Ms. Coppola's subsequent films can be seen as metaphors for adolescence, a condition — at once enjoyable, confounding and traumatic — that they associate with the out-of-body dislocation of jet lag ("Lost in Translation"), the absurd rituals of the Bourbon court ("Marie Antoinette") and the surreal overstimulation and mortification of modern celebrity culture ("Somewhere").
A change in the deformation mechanism occurs at Δεp = 1.5 × 10−3, where the accommodation of the plastic strain changes from the reversible to the irreversible bow-out of dislocations giving rise to a continuous increase of the internal stress.
To examine the possible predisposing factors for intraocular lens (IOL) dislocation within the capsular bag (in-the-bag dislocation) and IOL dislocation outside of the capsule (out-of-the-bag dislocation) and to study surgical outcomes of explantation of dislocated IOLs and scleral suturing of posterior chamber IOLs.
Under the assumption that the kink mobility is high and using analytical expressions for the kink-chain configuration and the kink-chain enthalpy under stress an expression for the bow-out rate of dislocation segments is obtained.
A simple model for the strength in this regime of grain sizes is developed from classical dislocation theory, based on the bow-out of a dislocation from a grain boundary dislocation source.
A pinning potential for vortices was introduced assuming plastic pinning of vortex lattice on chains of out-of-plane individual edge dislocations that form low-angle domain boundaries in high quality YBa2Cu3O7 thin films.
It is pointed out that the heterogeneity of dislocation debris left in the microstructure does not clearly represent deformation resistance, nor give a clear indication of strain within the specimen.
In this work, first, a numerical simulation has been carried out for the reduction of dislocation density in wurtzite InGaN heteroepitaxy using step-graded interlayers.
When the Peierls model is extended to two dimensions the resulting line energy, line tension and resistance against bow-outs of straight dislocations can be obtained realistically without any adjustable parameters and the way that these quantities are influenced by the interplanar atomic potential can be studied.
Computer simulations incorporating the Friedel Escaig cross-slip mechanism indicate that surface image forces are sufficiently strong to activate out-of-plane motion for screw dislocation segments near the surface.
