Abstract:

In this study, 5-aminoisoftalic acid (5-Aminobenzen-1,3-diarboxylic acid) was used as a output substance. 5-Aminobenzen-1,3-diarboxylic acid was obtained from the ferrosencarboxylaldehyde condensation reaction [(3,5-diarboxifenyl)iminocarbonyl]ferrosen. Then the literature was benefited with salicylaldehyde and etylendiamine with a condensation reaction and four-dental salin ligand was obtained. The complex was later obtained with the thirsty FeCl3 and the result was obtained [Fe(salen)2O], which is our ligand complex with some content by dimerizing the product with NH4OH. By adding the ligand complex [Fe(salen)2O] to some ligand complex we previously synthesized, the use of COOH groups achieved dual oxygen bridge multi-nuclear complexes. As a result, the structures of the obtained ligands and complexes were illuminated with FT-IR, 1H NMR, elementary analysis and magnetic decorability measurements.

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