首页> 外文会议>Second European Workshop on Exo-Astrobiology Sep 16-19, 2002 Graz, Austria >LUNAR FARSEDE RADIO LAB FOR BIOASTRONOMY AND RADIOASTRONOMY
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LUNAR FARSEDE RADIO LAB FOR BIOASTRONOMY AND RADIOASTRONOMY

机译:用于生物天文学和无线电天文学的月神离体无线电实验室

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The "Lunar Farside Radio Lab" is an international project currently being coordinated by this author on behalf of the International Academy of Astronautics (IAA). It was initiated in 1997 by the late French radioastronomer Jean Heidmann, and, when he untimely passed away on July 3rd, 2000, the Project coordination was taken up by this author. The Project goal is to study how to set up a phased array (a computer-driven flat radiotelescope) inside crater Daedalus on the Farside of the Moon, at 180° in Longitude East and 2° in Latitude South. The link with the Earth will be kept by a relay satellite put in a circular equatorial orbit around the Moon, collecting data from Daedalus when above the Farside, and downloading them when above the Nearside. This study also has legal implications: it is felt that the Moon Farside will be of such a unique benefit for Bioastronomy and Radioastronomy, because free from man-made Radio Frequency Interference, that it must be kept free from uncontrolled future commercial and military exploitation. Use of the five Lagrabgian Points of the Earth-Moon system is also studied within this Project. It is evident that the Lagrangian point L2 above the Farside of the Moon must be kept free of stationary noise-emitting spacecrafts. The other points, L1, L3, L4, and L5 could be used for any purpose, since Daedalus is shielded from them by the Moon spherical body. The basic published reference about the Lunar Farside Radio Lab Project of the IAA is [1].
机译:“月球远端无线电实验室”是一个国际项目,目前由作者代表国际宇航科学院(IAA)进行协调。它是由已故的法国射电天文学家让·海德曼(Jean Heidmann)于1997年发起的,当他于2000年7月3日过世时,该项目的协调工作由作者进行。该项目的目标是研究如何在月球远端的Daedalus陨石坑内(东经180度和南纬2度)建立相控阵(计算机驱动的平面射电望远镜)。与地球的链接将由一颗中继卫星保持,该中继卫星置于绕月球的赤道轨道上,在远侧上方时从Daedalus收集数据,在近侧上方时下载数据。这项研究还具有法律意义:人们认为,月球远端对生物天文学和射电天文学将具有如此独特的优势,因为它不受人为的射频干扰的影响,因此必须不受日后不受控制的商业和军事利用。该项目还研究了地球-月球系统的五个Lagrabgian点的使用。显然,必须保持月球远端上方的拉格朗日点L2不受固定的发出噪声的航天器的影响。其他点L1,L3,L4和L5可以用于任何目的,因为Daedalus被月球体屏蔽了。有关IAA的月球远端无线电实验室项目的基本已发布参考文献为[1]。

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