CTE predictions for the simple case of axisymmetric particles are illustrated by calculations for glass particles in the shape of spheres, fibers and discs in an epoxy resin and are compared to those from the popular Chow theory.
Additionally, VOIs in the shape of spheres with a radius of 2 mm were placed in the center of the same organs to limit the impact of partial volume effects on the quantification and used for dosimetry (referred to as 'dynamic single').
This method allows to synthesize core shell microcapsules of paraffin which have the shape of spheres or distorted spheres and are designed for the use as phase change materials.
The high-magnification image shown in Figure 6a of the single crystal for MgO-OA is clearly evident of that of a cube while Figure 6b,c illustrates the shapes of sphere, cube and cuboid for the MgO-TA sample.
The geometric shapes of spheres, cubes, and pyramids with both isotropic and cubic material symmetry are explored for a variety of compounds.
A new model for calculating the coefficients of thermal expansion, CTE, in all three coordinate directions is developed for composites containing aligned, axisymmetric elliptical particles, i.e., characterized by a single aspect ratio, that in the limit approximate the shapes of spheres, fibers and discs.
Then, when the rocks hardened again, the planet should have returned to the shape of a sphere, which is what occurred after the impact that created the Earth's Moon.
Most of the structures tend to be omnidirectional and resemble the shape of a sphere.
A distinct injection droplet in the shape of a sphere was only visible after triolein administration.
