TEMPLATE 1.1510 – SUB-STELLAR OBJECTS (CADRS Res. 10589.7132-4(a)) |
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0 |
1 |
2 |
3 |
4 |
5 |
6 |
7 |
8 |
9 |
A |
B |
C |
D |
E |
F |
1 |
No data |
Natural |
Terragen |
Xeno- Archivists |
Xeno- Auld Limner |
Xeno- Cthonids |
Xeno- Iahi Daon |
Xeno- J’Ta’ush |
Xeno- Jeepers |
Xeno- Meistersingers |
Xeno- Muuh |
Xeno- N’Lu’uj |
Xeno- Silent Ones |
Xeno- Soft Ones |
Xeno- Tkzeph |
Unknown Xeno |
2 |
No data |
None |
0.000 to 3.251e-3 yr |
3.251e-3 to 1.821e-2 yr |
1.821e-2 to 1.018e-1 yr |
1.018e-1 to 5.674e-1 yr |
5.674e-1 to 3.153e+0 yr |
3.153e+0 to 1.747e+1 yr |
1.747e+1 to 4.125e+1 yr |
4.125e+1 to 5.296e+2 yr |
5.296e+2 to 2.896e+3 yr |
2.896e+3 to 1.575e+4 yr |
1.575e+4 to 8.506e+4 yr |
8.506e+4 to 4.559e+5 yr |
4.559e+5 to 2.420e+6 yr |
2.420e+6 to 1.118e+7 yr |
3 |
No data |
0.000 to 0.076 |
0.076 to 0.154 |
0.154 to 0.231 |
0.231 to 0.308 |
0.308 to 0.385 |
0.385 to 0.462 |
0.462 to 0.538 |
0.538 to 0.615 |
0.615 to 0.692 |
0.692 to 0.769 |
0.769 to 0.846 |
0.846 to 0.923 |
0.923 to 1.000 |
Free-Roaming |
Varies |
4 |
No data |
None |
0.000 to 3.076e+3 sec |
3.076e+3 to 3.285e+4 sec |
3.285e+4 to 3.495e+5 sec |
3.495e+5 to 3.704e+6 sec |
3.704e+6 to 3.914e+7 sec |
3.914e+7 to 4.123e+8 sec |
4.123e+8 to 4.332e+9 sec |
4.332e+9 to 4.542e+10 sec |
4.542e+10 to 4.751e+11 sec |
4.751e+11 to 4.960e+12 sec |
4.960e+12 to 5.170e+13 sec |
5.170e+13 to 5.379e+14 sec |
5.379e+14 to 5.589e+15 sec |
5.589e+15 to 5.798e+16 sec |
5 |
No data |
0.00 to 6.43 |
6.43 to 12.86 |
12.86 to 19.29 |
19.29 to 25.71 |
25.71 to 32.14 |
32.14 to 38.57 |
38.57 to 45.00 |
45.00 to 51.43 |
51.43 to 57.86 |
57.86 to 64.29 |
64.29 to 70.71 |
70.71 to 77.14 |
77.14 to 83.57 |
83.57 to 90.00 |
Varies |
6 |
No data |
7.139 |
7.14 to 14.289 |
14.29 to 21.429 |
21.43 to 28.569 |
28.57 to 35.709 |
35.71 to 42.859 |
42.86 to 49.999 |
50.00 to 57.139 |
57.14 to 64.289 |
64.29 to 71.429 |
71.43 to 78.569 |
78.57 to 85.709 |
85.71 to 92.859 |
92.86 to 99.999 |
100.00+ |
7 |
No data |
Gas |
67% Gas, 33% Liquid |
50% Gas, 50% Liquid |
33% Gas, 67% Liquid |
66% Gas, 33% Ice |
50% Gas, 50% Ice |
33% Gas, 67% Ice |
Ice |
67% Ice, 33% Liquid |
50% Ice, 50% Liquid |
33% Ice, 67% Liquid |
Rock |
67% Rock, 33% Ice |
50% Rock, 50% Ice |
33% Rock, 67% Ice |
8 |
No data |
5.235e+6 kg or less |
5.236e+6 to 2.473e+8 kg |
2.473e+8 to 1.166e+10 kg |
1.166e+10 to 5.488e+11 kg |
5.488e+11 to 2.577e+13 kg |
2.577e+13 to 1.207e+15 kg |
1.207e+15 to 5.641e+16 kg |
5.641e+16 to 2.628e+18 kg |
2.628e+18 to 1.221e+20 kg |
1.221e+20 to 5.648e+21 kg |
5.648e+21 to 2.602e+23 kg |
2.602e+23 to 1.194e+25 kg |
1.194e+25 to 5.445e+26 kg |
5.445e+26 to 2.468 e+28 kg |
Varies |
9 |
No data |
80 kg/m3 or less |
80 to 1066 kg/m3 |
1066 to 2131 kg/m3 |
2131 to 3197 kg/m3 |
3197 to 4263 kg/m3 |
4263 to 5329 kg/m3 |
5329 to 6394 kg/m3 |
6394 to 7460 kg/m3 |
7460 to 8526 kg/m3 |
8526 to 9591 kg/m3 |
9591 to 10657 kg/m3 |
10657 to 11723 kg/m3 |
11723 to 12789 kg/m3 |
12789 to 13854 kg/m3 |
13854 to 14920 kg/m3 |
10 |
No data |
None |
Hydrogen |
Helium |
