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successful candidate will lead cutting-edge research in the characterization, modeling, and sustainable reprocessing of mining waste and tailings from both abandoned and active mines. The ideal candidate will
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, activation products and naturally occurring radionuclides in various matrices. Long-lived radionuclides (LLRN) are present in both spent nuclear fuel and reprocessed waste. Accurate assessment of the inventory
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byproducts from used fuel reprocessing and recycling to stable and reusable forms. The work will involve wet chemistry, analytical characterization techniques, and flow sheet development. The FCCT Research
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. The candidate will take a leading role in the development of biobased building blocks for reprocessable polymeric materials. This project is collaborative with the University of Delaware and the US Army DEVCOM