The embedded height-function technique is tested on surfaces with known interface normals and curvatures, namely cylinder, sphere, and ellipsoid.
Across the tests, the embedded height-function technique outperforms contemporary methods and its accuracy approaches the accuracy that the traditional height-function technique exemplifies on uniform cartesian meshes.
In addition, due to the preferential out diffusion of dot material along the direction, the embedded rim height is higher along the [110] direction, resulting in two separate potential valleys along the [110] direction, resembling a pair of connected QDs [19].
The inclusion is a cylindrical sandstone (44 mm in diameter and 50 mm in height) embedded in a larger cylindrical sandstone (150 mm in diameter and 154 mm in height), both of which are made synthetically.
In this boiler type, nearly 1/2 2/3 of the boiler height was embedded underground to reduce the height of the boiler and the length of the steam pipelines significantly.
By leveraging these geometric tools, a geometric interpolation strategy for embedding structured height-function stencils in unstructured meshes is developed.
As a result of assemblies of cakes, the solid or curved lines in TEM images were composed of the project of nanoparticles with different heights, embedded in the surface of PVP cakes.
These prestressed concrete poles of about 8.5m height were embedded in the ground by 1.5m as per standard practice.
In Experiment 3, observers detected a symmetric test of variable height and width embedded in random noise.
He ultimately succeeded in embedding the tracking hardware in an unobtrusive way, with different sensors capturing orientation and height, and another sensor embedded in the wheel to pick up speed.
