FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4385648753> ?p ?o ?g. }

• W4385648753 endingPage "124725" @default.
• W4385648753 startingPage "124725" @default.
• W4385648753 abstract "In the present study, a CuNiO-MX (CNM) hybrid adsorbent that demonstrates an excellent P recovery and removal of Cr(VI) was prepared through liquid self-assembly method. We investigated the effects of different molar ratios of Cu/Ni (Cu0.0083Ni0.00069O-MX, Cu0.05Ni0.025O-MX, Cu0.1Ni0.05O-MX, Cu0.2Ni0.1O-MX, and Cu0.4Ni0.2O-MX) on P and Cr(VI) removal and compared these samples with bare MXene. The adsorption performance of the CNM samples was superior than bare MXene, and the Cu0.1Ni0.05O-MX adsorbent was observed as the most effectual for P and Cr(VI) removal, with a removal rate that was ∼ 163.2 and 18 times higher for P and Cr(VI), respectively, than bare MXene. The maximum adsorption capacity for P and Cr(VI) was 66.3 mg/P-g and 321.2 mg/g, respectively, at an equilibrium time of 2 h. Cu0.1Ni0.05O-MX also exhibited very higher selectivity for both P and Cr(VI), while adsorption isotherm and kinetics analysis exhibited that the uptake of P and Cr(VI) onto Cu0.1Ni0.05O-MX fits well with Langmuir isotherm and pseudo-second-order models, respectively. Cu0.1Ni0.05O-MX demonstrated an excellent resistance to inorganic anions in natural water, and recycling and reusability tests indicated that Cu0.1Ni0.05O-MX maintained a high adsorption performance for P and Cr(VI) after five cycles. The adsorption-mechanisms for P and Cr(VI) using Cu0.1Ni0.05O-MX were also examined by XPS and FT-IR analysis, showing that the –OH groups played a key role in the removal of the two contaminants. Our findings indicate that the Cu0.1Ni0.05O-MX adsorbent holds great promise for the remedy of wastewater having P and Cr(VI)." @default.
• W4385648753 created "2023-08-09" @default.
• W4385648753 creator A5004091349 @default.
• W4385648753 creator A5045971949 @default.
• W4385648753 date "2023-12-01" @default.
• W4385648753 modified "2023-09-26" @default.
• W4385648753 title "Enhanced adsorption performance of a Cu/Ni-MXene composite for phosphate recovery and removal of Cr(VI) from aqueous solutions" @default.
• W4385648753 cites W1236365063 @default.
• W4385648753 cites W1886949756 @default.
• W4385648753 cites W1965681513 @default.
• W4385648753 cites W1969252297 @default.
• W4385648753 cites W1969507078 @default.
• W4385648753 cites W1987062704 @default.
• W4385648753 cites W2004987027 @default.
• W4385648753 cites W2010434810 @default.
• W4385648753 cites W2022853845 @default.
• W4385648753 cites W2025514998 @default.
• W4385648753 cites W2027878502 @default.
• W4385648753 cites W2036392772 @default.
• W4385648753 cites W2046441614 @default.
• W4385648753 cites W2051391255 @default.
• W4385648753 cites W2054594494 @default.
• W4385648753 cites W2054687634 @default.
• W4385648753 cites W2069299610 @default.
• W4385648753 cites W2072091059 @default.
• W4385648753 cites W2072519697 @default.
• W4385648753 cites W2079463558 @default.
• W4385648753 cites W2112705999 @default.
• W4385648753 cites W2115964177 @default.
• W4385648753 cites W2146299294 @default.
• W4385648753 cites W2160284966 @default.
• W4385648753 cites W2168717307 @default.
• W4385648753 cites W2179017767 @default.
• W4385648753 cites W2282754025 @default.
• W4385648753 cites W2302475079 @default.
• W4385648753 cites W2313119527 @default.
• W4385648753 cites W2316812418 @default.
• W4385648753 cites W2320060591 @default.
• W4385648753 cites W2520184590 @default.
• W4385648753 cites W2520446384 @default.
• W4385648753 cites W2520676852 @default.
• W4385648753 cites W2526926292 @default.
• W4385648753 cites W2544346464 @default.
• W4385648753 cites W2547296803 @default.
• W4385648753 cites W2552025810 @default.
• W4385648753 cites W2556486209 @default.
• W4385648753 cites W2570033569 @default.
• W4385648753 cites W2573988173 @default.
• W4385648753 cites W2605674942 @default.
• W4385648753 cites W2626299495 @default.
• W4385648753 cites W2709355658 @default.
• W4385648753 cites W2725235027 @default.
• W4385648753 cites W2739298115 @default.
• W4385648753 cites W2755852674 @default.
• W4385648753 cites W2759831243 @default.
• W4385648753 cites W2767483180 @default.
• W4385648753 cites W2771284465 @default.
• W4385648753 cites W2776330965 @default.
• W4385648753 cites W2779670937 @default.
• W4385648753 cites W2787491385 @default.
• W4385648753 cites W2789940574 @default.
• W4385648753 cites W2790529550 @default.
• W4385648753 cites W2790976907 @default.
• W4385648753 cites W2793109612 @default.
• W4385648753 cites W2804626313 @default.
• W4385648753 cites W2810037357 @default.
• W4385648753 cites W2883163132 @default.
• W4385648753 cites W2889063633 @default.
• W4385648753 cites W2890735781 @default.
• W4385648753 cites W2891806116 @default.
• W4385648753 cites W2894640377 @default.
• W4385648753 cites W2899238307 @default.
• W4385648753 cites W2902496329 @default.
• W4385648753 cites W2910865735 @default.
• W4385648753 cites W2911238577 @default.
• W4385648753 cites W2911351023 @default.
• W4385648753 cites W2912923319 @default.
• W4385648753 cites W2916429247 @default.
• W4385648753 cites W2921532631 @default.
• W4385648753 cites W2937390740 @default.
• W4385648753 cites W2942556572 @default.
• W4385648753 cites W2947286605 @default.
• W4385648753 cites W2948438012 @default.
• W4385648753 cites W2967619858 @default.
• W4385648753 cites W2973917971 @default.
• W4385648753 cites W2981450574 @default.
• W4385648753 cites W2985189904 @default.
• W4385648753 cites W2986149978 @default.
• W4385648753 cites W2989829938 @default.
• W4385648753 cites W2991258600 @default.
• W4385648753 cites W2996659290 @default.
• W4385648753 cites W2997189749 @default.
• W4385648753 cites W3000523419 @default.
• W4385648753 cites W3005264097 @default.
• W4385648753 cites W3010549838 @default.
• W4385648753 cites W3017371810 @default.
• W4385648753 cites W3018457777 @default.
• W4385648753 cites W3032001795 @default.

• next