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We report on the first observation of the dynamics of correlated hydrogen switching among the six Slater D₂PO₄ configurations, induced by unpaired D₃PO₄ and DPO₄ Takagi group diffusion in a deuteron glass Rb0.5(ND₄)0.5D₂PO₄. The results obtained by two-dimensional (2D) ³¹P exchange NMR prove the validity of the Slater-Takagi ice rules and allow for the direct determination of the correlation time for the unpaired Takagi group visits to a given D₂PO₄ group.
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Kind et al. (2002) studied this question.
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