System overview:
Star data:
Name: Utu
Solar mass, sol=1: 0.97
Solar mass, kg: 1.94E+30
Luminosity, sol=1: 0.91
Approximate temperature, K: 5753.04
Peak Wavelength, nm: 5753.04
Class: G
Planetary data:
Name: Ki
Orbital period in years: 0.18
Orbital period in days: 66.42
Orbital period in hours: 1594.18
Orbital radius (mean) km: 47.66E+6
Planetary diameter, km: 3860
Surface g, m/s/s: 2.89
Earth gravities: 0.29
Planetary mass, kg: 161.18E+21
Planetary mass, Earths: 0.03
Planetary volume, m^3: 30.10E+18
Planetary volume, Earths: 0.03
Approximate planetary temperature, K: 487.58
Density, g/cm^3: 5.35
Axial tilt, degrees: 0.00
Rotational period, hrs: 4594.18
Detailed orbital analysis
Eccentricity, tidal effects, angular velocity
Planetary eccentricity: 0.05
Satellite eccentricity: 0.00
Planetary aphelion m km: 50.04
Planetary perihelion m km: 45.28
Satellite apoapsis km: 0.00
Satellite periapsis km: 0.00
Satellite angular velocity: Inf
Planet angular velocity: 0.00
Barycentre from middle of planet, km: 0.00
Tide height caused from moon, m: NaN
Tide height caused from sun, m: 1.55
Tide height caused on moon from planet, m: NaN
Planetary axial tilt, degrees: 0.00
Satellite axial tilt, degrees: 0.00
Satellite orbital inclination, degrees: 0.00
Planetary orbital inclination, degrees: 0.00
Arbitrary condensation points for compounds in the formation region. numbers approaching one indicate a relatively high acquisition rate, where as higher or lower numbers indicate less abundant compounds.
TiC: 0.71
Al2O3: 0.76
C (graphite): 0.77
SiC: 0.77
CaAl2O19: 0.77
CaTiO3: 0.80
Ca2Al2O4: 0.83
MgAl2O4: 0.90
Fe3C: 0.92
Fe: 0.92
Mg2SiO4: 0.93
AlN: 0.96
CaS: 0.99
Mg2SiO4: 1.17
TiN: 1.31
FeS: 2.44
FeO: 2.44
Ca2Mg5Si8O22: 2.22
H2O: 1.79
NH3: 2.50
H2SO4: 1.72
C6H6: 1.88
CH4: 5.03
CO2: 1.60
N2: 3.87
O2: 3.17
H2: 14.78
He: 97.52
Asteroid belt
Name: 'Inner Belt'
Orbital radius inner m km: 57.50
Orbital radius outer m km: 62.31
Belt density (1-10): 4
Arbitrary condensation points for compounds in the formation region. numbers approaching one indicate a relatively high acquisition rate, where as higher or lower numbers indicate less abundant compounds.
TiC: 0.63
Al2O3: 0.68
C (graphite): 0.68
SiC: 0.69
CaAl2O19: 0.69
CaTiO3: 0.71
Ca2Al2O4: 0.74
MgAl2O4: 0.80
Fe3C: 0.819713
Fe: 0.82
Mg2SiO4: 0.83
AlN: 0.86
CaS: 0.88
Mg2SiO4: 1.04
TiN: 1.17
FeS: 2.17
FeO: 2.172240
Ca2Mg5Si8O22: 1.97
H2O: 1.59
NH3: 2.23
H2SO4: 1.54
C6H6: 1.67
CH4: 4.48
CO2: 1.43
N2: 3.45
O2: 2.82
H2: 13.17
He: 86.89
Planetary data:
Name: Atlantis
Orbital period in years: 0.96
Orbital period in days: 351.18
Orbital period in hours: 8428.33
Orbital radius (mean) km: 144.64E+6
Planetary diameter, km: 10422
Surface g, m/s/s: 8.23
Earth gravities: 0.84
Planetary mass, kg: 3.35E+24
Planetary mass, Earths: 0.56
Planetary volume, m^3: 592.77E+18
Planetary volume, Earths: 0.55
Approximate planetary temperature, K: 279.89
Density, g/cm^3: 5.65
Axial tilt, degrees: 0.00
Rotational period, hrs: 23.13
Atmospheric composition:
Pressure in millibars:
Hydrogen (H2): 0.00
Helium (He): 0.00
Oxygen (O2): 201.18
Nitrogen (N2): 769.16
Carbon dioxide (CO2): 0.00
Ammonia (NH3): 0.00
Methane (CH4): 0.00
Sulphur dioxide (SO2): 0.00
Hydrogen sulphide (H2S): 0.00
Total atmospheric pressure, bar: 0.97
Atmospheric gas speed analysis
Numbers reflect escape velocity/r.m.s. speeds of molecules
Hydrogen (H2): 2.65
Helium (He): 5.31
Oxygen (O2): 42.44
Nitrogen (N2): 37.14
Carbon dioxide (CO2): 58.36
Argon (Ar): 53.05
Krypton (Kr): 111.41
Neon (Ne): 26.79
Water Vapour (H20): 21.22
Methane (CH4): 21.22
Ozone (O3): 63.66
Sulphur Dioxide (SO2): 84.88
Benzene (C6H6): 23.87
Ethane (C2H6): 39.79
Hydrogen Sulphide (H2S): 45.09
Ammonia (NH3): 22.55
Arbitrary condensation points for compounds in the formation region. numbers approaching one indicate a relatively high acquisition rate, where as higher or lower numbers indicate less abundant compounds.
