FIELD: chemical industry; other industries; devices for production of the solid-phase nanostructured materials.
SUBSTANCE: the invention is pertaining to the nanotechnologies and may be used at production of the carbonic nanotubes. The invention provides, that in the steam generator (4) they prepare multiphase mixture of the initial substance and route it under pressure to the gasodynamic resonator (9), where the mixture detonates. The products of the detonation combustion through the nozzle (2) are fed in the chamber (3), extended and cooled forming clusters. The produced clusters are routed onto the target (12) with the formation die (1) arranged in the chamber (3). The substrate (11) of the target (12) is supplied with the temperature control device providing the cyclical heating and cooling. The formation and growth of the solid-phase nanostructured materials takes place on the formation die (1). As the pressure in the gasodynamic resonator (9) drops, the feeding of the multiphase mixture in it is restarts and the process repeats. The invention allows to provide the optimal conditions of the growth of the nanostructured materials and due to it to increased efficiency of the process.
EFFECT: the invention ensures provision of the optimal conditions for the growth of the nanostructured materials and the increased efficiency of the process.
1 dwg
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Authors
Dates
2007-05-27—Published
2005-03-14—Filed