Following [Karčiauskas, K., Peters, J., 2007. Concentric tessellation maps and curvature continuous guided surfaces. Computer Aided Geometric Design 24 (2) 99–111], we analyze surfaces arising as an infinite sequence of guided C2 surface rings.
Interestingly, at 1.37 Mol%, the dominant surface ring-forming protein Hsr was not the most highly expressed protein.
Although the Hsr gene was identified and cloned by immunoreactivity with antiserum raised against purified Hsr protein, and this antiserum labeled the surface rings by immunoelectron microscopy [ 42], the possibility remains that the surface rings are composed of more than one autotransporter protein.
As the coating thickness is reduced, the familiar star-shape sub-surface damage is suppressed, resulting in the top-surface ring crack as the dominant fracture mode.
Here we use a novel combination of spatially dense InSAR time-series data, numerical models and sand-box experiments to determine the three-dimensional geometry and kinematics of a sub-surface ring-fault at Tendürek volcano in Turkey.
When drying droplets on hydrophilic surfaces, ring-shaped residues are frequently obtained.
Three parameters play a major role in terms of dried droplet shape: (a) choice of the surface used for droplet deposition, (b) drying conditions, and (c) the matrix of the liquid sample: When drying droplets on hydrophilic surfaces, ring-shaped residues are frequently obtained.
The structure is formed by sandwiching a surface mode ring waveguide (SMRW) into two parallel surface mode waveguide (SMW) based on two dimensional (2D) PCs.
Parallel with the change of the velocity structure new fractures were formed on the rock mass surface, new ring fractures were formed in the concrete lining.
