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Sunlight Reflection off the Spacecraft with a Solar Sail on the Surface of Mars

机译:阳光反射在火星表面上的太阳能航行的宇宙飞船

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Modem technologies make it possible to fulfill many projects in the field of space exploration. One such project is the colonization of Mars and providing favorable conditions for living on it. Authors propose principles of functioning of the spacecraft with a solar sail, intended to create a thermal and light spot in a predetermined area of the Martian surface. This additional illumination can maintain and support certain climatic conditions on a small area where a Mars base could be located. This paper investigate the possibility of the spacecraft continuously reflect the sunlight off the solar sail on the small area of the Mars surface. The mathematical motion model in such condition of the solar sail's orientation is considered and used for motion simulation session. Moreover, the analysis of this motion is performed. Thus, were obtained parameters of the synchronic non-Keplerian orbit and spacecraft construction. In addition, were given recommendations for further applying satellites to reflect the sunlight on a planet's surface.
机译:Modem Technologies可以实现空间探索领域的许多项目。一个这样的项目是火星的殖民化,为生活提供有利条件。作者提出了与太阳帆船的运作原理,旨在在火星表面的预定区域中产生热和光点。这种额外的照明可以维持和支持某些气候条件,在可能位于MARS基地的小区域上。本文探讨了航天器的可能性在火星表面的小面积上,航天器连续反映太阳帆的阳光。考虑了太阳帆方向的这种条件的数学运动模型,并用于运动仿真会话。此外,执行对该运动的分析。因此,获得了同步非开普勒轨道和航天器结构的参数。此外,还提供了进一步应用卫星的建议,以反映行星表面上的阳光。

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