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collaborative partnerships to address critical challenges in the field. The successful candidate will lead innovative research efforts at the intersection of radiochemistry, chemistry, nuclear medicine
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of cancer (e.g., Ac-225, Ac-227); heavy actinides Bk-249, Es-254, and Fm-257 for fundamental chemistry research and new element discovery; Cf-252 for neutron emitting applications; and Pu-238 for space
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in Chemistry, or similar field, and a minimum of 2 years of related experience is required. Experience reading radioanalytical data such as gamma, alpha, and mass spectroscopy. Strong computer and
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success. Basic Qualifications: A B.S. degree in Radiochemistry, Chemistry, Biology or a related technical discipline with at least eight years experience. A comparable combination of education and
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. RSTD is a global leader in actinide science, delivering innovations in isotope production technology, enabling ORNL to produce and rapidly deliver radioisotopes for science, medicine, industry, and
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synthesis to develop, characterize, and test new molecules for the chelation and separation of metal ions relevant to isotope production and nuclear medicine. This position resides in the Chemical Separations
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Requirements: Ph.D. in Chemistry, Physics, Computer science, Machine learning, Data science, Mathematics, Biology, Medicine, or another related field. Minimum of 1 year of experience in applying machine learning
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degree in radiochemistry/chemistry/other technical related discipline and a minimum of 2 years experience. Hands-on experience in wet radiochemical processing methods using radiological hoods, glove box
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in isotope production technology, enabling ORNL to produce and rapidly deliver radioisotopes for science, medicine, industry, and security. The IARG works closely with other groups within the RSTD as