FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2905062891> ?p ?o ?g. }

• W2905062891 endingPage "705" @default.
• W2905062891 startingPage "699" @default.
• W2905062891 abstract "The electro-catalyzed oxygen reduction and evolution reactions (ORR/OER) are the key elements of many energy conversion systems, such as fuel cells, water electrolyzers, and rechargeable metal–air batteries. Structural design of durable non-noble nanomaterials as bifunctional OER/ORR catalysts is a major drawback to commercial applications. Herein, we exposed a strongly coupled hybrid material comprising of NiFeP-cubes nanoparticles supported on three-dimensional interconnected Fe,N-decorated carbon (3D-FeNC) as a robust bifunctional ORR/OER catalyst. The strongly coupled NiFeP@3D-FeNC catalyst shows better electron and mass transfer capability, exposure of abundant ORR/OER active sites on the surface, and strongly coupled effects. Accordingly, the as-prepared NiFeP@3D-FeNC catalyst exhibits robust ORR activity (half-wave potential of 0.84 V vs reversible hydrogen electrode) and OER performance (over-potential 0.25 V@10 mA cm–2) in alkaline media. Significantly, the oxygen electrode prepared from the NiFeP@3D-FeNC catalyst further demonstrated superior charge/discharge behavior and long-lasting rechargeability than the benchmark Pt/C + IrO2 catalyst in rechargeable zinc–O2 batteries. This approach opens up a new avenue for the synthesis and advanced the hybrid nanomaterials for various applications." @default.
• W2905062891 created "2018-12-22" @default.
• W2905062891 creator A5000189606 @default.
• W2905062891 creator A5000432967 @default.
• W2905062891 creator A5027105361 @default.
• W2905062891 creator A5042096402 @default.
• W2905062891 creator A5047901050 @default.
• W2905062891 creator A5058903260 @default.
• W2905062891 creator A5068952541 @default.
• W2905062891 date "2018-12-13" @default.
• W2905062891 modified "2023-10-16" @default.
• W2905062891 title "Three-Dimensional Fe,N-Decorated Carbon-Supported NiFeP Nanoparticles as an Efficient Bifunctional Catalyst for Rechargeable Zinc–O₂ Batteries" @default.
• W2905062891 cites W1974933731 @default.
• W2905062891 cites W1977044862 @default.
• W2905062891 cites W1983865850 @default.
• W2905062891 cites W1986195379 @default.
• W2905062891 cites W1987262360 @default.
• W2905062891 cites W2004091366 @default.
• W2905062891 cites W2006408038 @default.
• W2905062891 cites W2011059945 @default.
• W2905062891 cites W2026789804 @default.
• W2905062891 cites W2041004975 @default.
• W2905062891 cites W2044657902 @default.
• W2905062891 cites W2058208815 @default.
• W2905062891 cites W2063984037 @default.
• W2905062891 cites W2069970048 @default.
• W2905062891 cites W2086375880 @default.
• W2905062891 cites W2090733100 @default.
• W2905062891 cites W2110398213 @default.
• W2905062891 cites W2114291507 @default.
• W2905062891 cites W2120369148 @default.
• W2905062891 cites W2131800591 @default.
• W2905062891 cites W2167235277 @default.
• W2905062891 cites W2182010120 @default.
• W2905062891 cites W2189316240 @default.
• W2905062891 cites W2298245557 @default.
• W2905062891 cites W2305210932 @default.
• W2905062891 cites W2314728146 @default.
• W2905062891 cites W2318125421 @default.
• W2905062891 cites W2326291977 @default.
• W2905062891 cites W2328933967 @default.
• W2905062891 cites W2403181863 @default.
• W2905062891 cites W2521342896 @default.
• W2905062891 cites W2531812664 @default.
• W2905062891 cites W2535709527 @default.
• W2905062891 cites W2536246483 @default.
• W2905062891 cites W2545856183 @default.
• W2905062891 cites W2562919331 @default.
• W2905062891 cites W2575641932 @default.
• W2905062891 cites W2586245244 @default.
• W2905062891 cites W2588986811 @default.
• W2905062891 cites W2612894422 @default.
• W2905062891 cites W2626633488 @default.
• W2905062891 cites W2738731106 @default.
• W2905062891 cites W2752755596 @default.
• W2905062891 cites W2754614059 @default.
• W2905062891 cites W2754745913 @default.
• W2905062891 cites W2760288716 @default.
• W2905062891 cites W2766856181 @default.
• W2905062891 cites W2767359227 @default.
• W2905062891 cites W2772238209 @default.
• W2905062891 cites W2792542793 @default.
• W2905062891 cites W2796190519 @default.
• W2905062891 cites W2883487944 @default.
• W2905062891 cites W2883719975 @default.
• W2905062891 cites W2884655462 @default.
• W2905062891 cites W2891176893 @default.
• W2905062891 doi "https://doi.org/10.1021/acsami.8b16126" @default.
• W2905062891 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30543400" @default.
• W2905062891 hasPublicationYear "2018" @default.
• W2905062891 type Work @default.
• W2905062891 sameAs 2905062891 @default.
• W2905062891 citedByCount "75" @default.
• W2905062891 countsByYear W29050628912019 @default.
• W2905062891 countsByYear W29050628912020 @default.
• W2905062891 countsByYear W29050628912021 @default.
• W2905062891 countsByYear W29050628912022 @default.
• W2905062891 countsByYear W29050628912023 @default.
• W2905062891 crossrefType "journal-article" @default.
• W2905062891 hasAuthorship W2905062891A5000189606 @default.
• W2905062891 hasAuthorship W2905062891A5000432967 @default.
• W2905062891 hasAuthorship W2905062891A5027105361 @default.
• W2905062891 hasAuthorship W2905062891A5042096402 @default.
• W2905062891 hasAuthorship W2905062891A5047901050 @default.
• W2905062891 hasAuthorship W2905062891A5058903260 @default.
• W2905062891 hasAuthorship W2905062891A5068952541 @default.
• W2905062891 hasConcept C127413603 @default.
• W2905062891 hasConcept C135473242 @default.
• W2905062891 hasConcept C138631740 @default.
• W2905062891 hasConcept C147789679 @default.
• W2905062891 hasConcept C155672457 @default.
• W2905062891 hasConcept C161790260 @default.
• W2905062891 hasConcept C171250308 @default.
• W2905062891 hasConcept C17525397 @default.
• W2905062891 hasConcept C178790620 @default.
• W2905062891 hasConcept C185592680 @default.
• W2905062891 hasConcept C192562407 @default.
• W2905062891 hasConcept C2779412933 @default.

• next