Abstract
The conductivity of reticulate doped polymers (i.e. conducting composites made of polymer matrix and of crystalline charge-transfer complex) shows only weak nonlinear and frequency-dependent effects. Such behavior cannot be explained neither by models describing charge-carrier transport in insulator-metal mixtures nor by fractal geometry. The conducting network appears to be truly continuous, made of ultrathin and very long molecular wires with properties characteristic of one-dimensional systems.
Published Version
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