Synthesis Physicochemical Properties and

This study investigates the synthesis and characterization of novel hydrophobic ionic liquids featuring dimethylpyridinium and trimethylpyridinium cations. The primary objective is to explore their physico-chemical properties to evaluate potential applications. The methodology employed involves mixing specific quantities of pyridine derivatives with bromobutane in suitable solvents, followed by rigorous purification processes including filtration and vacuum drying. Characterization techniques such as NMR and IR spectroscopy are utilized to analyze the resulting compounds. The results indicate a successful synthesis of the target ionic liquids, with yields reaching as high as 88%. The ionic liquids exhibited distinctive electrochemical properties, with significant variations noted in their electrochemical stability and solubility depending on the anionic components used. The findings highlight the promising potential of these ionic liquids in various applications, particularly in the fields of electrochemistry and material science, warranting further exploration of their functionalities and compatibility with various solvents.