ratan$550834$ - definizione. Che cos'è ratan$550834$
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In questa pagina puoi ottenere un'analisi dettagliata di una parola o frase, prodotta utilizzando la migliore tecnologia di intelligenza artificiale fino ad oggi:

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  • etimologia

Cosa (chi) è ratan$550834$ - definizione

HELLO TELLSCOPE
RATAN 600
  • One of the conical secondary reflectors of the RATAN-600 on a 1987 [[USSR]] [[postal stamp]]

Ratan goby         
SPECIES OF FISH
Ponticola ratan; Neogobius ratan; Neogobius bogdanowi; Gobius bogdanowi; Gobius goebelii; Gobius ratan
The ratan goby (Ponticola ratan) is a species of goby native to brackish and marine waters of the Black Sea, the Sea of Azov and the Caspian Sea. In the Caspian Sea it is presented by subspecies Ponticola ratan goebeli.
RATAN-600         
The RATAN-600 (, an acronym for the "Academy of Sciences Radio Telescope – 600") is a radio telescope in Zelenchukskaya, Karachay–Cherkess Republic, Russia. It comprises a 576 m diameter circle of rectangular radio reflectors and a set of secondary reflectors and receivers, based at an altitude of 970 m.
Ratan Bhowmik         
INDIAN POLITICIAN
Ratan Kumar Bhowmik
Ratan Kumar Bhowmik is an Indian politician and a member of the Communist Party of India (Marxist). He is a member of the Tripura Legislative Assembly from the Kakraban-Salgarh constituency in Gomati district.

Wikipedia

RATAN-600

The RATAN-600 (Russian: РАТАН-600 – радиоастрономический телескоп Академии наук – 600, an acronym for the "Academy of Sciences Radio Telescope – 600") is a radio telescope in Zelenchukskaya, Karachay–Cherkess Republic, Russia. It comprises a 576 m diameter circle of rectangular radio reflectors and a set of secondary reflectors and receivers, based at an altitude of 970 m. Each of the 895 2×7.4 m reflectors can be angled to reflect incoming radio waves towards a central conical secondary mirror, or to one of five parabolic cylinders. Each secondary reflector is combined with an instrumentation cabin containing various receivers and instruments. The overall effect is that of a partially steerable antenna with a maximum resolving power of a nearly 600 m diameter dish, when using the central conical receiver, making it the world's largest-diameter individual radio telescope.