Researchers from Aarhus University, Lund University, and the University of Wisconsin-Madison are collaborating to learn more about how the surface of metal oxides interact with the some 326 million trillion gallons of water floating around our planet.
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Materials’ surfaces are really important because they influence how something interacts with the rest of the world—and big advances in the understanding and fabrication of surfaces mean big advances in how those surfaces can function.
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In addition to the great presentations and lectures in the vast technical program, the front end of MS&T14 also will feature a few short courses to help maximize learning potential in the Steel City.
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Researchers from Stony Brook University, in collaboration with Oak Ridge and Argonne national laboratories, have unveiled new insights into the structures of liquid metal oxides at high temperatures.
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Blurred lines—Art, science converge in identification of rare iron oxide in ancient Chinese ceramics
An international team of researchers have identified a rare iron oxide in ancient Chinese pottery, which could be critical in developing improved and inexpensive magnets for electronics.
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New research uses inspiration from the ocean to improve ceramics, making them stronger by controlling their microstructure and mimicking that of marine mollusks.
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Researchers in the United Kingdom are breathing new life into devitrite, generally unwanted crystals that form in glass devritification, particularly for use as a novel and low-cost optical diffuser.
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European researchers have developed a new ultrasonic sensor that can detect faults in industrial machines to prevent machine breakdown and failure, and ultimately improve efficiency.
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