Design and Licensing of the Molten Salt Research Reactor (MSRR)
Funding: Natura Resources, LLC
Design of an In-Core Spectrum Neutron Irradiation Facility
Funding: DHS Nuclear Forensics Research Award
Nuclear Data Measurements for Nuclear Explosion Monitoring
Funding: Subcontract from Pacific Northwest National Lab subcontract NNSA project
Radionuclide Tracer Production
Funding: Pacific Northwest National Lab subcontract NNSA project
Subsurface Radionuclide Transport Phenomenology
Funding: Subcontract from Pacific Northwest National Lab NNSA project
Sampling Techniques for Large-Scale Environmental Transport
Funding: Subcontract from Pacific Northwest National Lab NNSA project
Non-proliferation Studies in Advanced Manufacturing
Additive manufacturing (AM) opens the door to many complex part and assembly designs that can be obtained via traditional manufacturing techniques. Many industries such as automotive, aerospace, and medical have begun utilizing the advantages of AM for innovations in their fields. Additive manufacturing has been identified as a technology that lead innovation in the nuclear industry and ground level research has now begun between the Nuclear and Radiation Engineering and Dynamic Systems and Control areas.
Funding: NNSA Consortium for Enabling Technologies and Innovation
Neutron and High-Energy Photon Radiography with Robotic Sample Manipulation
Funding: Los Alamos National Lab
