Sentence examples for markedly different surface from inspiring English sources

The Archaea have markedly different surface structures from the Bacteria.

Also, pigs that were primed with an inactivated swine influenza A vaccine (A/swine/Iowa/15/1930 H1N1) and subsequently challenged with a later generation swine influenza A strain with markedly different surface proteins (A/swine/Minnesota/00194/2003 H1N2) showed development of enhanced (immunologically potentiated) pneumonia that were not observed after challenge with the homologous strain (36 ).

The morphological changes are markedly different here, as the surface structure shows even smaller features at the fluence of 1 × 1012 ions/cm2, which we have found from the profile analysis to be predominantly of the 10- to 25-nm base width, which transform into the broader structures seen at the 1 × 1013 ions/cm2 fluence value.

The NfsB H360C construct exhibited a similar orientational behavior on the polymer surface as compared to that on the self-assembled monolayer surface, but the NsfB V424C construct showed markedly different orientations on the two surfaces.

Cu forms Cu3Si 3D-islands with markedly different geometries depending on the surface roughness of the underlying H-terminated silicon surface.

Finally structures near or at the surface were markedly different from those of the bulk.

The critical void volume fraction for coalescence and the distribution of ductile damage below the fracture surface is markedly different between blunt-notched and pre-cracked specimens, with notched specimens exhibiting a significantly lower critical void volume fraction and a more extensive distribution of ductile damage below the fracture surface than is observed in pre-cracked specimens.

In addition, the hydration of the lip surface was markedly different between both lips.

The fracture surface morphologies in the two alloys were markedly different: the AA2024-T3 exhibited substantial meandering fracture surface, with localized fatigue crack progressing along multiple directions and at different rates.

SEBAL performance for irrigated fields representing high ET and complete ground cover surfaces was markedly different from that for dryland fields representing greater soil water deficits with sparser vegetation cover.

The surface feature is markedly different depending on pressure.