A fancy border, if you cant see the pic, try to imagine its glory

 

Back to Homepage (if you can't see the picture I dunno why)

 

To Technology Page

 

To Geography Page

 

To History Page

 

To Culture Page

 

To Images Page

 

To Literature Page

 

To Forum

 

To Sitemap

 

To an explanation

 

 

Asteroid belt
Name: Forge terrestrial material region
Orbital radius inner m km: 39.45
Orbital radius outer m km: 369.25
Belt density (1-10): 10

Sampling at 50 m km

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: 1.36
Al2O3: 1.47
C (graphite): 1.47
SiC: 1.48
CaAl2O19: 1.48
CaTiO3: 1.53
Ca2Al2O4: 1.59
MgAl2O4: 1.72
Fe3C: 1.768153
Fe: 1.77
Mg2SiO4: 1.80
AlN: 1.85
CaS: 1.908597
Mg2SiO4: 2.24
TiN: 2.53
FeS: 4.69
FeO: 4.685606
Ca2Mg5Si8O22: 4.26
H2O: 3.43
NH3: 4.81
H2SO4: 3.311382
C6H6: 3.60
CH4: 9.66
CO2: 3.08
N2: 7.437469
O2: 6.09
H2: 28.40
He: 187.42

Sampling at 100 m km

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: 0.86
Al2O3: 0.92
C (graphite): 0.92
SiC: 0.93
CaAl2O19: 0.93
CaTiO3: 0.96
Ca2Al2O4: 1.00
MgAl2O4: 1.08
Fe3C: 1.109912
Fe: 1.11
Mg2SiO4: 1.13
AlN: 1.16
CaS: 1.198072
Mg2SiO4: 1.41
TiN: 1.59
FeS: 2.94
FeO: 2.941266
Ca2Mg5Si8O22: 2.67
H2O: 2.15
NH3: 3.02
H2SO4: 2.078633
C6H6: 2.26
CH4: 6.06
CO2: 1.94
N2: 4.668677
O2: 3.82
H2: 17.83
He: 117.65

Sampling at 200 m km

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: 0.60
Al2O3: 0.65
C (graphite): 0.65
SiC: 0.66
CaAl2O19: 0.66
CaTiO3: 0.68
Ca2Al2O4: 0.71
MgAl2O4: 0.76
Fe3C: 0.784826
Fe: 0.79
Mg2SiO4: 0.80
AlN: 0.82
CaS: 0.847165
Mg2SiO4: 1.00
TiN: 1.12
FeS: 2.08
FeO: 2.079789
Ca2Mg5Si8O22: 1.89
H2O: 1.52
NH3: 2.13
H2SO4: 1.469816
C6H6: 1.60
CH4: 4.29
CO2: 1.37
N2: 3.301253
O2: 2.70
H2: 12.60
He: 83.19

Sampling at 300 m km

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: 0.49
Al2O3: 0.53
C (graphite): 0.53
SiC: 0.54
CaAl2O19: 0.54
CaTiO3: 0.56
Ca2Al2O4: 0.58
MgAl2O4: 0.62
Fe3C: 0.640808
Fe: 0.64
Mg2SiO4: 0.65
AlN: 0.67
CaS: 0.691707
Mg2SiO4: 0.81
TiN: 0.92
FeS: 1.70
FeO: 1.698141
Ca2Mg5Si8O22: 1.54
H2O: 1.24
NH3: 1.74
H2SO4: 1.200100
C6H6: 1.31
CH4: 3.50
CO2: 1.12
N2: 2.695462
O2: 2.21
H2: 10.29
He: 67.93

Sampling at 400 m km

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: 0.43
Al2O3: 0.46
C (graphite): 0.46
SiC: 0.47
CaAl2O19: 0.47
CaTiO3: 0.48
Ca2Al2O4: 0.50
MgAl2O4: 0.54
Fe3C: 0.554956
Fe: 0.56
Mg2SiO4: 0.56
AlN: 0.58
CaS: 0.599036
Mg2SiO4: 0.70
TiN: 0.79
FeS: 1.47
FeO: 1.470633
Ca2Mg5Si8O22: 1.34
H2O: 1.08
NH3: 1.51
H2SO4: 1.039317
C6H6: 1.13
CH4: 3.03
CO2: 0.97
N2: 2.334338
O2: 1.91
H2: 8.91
He: 58.83


Decorative lower bar