Matches in SemOpenAlex for { <https://semopenalex.org/work/W2998402750> ?p ?o ?g. }
- W2998402750 endingPage "8712" @default.
- W2998402750 startingPage "8706" @default.
- W2998402750 abstract "Abstract A considerable challenge in the conversion of carbon dioxide into useful fuels comes from the activation of CO 2 to CO 2 .− or other intermediates, which often requires precious‐metal catalysts, high overpotentials, and/or electrolyte additives (e.g., ionic liquids). We report a microwave heating strategy for synthesizing a transition‐metal chalcogenide nanostructure that efficiently catalyzes CO 2 electroreduction to carbon monoxide (CO). We found that the cadmium sulfide (CdS) nanoneedle arrays exhibit an unprecedented current density of 212 mA cm −2 with 95.5±4.0 % CO Faraday efficiency at −1.2 V versus a reversible hydrogen electrode (RHE; without i R correction). Experimental and computational studies show that the high‐curvature CdS nanostructured catalyst has a pronounced proximity effect which gives rise to large electric field enhancement, which can concentrate alkali‐metal cations resulting in the enhanced CO 2 electroreduction efficiency." @default.
- W2998402750 created "2020-01-10" @default.
- W2998402750 creator A5005859555 @default.
- W2998402750 creator A5009523932 @default.
- W2998402750 creator A5010084472 @default.
- W2998402750 creator A5011704935 @default.
- W2998402750 creator A5012426176 @default.
- W2998402750 creator A5018140110 @default.
- W2998402750 creator A5029427199 @default.
- W2998402750 creator A5033049746 @default.
- W2998402750 creator A5036055317 @default.
- W2998402750 creator A5036519850 @default.
- W2998402750 creator A5059425296 @default.
- W2998402750 creator A5069378781 @default.
- W2998402750 creator A5074891139 @default.
- W2998402750 creator A5076291539 @default.
- W2998402750 creator A5083454521 @default.
- W2998402750 creator A5083687687 @default.
- W2998402750 date "2020-02-03" @default.
- W2998402750 modified "2023-10-18" @default.
- W2998402750 title "High‐Curvature Transition‐Metal Chalcogenide Nanostructures with a Pronounced Proximity Effect Enable Fast and Selective CO<sub>2</sub> Electroreduction" @default.
- W2998402750 cites W1108713415 @default.
- W2998402750 cites W1931367894 @default.
- W2998402750 cites W1994204840 @default.
- W2998402750 cites W2011965025 @default.
- W2998402750 cites W2053410532 @default.
- W2998402750 cites W2060441729 @default.
- W2998402750 cites W2137517379 @default.
- W2998402750 cites W2145726158 @default.
- W2998402750 cites W2176450043 @default.
- W2998402750 cites W2227974961 @default.
- W2998402750 cites W2306042289 @default.
- W2998402750 cites W2341707936 @default.
- W2998402750 cites W2470552650 @default.
- W2998402750 cites W2483928127 @default.
- W2998402750 cites W2496132953 @default.
- W2998402750 cites W2520778196 @default.
- W2998402750 cites W2552233834 @default.
- W2998402750 cites W2561747887 @default.
- W2998402750 cites W2564178799 @default.
- W2998402750 cites W2565767854 @default.
- W2998402750 cites W2567784893 @default.
- W2998402750 cites W2572519108 @default.
- W2998402750 cites W2573377826 @default.
- W2998402750 cites W2583169783 @default.
- W2998402750 cites W2586675271 @default.
- W2998402750 cites W2606214811 @default.
- W2998402750 cites W2735751838 @default.
- W2998402750 cites W2736857368 @default.
- W2998402750 cites W2747998131 @default.
- W2998402750 cites W2755271205 @default.
- W2998402750 cites W2766900991 @default.
- W2998402750 cites W2774504175 @default.
- W2998402750 cites W2783223040 @default.
- W2998402750 cites W2784231101 @default.
- W2998402750 cites W2795259398 @default.
- W2998402750 cites W2796031183 @default.
- W2998402750 cites W2804235153 @default.
- W2998402750 cites W2805521597 @default.
- W2998402750 cites W2810617385 @default.
- W2998402750 cites W2884070004 @default.
- W2998402750 cites W2884802060 @default.
- W2998402750 cites W2887934733 @default.
- W2998402750 cites W2888253280 @default.
- W2998402750 cites W2890742094 @default.
- W2998402750 cites W2909842608 @default.
- W2998402750 cites W2922247811 @default.
- W2998402750 cites W2971886594 @default.
- W2998402750 cites W2996204627 @default.
- W2998402750 cites W4232872337 @default.
- W2998402750 cites W4236698960 @default.
- W2998402750 cites W4246004915 @default.
- W2998402750 cites W4252846446 @default.
- W2998402750 doi "https://doi.org/10.1002/anie.201912348" @default.
- W2998402750 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31884699" @default.
- W2998402750 hasPublicationYear "2020" @default.
- W2998402750 type Work @default.
- W2998402750 sameAs 2998402750 @default.
- W2998402750 citedByCount "113" @default.
- W2998402750 countsByYear W29984027502020 @default.
- W2998402750 countsByYear W29984027502021 @default.
- W2998402750 countsByYear W29984027502022 @default.
- W2998402750 countsByYear W29984027502023 @default.
- W2998402750 crossrefType "journal-article" @default.
- W2998402750 hasAuthorship W2998402750A5005859555 @default.
- W2998402750 hasAuthorship W2998402750A5009523932 @default.
- W2998402750 hasAuthorship W2998402750A5010084472 @default.
- W2998402750 hasAuthorship W2998402750A5011704935 @default.
- W2998402750 hasAuthorship W2998402750A5012426176 @default.
- W2998402750 hasAuthorship W2998402750A5018140110 @default.
- W2998402750 hasAuthorship W2998402750A5029427199 @default.
- W2998402750 hasAuthorship W2998402750A5033049746 @default.
- W2998402750 hasAuthorship W2998402750A5036055317 @default.
- W2998402750 hasAuthorship W2998402750A5036519850 @default.
- W2998402750 hasAuthorship W2998402750A5059425296 @default.
- W2998402750 hasAuthorship W2998402750A5069378781 @default.
- W2998402750 hasAuthorship W2998402750A5074891139 @default.
- W2998402750 hasAuthorship W2998402750A5076291539 @default.