Sentence examples for permits formation from inspiring English sources

Control of the Zn:Si molar ratio, reaction temperature, pH value, and annealing temperature permits formation of ZnO NPs (≤ 10 nm) inside a porous silica particles, without additives or organic solvents.

This permits formation of wideband covariance matrices without interference rank inflation.

This has particular significance to inhibitor function; not only does it allow for a lower entropic debt upon protease binding [28], it also permits formation of an acyl-enzyme intermediate with largely unchanged conformation [29], [30].

These findings suggest that SLAC1 and PP2CA directly interact, or do so in a proximity that permits formation of the fluorescent adduct.

This mutation disrupts the south interface, possibly destroying it completely, but residual binding at the north interface nevertheless permits formation of cohesin complexes in vivo.

Thus, glycine is the only amino acid at position 67 that permits formation of a kinked internal α-helix, which places Gly67 close to the residue at position 65 for nucleophilic attack during chromophore synthesis (Lemay et al. 2008; Stepanenko et al. 2013).

A turbulent and clumpy medium allows higher ε, permitting formation of bound clusters even when escape speeds are less than the ionized gas sound speed.

In most desert regions atmospheric humidity is usually too low to permit formation of fog or dew to any significant extent.

The relaxed melt was rapidly cooled to the analysis temperature and subsequently aged between 10−1 and 104 s, to permit formation of nuclei.

Specifically, they claim that greater heat production in Archean time (about 4 billion to 2.5 billion years ago) would have produced hotter crustal geotherms, resulting in thin hot lithospheric plates whose mechanical behaviour may have been quite different from that of the present-day plates and hence may not have permitted formation of subduction zones.

Specifically, they claim that greater heat production in Archean time (about 4 billion to 2.5 billion years ago) would have produced hotter crustal geotherms, resulting in thin, hot lithospheric plates whose mechanical behaviour may have been quite different from that of the present-day plates and hence may not have permitted formation of subduction zones.