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2D molecule absorbs 90% of ~10GHz radiation for X-band electromagnetic protection

Vanadium carbide 'MXene' two dimensional materials can absorb up to 90% of electromagnetic radiation between 8.2 and 12.4GHz, according to Drexler

Renishaw helping train, enhance student experience

Renishaw helping train, enhance student experience Renishaw helps develop the next generation of manufacturing professionals with Davis Technical College, Utah. Renishaw has partnered with Davis Technical College (Davis Tech), a public technical college in Kaysville, Utah, to provide students with access to the latest in measurement technologies. CNC machining students now have on-site access to coordinate measuring machines (CMMs) and other Renishaw equipment that is helping them to take fast, precise measurements of components. For over 30 years, Davis Tech has been training and enhancing the lives of its thousands of students as they prepare for a career in the industrial workforce. Through its partnerships, Davis Tech engages industry, educational, and community members to provide shared opportunities for all. Courses found within the program include automation and robotics, CNC machining and manufacturing technology. The range of educational opportunities offered are design

Medical Device Startup Nephria Bio to Use Drexel s MXene Filter Material in Wearable Artificial Kidney Technology | Now

April 29, 2021 MXene materials will be a key element in the production of Nephria Bio s wearable artificial kidney technology Drexel University’s MXene material is one step closer to transforming the lives of people suffering from end-stage kidney disease. Nephria Bio, Inc., a U.S.-based spin-off of the South Korean medical device company EOFlow Co., Ltd., has signed a licensing agreement with the University to use the two-dimensional material, discovered at Drexel, as a filter in a wearable artificial kidney device it is developing. The technology could allow many of the millions of people suffering from end-stage kidney disease worldwide to move more freely, without spending hours each week anchored to large dialysis machines.

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