In recent years, prominent spacefaring nations have redirected their attention towards the
Moon as a potential avenue for economic prospects and as a pivotal waypoint for extended …

The accumulation of highly adhesive dust on spacecraft presents a serious issue to hinder
long-term extravehicular activity and the establishment of a permanent station on lunar …

Charging of the lunar surface induced by solar radiation can potentially threaten in situ
resource utilization. Associated issues include dust adhesion and material degradation …

In order to accurately model the machine-lunar soil simulant interaction, this study combined
physical and simulation experiments to calibrate the discrete element simulation parameters …

This study presents piezoelectric actuator placement to induce vibration dust mitigation and
offers a solution to mitigate dust accumulation on lunar photovoltaic arrays by bonding a …

The exploration and utilization of lunar resources have become the major objectives of
future lunar exploration missions. The classified collection and processing of lunar minerals …

As a lunar lander attempts to make a soft landing on the moon, the supersonic exhaust
plumes from the descent engine can liberate a large quantity of regolith grains off the ground …

The lunar rover's wheels produce substantial dust emission during movement, presenting
safety concerns for astronauts and potential equipment wear. Replicating the dust emission …

The solutions for the electrostatic interacting force between a particle and a plane typically
assume that the plane is infinite and the particle can be approximated as a point charge …

Rover wheels will be triboelectrically charged as they move along the lunar surfa ce. Dust
particles interact with other dust particles, the triboelectric contact of which results in a …