Sentence examples for strong planar from inspiring English sources

However, this type of texture would lead to strong planar anisotropy and did harm to the secondary metalworking.

This paper reports the results of numerical simulations of cellular detonations generated by using numerical noise as a source of initial fluctuations imposed on a strong planar shock propagating through the reactive medium.

This suggests that high Yki activity contributes to the strong planar polarity phenotype associated with ft and ds mutants, as has been shown in the wing [ 19].

In particular, five alleles with strong planar polarity defects (i.e., more than two extra tarsal segments) completely rescue fz fz2 clones (magenta in Figure 2 and Figure S3).

Very strong deep planar ligaments, superadded with the tendinous slips of tibialis posterior muscle and the shape of the bone with a base dorsally are the factors which provide plantar stability to the bone.

The strong potential of planar SPAD technology for DNA analysis has already been demonstrated in previous works.

Therefore, the study of metallic materials and metallization processes is necessary to meet the strong need for planar device technology.

These mutations resulted in moderate to strong reduction in planar polarity activity (Table 3, Figure 7, A and D) and no longer retained canonical signaling activity (Table 3).

Taking our data and that of Povelones et al. together, there is clear evidence for amino acid changes that affect both canonical and noncanonical signaling to similar degrees, but we have also found examples of changes that have strong effects on planar polarity without a similar strong effect on canonical signaling (E279K, I451F, W561R, W561X).

A further residue that when mutated gave a strong effect on planar polarity but not on canonical activity (E279) protrudes into the deep central pocket in our model and thus might be part of a specific binding surface that interacts directly with Dsh only when the Fz receptor adopts a certain conformation.

The higher number of carbonyl and carboxyl groups in HGO, detected by several methods, including XPS, NMR and FTIR, unavoidably results in defects of the graphene "skeleton", holes and overall disruption of the carbon-carbon bond network, stronger deviation from planar flake shape and poor ordering of the graphene oxide layers.