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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Researchers have discovered that a solid aluminum oxide protection layer can deform like a liquid, possibly protecting metals from environmental elements. Their discovery could solve degradation problems that contribute to rust and corrosion.
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The March 2018 issue of the ACerS Bulletin—featuring stories about fusion cast refractories for nuclear waste vitrification, the World Materials Research Institutes Forum, micromilling ceramic nanoparticulate materials, new NSF awards, and more—is now available online.
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Researchers have created a high-performance ceramic composite that is strong, durable, and resistant to heat and radiation. The findings could be useful in industries that require highly functional and durable ceramic materials—such as nuclear power plants, aerospace, and oil and gas industries.
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A research duo has developed a system for converting CO2 emissions from power plants into fuel for cars, trucks, and planes. Their process could also provide an additional revenue stream to offset costs.
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MIT scientists recently reported that a novel laser-based spectroscopy technique can sensitively detect small imperfections in materials, opening new possibilities for monitoring irradiated materials in place in real time.
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New atomistic simulations by researchers at the University of California, Los Angeles and Oak Ridge National Lab are revealing that irradiated materials are even more disordered that previously thought—calling into question the safety of vitrified nuclear waste.
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It may be a new year, but the buzz surrounding graphene and its potential across many applications continues to percolate. Check out the latest research from The University of Manchester in England, including a video that breaks down the magic of this versatile material.
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The majority of the nation’s federally-funded R&D centers slashed spending in fiscal year 2013 by more than $1 billion over the previous year.
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Attracting, inspiring, and training the next generation of ceramic and glass professionals starts with getting students engaged. At ACerS, that means getting students involved with the Society on the local, national, and international levels early and often.
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