• 206 Citations
  • 6 h-Index
20052019
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Fingerprint Dive into the research topics where Roman Olegovich Rezaev is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Physics & Astronomy

General

vortices
tubes
multiphase flow
radiation
diffraction radiation
fluid flow
interferometers
simulation
Einstein equations
analyzers
coils
nonlinearity
fluids
analogs
crystals
operators
optimization
layouts
dissipation
rays
radii

Engineering

x rays
monochromators
nucleation
nanowires
engineering
moments
electrodes
ionizing radiation
standard deviation
spatial resolution

Aerospace Sciences

magnetic fields

Mathematical and Computer Sciences

Cauchy problem
Fokker-Planck equation
approximation
cross correlation
sensitivity
normal density functions

Physics

phase contrast
radiation distribution
plane waves
flow velocity
luminosity
photonics
optics
radiation spectra
electric potential
electrons

Aeronautics

trajectories

Chemistry and Materials

wire

Engineering & Materials Science

Vortex flow
Superconducting materials
Radiation
X rays
Magnetic fields
Piezoelectric actuators
Multiphase flow
Analog to digital conversion
Nucleation
Monochromators
Photonics
Electron energy levels
Light emitting diodes
Flow of fluids
Crystals
Luminance
Optics
Bearings (structural)
Substrates
Photons
Diffraction
Flow rate
Electrons
Chemical analysis
Cavity resonators
Computer simulation
Electric potential
Conduction bands
Binding energy
Excitons
Optical systems
Semiconductor quantum dots
Ionizing radiation
Diodes
Electrodes
Nanotubes
Geometry
Temperature
Pipe
Photoelectricity
Energy dissipation
Crystalline materials
Compton scattering
Processing
Lorentz force
Scintillation counters
Radiation counters
Correlation methods
Charged particles

Chemical Compounds

Vortex flow
Superconducting materials
Radiation
Magnetic fields
Piezoelectric actuators
Nucleation
Monochromators
Electron energy levels
Light emitting diodes
Flow of fluids
Substrates
Photons
Diffraction
Flow rate
Electrons
X rays
Chemical analysis
Cavity resonators
Electric potential
Conduction bands
Binding energy
Semiconductor quantum dots
Ionizing radiation
Diodes
Electrodes
Nanotubes
Geometry
Temperature
Pipe
Photoelectricity
Energy dissipation
Crystalline materials
Compton scattering
Lorentz force
Crystals
Scintillation counters
Radiation counters
Correlation methods
Charged particles