Sentence examples for flat spheres from inspiring English sources

Beneath the hood of the bright and inviting visuals is an algorithm that blasts flat spheres with sine waves, fills them with strange fauna and flora, gives them lakes, oceans and streams.

Under such conditions, the Ewald sphere in our experiments is nearly flat (the sphere is off the reciprocal plane by only 0.003 Å−1 at 2 Å resolution) even in the high-resolution range.

Numerical experiments on low-aspect-ratio flat plates and spheres at Reynolds numbers up to 3700 are used to verify the accuracy and physical fidelity of the formulation.

The EDX line profiles for Fe and O elements are almost flat across the sphere, even with a small drop in the center, indicating a hollow sphere (inset of Fig. 2b).

A numerical study is presented showing the structural response and sound radiation from a range of thin shell structures excited by a point force: a baffled flat plate, a sphere, a family of spheroids and a family of closed circular cylinders.

Leaves and animals can often be approximated by flat plates, cylinders, and spheres, and this allows heat transfer to be estimated from theoretical and empirical relations.

The helium temperature predicated using the new correlation is compared to those predicted by correlations applicable for spheres and flat plates.

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.

Different objects were presented (cubes, rectangular prisms, cylinders, spheres, and flat plates) at random orientations and locations.

Two primary configurations were modeled: i) glass sphere indenting a flat PDMS-NiTi bilayer and ii) glass sphere indenting a PDMS-NiTi bilayer with a bump.

It was already known that the flat plate and the sphere behave very differently.