### G4FermiBreakUpVI::Initialise(): 0
### G4FermiBreakUpVI::Initialise(): 0x55734dc46190
### G4FermiBreakUpVI::Initialise(): 0x55734dc46190
=======================================================================
======       Pre-compound/De-excitation Physics Parameters     ========
=======================================================================
Type of pre-compound inverse x-section              3
Pre-compound model active                           1
Pre-compound low energy (MeV)                       0.1
Type of de-excitation inverse x-section             3
Type of de-excitation factory                       Evaporation
Number of de-excitation channels                    8
Min excitation energy (keV)                         0.01
Min energy per nucleon for multifragmentation (MeV) 1e+05
Level density (1/MeV)                               0.1
Time limit for long lived isomeres (ns)             1e+12
Internal e- conversion flag                         1
Store e- internal conversion data                   0
Electron internal conversion ID                     0
Correlated gamma emission flag                      0
Max 2J for sampling of angular correlations         10
=======================================================================
### G4FermiBreakUpVI::BreakFragment start new fragment 
Fragment: A =  12, Z =   7, U = 1.566e+01 MeV  
          P = (0.000e+00,0.000e+00,0.000e+00) MeV   E = 1.121e+04 MeV
    #spin= 0.000e+00    #floatLevelNo= 0  

### G4FermiBreakUpVI::BreakFragment start new fragment 
Fragment: A =  12, Z =   7, U = 7.413e+01 MeV  
          P = (0.000e+00,0.000e+00,0.000e+00) MeV   E = 1.127e+04 MeV
    #spin= 0.000e+00    #floatLevelNo= 0  

== SampleDecay 8 channels Eex= 0
Start recompute probabilities
0. 2.59339e+06 Z1= 1 A1= 1 Z2= 6 A2= 11
1. 5.15133e+06 Z1= 1 A1= 1 Z2= 6 A2= 11
2. 7.66753e+06 Z1= 1 A1= 1 Z2= 6 A2= 11
3. 1.01749e+07 Z1= 1 A1= 1 Z2= 6 A2= 11
4. 1.26542e+07 Z1= 1 A1= 1 Z2= 6 A2= 11
5. 1.51309e+07 Z1= 1 A1= 1 Z2= 6 A2= 11
6. 1.75997e+07 Z1= 1 A1= 1 Z2= 6 A2= 11
7. 2.00594e+07 Z1= 1 A1= 1 Z2= 6 A2= 11
 M= 11265.8 M1= 938.272  M2= 10261.4 Exc1= 0 Exc2= 7.4
# FermiFrag 0.  Z= 1 A= 1 mass= 938.272 exc= 0
== SampleDecay 0 channels Eex= 0
   New G4Fragment
# FermiFrag 1.  Z= 6 A= 11 mass= 10261.4 exc= 7.4
== SampleDecay 0 channels Eex= 7.4
   New G4Fragment
### G4FermiBreakUpVI::BreakFragment start new fragment 
Fragment: A =  12, Z =   7, U = 3.478e+01 MeV  
          P = (0.000e+00,0.000e+00,0.000e+00) MeV   E = 1.123e+04 MeV
    #spin= 0.000e+00    #floatLevelNo= 0  

### G4FermiBreakUpVI::BreakFragment start new fragment 
Fragment: A =  12, Z =   7, U = 5.677e+01 MeV  
          P = (0.000e+00,0.000e+00,0.000e+00) MeV   E = 1.125e+04 MeV
    #spin= 0.000e+00    #floatLevelNo= 0  

### G4FermiBreakUpVI::BreakFragment start new fragment 
Fragment: A =  12, Z =   7, U = 1.005e+02 MeV  
          P = (0.000e+00,0.000e+00,0.000e+00) MeV   E = 1.129e+04 MeV
    #spin= 0.000e+00    #floatLevelNo= 0  

== SampleDecay 8 channels Eex= 0
Start recompute probabilities
0. 3.02308e+06 Z1= 1 A1= 1 Z2= 6 A2= 11
1. 6.01582e+06 Z1= 1 A1= 1 Z2= 6 A2= 11
2. 8.973e+06 Z1= 1 A1= 1 Z2= 6 A2= 11
3. 1.19227e+07 Z1= 1 A1= 1 Z2= 6 A2= 11
4. 1.48485e+07 Z1= 1 A1= 1 Z2= 6 A2= 11
5. 1.77722e+07 Z1= 1 A1= 1 Z2= 6 A2= 11
6. 2.06892e+07 Z1= 1 A1= 1 Z2= 6 A2= 11
7. 2.35984e+07 Z1= 1 A1= 1 Z2= 6 A2= 11
 M= 11292.2 M1= 938.272  M2= 10258.3 Exc1= 0 Exc2= 4.3188
# FermiFrag 0.  Z= 1 A= 1 mass= 938.272 exc= 0
== SampleDecay 0 channels Eex= 0
   New G4Fragment
# FermiFrag 1.  Z= 6 A= 11 mass= 10258.3 exc= 4.3188
== SampleDecay 0 channels Eex= 4.3188
   New G4Fragment
### G4FermiBreakUpVI::BreakFragment start new fragment 
Fragment: A =  12, Z =   7, U = 1.647e+01 MeV  
          P = (0.000e+00,0.000e+00,0.000e+00) MeV   E = 1.121e+04 MeV
    #spin= 0.000e+00    #floatLevelNo= 0  

