Sentence examples for relatively high capabilities from inspiring English sources

Hybrid renewable energy systems, combining various kinds of technologies, have shown relatively high capabilities to solve reliability problems and have reduced cost challenges.

It is observed from this combined experimental and numerical study that the powerhouse monolith has a relatively high capability for earthquake resistance and satisfies the seismic design requirements of the national code of China [Ministry of Hydraulics and Hydroelectrics.

This profile has relatively high compression capability and some extra features for robustness against data losses [29].

Compared with lean mice, obese mice had a relatively high fermentative capability, which was associated with an increased number of Firmicutes[ 14, 18].

The lack of genetic differentiation within each ocean basin may not be that surprising given the relatively high dispersal capability of bigeye tunas [ 24].

The European sardine (Sardina pilchardus) is a small pelagic fish with a relatively high migratory capability that is expected to show low levels of genetic differentiation among populations.

Further, the tariff suggests that people would place greater value on improving the capability of those with very low levels of capability than on improving the capability of those who already have a relatively high level of capability.

The secretory expression strategy of PelN proposed in this study achieved a relatively higher secretion capability.

These results indicate that this detector will have a relatively high Compton-suppression capability, with greater suppression ability for large angle-scattered photons in the PD.

The proposed design calls for devices with a high filling-factor, high quantum efficiency, relatively high count-rate capability and an energy resolution of 2.5 eV at 5.9 keV.

Physical considerations involving the use of these spectral regions include the relatively high cloud-penetrating capability at microwave wavelengths and the relatively sharp weighting functions at infrared wavelengths, particularly in the shortwave region near four micron where Planck nonlinearity further increases temperature sensitivity.