Sentence examples for generate usable from inspiring English sources

Our team designed a monitoring system both to collect information on the process of the project and to generate usable and timely information for the programme team.

Plasma is the only state of matter in which thermonuclear reactions can be induced and sustained to generate usable amounts of thermal energy.

In 1979 American researchers put into operation the first OTEC plant able to generate usable amounts of electric power about 15 kilowatts of net power.

Anaerobic digestion is a well-known and potentially beneficial process for rural communities in emerging markets, providing the opportunity to generate usable gaseous fuel from waste resources.

The reasonable efficiency of our application in different models was comparable to recent methods It is clearly presented that FLIP provides a faster way to generate usable fingerprints for ligand and protein binding modes.

In the first, Wentzlaff's team will work with colleagues at the University of Washington to "develop open-source high-impact digital circuit, analog circuit, board" and testing for systems that allow even novices to quickly generate usable layouts for electronic hardware, the agency said.

Hence, the keys to generating usable amounts of fusion energy are to attain a sufficient plasma temperature and a sufficient confinement quality, as measured by the product nτ.

Photovoltaic systems never get hot enough for their waste heat to be useful in thermal energy conversion, but the high temperatures at which PETE performs are perfect for generating usable high-temperature waste heat.

But in interviews, several stem-cell scientists said the Coleman measure would, in reality, enable little new research, citing the lack of consensus in determining when an embryo is "naturally dead" and the challenges of generating usable embryonic stem cells from dead embryos.

But model verification of functionally graded microstructures depends on generating usable dynamic iso-concentration sedimentation profiles that are often difficult to obtain using metal matrix composite microstructures or even simpler liquid models.

The rates and yields of H2 production via direct cellulose fermentation are low and must be increased significantly if this technology is to become a viable method for generating usable H2.