Targetry with actinides: Novel techniques
Stephania Dede & Ashabari Majumdar
Physics Graduate Students
University of Notre Dame
There is a high demand for thin actinide targets in nuclear physics and chemistry measurements. More specifically for nuclear reaction data measurements, nuclear fission research, accelerator-based production of the heaviest elements, nuclear forensics and stockpiling programs. The conventional methods of target making such as rolling, evaporation, and electrochemical deposition have several limitations, such as low material collection efficiency and significant preparatory steps, and yield targets with low purity, morphological inhomogeneities, and limited stability during nuclear measurements. We will be discussing two novel techniques: spin coating and electrospraying for target making which have yielded more robust, uniform and stable targets for nuclear experiments.
Hosted by Prof. Aprahamian
All interested persons are invited to attend remotely—email firstname.lastname@example.org for information.