- only
known after 1945. In 1943,
Grote Reber was the
first to
report radioastronomical observations of the Sun at 160 MHz. The fast
development of radioastronomy...
-
specks on a
digital photograph taken in good light, to
optical and
radioastronomical images that are
almost entirely noise, from
which a
small amount of...
-
intelligence on
Soviet radar and
radio signals reflected from the Moon and
radioastronomical data from
outer space, but the
project was
halted in 1962
before the...
- in
ecliptic coordinates: 271.79° longitude, +53.43° latitude. The
radioastronomical position is RA 18h 03m 50.2s, dec +30° 00′ 16.8″ (galactic coordinates:...
-
Embankment 10 197110, St. Petersburg,
Zhdanovskaya street, 8 "Svetloe"
radioastronomical observatory Longitude: 29°46'53" E Latitude: 60°31'57" N Address:...
-
accuracy 0.1″) as
successive steps of
cosmic geodesy.
Together with
radioastronomical measurements, the FK6
accuracy was
better than ±0.1″. The Hipparcos...
-
wavelength range.
Operated by the
Pushchino Radio Astronomy Observatory.
Radioastronomical Observatory Zelenchukskaya Karachaevo-Cherkessiya,
Russia 1.4–22 GHz...
-
active galactic nuclei ("blazars"), fast
radio bursts, and
other radioastronomical phenomena. This
research is
performed by the
staff at the observatory...
- ISBN 978-0-596-52685-6. "Волосы Вероники" (in Russian).
Pushchino Radioastronomic Observatory.
Retrieved 20 July 2016. Bortle, John E. (February 2001)...
-
tomographic images using the
algorithm developed by
Bracewell for
radioastronomical reconstruction from fan-beam scans. This
corpus of work has been recognized...
