Template:Binary Star Data: Difference between revisions

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== Documentation ==
== Documentation ==
Any value not given will default to unknown.  Since this is for a binary star system, there will be 2 of each field present.
Any value not given will default to unknown, except the habitability which will only appear if it is specified, otherwise it will be omitted.  Since this is for a binary star system, there are be 2 of each field present
 
As a side-note, habitability can be calculated in a few ways, but for  a binary or trinary system like this, one can go [http://astro.twam.info/hz/ here].  The exact region is given graphically and is an ellipse (2 stars, 2 focal points), since this doesn't have to be exact one can decide how precise they want to be.  Wolfram Alpha can derive a lot of values for luminosity and temperature from a spectral class.


Template is used as follows:
Template is used as follows:

Latest revision as of 22:10, 31 December 2021

Name: Unknown Unknown
Type: Unknown Unknown
Radius: Unknown Unknown
Mass: Unknown Unknown
Temperature: Unknown Unknown
Luminosity: Unknown Unknown
Distance: Unknown
Location: Unknown

Documentation

Any value not given will default to unknown, except the habitability which will only appear if it is specified, otherwise it will be omitted. Since this is for a binary star system, there are be 2 of each field present

As a side-note, habitability can be calculated in a few ways, but for a binary or trinary system like this, one can go here. The exact region is given graphically and is an ellipse (2 stars, 2 focal points), since this doesn't have to be exact one can decide how precise they want to be. Wolfram Alpha can derive a lot of values for luminosity and temperature from a spectral class.

Template is used as follows:

{{Star Data
|namea=    Name of Main Star
|nameb=    Name of Companion Star
|typea=    Type of Main Star (Spectral Class / Type)
|typeb=    Type of Companion Star (Spectral Class / Type)
|radiusa=  Radius / Size of Main Star
|radiusb=  Radius / Size of Companion Star
|massa=    Mass of the Main Star
|massb=    Mass of the Companion Star
|tempa=    Temperature of the Main Star
|tempb=    Temperature of the Companion Star
|luma=     Luminosity of the Main Star
|lumb=     Luminosity of the Companion Star
|distance= Distance between the Stars
|hab=      Habitability zone or ecosphere of the Star System
|loc=      Location of the Star / Star System
}}

Example

The following code is for an example star:

{{Binary Star Data
|namea=Vularan
|nameb=Delule
|typea=M1V Red Dwarf
|typeb=M2V Red Dwarf
|radiusa={{Exp|2.98|5}} (0.43 of Sol)
|radiusb={{Exp|2.71|5}} (0.39 of Sol)
|massa={{Exp|7.29|29}} kg (0.37 of Sol)
|massb={{Exp|5.49|29}} kg (0.28 of Sol)
|tempa=3200 K
|tempb=3000 K
|luma={{Exp|6.61|24}} (0.02 of Sol)
|lumb={{Exp|4.23|24}} (0.01 of Sol)
|distance={{Exp|3.04|7}} km (0.20 AU)
|hab=Between 0.15 and 0.35 AU 
|loc=Alpha Valerian Sector<br>3 ly from the Theta Boromir System<br>7 ly from the Omega Aquarius Sector
}}

This code creates:

Name: Vularan Delule
Type: M1V Red Dwarf M2V Red Dwarf
Radius: 2.98 x 105 (0.43 of Sol) 2.71 x 105 (0.39 of Sol)
Mass: 7.29 x 1029 kg (0.37 of Sol) 5.49 x 1029 kg (0.28 of Sol)
Temperature: 3200 K 3000 K
Luminosity: 6.61 x 1024 (0.02 of Sol) 4.23 x 1024 (0.01 of Sol)
Distance: 3.04 x 107 km (0.20 AU)
Ecosphere:Between 0.15 and 0.35 AU
Location: Alpha Valerian Sector
3 ly from the Theta Boromir System
7 ly from the Omega Aquarius Sector