R&D Laboratory for Pulse-Beam, Electric Discharge and Plasma Technologies

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Physics & Astronomy

Physics

electron beams
electron accelerators
electric potential
ion beams
high voltages
pulse duration
vacuum
electrons
ions
electron energy
pulse repetition rate
nanoparticles
current density
spark gaps
plasma focus
impedance
optical properties
temperature
energy spectra
energy distribution
stress waves
shock waves
elastic waves
flux density
ion accelerators

General

pulses
diamond films
synthesis
accelerators
energy
electric pulses
switches
vapor deposition
breakdown
tubes
propagation
destruction
generators
gas composition
defects
foils
blasts
transformers
voltage generators
boreholes
output
calorimeters
energy consumption
charging
pulse generators
simulation
repetition
conduction
diaphragms
reactors
electron emission
thin films
chambers
kinetic energy
explosions

Engineering

diodes
cathodes
glow discharges
electric discharges
coatings
anodes
high current
electrodes
irradiation
beam currents
electrical faults
interlayers
heating
ion irradiation
alternating current
electrical properties
inductance
charge carriers

Chemistry and Materials

diamonds
titanium oxides
carbon
composite materials
adhesion
silicon oxides
gases
sulfur hexafluoride
copper
methane
nanocomposites
titanium
argon
hydrogen
water
silicon dioxide
gas mixtures
graphite
boron carbides

Aerospace Sciences

rocks
granite

Mathematical and Computer Sciences

radiation tolerance

Engineering & Materials Science

Electron beams
Particle accelerators
Diamond films
Electric potential
Diamonds
Ion beams
Cathodes
Electrodes
Electrons
Diodes
Vacuum
Coatings
Plasmas
Chemical vapor deposition
Glow discharges
Irradiation
Ions
Rocks
Electric discharges
Anodes
Gases
Gas mixtures
Carbon
Kinetic energy
Hydrogen
Adhesion
Pulse transformers
Radiation
Nucleation
Granite
Time delay
Discharge (fluid mechanics)
Ion bombardment
Pulse generators
Water
Defects
Silicon oxides
Blasting
Heating
Insulation
Temperature
Sulfur hexafluoride
Electric breakdown
Nanoparticles
Iron
Concretes
Switches
Thermal effects
Chemical analysis
Titanium dioxide
Phase composition
Air
Industrial applications
Networks (circuits)
Argon
Drying
Powders
Nanodiamonds
Decomposition
Optical properties
Oxygen
Surface treatment
Electrolytes
Tungsten carbide
Flashover
Wear of materials
Nanocomposites
Moisture
Full width at half maximum
Milling cutters
Multilayers
Thin films
Methane
Calorimeters
Membranes
Electric sparks
Carbides
Dielectric liquids
Plasma deposition
Copper
Insulating oil
Boron carbide
Sandstone
Pulse repetition rate
Etching
Drilling
Bushings
Optical emission spectroscopy
Iron powder
Carbon tetrachloride
Substrates
Nitrides
Titanium nitride
Lumber
Ceramic coatings
Electron irradiation
Plasma sources
Dosimetry
Boron nitride
Decontamination

Chemical Compounds

Diamond films
Diamond
Electron beams
Ion beams
Coatings
Chemical vapor deposition
Plasmas
Glow discharges
Ions
Particle accelerators
Irradiation
Hydrogen
Methane
Carbon
Nucleation
Adhesion
Electric potential
Argon
Nanoparticles
Rocks
Silicon oxides
Blasting
Gases
Iron
Temperature
Electric discharges
Electrons
Oxygen
Industrial applications
Electrodes
Cathodes
Gas mixtures
Nanodiamonds
Oxides
Heating
Kinetic energy
Powders
Wear of materials
Nanocomposites
Milling cutters
Ion bombardment
Multilayers
Thin films
Radiation
Carbides
Plasma deposition
Boron carbide
Sandstone
Aluminum
Etching
Optical emission spectroscopy
Iron powder
Substrates
Nitrides
Lumber
Vacuum
Ceramic coatings
Electron irradiation
Fluorine
Dosimetry
Metals
Residual stresses
Yttria stabilized zirconia
Multilayer films
Defects
Oxidation
Anodes
Wear resistance
Photolithography
Composite materials
Chromium
Secondary ion mass spectrometry
Solid oxide fuel cells (SOFC)
X ray diffraction
Boreholes
Electric breakdown