Tovina Star System: Difference between revisions

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Tovina is a class M4V Red Dwarf star.  It has a mean radius of 235,000 km (0.36 that of Sol) with a mass of 4.48 x 10<sup>29</sup> (0.23 that of Sol).  Mean temperature is 27000K with a luminosity of 2.42 x 10<sup>24</sup> (0.01 that of Sol). There are 4 planets in the system.
[[File:Tovina-image.png|thumb|Red Dwarf Star Tovina]]
{{Star Data
|type=M4V Red Dwarf
|radius=235,000 km (0.36 that of Sol)
|mass={{Exp|4.48|29}} (0.23 of Sol)
|temp=2700 K
|lum={{Exp|2.42|24}} (0.01 of Sol)
|hab=Between 0.083 and 0.222 AU
|loc=[[Beeria Sector]]<br>2 ly from the [[Hubroid Star System]]<br>3 ly from [[Sigma Tamelos Sector]]<br>9 ly from the [[Eaiza Star System]]
}}
Tovina is a red dwarf star with 4 planets.  In 2387 the system was surveyed by the [[Insane Prince (STV-1027)]] under the command of [[Vladimir Zima (Blazing Umbra Variant)|Vlad Zima]] in connection with [[Operation Flintlock]].


; Location : 3 ly from [[Sigma Tamelos Sector]] in the [[Beeria Sector]]
== Tovina Prime ==
{{Planet Data
{{Planet Data
|name=Tovina Prime
|class=A
|class=A
|distance=1.52 x 10<sup>7</sup> km
|distance=1.52 x 10<sup>7</sup> km
Line 11: Line 19:
|gravity=1.17 G
|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.
This planet has dense field of planetary rings of heavy metal fragments and highly radioactive thick atmosphere dominated by sulfur dioxide winds.


== Tovina 2 ==
{{Planet Data
{{Planet Data
|name=Tovina 2
|class=A
|class=A
|distance=3.11 x 10<sup>7</sup> km
|distance={{Exp|3.11|7}} km (0.21 AU)
|period=72.92 Days
|period=72.92 Days
|radius=5,593.95 km (0.88 Earth)
|radius=5,593.95 km (0.88 Earth)
|gravity=0.82 G
|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.
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 sulfur dioxide.


== Tovina 3 ==
{{Planet Data
{{Planet Data
|name=Tovina 3
|class=C
|class=C
|distance=4.90 x 10<sup>7</sup> km
|distance={{Exp|4.90|7}} km (0.33 AU)
|period=144.2 Days
|period=144.2 Days
|radius=10,267.37 km (1.61 Earth)
|radius=10,267.37 km (1.61 Earth)
|gravity=1.67 G
|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.
There are 5 small steroidal moons in orbit around this planet.  The planet itself has no atmosphere at all, made up of mostly anthracite and basalt.  In 2387, [[Solas Tempus]] placed the [[Tovina Terminal]] on this world, as a [[Hermod Gate]] / research facility after survey by the Insane Prince that same year.
   
 
== Tovina 4 ==
{{Planet Data
{{Planet Data
|class=P
|name=Tovina 4
|distance=8.07 x 10<sup>7</sup> km
|class=I
|distance={{Exp|8.07|7}} km (0.54 AU)
|period=304.2 Days
|period=304.2 Days
|radius=29,924.38 km (4.70 Earth)
|radius=29,924.38 km
|gravity=1.47 G
|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 worldThere 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.
This world has a system of rings, primarily made of frozen methane and other hydrocarbons.  It has a small rocky core with thin oceans of ammonia, methane, and other small chain hydrocarbonsThe atmosphere is primarily hydrogen and helium with trace amounts of hydrocarbons in the lower atmosphere.


[[Category:Star Systems]]
[[Category:Star Systems]]
[[Category:Beeria Sector]]
[[Category:Beeria Sector]]

Latest revision as of 02:12, 1 May 2024

Red Dwarf Star Tovina
Type: M4V Red Dwarf
Radius: 235,000 km (0.36 that of Sol)
Mass: 4.48 x 1029 (0.23 of Sol)
Temperature: 2700 K
Luminosity: 2.42 x 1024 (0.01 of Sol)
Ecosphere:Between 0.083 and 0.222 AU
Location: Beeria Sector
2 ly from the Hubroid Star System
3 ly from Sigma Tamelos Sector
9 ly from the Eaiza Star System

Tovina is a red dwarf star with 4 planets. In 2387 the system was surveyed by the Insane Prince (STV-1027) under the command of Vlad Zima in connection with Operation Flintlock.

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 sulfur 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 sulfur 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 steroidal moons in orbit around this planet. The planet itself has no atmosphere at all, made up of mostly anthracite and basalt. In 2387, Solas Tempus placed the Tovina Terminal on this world, as a Hermod Gate / research facility after survey by the Insane Prince that same year.

Tovina 4

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

This world has a system of rings, primarily made of frozen methane and other hydrocarbons. It has a small rocky core with thin oceans of ammonia, methane, and other small chain hydrocarbons. The atmosphere is primarily hydrogen and helium with trace amounts of hydrocarbons in the lower atmosphere.