Advanced Singlet Oxygen Generator for a COIL

This report results from a contract tasking Academy of Sciences as follows: The Grantee will develop new and radically different ideas for a high performance, advanced singlet oxygen generator for driving a supersonic COIL. Various ideas for high performance generator concepts matching up to the abo...

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Bibliographic Details
Main Authors: Kodymova, Jarmila, Zagidullin, M, Nikolaev, V, Svistun, M, Khvatov, N, Hruby, J, Spalek, O, Jirasek, V, Censsky, M
Format: Report
Language:English
Subjects:
CHEMICAL LASERS
CONSTRUCTION EQUIPMENT
CONTRACTORS
COUPLING(INTERACTION)
CZECH REPUBLIC
CZECHOSLOVAKIA
ENGINEERING DRAWINGS
ESTIMATES
FOREIGN REPORTS
Lasers and Masers
LITERATURE SURVEYS
OXYGEN GENERATORS
OXYGEN IODINE LASERS
Physical Chemistry
PROCUREMENT
SOLUTIONS(GENERAL)
SUPERSONIC CHARACTERISTICS
USSR
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Summary:This report results from a contract tasking Academy of Sciences as follows: The Grantee will develop new and radically different ideas for a high performance, advanced singlet oxygen generator for driving a supersonic COIL. Various ideas for high performance generator concepts matching up to the above prosperities should be theoretically considered and the best concept should be developed into the experimental device of advanced SOG. Phase 1: A conceptualization of the problem including a literature study theoretical estimation of particular problems calculations elaboration of generator concept. At the end of the first year, a consortium of the supervisor contractor and Russian and Czech investigators should evaluate the first phase of project solution, and if it is successful to specify the advanced generator concept that should be further developed. Phase 2: A design of advanced generator device including detailed technical drawings purchasing of suitable constructional materials and experimental equipment construction and testing of individual parts of experimental set-up, construction of small-scale advanced generator. Phase 3: A testing of performance parameters of the small-scale advanced generator and characterization of its output parameters (02(1D) yield residual chlorine and H2O vapor content), and testing this generator with coupling to the laser. The original document contains color images.