Sigma Corvi asteroid field: Difference between revisions
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{{ | {{Jenatris Cloud}} | ||
{{Sigma Corvi}} | {{Sigma Corvi}} | ||
* | *Orbits their star at approximately 38 to 573 million km. | ||
* | *Over half of the asteroids have abnormal orbits or are rogue asteroids. | ||
* | *Most of the asteroids are S-Type asteroid and have a stony, iron composition. | ||
* | *There are C-Type asteroids mixed into the field. These asteroids are dark and not very reflective, with brittle bodies made of fine opaque materials and water-rich minerals. | ||
* | *There are also M-Type asteroids mixed in. These asteroids are made of nickel/iron compositions and other rare types of metals. Any of these may have usable amounts of ice on the surface or within them. | ||
*Long range scans show abnormal readings for some of the asteroid debris; these readings are of a sort that is more often linked with planetary bodies. | |||
[[Category:Asteroid belts]] | [[Category:Asteroid belts]] | ||
[[Category:Sigma Corvi system]] | [[Category:Sigma Corvi system]] | ||
[[Category:Jenatris Cloud Sector]] | [[Category:Jenatris Cloud Sector]] | ||
Latest revision as of 20:16, 9 September 2016
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| Serellan Sector |
|---|
| Trinity Sector |
| Jenatris Cloud Sector |
| (Sector 118 map) |
| Territory |
| Local Species |
| Stellar Phenomenae |
| Federation Presence |
|
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| Sigma Corvi system | Star · Belt |
- Orbits their star at approximately 38 to 573 million km.
- Over half of the asteroids have abnormal orbits or are rogue asteroids.
- Most of the asteroids are S-Type asteroid and have a stony, iron composition.
- There are C-Type asteroids mixed into the field. These asteroids are dark and not very reflective, with brittle bodies made of fine opaque materials and water-rich minerals.
- There are also M-Type asteroids mixed in. These asteroids are made of nickel/iron compositions and other rare types of metals. Any of these may have usable amounts of ice on the surface or within them.
- Long range scans show abnormal readings for some of the asteroid debris; these readings are of a sort that is more often linked with planetary bodies.