TiC: 0.41
Al2O3: 0.44
C (graphite): 0.44
SiC: 0.44
CaAl2O19: 0.44
CaTiO3: 0.46
Ca2Al2O4: 0.48
MgAl2O4: 0.51
Fe3C: 0.53
Fe: 0.53
Mg2SiO4: 0.54
AlN: 0.55
CaS: 0.57
Mg2SiO4: 0.67
TiN: 0.75
FeS: 1.40
FeO: 1.40
Ca2Mg5Si8O22: 1.27
H2O: 1.03
NH3: 1.44
H2SO4: 1.00
C6H6: 1.08
CH4: 2.89
CO2: 0.92
N2: 2.221320
O2: 1.82
H2: 8.48
He: 55.98
Habitable zone description:
Planetary conditions: ideal, optimal ecology
Mean temperature, K: 279.89
life: indigenous, federation land ecologies introduced
Atmosphere: breathable
Temperature at perihelion, K: 287
Temperature at aphelion, K: 273
Surface hydrosphere:
Potential surface liquids:
Water (H2O): yes
Ammonia (NH3): only present in solution
Sulphur dioxide (SO2): only present in solution
Carbon dioxide (CO2): No
Oxygen (O2): No
Nitrogen (N2): No
Neon (Ne): No
Deuterium (D): No
Hydrogen (H): No
Helium (He): No
Asteroid belt
Name: 'Outer Belt'
Orbital radius inner m km: 216.53
Orbital radius outer m km: 227.24
Belt density (1-10): 5
Arbitrary condensation points for compounds in the formation region. numbers approaching one indicate a relatively high acquisition rate, where as higher or lower numbers indicate less abundant compounds.
TiC: 0.33
Al2O3: 0.36
C (graphite): 0.36
SiC: 0.36
CaAl2O19: 0.36
CaTiO3: 0.37
Ca2Al2O4: 0.39
MgAl2O4: 0.42
Fe3C: 0.430157
Fe: 0.43
Mg2SiO4: 0.44
AlN: 0.45
CaS: 0.46
Mg2SiO4: 0.55
TiN: 0.61
FeS: 1.14
FeO: 1.14
Ca2Mg5Si8O22: 1.04
H2O: 0.84
NH3: 1.17
H2SO4: 0.81
C6H6: 0.88
CH4: 2.35
CO2: 0.75
N2: 1.81
O2: 1.48
H2: 6.91
He: 45.60
Planetary data:
Name: Enlil
Orbital period in years: 7.96
Orbital period in days: 2909.10
Orbital period in hours: 69818.32
Orbital radius (mean) km: 592.17E+6
Planetary diameter, km: 135615
Surface g, m/s/s: 26.47
Earth gravities: 2.70
Planetary mass, kg: 1.82E+27
Planetary mass, Earths: 305.17
Planetary volume, m^3: 1.31E+24
Planetary volume, Earths: 1205.85
Approximate planetary temperature, K: 138.33
Density, g/cm^3: 1.40
Axial tilt, degrees: 0.00
Rotational period, hrs: 18.93
Atmospheric composition:
Pressure in millibars:
Hydrogen (H2): +2000.00
Helium (He): +2000.00
Oxygen (O2): 0.00
Nitrogen (N2): 0.00
Carbon dioxide (CO2): trace as ice
Ammonia (NH3): trace
Methane (CH4): trace
Sulphur dioxide (SO2): trace, hydrated
Hydrogen sulphide (H2S): trace
Total atmospheric pressure, bar: +4.00
Atmospheric gas speed analysis
Numbers reflect escape velocity/r.m.s. speeds of molecules
Hydrogen (H2): 34.73
Helium (He): 69.46
Oxygen (O2): 555.65
Nitrogen (N2): 486.19
Carbon dioxide (CO2): 764.01
Argon (Ar): 694.56
Krypton (Kr): 1458.57
Neon (Ne): 350.75
Water Vapour (H20): 277.82
Methane (CH4): 277.82
Ozone (O3): 833.47
