Description
In Autumn 2017, the OEDO setup was commissioned during a series of day 0 experiments performed by the ImPACT 17-02-01 collaboration. One of these experiments measured $^{93}$Zr+d transmutation reactions at ~ 28 MeV/u, the lowest energy to date. Deuterons have a low binding energy (2.224 MeV) and therefore undergo breakup whilst in the presence of Coulomb and nuclear fields. By comparing measured cross-sections of the $^{93}$Zr+d reactions with theoretical calculations, the role of deuteron breakup on the production cross-sections may be better understood. During 2022 data analysis of the $^{93}$Zr+d measurement has been performed and cross sections extracted. Comparisons with theoretical calculations such as DEURACs are now underway. We report the status of the analysis and results.
