Published Paper Details:

Abstract Complexes of Zinc (II) are synthesized by the coordination of zinc ions with primordial and supplementary ligands and have shown potential to be used in numerous fields including catalysis, material science and biomedical. In this review, the solutions synthesis and electrodeposition methods have been discussed in detail where the choice of ligand has been shown as the key to the desired morphology and properties of the Mn oxide. The geometry, stability, and electronic properties of these complexes are further described by spectroscopy, X-ray diffraction, and thermal studies. Emphasized are their optical, electronic, and biological performances which confirm their versatility in organic catalysis, drug delivery and sensing systems. Some limitations and future development are discussed concerning the need to improve selectivity, increase the yield of synthesis in an industrial point of view, and the use of more green protocols. This surveying paper will to some extent, shed light on the growth area that relates to Zinc (II) ternary complexes and their versatility,