A discussion on estimating small bodies taxonomies using phase curves results

Alvaro Alvarez-Candal
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Abstract

Upcoming large multiwavelength photometric surveys will provide a leap in our understanding of small body populations, among other fields of modern astrophysics. Serendipitous observations of small bodies in different orbital locations allow us to study diverse phenomena related to how their surfaces scatter solar light. In particular, multiple observations of the same object in different epochs permit us to construct their phase curves to obtain absolute magnitudes and phase coefficients. In this work, we tackle a series of long-used relationships associating these phase coefficients with the taxa of small bodies and suggest that some may need to be revised in the light of large-number statistics.
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关于利用相位曲线结果估算小天体分类的讨论
即将进行的大型多波长测光勘测将为我们了解小天体群以及现代天体物理学的其他领域提供一个飞跃。对不同轨道定位的小天体进行偶然观测,使我们能够研究与其表面如何散射太阳光有关的各种现象。特别是,在不同年代对同一天体的多次观测,使我们能够构建它们的相位曲线,从而获得绝对星等和相位系数。在这项工作中,我们处理了一系列长期使用的关系,将这些相位系数与小天体的类群联系起来,并提出有些关系可能需要根据大数统计进行修正。
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