Refinement provides for a consistent and integrated path from specification to implementation.
Grain refinement provides a potential approach to achieve these goals in Mg alloys.
The experience gained in the course of developing such a complex industrial system as AOCS, shows that Event-B refinement provides the engineers with a scalable formal technique.
Further pressings mainly resulted in rotation of ultrafine subgrains rather than grain refinement, providing the formation of high-angle grain boundaries.
Capelli et al. (2014 ▶) recently showed that Hirshfeld atom refinement provides a much more accurate way of deriving anisotropic displacement parameters for H atoms from X-ray data.
This context-specific model refinement provides concrete hypotheses: maybe a putative interaction shown in a yeast two-hybrid experiment does not occur in vivo, or maybe the transformed cell line phenotype is simply different from the canonical pathway.
These refinements provided improved precision of model output.
Finally interpolation can be used to fill the holes caused by the previous refinements providing dense or semi-dense disparity map [2].
However, for all three precipitates, we find that structures based on X-ray diffraction refinements provide both reasonable energetics and structural parameters, and therefore the first-principles results lend support to these structural refinements.
