FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3109335957> ?p ?o ?g. }

• W3109335957 endingPage "8262" @default.
• W3109335957 startingPage "8262" @default.
• W3109335957 abstract "This work reports the preparation and utility of cysteine-functionalized carbon-coated Fe3O4 materials (Cys-C@Fe3O4) as efficient sorbents for remediation of Hg(II)-contaminated water. Efficient removal (90%) of Hg(II) from 1000 ppb aqueous solutions is possible, at very low Cys-C@Fe3O4 sorbent loadings (0.01 g sorbent per liter of Hg(II) solution). At low metal concentrations (5–100 ppb Hg(II)), where adsorption is typically slow, Hg(II) removal efficiencies of 94–99.4% were achievable, resulting in final Hg(II) levels of <1.0 ppb. From adsorption isotherms, the Hg(II) adsorption capacity for Cys-C@Fe3O4 is 94.33 mg g−1, around three times that of carbon-coated Fe3O4 material. The highest partition coefficient (PC) of 2312.5 mgg−1µM−1 was achieved at the initial Hg (II) concentration of 100 ppb, while significantly high PC values of 300 mgg−1µM−1 and above were also obtained in the ultralow concentration range (≤20 ppb). Cys-C@Fe3O4 exhibits excellent selectivity for Hg(II) when tested in the presence of Pb(II), Ni(II), and Cu(II) ions, is easily separable from aqueous media by application of an external magnet, and can be regenerated for three subsequent uses without compromising Hg(II) uptake. Derived from commercially available raw materials, it is highly possible to achieve large-scale production of the functional sorbent for practical applications." @default.
• W3109335957 created "2020-12-07" @default.
• W3109335957 creator A5004395334 @default.
• W3109335957 creator A5024505305 @default.
• W3109335957 creator A5047738763 @default.
• W3109335957 creator A5049408620 @default.
• W3109335957 creator A5055118732 @default.
• W3109335957 creator A5068235444 @default.
• W3109335957 creator A5070286225 @default.
• W3109335957 creator A5088397269 @default.
• W3109335957 date "2020-11-21" @default.
• W3109335957 modified "2023-10-16" @default.
• W3109335957 title "Efficient Mercury Removal at Ultralow Metal Concentrations by Cysteine Functionalized Carbon-Coated Magnetite" @default.
• W3109335957 cites W1117772991 @default.
• W3109335957 cites W1966044461 @default.
• W3109335957 cites W1968703027 @default.
• W3109335957 cites W1971267956 @default.
• W3109335957 cites W1979462661 @default.
• W3109335957 cites W1996573544 @default.
• W3109335957 cites W2000398456 @default.
• W3109335957 cites W2001325958 @default.
• W3109335957 cites W2001634175 @default.
• W3109335957 cites W2002203777 @default.
• W3109335957 cites W2003082680 @default.
• W3109335957 cites W2007823112 @default.
• W3109335957 cites W2012843745 @default.
• W3109335957 cites W2018441095 @default.
• W3109335957 cites W2020515754 @default.
• W3109335957 cites W2023492373 @default.
• W3109335957 cites W2028255768 @default.
• W3109335957 cites W2039857816 @default.
• W3109335957 cites W2041595798 @default.
• W3109335957 cites W2044092084 @default.
• W3109335957 cites W2046655323 @default.
• W3109335957 cites W2047651080 @default.
• W3109335957 cites W2056961824 @default.
• W3109335957 cites W2058974508 @default.
• W3109335957 cites W2063194355 @default.
• W3109335957 cites W2070003009 @default.
• W3109335957 cites W2076842455 @default.
• W3109335957 cites W2078429665 @default.
• W3109335957 cites W2092037159 @default.
• W3109335957 cites W2092336776 @default.
• W3109335957 cites W2098268814 @default.
• W3109335957 cites W2107358219 @default.
• W3109335957 cites W2122767532 @default.
• W3109335957 cites W2129712419 @default.
• W3109335957 cites W2137887831 @default.
• W3109335957 cites W2158054403 @default.
• W3109335957 cites W2167414917 @default.
• W3109335957 cites W2182274711 @default.
• W3109335957 cites W2188573187 @default.
• W3109335957 cites W2276189344 @default.
• W3109335957 cites W2312710352 @default.
• W3109335957 cites W2333489211 @default.
• W3109335957 cites W2333679453 @default.
• W3109335957 cites W2336870601 @default.
• W3109335957 cites W2464269326 @default.
• W3109335957 cites W2530865780 @default.
• W3109335957 cites W2546728141 @default.
• W3109335957 cites W2583366393 @default.
• W3109335957 cites W2588724886 @default.
• W3109335957 cites W2894767548 @default.
• W3109335957 cites W2900625535 @default.
• W3109335957 cites W2903255743 @default.
• W3109335957 cites W2919483502 @default.
• W3109335957 cites W2993941903 @default.
• W3109335957 cites W2998809887 @default.
• W3109335957 cites W3004083319 @default.
• W3109335957 cites W3031627777 @default.
• W3109335957 cites W3090348129 @default.
• W3109335957 doi "https://doi.org/10.3390/app10228262" @default.
• W3109335957 hasPublicationYear "2020" @default.
• W3109335957 type Work @default.
• W3109335957 sameAs 3109335957 @default.
• W3109335957 citedByCount "9" @default.
• W3109335957 countsByYear W31093359572021 @default.
• W3109335957 countsByYear W31093359572022 @default.
• W3109335957 countsByYear W31093359572023 @default.
• W3109335957 crossrefType "journal-article" @default.
• W3109335957 hasAuthorship W3109335957A5004395334 @default.
• W3109335957 hasAuthorship W3109335957A5024505305 @default.
• W3109335957 hasAuthorship W3109335957A5047738763 @default.
• W3109335957 hasAuthorship W3109335957A5049408620 @default.
• W3109335957 hasAuthorship W3109335957A5055118732 @default.
• W3109335957 hasAuthorship W3109335957A5068235444 @default.
• W3109335957 hasAuthorship W3109335957A5070286225 @default.
• W3109335957 hasAuthorship W3109335957A5088397269 @default.
• W3109335957 hasBestOaLocation W31093359571 @default.
• W3109335957 hasConcept C13965031 @default.
• W3109335957 hasConcept C150394285 @default.
• W3109335957 hasConcept C178790620 @default.
• W3109335957 hasConcept C184651966 @default.
• W3109335957 hasConcept C185592680 @default.
• W3109335957 hasConcept C191897082 @default.
• W3109335957 hasConcept C192552737 @default.
• W3109335957 hasConcept C192562407 @default.
• W3109335957 hasConcept C199164860 @default.

• next