Keyphrases
High-temperature Reactor
93%
High Temperature Test
77%
RELAP5-3D
73%
Transformational Challenge Reactor
49%
MELCOR
44%
Cool-down
42%
Gas-cooled Reactor
40%
Reactor
39%
Composite Moderator
34%
Fluoride
34%
Two-phase Composite
34%
Sensitivity Study
32%
3D Model
29%
Decay Heat
28%
Beryllium
27%
Microreactor
27%
Gas Cooled
25%
Transient Analysis
24%
Code Validation
24%
Graphite
23%
Thermal-hydraulics
23%
Core Design
22%
Potential Impact
22%
Reactor Performance
22%
Fuel Composition
19%
Hydrides
18%
Nuclear Energy Agency
18%
Modular High Temperature Gas-cooled Reactor (MHTGR)
18%
Reactivity-initiated Accident
18%
Reactor Concept
17%
Rod Ejection
17%
3D Validation
17%
Organization for Economic Cooperation and Development
17%
TRISO
16%
Idaho National Laboratory
15%
Equilibrium Core
15%
Bison
15%
Fluoride-salt-cooled High-temperature Reactor
15%
Nuclear Energy
15%
Fluoride-salt-cooled
15%
Salt-cooled Reactor
15%
Validation Studies
15%
Zero-power
14%
Power Level
14%
Fuel Temperature
14%
3D Modeling
13%
Advanced Reactor Technologies
13%
Pebble Bed
13%
System Code
13%
Reactor Transient
13%
Engineering
Test Facility
100%
Transients
80%
High Temperature Gas Reactors
73%
Thermal Hydraulics
51%
High Temperature Reactors
45%
Nuclear Reactor
37%
Microreactor
34%
Rod
31%
Gas Cooled Reactor
28%
Reactor Core
26%
Cooled Gas
26%
Nuclear Energy
24%
Fuel Composition
22%
Sensitivity Study
22%
Reactor Technology
22%
Natural Circulation
19%
Decay Heat
19%
Burnup
18%
Transient Analysis
16%
Coolant Flow
15%
Temperature Rise
15%
Cycle Length
14%
Advanced Manufacturing
14%
Source Term
13%
Severe Accident
13%
Pebble Bed
13%
Effective Thermal Conductivity
12%
Figure of Merit
11%
Design Concept
11%
Thermal Fluid
11%
Cooled Reactor
11%
Kairos
11%
Power Level
11%
Tritium
11%
Nitride
11%
Heat Flux
11%
Loss of Coolant Accidents
11%
Power Profile
11%
Failure Probability
11%
Control Rod
11%
Flow Distribution
11%
Thermal Conductivity
11%
Good Agreement
10%
Parametric Study
9%
Equilibrium State
9%
Computational Fluid Dynamics
9%
Applicability
8%
Progression
8%
Peak Temperature
8%
Uncertainty Quantification
7%
