Физика и астрономия
argon
low pressure
plasma jets
xenon
rare gases
gas discharges
molecules
energy distribution
electrokinetics
atoms
distribution functions
electron energy
low voltage
electrons
electron beams
excitation
ionization
water vapor
tubes
velocity distribution
glow discharges
pulses
radiation
water
thorium
arcs
luminaires
electronics
electric fields
molecular beams
gas mixtures
kinetic theory
electronic spectra
cathodes
collisions
dissociation
ion distribution
ground state
gas lasers
excimers
photons
elastic media
electrode materials
energy
mercury vapor
continuums
rubidium
low currents
fullerenes
partial pressure
Технические дисциплины и материаловедение
Plasmas
Electrons
Argon
Ionization
Electronic states
Molecules
Carrier concentration
Superradiance
Electron temperature
Atoms
Mercury vapor lamps
Ultrashort pulses
Rubidium
Neon
Discharge lamps
Vapors
Distribution functions
Photons
Inert gases
Laser pulses
Water vapor
Electric lamps
Light sources
Excited states
Electric fields
Inelastic scattering
Gases
Partial pressure
Fluorescent lamps
Ground state
Time measurement
Light emission
Condensation
Electron gas
Relaxation time
Photoionization
Electron energy levels
Modulation
Gas mixtures
Experiments
Molecular beams
Ions
Negative ions
Titanium dioxide
Химические соединения
Molecules
Ionization
Excited states
Plasmas
Electronic states
Atoms
Photons
Argon
Superradiance
Mercury
Mercury vapor lamps
Xenon
Gas lasers
Ultrashort pulses
Rubidium
Discharge lamps
Steam
Ground state
Laser pulses
Vapors
Inelastic scattering
Electrons
Photoelectron spectroscopy
Electric lamps
Hydroxyl Radical
Time measurement
Radiation
Distribution functions
Laser radiation
Condensation
Relaxation processes
Electron gas
Electron temperature
Photoionization
Gas mixtures
Noble Gases
Molecular beams
Ions
Partial pressure
