Matches in SemOpenAlex for { <https://semopenalex.org/work/W4289598143> ?p ?o ?g. }
- W4289598143 endingPage "618" @default.
- W4289598143 startingPage "607" @default.
- W4289598143 abstract "Efficient and durable nonprecious catalysts for the oxygen evolution reaction (OER) are crucial for practical water electrolysis for hydrogen production. A self-supported OER catalytic electrode with sufficient exposure of the catalyst and tight anchoring onto the current collector is vital for the catalytic activity and stability, and is therefore deemed to be a preferable tactic to enhance water electrolysis performance. Herein, a polyoxometalate (POM) molecular cluster-mediated electroplating and activation tactics are proposed to design a self-supported molybdenum nickel oxide (MoNiOx) catalytic electrode for the OER. The MoNiOx active layer can anchor tightly onto the Ni foam current collector with sufficient surface exposure and high structural stability, therefore enabling high alkali OER catalytic efficiency (222 mV at 10 mA cm−2) and robust durability (only slight decay in catalytic efficiency upon 12 days of chronopotentiometry (V-t) test). Moreover, the easily processable electroplating and active protocol can serve as a general approach to prepare other OER catalytic electrodes by altering the reactants and current collectors. The current work paves a facile and universal way to design a highly active and durable molybdenum (Mo) based hybrid catalytic electrode for OER via molecular cluster-assisted electroplating and activation treatment." @default.
- W4289598143 created "2022-08-03" @default.
- W4289598143 creator A5023492006 @default.
- W4289598143 creator A5026286216 @default.
- W4289598143 creator A5030158242 @default.
- W4289598143 creator A5040325518 @default.
- W4289598143 creator A5050483846 @default.
- W4289598143 creator A5054211272 @default.
- W4289598143 creator A5070424428 @default.
- W4289598143 creator A5088562173 @default.
- W4289598143 date "2022-12-01" @default.
- W4289598143 modified "2023-09-30" @default.
- W4289598143 title "Self-supported molybdenum nickel oxide catalytic electrode designed via molecular cluster-mediated electroplating and electrochemical activation for an efficient and durable oxygen evolution reaction" @default.
- W4289598143 cites W1623117034 @default.
- W4289598143 cites W2015124676 @default.
- W4289598143 cites W2116094891 @default.
- W4289598143 cites W2425519069 @default.
- W4289598143 cites W2575823937 @default.
- W4289598143 cites W2588377514 @default.
- W4289598143 cites W2778501096 @default.
- W4289598143 cites W2784899684 @default.
- W4289598143 cites W2792232172 @default.
- W4289598143 cites W2800155215 @default.
- W4289598143 cites W2802452799 @default.
- W4289598143 cites W2885907642 @default.
- W4289598143 cites W2889317338 @default.
- W4289598143 cites W2911419867 @default.
- W4289598143 cites W2917745761 @default.
- W4289598143 cites W2934320860 @default.
- W4289598143 cites W2944036335 @default.
- W4289598143 cites W2964995725 @default.
- W4289598143 cites W2967653947 @default.
- W4289598143 cites W2974256281 @default.
- W4289598143 cites W2979773918 @default.
- W4289598143 cites W2981062925 @default.
- W4289598143 cites W2984700668 @default.
- W4289598143 cites W3004048178 @default.
- W4289598143 cites W3004915728 @default.
- W4289598143 cites W3007940064 @default.
- W4289598143 cites W3013282818 @default.
- W4289598143 cites W3037362979 @default.
- W4289598143 cites W3049298418 @default.
- W4289598143 cites W3069256542 @default.
- W4289598143 cites W3082258691 @default.
- W4289598143 cites W3093062968 @default.
- W4289598143 cites W3093438893 @default.
- W4289598143 cites W3096785003 @default.
- W4289598143 cites W3102636854 @default.
- W4289598143 cites W3104621675 @default.
- W4289598143 cites W3109398123 @default.
- W4289598143 cites W3111896119 @default.
- W4289598143 cites W3117273639 @default.
- W4289598143 cites W3119811744 @default.
- W4289598143 cites W3120745286 @default.
- W4289598143 cites W3123170842 @default.
- W4289598143 cites W3131338490 @default.
- W4289598143 cites W3143055169 @default.
- W4289598143 cites W3153997255 @default.
- W4289598143 cites W3160583758 @default.
- W4289598143 cites W3172255926 @default.
- W4289598143 cites W3174361662 @default.
- W4289598143 cites W3175135731 @default.
- W4289598143 cites W3184075642 @default.
- W4289598143 cites W3193536843 @default.
- W4289598143 cites W3196464304 @default.
- W4289598143 cites W3197132331 @default.
- W4289598143 cites W3199690145 @default.
- W4289598143 cites W3201899010 @default.
- W4289598143 cites W3206605316 @default.
- W4289598143 cites W4200445781 @default.
- W4289598143 cites W4205092792 @default.
- W4289598143 cites W4210728911 @default.
- W4289598143 cites W4210817188 @default.
- W4289598143 cites W4214938807 @default.
- W4289598143 cites W4224282355 @default.
- W4289598143 cites W4252238202 @default.
- W4289598143 doi "https://doi.org/10.1016/j.jcis.2022.08.009" @default.
- W4289598143 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35940145" @default.
- W4289598143 hasPublicationYear "2022" @default.
- W4289598143 type Work @default.
- W4289598143 citedByCount "7" @default.
- W4289598143 countsByYear W42895981432023 @default.
- W4289598143 crossrefType "journal-article" @default.
- W4289598143 hasAuthorship W4289598143A5023492006 @default.
- W4289598143 hasAuthorship W4289598143A5026286216 @default.
- W4289598143 hasAuthorship W4289598143A5030158242 @default.
- W4289598143 hasAuthorship W4289598143A5040325518 @default.
- W4289598143 hasAuthorship W4289598143A5050483846 @default.
- W4289598143 hasAuthorship W4289598143A5054211272 @default.
- W4289598143 hasAuthorship W4289598143A5070424428 @default.
- W4289598143 hasAuthorship W4289598143A5088562173 @default.
- W4289598143 hasConcept C127413603 @default.
- W4289598143 hasConcept C135473242 @default.
- W4289598143 hasConcept C147789679 @default.
- W4289598143 hasConcept C161790260 @default.
- W4289598143 hasConcept C163127949 @default.
- W4289598143 hasConcept C171250308 @default.
- W4289598143 hasConcept C17525397 @default.