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| cluster = Voyager Cluster |
| cluster = Voyager Cluster |
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| orbit = second |
| orbit = second |
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| − | | image = Derneuca. |
+ | | image = Derneuca.png |
| caption = Planet View |
| caption = Planet View |
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| orbitalperiod = 3.1 |
| orbitalperiod = 3.1 |
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Derneuca's atmosphere mainly consists of carbon dioxide and argon, but the planet's mass is great enough that measurable amounts of helium, and even molecular hydrogen, remain trapped in its atmosphere. |
Derneuca's atmosphere mainly consists of carbon dioxide and argon, but the planet's mass is great enough that measurable amounts of helium, and even molecular hydrogen, remain trapped in its atmosphere. |
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| − | The planet's gravity well is deep enough that it has collected nearly a dozen small satellites, most captured [[asteroids]]. Its |
+ | The planet's gravity well is deep enough that it has collected nearly a dozen small satellites, most captured [[asteroids]]. Its surfaced{{sic}} is scarred by many large craters, marking the final resting place of other captured asteroids. |
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| − | [[Category:Planets With Satellites]] |
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| + | <!--interwiki links--> |
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| − | [[ |
+ | [[de:Derneuca]] |
| + | [[es:Derneuca]] |
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| + | [[fr:Derneuca]] |
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| + | [[it:Derneuca]] |
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| + | [[pl:Derneuca]] |
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| + | [[ru:Дернека]] |
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| + | [[uk:Дернека]] |
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Latest revision as of 06:14, 30 March 2018
Location: Milky Way / Voyager Cluster / Amazon System / Second planet
Description[]
Derneuca is an enormous terrestrial world, nearly twice the size of Earth. Its environment is similar to that of Mars; arid, and a mix of craggy basalt highlands and sand-scoured deserts of iron-laced silcate dust.
Derneuca's atmosphere mainly consists of carbon dioxide and argon, but the planet's mass is great enough that measurable amounts of helium, and even molecular hydrogen, remain trapped in its atmosphere.
The planet's gravity well is deep enough that it has collected nearly a dozen small satellites, most captured asteroids. Its surfaced [sic] is scarred by many large craters, marking the final resting place of other captured asteroids.