Sentence examples for dislocations were found to from inspiring English sources

High density dislocations were found to pile up at the grain boundaries.

The dislocations were found to have screw character probably related to the particle growth mechanism.

Thus, at 300 K both screw and edge 〈c + a〉 dislocations were found to glide at stresses smaller than the ∼40 MPa measured experimentally.

The effect of both superlattice thickness and quantum dot density were also explored, and dislocations were found to sharply reduce Voc for thick superlattices with sufficiently-high dot density.

Glenohumeral joint dislocations were found to be the most common injury in 67% of players.

Interactions involving three or more dislocations are found to be different from pairwise interactions.

Dislocations are found to propagate preferably on {1 1 0} and {1 1 2} planes, with Burgers vectors 1/2 〈1/2 1/2

Dislocations are found to be predominantly of screw type from a modified Williamson Hall analysis.

The H distribution around edge dislocations is found to depend critically on H H interactions within the metal matrix.

The consideration of the difference in mobility between screw and non-screw dislocations is found to affect strain hardening in a complex manner.

The non-basal segment of dislocations was found to consist of 40% of the total dislocation density at a yield anisotropy factor of only 1.1 instead of an expected value of 100 obtained from single-crystal experiments.