核融合力学部門

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Physics & Astronomy

Aerospace Sciences

turbulence
plasma turbulence
magnetic islands
magnetic fields

Physics

toroidal plasmas
ions
heat
electrons
cylindrical plasmas
cyclotrons
electron energy
ion temperature
heat flux
electron cyclotron resonance
gradients
heavy ions
neutral beams
temperature
acoustics
temperature gradients
oscillations
ion beams
pressure gradients
physics
flux (rate)
stellarators
momentum
vacuum
transport properties
neutrons
viscosity
energetic particles
magnetohydrodynamic flow
cycles
perturbation
fusion reactors
helium ions
modulation
harmonics
high temperature plasmas

Chemistry and Materials

tungsten
hydrogen
deuterium
helium
molybdenum
phosphorus
hydrogen isotopes

Engineering

heating
irradiation
ion irradiation
plasma currents
neutron irradiation
Thomson scattering
electron cyclotron heating
ballooning modes
coatings
electron irradiation
Reynolds stress
excitation
antennas

General

electric fields
profiles
shear
fusion
pulses
configurations
energy
probes
propagation
damage
impurities
microstructure
recycling
interstitials
simulation
interactions
vanadium alloys
hysteresis
beam injection
voids
injection
plasma control
swelling
defects
low frequencies
diffusivity
temperature profiles
parallel flow
steels
retarding
crashes
damping
hardening
coils
mirrors
activation
metals
scaling
thresholds

Life Sciences

dosage

Engineering & Materials Science

Plasmas
Irradiation
Tungsten
Ions
Turbulence
Hydrogen
Ion bombardment
Temperature
Helium
Deuterium
Fluxes
Heating
Electrons
Thermal load
Neutron irradiation
Experiments
Microstructure
Heavy ions
Heat flux
Fusion reactions
Electron temperature
Electric fields
Cyclotrons
Neutrons
Plasma confinement
Microstructural evolution
Impurities
Plasma turbulence
Vacuum
Electron cyclotron resonance
Vacancies
Magnetic fields
Defects
Pressure gradient
Swelling
Atoms
Limiters
Vanadium alloys
Isotopes
Ion beams
Beam plasma interactions
Plasma devices
Precipitates
Molybdenum
Phosphorus
Chemical activation
Coatings
Radiation
Electron irradiation
Surface treatment
Hardening
Dislocations (crystals)
Carrier concentration
Magnetohydrodynamics
Edge dislocations
Austenitic stainless steel
Antenna phased arrays
Ferritic steel
Thermal gradients
Metals
Facings
Orbits

Chemical Compounds

Plasmas
Tungsten
Irradiation
Helium
Hydrogen
Ion bombardment
Deuterium
Ions
Temperature
Thermal load
Neutron irradiation
Microstructure
Fluxes
Heat flux
Heavy Ions
Microstructural evolution
Neutrons
Experiments
Molybdenum
Isotopes
Vacuum
Impurities
Vanadium alloys
Fusion reactions
Vacancies
Defects
Atoms
Metals
Graphite
Phosphorus
Chemical activation
Coatings
Swelling
Electron irradiation
Electrons
Precipitates
Ferritic steel
Dislocations (crystals)
Hardening
Surface treatment
Limiters
Heating