# Fingerprint Dive into the research topics where Anna Georgievna Knyazeva is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

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### Engineering & Materials Science

Ignition

Chemical reactions

Coatings

Electron beams

Mathematical models

Temperature distribution

Temperature

Heating

Reaction products

Heat flux

Thermal conductivity

Substrates

Hot Temperature

Composite materials

Oxygen cutting

Chemical analysis

Powders

Melting

Fluxes

Relaxation time

Heat transfer

Surface treatment

Particle beams

Elasticity

Mechanical waves

Mass transfer

Solid state reactions

Impurities

Reaction rates

Metals

Explosions

Residual stresses

Propellants

Sintering

Plasmas

Phosphate coatings

Thermal diffusion

Aluminum

Hard facing

Wave propagation

Kinetics

Porosity

Chlorination

Calcium phosphate

Gases

Thermal effects

Tensors

Titanium

Nonlinear equations

Thermal stress

### Physics & Astronomy

#### Engineering

ignition

coatings

heating

melting

plane stress

coating

surface treatment

#### Chemistry and Materials

solid phases

chemical reactions

composite materials

calcium phosphates

shale oil

titanium

elastic properties

intermetallics

#### General

mathematical models

synthesis

propagation

porosity

reaction products

kinetics

surface layers

explosions

reaction kinetics

ion implantation

expansion

allowances

two dimensional models

solid state

grain boundaries

shrinkage

fluids

relaxation time

lasers

impurities

estimates

cellular automata

propellants

products

sustaining

activity (biology)

#### Physics

electron beams

heat

temperature distribution

heat flux

flame propagation

diffusion coefficient

temperature

thermal conductivity

#### Life Sciences

temperature effects

### Chemical Compounds

Ignition

Chemical reactions

Coatings

Electron beams

Temperature distribution

Heating

Heat flux

Powders

Mathematical models

Temperature

Reaction products

Thermal conductivity

Composite materials

Hot Temperature

Melting

Heat transfer

Fluxes

Gases

Solid state reactions

Relaxation time

Elasticity

Explosions

Surface treatment

Propellants

Substrates

Metals

Aluminum

Diamond

Chemical analysis

Reaction rates

Porosity

Nitroglycerin

Polymers

Mechanical waves

Sintering

Niobium

Thermal stress

Thin films

Wave propagation

Multilayers

Chemical activation

Titanium

Fillers

Mass transfer

Thermal effects

Thermal expansion

Oxygen cutting

Thermodynamic properties

Polymer films

Nonlinear equations