Abstract
We study the influence of dielectric properties of medium with dielectric constant ε in the charge transfer processes in the restricted and fractal solid spaces. It is shown that this influence is determined by the space restriction and its regularity. The increasing of ε promotes charge separation in restricted and fractal systems. The fractal properties grow weakly with increasing of ε; its increasing transfers the irregular fractal space into the regular one with respect to the charge transfer at ε≫α. The corresponding dependencies of the charge transfer efficiency on the value of ε are presented. The space restriction and breach of its homogeneous with alteration of ε give qualitatively identical results. The obtained results are good for low concentration of acceptors.
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