Sentence examples for cusp surface from inspiring English sources

Histologic cross-sections were evaluated to determine vessel depth from the cusp surface.

Access-holes located in the occlusal groove area or in the inclined cusp surface induced an overfilling (Fig. 3a e).

The hyperbolic nature of the equation allows discontinuities of slope to develop which are seen numerically and experimentally as cusps in the surface of the etched material.

Example numerical simulations of three-dimensional front propagation are presented to illustrate the capability of the scheme of capturing cusp formation and associated surface-area annihilation as well as the formation and consumption of detached closed-surface pockets behind fronts propagating in highly vortical flow.

In spherically expanding laminar flames, the shape of cusps in the flame surface was shown to change from a dent for flames with positive Markstein numbers to a Huygen type cusp at lower Markstein numbers and finally complete quench was observed at the cusp tip on flames with negative Markstein numbers.

The {111} solid solid interface was cusp-oriented while the surface orientations of the Cu-rich and Ag-rich phases at the tri-junction were mostly free to vary.

This procedure simulated the flattening of cusps on the occlusal surface.

However, the plates of gomphotheres were less numerous than those of living elephants and tended to have rounded cusps on their surfaces rather than the even ridges found in modern elephants.

In the unforced flames, a trend of increasingly negative curvature for decreasing S produced a small net increase in flame surface area via cusp formation.

Furthermore, matters related to machined part quality in turn-milling such as cusp height, circularity and circumferential surface roughness are defined and analytical expressions are derived.

Three microstructurally distinct regions were recognized: Region I, close to the anterior surface of the cusp and composed of thick rod microstructure units; Region III, close to the posterior surface and composed of fine fibers; and Region II, sandwiched between Regions I and II and composed of thin sheets.