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

Engineering & Materials Science

Ignition
Coal
Water
Wood
Temperature
Ashes
Time delay
Heat transfer
Heating
Pyrolysis
Evaporation
Boilers
Mathematical models
Petrochemicals
Furnaces
Mass transfer
Surface waters
Moisture
Biomass
Gases
Slurries
Steam
Heat radiation
Computer simulation
Water vapor
Combustion chambers
Thermal conductivity
Liquid fuels
Air
Incineration
Thermodynamic properties
Experiments

Physics & Astronomy

Engineering

ignition
boilers
furnaces
heating
evaporation

Aerospace Sciences

coal

Chemistry and Materials

water
ashes
high temperature air
thermal decomposition
high temperature gases
composite materials
charcoal
liquids
pyrolysis

General

air flow
time lag
hydrocarbon fuels
liquid fuels
oxidizers
mass transfer
high temperature environments
deposits
steam
combustion chambers
fuel combustion
slags
simulation
thermophysical properties

Physics

heat transfer
thermal conductivity

Chemical Compounds

Ignition
Coal
Water
Wood
Temperature
Time delay
Pyrolysis
Heating
Evaporation
Gases
Surface waters
Heat transfer
Mass transfer
Petrochemicals
Mathematical models
Heat radiation
Steam
Thermal conductivity
Biomass
Computer simulation
Air
Thermodynamic properties
Slurries
Moisture