Synthesis and Investigating the Complexes of Some Intermediate Elements with Anthracene Carboxylic Acid Derivatives

In this study, complexes of a few intermediate elements with derivatives of anthracene carboxylic acid are synthesized and studied. Three compounds containing the metals polarium, nickel, and copper were created in this study, and their structures were examined using IR, HNMR, mass, and ur spectroscopy. Based on mass, HNMR, UV, and IR spectra, the synthesized complexes in this study have been assessed. Based on the IR spectrum, the findings revealed that the complex structure lost its OH peak, and the carbonyl group emerged at two more frequencies. This shows that the metal and ligand are coordinated. The existence of two ligands in the palladium complex structure is shown by the number of protons in the H1NMR spectrum. We deduced that the mass and HNMR complex in the palladium complex is not created by the palladium spectrum but rather by hydrogen bonding between two ligands. It demonstrates the complex's 8-faceted structure based on the UV-visible spectrum.