Siirry päänavigointiin
Siirry hakuun
Siirry pääsisältöön
Järjestys:
INIS
plasma
100%
iter tokamak
71%
ions
60%
operation
51%
power
43%
walls
41%
physics
39%
simulation
34%
edge localized modes
34%
confinement
32%
modeling
32%
losses
30%
asdex tokamak
29%
divertors
26%
tokamak devices
26%
particles
24%
jets
23%
energy
22%
control
20%
impurities
20%
stellarators
19%
transport
19%
configuration
18%
ion beams
18%
magnetic fields
18%
density
18%
heating
18%
beam injection
16%
perturbations
16%
performance
16%
beams
15%
first wall
14%
optimization
14%
orbits
13%
h-mode plasma confinement
12%
tungsten
12%
devices
12%
deposition
12%
turbulence
11%
design
11%
charge exchange
11%
suppression
11%
erosion
10%
steady-state conditions
10%
plasma scrape-off layer
9%
distribution
9%
hydrogen
8%
geometry
8%
ferritic steels
8%
Physics
Tokamak Device
62%
Physics
48%
Transportation
41%
Neutral Beams
40%
Stellarator
38%
Magnetic Field
38%
Beam Injection
34%
Deuterium
25%
Tungsten
24%
Ion Beam
22%
Steady State
19%
Plasma Facing Component
18%
Alpha Radiation
18%
Energetic Particle
15%
Monte Carlo
14%
Helium
13%
Hydrogen
12%
Electron Cyclotron Resonance
12%
Tritium
11%
Antenna
11%
Plasma Physics
11%
Plasma Density
10%
Plasma Current
10%
Helium Plasma
10%
Fusion Plasmas
10%
Fusion Reactor
10%
Physics Studies
9%
Ion Charge
9%
Neutronics
9%
Data Transmission
9%
Nitrogen
8%
Distribution Function
8%
Tomography
8%
Ion Distribution
8%
Cyclotron Resonance
8%
Energetics
7%
Particle Physics
7%
Electric Field
7%
Plasma Control
6%
Blood Flow
6%
Magnetohydrodynamic Flow
6%
Topology
6%
Plasma Heating
5%
Neutral Particle
5%
Feedback Control
5%
Neutron Emission
5%
Electron Energy
5%
Keyphrases
Wendelstein 7-X (W7-X)
10%
Edge Localized Modes
7%
