Dielectric polarization and conductivity of new metal-containing polymer thin film structure

Thin-layer organometallic films synthesized from the monomer [CumSalpn] have been studied. The results of the measurements of the dielectric properties exhibited by metal-containing polymer structures based on Cu(II) complexes in the frequency range f = 10²-10⁶ Hz are reported. The frequency dispersion of dielectric characteristics has been established, and the possible mechanisms of dielectric polarization and charge transfer in poly[CumSalpn] in an alternating-current have been considered. The feasibility of the hopping mechanism of charge transfer in the polymer under study is discussed.