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Keyphrases
Low-enriched Uranium Fuel
100%
Reactor Experiments
100%
Test Reactor
100%
Modeling Analysis
100%
Chemical Interaction
100%
Fuel Clad
100%
Low-enriched Uranium
42%
Highly Enriched Uranium
42%
Transient Test
42%
Nuclear Fuel
28%
Operating Limit
28%
High Vacuum
28%
Thermodynamic Calculation
28%
Nuclear Energy
14%
Finite Element Analysis
14%
X-ray Computed Tomography (X-CT)
14%
Total Energy
14%
U.S. Department of Energy
14%
Scanning Electron Microscopy
14%
Idaho National Laboratory
14%
Fuel Material
14%
Fuel Assembly
14%
Cladding Material
14%
Experimental Testing
14%
Atmospheric Pressure
14%
Thin-walled
14%
Experimental Temperature
14%
X-ray Diffraction (XRD) Analysis
14%
Fuel Complex
14%
Energy Purposes
14%
Transient Reactor Test Facility
14%
Energy Deposition
14%
Pellet Analysis
14%
Accident Scenario
14%
Graphite Matrix
14%
Thermodynamic Modeling
14%
Thermo-Calc
14%
Fuel Assembly Design
14%
Safety Requirements
14%
Operational Safety
14%
Chemical Constituents
14%
Material Minimization
14%
Material Management
14%
Nuclear Security
14%
Zirconium-based Alloy
14%
Pressure Differential
14%
Performance Capability
14%
Intimate Contact
14%
Material Constraint
14%
Physical Contact
14%
Historical Information
14%
Experimental Performance
14%
Security Administration
14%
Ellingham Diagram
14%
Reactivity Accident
14%
Wall Cladding
14%
Isothermal Heating
14%
Test-first
14%
Uranium Oxide Powder
14%
Engineering
Test Reactor
100%
Enriched Uranium
100%
Nuclear Fuel
25%
Fuel Assembly
25%
Thermodynamic Calculation
25%
Department of Energy
12%
Finite Element Analysis
12%
Isothermal
12%
Cladding Material
12%
Atmospheric Pressure
12%
Nuclear Energy
12%
Differential Pressure
12%
Ray Diffraction
12%
Modeling Work
12%
Experimental Work
12%
Test Facility
12%
Resumption
12%
Test Sample
12%
Nuclear Security
12%
Safety Requirement
12%
Criticality
12%