Turksat-2A和Turksat-3A卫星间距离的光学监测

B. Gurol, S. Gulgonul, G. Gokay, A. Okan, I. Oz
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引用次数: 3

摘要

地球同步卫星是围绕地球旋转的物体,其轨道接近圆形,位于赤道平面上,周期与地球自转完全相等。这些卫星大多用于民用和军用通信、电视广播和天气预报。太阳、月球的引力和地球质量分布的不均匀会干扰地球静止轨道。包括这些重力异常,太阳风的压力是扰动的另一个来源。由于这些扰动,地球静止卫星的轨道受到干扰,必须进行一些修正机动。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Optical monitoring of inter satellite distance between Turksat-2A And Turksat-3A
Geostationary satellites are objects, which revolve around the Earth where orbits are nearly circular and located on the equator plane with a period exactly equal to the rotation of the Earth. Most of such satellites are used for civil and military communication, television broadcasting and weather forecasting. Gravitational forces of the Sun, Moon and non-uniform mass distribution of the Earth perturb the geostationary orbits. Including these gravitational anomalies pressure of Solar winds is another source of perturbation. Because of these perturbations, orbits of geostationary satellites disturbed and some correction maneuvers must be performed.
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