Auburn University Leads Research on Magnetic Control for Fusion Reactor at DIII-D
Auburn University is leading a research initiative at the DIII-D National Fusion Facility to tackle high-energy runaway electrons in fusion reactors. PhD student Jessica Eskew, supported by a DOE fellowship, will work with UC San Diego to develop magnetic topology methods for controlling plasma disruptions, aiming to enhance predictive modeling and resilience in future fusion power plants, including the ITER project.
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A research initiative at the DIII-D National Fusion Facility aims to address high-energy runaway electrons in fusion reactors. Supported by a DOE fellowship, Auburn PhD student Jessica Eskew will collaborate with UC San Diego to develop methods for controlling plasma disruptions using magnetic topology.
The study focuses on manipulating magnetic islands to create escape routes for electrons, preventing damage to reactor components. This partnership seeks to enhance predictive modeling and improve the resilience of future fusion power plants, including the ITER project.
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