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It was found that the polycrystalline specimen with a higher fraction of low-∑ boundaries shows a lower crack propagation rate than the specimen with a lower fraction of them.
A scaling analysis of spacing between boundaries shows a universal behavior up to εVM = 300, indicating that the predominant deformation mechanism is dislocation glide whereas twin formation is of minor importance.
As shown in Additional file 1: Figure S12, the average distribution of sequence reads around exon-intron boundaries shows a pronounced peak, which corresponds to numerous well-positioned nucleosomes extending from the exon-intron boundary into the exon, both in vivo and in vitro.
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γ′ phase preferentially precipitated along β grain boundaries showing a film-like shape.
Grain refinement occurred and the frequency of small angle boundaries showed a complicated change during superplastic deformation.
Particle/particle boundaries showed a high degree of deformation resulting in the formation of an ultra-fine grain structure and a low density of low angle grain boundaries.
Therefore, these results suggest that the regions with a smaller conductivity could be related to the grains in the polycrystalline structure: the nanocrystals are more insulating whereas the grain boundaries show a larger conductivity.
Therefore, the regions with a smaller conductivity could be related to the grains of the polycrystalline structure: the polycrystals are more insulating whereas the grain boundaries show a larger conductivity.
The structure is graded and subdivided by dislocation boundaries and high angle boundaries showing a clear resemblance to the lamellar structure, which evolves during conventional rolling of bulk metallic materials from medium to high strain.
The wire profiles near the closely perpendicular boundaries showed a smooth local diameter increase or decrease depending respectively on whether the stress was sufficient or insufficient to overcome the effect of the surface tension forces tending to shrink the wire.
Also, intron-exon boundaries show a correlation with three-dimensional structure of protein modules [ 12, 34- 36].
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Justyna Jupowicz-Kozak
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