Tomsk Polytechnic University

  • Lenin Avenue, 30

    634050 Tomsk

    Russian Federation

  • Russian Federation

Fingerprint Dive into the research topics where Tomsk Polytechnic University is active. These topic labels come from the works of this organisation's members. Together they form a unique fingerprint.

Engineering & Materials Science

Electron beams
Temperature
Radiation
Coatings
Powders
Chemical analysis
Metals
Electrons
Plasmas
Defects
Gases
Crystals
Water
Heat transfer
Titanium
Ion beams
Composite materials
Ions
Steel
Aluminum
Ignition
Electric potential
Phase composition
Lasers
Copper
Mathematical models
Irradiation
Heating
Liquids
X rays
Air
Oxidation
Catalysts
Substrates
Coal
Magnetron sputtering
Plastic deformation
Hydrogen
Nanoparticles
Particle accelerators
Evaporation
Nondestructive examination
Experiments
Vacuum
Natural convection
Kinetics
Cathodes
Ultrasonics
Processing
Microstructure
Carbon
Hot Temperature
Mechanical properties
Electrodes
Explosions
Vapors
Mass transfer
Ion implantation
Oxides
Sintering
Atoms
Microwaves
Testing
Temperature distribution
Hydroxyapatite
Welds
Friction
Microhardness
Computer simulation
Magnetic fields
Zirconium
Rocks
Wire
Wear resistance
Nitrogen
Diodes
Wear of materials
Iron
Luminescence
Glass
Positrons
Switches
Thin films
Crystalline materials
Phase transitions
Oxygen
Discharge (fluid mechanics)
Silicon
Surface treatment
Carbides
Impurities
Polymers
Calcium phosphate
Molecules
Gold
Chemical activation
Compaction
Welding
Raw materials
Melting

Chemical Compounds

Steel
Powders
Metals
Temperature
Coatings
Electron beams
Aluminum
Water
Chemical analysis
Titanium
Ions
Gases
Defects
Phase composition
Composite materials
Oxidation
Coal
Copper
Plasmas
Radiation
Catalysts
Molecules
Crystals
Ignition
Hydrogen
Ion beams
Heat transfer
Nanoparticles
Oxides
Electrons
Substrates
Magnetron sputtering
Carbon
Irradiation
X rays
Heating
Aluminum Oxide
Gold
Kinetics
Air
Plastic deformation
Mathematical models
Lasers
Liquids
Atoms
Microstructure
Ultrasonics
Durapatite
Mechanical properties
Silicon
Hamiltonians
Nitrogen
Infrared radiation
Zeolites
Steam
Sintering
Polymers
Evaporation
Explosions
Iron
Silver
Fourier transforms
Oils
Natural convection
Nickel
Luminescence
Hydrocarbons
Oxygen
Microhardness
Nondestructive examination
Chemical activation
Processing
Hot Temperature
Salts
Minerals
Voltammetry
Friction
Electrodes
Temperature distribution
Iodine
Wear resistance
Argon
Experiments
Opioid Receptors
Glass
Wear of materials
Rocks
Crystalline materials
Thin films
Ion implantation
Carbides
Melting
Methane
Carbon Monoxide
Surface treatment
Spectroscopy
Bearings (structural)
Welds
Electron energy levels
Electric potential

Physics & Astronomy

Physics

electron beams
electrons
ion beams
protons
temperature
heat transfer
ions
heat
vacuum
photons
electric potential
nanoparticles
luminescence
mesons
vibrational states
angular distribution
deuterons
temperature distribution
atoms
pulse duration
diffraction
coefficients
luminosity
positrons
center of mass
friction
laser beams

General

radiation
energy
pulses
crystals
steels
surface layers
defects
collisions
decay
lasers
metals
plastic deformation
interactions
simulation
cross sections
diffraction radiation
synthesis
generators
accelerators
free convection
kinetics
products
mass transfer
explosions
detectors
microwaves
mathematical models
microstructure
switches
nuclei
output
substructures
single crystals
porosity
titanium alloys
scalars
plastics

Engineering

coatings
x rays
ignition
high current
photoproduction
cathodes
irradiation
heating
magnetron sputtering
diodes
excitation
evaporation
high resolution
anodes

Chemistry and Materials

composite materials
titanium
water
gases
copper
aluminum
liquids
mechanical properties
molecules
air
ceramics
carbon
hydrogen
vapors
oxidation
microhardness
wear resistance

Aerospace Sciences

magnetic fields
cavities
coal
spectroscopy

Mathematical and Computer Sciences

symmetry