الفهرس 
lectrochemical Studies on Some Heterocyclic Compounds As Conducting Polymers
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Abstract
Various heterocyclic compounds can be electrochemically oxidized in non-aqueous media to
form electrically conducting polymers.This work explores the effect of polymerizing two
different compounds; 2-aminopyrimidine (2-AP) and 3-methyl thiophene (3-MeT) to form a
new synthesized conducting copolymer (2-AP-Co-3-MeT).2-aminopyrimidine and 3-
methylthiophene were electrochemically polymerized to form the copolymer.Various feed
ratios of the two monomers were used to determine the optimal concentrations and parameters
using cyclic voltammetry technique.The oxidation potentials of the 2-AP&3-MeT polymers
and their copolymer were determined through cyclic voltammetry.The optimal parameters for
the electropolymerization of the (2-AP-Co-3-MeT) copolymer have been estimated and the
electrochemical characteristics of the copolymer has been investigated in both non-aquous
and aqueous media using platinum electrode as the working electrode. Controlled potential
electrolysis (CPE) used to separate the polymers produced (Poly 2-AP and Poly 3-MeT) to
elucidate the mechanism of electropolymerization of both homopolyme