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A NEW BOND ALBEDO FOR PERFORMING ORBITAL DEBRIS BRIGHTNESS TO SIZE TRANSFORMATIONS

机译:用于执行轨道碎片亮度以进行尺寸转换的新键合ALBEDO

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In 2007 we developed a technique for estimating the intrinsic size distribution of orbital fragmentation debris objects via optical measurements [1]. We recommended an albedo value of 0.13 be applied globally to optical brightness measurements of fragmentation debris in order to recover object size. The basis set of NASA-LMT optical data [2-4] has since been revised by application of a Lambertian phase function rather than a mixed specular/ Lambertian correction. Using the prior derived formalism and the re-processed optical observations coupled with published RCS values, we have derived a new albedo distribution for fragmentation debris and a consequent revised transformational albedo value of 0.175. Herein we present the empirical and mathematical arguments for our approach and by example apply it to a comprehensive set of photometric data acquired via NASA's Liquid Mirror Telescopes during the 1998-2001 observing seasons.
机译:在2007年,我们开发了一种通过光学测量来估算轨道碎片碎片对象的固有尺寸分布的技术[1]。我们建议将反射率值0.13全局应用于碎片碎片的光学亮度测量,以恢复物体的大小。此后,通过应用朗伯相位函数而不是混合镜面反射/朗伯校正对NASA-LMT光学数据[2-4]的基础集进行了修改。使用先前得出的形式主义和经过重新处理的光学观测值,再加上已发布的RCS值,我们得出了碎片碎片的新反照率分布,并因此修正了0.175的变换反照率值。在此,我们介绍该方法的经验和数学论证,并举例说明将其应用于1998-2001年观测季节通过NASA液体镜望远镜获得的一套全面的光度学数据。

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