The numerical grid used in this work is the cubed sphere grid of Ronchi, Iacono, and Paolucci [The 'cubed sphere': a new method for the solution of partial differential equations in spherical geometry, J. Comput. Phys. 124 (1996) 93 114], which covers the sphere with nearly uniform resolution using six identical grid patches with grid lines lying on great circles.
And today, having covered the sphere of this one world, that future lies upwards and outwards to others.
The melting of the wax, which covers the spheres, masked the effect of the excipient on release of the drug; this is why the dissolution profiles for the different types of excipients, after thermal treatment, were similar.
In other words, a BR/air system is more stable than a silica/air system, so the BR tends to cover the silica sphere surface.
Since the fullerenes are built from a fixed number of DRs, in larger cages the DRs cannot cover the whole sphere with a triangle network of atoms and the fullerenes will exhibit empty spaces holes.
However, in both cases, the pores between silica spheres are densely covered by GNRs, but GNRs fail to cover the silica spheres completely.
Obviously, the fact that in this case the receptive field covers the whole sphere whereas the receptive field of VS5 reveals only a moderately broad stripe of downward sensitivity in the lateral part of the visual field, has no influence on the tuning width of the two elements.
The two-step inversion procedure of the X-ray transform is exact provided that the straight ray assumption is fulfilled and that the illumination light cones covers the whole sphere around the sample (2 π solid angle on the illumination side and 2 π on the detection side).
This pattern formation, simulated in an original model of cell positioning, fits with experimental data where 60 cells fully cover the surface of a sphere.
The mesoporous titania homogeneously covers the latex spheres and substrate, forming a thin coating characterized by N2 adsorption isotherm, small angle X-rays scattering, atomic force, field emission and transmission electronic microscopies.
