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Lanthanoid assisted self-assembly of imidazolium cations in organic bi-layers
Crystengcomm (2010)
  • Yatimah Alias, University of Malaya

Multi-component solutions containing 1-n-ethyl-3-methylimidazolium or 1-n-butyl-3-methylimidazolium cations, p-sulfonatocalix[4]arene and large mono-or bis-phosphonium cations, as well as lanthanide metal ions, afford self-assembled material incorporating all four components. The calixarenes and phosphonium cations are organized into bi-layers, with the imidazolium cations and gadolinium(III) species incorporated between the bi-layers. The imidazolium cations are confined within essentially 'molecular capsules' based on two calixarenes from adjacent bi-layers, with these cations taking on different orientations, depending on the nature of the phosphonium cation, and whether the metal also binds to sulfonate moieties.

  • mimicking viral geometry molecular capsule complexes metal water ions recognition confinement calixarenes binding
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Citation Information
Yatimah Alias. "Lanthanoid assisted self-assembly of imidazolium cations in organic bi-layers" Crystengcomm (2010)
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