Abstract
Labyrinth walls observed in a grain of cyclically deformed AISI-SAE 316 stainless steel were identified as having orientations intermediate between (001) and (01̄2) and between (100) and (21̄0). The principal Burgers vectors were identified as [1̄01] and [101]. Labyrinth walls of these {100} and {210} orientations can be predicted for this pair of Burgers vectors by considering a Taylor's network arrangement of the dipole loops in the walls. Walls of intermediate orientations can be considered to consist of segments of a pair of {100} and {210} orientations.
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