Sentence examples for has a higher effective from inspiring English sources

LeBron has a higher effective field goal percentage, at 56.3, but he has a lower PER (26.3).

Unlike competitors who operate domestically but have moved their domiciles to tax-haven countries, Halliburton proudly remains an American company and has a higher effective tax rate as a result.

This compares to the portal gene, which has a higher effective population size, and thus higher sequence diversity.

This rapid decay of LD could be expected, because compared to self-pollinated species, cross-pollinated rye has a higher effective recombination rate, which leads to a rapid decay of LD [ 23].

The investigated section represents the main reef-top, which generally has a high effective porosity but was here probably affected by later diagenesis.

Composite materials packing with the fillers which provide a longer path for the heat flow have a higher effective thermal conductivity than other types of fillers.

Respect to the previous instrument EGRET, GLAST will have a higher effective area (six times more), higher field of view, energy range and resolution, providing an unprecedented advance in sensitivity (a factor 30 or more).

The results showed that the structured packed-bed reactor performed better in terms of pressure drop and heat transfer capacity, and had a lower radial temperature gradient, indicating that this reactor had a higher effective heat conductivity.

Because the segments of DNA constituting the balanced polymorphism are held in the population by selection much longer than expected based on random drift, these segments have a higher effective population size (owing to lower variation in offspring numbers than random) and tend to accumulate mutational variation at nearby neutral sites.

According to the equation for the retardation factor, tissues with higher porosity and lower bulk density (ρ b ) tend to have a higher effective diffusion coefficient; and therefore, if other conditions are all similar, the staining rate observed among different tissues of similar composition can be explained by their structure differences (e.g., porosity and bulk density).

For example, N. tetrasperma might have a higher effective population size than N. discreta; this is not expected given that N. tetrasperma is a primarily inbreeding pseudohomothallic species, whereas N. discreta is heterothallic (and thus likely subjected to much less inbreeding, Perkins and Raju 1986).