Sentence examples for spheres results from inspiring English sources

Lattice Boltzmann simulations of low Reynolds number flow past mono- and bidisperse arrays of spheres: results for the permeability and drag force.

Enhanced water repellency is attributed to the fact that the higher density of TiO2 spheres results in more tortuous three-phase contact line, leading to the self-cleaning effect.

The most ubiquitous colloidal assembly system, that of monodisperse spheres, results in a fcc arrangement of the particles, advantageous for phononic and photonic properties due to its relatively high symmetry and the existence of good optical and mechanical contrast from the two distinct phases (air and polymer).

The relations among the spheres result in a government-pulled model that is evolving to an optimum triple helix.

The ensemble of colliding particles leads to the superposition of many Newton spheres, resulting in a blurring of the image.

The inverse opals prepared from the core-shell spheres have smaller air spheres and higher filling fraction than those with connective air spheres, resulting in a stronger structure.

An appropriate weighting scheme summarizes the number of atoms in the different spheres, resulting in a characteristic property of the atom.

The precipitated brushite crystals interlocked with one another and bridged the α-TCP spheres, resulting in a 10 min setting reaction at 37 °C that produced fully interconnected macroporous calcium phosphate.

Applying an insufficient attenuation correction, such as the MR-based AC, leads to less counts being detected from inside the non-radioactive spheres resulting in a higher contrast recovery value than when using CT-based AC.

A numerical solution of high accuracy is obtained for the large Reynolds number, thin film flow over a horizontal flat plate, cylinders and spheres resulting from a vertical jet of liquid falling on the surface.

Significantly fewer spheres resulted from cells in which GLI1 expression was reduced compared to controls.