On the basis of the jump-relaxation model, a relation is derived which interconnects the NMR spectral density function and the complex frequency-dependent ionic conductivity. The relation permits a direct mapping of dispersive ionic conductivities onto non-BPP spin-lattice relaxation rates. It has been successfully tested in the case of the glass-forming melt, LiCl·7H 2 O.
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Funke et al. (1990) studied this question.
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