Sentence examples for appreciably dependent from inspiring English sources

The CWL varies only 0.75 %, while the FWHM varies 14.4 % within the studied [AgNO3] interval, so it is inferred that the size and size distribution of the nanoparticles are not appreciably dependent on the [Ag+] added to the solution.

The evolution of moment redistribution and the moment redistribution at the ULS were appreciably dependent on the arrangement of longitudinal reinforcement, whilst the transverse reinforcement ratio had a marginal impact up to yielding of the longitudinal reinforcing steel, with the concrete strength slightly reducing the degree of moment redistribution.

This suggests that, unlike sparks in cardiac muscle [46], the decay phase is not appreciably dependent on re-uptake by the SR in retinal arteriolar myocytes.

It is important that the high accuracy of diagnostics in patients with a high SNA binding and low TF-IgM level was not appreciably dependent on the stage of disease or tumor morphology, indicating that this biomarker is highly suitable for early gastric cancer diagnostics.

Different facilities can vary appreciably depending on the programmatic requirements.

In an earlier study [15], the authors showed that the Monte Carlo simulation results are no longer appreciably RVE-size dependent when the RVE size is about eight times the sum of 2R + d t, where R and d t are the radius of the nanoplatelets and tunneling distance, respectively.The graph in Figure 5 depicts the effect of filler loading on nanocomposite conductivity.

The variable levels were optimized in order to modulate a target property without appreciably affecting other dependent properties.

Taking into account the recent report that somatic gene expression may be regulated by gonads [ 43], we inquired whether the gonad-dependent genes appreciably contributed to our tissue-biased gene sets.

This indicates that the dependent scattering does not appreciably affect absorption and also that absorption of Intralipid is smaller than absorption of water.

These findings suggest that models for H3K27me3 recognize CpG-independent, higher-order (k > 2) sequence features while models for H3K4me2 recognize CpG-dependent features and models for H3K9me3 depend only on base composition, not appreciably on content.

Experimental results showed that dilution of Intralipid in water does not appreciably change the microphysical properties of suspended particles, and that dependent scattering does not affect the absorption coefficient.