Historic BURN Generator Files

Sample BURN Generator (solar abundances)

c sol160bg --burn generator deck with standard 149 isotope burn network,
c solar composition (anders and grevesse, geochem et
c cosmochem 1988) and 160 initial zones.
c
c standard 149 isotope burn network:
net 1  nt1  h1    h2   h3  he3  he4  li7  be7  b10  b11
net 1  c11  c12  c13  c14  n13  n14  n15  o15  o16  o17
net 1  o18  f17  f18  f19 ne19 ne20 ne21 ne22 ne23 na22
net 1 na23 na24 mg23 mg24 mg25 mg26 mg27 a126 a127 a128
net 1 si27 si28 si29 si30 si31  p30  p31  p32  p33  s31
net 1  s32  s33  s34  s35  s36  s37 c135 c136 c137 c138
net 1 ar36 ar37 ar38 ar39 ar40 ar41  k39  k40  k41  k42
net 1 ca40 ca41 ca42 ca43 ca44 ca45 ca46 ca47 sc43 5c44
net 1 sc45 sc46 sc47 ti44 ti45 ti46 ti47 ti48 ti49 ti50
net 1 t151  v47  v48  v49  v50  v51  v52 cr48 cr49 cr50
net 1 cr51 cr52 cr53 cr54 cr55 mn51 mn52 mn53 mn54 mn55
net 1 mn56 fe52 fe53 fe54 fe55 fe56 fe57 fe58 fe59 fe60
net 1 fe61 co55 co56 co57 co58 c059 c060 c061 ni56 ni57
net 1 ni58 ni59 ni60 ni61 ni62 ni63 ni64 ni65 cu59 cu60
net 1 cu61 cu62 cu63 cu64 zn60 zn61 zn62 zn63 zn64
c
c define solar composition (ander5 and greve55e, geochem et c05mochem 1988):
m solcomp 7.057e-1   h1 4.801e-5   h2 2.929e-5  he3
m s9lcomp 2.752e-1  he4 9.34ge-9  li7 1.067e-9  b10
m solcomp 4.730e-9  b11 3.032e-3  c12 3.650e-5  c13
m solcomp 1.105e-3  n14 4.363e-6  n15 9.592e-3  o16
m solcomp 3.887e-6  o17 2.167e-5  o18 4.051e-7  f19
m solcomp 1.61ge-3 ne20 4.127e-6 ne21 1.302e-4 ne22
m solcomp 3.33ge-5 na23 5.148e-4 mg24 6.766e-5 mg25
m solcomp 7.760e-5 mg26 5.805e-5 a127 6.530e-4 si28
m solcomp 3.426e-5 si29 2.352e-5 si30 8.155e-6  p31
m solcomp 3.958e-4  532 3.222e-6  s33 1.866e-5  s34
m solcomp 9.37ge-8  s36 2.532e-6 c135 8.545e-7 c137
m solcomp 7.740e-5 ar36 1.538e-5 ar38 2.52ge-8 ar40
m solcomp 3.472e-6  k39 5.545e-9  k40 2.634e-7  k41
m solcomp 5.990e-5 ca40 4.196e-7 ca42 8.973e-8 ca43
m solcomp 1.425e-6 ca44 2.793e-9 ca46 3.893e-8 sc45
m solcomp 2.234e-7 ti46 2.081e-7 ti47 2.14ge-6 ti48
m solcomp 1.636e-7 ti49 1.644e-7 ti50 9.258e-10 v50
m solcomp 3.767e-7  v51 7.424e-7 cr50 1.486e-5 cr52
m solcomp 1.716e-6 cr53 4.357e-7 cr54 1.32ge-5 mn55
m solcomp 7.130e-5 fe54 1.16ge-3 fe56 2.855e-5 fe57
m solcomp 3.697e-6 fe58 3.358e-6 co59 4.944e-5 ni58
m solcomp 1.958e-5 ni60 8.594e-7 ni61 2.776e-6 ni62
m solcomp 7.26ge-7 ni64 5.753e-7 cu63 9.924e-7 zn64
c
c specify grid composition (for 160 zone problem):
g 0 1 solcomp
g 160 1 solcomp

