2024年10月24日 · KELT-6 b is a gas giant exoplanet that orbits a F-type star. Its mass is 0.52 Jupiters, it takes 7.8 days to complete one orbit of its star, and is 0.07939 AU from its star. Its discovery was announced in 2014.

KELT-6b is an exoplanet orbiting the F-type subgiant KELT-6 approximately 791 light years away in the northern constellation Coma Berenices. It was discovered in 2013 using the transit method, and was announced in 2014.

2013年8月10日 · We report the discovery of KELT-6b, a mildly-inflated Saturn-mass planet transiting a metal-poor host. The initial transit signal was identified in KELT-North survey data, and the planetary nature...

We report the discovery of KELT-6b, a mildly inflated Saturn-mass planet transiting a metal-poor host. The initial transit signal was identified in KELT-North survey data, and the planetary nature of the occulter was established

发现kelt-6b行星的陆基望远镜由 俄亥俄州立大学 和 范德比尔特大学 共同运营，该行星的方向位于后发座，即在 狮子座 附近，凌日观测时这颗行星的过境时间只有五个小时左右，科学家需要在较短的时间内对其进行观测。五小时的时间看起来似乎很短，但是陆基 ...

2014年1月10日 · We report the discovery of KELT-6b, a mildly inflated Saturn-mass planet transiting a metal-poor host. The initial transit signal was identified in KELT-North survey data, and the planetary nature of the occulter was established using a combination of follow-up photometry, high-resolution imaging, high-resolution spectroscopy, and precise ...

KELT-6b: A P ~ 7.9 Day Hot Saturn Transiting a Metal-poor Star with a Long-period Companion. Creators Collins, Karen A. Johnson, John Asher Howard, Andrew W. Hinkley, Sasha

We present the discovery of KELT-6b, a mildly inflated transiting Saturn, orbiting a metal-poor star. A joint analysis of the spectroscopic, radial velocity, and photometric data indicates the planet has a mass of 0.5 M_J, radius of 1.3 R_J, and an orbital period of ~8 days.

KELT-6b: A P ~ 7.9 Day Hot Saturn Transiting a Metal-poor Star with a Long-period Companion. Document. Full View; OCR; Download . Download

2013年8月10日 · KELT-6b has surface gravity and incident flux similar to HD 209458b, but orbits a host that is more metal poor than HD 209458 by ~0.3 dex. Thus, the KELT-6 system offers an opportunity to...