Department of Innovative and Applied Research (OIPR)

Directions of scientific research:

Development of a method for applying functional coatings with laser irradiation of a free jet of microparticles in a gas.
Development and creation of a real-time control system for the true surface temperature and its application in laser cladding of metal powder and the development of additive technologies.
Formation of diamond coatings in a plasma-chemical reactor with an optical discharge in the laser plasmatron mode at atmospheric pressure and in the absence of a vacuum chamber.
Remote laser dividing cutting of thick-walled spatial metal, reinforced concrete structures and rocks.
Investigation of absorption and scattering of radiation from a cw ytterbium fiber laser with λi≈1.07 μm in a flame of burning hydrocarbons and the efficiency of separation cutting.
Development of criteria for remote laser (λi ≈ 1.07 µm) ignition of spills of various oil and gas products under conditions of Arctic temperatures. (up to -50 ° C).
Development of laser technology for liquidation of emergency oil spills in the aquatic environment, coastal and coastal zones.
Creation of mobile laser technological complexes (MLT) for the prompt solution of various technological problems.

MLTK stand:

Element is not found