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- W3043758051 endingPage "113821" @default.
- W3043758051 startingPage "113821" @default.
- W3043758051 abstract "Abstract In this study, Acacia catechu (AC) extract was used as a stabilizing and reducing agent to synthesize silver (Ag) and titanium dioxide (TiO2) nanoparticles (NPs). By using AC extract, the synthesis process becomes more environmental friendly, economical, and advantageous. The morphology and size of synthesized Ag and TiO2 NPs were determined by X-ray diffraction (XRD), Transmission electron microscopy (TEM), Dynamic light scattering (DLS), Atomic force microscopy (AFM), and Scanning electron microscopy (SEM). Elemental composition was determined by using Fourier transform infrared spectroscopy (FTIR) and Energy dispersive X-ray spectrometer (EDX), EDS mapping and X-ray photoelectron spectroscopy (XPS). The observations from TEM, SEM, AFM, and DLS revealed that synthesized products are spherical, hexagonal, polydispersed, and ranged within 6–20 nm size. XRD result demonstrated well crystallized and smaller size NPs are formed in both cases. FTIR and XPS analysis depicted the presence of flavonoids, terpenoids, and amino groups in addition to benzene ring agents; which act as stabilizing agents as well as possible aromatic primary amine groups may also be attached with the surface of Ag and TiO2 NPs. Furthermore, the synthesized AgNPs exhibited strong antibacterial activity against S-aureus and catalytic application over Rose Bengal, Rhodamine B, and 4 nitrophenol dyes as compared to TiO2 under sunlight (solar irradiation). Overall, Ag and TiO2 NPs exhibit high potential in the development of antibacterial materials for both Gram-positive as well as Gram-negative bacteria and catalytic material for photocatalytic degradation of a certain type of hazardous dyes or chemicals, thereby paving the way for the treatment and bioremediations. The reason could be high energy and smaller size particles were active in the photo-catalysis and antibacterial performance of AgNPs compared to TiO2 NPs." @default.
- W3043758051 created "2020-07-23" @default.
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- W3043758051 date "2020-10-01" @default.
- W3043758051 modified "2023-09-27" @default.
- W3043758051 title "Photocatalytic and antimicrobial activity of biosynthesized silver and titanium dioxide nanoparticles: A comparative study" @default.
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- W3043758051 cites W1910722328 @default.
- W3043758051 cites W1964364846 @default.
- W3043758051 cites W1968640459 @default.
- W3043758051 cites W1969922877 @default.
- W3043758051 cites W1973897520 @default.
- W3043758051 cites W1980088649 @default.
- W3043758051 cites W2005487006 @default.
- W3043758051 cites W2012497147 @default.
- W3043758051 cites W2013938230 @default.
- W3043758051 cites W2016649088 @default.
- W3043758051 cites W2039168735 @default.
- W3043758051 cites W2053668131 @default.
- W3043758051 cites W2060754367 @default.
- W3043758051 cites W2084615796 @default.
- W3043758051 cites W2121576598 @default.
- W3043758051 cites W2152794816 @default.
- W3043758051 cites W2163151727 @default.
- W3043758051 cites W2164078751 @default.
- W3043758051 cites W2180901178 @default.
- W3043758051 cites W2190376602 @default.
- W3043758051 cites W2257773712 @default.
- W3043758051 cites W2274825186 @default.
- W3043758051 cites W2290323636 @default.
- W3043758051 cites W2339761113 @default.
- W3043758051 cites W2409419980 @default.
- W3043758051 cites W2466207770 @default.
- W3043758051 cites W2483746133 @default.
- W3043758051 cites W2532341517 @default.
- W3043758051 cites W2564921020 @default.
- W3043758051 cites W2626270290 @default.
- W3043758051 cites W2739399924 @default.
- W3043758051 cites W2750335589 @default.
- W3043758051 cites W2771969839 @default.
- W3043758051 cites W2772181570 @default.
- W3043758051 cites W2777994949 @default.
- W3043758051 cites W2791107914 @default.
- W3043758051 cites W2791109430 @default.
- W3043758051 cites W2791314341 @default.
- W3043758051 cites W2794367557 @default.
- W3043758051 cites W2794489408 @default.
- W3043758051 cites W2802423768 @default.
- W3043758051 cites W2811089378 @default.
- W3043758051 cites W2832386895 @default.
- W3043758051 cites W2887457631 @default.
- W3043758051 cites W2888334845 @default.
- W3043758051 cites W2889467821 @default.
- W3043758051 cites W2900711527 @default.
- W3043758051 cites W2901544158 @default.
- W3043758051 cites W2901765616 @default.
- W3043758051 cites W2907276407 @default.
- W3043758051 cites W2908107249 @default.
- W3043758051 cites W2912631937 @default.
- W3043758051 cites W2912952424 @default.
- W3043758051 cites W2914965271 @default.
- W3043758051 cites W2923842149 @default.
- W3043758051 cites W2939414075 @default.
- W3043758051 cites W2944119759 @default.
- W3043758051 cites W2945822614 @default.
- W3043758051 cites W2947999403 @default.
- W3043758051 cites W2951098813 @default.
- W3043758051 cites W2960179344 @default.
- W3043758051 cites W2967940252 @default.
- W3043758051 cites W2969268445 @default.
- W3043758051 cites W2971883651 @default.
- W3043758051 cites W2972821224 @default.
- W3043758051 cites W2973195872 @default.
- W3043758051 cites W2980284825 @default.
- W3043758051 cites W2981424704 @default.
- W3043758051 cites W2987634973 @default.
- W3043758051 cites W2988398399 @default.
- W3043758051 cites W3000015678 @default.
- W3043758051 cites W3000602575 @default.
- W3043758051 cites W3004101678 @default.
- W3043758051 cites W3010837131 @default.
- W3043758051 cites W3016212648 @default.
- W3043758051 cites W3020386424 @default.
- W3043758051 doi "https://doi.org/10.1016/j.molliq.2020.113821" @default.
- W3043758051 hasPublicationYear "2020" @default.
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