FIELD: physics, optics.
SUBSTANCE: invention relates to means of producing materials which enable to compensate for birth defects in humans and animals. The disclosed laser generator of three-dimensional nanocomposites comprises a table on which a vessel is placed for holding a water-protein dispersion of carbon nanotubes, which is optically interfaced with a fibre-optic guide and a pyrometric temperature meter and interfaced with a thermocouple. The fibre-optic guide is optically interfaced with a main and a pilot laser emitter. The disclosed device also includes an additional module which is fitted with a pyrometric temperature meter which is interfaced with a thermocouple, and a fibre-optic guide.
EFFECT: present invention improves the quality of produced nanocomposites and simplifies the assembly of component parts of the laser generator for producing said nanocomposites.
6 cl, 2 dwg
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