(14-15(02)) * << * >> * Russian * English * Content * All Issues
Classification and rational design of solar simulators
V.N. Grishanov
PDF, 2435 kB
Pages: 46-52.
Full text of article: Russian language.
Abstract:
It is hard to overestimate the effect of solar radiation on the processes occurring in natural and
man-made environments, therefore, various products and materials from the simplest ones to spacecraft
and their systems are tested for exposure to solar radiation [1]. Conducting field tests is often
impossible or is too expensive due to the difficulty of maintaining the same conditions during a
series of experiments and in case of real-time operation, which makes the test time unreasonably
long [2]. These difficulties rise exponentially when the effects are combined.
Citation:
Grishanov VN. Classification and rational design of solar simulators. Computer Optics
1995; 14-15(2): 46-52.
References:
- Simulation of Thermal Conditions at the Spacecraft and its Environment. Ed. Petrova GI; Moscow: Mashinostroenie Publisher;
1971; 382.
- Petrov VP. Quality control and testing of optical instruments; Leningrad: Mashinostroenie Publisher; 1985; 222.
- Dubinovsky AM, Pankov ED. Bench tests and control of optical-electronic devices; Leningrad: Mashinostroenie Publisher; 1986;
152.
- Voitsenya VS, Guzhova SK, Titov VI. The impact of low-temperature plasma and electromagnetic radiation on materials; Moscow:
Energoatomizdat Publisher; 1991; 224.
- Protopopov VV, Ustinov ND. Infrared laser location systems; Moscow: Voenizdat Publisher; 1987; 175.
- Safronov YP, Andriyanov YT. Infrared technology and outer space. - Moscow: Sov.radio; 1978; 248.
- Ivandikov YM. Optoelectronic devices for orientation and navigation of spacecraft; Moscow: Mashinostroenie Publisher; 1971;
200.
- Koltun MM. Solar cells; Moscow: Nauka Publisher, 1987; 192.
- Makarova EA, Kharitonov AV. Spectral energy distribution of the sun and the solar constant; Moscow: Nauka Publisher; 1972;
288.
- Gludkin OP. Methods and devices for testing RES and EMU; Moscow: High School Publisher; 1991; 336.
- Gurevich MM. Introduction to photometry. Moscow: Energiya Publisher; 1968; 244.
- Near-earth space, Reference Data; Ed. Johnson FS; Moscow: Mir Publisher; 1966; 191.
- Engineer guidebook on space-system engineering; Ed. Solodova AV; Moscow: Voenizdat Publisher; 1977; 430.
- Sidorov SN, Smolkin MN, Nikiticheva AM. Integral and spectral characteristics of halogen incandescent lamps. OMP; 1976; 2:
79-80.
- Telnyi AA. Imitation of solar radiation in the laboratory. OMP; 1976; 5: 43-46.
- Vugman SM, Volkov VI. Halogen incandescent bulbs. - Moscow: Energiya Publisher; 1980; 136.
- Stonoga VA, Lagutin MF. A study of the statistics of photocounts of a real location channel. Abstracts of papers of the Fourth
All-Union Symposium on Laser Sensing of the Atmosphere; Tomsk; Publishing house of the Institute of Atmospheric Optics,
Siberian Branch, Academy of Sciences of the USSR; 1976; 182-183.
- Bakulin PI, Kononovich EV, Moroz VI. Course in general astronomy; Moscow: Nauka Publisher; 1970; 536.
- Computational Optics: Reference; Ed. Rusinova MM; Leningrad: Energiya Publisher; 1984; 423.
- Kriksunov LZ. A handbook of the fundamentals of infrared technology; Moscow: Sov.radio Publisher; 1978; 400 .
© 2009, IPSI RAS
151, Molodogvardeiskaya str., Samara, 443001, Russia; E-mail: journal@computeroptics.ru ; Tel: +7 (846) 242-41-24 (Executive secretary), +7 (846) 332-56-22 (Issuing editor), Fax: +7 (846) 332-56-20