Sentence examples for capable to quantify from inspiring English sources

It is shown that the MPR statistical complexity measure is capable to quantify this randomness improvement.

A flexible model capable to quantify single solute and competitive adsorption isotherms is provided by statistical thermodynamics.

However, this simplified description has serious limitations, e.g. it is not capable to quantify the often observed effects of direction dependencies of flow and selectivity.

An online SPE-LC MS/MS method waSPE-LC MS/MS being capable to quantify sucralose in 12 methods using only 10 mL of sample, wash methodevelopedon limits (MDLs) of 4.5 ng/L, 8.5 ng/L and 45 ng/L for deionized water, drinking and reclaimed waters (1:10 diluted with deionized water), respectively.

In this work, we have used the optical interference profilometer (WYKO NT9300), a non-contact profilometer capable of rendering fast measurements, to quantify the average surface roughness of the antimalarial tablets.

Doing this for several different crisis types and then applying the same classifiers, should make it possible to quantify how capable the developed classifiers are when it comes to classifying tweets from 1) other hurricanes, 2) other types of natural disasters, and 3) crises in general.

The latter assay is widely used to quantify biologically active PRL capable of inducing proliferation of lactotroph-dependent Nb2 cells [ 21, 26].

Outcome measures obtained with a force platform are objective and previously considered a 'gold standard' for assessing standing balance [ 15], as the method is capable of quantifying subtle changes, that are otherwise difficult to quantify using subjective outcomes [ 5].

This innovative SAW sensor reveals sensitive and reproducible device, capable to detect and quantify the biological interactions on sensing area.

The biosensor is designed to be capable to detect and quantify small magnetic field variations caused by the presence of superparamagnetic beads bound to the antigens previously immobilized on the sensor surface via an antibody antigen reaction.

These results suggest that this E-nose system is capable to discriminate and quantify CWA mimics and it would be a feasible system to be used in a real scenario.