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• W2805773792 abstract "In this study, BiVO4/Fe3O4/C60 nanocomposite has been synthesized for the first time using a facile and feasible hydrothermal method. X-ray diffraction (XRD), Fourier transform infrared (FT-IR) spectroscopy, Raman spectroscopy, scanning electron microscopy (SEM), energy dispersive X-ray spectroscopy (EDX), transmission electron microscopy (TEM), UV-Vis diffuse reflectance spectroscopy (DRS), vibrating sample magnetometer (VSM), and N2 adsorption-desorption analysis were utilized to analyze the structure, morphology, size, and the magnetic property of the synthesized nanocomposite. The photocatalytic activity of the magnetic BiVO4/Fe3O4/C60 nanocomposite was investigated for the degradation of methylene blue. The results showed that 84% degradation of methylene blue (MB) (25 mg/L) solution within 5 h with a rate constant equal to 0.0049 min−1 in the presence of BiVO4/Fe3O4/C60 nanocomposite and H2O2 (1 mL, 30%) under visible light irradiation. The effects of BiVO4/Fe3O4/C60 dosage, H2O2 amount dye initial concentration and C60 amount on the efficiency of degradation process were investigated. Furthermore, the catalytic activity of the magnetic BiVO4/Fe3O4/C60 nanocomposite was investigated for the reduction of 4-nitrophenol (4-NP) to 4-aminophenol (4-AP) using sodium borohydride (NaBH4) in the aqueous solution and at room temperature. The results showed that BiVO4/Fe3O4/C60 nanocomposite exhibited an excellent performance for the reduction of 4-NP with 97% conversion into its corresponding amino derivative within 38 min with a constant rate equal to 0.0775 min−1. As indicated by the results, the magnetic BiVO4/Fe3O4/C60 nanocomposite exhibited much higher photocatalytic and catalytic activity than BiVO4/ C60, BiVO4/Fe3O4, and pure BiVO4. Moreover, the BiVO4/Fe3O4/C60 nanocomposite could be magnetically separated from the reaction mixture due to the presence of the Fe3O4 and reused without any change in structure." @default.
• W2805773792 created "2018-06-13" @default.
• W2805773792 creator A5042434144 @default.
• W2805773792 creator A5071856287 @default.
• W2805773792 date "2018-06-05" @default.
• W2805773792 modified "2023-09-27" @default.
• W2805773792 title "Preparation and characterization of fullerene (C₆₀)-modified BiVO₄/Fe₃O₄ nanocomposite by hydrothermal method and study of its visible light photocatalytic and catalytic activity" @default.
• W2805773792 cites W1144182364 @default.
• W2805773792 cites W1673833090 @default.
• W2805773792 cites W1874446976 @default.
• W2805773792 cites W1965573501 @default.
• W2805773792 cites W1965679643 @default.
• W2805773792 cites W1966719571 @default.
• W2805773792 cites W1975646186 @default.
• W2805773792 cites W1975734418 @default.
• W2805773792 cites W1978990425 @default.
• W2805773792 cites W1981786140 @default.
• W2805773792 cites W1984243023 @default.
• W2805773792 cites W1989179020 @default.
• W2805773792 cites W1989788936 @default.
• W2805773792 cites W1990878497 @default.
• W2805773792 cites W1994183004 @default.
• W2805773792 cites W2002290108 @default.
• W2805773792 cites W2008022360 @default.
• W2805773792 cites W2010556225 @default.
• W2805773792 cites W2016539412 @default.
• W2805773792 cites W2017673094 @default.
• W2805773792 cites W2030939076 @default.
• W2805773792 cites W2031936851 @default.
• W2805773792 cites W2036639574 @default.
• W2805773792 cites W2037103936 @default.
• W2805773792 cites W2041296717 @default.
• W2805773792 cites W2045858258 @default.
• W2805773792 cites W2050785814 @default.
• W2805773792 cites W2054375882 @default.
• W2805773792 cites W2055366507 @default.
• W2805773792 cites W2055486408 @default.
• W2805773792 cites W2058169212 @default.
• W2805773792 cites W2062326079 @default.
• W2805773792 cites W2071281470 @default.
• W2805773792 cites W2072375672 @default.
• W2805773792 cites W2073355388 @default.
• W2805773792 cites W2076077720 @default.
• W2805773792 cites W2080720010 @default.
• W2805773792 cites W2084237640 @default.
• W2805773792 cites W2084503552 @default.
• W2805773792 cites W2084963304 @default.
• W2805773792 cites W2090159417 @default.
• W2805773792 cites W2094136608 @default.
• W2805773792 cites W2094137047 @default.
• W2805773792 cites W2100433863 @default.
• W2805773792 cites W2124314749 @default.
• W2805773792 cites W2127999757 @default.
• W2805773792 cites W2133858656 @default.
• W2805773792 cites W2147575389 @default.
• W2805773792 cites W2149029378 @default.
• W2805773792 cites W2151579545 @default.
• W2805773792 cites W2157255155 @default.
• W2805773792 cites W2167665174 @default.
• W2805773792 cites W2181953133 @default.
• W2805773792 cites W2198794654 @default.
• W2805773792 cites W2208133528 @default.
• W2805773792 cites W2218941420 @default.
• W2805773792 cites W2242773767 @default.
• W2805773792 cites W2315422692 @default.
• W2805773792 cites W2317702325 @default.
• W2805773792 cites W2319588799 @default.
• W2805773792 cites W2335693641 @default.
• W2805773792 cites W2399054124 @default.
• W2805773792 cites W2475746527 @default.
• W2805773792 cites W2511221998 @default.
• W2805773792 cites W2528301421 @default.
• W2805773792 cites W2550958309 @default.
• W2805773792 cites W2567126911 @default.
• W2805773792 cites W2570023572 @default.
• W2805773792 cites W2579633028 @default.
• W2805773792 cites W2595537962 @default.
• W2805773792 cites W2595889240 @default.
• W2805773792 cites W2603701895 @default.
• W2805773792 cites W2604681232 @default.
• W2805773792 cites W2610990879 @default.
• W2805773792 cites W2731953284 @default.
• W2805773792 cites W2781771755 @default.
• W2805773792 cites W3140888654 @default.
• W2805773792 cites W4211152862 @default.
• W2805773792 cites W4362060342 @default.
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• W2805773792 doi "https://doi.org/10.1080/1536383x.2018.1446423" @default.
• W2805773792 hasPublicationYear "2018" @default.
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