b'Accelerating utilization of fuel performance modeling using artificial intelligence 54An accelerated assessment of the creep mechanisms in uranium-zirconium model alloys 56Thermochemical modeling of flow accelerated corrosion in molten salt reactors 58High-fidelity multiscale model development for accelerated fuel qualification using finite element-informed discrete element modeling 60Integrated FuelMicrowave-assisted digestion of non-Cycle Solutionsirradiated nuclear materials 6463 Acoustic cavitation of tristructural isotropic fuel for efficient recovery of high-assay low-enriched uranium 65In situ high temperature radiation-induced metal cation redox chemistry 66A dynamic single bubbler for nuclear material accountancy measurements in bulk liquids 68Impurity removal from molten salt systems via high-speed rotating disc collection electrode 69Electrochemical manipulation and radiolytic evaluation of organic phase neptunium 70Integrated EnergySynthesis of nanocomposite polymer Systems72 material for thermal storage 74Methane upgrading using dynamic energy supply 76Modular designs for facilitated transport membranes in olefin production 78Deep reinforcement learning and decision analytics for integrated energy systems 80A fundamental investigation of the current leakage mechanism and relevant harsh environmental chemistries in solid oxide materials 82Continuous syngas production from a new chemical looping concept to balance power dynamics in integrated energy systems 84Sulfate double salts: using recycled nickel and cobalt sources to produce cathodes in lithium-ion batteries 86Recovery of high purity critical elements from spent lithium-ion batteries without waste emission 885'