The maximum surface charge difference between the distal and central sphere increases as the shape factor increases.
It is found that the net charge on the central sphere is greater than that on the distal sphere when δ<0.
Five different shapes are considered and characterized using a shape factor, δ, which is defined as the ratio of the difference of the radii between the distal sphere and central sphere to the mean radius of the particle.
Similarly, at the same growth condition, the size of central sphere for random co-crystals was greater in comparison with corresponding homo-brush single crystals, whereas it was smaller than that of respective homopolymer single crystals (Fig. 8).
Second, comparing TEM electron diffraction (ED) patterns of homo-PEG and homo-brush single crystals, one could behold that the central sphere of homo-brush single crystal is smaller than that of homopolymer crystal (Fig. 8).
Spherical curve, see [8], Definition 4. α is called a spherical curve if β lies on the unit central sphere, i.e., (langlebeta(s),beta(s) rangle=1) for all (sin I).
The building, with its central sphere-shaped auditorium, sits waterside.
Since our coarse-grained particle model features two types of interaction spheres one big (B) central sphere, corresponding to the interaction sphere of the bare colloid, and two small (S) out-of-center spheres, corresponding to the interaction spheres of the patches the coarse-grained particle wall potential can be written as the sum of two contributions.
If we consider the unit cell of 13 spheres (a central sphere + 12 neighbors) in Figure 2, then FCC and HCP differ only regarding the position of three spheres (compare the position of the fields marked in green and red in the top-left and top-right panels in Figure 2).
Taking into account that the atomic radii of Ag (160 pm) and Hg (150 pm) are similar, it is possible to estimate the "kissing", or the Newton number, of spheres that can simultaneously touch the central sphere of the same radius.
