Author:
Sedelnikov A V,Orlov D I,Leskova Yu D
Abstract
Abstract
In this paper, a study of the temperature shock of small technological spacecraft large elastic elements, considering the penumbral and shadow areas of its orbit, is carried out. A comparison of the dynamics changes in the temperature field of an elastic element with and without consideration of the penumbral section is presented. Conclusions are made about the significance of the penumbral section for modeling the dynamics of the small spacecraft under a temperature shock orbital motion in order to create favorable conditions for micro-accelerations for the successful implementation of gravitationally sensitive technological processes. The results of the work can be used in the small technological spacecraft design and the development of algorithms that reduce the negative impact of temperature shock on the micro-acceleration field of the small spacecraft inner environment.
Reference13 articles.
1. Active control of thermal convection in a rectangular loop by changing its spatial orientation;Bratsun;Microgravity Science and Technology,2018
2. Effects of Non-Uniform Temperature of the Walls on the Soret Experiment;Lyubimova;Microgravity Science and Technology,2019
3. Fractal assessment of microaccelerations at weak damping of natural oscillation in spacecraft elastic elements. II;Sedelnikov;Russian Aeronautics,2007
4. Some features of disturbed rotational motion of a satellite with a strong onboard magnet;Lyubimov;Russian Aeronautics,2009
5. Problems of development motion control algorithms for a small spacecraft for technological purpose taking into account temperature deformations of solar panels;Gorozhankina;Journal of Physics: Conference Series,2020
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