Matches in SemOpenAlex for { <https://semopenalex.org/work/W4284687673> ?p ?o ?g. }
- W4284687673 endingPage "1653" @default.
- W4284687673 startingPage "1637" @default.
- W4284687673 abstract "Abstract The abatement of toxic pollutants and drug‐resistant pathogens from water is one of the major environmental issues. In this work, we are reporting the preparation, detailed characterization and photocatalytic degradation, and biological activities of bimetallic oxides (CuO‐SiO 2 ) nanocomposite. For this purpose, CuO, SiO 2 nanoparticles, and CuO‐SiO 2 nanocomposites were successfully synthesized through sol–gel process. The nanoparticles and nanocomposite were prepared by taking the Cu(NO 3 ) 2 .3H 2 O as copper oxide precursor and TEOS as silica precursor using absolute ethanol and water as solvents The molar ratio of TEOS: Glycerol: H 2 O used was 1.5:1:6.6 respectively. The synthesized nanoparticles and nanocomposites were characterized by using Scanning electron microscopy (SEM), transmission electron microscopy (TEM), Fourier‐transform infrared spectroscopy (FTIR), X‐ray diffraction (XRD) and Brunauer–Emmett–Teller (BET). The nanocomposites and individual nanoparticles were then applied as catalysts for their activities toward catalytic/photocatalytic degradation of crystal violet (CV) dye in an aqueous medium. The degradation progress was monitored by UV–Visible spectroscopic analysis. It was found that CuO‐SiO 2 nanocomposite shows good photocatalytic activities toward the removal of crystal violet dye as compared to the catalytic activities of its individual constitutes. The antileishmanial and antioxidant activities results indicate that synthesized materials have promising biological attributes." @default.
- W4284687673 created "2022-07-08" @default.
- W4284687673 creator A5005064378 @default.
- W4284687673 creator A5014250856 @default.
- W4284687673 creator A5037142042 @default.
- W4284687673 creator A5045550052 @default.
- W4284687673 creator A5054074020 @default.
- W4284687673 creator A5057913761 @default.
- W4284687673 creator A5061336271 @default.
- W4284687673 creator A5073366093 @default.
- W4284687673 date "2022-07-05" @default.
- W4284687673 modified "2023-10-16" @default.
- W4284687673 title "<scp>CuO‐SiO<sub>2</sub></scp> based nanocomposites: Synthesis, characterization, photocatalytic, antileishmanial, and antioxidant studies" @default.
- W4284687673 cites W1482100202 @default.
- W4284687673 cites W1904605531 @default.
- W4284687673 cites W1947185172 @default.
- W4284687673 cites W1970336237 @default.
- W4284687673 cites W1973577252 @default.
- W4284687673 cites W1980751943 @default.
- W4284687673 cites W1982225682 @default.
- W4284687673 cites W1996050005 @default.
- W4284687673 cites W1996329307 @default.
- W4284687673 cites W2006542556 @default.
- W4284687673 cites W2019482415 @default.
- W4284687673 cites W2028480757 @default.
- W4284687673 cites W2046590769 @default.
- W4284687673 cites W2053437556 @default.
- W4284687673 cites W2067686040 @default.
- W4284687673 cites W2074152062 @default.
- W4284687673 cites W2126068404 @default.
- W4284687673 cites W2199631974 @default.
- W4284687673 cites W2210014066 @default.
- W4284687673 cites W2262556826 @default.
- W4284687673 cites W2333065948 @default.
- W4284687673 cites W2343346836 @default.
- W4284687673 cites W2395236712 @default.
- W4284687673 cites W2544474777 @default.
- W4284687673 cites W2592258216 @default.
- W4284687673 cites W2613899677 @default.
- W4284687673 cites W2737357367 @default.
- W4284687673 cites W2767221680 @default.
- W4284687673 cites W2783552541 @default.
- W4284687673 cites W2790196850 @default.
- W4284687673 cites W2800037087 @default.
- W4284687673 cites W2804681088 @default.
- W4284687673 cites W2809036587 @default.
- W4284687673 cites W2896887377 @default.
- W4284687673 cites W2901064099 @default.
- W4284687673 cites W2910278791 @default.
- W4284687673 cites W2929356640 @default.
- W4284687673 cites W2950581913 @default.
- W4284687673 cites W2963268924 @default.
- W4284687673 cites W2967626921 @default.
- W4284687673 cites W2973260227 @default.
- W4284687673 cites W2995229201 @default.
- W4284687673 cites W3005033447 @default.
- W4284687673 cites W3007783551 @default.
- W4284687673 cites W3012215570 @default.
- W4284687673 cites W3013902347 @default.
- W4284687673 cites W3016933167 @default.
- W4284687673 cites W3017576338 @default.
- W4284687673 cites W3039957583 @default.
- W4284687673 cites W3041262994 @default.
- W4284687673 cites W3042103618 @default.
- W4284687673 cites W3091678678 @default.
- W4284687673 cites W3092640302 @default.
- W4284687673 cites W3095254073 @default.
- W4284687673 cites W3096413928 @default.
- W4284687673 cites W3096452573 @default.
- W4284687673 cites W3116539205 @default.
- W4284687673 cites W3119887161 @default.
- W4284687673 cites W3120108410 @default.
- W4284687673 cites W3146066572 @default.
- W4284687673 cites W3148429621 @default.
- W4284687673 cites W3154364065 @default.
- W4284687673 cites W3157185857 @default.
- W4284687673 cites W3159455362 @default.
- W4284687673 cites W3166417682 @default.
- W4284687673 cites W3200163746 @default.
- W4284687673 cites W3201542154 @default.
- W4284687673 cites W3202193909 @default.
- W4284687673 cites W3205670200 @default.
- W4284687673 cites W3205958222 @default.
- W4284687673 cites W4200131635 @default.
- W4284687673 cites W4205172875 @default.
- W4284687673 cites W4205247191 @default.
- W4284687673 cites W4281673821 @default.
- W4284687673 doi "https://doi.org/10.1002/jccs.202200182" @default.
- W4284687673 hasPublicationYear "2022" @default.
- W4284687673 type Work @default.
- W4284687673 citedByCount "3" @default.
- W4284687673 countsByYear W42846876732022 @default.
- W4284687673 countsByYear W42846876732023 @default.
- W4284687673 crossrefType "journal-article" @default.
- W4284687673 hasAuthorship W4284687673A5005064378 @default.
- W4284687673 hasAuthorship W4284687673A5014250856 @default.
- W4284687673 hasAuthorship W4284687673A5037142042 @default.
- W4284687673 hasAuthorship W4284687673A5045550052 @default.