Sentence examples for considering fraction of from inspiring English sources

Convergence of the iterative algorithm is shown numerically by considering fraction of interference leakage to the received signal parameter [22].

It is to be noted that results were also obtained by considering fraction of real PH/PH pairs equal to 0.15 or 0.60 and that the conclusions of the analysis remain the same.

More importantly, our technique considers fractions of differentially and non-differentially expressed genes connected by shortest paths containing the node that is being evaluated.

Considering fraction C was only 1.2% of the crude extract (Fraction A), we concluded that the major growth inhibitory compounds were in this fraction (Table 1).

In the beginning of the project the most dangerous substances and additives for each of the six considered fractions were set by means of literature research and analysis.

The overall differentiation efficiency of these methods is quite low considering the fraction of CD34+ multipotent cells obtained in the culture (0.9% 20%), and even lower if the hematopoietic progenitors expressing CD45 are considered (0.1% 8%) during 7 20 days of differentiation.

This co-drive phenomenon can be most readily appreciated by considering the fraction of NAx16 conversion events among DsRed+ (y<ccN>) receiver chromosomes (92.2%), which is nearly double that of NAx16 conversion among receiving chromosomes that failed to copy the y<ccN> element (51.6%) (Fig. 3c).

Judges tend to cite judges of the opposite political party less often than would be expected considering the fraction of the total pool of opinions attributable to judges of the opposite political party.

Equation 7 also ignores horizontal heterogeneity in terms of gaps between trees, while Equation 11 takes this into account by considering the fraction of the ground that is actually covered by the canopy of that species.

Considering the fraction of area swept per total area and the heat loss calculations performed previously, the contribution of the produced water condensate, originated from the heat loss, in the cumulative steam injected was determined at the end of each particular pore-scale SAGD experiment.

Fractional instantaneous heat losses from the porous media under radiation heat transfer mechanism were calculated during the actual pore-scale SAGD experiments considering the fraction of the swept area of glass micromodels, real-time bitumen-steam interface tracking, and energy dissipation calculations using information derived from the heat loss experiments.