In the present work, lengths of dislocation combinations formed as a result of interaction of reacting dislocations in non-coplanar glide systems were calculated. A new model was suggested in which the geometry of dislocation combination was considered for an arbitrary asymmetrical intersection of dislocation segments. The lengths of dislocation combinations were determined on the example of one dislocation reaction. The statistics of an arbitrary intersection of the reacting dislocations were considered for an arbitrary (from screw to edge) orientation of a glissile dislocation.

Calculations of Lengths of Dislocation Combinations in FCC Crystals. R.I.Kurinnaya, M.V.Zgolich, V.A.Starenchenko: Russian Physics Journal, 2004, 47[7], 705-12