Abstract
The empirical response function introduced by Cole and Davidson for the analysis of dielectric relaxation in the frequency domain has been used in an analogous way to reanalyze ionic conductivity relaxation using the electric modulus representation. The fitting of data for ionic relaxation in AgPO3, 0.1AgI-0.9AgPO3, and 0.4Ca(NO3)2-0.6KNO3 originally fit using a Kohlrausch–Williams–Watts response function has been considerably improved.
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