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Abstract
The electrical conductivity and density of chloride melts containing LiCl, KCl, CaCl2, MgCl2, NaCl, and AlCl3 are determined as a function of temperature between 700–750°C. All of the melts deviate negatively from the additive electrical conductivity law. The conductivity of melts can be predicted by assuming the complexes: LiCl · AlCl3, NaCl · AlCl3, NaCl · KCl, KCl · AlCl3, NaCl · LiCl, and KCl · LiCl. For most of the melts the predicted values agree with the measured values within, two percent. Densities of the mixtures agree well with the additivity law.
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