Carbon dioxide |
Oxygen |
Nitrogen |
Fluorine |
Argon |
Sulfur dioxide |
Chlorine |
Nitrogen oxides |
Methane |
Water vapor |
Neon |
Other |
11 |
No data |
None |
1.000e-15 bar or less |
1.000e-15 to 4.125e-14 bar |
4.125e-14 to 1.701e-12 bar |
1.701e-12 to 7.017e-11 bar |
7.017e-11 to 2.894e-9 bar |
2.894e-9 to 1.194e-7 bar |
1.194e-7 to 4.924e-6 bar |
4.924e-6 to 2.031e-4 bar |
2.031e-4 to 8.377e-3 bar |
8.377e-3 to 3.455e-1 bar |
3.455e-1 to 1.425e+1 bar |
1.425e+1 to 5.878e+2 bar |
5.878e+2 to 2.424e+4 bar |
2.424e+4 to 1.000e+6 bar |
12 |
No data |
1:0 |
0.9286:0.0714 |
0.8571:0.1429 |
0.7857:0.2143 |
0.7143:0.2857 |
0.6429:0.3571 |
0.5714:0.4286 |
0.5000:0.5000 |
0.4286:0.5714 |
0.3571:0.6429 |
0.2857:0.7143 |
0.2143:0.7857 |
0.1429:0.8571 |
0.0714:0.9286 |
0:1 |
13 |
No data |
0.0000 |
0.0714 |
0.1429 |
0.2143 |
0.2857 |
0.3571 |
0.4286 |
0.5000 |
0.5714 |
0.6429 |
0.7143 |
0.7857 |
0.8571 |
0.9286 |
1.0000 |
14 |
No data |
None |
Ammonia |
Water |
Methane |
Ethane |
Hydrogen fluoride |
Formamide |
Methanol |
Hydrogen sulfide |
Hydrogen chloride |
Ethanol |
Molten sulfur |
Metal oxides |
Metal salts |
Other |
15 |
No data |
2.75 to 233.32 K |
233.33 to 463.86 K |
463.87 to 694.41 K |
694.42 to 924.97 K |
924.98 to 1155.53 K |
1155.54 to 1386.10 K |
1386.11 to 1616.64 K |
1616.65 to 1847.21 K |
1847.22 to 2077.76 K |
2077.77 to 2308.32 K |
2308.33 to 2538.87 K |
2538.88 to 2769.44 K |
2769.45 to 3000.00 K |
3000.00 K or more |
Erratic |
16 |
No data |
Not differentiated |
Inactive core = 10% |
Inactive core = 20% |
Inactive core = 30% |
Inactive core = 40% |
Inactive core =50% |
Inactive core = 60% |
Inactive core = 70% |
Active core = 10% |
Active core = 20% |
Active core = 30% |
Active core = 40% |
Active core = 50% |
Active core = 60% |
Active core = 70% |
KEY
1: Is the object natural or artificial? If artificial, who
built it?
2: What is the object's period of revolution? (in
years)
3: What is the eccentricity of the object's orbit
around its primary?
4: What is the object's period of
rotation? (in seconds)
5: What is the inclination of the
object's orbit relative to the equator of its primary? (in
degrees)
6: What is the distance, in radii of the object,
of the magnetosphere's "bow shock" from the object?
7:
Of what is the object primarily composed?
8: What is the
object's mass? (in kilograms)
9: What is the mean density
of the object? (in kilograms per cubic meter)
10: What gas
is predominant in the object's atmosphere?
11: What is the
mean surface (or equivalent) atmospheric pressure of the object? (in
bars)
12: What is the oxidation ratio of a standard iron-57
redox test sample, as measured by Mossbauer spectroscopy, after
prolonged exposure to the object's atmosphere at the surface (or
equivalent)?
13: What fraction of the object's surface (or
subsurface) is covered by liquid?
14: What molecule is
predominant in the object's liquid zone?
15: What is the
mean temperature at the object's surface (or equivalent)?
16:
Is the object tectonically active, and what fraction of the object's
total mass is concentrated in a central core?