Chromophore‐zeotype composites: Direct synthesis of an array of strictly aligned metal‐organic complex chromophores in a crystalline silica matrix
Peter Behrens, Gianpietro van de Goor, Frank Marlow, Katrin Hoffmann, S. Kallus, Ferdi Schüth
Abstract
Peter Behrens, Gianpietro van de Goor, Frank Marlow, Katrin Hoffmann, S. Kallus, Ferdi Schüth
Abstract
Chromophores embedded in zeolite‐type hosts have potential applications in optical devices. However, the conventional preparation results in an inhomogeneous distribution of the chromophores. It is demonstrated that direct synthesis can result in chromophore‐zeolite composites with well‐defined stoichiometry and uniform chromophore distribution, as illustrated for [Cocp F⊕]‐NON in the figure. magnified image
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Chromophores embedded in zeolite‐type hosts have potential applications in optical devices. However, the conventional preparation results in an inhomogeneous distribution of the chromophores. It is demonstrated that direct synthesis can result in chromophore‐zeolite composites with well‐defined stoichiometry and uniform chromophore distribution, as illustrated for [Cocp F⊕]‐NON in the figure. magnified image
Key concepts: Chromophore, Materials science, Zeolite, Stoichiometry, Matrix (chemical analysis), Composite material, Metal, Chemical engineering