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Keyphrases
Fuel Retention
100%
Global Migration
100%
TEXTOR
100%
Fuel Modeling
100%
Deposition Pattern
60%
Deposition Profile
60%
Molybdenum
60%
Plasma-facing Components
40%
ASCOT
40%
Bumper
40%
Tokamak
40%
Impurities
20%
Local Deposition
20%
Toroidal Flow
20%
Local Variation
20%
Local Migration
20%
Analytical Method
20%
Plasma Parameters
20%
Lessons Learned
20%
Global Transport
20%
Deposition Efficiency
20%
Plasma Physics
20%
Auxiliary Heating System
20%
Impurity Injection
20%
Analytical Modeling
20%
Retention Study
20%
15N2
20%
Plasma Flow
20%
Toroidal Plasma
20%
Radial Electric Field
20%
Scientific Exploitation
20%
Electric Source
20%
Component Temperature
20%
Global Modeling
20%
N Retention
20%
Profile Features
20%
Transport Scheme
20%
MoF6
20%
Inconel Alloy
20%
Modeling Results
20%
Analytical Interpretation
20%
Cr-Cu
20%
Collector Probes
20%
Migration Experiments
20%
INIS
reviews
100%
fuels
100%
modeling
100%
retention
100%
migration
100%
deposition
100%
textor tokamak
100%
limiters
57%
plasma
42%
transport
42%
molybdenum
42%
impurities
28%
first wall
28%
simulation
14%
comparative evaluations
14%
efficiency
14%
probes
14%
physics
14%
operation
14%
metals
14%
variations
14%
yields
14%
tungsten
14%
tokamak devices
14%
nitrogen 15
14%
exploitation
14%
electric fields
14%
cross sections
14%
symmetry
14%
maps
14%
injection
14%
heating systems
14%
auxiliary heating
14%
decommissioning
14%
inconel alloys
14%
Physics
Transportation
100%
Plasma Facing Component
66%
Tokamak Device
66%
Plasma Physics
33%
Magnetohydrodynamic Flow
33%
Electric Field
33%
Alloy
33%
Blood Flow
33%
Tungsten
33%
Engineering
Limiters
100%
Plasma Facing Component
50%
Tokamak Device
50%
Global Scale
25%
Lesson Learnt
25%
Experimental Finding
25%
Cross Section
25%
Alloy
25%
Heating System
25%
Electric Field
25%
Collectors
25%
Earth and Planetary Sciences
Transportation
100%
Tokamak Device
66%
Decommissioning
33%
Plasma Physics
33%
Magnetohydrodynamic Flow
33%
Alloy
33%
Electric Field
33%
Tungsten
33%
Chemical Engineering
Plasma Facing Component
100%
Auxiliaries
50%
Tungsten
50%