In the first part of this work fundamental studies towards the reaction behavior between a zinc compound and several dipyridine ethinyl ligands were conducted. In dependence of the reaction temperature, two novel coordination polymers are received upon conversion of the Boc protected amine ligands with Zn(OTf)2 in CH3CN. The second part of this work deals with the synthesis and characterization of new precursors for the electrochemical deposition of refractory metals from ionic liquids. The approach in this work was the application of nitrile stabilized metalorganic complexes with weakly coordinating anions. The results reveal that all tested complexes are soluble in all different ionic liquids and that they exhibit a high stability in ionic liquids.
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In the first part of this work fundamental studies towards the reaction behavior between a zinc compound and several dipyridine ethinyl ligands were conducted. In dependence of the reaction temperature, two novel coordination polymers are received upon conversion of the Boc protected amine ligands with Zn(OTf)2 in CH3CN. The second part of this work deals with the synthesis and characterization of new precursors for the electrochemical deposition of refractory metals from ionic liquids. The appr...
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