Sentence examples for created dislocation from inspiring English sources

The critical thickness is determined from the zero formation energy of a misfit dislocation, i.e. the amount of reduced mismatch strain energy equaling the amount of created dislocation self energy.

The dynamic annihilation of created dislocations was accounted for by using a factor to balance the equation.

In essence, it is the competition between the annihilation of the dislocations that were created during the prestrain and the storage of newly created dislocations that lead to the observed stagnation of the hardening rate.

"It creates dislocation in emerging markets like Russia and the Middle East.

This engineering productivity boom will only increase and continue to create dislocation and creative destruction.

While at large twin spacings, cross-slip and dissociation of the Lomer dislocations create dislocation locks that restrict and block dislocation motion and thus enhance strength, at twin spacings below the critical size, cross-slip does not occur, steps on the twin boundaries form and deformation is much more planar.

Overall, the study concluded that the transition from computer-based administrative information systems to fully-implemented EHRs is a major undertaking that creates dislocation among the clinical staff and is more complicated, more difficult, and more expensive than most practices expected [ 25].

Political changes create dislocations in industries that smaller companies are well positioned to exploit.

In these cells, the dilute nitrogen in the barrier plays an important role for the strain-balance (SB) of the QD layer region that would otherwise create dislocations under the effect of the accumulated strain.

The reason is that the strain energy in a material increases as its thickness increases; in contrast to the bulk, at the same stress, a thin sheet will not contain sufficient strain energy to create dislocations or does not contain sufficient strain energy to fracture[42].

The longer pop-in length illustrates that the nonpolar GaN surfaces are capable of accommodating more strain than c-plane before dislocation motion is arrested by the opposing backstress created by dislocation pile-up [15].