Each of these re-refined structures was used as the input structure for ensemble refinement, using the same run-time parameters.
The first two passes for side information refinement are the same as in the three groups scheme.
If subcycling is disabled, then all grids, regardless of their level of refinement, take the same time step together.
The OSIC/MSID and pure OSIC propagation modes are further confirmed by pseudo-DNS employing a detailed reaction model and dynamic adaptive mesh refinement for the same conditions as utilized in the experiments.
The method is shown to converge with mesh refinement with the same order of accuracy as the height-function method for all three types of meshes tested, i.e. Cartesian, triangular, and polygonal.
Nevertheless, the method seems to produce optimal meshes in the AMR process for both linear and quadratic discretisations, and is ≈×100 more accurate than uniform refinement for the same amount of computational effort for a 67 group deep penetration shielding problem.
The ultrafine-grain structure observed is similar to that obtained in conventional severe plastic deformation processes such as equal channel angular extrusion, suggesting that the mechanism of grain refinement is the same in both processes, in spite of the differences in strain rate and thermal excursion.
And the following refinement was the same as that of the ligand bound form.
Once this global synaptic refinement occurred, the same neurons now displayed different patterns of spontaneous activity, which in turn exhibited different levels of synaptic plasticity.
Moreover, we have proposed a very efficient stochastic parallel refinement method, which is able to find the global optimum with only a small fraction of iterations in comparison to the independent sampling and refinement with the same sampling angle intervals.