Sulphur Dioxide (SO2): 1111.29
Benzene (C6H6): 312.55
Ethane (C2H6): 520.92
Hydrogen Sulphide (H2S): 590.37
Ammonia (NH3): 295.19
Surface hydrosphere:
Potential surface liquids:
Water (H2O): No
Ammonia (NH3): No
Sulphur dioxide (SO2): No
Carbon dioxide (CO2): No
Oxygen (O2): yes
Nitrogen (N2): No
Neon (Ne): No
Deuterium (D): As ocean
Hydrogen (H): As ocean
Helium (He): As ocean
Arbitrary condensation points for compounds in the formation region. numbers approaching one indicate a relatively high acquisition rate, where as higher or lower numbers indicate less abundant compounds.
TiC: 0.20
Al2O3: 0.22
C (graphite): 0.22
SiC: 0.22
CaAl2O19: 0.22
CaTiO3: 0.23
Ca2Al2O4: 0.24
MgAl2O4: 0.25
Fe3C: 0.26
Fe: 0.26
Mg2SiO4: 0.26
AlN: 0.27
CaS: 0.28
Mg2SiO4: 0.33
TiN: 0.37
FeS: 0.69
FeO: 0.69
Ca2Mg5Si8O22: 0.63
H2O: 0.51
NH3: 0.71
H2SO4: 0.49
C6H6: 0.53
CH4: 1.43
CO2: 0.46
N2: 1.10
O2: 0.90
H2: 4.19
He: 27.67
Planetary data:
Name: Enki
Orbital period in years: 14.77
Orbital period in days: 5395.60
Orbital period in hours: 129494.40
Orbital radius (mean) km: 893.93E+6
Planetary diameter, km: 75906
Surface g, m/s/s: 14.46
Earth gravities: 1.47
Planetary mass, kg: 312.21E+24
Planetary mass, Earths: 52.24
Planetary volume, m^3: 229.00E+21
Planetary volume, Earths: 211.45
Approximate planetary temperature, K: 112.58
Density, g/cm^3: 1.36
Axial tilt, degrees: 0.00
Rotational period, hrs: 15.47
Atmospheric composition:
Pressure in millibars:
Hydrogen (H2): + 2000.00
Helium (He): + 2000.00
Oxygen (O2): 0.00
Nitrogen (N2): 0.00
Carbon dioxide (CO2): trace as ice
Ammonia (NH3): trace
Methane (CH4): trace
Sulphur dioxide (SO2): trace, hydrated
Hydrogen sulphide (H2S): trace
Total atmospheric pressure, bar: + 4.00
Atmospheric gas speed analysis
Numbers reflect escape velocity/r.m.s. speeds of molecules
Hydrogen (H2): 23.60
Helium (He): 47.20
Oxygen (O2): 377.57
Nitrogen (N2): 330.37
Carbon dioxide (CO2): 519.15
Argon (Ar): 471.96
Krypton (Kr): 991.11
Neon (Ne): 238.34
Water Vapour (H20): 188.78
Methane (CH4): 188.78
Ozone (O3): 566.35
Sulphur Dioxide (SO2): 755.13
Benzene (C6H6): 212.38
Ethane (C2H6): 353.97
Hydrogen Sulphide (H2S): 401.16
Ammonia (NH3): 200.58
Surface hydrosphere:
Potential surface liquids:
Water (H2O): No
Ammonia (NH3): No
Sulphur dioxide (SO2): No
Carbon dioxide (CO2): No
Oxygen (O2): No
Nitrogen (N2): No
Neon (Ne): No
Deuterium (D): As ocean
Hydrogen (H): As ocean
Helium (He): As ocean
Arbitrary condensation points for compounds in the formation region. numbers approaching one indicate a relatively high acquisition rate, where as higher or lower numbers indicate less abundant compounds.
