Search Results - "Nelson, Austin D."

Production of 43Sc and 44gSc from natural CaF2 material using an FN Tandem accelerator by Nelson, Austin D., Clark, Adam M., Bailey, Thomas L., Callahan, Lauren K., Collon, Philippe

“…The radioisotopes of 43Sc and 44Sc are promising in the field of theranostics for their role as β+ emitters in theranostic pairs with 47Sc. Production of these…”
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Improvements for heavy-ion accelerator mass spectrometry at the university of Notre Dame’s nuclear science laboratory by Clark, Adam M., Nelson, Austin D., Bailey, Thomas L., Callahan, Lauren K., Mazurek, Adam, Collon, Philippe

“…The detection of heavy (A > 127), long-lived trace radionuclides using accelerator mass spectrometry requires accelerator systems with high mass resolution and…”
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A novel activation technique for integrated cross section measurements using accelerator mass spectrometry by Nelson, Austin D., Clark, Adam M., Bailey, Thomas L., Callahan, Lauren K., Collon, Philippe

“…41Ca (t1/2 = 9.94 × 104 yrs) is an important stellar radionuclide and its production in the Early Solar System from various irradiation scenarios can help…”
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A Novel "In-Cathode" Activation Technique for 41Ca Production Cross Section Measurements Using Accelerator Mass Spectrometry by Nelson, Austin D

“…Studies and subsequent analysis of meteoritic material has provided evidence of the presence of several short-lived radionuclides (SLRs) at the formation of…”
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Multi-Isotope determination of uranium-rich material using accelerator mass spectrometry by Clark, Adam M., Nelson, Austin D., Bailey, Thomas L., Blankstein, Drew, Boomershine, Chevelle, Brown, Gunnar M., Burns, Peter C., Carmichael, Scott, Callahan, Lauren K., Koros, Jes, Lee, Kevin, Matney, Miriam, Miller, Anthony M., Olivas-Gomez, Orlando, Paul, Michael, Pardo, Richard, Rivero, Fabio, Robertson, Daniel, Sigmon, Ginger E., von Seeger, William W., Stech, Ed, Zite, Regan, Collon, Philippe

“…Environmental detection of trace isotopes 233U and 236U are important forensic signatures for identifying uranium ore materials or tracking anthropogenic…”
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Production of 52Fe from symmetric complete fusion-evaporation reactions by McGuinness, Sean R., Ferran, Samuel J., Wilkinson, John T., Loveless, C. Shaun, Anderson, Tyler, Blankstein, Drew, Clark, Adam M., Henderson, Samuel L., Nelson, Austin D., Reingold, Craig S., Skulski, Michael, Lapi, Suzanne E., Peaslee, Graham F.

“…A promising method for the production and extraction of 52Fe utilizing near-symmetric, heavy-ion fusion-evaporation reactions is presented. A 28Si beam was…”
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