Sentence examples for an efficient exploitation of from inspiring English sources

The possibility of converting CO2 into useful chemicals could be a good strategy to both decreasing the CO2 concentration and for achieving an efficient exploitation of this cheap carbon source.

In this paper we propose and apply a hierarchical approach for an efficient exploitation of fundamental multi-scale modeling for the analysis and design of the kinetic transport interactions in chemical reactors.

Such an increased autonomy is usually attained by means of advanced battery designs, an efficient exploitation of the available radio resources, and/or cooperative communication schemes and protocols.

However, with higher DCH load, the difference between the scheduling disciplines becomes smaller, since the lack of code resources prevents an efficient exploitation of multiuser diversity.

For this user group, a number of lightweight workflow systems have emerged to simplify scripting and parallelizing tasks, which is particular relevant for an efficient exploitation of HPC resources, including Luigi (https://github.com/spotify/luigi), Bpipe [ 9], Snakemake [ 10] and BcBio (https://github.com/chapmanb/bcbio-nextgen).

In nature, microbes live in communities and develop cross-feeding interactions, which provide an overall increase of nutrients and a more efficient exploitation of a given environment [ 1, 2].

Through these cases, trends of innovation are identified both for small and settlement scale applications, supporting the perspective of a more efficient exploitation of the solar cooling potential.

Novel screening methods have emerged that enable a more efficient exploitation of the CAZyme diversity found in the microbial world or generated by protein engineering.

Furthermore, Denmark sees large potential for EVs with regards to a more efficient exploitation of its renewable energy sources (mainly wind energy).

Still, a relatively small subdomain size may offer an advantage in that the list can better mimic the front propagation, thus leading to a more efficient exploitation of the underlying causality.

For FBA with RING topology, we observe that when decoding is performed at the RNC the sum backhaul spectral efficiency shows a higher variance than that of the system with decoding at the BS, having a more efficient exploitation of the statistics of the channel, which are reflected into a higher network spectral efficiency (see Figure2).