Sentence examples for migration of planar from inspiring English sources

The migration of planar, symmetric tilt grain boundaries with different tilt axes was investigated.

The shear stress induced migration of planar 〈1 0 0〉 tilt grain boundaries in Al bicrystals was observed to be perfectly coupled to the lateral translation of grains.

The migration of planar 90°〈112〉 tilt grain boundaries with the same misorientation but different boundary inclination in Bi-bicrystals was investigated.

Magnetically driven migration of planar ⟨10¯10⟩ tilt grain boundaries with various misorientations in high purity zinc bicrystals was measured in situ by means of a specially designed polarization microscopy probe.

Stress-induced migration of planar grain boundaries in aluminum bicrystals was measured for both low- and high-angle symmetrical 〈1 0 0〉 tilt grain boundaries across the entire misorientation range (0 90°).

A general and yet simple theory is developed to predict the orientation relationship, orientation, structure and migration mechanisms of planar interphase boundaries in phase transformations.

When cultured as a confluent sheet, EFs induced collective cell migration on stochastically patterned surfaces compared with dissociated single-cell migration on planar surfaces.

These unexpected findings were consistent with the notion that the invasive capacity of tumour cells studied in 3D systems is not necessarily correlated with efficient migration on planar 2D surfaces (Torka et al, 2006).

Because the neuroepithelium through which FBM neurons migrate displays aspects of planar polarity and expresses PCP components (Ciruna et al., 2006; Borovina et al., 2010), it has been suggested that this environment shapes the trajectory of FBM neuron migration indirectly, by providing a permissive route for migration.

Several measures have been proposed in literature to describe the planar migration of CoP over the base of support, and the most used in clinical field are the CoP excursions in antero-posterior and medio-lateral direction.

In the developing nervous system, PCP-mediated changes in the cytoskeleton are fundamental to neuronal migration, neuronal polarity, axon guidance, and dendritic arborization, highlighting the importance of "planar polarity" genes for defining the shape of a neuron in all dimensions.