Sentence examples for capabilities of the facility from inspiring English sources
Nisman made extensive use of the powerful eavesdropping capabilities of the facility while investigating the Amia blast.
An X-ray source has also been commissioned to further diversify the capabilities of the facility.
Fortuño noted that the radio astronomy and radar capabilities of the facility are critical to detection and tracking of near-Earth objects (NEOs), including asteroids that could pose a hazard of catastrophic destruction and loss of life.
Hardware capabilities of the facility allow creation of the critical assemblies with the outer diameter and height of the side reflector of up to 3.8 and 4.6 m, respectively.
Atherton says that he has two roles in his new position, which he took up on 1 May: "I have to make sure I understand the priorities of the communities we support, and then map the highest quality experiments onto the resources and capabilities of the facility".
Both currently recommend discussion of the risks and benefits of different modes of birth, consideration of the capabilities of the facility, and responsivity to maternal preferences for mode of birth.
Experimentally obtained rime ice shapes are compared to LEWICE predictions and are used to validate the capability of the facility to reproduce representative icing conditions.
The updated yield data, achieved with and without the additional JYFLTRAP purification, using both fusion evaporation reactions and particle induced fission is presented to give an overview of the capability of the facility.
S3 has been designed to extend the capability of the facility to perform experiments with extremely low cross sections, taking advantage of the very high intensity stable beams of the superconducting linear accelerator of SPIRAL2.
In order to satisfy the construction cost and neutron attenuation capability of the facility, while simultaneously achieving the aimed dose rate limit (<0.06 μSv/h), a few shielding materials [high-density polyethylene (HDPE Borax, B4C, and Li2CO3] were considered for the main neutron absorber layer, which is encapsulated within the double-sided concrete wall.
The importance of this framework is seen in its flexibility to evaluate the capability of the facility to withstand an aircraft impact and in its ability to anticipate potential realistic risks; the framework also provides insight into epistemic uncertainty in the available data and into the sensitivity of the design parameters for future research.
