Sentence examples for mechanical stress fields from inspiring English sources

The peculiarities of micro-defect creation in the implanted region of the Si bulk were studied by the diffuse X-ray scattering (DXS) technique, which provided the information about the defects' types, sizes, and mechanical stress fields.

It is shown that refined kinematic theories employing trigonometric or exponential terms are able to accurately describe the displacement field and the mechanical stress fields.

Altogether, this suggests that auxin patterns and mechanical stress fields act synergistically to control STM expression at the boundary.

The driving force for the grain boundary migration was due to an external mechanical stress field.

The motion of planar symmetrical 〈1 0〉-tiltlt boundaries in high-purity aluminum was investigated in situ under the influence of an external mechanical stress field.

Several mechanisms of mesocrystal formation have been proposed: biomineralization, roles of organic additives, alignment by capillary forces, hydrophobic forces, a mechanical stress field, magnetic fields, dipole and polarization forces, external electric fields, minimization of the interfacial energy, and so on [16 23].

The motion of planar low- and high-angle grain boundaries under the influence of a mechanical stress field can be attributed to the movement of the grain boundary dislocations which comprise the structure of the boundary.

We investigated the motion of planar symmetrical and asymmetrical tilt boundaries in high-purity aluminium with <112>- and <111>-tilt axes under the influence of an external mechanical stress field.

It is shown that an externally applied mechanical stress field can drastically change grain growth as well as recrystallization kinetics and can strongly influence the microstructure evolution, so that the application of mechanical stresses during annealing can be used as a new approach in the field of grain boundary engineering.

From these correlations, it seems obvious that the motion of planar low and high angle grain boundaries under the influence of a mechanical stress field can be attributed to the movement of the grain boundary dislocations which comprise the structure of the boundary.

Quantification of micro-bead density around typical spherical and oblate spheroids revealed a strong correlation between spheroid shape and the shape of the local mechanical stress field (Fig. 2B, 2C).