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How Does Asymmetry of Solar Panels Influence Constructive Component of Microacceleration Field of Inner Environment of Space Laboratory

机译:太阳能电池板的不对称性如何影响空间实验室内部环境的微卡传络场的建设性成分

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摘要

The following asymmetries of spacecraft solar panels are considered: mass, linear and asymmetry of points connecting big elastic elements to the spacecraft body. Micro-accelerations are shown to increase when asymmetries of the above mentioned types appear. Conclusions about the importance of geometrical symmetries for successful gravity-sensitive experiments or technological processes on board space laboratories are discussed.
机译:宇宙飞船太阳能电池板的以下不对称是:将大弹性元件连接到航天器主体的点质量,线性和不对称性。 当出现上述类型的不对称时,显示微加速度增加。 结论讨论了几何对照对成功重力敏感实验或技术过程的重要性。

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