Laboratory for High-Intensity Implantation of Ions

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Engineering & Materials Science

Plasmas
Vacuum
Ion implantation
Ion beams
Ions
Substrates
Coatings
Ion sources
Plasma sources
Titanium
Plasma applications
Cathodes
Intermetallics
Metal ions
Aluminum
Metals
Surface treatment
Pulse repetition rate
Plasma deposition
Processing
Current density
Magnetic fields
Sputtering
Zirconium alloys
Electric potential
Plasma flow
Spectrometers
Gases
Mechanical properties
Hydroxyapatite
Evaporators
Phase composition
Nitrogen
Plasma guns
Helium
Microstructure
Electron beams
Laser pulses
Plasma density
Wear resistance
Optical emission spectroscopy
Spark chambers
Angular distribution
Argon
Electrodes
Glow discharges
Chemical analysis
Conductive materials
Alpha particles
Pulse generators
Doping (additives)
Thermooxidation
Electrons
Friction
Disintegration
X ray diffraction
Tungsten
Oxidation resistance
Evaporation
Scanning electron microscopy
Alloy steel
Nickel
Mass spectrometers
Radiators

Physics & Astronomy

Physics

ion beams
vacuum
nitrogen ions
plasma jets
ions
metal ions
ballistics
current density
ion currents
magnetohydrodynamic flow
pulse repetition rate
pulse duration
angular distribution
electric potential
nitrogen plasma

General

arcs
ion implantation
submerging
implantation
pulses
energy
grids
steels
metals
surface layers
ribbons
regularity
retarding
Hall accelerators
spectrometers
chambers
bremsstrahlung
pulse generators

Chemistry and Materials

titanium
aluminum
intermetallics
mechanical properties
nickel
hardness
wear resistance
nitrogen
copper
gases
adhesion
metal vapors
argon

Engineering

ion sources
high current
coatings
arc discharges
cathodes
evaporators
direct current
hot cathodes
photoproduction
space charge
electrodes
gas discharges
anodes
plasma generators
magnetron sputtering
ion charge
nitriding

Aerospace Sciences

magnetic fields
Titan

Chemical Compounds

Vacuum
Plasmas
Ions
Ion implantation
Titanium
Ion beams
Aluminum
Substrates
Plasma applications
Surface treatment
Coatings
Plasma sources
Intermetallics
Zirconium alloys
Metals
Processing
Metal ions
Cathodes
Current density
Durapatite
Sputtering
Plasma flow
Plasma deposition
Mechanical properties
Microstructure
Phase composition
Optical emission spectroscopy
Magnetic fields
Laser pulses
Nickel
Evaporators
Plasma density
Glow discharges
Nitrogen
Wear resistance
Pulse repetition rate
Ion sources
Gases
Chemical analysis
Electrodes
Tungsten
Thermooxidation
X ray diffraction
Steam
Oxidation resistance
Evaporation
Scanning electron microscopy
Alloy steel