b'TABLE OF CONTENTSLDRD Overview LDRD Overview 7 FY 2022 Program Statistics 11 Acronyms & Abbreviations 12Nuclear ReactorBeyond Nuclear Energy Materials: Utilizing StrongSustainment Spin-orbit Coupling and Topology in Actinides 16and ExpandedDemonstrate Viability of Accelerated Fuel Deployment Qualification Approaches 18Development of Novel Radiometal Chelators for Imaging and Therapeutic Nuclear Medicine 19Combinatorial and High Throughput Materials Synthesis to Advance Nuclear Materials Discovery 20Real-time Axial Neutron Flux Profile Measurement at The Advanced Test Reactor Critical Facility 22Modeling and Characterization of Alpha-uranium to Accelerate Metallic Fuels Development 24Development of a Streamlined Approach for Burnup and Microstructural Analysis of Nuclear Materials from Nanoscale to Mesoscale26Develop High Fidelity Computation Models to Calculate the Effective Material Properties of Porous Cells 30Real-time Non-equilibrium Studies for Nuclear Materials Performance33Flash Neutron Radiography at the Transient Reactor Test Facility34Modeling Internal Material Melting 36Developing Generalized Methods for Handling Transmutation Radiation Damage 37Multi-principal Element Alloy Fuels for Fast Reactors 38Accelerate Multiphysics Solves Using Deep Learning 40Coupled Multiphysics Safety Analysis of Molten Salt Reactors Subjected to Earthquakes 41Oxidation of Cerium Nitride under Irradiation 434'