65 Cybele is one of the largest asteroids in the Solar System. It is located in the outer asteroid belt. It is thought to be a remnant primordial body. [6] It gives its name to the Cybele group of asteroids [5] that orbit outward from the Sun from the 2:1 orbital resonance with Jupiter.

2025年2月14日 · • (65) Cybele轨道可视化仿真(旋转系) • (65) Cybele轨道日心距分析 • (65) Cybele轨道地心距分析 • (65) Cybele轨道计算 • (65) Cybele轨道摄动分析 • (65) Cybele轨道变化分析 • (65) Cybele视星等计算分析 • (65) Cybele视位置计算分析 • (65) Cybele地基望远镜观测模拟 …

2022年12月1日 · We took advantage of the bright apparition of (65) Cybele in July and August 2021 to acquire high-angular-resolution images and optical light curves of the asteroid with which we aim to analyse its shape and bulk properties. 7 series of images acquired with VLT/SPHERE were combined with optical light curves to reconstruct the shape of the ...

2023年2月3日 · We took advantage of the bright apparition of the most iconic member of the Cybele population, (65) Cybele, in July and August 2021 to acquire high-angular-resolution images and optical light curves of the asteroid with which …

Cybele is a very large asteroid that orbits between Mars and Jupiter in the outer reaches of the main asteroid belt. NASA JPL has not classified Cybele as potentially hazardous because its orbit does not bring it close to Earth.

We present 2–4 μ m and 5–14 μ m spectroscopy of (65) Cybele obtained with the NASA IRTF telescope and Spitzer Space Telescope respectively. We compare the results with spectra of Trojan asteroids and asteroid (24) Themis. We analyze the 2–4 μ m spectrum using scattering models and we apply thermal models to the 5–14 μ m data. Results.

Cybele, minor planet designation 65 Cybele, is a large asteroid located in the Asteroid Belt. Cybele was the first asteroid to be identified in the outer part of the asteroid belt. Cybele is also the parent body of the Cybele Family, a group of asteroids that share similar characteristics to Cybele. It was discovered by Wilhelm Tempel on March ...

2019年3月27日 · 65 Cybele is an asteroid that orbits the Sun. The vast majority of asteroids can be found orbiting the Sun between the orbits of Mars and Jupiter. Asteroids tend to be irregularly shaped but Ceres is a notable exception in that it is spherical like a planet and has been upgraded to Dwarf Planet status.

2023年2月3日 · We took advantage of the bright apparition of the most iconic member of the Cybele population, (65) Cybele, in July and August 2021 to acquire high-angular-resolution …

Cybele (Viikinkoski) Please note that the models are in planetocentric coordinate system, with Z axis passing through north pole. Actual rotational axis may differ from planetocentric poles, especially for small irregular bodies.