Laboratory of Infrared Laser Systems
Publications
65
Citations
361
h-index
10
Authorization required.
Development of solid-state and fiber laser sources in the infrared range from 1.9 to 6 microns, with operating modes from continuous to generation of femtosecond pulses. Illumination of optical materials due to microstructuring of the surface. Experimental studies on the effects of laser radiation on biological tissues in order to develop diagnostic and surgical systems.
- Experimental research methods
- Mathematical modeling
Research directions
Development of solid-state and fiber laser sources in the infrared range from 1.9 to 6 microns with operating modes from continuous to generation of femtosecond pulses
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Sources based on A2B6 chalcogenides doped with chromium ions, as well as fiber thulium lasers, are being developed
Illumination of optical materials due to microstructuring of the surface
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The developed technology allows the illumination of optical materials in a wide range of wavelengths while maintaining the value of the threshold of laser destruction, which is important for the tasks of creating high-power laser systems
Experimental studies on the effects of laser radiation on biological tissues in order to develop diagnostic and surgical systems
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The systems being developed will allow medical operations to be performed with minimal thermal damage to neighboring tissues
Publications and patents
Lab address
Москва, Рубцовская набережная, 2/18
Authorization required.