INIS
ions
92%
plasma
77%
iter tokamak
74%
tokamak devices
65%
simulation
54%
orbits
46%
beams
42%
power
41%
losses
40%
asdex tokamak
37%
perturbations
36%
walls
34%
magnetic fields
25%
edge localized modes
25%
modeling
25%
transport
24%
physics
23%
cyclotrons
22%
particles
21%
ion beams
20%
electrons
19%
confinement
18%
design
18%
density
18%
tearing instability
18%
first wall
17%
beam injection
17%
phase space
17%
energy
16%
monte carlo method
16%
fluctuations
15%
spectra
15%
neoclassical transport theory
12%
control
12%
neutrons
11%
operation
11%
magnetohydrodynamics
11%
velocity
11%
axial symmetry
11%
plasma density
10%
instability
10%
distribution
10%
charge exchange
10%
kinetic equations
10%
Keyphrases
Heavy Ions
66%
ASCOT
38%
Orbit-following
32%
Fast-ion Losses
25%
ASDEX Upgrade
22%
Tokamak
21%
Beam Ions
20%
Neutral Beam Injection
19%
Edge Localized Modes
18%
Eigenmodes
18%
Wall Load
18%
ASDEX Upgrade Tokamak
18%
Power Load
17%
Full Orbit
17%
Magnetic Perturbations
16%
Neoclassical Tearing Mode
15%
Current Drive
14%
Guiding Center
13%
Phase Space
13%
First Wall
13%
Electron Cyclotron Wave
12%
Electron Cyclotron
11%
Resonant Magnetic Perturbation
11%
Fast Ion Loss Detector
11%
Monte Carlo
11%
Test Blanket Module
11%
Tokamak Plasma
11%
3D Magnetic Field
10%
Magnetic Field
10%
Orbit Modeling
10%
Charge Exchange
10%
Physics
Blood Plasma
100%
Tokamak Device
82%
Magnetic Field
39%
Neutral Beams
37%
Monte Carlo
29%
Physics
29%
Beam Injection
19%
Alpha Radiation
16%
Ion Beam
15%
Kinetic Equation
15%
Plasma Density
12%
Magnetohydrodynamics
11%
Fusion Plasmas
11%
Ion Distribution
10%
Electron Cyclotron Resonance
10%
