Sentence examples for strength of coordination from inspiring English sources

The strength of coordination between Na+ and oxygen atoms of 18C6 ligand does not depend on anionic part of the surfactant, as established by thermodynamical parameters obtained by temperature-dependent IR spectroscopy.

Due to the variation in the strength of coordination between TFs or TFs and other genes, mandatory implementation of any cut-off threshold in correlation or regression-based coexpression analyses often leads to the elimination of those TFs having relatively weak coordination strength with other genes.

Two types of parameters are calculated to reduce the information given by the frequency distribution: (i) the weighted phase coordination ratios PCR1 and PCR2 – see Footnote 4 – and (ii) the strength of coordination denoted as phase recurrency (PR) and pattern predominance (PP), respectively – see Footnote 5.

Two measures were employed to assess sc-miRNAs' coordination: one measure is the number of clusters that regulate the two proteins, which reflects the strength of coordination; the other is the percentage of protein pairs that are regulated by sc-miRNAs, which reflects the range of coordination.

Moreover, the correlation coefficients demonstrate a high concordance of the gray-scale maps with respect to PCR1 and PCR2 (r2 = 0.97) but not with respect to PR and PP (r3= 0.62), i.e. PCR1 could be reliably reproduced by PCR2 (mean PCR1 = 4.25, mean PCR2 = 4.26, mean PCR1 – PCR2 = 0.12), but the strength of coordination (PR) was not likewise reproducible by PP (see also Fig. 2).

Many variations in the metal itself, the types, and numbers of coordinated ligands and hence in the strengths of coordination bonds and in the kinetics of ligand-substitution processes are available.

The strengths of coordination bondings between "metal" ions and "guest" molecules have been designed and fabricated from the aspects of the arrangement of functional groups, the number of functional groups and the steric conformation of "guest" molecules.

Regularities of dependence of atomic bond strength on coordination number are demonstrated by the carbon, because it is most convenient to analyze this problem.

However, a thicker coating on the surface of silver nanocrystals may decrease the strength of the coordination interaction between Ag+ ions and PVP.

Because the strength of the coordination interaction between Ag+ ions and PVP can be estimated in terms of the magnitude of band shifts [33], the sequence of the strength of the coordination interaction between Ag+ ions and PVP occurs as follows: PVPMW=1,300,000 > PVPMW=40,000 > PVPMW=8,000 > PVPMW=29,000.

A reliable yet cost-effective computational method for evaluating the strength of each coordination bond while preserving the integrity of the metal ligand complex would provide quantitative input for ligand design.