*deck AECL_UM
**********************************************************
* WIMSD5
* aecl_um (1 case)          S12
* 30AUG2001                 STANDARD INPUT
**********************************************************
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     55
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   1.6255000  1
ANNULUS 2   1.6454999  0
ANNULUS 3   1.7474999  2
ANNULUS 4   3.0239284  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       6   1   1  47
MATERIAL  1 -1 293.0 1  2235 3.42316023E-04 $
                        8238 4.76011075E-02
MATERIAL  2 -1 293.0 2    27 6.02597818E-02
MATERIAL  3 -1 293.0 3  3001 6.67523816E-02 $
                        6016 3.33761908E-02
REGULAR   1   4
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING   -1.930E-03 0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
*END
*deck AEEWJUNO
**********************************************************
* WIMSD5
* aeew_juno                 S12
* 30MAR2001                 STANDARD INPUT
**********************************************************
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     14
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   0.5060000  1
ANNULUS 2   0.5195500  0
ANNULUS 3   0.5462500  2
ANNULUS 4   0.9814858  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       4   1   2   7
MATERIAL  1 -1 293.0 1  6016 4.65797298E-02 $
                        2235 6.99394615E-04 $
                        8238 2.25904696E-02
MATERIAL  2 -1 293.0 2    29 3.34512995E-04 $
                          52 1.72649007E-02 $
                          55 1.59898004E-03 $
                        2056 5.67581989E-02 $
                          58 8.64434987E-03
MATERIAL  3 -1 293.0 3  3001 6.67523816E-02 $
                        6016 3.33761908E-02
REGULAR   1   6
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    1.0230E-02  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
*END
*deck AERE_UMA
**********************************************************
* WIMSD5
* aere_uma (5 cases)        S12
* 30AUG2001                 STANDARD INPUT
**********************************************************
* aere_uma1
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     26
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   0.9525000  1
ANNULUS 2   0.9695001  0
ANNULUS 3   1.0225000  2
ANNULUS 4   1.3471673  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       6   1   2  17
MATERIAL  1 -1 293.0 1  2235 4.41405078E-04 $
                        8238 4.71238010E-02
MATERIAL  2 -1 293.0 2    27 6.02597818E-02
MATERIAL  3 -1 293.0 3  3001 6.67523816E-02 $
                        6016 3.33761908E-02
REGULAR   1   4
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING   -6.10E-04 0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* aere_uma2
ANNULUS 1   1.5240000  1
ANNULUS 2   1.5241001  0
ANNULUS 3   1.5560000  2
ANNULUS 4   2.1218305  3
MATERIAL  1 -1 293.0 1  2235 4.38352843E-04 $
                        8238 4.67979461E-02
MATERIAL  2 -1 293.0 2    29 3.34512995E-04 $
                          52 1.72649007E-02 $
                          55 1.59898004E-03 $
                        2056 5.67581989E-02 $
                          58 8.64434987E-03
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING   -2.0E-04  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* aere_uma3
ANNULUS 4   2.3827269  3
MATERIAL  2 -1 293.0 2    27 6.02597818E-02
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    2.410E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* aere_uma4
ANNULUS 4   2.6279328  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    2.190E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* aere_uma5
MATERIAL  2 -1 293.0 2    29 3.34512995E-04 $
                          52 1.72649007E-02 $
                          55 1.59898004E-03 $
                        2056 5.67581989E-02 $
                          58 8.64434987E-03
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    8.70E-04  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
*END
*deck AERE_UMB
**********************************************************
* WIMSD5
* aere_umb (2 cases)        S12
* 30AUG2001                 STANDARD INPUT
**********************************************************
* aere-umb1
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     26
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   1.5240000  1
ANNULUS 2   1.5241001  0
ANNULUS 3   1.5560000  2
ANNULUS 4   2.3851626  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       6   1   2  17
MATERIAL  1 -1 293.0 1  2235 5.40897774E-04 $
                        8238 4.68231849E-02
MATERIAL  2 -1 293.0 2    27 6.02597818E-02
MATERIAL  3 -1 293.0 3  3001 6.67523816E-02 $
                        6016 3.33761908E-02
REGULAR   1   4
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    4.480E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* aere-umb2
ANNULUS 4   2.6305828  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    4.360E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
*END
*deck AERL_OCF
**********************************************************
* WIMSD5
* aerl_ocf (2 cases)        S12
* 30MAR2001                 STANDARD INPUT
**********************************************************
* aerl_ocf1
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     14
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   0.5000000  1
ANNULUS 2   0.5300000  0
ANNULUS 3   0.6100000  2
ANNULUS 4   0.9985490  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       4   1   1   8
MATERIAL  1 -1 293.0 1  6016 4.63986136E-02 $
                        2235 5.77662722E-04 $
                        8238 2.26216428E-02
MATERIAL  2 -1 293.0 2    27 6.02597818E-02
MATERIAL  3 -1 293.0 3  3001 6.67523816E-02 $
                        6016 3.33761908E-02
REGULAR   1   4
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    8.550E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* aerl_ocf2
ANNULUS 4   1.1167363  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    8.340E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
*END
*deck ANLZPR7A
**********************************************************
* WIMSD5
* anl_zpr7a (5 cases)       S12
* 30MAR2001                 STANDARD INPUT
**********************************************************
* anl_zpr7a1
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     10
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   0.4675000  1
ANNULUS 2   0.4810000  0
ANNULUS 3   0.5290000  2
ANNULUS 4   0.6122478  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       4   1   2   3
MATERIAL  1 -1 293.0 1  6016 4.53752801E-02 $
                        2235 6.90158049E-04 $
                        8238 2.19974834E-02
MATERIAL  2 -1 293.0 2    27 6.02597818E-02
MATERIAL  3 -1 293.0 3  3001 6.67523816E-02 $
                        6016 3.33761908E-02
REGULAR   1   6
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    2.4360E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* anl_zpr7a2
ANNULUS 4   0.6668732  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    5.5380E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
*END
**********************************************************
* anl_zpr7a3
ANNULUS 4   0.6996911  3
REGULAR   1   4
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    7.0760E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* anl_zpr7a4
ANNULUS 1   0.4675000  1
ANNULUS 2   0.4789000  0
ANNULUS 3   0.5285000  2
ANNULUS 4   0.6996881  3
MATERIAL  2 -1 293.0 2    29 3.34512995E-04 $
                          52 1.72649007E-02 $
                          55 1.59898004E-03 $
                        2056 5.67581989E-02 $
                          58 8.64434987E-03
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    4.7470E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* anl_zpr7a5
ANNULUS 1   0.4675000  1
ANNULUS 2   0.4810000  0
ANNULUS 3   0.5290000  2
ANNULUS 4   0.7612369  3
MATERIAL  2 -1 293.0 2    27 6.02597818E-02
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    9.1820E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
*END
*deck ANLZPR7B
**********************************************************
* WIMSD5
* anl_zpr7b (2 cases)       S12
* 30MAR2001                 STANDARD INPUT
**********************************************************
* anl_zpr7b1
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     10
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   0.4355000  1
ANNULUS 2   0.4394000  0
ANNULUS 3   0.4775000  2
ANNULUS 4   0.6666397  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       4   1   2   3
MATERIAL  1 -1 293.0 1  6016 4.55188043E-02 $
                        2235 1.12659030E-03 $
                        8238 2.16328111E-02
MATERIAL  2 -1 293.0 2    29 3.34512995E-04 $
                          52 1.72649007E-02 $
                          55 1.59898004E-03 $
                        2056 5.67581989E-02 $
                          58 8.64434987E-03
MATERIAL  3 -1 293.0 3  3001 6.67523816E-02 $
                        6016 3.33761908E-02
REGULAR   1   6
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    9.1470E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* anl_zpr7b2
ANNULUS 4   0.7164183  3
REGULAR   1   4
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    1.07630E-02  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
*END
*deck BAPL1_3
**********************************************************
* WIMSD5
* BAPL-UO2-1   SEQUENCE 1   S12   REGULAR 1 6
* 7.5.91                    STAND. INPUT   NMATERIAL 3
**********************************************************
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH    10
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1 0.4864   1
ANNULUS 2 0.5042   0
ANNULUS 3 0.5753   2
ANNULUS 4 0.8179   3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH      4  1  1  4
MATERIAL  1 -1 293.0 1  2235 .0003112 8238 .023127 6016 .046946
MATERIAL  2 -1 293.0 2    27 .06025
MATERIAL  3 -1 293.0 3  3001 .06676   6016 .03338
REGULAR   1  6
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3 0.06676   0.     0.03338 0.
BUCKLING  0.002734    0.000525
DIFFUSION 1 3 1
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
PARTITION 45 69
BEGINC
*********************************************************
* WIMSD5
* BAPL-UO2-2   SEQUENCE 1   S 12   REGULAR 1 6
* 17.5.91                   STAND. INPUT   NMATERIAL 3
*********************************************************
ANNULUS   4 0.86752  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.      0.   0.      0.
DNB       2 0.      0.   0.      0.
DNB       3 0.06676 0.   0.03338 0.
BUCKLING  0.003018  0.000529
DIFFUSION 1  3  1
LEAKAGE   5
REACTION  2235,293.0 8238,293.0
PARTITION 45 69
BEGINC
*END
*********************************************************
* WIMSD5
* BAPL-UO2-3   SEQUENCE 1   S 12   REGULAR 1 6
* 17.5.91                   STAND. INPUT   NMATERIAL 3
*********************************************************
ANNULUS   4  0.94806  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.      0.   0.      0.
DNB       2 0.      0.   0.      0.
DNB       3 0.06676 0.   0.03338 0.
BUCKLING  0.002892  0.000530
DIFFUSION 1  3  1
LEAKAGE   5
REACTION  2235,293.0 8238,293.0
PARTITION 45 69
BEGINC
*END
*deck BAPL_TRX
**********************************************************
* WIMSD5
* bapl_trx (3 cases)        S12
* 30MAR2001                 STANDARD INPUT
**********************************************************
* bapl_trx4
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     13
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   0.7635000  1
ANNULUS 2   0.7755000  0
ANNULUS 3   0.8465000  2
ANNULUS 4   1.1579648  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       4   1   1   7
MATERIAL  1 -1 293.0 1  6016 3.35899703E-02 $
                        2235 2.20182250E-04 $
                        8238 1.65748037E-02
MATERIAL  2 -1 293.0 2    27 6.02597818E-02
MATERIAL  3 -1 293.0 3  3001 6.67523816E-02 $
                        6016 3.33761908E-02
REGULAR   1   6
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    2.8370E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bapl_trx5
ANNULUS 4   1.2391860  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    3.0170E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bapl_trx6
ANNULUS 4   1.3191631  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    2.9060E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
*END
*deck BAWBAY2A
**********************************************************
* WIMSD5
* baw_bay2a                 S12
* 30MAR2001                 STANDARD INPUT
**********************************************************
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     11
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   0.5150000  1
ANNULUS 2   0.5217000  0
ANNULUS 3   0.6030000  2
ANNULUS 4   0.8527793  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       4   1   2   4
MATERIAL  1 -1 295.0 1  6016 4.56846319E-02 $
                        2235 5.61692577E-04 $
                        8238 2.22806223E-02
MATERIAL  2 -1 295.0 2    27 6.02597818E-02
MATERIAL  3 -1 295.0 3  3001 6.67210817E-02 $
                        6016 3.33605409E-02
REGULAR   1   4
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67210817E-02  0.0 3.33605409E-02  0.0
BUCKLING    7.010E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 295.0  8238 295.0
PARTITION 45 69
BEGINC
*END
*deck BAWBAY2B
**********************************************************
* WIMSD5
* baw_bay2b (2 cases)       S12
* 30MAR2001                 STANDARD INPUT
**********************************************************
* baw_bay2b1
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     11
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   0.5639000  1
ANNULUS 2   0.5640000  0
ANNULUS 3   0.6039000  2
ANNULUS 4   0.8183160  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       4   1   2   4
MATERIAL  1 -1 295.0 1  6016 4.22120877E-02 $
                        2235 8.48462922E-04 $
                        8238 2.02575810E-02
MATERIAL  2 -1 295.0 2    29 3.34512995E-04 $
                          52 1.72649007E-02 $
                          55 1.59898004E-03 $
                        2056 5.67581989E-02 $
                          58 8.64434987E-03
MATERIAL  3 -1 295.0 3  3001 6.67210817E-02 $
                        6016 3.33605409E-02
REGULAR   1   4
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67210817E-02  0.0 3.33605409E-02  0.0
BUCKLING    7.90E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 295.0  8238 295.0
PARTITION 45 69
BEGINC
**********************************************************
* baw_bay2b2
ANNULUS 4   0.8527579  3
MATERIAL  1 -1 288.0 1  6016 4.22120877E-02 $
                        2235 8.48462922E-04 $
                        8238 2.02575810E-02
MATERIAL  2 -1 288.0 2    29 3.34512995E-04 $
                          52 1.72649007E-02 $
                          55 1.59898004E-03 $
                        2056 5.67581989E-02 $
                          58 8.64434987E-03
MATERIAL  3 -1 288.0 3  3001 6.68125674E-02 $
                        6016 3.34062837E-02
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.68125674E-02  0.0 3.34062837E-02  0.0
BUCKLING    8.80E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 288.0  8238 288.0
PARTITION 45 69
BEGINC
*END
*deck BAW_CX10
**********************************************************
* WIMSD5
* baw_cx10                  S12
* 30MAR2001                 STANDARD INPUT
**********************************************************
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     11
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   0.5150000  1
ANNULUS 2   0.5217000  0
ANNULUS 3   0.6030000  2
ANNULUS 4   0.9229779  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       4   1   1   5
MATERIAL  1 -1 294.0 1  6016 4.56846319E-02 $
                        2235 5.61692577E-04 $
                        8238 2.22806223E-02
MATERIAL  2 -1 294.0 2    27 6.02597818E-02
MATERIAL  3 -1 294.0 3  3001 6.67367280E-02 $
                        6016 3.33683640E-02
REGULAR   1   4
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67367280E-02  0.0 3.33683640E-02  0.0
BUCKLING    8.610E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 294.0  8238 294.0
PARTITION 45 69
BEGINC
*END
*deck BERHOM
*********************************************************
* WIMSD5
* iae_maria1                S16
* 28FEB2002                 STANDARD INPUT
* By T.Kulikowska
*********************************************************
HOMOGENEOUS
SEQUENCE 1
NGROUP 69 2
NREGION 1 0 1
NMATERIAL  1
NREACT 3
PREOUT
INITIATE
* BENCHMARK FOR BERYLLIUM
* 69 GROUPS  HOMOGENISED FUEL AND MODERATORS IN MARIA PROPORTIOND*
MATERIAL 1 -1 294 1
2235 4.0E-5 8238.0 1.0E-5 27 7.0E-03
 3001 1.6E-02 6016 8.0E-03
  9 8.0E-02 1010 6.0E-06
ANNULUS 1 7.0 1
FEWGROUP 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19
20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38
39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57
58 59 60 61 62 63 64 65 66 67 68 69
MESH 17
S16
TOLERANCE 0.00001
SUPPRESS 0 0 0 1 1  1 1 1 1 1   1 0 0 0 0 1
BEGINC
BUCKLING 1.0E-11 1.0E-11
LEAKAGE 5
NOBUCKLINGSEARCH
PARTITION 45 69
REACTION 2235 294 8238 294 9 294
PRINTC 1 0 0 0
THERMAL 24
BEGINC
*END
*deck BERMAR
*********************************************************
* WIMSD5
* iae_maria2                PERSEUS
* 28FEB2002                 STANDARD INPUT
* By T.Kulikowska
*********************************************************
CELL 6
SEQUENCE 2
NGROUP 69 2
NMESH 37
NREGION 30 0
NMATERIAL  4
NREACT 3
NTUBE 6
PREOUT
INITIATE
* TEST CASE FOR BERYLLIUM *
* MARIA REACTOR BASIC FUEL CELL in ROOM TEMPERATURE, 69 GROUPS*
* FRESH BERYLLIUM WITHOUT HE-3 POISONING *
MATERIAL 1 -1 294 1 2235 2.615E-3 8238.0 6.454E-4 27 4.847E-02 *fuel
MATERIAL 2 -1 294 2 27 0.0602 * can
MATERIAL 3 -1 294 3 6016 3.34363E-02 3001 6.68727E-02 *water
*beryllium with impurities
MATERIAL 4 -1 294 4
9 1.1668E-01 6016 1.8510E-03 3001 2.8823E-03 27 1.5939E-05
  29 7.6550E-06 52 6.2040E-06 55 3.9139E-06 2056 1.9251E-05
  58 1.8319E-06 3063 2.5389E-06 24 2.2309E-06
ANNULUS 1 0.7 3
ANNULUS 2 0.8 2
ANNULUS 3 1.05 3
ANNULUS 4 1.13 2
ANNULUS 5 1.17 1
ANNULUS 6 1.25 2
ANNULUS 7 1.5 3
ANNULUS 8 1.58 2
ANNULUS 9 1.62 1
ANNULUS 10 1.7 2
ANNULUS 11 1.95 3
ANNULUS 12 2.03 2
ANNULUS 13 2.07 1
ANNULUS 14 2.15 2
ANNULUS 15 2.4 3
ANNULUS 16 2.48 2
ANNULUS 17 2.52 1
ANNULUS 18 2.6 2
ANNULUS 19 2.85 3
ANNULUS 20 2.93 2
ANNULUS 21 2.97 1
ANNULUS 22 3.05 2
ANNULUS 23 3.3 3
ANNULUS 24 3.38 2
ANNULUS 25 3.42 1
ANNULUS 26 3.5 2
ANNULUS 27 3.75 3
ANNULUS 28 3.95 2
ANNULUS 29 4.1 3
ANNULUS 30 7.33446 4
FEWGROUP 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19
20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38
39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57
58 59 60 61 62 63 64 65 66 67 68 69
MESH 1 1 1 1 1 1 1 1 1 1  1 1 1 1 1 1 1 1 1 1  1 1 1 1 1 1 1 1 1 8
RTUB 0.04 0.08 0.25 0.1253
TOLERANCE 0.00001
SUPPRESS 0 0 0 1 1   1 1 1 1 1   1 0 1 0 0 1
BEGINC
BUCKLING 1.0E-11 1.0E-11
LEAKAGE 5
NOBUCKLINGSEARCH
DIFFUSION  2
BEEONE  1
DNB  1  0.  0.  0.  0.
DNB  2  0.  0.  0.  0.
DNB  3  0.0668727 0.  0.0334363  0.
DNB  4  0.  0.  0.  0.
THERMAL 24
PARTITION 45 69
REACTION 2235 294 8238 294 9 294
BEGINC
*END
*deck BNLTD2O
*********************************************************
* WIMSD5
* bnl_thd2O (8 cases)       S12
* 03.05.2001                STANDARD INPUT
*********************************************************
* bnl_thd2O1
CELL      6
SEQUENCE  1
NGROUP   69  2
NMESH    39 39
NREGION   3  0  3
NMATERIAL 3  1  0
NREACT    2
PREOUT
INITIATE
ANNULUS   1 0.54610  1
ANNULUS   2 0.63373  2
ANNULUS   3 1.139331  3
FEWGROUP  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 $
         16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 $
         31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 $
         46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
         61 62 63 64 65 66 67 68 69
MESH      5  2  32
MATERIAL  1 -1 293.0 1  2232.1 .0198115 9233 .00061021 6016 .0408832 $
         234   9.09e-6  2235 2.7e-7     8238 6.55e-6   1011 2.2e-6
MATERIAL  2 -1 293.0 2    91 .044355      52 7.92e-5   2056 9.58e-5  $
          58 3.51e-5   1011 5.3e-7      2113 2.0e-8
MATERIAL  3 1.104676 293.0 3  3002 20.091 $
                              6016 79.909
REGULAR   1  6
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.           0.           0.0408832  0.
DNB       2 0.           0.           0.         0.
DNB       3 0.0          6.646546E-02 3.3240E-02 0.0
BUCKLING  0.002054 0.0
DIFFUSION 2
LEAKAGE   5
REACTION  9233,293 2232,293
PARTITION 45 69
BEGINC
*********************************************************
* bnl_thd2O2
ANNULUS   3 1.973091  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.           0.           0.0408832  0.
DNB       2 0.           0.           0.         0.
DNB       3 0.0          6.646546E-02 3.3240E-02 0.0
BUCKLING  0.002985 0.0
DIFFUSION 2
LEAKAGE   5
REACTION  9233,293 2232,293
PARTITION 45 69
BEGINC
*********************************************************
* bnl_thd2O3
ANNULUS   3 2.277613  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.           0.           0.0408832  0.
DNB       2 0.           0.           0.         0.
DNB       3 0.0          6.646546E-02 3.3240E-02 0.0
BUCKLING  0.002864 0.0
DIFFUSION 2
LEAKAGE   5
REACTION  9233,293 2232,293
PARTITION 45 69
BEGINC
*********************************************************
* bnl_thd2O4
ANNULUS   3 3.011615  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.           0.           0.0408832  0.
DNB       2 0.           0.           0.         0.
DNB       3 0.0          6.646546E-02 3.3240E-02 0.0
BUCKLING  0.0025 0.0
DIFFUSION 2
LEAKAGE   5
REACTION  9233,293 2232,293
PARTITION 45 69
BEGINC
*********************************************************
* bnl_thd2O5
ANNULUS   3 3.416419  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.           0.           0.0408832  0.
DNB       2 0.           0.           0.         0.
DNB       3 0.0          6.646546E-02 3.3240E-02 0.0
BUCKLING  0.002232 0.0
DIFFUSION 2
LEAKAGE   5
REACTION  9233,293 2232,293
PARTITION 45 69
BEGINC
*********************************************************
* bnl_thd2O6
ANNULUS   3 4.106319  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.           0.           0.0408832  0.
DNB       2 0.           0.           0.         0.
DNB       3 0.0          6.646546E-02 3.3240E-02 0.0
BUCKLING  0.001913 0.0
DIFFUSION 2
LEAKAGE   5
REACTION  9233,293 2232,293
PARTITION 45 69
BEGINC
*********************************************************
* bnl_thd2O7
ANNULUS   3 4.967905  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.           0.           0.0408832  0.
DNB       2 0.           0.           0.         0.
DNB       3 0.0          6.646546E-02 3.3240E-02 0.0
BUCKLING  0.001467 0.0
DIFFUSION 2
LEAKAGE   5
REACTION  9233,293 2232,293
PARTITION 45 69
BEGINC
*********************************************************
* bnl_thd2O8
ANNULUS   3 6.027956  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.           0.           0.0408832  0.
DNB       2 0.           0.           0.         0.
DNB       3 0.0          6.646546E-02 3.3240E-02 0.0
BUCKLING  0.001129 0.0
DIFFUSION 2
LEAKAGE   5
REACTION  9233,293 2232,293
PARTITION 45 69
BEGINC
*END
*deck BNLTH2O
*********************************************************
* WIMSD5
* bnl_thh2o (8 cases)       S12
* 03.05.2001                STANDARD INPUT
*********************************************************
* bnl_thh2o1
CELL      6
SEQUENCE  1
NGROUP   69  2
NMESH    29 29
NREGION   3  0  3
NMATERIAL 3  1  0
NREACT    2
PREOUT
INITIATE
ANNULUS   1 0.54610  1
ANNULUS   2 0.63373  2
ANNULUS   3 0.8360289  3
FEWGROUP  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 $
         16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 $
         31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 $
         46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
         61 62 63 64 65 66 67 68 69
MESH      5  2 22
MATERIAL  1 -1 293.0 1  2232.1 .0198115 9233 .00061021 6016 .0408832 $
         234   9.09e-6  2235 2.7e-7     8238 6.55e-6   1011 2.2e-6
MATERIAL  2 -1 293.0 2    91 .044355      52 7.92e-5   2056 9.58e-5  $
          58 3.51e-5   1011 5.3e-7      2113 2.0e-8
MATERIAL  3 -1 293.0 3  3001 .06676     6016 .03338
REGULAR   1  6
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.      0.   0.0408832 0.
DNB       2 0.      0.   0.        0.
DNB       3 0.06676 0.   0.03338   0.
BUCKLING  0.007588  0.0
DIFFUSION 1  5  1
LEAKAGE   5
REACTION  9233,293.0 2232,293.0
PARTITION 45 69
BEGINC
*********************************************************
* bnl_thh2o2
ANNULUS   3 0.9024175  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.      0.   0.0408832 0.
DNB       2 0.      0.   0.        0.
DNB       3 0.06676 0.   0.03338   0.
BUCKLING  0.008606  0.0
DIFFUSION 1  5  1
LEAKAGE   5
REACTION  9233,293.0 2232,293.0
PARTITION 45 69
BEGINC
*********************************************************
* bnl_thh2o3
ANNULUS   3 0.9552972  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.      0.   0.0408832 0.
DNB       2 0.      0.   0.        0.
DNB       3 0.06676 0.   0.03338   0.
BUCKLING  0.008934  0.0
DIFFUSION 1  5  1
LEAKAGE   5
REACTION  9233,293.0 2232,293.0
PARTITION 45 69
BEGINC
*********************************************************
* bnl_thh2o4
ANNULUS   3 1.0276231  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.      0.   0.0408832 0.
DNB       2 0.      0.   0.        0.
DNB       3 0.06676 0.   0.03338   0.
BUCKLING  0.009035  0.0
DIFFUSION 1  5  1
LEAKAGE   5
REACTION  9233,293.0 2232,293.0
PARTITION 45 69
BEGINC
*********************************************************
* bnl_thh2o5
ANNULUS   3 1.1391101  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.      0.   0.0408832 0.
DNB       2 0.      0.   0.        0.
DNB       3 0.06676 0.   0.03338   0.
BUCKLING  0.008554  0.0
DIFFUSION 1  5  1
LEAKAGE   5
REACTION  9233,293.0 2232,293.0
PARTITION 45 69
BEGINC
*********************************************************
* bnl_thh2o6
ANNULUS   3 1.2944850  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.      0.   0.0408832 0.
DNB       2 0.      0.   0.        0.
DNB       3 0.06676 0.   0.03338   0.
BUCKLING  0.006980  0.0
DIFFUSION 1  5  1
LEAKAGE   5
REACTION  9233,293.0 2232,293.0
PARTITION 45 69
BEGINC
*********************************************************
* bnl_thh2o7
ANNULUS   3 1.5629893  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.      0.   0.0408832 0.
DNB       2 0.      0.   0.        0.
DNB       3 0.06676 0.   0.03338   0.
BUCKLING  0.003220 0.0
DIFFUSION 1  5  1
LEAKAGE   5
REACTION  9233,293.0 2232,293.0
PARTITION 45 69
BEGINC
*********************************************************
* bnl_thh2o8
ANNULUS   3 1.7797649  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.      0.   0.0408832 0.
DNB       2 0.      0.   0.        0.
DNB       3 0.06676 0.   0.03338   0.
