Researchers from the University of Reading in the U.K. report that they have devised and tested a zeolite filter that can significantly reduce the presence of carcinogens yet preserve that delicious flavor of smoked foods.
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Mary Stevenson, president of Deltech Furnaces, believes that the key to developing relationships with other businesses is to take advantage of the numerous benefits an ACerS Corporate Partnership offers. Learn how she has gotten involved with the Society over the years in this Corporate Partner profile.
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The April 2018 issue of the ACerS Bulletin—featuring articles about ceramics in the semiconductor industry, refractory firebricks for energy storage, high-temperature furnace coatings, ceramic proppant supply, and additive manufacturing at Ceramics Expo 2018—is now available online.
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Researchers at Northwestern University have developed a high-efficiency protonic ceramic fuel cell that operates at mid-range temperatures; and researchers at the University of Wisconsin–Madison are harnessing the power of computation to identify better materials for solid oxide fuel cells.
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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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Residential LEDs use at least 75% less energy and last 25 times longer than incandescent bulbs, but R&D challenges still exist for LED lighting. However, new materials research continues to push LED technologies further forward.
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Researchers at Idaho National Laboratory have created a direct carbon fuel cell that operates more efficiently than other fuel cells. Their fuel cell operates at lower temperatures and has more power density than previous versions.
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Most current energy-saving window technology requires electricity to power the windows. But a research team has devised a fluidic window that uses magnetic nanoparticles to control the window to capture solar energy.
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In addition to the incredible feats of human fitness and skill on display at the Olympics, there’s a lot of research and development that happens behind the scenes to make the games the to-the-finish-line competition that they are—including plenty of materials science.
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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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