Fast Analysis of Onboard Measurements of the Earth Magnetic Field for the Purpose of Microaccelerations Decrement on Board of the “AIST” Small Spacecraft During its Uncontrolled Orbital Flight
This paper summarizes results of the pre-statistical manipulation of the Earth magnetic field data received by using the scientific instrument “MAGKOM during the test sample operation of the “AIST”-small spacecraft. Large data-samples were analyzed without in-depth study of some sectors which have been excluded from consideration because of actuating elements and scientific gears operating peculiarities. Some conclusions about the measuring devices operation correctness as well as about the received data key specs have been drawn as part of the study. The way to the future detail metric data analysis has been paved. The performed analysis could be used for the uncontrolled angular motion simulation of the “AIST”-small spacecraft as well as for spacecraft environment microaccelerations estimation.
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V. Sedelnikov, K. I. Potienko, Application of fractal analysis while designing of family of spacecraft for needs of space industry: in Fractal Analysis - Applications in Physics, Engineering and Technology, (Zagreb: InTech, 2017).
V. Sedelnikov, Modeling of microaccelerations caused by running of attitude-control engines of spacecraft with elastic structural elements, Microgravity Science and Technology (2016), Vol. 28, No 5, 491–498.
N. Kirilin, R. N. Akhmetov, G. P. Anshakov, A. D. Storozh, N. R. Stratilatov, A New Step Towards Unique Technologies In Space: The Foton-M4 Spacecraft, Flight, (2015), No 2, 3–9.
V. Shevtsova, D. Melnikov, J. C. Legros, The Post Flight Study of Micro Asselerations On-Board of Russian Spacecraft FOTON-12, Report for ESA2002, ESTEC, Noordwijk, Netherlands, 135 p.
G. P. Anshakov, A. I. Belousov, A. V. Sedelnikov, The problem of estimating microaccelerations aboard Foton-M4 spacecraft, Russian Aeronautics, (2017) Vol. 60, No 1, 83–89.
A. N. Kirilin, R. N. Akhmetov, G. P.Anshakov et al., Bion Project - TsSKB-Progress Contribution Into Space Biology And Medicine, Flight, (2013), No 11, 3–16.
W. R. Hu, J. F. Zhao, M. Long et al., Space Program SJ-10 of Microgravity Research, Microgravity Science and Technology, (2014), Vol. 26, No 3, 159–169.
A. V. Sedelnikov, Evaluation of the level of microaccelerations on-board of a small satellite caused by a collision of a space debris particle with a solar panel, Jordan Journal of Mechanical and Industrial Engineering, (2017), Vol. 11, – No 2, 121–127.
Sedelnikov, A., Potienko, K., Analysis of Reduction of Controllability of Spacecraft During Conducting of Active Control Over Microaccelerations, (2017) International Review of Aerospace Engineering (IREASE), 10 (3), pp. 160-166.
I. Belousov, Semkin, N.D., A. V. Sedelnikov, Analysis of the rotational motion of small spacecrafts of the Aist series, Aerospace Instrument-Making, (2017), No 8, 3–10.
V. I. Abrashkin, K. E. Voronov, A. V. Piyakov et al., Uncontrolled attitude motion of the small satellite AIST, Cosmic Research Uncontrolled rotary motion of a prototype small spacecraft AIST, Cosmic Research, (2015), Vol. 53, No 5, 360–373.
V. I. Abrashkin, K. E. Voronov, A. V. Piyakov et al., Uncontrolled rotary motion of a prototype small spacecraft AIST, Cosmic Research, (2017), Vol. 55, No 2, 128–141.
A. V. Sedelnikov, Classification of microaccelerations according to methods of their control, Microgravity Science and Technology, (2015), Vol. 27, No 3, P. 245–251.
Belousov, A., Sedelnikov, A., Potienko, K., Study of Effective Application of Electric Jet Engine as a Mean to Reduce Microacceleration Level, (2015) International Review of Aerospace Engineering (IREASE), 8 (4), pp. 157-160.
Sedelnikov, A., Molyavko, D., Potienko, K., Study of Over-assessment of Microaccelerations when Using a Beam-Model of Elastic Elements, (2016) International Review of Aerospace Engineering (IREASE), 9 (1), pp. 7-12.
V. Sedelnikov, K. I. Potienko, How to estimate microaccelerations for spacecraft with elliptical orbit, Microgravity Science and Technology, (2016), Vol. 28, No 1, P. 41–48.
J. Bendat, А. Pirsol, Measurement and analysis of casual processes, (Moscow: Publishing House «Mir», 1971).
A. I. Belousov, A.V. Sedelnikov, Problems in formation and control of a required microacceleration level at spacecraft design, tests, and operation, Russian Aeronautics, (2014) Vol. 57, No 2, 111–117.
V. Sedelnikov, A Problem of Choosing a Generalized Parameter of Flexible Spacecraft Structures to Construct a Fractal Model of Microaccelerations, Russian Aeronautics, (2008), Vol. 51, No 1, 84–86.
А. I. Kobzar’, Applied mathematical statistics, (Moscow: Publishing House «Phizmatlit», 2006).
A. V. Sedelnikov, The usage of fractal quality for microacceleration data recovery and for measuring equipment efficiency check, Microgravity Science and Technology, (2014), Vol. 26, No 5, P. 327–334.
V. Sedelnikov, Fractal Assessment of Microaccelerations at Weak Damping of Natural Oscillation in Spacecraft Elastic Elements. II, Russian Aeronautics, (2007), Vol. 50, No 3, 322–325.
V. Sedelnikov, A. A. Kireeva, Alternative solution to increase the duration of microgravity calm period on board the space laboratory, Acta Astronautica, (2011), Vol. 69, No 6-7, 480–484.
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