Institute of New Materials and Technologies

  • Мира, 28

    620002 Екатеринбург

    Russian Federation

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Engineering & Materials Science

Steel
Temperature
Pipe
Copper
Furnaces
Metals
Titanium alloys
Heating
Blast furnaces
Phase composition
Chemical analysis
Heat treatment
Cooling
Slags
Processing
Quenching
Mechanical properties
Phase transitions
Titanium
Austenite
Refractory materials
Melting
Plastic deformation
Microstructure
Leaching
Smelting
Rolling mills
Patents and inventions
Bearings (structural)
Hardening
Nickel
Iron
Aluminum
Ores
Gases
Carbon
Zinc
Air
Liquids
Casting
Hardness
Martensite
Wire
Textures
Raw materials
Metallurgy
Austenitic steel
Chromium
Oxygen
Friction
Aging of materials
Wear of materials
Linings
Oxides
Kinetics
Iron ores
Crystallization
Electrolysis
Annealing
Glass
Coatings
Mathematical models
Corrosion
Brass
Defects
Computer simulation
Ingots
Molten materials
Alloying
Nonferrous metals
Viscosity
Industry
Sintering
Hot rolling
Martensitic transformations
Alumina
Hot Temperature
Bronze
Flotation
Machining
Microhardness
Steel pipe
Physical properties
Excavators
Welds
Solid solutions
X rays
Continuous casting
Powders
Copper alloys
Cold rolling
Deposits
Autoclaves
Nanocrystalline alloys
Aluminum alloys
Wear resistance
Heat transfer
Concretes
Composite materials
Intermetallics

Chemical Compounds

Steel
Temperature
Copper
Metals
Furnaces
Phase composition
Heating
Pipe
Titanium alloys
Heat treatment
Blast furnaces
Chemical analysis
Cooling
Aluminum Oxide
Quenching
Nickel
Slags
Phase transitions
Titanium
Leaching
Mechanical properties
Aluminum
Refractory materials
Gases
Iron
Graphite
Processing
Carbon
Microstructure
Plastic deformation
Zinc
Melting
Ores
Crystallization
Smelting
Liquids
Raw materials
Hardening
Oxygen
Oxides
Textures
Air
Kinetics
Bearings (structural)
Powders
Metallurgy
Electrolysis
Annealing
Iron ores
Molten materials
Chromium
Hardness
Martensitic transformations
Aging of materials
Viscosity
Linings
Glass
Alloying
Rolling mills
Flotation
Ions
Sintering
X rays
Water
Electrolytes
Coatings
Microhardness
Nonferrous metals
Autoclaves
Friction
Composite materials
Nanocrystalline alloys
Solid solutions
Casting
Sulfides
Deposits
Corrosion
Ingots
Hot Temperature
Decomposition
Refractory alloys
Hydrogen
Hot rolling
Oxidation
Heat transfer
Coke
Boron
Physical properties
Mathematical models
Dissolution
Defects
Wire
Single crystals
Thermodynamic properties
Cold rolling
Blow molding
Shape memory effect
Thermal expansion
Steel pipe
Intermetallics

Physics & Astronomy

General

steels
titanium alloys
metals
leaching
microstructure
plastic deformation
quenching
hardening
austenite
billets
cooling
products
martensite
inventions
smelting
minerals
casts
textures
flotation
surface layers
blasts
slags
brasses
alloying
blanks
forecasting
autoclaves
liquid alloys
corrosion
diagrams
aluminum alloys
lasers
chemical composition
transition metals
square wells
tubes
shear
nickel alloys
grade
converters
iron ores
pressing
torsion
scanning electron microscopy
decomposition
dissolving
entropy
self organizing systems
microscopy
physical properties

Chemistry and Materials

copper
mechanical properties
titanium
nickel
zinc
microhardness
crystallization
hardness
iron
aluminum
wire
solid solutions
oxygen
liquids
chromium
air
gases
carbon
intermetallics
glass
refractories
metallurgy

Physics

temperature
heat
viscosity
electrons
diffraction
ions
coefficients

Engineering

phase transformations
heat treatment
furnaces
heating
melting
martensitic transformation
coatings
annealing
manufacturing
x rays
ingots
electrical resistivity
cold rolling
rollers

Social and Information Sciences

patents