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Difference between revisions of "Herne"
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| − | {{Version|4. | + | {{Version|4.91}} |
{{Planet Infobox | {{Planet Infobox | ||
| − | | name = Herne | + | | name = Herne |
| − | | image = | + | | image = Herne.jpg |
| owner = | | owner = | ||
| − | | system = [[ | + | | system = [[Cologne]] |
| − | | sector = | + | | sector = 7E |
| house = {{House Link | Rheinland}} | | house = {{House Link | Rheinland}} | ||
| population = | | population = | ||
| Line 15: | Line 15: | ||
| escape_velocity = 3.43 km/sec | | escape_velocity = 3.43 km/sec | ||
}} | }} | ||
| − | Herne is [[Planet Steinfurt]]'s only natural satellite, locked with it in a close orbit. Its relatively quick orbital period of 18 standard days allows it to escape most of the comets and planetoids that wander into a collision course with Steinfurt on a regular basis. The moon itself is composed mostly of volcanic rock and a modest amount of [[ | + | Herne is [[Planet Steinfurt]]'s only natural satellite, locked with it in a close orbit. Its relatively quick orbital period of 18 standard days allows it to escape most of the comets and planetoids that wander into a collision course with Steinfurt on a regular basis. The moon itself is composed mostly of volcanic rock and a modest amount of [[Helium]] and hydrogen gas, thus holding little to no value for commercial extraction. |
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| + | [[Category: Rheinland]] | ||
| + | [[Category: Cologne]] | ||
Latest revision as of 15:31, 15 February 2019
| Herne | |
 | |
| Location | 7E, Cologne Rheinland
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| Technical information | |
| Docking | No |
| Terrain | Desert |
| Diameter | 4,119 km |
| Mass | 2.21 x 10e24 kg |
| Temperature | -129°C to -45°C |
| Escape velocity | 3.43 km/sec |
Herne is Planet Steinfurt's only natural satellite, locked with it in a close orbit. Its relatively quick orbital period of 18 standard days allows it to escape most of the comets and planetoids that wander into a collision course with Steinfurt on a regular basis. The moon itself is composed mostly of volcanic rock and a modest amount of Helium and hydrogen gas, thus holding little to no value for commercial extraction.
