Abstract
The frequency dependence of dynamic transport of charge on silica rods at 97% relative humidity is presented in the frequency range 10 −2 to 10 5 Hz, with the spacing s between painted metal electrodes and the rod diameter d as parameters. The response is strongly dispersive and shows an unusual frequency dependence which is interpreted in terms of an equivalent circuit. The dependence on s and on d suggests the domination by fractional power-law processes arising from non-uniform surface flow.
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