BUCKLING  -0.000122 0.0
DIFFUSION 1  5  1
LEAKAGE   5
REACTION  9233,293.0 2232,293.0
PARTITION 45 69
BEGINC
*END
*deck BNLUO2
**********************************************************
* WIMSD5
* bnluo2 (5 cases)          S12
* 30MAR2001                 STANDARD INPUT
**********************************************************
* bnluo2_1
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     18
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   0.5640000  1
ANNULUS 2   0.5641000  0
ANNULUS 3   0.6335000  2
ANNULUS 4   0.9060303  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       4   1   2  11
MATERIAL  1 -1 293.0 1  6016 4.14934531E-02 $
                        2235 6.23646600E-04 $
                        8238 2.01230813E-02
MATERIAL  2 -1 293.0 2    29 3.34512995E-04 $
                          52 1.72649007E-02 $
                          55 1.59898004E-03 $
                        2056 5.67581989E-02 $
                          58 8.64434987E-03
MATERIAL  3 -1 293.0 3  3001 6.67523816E-02 $
                        6016 3.33761908E-02
REGULAR   1   6
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    5.660E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnluo2_2
ANNULUS 4   0.9594034  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    6.5810E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
*END
**********************************************************
* bnluo2_3
ANNULUS 4   1.0326960  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    7.0490E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnluo2_4
ANNULUS 4   1.1454393  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    7.0220E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnluo2_5
ANNULUS 4   1.3024174  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    6.1730E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
*END
*deck BNL_UMA
**********************************************************
* WIMSD5
* bnl_uma (7 cases)         S12
* 30AUG2001                 STANDARD INPUT
**********************************************************
* bnl_uma1
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     26
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   0.3175000  1
ANNULUS 2   0.3225000  0
ANNULUS 3   0.4015000  2
ANNULUS 4   0.6023411  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       6   1   1  18
MATERIAL  1 -1 293.0 1  2235 4.85838449E-04 $
                        8238 4.73329052E-02
MATERIAL  2 -1 293.0 2    27 6.02597818E-02
MATERIAL  3 -1 293.0 3  3001 6.67523816E-02 $
                        6016 3.33761908E-02
REGULAR   1   6
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    1.9950E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnl_uma2
ANNULUS 4   0.6808972  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    2.4350E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnl_uma3
ANNULUS 4   0.7512837  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    2.0340E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnl_uma4
ANNULUS 1   0.4915000  1
ANNULUS 2   0.5045000  0
ANNULUS 3   0.5755000  2
ANNULUS 4   0.8328017  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    1.970E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnl_uma5
ANNULUS 4   1.0275782  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    3.1390E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnl_uma6
ANNULUS 1   0.7620000  1
ANNULUS 2   0.7750000  0
ANNULUS 3   0.8460000  2
ANNULUS 4   1.1385781  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    9.90E-04  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnl_uma7
ANNULUS 4   1.7430698  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    2.0960E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
*END
*deck BNL_UMB
**********************************************************
* WIMSD5
* bnl_umb (16 cases)        S12
* 30AUG2001                 STANDARD INPUT
**********************************************************
* bnl_umb1
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     26
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   0.3175000  1
ANNULUS 2   0.3225000  0
ANNULUS 3   0.4015000  2
ANNULUS 4   0.5589379  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       6   1   1  18
MATERIAL  1 -1 293.0 1  2235 4.91099141E-04 $
                        8238 4.73277122E-02
MATERIAL  2 -1 293.0 2    27 6.02597818E-02
MATERIAL  3 -1 293.0 3  3001 6.67523816E-02 $
                        6016 3.33761908E-02
REGULAR   1   6
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    1.2140E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnl_umb2
ANNULUS 4   0.6023411  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    1.9950E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnl_umb3
ANNULUS 4   0.6808972  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    2.5150E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnl_umb4
ANNULUS 4   0.7512837  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    2.2070E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnl_umb5
ANNULUS 1   0.4915000  1
ANNULUS 2   0.5045000  0
ANNULUS 3   0.5755000  2
ANNULUS 4   0.8328017  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    1.970E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnl_umb6
ANNULUS 4   0.9024105  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    2.9020E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnl_umb7
ANNULUS 4   1.0275782  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    3.1390E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnl_umb8
ANNULUS 4   1.1390738  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    2.5680E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnl_umb9
ANNULUS 1   0.7620000  1
ANNULUS 2   0.7750000  0
ANNULUS 3   0.8460000  2
ANNULUS 4   1.1385781  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    9.90E-04  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnl_umb10
ANNULUS 4   1.3700380  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    3.6070E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnl_umb11
ANNULUS 4   1.5676888  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    3.3150E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnl_umb12
ANNULUS 4   1.7430698  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    2.0960E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnl_umb13
ANNULUS 1   0.9525000  1
ANNULUS 2   0.9526000  0
ANNULUS 3   1.0285000  2
ANNULUS 4   1.5060186  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    2.890E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnl_umb14
ANNULUS 4   1.7819507  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    3.6730E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnl_umb15
ANNULUS 4   1.9049872  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    3.3350E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnl_umb16
ANNULUS 4   2.1298432  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    1.860E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
*END
*deck BNL_UMC
**********************************************************
* WIMSD5
* bnl_umc (2 cases)         S12
* 30AUG2001                 STANDARD INPUT
**********************************************************
* bnl_umc1
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     26
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   0.3175000  1
ANNULUS 2   0.3225000  0
ANNULUS 3   0.4015000  2
ANNULUS 4   0.7512837  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       6   1   1  18
MATERIAL  1 -1 293.0 1  2235 5.46577037E-04 $
                        8238 4.72729355E-02
MATERIAL  2 -1 293.0 2    27 6.02597818E-02
MATERIAL  3 -1 293.0 3  3001 6.67523816E-02 $
                        6016 3.33761908E-02
REGULAR   1   6
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    3.6050E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnl_umc2
ANNULUS 1   0.7620000  1
ANNULUS 2   0.7750000  0
ANNULUS 3   0.8460000  2
ANNULUS 4   1.2596357  3
MATERIAL  1 -1 293.0 1  2235 5.47155447E-04 $
                        8238 4.73229624E-02
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    3.8730E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
*END
*deck BNL_UMD
**********************************************************
* WIMSD5
* bnl_umd (7 cases)         S12
* 30AUG2001                 STANDARD INPUT
**********************************************************
* bnl_umd1
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     26
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   0.4915000  1
ANNULUS 2   0.5045000  0
ANNULUS 3   0.5755000  2
ANNULUS 4   0.8328017  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       6   1   1  18
MATERIAL  1 -1 293.0 1  2235 6.21187733E-04 $
                        8238 4.71992679E-02
MATERIAL  2 -1 293.0 2    27 6.02597818E-02
MATERIAL  3 -1 293.0 3  3001 6.67523816E-02 $
                        6016 3.33761908E-02
REGULAR   1   6
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    4.0510E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnl_umd2
ANNULUS 4   0.9024105  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    5.2190E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnl_umd3
ANNULUS 4   1.0275782  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    5.9250E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnl_umd4
ANNULUS 4   1.0296918  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    5.820E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnl_umd5
ANNULUS 4   1.1390738  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    5.4690E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnl_umd6
ANNULUS 1   0.7620000  1
ANNULUS 2   0.7750000  0
ANNULUS 3   0.8460000  2
ANNULUS 4   1.5676888  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    6.0990E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnl_umd7
ANNULUS 4   1.7430698  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    5.0380E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
*END
*deck BNW_PUA
**********************************************************
* WIMSD5
* bnw_pua (8 cases)         S12
* 30MAR2001                 STANDARD INPUT
**********************************************************
* bnw_pua1
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     30
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   0.6450000  1
ANNULUS 2   0.6455000  0
ANNULUS 3   0.7215000  2
ANNULUS 4   1.0671341  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       4   1   2  23
MATERIAL  1 -1 293.0 1  6016 4.25499193E-02 $
                        2235 1.50128457E-04 $
                        8238 2.07010452E-02 $
                        6239 3.88271379E-04 $
                        1240 3.24195134E-05 $
                        1241 2.96649159E-06 $
                        1242 1.27135351E-07
MATERIAL  2   7.15368 293.0 2    91 9.41940994E+01 $
                          27 5.80590010E+00
MATERIAL  3 -1 293.0 3  3001 6.67523816E-02 $
                        6016 3.33761908E-02
REGULAR   1   6
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    8.80E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnw_pua2
ANNULUS 4   1.2403933  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    1.0290E-02  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnw_pua3
ANNULUS 4   1.4004488  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    1.0340E-02  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnw_pua4
ANNULUS 4   1.5244771  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    9.780E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnw_pua5
ANNULUS 4   1.7601855  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    7.7680E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnw_pua6
ANNULUS 4   1.7958677  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    7.0E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnw_pua7
ANNULUS 4   2.1340902  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    3.170E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnw_pua8
ANNULUS 4   2.1472085  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    3.270E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
*END
*deck BNW_PUB
**********************************************************
* WIMSD5
* bnw_pub (5 cases)         S12
* 30MAR2001                 STANDARD INPUT
**********************************************************
* bnw_pub1
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     24
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   0.6450000  1
ANNULUS 2   0.6455000  0
ANNULUS 3   0.7215000  2
ANNULUS 4   1.2403933  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       4   1   2  17
MATERIAL  1 -1 293.0 1  6016 4.25495319E-02 $
                        2235 1.50128457E-04 $
                        8238 2.07010452E-02 $
                        6239 3.43575492E-04 $
                        1240 7.00621167E-05 $
                        1241 9.10722883E-06 $
                        1242 8.47184083E-07
MATERIAL  2   7.15368 293.0 2    91 9.41940994E+01 $
                          27 5.80590010E+00
MATERIAL  3 -1 293.0 3  3001 6.67523816E-02 $
                        6016 3.33761908E-02
REGULAR   1   6
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    8.840E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnw_pub2
ANNULUS 4   1.4004488  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    8.90E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnw_pub3
ANNULUS 4   1.5244771  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    8.190E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnw_pub4
ANNULUS 4   1.7601855  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    6.180E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnw_pub5
ANNULUS 4   1.7958677  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    5.550E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
*END
*deck BNW_PUC
**********************************************************
* WIMSD5
* bnw_puc (6 cases)         S12
* 30MAR2001                 STANDARD INPUT
**********************************************************
* bnw_puc1
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     24
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   0.6450000  1
ANNULUS 2   0.6455000  0
ANNULUS 3   0.7215000  2
ANNULUS 4   1.0671341  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       4   1   2  17
MATERIAL  1 -1 293.0 1  6016 4.25491519E-02 $
                        2235 1.50128457E-04 $
                        8238 2.07010452E-02 $
                        6239 3.03832727E-04 $
                        1240 9.94992952E-05 $
                        1241 1.72747696E-05 $
                        1242 2.79444816E-06
MATERIAL  2   7.15368 293.0 2    91 9.41940994E+01 $
                          27 5.80590010E+00
MATERIAL  3 -1 293.0 3  3001 6.67523816E-02 $
                        6016 3.33761908E-02
REGULAR   1   6
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    6.240E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnw_puc2
ANNULUS 4   1.2403933  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    7.890E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnw_puc3
ANNULUS 4   1.4004488  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    7.710E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnw_puc4
ANNULUS 4   1.5244771  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    7.220E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnw_puc5
ANNULUS 4   1.7601855  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    5.360E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnw_puc6
ANNULUS 4   1.7958677  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    4.40E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
*END
*deck BNW_PUD
**********************************************************
* WIMSD5
* bnw_pud (5 cases)         S12
* 30MAR2001                 STANDARD INPUT
**********************************************************
* bnw_pud1
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     32
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   0.6320000  1
ANNULUS 2   0.6321000  0
ANNULUS 3   0.7170000  2
ANNULUS 4   1.0671402  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       4   1   2  25
MATERIAL  1 -1 293.0 1  6016 4.21883985E-02 $
                        2235 1.45831364E-04 $
                        8238 2.01085247E-02 $
                         948 2.35156290E-06 $
                        6239 6.33074320E-04 $
                        1240 1.52011737E-04 $
                        1241 4.26640690E-05 $
                        1242 9.65820436E-06
MATERIAL  2   7.15368 293.0 2    91 9.41940994E+01 $
                          27 5.80590010E+00
MATERIAL  3 -1 293.0 3  3001 6.67523816E-02 $
                        6016 3.33761908E-02
REGULAR   1   6
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    8.480E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnw_pud2
ANNULUS 4   1.1333922  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    9.470E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnw_pud3
ANNULUS 4   1.2400858  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    1.0790E-02  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnw_pud4
ANNULUS 4   1.8488648  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    8.8760E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* bnw_pud5
ANNULUS 4   2.2670288  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    4.140E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
*END
*deck BUCR1A
***********************************************************************
* WIMS-D                                      PREPARED BY D.L.ALDAMA  *
* BURNUP CREDIT CRITICALITY BENCHMARK                                 *
* PART-1A: CRITICALITY CALCULATIONS                                   *
* NEACRP-L-337 (REV. 1, JAN. 1992)                                    *
* SIMPLE PWR SPENT FUEL CELL                                          *
***********************************************************************
CELL       6
SEQUENCE   1
NGROUP    69 2
NMESH     10
NREGION    3 0 3
NMATERIAL  3 1
NREACT    28
PREOUT
INITIATE
*** MAIN DATA
*** GEOMETRY
ANNULUS   1 0.412000 1
ANNULUS   2 0.475000 2
ANNULUS   3 0.750372 3
MESH     4 2 4
***********************************************************************
*      MATERIAL COMPOSITION                                           *
*                                                                     *
*      CASE 1: FRESH FUEL                                             *
*                                                                     *
***********************************************************************
MATERIAL  1 -1 300.0 1  234.0 7.5174E-06  2235.0 8.4209E-04 $ * FUEL
                        236.0 3.7268E-06  8238.0 2.2254E-02 $
                       6016   4.6215E-02
MATERIAL  2 -1 300.0 2   91   4.3241E-02                      * CLAD
MATERIAL  3 -1 300.0 3 3001   6.6632E-02  6016   3.3316E-02   * MOD.
*** TRANSPORT SOLUTION
REGULAR    1  4
S         32
FEWGROUPS  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
          21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
          41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
          61 62 63 64 65 66 67 68 69
SUPPRESS  1 1 0 1 1 1 1 1 1 1 1 1 1 0 0 1
BEGINC
*** EDIT DATA
THERMAL  24
NOBUCKLING
REACTION   234.0 300.0 2235.0 300.0  236.0 300.0 8238.0 300.0 $
           948   300.0 6239.0 300.0 1240.0 300.0 1241.0 300.0 $
          1242.0 300.0  951   300.0  953   300.0  937   300.0 $
          4095   300.0 4109.0 300.0 4101   300.0 4103   300.0 $
          4099.0 300.0 4133.0 300.0 4143   300.0 4145   300.0 $
          6147   300.0 4149   300.0 4150   300.0 4151   300.0 $
          4152   300.0 4153   300.0 2155.0 300.0 6016   300.0
PARTITION 45 69
PRINTC 1 1 0 0
BEGINC
***********************************************************************
*      MATERIAL COMPOSITION                                           *
*                                                                     *
*      CASE 2: 30 GWD/TU + 1 YEAR                                     *
*              All ACTINIDES + MAJOR FISSION PRODUCTS                 *
*                                                                     *
***********************************************************************
MATERIAL 1 -1 300.0 1  234.0 4.8852E-06  2235.0 2.8372E-04 $ * MAJOR ACT.
                       236.0 9.9343E-05  8238.0 2.1760E-02 $
                      6239.0 1.3523E-04  1240.0 4.2909E-05 $
                      1241.0 2.8069E-05                    $
                       948   2.8474E-06  1242.0 7.4128E-06 $ * MINOR ACT.
                       951   2.0558E-06   953   1.3655E-06 $
                       937   1.0252E-05                    $
                      4095   4.1050E-05  4099.0 4.0589E-05 $ * MAJOR F.P.
                      4101   3.8224E-05  4103   2.4041E-05 $
                      4109.0 2.7336E-06  4133.0 4.4238E-05 $
                      4143   3.1281E-05  4145   2.4370E-05 $
                      6147   3.9702E-06  4149   1.7886E-07 $
                      4150   1.0403E-05  4151   5.9556E-07 $
                      4152   4.2633E-06  4153   3.3831E-06 $
                      2155.0 6.0123E-08                    $
                      6016   4.6215E-02                      * O
BEGINC
BEGINC
***********************************************************************
*      MATERIAL COMPOSITION                                           *
*                                                                     *
*      CASE 3: 40 GWD/TU + 1 YEAR                                     *
*              All ACTINIDES + MAJOR FISSION PRODUCTS                 *
*                                                                     *
***********************************************************************
MATERIAL 1 -1 300.0 1  234.0 4.1503E-06  2235.0 1.8489E-04 $ * MAJOR ACT.
                       236.0 1.1186E-04  8238.0 2.1567E-02 $
                      6239.0 1.4086E-04  1240.0 5.5231E-05 $
                      1241.0 3.6067E-05                    $
                       948   5.5721E-06  1242.0 1.3920E-05 $ * MINOR ACT.
                       951   2.8177E-06   953   3.4254E-06 $
                       937   1.4518E-05                    $
                      4095   5.2483E-05  4099.0 5.1694E-05 $ * MAJOR F.P.
                      4101   5.0607E-05  4103   2.9917E-05 $
                      4109.0 3.9889E-06  4133.0 5.6108E-05 $
                      4143   3.6860E-05  4145   3.0678E-05 $
                      6147   4.9000E-06  4149   1.7846E-07 $
                      4150   1.3915E-05  4151   6.7154E-07 $
                      4152   5.4154E-06  4153   4.8278E-06 $
                      2155.0 9.9550E-08                    $
                      6016   4.6215E-02                      * O
BEGINC
BEGINC
***********************************************************************
*      MATERIAL COMPOSITION                                           *
*                                                                     *
*      CASE 4: 30 GWD/TU + 1 YEAR                                     *
*              All ACTINIDES + NO FISSION PRODUCTS                    *
*                                                                     *
***********************************************************************
MATERIAL 1 -1 300.0 1  234.0 4.8852E-06  2235.0 2.8372E-04 $ * MAJOR ACT.
                       236.0 9.9343E-05  8238.0 2.1760E-02 $
                      6239.0 1.3523E-04  1240.0 4.2909E-05 $
                      1241.0 2.8069E-05                    $
                       948   2.8474E-06  1242.0 7.4128E-06 $ * MINOR ACT.
                       951   2.0558E-06   953   1.3655E-06 $
                       937   1.0252E-05                    $
                      6016   4.6215E-02                      * O
BEGINC
BEGINC
***********************************************************************
*      MATERIAL COMPOSITION                                           *
*                                                                     *
*      CASE 5: 40 GWD/TU + 1 YEAR                                     *
*              All ACTINIDES + NO FISSION PRODUCTS                    *
*                                                                     *
***********************************************************************
MATERIAL 1 -1 300.0 1  234.0 4.1503E-06  2235.0 1.8489E-04 $ * MAJOR ACT.
                       236.0 1.1186E-04  8238.0 2.1567E-02 $
                      6239.0 1.4086E-04  1240.0 5.5231E-05 $
                      1241.0 3.6067E-05                    $
                       948   5.5721E-06  1242.0 1.3920E-05 $ * MINOR ACT.
                       951   2.8177E-06   953   3.4254E-06 $
                       937   1.4518E-05                    $
                      6016   4.6215E-02                      * O
BEGINC
BEGINC
***********************************************************************
*      MATERIAL COMPOSITION                                           *
*                                                                     *
*      CASE 6: 30 GWD/TU + 5 YEARS                                    *
*              All ACTINIDES + MAJOR FISSION PRODUCTS                 *
*                                                                     *
***********************************************************************
MATERIAL 1 -1 300.0 1  234.0 4.9750E-06  2235.0 2.8374E-04 $ * MAJOR ACT.
                       236.0 9.9361E-05  8238.0 2.1760E-02 $
                      6239.0 1.3521E-04  1240.0 4.2930E-05 $
                      1241.0 2.3243E-05                    $
                       948   2.8060E-06  1242.0 7.4129E-06 $ * MINOR ACT.
                       951   6.8518E-06   953   1.3650E-06 $
                       937   1.0281E-05                    $
                      4095   4.1250E-05  4099.0 4.0589E-05 $ * MAJOR F.P.
                      4101   3.8224E-05  4103   2.4046E-05 $
                      4109.0 2.7336E-06  4133.0 4.4238E-05 $
                      4143   3.1281E-05  4145   2.4370E-05 $
                      6147   7.5335E-06  4149   1.7886E-07 $
                      4150   1.0403E-05  4151   5.7749E-07 $
                      4152   4.2635E-06  4153   3.3831E-06 $
                      2155.0 2.2348E-07                    $
                      6016   4.6215E-02                      * O
BEGINC
BEGINC
***********************************************************************
*      MATERIAL COMPOSITION                                           *
*                                                                     *
*      CASE 7: 40 GWD/TU + 5 YEARS                                    *
*              All ACTINIDES + MAJOR FISSION PRODUCTS                 *
*                                                                     *
***********************************************************************
MATERIAL 1 -1 300.0 1  234.0 4.3261E-06  2235.0 1.8491E-04 $ * MAJOR ACT.
                       236.0 1.1188E-04  8238.0 2.1567E-02 $
                      6239.0 1.4084E-04  1240.0 5.5350E-05 $
                      1241.0 2.9867E-05                    $
                       948   5.4910E-06  1242.0 1.3920E-05 $ * MINOR ACT.
                       951   8.9793E-06   953   3.4241E-06 $
                       937   1.4557E-05                    $
                      4095   5.2674E-05  4099.0 5.1693E-05 $ * MAJOR F.P.
                      4101   5.0607E-05  4103   2.9921E-05 $
                      4109.0 3.9889E-06  4133.0 5.6108E-05 $
                      4143   3.6860E-05  4145   3.0687E-05 $
                      6147   8.5258E-06  4149   1.7845E-07 $
                      4150   1.3915E-05  4151   6.5116E-07 $
                      4152   5.4156E-06  4153   4.8279E-06 $
                      2155.0 3.7023E-07                    $
                      6016   4.6215E-02                      * O
BEGINC
BEGINC
***********************************************************************
*      MATERIAL COMPOSITION                                           *
*                                                                     *
*      CASE 8: 30 GWD/TU + 5 YEARS                                    *
*              All ACTINIDES + NO FISSION PRODUCTS                    *
*                                                                     *
***********************************************************************
MATERIAL 1 -1 300.0 1  234.0 4.9750E-06  2235.0 2.8374E-04 $ * MAJOR ACT.
                       236.0 9.9361E-05  8238.0 2.1760E-02 $
                      6239.0 1.3521E-04  1240.0 4.2930E-05 $
                      1241.0 2.3243E-05                    $
                       948   2.8060E-06  1242.0 7.4129E-06 $ * MINOR ACT.
                       951   6.8518E-06   953   1.3650E-06 $
                       937   1.0281E-05                    $
                      6016   4.6215E-02                      * O
BEGINC
BEGINC
***********************************************************************
*      MATERIAL COMPOSITION                                           *
*                                                                     *
*      CASE 9: 40 GWD/TU + 5 YEARS                                    *
*              All ACTINIDES + NO FISSION PRODUCTS                    *
*                                                                     *
***********************************************************************
MATERIAL 1 -1 300.0 1  234.0 4.3261E-06  2235.0 1.8491E-04 $ * MAJOR ACT.
                       236.0 1.1188E-04  8238.0 2.1567E-02 $
                      6239.0 1.4084E-04  1240.0 5.5350E-05 $
                      1241.0 2.9867E-05                    $
                       948   5.4910E-06  1242.0 1.3920E-05 $ * MINOR ACT.
                       951   8.9793E-06   953   3.4241E-06 $
                       937   1.4557E-05                    $
                      6016   4.6215E-02                      * O
BEGINC
BEGINC
***********************************************************************
*      MATERIAL COMPOSITION                                           *
*                                                                     *
*      CASE 10: 30 GWD/TU + 1 YEAR                                    *
*               MAJOR ACTINIDES + NO FISSION PRODUCTS                 *
*                                                                     *
***********************************************************************
MATERIAL 1 -1 300.0 1  234.0 4.8852E-06  2235.0 2.8372E-04 $ * MAJOR ACT.
                       236.0 9.9343E-05  8238.0 2.1760E-02 $
                      6239.0 1.3523E-04  1240.0 4.2909E-05 $
                      1241.0 2.8069E-05                    $
                      6016   4.6215E-02                      * O
BEGINC
BEGINC
***********************************************************************
*      MATERIAL COMPOSITION                                           *
*                                                                     *
*      CASE 11: 30 GWD/TU + 5 YEARS                                   *
*               MAJOR ACTINIDES + NO FISSION PRODUCTS                 *
*                                                                     *
***********************************************************************
MATERIAL 1 -1 300.0 1  234.0 4.9750E-06  2235.0 2.8374E-04 $ * MAJOR ACT.
                       236.0 9.9361E-05  8238.0 2.1760E-02 $
                      6239.0 1.3521E-04  1240.0 4.2930E-05 $
                      1241.0 2.3243E-05                    $
                      6016   4.6215E-02                      * O
BEGINC
BEGINC
*END
*deck BUCR1B1
***********************************************************************
* WIMS-D                                      PREPARED BY D.L.ALDAMA  *
* BURNUP CREDIT BENCHMARK                                             *
* PART I-B: ISOTOPIC PREDICTION                                       *
* ZZ-BUC-1B/BENCHMARK. NEA 1401/02                                    *
*                                                                     *
* CASE A: 27.35 GWd/TU                                                *
*                                                                     *
***********************************************************************
CELL 6
SEQUENCE 1
NGROUP 69
NMESH 12
NREGION 4 0 4
NMATERIAL 3 1
PREOUT
INITIATE
*** MAIN DATA
*** GEOMETRY
ANNULUS 1 0.478150 1
ANNULUS 2 0.493000 0
ANNULUS 3 0.559000 2
ANNULUS 4 0.879346 3
MESH 5 1 1 5
*** MATERIAL DATA
MATERIAL 1 -1 841.0 1  234.0 6.151650E-06  2235.0 6.892200E-04  $ *FUEL
                       236.0 3.162650E-06  8238.0 2.171040E-02  $
                      6016   4.481780E-02  2012   9.133570E-06  $
                        14   1.040720E-05
MATERIAL 2 -1 620.0 2   91   4.234250E-02  2056   3.531875E-04  $ *CLAD
                      1000   8.005361E-05  3000   2.143218E-04
MATERIAL 3 -1 558.0 3 3001   5.061530E-02  6016   2.530765E-02  $ *MOD.
                      1011   1.394512E-05
*** TRANSPORT SOLUTION
REGULAR 1 4
S 12
TOLERANCE 5.0E-05
FEWGROUPS  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
          21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
          41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
          61 62 63 64 65 66 67 68 69
SUPPRESS 0 1 1 1 1 1 1 1 1 1 1 0 1 0 1 1
*** BURNUP OPTIONS IN MAIN
POWERC 1 17.24 1.0E-20 1                                   * 0.00+Xe
BUCKLINGS 4.986E-03 7.565E-05 4.986E-04 7.565E-06
BEGINC
*** EDIT DATA
*** LEAKAGE CALCULATION
THERMAL 24
DIFFUSION 1 3 1
BUCKLING 4.986E-03 7.565E-05
LEAKAGE 6
*** BURNUP OPTIONS IN EDIT
MATERIALS
BEGINC
* CYCLE 1
POWERC 1 17.24 1.450116 10                                 * 0.25
BEGINC
BEGINC
POWERC 1 17.24 1.450116 10                                 * 0.50
BEGINC
BEGINC
POWERC 1 17.24 1.450116 10                                 * 0.75
BEGINC
BEGINC
POWERC 1 17.24 1.450116 10                                 * 1.00
BEGINC
BEGINC
POWERC 1 17.24 1.450116 10                                 * 1.25
BEGINC
BEGINC
POWERC 1 17.24 1.450116 10                                 * 1.50
BEGINC
BEGINC
POWERC 1 17.24 1.450116 10                                 * 1.75
BEGINC
BEGINC
POWERC 1 17.24 1.450116 10                                 * 2.00
BEGINC
BEGINC
POWERC 1 17.24 1.933488 15                                 * 2.50
BEGINC
BEGINC
POWERC 1 17.24 1.933488 15                                 * 3.00
BEGINC
BEGINC
POWERC 1 17.24 1.933488 15                                 * 3.50
BEGINC
BEGINC
POWERC 1 17.24 1.933488 15                                 * 4.00
BEGINC
BEGINC
POWERC 1 17.24 1.933488 15                                 * 4.50
BEGINC
BEGINC
POWERC 1 17.24 1.933488 15                                 * 5.00
BEGINC
BEGINC
POWERC 1 17.24 1.065120 15                                 * 5.28
BEGINC
BEGINC
* DOWN 1
POWERC 1 1.0E-20 71.0   1                                  * DOWN 1
BEGINC
BEGINC
* CYCLE 2
MATERIAL 3 -1 558.0 3 3001   5.061530E-02  6016   2.530765E-02  $ *MOD.
