Sentence examples for evaluate potential improvements from inspiring English sources

4. Act as beta testers for these newly-improved items to evaluate potential improvements and weaknesses; reconsider their groups' designs based on beta tester feedback.

A deeper investigation is suggested for a future work to evaluate potential improvements from the application of other combination methods.

However a deeper investigation can be suggested for a future work to evaluate potential improvements from the application of other combination methods.

At three of the participating hospitals, women having DSS will be asked for their permission to use the excess serum for research to evaluate potential improvements in the current DSS test.

Techniques introduced in this special issue are also used in practice such as checking regulatory changes in law and performance improvement, evaluating potential improvements of revenue increase and emission reduction, or resource-saving by catching up with the frontier firm, measuring technological production frontier shift in firm, industry, or country.

However, the problem in evaluating potential improvements in survival rates of ARDS derives from the long-standing heterogeneity and lack of definitions for the underlying disease processes, the lack of a uniform definition for ARDS, the various therapies applied, and indistinct definitions of study populations [ 65].

Three different column types, namely core-shell and porous silica including two chemically different core-shell materials (namely phenyl-hexyl and C18), were evaluated to assess potential improvements that could be attained by changing from a porous silica matrix to a core-shell matrix.

The process modeling provided greater insight into the potential causes of the variation in density of the roller compacted material and highlighted the significance of the design of the feed system, which may be used to evaluate potential design improvements.

Due to the high computational cost of the LES approach, the outcomes of this latter have been also used to evaluate potential accuracy improvements of the RANS simulation, namely using a model sensible to flow anisotropies and curvatures such as a RSTM model.

The use of two micro-mechanical models for notch sensitivity and fatigue life allowed the development of boundary conditions that would evaluate potential life improvement after controlled shot peening (CSP) in high strength aluminium alloys.

The animal models and bioassays described here represent a significant improvement in our ability to evaluate potential new therapeutics for scabies.