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Space Astro
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Info for exoplanet "Nomia Silymab"
Scientific (actual) data |
Planet | Kepler-47 (AB) d |
Planet status | Confirmed |
Planet mass | 0.05984 |
Radius | 0.6281 |
Orbital period | 187.35 |
Semi major axis | 0.6992 |
Orbit eccentricity | 0.024 |
Inclination | 90 |
Discovered | 2013 |
Updated | 2019-05-15 |
Omega | 352 |
Tzero tr | 2455050 |
Publication | Published in a refereed paper |
Detection type | Timing |
Mass detection type | Theoretical |
Radius detection type | Primary Transit |
Star name | Kepler-47 A |
Right ascension | 295.3° |
Declination | 46.92° |
Star mass | 1.043 |
Star radius | 0.964 |
Star temperature | 5636 |
Wikipedia article | Kepler-47 (AB) d |
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Fictional info (?) |
Suggested name | Nomia Silymab |
Planet type | Small cold gas planet |
It is the second-brightest natural object in the night sky after Mede Thee Jul, reaching an apparent magnitude of -5 - bright enough to cast shadows at night and, sometimes, visible to the naked eye in broad daylight.
It is a small cold gas planet planet with a mass one-thousandth that of Kepler-47 A, but two-and-a-half times that of all the other planets in its solar system combined. Nomia Silymab and Mede Thee Jul are small cold gas planets rich in ice. It is the coldest planetary atmosphere in its solar system, with a minimum temperature of 73°K (-200°C), and has a complex, layered cloud structure with formaldehyde thought to make up the lowest clouds, and ozone the uppermost layer of clouds. It is named after the deity Nomia Silymab, the messenger of the sea.
Nomia Silymab's surface is a arid desertscape interspersed with slab-like rocks and is periodically resurfaced by volcanism.
Observations from Earth have shown seasonal change and increased weather activity as Nomia Silymab approached its equinox 6 years ago. |
Atmosphere | Ozone | 54% |
Formaldehyde | 41% |
2H2O | 3.9% |
Carbonyl sulfide | 0.66% |
Oxygen | 0.16% |
Hydrogen deuteride (HD) | 0.12% |
Atmospheric pressure | 0.006 bar |
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Moon | Titon Gir | Very small slightly egg-shaped rocky asteroid |
Google search for Nomia silymab |
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Website by Joachim Michaelis
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