Publication | Closed Access
Crystal engineering of molecular NLO materials
110
Citations
29
References
1997
Year
Optical MaterialsEngineeringSupramolecular AssemblyNonlinear OpticsFavored AlignmentMolecular Self-assemblyMolecular Nlo MaterialsChemistryOptical PropertiesBiophysicsMaterials ScienceNon-linear OpticPhotonic MaterialsMolecular MaterialNonlinear CrystalsMolecular EngineeringDonor–acceptor ChromophoresCrystallographyMolecular AggregatesCrystal Structure DesignNatural SciencesSelf-assemblyApplied PhysicsMolecule-based MaterialFunctional Materials
Efficient second‐order nonlinear optical materials are produced by optimizing the orientation of non‐centro‐symmetrically packed donor–acceptor chromophores. Practical approaches for inducing the favored alignment, for example incorporation of chirality into the chromophore (as shown in the Figure) and H‐bond‐induced self‐assembly of ionic or molecular aggregates, are briefly reviewed. magnified image
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