ABSTRACT

PAn Products on Working Electrodes ......... 229 13.7.2.2 FTIR Spectra of PAn Products on

Working Electrodes ..................................... 228 13.7.3 Morphological Properties of PAn’s Films

on Working Electrodes ................................................. 235 13.7.4 Energy-Dispersive X-Ray (EDX) Spectrometry .......... 236 Keywords .............................................................................................. 239 References ............................................................................................. 239

13.1 FIRST CASE STUDY

Discovery of the polymers possessing by own electroconductivity due to the presence of the system of alternant σ-and π-bonds results in the occurrence and the development of new fundamental areas of researches in chemistry, physics, materials science, etc. [1-3]. Electroconductive polymers (ECP) combine high flexibility and plasticity, typical for the

polymers with high electroconductivity, whose value may approach to the conductivity of metals. This property of ECP has led that they are also often called as “synthetic metals.” Among the large number of modern organic and inorganic materials the electroconductive polymers are valued as “strategic” materials, that have become by the objects of intense researches in the laboratories of the world’s leading scientific centers and major industrial corporations [4].