Sentence examples for grain in which from inspiring English sources

The preference is attributed to cavity nucleation in the grain in which the carbide-matrix interface is incoherent and vacancy condensation is energetically favored.

There was the essay de bled, the "trial of grain," in which the wheat was carefully weighed, a custom Montaigne may have had in mind when he wrote: "Je remets à la mort l'essay du fruict de mes estudes" ("I put off until my death the essay of the fruits of my studies").

Finally, the direction of slip was calculated for grain in which a fatigue crack was initiated and we clarified that the fatigue crack tended to be initiated in grain where the direction of slip was inclined from the film surface.

The size of the particles, the orientation of the grain in which the particle resides, the particle spatial location to the grain boundary, the mismatch of the grain boundary, and the interaction of all these factors comprise the primary reason for the fatigue damage incubation.

The difference in the amount of martensite in local regions of a ribbon is mainly determined by the different volume fractions of ultrafine-grained (0.5 1.0 μm) and nanosized (0.1 0.2 μm) initial austenite grains, in which the transformation was slowed down or completely suppressed.

Difference in the martensite volume fraction in local regions of a ribbon is mainly determined by the different volume fractions of ultrafine-grained (500 1000 nm) and nanosized (80 100 nm and less) initial austenite grains, in which the transformation was slowed down or completely suppressed.

There was, Harari says, "a Faustian bargain between humans and grains" in which our species "cast off its intimate symbiosis with nature and sprinted towards greed and alienation".

The blends showed macrophase separated grains, in which the structures resembled the microphase morphology of none of the blend components.

Grains in which the crystallographic orientation leads to high resolved shear stress show intense damage at slip lines.

Many engineering materials (almost all metals and ceramics, for instance) are made up entirely of small crystals or grains in which atoms are packed in regular, repeating, three-dimensional patterns; the grains are stuck together meeting at grain boundaries.

Solutions to the gradient flow of this free energy can be interpreted as ensembles of grains (in which the phase of the order parameter is approximately constant in space) separated by mobile grain boundaries.