                      1011   1.978813E-05
POWERC 1 19.43 1.0E-20  1                                  * 5.28+Xe
BEGINC
BEGINC
POWERC 1 19.43 1.864539 20                                 * 6.00
BEGINC
BEGINC
POWERC 1 19.43 2.058672 25                                 * 7.00
BEGINC
BEGINC
POWERC 1 19.43 2.058672 25                                 * 8.00
BEGINC
BEGINC
POWERC 1 19.43 2.058672 25                                 * 9.00
BEGINC
BEGINC
POWERC 1 19.43 2.058672 25                                 *10.00
BEGINC
BEGINC
POWERC 1 19.43 2.058672 25                                 *11.00
BEGINC
BEGINC
POWERC 1 19.43 2.058672 25                                 *12.00
BEGINC
BEGINC
POWERC 1 19.43 1.780417 20                                 *12.69
BEGINC
BEGINC
* DOWN 2
POWERC 1 1.0E-20 83.1   1                                 * DOWN 2
BEGINC
BEGINC
* CYCLE 3
MATERIAL 3 -1 558.0 3 3001   5.061530E-02  6016   2.530765E-02  $ *MOD.
                      1011   2.123842E-05
POWERC 1 17.04 1.0E-20  1                                 *12.69+Xe
BEGINC
BEGINC
POWERC 1 17.04 1.205516 15                                *13.00
BEGINC
BEGINC
POWERC 1 17.04 2.347418 25                                *14.00
BEGINC
BEGINC
POWERC 1 17.04 2.347418 25                                *15.00
BEGINC
BEGINC
POWERC 1 17.04 2.347418 25                                *16.00
BEGINC
BEGINC
POWERC 1 17.04 2.347418 25                                *17.00
BEGINC
BEGINC
POWERC 1 17.04 2.347418 25                                *18.00
BEGINC
BEGINC
POWERC 1 17.04 2.347418 25                                *19.00
BEGINC
BEGINC
POWERC 1 17.04 2.347418 25                                *20.00
BEGINC
BEGINC
POWERC 1 17.04 1.855960 20                                *20.63
BEGINC
BEGINC
* DOWN 3
POWERC 1 1.0E-20 85.0   1                                 * DOWN 3
BEGINC
BEGINC
* CYCLE 4
MATERIAL 3 -1 558.0 3 3001   5.061530E-02  6016   2.530765E-02  $ *MOD.
                      1011   2.075034E-05
POWERC 1 14.57 1.0E-20  1                                 *20.63+Xe
BEGINC
BEGINC
POWERC 1 14.57 1.681487 15                                *21.00
BEGINC
BEGINC
POWERC 1 14.57 2.287806 30                                *22.00
BEGINC
BEGINC
POWERC 1 14.57 2.287806 30                                *23.00
BEGINC
BEGINC
POWERC 1 14.57 2.287806 30                                *24.00
BEGINC
BEGINC
POWERC 1 14.57 2.287806 30                                *25.00
BEGINC
BEGINC
POWERC 1 14.57 2.287806 30                                *26.00
BEGINC
BEGINC
POWERC 1 14.57 2.287806 30                                *27.00
BEGINC
BEGINC
POWERC 1 14.57 1.604850 15                                *27.35
BEGINC
BEGINC
* DOWN 4
POWERC 1 1.0E-20 1870.0 1                                * DOWN 4
BEGINC
BEGINC
POWERC 0 0                                               * FINAL
BEGINC
BEGINC
*END
*deck BUCR1B2
***********************************************************************
* WIMS-D                                      PREPARED BY D.L.ALDAMA  *
* BURNUP CREDIT BENCHMARK                                             *
* PART I-B: ISOTOPIC PREDICTION                                       *
* ZZ-BUC-1B/BENCHMARK. NEA 1401/02                                    *
*                                                                     *
* CASE B: 37.12 GWd/TU                                                *
*                                                                     *
***********************************************************************
CELL 6
SEQUENCE 1
NGROUP 69
NMESH 12
NREGION 4 0 4
NMATERIAL 3 1
PREOUT
INITIATE
*** MAIN DATA
*** GEOMETRY
ANNULUS 1 0.478150 1
ANNULUS 2 0.493000 0
ANNULUS 3 0.559000 2
ANNULUS 4 0.879346 3
MESH 5 1 1 5
*** MATERIAL DATA
MATERIAL 1 -1 841.0 1  234.0 6.151650E-06  2235.0 6.892200E-04  $ *FUEL
                       236.0 3.162650E-06  8238.0 2.171040E-02  $
                      6016   4.481780E-02  2012   9.133570E-06  $
                        14   1.040720E-05
MATERIAL 2 -1 620.0 2   91   4.234250E-02  2056   3.531875E-04  $ *CLAD
                      1000   8.005361E-05  3000   2.143218E-04
MATERIAL 3 -1 558.0 3 3001   5.061530E-02  6016   2.530765E-02  $ *MOD.
                      1011   1.394512E-05
*** TRANSPORT SOLUTION
REGULAR 1 4
S 12
TOLERANCE 5.0E-05
FEWGROUPS  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
          21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
          41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
          61 62 63 64 65 66 67 68 69
SUPPRESS 0 1 1 1 1 1 1 1 1 1 1 0 1 0 1 1
*** BURNUP OPTIONS IN MAIN
POWERC 1 24.72 1.0E-20 1                                   * 0.00+Xe
BUCKLINGS 4.986E-03 7.565E-05 4.986E-04 7.565E-06
BEGINC
*** EDIT DATA
*** LEAKAGE CALCULATION
THERMAL 24
DIFFUSION 1 3 1
BUCKLING 4.986E-03 7.565E-05
LEAKAGE 6
*** BURNUP OPTIONS IN EDIT
MATERIALS
BEGINC
* CYCLE 1
POWERC 1 24.72 1.011327 10                                 * 0.25
BEGINC
BEGINC
POWERC 1 24.72 1.011327 10                                 * 0.50
BEGINC
BEGINC
POWERC 1 24.72 1.011327 10                                 * 0.75
BEGINC
BEGINC
POWERC 1 24.72 1.011327 10                                 * 1.00
BEGINC
BEGINC
POWERC 1 24.72 1.011327 10                                 * 1.25
BEGINC
BEGINC
POWERC 1 24.72 1.011327 10                                 * 1.50
BEGINC
BEGINC
POWERC 1 24.72 1.011327 10                                 * 1.75
BEGINC
BEGINC
POWERC 1 24.72 1.011327 10                                 * 2.00
BEGINC
BEGINC
POWERC 1 24.72 1.348436 15                                 * 2.50
BEGINC
BEGINC
POWERC 1 24.72 1.348436 15                                 * 3.00
BEGINC
BEGINC
POWERC 1 24.72 1.348436 15                                 * 3.50
BEGINC
BEGINC
POWERC 1 24.72 1.348436 15                                 * 4.00
BEGINC
BEGINC
POWERC 1 24.72 1.348436 15                                 * 4.50
BEGINC
BEGINC
POWERC 1 24.72 1.348436 15                                 * 5.00
BEGINC
BEGINC
POWERC 1 24.72 1.618123 25                                 * 6.00
BEGINC
BEGINC
POWERC 1 24.72 1.618123 25                                 * 7.00
BEGINC
BEGINC
POWERC 1 24.72 1.521899 15                                 * 7.56
BEGINC
BEGINC
* DOWN 1
POWERC 1 1.0E-20 71.0   1                                  * DOWN 1
BEGINC
BEGINC
* CYCLE 2
MATERIAL 3 -1 558.0 3 3001   5.061530E-02  6016   2.530765E-02  $ *MOD.
                      1011   1.978813E-05
POWERC 1 26.76 1.0E-20  1                                  * 7.56+Xe
BEGINC
BEGINC
POWERC 1 26.76 1.085401 15                                 * 8.00
BEGINC
BEGINC
POWERC 1 26.76 1.494768 25                                 * 9.00
BEGINC
BEGINC
POWERC 1 26.76 1.494768 25                                 * 10.00
BEGINC
BEGINC
POWERC 1 26.76 1.494768 25                                 * 11.00
BEGINC
BEGINC
POWERC 1 26.76 1.494768 25                                 * 12.00
BEGINC
BEGINC
POWERC 1 26.76 1.494768 25                                 * 13.00
BEGINC
BEGINC
POWERC 1 26.76 1.494768 25                                 * 14.00
BEGINC
BEGINC
POWERC 1 26.76 1.494768 25                                 * 15.00
BEGINC
BEGINC
POWERC 1 26.76 1.494768 25                                 * 16.00
BEGINC
BEGINC
POWERC 1 26.76 1.494768 25                                 * 17.00
BEGINC
BEGINC
POWERC 1 26.76 1.454802 20                                 * 17.78
BEGINC
BEGINC
* DOWN 2
POWERC 1 1.0E-20 83.1   1                                 * DOWN 2
BEGINC
BEGINC
* CYCLE 3
MATERIAL 3 -1 558.0 3 3001   5.061530E-02  6016   2.530765E-02  $ *MOD.
                      1011   2.123842E-05
POWERC 1 22.84 1.0E-20   1                                * 17.78+Xe
BEGINC
BEGINC
POWERC 1 22.84 0.9693082 10                               * 18.00
BEGINC
BEGINC
POWERC 1 22.84 1.459428  30                               * 19.00
BEGINC
BEGINC
POWERC 1 22.84 1.459428  30                               * 20.00
BEGINC
BEGINC
POWERC 1 22.84 1.459428  30                               * 21.00
BEGINC
BEGINC
POWERC 1 22.84 1.459428  30                               * 22.00
BEGINC
BEGINC
POWERC 1 22.84 1.459428  30                               * 23.00
BEGINC
BEGINC
POWERC 1 22.84 1.459428  30                               * 24.00
BEGINC
BEGINC
POWERC 1 22.84 1.459428  30                               * 25.00
BEGINC
BEGINC
POWERC 1 22.84 1.459428  30                               * 26.00
BEGINC
BEGINC
POWERC 1 22.84 1.459428  30                               * 27.00
BEGINC
BEGINC
POWERC 1 22.84 1.459428  30                               * 28.00
BEGINC
BEGINC
POWERC 1 22.84 1.231903  15                               * 28.42
BEGINC
BEGINC
* DOWN 3
POWERC 1 1.0E-20 85.0   1                                 * DOWN 3
BEGINC
BEGINC
* CYCLE 4
MATERIAL 3 -1 558.0 3 3001   5.061530E-02  6016   2.530765E-02  $ *MOD.
                      1011   2.075034E-05
POWERC 1 18.87 1.0E-20  1                                 * 28.42+Xe
BEGINC
BEGINC
POWERC 1 18.87 1.225119 25                                * 29.00
BEGINC
BEGINC
POWERC 1 18.87 1.766472 30                                * 30.00
BEGINC
BEGINC
POWERC 1 18.87 1.766472 30                                * 31.00
BEGINC
BEGINC
POWERC 1 18.87 1.766472 30                                * 32.00
BEGINC
BEGINC
POWERC 1 18.87 1.766472 30                                * 33.00
BEGINC
BEGINC
POWERC 1 18.87 1.766472 30                                * 34.00
BEGINC
BEGINC
POWERC 1 18.87 1.766472 30                                * 35.00
BEGINC
BEGINC
POWERC 1 18.87 1.766472 30                                * 36.00
BEGINC
BEGINC
POWERC 1 18.87 1.766472 30                                * 37.00
BEGINC
BEGINC
POWERC 1 18.87 1.086469 6                                 * 37.12
BEGINC
BEGINC
* DOWN 4
POWERC 1 1.0E-20 1870.0 1                                 * DOWN 4
BEGINC
BEGINC
POWERC 0 0                                                * FINAL
BEGINC
BEGINC
*END
*deck BUCR1B3
***********************************************************************
* WIMS-D                                      PREPARED BY D.L.ALDAMA  *
* BURNUP CREDIT BENCHMARK                                             *
* PART I-B: ISOTOPIC PREDICTION                                       *
* ZZ-BUC-1B/BENCHMARK. NEA 1401/02                                    *
*                                                                     *
* CASE C: 44.34 GWd/TU                                                *
*                                                                     *
***********************************************************************
CELL 6
SEQUENCE 1
NGROUP 69
NMESH 12
NREGION 4 0 4
NMATERIAL 3 1
PREOUT
INITIATE
*** MAIN DATA
*** GEOMETRY
ANNULUS 1 0.478150 1
ANNULUS 2 0.493000 0
ANNULUS 3 0.559000 2
ANNULUS 4 0.879346 3
MESH 5 1 1 5
*** MATERIAL DATA
MATERIAL 1 -1 841.0 1  234.0 6.151650E-06  2235.0 6.892200E-04  $ *FUEL
                       236.0 3.162650E-06  8238.0 2.171040E-02  $
                      6016   4.481780E-02  2012   9.133570E-06  $
                        14   1.040720E-05
MATERIAL 2 -1 620.0 2   91   4.234250E-02  2056   3.531875E-04  $ *CLAD
                      1000   8.005361E-05  3000   2.143218E-04
MATERIAL 3 -1 558.0 3 3001   5.061530E-02  6016   2.530765E-02  $ *MOD.
                      1011   1.394512E-05
*** TRANSPORT SOLUTION
REGULAR 1 4
S 12
TOLERANCE 5.0E-05
FEWGROUPS  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
          21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
          41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
          61 62 63 64 65 66 67 68 69
SUPPRESS 0 1 1 1 1 1 1 1 1 1 1 0 1 0 1 1
*** BURNUP OPTIONS IN MAIN
POWERC 1 31.12 1.0E-20 1                                   * 0.00+Xe
BUCKLINGS 4.986E-03 7.565E-05 4.986E-04 7.565E-06
BEGINC
*** EDIT DATA
*** LEAKAGE CALCULATION
THERMAL 24
DIFFUSION 1 3 1
BUCKLING 4.986E-03 7.565E-05
LEAKAGE 6
*** BURNUP OPTIONS IN EDIT
MATERIALS
BEGINC
* CYCLE 1
POWERC 1 31.12 0.8033419 10                                * 0.25
BEGINC
BEGINC
POWERC 1 31.12 0.8033419 10                                * 0.50
BEGINC
BEGINC
POWERC 1 31.12 0.8033419 10                                * 0.75
BEGINC
BEGINC
POWERC 1 31.12 0.8033419 10                                * 1.00
BEGINC
BEGINC
POWERC 1 31.12 0.8033419 10                                * 1.25
BEGINC
BEGINC
POWERC 1 31.12 0.8033419 10                                * 1.50
BEGINC
BEGINC
POWERC 1 31.12 0.8033419 10                                * 1.75
BEGINC
BEGINC
POWERC 1 31.12 0.8033419 10                                * 2.00
BEGINC
BEGINC
POWERC 1 31.12 1.0711230 15                                * 2.50
BEGINC
BEGINC
POWERC 1 31.12 1.0711230 15                                * 3.00
BEGINC
BEGINC
POWERC 1 31.12 1.0711230 15                                * 3.50
BEGINC
BEGINC
POWERC 1 31.12 1.0711230 15                                * 4.00
BEGINC
BEGINC
POWERC 1 31.12 1.0711230 15                                * 4.50
BEGINC
BEGINC
POWERC 1 31.12 1.0711230 15                                * 5.00
BEGINC
BEGINC
POWERC 1 31.12 1.2853470 25                                * 6.00
BEGINC
BEGINC
POWERC 1 31.12 1.2853470 25                                * 7.00
BEGINC
BEGINC
POWERC 1 31.12 1.2853470 25                                * 8.00
BEGINC
BEGINC
POWERC 1 31.12 1.2853470 25                                * 9.00
BEGINC
BEGINC
POWERC 1 31.12 1.1197940 15                                * 9.52
BEGINC
BEGINC
* DOWN 1
POWERC 1 1.0E-20 71.0   1                                  * DOWN 1
BEGINC
BEGINC
* CYCLE 2
MATERIAL 3 -1 558.0 3 3001   5.061530E-02  6016   2.530765E-02  $ *MOD.
                      1011   1.978813E-05
POWERC 1 32.51 1.0E-20  1                                  * 9.52+Xe
BEGINC
BEGINC
POWERC 1 32.51 0.978735 15                                 * 10.00
BEGINC
BEGINC
POWERC 1 32.51 1.230391 25                                 * 11.00
BEGINC
BEGINC
POWERC 1 32.51 1.230391 25                                 * 12.00
BEGINC
BEGINC
POWERC 1 32.51 1.230391 25                                 * 13.00
BEGINC
BEGINC
POWERC 1 32.51 1.230391 25                                 * 14.00
BEGINC
BEGINC
POWERC 1 32.51 1.230391 25                                 * 15.00
BEGINC
BEGINC
POWERC 1 32.51 1.230391 25                                 * 16.00
BEGINC
BEGINC
POWERC 1 32.51 1.230391 25                                 * 17.00
BEGINC
BEGINC
POWERC 1 32.51 1.230391 25                                 * 18.00
BEGINC
BEGINC
POWERC 1 32.51 1.230391 25                                 * 19.00
BEGINC
BEGINC
POWERC 1 32.51 1.230391 25                                 * 20.00
BEGINC
BEGINC
POWERC 1 32.51 1.230391 25                                 * 21.00
BEGINC
BEGINC
POWERC 1 32.51 1.146462 25                                 * 21.93
BEGINC
BEGINC
* DOWN 2
POWERC 1 1.0E-20 83.1   1                                 * DOWN 2
BEGINC
BEGINC
* CYCLE 3
MATERIAL 3 -1 558.0 3 3001   5.061530E-02  6016   2.530765E-02  $ *MOD.
                      1011   2.123842E-05
POWERC 1 26.20 1.0E-20  1                                 * 21.93+Xe
BEGINC
BEGINC
POWERC 1 26.20 0.867850 3                                 * 22.00
BEGINC
BEGINC
POWERC 1 26.20 1.526718 25                                * 23.00
BEGINC
BEGINC
POWERC 1 26.20 1.526718 25                                * 24.00
BEGINC
BEGINC
POWERC 1 26.20 1.526718 25                                * 25.00
BEGINC
BEGINC
POWERC 1 26.20 1.526718 25                                * 26.00
BEGINC
BEGINC
POWERC 1 26.20 1.526718 25                                * 27.00
BEGINC
BEGINC
POWERC 1 26.20 1.526718 25                                * 28.00
BEGINC
BEGINC
POWERC 1 26.20 1.526718 25                                * 29.00
BEGINC
BEGINC
POWERC 1 26.20 1.526718 25                                * 30.00
BEGINC
BEGINC
POWERC 1 26.20 1.526718 25                                * 31.00
BEGINC
BEGINC
POWERC 1 26.20 1.526718 25                                * 32.00
BEGINC
BEGINC
POWERC 1 26.20 1.526718 25                                * 33.00
BEGINC
BEGINC
POWERC 1 26.20 1.526718 25                                * 34.00
BEGINC
BEGINC
POWERC 1 26.20 1.076237 5                                 * 34.14
BEGINC
BEGINC
* DOWN 3
POWERC 1 1.0E-20 85.0   1                                 * DOWN 3
BEGINC
BEGINC
* CYCLE 4
MATERIAL 3 -1 558.0 3 3001   5.061530E-02  6016   2.530765E-02  $ *MOD.
                      1011   2.075034E-05
POWERC 1 22.12 1.0E-20  1                                 * 34.14+Xe
BEGINC
BEGINC
POWERC 1 22.12 1.294474 30                                * 35.00
BEGINC
BEGINC
POWERC 1 22.12 1.506932 30                                * 36.00
BEGINC
BEGINC
POWERC 1 22.12 1.506932 30                                * 37.00
BEGINC
BEGINC
POWERC 1 22.12 1.506932 30                                * 38.00
BEGINC
BEGINC
POWERC 1 22.12 1.506932 30                                * 39.00
BEGINC
BEGINC
POWERC 1 22.12 1.506932 30                                * 40.00
BEGINC
BEGINC
POWERC 1 22.12 1.506932 30                                * 41.00
BEGINC
BEGINC
POWERC 1 22.12 1.506932 30                                * 42.00
BEGINC
BEGINC
POWERC 1 22.12 1.506932 30                                * 43.00
BEGINC
BEGINC
POWERC 1 22.12 1.506932 30                                * 44.00
BEGINC
BEGINC
POWERC 1 22.12 1.026278 15                                * 44.34
BEGINC
BEGINC
* DOWN 4
POWERC 1 1.0E-20 1870.0 1                                * DOWN 4
BEGINC
BEGINC
POWERC 0 0                                               * FINAL
BEGINC
BEGINC
*END
*deck CURL_ZPR
**********************************************************
* WIMSD5
* curl_zpr (4 cases)        S12
* 30MAR2001                 STANDARD INPUT
**********************************************************
* curl_zpr1
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     20
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   0.7620000  1
ANNULUS 2   0.7750000  0
ANNULUS 3   0.8460000  2
ANNULUS 4   1.1416339  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       4   1   1  14
MATERIAL  1 -1 295.5 1  6016 4.63161431E-02 $
                        2235 4.79372044E-04 $
                        8238 2.26786993E-02
MATERIAL  2 -1 295.5 2    27 6.02597818E-02
MATERIAL  3 -1 295.5 3  3001 6.67132586E-02 $
                        6016 3.33566293E-02
REGULAR   1   6
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67132586E-02  0.0 3.33566293E-02  0.0
BUCKLING    5.760E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 295.5  8238 295.5
PARTITION 45 69
BEGINC
**********************************************************
* curl_zpr2
ANNULUS 4   1.3736356  3
MATERIAL  1 -1 294.5 1  6016 4.63161431E-02 $
                        2235 4.79372044E-04 $
                        8238 2.26786993E-02
MATERIAL  2 -1 294.5 2    27 6.02597818E-02
MATERIAL  3 -1 294.5 3  3001 6.67289048E-02 $
                        6016 3.33644524E-02
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67289048E-02  0.0 3.33644524E-02  0.0
BUCKLING    8.320E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 294.5  8238 294.5
PARTITION 45 69
BEGINC
**********************************************************
* curl_zpr3
ANNULUS 4   1.5697246  3
MATERIAL  1 -1 293.7 1  6016 4.63161431E-02 $
                        2235 4.79372044E-04 $
                        8238 2.26786993E-02
MATERIAL  2 -1 293.7 2    27 6.02597818E-02
MATERIAL  3 -1 293.7 3  3001 6.67414218E-02 $
                        6016 3.33707109E-02
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67414218E-02  0.0 3.33707109E-02  0.0
BUCKLING    7.480E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.7  8238 293.7
PARTITION 45 69
BEGINC
**********************************************************
* curl_zpr4
ANNULUS 4   1.7457327  3
MATERIAL  1 -1 293.0 1  6016 4.63161431E-02 $
                        2235 4.79372044E-04 $
                        8238 2.26786993E-02
MATERIAL  2 -1 293.0 2    27 6.02597818E-02
MATERIAL  3 -1 293.0 3  3001 6.67523816E-02 $
                        6016 3.33761908E-02
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    6.060E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
*END
*deck DIMP1A
**********************************************************
* WIMSD5
* DIMPLE S01A  SEQUENCE 1   S12   REGULAR 1 6
* 29.8.95                         STAND. INPUT
**********************************************************
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH    14
NREGION   4 0 4
NMATERIAL 4
NREACT    3
PREOUT
INITIATE
ANNULUS 1 0.5065   1
ANNULUS 2 0.5199   2
ANNULUS 3 0.54685  3
*ANNULUS 4 0.74473  4
SQUARE  4 0.66     4
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
*
* MATERIAL EQUIVALENCE BASIS:
*   ELEMENT   AT.WT.  THERM.X-S  RES.INT.
*---------------------------------------
*    24-CR    51.9961    3.07      1.6
*    25-MN    54.93805  13.3      14.
*    26-FE    55.847     2.56      1.4
*    28-NI    58.9332    4.49      2.16
*    42-MO-95           14.0     109.
*---------------------------------------
*    22-TI    47.88      6.09      3.1
*    23-V     50.9415    5.08      2.8
*    27-CO    58.9332   37.1      74.
*    30-ZN    65.39      1.11      2.8
*    42-MO    95.94      2.55     24.
*    42-MO-(nat-95)       .403     7.70
*
* MAT 1: FUEL - SUM OF WEIGHTS = 100 % - NO CORRECTIONS
MATERIAL  1 10.42        293.16      1    $
       2056  0.008    29   0.0116 6016 11.8919   27    0.0285 $
        234  0.0169 2235   2.6465  236  0.0363 8238   85.3603
*
* MAT 2: WRAPPER  - SUM OF WEIGHTS = 99.9844
*        CORRECTION ON AL(27) FOR MG 0.0015%, CL 0.005%, SN 0.009%, SR
*        27 84.7439   52   0.0025 3063  0.015  2056    0.3    $
MATERIAL  2  0.868       293.16      2    $
         27 84.7595   52   0.0025 3063  0.015  2056    0.3    $
         55  0.006    58   0.002    29  0.025  2012   12.76   $
       3001  2.13
*
* MAT 3: CLADDING - SUM OF WEIGHTS 98.79
*        CORRECTION ON NI(58) FOR TI 0.666%,  V 0.05%, ZN 0.052%
*        CORRECTION ON MN(55) FOR CO 0.102%
*        CORRECTION ON MN(56) FOR MO(nat-95) 0.34*(1-0.16)%
*      2056 67.552    55   1.66     27  0.246    52   18.0 $
*      3063  0.152    58  11.18
MATERIAL  3  7.806       293.16      2    $
       2056 67.552    55   2.048    27  0.246    52   18.0    $
       3063  0.152    58  11.948  4095  0.054
*
* MAT 4: WATER
MATERIAL  4  0.9982041   293.16      3 $
       3001 11.19   6016  88.81
REGULAR   1
S        12
MESH      5  2  2  5
BUCKLING  0.00415     0.00241
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3 0.   0.   0.     0.
DNB       4 0.066755  0.     0.033382 0.
