Sentence examples for achieving a quantitative from inspiring English sources

are discussed as a function of azimuth angle, achieving a quantitative analysis of the effect of numbers of blades.

As the number of target sequences does not change during the assay, signal amplification systems are inherently better at achieving a quantitative measurement for the target present in the clinical sample.

Developing a mechanistic computational model of substrates and energy metabolism in complex, multi-scale metabolic systems, such as skeletal muscle, using a detailed, bottom-up systems approach with sparse in vivo experimental data with an objective of achieving a quantitative understanding of the system to physiological perturbations is a challenging task.

Zhu et al 52 demonstrated the utility of this epithelial culture approach by achieving a quantitative production of RPE cells from hESCs within 30 days.

This work contributes a formal description of the design space of locality-based parallel irregular reductions, which is used to achieve a quantitative analysis of them.

This paper proposes the implementation of risk-based methodologies in use by process engineering to achieve a quantitative assessment of security management systems.

List-mode maximum likelihood expectation-maximisation (accelerated with ordered subsets [4]) was used for the reconstruction, incorporating the attenuation correction (as a pre-correction to the data) as well as weighted-average sensitivity [2] to achieve a quantitative reconstruction.

To achieve a quantitative comparison of the methods, we look at three properties (in order of decreasing importance): 1. Reliability: how many of the known SSCs does the method correctly detect?

It has been a challenge to achieve a quantitative understanding of these kinetics because of the high velocity of the reactions and the complex geometry of the support membrane in which the reaction takes place.

The evolution of water loss by evaporation and indirect tensile strength (ITS) was measured and analyzed using the Michalis-Menten model, in order to achieve a quantitative characterization of the curing process.

The possibilities to achieve a quantitative living-like anionic polymerization of styrene and dienes in the absence of solvent and at elevated temperature and using inexpensive initiating systems were explored to make the anionic polymerization competitive with industrial radical processes and allow the industrial production of anionic polystyrene (PS).