FNS-DOT3.5  Copper Slab Assembly  -- with JSSTDL Library
'  Run #4  Source MORSE(n) & MCNP(Gamma)
  O
61$$
           0           5           2          41          81         165
           4           5         169          18           0           0
          42           1         160           1           1           0
           0           0           1          10          15           4
           6           2           0           0           0           0
           0           0           0           0           0           0
           0           0           0           0           3           0
           0           0           0           0           0           0
           0           0           2           1           1           0
           0           0           0           0           0           8
           0
62$$
           2           3           4          14          15           9
          10          11          12          13           8          60
           0           0
63**
   0.0         1.000E-02   0.0         0.0         0.0         0.0
   0.0         0.0         0.0         0.0         0.0         0.0
   0.0         0.0         0.0         0.0         0.0         0.0
  T
 7**
   -0.21082    -0.14907  1M1
   -0.42164    -0.39441    -0.14907  1M2
   -0.55777    -0.53748    -0.39441    -0.14907  1M3
   -0.66667    -0.64979    -0.53748    -0.39441    -0.14907  1M4
   -0.76012    -0.74536    -0.64979    -0.53748    -0.39441    -0.14907
 1M5
   -0.84327    -0.82999    -0.74536    -0.64979    -0.53748    -0.39441
   -0.14907  1M6
   -0.91894    -0.90676    -0.82999    -0.74536    -0.64979    -0.53748
   -0.39441    -0.14907  1M7
   -0.98883    -0.97753    -0.90676    -0.82999    -0.74536    -0.64979
   -0.53748    -0.39441    -0.14907  1M8
 1Q80
 3R-0.97753  5R-0.90676  7R-0.82999  9R-0.74536 11R-0.64979  13R-0.53748
15R-0.39441 17R-0.14907  3R0.97753   5R0.90676   7R0.82999    9R0.74536
11R0.64979  13R0.53748  15R0.39441  17R0.14907
  T
 6**
   0.0       2R0.13586-1               0.0       4R0.97681-2
   0.0         0.64738-2   0.50390-2   0.64738-2 1N3
   0.0         0.64634-2 2R0.71124-2   0.64634-2 1N4
   0.0         0.64634-2   0.14381-2   0.36342-2   0.14381-2   0.64634-2
             1N5
   0.0         0.64738-2   0.71124-2   0.36342-2 1N3         1Q6
   0.0         0.97681-2   0.50390-2   0.71124-2   0.14381-2   0.71124-2
               0.50390-2   0.97681-2 1N7
   0.0         0.13586-1   0.97681-2 2R0.64738-2 1N4         1Q8   1Q80
  T
 3**
  F0.0
  T
 1**
  F0.0
 2**
  1I0.0       6I2.0         16.0        17.0      3I18.0      5I20.0
 54I23.0        78.0        78.8      1I79.4        80.4        80.84
 4**
   0.0       3I0.2       2I1.4       2I2.9      22I5.0       1I28.0
 2I29.4      1I30.9       31.5
 5**
  F1.0
 8$$
   41R1      14Q41
   41R2      65Q41
 9$$
   -13       -19
10$$
      4I13         18
      4I19         24         1Q6
11$$
 6Z
 6Z     4I7   12
12**
 6R0.0
 6R0.0       6R8.4627E-2
  T