BUCKLING  0.00415     0.00241
DIFFUSION 1 3 1
LEAKAGE   5
REACTION  2235.4,293.16  8238,293.16 6239,293.16
PARTITION 45 69
BEGINC
*END
*deck DOPPLER
********************************************************************************
* WIMSD5B                                                                      *
* DOPPLER COEFFICIENT  BENCHMARK      S16                                      *
* FUEL : UO2                                                                   *
*                          -- REFERENCES --                                    *
*           Russell D. Mosteller and Laurence D. Eisenhart,                    *
*    Robert C. Little, Walter J. Eich Jason Chao, 'Benchmark Calculations      *
*             for the Doppler Coefficient of Reactivity'                       *
*                Nuc. Sci. And Engineering : 107, 265-271 (1991).              *
*                             -------                                          *
*                F. RAHNEMA AND H.N.M. GHEORGHIU                               *
* 'ENDF/B-VI Benchmark calculations for the Doppler Coefficient of REACTIVITY  *
*  ANN. NUCL. ENERGY VOL. 23, NO. 12, PP. 1011-1019, 1996                      *
*                                                                              *
* PREPARED BY L.ERRADI and A.HTET                   15/12/2001                 *
********************************************************************************
************************************************************
* CASE : e(wt%)=0.711  ,  Tf=Tm=600°K                      *
* HOT ZERO POWER CONDITION                                 *
************************************************************
CELL      6
SEQUENCE  1
NGROUP   69  2
NMESH    14
NREGION   3  0  3
NMATERIAL 3
NREACT    2
ENDPRELUDE
INITIATE
*** MAIN DATA
*** GEOMETRY
ANNULUS   1    0.39306       1
ANNULUS   2    0.45802       2
ANNULUS   3    0.71206       3
FEWGROUP  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 $
         16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 $
         31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 $
         46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
         61 62 63 64 65 66 67 68 69
MESH      6  2  6
*** MATERIAL DATA
MATERIAL  1 -1  600 1 2235 0.000166078 8238 0.0228994 $
  6016 0.0461309
MATERIAL  2 -1  600 2 91 .0383243
MATERIAL  3 -1  600 3 3001 .0442326   6016 .0221163 $
10 0.0000102133
REGULAR   1   6
S        16
BEGINC
THERMAL  24
DIFFUSION 1 5 1
LEAKAGE   5
REACTION  2235,600   8238,600
PARTITION 45 69
BEGINC
***********************************************************************
* CASE : e(wt%)=0.711  ,  Tf=900 °K , Tm=600°K                        *
* HOT FULL POWER CONDITION                                            *
***********************************************************************
MATERIAL  1 -1  900 1  6016 0.0457561 $
2235 0.000164729 8238 0.0227133
MATERIAL  2 -1 600 2 91 0.0389087
MATERIAL  3 -1  600 3 3001 .0442326   6016 .0221163 $
10 0.0000102133
BEGINC
REACTION  2235,900   8238,900
BEGINC
***********************************************************************
* CASE : e(wt%)=1.6 ,  Tf=Tm=600°K                                    *
* HOT ZERO POWER CONDITION                                            *
***********************************************************************
MATERIAL  1 -1  600 1 2235 0.000373729 8238 0.0226940 $
  6016 0.0461355
MATERIAL  2 -1  600 2 91 .0383243
MATERIAL  3 -1  600 3 3001 .0442326   6016 .0221163 $
10 0.0000102133
BEGINC
BEGINC
***********************************************************************
* CASE : e(wt%)=1.6 ,  Tf=900°K , Tm=600°K                            *
* HOT FULL POWER CONDITION                                            *
***********************************************************************
MATERIAL  1 -1  900 1  6016 0.0457607 $
2235 0.000370693 8238 0.0225096
MATERIAL  2 -1 600 2 91 0.0389087
MATERIAL  3 -1  600 3 3001 .0442326   6016 .0221163 $
10 0.0000102133
BEGINC
REACTION  2235,900   8238,900
BEGINC
***********************************************************************
* CASE : e(wt%)=2.4 ,  Tf=Tm=600°K                                    *
* HOT ZERO POWER CONDITION                                            *
***********************************************************************
MATERIAL  1 -1  600 1 2235 0.000560588 8238 0.0225093 $
  6016 0.0461397
MATERIAL  2 -1  600 2 91 .0383243
MATERIAL  3 -1  600 3 3001 .0442326   6016 .0221163 $
10 0.0000102133
BEGINC
BEGINC
***********************************************************************
* CASE : e(wt%)=2.4 ,  Tf=900°K , Tm=600°K                            *
* HOT FULL POWER CONDITION                                            *
***********************************************************************
MATERIAL  1 -1  900 1  6016 0.0457648 $
2235 0.000556033 8238 0.0223264
MATERIAL  2 -1 600 2 91 0.0389087
MATERIAL  3 -1  600 3 3001 .0442326   6016 .0221163 $
10 0.0000102133
BEGINC
REACTION  2235,900   8238,900
BEGINC
***********************************************************************
* CASE : e(wt%)=3.1 ,  Tf=Tm=600°K                                    *
* HOT ZERO POWER CONDITION                                            *
***********************************************************************
MATERIAL  1 -1  600 1 2235 0.000724086 8238 0.0223476 $
  6016 0.0461433
MATERIAL  2 -1  600 2 91 .0383243
MATERIAL  3 -1  600 3 3001 .0442326   6016 .0221163 $
10 0.0000102133
BEGINC
BEGINC
***********************************************************************
* CASE : e(wt%)=3.1 ,  Tf=900°K , Tm=600°K                            *
* HOT FULL POWER CONDITION                                            *
***********************************************************************
MATERIAL  1 -1  900 1  6016 0.0457684 $
2235 0.000718202 8238 0.0221660
MATERIAL  2 -1 600 2 91 0.0389087
MATERIAL  3 -1  600 3 3001 .0442326   6016 .0221163 $
10 0.0000102133
BEGINC
REACTION  2235,900   8238,900
BEGINC
***********************************************************************
* CASE : e(wt%)=3.9 ,  Tf=Tm=600°K                                    *
* HOT ZERO POWER CONDITION                                            *
***********************************************************************
MATERIAL  1 -1  600 1 2235 0.000910933 8238 0.0221163 $
  6016 0.0461475
MATERIAL  2 -1  600 2 91 .0383243
MATERIAL  3 -1  600 3 3001 .0442326   6016 .0221163 $
10 0.0000102133
BEGINC
BEGINC
***********************************************************************
* CASE : e(wt%)=3.9 ,  Tf=900°K , Tm=600°K                            *
* HOT FULL POWER CONDITION                                            *
***********************************************************************
MATERIAL  1 -1  900 1  6016 0.0457725 $
2235 0.000903532 8238 0.0219827
MATERIAL  2 -1 600 2 91 0.0389087
MATERIAL  3 -1  600 3 3001 .0442326   6016 .0221163 $
10 0.0000102133
BEGINC
REACTION  2235,900   8238,900
BEGINC
*END
*deck E1T1AIRD
* EX.1)ZED-2 TASK 1 COOL=AIR METHOD=DSN **************************************
*  PREUDE DATA
CELL 7                   * CLUSTER (D5B = CLUSTER)
SEQUENCE 1               * DSN
NGROUP 69 3              * MAIN TRANSPORT SOLUTION/REACTION EDIT # OF GROUPS
NMESH 35                 * #MESH POINTS IN MAIN TRANSPORT ROUTINE
NREGION 9  4             * #ANNULI/#ANNULI CONTAINING RODS
NMATERIAL 11 0           * #MATS/#MATS UNDERGOING BURNUP
* NRODS 37 -6 100 11 4 3 1
NREACT 5                 * #NUCLIDE REACTION RATE EDITS
PREOUT                   * (D5B = ENDP)
*  MAIN DATA
INITIATE
*   GEOMETRY DATA
ANNULUS  1  0.831230 1
ANNULUS  2  2.199230 1
ANNULUS  3  3.623250 1
ANNULUS  4  5.056180 1
ANNULUS  5  5.1950   1
ANNULUS  6  5.51180  3
ANNULUS  7  6.35000  4
ANNULUS  8  6.66750  5
ANNULUS  9 16.121710 2
ARRAY 1 1  1 0        0        * RING OF R=0       OF  1 ROD  (ANG 0)
ARRAY 2 1  6 1.488440 0        * RING OF R=1.48844 OF  6 RODS (ANG 0)
ARRAY 3 1 12 2.875280 0.261799 * RING OF R=2.87528 OF 12 RODS (ANG 0.2617)
ARRAY 4 1 18 4.33070  0        * RING OF R=4.33070 OF 18 RODS (ANG 0)
RODSUB 1 1 0.58674   6
RODSUB 1 2 0.61240  10
RODSUB 1 3 0.65525  11
RODSUB 2 1 0.603671  7
RODSUB 2 2 0.61240  10
RODSUB 2 3 0.65525  11
RODSUB 3 1 0.603671  8
RODSUB 3 2 0.61240  10
RODSUB 3 3 0.65525  11
RODSUB 4 1 0.603671  9
RODSUB 4 2 0.61240  10
RODSUB 4 3 0.65525  11
CRAIG
*   COMPOSITION DATA
*    m.1= air coolant - o - 6016: oxygen-16
MATERIAL  1  1.40E-03 294.8000 3   6016  100.0000
*    m.2= external moderator - heavy water - 3002: deuterium
*                                            3001: hydrogen
*                                            6016: oxygen-16
MATERIAL  2  1.104676 294.8000 4 3002   20.062 $
                                 3001    0.029 $
                                 6016   79.909
*    m.3= pressure tube - al - 1010: boron-10
*                                27: aluminium-27
MATERIAL  3  2.700000 294.8000 4 1010    5.7000E-04   $
                                   27   99.99943
*    m.4= gap between press.and cal.tubes - o - 6016: oxygen-16
MATERIAL  4  1.40E-03 294.8000 4   6016  100.0000
*    m.5= calandria tube - al - 1010: boron-10
*                                 27: aluminium-27
MATERIAL  5  2.700000 294.8000 4 1010    3.0000E-04   $
                                   27   99.99970
*    m.6= fuel rods type 1 - natural uo2 - 8238.0: uranium-238
*                                          2235.0: uranium-235
*                                          6016  : oxygen-16
MATERIAL  6 10.550000 294.8000 1 8238.0 87.5227   $
                                 2235.0  0.6271   $
                                 6016   11.8502
*    m.7= fuel rods type 2 - natural uo2 - 8238.0: uranium-238
*                                          2235.0: uranium-235
*                                          6016  : oxygen-16
MATERIAL  7 10.550000 294.8000 1 8238.0 87.5227   $
                                 2235.0  0.6271   $
                                 6016   11.8502
*    m.8= fuel rods type 3 - natural uo2 - 8238.0: uranium-238
*                                          2235.0: uranium-235
*                                          6016  : oxygen-16
MATERIAL  8 10.550000 294.8000 1 8238.0 87.5227   $
                                 2235.0  0.6271   $
                                 6016   11.8502
*    m.9= fuel rods type 4 - natural uo2 - 8238.0: uranium-238
*                                           2235.0: uranium-235
*                                           6016  : oxygen-16
MATERIAL 9 10.550000 294.8000 1 8238.0 87.5227   $
                                 2235.0  0.6271   $
                                 6016   11.8502
*    m.10= gap between fuel and clad - o - 6016: oxygen-16
MATERIAL 10  1.40E-03 294.8000 2  6016  100.0000
*    m.11= clad - zr - 91: zyrconium-91
MATERIAL 11  6.550000 294.8000 2   91  100.0000
*   CROSS SECTIONS AND FLUX SOLUTION
FEWGROUPS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 $
  21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
  41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
  61 62 63 64 65 66 67 68 69
MESH 4 4 5 5 1 2 2 2 10 * #MESH INTERVS.OF EQUAL VOL.IN EACH OF THE ANNULI
S 12                        * Sn ORDER (SEQUENCE 1)
REGULAR 1
*   PRINTOUT CONTROL
SUPPRESS 0 0 1 1 1 1 1 1 1 1 1 1 0 0 0 1
*   END OF DATA
BEGINC
*  EDIT DATA
*   LEAKAGE CALCULATIONS
BUCKLING 1.760E-04 1.310E-04 * RADIAL/AXIAL BUCKLINGS
NOBUCKLING * NO SEARCH FOR CRITICAL BUCKLING
THERMAL 25 * #THERMAL GROUPS IN THE FEWGROUP SCHEME FOR TWO GROUP LEAKAGE EDIT
BEEONE 1
DNB  1 0.0        0.0        0.0        0.0
DNB  2 1.9146E-04 6.6274E-02 3.3240E-02 0.0
DNB  3 0.0        0.0        0.0        0.0
DNB  4 0.0        0.0        0.0        0.0
DNB  5 0.0        0.0        0.0        0.0
DNB  6 0.0        0.0        0.0        0.0
DNB  7 0.0        0.0        0.0        0.0
DNB  8 0.0        0.0        0.0        0.0
DNB  9 0.0        0.0        0.0        0.0
DNB 10 0.0        0.0        0.0        0.0
DNB 11 0.0        0.0        0.0        0.0
DIFFUSION 2     * TRANSPORT
*   REACTION RATE EDIT
*      176  : Lu-176
*       55  : Mn-55
*     3063  : Cu-63
*     2235.0: U-235
*     8238.0: U-238
REACTION 176   294.8 $
          55   294.8 $
        3063   294.8 $
        2235.0 294.8 $
        8238.0 294.8
PARTITION 5 45 69 * COMBINATION OF LIBRARY GROUPS REQUIRED IN EDIT OF REACTIONS
LEAKAGE 5 *LEAKAGE SPECTRUM WITH INPUT BUCKLING FOR K-EFF NUCLIDE REACTION EDIT
PRINTC 0 0 0 1 * REACTION RATES BY MESH/BY MAT/REACTIONS BY MAT/NO K-INF EDIT
*   END OF DATA
BEGINC
*END
*deck E1T1D2OD
* EX.1)ZED-2 TASK 1 COOL=D2O METHOD=DSN **************************************
*  PREUDE DATA
CELL 7                   * CLUSTER (D5B = CLUSTER)
SEQUENCE 1               * DSN
NGROUP 69 3              * MAIN TRANSPORT SOLUTION/REACTION EDIT # OF GROUPS
NMESH 35                 * #MESH POINTS IN MAIN TRANSPORT ROUTINE
NREGION 9  4             * #ANNULI/#ANNULI CONTAINING RODS
NMATERIAL 11 0           * #MATS/#MATS UNDERGOING BURNUP
* NRODS 37 -6 100 11 4 3 1
NREACT 5                 * #NUCLIDE REACTION RATE EDITS
PREOUT                   * (D5B = ENDP)
*  MAIN DATA
INITIATE
*   GEOMETRY DATA
ANNULUS  1  0.831230 1
ANNULUS  2  2.199230 1
ANNULUS  3  3.623250 1
ANNULUS  4  5.056180 1
ANNULUS  5  5.1950   1
ANNULUS  6  5.51180  3
ANNULUS  7  6.35000  4
ANNULUS  8  6.66750  5
ANNULUS  9 16.121710 2
ARRAY 1 1  1 0        0        * RING OF R=0       OF  1 ROD  (ANG 0)
ARRAY 2 1  6 1.488440 0        * RING OF R=1.48844 OF  6 RODS (ANG 0)
ARRAY 3 1 12 2.875280 0.261799 * RING OF R=2.87528 OF 12 RODS (ANG 0.2617)
ARRAY 4 1 18 4.33070  0        * RING OF R=4.33070 OF 18 RODS (ANG 0)
RODSUB 1 1 0.58674   6
RODSUB 1 2 0.61240  10
RODSUB 1 3 0.65525  11
RODSUB 2 1 0.603671  7
RODSUB 2 2 0.61240  10
RODSUB 2 3 0.65525  11
RODSUB 3 1 0.603671  8
RODSUB 3 2 0.61240  10
RODSUB 3 3 0.65525  11
RODSUB 4 1 0.603671  9
RODSUB 4 2 0.61240  10
RODSUB 4 3 0.65525  11
CRAIG
*   COMPOSITION DATA
*    m.1= d2o coolant
MATERIAL  1  1.104676 294.8000 3 3002   20.062 $
                                 3001    0.029 $
                                 6016   79.909
*    m.2= external moderator - heavy water - 3002: deuterium
*                                            3001: hydrogen
*                                            6016: oxygen-16
MATERIAL  2  1.104676 294.8000 4 3002   20.062 $
                                 3001    0.029 $
                                 6016   79.909
*    m.3= pressure tube - al - 1010: boron-10
*                                27: aluminium-27
MATERIAL  3  2.700000 294.8000 4 1010    5.7000E-04   $
                                   27   99.99943
*    m.4= gap between press.and cal.tubes - o - 6016: oxygen-16
MATERIAL  4  1.40E-03 294.8000 4   6016  100.0000
*    m.5= calandria tube - al - 1010: boron-10
*                                 27: aluminium-27
MATERIAL  5  2.700000 294.8000 4 1010    3.0000E-04   $
                                   27   99.99970
*    m.6= fuel rods type 1 - natural uo2 - 8238.0: uranium-238
*                                          2235.0: uranium-235
*                                          6016  : oxygen-16
MATERIAL  6 10.550000 294.8000 1 8238.0 87.5227   $
                                 2235.0  0.6271   $
                                 6016   11.8502
*    m.7= fuel rods type 2 - natural uo2 - 8238.0: uranium-238
*                                          2235.0: uranium-235
*                                          6016  : oxygen-16
MATERIAL  7 10.550000 294.8000 1 8238.0 87.5227   $
                                 2235.0  0.6271   $
                                 6016   11.8502
*    m.8= fuel rods type 3 - natural uo2 - 8238.0: uranium-238
*                                          2235.0: uranium-235
*                                          6016  : oxygen-16
MATERIAL  8 10.550000 294.8000 1 8238.0 87.5227   $
                                 2235.0  0.6271   $
                                 6016   11.8502
*    m.9= fuel rods type 4 - natural uo2 - 8238.0: uranium-238
*                                           2235.0: uranium-235
*                                           6016  : oxygen-16
MATERIAL 9 10.550000 294.8000 1 8238.0 87.5227   $
                                 2235.0  0.6271   $
                                 6016   11.8502
*    m.10= gap between fuel and clad - o - 6016: oxygen-16
MATERIAL 10  1.40E-03 294.8000 2  6016  100.0000
*    m.11= clad - zr - 91: zyrconium-91
MATERIAL 11  6.550000 294.8000 2   91  100.0000
*   CROSS SECTIONS AND FLUX SOLUTION
FEWGROUPS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 $
  21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
  41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
  61 62 63 64 65 66 67 68 69
MESH 4 4 5 5 1 2 2 2 10 * #MESH INTERVS.OF EQUAL VOL.IN EACH OF THE ANNULI
S 12                        * Sn ORDER (SEQUENCE 1)
REGULAR 1
*   PRINTOUT CONTROL
SUPPRESS 0 0 1 1 1 1 1 1 1 1 1 1 0 0 0 1
*   END OF DATA
BEGINC
*  EDIT DATA
*   LEAKAGE CALCULATIONS
BUCKLING 1.550E-04 1.150E-04 * RADIAL/AXIAL BUCKLINGS
NOBUCKLING * NO SEARCH FOR CRITICAL BUCKLING
THERMAL 25 * #THERMAL GROUPS IN THE FEWGROUP SCHEME FOR TWO GROUP LEAKAGE EDIT
BEEONE 1
DNB  1 1.9146E-04 6.6274E-02 3.3240E-02 0.0
DNB  2 1.9146E-04 6.6274E-02 3.3240E-02 0.0
DNB  3 0.0        0.0        0.0        0.0
DNB  4 0.0        0.0        0.0        0.0
DNB  5 0.0        0.0        0.0        0.0
DNB  6 0.0        0.0        0.0        0.0
DNB  7 0.0        0.0        0.0        0.0
DNB  8 0.0        0.0        0.0        0.0
DNB  9 0.0        0.0        0.0        0.0
DNB 10 0.0        0.0        0.0        0.0
DNB 11 0.0        0.0        0.0        0.0
DIFFUSION 2     * TRANSPORT
*   REACTION RATE EDIT
*      176  : Lu-176
*       55  : Mn-55
*     3063  : Cu-63
*     2235.0: U-235
*     8238.0: U-238
REACTION 176   294.8 $
          55   294.8 $
        3063   294.8 $
        2235.0 294.8 $
        8238.0 294.8
PARTITION 5 45 69 * COMBINATION OF LIBRARY GROUPS REQUIRED IN EDIT OF REACTIONS
LEAKAGE 5 *LEAKAGE SPECTRUM WITH INPUT BUCKLING FOR K-EFF NUCLIDE REACTION EDIT
PRINTC 0 0 0 1 * REACTION RATES BY MESH/BY MAT/REACTIONS BY MAT/NO K-INF EDIT
*   END OF DATA
BEGINC
*END
*deck E1T1THER
* EX.1)ZED-2 TASK1 THERMAL REFERENCE CALCULATION ****************************
*  PREUDE DATA
CELL 7                   * CLUSTER (D5B = CLUSTER)
SEQUENCE 1               * DSN
NGROUP 69 3              * MAIN TRANSPORT SOLUTION/REACTION EDIT # OF GROUPS
NMESH 76                 * #MESH POINTS IN MAIN TRANSPORT ROUTINE
NREGION 11 4             * #ANNULI/#ANNULI CONTAINING RODS
NMATERIAL 12 0           * #MATS/#MATS UNDERGOING BURNUP
* NRODS 37 -6 100 11 4 3 1
NREACT 5                 * #NUCLIDE REACTION RATE EDITS
PREOUT                   * (D5B = ENDP)
*  MAIN DATA
INITIATE
*   GEOMETRY DATA
ANNULUS  1  0.831230 1
ANNULUS  2  2.199230 1
ANNULUS  3  3.623250 1
ANNULUS  4  5.056180 1
ANNULUS  5  5.1950   1
ANNULUS  6  5.51180  3
ANNULUS  7  6.35000  4
ANNULUS  8  6.66750  5
ANNULUS  9 16.121710 2
ANNULUS 10 56.121710 2
ANNULUS 11 57.0     12
ARRAY 1 1  1 0        0        * RING OF R=0       OF  1 ROD  (ANG 0)
ARRAY 2 1  6 1.488440 0        * RING OF R=1.48844 OF  6 RODS (ANG 0)
ARRAY 3 1 12 2.875280 0.261799 * RING OF R=2.87528 OF 12 RODS (ANG 0.2617)
ARRAY 4 1 18 4.33070  0        * RING OF R=4.33070 OF 18 RODS (ANG 0)
RODSUB 1 1 0.58674   6
RODSUB 1 2 0.61240  10
RODSUB 1 3 0.65525  11
RODSUB 2 1 0.603671  7
RODSUB 2 2 0.61240  10
RODSUB 2 3 0.65525  11
RODSUB 3 1 0.603671  8
RODSUB 3 2 0.61240  10
RODSUB 3 3 0.65525  11
RODSUB 4 1 0.603671  9
RODSUB 4 2 0.61240  10
RODSUB 4 3 0.65525  11
CRAIG
*   COMPOSITION DATA
*    m.1= d2o coolant
MATERIAL  1  1.104676 294.8000 3 3002   20.062 $
                                 3001    0.029 $
                                 6016   79.909
*    m.2= external moderator - heavy water - 3002: deuterium
*                                            3001: hydrogen
*                                            6016: oxygen-16
MATERIAL  2  1.104676 294.8000 4 3002   20.062 $
                                 3001    0.029 $
                                 6016   79.909
*    m.3= pressure tube - al - 1010: boron-10
*                                27: aluminium-27
MATERIAL  3  2.700000 294.8000 4 1010    5.7000E-04   $
                                   27   99.99943
*    m.4= gap between press.and cal.tubes - o - 6016: oxygen-16
MATERIAL  4  1.40E-03 294.8000 4   6016  100.0000
*    m.5= calandria tube - al - 1010: boron-10
*                                 27: aluminium-27
MATERIAL  5  2.700000 294.8000 4 1010    3.0000E-04   $
                                   27   99.99970
*    m.6= fuel rods type 1 - natural uo2 - 8238.0: uranium-238
*                                          2235.0: uranium-235
*                                          6016  : oxygen-16
MATERIAL  6 10.550000 294.8000 1 8238.0 87.5227   $
                                 2235.0  0.6271   $
                                 6016   11.8502
*    m.7= fuel rods type 2 - natural uo2 - 8238.0: uranium-238
*                                          2235.0: uranium-235
*                                          6016  : oxygen-16
MATERIAL  7 10.550000 294.8000 1 8238.0 87.5227   $
                                 2235.0  0.6271   $
                                 6016   11.8502
*    m.8= fuel rods type 3 - natural uo2 - 8238.0: uranium-238
*                                          2235.0: uranium-235
*                                          6016  : oxygen-16
MATERIAL  8 10.550000 294.8000 1 8238.0 87.5227   $
                                 2235.0  0.6271   $
                                 6016   11.8502
*    m.9= fuel rods type 4 - natural uo2 - 8238.0: uranium-238
*                                           2235.0: uranium-235
*                                           6016  : oxygen-16
MATERIAL 9 10.550000 294.8000 1 8238.0 87.5227   $
                                 2235.0  0.6271   $
                                 6016   11.8502
*    m.10= gap between fuel and clad - o - 6016: oxygen-16
MATERIAL 10  1.40E-03 294.8000 2  6016  100.0000
*    m.11= clad - zr - 91: zyrconium-91
MATERIAL 11  6.550000 294.8000 2   91  100.0000
*    m.12= external moderator with thermalized spectrum - heavy water
MATERIAL 12  1.104676 294.8000 4 3002   20.062 $
                                 3001    0.029 $
                                 6016   79.909
*   CROSS SECTIONS AND FLUX SOLUTION
FEWGROUPS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 $
  21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
  41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
  61 62 63 64 65 66 67 68 69
MESH 4 4 5 5 1 2 2 2 10 40 1 * #MESH INTERVS.OF EQUAL VOL.IN EACH OF THE ANNULI
S 12                         * Sn ORDER (SEQUENCE 1)
