Matches in SemOpenAlex for { <https://semopenalex.org/work/W3022382511> ?p ?o ?g. }
- W3022382511 endingPage "113201" @default.
- W3022382511 startingPage "113201" @default.
- W3022382511 abstract "In this study, Fe-based metal-organic frameworks (MOFs) MIL-53(Fe) and a new group of layered two-dimensional structure material Ti3C2Tx were selected to prepare a novel Ti3C2Tx/MIL-53(Fe) (TiCFe) composite via feasible in-situ synthesis. The results showed that Ti3AlC2 selectively etched by hydrogen fluoride to form an accordion-like structure of Ti3C2Tx nanosheets. The negatively charged surface of Ti3C2Tx attracted metal ions combined together with MIL-53(Fe) to form a unique structure of TiCFe, which could bring a larger specific surface area and more reaction sites. Tetracycline (TC) was used to examine the photocatalytic activity of TiCFe hybrids. Compared with MIL-53(Fe) and Ti3C2Tx, TiCFe composites exhibited improved visible-light photocatalytic activities. TiCFe-1 hybrid exhibited the best photocatalytic degradation ability aiming to TC, since the combination of MIL-53(Fe) and Ti3C2Tx suppressed the recombination of photogenerated carriers. Owing to the Fenton-like effects, the TC degradation efficiency of TiCFe-1 was 3.8 times and 2.2 times higher than that of Ti3C2Tx and MIL-53(Fe) under 80 min irradiation with the presence of H2O2, respectively, and was 1.67 times higher than that of using TiCFe-1 alone. The recycle experiments demonstrated the high reutilization and stability of TiCFe-1 and suggested that TiCFe-1 had the potential for the practical applications." @default.
- W3022382511 created "2020-05-13" @default.
- W3022382511 creator A5000515580 @default.
- W3022382511 creator A5015949314 @default.
- W3022382511 creator A5018630300 @default.
- W3022382511 creator A5024427902 @default.
- W3022382511 creator A5038289908 @default.
- W3022382511 creator A5043914704 @default.
- W3022382511 creator A5080276547 @default.
- W3022382511 creator A5080853070 @default.
- W3022382511 creator A5081514255 @default.
- W3022382511 creator A5083755129 @default.
- W3022382511 date "2020-08-01" @default.
- W3022382511 modified "2023-10-18" @default.
- W3022382511 title "Boosting catalytic degradation efficiency by incorporation of MIL-53(Fe) with Ti3C2Tx nanosheeets" @default.
- W3022382511 cites W1510152845 @default.
- W3022382511 cites W1830160077 @default.
- W3022382511 cites W1950367212 @default.
- W3022382511 cites W1973357647 @default.
- W3022382511 cites W1980520228 @default.
- W3022382511 cites W1981842100 @default.
- W3022382511 cites W1993054776 @default.
- W3022382511 cites W2014451195 @default.
- W3022382511 cites W2035372767 @default.
- W3022382511 cites W2037874536 @default.
- W3022382511 cites W2062787288 @default.
- W3022382511 cites W2066666085 @default.
- W3022382511 cites W2078451408 @default.
- W3022382511 cites W2100152885 @default.
- W3022382511 cites W2113790776 @default.
- W3022382511 cites W2151324344 @default.
- W3022382511 cites W2155175869 @default.
- W3022382511 cites W2261680338 @default.
- W3022382511 cites W2277230366 @default.
- W3022382511 cites W2289253146 @default.
- W3022382511 cites W2290491103 @default.
- W3022382511 cites W2295840750 @default.
- W3022382511 cites W2321341331 @default.
- W3022382511 cites W2414258261 @default.
- W3022382511 cites W2472914218 @default.
- W3022382511 cites W2513767843 @default.
- W3022382511 cites W2524029741 @default.
- W3022382511 cites W2566192085 @default.
- W3022382511 cites W2573667199 @default.
- W3022382511 cites W2616761316 @default.
- W3022382511 cites W2624051923 @default.
- W3022382511 cites W2726183102 @default.
- W3022382511 cites W2737396709 @default.
- W3022382511 cites W2738050357 @default.
- W3022382511 cites W2750909030 @default.
- W3022382511 cites W2751736372 @default.
- W3022382511 cites W2752326198 @default.
- W3022382511 cites W2752489104 @default.
- W3022382511 cites W2755777512 @default.
- W3022382511 cites W2757387338 @default.
- W3022382511 cites W2762424590 @default.
- W3022382511 cites W2766728918 @default.
- W3022382511 cites W2770125280 @default.
- W3022382511 cites W2793713214 @default.
- W3022382511 cites W2795283568 @default.
- W3022382511 cites W2797638552 @default.
- W3022382511 cites W2799316305 @default.
- W3022382511 cites W2803867191 @default.
- W3022382511 cites W2807843720 @default.
- W3022382511 cites W2858547974 @default.
- W3022382511 cites W2887065277 @default.
- W3022382511 cites W2888873622 @default.
- W3022382511 cites W2889580201 @default.
- W3022382511 cites W2895856983 @default.
- W3022382511 cites W2900199409 @default.
- W3022382511 cites W2900944109 @default.
- W3022382511 cites W2901102818 @default.
- W3022382511 cites W2915468514 @default.
- W3022382511 cites W2971865930 @default.
- W3022382511 cites W2985998842 @default.
- W3022382511 cites W3006068720 @default.
- W3022382511 cites W3009402778 @default.
- W3022382511 cites W3010843498 @default.
- W3022382511 doi "https://doi.org/10.1016/j.molliq.2020.113201" @default.
- W3022382511 hasPublicationYear "2020" @default.
- W3022382511 type Work @default.
- W3022382511 sameAs 3022382511 @default.
- W3022382511 citedByCount "31" @default.
- W3022382511 countsByYear W30223825112020 @default.
- W3022382511 countsByYear W30223825112021 @default.
- W3022382511 countsByYear W30223825112022 @default.
- W3022382511 countsByYear W30223825112023 @default.
- W3022382511 crossrefType "journal-article" @default.
- W3022382511 hasAuthorship W3022382511A5000515580 @default.
- W3022382511 hasAuthorship W3022382511A5015949314 @default.
- W3022382511 hasAuthorship W3022382511A5018630300 @default.
- W3022382511 hasAuthorship W3022382511A5024427902 @default.
- W3022382511 hasAuthorship W3022382511A5038289908 @default.
- W3022382511 hasAuthorship W3022382511A5043914704 @default.
- W3022382511 hasAuthorship W3022382511A5080276547 @default.
- W3022382511 hasAuthorship W3022382511A5080853070 @default.
- W3022382511 hasAuthorship W3022382511A5081514255 @default.
- W3022382511 hasAuthorship W3022382511A5083755129 @default.