Mechanisms of charge transfer in polymer systems based on polyethers and carbon nanotubes

The frequency dependences of the electrical and dielectric characteristics of systems based on polyethers and carbon nanotubes (CNTs) are modelled, using the theoretical models. The frequency dependences of electrical and dielectric characteristics in the field of percolation transition can be described within the framework of percolation theory using universal scaling laws. The results of the frequency dependence modelling of electrical and dielectric characteristics are analysed in the framework of the intercluster polarization model and the anomalous diffusion model. The model of intercluster polarization is better suited to describe the percolation behavior of polyether_CNT systems.