We design materials for energy conversion, by using computational chemistry and machine learning tools to elucidate the underlying structure-property relationships. Catalysts for chemical and fuel production. Electronic materials for photovoltaic and thermoelectric applications.

Two reactions were conducted placing different fluorescent dyes on the array.

Consortium for Clean Coal Utilization. To advance technologies for clean utilization of coal as both a dependable, low cost source of energy and a reliable chemical feedstock. To develop solutions to mitigate carbon dioxide emissions. To improve public understanding of the role of coal as a source of energy. To train a motivated, talented workforce that is capable of addressing the challenges of clean coal technologies. Axelbaum describes the SPOC process.

School of Engineering and Applied Science. Senior Staff and Department Chairs. Energy, Environmental and Chemical Engineering. Mechanical Engineering and Materials Science.

I-CARES Researchers Awarded DOE Grant. Department of Energy grant to upgrade the Cameca SIMS ims7f-geo, a state-of-the-art secondary-ion mass spectrometer. The enhancement will allow the instrument to expand its focus to include biological applications. IEA Chief Speaks at WUSTL.

School of Engineering and Applied Science. Mechanical Engineering and Materials Science. The Department of Mechanical Engineering and Materials Science. The Department of Mechanical Engineering and Materials Science.