Synthetic Evaluation of Cobalt Doped Nano Structured Polyaniline Conjugate Polymer

Chemistry

For more than three decades, conducting polymers (CPs) have piqued the curiosity of scientists due to their many advantages over other materials, including their greater stability, reduced weight, easier processing, corrosion resistance, and enough electrical conductivity. Rechargeable batteries, electrochromic display devices, light-reflecting or light-transmitting appliances for optical information, sensors and storage for glare reduction systems and smart windows in automobiles and buildings, polymeric light emitting diodes (PLEDs), photovoltaic devices, transistors, electromagnetic shielding against electro-magnetic interferences (EMI), and printed electronic circuits are all examples of CPs' applications. Using PANi/BC composites with conjugated backbones was considered to increase thermal stability. Because BC was able to compensate for PANi's rigidity and brittleness, it might be a good substrate for it. The electrical conductivity of PANi/BC composites reached up to 3.8 9 10-1 S/cm when 0.32 M aniline was utilised in the interfacial polymerization. It is possible that this PANi/BC nanocomposite may be used in biocompatibility and electrical conductivity applications, such as in biological and chemical sensors

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