Recently new and interesting science drivers have emerged for very low frequency radio
astronomy from 0.3 MHz to 30 MHz. However Earth bound radio observations at these …

Abstract DARIS (Distributed Aperture Array for Radio Astronomy in Space) is a radio
astronomy space mission concept aimed at observing the low-frequency radio sky in the …

ABSTRACT The Orbiting Low Frequency Antennas for Radio Astronomy (OLFAR) project
aims to develop a space-based low frequency radio telescope that will explore the …

Abstract DARIS (Distributed Aperture Array for Radio Astronomy In Space) is a mission to
conduct radio astronomy in the low frequency region from 1-10MHz. This region has not yet …

Recently, there is a renewed interest in space based arrays for low frequency observations.
Orbiting Low Frequency Antenna Array (OLFAR) is one such project which investigates the …

New interesting astronomical science drivers for very low frequency radio astronomy have
emerged, ranging from studies of the astronomical dark ages, the epoch of reionization …

In the Northern part of the Netherlands ASTRON is building the largest radio telescope in the
world for low frequencies. The telescope is based on phased array principles and is known …

New and interesting science drivers have triggered a renewed interest in radio astronomy at
ultra long wavelengths. However, at longer wavelengths (beyond 10 meters) ground-based …

At present the celestial sky has been mapped in considerable detail for every major
wavelength band, except for the ultra-long radiowave band. A space-based interferometer …

The Low Frequency Array (LOFAR) opens a previously largely unexplored frequency
domain for challenging radio-astronomical research. At the 10 to 240 MHz operating …