Abstract
Data for the transport properties electrical conductivity, kappa, and dynamic viscosity, as a function of temperature is presented for non-imidazolium ionic liquids [Et3S] [TFSI], [Et2MeS]-[TFSI], [BuPy] [TFSI], [N-8881] [TFA], and [P-14] [DCA]. Electrical conductivity has been studied in the wide temperature range of (238.15 to 468.15) K whereas eta was determined for (278.15 to 408.15) K. The ...
Abstract
Data for the transport properties electrical conductivity, kappa, and dynamic viscosity, as a function of temperature is presented for non-imidazolium ionic liquids [Et3S] [TFSI], [Et2MeS]-[TFSI], [BuPy] [TFSI], [N-8881] [TFA], and [P-14] [DCA]. Electrical conductivity has been studied in the wide temperature range of (238.15 to 468.15) K whereas eta was determined for (278.15 to 408.15) K. The data could be well fitted by the empirical Vogel-Fulcher-Tammann equation. Additionally, the densities, rho, and (except for [N-8881] [TFA]) refractive indices, n(D), of these ionic liquids were collected from (278.15 to 363.15) K and (283.15 to 343.15) K, respectively. Both properties exhibited a linear variation with temperature. The data obtained suggest that IL [P-14][DCA] is unstable.
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