The phrase "accommodated grain" is correct and usable in written English.
It can be used in contexts related to agriculture, food storage, or processing where grain has been adjusted or stored to meet specific requirements.
Example: "The facility was designed to handle accommodated grain, ensuring optimal conditions for storage and preservation."
Alternatives: "adjusted grain" or "stored grain".
The mechanism was proposed to be slip accommodated grain boundary sliding.
The mantle rheology is modeled as a composite of diffusion creep, dislocation creep, dislocation accommodated grain boundary sliding, and a plastic stress limiter.
The model employs a composite rheology of diffusion creep, dislocation creep, dislocation accommodated grain boundary sliding, and a plastic stress limiter.
These data are analyzed and it is shown that, contrary to superplastic metals, intragranular slip cannot occur to accommodate grain boundary sliding at the temperatures and stresses examined experimentally.
These results, which are similar in trend to those reported for superplastic metallic alloys, lead to the conclusion that dislocation motion plays a role in accommodating grain boundary sliding in this material.
Many of the dislocations had Burgers vectors inclined at about 45° to the stress axis, which suggests that they were active directly in response to the applied stress rather than as the result of a relaxation process accommodating grain boundary sliding.
The diffusional shape changes of the mullite grains are accommodated by grain boundary sliding assisted by viscous flow of the glassy phase.
Combining the microstructure observations, grain boundary diffusion accommodated by grain boundary sliding was identified as the rate-controlling creep mechanism for the composite.
When the sliding of a viscous grain boundary is accommodated by grain-boundary diffusion, we evaluate the sliding rate and the stress distribution on the boundary, by employing the energy-balance method developed by Mori et al. [Mori T, Nakasone Y, Taya M, Wakashima K. Phil Mag Lett 1997 75 359 and Mori T, Koda M, Monzen R, Mura T. Acta Metall 1983 31 275].
The different diffusion and accretion rates at different boundaries also give rise to internal stresses, which can be partially accommodated by grain boundary motion coupled to shear deformation.
The plastic deformation of the particle is mainly accommodated by grain boundary and partial dislocation activities.
