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首页> 外文期刊>American journal of applied sciences >Space Debris Removal Mechanism Using CubeSat with Gun Shot Facilities
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Space Debris Removal Mechanism Using CubeSat with Gun Shot Facilities

机译:使用带有射击设施的CubeSat清除空间碎片的机制

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摘要

Space derbies is a very perilous problem and most of the proposed methods for space debris removal are not successfully serviceable for all sized space junk. Keeping in view the limitation of the existing methods of debris removal techniques an active approach is needed and in this regard required to be instigated purposefully. In more than half a century of space activities, by using above 4800 launches have placed around 6000 satellites into orbit, of which less than a thousand are still operating. In this research, a new concept to remove small space junks of Low Earth Orbit (LEO) is proposed which functions by using CubeSat with Gunshot equipment. The target of this concept is to confiscate the small-sized space junk of ranges 0.2 to 1 inches diameter and which will be identified by collaborating with FGAN radar. CubeSat is loaded five bullets of 0.1 kg with strong thruster gunshot technology and after the first shot, reaction force will help to change the orbit of the satellite to find out the second space debris. This research intended to comprehend and helps to get assess of small-sized space debris removal activity in terms of the simple business model.
机译:太空狂犬病是一个非常危险的问题,大多数建议的空间碎片清除方法都不能成功地用于所有规模的太空垃圾。考虑到现有碎片清除技术方法的局限性,需要一种积极的方法,并且在这方面需要有针对性地加以鼓励。在半个多世纪的太空活动中,通过使用4800多次发射,将大约6000颗卫星送入了轨道,其中尚有不到1000颗正在运行。在这项研究中,提出了一种新的概念,以消除低地球轨道(LEO)的小空间垃圾,该概念通过将CubeSat与Gunshot设备一起使用而起作用。该概念的目标是没收直径范围为0.2到1英寸的小型太空垃圾,并将通过与FGAN雷达协作来识别。 CubeSat装有五枚0.1 kg的子弹,具有强大的推进器射击技术,在第一次射击后,反作用力将有助于改变卫星的轨道,以发现第二个空间碎片。这项研究旨在通过简单的业务模型理解并帮助评估小型空间碎片清除活动。

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