Synthesis and characterization of the phenothiazineimid and phenothiazine borane derivative organic compounds

Phenothiazine compounds are used in many fields such as Medicine, Pharmacy, Polymer Chemistry, Electrochemistry, Optical disc (CD, DVD, Blue Ray) and have heterocycle structure. As an alternative to the phenothiazine derivative compounds previously made in the literature, novel phenothiazine derivative compounds were synthesized and boron compounds were tried to bind to these compounds. In addition, the synthesis of new diazotriborolidine derivatives was performed. Characterization of all compounds obtained by synthesis was performed by spectroscopic analysis methods. While atmospheric conditions were used as synthesis conditions during the synthesis of phenothiazine compounds, phenothiazine was carried out using Schlenk technique in the synthesis of boron and organoboron compounds in closed air and moisture environments. High purity and moisture-free argon gas was used as protective gas to protect phenothiazine boron and organoboron compounds from air and moisture. Within the scope of the thesis, studies have been carried out on the synthesis of Fenothiazinimide and Fenothiazin Boran derivative organic compounds.