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V. Malkov, A. Trilis, A. Savin, S. Druzhinin (2005)
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COIL laser diffuser design
G. Singhal, R. Rajesh, Mainuddin, R. Tyagi, A. Dawar, P. Subbarao, M. Endo (2005)
Two-Stage Ejector Based Pressure Recovery System for Small Scale SCOIL
V. Malkov, A. Savin, I. Kiselev (2005)
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A 12-kW continuous-wave chemical oxygen-iodine laserQuantum Electronics, 33
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Experimental investigation of GDL diffusers
E. Rathakrishnan (2010)
Applied Gas Dynamics
J. Shwartz, G. Wilson, J. Avidor (2002)
Tactical high-energy laser, 4632
A. Boreisho V. Malkov (2008)
gas-dynamic problems of operation of mobile systems with PRS
A. Boreysho, S. Druzhinin, V. Malkov, I. Kiselev, A. Morozov, A. Orlov, A. Savin, I. Shatalov, V. Zapryagaev, A. Sobolev (2007)
Pressure recovery system for a high-power HF/DF laser: implementation practiceThermophysics and Aeromechanics, 14
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SPECIAL ISSUE DEVOTED TO THE 80TH ANNIVERSARY OF ACADEMICIAN N G BASOV'S BIRTH: Problems in the development of autonomous mobile laser systems based on a cw chemical DF laser
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Numerical simulation of gas-dynamic processes in pressure recovery systems of supersonic chemical lasersThermophysics and Aeromechanics, 8
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Chemical oxygen-iodine laser with a closed gas cycle, 4184
Abstract An open-type pressure recovery system (PRS) for chemical oxygen-iodine laser was designed and fabricated. As a first stage, an active diffuser was used in which the ejecting gas supply was organized through nozzles disposed around the channel periphery. The second stage was a supersonic ejector. Numerical simulation data for the viscous turbulent flow with heat release through the diffuser gas-dynamic channel, and also data obtained by testing the active diffuser in operation on a model facility equipped with a vacuum chamber, are reported. The obtained data were used to develop a full-scale setup with exhaust of laser gas into the atmosphere; this has allowed us to optimize the performance characteristics of the setup and substantially improve its mass-dimensional characteristics. Special attention was paid to parameter matching and synchronization of laser start with the operation of PRS components.
Thermophysics and Aeromechanics – Springer Journals
Published: Sep 1, 2011
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