Electrical engineering

Physics

Geology

Nanomaterials

Nanotechnology

Front velocity

Electromagnetic coil

Combustion

Oceanography

Engineering

Physical chemistry

Chemistry

Materials science

Programming language

Thermal

Front (military)

Substrate (aquarium)

Thermal diffusivity

Computer science

SPARK (programming language)

Induction heating

Mechanical engineering

Thermodynamics

Materials Science Forum

The feasibility of creating conditions for control of high-temperature synthesis (SHS) of nanomaterials has been studied. Experiments were carried out to determine the velocity of the combustion wave propagation of aluminum nanopowder obtained by electric explosion. In the course of the study, the factors influencing formation of the induction time: the thermal diffusivity of the substrate, the method of initiation of the combustion wave (flame, spark, heated body), the induction time between the initiating front and the front of the thermal explosion were considered. The relation describing the time of induction of thermal explosion is established.

Investigation of the Possibility for Control of High-Temperature Synthesis of Nanomaterials