Publikation: Organic Ligands Made Porous: Magnetic and Catalytic Properties of Transition Metals Coordinated to the Surfaces of Mesoporous Organosilica
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2010
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Advanced functional materials. 2010, 20(7), pp. 1133-1143. ISSN 1057-9257. eISSN 1099-0712. Available under: doi: 10.1002/adfm.200902056
Zusammenfassung
Inorganic solids with porosity on the mesoscale possess a high internal surface area and a well-accessible pore system. Therefore, it is a relevant task to equip the surfaces of such materials with a maximum density of various organic functional groups. Among these functions it is the capability of coordinating to metal species as a ligand that is of extraordinary importance in many areas, for example, in catalysis. This paper describes how prominent ligands containing donor functions such as carboxylic, thio, chelating, or amine groups can be obtained in the form of nanoporous organosilica materials. The coordination of metal centers such as CoII, MnII, VIV, or PtIV is studied in detail. The magnetic properties of the corresponding materials and some applications in catalysis are reported. A quantitative determination of the surface density of donor atoms by distance measurements using EPR spectroscopy is shown.
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KUSCHEL, Andreas, Martin LUKA, Martin WESSIG, Malte DRESCHER, Mikhail FONIN, Gillian KILIANI, Sebastian POLARZ, 2010. Organic Ligands Made Porous: Magnetic and Catalytic Properties of Transition Metals Coordinated to the Surfaces of Mesoporous Organosilica. In: Advanced functional materials. 2010, 20(7), pp. 1133-1143. ISSN 1057-9257. eISSN 1099-0712. Available under: doi: 10.1002/adfm.200902056BibTex
@article{Kuschel2010Organ-5184,
year={2010},
doi={10.1002/adfm.200902056},
title={Organic Ligands Made Porous: Magnetic and Catalytic Properties of Transition Metals Coordinated to the Surfaces of Mesoporous Organosilica},
number={7},
volume={20},
issn={1057-9257},
journal={Advanced functional materials},
pages={1133--1143},
author={Kuschel, Andreas and Luka, Martin and Wessig, Martin and Drescher, Malte and Fonin, Mikhail and Kiliani, Gillian and Polarz, Sebastian}
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<dcterms:abstract xml:lang="eng">Inorganic solids with porosity on the mesoscale possess a high internal surface area and a well-accessible pore system. Therefore, it is a relevant task to equip the surfaces of such materials with a maximum density of various organic functional groups. Among these functions it is the capability of coordinating to metal species as a ligand that is of extraordinary importance in many areas, for example, in catalysis. This paper describes how prominent ligands containing donor functions such as carboxylic, thio, chelating, or amine groups can be obtained in the form of nanoporous organosilica materials. The coordination of metal centers such as CoII, MnII, VIV, or PtIV is studied in detail. The magnetic properties of the corresponding materials and some applications in catalysis are reported. A quantitative determination of the surface density of donor atoms by distance measurements using EPR spectroscopy is shown.</dcterms:abstract>
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