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Statistics and Analysis of LEO Objects' Luminosity

机译:LEO物体发光度的统计与分析

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摘要

As one of basic properties of space objects, luminosity is frequently used for the identification of space objects, as well as for the calculation of their scattering cross sections. In general, space objects shine only by reflecting sunlight, their brightness observed by ground stations is affected by many factors. Since the multi-object photometric observation equipment operated five years ago, a large number of photometric data have been accumulated. This article estimates the overall accuracy of the data, and lists some typical situations in respect to the phase angle-magnitude (PA-m) relation for space objects. And the statistics are conducted on the luminosity data of more than two thousand low earth orbit (LEO) objects.
机译:作为空间物体的基本特性之一,光度经常用于空间物体的识别以及其散射截面的计算。通常,空间物体仅通过反射太阳光而发光,地面站观测到的亮度受许多因素影响。自多对象测光观测设备五年前投入使用以来,已经积累了大量的测光数据。本文估计了数据的总体准确性,并列出了与空间物体的相角-幅值(PA-m)关系有关的一些典型情况。并对2000多个近地轨道(LEO)物体的发光度数据进行统计。

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