FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4377013385> ?p ?o ?g. }

• W4377013385 endingPage "5796" @default.
• W4377013385 startingPage "5787" @default.
• W4377013385 abstract "Non-noble metal-based electrocatalysts have attracted extensive interest due to their low-cost, earth-abundance, and highly efficient catalytic performance as alternatives to noble metal counterparts. However, conventional approaches to synthesize electrocatalysts can endure overlong synthesis time with throughput degradation. Here, we demonstrate an ultrafast thermal method to synthesize non-noble metal-based electrocatalysts for overall water splitting. The method can be extensively used for metal-based catalysts, including metal oxides, metal carbides, alloys, and their composites. Among them, we select two outstanding electrocatalysts as examples for hydrogen evolution reaction (HER) and oxygen evolution reaction (OER). The hybrid structure of nickel oxides and molybdenum carbides on activated carbon felt (Ni–Mo@ACF) for HER shows remarkable catalytic activity with a low overpotential of 87 mV and an excellent durability for 48 h at a current density of 10 mA cm–2. The NiFe alloy nanosheets on activated carbon felt (NiFe@ACF) for OER show superb catalytic activity with a low overpotential of 270 mV and great durability for 48 h at a current density of 10 mA cm–2. Consequently, an overall water splitter assembled with Ni–Mo@ACF as the cathode and NiFe@ACF as the anode only requires a low cell voltage of 1.60 V to drive a current density of 10 mA cm–2 with excellent durability for 36 h, which is the best among non-noble metal-based electrocatalysts reported so far. This work offers an approach for the ultrafast and facile synthesis of non-noble metal-based electrocatalysts for water splitting and other applications." @default.
• W4377013385 created "2023-05-19" @default.
• W4377013385 creator A5002474735 @default.
• W4377013385 creator A5006645143 @default.
• W4377013385 creator A5010483409 @default.
• W4377013385 creator A5018898066 @default.
• W4377013385 creator A5032769409 @default.
• W4377013385 creator A5033923462 @default.
• W4377013385 creator A5057925240 @default.
• W4377013385 creator A5077743698 @default.
• W4377013385 date "2023-05-18" @default.
• W4377013385 modified "2023-10-15" @default.
• W4377013385 title "Ultrafast Thermal Synthesis of Non-Noble Metal-Based Electrocatalysts for Overall Water Splitting" @default.
• W4377013385 cites W2091875228 @default.
• W4377013385 cites W2540814384 @default.
• W4377013385 cites W2614702079 @default.
• W4377013385 cites W2784551131 @default.
• W4377013385 cites W2792272816 @default.
• W4377013385 cites W2792372796 @default.
• W4377013385 cites W2795185600 @default.
• W4377013385 cites W2801023964 @default.
• W4377013385 cites W2808045042 @default.
• W4377013385 cites W2898571587 @default.
• W4377013385 cites W2901247125 @default.
• W4377013385 cites W2904995710 @default.
• W4377013385 cites W2914785248 @default.
• W4377013385 cites W2916232147 @default.
• W4377013385 cites W2920603379 @default.
• W4377013385 cites W2925855768 @default.
• W4377013385 cites W2936286278 @default.
• W4377013385 cites W2940144237 @default.
• W4377013385 cites W2946491974 @default.
• W4377013385 cites W2968614714 @default.
• W4377013385 cites W2971965334 @default.
• W4377013385 cites W2977128562 @default.
• W4377013385 cites W2979902975 @default.
• W4377013385 cites W2986294059 @default.
• W4377013385 cites W2991554594 @default.
• W4377013385 cites W2993217230 @default.
• W4377013385 cites W2997870383 @default.
• W4377013385 cites W3005913051 @default.
• W4377013385 cites W3019075159 @default.
• W4377013385 cites W3021851585 @default.
• W4377013385 cites W3025812866 @default.
• W4377013385 cites W3036165455 @default.
• W4377013385 cites W3040852505 @default.
• W4377013385 cites W3045729988 @default.
• W4377013385 cites W3081821429 @default.
• W4377013385 cites W3095819104 @default.
• W4377013385 cites W3097340616 @default.
• W4377013385 cites W3104386737 @default.
• W4377013385 cites W3107859573 @default.
• W4377013385 cites W3108449257 @default.
• W4377013385 cites W3110117959 @default.
• W4377013385 cites W3110921737 @default.
• W4377013385 cites W3111467718 @default.
• W4377013385 cites W3115889865 @default.
• W4377013385 cites W3124566621 @default.
• W4377013385 cites W3126632036 @default.
• W4377013385 cites W3135481947 @default.
• W4377013385 cites W3139354365 @default.
• W4377013385 cites W3158986751 @default.
• W4377013385 cites W3164302340 @default.
• W4377013385 cites W3166552427 @default.
• W4377013385 cites W3177106782 @default.
• W4377013385 cites W3201714473 @default.
• W4377013385 cites W3211997083 @default.
• W4377013385 cites W3213631395 @default.
• W4377013385 cites W4200352150 @default.
• W4377013385 cites W4205472367 @default.
• W4377013385 cites W4205669708 @default.
• W4377013385 cites W4210407942 @default.
• W4377013385 cites W4210724390 @default.
• W4377013385 cites W4210838823 @default.
• W4377013385 cites W4212892439 @default.
• W4377013385 cites W4281388905 @default.
• W4377013385 cites W4281864177 @default.
• W4377013385 cites W4288885762 @default.
• W4377013385 cites W4292608967 @default.
• W4377013385 cites W4297017859 @default.
• W4377013385 cites W4297340518 @default.
• W4377013385 cites W4312211643 @default.
• W4377013385 cites W4312878336 @default.
• W4377013385 cites W4319004828 @default.
• W4377013385 cites W4323664439 @default.
• W4377013385 cites W3081657437 @default.
• W4377013385 doi "https://doi.org/10.1021/acsaem.3c00164" @default.
• W4377013385 hasPublicationYear "2023" @default.
• W4377013385 type Work @default.
• W4377013385 citedByCount "1" @default.
• W4377013385 countsByYear W43770133852023 @default.
• W4377013385 crossrefType "journal-article" @default.
• W4377013385 hasAuthorship W4377013385A5002474735 @default.
• W4377013385 hasAuthorship W4377013385A5006645143 @default.
• W4377013385 hasAuthorship W4377013385A5010483409 @default.
• W4377013385 hasAuthorship W4377013385A5018898066 @default.
• W4377013385 hasAuthorship W4377013385A5032769409 @default.
• W4377013385 hasAuthorship W4377013385A5033923462 @default.

• next