Abstract
The electrical resistivities of indium-alkali metal and aluminum-alkali metal melts are calculated. The Ziman theory of the electrical conductivity of metallic melts is shown to successfully describe the experimental effects of an increase in the electrical resistivity during a metal-nonmetal transition in the indium-alkali metal systems. This theory also predicts similar qualitative effects of a change in the electrical resistivities of aluminum-alkali metal melts. The melts of aluminum-alkali metal systems are assumed to undergo a metal-nonmetal transition.
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