Sentence examples for subsequent dense from inspiring English sources

SEM results showed that the coating exhibited a porous top surface layer and a subsequent dense layer with micro-pores and shrinkage cracks.

High ice production and subsequent dense water formation occur in limited areas known as coastal (or latent heat) polynyas, which are thin ice or open water areas formed by divergent ice motion due to prevailing winds and/or oceanic currents (Morales Maqueda et al. 2004; Gordon and Comiso 1988).

For RA, Diogo et al. [ 17] performed deep exon sequencing of 25 biological candidate genes discovered by GWASs in 500 RA cases and 650 controls of European ancestry and subsequent dense genotyping in larger samples, in which they found accumulation of a few rare nonsynonymous variants with nominal significance instead of variants with large effect of genome-wide significance.

There was no statistically significant difference in contrast volume used when comparing first versus subsequent procedures when dense nephrograms were detected (p = 0.5313) or when normal expected and focally dense nephrograms were detected (p = 0.9332).

In order to achieve suitable bonding of alumina to the substrate, a MCrAlY type bond coat is commonly applied to the metallic substrate and the subsequent formation of dense, adherent oxide(s) on the MCrAlY coating surface can ultimately determine the durability of the layered structure.

The high concentration of PEGDA allows for rapid photo-cross-linking (on the milli-second time scale) and subsequent formation of dense polymer matrix.

While the structures obtained by hydro-thermal chemical deposition are highly crystalline and grow as nanorods, the microwave-activated reactive sputtering films are initially dense with subsequent increase in porosity, leading to unusual cylindrical structures with hemi-spherical caps.

The subsequent lines on Hagel's dense résumé had everything to do with this talent for getting to know people.

The wreath-like infiltrate and epithelial defect resolved on this treatment regime over the subsequent 3 weeks, leaving a dense central corneal scar.

The preparation route for the crack-free supported membranes included pressing of the starch-containing and pure dual-phase composite powders, sintering at 1623 K, and subsequent surface modification of the dense layers having the thickness of 0.12 0.15 mm.

Based on results of preceding research and development, thin gas barriers were made by wet application of perhydropolysilazane solution onto polymer films and its subsequent photo-initiated conversion to dense silica layers applying vacuum ultraviolet irradiation.