Sentence examples for invariable surface from inspiring English sources

The freedom control for an invariable surface roughness can be achieved by STP according to the equivalent control law.

Under the conservation law, the freedom control for an invariable surface roughness can be fulfilled in response to a quantitative ratio of hDmax/rn, either through an accurate configuration of feed rate and depth of cut with fixed tool nose radius and cutting edge radius, or by a reasonable selection of tool nose radius and controlled cutting edge radius with designed feed rate and depth of cut.

We concentrate on pores with neutral surfaces and invariable diameters, whose rich variety of phases are considered to originate from pure geometric frustration.

Invariable expression of these cell surface markers in almost all proliferating tumor cells that albeit impart specific functionality, the universality, and clinical credibility of CSC phenotype based on markers is still dubious.

The test kit detects antibodies directed against an invariable region (IR6) of the B. burgdorferi surface protein VlsE (Vmp-like sequence, Expressed) (2).The C6 ELISA test is not cross-reactive with antibodies induced by vaccination with either recombinant B. burdorferi outer-surface protein A (OspA) or whole-cell bacterin (2).

Eight children (38.09%) required open reduction (with invariable decompression of capsule) following failed closed reduction.

For the variable surface area fin, they generate average thrust force between the complete invariable fin and invariable fin with smaller surface, in which the fin with larger surface area during in-strokes follows closely the complete traditional invariable fin, while the fin with larger surface area during out-strokes performs more like the traditional invariable fin with smaller surface.

Total porosity rises with LWA content whereas open porosity remains nearly invariable.

Four control modes of surface area change in a motion circle are investigated, namely, complete traditional invariable fin, traditional invariable fin with smaller surface, fin with larger surface during in-strokes and fin with larger surface during out-strokes.

In order to model geometric property variation and investigate different compression behaviors between compressible (variable volume) and incompressible (invariable volume) soft spherical particles, two compression models based on different shapes of the lateral surface (non-contacted surface of the particle) of the compressed particles are proposed.

The surface reradiation (around 10 kW m−2) is thus fairly invariable over burning time and different external heat fluxes.