Sentence examples for evolution of separation from inspiring English sources

For a pair of drops, we present time evolution of separation distance and of the shapes of the drops.

Figure 4illustrates the evolution of separation distance between the inner tube and the outer tube.

The evolution of separation science, including that of cell separation, has been guided by the emergence of analytical challenges and companion technologies in a broad range of fields such as clinical medicine, biology, proteomics, and genomics, to name only a few.

In this model, the sharp interfaces between different phases are separated by a narrow transition layers, and the kinetics and morphology evolution of phase separation would be characterized by an order parameter via Cahn Hilliard equation which is solved in the frame work of LBE.

The evolution of phase separation in the early stage was monitored by synchrotron radiation small angle X-ray scattering (SR-SAXS) and transmission electronic microscopy (TEM).

Through the in-situ investigation on time evolution of phase separation process, ubiquitous nature of this formation mechanism of the three-layered structure were discussed, which may have some important implications on the applications of the epoxy/TP blends.

Therefore, in essence the inverse of Wallace's principle holds for the present model: heterozygote superiority not only prevents the evolution of reproductive separation of subpopulations but even reinforces the evolution of increased genetic coherence.

Figure 6B reports the time evolution of the separation resolution between the unbound and the c-di-GMP-bound RNA, where the SR exceeds 0.5 from 2 min. As shown in Figure 6C, the fluorescence intensity of the bound RNA band increases as the c-di-GMP concentration in the sample increases linearly (R = 0.9893).

A Newtonian dashpot is used to describe the evolution of the viscous separation.

The correlation between rheological behavior and time evolution of the phase separation patterns was investigated in the epoxy/thermoplastic blends.

We find that the bulk mechanical stress originating from connectivity of the slow components of a mixture plays a crucial role in pattern evolution of viscoelastic phase separation.