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arXiv 1201.2302astro-ph.EP
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Kepler-16系统中类地行星和卫星的可居住性

Habitability of Earth-type Planets and Moons in the Kepler-16 System

Billy Quarles, Zdzislaw E. Musielak, Manfred Cuntz

摘要:

我们证明,可居住的地球质量的行星和卫星可以存在于开普勒-16系统,已知主机周围的恒星双星土星质量的行星,通过调查他们的轨道稳定性在标准和扩展的宜居带(HZ)。我们发现,类卫星(S型)轨道的地球质量的行星是可能的标准HZ直接附近的开普勒-16 b,从而构成可居住的系外卫星。然而,地球质量的行星不可能存在于标准HZ内围绕两个恒星组成部分的行星状(P型)轨道中。然而,P型地球质量的行星可以存在优于土星行星在扩展HZ有关相当增强回暖的行星大气,如果促进。我们简要地讨论了潜在的可探测性,这种可居住的地球质量的卫星和行星定位在卫星和行星轨道,分别。下P型轨道和上P型轨道的范围分别在0.657 ~ 0.71 AU和0.95 ~ 1.02 AU之间。

英文摘要:

We demonstrate that habitable Earth-mass planets and moons can exist in the Kepler-16 system, known to host a Saturn-mass planet around a stellar binary, by investigating their orbital stability in the standard and extended habitable zone (HZ). We find that Earth-mass planets in satellite-like (S-type)orbits are possible within the standard HZ in direct vicinity of Kepler-16b, thus constituting habitable exomoons. However, Earth-mass planets cannot exist in planetary-like (P-type) orbits around the two stellar components within the standard HZ. Yet, P-type Earth-mass planets can exist superior to the Saturnian planet in the extended HZ pertaining to considerably enhanced back-warming in the planetary atmosphere if facilitated. We briefly discuss the potential detectability of such habitable Earth-mass moons and planets positioned in satellite and planetary orbits, respectively. The range of inferior and superior P-type orbits in the HZ is between 0.657 to 0.71 AU and 0.95 to 1.02 AU, respectively.

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