Optimization tests are being conducted on a high power chemical oxygen iodine laser. Optical diagnostics were developed to monitor variations in laser medium species. Presently 570 watt laser output was obtained and a laser power of at least one kilowatt is expected
In this paper we describe several diagnostics that we have developed to assist the development of hi...
Tire de : 8th international symposium on gas flow and chemical lasers, Madrid (Spain), September 10-...
Development of infrared flowing medium lasers needs to be envisaged in a manner that practical aspec...
Optimization tests are being conducted on a high power chemical oxygen iodine laser. Optical diagnos...
A theoretical analysis of a kilowatt class COIL system has been performed in order to explain its ou...
Extrait de : International conference on lasers 91, San-Diego CA (USA), December 8-13, 1991SIGLEAvai...
A high-power laser has been developed that combines the beam quality of gas lasers with the advantag...
To check whether it is possible to make the construction of an oxygen-iodine laser less complicated ...
This work describes a systematic investigation to advance the scientific understanding of the electr...
A multikilowatt chemical oxygen-iodine laser (COIL) using molecular iodine generated chemically as t...
A pulsed iodine laser driven by a chemical oxygen generator was developed. The energy deposition on ...
$^{*}$Support by Russian Foundation for Basic Research grant is gratefully acknowledgedAuthor Instit...
The performances of a small scale subsonic chemical oxygen-iodine laser have been improved, the outp...
One-dimensional pre-mixed model for a pulsed chemical oxygen-iodine laser is presented according to ...
Chemical Oxygen Iodine Laser(COIL) is an electronic transition high energy chemical laser having a w...
In this paper we describe several diagnostics that we have developed to assist the development of hi...
Tire de : 8th international symposium on gas flow and chemical lasers, Madrid (Spain), September 10-...
Development of infrared flowing medium lasers needs to be envisaged in a manner that practical aspec...
Optimization tests are being conducted on a high power chemical oxygen iodine laser. Optical diagnos...
A theoretical analysis of a kilowatt class COIL system has been performed in order to explain its ou...
Extrait de : International conference on lasers 91, San-Diego CA (USA), December 8-13, 1991SIGLEAvai...
A high-power laser has been developed that combines the beam quality of gas lasers with the advantag...
To check whether it is possible to make the construction of an oxygen-iodine laser less complicated ...
This work describes a systematic investigation to advance the scientific understanding of the electr...
A multikilowatt chemical oxygen-iodine laser (COIL) using molecular iodine generated chemically as t...
A pulsed iodine laser driven by a chemical oxygen generator was developed. The energy deposition on ...
$^{*}$Support by Russian Foundation for Basic Research grant is gratefully acknowledgedAuthor Instit...
The performances of a small scale subsonic chemical oxygen-iodine laser have been improved, the outp...
One-dimensional pre-mixed model for a pulsed chemical oxygen-iodine laser is presented according to ...
Chemical Oxygen Iodine Laser(COIL) is an electronic transition high energy chemical laser having a w...
In this paper we describe several diagnostics that we have developed to assist the development of hi...
Tire de : 8th international symposium on gas flow and chemical lasers, Madrid (Spain), September 10-...
Development of infrared flowing medium lasers needs to be envisaged in a manner that practical aspec...
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