REGULAR 1
*   PRINTOUT CONTROL
SUPPRESS 0 0 1 1 1 1 1 1 1 1 1 1 0 0 0 1
*   END OF DATA
BEGINC
*  EDIT DATA
*   LEAKAGE CALCULATIONS
BUCKLING 1.550E-04 1.150E-04 * RADIAL/AXIAL BUCKLINGS
NOBUCKLING * NO SEARCH FOR CRITICAL BUCKLING
THERMAL 25 * #THERMAL GROUPS IN THE FEWGROUP SCHEME FOR TWO GROUP LEAKAGE EDIT
BEEONE 1
DNB  1 1.9146E-04 6.6274E-02 3.3240E-02 0.0
DNB  2 1.9146E-04 6.6274E-02 3.3240E-02 0.0
DNB  3 0.0        0.0        0.0        0.0
DNB  4 0.0        0.0        0.0        0.0
DNB  5 0.0        0.0        0.0        0.0
DNB  6 0.0        0.0        0.0        0.0
DNB  7 0.0        0.0        0.0        0.0
DNB  8 0.0        0.0        0.0        0.0
DNB  9 0.0        0.0        0.0        0.0
DNB 10 0.0        0.0        0.0        0.0
DNB 11 0.0        0.0        0.0        0.0
DNB 12 1.9146E-04 6.6274E-02 3.3240E-02 0.0
DIFFUSION 2     * TRANSPORT
*   REACTION RATE EDIT
*      176  : Lu-176
*       55  : Mn-55
*     3063  : Cu-63
*     2235.0: U-235
*     8238.0: U-238
REACTION 176   294.8 $
          55   294.8 $
        3063   294.8 $
        2235.0 294.8 $
        8238.0 294.8
PARTITION 5 45 69 * COMBINATION OF LIBRARY GROUPS REQUIRED IN EDIT OF REACTIONS
LEAKAGE 5 *LEAKAGE SPECTRUM WITH INPUT BUCKLING FOR K-EFF NUCLIDE REACTION EDIT
PRINTC 0 0 0 1 * REACTION RATES BY MESH/BY MAT/REACTIONS BY MAT/NO K-INF EDIT
*   END OF DATA
BEGINC
*END
*deck E1T2P24D
* EX.1)ZED-2 TASK 2 PITCH=24 cm METHOD=DSN **********************************
*  PREUDE DATA
CELL 7                   * CLUSTER (D5B = CLUSTER)
SEQUENCE 1               * DSN
NGROUP 69 3              * MAIN TRANSPORT SOLUTION/REACTION EDIT # OF GROUPS
NMESH 28                 * #MESH POINTS IN MAIN TRANSPORT ROUTINE
NREGION 8  3             * #ANNULI/#ANNULI CONTAINING RODS
NMATERIAL 8 0            * #MATS/#MATS UNDERGOING BURNUP
* NRODS 28 -8 100 11 3 3 1
NREACT 2                 * #NUCLIDE REACTION RATE EDITS
PREOUT                   * (D5B = ENDP)
*  MAIN DATA
INITIATE
*   GEOMETRY DATA
ANNULUS  1  1.94604 1  * coolant d2o
ANNULUS  2  3.33146 1  *     "
ANNULUS  3  5.07166 1  *     "
ANNULUS  4  5.095   1  *     "
ANNULUS  5  5.390   3  * pt Al65s
ANNULUS  6  6.230   4  * gap gas
ANNULUS  7  6.370   5  * ct Al50s
ANNULUS  8 12.6009  2  * moderator d2o
ARRAY 1 1  4 1.163    .785398  * RING OF R=1.163 OF  4 RODS
ARRAY 2 1  8 2.652    .392699  * RING OF R=2.652 OF  8 RODS
ARRAY 3 1 16 4.206    .196349  * RING OF R=4.206 OF 16 RODS
RODSUB 1 1 0.710     6
RODSUB 1 2 0.715     7
RODSUB 1 3 0.76      8
RODSUB 2 1 0.710     6
RODSUB 2 2 0.715     7
RODSUB 2 3 0.76      8
RODSUB 3 1 0.710     6
RODSUB 3 2 0.715     7
RODSUB 3 3 0.76      8
CRAIG
*   COMPOSITION DATA
*    m.1= coolant - heavy water - 3002/2002: deuterium in d2o
*                                 3001/6001: hydrogen in h2o
*                                 6016/  16: oxygen
MATERIAL  1  1.1046   296.50 3 3002   20.074 $
                               3001    0.022 $
                               6016   79.904
*    m.2= external moderator - heavy water - 3002: deuterium in d2o
*                                            3001: hydrogen in h2o
*                                            6016: oxygen-16
MATERIAL  2  1.1046   296.50 4 3002   20.074 $
                               3001    0.022 $
                               6016   79.904
*    m.3= pressure tube - al65S
MATERIAL  3  2.70     296.50 4   24  1.00 $
                                 27 97.08 $
                                 29  0.60 $
                                 52  0.20 $
                                 55  0.15 $
                               2056  0.70 $
                               3063  0.27
*    m.4= gas gap - o - 6016: oxygen-16
MATERIAL  4  1.40E-03 296.50 4 6016  100.0000
*    m.5= calandria tube - al50S
MATERIAL  5  2.70     296.50 4   24  0.90 $
                                 27 97.25 $
                                 29  1.00 $
                                 52  0.05 $
                                 55  0.10 $
                               2056  0.60 $
                               3063  0.10
*    m.6= fuel rods  - natural uo2 - 8238.0: uranium-238
*                                    2235.0: uranium-235
*                                    6016  : oxygen-16
MATERIAL  6 10.02770  296.50 1 8238.0 87.5183 $
                               2235.0  0.6267 $
                               6016   11.8502
*    m.7= gas gap - o - 6016: oxygen-16
MATERIAL  7  1.40E-03 296.50 2 6016  100.0000
*    m.8= clad - zry-2
MATERIAL  8  7.15368  296.50 2   27   5.8059 $
                                 91  94.1941
*   CROSS SECTIONS AND FLUX SOLUTION
FEWGROUPS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 $
  21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
  41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
  61 62 63 64 65 66 67 68 69
MESH 4 4 4 1 2 2 2 9 * #MESH INTERVS.OF EQUAL VOL.IN EACH OF THE ANNULI
S 12                        * Sn ORDER (SEQUENCE 1)
REGULAR 1
*   PRINTOUT CONTROL
SUPPRESS 0 0 1 1 1 1 1 1 1 1 1 1 0 0 0 1
*   END OF DATA
BEGINC
*  EDIT DATA
*   LEAKAGE CALCULATIONS
BUCKLING 1.4020E-04 1.4020E-04 * RADIAL/AXIAL BUCKLINGS
NOBUCKLING * NO SEARCH FOR CRITICAL BUCKLING
THERMAL 25 * #THERMAL GROUPS IN THE FEWGROUP SCHEME FOR TWO GROUP LEAKAGE EDIT
BEEONE 1
DNB  1 1.4523E-04 6.6309E-02 3.3236E-02 0.0
DNB  2 1.4523E-04 6.6309E-02 3.3236E-02 0.0
DNB  3 0.0        0.0        0.0        0.0
DNB  4 0.0        0.0        0.0        0.0
DNB  5 0.0        0.0        0.0        0.0
DNB  6 0.0        0.0        0.0        0.0
DNB  7 0.0        0.0        0.0        0.0
DNB  8 0.0        0.0        0.0        0.0
DIFFUSION 2     * TRANSPORT
*   REACTION RATE EDIT
*     2235.0: U-235
*     8238.0: U-238
REACTION 2235.0 294.8 $
         8238.0 294.8
PARTITION 5 45 69 * COMBINATION OF LIBRARY GROUPS REQUIRED IN EDIT OF REACTIONS
LEAKAGE 5 *LEAKAGE SPECTRUM WITH INPUT BUCKLING FOR K-EFF NUCLIDE REACTION EDIT
PRINTC 0 0 0 1 * REACTION RATES BY MESH/BY MAT/REACTIONS BY MAT/NO K-INF EDIT
*   END OF DATA
BEGINC
*END
*deck E1T2P40D
* EX.1)ZED-2 TASK 2 PITCH=40 cm METHOD=DSN **********************************
*  PREUDE DATA
CELL 7                   * CLUSTER (D5B = CLUSTER)
SEQUENCE 1               * DSN
NGROUP 69 3              * MAIN TRANSPORT SOLUTION/REACTION EDIT # OF GROUPS
NMESH 46                 * #MESH POINTS IN MAIN TRANSPORT ROUTINE
NREGION 8  3             * #ANNULI/#ANNULI CONTAINING RODS
NMATERIAL 8 0            * #MATS/#MATS UNDERGOING BURNUP
* NRODS 28 -8 100 11 3 3 1
NREACT 2                 * #NUCLIDE REACTION RATE EDITS
PREOUT                   * (D5B = ENDP)
*  MAIN DATA
INITIATE
*   GEOMETRY DATA
ANNULUS  1  1.946040 1  * coolant d2o
ANNULUS  2  3.331460 1  *     "
ANNULUS  3  5.071660 1  *     "
ANNULUS  4  5.0950   1  *     "
ANNULUS  5  5.390    3  * pt Al65s
ANNULUS  6  6.230    4  * gap gas
ANNULUS  7  6.370    5  * ct Al50s
ANNULUS  8 21.00150  2  * moderator d2o
ARRAY 1 1  4 1.163    .785398  * RING OF R=1.163 OF  4 RODS
ARRAY 2 1  8 2.652    .392699  * RING OF R=2.652 OF  8 RODS
ARRAY 3 1 16 4.206    .196349  * RING OF R=4.206 OF 16 RODS
RODSUB 1 1 0.710     6
RODSUB 1 2 0.715     7
RODSUB 1 3 0.76      8
RODSUB 2 1 0.710     6
RODSUB 2 2 0.715     7
RODSUB 2 3 0.76      8
RODSUB 3 1 0.710     6
RODSUB 3 2 0.715     7
RODSUB 3 3 0.76      8
CRAIG
*   COMPOSITION DATA
*    m.1= coolant - heavy water - 3002/2002: deuterium in d2o
*                                 3001/6001: hydrogen in h2o
*                                 6016/  16: oxygen
MATERIAL  1  1.1046   296.50 3 3002   20.074 $
                               3001    0.022 $
                               6016   79.904
*    m.2= external moderator - heavy water - 3002: deuterium in d2o
*                                            3001: hydrogen in h2o
*                                            6016: oxygen-16
MATERIAL  2  1.1046   296.50 4 3002   20.074 $
                               3001    0.022 $
                               6016   79.904
*    m.3= pressure tube - al65S
MATERIAL  3  2.70     296.50 4   24  1.00 $
                                 27 97.08 $
                                 29  0.60 $
                                 52  0.20 $
                                 55  0.15 $
                               2056  0.70 $
                               3063  0.27
*    m.4= gas gap - o - 6016: oxygen-16
MATERIAL  4  1.40E-03 296.50 4 6016  100.0000
*    m.5= calandria tube - al50S
MATERIAL  5  2.70     296.50 4   24  0.90 $
                                 27 97.25 $
                                 29  1.00 $
                                 52  0.05 $
                                 55  0.10 $
                               2056  0.60 $
                               3063  0.10
*    m.6= fuel rods  - natural uo2 - 8238.0: uranium-238
*                                    2235.0: uranium-235
*                                    6016  : oxygen-16
MATERIAL  6 10.02770  296.50 1 8238.0 87.5183 $
                               2235.0  0.6267 $
                               6016   11.8502
*    m.7= gas gap - o - 6016: oxygen-16
MATERIAL  7  1.40E-03 296.50 2 6016  100.0000
*    m.8= clad - zry-2
MATERIAL  8  7.15368  296.50 2   27   5.8059 $
                                 91  94.1941
*   CROSS SECTIONS AND FLUX SOLUTION
FEWGROUPS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 $
  21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
  41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
  61 62 63 64 65 66 67 68 69
MESH 4 4 4 1 2 2 2 27 * #MESH INTERVS.OF EQUAL VOL.IN EACH OF THE ANNULI
S 12                        * Sn ORDER (SEQUENCE 1)
REGULAR 1
*   PRINTOUT CONTROL
SUPPRESS 0 0 1 1 1 1 1 1 1 1 1 1 0 0 0 1
*   END OF DATA
BEGINC
*  EDIT DATA
*   LEAKAGE CALCULATIONS
BUCKLING 1.3860E-04 1.3860E-04 * RADIAL/AXIAL BUCKLINGS
NOBUCKLING * NO SEARCH FOR CRITICAL BUCKLING
THERMAL 25 * #THERMAL GROUPS IN THE FEWGROUP SCHEME FOR TWO GROUP LEAKAGE EDIT
BEEONE 1
DNB  1 1.4523E-04 6.6309E-02 3.3236E-02 0.0
DNB  2 1.4523E-04 6.6309E-02 3.3236E-02 0.0
DNB  3 0.0        0.0        0.0        0.0
DNB  4 0.0        0.0        0.0        0.0
DNB  5 0.0        0.0        0.0        0.0
DNB  6 0.0        0.0        0.0        0.0
DNB  7 0.0        0.0        0.0        0.0
DNB  8 0.0        0.0        0.0        0.0
DIFFUSION 2     * TRANSPORT
*   REACTION RATE EDIT
*     2235.0: U-235
*     8238.0: U-238
REACTION 2235.0 294.8 $
         8238.0 294.8
PARTITION 5 45 69 * COMBINATION OF LIBRARY GROUPS REQUIRED IN EDIT OF REACTIONS
LEAKAGE 5 *LEAKAGE SPECTRUM WITH INPUT BUCKLING FOR K-EFF NUCLIDE REACTION EDIT
PRINTC 0 0 0 1 * REACTION RATES BY MESH/BY MAT/REACTIONS BY MAT/NO K-INF EDIT
*   END OF DATA
BEGINC
*END
*deck E1T3000D
* EX.1)ZED-2 TASK 3 METHOD = DSN ********************************
*  PREUDE DATA
CELL 7                 * CLUSTER (D5B = CLUSTER)
SEQUENCE 1             * DSN
NGROUP 69              * MAIN TRANSPORT SOLUTION/REACTION EDIT # OF GROUPS
NMESH 37               * #MESH POINTS IN MAIN TRANSPORT ROUTINE
NREGION 8 3            * #ANNULI/#ANNULI CONTAINING RODS
NMATERIAL 7 0          * #MATS/#MATS UNDERGOING BURNUP
* NRODS 28 -8 100 11 3 3 1
PREOUT                 * (D5B = ENDP)
*  MAIN DATA
INITIATE
*   GEOMETRY DATA
ANNULUS  1  1.94604 1  * coolant d2o
ANNULUS  2  3.33146 1  *     "
ANNULUS  3  5.07166 1  *     "
ANNULUS  4  5.095   1  *     "
ANNULUS  5  5.390   2  * pt Al65s
ANNULUS  6  6.230   3  * gap gas
ANNULUS  7  6.370   4  * ct Al50s
ANNULUS  8 16.12172 5  * moderator d2o
ARRAY 1 1  4 1.163    .785398  * RING OF R=1.163 OF  4 RODS
ARRAY 2 1  8 2.652    .392699  * RING OF R=2.652 OF  8 RODS
ARRAY 3 1 16 4.206    .196349  * RING OF R=4.206 OF 16 RODS
RODSUB 1 1 0.71050   6
RODSUB 1 2 0.71550   3
RODSUB 1 3 0.76090   7
RODSUB 2 1 0.71050   6
RODSUB 2 2 0.71550   3
RODSUB 2 3 0.76090   7
RODSUB 3 1 0.71050   6
RODSUB 3 2 0.71550   3
RODSUB 3 3 0.76090   7
*   COMPOSITION DATA
*    m.1= coolant - heavy water - 3002: deuterium in d2o
*                                 3001: hydrogen in h2o
*                                 6016: oxygen
MATERIAL  1  1.1046   296.50 3 3002   20.074 $
                               3001    0.022 $
                               6016   79.904
*    m.2= pressure tube - al65S
MATERIAL  2  2.70     296.50 4   24  1.00 $
                                 27 97.08 $
                                 29  0.60 $
                                 52  0.20 $
                                 55  0.15 $
                               2056  0.70 $
                               3063  0.27
*    m.3= gas gap - o - 6016: oxygen-16
MATERIAL  3  1.40E-03 296.50 4 6016  100.0000
*    m.4= calandria tube - al50S
MATERIAL  4  2.70     296.50 4   24  0.90 $
                                 27 97.25 $
                                 29  1.00 $
                                 52  0.05 $
                                 55  0.10 $
                               2056  0.60 $
                               3063  0.10
*    m.5= external moderator - heavy water - 3002: deuterium in d2o
*                                            3001: hydrogen in h2o
*                                            6016: oxygen-16
MATERIAL  5  1.1046   296.50 4 3002   20.074 $
                               3001    0.022 $
                               6016   79.904
*    m.6= fuel rods  - natural uo2 - 8238.0: uranium-238
*                                    2235.0: uranium-235
*                                    6016  : oxygen-16
MATERIAL  6 10.02770  296.50 1 8238.0 87.5183 $
                               2235.0  0.6267 $
                               6016   11.8502
*    m.7= clad - zry-2
MATERIAL  7  7.15368  296.50 2   27   5.8059 $
                                 91  94.1941
*   CROSS SECTIONS AND FLUX SOLUTION
FEWGROUPS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 $
  21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
  41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
  61 62 63 64 65 66 67 68 69
MESH 4 4 4 1 2 2 2 18 * #MESH INTERVS.OF EQUAL VOL.IN EACH OF THE ANNULI
S 12                        * QUADRATURE ORDER DSN CALC.
REGULAR 1
*   PRINTOUT CONTROL
SUPPRESS 0 0 1 1 1 1 1 1 1 1 1 1 0 0 0 1
*   END OF DATA
BEGINC
*  EDIT DATA
*   LEAKAGE CALCULATIONS
BUCKLING 1.8850E-04 1.8850E-04 * RADIAL/AXIAL BUCKLINGS
NOBUCKLING * NO SEARCH FOR CRITICAL BUCKLING
THERMAL 25 * #THERMAL GROUPS IN THE FEWGROUP SCHEME FOR TWO GROUP LEAKAGE EDIT
BEEONE 1
DNB 1 1.4523E-04 6.6309E-02 3.3236E-02 0.0
DNB 2 0.0        0.0        0.0        0.0
DNB 3 0.0        0.0        0.0        0.0
DNB 4 0.0        0.0        0.0        0.0
DNB 5 1.4523E-04 6.6309E-02 3.3236E-02 0.0
DNB 6 0.0        0.0        0.0        0.0
DNB 7 0.0        0.0        0.0        0.0
DIFFUSION 2     * TRANSPORT
*   END OF DATA
BEGINC
*END
*deck E1T4A22D
* EX.1)ZED-2 TASK 4 PITCH=22 cm COOLANT=AIR METHOD=DSN
*  PREUDE DATA
CELL 7                   * CLUSTER (D5B = CLUSTER)
SEQUENCE 1               * DSN
NGROUP 69 3              * MAIN TRANSPORT SOLUTION/REACTION EDIT # OF GROUPS
NMESH 25                 * pitch 22 #MESH POINTS IN MAIN TRANSPORT ROUTINE
NREGION 6 3              * #ANNULI/#ANNULI CONTAINING RODS
NMATERIAL 6 0            * #MATS/#MATS UNDERGOING BURNUP
* NRODS 19 -6 100 11 3 3 1
NREACT 2                 * #NUCLIDE REACTION RATE EDITS
PREOUT                   * (D5B = ENDP)
*  MAIN DATA
INITIATE
*   GEOMETRY DATA
ANNULUS  1  0.7340   1
ANNULUS  2  2.15250  1
ANNULUS  3  3.5710   1
ANNULUS  4  3.6830   1
ANNULUS  5  3.810    4
ANNULUS  6 11.550830 3  * pitch 22
ARRAY 1 1  1 0        0        * RING OF R=0       OF  1 ROD  (ANG 0)
ARRAY 2 1  6 1.4680   0        * RING OF R=1.48844 OF  6 RODS (ANG 0)
ARRAY 3 1 12 2.8370   0.2617   * RING OF R=2.87528 OF 12 RODS (ANG 0.2617)
RODSUB 1 1 0.5765    6
RODSUB 1 2 0.58150   2
RODSUB 1 3 0.62210   5
RODSUB 2 1 0.5765    6
RODSUB 2 2 0.58150   2
RODSUB 2 3 0.62210   5
RODSUB 3 1 0.5765    6
RODSUB 3 2 0.58150   2
RODSUB 3 3 0.62210   5
*   COMPOSITION DATA
*    m.1= air cool - o - 6016: oxygen-16
MATERIAL 1  1.40E-03 294.8000 3  6016  100.0000
*    m.2= gap between fuel and clad - o - 6016: oxygen-16
MATERIAL 2  1.40E-03 294.8000 2  6016  100.0000
*    m.3= external moderator - heavy water - 3002: deuterium in d2o
*                                            3001: hydrogen in h2o
*                                            6016: oxygen-16
MATERIAL  3  1.104676 294.8000 4 3002   20.062 $
                                 3001    0.029 $
                                 6016   79.909
*    m.4= coolant tube - al - 1010: boron-10
*                               27: aluminium-27
MATERIAL  4  2.700000 294.8000 4 1010    5.7000E-04   $
                                   27   99.99943
*    m.5= clad - zr - 91: zyrconium-91
MATERIAL 5  6.550000 294.8000 2   91  100.0000
*    m.6= fuel rods  - tho2/uo2 -    8238.0: uranium-238
*                                    2235.0: uranium-235
*                                    2232.1: thorium-232
*                                    6016  : oxygen-16
MATERIAL  6  -1  294.8000 1      8238.0  2.200918E-05  $
                                 2235.0  2.961484E-04  $
                                 2232.1  2.114707E-02  $
                                 6016    4.293045E-02
*   CROSS SECTIONS AND FLUX SOLUTION
FEWGROUPS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 $
  21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
  41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
  61 62 63 64 65 66 67 68 69
MESH 4 4 4 1 2 10 * #MESH INTERVS.OF EQUAL VOL.IN EACH OF THE ANNULI
S 12
REGULAR 1
*   PRINTOUT CONTROL
SUPPRESS 0 0 1 1 1 1 1 1 1 1 1 1 0 0 0 1
*   END OF DATA
BEGINC
*  EDIT DATA
*   LEAKAGE CALCULATIONS
BUCKLING 1.13E-04 1.20E-04 * RADIAL/AXIAL BUCKLINGS    * 22 air
NOBUCKLING * NO SEARCH FOR CRITICAL BUCKLING
THERMAL 25 * #THERMAL GROUPS IN THE FEWGROUP SCHEME FOR TWO GROUP LEAKAGE EDIT
BEEONE 1
DNB 1 0.0        0.0        0.0        0.0
DNB 2 0.0        0.0        0.0        0.0
DNB 3 1.9146E-04 6.6274E-02 3.3240E-02 0.0
DNB 4 0.0        0.0        0.0        0.0
DNB 5 0.0        0.0        0.0        0.0
DNB 6 0.0        0.0        0.0        0.0
DIFFUSION 2     * TRANSPORT
*   REACTION RATE EDIT
*     2232.1: Th-232
*     2235.0: U -235
REACTION  2232.1 294.8 $
          2235.0 294.8
PARTITION 5 45 69 * COMBINATION OF LIBRARY GROUPS REQUIRED IN EDIT OF REACTIONS
LEAKAGE 5 *LEAKAGE SPECTRUM WITH INPUT BUCKLING FOR K-EFF NUCLIDE REACTION EDIT
PRINTC 0 0 0 1 * REACTION RATES BY MESH/BY MAT/REACTIONS BY MAT/NO K-INF EDIT
*   END OF DATA
BEGINC
*END
*deck E1T4A28D
* EX.1)ZED-2 TASK 4 PITCH=28 COOLANT=AIR METHOD=DSN
*  PREUDE DATA
CELL 7                   * CLUSTER (D5B = CLUSTER)
SEQUENCE 1               * DSN
NGROUP 69 3              * MAIN TRANSPORT SOLUTION/REACTION EDIT # OF GROUPS
NMESH 30                 * pitch 28 #MESH POINTS IN MAIN TRANSPORT ROUTINE
NREGION 6 3              * #ANNULI/#ANNULI CONTAINING RODS
NMATERIAL 6 0            * #MATS/#MATS UNDERGOING BURNUP
* NRODS 19 -6 100 11 3 3 1
NREACT 2                 * #NUCLIDE REACTION RATE EDITS
PREOUT                   * (D5B = ENDP)
*  MAIN DATA
INITIATE
*   GEOMETRY DATA
ANNULUS  1  0.7340   1
ANNULUS  2  2.15250  1
ANNULUS  3  3.5710   1
ANNULUS  4  3.6830   1
ANNULUS  5  3.810    4
ANNULUS  6 14.701050 3  * pitch 28
ARRAY 1 1  1 0        0        * RING OF R=0       OF  1 ROD  (ANG 0)
ARRAY 2 1  6 1.4680   0        * RING OF R=1.48844 OF  6 RODS (ANG 0)
ARRAY 3 1 12 2.8370   0.2617   * RING OF R=2.87528 OF 12 RODS (ANG 0.2617)
RODSUB 1 1 0.5765    6
RODSUB 1 2 0.58150   2
RODSUB 1 3 0.62210   5
RODSUB 2 1 0.5765    6
RODSUB 2 2 0.58150   2
RODSUB 2 3 0.62210   5
RODSUB 3 1 0.5765    6
RODSUB 3 2 0.58150   2
RODSUB 3 3 0.62210   5
*   COMPOSITION DATA
*    m.1= air coolant - o - 6016: oxygen-16
MATERIAL 1  1.40E-03 294.8000 3  6016  100.0000
*    m.2= gap between fuel and clad - o - 6016: oxygen-16
MATERIAL 2  1.40E-03 294.8000 2  6016  100.0000
*    m.3= external moderator - heavy water - 3002: deuterium in d2o
*                                            3001: hydrogen in h2o
*                                            6016: oxygen-16
MATERIAL  3  1.104676 294.8000 4 3002   20.062 $
                                 3001    0.029 $
                                 6016   79.909
*    m.4= coolant tube - al - 1010: boron-10
*                               27: aluminium-27
MATERIAL  4  2.700000 294.8000 4 1010    5.7000E-04   $
                                   27   99.99943
*    m.5= clad - zr - 91: zyrconium-91
MATERIAL 5  6.550000 294.8000 2   91  100.0000
*    m.6= fuel rods  - tho2/uo2 -    8238.0: uranium-238
*                                    2235.0: uranium-235
*                                    2232.1      : thorium-232
*                                    6016  : oxygen-16
MATERIAL  6  -1  294.8000 1      8238.0  2.200918E-05  $
                                 2235.0  2.961484E-04  $
                                 2232.1  2.114707E-02  $
                                 6016    4.293045E-02
*   CROSS SECTIONS AND FLUX SOLUTION
FEWGROUPS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 $
  21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
  41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
  61 62 63 64 65 66 67 68 69
MESH 4 4 4 1 2 15 * #MESH INTERVS.OF EQUAL VOL.IN EACH OF THE ANNULI
S 12
REGULAR 1
*   PRINTOUT CONTROL
SUPPRESS 0 0 1 1 1 1 1 1 1 1 1 1 0 0 0 1
*   END OF DATA
BEGINC
*  EDIT DATA
*   LEAKAGE CALCULATIONS
BUCKLING 1.0E-04 1.07E-04 * RADIAL/AXIAL BUCKLINGS    * 28 air
NOBUCKLING * NO SEARCH FOR CRITICAL BUCKLING
THERMAL 25 * #THERMAL GROUPS IN THE FEWGROUP SCHEME FOR TWO GROUP LEAKAGE EDIT
BEEONE 1
DNB 1 0.0        0.0        0.0        0.0
DNB 2 0.0        0.0        0.0        0.0
DNB 3 1.9146E-04 6.6274E-02 3.3240E-02 0.0
DNB 3 0.0        0.0        0.0        0.0
DNB 5 0.0        0.0        0.0        0.0
DNB 6 0.0        0.0        0.0        0.0
DIFFUSION 2     * TRANSPORTE
*   REACTION RATE EDIT
*     2232.1: Th-232
*     2235.0: U -235
REACTION  2232.1 294.8 $
          2235.0 294.8
PARTITION 5 45 69 * COMBINATION OF LIBRARY GROUPS REQUIRED IN EDIT OF REACTIONS
LEAKAGE 5 *LEAKAGE SPECTRUM WITH INPUT BUCKLING FOR K-EFF NUCLIDE REACTION EDIT
PRINTC 0 0 0 1 * REACTION RATES BY MESH/BY MAT/REACTIONS BY MAT/NO K-INF EDIT
*   END OF DATA
BEGINC
*END
*deck E1T4D22D
* EX.1)ZED-2 TASK 4 PITCH=22 cm DSN COOLANT=D2O METHOD=DSN
*  PREUDE DATA
CELL 7                   * CLUSTER (D5B = CLUSTER)
SEQUENCE 1               * DSN
NGROUP 69 3              * MAIN TRANSPORT SOLUTION/REACTION EDIT # OF GROUPS
NMESH 25                 * pitch 22 #MESH POINTS IN MAIN TRANSPORT ROUTINE
NREGION 6 3              * #ANNULI/#ANNULI CONTAINING RODS
NMATERIAL 6 0            * #MATS/#MATS UNDERGOING BURNUP
* NRODS 19 -6 100 11 3 3 1
NREACT 2                 * #NUCLIDE REACTION RATE EDITS
PREOUT                   * (D5B = ENDP)
