Publication | Closed Access
Photo-mechanical azobenzene cocrystals and in situ X-ray diffraction monitoring of their optically-induced crystal-to-crystal isomerisation
165
Citations
45
References
2014
Year
X-ray CrystallographyCrystal StructureOptical MaterialsEngineeringChemistryCrystalline Azobenzene MaterialsCrystal ShapeLarge Scale BendingOptical PropertiesCrystal FormationMaterials SciencePhotochemistryOptically-induced Crystal-to-crystal IsomerisationCrystal MaterialPhoto-mechanical Azobenzene CocrystalsSupramolecular PhotochemistryCrystallographyCrystal Structure DesignNatural SciencesApplied PhysicsCrystalsFunctional Materials
We demonstrate the first supramolecular cocrystallisation strategy for generating crystalline azobenzene materials with a range of photo-mechanical and thermochemical properties: from those that exhibit isomerisation without any change in crystal shape to those that undergo a crystal-to-crystal<italic>cis</italic>–<italic>trans</italic>isomerisation accompanied by large scale bending.
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