.Several techniques including powder X-ray diffraction, thermogravimetric analysis, elemental analysis, Raman spectroscopy, X-ray photoelectron spectroscopy, Fourier transform infrared spectroscopy, scanning electron microscopy and nitrogen sorption were applied to describe their physicochemical features. The electrocatalytic performance of N-doped carbon materials for oxygen reduction reaction (ORR) was evaluated using rotating disk electrode (RDE) and cyclic voltammetry (CV) measurements in alkaline solution.The samples prepared at 600 and 700 °C appear to be more active for ORR than that prepared at 800 °C. Higher activity of C-600 and C-700 is associated with higher contribution of carbon platelets providing higher specific surface area and offering higher concentration of the active sites. The contribution of carbon tubular nanostructures in C-600, C-700 and C-800 increases with increasing synthesis temperature. The presence of carbon nanotubes seems to be not advantageous for ORR performance.The N-doped carbon materials are able to catalyze the oxygen reduction reaction by 2 and 4 electrons. The order of selectivity for 4-electron reduction is the following: C-800 < C-700 < C-600. Among studied samples, C-600 has the highest concentration of pyridinic nitrogen being responsible for 4-electron reduction and the lowest concentration of O-containing groups, in particular carbonyl and carboxyl, being responsible for 2-electron reduction." @default.
• W2474822021 created "2016-07-22" @default.
• W2474822021 creator A5006134004 @default.
• W2474822021 creator A5021569785 @default.
• W2474822021 creator A5042377851 @default.
• W2474822021 creator A5082665060 @default.
• W2474822021 creator A5086847641 @default.
• W2474822021 creator A5087453048 @default.
• W2474822021 date "2016-09-01" @default.
• W2474822021 modified "2023-09-24" @default.
• W2474822021 title "Nitrogen-doped carbon materials derived from acetonitrile and Mg-Co-Al layered double hydroxides as electrocatalysts for oxygen reduction reaction" @default.
• W2474822021 cites W1965977053 @default.
• W2474822021 cites W1968361391 @default.
• W2474822021 cites W1968482311 @default.
• W2474822021 cites W1971290085 @default.
• W2474822021 cites W1977271046 @default.
• W2474822021 cites W1977609645 @default.
• W2474822021 cites W1980215736 @default.
• W2474822021 cites W1981022317 @default.
• W2474822021 cites W1981549647 @default.
• W2474822021 cites W1982163464 @default.
• W2474822021 cites W1983200462 @default.
• W2474822021 cites W1984716113 @default.
• W2474822021 cites W1986692659 @default.
• W2474822021 cites W1988114622 @default.
• W2474822021 cites W1989162629 @default.
• W2474822021 cites W1989178875 @default.
• W2474822021 cites W1991744672 @default.
• W2474822021 cites W1992914904 @default.
• W2474822021 cites W1995376307 @default.
• W2474822021 cites W1996698893 @default.
• W2474822021 cites W1998567219 @default.
• W2474822021 cites W2003750879 @default.
• W2474822021 cites W2004724609 @default.
• W2474822021 cites W2005375694 @default.
• W2474822021 cites W2005829230 @default.
• W2474822021 cites W2008120078 @default.
• W2474822021 cites W2011950734 @default.
• W2474822021 cites W2012525714 @default.
• W2474822021 cites W2013663793 @default.
• W2474822021 cites W2013695828 @default.
• W2474822021 cites W2017328995 @default.
• W2474822021 cites W2018238641 @default.
• W2474822021 cites W2023153713 @default.
• W2474822021 cites W2024386571 @default.
• W2474822021 cites W2026531009 @default.
• W2474822021 cites W2032027336 @default.
• W2474822021 cites W2032444029 @default.
• W2474822021 cites W2033812808 @default.
• W2474822021 cites W2034549613 @default.
• W2474822021 cites W2035803471 @default.
• W2474822021 cites W2038241873 @default.
• W2474822021 cites W2039256569 @default.
• W2474822021 cites W2041327991 @default.
• W2474822021 cites W2041668761 @default.
• W2474822021 cites W2051089436 @default.
• W2474822021 cites W2051708316 @default.
• W2474822021 cites W2051802541 @default.
• W2474822021 cites W2059362080 @default.
• W2474822021 cites W2060175543 @default.
• W2474822021 cites W2062353053 @default.
• W2474822021 cites W2063209220 @default.
• W2474822021 cites W2066931959 @default.
• W2474822021 cites W2068042958 @default.
• W2474822021 cites W2071912417 @default.
• W2474822021 cites W2072278855 @default.
• W2474822021 cites W2073527872 @default.
• W2474822021 cites W2076862005 @default.
• W2474822021 cites W2087538975 @default.
• W2474822021 cites W2089263661 @default.
• W2474822021 cites W2089292084 @default.
• W2474822021 cites W2091938741 @default.
• W2474822021 cites W2101368497 @default.
• W2474822021 cites W2114700261 @default.
• W2474822021 cites W2119626241 @default.
• W2474822021 cites W2154614347 @default.
• W2474822021 cites W2158093581 @default.
• W2474822021 cites W2187666932 @default.
• W2474822021 cites W2218721720 @default.
• W2474822021 cites W2323744207 @default.
• W2474822021 cites W2337621729 @default.
• W2474822021 doi "https://doi.org/10.1016/j.electacta.2016.06.150" @default.
• W2474822021 hasPublicationYear "2016" @default.
• W2474822021 type Work @default.
• W2474822021 sameAs 2474822021 @default.
• W2474822021 citedByCount "11" @default.
• W2474822021 countsByYear W24748220212017 @default.
• W2474822021 countsByYear W24748220212018 @default.
• W2474822021 countsByYear W24748220212019 @default.
• W2474822021 countsByYear W24748220212020 @default.
• W2474822021 countsByYear W24748220212021 @default.
• W2474822021 countsByYear W24748220212022 @default.
• W2474822021 countsByYear W24748220212023 @default.
• W2474822021 crossrefType "journal-article" @default.
• W2474822021 hasAuthorship W2474822021A5006134004 @default.
• W2474822021 hasAuthorship W2474822021A5021569785 @default.
• W2474822021 hasAuthorship W2474822021A5042377851 @default.
• W2474822021 hasAuthorship W2474822021A5082665060 @default.

• next