Sentence examples for refinement strongly from inspiring English sources

This refinement, strongly feminine in character, is represented in Thomas Sheraton's Cabinet-Maker and Upholsterers' Drawing Book (1791).

In contrast, the better clashscores from CNS+HINT refinement strongly suggests that this protocol results in better-defined interaction networks.

It was shown that the size and distribution of the second phase particles precipitated under homogenization annealing strongly affect grain refinement.

The existence of the LPSO phase strongly enhanced the refinement of Mg matrix grains during extrusion, which led to a large increase in yield stress through the Hall Petch relationship.

36 However, further refinement is needed, and we strongly advocate that the dengue research community should work together to develop international standards for the detailed discrimination of clinical phenotypes for use in pathogenesis studies and/or therapeutic intervention trials.

Finally, we show how GPT allows to deal with strong preservation of new languages by providing an efficient algorithm that computes the coarsest refinement of a given partition that strongly preserves a language generated by the reachability operator.

The correct definition of the free-surface was found to be strongly dependent on the mesh refinement in a way that has very significant implications for the development of air-entrainment modelling.

Our study shows that removal of oligodendrocytes strongly affects axonal targeting and refinement of nerve connections and that these effects are observed even before myelination is completed.

Because occupancy and B-factor are strongly coupled in a traditional refinement, the occupancies of bound ligands and ions are typically set to unity, while the corresponding B-factors are refined in a single-structure refinement.

After hot extrusion, the corrosion resistance and mechanical properties of the alloys are strongly improved, due to the grain refinement and dispersive distribution of X-phase.

This leads us to design a generalized Paige–Tarjan algorithm, called GPT, for computing the minimal refinement of an abstract interpretation-based model that strongly preserves some given language.