Matches in SemOpenAlex for { <https://semopenalex.org/work/W2891588894> ?p ?o ?g. }
- W2891588894 endingPage "244" @default.
- W2891588894 startingPage "238" @default.
- W2891588894 abstract "In this study, we adopt an efficient strategy to replace conventional oxygen evolution reaction with small molecules thermodynamically more readily oxidizable species. Hydrazine, ethanol, glycol and urea can be easily oxidized than oxygen evolution reaction, but the lack of low-cost and efficient small molecules oxidation reaction electrocatalysts places constraints on their development. Herein, a flexible electrode based on cobalt selenide nanosheet arrays supported on carbon fiber paper (CoSe/CFP) is prepared through a two-step approach. The as obtained CoSe/CFP is efficient for small molecules electrooxidation reaction at the anode and hydrogen evolution reaction at the cathode. Due to the easier oxidation of hydrazine than other species, the hydrazine oxidation reaction (HzOR) is investigated in details. An assembled electrolytic cell based on the hydrazine oxidation reaction and hydrogen evolution reaction (HER) electrodes provides a current density of 50 mA cm-2 at a cell voltage of 0.5 V, long-term durability and 98% Faradaic efficiencies. This novel strategy can greatly lower the imput cell voltage than that under full water splitting (1.6–2.0 V) for cost-effective and energy-saving hydrogen production." @default.
- W2891588894 created "2018-09-27" @default.
- W2891588894 creator A5005139537 @default.
- W2891588894 creator A5006908992 @default.
- W2891588894 creator A5022583120 @default.
- W2891588894 creator A5028609247 @default.
- W2891588894 creator A5029225084 @default.
- W2891588894 creator A5040396459 @default.
- W2891588894 creator A5045685587 @default.
- W2891588894 creator A5090932254 @default.
- W2891588894 date "2018-10-01" @default.
- W2891588894 modified "2023-10-12" @default.
- W2891588894 title "Efficient strategy for significantly decreasing overpotentials of hydrogen generation via oxidizing small molecules at flexible bifunctional CoSe electrodes" @default.
- W2891588894 cites W1459110510 @default.
- W2891588894 cites W1963597613 @default.
- W2891588894 cites W1971113415 @default.
- W2891588894 cites W1976204697 @default.
- W2891588894 cites W1982685288 @default.
- W2891588894 cites W1987538737 @default.
- W2891588894 cites W2006450841 @default.
- W2891588894 cites W2013142118 @default.
- W2891588894 cites W2015127275 @default.
- W2891588894 cites W2020080291 @default.
- W2891588894 cites W2035048508 @default.
- W2891588894 cites W2038591363 @default.
- W2891588894 cites W2048407205 @default.
- W2891588894 cites W2050104692 @default.
- W2891588894 cites W2053147630 @default.
- W2891588894 cites W2053303098 @default.
- W2891588894 cites W2059623901 @default.
- W2891588894 cites W2067066167 @default.
- W2891588894 cites W2067529228 @default.
- W2891588894 cites W2079416168 @default.
- W2891588894 cites W2084077391 @default.
- W2891588894 cites W2089686026 @default.
- W2891588894 cites W2093974363 @default.
- W2891588894 cites W2096975427 @default.
- W2891588894 cites W2098357930 @default.
- W2891588894 cites W2114572722 @default.
- W2891588894 cites W2130789799 @default.
- W2891588894 cites W2133355241 @default.
- W2891588894 cites W2137776484 @default.
- W2891588894 cites W2138925767 @default.
- W2891588894 cites W2145156033 @default.
- W2891588894 cites W2152101240 @default.
- W2891588894 cites W2159202183 @default.
- W2891588894 cites W2164017033 @default.
- W2891588894 cites W2170549062 @default.
- W2891588894 cites W2173150847 @default.
- W2891588894 cites W2173608881 @default.
- W2891588894 cites W2176783419 @default.
- W2891588894 cites W2192777122 @default.
- W2891588894 cites W2198271319 @default.
- W2891588894 cites W2279037495 @default.
- W2891588894 cites W2294810044 @default.
- W2891588894 cites W2315951850 @default.
- W2891588894 cites W2316994779 @default.
- W2891588894 cites W2317788275 @default.
- W2891588894 cites W2320339889 @default.
- W2891588894 cites W2323642592 @default.
- W2891588894 cites W2334179265 @default.
- W2891588894 cites W2334952434 @default.
- W2891588894 cites W2345425919 @default.
- W2891588894 cites W2411919296 @default.
- W2891588894 cites W2417441427 @default.
- W2891588894 cites W2428990000 @default.
- W2891588894 cites W2470816429 @default.
- W2891588894 cites W2472879114 @default.
- W2891588894 cites W2522977338 @default.
- W2891588894 cites W2532893770 @default.
- W2891588894 cites W2534297795 @default.
- W2891588894 cites W2552274450 @default.
- W2891588894 cites W2565244115 @default.
- W2891588894 cites W2652738707 @default.
- W2891588894 cites W4232112715 @default.
- W2891588894 cites W4241786286 @default.
- W2891588894 cites W4256313826 @default.
- W2891588894 cites W4371617628 @default.
- W2891588894 cites W4376848514 @default.
- W2891588894 doi "https://doi.org/10.1016/j.jpowsour.2018.08.085" @default.
- W2891588894 hasPublicationYear "2018" @default.
- W2891588894 type Work @default.
- W2891588894 sameAs 2891588894 @default.
- W2891588894 citedByCount "39" @default.
- W2891588894 countsByYear W28915888942019 @default.
- W2891588894 countsByYear W28915888942020 @default.
- W2891588894 countsByYear W28915888942021 @default.
- W2891588894 countsByYear W28915888942022 @default.
- W2891588894 countsByYear W28915888942023 @default.
- W2891588894 crossrefType "journal-article" @default.
- W2891588894 hasAuthorship W2891588894A5005139537 @default.
- W2891588894 hasAuthorship W2891588894A5006908992 @default.
- W2891588894 hasAuthorship W2891588894A5022583120 @default.
- W2891588894 hasAuthorship W2891588894A5028609247 @default.
- W2891588894 hasAuthorship W2891588894A5029225084 @default.
- W2891588894 hasAuthorship W2891588894A5040396459 @default.
- W2891588894 hasAuthorship W2891588894A5045685587 @default.
- W2891588894 hasAuthorship W2891588894A5090932254 @default.