Matches in SemOpenAlex for { <https://semopenalex.org/work/W3049145622> ?p ?o ?g. }
- W3049145622 endingPage "119423" @default.
- W3049145622 startingPage "119423" @default.
- W3049145622 abstract "Photocatalytic hydrogen (H2) production on zinc sulfide (ZnS) still remains unsatisfactory because of the fast charge carrier recombination through direct-bandgap and photocorrosion by oxidative holes at the valence band. Here we report on a strongly coupled heterojunction photocatalyst (ZnS/PDA) comprising by a ZnS nanorod and ultrathin polydopamine (PDA). The ZnS/PDA exhibits H2 production rate of 2162.5 μmol h−1 g−1, and 78.7 % of this initial photoactivity is sustained after consecutive running for 24 h. A double staggered heterostructure by interfacial zinc oxysulfide and 1 nm-thick PDA layer gives rise to the effective separation, transport, and tunneling of charge carriers for robust H2 production without the trade-off between photocatalytic stability and activity. We anticipate that the present ZnS/PDA can be exploitable in other catalytic applications, such as disinfection of bacteria and air purification. Furthermore, easy modification of optoelectronic properties by PDA will be applicable to a wide range of materials." @default.
- W3049145622 created "2020-08-21" @default.
- W3049145622 creator A5004586975 @default.
- W3049145622 creator A5011646708 @default.
- W3049145622 creator A5026996907 @default.
- W3049145622 creator A5029403253 @default.
- W3049145622 creator A5038038825 @default.
- W3049145622 creator A5038175473 @default.
- W3049145622 creator A5045026109 @default.
- W3049145622 creator A5065086527 @default.
- W3049145622 creator A5065912208 @default.
- W3049145622 creator A5065993711 @default.
- W3049145622 creator A5066606506 @default.
- W3049145622 creator A5073809214 @default.
- W3049145622 creator A5081224032 @default.
- W3049145622 date "2021-01-01" @default.
- W3049145622 modified "2023-10-17" @default.
- W3049145622 title "Efficient photocatalytic production of hydrogen by exploiting the polydopamine-semiconductor interface" @default.
- W3049145622 cites W1438971854 @default.
- W3049145622 cites W173180645 @default.
- W3049145622 cites W1890523102 @default.
- W3049145622 cites W1967074650 @default.
- W3049145622 cites W1981368803 @default.
- W3049145622 cites W2009017847 @default.
- W3049145622 cites W2010711724 @default.
- W3049145622 cites W2011280022 @default.
- W3049145622 cites W2011386478 @default.
- W3049145622 cites W2012136380 @default.
- W3049145622 cites W2014690173 @default.
- W3049145622 cites W2015194015 @default.
- W3049145622 cites W2016486725 @default.
- W3049145622 cites W2020199431 @default.
- W3049145622 cites W2035191606 @default.
- W3049145622 cites W2035955364 @default.
- W3049145622 cites W2037683510 @default.
- W3049145622 cites W2038609008 @default.
- W3049145622 cites W2044219874 @default.
- W3049145622 cites W2046196469 @default.
- W3049145622 cites W2062144566 @default.
- W3049145622 cites W2068480761 @default.
- W3049145622 cites W2085093563 @default.
- W3049145622 cites W2092858957 @default.
- W3049145622 cites W2096747776 @default.
- W3049145622 cites W2108627144 @default.
- W3049145622 cites W2115901181 @default.
- W3049145622 cites W2119812192 @default.
- W3049145622 cites W2130400773 @default.
- W3049145622 cites W2135483245 @default.
- W3049145622 cites W2146109823 @default.
- W3049145622 cites W2151713132 @default.
- W3049145622 cites W2153266910 @default.
- W3049145622 cites W2165487314 @default.
- W3049145622 cites W2176536870 @default.
- W3049145622 cites W2198306807 @default.
- W3049145622 cites W2316694923 @default.
- W3049145622 cites W2322562148 @default.
- W3049145622 cites W2339457714 @default.
- W3049145622 cites W2343092507 @default.
- W3049145622 cites W2413179491 @default.
- W3049145622 cites W2415809392 @default.
- W3049145622 cites W2468836828 @default.
- W3049145622 cites W2475771134 @default.
- W3049145622 cites W2493021291 @default.
- W3049145622 cites W2550451471 @default.
- W3049145622 cites W2564178799 @default.
- W3049145622 cites W2590587048 @default.
- W3049145622 cites W2596571750 @default.
- W3049145622 cites W2604931986 @default.
- W3049145622 cites W2614833577 @default.
- W3049145622 cites W2615961916 @default.
- W3049145622 cites W2616478249 @default.
- W3049145622 cites W2684674304 @default.
- W3049145622 cites W2735298243 @default.
- W3049145622 cites W2804876604 @default.
- W3049145622 cites W2807948122 @default.
- W3049145622 cites W2889672154 @default.
- W3049145622 cites W2891519376 @default.
- W3049145622 cites W2891805666 @default.
- W3049145622 cites W2894049926 @default.
- W3049145622 cites W2897324829 @default.
- W3049145622 cites W2900219246 @default.
- W3049145622 cites W2900965041 @default.
- W3049145622 cites W2904665472 @default.
- W3049145622 cites W2908716708 @default.
- W3049145622 cites W2916365621 @default.
- W3049145622 cites W2920720489 @default.
- W3049145622 cites W2932797373 @default.
- W3049145622 cites W2943892438 @default.
- W3049145622 cites W2957114065 @default.
- W3049145622 cites W2969667833 @default.
- W3049145622 cites W3003456319 @default.
- W3049145622 cites W959022461 @default.
- W3049145622 doi "https://doi.org/10.1016/j.apcatb.2020.119423" @default.
- W3049145622 hasPublicationYear "2021" @default.
- W3049145622 type Work @default.
- W3049145622 sameAs 3049145622 @default.
- W3049145622 citedByCount "68" @default.
- W3049145622 countsByYear W30491456222020 @default.