Abstract
The temperature dependence of viscosity of concentrated salt solutions of NaNO 3 and NaSCN in formamide has been investigated in this work. The viscosity data were analyzed with a three parameters equation proposed by Angell and describing the transport processes in glass-forming liquids. The glass-transition temperature T of NaNO 3 and NaSCN depend linearly on the salt concentration. Alternatively, experimental viscosity data were treated following a model derived for the viscosity of suspensions of rigid spheres, and the solvation of the cations at different temperatures was evaluated.
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