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iki:rscf-grant-application-winter-2022 [2022/02/07 09:42] – [Форма 4. Содержание проекта] arina2724iki:rscf-grant-application-winter-2022 [2022/02/07 12:51] (текущий) – 193.232.30.173
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 //The latest research carried out during the Chinese mission Chang'E-3 showed that the process of dust deposition on the solar panels of the vehicle located at an altitude of ~ 2 m from the surface of the Moon occurs not only during the first lunation after the landing of the vehicle (due to the rise of dust particles by engines ), but also within 12 lunations after [15]. A similar dusty dynamics is characteristic of many other non-atmospheric objects of the solar system [16-18].// //The latest research carried out during the Chinese mission Chang'E-3 showed that the process of dust deposition on the solar panels of the vehicle located at an altitude of ~ 2 m from the surface of the Moon occurs not only during the first lunation after the landing of the vehicle (due to the rise of dust particles by engines ), but also within 12 lunations after [15]. A similar dusty dynamics is characteristic of many other non-atmospheric objects of the solar system [16-18].//
  
-//This project is aimed, first of all, at the experimental development of methods for modeling the formation processes and dynamics of dust and plasma-dust phenomena surrounding the space bodies of the solar system. During the implementation of the project, it is planned to modernize the experimental setup for conducting experiments on modeling (recreating) the conditions that promote the activation of dust dynamics. The key points when setting up experiments are:+//This project  is aimed, first of all, at the experimental development of methods for modeling the formation processes and dynamics of dust and plasma-dust phenomena surrounding the space bodies of the solar system. During the implementation of the project, it is planned to conduct experiments on modeling (recreating) the conditions that promote the activation of dust dynamics. The key points when setting up experiments are:
 - reconstruction of conditions conducive to the separation of dust particles from the regolith simulator (including: electric field strength, exposure to UV radiation and exposure to the solar wind electron flux);\\ - reconstruction of conditions conducive to the separation of dust particles from the regolith simulator (including: electric field strength, exposure to UV radiation and exposure to the solar wind electron flux);\\
 - development of methods for detecting flying dust particles and their properties (optical, transit and contact methods of registration are assumed);\\ - development of methods for detecting flying dust particles and their properties (optical, transit and contact methods of registration are assumed);\\
  • Последнее изменение: 2022/02/07 09:42
  • — arina2724