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• W4309683798 endingPage "8035" @default.
• W4309683798 startingPage "8035" @default.
• W4309683798 abstract "The adsorption of Eu(III) on composites synthesised from graphene oxide (GO), maghemite (MGH), and chitosan (CS) has been studied using different approaches. The physicochemical and morphological characteristics of the composites GO-MGH, GO-CS, GO-MGH-CS I, II, and III were determined by XRD, Mössbauer spectroscopy, FTIR, Raman spectroscopy, and TEM. According to the results of batch experiments, the maximum experimental adsorption capacity was 52, 54, 25, 103, and 102 mg/g for GO-MGH, GO-CS, GO-MGH-CS I, II, and III, respectively. The data obtained are in better agreement with the Langmuir, pseudo-second-order, and pseudo-first-order models only for GO-MGH. Thus, the adsorption of Eu(III) on the composites was a favourable, monolayer, and occurred at homogeneous sites. The nature of adsorption is chemical and, in the case of GO-MGH, physical. Tests of the composites in natural waters showed a high removal efficiency for Eu(III), Pu(IV), and Am(III), ranging from 74 to 100%. The ANFIS model has quite good predictive ability, as shown by the values for R2, MSE, SSE, and ARE. The GO-MGH-CS composites with the high adsorption capacity could be promising candidates for the removal of Eu(III) and the pre-concentration of Pu(IV) and Am(III) from natural waters." @default.
• W4309683798 created "2022-11-29" @default.
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• W4309683798 date "2022-11-19" @default.
• W4309683798 modified "2023-10-17" @default.
• W4309683798 title "Preparation of Graphene Oxide-Maghemite-Chitosan Composites for the Adsorption of Europium Ions from Aqueous Solutions" @default.
• W4309683798 cites W1626057707 @default.
• W4309683798 cites W1871005271 @default.
• W4309683798 cites W1972754653 @default.
• W4309683798 cites W1975033174 @default.
• W4309683798 cites W1978671685 @default.
• W4309683798 cites W1985821733 @default.
• W4309683798 cites W1991850120 @default.
• W4309683798 cites W2002154371 @default.
• W4309683798 cites W2013000219 @default.
• W4309683798 cites W2016392194 @default.
• W4309683798 cites W2033855990 @default.
• W4309683798 cites W2036330748 @default.
• W4309683798 cites W2036847179 @default.
• W4309683798 cites W2036973967 @default.
• W4309683798 cites W2047925917 @default.
• W4309683798 cites W2053828393 @default.
• W4309683798 cites W2063545275 @default.
• W4309683798 cites W2066887921 @default.
• W4309683798 cites W2077820374 @default.
• W4309683798 cites W2084222254 @default.
• W4309683798 cites W2086036704 @default.
• W4309683798 cites W2093714199 @default.
• W4309683798 cites W2140746165 @default.
• W4309683798 cites W2142290101 @default.
• W4309683798 cites W2146902022 @default.
• W4309683798 cites W2249819296 @default.
• W4309683798 cites W2255693768 @default.
• W4309683798 cites W2292038567 @default.
• W4309683798 cites W2318751224 @default.
• W4309683798 cites W2333880986 @default.
• W4309683798 cites W2391299454 @default.
• W4309683798 cites W2394853152 @default.
• W4309683798 cites W2491836950 @default.
• W4309683798 cites W2509630374 @default.
• W4309683798 cites W2514552896 @default.
• W4309683798 cites W2547428472 @default.
• W4309683798 cites W2593867730 @default.
• W4309683798 cites W2625820250 @default.
• W4309683798 cites W26924155 @default.
• W4309683798 cites W2746265551 @default.
• W4309683798 cites W2752710287 @default.
• W4309683798 cites W2756451400 @default.
• W4309683798 cites W2771664976 @default.
• W4309683798 cites W2789973015 @default.
• W4309683798 cites W2791327613 @default.
• W4309683798 cites W2806220072 @default.
• W4309683798 cites W2886067465 @default.
• W4309683798 cites W2887312959 @default.
• W4309683798 cites W2896204203 @default.
• W4309683798 cites W2897595686 @default.
• W4309683798 cites W2899618544 @default.
• W4309683798 cites W2906185626 @default.
• W4309683798 cites W2913035870 @default.
• W4309683798 cites W2954867433 @default.
• W4309683798 cites W2964980232 @default.
• W4309683798 cites W2979970215 @default.
• W4309683798 cites W2995766831 @default.
• W4309683798 cites W2998718612 @default.
• W4309683798 cites W3006430416 @default.
• W4309683798 cites W3009597472 @default.
• W4309683798 cites W3012224743 @default.
• W4309683798 cites W3013779586 @default.
• W4309683798 cites W3022458424 @default.
• W4309683798 cites W3023597554 @default.
• W4309683798 cites W3082395369 @default.
• W4309683798 cites W3084263539 @default.
• W4309683798 cites W3097558718 @default.
• W4309683798 cites W3135913120 @default.
• W4309683798 cites W3136978478 @default.
• W4309683798 cites W4223978362 @default.
• W4309683798 cites W4223994104 @default.
• W4309683798 cites W4233194460 @default.
• W4309683798 cites W4289317529 @default.
• W4309683798 cites W4292448526 @default.
• W4309683798 cites W4293661100 @default.
• W4309683798 cites W4295102477 @default.
• W4309683798 cites W4303954643 @default.
• W4309683798 doi "https://doi.org/10.3390/molecules27228035" @default.
• W4309683798 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36432137" @default.
• W4309683798 hasPublicationYear "2022" @default.
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