Matches in SemOpenAlex for { <https://semopenalex.org/work/W1898152998> ?p ?o ?g. }
- W1898152998 endingPage "206" @default.
- W1898152998 startingPage "198" @default.
- W1898152998 abstract "Novel magnetic core–shell visible light responsive carbon microspheres (CMSs)@ZnFe2O4/Ag3PO4 composite photocatalyst with different mass ratios have been successfully synthesized through the solvothermal and in situ precipitation methods for the first time. The characteristics of the as-prepared materials were systematically determined by the XRD, XPS, SEM, FESEM-EDS, UV–vis DRS, VSM, and PL etc.; the results indicated that all of the composites showed good crystallinity and strong absorbance both in the UV and visible light regions. Moreover, a heterojunction structure was formed between the ZnFe2O4 and Ag3PO4. The photocatalytic performance of the composite was evaluated for 2,4-dichlorophenol (2,4-DCP) degradation, and enhanced photocatalytic activity and stability were achieved. When the mass ratio of CMSs, ZnFe2O4, and Ag3PO4 in the composite was 2:1:3, the apparent photodegradation rate constant of 2,4-DCP was 0.0184 min−1, which was 7.36 times that of ZnFe2O4, 2.45 times that of Ag3PO4, and 4 times that of [email protected]2O4 (mass ratio = 2:1). And after four times recycling, the photodegradation efficiency of 2,4-DCP over the [email protected]2O4/Ag3PO4 (mass ratio = 2:1:3) can even reach approximately 89%. The investigation of the photocatalytic mechanism suggested that both the effective separation of the photoinduced electron–hole pairs and the active free radicals formed in the special core-shell interface contributed to the superior photocatalytic performance of the composite." @default.
- W1898152998 created "2016-06-24" @default.
- W1898152998 creator A5025906117 @default.
- W1898152998 creator A5026735983 @default.
- W1898152998 creator A5038550266 @default.
- W1898152998 creator A5044029236 @default.
- W1898152998 creator A5054617760 @default.
- W1898152998 creator A5087766881 @default.
- W1898152998 date "2015-12-01" @default.
- W1898152998 modified "2023-10-17" @default.
- W1898152998 title "Magnetic core–shell carbon microspheres (CMSs)@ZnFe2O4/Ag3PO4 composite with enhanced photocatalytic activity and stability under visible light irradiation" @default.
- W1898152998 cites W1955242950 @default.
- W1898152998 cites W1964027425 @default.
- W1898152998 cites W1968088868 @default.
- W1898152998 cites W1969912981 @default.
- W1898152998 cites W1969980300 @default.
- W1898152998 cites W1971726592 @default.
- W1898152998 cites W1973373124 @default.
- W1898152998 cites W1974936300 @default.
- W1898152998 cites W1976995971 @default.
- W1898152998 cites W1979761173 @default.
- W1898152998 cites W1991355273 @default.
- W1898152998 cites W1995382316 @default.
- W1898152998 cites W1996476007 @default.
- W1898152998 cites W1996929984 @default.
- W1898152998 cites W1997469134 @default.
- W1898152998 cites W2007640242 @default.
- W1898152998 cites W2011574188 @default.
- W1898152998 cites W2012009638 @default.
- W1898152998 cites W2015867507 @default.
- W1898152998 cites W2017656985 @default.
- W1898152998 cites W2019479183 @default.
- W1898152998 cites W2021264210 @default.
- W1898152998 cites W2023780505 @default.
- W1898152998 cites W2033022522 @default.
- W1898152998 cites W2037279800 @default.
- W1898152998 cites W2041267251 @default.
- W1898152998 cites W2046435107 @default.
- W1898152998 cites W2051207746 @default.
- W1898152998 cites W2052104096 @default.
- W1898152998 cites W2059569021 @default.
- W1898152998 cites W2062629112 @default.
- W1898152998 cites W2063752573 @default.
- W1898152998 cites W2064015652 @default.
- W1898152998 cites W2070903577 @default.
- W1898152998 cites W2074550946 @default.
- W1898152998 cites W2074675639 @default.
- W1898152998 cites W2074740783 @default.
- W1898152998 cites W2074782697 @default.
- W1898152998 cites W2075107771 @default.
- W1898152998 cites W2079699198 @default.
- W1898152998 cites W2084046663 @default.
- W1898152998 cites W2084965423 @default.
- W1898152998 cites W2086585864 @default.
- W1898152998 cites W2087003895 @default.
- W1898152998 cites W2087800081 @default.
- W1898152998 cites W2088709801 @default.
- W1898152998 cites W2088733647 @default.
- W1898152998 cites W2091458715 @default.
- W1898152998 cites W2103740499 @default.
- W1898152998 cites W2106823385 @default.
- W1898152998 cites W2118697184 @default.
- W1898152998 cites W2124213765 @default.
- W1898152998 cites W2126904645 @default.
- W1898152998 cites W2139702991 @default.
- W1898152998 cites W2147408170 @default.
- W1898152998 cites W2152276656 @default.
- W1898152998 cites W2164189086 @default.
- W1898152998 cites W2165070411 @default.
- W1898152998 cites W2313649993 @default.
- W1898152998 cites W2314665860 @default.
- W1898152998 cites W2319728625 @default.
- W1898152998 cites W2319888126 @default.
- W1898152998 cites W2320445278 @default.
- W1898152998 cites W2323151863 @default.
- W1898152998 cites W2328479398 @default.
- W1898152998 cites W2331424298 @default.
- W1898152998 doi "https://doi.org/10.1016/j.molcata.2015.08.021" @default.
- W1898152998 hasPublicationYear "2015" @default.
- W1898152998 type Work @default.
- W1898152998 sameAs 1898152998 @default.
- W1898152998 citedByCount "45" @default.
- W1898152998 countsByYear W18981529982016 @default.
- W1898152998 countsByYear W18981529982017 @default.
- W1898152998 countsByYear W18981529982018 @default.
- W1898152998 countsByYear W18981529982019 @default.
- W1898152998 countsByYear W18981529982020 @default.
- W1898152998 countsByYear W18981529982021 @default.
- W1898152998 countsByYear W18981529982022 @default.
- W1898152998 countsByYear W18981529982023 @default.
- W1898152998 crossrefType "journal-article" @default.
- W1898152998 hasAuthorship W1898152998A5025906117 @default.
- W1898152998 hasAuthorship W1898152998A5026735983 @default.
- W1898152998 hasAuthorship W1898152998A5038550266 @default.
- W1898152998 hasAuthorship W1898152998A5044029236 @default.
- W1898152998 hasAuthorship W1898152998A5054617760 @default.
- W1898152998 hasAuthorship W1898152998A5087766881 @default.
- W1898152998 hasConcept C104663316 @default.