Matches in SemOpenAlex for { <https://semopenalex.org/work/W3162636920> ?p ?o ?g. }
- W3162636920 endingPage "2100498" @default.
- W3162636920 startingPage "2100498" @default.
- W3162636920 abstract "The development of highly efficient electrocatalysts toward the oxygen evolution reaction is imperative for advancing water splitting technology to generate clean hydrogen energy. Herein, a two dimensional (2D) nanosheet ammonium cobalt phosphate hydrate (NH4CoPO4·H2O) catalyst based on the earth-abundant non-noble metal is reported. When used for the challenging alkaline saline water electrolysis, the NH4CoPO4·H2O catalyst with the optimal thickness of 30 nm achieves current densities of 10 and 100 mA cm-2 at the record low overpotentials of 252 and 268 mV, respectively, while maintaining remarkable stability during the alkaline saline water oxidation at room temperature. X-ray absorption fine spectra reveal that the activation of Co (II) ions (in NH4CoPO4·H2O) to Co (III) species constructs the electrocatalytic active sites. The 2D nanosheet morphology of NH4CoPO4·H2O provides a larger active surface area and more surface-exposed active sites, which enable the nanosheet catalyst to facilitate the alkaline freshwater and simulated seawater oxidation with excellent activity. The facile and environmentally-benign H2O-mediated synthesis route under mild condition makes NH4CoPO4·H2O catalyst highly feasible for practical manufacturing. In comparison with noble metals, this novel electrocatalyst offers a cost-effective alternative for economic saline water oxidation to advance water electrolysis technology." @default.
- W3162636920 created "2021-05-24" @default.
- W3162636920 creator A5011036451 @default.
- W3162636920 creator A5015800353 @default.
- W3162636920 creator A5027533708 @default.
- W3162636920 creator A5028469662 @default.
- W3162636920 creator A5031004784 @default.
- W3162636920 creator A5036683345 @default.
- W3162636920 creator A5036686064 @default.
- W3162636920 creator A5042800313 @default.
- W3162636920 creator A5054688366 @default.
- W3162636920 creator A5070686968 @default.
- W3162636920 creator A5071798264 @default.
- W3162636920 date "2021-05-16" @default.
- W3162636920 modified "2023-10-06" @default.
- W3162636920 title "High‐Performance Ammonium Cobalt Phosphate Nanosheet Electrocatalyst for Alkaline Saline Water Oxidation" @default.
- W3162636920 cites W1970439390 @default.
- W3162636920 cites W1983936141 @default.
- W3162636920 cites W2014743339 @default.
- W3162636920 cites W2165021417 @default.
- W3162636920 cites W2304799491 @default.
- W3162636920 cites W2573377826 @default.
- W3162636920 cites W2589587002 @default.
- W3162636920 cites W2769127768 @default.
- W3162636920 cites W2783148362 @default.
- W3162636920 cites W2790704802 @default.
- W3162636920 cites W2792372796 @default.
- W3162636920 cites W2792784459 @default.
- W3162636920 cites W2804339411 @default.
- W3162636920 cites W2804522591 @default.
- W3162636920 cites W2891221877 @default.
- W3162636920 cites W2900538279 @default.
- W3162636920 cites W2902208074 @default.
- W3162636920 cites W2909486003 @default.
- W3162636920 cites W2913693872 @default.
- W3162636920 cites W2921093155 @default.
- W3162636920 cites W2922256802 @default.
- W3162636920 cites W2923120862 @default.
- W3162636920 cites W2924981021 @default.
- W3162636920 cites W2925227335 @default.
- W3162636920 cites W2943901253 @default.
- W3162636920 cites W2944445907 @default.
- W3162636920 cites W2946418200 @default.
- W3162636920 cites W2947506674 @default.
- W3162636920 cites W2948345758 @default.
- W3162636920 cites W2949814610 @default.
- W3162636920 cites W2951914362 @default.
- W3162636920 cites W2954281353 @default.
- W3162636920 cites W2955003935 @default.
- W3162636920 cites W2961365135 @default.
- W3162636920 cites W2982659300 @default.
- W3162636920 cites W2982685093 @default.
- W3162636920 cites W2989011156 @default.
- W3162636920 cites W2990979022 @default.
- W3162636920 cites W2994160413 @default.
- W3162636920 cites W2994866624 @default.
- W3162636920 cites W2999632504 @default.
- W3162636920 cites W2999930969 @default.
- W3162636920 cites W3000017902 @default.
- W3162636920 cites W3005830493 @default.
- W3162636920 cites W3009722102 @default.
- W3162636920 cites W3010911153 @default.
- W3162636920 cites W3012236500 @default.
- W3162636920 cites W3026430433 @default.
- W3162636920 cites W3033271704 @default.
- W3162636920 cites W3040856816 @default.
- W3162636920 cites W3047559383 @default.
- W3162636920 cites W3048608014 @default.
- W3162636920 cites W3081885649 @default.
- W3162636920 cites W3083227034 @default.
- W3162636920 cites W3087936024 @default.
- W3162636920 cites W3092041786 @default.
- W3162636920 cites W3109709997 @default.
- W3162636920 cites W3110621696 @default.
- W3162636920 cites W3112234552 @default.
- W3162636920 cites W3114171197 @default.
- W3162636920 cites W3119117289 @default.
- W3162636920 cites W3119811744 @default.
- W3162636920 cites W3120733053 @default.
- W3162636920 cites W3162636920 @default.
- W3162636920 doi "https://doi.org/10.1002/advs.202100498" @default.
- W3162636920 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/8292903" @default.
- W3162636920 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34306978" @default.
- W3162636920 hasPublicationYear "2021" @default.
- W3162636920 type Work @default.
- W3162636920 sameAs 3162636920 @default.
- W3162636920 citedByCount "38" @default.
- W3162636920 countsByYear W31626369202021 @default.
- W3162636920 countsByYear W31626369202022 @default.
- W3162636920 countsByYear W31626369202023 @default.
- W3162636920 crossrefType "journal-article" @default.
- W3162636920 hasAuthorship W3162636920A5011036451 @default.
- W3162636920 hasAuthorship W3162636920A5015800353 @default.
- W3162636920 hasAuthorship W3162636920A5027533708 @default.
- W3162636920 hasAuthorship W3162636920A5028469662 @default.
- W3162636920 hasAuthorship W3162636920A5031004784 @default.
- W3162636920 hasAuthorship W3162636920A5036683345 @default.
- W3162636920 hasAuthorship W3162636920A5036686064 @default.