Abstract
The applicability of a universal relationship of invariant transformations for analyzing eutectoid transformations in binary plutonium systems is demonstrated in this article. This relationship requires a favorable temperature factor for the formation of eutectoid reactions. This work confirms the validity of previously established values for decomposition of δ-phase solid solution and compounds of plutonium with group III-B elements at atmospheric and elevated pressures. It is demonstrated that in alloys of plutonium with elements of group III-B, the parameters of eutectoid transformations of the δ-phase change monotonically with increasing atomic number of the element.
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