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Debris cloud of India anti-satellite test to Microsat-R satellite

机译:印度的碎片云抗卫星测试到Microar-R卫星

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摘要

Understanding the motion of debris cloud produced by the anti-satellite test can help us to know the danger of these tests. This study presents the orbit status of 57 fragments observed by the CelesTrak and presented in the NORAD Two-Line Element Sets of India Anti-Satellite Test. There are 10 of these observed fragments have altitudes of the apogee larger than 1000.0km, the maximum one is 1725.7km. We also numerical calculated the number of debris, the results show that the number of debris with the diameter larger than 0.2m is 14, the number of debris with the diameter larger than 0.01m is 6587, and the number of debris with the diameter larger than 0.001m is 7.22×10 . The results of the secondary collision of the debris will produced more fragments in the space. The life time of the fragments depends on the initial orbit parameters and the sizes of the debris.
机译:了解抗卫星测试产生的碎片云的运动可以帮助我们知道这些测试的危险。本研究介绍了塞雷斯坦观察到的57片碎片的轨道状态,并在挪亚双线元素集中展示了印度抗卫星测试。这些观察片段中有10个具有大于1000.0km的近端的高度,最大值是1725.7km。我们还计算数值计算的碎片数量,结果表明,直径大于0.2m的碎片数量为14,直径大于0.01m的碎片数量为6587,以及碎片的数量较大比0.001米为7.22×10。碎片的二次碰撞的结果将在空间中产生更多碎片。片段的寿命依赖于初始轨道参数和碎片的尺寸。

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