Publication | Closed Access
Coordination‐Assembled Lanthanide‐Organic Ln<sub>3</sub>L<sub>3</sub> Sandwiches or Ln<sub>4</sub>L<sub>4</sub> Tetrahedron: Structural Transformation and Luminescence Modulation
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Citations
37
References
2019
Year
Materials ScienceInorganic ChemistryChemical EngineeringSupramolecular AssemblyEngineeringPhotochemistryLuminescence ModulationLanthanide LuminescencePhotoluminescence OptimizationChemistryStructural TransformationMolecule-based MaterialHybrid MaterialsCrystal Structure DesignSupramolecular Lanthanide‐organic AssembliesSupramolecular Photochemistry
Summary of main observation and conclusion Photo‐functional supramolecular lanthanides assemblies have shown great potential in the materials and biomedical fields. Two new tri(tridentate) ligands ( L3 and L4 ) highlighting small variation of the connection position to the central tridentate linkers have been designed, which leads to the emergent formation of either Ln 3 L 3 ‐type sandwich structures or Ln 4 L 4 ‐type tetrahedral cages. Moreover, nonlinear enhancement of lanthanide luminescence based on the modulation of inter‐ligand charge‐transfer states has been revealed on the mix‐ligand Ln 3 L 3 sandwiches. Our results provide important guidance for structure‐design and photoluminescence optimization of supramolecular lanthanide‐organic assemblies.
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