Keyphrases
Illinois
100%
Lithium
100%
Quasi-steady State
100%
Helium Retention
100%
Plasma Operation
100%
Stellarator
100%
Helium
50%
Helium Plasma
40%
Neutral Pressure
30%
Lithium-ion
20%
Plasma-material Interactions
20%
Collisional Radiative Model
20%
Vessel Wall
10%
Impurities
10%
Model Calculation
10%
Line Intensities
10%
Temperature Rise
10%
One-point
10%
Electron Temperature
10%
Material Analysis
10%
Divertor
10%
Electron Density
10%
Long Pulse
10%
Peak Temperature
10%
Li +
10%
In Vacuo
10%
Component Design
10%
Impurity Control
10%
Liquid Lithium
10%
Plasma Temperature
10%
Plasma-facing Components
10%
Tungsten Surface
10%
He Gas
10%
Low Recycling
10%
Plasma Discharge
10%
Lithium Plasma
10%
Wall Pressure
10%
Core Temperature
10%
Fusion Devices
10%
Plasma Density
10%
Peak Density
10%
I-line
10%
Gettering
10%
Complete Reductions
10%
Steady-state Plasmas
10%
Pulsed Plasma
10%
Heating Efficiency
10%
Surface Transfer
10%
Recycling Control
10%
Helium Ash
10%
Electron Cyclotron
10%
Density Jump
10%
Constant Flow Rate
10%
Density Drop
10%
Resonant Heating
10%
Operational Discharges
10%
Physics
Quasi-Steady State
100%
Stellarator
100%
Blood Plasma
100%
Helium Plasma
80%
Plasma-Materials Interaction
40%
Electron Energy
20%
Flow Velocity
20%
Electron Density
20%
Plasma Jet
20%
Liquid Lithium
20%
Plasma Facing Component
20%
Wall Pressure
20%
Line Intensity
20%
Plasma Temperature
20%
Plasma Density
20%