Sentence examples for a boundary space from inspiring English sources

We argue that their creation opens up a "boundary space" that differs from a boundary line.

The 4N and 2N samples at this strain are nanostructured with an average boundary spacing of ∼100 nm, a high density of dislocations and a large fraction of high angle boundaries (>15°) of 0.68 0.74, as determined by transmission electron microscopy, and 0.8 0.83, as determined by electron backscattering diffraction.

This review summarizes recent developments that significantly advance our ability to represent a critical part of the grain boundary space: the misorientation information.

Here we develop a rigorous framework for the description of continuous functions for a subset of the five-parameter grain boundary space, called the "single-axis grain boundary" space.

The convex polytope of a multi-player game can be simplified to a three dimensional spatial representation with the player-to-player distances defined to be constant as shown in Figure 2. In this approach, all items are represented as geometrical points that lie within a boundary or space enclosed by the players (labeled as 1, 2,.., n) that are presented as vertices of this spatial volume.

Therefore the values are inside the boundary space ( left[0-{R}_1^{out};100-{R}_1^{out}right] ).

The task is not simple, as the graphic word boundary (space separator) assumed in conventional preprocessing does not necessarily coincide with the protein name boundary.

This result points to a wider application of the suggested method to derive the local flow stress in a deformed microstructure based on a measurement of the local boundary spacing and the stress structure relationship for the bulk material in the deformed state.

By choosing ZnO as a model system of technological importance, and by measuring the thermal and electrical transport properties of ZnO polycrystals with a wide range of grain boundary spacing, we determine the interfacial thermal (Kapitza) resistance of the ZnO grain boundary Rk= 4.0±0.7×10−9 m2 K W−1, which is relatively independent of grain size.

The apparent activation energy for the microstructural coarsening is estimated separately for different stages characterized by an increase in the lamellar boundary spacing measured by EBSD and ECC.

At a lower level of Ho, the (1 1 0) coarse twins with the boundary spacing of 30 60 nm form.