As shown clearly by Figure 1a,b, the spherical material had ordered mesopores about 2 nm in diameter.
As shown clearly in Fig. 1a, b, the spherical material was with ordered mesopores about 2 nm in diameter.
In the left part of Fig. 3, a spherical material of "Bone cortical (mineral)" with a density of 1.92 g/cm3 has been selected.
A hybrid TiO2-C spherical material was prepared by solvothermal synthesis from furfural and titanium isopropoxide and compared to a binary TiO2-activated carbon composite prepared using the slurry method.
Non-spherical materials show increased margination toward the vessel wall, which improves the efficiency of tumor homing.
The determination of particle size is affected by the particle shape and for irregular, non-spherical material, such as biomass, currently there are no readily applicable methods to determine the effective momentum exchange based on the particle geometry.
The structure, morphology and electrochemical performance of spherical LiNi0.8Co0.1Mn0.1O2−zFz materials have been investigated.
Since a quasi-linear correlation occurs, then the crystal shape of the catalysts can be considered approximately spherical ("unstructured" materials) [27].
Although spherical carbon materials are also obtained when only IRA-900 resin beads are carbonized at 900 °C under nitrogen atmosphere, the size of IRA-carbon (80 210 µm) greatly decreases compared with that of IRA-900 (290–480 µm).
With C≤0.02 in accordance with the theoretical value for slow equilibration in the static zone, n is found to be in the range 0.5 1.0 with the lower values applying to glass bead packings, and the higher values applying to porous spherical packing materials.
