Abstract
The concept of disperse tie-line is introduced to study the competitive participation of eutectic (small) and primary (large) crystals in phase transitions. The problem of partition of the concentration space, in which the reaction L + I = J + K occurs, into three parts, first of which contains (along with other elements of heterogeneous material microstructure) only large crystals I1; the second part contains only small crystals Ie; and the third part contains a mixture of small and large crystals, Ie+I1, is considered. As a result of the competitive participation of eutectic and primary crystals in the peritectic stage of a univariant three-phase reaction, the concentration space is divided into two fragments that differ in the presence (or absence) of small eutectic crystals.
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