Sample BURN Generator (LMC abundances)

c lmc160bg --burn generator deck with standard 149 isotope burn network,
c lrnc cornposition (isotopes scaled to anders and
c grevesse, 1988) and 160 initial zones.
c
c standard 149 isotope burn network:
net 1  nt1   h1   h2   h3  he3  he4  li7  be7 b10   b11
net 1  c11  c12  c13  c14  n13  n14  n15  o15 o16   o17
net 1  o18  f17  f18  f19 ne19 ne20 ne21 ne22 ne23 na22
net 1 na23 na24 mg23 mg24 mg25 mg26 mg27 al26 al27 al28
net 1 si27 si28 si29 si30 si31  p30  p31  p32  p33  s31
net 1  s32  s33  s34 s35   s36  s37 cl35 cl36 cl37 cl38
net 1 ar36 ar37 ar38 ar39 ar40 ar41  k39  k40  k41  k42
net 1 ca40 ca41 ca42 ca43 ca44 ca45 ca46 ca47 sc43 sc44
net 1 sc45 sc46 sc47 ti44 ti45 ti46 ti47 ti48 ti49 ti50
net 1 ti51  v47  v48  v49  v50  v51  v52 cr48 cr49 cr50
net 1 cr51 cr52 cr53 cr54 cr55 mn51 mn52 mn53 mn54 mn55
net 1 mn56 fe52 fe53 fe54 fe55 fe56 fe57 fe58 fe59 fe60
net 1 fe61 c055 c056 c057 c058 c059 c060 c061 ni56 ni57
net 1 ni58 ni59 ni60 ni61 ni62 ni63 ni64 ni65 cu59 cu60
net 1 cu61 cu62 cu63 cu64 zn60 zn61 zn62 zn63 zn64
c
c define lmc composition:
m lmcomp 7.460e-1   h1 4.801e-5   h2 2.929e-5  he3
m lmcomp 2.500e-1  he4 9.349e-9  li7 1.067e-9  b10
m lmcomp 4.730e-9  b11 5.150e-4  c12 6.210e-6  c13
m lmcomp 1.210e-4  n14 4.800e-7  n15 2.490e-3  o16
m lmcomp 1.010e-6  o17 5.630e-6  o18 1.050e-7  f19
m lmcomp 5.180e-4 ne20 1.320e-6 ne21 4.170e-5 ne22
m lmcomp 1.070e-5 na23 2.630e-4 mg24 3.450e-5 mg25
m lmcomp 3.960e-5 mg26 1.510e-5 al27 3.660e-4 si28
m lmcomp 1.920e-5 si29 1.320e-5 si30 4.570e-6  p31
m lmcomp 1.700e-4  s32 1.390e-6  s33 8.020e-6  s34
m lmcomp 4.030e-8  s36 8.600e-7 cl35 2.910e-7 cl37
m lmcomp 4.260e-5 ar36 8.460e-6 ar38 1.390e-8 ar40
m lmcomp 1.740e-6  k39 2.770e-9  k40 1.320e-7  k41
m lmcomp 2.760e-5 ca40 1.930e-7 ca42 4.130e-8 ca43
m lmcomp 6.660e-7 ca44 1.280e-9 ca46 2.490e-8 sc45
m lmcomp 5.140e-8 ti46 4.790e-8 ti47 4.940e-7 ti48
m lmcomp 3.760e-8 ti49 3.780e-8 ti50 4.440e-10 v50
m lmcomp 1.810e-7  v51 3.560e-7 cr50 7.130e-6 cr52
m lmcomp 8.240e-7 cr53 2.090e-7 cr54 6.650e-6 mn55
m lmcomp 4.420e-5 fe54 7.250e-4 fe56 1.770e-5 fe57
m lmcomp 2.290e-6 fe58 1.680e-6 c059 2.770e-5 ni58
m lmcomp 1.100e-5 ni60 4.810e-7 ni61 1.550e-6 ni62
m lmcomp 4.070e-7 ni64 2.780e-7 cu63 4.960e-7 zn64
c
c specify grid composition (for 160 zone problem):
g 0   1 lmcomp
g 160 1 lmcomp