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Отпечаток Узнайте самые подробные результаты анализа активности Gennady Yakovlevich Mamontov. Указанные в этом разделе метке относятся к действиям этого человека. Вместе они формируют уникальную картину его активности.

Engineering & Materials Science

Heat transfer
Temperature
Boilers
Heating
Ignition
Reinforced plastics
Gases
Composite materials
Temperature distribution
Coke
Glass
Hot air heating
Energy efficiency
Plastics
Cooling
Melting
Polymers
Thermosyphons
Heat flux
Glass fiber reinforced plastics
Phase interfaces
Chemical reactions
Computer simulation
Two phase flow
Oxidation
Catalyst supports
Networks (circuits)
Power transformers
Radiators
Flow of gases
Blow molding
Phase transitions
Electrocardiography
Flow rate
Carbon fibers
Catalysts
Enthalpy
Metals
Finite difference method
Alcohols
Hot Temperature
Mass transfer
Heat shielding
Air
Gold
Vapors
Infrared radiation
Chemical analysis
Flow interactions
Carbon

Chemical Compounds

Temperature
Heat transfer
Boilers
Ignition
Reinforced plastics
Gases
Temperature distribution
1-Octanol
Coke
Glass
Hot air heating
Composite materials
Energy efficiency
Heating
Melting
Plastics
Aluminum Hydroxide
Thermosyphons
Heat flux
Glass fiber reinforced plastics
Phase interfaces
Chemical reactions
Computer simulation
Two phase flow
Metals
Oxidation
Catalyst supports
Networks (circuits)
Power transformers
Cooling
Phase transitions
Electrocardiography
Flow rate
Gold
Powders
Catalysts
Enthalpy
Finite difference method
Polymers
Hot Temperature
Mass transfer
Vapors
Alcohols
Porosity
Chemical analysis
Flow interactions
Ions
Liquids
Polymers
Substrates

Physics & Astronomy

General

radiators
coke
gas flow
convection
two phase flow
pretreatment
plastics
catalysts
simulation
synthesis
enclosure
regularity
free convection
climate
specifications
surface layers
oxidizers
interactions
catalytic activity
products
atmospheres
conduction

Physics

heat transfer
heat
temperature
conductive heat transfer
low voltage
glass fibers
stagnation pressure
heat transmission

Chemistry and Materials

gases
boron carbides
air
composite materials
high temperature gases
carbon fibers
polymers
gold
oxidation
carbon
boron oxides

Engineering

radiant heating
heating
electric arcs
ignition
phase transformations
heat shielding
direct current
arc discharges

Mathematical and Computer Sciences

time constant