论文标题
重新审视木星不规则月亮的分布：I。物理特征
Revisiting the distributions of Jupiter's irregular moons: I. physical characteristics
论文作者
论文摘要
随着木星的卫星数量飙升至79个，其中一些已被重组。在这项工作中，我们继续确定木星不规则卫星的物理特征的潜在分布。通过使用非参数kolmogorov-smirnov测试，我们验证了20多种常用分布，发现，几乎所有物理特征（即赤道半径，赤道赤道，赤道，周长，体积，体积，质量，质量，质量，表面性和逃逸速度和逃逸速度）在Ananke和Carme组中均涉及到穆斯（Moons）。另外，在理论上，帕西帕组中卫星的物理特征的一半以上均受到这种分布的约束。发现越来越多的木星的不规则月亮与严格的分析推导相结合，越来越清楚并且有可能预测大多数不规则卫星的物理特征遵循对数分布的分布。
As the identified number of Jupiter's moons has skyrocketed to 79, some of them have been regrouped. In this work, we continue to identify the potential distributions of the physical characteristics of Jupiter's irregular moons. By using nonparametric Kolmogorov-Smirnov tests, we verified more than 20 commonly used distributions and found that surprisingly, almost all the physical characteristics (i.e., the equatorial radius, equatorial circumference, circumference, volume, mass, surface gravity and escape velocity) of the moons in the Ananke and Carme groups follow log-logistic distributions. Additionally, more than half of the physical characteristics of the moons in the Pasiphae group are theoretically subject to this type of distribution. The discovery of an increasing number of Jupiter's irregular moons combined with strict analytical derivations, it is increasingly clear and possible to anticipate that the physical characteristics of most irregular moons follow log-logistic distributions.