*  MAIN DATA
INITIATE
*   GEOMETRY DATA
ANNULUS  1  0.7340   1
ANNULUS  2  2.15250  1
ANNULUS  3  3.5710   1
ANNULUS  4  3.6830   1
ANNULUS  5  3.810    4
ANNULUS  6 11.550830 3  * pitch 22
ARRAY 1 1  1 0        0        * RING OF R=0       OF  1 ROD  (ANG 0)
ARRAY 2 1  6 1.4680   0        * RING OF R=1.48844 OF  6 RODS (ANG 0)
ARRAY 3 1 12 2.8370   0.2617   * RING OF R=2.87528 OF 12 RODS (ANG 0.2617)
RODSUB 1 1 0.5765    6
RODSUB 1 2 0.58150   2
RODSUB 1 3 0.62210   5
RODSUB 2 1 0.5765    6
RODSUB 2 2 0.58150   2
RODSUB 2 3 0.62210   5
RODSUB 3 1 0.5765    6
RODSUB 3 2 0.58150   2
RODSUB 3 3 0.62210   5
*   COMPOSITION DATA
*    m.1= coolant - heavy water - 3002: deuterium in d2o
*                                 3001: hydrogen in h2o
*                                 6016: oxygen
MATERIAL  1  1.104676 294.8000 3 3002   20.062 $
                                 3001    0.029 $
                                 6016   79.909
*    m.2= gap between fuel and clad - o - 6016: oxygen-16
MATERIAL 2  1.40E-03 294.8000 2  6016  100.0000
*    m.3= external moderator - heavy water - 3002: deuterium in d2o
*                                            3001: hydrogen in h2o
*                                            6016: oxygen-16
MATERIAL  3  1.104676 294.8000 4 3002   20.062 $
                                 3001    0.029 $
                                 6016   79.909
*    m.4= coolant tube - al - 1010: boron-10
*                                27: aluminium-27
MATERIAL  4  2.700000 294.8000 4 1010    5.7000E-04   $
                                   27   99.99943
*    m.5= clad - zr - 91: zyrconium-91
MATERIAL 5  6.550000 294.8000 2   91  100.0000
*    m.6= fuel rods type 1 - tho2/uo2 -    8238.0: uranium-238
*                                          2235.0: uranium-235
*                                          2232.1: thorium-232
*                                          6016  : oxygen-16
MATERIAL  6  -1  294.8000 1      8238.0  2.200918E-05  $
                                 2235.0  2.961484E-04  $
                                 2232.1  2.114707E-02  $
                                 6016    4.293045E-02
*   CROSS SECTIONS AND FLUX SOLUTION
FEWGROUPS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 $
  21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
  41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
  61 62 63 64 65 66 67 68 69
MESH 4 4 4 1 2 10 * #MESH INTERVS.OF EQUAL VOL.IN EACH OF THE ANNULI
S 12
REGULAR 1
*   PRINTOUT CONTROL
SUPPRESS 0 0 1 1 1 1 1 1 1 1 1 1 0 0 0 1
*   END OF DATA
BEGINC
*  EDIT DATA
*   LEAKAGE CALCULATIONS
BUCKLING 1.20E-04 1.20E-04 * RADIAL/AXIAL BUCKLINGS    * 22 d2o
NOBUCKLING * NO SEARCH FOR CRITICAL BUCKLING
THERMAL 25 * #THERMAL GROUPS IN THE FEWGROUP SCHEME FOR TWO GROUP LEAKAGE EDIT
BEEONE 1
DNB 1 1.9146E-04 6.6274E-02 3.3240E-02 0.0
DNB 2 0.0        0.0        0.0        0.0
DNB 3 1.9146E-04 6.6274E-02 3.3240E-02 0.0
DNB 4 0.0        0.0        0.0        0.0
DNB 5 0.0        0.0        0.0        0.0
DNB 6 0.0        0.0        0.0        0.0
DIFFUSION 2     * TRANSPORTE
*   REACTION RATE EDIT
*     2232.1: Th-232
*     2235.0: U -235
REACTION  2232.1 294.8 $
          2235.0 294.8
PARTITION 5 45 69 * COMBINATION OF LIBRARY GROUPS REQUIRED IN EDIT OF REACTIONS
LEAKAGE 5 *LEAKAGE SPECTRUM WITH INPUT BUCKLING FOR K-EFF NUCLIDE REACTION EDIT
PRINTC 0 0 0 1 * REACTION RATES BY MESH/BY MAT/REACTIONS BY MAT/NO K-INF EDIT
*   END OF DATA
BEGINC
*END
*deck E1T4D28D
* EX.1)ZED-2 TASK 4 PITCH=28 cm COOLANT=D2O METHOD=DSN
*  PREUDE DATA
CELL 7                   * CLUSTER (D5B = CLUSTER)
SEQUENCE 1               * DSN
NGROUP 69 3              * MAIN TRANSPORT SOLUTION/REACTION EDIT # OF GROUPS
NMESH 30                 * pitch 28 #MESH POINTS IN MAIN TRANSPORT ROUTINE
NREGION 6 3              * #ANNULI/#ANNULI CONTAINING RODS
NMATERIAL 6 0            * #MATS/#MATS UNDERGOING BURNUP
* NRODS 19 -6 100 11 3 3 1
NREACT 2                 * #NUCLIDE REACTION RATE EDITS
PREOUT                   * (D5B = ENDP)
*  MAIN DATA
INITIATE
*   GEOMETRY DATA
ANNULUS  1  0.7340   1
ANNULUS  2  2.15250  1
ANNULUS  3  3.5710   1
ANNULUS  4  3.6830   1
ANNULUS  5  3.810    4
ANNULUS  6 14.701050 3  * pitch 28
ARRAY 1 1  1 0        0        * RING OF R=0       OF  1 ROD  (ANG 0)
ARRAY 2 1  6 1.4680   0        * RING OF R=1.48844 OF  6 RODS (ANG 0)
ARRAY 3 1 12 2.8370   0.2617   * RING OF R=2.87528 OF 12 RODS (ANG 0.2617)
RODSUB 1 1 0.5765    6
RODSUB 1 2 0.58150   2
RODSUB 1 3 0.62210   5
RODSUB 2 1 0.5765    6
RODSUB 2 2 0.58150   2
RODSUB 2 3 0.62210   5
RODSUB 3 1 0.5765    6
RODSUB 3 2 0.58150   2
RODSUB 3 3 0.62210   5
*   COMPOSITION DATA
*    m.1= coolant - heavy water - 3002: deuterium in d2o
*                                 3001: hydrogen in h2o
*                                 6016: oxygen
MATERIAL  1  1.104676 294.8000 3 3002   20.062 $
                                 3001    0.029 $
                                 6016   79.909
*    m.2= gap between fuel and clad - o - 6016: oxygen-16
MATERIAL 2  1.40E-03 294.8000 2  6016  100.0000
*    m.3= external moderator - heavy water - 3002: deuterium in d2o
*                                            3001: hydrogen in h2o
*                                            6016: oxygen-16
MATERIAL  3  1.104676 294.8000 4 3002   20.062 $
                                 3001    0.029 $
                                 6016   79.909
*    m.4= coolant tube - al - 1010: boron-10
*                                27: aluminium-27
MATERIAL  4  2.700000 294.8000 4 1010    5.7000E-04   $
                                   27   99.99943
*    m.5= clad - zr - 91: zyrconium-91
MATERIAL 5  6.550000 294.8000 2   91  100.0000
*    m.6= fuel rods type 1 - tho2/uo2 -    8238.0: uranium-238
*                                          2235.0: uranium-235
*                                          2232.1: thorium-232
*                                          6016  : oxygen-16
MATERIAL  6  -1  294.8000 1      8238.0  2.200918E-05  $
                                 2235.0  2.961484E-04  $
                                 2232.1  2.114707E-02  $
                                 6016    4.293045E-02
*   CROSS SECTIONS AND FLUX SOLUTION
FEWGROUPS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 $
  21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
  41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
  61 62 63 64 65 66 67 68 69
MESH 4 4 4 1 2 15 * #MESH INTERVS.OF EQUAL VOL.IN EACH OF THE ANNULI
S 12
REGULAR 1
*   PRINTOUT CONTROL
SUPPRESS 0 0 1 1 1 1 1 1 1 1 1 1 0 0 0 1
*   END OF DATA
BEGINC
*  EDIT DATA
*   LEAKAGE CALCULATIONS
BUCKLING 7.6E-05 1.20E-04 * RADIAL/AXIAL BUCKLINGS    * 28 d2o
NOBUCKLING * NO SEARCH FOR CRITICAL BUCKLING
THERMAL 25 * #THERMAL GROUPS IN THE FEWGROUP SCHEME FOR TWO GROUP LEAKAGE EDIT
BEEONE 1
DNB 1 1.9146E-04 6.6274E-02 3.3240E-02 0.0
DNB 2 0.0        0.0        0.0        0.0
DNB 3 1.9146E-04 6.6274E-02 3.3240E-02 0.0
DNB 4 0.0        0.0        0.0        0.0
DNB 5 0.0        0.0        0.0        0.0
DNB 6 0.0        0.0        0.0        0.0
DIFFUSION 2     * TRANSPORTE
*   REACTION RATE EDIT
*     2232.1: Th-232
*     2235.0: U -235
REACTION  2232.1 294.8 $
          2235.0 294.8
PARTITION 5 45 69 * COMBINATION OF LIBRARY GROUPS REQUIRED IN EDIT OF REACTIONS
LEAKAGE 5 *LEAKAGE SPECTRUM WITH INPUT BUCKLING FOR K-EFF NUCLIDE REACTION EDIT
PRINTC 0 0 0 1 * REACTION RATES BY MESH/BY MAT/REACTIONS BY MAT/NO K-INF EDIT
*   END OF DATA
BEGINC
*END
*deck E2T1A22D
* EX.2)DCA task 1 PITCH=22.5 cm COOLANT=D2O METHOD=DSN *********************
*  PREUDE DATA
CELL 7                 * CLUSTER (D5B = CLUSTER)
SEQUENCE 1             * DSN
NGROUP 69 2            * MAIN TRANSPORT SOLUTION/REACTION EDIT # OF GROUPS
NMESH 37               * #MESH POINTS IN MAIN TRANSPORT ROUTINE
NREGION 9 3            * #ANNULI/#ANNULI CONTAINING RODS
NMATERIAL 9 0         * #MATS/#MATS UNDERGOING BURNUP
* NRODS 28 -8 100 11 3 3 1
PREOUT                 * (D5B = ENDP)
*  MAIN DATA
INITIATE
*   GEOMETRY DATA
ANNULUS  1  2.2002   1  * coolant
ANNULUS  2  3.76795  1  *     "
ANNULUS  3  5.73677  1  *     "
ANNULUS  4  5.84     1  *     "
ANNULUS  5  6.04     3  * Al (press.tube)
ANNULUS  6  6.625    4  * gap gas
ANNULUS  7  6.825    8  * Al (calandria tube)
ANNULUS  8 12.6      2  * PITCH 22.5
ANNULUS  9 12.69426  9  * PITCH 22.5
ARRAY 1 1  4 1.3125   .785398  * RING OF  4 RODS
ARRAY 2 1  8 3.0      .392699  * RING OF  8 RODS
ARRAY 3 1 16 4.7575   .196349  * RING OF 16 RODS
RODSUB 1 1 0.740     5
RODSUB 1 2 0.75150   6
RODSUB 1 3 0.83650   7
RODSUB 2 1 0.740     5
RODSUB 2 2 0.75150   6
RODSUB 2 3 0.83650   7
RODSUB 3 1 0.740     5
RODSUB 3 2 0.75150   6
RODSUB 3 3 0.83650   7
*   COMPOSITION DATA
*    m.1= coolant - air - 100% void
MATERIAL  1  0.0012   295.15 3   14   76.48  $
                               6016   23.52
*    m.2= moderator - d2o
MATERIAL  2  1.10473     295.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
*    m.3= pressure tube - Al
MATERIAL  3  2.7  295.15 3 27  100.0000
*    m.4= gap - gas pr.tube-cal.tube
MATERIAL  4  0.0012    295.15  4   6016  100.0
*    m.5= fuel rods  - uo2
MATERIAL  5 10.36  295.15 1    8238.0 86.793  $
                               2235.0  1.057  $
                               6016   12.15
*    m.6= gap gas fuel-clad
MATERIAL  6  0.0014  295.15  2   6016   100.0
*    m.7= clad - Al
MATERIAL  7  2.7  295.15 2 27  100.0000
*    m.8= calandria tube - Al
MATERIAL  8  2.7  295.15 4 27  100.0000
*    m.9= moderator - d2o
MATERIAL  9 = 2
*   CROSS SECTIONS AND FLUX SOLUTION
FEWGROUPS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 $
  21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
  41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
  61 62 63 64 65 66 67 68 69
MESH 4 4 4 1 1 1 1 20 1 * #MESH INTERVS.OF EQUAL VOL.IN EACH OF THE ANNULI
S 12                        * QUADRATURE ORDER DSN CALC.
REGULAR 1
*   PRINTOUT CONTROL
SUPPRESS 0 0 1 1 1 1 1 1 1 1 1 1 0 0 0 1
*   END OF DATA
BEGINC
*  EDIT DATA
*   LEAKAGE CALCULATIONS
BUCKLING 2.360E-04 6.470E-04 * air - 22.5 cm
NOBUCKLING * NO SEARCH FOR CRITICAL BUCKLING
THERMAL 25 * #THERMAL GROUPS IN THE FEWGROUP SCHEME FOR TWO GROUP LEAKAGE EDIT
BEEONE 1
DNB 1 0.0       0.0        0.0        0.0
DNB 2 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 3 0.0       0.0        0.0        0.0
DNB 4 0.0       0.0        0.0        0.0
DNB 5 0.0       0.0        0.0        0.0
DNB 6 0.0       0.0        0.0        0.0
DNB 7 0.0       0.0        0.0        0.0
DNB 8 0.0       0.0        0.0        0.0
DNB 9 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DIFFUSION 2     * TRANSPORTE
*   END OF DATA
BEGINC
*END
*deck E2T1A25D
* EX.2)DCA task 1 PITCH=25 cm COOLANT=AIR METHOD=DSN *********************
*  PREUDE DATA
CELL 7                 * CLUSTER (D5B = CLUSTER)
SEQUENCE 1             * DSN
NGROUP 69 2            * MAIN TRANSPORT SOLUTION/REACTION EDIT # OF GROUPS
NMESH 40               * #MESH POINTS IN MAIN TRANSPORT ROUTINE
NREGION 9 3            * #ANNULI/#ANNULI CONTAINING RODS
NMATERIAL 9 0         * #MATS/#MATS UNDERGOING BURNUP
* NRODS 28 -8 100 11 3 3 1
PREOUT                 * (D5B = ENDP)
*  MAIN DATA
INITIATE
*   GEOMETRY DATA
ANNULUS  1  2.2002   1  * coolant
ANNULUS  2  3.76795  1  *     "
ANNULUS  3  5.73677  1  *     "
ANNULUS  4  5.84     1  *     "
ANNULUS  5  6.04     3  * Al (press.tube)
ANNULUS  6  6.625    4  * gap gas
ANNULUS  7  6.825    8  * Al (calandria tube)
ANNULUS  8 14.0        2  * PITCH 25
ANNULUS  9 14.1047231  9  * PITCH 25
ARRAY 1 1  4 1.3125   .785398  * RING OF  4 RODS
ARRAY 2 1  8 3.0      .392699  * RING OF  8 RODS
ARRAY 3 1 16 4.7575   .196349  * RING OF 16 RODS
RODSUB 1 1 0.740     5
RODSUB 1 2 0.75150   6
RODSUB 1 3 0.83650   7
RODSUB 2 1 0.740     5
RODSUB 2 2 0.75150   6
RODSUB 2 3 0.83650   7
RODSUB 3 1 0.740     5
RODSUB 3 2 0.75150   6
RODSUB 3 3 0.83650   7
*   COMPOSITION DATA
*    m.1= coolant - air - 100% void
MATERIAL  1  0.0012   295.15 3   14   76.48  $
                               6016   23.52
*    m.2= moderator - d2o
MATERIAL  2  1.10473     295.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
*    m.3= pressure tube - Al
MATERIAL  3  2.7  295.15 3 27  100.0000
*    m.4= gap - gas pr.tube-cal.tube
MATERIAL  4  0.0012    295.15  4   6016  100.0
*    m.5= fuel rods  - uo2
MATERIAL  5 10.36  295.15 1    8238.0 86.793  $
                               2235.0  1.057  $
                               6016   12.15
*    m.6= gap gas fuel-clad
MATERIAL  6  0.0014  295.15  2   6016   100.0
*    m.7= clad - Al
MATERIAL  7  2.7  295.15 2 27  100.0000
*    m.8= calandria tube - Al
MATERIAL  8  2.7  295.15 4 27  100.0000
*    m.9= moderator - d2o
MATERIAL  9 = 2
*   CROSS SECTIONS AND FLUX SOLUTION
FEWGROUPS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 $
  21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
  41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
  61 62 63 64 65 66 67 68 69
MESH 4 4 4 1 1 1 1 23 1 * #MESH INTERVS.OF EQUAL VOL.IN EACH OF THE ANNULI
S 12                        * QUADRATURE ORDER DSN CALC.
REGULAR 1
*   PRINTOUT CONTROL
SUPPRESS 0 0 1 1 1 1 1 1 1 1 1 1 0 0 1
*   END OF DATA
BEGINC
*  EDIT DATA
*   LEAKAGE CALCULATIONS
BUCKLING 2.310E-04 7.250E-04 * air - 25.0 cm
NOBUCKLING * NO SEARCH FOR CRITICAL BUCKLING
THERMAL 25 * #THERMAL GROUPS IN THE FEWGROUP SCHEME FOR TWO GROUP LEAKAGE EDIT
BEEONE 1
DNB 1 0.0       0.0        0.0        0.0
DNB 2 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 3 0.0       0.0        0.0        0.0
DNB 4 0.0       0.0        0.0        0.0
DNB 5 0.0       0.0        0.0        0.0
DNB 6 0.0       0.0        0.0        0.0
DNB 7 0.0       0.0        0.0        0.0
DNB 8 0.0       0.0        0.0        0.0
DNB 9 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DIFFUSION 2     * TRANSPORTE
*   END OF DATA
BEGINC
*END
*deck E2T1D22D
* EX.2)DCA task 1 PITCH=22.5 cm COOLANT=D2O METHOD= DSN *********************
*  PREUDE DATA
CELL 7                 * CLUSTER (D5B = CLUSTER)
SEQUENCE 1             * DSN
NGROUP 69 2            * MAIN TRANSPORT SOLUTION/REACTION EDIT # OF GROUPS
NMESH 37               * #MESH POINTS IN MAIN TRANSPORT ROUTINE
NREGION 9 3            * #ANNULI/#ANNULI CONTAINING RODS
NMATERIAL 9 0          * #MATS/#MATS UNDERGOING BURNUP
* NRODS 28 -8 100 11 3 3 1
PREOUT                 * (D5B = ENDP)
*  MAIN DATA
INITIATE
*   GEOMETRY DATA
ANNULUS  1  2.2002   1  * coolant
ANNULUS  2  3.76795  1  *     "
ANNULUS  3  5.73677  1  *     "
ANNULUS  4  5.84     1  *     "
ANNULUS  5  6.04     3  * Al (press.tube)
ANNULUS  6  6.625    4  * gap gas
ANNULUS  7  6.825    8  * Al (calandria tube)
ANNULUS  8 12.6      2  * PITCH 22.5
ANNULUS  9 12.69426  9  * PITCH 22.5
ARRAY 1 1  4 1.3125   .785398  * RING OF  4 RODS
ARRAY 2 1  8 3.0      .392699  * RING OF  8 RODS
ARRAY 3 1 16 4.7575   .196349  * RING OF 16 RODS
RODSUB 1 1 0.740     5
RODSUB 1 2 0.75150   6
RODSUB 1 3 0.83650   7
RODSUB 2 1 0.740     5
RODSUB 2 2 0.75150   6
RODSUB 2 3 0.83650   7
RODSUB 3 1 0.740     5
RODSUB 3 2 0.75150   6
RODSUB 3 3 0.83650   7
*   COMPOSITION DATA
*    m.1= coolant - heavy water - 87% void - pitch 22.5
MATERIAL  1  1.0840   295.15 3 3002   16.474    $
                               3001    2.023    $
                               1011    3.76E-03 $
                               6016   81.50
*    m.2= moderator - d2o
MATERIAL  2  1.10473     295.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
*    m.3= pressure tube - Al
MATERIAL  3  2.7  295.15 4 27  100.0000
*    m.4= gap - gas pr.tube-cal.tube
MATERIAL  4  0.0012    295.15  4   6016  100.0
*    m.5= fuel rods  - uo2
MATERIAL  5 10.36  295.15 1    8238.0 86.793  $
                               2235.0  1.057  $
                               6016   12.15
*    m.6= gap gas fuel-clad
MATERIAL  6  0.0014  295.15  2   6016   100.0
*    m.7= clad - Al
MATERIAL  7  2.7  295.15 2 27  100.0000
*    m.8= calandria tube - Al
MATERIAL  8  2.7  295.15 4 27  100.0000
*    m.9= moderator - d2o
MATERIAL  9 = 2
*   CROSS SECTIONS AND FLUX SOLUTION
FEWGROUPS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 $
  21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
  41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
  61 62 63 64 65 66 67 68 69
MESH 4 4 4 1 1 1 1 20 1 * #MESH INTERVS.OF EQUAL VOL.IN EACH OF THE ANNULI
S 12                        * QUADRATURE ORDER DSN CALC.
REGULAR 1
*   PRINTOUT CONTROL
SUPPRESS 0 0 1 1 1 1 1 1 1 1 1 1 0 0 0 1
*   END OF DATA
BEGINC
*  EDIT DATA
*   LEAKAGE CALCULATIONS
BUCKLING 2.470E-04 7.660E-04 * d2o - 22.5 cm
NOBUCKLING * NO SEARCH FOR CRITICAL BUCKLING
THERMAL 25 * #THERMAL GROUPS IN THE FEWGROUP SCHEME FOR TWO GROUP LEAKAGE EDIT
BEEONE 1
DNB 1 3.3E-04 6.6121E-02 3.3237E-02 0.0  * D2O - 22.5
DNB 2 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 3 0.0       0.0        0.0        0.0
DNB 4 0.0       0.0        0.0        0.0
DNB 5 0.0       0.0        0.0        0.0
DNB 6 0.0       0.0        0.0        0.0
DNB 7 0.0       0.0        0.0        0.0
DNB 8 0.0       0.0        0.0        0.0
DNB 9 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DIFFUSION 2     * TRANSPORTE
*   END OF DATA
BEGINC
*END
*deck E2T1D25D
* EX.2)DCA task 1 PITHC=25 cm COOLANT=D2O METHOD=DSN *********************
*  PREUDE DATA
CELL 7                 * CLUSTER (D5B = CLUSTER)
SEQUENCE 1             * DSN
NGROUP 69 2            * MAIN TRANSPORT SOLUTION/REACTION EDIT # OF GROUPS
NMESH 40               * #MESH POINTS IN MAIN TRANSPORT ROUTINE
NREGION 9 3            * #ANNULI/#ANNULI CONTAINING RODS
NMATERIAL 9 0         * #MATS/#MATS UNDERGOING BURNUP
* NRODS 28 -8 100 11 3 3 1
PREOUT                 * (D5B = ENDP)
*  MAIN DATA
INITIATE
*   GEOMETRY DATA
ANNULUS  1  2.2002   1  * coolant
ANNULUS  2  3.76795  1  *     "
ANNULUS  3  5.73677  1  *     "
ANNULUS  4  5.84     1  *     "
ANNULUS  5  6.04     3  * Al (press.tube)
ANNULUS  6  6.625    4  * gap gas
ANNULUS  7  6.825    8  * Al (calandria tube)
ANNULUS  8 14.0        2  * PITCH 25
ANNULUS  9 14.1047231  9  * PITCH 25
ARRAY 1 1  4 1.3125   .785398  * RING OF  4 RODS
ARRAY 2 1  8 3.0      .392699  * RING OF  8 RODS
ARRAY 3 1 16 4.7575   .196349  * RING OF 16 RODS
RODSUB 1 1 0.740     5
RODSUB 1 2 0.75150   6
RODSUB 1 3 0.83650   7
RODSUB 2 1 0.740     5
RODSUB 2 2 0.75150   6
RODSUB 2 3 0.83650   7
RODSUB 3 1 0.740     5
RODSUB 3 2 0.75150   6
RODSUB 3 3 0.83650   7
*   COMPOSITION DATA
*    m.1= coolant - heavy water - 70% void - pitch 25.0
MATERIAL  1  1.1045   295.15 3 3002   20.022 $
                               3001    0.05  $
                               6016   79.928
*    m.2= moderator - d2o
MATERIAL  2  1.10473     295.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
*    m.3= pressure tube - Al
MATERIAL  3  2.7  295.15 3 27  100.0000
*    m.4= gap - gas pr.tube-cal.tube
MATERIAL  4  0.0012    295.15  4   6016  100.0
*    m.5= fuel rods  - uo2
MATERIAL  5 10.36  295.15 1    8238.0 86.793  $
                               2235.0  1.057  $
                               6016   12.15
*    m.6= gap gas fuel-clad
MATERIAL  6  0.0014  295.15  2   6016   100.0
*    m.7= clad - Al
MATERIAL  7  2.7  295.15 2 27  100.0000
*    m.8= calandria tube - Al
MATERIAL  8  2.7  295.15 4 27  100.0000
*    m.9= moderator - d2o
MATERIAL  9 = 2
*   CROSS SECTIONS AND FLUX SOLUTION
FEWGROUPS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 $
  21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
  41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
  61 62 63 64 65 66 67 68 69
MESH 4 4 4 1 1 1 1 23 1 * #MESH INTERVS.OF EQUAL VOL.IN EACH OF THE ANNULI
S 12                        * QUADRATURE ORDER DSN CALC.
REGULAR 1
*   PRINTOUT CONTROL
SUPPRESS 0 0 1 1 1 1 1 1 1 1 1 1 0 0 1
*   END OF DATA
BEGINC
*  EDIT DATA
*   LEAKAGE CALCULATIONS
BUCKLING 2.310E-04 7.970E-04 * d2o - 25.0 cm
NOBUCKLING * NO SEARCH FOR CRITICAL BUCKLING
THERMAL 25 * #THERMAL GROUPS IN THE FEWGROUP SCHEME FOR TWO GROUP LEAKAGE EDIT
BEEONE 1
DNB 1 3.3004E-04 6.6132E-02 3.3252E-02 0.0 * D2O - 25.0
DNB 2 3.656E-04  6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 3 0.0        0.0        0.0        0.0
DNB 4 0.0        0.0        0.0        0.0
DNB 5 0.0        0.0        0.0        0.0
DNB 6 0.0        0.0        0.0        0.0
DNB 7 0.0        0.0        0.0        0.0
DNB 8 0.0        0.0        0.0        0.0
DNB 9 3.656E-04  6.6107E-02 3.3246E-02 0.0 * MODERATOR
DIFFUSION 2     * TRANSPORTE
*   END OF DATA
BEGINC
*END
*deck E2T1H22D
* EX.2)DCA task 1 PITCH=22.5 cm COOLANH2O METHOD=DSN *********************
*  PREUDE DATA
CELL 7                 * CLUSTER (D5B = CLUSTER)
SEQUENCE 1             * DSN
NGROUP 69 2            * MAIN TRANSPORT SOLUTION/REACTION EDIT # OF GROUPS
NMESH 37               * #MESH POINTS IN MAIN TRANSPORT ROUTINE
NREGION 9 3            * #ANNULI/#ANNULI CONTAINING RODS
NMATERIAL 9 0         * #MATS/#MATS UNDERGOING BURNUP
* NRODS 28 -8 100 11 3 3 1
PREOUT                 * (D5B = ENDP)
*  MAIN DATA
INITIATE
*   GEOMETRY DATA
ANNULUS  1  2.2002   1  * coolant
ANNULUS  2  3.76795  1  *     "
ANNULUS  3  5.73677  1  *     "
ANNULUS  4  5.84     1  *     "
ANNULUS  5  6.04     3  * Al (press.tube)
ANNULUS  6  6.625    4  * gap gas
ANNULUS  7  6.825    8  * Al (calandria tube)
ANNULUS  8 12.6      2  * PITCH 22.5
ANNULUS  9 12.69426  9  * PITCH 22.5
ARRAY 1 1  4 1.3125   .785398  * RING OF  4 RODS
ARRAY 2 1  8 3.0      .392699  * RING OF  8 RODS
ARRAY 3 1 16 4.7575   .196349  * RING OF 16 RODS
RODSUB 1 1 0.740     5
RODSUB 1 2 0.75150   6
RODSUB 1 3 0.83650   7
RODSUB 2 1 0.740     5
RODSUB 2 2 0.75150   6
RODSUB 2 3 0.83650   7
RODSUB 3 1 0.740     5
RODSUB 3 2 0.75150   6
RODSUB 3 3 0.83650   7
*   COMPOSITION DATA
*    m.1= coolant - light water - 0% void
MATERIAL  1  0.9978   295.15 3 3001   11.190 $
                               6016   88.810
*    m.2= moderator - d2o
MATERIAL  2  1.10473     295.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
*    m.3= pressure tube - Al
MATERIAL  3  2.7  295.15 3 27  100.0000
*    m.4= gap - gas pr.tube-cal.tube
MATERIAL  4  0.0012    295.15  4   6016  100.0
*    m.5= fuel rods  - uo2
MATERIAL  5 10.36  295.15 1    8238.0 86.793  $
                               2235.0  1.057  $
                               6016   12.15
*    m.6= gap gas fuel-clad
MATERIAL  6  0.0014  295.15  2   6016   100.0
*    m.7= clad - Al
MATERIAL  7  2.7  295.15 2 27  100.0000
*    m.8= calandria tube - Al
MATERIAL  8  2.7  295.15 4 27  100.0000
*    m.9= moderator - d2o
MATERIAL  9 = 2
*   CROSS SECTIONS AND FLUX SOLUTION
FEWGROUPS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 $
  21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
  41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
  61 62 63 64 65 66 67 68 69
MESH 4 4 4 1 1 1 1 20 1 * #MESH INTERVS.OF EQUAL VOL.IN EACH OF THE ANNULI
S 12                        * QUADRATURE ORDER DSN CALC.
