Sentence examples for exploited to understand from inspiring English sources

The ratio of two oscillations has been exploited to understand the nature of the excitation rate.

The resulting model is directly exploited to understand antisolvent crystallization behavior under varying antisolvent feeding profiles.

With designed cellular behaviors and functionalities, engineered circuits have been exploited to understand biological questions and to address various real-world problems [26].

The model is then exploited to understand sweating behavior and the structure and permeability variations of the crystal layer in FFMC.

The resulting model was directly exploited to understand crystal layer growth and impurity distribution behaviors in FFMC from laboratory to industrial scale.

Numerical simulations can be exploited to understand the sensitivity of the mechanical properties of materials to microstructural variability and hence improve their mechanical performance and reliability.

The obtained information could be exploited to better understand the flashover process as well as to improve the insulation flashover testing standard under laboratory simulated conditions.

In this review, we discuss how recent genetic and genomic advances can be exploited to help understand the genetic regulation of these processes.

The visualization of thermal effects coupled with mechanical stresses allows getting complimentary information, which may be exploited to better understand the reaction of materials to applied forces and their damaging modes.

As with nearly all advances in scientometrics, data must play a critical role and this work represents a small example of how existing data can be exploited to better understand the vast issue of cumulative advantage, and raises the important question as to whether or not the cumulative advantage plays an overall positive roll in the scientific selection process.

The scope of this paper is to illustrate how rifampicin-resistance has been recently exploited to better understand the regulatory mechanisms that control bacterial cell physiology and virulence, and how this information has been used to maneuver, on a global scale, gene expression in bacteria of industrial interest.