Researchers have successfully converted radioactive waste into glass through vitrification at the Hanford Nuclear Site. The test is part of an overall plan to send low-activity waste directly to the vitrification facility via Direct Feed Low-Activity Waste system.
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ACerS Glass and Optical Materials Division welcomed a record 410 people from 25 countries to the 2018 conference in San Antonio, Texas. Four full days of technical programming, award lectures, the L. David Pye festschrift, student activities, and business meetings made for a high-energy conference.
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Through June 30, ACerS and Wiley are offering free access to nearly 30 journal articles authored by ACerS members who have organized or will be speaking at GOMD 2018. After June 30, ACerS members can continue to access the articles through the member portal.
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A company called MetaShield has developed a simple, spray-on, nanoparticle-based coating—and now independent laboratory testing verifies that the coating significantly enhances the impact resistance of glass.
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The May 2018 issue of the ACerS Bulletin—featuring stories about how novel materials are overcoming limitations and opening new possibilities for glass optical fiber systems, beverage trends shaping the glass container industry, and much more—is now available online.
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The 7th International Congress on Ceramics (ICC7) takes place June 17–21 in Foz do Iguaçu, Brazil. With four plenary talks and 18 symposia topics, organizers expect nearly 1,500 attendees. Register before end of day April 17 to save up to $140.
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Electrophoretic deposition coats metal implants with glass fibers to improve bone-to-implant bonding
An international team of researchers has developed a feasible approach to add bioactivity to metallic biomedical implant surfaces, using electrophoretic deposition to form coatings comprised of oriented bioactive phosphate glass fibers.
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Researchers at Lawrence Livermore National Laboratory have broken the “3-D printed glass barrier” by developing a direct ink writing method to 3-D print optical glass that uses silica and silica titania from sol-gel.
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There’s been a video circling around online this past month of a Shaolin monk throwing a needle at a pane of glass, breaking the glass with its tiny point—but I have a gripe with the video and all the hype swirling around it.
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Researchers at North Carolina State University (Raleigh, N.C.) have now broken the critical casting thickness—the previous maximum possible size—for fabricating bulk metallic glass by using laser-based powder bed additive manufacturing.
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