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    <sAuthor>Gupta, P.[Preeti]</sAuthor>
    <sAuthor>Agrawal, T.[Tanvi]</sAuthor>
    <sAuthor>Das, S. S.[Shiva Saran]</sAuthor>
    <sAuthor>Singh, N. B.[Nakshatra Bahadur]</sAuthor>
    <sPubName>J. Chem. Thermodyn.</sPubName>
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    <dateCit>2018-03-19</dateCit>
    <sTitle>Phase equilibria and molecular interaction studies on (naphthols + vanillin) systems</sTitle>
    <sAbstract>Phase equilibria between (alpha-naphthol + vanillin) and (beta-naphthol + vanillin) systems have been studied by thaw-melt method and the results show the formation of simple eutectic mixtures. Crystallization velocities of components and eutectic mixtures were determined at different stages under cooling. With the help of differential scanning calorimeter (DSC), the enthalpy of fusion of components and eutectic mixtures was determined and from the values excess thermodynamic functions viz., excess Gibbs free  energy, excess entropy, excess enthalpy of hypo-, hyper- and eutectic mixtures were calculated. Flexural strength measurements were made in order to understand the non-ideal nature of eutectics. FT-IR spectral studies indicate the formation of hydrogen bond in the eutectic mixture. Anisotropic and isotropic microstructural studies of components, hypo-, hyper- and eutectic mixtures were made. Jackson's roughness parameter was calculated and found to be greater than 2 suggesting the faceted morphology with irregular structures. The overall results have shown that there is a weak molecular interaction between the components in the eutectic mixtures and the (alpha-naphthol + vanillin) eutectic is more  stable as compared to the (beta-naphthol + vanillin) eutectic system.</sAbstract>
    <sKeyword>Naphthol</sKeyword>
    <sKeyword> Phase diagram</sKeyword>
    <sKeyword> Crystallization</sKeyword>
    <sKeyword> Strength</sKeyword>
    <sKeyword> Microstructure</sKeyword>
    <sDOI>10.1016/j.jct.2012.01.001</sDOI>
    <sVol>48</sVol>
    <sPage>291-299</sPage>
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