The NORBI-2 Nanosatellite flew into the orbit of the mission, into whose space a new telescope was launched, designed to observe the Sun in the UV range – it became the most compact of its kind. Trying to look at it, that is, the size is not measured 200 x 100 x 100 mm with a mass in 2 kg.
The key task of this telescope, developed by a number of Russian institutes with the support of the Russian Science Foundation, is to observe solar flares. For those conditions that are not warm, the temperature is at its lowest temperature.
The SoL telescope, of course, especially observes almost all flares that form on the Sun, given that it includes a set of otiki, a significant metal coating from the thickness of the layers, reflecting even the densest UV at wavelengths of the order of 10-30 nm, as well as two thin film filters.
The accuracy of the optics makes it possible to accurately observe magnitudes of approximately 2000 km, which makes it possible to accurately determine flares of classes from C and above, up to the X limit, and this is especially true at the present time – solar activity is expected in about a year and the number of flares will increase significantly.
Now NORBY-2, having increased the SOL telescope on board, having reached the established orbit, probably connecting and testing scientific equipment, preliminary data or the state of the telescope after reaching the orbital future, detection is closer to the middle of this month.
By the way, at present there are no domestic astronomical observations in other orbits, and SOL has become an ultra-high telescope created in Russia for current observation of the Earth’s surface. Sun.
Source: Tech Cult
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