This contrasts with heat transfer from the fluidising gas, for which the heat transfer coefficient decreases, when the diameter of the phosphor bronze sphere is increased.
However, when the nitrogen content within the sphere is increased further, the J sc is decreased to 11.43 mA·cm-2 of the TN3.
A corollary to this proposition goes further by pointing out that, as the radius of the sphere is increased indefinitely, its surface approaches a plane surface and the law of the hypocycloidal asymptotically approaches Huygens's law of the cycloidal pendulum.
These findings clearly suggest that in the absence of R173 the amount of hypochlorous acid released from the reaction sphere is increased significantly.
As the number of the spin-coated layers of silica spheres was increased, there formed ordered structures characterized by a typical photonic bandgap appearing in their reflectance spectrum (Figure 2d).
Strikingly, OPG secretion from SUM149PT and SUM1315MO2 spheres was increased by 78 fold and 43 fold respectively, when compared to HMEC spheres (Fig. 2c and d).
At increasing β for both spheres, the drag force on sphere #2 was increased because of the more difficult advective flow through its interior, and at the same time the drag was reduced owing to the stronger wake flow produced by the denser sphere #1.
When the silver-sphere size was increased to 〈D〉=3.5 nm, the absorption first increased relative to the maximum and formed a plateau with a series of small equidistant dips.
As in cultured cells, the expression of CD133 was increased in WT spheres relative to KO spheres, although in contrast to monolayer culture, CD133-positive cells were observed in KO spheres.
The transcriptional expression of these various markers was increased in CCE cell derived spheres compared to control cell derived spheres.
