Matches in SemOpenAlex for { <https://semopenalex.org/work/W2891737497> ?p ?o ?g. }
- W2891737497 endingPage "17671" @default.
- W2891737497 startingPage "17665" @default.
- W2891737497 abstract "Abstract Oxygen electrocatalysis, including the oxygen evolution reaction (OER) and oxygen reduction reaction (ORR), is one of the most important electrochemical processes for sustainable energy conversion and storage technologies. Herein, nickel‐based bicarbonates are, for the first time, developed as catalysts for oxygen electrocatalysis, and demonstrate superior electrocatalytic performance in alkaline media. Iron doping can significantly tune the real valence of nickel ions, and consequently tailor the electrocatalytic ability of bicarbonates. Among the nickel‐based bicarbonates, Ni 0.9 Fe 0.1 (HCO 3 ) 2 exhibits the highest bifunctional catalytic activity, with a potential difference of 0.86 V between the OER potential at a current density of 10 mA cm −2 and the ORR potential at a current density of −1 mA cm −2 , which outperforms most of the reported precious‐metal‐free catalysts. The present work provides new insights into exploring efficient catalysts for oxygen electrocatalysis, and it suggests that, in addition to the extensively studied transition metal hydroxides and oxides, bicarbonates and carbonates also show great potential as precious metal‐free catalysts." @default.
- W2891737497 created "2018-09-27" @default.
- W2891737497 creator A5023088239 @default.
- W2891737497 creator A5026277955 @default.
- W2891737497 creator A5060286180 @default.
- W2891737497 creator A5072315367 @default.
- W2891737497 creator A5082023740 @default.
- W2891737497 creator A5083117344 @default.
- W2891737497 creator A5086485895 @default.
- W2891737497 creator A5087261089 @default.
- W2891737497 date "2018-10-31" @default.
- W2891737497 modified "2023-10-16" @default.
- W2891737497 title "Nickel‐Based Bicarbonates as Bifunctional Catalysts for Oxygen Evolution and Reduction Reaction in Alkaline Media" @default.
- W2891737497 cites W1623117034 @default.
- W2891737497 cites W1896483852 @default.
- W2891737497 cites W1964083672 @default.
- W2891737497 cites W1983252591 @default.
- W2891737497 cites W2004316221 @default.
- W2891737497 cites W2015124676 @default.
- W2891737497 cites W2039798226 @default.
- W2891737497 cites W2054424608 @default.
- W2891737497 cites W2098357930 @default.
- W2891737497 cites W2133355241 @default.
- W2891737497 cites W2136970993 @default.
- W2891737497 cites W2146278879 @default.
- W2891737497 cites W2160248419 @default.
- W2891737497 cites W2185048183 @default.
- W2891737497 cites W2185137198 @default.
- W2891737497 cites W2216081842 @default.
- W2891737497 cites W2237323834 @default.
- W2891737497 cites W2252366114 @default.
- W2891737497 cites W2273702008 @default.
- W2891737497 cites W2279504722 @default.
- W2891737497 cites W2284429168 @default.
- W2891737497 cites W2302107358 @default.
- W2891737497 cites W2312725582 @default.
- W2891737497 cites W2314220247 @default.
- W2891737497 cites W2317214384 @default.
- W2891737497 cites W2321267385 @default.
- W2891737497 cites W2323275360 @default.
- W2891737497 cites W2326895507 @default.
- W2891737497 cites W2327982714 @default.
- W2891737497 cites W2328832782 @default.
- W2891737497 cites W2333356911 @default.
- W2891737497 cites W2334444721 @default.
- W2891737497 cites W2343363309 @default.
- W2891737497 cites W2347153361 @default.
- W2891737497 cites W2364175558 @default.
- W2891737497 cites W2421381877 @default.
- W2891737497 cites W2480122429 @default.
- W2891737497 cites W2480241736 @default.
- W2891737497 cites W2498934102 @default.
- W2891737497 cites W2514157351 @default.
- W2891737497 cites W2528535900 @default.
- W2891737497 cites W2549149855 @default.
- W2891737497 cites W2560615959 @default.
- W2891737497 cites W2560652318 @default.
- W2891737497 cites W2564475798 @default.
- W2891737497 cites W2565391790 @default.
- W2891737497 cites W2570166109 @default.
- W2891737497 cites W2571310289 @default.
- W2891737497 cites W2571491460 @default.
- W2891737497 cites W2588723653 @default.
- W2891737497 cites W2594230498 @default.
- W2891737497 cites W2596779325 @default.
- W2891737497 cites W2604396883 @default.
- W2891737497 cites W2604830510 @default.
- W2891737497 cites W2625560500 @default.
- W2891737497 cites W2665416883 @default.
- W2891737497 cites W2729389439 @default.
- W2891737497 cites W2736510480 @default.
- W2891737497 cites W2799338466 @default.
- W2891737497 cites W2885914056 @default.
- W2891737497 cites W4230309230 @default.
- W2891737497 cites W4230533550 @default.
- W2891737497 cites W4234955951 @default.
- W2891737497 cites W4242128034 @default.
- W2891737497 cites W4245900438 @default.
- W2891737497 doi "https://doi.org/10.1002/chem.201804118" @default.
- W2891737497 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30193405" @default.
- W2891737497 hasPublicationYear "2018" @default.
- W2891737497 type Work @default.
- W2891737497 sameAs 2891737497 @default.
- W2891737497 citedByCount "15" @default.
- W2891737497 countsByYear W28917374972019 @default.
- W2891737497 countsByYear W28917374972020 @default.
- W2891737497 countsByYear W28917374972021 @default.
- W2891737497 countsByYear W28917374972022 @default.
- W2891737497 countsByYear W28917374972023 @default.
- W2891737497 crossrefType "journal-article" @default.
- W2891737497 hasAuthorship W2891737497A5023088239 @default.
- W2891737497 hasAuthorship W2891737497A5026277955 @default.
- W2891737497 hasAuthorship W2891737497A5060286180 @default.
- W2891737497 hasAuthorship W2891737497A5072315367 @default.
- W2891737497 hasAuthorship W2891737497A5082023740 @default.
- W2891737497 hasAuthorship W2891737497A5083117344 @default.
- W2891737497 hasAuthorship W2891737497A5086485895 @default.
- W2891737497 hasAuthorship W2891737497A5087261089 @default.