Sentence examples for demonstrate grain from inspiring English sources

The results demonstrate grain coalescence can be easily controlled by adjusting the etching rate of the Si substrate; thereby indicating self-assembly of 3D nanostructures utilizing grain coalescence can be precisely controlled.

Li et al. (2010) demonstrated grain weight as one of the most important characters enhancing variability.

KPFM measurements also demonstrate that grain boundaries (GBs) in the KCN-etched two-stage processed CZTSSe thin films are either negatively charged or neutral.

Simulation results from both steady-state (single-pellet) and transient (chromatographic column) systems demonstrate how grain size and relative proportion affect mass transport in the pellet.

In our report, we demonstrate that grain boundaries of severely deformed metals play different roles at low, quasi-static vs. high-strain rates of mechanical loading.

Quantitative calculations of the respective contributions from each strengthening mechanism demonstrate that grain boundary strengthening and dislocation strengthening are principally responsible for the measured ultra-high strength of the bulk nc Co25Ni25Fe25Al7.5Cu17.5 HEA.

For example, an early study by Sharp (1976) used [H]DG and frozen emulsion-based autoradiography to demonstrate that grain counts in neuronal perikarya were similar to those in neurophil in four brain structures in resting rats and that grain densities increased to a similar extent in perikarya and neuropil during swimming.

Field data demonstrate that grain yield of PHF1-overexpressing plants in a low-Pi soil is higher than that of wild-type (WT) plants, suggesting that post-transcriptional regulation of Pi transporters could also be considered to improve crop performance in soils with low-Pi availability.

For grain corner nucleation it is found that both the kinetics and the resulting grain size distribution are very close to the corresponding results for randomly distributed sites, which demonstrates that grain boundary corners in two-dimensional grain structures are close to, although not completely, randomly distributed.

When the HAAG was corrected by the grain weight potential (HAAGW) all experiments conduced in Argentine and in France fit well to a common negative linear regression (r2 = 0.74, p < 0.0001) for the relationship between grain weight variation and HAAGW demonstrating that grain weight potential is an important feature to consider in diseases control programs.

Both the grain size and the amount of twin boundaries are dependent on the processing parameters, which demonstrates that grain boundary engineering is applicable to those materials.