Siemens Healthineers announces the Food and Drug Administration clearance of the MAGNETOM Cima.X 3 Tesla (3T) magnetic resonance imaging whole-body scanner. It possesses the strongest-ever gradient system for a clinically released whole-body MR scanner, making smaller structures in the body visible, and capturing images faster than previous MR scanners. […]
Siemens Healthineers has received clearance from the U.S. Food & Drug Administration for its smallest and most lightweight whole-body magnetic resonance scanner ever, the Magnetom Free.Star. Designed as a cost-effective unit to help improve patient […]
Precision and purity are both key elements for successful magnetic resonance imaging in today’s medical and scientific worlds. One company advancing the technology is startup biotech firm Phantech, a spinout from laboratories at the University of Wisconsin which specializes in creating preclinical and clinical phantoms used for calibrating sensitive MRI equipment. Among its types of phantoms are several for the growing field of magnetic particle imaging. […]
Scientific instrument maker Bruker continues to advance the technology of nuclear magnetic resonance imaging in the biological and health sciences. But wine quality is an important field, too, receiving serious attention from the company’s NMR experts. […]
Direct-cooled motors with hollow conductor stators offer several advantages over the indirect-cooled motors currently used in EVs, says Luvata of Finland, which has been making copper hollow conductors for more than sixty years. Adoption of the technology, typically used in more exotic applications such as superconduction, high-energy physics and magnetic resonance imaging, into mass-market electric vehicles faces considerable technical obstacles, however, and much higher cost than conventional magnet wire. […]
Magnetics technology plays a key role in much of today’s energy research – looking for breakthroughs in electric propulsion for aviation, high-temperature superconductors, fusion energy, machine modeling for power magnetics, new embedded cooling and winding topologies for improving permanent-magnet motors, even magnetic resonance imaging of crop roots. Visitors to the U.S. Department of Energy’s ARPA-E Energy Innovation Summit & Technology Showcase can explore a fascinating array of these and meet the scientists behind them, as well as many other aspects of energy R&D. It will be held in Denver in May. This article highlights some of the magnetic-related projects. […]
Using a cryogen-free permanent magnet, Bruker has developed a new nuclear magnetic resonance spectrometer that is benchtop size and can be routinely used in a wide variety of laboratories. No infrastructure is needed for the […]
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