Sentence examples for grain competition from inspiring English sources

With a better control of nucleation and grain competition by increasing the undercooling through enhanced uniform or spot cooling, grains with more Σ3 or twin boundaries were obtained.

Namely, grain nucleation, grain boundary formation and evolution, grain competition, twining occurrence, dislocation generation and interaction with structural defects are explored and analysed.

On the other hand, at high undercooling, the grain competition follows the same pattern at the beginning, but the (1 0 0) grain eventually becomes dominant, expanding its domain.

In contrast, inheritance of these markers was undistorted in the male-segregating population, implying that the SD was caused by female-specific function only and that pollen grain competition is not responsible for SD detected on chromosome 6.

Multiple twinning systems can be activated in the same grain, and the competition between them favors those capable of producing continuous deformation across the grain boundary.

Without the threat of competition, grain shippers are sceptical that the railways will negotiate decent service contracts: no firm has sought such an agreement under rights granted in legislation last year.Under pressure from Gerry Ritz, the agriculture minister and a farmer himself, the railways have promised to make more railcars available.

This would be the case if China was to open its grain markets to competition and eliminate the protection that the grain sectors receive.

Because bats are so efficient at transferring the pollen from one flower to the next, flowers with more pollen benefit by entering more grains in the competition to fertilize a female flower, Muchhala says.

The results are explained in terms of competition between grain boundary diffusion and grain boundary migration.

Based on this analysis, an analytical model incorporating the competition between grain interior plasticity and grain-boundary deformation mechanisms is proposed to provide an intuitive understanding of the transition in strain-rate sensitivity in nanostructured metals.

We use a mesoscopic simulation approach to study the coupling and competition between grain-boundary-curvature driven and grain-rotation-coalescence induced grain growth in a 〈001〉 textured columnar microstructure.