FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2091386181> ?p ?o ?g. }

• W2091386181 endingPage "774" @default.
• W2091386181 startingPage "761" @default.
• W2091386181 abstract "Novel procedures are developed for the synthesis of highly stable carbon composite catalyst supports (CCCS-800 °C and CCCS-1100 °C) and an activated carbon composite catalyst support (A-CCCS). These supports are synthesized through: (i) surface modification with acids and inclusion of oxygen groups, (ii) metal-catalyzed pyrolysis, and (iii) chemical leaching to remove excess metal used to dope the support. The procedure results in increasing carbon graphitization and inclusion of non-metallic active sites on the support surface. Catalytic activity of CCCS indicates an onset potential of 0.86 V for the oxygen reduction reaction (ORR) with well-defined kinetic and mass-transfer regions and ∼2.5% H2O2 production in rotating ring disk electrode (RRDE) studies. Support stability studies at 1.2 V constant potential holding for 400 h indicate high stability for the 30% Pt/A-CCCS catalyst with a cell potential loss of 27 mV at 800 mA cm−2 under H2-air, 32% mass activity loss, and 30% ECSA loss. Performance evaluation in polymer electrolyte membrane (PEM) fuel cell shows power densities (rated) of 0.18 and 0.23 gPt kW−1 for the 30% Pt/A-CCCS and 30% Pt/CCCS-800 °C catalysts, respectively. The stabilities of various supports developed in this study are compared with those of a commercial Pt/C catalyst." @default.
• W2091386181 created "2016-06-24" @default.
• W2091386181 creator A5027029517 @default.
• W2091386181 creator A5040206140 @default.
• W2091386181 creator A5049764169 @default.
• W2091386181 creator A5054987053 @default.
• W2091386181 creator A5057975436 @default.
• W2091386181 creator A5086931292 @default.
• W2091386181 date "2015-01-01" @default.
• W2091386181 modified "2023-09-24" @default.
• W2091386181 title "Development of catalytically active and highly stable catalyst supports for polymer electrolyte membrane fuel cells" @default.
• W2091386181 cites W1680328791 @default.
• W2091386181 cites W1761212600 @default.
• W2091386181 cites W1965079230 @default.
• W2091386181 cites W1968270258 @default.
• W2091386181 cites W1970422532 @default.
• W2091386181 cites W1973828753 @default.
• W2091386181 cites W1974710927 @default.
• W2091386181 cites W1975373060 @default.
• W2091386181 cites W1975905088 @default.
• W2091386181 cites W1977365659 @default.
• W2091386181 cites W1978549444 @default.
• W2091386181 cites W1980305202 @default.
• W2091386181 cites W1982163464 @default.
• W2091386181 cites W1988457545 @default.
• W2091386181 cites W1990912241 @default.
• W2091386181 cites W1991744672 @default.
• W2091386181 cites W1991758992 @default.
• W2091386181 cites W1991928146 @default.
• W2091386181 cites W1992181343 @default.
• W2091386181 cites W1996822556 @default.
• W2091386181 cites W1998120740 @default.
• W2091386181 cites W2002398203 @default.
• W2091386181 cites W2007844825 @default.
• W2091386181 cites W2017256139 @default.
• W2091386181 cites W2018899428 @default.
• W2091386181 cites W2022299938 @default.
• W2091386181 cites W2023658832 @default.
• W2091386181 cites W2024193469 @default.
• W2091386181 cites W2024386571 @default.
• W2091386181 cites W2027225797 @default.
• W2091386181 cites W2027416940 @default.
• W2091386181 cites W2027790453 @default.
• W2091386181 cites W2029685497 @default.
• W2091386181 cites W2030622435 @default.
• W2091386181 cites W2033589338 @default.
• W2091386181 cites W2033714347 @default.
• W2091386181 cites W2041668761 @default.
• W2091386181 cites W2043993334 @default.
• W2091386181 cites W2047687780 @default.
• W2091386181 cites W2050513027 @default.
• W2091386181 cites W2056230336 @default.
• W2091386181 cites W2056503951 @default.
• W2091386181 cites W2057639036 @default.
• W2091386181 cites W2059362080 @default.
• W2091386181 cites W2063209220 @default.
• W2091386181 cites W2063874329 @default.
• W2091386181 cites W2064672374 @default.
• W2091386181 cites W2067950728 @default.
• W2091386181 cites W2070916579 @default.
• W2091386181 cites W2072324889 @default.
• W2091386181 cites W2072550404 @default.
• W2091386181 cites W2074207002 @default.
• W2091386181 cites W2078547799 @default.
• W2091386181 cites W2080593226 @default.
• W2091386181 cites W2082881345 @default.
• W2091386181 cites W2088013616 @default.
• W2091386181 cites W2088525814 @default.
• W2091386181 cites W2088923848 @default.
• W2091386181 cites W2091232291 @default.
• W2091386181 cites W2091995554 @default.
• W2091386181 cites W2096701162 @default.
• W2091386181 cites W2098806715 @default.
• W2091386181 cites W2099030035 @default.
• W2091386181 cites W2104433928 @default.
• W2091386181 cites W2108905619 @default.
• W2091386181 cites W2108964973 @default.
• W2091386181 cites W2151281598 @default.
• W2091386181 cites W2152691521 @default.
• W2091386181 cites W2154008946 @default.
• W2091386181 cites W2157937984 @default.
• W2091386181 cites W2164008457 @default.
• W2091386181 cites W2165503921 @default.
• W2091386181 cites W2317891893 @default.
• W2091386181 cites W2318486824 @default.
• W2091386181 cites W2322632430 @default.
• W2091386181 cites W2327759133 @default.
• W2091386181 cites W2328544686 @default.
• W2091386181 cites W2992823476 @default.
• W2091386181 doi "https://doi.org/10.1016/j.jpowsour.2014.09.142" @default.
• W2091386181 hasPublicationYear "2015" @default.
• W2091386181 type Work @default.
• W2091386181 sameAs 2091386181 @default.
• W2091386181 citedByCount "30" @default.
• W2091386181 countsByYear W20913861812015 @default.
• W2091386181 countsByYear W20913861812016 @default.
• W2091386181 countsByYear W20913861812017 @default.
• W2091386181 countsByYear W20913861812018 @default.

• next