Chaotic terrains and the associated massive outflow channels are some of the most
enigmatic features on Mars. Over hundreds of kilometres of rock units are fractured, tilted …

The nature of the materials underlying the superficial deposits of Mars can be inferred,
applying an inversion algorithm, from the data acquired by the orbiting HF radars MARSIS …

SHARAD (SHAllow RADar) is a nadir-looking Synthetic Aperture Ground Penetrating Radar
on board NASA's 2005 Mars Reconnaissance Orbiter. There are three main characteristics …

Abstract The WISDOM (Water Ice Subsurface Deposits Observations on Mars) Ground
Penetrating Radar has been selected to be part of the ExoMars 2018 exobiological rover …

The complex conductivity of partially saturated siliciclastic sediments can now be reasonably
predicted through recently developed petrophysical models like the POLARIS model …

One of the main objectives of proposed missions to the icy Jovian moons is to prove the
existence of the postulated subsurface ocean on Europa using radar sounders. The success …

The exploitation of ground penetrating radar in Mars subsurface exploration is becoming
assessed in remote sensing observations and is of timely interest for high resolution in situ …

Non-contact life detection is a significant component of both civilian and military rescue
applications. As a consequence, this interest has resulted in a very active area of research …

In the work, we present dielectric spectroscopy (DS) is an analytical method capable of
characterizing and quantifying electrochemically active materials (water/ice, ions, etc.) in …

Radar remote sensing is a powerful tool used to image planets, moons, asteroids, and
comets with ground-based and orbital instruments. Variations in the backscatter coefficient …