Being presented are the results of theoretical and experimental studies aimed at development of solar-pumped photo-dissociation laser fulfilled by RNTs "Applied Chemistry," Ioffe Physical Technical Institute and RFNC-VNIIEF. The model iodine laser concept was developed, and its parameters were calculated and experimentally optimized. The spectrum of xenon lamps was explored and its identical to solar spectrum features were demonstrated. The products of photolysis were studied in the active medium as well as the possibility of laser radiation conversion into the electrical one.
Victor Masychev, Valentin Sysoev, Konstantin Pichkhadze, Konstantin Lezvinsky, Yuri Bulkin, Vladimir Andreev, Vladimir Eftiheev, Vladimir Rumyantzev, Ilya Tarasov, Boris Papchenko
KEYWORDS: Satellites, Laser applications, Semiconductor lasers, Laser systems engineering, Laser sources, Quantum efficiency, Control systems, Power supplies, Optical components, High power lasers
In the article the project of a laser channel of remote power transmission in space is shown. In details is circumscribed elements and system for implementation of experiment on power transmission, within the frame of the possible scientific and applied projects of experiments on the International Space Station (ISS), on a distance more than 1000 m with a level of power more than 1000 W. The capability of increase of power of radiation is shown. The capability of reaching efficiency of a channel of power transmission up to 30% is designed. Also in the article a number of possible additional applications of the given system-data transfer with high speed and measurement of geometric parameters of interposition satellite-satellite is shown. The article contains analysis of using a channel power transmission for information-measuring whole.
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