The dislocation combinations which formed via interaction between a glissile Shockley partial dislocation and reacting undissociated forest dislocations were considered. The values of the parameters which characterized the strength of the dislocation combinations, the probability of their formation, and the interaction intensity of the reacting dislocations were determined, for all components of the dislocation loop, in a face-centered cubic single crystal which was oriented for [100]-axis deformation.

Interaction of Shockley Partial Dislocations with Reacting Forest Dislocations. R.I.Kurinnaya, M.V.Zgolich, L.E.Popov, V.A.Starenchenko: Izvestiya Vysshikh Uchebnykh Zavedenii Fizika, 1997, 40[5], 3-8 (Russian Physics Journal, 1997, 40[5], 405-10)