Sentence examples for capability to utilize from inspiring English sources

The technology also has the capability to utilize biomass in the process.

Most microbial species, including model eukaryote Saccharomyces cerevisiae, possess genetic capability to utilize many alternative nutrient sources.

In order to overcome this limitation, ANN models, with their capability to utilize the non-linear relationship of the variables and their ability to extract hidden patterns from datasets, are proposed.

The yeast Saccharomyces cerevisiae generally shows a low natural capability to utilize glycerol as the sole source of carbon, particularly when synthetic medium is used and complex supplements are omitted.

Absorption heat pumps offer a significant energy saving opportunity because of their capability to utilize low grade heat from solar thermal collectors, combustion systems and numerous other industrial applications.

Coupling a low-temperature once-through methanol synthesis process with CO2 separation technology would provide an option for integrated gasification combined cycle (IGCC) power plants to address the CO2 mitigation issue and also create the capability to utilize methanol as a peak-shaving fuel.

This suggests that reductions in niche widths associated with these lifestyles are resource-specific (Fig.  5), and that physiological or genomic costs of these life-styles are reflected in more restricted primary metabolic capabilities to utilize specific compounds for growth.

A photocatalytic reactor using an ozone-generating mercury vapor lamp with the capability to simultaneously utilize the ozone internally generated from the lamp was fabricated.

Different from the idea of our RSBLQ, the authors neglect the forwarding guidance of FIB in ICN and believe the most important advantage of NDN is its capability to fully utilize the broadcast nature of wireless channels.

In addition, progress in the construction of yeast strains with improved stress tolerance and the capability to fully utilize xylose and glucose in the cellulosic hydrolysate was also summarized.

The capability to efficiently utilize xylose as a fermentable substrate is a key attribute of microbial biocatalysts for optimizing lignocellulose-derived biofuel productions [ 4, 5].