Abstract
An attempt was undertaken to describe the mechanism of dissociation of copper chalcogenides during melting. Two-stage schemes of the dissociation of the Cu 2 B VI compounds (B VI is S, Se, or Te) were proposed. It was suggested that in the copper-sulfur and copper-selenium melts, Cu2BVI and CuBVI associates exist, whereas in the copper tellurium systems, Cu 2 Te and Cu 5 Te 3 associates exist. The interpretation of available data on magnetic susceptibility was given in terms of suggested associates in Cu-Te alloys.
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