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- W4210558246 endingPage "135048" @default.
- W4210558246 startingPage "135048" @default.
- W4210558246 abstract "Abundant oxygen-vacancy and heteroatomic doping have been demonstrated to be beneficial to obtain high electrocatalytic performance for the oxygen evolution reaction (OER). In present work, a simple cathodic electrodeposition (CED) method based on Fe(II)-induced oxygen deficiency-metal doping (FeIIIOD/MD) strategy was developed to prepare robust water oxidation electrocatalysts. By using Fe2+ ions as the iron precursors, a series of Ni-doped β-FeOOH (Ni/β-FeOOH-x) on the carbon cloth (Ni/β-FeOOH-x/CC, here, the × is the molar percent of Fe2+ in the total ferric salt; x = 0, 0.2, 0.5, 0.8 or 1) electrocatalysts with different oxygen vacancy content were prepared. Relevant characterizations indicated that the oxygen-vacancy ratio and electrocatalytic OER performances of Ni/β-FeOOH-1/CC electrocatalysts prepared by using Fe2+ ions as the iron precursor is significantly higher than that of Fe3+. Fascinatingly, the Ni/β-FeOOH-1/CC with massive oxygen vacancies shows an ultralow overpotential of 192 mV at the current density of 10 mA·cm−2. Furthermore, the Ni/β-FeOOH-1/CC catalyst can also be directly driven by a dry cell or solar cell. More importantly, the Ni/β-FeOOH-1/CC catalyst prepared by CED method based on this FeIIIOD/MD strategy can realize water oxidation at the industrial current density, and it shows a potential industrial application value in the future." @default.
- W4210558246 created "2022-02-08" @default.
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- W4210558246 date "2022-05-01" @default.
- W4210558246 modified "2023-10-16" @default.
- W4210558246 title "Combination of Fe(II)-induced oxygen deficiency and metal doping strategy for construction of high efficiency water oxidation electrocatalysts under industrial-scale current density" @default.
- W4210558246 cites W1969189989 @default.
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- W4210558246 cites W2016593090 @default.
- W4210558246 cites W2018624132 @default.
- W4210558246 cites W2036113194 @default.
- W4210558246 cites W2079289368 @default.
- W4210558246 cites W2083222334 @default.
- W4210558246 cites W2119322385 @default.
- W4210558246 cites W2119519263 @default.
- W4210558246 cites W2321267385 @default.
- W4210558246 cites W2330897477 @default.
- W4210558246 cites W2415809392 @default.
- W4210558246 cites W2578238526 @default.
- W4210558246 cites W2591816155 @default.
- W4210558246 cites W2623620880 @default.
- W4210558246 cites W2754533180 @default.
- W4210558246 cites W2767412094 @default.
- W4210558246 cites W2790249632 @default.
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- W4210558246 cites W2803132371 @default.
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- W4210558246 cites W2808737317 @default.
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- W4210558246 cites W2900840313 @default.
- W4210558246 cites W2909774500 @default.
- W4210558246 cites W2921414362 @default.
- W4210558246 cites W2929175818 @default.
- W4210558246 cites W2936433705 @default.
- W4210558246 cites W2947397661 @default.
- W4210558246 cites W2947493776 @default.
- W4210558246 cites W2954281353 @default.
- W4210558246 cites W2955349459 @default.
- W4210558246 cites W2964776766 @default.
- W4210558246 cites W2969959161 @default.
- W4210558246 cites W2971454972 @default.
- W4210558246 cites W2971904477 @default.
- W4210558246 cites W2979773918 @default.
- W4210558246 cites W2981062925 @default.
- W4210558246 cites W2994336925 @default.
- W4210558246 cites W2995006761 @default.
- W4210558246 cites W2997369479 @default.
- W4210558246 cites W3004817823 @default.
- W4210558246 cites W3006713606 @default.
- W4210558246 cites W3009722102 @default.
- W4210558246 cites W3015504948 @default.
- W4210558246 cites W3016610857 @default.
- W4210558246 cites W3017043137 @default.
- W4210558246 cites W3027679151 @default.
- W4210558246 cites W3033271704 @default.
- W4210558246 cites W3041812490 @default.
- W4210558246 cites W3046142969 @default.
- W4210558246 cites W3046953405 @default.
- W4210558246 cites W3047436869 @default.
- W4210558246 cites W3049174371 @default.
- W4210558246 cites W3082634766 @default.
- W4210558246 cites W3087732979 @default.
- W4210558246 cites W3089510434 @default.
- W4210558246 cites W3091779811 @default.
- W4210558246 cites W3093407056 @default.
- W4210558246 cites W3094958767 @default.
- W4210558246 cites W3107269025 @default.
- W4210558246 cites W3114355356 @default.
- W4210558246 cites W3126294363 @default.
- W4210558246 cites W3132378296 @default.
- W4210558246 cites W3144055184 @default.
- W4210558246 cites W3173332597 @default.
- W4210558246 cites W3174292279 @default.
- W4210558246 cites W3182263488 @default.
- W4210558246 cites W3210212818 @default.
- W4210558246 cites W4230533550 @default.
- W4210558246 doi "https://doi.org/10.1016/j.cej.2022.135048" @default.
- W4210558246 hasPublicationYear "2022" @default.
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