Sentence examples for mobility and relaxation from inspiring English sources

In contrast, T1ρ measurements indicate that oriented PGA is 50% crystalline and can be adequately described by a three phase model consisting of: rigid crystalline material with long relaxation time, semi-rigid non-crystalline material with intermediate mobility and relaxation time and highly mobile non-crystalline material with the shortest relaxation time.

The mobility and relaxation times T2 for the side chain PBA protons decreased with grafting density.

Secondly, the effects of relaxation and self-ordering of nanoparticles were studied, simulating the nanoparticles with same coverages but different mobility and relaxation parameters during deposition modeling.

To explore such a thickness-dependent effect, a great deal of effort has been devoted to investigating the molecular mobility and relaxation dynamics within ultrathin polymer films [14, 16 18].

The main aim is to establish a relationship between the mesoscopic filler network structure and the macroscopic properties of the polymer nanocomposites, particularly to explore the role of the clay network on the mobility and relaxation of macromolecular chains.

The scratch deformation map described indicates that there is a major change in the deformation mechanism as the exposure time proceeds and this is related first to a sample plasticization and then to a restructuring process of the PMMA methanol system due to the greater mobility and relaxation of the polymer molecules as they imbibe the solvent.

Results from the taiji focus group reinforced these themes and the importance of CAM (taiji) as a 'tool' for coping with day-to-day problems, perceived as helpful for mobility, sleep and relaxation.

When 0.5 < n < 1.0, it indicates that the rate of penetrant mobility and segmental relaxation is comparable.

Suspended graphene sheets exhibit promising characteristics such as very high carrier mobility and long relaxation time of carriers.

It is shown that the standard model provides a consistent methodology for interpreting particle behavior; ζ-potentials inferred from mobility and dielectric relaxation agree to within experimental error.

This indicates that the upper region is more stable and closer to equilibrium morphology due to the atomic mobility and stress relaxation in the upper region being almost fully achieved compared to in the lower region [26].