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Investigation of exceptionally radar-dark regions on the lunar nearside
(Conference object; Konferansebidrag, 2019-08)
Remote sensing of planetary surfaces is an effective method for gaining knowledge of the processes that
shape the planetary bodies in our solar system. This is useful for uncovering the environment of the primordial solar system and to study the current state of the upper crusts of the other planets in our neighborhood. A recent 6-meter wavelength polarimetric radar map of the Moon [?] showed ...
USE OF EISCAT 3D FOR OBSERVATIONS OF SPACE DEBRIS
(Conference object; Konferansebidrag, 2017-06)
We investigate the capabilities of the next generation
ionospheric research radar EISCAT 3D (E3D) for observations
of space objects. The radar is multi-static,
and is therefore capable of observing instantaneous threedimensional
vector velocity and position by observing
round-trip delay and Doppler shift between the transmitter
and three receiver sites. The radar is to be located
in Northern ...