Research
Missouri S&T nuclear engineering student travels the world to research advanced nuclear concepts
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A Missouri S&T student heads to France next week where he will study nuclear reactor physics, fuels and systems in a country that gets 80 percent of its energy from nuclear power.
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Missouri S&T chemist rolls the dice to better identify chiral molecules in drugs
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“High risk, high reward” is the kind of discovery Dr. Garry Grubbs seeks with a new experiment designed to rapidly identify the atomic structure of chiral molecules widely used in pharmaceutical drugs. The finding could significantly reduce the time and costs involved in pharmaceutical development and manufacturing.
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Ozark Biomedical Initiative Research Symposium to be held Aug. 18
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Researchers from Missouri S&T and Phelps County Regional Medical Center (PCRMC) will present their research at an annual symposium hosted by the Ozark Biomedical Initiative (OBI) on Saturday, Aug. 18.
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Looking inside a nuclear fuel pin to improve nuclear energy
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The search for safe and environmentally friendly renewable energy sources is one of the biggest challenges currently facing humanity. One environmentally friendly and virtually inexhaustible energy source under development is the next generation of nuclear reactors and, along with them, new types of fuels.
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Partnership among Missouri S&T, Ameren and Hyperion pursues improved energy technology
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A new partnership among Missouri S&T, a young energy technology company and Missouri’s largest electrical provider could change the way new technology is brought to the market.
Read More »Missouri S&T to receive $1.7M in federal support for nuclear engineering research, student scholarships and campus reactor upgrades
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The nuclear engineering program at Missouri S&T has recently been awarded a total of $1.7 million in federal support for research, student scholarships and safety upgrades to the university’s nuclear research reactor. The federal investment marks a strong commitment to one of the top nuclear engineering programs in the nation, says Dr. Richard Wlezien, vice provost and dean of engineering and computing at Missouri S&T.
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Missouri S&T civil engineering professor advocates for Midwest tornado preparation
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Growing up in northeast China, Dr. Guirong (Grace) Yan didn’t see many tornados in a country where the number of documented twisters is a fraction of those that hit the United States. But as her academic career took Yan to several postdoctoral fellowships and then faculty positions in Indiana, Missouri and Texas, the assistant professor of structural engineering at Missouri S&T gradually found her calling.
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Explosives engineering research could boost coal mine safety
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Mining engineering researchers at Missouri S&T plan to use explosives combined with common mining materials to test how well concrete seals in coal mine tunnels withstand high-speed projectiles. Their research could lead to improved designs of seals, which could improve coal mine safety.
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Missouri S&T researcher finds another good reason to trust your gut — and your ear
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Within seconds, we make personal choices daily, such as what clothes to wear or what music to play in the car on the way to work. A cognitive neuroscientist at Missouri University of Science and Technology says gut-level decisions are important, and that intuition tends to be accurate for revealing our true preferences.
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Missouri S&T biochemical engineer patents low-cost method of removing bacterial toxins from fluids
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By some estimates, 18 million people die each year from sepsis triggered by endotoxins – fragments of the outer membranes of bacteria. A biochemical engineer at Missouri S&T has patented a method of removing these harmful elements from water and also from pharmaceutical formulations. Her goal: improve drug safety and increase access to clean drinking water in the developing world.
The technique, as outlined in a July 2016 article in the journal Nanotechnology, involves a one-step phase separation method, using a syringe pump, to synthesize the nanoparticles. Those polymer nanoparticles have a high endotoxin removal efficiency of nearly 1 million endotoxin units per milliliter of water, using only a few micrograms of the material.
