Ternary UMoX Alloys as Alternative Fuels for Research Reactors - Characterization via EDS, RBS and PIXE

The comprehensive characterization of ternary UMoX alloys for potential application as alternative fuels in research reactors is investigated alongside the evaluation of Energy Dispersive Spectroscopy (EDS), Rutherford Backscattering Spectrometry (RBS), and Particle-Induced X-ray Emission (PIXE) techniques for analyzing these complex materials. By exploring the elemental composition, distribution, and structural properties of the alloys and assessing the performance of the characterization methods, a holistic understanding of both the alloys and the analytical techniques employed is achieved. The results highlight promising characteristics of UMoX alloys for reactor applications and provide insights into the capabilities and limitations of EDS, RBS, and PIXE in characterizing these materials. This integrated approach enhances knowledge of advanced nuclear fuel materials and optimizes their characterization processes for practical implementation in research reactor environments. Future research directions may focus on refining characterization methodologies and exploring advanced techniques suited for ternary UMoX alloys to further advance their utilization in nuclear fuel applications.