b'Installation of the fueled-salt irradiation experiment at the Neutron Radiography reactor. PUBLICATIONS AND PRESENTATIONS:A. Abou-Jaoude et al., Design and testing of an enriched uranium fueled molten salt irradiation vehicle, Progress in Nuclear Energy, 164, 104846, (2023). G. Core, et al., Design and Fabrication of a Temperature-Controlled Fueled Molten Salt Capsule Irradiation Experiment, European Nuclear Young Generation Forum, May 2023.A. Abou-Jaoude, et al., Development of Enriched Uranium-Bearing Molten Salt Irradiation Capability, ANS Winter Meeting 2023, November 2023.A. Abou-Jaoude et al., Design and Prototyping of a Fissile-Bearing Chloride Salt Irradiation Experiment, ANS Winter Meeting, Washington DC, Dec. 2021.A. Abou-Jaoude et al., Conceptual Design of Temperature-Controlled Fueled-Salt Irradiation Experiment to Support Demonstration of Advanced Nuclear Reactors, Proc. International Mechanical Engineering Congress & Exposition, Virtual, Nov. 2021.INTELLECTUAL PROPERTY:C. Downey, et al., In situ Temperature-controlled Active Instrumentation Capsule for Versatile Materials Irradiation Testing, Patent Application, INL Technology #: BA-1451, Tracking No. 12891.25'