SYNTHESIS AND PHYSICOCHEMICAL ANALYSIS OF A MANGANESE-BASED METAL COMPLEX DERIVED FROM A PIPERIDINE DERIVATIVE

The study focuses on the physicochemical properties of metal complexes synthesized based on piperidine derivatives. Infrared (IR) spectroscopy was used to investigate the vibrational characteristics of the main functional groups and the metal-ligand interactions. Ultraviolet (UV) spectral analysis enabled the identification of electronic transitions and ligand field splitting. The compound's microstructure and morphology were examined using electron microscopy, revealing a uniform nanocrystalline structure. Quantum chemical calculations described the electronic structure, optimal geometry, and thermodynamic stability of the complex.The findings contribute to a deeper understanding of the properties of metal complexes, enhancing their potential in drug development, catalysis, and the design of novel functional materials.