Raman spectroscopic study of glassy aqueous zinc halide solutions

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Abstract
Raman spectra of aqueous zinc halide solutions are obtained in both liquid and glassy states. It is shown that the detection and characterization of weak low frequency Raman bands in aqueous solutions is much easier in the Raman spectrum for the glassy state than for the liquid state. Comparison of the spectra shows that the tetrahedral ZnX ions are the most stable ionic entities in the glassy state.
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