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Professor McCarthy Examines Methods to Enhance Particle Processing
Segregation, or un-mixing, of particles has been a topic of intense research and industrial frustration for many decades, causing dramatic revenue loss and product failure in a variety of industries. A recent paper from the McCarthy group outlines an elegant and robust method for eliminating segregation that is generic for a huge class of particle flows, specifically free-surface flows (one of the most popularly studied in the literature). This paper will not only impact industrial practice in fields as varied as ceramics, pharmaceuticals, mining, and agriculture, but also change the way that academics think of attacking segregation problems.
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Bayer Distinguished Lectureship 2008
Dr. Douglas C. Cameron
Chief Scientific Officer
Khosla Ventures
Menlo Park, CA
Fuels and Chemicals from Renewable Resources: Evolution and Revolution
Thursday, May 22, 2008
1221 Benedum Hall
4:00 PM Lecture
5:00 PM Reception
Metabolic Engineering for the Microbial Production of Chemicals
Friday, May 23, 2008
1221 Benedum Hall
9:30 AM Lecture
ChE Undergraduates Receive Scholarships for Studies in Petroleum Engineering
Pitt-Bradford Appoints Dr. James T. Cobb, Jr. Acting Director of Energy Institute
Chemical Engineering Students Win BIG IDEA Competition Based on Research in Professor Di Gao's Lab
Dr. Gao's work on DNA separation highlighted in Nature Nanotechnology
Dr. Little Selected as a Clinical Research Scholar