KRC for Exoplanets

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(Created page with "== General advice about using KRC on Asteroids == When using KRC on Asteroids the best practice is to: ::*For KRC Davinci Interface, use "minor" as the bodytype ::*For KRC Da...")
 
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::*For additional help see the [http://krc.mars.asu.edu/index.php?title=Advanced_Tutorial#Asteroids Asteroids section of the advanced tutorial]
 
::*For additional help see the [http://krc.mars.asu.edu/index.php?title=Advanced_Tutorial#Asteroids Asteroids section of the advanced tutorial]
  
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== Orbital Information for Common Asteroids ==
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:A list of host stars is at
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::http://en.wikipedia.org/wiki/List_of_exoplanetary_host_stars
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:A table of known exo-planets is at
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::http://exoplanets.org/table
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:List of Goldilocks planets:
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::http://en.wikipedia.org/wiki/List_of_Goldilocks_planets
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 +
 
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== Orbital Information ==
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All information is taken from [http://krc.mars.asu.edu/svn/filedetails.php?repname=KRC&path=%2Ftrunk%2Frun%2Fexoplan.tab exoplan.tab]
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Items commonly reported for exoPlanets that do not affect KRC:
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:*M sin(i) Minimum mass (in mJupiter) (only as effect on GRAVity)
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:*planet radius
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:*argument of periastron, omega, degree. Angle between direction to Earth and to periastron +90, deg.  Periastron is toward Earth (in the plane including the star, Earth and the orbit normal), and the probabilty of observing transit is highest, for omega=90 parsec= 2./(parallax in arcsec)
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== Orbital Information for Common Exoplanets ==
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All information is taken from [http://krc.mars.asu.edu/svn/filedetails.php?repname=KRC&path=%2Ftrunk%2Frun%2Fminor.tab minor.tab]
 
  
 
All angles are in degrees.   
 
All angles are in degrees.   
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:*PDS uses 1950 Ecliptic for pole
 
:*PDS uses 1950 Ecliptic for pole
 
:*Flag to indicate this is PM==1.0
 
:*Flag to indicate this is PM==1.0
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=== HD147018b ===
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-------  1  Separation line      http://exoplanets.org/table
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HD147018b / name. Must have no blanks
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8.3 / Visual Magnitude of host star
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140.2 / Distance from Earth to host star. Lightyears  43pc
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2454459.49 / Time of periastron as full Julian date    2000 Jan 1 noon UTC= 2451545.0
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0.2389 / Semi-Major axis in A.U.: a
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44.2360 / Orbital period in days
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0.4686 / Eccentricity of orbit : e
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25. / Unknown. Obliquity of planet pole, degree
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45. / Unknown. Season (Ls) at periastron, degree
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12. / Unknown. Sideral rotation period, hours
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=== Kepler62e ===
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-------  2 /Separation line
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Kepler62e / name. Must have no blanks
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13.8 / Visual Magnitude of host star
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1207 / Distance from Earth to host star. Lightyears
 +
2454932 / Time of periastron as full Julian date
 +
0.4263 / Semi-Major axis in A.U.: a
 +
122.3874 / Orbital period in days
 +
0.13 / Eccentricity of orbit : e
 +
15. / Obliquity of planet pole, degree
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0. / Season (Ls) at periastron, degree
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24. / Sideral rotation period, hours
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=== Gliese163c ===
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-------  3 /Separation line    RA 04h 9m 16s and Dec. -53°22'
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Gliese163c / name. Star is: HIP 19394, also LHS 188.
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  11.8 / Visual Magnitude of host star M3.5V    AbsMag=10.9
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  49. / Distance from Earth to host star. Lightyears  in DOrado 15ps
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  / Time of periastron as full Julian date    2000 Jan 1 noon UTC= 2451545.0
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  0.1254 / Semi-Major axis in A.U.: a    Mass=0.2285M_J
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  25.645/ Orbital period in days
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  0.094/ Eccentricity of orbit : e
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0.1  / Unknown. Obliquity of planet pole, degree
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0.  / Unknown. Season (Ls) at periastron, degree
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30. / Unknown. Sideral rotation period, hours
 +
 +
== KRC Fortran Input File Example ==
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 +
== Online Tool ==
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 +
== Common Problems ==

Revision as of 21:39, 18 July 2018

Contents

General advice about using KRC on Asteroids

When using KRC on Asteroids the best practice is to:

  • For KRC Davinci Interface, use "minor" as the bodytype
  • For KRC Davinci interface, use quotation marks around the bodytype and body parameter (See Command Line Example Below)
  • For additional help see the Asteroids section of the advanced tutorial
A list of host stars is at
http://en.wikipedia.org/wiki/List_of_exoplanetary_host_stars
A table of known exo-planets is at
http://exoplanets.org/table
List of Goldilocks planets:
http://en.wikipedia.org/wiki/List_of_Goldilocks_planets


Orbital Information

All information is taken from exoplan.tab

Items commonly reported for exoPlanets that do not affect KRC:

  • M sin(i) Minimum mass (in mJupiter) (only as effect on GRAVity)
  • planet radius
  • argument of periastron, omega, degree. Angle between direction to Earth and to periastron +90, deg. Periastron is toward Earth (in the plane including the star, Earth and the orbit normal), and the probabilty of observing transit is highest, for omega=90 parsec= 2./(parallax in arcsec)

Orbital Information for Common Exoplanets

All angles are in degrees. Default inertial reference system is:

  • J2000 ecliptic for orbital elements
  • J2000 equatorial for spin axis (pole)
  • PDS uses 1950 Ecliptic for pole
  • Flag to indicate this is PM==1.0

HD147018b 

-------  1   Separation line       http://exoplanets.org/table
HD147018b / name. Must have no blanks
8.3 / Visual Magnitude of host star
140.2 / Distance from Earth to host star. Lightyears  43pc
2454459.49 / Time of periastron as full Julian date     2000 Jan 1 noon UTC= 2451545.0 
0.2389 / Semi-Major axis in A.U.: a
44.2360 / Orbital period in days
0.4686 / Eccentricity of orbit : e
25. / Unknown. Obliquity of planet pole, degree
45. / Unknown. Season (Ls) at periastron, degree
12. / Unknown. Sideral rotation period, hours

Kepler62e 

-------   2 /Separation line 
Kepler62e / name. Must have no blanks
13.8 / Visual Magnitude of host star
1207 / Distance from Earth to host star. Lightyears
2454932 / Time of periastron as full Julian date
0.4263 / Semi-Major axis in A.U.: a
122.3874 / Orbital period in days
0.13 / Eccentricity of orbit : e
15. / Obliquity of planet pole, degree
0. / Season (Ls) at periastron, degree
24. / Sideral rotation period, hours

Gliese163c 

-------   3 /Separation line     RA 04h 9m 16s and Dec. -53°22'
Gliese163c / name. Star is: HIP 19394, also LHS 188. 
 11.8 / Visual Magnitude of host star M3.5V    AbsMag=10.9
 49. / Distance from Earth to host star. Lightyears   in DOrado 15ps
 / Time of periastron as full Julian date     2000 Jan 1 noon UTC= 2451545.0 
 0.1254 / Semi-Major axis in A.U.: a     Mass=0.2285M_J
 25.645/ Orbital period in days
 0.094/ Eccentricity of orbit : e
0.1  / Unknown. Obliquity of planet pole, degree
0.  / Unknown. Season (Ls) at periastron, degree
30. / Unknown. Sideral rotation period, hours

KRC Fortran Input File Example

Online Tool

Common Problems

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