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Development of a radiation based heat model for satellite attitude determination

机译:开发用于卫星姿态确定的基于辐射的热模型

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This paper is focused on the development and verification of a heat attitude model (HAM) for satellite attitude determination. Within this context, the Sun and the Earth are considered as the main external sources of radiation that could effect the satellite surface temperature changes. Assuming that the satellite orbital position (navigational data) is known, the proposed HAM provides the satellite surface temperature with acceptable accuracy and also relates the net heat flux (NHF) of three orthogonal satellite surfaces to its attitude via the inertial to satellite transformation matrix. The proposed HAM simulation results are verified through comparison with commercial thermal analysis tools. The proposed HAM has been successfully utilized in some researches for attitude estimation, and further studies for practical implementations are still ongoing. (C) 2018 Elsevier Masson SAS. All rights reserved.
机译:本文的重点是用于卫星姿态确定的热姿态模型(HAM)的开发和验证。在这种情况下,太阳和地球被认为是可能影响卫星表面温度变化的主要外部辐射源。假设已知卫星的轨道位置(导航数据),则所提出的HAM可以通过惯性到卫星变换矩阵将三个正交卫星表面的净热通量(NHF)与其姿态相关联,从而提供可接受的精度。通过与商用热分析工具进行比较,验证了所建议的HAM模拟结果。提议的HAM已经成功地用于姿态估计的一些研究中,并且仍在进行进一步的实际实施研究。 (C)2018 Elsevier Masson SAS。版权所有。

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