TiC: 0.16
Al2O3: 0.18
C (graphite): 0.18
SiC: 0.18
CaAl2O19: 0.18
CaTiO3: 0.18
Ca2Al2O4: 0.19
MgAl2O4: 0.21
Fe3C: 0.21
Fe: 0.21
Mg2SiO4: 0.22
AlN: 0.22
CaS: 0.23
Mg2SiO4: 0.27
TiN: 0.30
FeS: 0.56
FeO: 0.56
Ca2Mg5Si8O22: 0.51
H2O: 0.41
NH3: 0.58
H2SO4: 0.39
C6H6: 0.43
CH4: 1.16
CO2: 0.37
N2: 0.89
O2: 0.73
H2: 3.41
He: 22.52
Planetary data:
Name: An
Orbital period in years: 122.56
Orbital period in days: 44764.49
Orbital period in hours: 1074347.84
Orbital radius (mean) km: 3.66E+9
Planetary diameter, km: 135475
Surface g, m/s/s: 23.11
Earth gravities: 2.36
Planetary mass, kg: 1.59E+27
Planetary mass, Earths: 265.86
Planetary volume, m^3: 1.30E+24
Planetary volume, Earths: 1202.13
Approximate planetary temperature, K: 55.61
Density, g/cm^3: 1.22
Axial tilt, degrees: 0.00
Rotational period, hrs: 17.28
Atmospheric composition:
Pressure in millibars:
Hydrogen (H2): + 2000.00
Helium (He): + 2000.00
Oxygen (O2): 0.00
Nitrogen (N2): 0.00
Carbon dioxide (CO2): 0.00
Ammonia (NH3): trace
Methane (CH4): trace
Sulphur dioxide (SO2): trace, hydrated
Hydrogen sulphide (H2S): trace
Total atmospheric pressure, bar: + 4.00
Atmospheric gas speed analysis
Numbers reflect escape velocity/r.m.s. speeds of molecules
Hydrogen (H2): 80.66
Helium (He): 161.33
Oxygen (O2): 1290.64
Nitrogen (N2): 1129.31
Carbon dioxide (CO2): 1774.63
Argon (Ar): 1613.30
Krypton (Kr): 3387.92
Neon (Ne): 814.71
Water Vapour (H20): 645.32
Methane (CH4): 645.32
Ozone (O3): 1935.96
Sulphur Dioxide (SO2): 2581.27
Benzene (C6H6): 725.98
Ethane (C2H6): 1209.97
Hydrogen Sulphide (H2S): 1371.30
Ammonia (NH3): 685.65
Surface hydrosphere:
Potential surface liquids:
Water (H2O): No
Ammonia (NH3): No
Sulphur dioxide (SO2): No
Carbon dioxide (CO2): No
Oxygen (O2): No
Nitrogen (N2): No
Neon (Ne): No
Deuterium (D): As ocean
Hydrogen (H): As ocean
Helium (He): As ocean
Arbitrary condensation points for compounds in the formation region. numbers approaching one indicate a relatively high acquisition rate, where as higher or lower numbers indicate less abundant compounds.
TiC: 0.08
Al2O3: 0.09
C (graphite): 0.09
SiC: 0.09
CaAl2O19: 0.09
CaTiO3: 0.09
Ca2Al2O4: 0.09
MgAl2O4: 0.10
Fe3C: 0.10
Fe: 0.11
Mg2SiO4: 0.11
AlN: 0.11
CaS: 0.11
Mg2SiO4: 0.13
TiN: 0.15
FeS: 0.28
FeO: 0.27
Ca2Mg5Si8O22: 0.25
H2O: 0.20
NH3: 0.29
H2SO4: 0.19
C6H6: 0.21
CH4: 0.57
CO2: 0.18
N2: 0.44
O2: 0.36
H2: 1.69
He: 11.12
