Schiff base derived from sulfa drugs and aromatic aldehyde has vital role in many areas, such as biological models, inhibition of corrosion, analytical chemistry, catalysis,
magnetochemistry, optoelectronic materials, pharmacology and important biocides [1-2].
The
magnetochemistry of transition elements provides grants to state whether the d electrons are paired or not.
Carlin,
Magnetochemistry, Springer Berlin Heidelberg, Berlin, Heidelberg, Germany, 1st edition, 1986.
MacroacyclicSchiff-base complexes based on transition metals and multidentate ligands are an interesting chemical field and have been the subject of extensive research due to their potential applications in fields of
magnetochemistry, material science, catalysis, separation and ncapsulation processes, hydrometallurgy, formation of compounds with unusual properties and metalmetal interactions [8-25].