Axis 2 technology source: The involvement of the STIP and its sources of knowledge/technology, its receivers and users.
It may be possible to improve the efficiency of vertical axis wind technology by deploying turbines in clusters.
This study uses surface treatments and flock fiber based Z-axis reinforcement technology to improve the strength and fracture toughness properties of natural fiber composites (NFCs), thus increasing their ability to bear loads.
A more sophisticated design, found at the Sishen Plant near Kathu, also in the Northern Cape, uses a single axis-tracking technology to counteract efficiency losses.
These advancements include introducing innovations in radial-axis magnetism technology, a massage-effect surface, natural temperature regulation and more, all to provide us with an extraordinary sleep experience.
These improve efficiency by 30%, cut installation costs by 50%, reduce installation time by a factor of ten, and require half of the land of other dual-axis tracking technologies.
Axis Systems' ReConfigurable Computing technology simulates hardware and software to test for potential problems.
The 2-B concept bucks the trend towards more conventional three-bladed horizontal axis onshore wind technology currently being deployed offshore.
SE confocal imaging is achieved by using a galvanometer-mounted mirror for the slow axis scan (Cambridge Technology, Lexington, MA) and a holographic transmission grating (Wasatch Photonics, Logan, UT, 1125 ln/mm) for the fast axis.
Through the use of arcane atomic technologies, the Axis have brought back modern technology from the year 2018.
