Low-frequency radio astronomy - Open Access .click

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Goniopolarimetric techniques for low-frequency radio astronomy in space

2013
The principles of space-based low-frequency radio astronomy are briefly introduced. As the wavelength range considered does not allow the use of focusing systems, goniopolarimetric (or “direction-finding”) techniques have been developed. These techniques are presented, and their limitations are discussed. An example from a recent study on auroral radio
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The current status of low frequency radio astronomy from space

2000
Ground-based radio astronomy is severely limited by the Earth's ionosphere. Below 15 - 20 MHz, space-based radio observations are superior or even mandatory. Three different areas of astronomical research manifest themselves at low radio frequencies: solar, planetary, and galactic-extragalactic.
M. L. Kaiser, K. W. Weiler
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Radio Frequency Interference Measurements for a Radio Astronomy Observatory Site in Indonesia

Aerospace, 2021
Timbul Manik
exaly

Multi-dimensional radio frequency interference framework for characterizing radio astronomy observatories

Journal of Astronomical Telescopes, Instruments, and Systems, 2021
Nadeem Oozeer
exaly

Site selection for a radio astronomy observatory in Turkey: atmospherical, meteorological, and radio frequency analyses

Experimental Astronomy, 2011
Ibrahim Küçük
exaly

Introduction to special section on Mitigation of Radio Frequency Interference in Radio Astronomy

Radio Science, 2005
Steven W Ellingson
exaly

Low Frequency Radio Astronomy and the LOFAR Observatory

2018
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Utilization of lunar craters for low-frequency radio astronomy

4th Annual Meeting and Technical Display, 1967
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