A Missouri University of Science and Technology researcher and her team are developing technology that could help keep astronauts safe from carbon dioxide buildup during flight and aboard the International Space Station.
Dr. Fateme Rezaei, assistant professor of chemical and biochemical engineering at Missouri S&T, and the team have developed “robust structures” in mechanically strong configurations that are comparable to powders in adsorbing CO2. Their findings were reported in the American Chemical Society’s Applied Materials & Interfaces publications in September 2016 and February 2017.
Read More »Some day, your smartphone might completely conform to your wrist, and when it does, it might be covered in pure gold, thanks to researchers at Missouri S&T. Writing in the March 17 issue of the journal Science, the S&T researchers say they have developed a way to “grow” thin layers of gold on single crystal […]
Read More »The fallout from the poorly received ending of the third video game in the popular series Mass Effect could doom the upcoming release of “Mass Effect: Andromeda,” say researchers at Missouri University of Science and Technology.
Read More »Portland cement has been around for more than 250 years as the binding material for concrete, mortar and stucco, but a Missouri University of Science and Technology researcher is studying ways to make concrete without the traditional material.
Dr. Mohamed ElGawady, associate professor of civil, architectural and environmental engineering at Missouri S&T, is testing mixtures of concrete made with fly ash that can be more durable, strong and resilient than concrete using ordinary Portland cement (OPC).
Read More »As G20 health experts meet this week to discuss the need for new antibiotics to combat drug-resistant bacteria, researchers at Missouri University of Science and Technology are looking to an unusual material – glass – to limit the spread of drug-resistant bugs in humans.
Read More »Missouri S&T doctoral student Ken Boyko isn’t exactly slowing down during his”retirement.”
At 65, Boyko is preparing to complete a Ph.D. in geological engineering, perhaps as soon as this fall. His research focuses on how LIDAR (light detection and ranging) scanners can be used to “see through” vegetation that might otherwise prevent detection of potential falling rock. The research could enhance safety along highways and bridges and also involved a project for the U.S. Navy, which wants to use the technology as a navigational aid for self-driving off-road vehicles.
Read More »In 10 years, your cellphone won’t look anything like it does today — at least on the inside. The phones, with 5G technology, will be 10 times faster than they are today. And self-driving cars won’t be a novelty, they will be part of your daily commute.
A Missouri University of Science and Technology researcher is working to make those goals a reality — a safe reality — by deciphering and solving the problems of electromagnetic interference inherent in the systems. Dr. Jun Fan, professor of electrical and computer engineering at Missouri S&T, is using a Google grant to provide real-world solutions.
Read More »Somewhere on the lower west side of Chicago, an internet user seeking information about photografting – a technique for attaching polymers to surfaces – recently struck gold with a visit to Scholars’ Mine, Missouri University of Science and Technology’s online repository of research papers, creative works and other documents.
Read More »As a doctoral student in mining engineering, Kenneth Bansah works, learns and lives nearly 10,000 miles from his boyhood home of Tarkwa, Ghana, a gold mining hub in western Africa. But even as he fine-tunes his dissertation on mitigating sinkhole hazards and other karst formations − and takes care of three children ages four and under while his wife completes her own graduate studies in Michigan – the subsistence gold miners of Ghana are never far from Bansah’s mind.
Read More »Researchers at Missouri University of Science and Technology recently worked with The Boeing Company to establish a new nondestructive evaluation laboratory that uses millimeter wave technology to improve the detection of potential flaws in coatings, surfaces and materials.
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