FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2603637882> ?p ?o ?g. }

• W2603637882 endingPage "10787" @default.
• W2603637882 startingPage "10777" @default.
• W2603637882 abstract "The critical issues in practical application of microbial fuel cells (MFCs) for wastewater treatment are the high cost and poor activity and durability of precious metal catalysts. To alleviate the activity loss and kinetic barriers for oxygen reduction reaction (ORR) on cathode, (Fe)/Fe3O4/FeS/N-doped graphitic carbon ((Fe)/Fe3O4/FeS/NGC) is prepared as ORR catalyst through a one-step method using waste pomelo skins as carbon source. Various characterization techniques and electrochemical analyses are conducted to illustrate the correlation between structural characteristics and catalytic activity. MFCs with Fe/Fe3O4/FeS/NGC (900 °C) cathode produces the maximum power density of 930 ± 10 mW m–2 (Pt/C of 489 mW m–2) and maintains a good long-term durability, which only declines 18% after 90 day operation. Coulombic efficiency (22.2%) obtained by Fe/Fe3O4/FeS/NGC (900 °C) cathode is significantly higher than that of Pt/C (17.3%). Metallic state FeS anchored in porous NGC skeleton can boost electron transport through the interconnected channels in spongelike structure to improve catalytic activity. Charge delocalization of C atoms can be strengthened by N atoms incorporation into carbon skeleton, which correspondingly contributes to the O2 chemisorptions and O–O bond weakening during ORR. Energetically existed active components (Fe and N species) are more efficient than Pt to trap and consume electrons in catalyzing ORR in wastewater containing Pt-poisoning substances (bacterial metabolites). (Fe)/Fe3O4/FeS/NGC catalysts with the advantages of durable power outputs and environmental-friendly raw material can cover the shortages of Pt/C and provide an outlook for further applications of these catalysts." @default.
• W2603637882 created "2017-04-07" @default.
• W2603637882 creator A5008380382 @default.
• W2603637882 creator A5017155599 @default.
• W2603637882 creator A5032363532 @default.
• W2603637882 creator A5042064600 @default.
• W2603637882 creator A5045535727 @default.
• W2603637882 creator A5045631343 @default.
• W2603637882 creator A5053046982 @default.
• W2603637882 creator A5053664519 @default.
• W2603637882 creator A5066168744 @default.
• W2603637882 date "2017-03-20" @default.
• W2603637882 modified "2023-10-16" @default.
• W2603637882 title "Metallic State FeS Anchored (Fe)/Fe₃O₄/N-Doped Graphitic Carbon with Porous Spongelike Structure as Durable Catalysts for Enhancing Bioelectricity Generation" @default.
• W2603637882 cites W1970377394 @default.
• W2603637882 cites W1973620555 @default.
• W2603637882 cites W1999535575 @default.
• W2603637882 cites W2000104829 @default.
• W2603637882 cites W2005558908 @default.
• W2603637882 cites W2011423275 @default.
• W2603637882 cites W2011495617 @default.
• W2603637882 cites W2014101907 @default.
• W2603637882 cites W2014341137 @default.
• W2603637882 cites W2016580061 @default.
• W2603637882 cites W2023800835 @default.
• W2603637882 cites W2025867406 @default.
• W2603637882 cites W2027491539 @default.
• W2603637882 cites W2031311944 @default.
• W2603637882 cites W2039714242 @default.
• W2603637882 cites W2039922946 @default.
• W2603637882 cites W2056727685 @default.
• W2603637882 cites W2090689053 @default.
• W2603637882 cites W2091995770 @default.
• W2603637882 cites W2093445010 @default.
• W2603637882 cites W2122382695 @default.
• W2603637882 cites W2125871600 @default.
• W2603637882 cites W2135228971 @default.
• W2603637882 cites W2137449886 @default.
• W2603637882 cites W2138286613 @default.
• W2603637882 cites W2142804831 @default.
• W2603637882 cites W2146484460 @default.
• W2603637882 cites W2156675851 @default.
• W2603637882 cites W2160197295 @default.
• W2603637882 cites W2174459666 @default.
• W2603637882 cites W2195129696 @default.
• W2603637882 cites W2204527570 @default.
• W2603637882 cites W2205871849 @default.
• W2603637882 cites W2226843409 @default.
• W2603637882 cites W2290307369 @default.
• W2603637882 cites W2296429366 @default.
• W2603637882 cites W2304376414 @default.
• W2603637882 cites W2312596693 @default.
• W2603637882 cites W2313136340 @default.
• W2603637882 cites W2314283937 @default.
• W2603637882 cites W2318556979 @default.
• W2603637882 cites W2325540246 @default.
• W2603637882 cites W2345726098 @default.
• W2603637882 cites W2361706086 @default.
• W2603637882 cites W2402294746 @default.
• W2603637882 cites W2424016597 @default.
• W2603637882 cites W2442082289 @default.
• W2603637882 cites W2485982826 @default.
• W2603637882 cites W2500445638 @default.
• W2603637882 cites W2510903937 @default.
• W2603637882 cites W2520651603 @default.
• W2603637882 cites W2522308995 @default.
• W2603637882 cites W2551982969 @default.
• W2603637882 cites W4371580287 @default.
• W2603637882 cites W608135482 @default.
• W2603637882 cites W953027069 @default.
• W2603637882 doi "https://doi.org/10.1021/acsami.7b01531" @default.
• W2603637882 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28291333" @default.
• W2603637882 hasPublicationYear "2017" @default.
• W2603637882 type Work @default.
• W2603637882 sameAs 2603637882 @default.
• W2603637882 citedByCount "27" @default.
• W2603637882 countsByYear W26036378822018 @default.
• W2603637882 countsByYear W26036378822019 @default.
• W2603637882 countsByYear W26036378822020 @default.
• W2603637882 countsByYear W26036378822021 @default.
• W2603637882 countsByYear W26036378822022 @default.
• W2603637882 countsByYear W26036378822023 @default.
• W2603637882 crossrefType "journal-article" @default.
• W2603637882 hasAuthorship W2603637882A5008380382 @default.
• W2603637882 hasAuthorship W2603637882A5017155599 @default.
• W2603637882 hasAuthorship W2603637882A5032363532 @default.
• W2603637882 hasAuthorship W2603637882A5042064600 @default.
• W2603637882 hasAuthorship W2603637882A5045535727 @default.
• W2603637882 hasAuthorship W2603637882A5045631343 @default.
• W2603637882 hasAuthorship W2603637882A5053046982 @default.
• W2603637882 hasAuthorship W2603637882A5053664519 @default.
• W2603637882 hasAuthorship W2603637882A5066168744 @default.
• W2603637882 hasConcept C104304963 @default.
• W2603637882 hasConcept C104779481 @default.
• W2603637882 hasConcept C127413603 @default.
• W2603637882 hasConcept C130349721 @default.
• W2603637882 hasConcept C140205800 @default.
• W2603637882 hasConcept C147789679 @default.

• next