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Study of space debris burning in Earth's atmosphere via television meteor monitoring

机译:通过电视流星监测研究地球大气中燃烧的空间碎片

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摘要

The observations on ground-based facilities miss multitudes of small fragments of space debris. However, the intrusion of fine particles into the atmosphere and their subsequent burning can be observed along with the usual meteor phenomena. Since the solar system meteoric body velocities at the entry into the atmosphere are over 11.2 km/s, and the velocity of the space debris objects does not exceed 11.2 km/s, the selection of meteors by velocity is a reliable criterion for separating these bodies. The paper describes a method of selecting the space debris fragments using a technique of television meteor monitoring. The technique was adapted on the material of real television observations on the FAVOR wide-field monitoring camera with high temporal resolution, conducted in 2006 in the Arkhyz station of the Institute for Precision Instrumentation (North Caucasus).
机译:对地面设施的观察遗漏了许多小碎片的空间碎片。但是,可以观察到细颗粒侵入大气中并随后燃烧,以及通常的流星现象。由于进入大气层的太阳系流星体速度超过11.2 km / s,并且空间碎片物体的速度不超过11​​.2 km / s,因此通过速度选择流星是分离这些流星体的可靠标准。本文介绍了一种利用电视流星监测技术选择空间碎片碎片的方法。该技术根据2006年在北卡罗来纳州精密仪器研究所Arkhyz站进行的,具有高时间分辨率的FAVOR宽视场监视摄像机的真实电视观测资料进行了修改。

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