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- W1977246617 abstract "The present study describes a selective detection methodology for hazardous metal ions based on low-dimensional nanosheets (NSs) integrated CuO-ZnO composite materials. A large-scale synthesis of NSs by wet-chemical process is performed using alkaline reducing agents at higher pH medium. The prepared NSs are characterized in terms of their morphological, structural and optical properties, and efficiently applied for the toxic metal ions detection. The detailed structural, compositional, and optical characterization of NSs are evaluated by XRD, FT-IR, XPS, EDS, and UV-vis spectroscopy, which confirmed that the obtained NSs are well-crystalline CuO-ZnO and possessed good optical properties. The CuO-ZnO NS morphology is investigated by FE-SEM, which confirmed that the NS possesses microstructure shape and growth in large-quantity. The analytical application of CuO-ZnO NSs is studied for a selective extraction of toxic lead-divalent [Pb(II)] ions prior to its determination by inductively coupled plasma-optical emission spectrometry (ICP-OES). The selectivity of doped NSs phase is investigated for eight different metal ions, including Cd(II), Cu(II), Hg(II), La(III), Mn(II), Pb(II), Pd(II), and Y(III) under similar experimental conditions. From the selectivity study, it is confirmed that the composite CuO-ZnO NS phase is the most toward Pb(II) ions according to the magnitude of distribution coefficient (K-d) values, such as Pb(II) > Y(III) > Cd(II) > La(III) > Hg(II) > Cu(II) > Mn(II) > Pd(II). The uptake capacity for Pb(II) is experimentally calculated to be similar to 82.66 mg g(-1)." @default.
- W1977246617 created "2016-06-24" @default.
- W1977246617 creator A5030490832 @default.
- W1977246617 creator A5030722559 @default.
- W1977246617 creator A5063655864 @default.
- W1977246617 creator A5074398869 @default.
- W1977246617 creator A5087568651 @default.
- W1977246617 date "2013-11-01" @default.
- W1977246617 modified "2023-09-30" @default.
- W1977246617 title "Selective detection of toxic Pb(II) ions based on wet-chemically prepared nanosheets integrated CuO–ZnO nanocomposites" @default.
- W1977246617 cites W1626854854 @default.
- W1977246617 cites W1652302089 @default.
- W1977246617 cites W1930404622 @default.
- W1977246617 cites W1963485566 @default.
- W1977246617 cites W1964465576 @default.
- W1977246617 cites W1965454698 @default.
- W1977246617 cites W1966314896 @default.
- W1977246617 cites W1966679081 @default.
- W1977246617 cites W1969651266 @default.
- W1977246617 cites W1971054885 @default.
- W1977246617 cites W1973474887 @default.
- W1977246617 cites W1975556005 @default.
- W1977246617 cites W1976250511 @default.
- W1977246617 cites W1976297102 @default.
- W1977246617 cites W1977421759 @default.
- W1977246617 cites W1977679638 @default.
- W1977246617 cites W1979284866 @default.
- W1977246617 cites W1982022843 @default.
- W1977246617 cites W1983870804 @default.
- W1977246617 cites W1986582216 @default.
- W1977246617 cites W1987200103 @default.
- W1977246617 cites W1988285064 @default.
- W1977246617 cites W1988580957 @default.
- W1977246617 cites W1989519952 @default.
- W1977246617 cites W1990729507 @default.
- W1977246617 cites W1991455178 @default.
- W1977246617 cites W1992571170 @default.
- W1977246617 cites W1993066956 @default.
- W1977246617 cites W1993655649 @default.
- W1977246617 cites W1995660434 @default.
- W1977246617 cites W1996183914 @default.
- W1977246617 cites W1996926132 @default.
- W1977246617 cites W1997601716 @default.
- W1977246617 cites W1998397167 @default.
- W1977246617 cites W2000700514 @default.
- W1977246617 cites W2002962459 @default.
- W1977246617 cites W2006662194 @default.
- W1977246617 cites W2007445629 @default.
- W1977246617 cites W2008280233 @default.
- W1977246617 cites W2008357031 @default.
- W1977246617 cites W2012995187 @default.
- W1977246617 cites W2014414970 @default.
- W1977246617 cites W2015874077 @default.
- W1977246617 cites W2016251205 @default.
- W1977246617 cites W2016416468 @default.
- W1977246617 cites W2016640328 @default.
- W1977246617 cites W2022973987 @default.
- W1977246617 cites W2023579904 @default.
- W1977246617 cites W2025158034 @default.
- W1977246617 cites W2026461849 @default.
- W1977246617 cites W2027632968 @default.
- W1977246617 cites W2029449824 @default.
- W1977246617 cites W2030095799 @default.
- W1977246617 cites W2032071014 @default.
- W1977246617 cites W2033598656 @default.
- W1977246617 cites W2036920399 @default.
- W1977246617 cites W2038699119 @default.
- W1977246617 cites W2044332134 @default.
- W1977246617 cites W2056305100 @default.
- W1977246617 cites W2060568456 @default.
- W1977246617 cites W2061363636 @default.
- W1977246617 cites W2062169685 @default.
- W1977246617 cites W2062317957 @default.
- W1977246617 cites W2063078048 @default.
- W1977246617 cites W2063989022 @default.
- W1977246617 cites W2064309374 @default.
- W1977246617 cites W2065519308 @default.
- W1977246617 cites W2066493686 @default.
- W1977246617 cites W2067555177 @default.
- W1977246617 cites W2070023439 @default.
- W1977246617 cites W2070298965 @default.
- W1977246617 cites W2071043891 @default.
- W1977246617 cites W2071379023 @default.
- W1977246617 cites W2073313145 @default.
- W1977246617 cites W2073743468 @default.
- W1977246617 cites W2073848698 @default.
- W1977246617 cites W2077981578 @default.
- W1977246617 cites W2080264621 @default.
- W1977246617 cites W2081019668 @default.
- W1977246617 cites W2081171959 @default.
- W1977246617 cites W2083405673 @default.
- W1977246617 cites W2083665080 @default.
- W1977246617 cites W2085023746 @default.
- W1977246617 cites W2085471617 @default.
- W1977246617 cites W2085648521 @default.
- W1977246617 cites W2087505568 @default.
- W1977246617 cites W2088301562 @default.
- W1977246617 cites W2088463138 @default.