Correlation Between the Thermodynamic Functions of Molecular Inclusion of Monohydric Alcohols into Cyclodextrin and Their Molecular Surface Areas.

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  • シクロデキストリンによる分子包接の熱力学関数値と１価アルコールの分子表面積との相関
  • シクロデキストリン ニ ヨル ブンシ ホウセツ ノ ネツリキガク カンスウチ ト 1カ アルコール ノ ブンシ ヒョウメンセキ ト ノ ソウカン

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To clarify the mechanism of molecular recognition and discrimination in aqueous solutions, thermodynamic functions were investigated in the past systematically for the molecular inclusion of alcohols into α- and β-Cyclodextrin(CD) cavities in aqueous solutions by the present authors. In this paper, various molecular surface areas of monohydric alcohols were determined. The correlation of the molecular surface area of monohydric alcohols with the thermodynamics functions of molecular inclusion into cyclodextrin was examined. The enthalpies of inclusion of monohydric alcohols with CD increased in proportion to the hydrophobic surface of monohydric alcohols

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