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Fusion technology activities at JET: Latest results
Dominique Barbier
*
, Paola Batistoni
, Paul Coad
,
Jari Likonen
, JET-EFDA contributors
*
Corresponding author for this work
National Nuclear Laboratory (Abingdon)
Institut de Recherche sur la Fusion par Confinement Magnétique (IRFM)
National Laboratory of Frascati
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Keyphrases
Late Results
100%
Fusion Technology
100%
ITER-like Wall
50%
Divertor
50%
In Situ
25%
Plasma-facing Components
25%
Erosion-deposition
25%
Tritium
25%
Thermal Desorption
25%
Divertor Tiles
25%
Temperature Control
25%
Plasma Physics
25%
Operating Experience
25%
Deposited Film
25%
Unique Capabilities
25%
Quartz Microbalance
25%
Laser Technique
25%
Quantitative Characteristics
25%
Detritiation
25%
Tritiated Water
25%
Desorption Experiment
25%
Waste Drums
25%
Operator Strategy
25%
Laser Infrared Thermography
25%
Technology Programs
25%
INIS
jets
100%
iter tokamak
57%
deposition
42%
divertors
42%
concentration
28%
walls
28%
lasers
28%
surfaces
14%
safety
14%
thickness
14%
correlations
14%
balances
14%
devices
14%
plasma
14%
physics
14%
management
14%
wastes
14%
retention
14%
removal
14%
purification
14%
films
14%
first wall
14%
erosion
14%
tritium
14%
helium 3
14%
desorption
14%
time resolution
14%
quartz
14%
research programs
14%
shutdown
14%
temperature control
14%
infrared thermography
14%
tritiated water
14%
Engineering
Task Force
100%
Deposited Film
33%
Rotating Collector
33%
Infrared Thermography
33%
Time Analysis
33%
Plasma Facing Component
33%
Tritium
33%
Silicon Dioxide
33%