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Exact(28)
Starch and betaglucan in barley grain material were analysed as described37,38.
During the bumps the rock turns out to grain material, which bursts into a free space.
Hence, smaller grain material (Cu alloy, ~35 µm) provides smaller RTS value than larger grain material (Mg alloy, ~126 µm) for achieving superior surface finishing.
Furthermore, the amount of strain accumulated was greater in the coarser grain material.
Further, in relation to the reference wrought material the parallel columnar grain material exhibited a greater life.
The large flux in the small grain material is attributed to the contribution of the grain boundaries to the total hydrogen flux.
Similar(32)
The method works well for absorptive, as well as dielectric, grain materials.
For calibration tests, natural soils were used, as well as steel balls, to simulate the effect of the aggregated structures of arable soils and grain materials.
The mechanical performance of nanocrystalline materials with complicated microstructures is greatly different from that of the coarse grain materials.
Many unusual properties of ultrafine grain materials obtained by equal channel angular pressing (ECAP) are commonly attributed to non-equilibrium grain boundaries.
Submicron grain materials with small oxide particles show significant hardening due to the fine particles and a similar, significant hardening due to the fine grain size.
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