Effect of the Conductivity on Dielectric Spectra at the Relaxation Process with the Fröhlich Relaxation Times Distribution

Relaxation polarizations in dielectrics with Dissado-Hill relaxator distribution

“…In the Debye case [2], the RPs are strong for Δε/ε ∞ > 8 and are weak for Δε/ε ∞ < 8. Recently, we have determined [3][4][5][6] the boundaries between strong and weak RPs with relaxator distributions according to the Cole-Cole, Davidson-Cole, Havriliak-Negami, and Fröhlich laws. In these cases, the boundaries between RPs depend on both the Δε/ε ∞ value and par ticular distribution parameters.…”