Sentence examples for evolution defect from inspiring English sources

The microstructure evolution under irradiation was followed and characterized at successive doses in terms of irradiation-induced defect formation and evolution, defect density, size distribution and interaction with the as-fabricated microstructure (e.g. dislocation networks, lath boundaries) using weak-beam dark-field imaging.

Further, it is tried to determine the evolution of defect production (point defects and dislocations) during rolling deformation from measured changes of electrical resistivity and microhardness.

The QD formation, evolution and defect introduction depend strongly on the balance between the surface energy and the strain energy of the system and the growth kinetics.

d Evolution of defect density values (n), calculated fullerene content at the cathode interface extracted from capacitance voltage measurements carried out in the dark of devices cast from CHCl3.

We tested a simple model of the relationship between genome interactions and evolution: a defect within a network of interacting genes should favor compensating mutations in other genes of the network.

The equilibrium configurations are obtained using the conjugate-gradient method, and the saddle point on the minimum-energy path between two equilibrium configurations for evolution of defects, such as the nucleation/annihilation and movement of defects, is estimated using the nudged elastic-band method.

It is valuable for understanding the physics of defects evolution through artificially generated defects, and such defect engineering will greatly open up the future application of the novel material.

We have analyzed the evolution of defects caused by self-irradiation of crystalline silicon.

A hot rolling tribometer designed to simulate the rolling process was used to study the evolution of defects that occur on alloy surfaces during high temperature deformation.

The formation and evolution of defects during fatigue was determined by positron annihilation lifetimes and electron momentum distributions in a series of samples.

This paper reports the effect these stressors have on the mechanical integrity of active layers and interfaces as measured by subcritical debonding tests, and the in situ evolution of defects and fracture processes is characterized.