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Fingerprint Dive into the research topics where David N Ruzic is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Engineering & Materials Science

Plasmas
Lithium
Sputtering
Ions
Debris
Optics
Erosion
Cleaning
Fluxes
Liquids
Extreme ultraviolet lithography
Atoms
Plasma sources
Hydrogen
Beam plasma interactions
Experiments
Helium
Fusion reactions
Liquid metals
Limiters
Contamination
Magnetron sputtering
Facings
Surface roughness
Temperature
Ionization
Mirrors
Substrates
Physical vapor deposition
Ion beams
Gases
Tin
Langmuir probes
Graphite
Deposition rates
Light sources
Masks
Electron temperature
Ion bombardment
Carbon
Lithography
Tritium
Deuterium
Magnetic fields
Etching
Metals
Impurities
Heat flux
Wetting
Lasers

Chemical Compounds

Plasmas
Lithium
Ions
Sputtering
Debris
Optics
Cleaning
Liquids
Erosion
Fluxes
Helium
Hydrogen
Beam plasma interactions
Extreme ultraviolet lithography
Gases
Plasma sources
Limiters
Atoms
Contamination
Experiments
Tin
Mirrors
Liquid metals
Fusion reactions
Graphite
Surface roughness
Ion beams
Facings
Carbon
Magnetron sputtering
Light sources
Deposition rates
Metals
Temperature
Ionization
Masks
Silicon
Tritium
Substrates
Lithography
Etching
Electron temperature
Impurities
Beryllium
Physical vapor deposition
Magnetic fields
Plasma etching
Deuterium
Antennas
Langmuir probes

Physics & Astronomy

Chemistry and Materials

lithium
liquid lithium
liquid metals
graphite
hydrogen
tin
helium
carbon
gases
deuterium

Engineering

accumulators
sputtering
debris
lithography
magnetron sputtering
contamination
ionization
light sources
etching
antennas
charge exchange
life (durability)

Physics

ions
optics
hydrogen plasma
plasma jets
reflectance
energy distribution
electron energy
neutral atoms
ion beams
atmospheric pressure
metastable atoms

General

cleaning
erosion
fusion
energy
mirrors
analyzers
bombardment
vapor deposition
electrostatic probes
masks
radio frequencies
quartz crystals
interactions
simulation
metals
surface reactions

Aerospace Sciences

ultraviolet radiation