Sentence examples for a distinct evolution from inspiring English sources

I've had the pleasure of working closely with Kobe over the years and have witnessed a distinct evolution.

Therefore, even if the origin of the X chromosome in Diptera has been proposed to have occurred more than 260 Mya [57] as the Drosophila X chromosome is homologous to those of mosquito species of the genera Anopheles and Aedes [60], [61], the X chromosomes of Tephritids have evolved more recently and may have followed a distinct evolution.

However, there are some remarkable differences in gene content suggesting a distinct evolution of the two strains.

This difference between kinetics could reflect a distinct evolution in the time course of postoperative systemic inflammatory response syndrome (SIRS) and particularly in the early phase.

Generally, the research work at the RHSC was directed toward finding accurate biochemical aids to earlier diagnosis; however, over time, a distinct evolution can be detected in the goals of the research, and particularly in the relative positions of laboratory and clinic.

As a result, the nanodots exhibit distinct evolution paths, and the coercive field of vortex switching by a curled electric field is reduced compared with the free-standing ones.

While there is a large body of work on analysis of acoustic emission (AE) from different materials and different loading cases, the current research is focused on applying unsupervised learning for separating AE into a maximum number of groups with distinct evolution.

On the other hand, for the identical deposition range of Ag thin films annealed at a higher temperature, Ag nanostructures show distinct evolution such as the formation of tiny round NPs, round and widely spaced large Ag NPs, and elongated Ag NPs due to the substantial sublimation and high diffusion rate.

The scanning electron micrographs (SEM) images present a distinct morphology evolution derived from the in situ decomposition of LSCF.

During TMF cycling, three stages of stress relaxations were identified: (1) primary stress relaxation; (2) steady stress relaxation; and (3) tertiary stress relaxation; each stage exhibits a distinct microstructural evolution.

After scraping the ATO nanotube powders off the Ti foil substrates with a razor blade, a distinct color evolution is revealed from white (ATO powder) to blue-black (ATO-H-10) (inset of Figure 1c).