Nanodust grains of a few nanometers in size are produced near the Sun by collisional
breakup of larger grains and picked up by the magnetized solar wind. They have so far been …

The Wind spacecraft is positioned just sunward of Earth at the first Lagrange point, while the
Ulysses spacecraft orbits above and below the ecliptic plane crossing the ecliptic as far from …

The effective temperatures of the positive and negative charge carriers in impact plasma are
measured experimentally. The measurements are performed using a dust accelerator using …

Several interplanetary spacecraft have inferred the presence of nanometer‐sized dust
grains in the inner heliosphere accelerated to near‐solar wind velocities based on …

The solar system contains solids of all sizes, ranging from kilometer-sized bodies to nano-
sized particles. Nanograins have been detected in situ in the Earth's atmosphere, near …

A certain type of impulsive signal in the Solar Terrestrial Relations Observatory (STEREO)
electric field data has been identified as impacts of small dust, nanodust, entrained by the …

This paper describes the design of MEFISTO (Mercury Electric Field In-Situ Tool) and WPT
(Wire Probe Antenna) electric field sensors for Plasma Wave Investigation (PWI) on 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 …

This article present results from automatic detection of dust impact signals observed by the
Solar Orbiter–Radio and Plasma Waves instrument. A sharp and characteristic electric field …

Since the discovery of the Moon's asymmetric ejecta cloud, the origin of its sunward-canted
density enhancement has not been well understood. We propose impact ejecta from …