Geology and Nuclear Waste Management Program

An Effective Hybrid Approach for Rapid Radiation Dose Assessments for Complex Source/Receptor Geometries,
Effective Geomechanical Modeling of Geologic Structures, 20-R9665
Development of Advanced Turbulent Flow Simulation Techniques for Use in Nuclear Reactor Safety Analysis, 20-R9680
A Robust Method for Adaptive Model Uncertainty Reduction, 20-R9704
Development of Neutrally Buoyant Sensors for Tracing Conduits in Karst Aquifers, 20-R9707
Development of Enhanced Three-Dimensional Simulation Capability for Analyzing the Migration of Colloids and Nanoparticles in Complex Flow Domains, 20-R9722
Investigation of Data Fusion for Nuclear Threat Assessment, 20-R9723
Radiological Survey Measurement Approaches for Direct Readout of Effective Dose Rate, 20-R9724
Modeling of Submarine Landslide Generated Tsunamis and Its Application in Risk Mitigation and Hazard Management at Nuclear Reactor Sites, 20-R9725
Development of an Efficient Probabilistic Approach for Risk Assessment of Geotechnical Applications, 20-R9726
Integrated Facility Assessment Simulation, 20-R9728
High-Resolution Synthetic Aperture Radar Interferometry Validation Using Corner Reflectors, 20-R9791
Analyses of Dike-induced Deformation and Martian Graben Systems, 20-R9797

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