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Space Astro
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Info for exoplanet "Gapya"
| Scientific (actual) data |
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| Name | HD 14651 Ab |
| Planet status | Confirmed |
| Mass sini | 47 |
| Orbital period | 79.4179 |
| Semi major axis | 0.361 |
| Orbit eccentricity | 0.4751 |
| Discovered | 2012 |
| Updated | 2024-06-20 |
| Omega | -151.92 |
| K | 2595 |
| Publication | Published in a refereed paper |
| Detection type | Radial Velocity |
| Mass measurement type | Radial Velocity |
| Star name | HD 14651 A |
| Right ascension | 35.5° |
| Declination | 4.75° |
| Mag v | 8.25 |
| Mag j | 6.961 |
| Mag h | 6.607 |
| Mag k | 6.501 |
| Star distance | 38.97 |
| Star metallicity | -0.04 |
| Star mass | 0.96 |
| Star radius | 0.924 |
| Star sp type | G6V |
| Star age | 3.4 |
| Star temperature | 5468 |
| Star alternate names | TOK 231 A |
| Wikipedia article | HD 14651 Ab |
Back
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| Fictional info (?) |
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| Gapya |
| Cold planet |
| It is the coldest planetary atmosphere in its solar system, with a minimum temperature of 43°K (-230°C), and has a complex, layered cloud structure with neon thought to make up the lowest clouds, and ethane the uppermost layer of clouds.
Having almost no atmosphere to retain heat, it has surface temperatures that vary diurnally more than on any other planet in its solar system, ranging from 105°K (-168°C) at night to 805°K (532°C) during the day across the equatorial regions.
The ammonium hydrosulfide (NH4SH) has probably photodissociated, and the free ethane has been swept into interplanetary space by the solar wind because of the lack of a carbonyl sulfide layer. |
| Atmosphere | Ethane | 65% |
| Neon | 26% |
| Ammonium hydrosulfide (NH4SH) | 6.2% |
| Carbonyl sulfide | 1.6% |
| Ozone | 0.47% |
| 0.3 bar |
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| Moon | Ruchupi Pemopagyu | Small potato shaped rocky comet |
| Taokyago-jukyu | Huge irregular ice moon |
| Kezeimu Fu | Small round rocky asteroid |
| Bomaryu-o | Very small slightly egg-shaped oceanic asteroid |
| Myozetsu | Small irregular rocky asteroid |
| Kiagi | Medium-sized round gaseous comet |
| Google search for Gapya |
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Website by Joachim Michaelis
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