Matches in SemOpenAlex for { <https://semopenalex.org/work/W2984665280> ?p ?o ?g. }
- W2984665280 endingPage "12979" @default.
- W2984665280 startingPage "12969" @default.
- W2984665280 abstract "Electrocatalysts are one of the most important parts for oxygen evolution reaction (OER) to overcome the sluggish kinetics. Herein, amorphous Fe-Ni-P-B-O (FNPBO) nanocages as efficient OER catalysts are synthesized by a simple low-cost and scalable method at room temperature. The samples are chemically stable, in clear contrast to reported unstable or even pyrophoric boride samples. The Fe/Ni ratio of the FNPBO nanocages can be continuously adjusted to optimize the OER catalytic performance. The FNPBO nanocages composed of multicomponent elements can weaken the metal-metal bonds, thus rearranging the electron density around the catalytic metal atom centers and reducing the energy barrier for intermediate formation. Hence the optimized FNPBO (Fe6.4Ni16.1P12.9B4.3O60.2) catalyst shows superior intrinsic electrocatalytic activity for OER. The low overpotential to afford the current density of 10 mA cm-2 (236 mV), the small Tafel slope (39 mV dec-1), and the high specific current density (26.44 mA cm-2) at a given overpotential of 300 mV make a sharp contrast to state-of-the-art RuO2 (327 mV, 136 mV dec-1, and 0.028 mA cm-2, respectively)." @default.
- W2984665280 created "2019-11-22" @default.
- W2984665280 creator A5005883820 @default.
- W2984665280 creator A5005994728 @default.
- W2984665280 creator A5006577991 @default.
- W2984665280 creator A5015640372 @default.
- W2984665280 creator A5018329128 @default.
- W2984665280 creator A5024465450 @default.
- W2984665280 creator A5028901190 @default.
- W2984665280 creator A5035960362 @default.
- W2984665280 creator A5041301033 @default.
- W2984665280 creator A5049242658 @default.
- W2984665280 creator A5053298683 @default.
- W2984665280 creator A5081615766 @default.
- W2984665280 creator A5087869625 @default.
- W2984665280 creator A5090641487 @default.
- W2984665280 date "2019-11-08" @default.
- W2984665280 modified "2023-10-16" @default.
- W2984665280 title "Amorphous Fe–Ni–P–B–O Nanocages as Efficient Electrocatalysts for Oxygen Evolution Reaction" @default.
- W2984665280 cites W1623117034 @default.
- W2984665280 cites W2003532522 @default.
- W2984665280 cites W2018808847 @default.
- W2984665280 cites W2032100925 @default.
- W2984665280 cites W2070227796 @default.
- W2984665280 cites W2084039024 @default.
- W2984665280 cites W2096425008 @default.
- W2984665280 cites W2098547240 @default.
- W2984665280 cites W2114291507 @default.
- W2984665280 cites W2130427866 @default.
- W2984665280 cites W2133355241 @default.
- W2984665280 cites W2137776484 @default.
- W2984665280 cites W2161042165 @default.
- W2984665280 cites W2181308278 @default.
- W2984665280 cites W2227328155 @default.
- W2984665280 cites W2229597030 @default.
- W2984665280 cites W2322699606 @default.
- W2984665280 cites W2323340717 @default.
- W2984665280 cites W2329978809 @default.
- W2984665280 cites W2415703946 @default.
- W2984665280 cites W2468875794 @default.
- W2984665280 cites W2517130757 @default.
- W2984665280 cites W2526911007 @default.
- W2984665280 cites W2550657007 @default.
- W2984665280 cites W2558998316 @default.
- W2984665280 cites W2562148440 @default.
- W2984665280 cites W2575823937 @default.
- W2984665280 cites W2600521124 @default.
- W2984665280 cites W2606671497 @default.
- W2984665280 cites W2610884856 @default.
- W2984665280 cites W2612413761 @default.
- W2984665280 cites W2613955866 @default.
- W2984665280 cites W2626247556 @default.
- W2984665280 cites W2707147724 @default.
- W2984665280 cites W2751087297 @default.
- W2984665280 cites W2752755596 @default.
- W2984665280 cites W2753546146 @default.
- W2984665280 cites W2753782165 @default.
- W2984665280 cites W2765612610 @default.
- W2984665280 cites W2773387950 @default.
- W2984665280 cites W2783148362 @default.
- W2984665280 cites W2784782034 @default.
- W2984665280 cites W2790507915 @default.
- W2984665280 cites W2794066615 @default.
- W2984665280 cites W2795662738 @default.
- W2984665280 cites W2796489596 @default.
- W2984665280 cites W2796686505 @default.
- W2984665280 cites W2797944018 @default.
- W2984665280 cites W2798241172 @default.
- W2984665280 cites W2801440538 @default.
- W2984665280 cites W2804806638 @default.
- W2984665280 cites W2808814933 @default.
- W2984665280 cites W2886852674 @default.
- W2984665280 cites W2892186367 @default.
- W2984665280 cites W2892325148 @default.
- W2984665280 cites W2897740433 @default.
- W2984665280 cites W2898158951 @default.
- W2984665280 cites W2904624270 @default.
- W2984665280 cites W2905242379 @default.
- W2984665280 cites W2914924297 @default.
- W2984665280 cites W2916314648 @default.
- W2984665280 cites W2921858635 @default.
- W2984665280 cites W2937514557 @default.
- W2984665280 cites W2937939811 @default.
- W2984665280 cites W2939858159 @default.
- W2984665280 cites W2940165352 @default.
- W2984665280 doi "https://doi.org/10.1021/acsnano.9b05571" @default.
- W2984665280 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31702132" @default.
- W2984665280 hasPublicationYear "2019" @default.
- W2984665280 type Work @default.
- W2984665280 sameAs 2984665280 @default.
- W2984665280 citedByCount "128" @default.
- W2984665280 countsByYear W29846652802020 @default.
- W2984665280 countsByYear W29846652802021 @default.
- W2984665280 countsByYear W29846652802022 @default.
- W2984665280 countsByYear W29846652802023 @default.
- W2984665280 crossrefType "journal-article" @default.
- W2984665280 hasAuthorship W2984665280A5005883820 @default.
- W2984665280 hasAuthorship W2984665280A5005994728 @default.