Context. Solar Orbiter provides dust detection capability in the inner heliosphere, but
estimating physical properties of detected dust from the collected data is far from …

Millions of ionograms are acquired annually to monitor the ionosphere. The accumulated
data contain untapped information from a range of locations, multiple solar cycles, and …

This study investigates short (millisecond) pulses detected by the Langmuir Probe and
Waves instrument on board the Mars Atmosphere and Volatile Evolution spacecraft. We …

Solar Orbiter is equipped with electrical antennas performing fast measurements of the
surrounding electric field. The antennas register high-velocity dust impacts through the …

Solar Orbiter is equipped with electrical antennas performing fast measurements of the
surrounding electric field. The antennas register high velocity dust impacts through the …

Solar Orbiter is equipped with electrical antennas performing fast measurements of the
surrounding electric field. The antennas register high-velocity dust impacts through the …

Mars is one of the most extensively explored planet in our solar system. However, previous
research on the dust environment surrounding Mars remains quite limited. We used the …

This project aims to investigate neural network systems as an effective tool for the in-space
captured dust impact signal detection. Cosmic dust is the nanometre to micrometre fine …

This study focuses on analyzing short (millisecond) pulses detected by the Langmuir Probe
and Waves (LPW) instrument onboard the Mars Atmosphere and Volatile Evolution …