Sentence examples for better comprehension to from inspiring English sources

However, the laser ablation of coatings requires better comprehension to provide sufficient machining quality with improved productivity to render such processes more viable for industrial applications.

results and is more feasible than using other nucleophiles to study the effect of the aforementioned structures on the polymer properties and therefore provides new approaches to better comprehension at the molecular level of the structure property relationships.

Recently the attention has been focused on the fact that mismatch repair mechanisms may be involved in cellular response to RT and genetic polymorphisms [ 27] may be candidates for predicting acute radiosensitivity and we believe that further studies evaluating this hypothesis may contribute to a better comprehension of the steps leading to the occurrence of severe acute skin reactions.

This study empirically addresses the issue: do home pages designed according to theoretical guidelines lead to better comprehension of information at a Web site?

Nevertheless, using meta-analysis to identify gene expression patterns shared across a myriad of experiments might contribute to a better comprehension of the biological processes related to the pig immune system.

Additionally, several pieces of evidence have shown that detailed study of the processes regulating heart specification and formation provides important clues to attain a better comprehension of cardiogenic mechanisms and to envisage improved strategies towards cardiac regeneration.

An understanding of the growth response of crop roots at cellular and molecular levels to salinity is of fundamental importance for a better comprehension of plant resistance to excess salinity and the breeding of salt stress-adapted crops.

Developing such streptomyces cell factory system for VanYn production opens the way to a further characterization of the enzyme, to a better comprehension of its role in glycopeptide resistance, and to its use as novel biocatalyst.

Enabled by smartphones and similar devices, mobile app technology is well suited to facilitate student engagement with such 'chunk-sized' knowledge, leading to better comprehension of lecture material (Lah, Saat, & Hassan, 2014).

Understanding these mechanisms could lead to a better comprehension of brain function and, hopefully, lead to new therapeutic strategies in this challenging patient population.

In this context, it is possible to state that, if the complex rheological behaviour of the tailings material is captured correctly during the flow, numerical modelling can be used to contribute to a better comprehension of the flow characteristics and for the assessment of the possible extension of the impact area.