The results for some 174 compounds as single-salt melts are reported; no attempt was made in the present effort to embrace the results for molten salt mixtures.

Oct 15, 2024 · Electrical conductivity for single molten salts, as well as binary and ternary systems has been investigated by scientists for decades, with the ultimate motivation being …

Feb 7, 2024 · Variations of these methods have been used to measure molten salts’ electrical conductivities, but practical limitations can complicate their usage. One of the biggest …

Sep 1, 2020 · The aim of this work is to alleviate both the lack of experimental data and reliable theoretical framework to represent accurately the electronic contribution to the electrical …

In this study, an AC impedance method with two capillary electrodes has been employed for an accurate determination of the resistance of the conductivity standard solutions and molten salt …

Molten salts that contain Li+ions are of high relevance in the energy industry, e.g., in liquid metal batteries, where such salts provide high ionic conductivity, resulting in a high rate...

Aug 29, 2019 · We have carried out a theoretical study on the electrical conductivity of molten salts, starting from the Langevin equation and the velocity correlation functions for the …

To calculate the molar electrical conductivity of these molten salts, data on their density is required, which is not available for the high-temperature region. Density data are also of …

Spatiotemporal distribution visualization of solid volume fraction during LiCl-KCl molten salt solidification by thermal-compensated electrical resistance tomography (tcERT).

We have carried out a theoretical study on the electrical conductivity of molten salts, starting from the Langevin equation and the velocity correlation functions for the constituent ions.