Optical observations of the artificial objects at the Lviv Astronomical Observatory

Pub Date : 2022-04-29 DOI:10.15407/knit2022.02.054
Y. Vovchyk, А.І. Bilinsky, K. Martynyuk-Lototskyy, N. Virun, І.Ya. Pidsryhach, R.T. Nohach
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Abstract

Space debris is becoming an increasing threat to near space services, including satellite communications, the launching of new satellites, as well as navigation and timekeeping programs. It affects even observations of the Earth. As space around us becomes more congested, the need to track space objects and provide information about space activities is becoming increasingly critical and urgent in helping to prevent collisions or damage caused by space debris. Among the methods of tracking artificial objects are optical methods, which can provide information about the position of the selected object (positional observations), distance to the object (laser observations), as well as about the behavior of the object in orbit and its shape (photometric observations). The Astronomical Observatory of Lviv National University is equipped with a special hardware complex and software for the implementation of observations of artificial objects and can provide relevant information.
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利沃夫天文台对人造物体的光学观测
空间碎片对近空间服务构成越来越大的威胁,包括卫星通信、新卫星发射以及导航和计时程序。它甚至影响到对地球的观测。随着我们周围的空间变得更加拥挤,在帮助防止空间碎片造成的碰撞或损害方面,跟踪空间物体和提供空间活动信息的需要变得越来越重要和紧迫。在跟踪人造物体的方法中,光学方法可以提供所选物体的位置信息(位置观测)、与物体的距离信息(激光观测)以及物体在轨道上的行为和形状信息(光度观测)。利沃夫国立大学天文台配备了专门的硬件设施和软件,用于实施对人造物体的观测,并可以提供相关信息。
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