Abstract:

Conductive polymers are one of the highest materials with potential for use in technological applications thanks to their interesting optical and electrical characteristics. But reasons such as the weak resolution of conductive polymers, their failure to process, their mechanical resistance and stability are not good limit their use in practical applications. In this study, the conductive polymers are organic solvents (dychloromethan, acetonitril, chlorform, etc.) It is obtained by electrochemical polymerization of the water dispersion prepared with the help of polistirensulfonikasite. Thus, a monomer that is not water-soluble is polymerized in a water environment instead of organic solvents that are harmful to the environment and human health. It is also found that the conductive polymers obtained in the water environment are superior to the conductive polymers obtained in the presence of organic solvent. This article has shown that other conductive polymers synthesized in organic solvents that are harmful to the environment and human health can also be synthesized in a water environment and that the obtained polymers may be superior to their optical and electrical properties, which are very important for use in technological applications.

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