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Thermodynamic study of the effect of a ternary addition on antiphase boundaries in FCC alloys

Antiphase boundaries play an important role when considering the mechanisms involved in the plastic deformation of a face-centred cubic alloy. The authors consider (100) antiphase boundaries in a binary L12 ordered alloy to which a small amount of ternary element is added. The scope of this work is to study the behaviour of the ternary element at the antiphase boundary (segregation, effect on the energy of the antiphase boundary) and to determine general simple rules that can help to predict this behaviour.