Sentence examples for carrier technologies from inspiring English sources

The chip is made by Intellon Corporation, a member of the HomePlug Powerline Alliance and an early leader in designing semiconductors for powerline carrier technologies.

Furthermore, we discuss available carrier technologies, often based on nanotechnology, to target specific regions of the lungs and to overcome the respective biological barriers, ideally resulting in safe and effective delivery to the desired pulmonary destination.

A number of carrier technologies are suitable to carry the WBC dataset, for example, the digital audio broadcast (DAB), digital multimedia broadcasting (DMB), digital radio mondiale (DRM), digital video broadcast-handheld (DVB-H), multimedia broadcast/multicast service (MBMS), satellite DMB (S-DMB), digital audio radio satellite, and so forth.

At the time of purchase, it was decided to incorporate new aircraft carrier technologies into the design, making Melbourne the third ship to be constructed with an angled flight deck.

As a rule, gas heat carrier technologies process oil shale lumps varying in diameter from 10-100 mm, while solid heat carrier and wall conduction technologies process fines which are particles less than 10 mm in diameter.

Now several firms, including Phonex Broadband, Linksys, NETGEAR and SMC Networks, have announced a new generation of networking products that can transmit vast amounts of data over a home's existing power lines.Engineers at Phonex have been pioneering what they call "powerline carrier" technology for more than a decade.

These mesoporous aggregates of magnetite NPs can be used in magnetic carrier technology.

Liquid organic hydrogen carrier technology has been considered the most promising scheme of alternative to liquid fossil fuels.

India is particularly interested in drones, carrier technology and so on that enhance its ability to project its air and naval power.

That includes mentorship, access to its carrier technology and application programming interfaces, support from its development teams, and access to testing labs and network engineers at its corporate campus.

Specifically, the "assembly" problem characterized by the low yield of unstable hybrid particles resulting from the insertion of foreign sequences and the "pre-existing immunity" problem due to the fact that the HBcAg is derived from a human pathogen have limited the development of this carrier technology.