Sentence examples for can be exploited in future from inspiring English sources

It is expected that this sensitivity can be exploited in future sensor applications using nanomembranes.

A database of chromatographic profiles and spectra was created, which can be exploited in future comparisons with other archival or atelier materials and with results obtained from samples from artworks.

Therefore, the perceived decrease in clay content was caused by a change in clay mineralogy, a feature that can be exploited in future field descriptions in order to more accurately distinguish between stratigraphic units in these thin, welded polygenetic soils.

In particular, we present schematics that define the relative positions of all individual chains in the symmetric SAPN particles, and provide a guide of how this approach can be generalized to nonspherical morphologies, hence providing unprecedented insights into their geometries that can be exploited in future applications.

The trypanosomatids as well as malaria parasites have various unique properties that can be exploited in future drug-development efforts.

This equation can be exploited in future for the inverse modelling of the dynamic molecular phenotype and will be instrumental in the interpretation of the corresponding genotype.

We would like to point out that there exists more computational efficient ways to search for the undetectable region, which can be exploited in the future work.

Electromechanical pull-in and pull-out events define a hysteresis window that can be exploited in the future for memory applications, if the device scaling and charging problems are properly addressed.

Although the haplotype-specific INS expression is largely determined by intron 1 variants, this intron may contain additional signals that may improve its splicing efficiency and can be exploited in the future to correct the defect.

In other words, we identify whether the principles used in MC model construction can be exploited in different aspects of research in the future.

The work contributes to an understanding of compositional effects on the corrosion of Mg, and can be exploited in prediction of corrosion resistance of existing and future Mg alloys.