Abstract
The traces of discriminant functions computed from the data are in excellent agreement with field boundaries shown in a number of published phase diagrams. The substitution of a systematic numerical procedure for the conventional inspection technique by which field boundaries are located might reduce the amount of time and effort now sometimes devoted to obtaining points very close to the supposed locus of the field boundary. The principal advantage of the numerical procedure, however, is that it may be applied in multicomponent space, in which the location of field boundaries by graphical inspection is impossible.
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