AV Zakharov, LM Zelenyi, SI Popel' - Solar System Research, 2020 - Springer
The surface of the Moon, like that of any airless body in the Solar System, constantly experiences micrometeorite bombardment as well as the influence of solar radiation, solar …
SI Popel, AP Golub, AI Kassem, LM Zelenyi - Physics of Plasmas, 2022 - pubs.aip.org
The influence of the magnetic field of the Earth's magnetotail on dusty plasmas above the sunlit surface of the Moon is studied. For this purpose, a physical-mathematical model for a …
SI Popel, AI Kassem, YN Izvekova, LM Zelenyi - Physics Letters A, 2020 - Elsevier
The results are presented of the first investigation of linear and nonlinear processes associated with waves which are related to the presence of magnetic fields in dusty plasmas …
LM Zelenyi, SI Popel, AV Zakharov - Plasma Physics Reports, 2020 - Springer
A brief review is given of the dusty plasma near the surface of the Moon. Electrostatic processes represent an important factor of formation of such plasma. Problems related to …
SI Popel, AP Golub', EA Lisin, YN Izvekova… - JETP letters, 2016 - Springer
The possibility of the separation of dust particles owing to impacts of micrometeoroids on the surface of the Moon has been discussed. It has been shown that this effect is significant and …
SI Popel, TI Morozova - Plasma Physics Reports, 2017 - Springer
The wave processes that take place under the interaction of the Earth's magnetosphere with dusty plasma near the lunar surface are considered. It is shown that the waves can be …
AP Golub', SI Popel - Solar System Research, 2021 - Springer
We analyze the origin of dust particles in the near-surface layer of the Moon, the fluxes of which were measured in the Chang'e 3 lunar mission carried out by the People's Republic of …
SI Popel, AP Golub', LM Zelenyi, M Horányi - JETP Letters, 2017 - Springer
The possibility of the formation of a plasma–dust cloud in the exosphere of the Moon owing to impacts of meteoroids on the lunar surface is discussed. Attention is focused on dust …