Spektr- R Radioastron. The mission scenario. The primary goal of the Spektr- R mission was to study structure and dynamics of radio sources inside and outside of our Milky Way galaxy.
Moscow, Russia (RIA Novosti) Dec 21, 2006 - Aside from the Spektr and Radioastron projects, Russia has other. These delays can be explained by the fully-fledged crisis that plagued the Russian space program. New science missions: Koronas Foton (launched in January 2009), Spektr R (RadioAstron. Priorities of the Russian space program include the new Angara. The Russian Federal Space Agency Roscosmos launched on 19 July.
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- RadioAstron comprises a space radio. 14:29 UTC+3 MOSCOW RadioAstron comprises a space radio-telescope mounted on the Spektr-R satellite.
- RadioAstron (or “Spektr-R”) which launched in June 2011 has successfully completed its in-orbit testing, together with running its early scientific program which has started in February 2012. The main idea of the testing.
- It has been almost a year since the Spektr-R spacecraft was launched from the Baikanor Cosmodrome. Developed as part of RadioAstron’s international space program, this was the first Russian spacecraft to be launched in many.
- The state-of-the-art Russian orbital radio telescope RadioAstron (Spektr R) is a thousand times more powerful than its foreign counterpart, the Hubble. The unit has high-power solar panels and the world's largest solid-state.
- Russian orbital radio telescope RadioAstron has detected the first K-band. The space observatory, the first one in the Spektr series, is to be followed by X-ray and ultraviolet spacecraft. English - India; English.
- Russian Spektr-R space device (“Radioastrion”) was registered in Guinness book of World records as the largest space radiotelescope, – Lebedev Physical Institute Astro Space Centre reports. According to Guinness book.
This research was expected to help in the understanding of fundamental problems of astrophysics and cosmology, including the structure of galaxies, star formations, black holes, dark matter and interstellar space. By placing a radio telescope into space it would be possible in conjunction with ground- based antennas to form a gigantic virtual telescope.
It was expected that ground telescopes in Australia, Chile, China, Europe, India, Japan, Korea, Mexico, Russia, South Africa, Ukraine and USA would join the Spektr- R in observations.