Matches in SemOpenAlex for { <https://semopenalex.org/work/W2810596144> ?p ?o ?g. }
- W2810596144 endingPage "285" @default.
- W2810596144 startingPage "273" @default.
- W2810596144 abstract "Most of current absorbents are difficult to hold favorable stability and functionality simultaneously when used in condition of high acidity and strong radiation existing in nuclear industry. Herein, a new graphene-synergized 2D covalent organic framework (GS-COF) was obtained via an in-situ loading of a covalent organic framework (TDCOF) on graphene sheets based on a mutual promotion strategy proposed in this work. The corresponding oximation products, o-GS-COF, and also o-TDCOF as a reference object, were respectively prepared subsequently. The results of experiments confirmed that o-GS-COF possesses better acid and irradiation stability than that of o-TDCOF. Adsorption experiments showed that the adsorption capacity of o-GS-COF for uranium is 144.2 mg g−1, higher than that of GO (92.5 mg g−1) and o-TDCOF (105.0 mg g−1), and the maximum adsorption capacity reaches 220.1 mg g−1. In the multi-ions system, o-GS-COF also displayed good selective adsorption property for uranium with SFU/M 35–100 for 5 coexisting divalent metal ions and 14–18 for 5 coexisting trivalent lanthanide ions. The proposed strategy successfully achieved the synergistic improvement of both stability and functionality for the desired adsorbing materials and is of considerable practical utility in the field of design and preparation of reliable high-performance absorbents." @default.
- W2810596144 created "2018-07-10" @default.
- W2810596144 creator A5019018136 @default.
- W2810596144 creator A5020848795 @default.
- W2810596144 creator A5025485724 @default.
- W2810596144 creator A5032525025 @default.
- W2810596144 creator A5033507990 @default.
- W2810596144 creator A5033714280 @default.
- W2810596144 creator A5036927242 @default.
- W2810596144 creator A5057758403 @default.
- W2810596144 creator A5061355496 @default.
- W2810596144 creator A5066887970 @default.
- W2810596144 creator A5074629058 @default.
- W2810596144 date "2018-09-01" @default.
- W2810596144 modified "2023-10-11" @default.
- W2810596144 title "Graphene-synergized 2D covalent organic framework for adsorption: A mutual promotion strategy to achieve stabilization and functionalization simultaneously" @default.
- W2810596144 cites W1930007904 @default.
- W2810596144 cites W1966158621 @default.
- W2810596144 cites W1975618709 @default.
- W2810596144 cites W1976542066 @default.
- W2810596144 cites W1977042562 @default.
- W2810596144 cites W1981176154 @default.
- W2810596144 cites W1982753297 @default.
- W2810596144 cites W1983939297 @default.
- W2810596144 cites W1987951951 @default.
- W2810596144 cites W1990926492 @default.
- W2810596144 cites W1993551676 @default.
- W2810596144 cites W1993890920 @default.
- W2810596144 cites W1995411015 @default.
- W2810596144 cites W2002647629 @default.
- W2810596144 cites W2006250664 @default.
- W2810596144 cites W2012666359 @default.
- W2810596144 cites W2014935324 @default.
- W2810596144 cites W2016703156 @default.
- W2810596144 cites W2022846866 @default.
- W2810596144 cites W2026213987 @default.
- W2810596144 cites W2026457916 @default.
- W2810596144 cites W2028818222 @default.
- W2810596144 cites W2041288755 @default.
- W2810596144 cites W2042454875 @default.
- W2810596144 cites W2044944060 @default.
- W2810596144 cites W2046241067 @default.
- W2810596144 cites W2046570784 @default.
- W2810596144 cites W2049334543 @default.
- W2810596144 cites W2049541689 @default.
- W2810596144 cites W2051145305 @default.
- W2810596144 cites W2051979780 @default.
- W2810596144 cites W2052654679 @default.
- W2810596144 cites W2052834194 @default.
- W2810596144 cites W2055580571 @default.
- W2810596144 cites W2060121236 @default.
- W2810596144 cites W2062787288 @default.
- W2810596144 cites W2068456420 @default.
- W2810596144 cites W2069927076 @default.
- W2810596144 cites W2071372633 @default.
- W2810596144 cites W2078121243 @default.
- W2810596144 cites W2078256285 @default.
- W2810596144 cites W2085912898 @default.
- W2810596144 cites W2087638855 @default.
- W2810596144 cites W2088312435 @default.
- W2810596144 cites W2092743739 @default.
- W2810596144 cites W2094340973 @default.
- W2810596144 cites W2111140757 @default.
- W2810596144 cites W2119373267 @default.
- W2810596144 cites W2119488829 @default.
- W2810596144 cites W2119654012 @default.
- W2810596144 cites W2125623338 @default.
- W2810596144 cites W2135479172 @default.
- W2810596144 cites W2141567224 @default.
- W2810596144 cites W2144970658 @default.
- W2810596144 cites W2148592992 @default.
- W2810596144 cites W2153239939 @default.
- W2810596144 cites W2163013054 @default.
- W2810596144 cites W2165427064 @default.
- W2810596144 cites W2198087385 @default.
- W2810596144 cites W2254579368 @default.
- W2810596144 cites W2273571668 @default.
- W2810596144 cites W2274548865 @default.
- W2810596144 cites W2296715787 @default.
- W2810596144 cites W2301370743 @default.
- W2810596144 cites W2302076199 @default.
- W2810596144 cites W2313218751 @default.
- W2810596144 cites W2314977518 @default.
- W2810596144 cites W2323852127 @default.
- W2810596144 cites W2324647665 @default.
- W2810596144 cites W2330246753 @default.
- W2810596144 cites W2330403618 @default.
- W2810596144 cites W2330915705 @default.
- W2810596144 cites W2332433553 @default.
- W2810596144 cites W2332934910 @default.
- W2810596144 cites W2342075626 @default.
- W2810596144 cites W2473110875 @default.
- W2810596144 cites W2511909582 @default.
- W2810596144 cites W2512434287 @default.
- W2810596144 cites W2539298335 @default.
- W2810596144 cites W2543940523 @default.
- W2810596144 cites W2544366482 @default.
- W2810596144 cites W2551020416 @default.