Matches in SemOpenAlex for { <https://semopenalex.org/work/W4295102476> ?p ?o ?g. }
- W4295102476 endingPage "110712" @default.
- W4295102476 startingPage "110712" @default.
- W4295102476 abstract "The widespread application of Ag+ has caused increasingly severe environmental pollution, so establishing a practical strategy to simultaneously accomplish the selective detection and efficient removal of heavy metal Ag+ is urgently needed. Herein, a fluorescent supramolecular assembly G⊂H has been precisely constructed through self-assembly of a newly designed pillar [5] arene equipped with two adenine binding sites (H) and a cyano-functionalized tetraphenylethylene derivative (G) bearing aggregation-induced emission (AIE) property. Directed by the mechanism of the restriction of intramolecular rotation (RIR) and supramolecular assembly-induced emission enhancement (SAIEE), the fluorescence intensity of G⊂H increases dramatically upon the addition of Ag+, generating spherical supramolecular aggregates based on the coordination between adenine moieties and Ag+. Significantly, G⊂H displays outstanding performance for detecting Ag+ with high selectivity, good sensitivity, and excellent anti-interference and exhibits great capability for efficient removal (98%) of Ag+ within 30 min, possessing effective renewability without losing adsorption activity." @default.
- W4295102476 created "2022-09-10" @default.
- W4295102476 creator A5003642180 @default.
- W4295102476 creator A5040768826 @default.
- W4295102476 creator A5050091498 @default.
- W4295102476 creator A5057884790 @default.
- W4295102476 creator A5065830827 @default.
- W4295102476 creator A5086780974 @default.
- W4295102476 date "2022-11-01" @default.
- W4295102476 modified "2023-10-17" @default.
- W4295102476 title "Renewable supramolecular assembly-induced emission enhancement system for efficient detection and removal of silver(I)" @default.
- W4295102476 cites W1883274523 @default.
- W4295102476 cites W1968110177 @default.
- W4295102476 cites W1981337547 @default.
- W4295102476 cites W1987354316 @default.
- W4295102476 cites W1988205294 @default.
- W4295102476 cites W1990534283 @default.
- W4295102476 cites W2001382215 @default.
- W4295102476 cites W2011295917 @default.
- W4295102476 cites W2015738590 @default.
- W4295102476 cites W2018573261 @default.
- W4295102476 cites W2023439172 @default.
- W4295102476 cites W2025118667 @default.
- W4295102476 cites W2030936891 @default.
- W4295102476 cites W2032185182 @default.
- W4295102476 cites W2049942022 @default.
- W4295102476 cites W2066510700 @default.
- W4295102476 cites W2067120759 @default.
- W4295102476 cites W2074711360 @default.
- W4295102476 cites W2076335196 @default.
- W4295102476 cites W2080954913 @default.
- W4295102476 cites W2088252867 @default.
- W4295102476 cites W2101479143 @default.
- W4295102476 cites W2111538662 @default.
- W4295102476 cites W2114120289 @default.
- W4295102476 cites W2122083806 @default.
- W4295102476 cites W2139902274 @default.
- W4295102476 cites W2147257319 @default.
- W4295102476 cites W2158054403 @default.
- W4295102476 cites W2159182565 @default.
- W4295102476 cites W2177603935 @default.
- W4295102476 cites W2333280212 @default.
- W4295102476 cites W2462928535 @default.
- W4295102476 cites W2588812077 @default.
- W4295102476 cites W2602072335 @default.
- W4295102476 cites W2616082673 @default.
- W4295102476 cites W2737953083 @default.
- W4295102476 cites W2770352338 @default.
- W4295102476 cites W2788270976 @default.
- W4295102476 cites W2793299569 @default.
- W4295102476 cites W2806512211 @default.
- W4295102476 cites W2807545667 @default.
- W4295102476 cites W2809125283 @default.
- W4295102476 cites W2886453882 @default.
- W4295102476 cites W2893189752 @default.
- W4295102476 cites W2896893013 @default.
- W4295102476 cites W2902265232 @default.
- W4295102476 cites W2904551454 @default.
- W4295102476 cites W2904897207 @default.
- W4295102476 cites W2909993299 @default.
- W4295102476 cites W2916688097 @default.
- W4295102476 cites W2961724301 @default.
- W4295102476 cites W2964141072 @default.
- W4295102476 cites W2965104365 @default.
- W4295102476 cites W2965877422 @default.
- W4295102476 cites W2973024603 @default.
- W4295102476 cites W2990417388 @default.
- W4295102476 cites W3001446426 @default.
- W4295102476 cites W3002119942 @default.
- W4295102476 cites W3005853354 @default.
- W4295102476 cites W3006011131 @default.
- W4295102476 cites W3017437165 @default.
- W4295102476 cites W3026343550 @default.
- W4295102476 cites W3034165113 @default.
- W4295102476 cites W3043854355 @default.
- W4295102476 cites W3049125750 @default.
- W4295102476 cites W3081100275 @default.
- W4295102476 cites W3096185915 @default.
- W4295102476 cites W3102782753 @default.
- W4295102476 cites W3106206166 @default.
- W4295102476 cites W3114538712 @default.
- W4295102476 cites W3119391684 @default.
- W4295102476 cites W3128670648 @default.
- W4295102476 cites W3130567480 @default.
- W4295102476 cites W3161693158 @default.
- W4295102476 cites W3165823902 @default.
- W4295102476 cites W3176992714 @default.
- W4295102476 cites W3180304565 @default.
- W4295102476 cites W3185623432 @default.
- W4295102476 cites W3213918166 @default.
- W4295102476 cites W3215857887 @default.
- W4295102476 cites W4200273242 @default.
- W4295102476 cites W4205501244 @default.
- W4295102476 cites W4206458947 @default.
- W4295102476 doi "https://doi.org/10.1016/j.dyepig.2022.110712" @default.
- W4295102476 hasPublicationYear "2022" @default.
- W4295102476 type Work @default.
- W4295102476 citedByCount "3" @default.