Matches in SemOpenAlex for { <https://semopenalex.org/work/W2800570835> ?p ?o ?g. }
- W2800570835 endingPage "4897" @default.
- W2800570835 startingPage "4891" @default.
- W2800570835 abstract "Considering rapidly rising Hg emission from industrial waste effluents, it is imperative to explore practical and effective adsorbents for Hg. Herein, a mild and facile method has been developed to confine ultrasmall In2S3 nanoparticles (about 2.5 nm) in the cavities of a MOF for the first time. The resulting composite (In2S3@MIL-101) can remove 99.95% of the Hg2+ from wastewater very efficiently in as short as 1 min with the highest distribution coefficient (2.2 × 107 mL g-1) among all MOF-based mercury adsorbents. It also displays excellent selectivity for Hg even when other interferential metal ions are present, and it can be reused with almost retained adsorption capacity. All of these features make the composite a potential adsorbent for Hg removal from industrial wastewater." @default.
- W2800570835 created "2018-05-17" @default.
- W2800570835 creator A5007713020 @default.
- W2800570835 creator A5009669197 @default.
- W2800570835 creator A5016682254 @default.
- W2800570835 creator A5021511026 @default.
- W2800570835 creator A5026733759 @default.
- W2800570835 creator A5062913490 @default.
- W2800570835 creator A5066857088 @default.
- W2800570835 creator A5067982954 @default.
- W2800570835 creator A5068566749 @default.
- W2800570835 date "2018-04-25" @default.
- W2800570835 modified "2023-10-15" @default.
- W2800570835 title "Incorporation of In<sub>2</sub>S<sub>3</sub> Nanoparticles into a Metal–Organic Framework for Ultrafast Removal of Hg from Water" @default.
- W2800570835 cites W1775725019 @default.
- W2800570835 cites W1968780456 @default.
- W2800570835 cites W1978714837 @default.
- W2800570835 cites W1988875621 @default.
- W2800570835 cites W1991042473 @default.
- W2800570835 cites W1993760108 @default.
- W2800570835 cites W1995004090 @default.
- W2800570835 cites W1995365123 @default.
- W2800570835 cites W2007661885 @default.
- W2800570835 cites W2010080818 @default.
- W2800570835 cites W2010815720 @default.
- W2800570835 cites W2010852337 @default.
- W2800570835 cites W2021801968 @default.
- W2800570835 cites W2021976439 @default.
- W2800570835 cites W2022606976 @default.
- W2800570835 cites W2024273386 @default.
- W2800570835 cites W2025645100 @default.
- W2800570835 cites W2029908420 @default.
- W2800570835 cites W2035460169 @default.
- W2800570835 cites W2040012775 @default.
- W2800570835 cites W2042397184 @default.
- W2800570835 cites W2044369290 @default.
- W2800570835 cites W2046655323 @default.
- W2800570835 cites W2057255056 @default.
- W2800570835 cites W2059338496 @default.
- W2800570835 cites W2061458250 @default.
- W2800570835 cites W2066659591 @default.
- W2800570835 cites W2068339282 @default.
- W2800570835 cites W2070712122 @default.
- W2800570835 cites W2074250914 @default.
- W2800570835 cites W2074725929 @default.
- W2800570835 cites W2078582657 @default.
- W2800570835 cites W2078678890 @default.
- W2800570835 cites W2080253743 @default.
- W2800570835 cites W2084811043 @default.
- W2800570835 cites W2094145140 @default.
- W2800570835 cites W2100577901 @default.
- W2800570835 cites W2103829561 @default.
- W2800570835 cites W2112692467 @default.
- W2800570835 cites W2115764422 @default.
- W2800570835 cites W2123015551 @default.
- W2800570835 cites W2125623338 @default.
- W2800570835 cites W2131988676 @default.
- W2800570835 cites W2143234901 @default.
- W2800570835 cites W2150544267 @default.
- W2800570835 cites W2158054403 @default.
- W2800570835 cites W2175188327 @default.
- W2800570835 cites W2265527382 @default.
- W2800570835 cites W2276886307 @default.
- W2800570835 cites W2295879373 @default.
- W2800570835 cites W2298884395 @default.
- W2800570835 cites W2313722618 @default.
- W2800570835 cites W2314126842 @default.
- W2800570835 cites W2322759533 @default.
- W2800570835 cites W2325200105 @default.
- W2800570835 cites W2330889215 @default.
- W2800570835 cites W2514080813 @default.
- W2800570835 cites W2518373311 @default.
- W2800570835 cites W2520974385 @default.
- W2800570835 cites W2530434022 @default.
- W2800570835 cites W2532267890 @default.
- W2800570835 cites W2543310238 @default.
- W2800570835 cites W2568986257 @default.
- W2800570835 cites W2580106504 @default.
- W2800570835 cites W2583837711 @default.
- W2800570835 cites W2601888697 @default.
- W2800570835 cites W2609455338 @default.
- W2800570835 cites W2625087282 @default.
- W2800570835 cites W2626830377 @default.
- W2800570835 cites W2755080235 @default.
- W2800570835 cites W3143879557 @default.
- W2800570835 doi "https://doi.org/10.1021/acs.inorgchem.7b03076" @default.
- W2800570835 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29693386" @default.
- W2800570835 hasPublicationYear "2018" @default.
- W2800570835 type Work @default.
- W2800570835 sameAs 2800570835 @default.
- W2800570835 citedByCount "62" @default.
- W2800570835 countsByYear W28005708352018 @default.
- W2800570835 countsByYear W28005708352019 @default.
- W2800570835 countsByYear W28005708352020 @default.
- W2800570835 countsByYear W28005708352021 @default.
- W2800570835 countsByYear W28005708352022 @default.
- W2800570835 countsByYear W28005708352023 @default.
- W2800570835 crossrefType "journal-article" @default.