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Browsing by Author "Senthilnithy,R"

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    A study on the use of Bathophenanthroline as a fluorescence sensor for iron(II)
    (Institute of Chemistry Ceylon, 2019-05) Perera,P.P.P; De Costa,M D P; Senthilnithy,R
    Although Fe2+ is present as a trace element, it plays a vital role in living systems. Therefore measurement of trace amounts of Fe2+ is very important for many biological and ecological studies. Bathophenanthroline (BPhen) forms a stable 1:3 red color complex with Fe2+ and appears as a promising colorimetric probe for Fe2+. Using colorimetry, it has been possible to detect 10 parts of Fe2+ in 109 parts of water (540 nM).1,2
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    Complexation between Fe2+ and 1,10-Phenanthrolin-5-amine and the quenching mechanism
    (Institute of Chemistry Ceylon, 2019-05) Wijesekera,G. I. P; De Costa,M.D. P; Senthilnithy,R
    1,10-Phenanthroline and its derivatives are very important chelating bidentate ligands for transition metal ions.1 From previous studies, it has been investigated that Fe2+ make stable complexes with 1,10-Phenanthroline and its derivatives.2
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    T he behavior of emissive phenanthroline-iron(ii) charge transfer complex on ionic strength
    (Institute of Chemistry Ceylon, 2018-05) De Costa, M D P; Opallage,P M; Senthilnithy,R
    1,10-Phenanthrolin is a versatile bidentate ligand for transition metals. Their conjugated backbones make them attractive chromophores and molecular “antennae”.1 In this study, fluorescence emission of 1,10-phenanthroline probe and 1,10-phenanthrolineFe(II) complex were examined in the presence of NaCl and Pb(NO3 )2 , in order to study relationship of the f luorescence of 1,10-phenanthroline-Iron(II) complex

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