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- W2955180429 abstract "The immobilization of photocatalyst onto substrate has a great potential for energy-intensive separation to avoid the costly separation process and unwanted release of photocatalyst into the treated water. In this study, electrospun nanofiber composed of polyvinylidene fluoride (PVDF) with the immobilized ZnO, ZnO/Ag2CO3, ZnO/Ag2CO3/Ag2O, and ZnO/Ag2O photocatalysts were prepared via the electrospinning process. The immobilized ZnO and heterojunctioned ZnO in the PVDF electrospun nanofiber were proven via X-ray diffraction (XRD) and Fourier transform infrared spectroscopy (FTIR). The electrospinning allowed high chemical binding of the nanofiber composite with good physical interaction between the photocatalyst and the electrospun nanofiber. AFM images obtained for the nanofibers were found to be rougher than that of the pristine PVDF electrospun nanofiber. Among the photocatalyst embedded, the immobilized ZnO/Ag2CO3/Ag2O had endowed the nanofiber with an excellent photocatalytic activity and recyclability for the degradation of the RR120 under UV light irradiation. Based on the results, effective immobilization of ZnO/Ag2CO3/Ag2O in PVDF nanofiber with 99.62% photodegradation in 300 min compared to PVDF-ZnO, PVDF-ZnO/Ag2CO3, and PVDF-ZnO/Ag2O of 28.14%, 90.49%, and 96.34%, respectively. The effective ZnO/Ag2CO3/Ag2O immobilization into polymers with affinity toward organic dye pollutants could both increase the efficiency and reduce the energy requirements for water treatment via the photocatalytic application." @default.
- W2955180429 created "2019-07-12" @default.
- W2955180429 creator A5004939146 @default.
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- W2955180429 date "2019-06-26" @default.
- W2955180429 modified "2023-10-16" @default.
- W2955180429 title "Electrospun Nanofibers Embedding ZnO/Ag2CO3/Ag2O Heterojunction Photocatalyst with Enhanced Photocatalytic Activity" @default.
- W2955180429 cites W1036285001 @default.
- W2955180429 cites W1183199853 @default.
- W2955180429 cites W1854025783 @default.
- W2955180429 cites W1965122909 @default.
- W2955180429 cites W1965296958 @default.
- W2955180429 cites W1970739202 @default.
- W2955180429 cites W1972427013 @default.
- W2955180429 cites W1974945891 @default.
- W2955180429 cites W1976672709 @default.
- W2955180429 cites W1984775328 @default.
- W2955180429 cites W1988076034 @default.
- W2955180429 cites W1992784274 @default.
- W2955180429 cites W1997713268 @default.
- W2955180429 cites W1998786358 @default.
- W2955180429 cites W2001440781 @default.
- W2955180429 cites W2001902100 @default.
- W2955180429 cites W2002955253 @default.
- W2955180429 cites W2009095695 @default.
- W2955180429 cites W2011574188 @default.
- W2955180429 cites W2012279779 @default.
- W2955180429 cites W2019324284 @default.
- W2955180429 cites W2024464926 @default.
- W2955180429 cites W2024792415 @default.
- W2955180429 cites W2026787205 @default.
- W2955180429 cites W2035610411 @default.
- W2955180429 cites W2036001749 @default.
- W2955180429 cites W2043106446 @default.
- W2955180429 cites W2052126079 @default.
- W2955180429 cites W2079497550 @default.
- W2955180429 cites W2086158052 @default.
- W2955180429 cites W2086504389 @default.
- W2955180429 cites W2087968428 @default.
- W2955180429 cites W2089563947 @default.
- W2955180429 cites W2092746509 @default.
- W2955180429 cites W2105708469 @default.
- W2955180429 cites W2112815567 @default.
- W2955180429 cites W2119355712 @default.
- W2955180429 cites W2119582178 @default.
- W2955180429 cites W2131491403 @default.
- W2955180429 cites W2132422332 @default.
- W2955180429 cites W2135369050 @default.
- W2955180429 cites W2137721915 @default.
- W2955180429 cites W2139908236 @default.
- W2955180429 cites W2144664554 @default.
- W2955180429 cites W2172778714 @default.
- W2955180429 cites W2181858394 @default.
- W2955180429 cites W2183916245 @default.
- W2955180429 cites W2198813163 @default.
- W2955180429 cites W2271580247 @default.
- W2955180429 cites W2298394781 @default.
- W2955180429 cites W2313173854 @default.
- W2955180429 cites W2319946794 @default.
- W2955180429 cites W2321842654 @default.
- W2955180429 cites W2400318556 @default.
- W2955180429 cites W2488775003 @default.
- W2955180429 cites W2507273524 @default.
- W2955180429 cites W2527087155 @default.
- W2955180429 cites W2558360018 @default.
- W2955180429 cites W2565292847 @default.
- W2955180429 cites W2580411757 @default.
- W2955180429 cites W2590347746 @default.
- W2955180429 cites W2604935208 @default.
- W2955180429 cites W2611460873 @default.
- W2955180429 cites W2614848910 @default.
- W2955180429 cites W2618618791 @default.
- W2955180429 cites W2760741404 @default.
- W2955180429 cites W2804217096 @default.
- W2955180429 cites W2809979271 @default.
- W2955180429 cites W2887605749 @default.
- W2955180429 cites W2891331640 @default.
- W2955180429 cites W2907065989 @default.
- W2955180429 cites W2941472101 @default.
- W2955180429 cites W4231639414 @default.
- W2955180429 cites W843007777 @default.
- W2955180429 cites W972993346 @default.
- W2955180429 cites W986181155 @default.
- W2955180429 doi "https://doi.org/10.3390/catal9070565" @default.
- W2955180429 hasPublicationYear "2019" @default.
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