REGULAR 1
*   PRINTOUT CONTROL
SUPPRESS 0 0 1 1 1 1 1 1 1 1 1 1 0 0 0 1
*   END OF DATA
BEGINC
*  EDIT DATA
*   LEAKAGE CALCULATIONS
BUCKLING 2.480E-04 8.590E-04 * h2o - 22.5 cm
NOBUCKLING * NO SEARCH FOR CRITICAL BUCKLING
THERMAL 25 * #THERMAL GROUPS IN THE FEWGROUP SCHEME FOR TWO GROUP LEAKAGE EDIT
BEEONE 1
DNB 1 6.672E-02 0.0        3.3363E-02 0.0 * H2O
DNB 2 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 3 0.0       0.0        0.0        0.0
DNB 4 0.0       0.0        0.0        0.0
DNB 5 0.0       0.0        0.0        0.0
DNB 6 0.0       0.0        0.0        0.0
DNB 7 0.0       0.0        0.0        0.0
DNB 8 0.0       0.0        0.0        0.0
DNB 9 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DIFFUSION 2     * TRANSPORTE
*   END OF DATA
BEGINC
*END
*deck E2T1H25D
* EX.2)DCA task 1 PITCH=25 cm COOLANT=H2O METHOD=DSN *********************
*  PREUDE DATA
CELL 7                 * CLUSTER (D5B = CLUSTER)
SEQUENCE 1             * DSN
NGROUP 69 2            * MAIN TRANSPORT SOLUTION/REACTION EDIT # OF GROUPS
NMESH 40               * #MESH POINTS IN MAIN TRANSPORT ROUTINE
NREGION 9 3            * #ANNULI/#ANNULI CONTAINING RODS
NMATERIAL 9 0         * #MATS/#MATS UNDERGOING BURNUP
* NRODS 28 -8 100 11 3 3 1
PREOUT                 * (D5B = ENDP)
*  MAIN DATA
INITIATE
*   GEOMETRY DATA
ANNULUS  1  2.2002   1  * coolant
ANNULUS  2  3.76795  1  *     "
ANNULUS  3  5.73677  1  *     "
ANNULUS  4  5.84     1  *     "
ANNULUS  5  6.04     3  * Al (press.tube)
ANNULUS  6  6.625    4  * gap gas
ANNULUS  7  6.825    8  * Al (calandria tube)
ANNULUS  8 14.0        2  * PITCH 25
ANNULUS  9 14.1047231  9  * PITCH 25
ARRAY 1 1  4 1.3125   .785398  * RING OF  4 RODS
ARRAY 2 1  8 3.0      .392699  * RING OF  8 RODS
ARRAY 3 1 16 4.7575   .196349  * RING OF 16 RODS
RODSUB 1 1 0.740     5
RODSUB 1 2 0.75150   6
RODSUB 1 3 0.83650   7
RODSUB 2 1 0.740     5
RODSUB 2 2 0.75150   6
RODSUB 2 3 0.83650   7
RODSUB 3 1 0.740     5
RODSUB 3 2 0.75150   6
RODSUB 3 3 0.83650   7
*   COMPOSITION DATA
*    m.1= coolant - light water - 0% void
MATERIAL  1  0.9978   295.15 3 3001   11.190 $
                               6016   88.810
*    m.2= moderator - d2o
MATERIAL  2  1.10473     295.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
*    m.3= pressure tube - Al
MATERIAL  3  2.7  295.15 3 27  100.0000
*    m.4= gap - gas pr.tube-cal.tube
MATERIAL  4  0.0012    295.15  4   6016  100.0
*    m.5= fuel rods  - uo2
MATERIAL  5 10.36  295.15 1    8238.0 86.793  $
                               2235.0  1.057  $
                               6016   12.15
*    m.6= gap gas fuel-clad
MATERIAL  6  0.0014  295.15  2   6016   100.0
*    m.7= clad - Al
MATERIAL  7  2.7  295.15 2 27  100.0000
*    m.8= calandria tube - Al
MATERIAL  8  2.7  295.15 4 27  100.0000
*    m.9= moderator - d2o
MATERIAL  9 = 2
*   CROSS SECTIONS AND FLUX SOLUTION
FEWGROUPS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 $
  21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
  41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
  61 62 63 64 65 66 67 68 69
MESH 4 4 4 1 1 1 1 23 1 * #MESH INTERVS.OF EQUAL VOL.IN EACH OF THE ANNULI
S 12                        * QUADRATURE ORDER DSN CALC.
REGULAR 1
*   PRINTOUT CONTROL
SUPPRESS 0 0 1 1 1 1 1 1 1 1 1 1 0 0 1
*   END OF DATA
BEGINC
*  EDIT DATA
*   LEAKAGE CALCULATIONS
BUCKLING 2.440E-04 7.270E-04 * h2o - 25.0 cm
NOBUCKLING * NO SEARCH FOR CRITICAL BUCKLING
THERMAL 25 * #THERMAL GROUPS IN THE FEWGROUP SCHEME FOR TWO GROUP LEAKAGE EDIT
BEEONE 1
DNB 1 6.6717E-02 0.0        3.3363E-02 0.0 * H2O
DNB 2 3.656E-04  6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 3 0.0        0.0        0.0        0.0
DNB 4 0.0        0.0        0.0        0.0
DNB 5 0.0        0.0        0.0        0.0
DNB 6 0.0        0.0        0.0        0.0
DNB 7 0.0        0.0        0.0        0.0
DNB 8 0.0        0.0        0.0        0.0
DNB 9 3.656E-04  6.6107E-02 3.3246E-02 0.0 * MODERATOR
DIFFUSION 2     * TRANSPORTE
*   END OF DATA
BEGINC
*END
*deck E2T2A00D
*********************************************************
* WIMSD5
* d2o-Gd1 (e2t2)            S12
* 28FEB2002                 STANDARD INPUT
*********************************************************
* EX.2)DCA TASK 2 COOLANT=AIR METHOD=DSN Gd=NO
*  PREUDE DATA
CELL 7                 * CLUSTER (D5B = CLUSTER)
SEQUENCE 1             * DSN
NGROUP 69 2            * MAIN TRANSPORT SOLUTION/REACTION EDIT # OF GROUPS
NMESH 56               * #MESH POINTS IN MAIN TRANSPORT ROUTINE
NREGION 21 4           * #ANNULI/#ANNULI CONTAINING RODS
NREACT 3
NMATERIAL 22 0
* NRODS 54 0 150 15 4 3 1
PREOUT
*  MAIN DATA
INITIATE
*   GEOMETRY DATA
ANNULUS  1  2.8575   1  * coolant
ANNULUS  2  4.7925   1  *     "
ANNULUS  3  6.72     1  *     "
ANNULUS  4  8.6      1  *     "
ANNULUS  5  9.0      1  *     "
ANNULUS  6  9.01     1
ANNULUS  7  9.5      3  * Al (press.tube)
ANNULUS  8 10.0      4  * gap pr.tube-cal.tube
ANNULUS  9 10.5      8  * Al (cal.tube)
ANNULUS 10 11.5      2  * moder (d2o)
ANNULUS 11 12.5     11  * moder (d2o)
ANNULUS 12 13.5     12  * moder (d2o)
ANNULUS 13 14.5     13  * moder (d2o)
ANNULUS 14 15.5     14  * moder (d2o)
ANNULUS 15 16.5     15  * moder (d2o)
ANNULUS 16 17.5     16  * moder (d2o)
ANNULUS 17 18.5     17  * moder (d2o)
ANNULUS 18 19.5     18  * moder (d2o)
ANNULUS 19 20.5     19  * moder (d2o)
ANNULUS 20 21.5     20  * moder (d2o)
ANNULUS 21 22.56758 21  * moder (d2o)
ARRAY 1 1 12 3.825   .2618    * RING OF 12 RODS
ARRAY 2 1 18 5.76   0.0       * RING OF 18 RODS
ARRAY 3 1 12 7.68    .1309    * RING OF 12 RODS
ARRAY 4 1 12 7.68  -0.1309    * RING OF 12 RODS
RODSUB 1 1 0.7385    5
RODSUB 1 2 0.75150   6
RODSUB 1 3 0.83650   7
RODSUB 2 1 0.7385    9
RODSUB 2 2 0.75150   6
RODSUB 2 3 0.83650   7
RODSUB 3 1 0.7385   10
RODSUB 3 2 0.75150   6
RODSUB 3 3 0.83650   7
RODSUB 4 1 0.7386   22
RODSUB 4 2 0.75150   6
RODSUB 4 3 0.83650   7
CRAIG
*   COMPOSITION DATA
*    m.1= coolant -  air
MATERIAL  1  0.0012   293.15 3   14   76.48 $
                               6016   23.52
*    m.2= moderator - d2o
MATERIAL  2  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
*    m.3= pressure tube - Al
MATERIAL  3  2.7  293.15 4 27  100.0000
*    m.4= gap - gas pr.tube-cal.tube
MATERIAL  4  0.0012    293.15  4   6016  100.0
*    m.5= normal fuel rods  - uo2 1.5Wt% U235
MATERIAL  5 10.38  293.15 1    8238.0 86.563  $
                               2235.0  1.317  $
                               6016   12.120
*    m.6= gap gas fuel-clad
MATERIAL  6  0.0014  293.15  2   6016   100.0
*    m.7= clad - Al
MATERIAL  7  2.7  293.15 2 27  100.0000
*    m.8= calandria tube - Al
MATERIAL  8  2.7  293.15 4 27  100.0000
*    m.9= normal fuel rods  - uo2 1.5Wt% U235
MATERIAL  9 10.38  293.15 1    8238.0 86.563  $
                               2235.0  1.317  $
                               6016   12.120
*    m.10= normal fuel rods  - uo2 1.5Wt% U235
MATERIAL 10 10.38  293.15 1    8238.0 86.563  $
                               2235.0  1.317  $
                               6016   12.120
MATERIAL  11  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
MATERIAL  12  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
MATERIAL  13  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
MATERIAL  14  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
MATERIAL  15  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
MATERIAL  16  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
MATERIAL  17  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
MATERIAL  18  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
MATERIAL  19  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
MATERIAL  20  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
MATERIAL  21  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
*    m.22= normal fuel rods  - uo2 1.5Wt% U235
MATERIAL 22 10.38  293.15 1    8238.0 86.563  $
                               2235.0  1.317  $
                               6016   12.120
*   CROSS SECTIONS AND FLUX SOLUTION
FEWGROUPS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 $
  21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
  41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
  61 62 63 64 65 66 67 68 69
MESH 8 8 8 8 8 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1  * #MESH INTERVS.
S 12                     * QUADRATURE ORDER DSN CALC.
REGULAR 1
*   PRINTOUT CONTROL
SUPPRESS 0 0 1 1 1 1 1 1 1 1 1 1 0 0 0 1
*   END OF DATA
BEGINC
*  EDIT DATA
*   LEAKAGE CALCULATIONS
NOBUCKLING * NO SEARCH FOR CRITICAL BUCKLING
BUCKLING 4.494504E-04 4.494504E-04
THERMAL 25 * #THERMAL GROUPS IN THE FEWGROUP SCHEME FOR TWO GROUP LEAKAGE EDIT
BEEONE 1
DNB  1 0.0       0.0        0.0        0.0
DNB  2 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB  3 0.0       0.0        0.0        0.0
DNB  4 0.0       0.0        0.0        0.0
DNB  5 0.0       0.0        0.0        0.0
DNB  6 0.0       0.0        0.0        0.0
DNB  7 0.0       0.0        0.0        0.0
DNB  8 0.0       0.0        0.0        0.0
DNB  9 0.0       0.0        0.0        0.0
DNB 10 0.0       0.0        0.0        0.0
DNB 11 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 12 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 13 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 14 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 15 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 16 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 17 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 18 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 19 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 20 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 21 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 22 0.0       0.0        0.0        0.0
DIFFUSION 2     * TRANSPORT
LEAKAGE 5 *LEAKAGE SPECTRUM WITH INPUT BUCKLING FOR K-EFF NUCLIDE REAC
REACTION  164,293.15     $
          2235.0,293.15  $
          8238.0,293.15
PARTITION 45 69
PRINTC 0 0 0 0 * REACTION RATES BY MESH/BY MAT/REACTIONS BY MAT/NO K-INF ED
*   END OF DATA
BEGINC
*END
*deck E2T2D00D
*********************************************************
* WIMSD5
* d2o-Gd2 (e2t2)            S12
* 28FEB2002                 STANDARD INPUT
*********************************************************
* EX.2) DCA TASK 2 PIN CELL COOLANT=D2O METHOD=DSN Gd=0 wt%
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH    40
NREGION   4 0 4
NMATERIAL 4
NREACT    1
PREOUT
INITIATE
ANNULUS 1 0.739    1
ANNULUS 2 0.749    2
ANNULUS 3 0.8845   3
ANNULUS 4 4.0      4
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
*
*    m.1= poisoned fuel rods  - uo2 1.5Wt% U235 WITHOUT Gd2O3
MATERIAL  1 10.38  293.15 1    8238.0 86.563   $
                               2235.0  1.317   $
                               6016   12.120   $
*
* MAT 2: GAP
MATERIAL  2  0.0014  293.15  2   6016   100.0
*
*    m.3= clad - Al
MATERIAL  3  2.7  293.15 2 27  100.0000
*
* MAT 4: HEAVY WATER
MATERIAL  4  1.10473     293.15  3  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
REGULAR   1
S        12
MESH      32  1  2  5
BEGINC
NOBUCKLING
BUCKLING 8.508560E-04 8.508560E-04
THERMAL  24
BEEONE    1
DNB       1  0.        0.         0.         0.
DNB       2  0.        0.         0.         0.
DNB       3  0.        0.         0.         0.
DNB       4  3.656E-04 6.6107E-02 3.3246E-02 0.0 * D2O
DIFFUSION 2
LEAKAGE   5
REACTION  164,293.15
PARTITION 45 69
BEGINC
*END
*deck E2T2D01D
*********************************************************
* WIMSD5
* d2o-Gd3 (e2t2)            S12
* 28FEB2002                 STANDARD INPUT
*********************************************************
* EX.2) DCA TASK2 PIN CELL COOLANT=D2O METHOD=DSN Gd=0.1 wt%
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH    40
NREGION   4 0 4
NMATERIAL 4
NREACT    1
PREOUT
INITIATE
ANNULUS 1 0.739    1
ANNULUS 2 0.749    2
ANNULUS 3 0.8845   3
ANNULUS 4 4.0      4
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
*
*    m.1= poisoned fuel rods  - uo2 1.5Wt% U235/Gd2O3 0.1Wt% CALC.3
MATERIAL  1 10.30  293.15 1    8238.0 86.384   $
                               2235.0  1.328   $
                               6016   12.201   $
                               2154    0.003   $
                               2155    0.01278 $
                               2156    0.0258  $
                               2157    0.0136  $
                               2158    0.0312
*
* MAT 2: GAP
MATERIAL  2  0.0014  293.15  2   6016   100.0
*
*    m.3= clad - Al
MATERIAL  3  2.7  293.15 2 27  100.0000
*
* MAT 4: HEAVY WATER
MATERIAL  4  1.10473     293.15  3  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
REGULAR   1
S        12
MESH      32  1  2  5
BEGINC
NOBUCKLING
BUCKLING -2.993141E-03 -2.93141E-03
THERMAL  24
BEEONE    1
DNB       1  0.        0.         0.         0.
DNB       2  0.        0.         0.         0.
 3  0.        0.         0.         0.
DNB       4  3.656E-04 6.6107E-02 3.3246E-02 0.0 * D2O
DIFFUSION 2
LEAKAGE   5
REACTION  164,293.15
PARTITION 45 69
BEGINC
*END
*deck E2T2D05D
*********************************************************
* WIMSD5
* d2o-Gd4 (e2t2)            S12
* 28FEB2002                 STANDARD INPUT
*********************************************************
* EX.2) DCA TASK 2 PIN CELL COOLANT=D2O METHOD=DSN Gd=0.5 wt%
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH    40
NREGION   4 0 4
NMATERIAL 4
NREACT    1
PREOUT
INITIATE
ANNULUS 1 0.739    1
ANNULUS 2 0.749    2
ANNULUS 3 0.8845   3
ANNULUS 4 4.0      4
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
*
*    m.1= poisoned fuel rods  - uo2 1.5Wt% U235/Gd2O3 0.5Wt% CALC.2
MATERIAL  1 10.30  293.15 1    8238.0 86.042   $
                               2235.0  1.323   $
                               6016   12.205   $
                               2154    0.015   $
                               2155    0.06335 $
                               2156    0.129   $
                               2157    0.06748 $
                               2158    0.156
*
* MAT 2: GAP
MATERIAL  2  0.0014  293.15  2   6016   100.0
*
*    m.3= clad - Al
MATERIAL  3  2.7  293.15 2 27  100.0000
*
* MAT 4: HEAVY WATER
MATERIAL  4  1.10473     293.15  3  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
REGULAR   1
S        12
MESH      32  1  2  5
BEGINC
NOBUCKLING
BUCKLING -5.725783E-03 -5.725783E-03
THERMAL  24
BEEONE    1
DNB       1  0.        0.         0.         0.
DNB       2  0.        0.         0.         0.
DNB       3  0.        0.         0.         0.
DNB       4  3.656E-04 6.6107E-02 3.3246E-02 0.0 * D2O
DIFFUSION 2
LEAKAGE   5
REACTION  164,293.15
PARTITION 45 69
BEGINC
*END
*deck E2T2D10D
*********************************************************
* WIMSD5
* d2o-Gd5 (e2t2)            S12
* 28FEB2002                 STANDARD INPUT
*********************************************************
* EX.2) DCA TASK 2 PIN CELL COOLANT=D2O METHOD=DSN Gd=1.0 wt%
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH    40
NREGION   4 0 4
NMATERIAL 4
NREACT    1
PREOUT
INITIATE
ANNULUS 1 0.739    1
ANNULUS 2 0.749    2
ANNULUS 3 0.8845   3
ANNULUS 4 4.0      4
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
*
*    m.1= poisoned fuel rods  - uo2 1.5Wt% U235/Gd2O3 1.0Wt% CALC.1,4-9
MATERIAL  1 10.30  293.15 1    8238.0 85.612   $
                               2235.0  1.316   $
                               6016   12.21    $
                               2154    0.03    $
                               2155    0.1269  $
                               2156    0.258   $
                               2157    0.13509 $
                               2158    0.312
*
* MAT 2: GAP
MATERIAL  2  0.0014  293.15  2   6016   100.0
*
*    m.3= clad - Al
MATERIAL  3  2.7  293.15 2 27  100.0000
*
* MAT 4: HEAVY WATER
MATERIAL  4  1.10473     293.15  3  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
REGULAR   1
S        12
MESH      32  1  2  5
BEGINC
NOBUCKLING
BUCKLING -6.415837E-03 -6.415837E-03
THERMAL  24
BEEONE    1
DNB       1  0.        0.         0.         0.
DNB       2  0.        0.         0.         0.
DNB       3  0.        0.         0.         0.
DNB       4  3.656E-04 6.6107E-02 3.3246E-02 0.0 * D2O
DIFFUSION 2
LEAKAGE   5
REACTION  164,293.15
PARTITION 45 69
BEGINC
*END
*deck E2T2H00D
*********************************************************
* WIMSD5
* d2o-Gd6 (e2t2)            S12
* 28FEB2002                 STANDARD INPUT
*********************************************************
* EX.2)DCA TASK 2 COOLANT=H2O METHOD=DSN Gd=NO ******************
*  PREUDE DATA
CELL 7                 * CLUSTER (D5B = CLUSTER)
SEQUENCE 1             * DSN
NGROUP 69 2            * MAIN TRANSPORT SOLUTION/REACTION EDIT # OF GROUPS
NMESH 56               * #MESH POINTS IN MAIN TRANSPORT ROUTINE
NREGION 21 4           * #ANNULI/#ANNULI CONTAINING RODS
NREACT 3
NMATERIAL 22 0
* NRODS 54 0 150 15 4 3 1
PREOUT
*  MAIN DATA
INITIATE
*   GEOMETRY DATA
ANNULUS  1  2.8575   1  * coolant
ANNULUS  2  4.7925   1  *     "
ANNULUS  3  6.72     1  *     "
ANNULUS  4  8.6      1  *     "
ANNULUS  5  9.0      1  *     "
ANNULUS  6  9.01     1
ANNULUS  7  9.5      3  * Al (press.tube)
ANNULUS  8 10.0      4  * gap pr.tube-cal.tube
ANNULUS  9 10.5      8  * Al (cal.tube)
ANNULUS 10 11.5      2  * moder (d2o)
ANNULUS 11 12.5     11  * moder (d2o)
ANNULUS 12 13.5     12  * moder (d2o)
ANNULUS 13 14.5     13  * moder (d2o)
ANNULUS 14 15.5     14  * moder (d2o)
ANNULUS 15 16.5     15  * moder (d2o)
ANNULUS 16 17.5     16  * moder (d2o)
ANNULUS 17 18.5     17  * moder (d2o)
ANNULUS 18 19.5     18  * moder (d2o)
ANNULUS 19 20.5     19  * moder (d2o)
ANNULUS 20 21.5     20  * moder (d2o)
ANNULUS 21 22.56758 21  * moder (d2o)
ARRAY 1 1 12 3.825   .2618    * RING OF 12 RODS
ARRAY 2 1 18 5.76   0.0       * RING OF 18 RODS
ARRAY 3 1 12 7.68    .1309    * RING OF 12 RODS
ARRAY 4 1 12 7.68  -0.1309    * RING OF 12 RODS
RODSUB 1 1 0.7385    5
RODSUB 1 2 0.75150   6
RODSUB 1 3 0.83650   7
RODSUB 2 1 0.7385    9
RODSUB 2 2 0.75150   6
RODSUB 2 3 0.83650   7
RODSUB 3 1 0.7385   10
RODSUB 3 2 0.75150   6
RODSUB 3 3 0.83650   7
RODSUB 4 1 0.7385   22
RODSUB 4 2 0.75150   6
RODSUB 4 3 0.83650   7
CRAIG
*   COMPOSITION DATA
*    m.1= coolant - light water - 0% void
MATERIAL  1  0.9978   293.15 3 3001   11.190 $
                               6016   88.810
*    m.2= moderator - d2o
MATERIAL  2  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
*    m.3= pressure tube - Al
MATERIAL  3  2.7  293.15 4 27  100.0000
*    m.4= gap - gas pr.tube-cal.tube
MATERIAL  4  0.0012    293.15  4   6016  100.0
*    m.5= normal fuel rods  - uo2 1.5Wt% U235
MATERIAL  5 10.38  293.15 1    8238.0 86.563  $
                               2235.0  1.317  $
                               6016   12.120
*    m.6= gap gas fuel-clad
MATERIAL  6  0.0014  293.15  2   6016   100.0
*    m.7= clad - Al
MATERIAL  7  2.7  293.15 2 27  100.0000
*    m.8= calandria tube - Al
MATERIAL  8  2.7  293.15 4 27  100.0000
*    m.9= normal fuel rods  - uo2 1.5Wt% U235
MATERIAL  9 10.38  293.15 1    8238.0 86.563  $
                               2235.0  1.317  $
                               6016   12.120
*    m.10= normal fuel rods  - uo2 1.5Wt% U235
MATERIAL 10 10.38  293.15 1    8238.0 86.563  $
                               2235.0  1.317  $
                               6016   12.120
MATERIAL  11  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
MATERIAL  12  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
MATERIAL  13  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
MATERIAL  14  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
MATERIAL  15  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
MATERIAL  16  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
MATERIAL  17  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
MATERIAL  18  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
MATERIAL  19  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
MATERIAL  20  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
MATERIAL  21  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
*    m.22= normal fuel rods  - uo2 1.5Wt% U235
MATERIAL 22 10.38  293.15 1    8238.0 86.563  $
                               2235.0  1.317  $
                               6016   12.120
*   CROSS SECTIONS AND FLUX SOLUTION
FEWGROUPS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 $
  21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
  41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
  61 62 63 64 65 66 67 68 69
MESH 8 8 8 8 8 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1  * #MESH INTERVS.
S 12                     * QUADRATURE ORDER DSN CALC.
REGULAR 1
*   PRINTOUT CONTROL
SUPPRESS 0 0 1 1 1 1 1 1 1 1 1 1 0 0 0 1
*   END OF DATA
BEGINC
*  EDIT DATA
*   LEAKAGE CALCULATIONS
NOBUCKLING * NO SEARCH FOR CRITICAL BUCKLING
BUCKLING 3.534877E-04 3.534877E-04
THERMAL 25 * #THERMAL GROUPS IN THE FEWGROUP SCHEME FOR TWO GROUP LEAKAGE EDIT
BEEONE 1
DNB  1 6.6717E-02 0.0       3.3363E-02 0.0 * H2O
DNB  2 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB  3 0.0       0.0        0.0        0.0
DNB  4 0.0       0.0        0.0        0.0
DNB  5 0.0       0.0        0.0        0.0
DNB  6 0.0       0.0        0.0        0.0
DNB  7 0.0       0.0        0.0        0.0
DNB  8 0.0       0.0        0.0        0.0
DNB  9 0.0       0.0        0.0        0.0
DNB 10 0.0       0.0        0.0        0.0
DNB 11 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 12 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 13 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 14 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 15 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 16 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 17 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 18 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 19 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 20 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 21 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 22 0.0       0.0        0.0        0.0
DIFFUSION 2     * TRANSPORT
LEAKAGE 5 *LEAKAGE SPECTRUM WITH INPUT BUCKLING FOR K-EFF NUCLIDE REAC
REACTION  164,293.15     $
          2235.0,293.15  $
          8238.0,293.15
PARTITION 45 69
PRINTC 0 0 0 0 * REACTION RATES BY MESH/BY MAT/REACTIONS BY MAT/NO K-INF ED
*   END OF DATA
BEGINC
*END
*deck E2T2H12D
*********************************************************
* WIMSD5
* d2o-Gd7 (e2t2)            S12
* 28FEB2002                 STANDARD INPUT
*********************************************************
* EX.2)DCA TASK 2 COOLANT=H2O METHOD=DSN Gd=ON EXT.ANNULUS ******************
*  PREUDE DATA
CELL 7                 * CLUSTER (D5B = CLUSTER)
SEQUENCE 1             * DSN
NGROUP 69 2            * MAIN TRANSPORT SOLUTION/REACTION EDIT # OF GROUPS
NMESH 56               * #MESH POINTS IN MAIN TRANSPORT ROUTINE
NREGION 21 4           * #ANNULI/#ANNULI CONTAINING RODS
NREACT 3
NMATERIAL 22 0
* NRODS 54 0 150 15 4 3 1
PREOUT
*  MAIN DATA
INITIATE
*   GEOMETRY DATA
ANNULUS  1  2.8575   1  * coolant
ANNULUS  2  4.7925   1  *     "
ANNULUS  3  6.72     1  *     "
ANNULUS  4  8.6      1  *     "
ANNULUS  5  9.0      1  *     "
ANNULUS  6  9.01     1
ANNULUS  7  9.5      3  * Al (press.tube)
ANNULUS  8 10.0      4  * gap pr.tube-cal.tube
ANNULUS  9 10.5      8  * Al (cal.tube)
ANNULUS 10 11.5      2  * moder (d2o)
ANNULUS 11 12.5     11  * moder (d2o)
ANNULUS 12 13.5     12  * moder (d2o)
ANNULUS 13 14.5     13  * moder (d2o)
ANNULUS 14 15.5     14  * moder (d2o)
ANNULUS 15 16.5     15  * moder (d2o)
ANNULUS 16 17.5     16  * moder (d2o)
ANNULUS 17 18.5     17  * moder (d2o)
ANNULUS 18 19.5     18  * moder (d2o)
ANNULUS 19 20.5     19  * moder (d2o)
ANNULUS 20 21.5     20  * moder (d2o)
ANNULUS 21 22.56758 21  * moder (d2o)
ARRAY 1 1 12 3.825   .2618    * RING OF 12 RODS
ARRAY 2 1 18 5.76   0.0       * RING OF 18 RODS
ARRAY 3 1 12 7.68    .1309    * RING OF 12 RODS
ARRAY 4 1 12 7.68  -0.1309    * RING OF 12 RODS Gd
RODSUB 1 1 0.7385    5
RODSUB 1 2 0.75150   6
RODSUB 1 3 0.83650   7
RODSUB 2 1 0.7385    9
RODSUB 2 2 0.75150   6
RODSUB 2 3 0.83650   7
RODSUB 3 1 0.7385   10
RODSUB 3 2 0.75150   6
RODSUB 3 3 0.83650   7
RODSUB 4 1 0.739    22 *  rods with Gd
RODSUB 4 2 0.749     6 *  gap
RODSUB 4 3 0.8845    7 *  clad
CRAIG
*   COMPOSITION DATA
*    m.1= coolant - light water - 0% void
MATERIAL  1  0.9978   293.15 3 3001   11.190 $
                               6016   88.810
*    m.2= moderator - d2o
MATERIAL  2  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
*    m.3= pressure tube - Al
MATERIAL  3  2.7  293.15 4 27  100.0000
*    m.4= gap - gas pr.tube-cal.tube
MATERIAL  4  0.0012    293.15  4   6016  100.0
*    m.5= normal fuel rods  - uo2 1.5Wt% U235
MATERIAL  5 10.38  293.15 1    8238.0 86.563  $
                               2235.0  1.317  $
                               6016   12.120
*    m.6= gap gas fuel-clad
MATERIAL  6  0.0014  293.15  2   6016   100.0
*    m.7= clad - Al
MATERIAL  7  2.7  293.15 2 27  100.0000
*    m.8= calandria tube - Al
MATERIAL  8  2.7  293.15 4 27  100.0000
*    m.9= normal fuel rods  - uo2 1.5Wt% U235
MATERIAL  9 10.38  293.15 1    8238.0 86.563  $
                               2235.0  1.317  $
                               6016   12.120
*    m.10= normal fuel rods  - uo2 1.5Wt% U235
MATERIAL 10 10.38  293.15 1    8238.0 86.563  $
                               2235.0  1.317  $
                               6016   12.120
MATERIAL  11  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
MATERIAL  12  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
MATERIAL  13  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
MATERIAL  14  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
MATERIAL  15  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
MATERIAL  16  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
MATERIAL  17  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
MATERIAL  18  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
MATERIAL  19  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
MATERIAL  20  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
MATERIAL  21  1.10473     293.15  4  6016  79.93092  $
                                    3001   0.055384 $
                                    3002  20.01370
*    m.22= poisoned fuel rods  - uo2 1.5Wt% U235/Gd2O3 1.0Wt% CALC.1,4-9
MATERIAL  22 10.30  293.15 1    8238.0 85.612   $
                               2235.0  1.316   $
                               6016   12.21    $
                               2154    0.03    $
                               2155    0.1269  $
                               2156    0.258   $
                               2157    0.13509 $
                               2158    0.312
*   CROSS SECTIONS AND FLUX SOLUTION
FEWGROUPS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 $
  21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
  41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
  61 62 63 64 65 66 67 68 69
MESH 8 8 8 8 8 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1  * #MESH INTERVS.
