Tovina Star System: Difference between revisions

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{{Planet Data
{{Star Data
|type=M4V Red Dwarf
|type=M4V Red Dwarf
|radius=235,000 km (0.36 that of Sol)
|radius=235,000 km (0.36 that of Sol)

Revision as of 05:43, 30 December 2021

Type: M4V Red Dwarf
Radius: 235,000 km (0.36 that of Sol)
Mass: {Exp
Temperature: Unknown
Luminosity: Unknown
Location: Unknown

(0.23 of Sol)

|temp=27,000 K |lum=2.42 x 1024 (0.01 of Sol) |loc=Beeria Sector
2 ly from the Hubroid Star System
3 ly from Sigma Tamelos Sector
9 ly from the Tovina Star System }} Tovina has 4 planets, none of which are capable of supporting life.

Tovina Prime

Class: A
Distance: 1.52 x 107 km
Period: 24.88 Days
Radius: 7,025.55 km (1.1 Earth)
Gravity: 1.17 G

This planet has dense field of planetary rings of heavy metal fragments and highly radioactive thick atmosphere dominated by sulphur dioxide winds.

Tovina 2

Class: A
Distance: 3.11 x 107 km (0.21 AU)
Period: 72.92 Days
Radius: 5,593.95 km (0.88 Earth)
Gravity: 0.82 G

This planet has a series of 3 distinct planetary rings mostly small asteroids, possibly once a system of moons. The atmosphere is thin and made up of carbon dioxide, nitrogen dioxide, and sulphur dioxide.

Tovina 3

Class: C
Distance: 4.90 x 107 km (0.33 AU)
Period: 144.2 Days
Radius: 10,267.37 km (1.61 Earth)
Gravity: 1.67 G

There are 5 small asteroidal moons in orbit around this planet. The planet itself has no atmosphere at all, made up of mostly anthracite and basalt.

Tovina 4

Class: P
Distance: 8.07 x 107 km (0.54 AU)
Period: 304.2 Days
Radius: 29,924.38 km (4.70 Earth)
Gravity: 1.47 G

This world has a system of rings, primarily made of frozen methane and other hydrocarbons. The surface itself is devoid of all but single celled life, a thick atmosphere of oxygen and argon covers the world. There is no surface water, though deep under the surface ice liquid water exists in pockets, usually warmed by some kind of hot spring. Surface temperatures range between -231 to -64 C, a thin layer of ice crystals in the upper atmosphere contributes to the cold by refracting sunlight back into space.