New Simulation Methodology in Critical Behavior of the Doping Concentration and Conductivity Measurement of Synthesized Polyaniline

Advances in science and technology are based on the synthesis and behavior of materials such as conductive polymers. In this work we present different modeling approaches, studied models, and simulation methodology for the critical behavior of the doping concentration and conductivity measurement of synthesized polyaniline (PANI). We used our own simulation program, based on the Kronig-Penney model spectroscopy and accessible means of analysis and characterization, such as infrared spectroscopy and measurement of electrical conductivity by the four point probe method. We confirmed our hypothesis using the theoretical part by the experimental results.