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Molecular Imprisonment Implications And Applications In Modern Chemistry


     

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Certain species, either isolated or in crystal structure can afford spatial enclosures which resemble cages, channels or containers and accommodate another kind of molecular or ionic species. Such host-guest complexes, also- called inclusion compounds, are being extensively studied nowadays because of their interesting physico-chemical behaviour relevant to modern synthetic chemistry. Such imprisonment is stated in brief.

Keywords

Host-guest complexes, Clathrate, Inclusion compounds, Interstitial compounds, Achiral diastereoisomer
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  • Molecular Imprisonment Implications And Applications In Modern Chemistry

Abstract Views: 119  |  PDF Views: 0

Authors

Swapan Kole
, India

Abstract


Certain species, either isolated or in crystal structure can afford spatial enclosures which resemble cages, channels or containers and accommodate another kind of molecular or ionic species. Such host-guest complexes, also- called inclusion compounds, are being extensively studied nowadays because of their interesting physico-chemical behaviour relevant to modern synthetic chemistry. Such imprisonment is stated in brief.

Keywords


Host-guest complexes, Clathrate, Inclusion compounds, Interstitial compounds, Achiral diastereoisomer