Abstract
A method is developed in this paper for the experimental determination of the transition probabilities of a screw dislocation from the primary to the secondary glide plane and its reciprocal return to the primary glide plane upon the action of impact loads on the crystal. The method is used in the stress region in which the time dependence of the path length of the dislocations is linear. An essentially linear increase of both probabilities noted above as the stress increases is established. The latter corresponds to existing theoretical data.
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