Keyphrases
National Spherical Torus Experiment Upgrade (NSTX-U)
100%
Lithium
100%
High Performance
100%
Material Temperature
100%
Mixed Materials
100%
Material Deposition
100%
Graphite
25%
Graphite Tile
18%
Lithium Coating
18%
Deuterium
18%
Fusion Facility
12%
Plasma-facing Wall
12%
Lithiated Graphite
12%
Tungsten
12%
Impurities
12%
Plasma Performance
12%
Wall Surfaces
12%
Computational Simulation
12%
Physical Review Letter
6%
Prompt Mechanisms
6%
High-temperature Plasma
6%
Plasma Interaction
6%
Edge Plasma
6%
Sucking
6%
Boronization
6%
Lithium Wall Conditioning
6%
Getter
6%
Chemical Interaction
6%
Heat Flux
6%
Spatiotemporal Behavior
6%
X-ray Photoelectron Spectroscopy
6%
Atomistic Simulation
6%
Sensitive Measurement
6%
Low Recycling
6%
High-Z Materials
6%
Molybdenum
6%
Long Pulse
6%
Divertor
6%
Energy Confinement
6%
Deuterium Uptake
6%
Dependence on Temperature
6%
Hydrogen Retention
6%
Operational Scenario
6%
Graphite Surface
6%
Picosecond
6%
Simulation Code
6%
Strong Reaction
6%
High Power
6%
Seeps
6%
Thermodynamic Process
6%
Knoxville
6%
In Situ Experiment
6%
Purdue University
6%
Plasma-facing Components
6%
Dutch
6%
Plume
6%
Magnetic Fusion Device
6%
Three-element
6%
Energy Research
6%
Complex Surface
6%
Hydrogen Isotopes
6%
Oak Ridge
6%
Tennessee
6%
Brook
6%
Measurement Techniques
6%
Highly Sensitive
6%
University of Tennessee
6%
Plasma Instabilities
6%
Power Flux
6%
Temperature Effect
6%
Nanometre
6%
Engineering
Multiscale
100%
Atomistic Simulation
50%
Nanosecond
50%
Oak Ridge
50%
Getters
50%
Ray Photoelectron Spectroscopy
50%
Microsecond
50%
Nanometre
50%
Simulation Code
50%
Redeposition
50%
Temperature Plasma
50%
Picosecond
50%
Plasma Facing Component
50%
Thermodynamic Process
50%
Plasma Interaction
50%
Operation Scenario
50%