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Space Astro
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Info for exoplanet "Thetenaq-the"
Scientific (actual) data |
Name | Kepler-795 Ab |
Planet status | Confirmed |
Radius | 0.1552 |
Orbital period | 29.6194 |
Semi major axis | 0.1817 |
Orbit eccentricity | 0 |
Inclination | 89.94 |
Discovered | 2016 |
Updated | 2024-08-04 |
Tconj | 2454970 |
Impact parameter | 0.046 |
Temperature (kelvin) | 580 |
Publication | Announced on a website |
Detection type | Primary Transit |
Radius measurement type | Primary Transit |
Alternate names | WISE J192404.57+383244.4 b, Kepler-795 b, KOI-1218 b, KOI-1218.01, K01218.01, KIC 3442055 b, 2MASS J19240457+3832440 b |
Star name | Kepler-795 A |
Right ascension | 291.02° |
Declination | 38.55° |
Mag v | 13.42 |
Mag j | 12.143 |
Mag h | 11.767 |
Mag k | 11.708 |
Star distance | 492.122 |
Star metallicity | 0 |
Star mass | 0.989 |
Star radius | 1.0378 |
Star sp type | G5V |
Star age | 6.46 |
Star temperature | 5595.29 |
Star alternate names | Kepler-795, KOI-1218, WISE J192404.57+383244.4, KIC 3442055, 2MASS J19240457+3832440 |
Wikipedia article | Kepler-795 Ab |
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Fictional info (?) |
Suggested name | Thetenaq-the |
Planet type | Planet |
When viewed from Earth, this proximity to Kepler-795 A means the planet can only be seen near the western or eastern horizon during the early evening or early morning. The planet telescopically displays the complete range of phases, similar to Venus and the Moon, as it moves in its inner orbit relative to Kepler-795 A, which reoccurs over the so-called synodic period approximately every 157 days.
The atmospheric pressure at the planet's surface is 0.008 bar, or roughly the pressure found 810 m under the oceans of Earth.
Its north and south poles, therefore, lie where most other planets have their equators. |
Atmosphere | Nitric oxide | 63% |
Hydrogen deuteride (HD) | 26% |
Krypton | 9.5% |
Carbonyl sulfide | 0.47% |
Argon | 0.32% |
Hydrogen peroxide | 0.02% |
Ammonia | 0.0035% |
Atmospheric pressure | 0.008 bar |
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Moon | Sieao'rokpa The | Huge almost round rocky moon |
Uqthe | Medium-sized round rocky asteroid |
Google search for Thetenaq-the |
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Website by Joachim Michaelis
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