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Experimental research on the TCV tokamak
B. P. Duval
*
, et al.
, Anu Kirjasuo
,
Antti Salmi
,
Tuomas Tala
*
Corresponding author for this work
Ecole Polytechnique Fédérale de Lausanne (EPFL)
Google DeepMind
Consorzio RFX
University of York
Institute for the Science and Technology of Plasmas (ISTP)
Aristotle University of Thessaloniki
National Agency for New Technologies, Energy and Sustainable Economic Development (ENEA)
Research output
:
Contribution to journal
›
Article
›
Scientific
›
peer-review
39
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Citations (Scopus)
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INIS
tokamak devices
100%
configuration
100%
divertors
85%
physics
71%
gases
71%
control
57%
heating
57%
ions
57%
plasma
42%
transport
42%
iter tokamak
42%
beams
42%
confinement
42%
expansion
28%
density
28%
geometry
28%
power
28%
reduction
28%
impurities
28%
h-mode plasma confinement
28%
baffles
28%
tcv tokamak
28%
performance
14%
comparative evaluations
14%
efficiency
14%
probes
14%
design
14%
stability
14%
feedback
14%
operation
14%
steady-state conditions
14%
learning
14%
electrons
14%
barriers
14%
machine learning
14%
transients
14%
modeling
14%
losses
14%
increasing
14%
conversion
14%
peaks
14%
particles
14%
power plants
14%
saturation
14%
excitation
14%
radiations
14%
heat flux
14%
turbulence
14%
simulators
14%
heating load
14%
signals
14%
spectra
14%
edge localized modes
14%
plasma scrape-off layer
14%
l-mode plasma confinement
14%
rotation
14%
injection
14%
suppression
14%
trajectories
14%
heating systems
14%
recombination
14%
neoclassical transport theory
14%
tearing instability
14%
runaway electrons
14%
avoidance
14%
radiators
14%
pitch angle
14%
plasma confinement
14%
ecr heating
14%
ecr current drive
14%
equilibrium plasma
14%
Physics
Physics
100%
Tokamak Device
100%
Neutral Beams
75%
Transportation
75%
Multiple-Input Multiple-Output
25%
Particle Physics
25%
Electron Cyclotron Heating
25%
Machine Learning
25%
Plasma Control
25%
Steady State
25%
Feedback Control
25%
Plasma Equilibrium
25%
Parallel Flow
25%
Free Boundary
25%
Low Turbulence
25%
Detectors
25%
Radiated Power
25%
Keyphrases
Fast Particle Physics
33%
Learning Controller
33%
Total Flux Expansion
33%
Vertical Density
33%