Sentence examples for incomplete facets from inspiring English sources

During further growth at high temperatures, pyramids reach large sizes becoming much greater than their low-temperature counterparts and usually form incomplete facets or split edges (Figure3).

"Pelerines" of multiple incomplete facets seen around apexes (Fig. 6 b) and indicating that these clusters grow from tops to bottoms [33], as well as split edges (Fig. 6 b, d), demonstrate that they have some common features with the pyramids growing at the same temperature during the molecular beam epitaxy (Fig. 5 b).

An incomplete facet seen in Figure3a and especially a "pelerine" of multiple incomplete facets seen in Figure3b,c around the pyramid top indicate unambiguously that this kind of clusters grow from tops to bottoms completing facets rather uniformly from apexes to bases, and bottom corners of facets are filled the latest.

Tgr=650℃; (a) 87×87 nm, steps of the incomplete upper left facet, running normal to the base side, are seen near the left corner of the pyramid; (b) 87×87 nm, a cluster with edges split near the base and an apex formed by a set of incomplete {105} facets; (c) 57×57 nm, a magnified image of a facet with several {105} incomplete facets near an apex; (d) 22×22 nm, a split edge near a base.

That's a passable summation, but still incomplete, leaving out the facet of Mr. Springsteen that comes up with New Jersey romantic epics like "Jungleland" and "Badlands," two centerpieces of his set.

IGWH-14 is a distally incomplete left humerus with no developed facet margin (Fig. 3D).

Despite the many incomplete layers observed on the {111}B-type facet, the number of overgrowth layers on the {111}A- and {111}B-type facets are found to be equal at the concave interface for stages I IV, as seen in corresponding line profiles of Figures 3B D and 4B.

No incomplete overgrowth layers were observed on {111}A-type facets suggesting a very rapid growth relative the {111}B-type facets in the ⟨112⟩-equivalent directions.

These layers are assumed to be newly formed (incomplete) overgrowth layers on the {111}B-type facet.

In addition, since no incomplete overgrowth layers could be observed on the {111}A-type facets in stages I III, the time to complete a full overgrowth layer on the {111}A-type facet is less than the time in between nucleation events whereas the opposite must apply for the {111}B-type facet.

Five types of erroneous facets are identified in this study: degenerate, non-manifold vertices, self-intersection, incomplete connection and inconsistent plane normal.