Publication | Closed Access
Structural characterization of the new polymorphic mesophases formed by bent-core molecules
51
Citations
15
References
2002
Year
Crystal StructureStructural CharacterizationOptical MaterialsEngineeringSupramolecular AssemblyMolecule-based MaterialMolecular BiologyBent-core MoleculesChemistryB PhaseSoft MatterOptical PropertiesStructure ElucidationNew Polymorphic MesophasesBiophysicsMaterials ScienceCrystal MaterialMacromolecular ArchitectureElectro-optical SwitchingCrystallographyStructural BiologyCrystal Structure DesignFunctional NanomaterialsElectronic MaterialsSelf-assemblyX-ray DiffractionApplied PhysicsMedicineFunctional Materials
Abstract A new achiral banana-shaped five-ring 2-methylresorcinol derivative fluorinated on the outer rings has been synthesized. This compound exhibits four antiferroelectric smectic phases characteristic for bent-core molecules (B2, B′2, B″2, B5). In addition, a highly viscous solid-like phase has been detected which also shows electro-optical switching. This is the first switchable highly ordered B phase. The characterization of the mesophases was made by X-ray diffraction, electro-optical measurements and dielectric spectroscopy.
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