dislocation line in a sentence

1. The glide plane of a dislocation is the plane that contains the Burgers vector and the dislocation line.
2. Where the orientation of the dislocation line changes, a screw dislocation can continue as an edge dislocation and vice versa.
3. Additionally, if two dislocations cross, dislocation line entanglement occurs, causing the formation of a jog which opposes dislocation motion.
4. This means edge dislocations move in directions parallel to their dislocation lines and screw dislocations move in directions perpendicular to their dislocation lines.
5. This means edge dislocations move in directions parallel to their dislocation lines and screw dislocations move in directions perpendicular to their dislocation lines.
6. It's difficult to find dislocation line in a sentence.
7. Another way in which new dislocations can form are so called jogs in the dislocation line pin the dislocation in the 3rd plane.
8. For an edge type, b is perpendicular to the dislocation line, whereas in the cases of the screw type it is parallel.
9. In both cases the dislocation line forms a linear defect through the crystal lattice, the crystal can be perfect on all sides of the line.
10. In the case of a screw dislocation, the scattering vector has to have a component along the Burgers vector, which is now parallel to dislocation line.
11. Edge dislocations have the direction of the burgers vector perpendicular to the dislocation line, while screw dislocations have the direction of the burgers vector parallel to the dislocation line.
12. Edge dislocations have the direction of the burgers vector perpendicular to the dislocation line, while screw dislocations have the direction of the burgers vector parallel to the dislocation line.
13. When a dislocation line intersects the surface of a metallic material, the associated strain field locally increases the relative susceptibility of the material to acidic etch pit of regular geometrical format results.
14. The screw dislocation is more difficult to visualise, but basically comprises a structure in which a helical path is traced around the linear defect ( dislocation line ) by the atomic planes of atoms in the crystal lattice.
15. The process results in a dislocation loop around A and B in the slip plane which expands under continued shear stress, and also in a new dislocation line between A and B which, under renewed or continued shear, can continue to generate dislocation loops in the manner just described.
16. This is true in the case of an edge dislocation if the scattering vector of the Bragg reflection used is parallel to the Burgers vector of the dislocation, or at least has a component in the plane perpendicular to the dislocation line, but not if it is parallel to the dislocation line.
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