"internal dislocation" is a correct and commonly used phrase in written English.
It refers to a situation where there is disruption or disturbance within a particular group, organization, or system. An example of using this phrase in a sentence would be: "The company's new policies caused internal dislocation among the employees, leading to a decrease in productivity."
The typical internal dislocation structure in both phases was documented.
"My concern is that it could go on for a long time," Mr. Shedd said, voicing concern that the civilian casualties, refugee flows and internal dislocation would increase.
The characteristic surface relief and the accompanying internal dislocation structures of these materials subjected to strain controlled cycling are documented using high resolution SEM, AFM and TEM.
We found that the residence lifetimes of internal dislocation sources formed by cross-slip decrease as the system size decreases.
When the sample is larger than a critical size multiplication of internal dislocation sources provides the dominant mechanism for plastic flow.
A dynamic model has been developed based on the internal states variables of the process such as the internal dislocation density, the subgrain size, and the misorientation between the subgrains.
These models are internal variable dislocation density models and deal with calculation of flow stress and evaluation of dislocation density during hot deformation processes.
Small dipolar-loops easily form through several cross-slip mechanisms, and then act as internal glide dislocation sources.
Material strength is determined by the movability of the internal lattice dislocations, which are linear irregularities in the crystal lattice, during plastic deformation7,8,9, i.e., impeding lattice dislocation motion leads to an increase in the material strength and superior strength can be provided by the maximal amount of obstacles.
The reduced impact sensitivities of CL-20/GEMs are supposed from the excellent lubrication and heat conduction of GEMs, which could reduce the internal folding dislocations and hot spots [9, 19].
The long-range internal stresses, the dislocation arrangement parameters and the fluctuations of the dislocation density show non-monotonous changes at this transition suggesting that the dislocation structure, especially within the cell-wall regions, reveals a second-order phase transition.
