Institut für Funktionelle Grenzflächen (IFG)

Surface-Anchored MOF-Based Photonic Antennae

  • Autor:

    Streit, H. / Adlung, M. / Shekhah, O. / Stammer, X. / Arslan, H. / Zybaylo, A. / Ladnorg, T. / Gliemann, H. / Franzreb, M. / Wöll, C. / Wickleder, C. (2012)

  • Quelle:

    ChemPhysChem 13 (2012), 11, 2699–2702

  • Datum: 2012
  • Streit, H. / Adlung, M. / Shekhah, O. / Stammer, X. / Arslan, H. / Zybaylo, A. / Ladnorg, T. / Gliemann, H. / Franzreb, M. / Wöll, C. / Wickleder, C. (2012): In: „Surface-Anchored MOF-Based Photonic Antennae“. In: ChemPhysChem 13 (2012), 11, 2699–2702

Abstract

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The loading of a metal-organic framework (MOF), [Cu3(btc)2xH2O] HKUST-1, with europium β-diketonate complexes is studied with the goal to using the porous molecular framework as a photonic antenna. Whereas loading of HKUST-1 powder particles produced via the conventional solvothermal synthesis method was strongly hindered, for HKUST-1 SURMOFs, thin MOF films fabricated using the liquid phase epitaxy method, a high filling factor can be achieved. The optical properties of the HKUST-1-MOFs before and after loading were analysed with the aid of luminescence spectroscopy. Careful analysis of the absorption spectra reveals the presence of an effective energy transfer between the HKUST-1 framework and the Eu3+ centers.