Asteroid belt
Name: Forge outer material region
Orbital radius inner m km: 526.00
Orbital radius outer m km: 6320.00
Belt density (1-10): ~10

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: 0.26
Al2O3: 0.28
C (graphite): 0.28
SiC: 0.28
CaAl2O19: 0.28
CaTiO3: 0.29
Ca2Al2O4: 0.30
MgAl2O4: 0.33
Fe3C: 0.34
Fe: 0.34
Mg2SiO4: 0.34
AlN: 0.35
CaS: 0.365180
Mg2SiO4: 0.43
TiN: 0.48
FeS: 0.90
FeO: 0.90
Ca2Mg5Si8O22: 0.82
H2O: 0.66
NH3: 0.92
H2SO4: 0.63
C6H6: 0.69
CH4: 1.85
CO2: 0.59
N2: 1.42
O2: 1.16
H2: 5.43
He: 35.86


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: 0.22
Al2O3: 0.24
C (graphite): 0.24
SiC: 0.24
CaAl2O19: 0.24
CaTiO3: 0.25
Ca2Al2O4: 0.26
MgAl2O4: 0.28
Fe3C: 0.28
Fe: 0.28
Mg2SiO4: 0.29
AlN: 0.30
CaS: 0.31
Mg2SiO4: 0.36
TiN: 0.41
FeS: 0.75
FeO: 0.75
Ca2Mg5Si8O22: 0.68
H2O: 0.55
NH3: 0.77
H2SO4: 0.53
C6H6: 0.58
CH4: 1.55
CO2: 0.50
N2: 1.19
O2: 0.98
H2: 4.56
He: 30.11


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: 0.17
Al2O3: 0.18
C (graphite): 0.18
SiC: 0.19
CaAl2O19: 0.19
CaTiO3: 0.19
Ca2Al2O4: 0.20
MgAl2O4: 0.22
Fe3C: 0.22
Fe: 0.22
Mg2SiO4: 0.22
AlN: 0.23
CaS: 0.24
Mg2SiO4: 0.28
TiN: 0.32
FeS: 0.59
FeO: 0.59
Ca2Mg5Si8O22: 0.53
H2O: 0.43
NH3: 0.60
H2SO4: 0.41
C6H6: 0.45
CH4: 1.21
CO2: 0.38
N2: 0.93
O2: 0.76
H2: 3.55
He: 23.41


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: 0.14
Al2O3: 0.16
C (graphite): 0.16
SiC: 0.16
CaAl2O19: 0.16
CaTiO3: 0.16
Ca2Al2O4: 0.17
MgAl2O4: 0.18
Fe3C: 0.19
Fe: 0.19
Mg2SiO4: 0.19
AlN: 0.20
CaS: 0.20
Mg2SiO4: 0.24
TiN: 0.27
FeS: 0.50
FeO: 0.50
Ca2Mg5Si8O22: 0.45
H2O: 0.36
NH3: 0.51
H2SO4: 0.35
C6H6: 0.38
CH4: 1.02
CO2: 0.33
N2: 0.79
O2: 0.64
H2: 3.00
He: 19.81


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: 0.13
Al2O3: 0.14
C (graphite): 0.14
SiC: 0.14
CaAl2O19: 0.14
CaTiO3: 0.14
Ca2Al2O4: 0.15
MgAl2O4: 0.16
Fe3C: 0.16
Fe: 0.17
Mg2SiO4: 0.17
AlN: 0.17
CaS: 0.18
Mg2SiO4: 0.21
TiN: 0.24
FeS: 0.44
FeO: 0.44
Ca2Mg5Si8O22: 0.40
H2O: 0.32
NH3: 0.45
H2SO4: 0.31
C6H6: 0.34
CH4: 0.90
CO2: 0.29
N2: 0.69
O2: 0.57
H2: 2.65
He: 17.49


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: 0.12
Al2O3: 0.12
C (graphite): 0.12
SiC: 0.13
CaAl2O19: 0.13
CaTiO3: 0.13
Ca2Al2O4: 0.13
MgAl2O4: 0.15
Fe3C: 0.15
Fe: 0.15
Mg2SiO4: 0.15
AlN: 0.16
CaS: 0.161162
Mg2SiO4: 0.19
TiN: 0.21
FeS: 0.40
FeO: 0.40
Ca2Mg5Si8O22: 0.36
H2O: 0.29
NH3: 0.41
H2SO4: 0.28
C6H6: 0.30
CH4: 0.82
CO2: 0.26
N2: 0.63
O2: 0.51
H2: 2.40
He: 15.83


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: 0.11
Al2O3: 0.11
C (graphite): 0.11
SiC: 0.12
CaAl2O19: 0.12
CaTiO3: 0.12
Ca2Al2O4: 0.12
MgAl2O4: 0.13
Fe3C: 0.14
Fe: 0.14
Mg2SiO4: 0.14
AlN: 0.14
CaS: 0.15
Mg2SiO4: 0.17
TiN: 0.20
FeS: 0.36
FeO: 0.36
Ca2Mg5Si8O22: 0.33
H2O: 0.27
NH3: 0.37
H2SO4: 0.26
C6H6: 0.28
CH4: 0.75
CO2: 0.24
N2: 0.58
O2: 0.47
H2: 2.21
He: 14.56