Sentence examples for dislocation order from inspiring English sources

The single dislocation order parameter profile and the stationary distance between two neighboring dislocations at a semicoherent sharp austenite martensite interface are in perfect agreement with analytical expressions.

Their deformation areas, where the value of E T is virtually unchanged, may reflect dislocation ordering, formation and strengthening of a distinctive dislocation texture.

A simple statistical model is developed based on a random distribution and orientation of dislocations in order to explain recent experimental observations of the strength of small specimens containing a limited number of dislocations.

The model is adjusted by fitting the coefficient of dislocation annihilation in order to get the experimental number of dislocations in the first wafer of the reference crystal.

When grains are of the submicron order, dislocation loops are hardly generated from Frank Read sources smaller than the grain size.

Nanoindentation is modelled on the computer by means of a simple two-dimensional discrete dislocation model in order to study the influence of the orientation of predefined slip bands on certain phenomena, which often occur during real indentation experiments, systematically.

Second-order dislocation density tensor.

A thermodynamic analysis of the modification of the solid liquid balance in the presence of dislocations is proposed in order to take into account dislocation patterns.

Microstructural features are generated in the following order: randomly distributed dislocations, dislocation cell structures, elongated laminar substructures (ELSs), and if a transition in activated slip systems takes place, secondary ELSs and/or microbands.

Indeed, the two go together, rather as in Shakespeare a dislocation of the social order may have its consequences in the supernatural world (The Tempest, A Midsummer Night's Dream).

Transmission Electron Microscopy (TEM) measurement revealed a threading dislocation density on the order of or below ∼106 cm−2.