Sentence examples for consistent evolution of the from inspiring English sources

Well-defined multicomponent systems that permit ultradiscretization are obtained using an approach that relies on a group defined by constraints imposed by the requirement of a consistent evolution of the systems.

We report on a consistent evolution of PM with temperature in the range of 40 °C to 250 °C, including natural samples, heated samples at 95 °C, and burial-like heated samples.

The consistent evolution of diversity in independent microcosms is notable, considering that any diversity within microcosms evolved de novo via mutations arising during the course of selection in a relatively simple, well mixed, two-resource environment, and indicates that diversification within microcosms was itself adaptive.

The present simulation follows the self-consistent evolution of a reconnection front that is initiated with an initial cross-tail extent of 24 d i.

The phylogeny of animal GH18 genes is consistent with evolution of the family by a birth-and-death process according to the model described for multigene families of the vertebrate immune system [ 74].

Notably, the expansion and functional diversification of genes encoding enzymes involved in terpene biosynthesis are consistent with the evolution of the artemisinin biosynthetic pathway.

A new model was proposed for to better understand the variation in mechanical behavior with macrofiber concentration and loading rate consistent with the evolution of the observed damage mechanisms.

Finally, the obtained cycles are consistent with the evolution of the Peruvian economy and of recession periods that have been traditionally identified.

The model identifies several distinctive dynamic patterns that are broadly consistent with the evolution of the Argentine economy and the trade policy described in our chapter.

The convective heating would be consistent with the evolution of the central perturbation, as the air seems to rise over the perturbation and then fall as the day progresses, with the opposite happening to the air around it (Figure 2).

The rate of alternative-exon and site loss in mouse is slightly higher than in dog, consistent with faster evolution of the former.