### G4FermiBreakUpVI::BreakFragment start new fragment 
Fragment: A =  12, Z =   7, U = 1.428e+01 MeV  
          P = (0.000e+00,0.000e+00,0.000e+00) MeV   E = 1.121e+04 MeV
    #spin= 0.000e+00    #floatLevelNo= 0  

### G4FermiBreakUpVI::BreakFragment start new fragment 
Fragment: A =  12, Z =   7, U = 7.870e+01 MeV  
          P = (0.000e+00,0.000e+00,0.000e+00) MeV   E = 1.127e+04 MeV
    #spin= 0.000e+00    #floatLevelNo= 0  

== SampleDecay 8 channels Eex= 0
Start recompute probabilities
0. 2.6728e+06 Z1= 1 A1= 1 Z2= 6 A2= 11
1. 5.31123e+06 Z1= 1 A1= 1 Z2= 6 A2= 11
2. 7.90922e+06 Z1= 1 A1= 1 Z2= 6 A2= 11
3. 1.04987e+07 Z1= 1 A1= 1 Z2= 6 A2= 11
4. 1.30609e+07 Z1= 1 A1= 1 Z2= 6 A2= 11
5. 1.56207e+07 Z1= 1 A1= 1 Z2= 6 A2= 11
6. 1.81728e+07 Z1= 1 A1= 1 Z2= 6 A2= 11
7. 2.07161e+07 Z1= 1 A1= 1 Z2= 6 A2= 11
 M= 11270.4 M1= 938.272  M2= 10254 Exc1= 0 Exc2= 0
# FermiFrag 0.  Z= 1 A= 1 mass= 938.272 exc= 0
== SampleDecay 0 channels Eex= 0
   New G4Fragment
# FermiFrag 1.  Z= 6 A= 11 mass= 10254 exc= 0
== SampleDecay 0 channels Eex= 0
   New G4Fragment
### G4FermiBreakUpVI::BreakFragment start new fragment 
Fragment: A =  12, Z =   7, U = 7.493e+01 MeV  
          P = (0.000e+00,0.000e+00,0.000e+00) MeV   E = 1.127e+04 MeV
    #spin= 0.000e+00    #floatLevelNo= 0  

== SampleDecay 8 channels Eex= 0
Start recompute probabilities
0. 2.60737e+06 Z1= 1 A1= 1 Z2= 6 A2= 11
1. 5.17949e+06 Z1= 1 A1= 1 Z2= 6 A2= 11
2. 7.71011e+06 Z1= 1 A1= 1 Z2= 6 A2= 11
3. 1.0232e+07 Z1= 1 A1= 1 Z2= 6 A2= 11
4. 1.27259e+07 Z1= 1 A1= 1 Z2= 6 A2= 11
5. 1.52172e+07 Z1= 1 A1= 1 Z2= 6 A2= 11
6. 1.77007e+07 Z1= 1 A1= 1 Z2= 6 A2= 11
7. 2.01751e+07 Z1= 1 A1= 1 Z2= 6 A2= 11
 M= 11266.6 M1= 938.272  M2= 10258.8 Exc1= 0 Exc2= 4.8042
# FermiFrag 0.  Z= 1 A= 1 mass= 938.272 exc= 0
== SampleDecay 0 channels Eex= 0
   New G4Fragment
# FermiFrag 1.  Z= 6 A= 11 mass= 10258.8 exc= 4.8042
== SampleDecay 0 channels Eex= 4.8042
   New G4Fragment
### G4FermiBreakUpVI::BreakFragment start new fragment 
Fragment: A =  12, Z =   7, U = 1.092e+02 MeV  
          P = (0.000e+00,0.000e+00,0.000e+00) MeV   E = 1.130e+04 MeV
    #spin= 0.000e+00    #floatLevelNo= 0  

== SampleDecay 8 channels Eex= 0
Start recompute probabilities
0. 3.15107e+06 Z1= 1 A1= 1 Z2= 6 A2= 11
1. 6.27306e+06 Z1= 1 A1= 1 Z2= 6 A2= 11
2. 9.36097e+06 Z1= 1 A1= 1 Z2= 6 A2= 11
3. 1.24417e+07 Z1= 1 A1= 1 Z2= 6 A2= 11
4. 1.54996e+07 Z1= 1 A1= 1 Z2= 6 A2= 11
5. 1.85555e+07 Z1= 1 A1= 1 Z2= 6 A2= 11
6. 2.16049e+07 Z1= 1 A1= 1 Z2= 6 A2= 11
7. 2.4647e+07 Z1= 1 A1= 1 Z2= 6 A2= 11
 M= 11300.8 M1= 938.272  M2= 10261.4 Exc1= 0 Exc2= 7.4
# FermiFrag 0.  Z= 1 A= 1 mass= 938.272 exc= 0
== SampleDecay 0 channels Eex= 0
   New G4Fragment
# FermiFrag 1.  Z= 6 A= 11 mass= 10261.4 exc= 7.4
== SampleDecay 0 channels Eex= 7.4
   New G4Fragment
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 Average fragment multiplicty for the whole energy range: 1.500000e+00