S 12                     * QUADRATURE ORDER DSN CALC.
REGULAR 1
*   PRINTOUT CONTROL
SUPPRESS 0 0 1 1 1 1 1 1 1 1 1 1 0 0 0 1
*   END OF DATA
BEGINC
*  EDIT DATA
*   LEAKAGE CALCULATIONS
NOBUCKLING * NO SEARCH FOR CRITICAL BUCKLING
BUCKLING -2.924127E-03 -2.924127E-03
THERMAL 25 * #THERMAL GROUPS IN THE FEWGROUP SCHEME FOR TWO GROUP LEAKAGE EDIT
BEEONE 1
DNB  1 6.6717E-02 0.0       3.3363E-02 0.0 * H2O
DNB  2 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB  3 0.0       0.0        0.0        0.0
DNB  4 0.0       0.0        0.0        0.0
DNB  5 0.0       0.0        0.0        0.0
DNB  6 0.0       0.0        0.0        0.0
DNB  7 0.0       0.0        0.0        0.0
DNB  8 0.0       0.0        0.0        0.0
DNB  9 0.0       0.0        0.0        0.0
DNB 10 0.0       0.0        0.0        0.0
DNB 11 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 12 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 13 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 14 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 15 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 16 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 17 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 18 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 19 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 20 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 21 3.656E-04 6.6107E-02 3.3246E-02 0.0 * MODERATOR
DNB 22 0.0       0.0        0.0        0.0
DIFFUSION 2     * TRANSPORT
LEAKAGE 5 *LEAKAGE SPECTRUM WITH INPUT BUCKLING FOR K-EFF NUCLIDE REAC
REACTION  164,293.15     $
          2235.0,293.15  $
          8238.0,293.15
PARTITION 45 69
PRINTC 0 0 0 0 * REACTION RATES BY MESH/BY MAT/REACTIONS BY MAT/NO K-INF ED
*   END OF DATA
BEGINC
*END
*deck E300D2OD
* EX.3)NPD METHOD=DSN *******************************************************
*  PREUDE DATA
CELL 7
SEQUENCE 1       * DSN
NGROUP 69 2      * MAIN TRANSPORT SOLUTION/REACTION EDIT # OF GROUPS
NMESH 30         * #MESH POINTS IN MAIN TRANSPORT ROUTINE
NREGION 8 3      * #ANNULI/#ANNULI CONTAINING RODS
NMATERIAL 10 3   * #MATS/#MATS UNDERGOING BURNUP
* NRODS 19 -6 100 11 3 3 1
PREOUT           * (D5B = ENDP)
*  MAIN DATA
INITIATE
*   GEOMETRY DATA
ANNULUS  1  0.911150  1
ANNULUS  2  2.410680  1
ANNULUS  3  3.971620  1
ANNULUS  4  4.250     1
ANNULUS  5  4.5720    3
ANNULUS  6  5.080     4
ANNULUS  7  5.2080    9
ANNULUS  8 14.688680  2
CRAIG
ARRAY 1 1  1 0.        0.
ARRAY 2 1  6 1.650     0.
ARRAY 3 1 12 3.187550  0.26179940
RODSUB 1 1 0.712470     5
RODSUB 1 2 0.715010    10
RODSUB 1 3 0.756920     8
RODSUB 2 1 0.712470     6
RODSUB 2 2 0.715010    10
RODSUB 2 3 0.756920     8
RODSUB 3 1 0.712470     7
RODSUB 3 2 0.715010    10
RODSUB 3 3 0.756920     8
*   COMPOSITION DATA
*    m.1= coolant - heavy water - 3002: deuterium in d2o
*                                 3001: hydrogen in h2o
*                                 6016: oxygen
MATERIAL  1  0.866322 531.66  3 3002   20.073030 $
                                3001    0.022377 $
                                6016   79.90459
*    m.2= moderator - heavy water - 3002: deuterium
*                                   3001: hydrogen
*                                   6016: oxygen
MATERIAL  2  1.10066  310.96  4 3002   20.073030 $
                                3001    0.022377 $
                                6016   79.90459
*    m.3= pressure tube - zry2
MATERIAL  3  6.57     531.66  4   91  100.
*    m.4= gap between press.and cal.tubes
MATERIAL  4  0.0012   421.    4 6016  100.0000
*    m.5= fuel rods type 1 - natural uo2
MATERIAL  5 10.0704   780.16  1  8238.0 87.5183     $
                                 2235.0  0.626719   $
                                  234.0  0.00476701 $
                                 6239.0  1.E-20     $
                                 6016   11.85019
*    m.6= fuel rods type 2 - natural uo2
MATERIAL  6 10.0704   780.16  1  8238.0 87.5183     $
                                 2235.0  0.626719   $
                                  234.0  0.00476701 $
                                 6239.0  1.E-20     $
                                 6016   11.85019
*    m.7= fuel rods type 3 - natural uo2
MATERIAL  7 10.0704   780.16  1  8238.0 87.5183     $
                                 2235.0  0.626719   $
                                  234.0  0.00476701 $
                                 6239.0  1.E-20     $
                                 6016   11.85019
*    m.8= clad - zry2
MATERIAL  8 6.57     573.16  2  91  100.
*    m.9= calandria tube - al
MATERIAL  9 2.7      310.96  4   27  100.
*    m.10= gap between comb.and clad
MATERIAL  10  0.0012   780.  2 6016  100.0000
*   RESONANCE TREATMENT
REGULAR 1
*   CROSS SECTIONS AND FLUX SOLUTION
FEWGROUPS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 $
  21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
  41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
  61 62 63 64 65 66 67 68 69
MESH 4 4 4 1 2 1 2 12 * #MESH INTERVS.OF EQUAL VOL.IN EACH OF THE ANNULI
S12
*   PRINTOUT CONTROL
SUPPRESS 0 0 1 1 1 1 1 1 1 1 1 0 0 0 0 1
*   END OF DATA
BUCKLING 0.8650E-04 0.8650E-04 0.8650E-04 0.8650E-04
POWERC 1 12.94 0.0 2
BEGINC
*  EDIT DATA
*   LEAKAGE CALCULATIONS
THERMAL 25 * #THERM.GROUPS IN FEWGROUP SCHEME FOR TWO GROUP LEAK.EDIT
MATERIAL   * MATERIAL CARD PRINT FOR OTHER RUN
BEEONE 1
DNB  1 1.1586E-04 5.2003E-02 2.6067E-02 0.0
DNB  2 1.4719E-04 6.6070E-02 3.3118E-02 0.0
DNB  3 0.0        0.0        0.0        0.0
DNB  4 0.0        0.0        0.0        0.0
DNB  5 0.0        0.0        0.0        0.0
DNB  6 0.0        0.0        0.0        0.0
DNB  7 0.0        0.0        0.0        0.0
DNB  8 0.0        0.0        0.0        0.0
DNB  9 0.0        0.0        0.0        0.0
DNB 10 0.0        0.0        0.0        0.0
DIFFUSION 2     * TRANSPORTE
BUCKLING 0.8650E-04 0.8650E-04
ALPHA 37
LEAKAGE 5 * LEAK.SPECTRUM WITH INPUT BUCKL.FOR K-EFF NUCLIDE REACTION EDIT
PARTITION 45 69
*   END OF DATA
BEGINC
POWERC 1 12.94 1.9319938 4  *   100 MWD/T
BEGINC
BEGINC
POWERC 1 12.94 1.9319938 4  *   200 MWD/T
BEGINC
BEGINC
POWERC 1 12.94 1.9319938 4  *   300 MWD/T
BEGINC
BEGINC
POWERC 1 12.94 1.9319938 4  *   400 MWD/T
BEGINC
BEGINC
POWERC 1 12.94 1.9319938 4  *   500 MWD/T
BEGINC
BEGINC
POWERC 1 12.94 9.2735703 4  *   980 MWD/T << 1
BEGINC
BEGINC
POWERC 1 12.94 10.046368 4  *  1500 MWD/T << 2
BEGINC
BEGINC
POWERC 1 12.94 9.6599691 4  *  2000 MWD/T
BEGINC
BEGINC
POWERC 1 12.94 9.6599691 4  *  2500 MWD/T
BEGINC
BEGINC
POWERC 1 12.94 9.6599691 4  *  3000 MWD/T
BEGINC
BEGINC
POWERC 1 12.94 9.6599691 2  *  3250 MWD/T << 3
BEGINC
BEGINC
POWERC 1 12.94 9.6599691 2  *  3500 MWD/T
BEGINC
BEGINC
POWERC 1 12.94 9.6599691 4  *  4000 MWD/T
BEGINC
BEGINC
POWERC 1 12.94 9.6599691 4  *  4500 MWD/T
BEGINC
BEGINC
POWERC 1 12.94 9.6599691 4  *  5000 MWD/T << 4
BEGINC
BEGINC
POWERC 1 12.94 9.6599691 4  *  5500 MWD/T
BEGINC
BEGINC
POWERC 1 12.94 9.6599691 4  *  6000 MWD/T
BEGINC
BEGINC
POWERC 1 12.94 9.6599691 4  *  6500 MWD/T << 5
BEGINC
BEGINC
POWERC 1 12.94 9.6599691 4  *  7000 MWD/T
BEGINC
BEGINC
POWERC 1 12.94 9.6599691 4  *  7500 MWD/T
BEGINC
BEGINC
POWERC 1 12.94 7.7279753 4  *  7900 MWD/T << 6
BEGINC
BEGINC
POWERC 1 12.94 9.6599691 4  *  8400 MWD/T
BEGINC
BEGINC
POWERC 1 12.94 9.6599691 4  *  8900 MWD/T
BEGINC
BEGINC
POWERC 1 12.94 7.7279753 2  *  9100 MWD/T << 7
BEGINC
BEGINC
POWERC 1 12.94 9.6599691 4  *  9600 MWD/T
BEGINC
BEGINC
POWERC 1 12.94 9.6599691 4  * 10100 MWD/T
BEGINC
BEGINC
POWERC 1 12.94 9.6599691 4  * 10600 MWD/T
BEGINC
BEGINC
POWERC 1 12.94 7.7279753 2  * 10800 MWD/T << 8
BEGINC
BEGINC
POWERC 0  0
BEGINC
BEGINC
*END
*deck GE_PU
**********************************************************
* WIMSD5
* ge_pu (6 cases)           S12
* 30MAR2001                 STANDARD INPUT
**********************************************************
* ge_pu1
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     18
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   0.4725000  1
ANNULUS 2   0.4726000  0
ANNULUS 3   0.5410000  2
ANNULUS 4   0.7336640  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       4   1   2   11
MATERIAL  1 -1 293.0 1  6016 4.30390537E-02 $
                        2235 4.66356541E-05 $
                        8238 2.11513899E-02 $
                        6239 2.93883437E-04 $
                        1240 2.51734764E-05 $
                        1241 2.34695244E-06 $
                        1242 9.64500941E-08
MATERIAL  2   7.15368 293.0 2    91 9.41940994E+01 $
                          27 5.80590010E+00
MATERIAL  3 -1 293.0 3  3001 6.67523816E-02 $
                        6016 3.33761908E-02
REGULAR   1   6
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    4.80E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* ge_pu2
ANNULUS 4   0.8003213  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    6.510E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* ge_pu3
ANNULUS 4   0.9467660  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    7.850E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* ge_pu4
ANNULUS 4   1.0670515  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    7.490E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* ge_pu5
ANNULUS 4   1.2004629  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    6.090E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* ge_pu6
ANNULUS 4   1.2403431  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    5.520E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
*END
*deck HISS
***********************************************************************
* WIMSD5B                                                             *
* HOMOGENEOUS CRITICAL BENCHMARK                                      *
* REFERENCE NOT AVAILABLE                                             *
* PREPARED BY L.ERRADI AND A.HTET           30/06/99                  *
***********************************************************************
***********************************************************************
* HISS URANIUM SYSTEM                                                 *
***********************************************************************
CELL 4
SEQUENCE 1
NGROUP 69 2
NREGION 1
NMATERIAL 1
NREACT 2
PREOUT
INITIATE
MATERIAL 1 -1 293 1 234 3.120E-6 2235 2.502E-4
236 4.267E-7 8238 1.719E-5
3001 1.126E-4 1011 2.907E-4 2012 7.565E-2 6016 1.650E-3
* 40 5.697E-4
BEGINC
BUCKLING 0.0
THERMAL 24
LEAKAGE 5
NOBUCKLING
PARTITION  45  69
REACTION  2235 293 8238 293
BEGINC
***********************************************************************
* HISS PLUTONIUM SYSTEM                                               *
***********************************************************************
MATERIAL 1 -1 293 1 6239 2.735E-4 1240 1.549E-5
 1241 1.072E-6 1242 5.8E-8
 3001 1.077E-4 1011 5.101E-4
2012 7.090E-2 6016 2.707E-3
* 40 8.280E-4
BEGINNC
BUCKLING 0.0
REACTION  6239 293 1241 293
BEGINNC
*END
*deck HW_UMA
**********************************************************
* WIMSD5
* hw_uma (4 cases)          S12
* 30AUG2001                 STANDARD INPUT
**********************************************************
* hw_uma1
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     34
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   1.6964999  1
ANNULUS 2   1.7810000  0
ANNULUS 3   1.9050000  2
ANNULUS 4   2.6613455  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       6   1   1  26
MATERIAL  1 -1 293.0 1  2235 4.54274268E-04 $
                        8238 4.73640710E-02
MATERIAL  2 -1 293.0 2    27 6.02597818E-02
MATERIAL  3 -1 293.0 3  3001 6.67523816E-02 $
                        6016 3.33761908E-02
REGULAR   1   6
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    1.9240E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* hw_uma2
ANNULUS 4   2.7984047  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    2.2570E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* hw_uma3
ANNULUS 4   2.9290576  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    2.1150E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* hw_uma4
ANNULUS 4   3.1923535  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    1.4740E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
*END
*deck HW_UMB
**********************************************************
* WIMSD5
* hw_umb (6 cases)          S12
* 30AUG2001                 STANDARD INPUT
**********************************************************
* hw_umb1
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     34
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   1.1750000  1
ANNULUS 2   1.1810000  0
ANNULUS 3   1.2700000  2
ANNULUS 4   1.8719926  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       6   1   1  26
MATERIAL  1 -1 293.0 1  2235 4.83827229E-04 $
                        8238 4.75625731E-02
MATERIAL  2 -1 293.0 2    27 6.02597818E-02
MATERIAL  3 -1 293.0 3  3001 6.67523816E-02 $
                        6016 3.33761908E-02
REGULAR   1   6
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    2.9030E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* hw_umb2
ANNULUS 4   2.0715482  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    3.3570E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* hw_umb3
ANNULUS 4   2.1403840  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    3.012E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* hw_umb4
ANNULUS 1   2.1080000  1
ANNULUS 2   2.1199999  0
ANNULUS 3   2.1910000  2
ANNULUS 4   2.9363296  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    1.6390E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* hw_umb5
ANNULUS 4   3.2726984  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    2.7470E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* hw_umb6
ANNULUS 4   3.6084983  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    2.2050E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
*END
*deck HW_UMC
**********************************************************
* WIMSD5
* hw_umc (5 cases)          S12
* 30AUG2001                 STANDARD INPUT
**********************************************************
* hw_umc1
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     34
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   1.6964999  1
ANNULUS 2   1.7810000  0
ANNULUS 3   1.9050000  2
ANNULUS 4   2.6667471  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       6   1   1  26
MATERIAL  1 -1 293.0 1  2235 6.88626838E-04 $
                        8238 4.71326783E-02
MATERIAL  2 -1 293.0 2    27 6.02597818E-02
MATERIAL  3 -1 293.0 3  3001 6.67523816E-02 $
                        6016 3.33761908E-02
REGULAR   1   6
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    5.2940E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* hw_umc2
ANNULUS 4   2.7984047  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    5.6780E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* hw_umc3
ANNULUS 4   2.9339664  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    5.7740E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* hw_umc4
ANNULUS 4   3.2013564  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    5.1150E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* hw_umc5
ANNULUS 4   3.4688778  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    3.8180E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
*END
*deck JAERITCA
**********************************************************
* WIMSD5
* jaeri_tca1-3              S12
* 30MAR2001                 STANDARD INPUT
**********************************************************
* jaeri_tca1
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     15
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   0.5355000  1
ANNULUS 2   0.5415000  0
ANNULUS 3   0.6115000  2
ANNULUS 4   0.9373528  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       4   1   1   9
MATERIAL  1 -1 294.0 1  6016 4.64437343E-02 $
                        2235 6.00981934E-04 $
                        8238 2.26208847E-02
MATERIAL  2 -1 294.0 2    27 6.02597818E-02
MATERIAL  3 -1 294.0 3  3001 6.67367280E-02 $
                        6016 3.33683640E-02
REGULAR   1   4
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67367280E-02  0.0 3.33683640E-02  0.0
BUCKLING    9.220E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 294.0  8238 294.0
PARTITION 45 69
BEGINC
**********************************************************
* jaeri_tca2
ANNULUS 4   0.9733719  3
MATERIAL  1 -1 293.8 1  6016 4.64437343E-02 $
                        2235 6.00981934E-04 $
                        8238 2.26208847E-02
MATERIAL  2 -1 293.8 2    27 6.02597818E-02
MATERIAL  3 -1 293.8 3  3001 6.67398572E-02 $
                        6016 3.33699286E-02
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67398572E-02  0.0 3.33699286E-02  0.0
BUCKLING    9.640E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.8  8238 293.8
PARTITION 45 69
BEGINC
**********************************************************
* jaeri_tca3
ANNULUS 4   1.0278238  3
MATERIAL  1 -1 289.0 1  6016 4.64437343E-02 $
                        2235 6.00981934E-04 $
                        8238 2.26208847E-02
MATERIAL  2 -1 289.0 2    27 6.02597818E-02
MATERIAL  3 -1 289.0 3  3001 6.68005273E-02 $
                        6016 3.34002636E-02
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.68005273E-02  0.0 3.34002636E-02  0.0
BUCKLING    1.0090E-02  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 289.0  8238 289.0
PARTITION 45 69
BEGINC
**********************************************************
**********************************************************
* WIMSD5
* jaeri_tca-UO2(4-7)   S12    1.5U
* update on 15/12/2001   by L. ERRADI   STAND. INPUT
**********************************************************
* jaeri_tca4
ANNULUS 1   0.6250000  1
ANNULUS 2   0.6325001  0
ANNULUS 3   0.7085000  2
ANNULUS 4   1.0431865  3
MATERIAL  1 -1 293.0 1  6016 4.7214E-02 $
                        2235 6.0830E-04 $
                         234 4.8872E-06 $
                        8238 2.2531E-02
MATERIAL  2 -1 293.0 2    27 6.0239E-02
MATERIAL  3 -1 293.0 3  3001 6.6735E-02 $
                        6016 3.3368E-02
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.6735E-02  0.0 3.3368E-02  0.0
BUCKLING    6.46E-03  1.87E-03
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* jaeritca-UO2       S12  1.83U
* update on 15/12/2001 by L. ERRADI STAND. INPUT
**********************************************************
* jaeri_tca5
ANNULUS 4   1.1035548  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.6735E-02  0.0 3.3368E-02  0.0
BUCKLING    6.88E-03  2.55E-03
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 294.0  8238 294.0
PARTITION 45 69
BEGINC
**********************************************************
* jaer_itca-UO2       S12   2.48U
* update on 15/12/2001  by L. ERRADI  STAND. INPUT
**********************************************************
* jaeri_tca6
ANNULUS 4   1.2130076  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.6735E-02  0.0 3.3368E-02  0.0
BUCKLING    7.89E-03  1.94E-03
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* jaeri_tca-UO2       S12    3.00U
* update on 15/12/2001  by L. ERRADI   STAND. INPUT
**********************************************************
* jaeri_tca7
ANNULUS 4   1.2936867  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.6735E-02  0.0 3.3368E-02  0.0
BUCKLING    7.57E-03  1.95E-03
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
*END
*deck JTCA_PU
**********************************************************
* WIMSD5B
* jtca-pu (4 cases)   S12
* update on 15/12/2001  by L. ERRADI     STAND. INPUT
**********************************************************
* jtca-pu1  2.42Pu  experiment date: 7/6/1972
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     20
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS  1   0.5325000  1
ANNULUS  2   0.5415000  0
ANNULUS  3   0.6115000  2
ANNULUS  4   1.0296460  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60
         61 62 63 64 65 66 67 68  69
MESH       4   1   2  13
MATERIAL  1 -1 293.0 1  6016 2.78370000E-02 $
                        2235 9.39260000E-05 $
                         234 7.17490000E-07 $
                        8238 1.29510000E-02 $
                         948 2.00030000E-06 $
                        6239 2.74910000E-04 $
                        1240 8.84170000E-05 $
                        1241 2.79230000E-05 $
                        1242 8.12340000E-06 $
                         951 1.35310000E-06 $
                        1011 3.03608000E-07
MATERIAL  2   6.523 293.0 2    91  9.822101E+01 $
                               118 1.480000E+00 $
                              2056 1.410000E-01 $
                                52 9.800000E-02 $
                                58 6.000000E-02
MATERIAL  3 -1 293.0 3  3001 6.67350000E-02 $
                        6016 3.33680000E-02
REGULAR   1  4
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67350000E-02  0.0 3.33680000E-02  0.0
BUCKLING    6.278E-03  1.782E-03
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* jtca-pu2  2.98Pu  experiment date: 18/5/1972
ANNULUS 4   1.1035548  3
MATERIAL  1 -1 293.0 1  6016 2.78370000E-02 $
                        2235 9.39260000E-05 $
                         234 7.17490000E-07 $
                        8238 1.29510000E-02 $
                         948 2.00030000E-06 $
                        6239 2.74910000E-04 $
                        1240 8.84170000E-05 $
                        1241 2.80030000E-05 $
                        1242 8.12340000E-06 $
                         951 1.27930000E-06 $
                        1011 3.03608000E-07
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67350000E-02  0.0 3.33680000E-02  0.0
BUCKLING    6.620E-03  1.690E-03
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* jtca-pu3  4.24Pu  experiment date: 13/4/1972
ANNULUS 4   1.2553218  3
MATERIAL  1 -1 293.0 1  6016 2.78370000E-02 $
                        2235 9.39260000E-05 $
                         234 7.17490000E-07 $
                        8238 1.29510000E-02 $
                         948 2.00030000E-06 $
                        6239 2.74910000E-04 $
                        1240 8.84170000E-05 $
                        1241 2.81330000E-05 $
                        1242 8.12340000E-06 $
                         951 1.14980000E-06 $
                        1011 3.03608000E-07
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67350000E-02  0.0 3.33680000E-02  0.0
BUCKLING    6.027E-03  1.773E-03
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* jtca-pu4  5.55Pu  experiment date: 28/4/1972
ANNULUS 4   1.395805  3
MATERIAL  1 -1 293.0 1  6016 2.78370000E-02 $
                        2235 9.39260000E-05 $
                         234 7.17490000E-07 $
                        8238 1.29510000E-02 $
                         948 2.00030000E-06 $
                        6239 2.74910000E-04 $
                        1240 8.84170000E-05 $
                        1241 2.80770000E-05 $
                        1242 8.12340000E-06 $
                         951 1.20530000E-06 $
                        1011 3.03608000E-07
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67350000E-02  0.0 3.33680000E-02  0.0
BUCKLING    4.778E-03  1.722E-03
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
*END
*deck KRITZ1
******************************************************************************
* WIMSD5B                                                                    *
* ISOTHRMAL MODERATOR TEMPERATUTE COEFFICIENT BENCHMARK        S12           *
* KRITZ_1                                                                    *
* FUEL : UO2                                                                 *
*                     -- REFERENCE  --                                       *
*       E.Johansson "Data and results for KRITZ experiments on regular       *
*          H2O/fuel pin lattices at temperatures up to 245°C                 *
*                    STUDSVIK/NS-90/133(1990)                                *
*                                                                            *
* PREPARED BY L.ERRADI AND A.HTET          30/06/99                          *
******************************************************************************
*********************************************************************
* CASE : PITCH=1.8 cm ,Vm/Vf=1.44 , T(°C)=20 ,   BORON = 177.5 ppm  *
*********************************************************************
CELL 6
SEQUENCE 1
NGROUP 69 2
NMESH 20
NREGION 4 0 4
NMATERIAL 3
NREACT 2
PREOUT
INITIATE
*** MAIN DATA
*** GEOMETRY
ANNULUS 1 0.619   1
ANNULUS 2 0.630   0
ANNULUS 3 0.693   2
ANNULUS 4 1.0155413 3
FEWGROUPS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 $
   16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 $
   31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 $
   46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
   61 62 63 64 65 66 67 68 69
MESH 8 1 3 8
*** MATERIAL DATA
MATERIAL 1 -1 293 1 234 2.67524E-06 2235 3.13456E-4 8238 2.25625E-2 $
       6016 4.5752E-2 236 2.19125E-6
MATERIAL 2 -1 293 2 91 4.155952E-2 52 1.81202E-4 2056 1.27202E-4
MATERIAL 3  -1     293.0  3  6016   3.33828E-02 3001   6.67656E-02
1011 9.7276429E-6
REGULAR 1
S      12
BEGINC
THERMAL 24
* BEEONE 1
* DNB 1 0.0 0.0 0.0 0.0
* DNB 2 0.0 0.0 0.0 0.0
* DNB 3 6.67656E-02 0.0 3.33828E-02 0.0
BUCKLING 0.002118 0.000907
DIFFUSION 2
LEAKAGE 5
REACTION 2235 293 8238 293
PARTITION 45 69
BEGINC
***********************************************************************
* CASE : PITCH=1.8 cm ,Vm/Vf=1.44 , T(°C)=210 ,   BORON = 177.5 ppm   *
***********************************************************************
*** MAIN DATA
*** GEOMETRY
ANNULUS 1 6.198778E-01   1
ANNULUS 2 6.308933E-01   0
ANNULUS 3 6.939461E-01   2
ANNULUS 4 1.0188755      3
FEWGROUPS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 $
   16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 $
   31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 $
   46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
   61 62 63 64 65 66 67 68 69
MESH 8 1 3 8
*** MATERIAL DATA
MATERIAL 1 -1 483.0 1
234 2.667669E-06
236 2.185049E-6
2235    3.125689E-04   $
                          8238    2.249865E-02   $
                          6016    4.562252E-02
MATERIAL 2 -1 483.0 2         91    4.144627E-02   $
                            52    1.807082E-04   $
                          2056    1.268554E-04
MATERIAL 3  -1  483.0  3  6016   2.85501E-02 3001   5.71001E-02 $
1011 8.57127E-6
REGULAR 1
S      12
BEGINC
THERMAL 24
* BEEONE 1
* DNB 1 0.0 0.0 0.0 0.0
* DNB 2 0.0 0.0 0.0 0.0
* DNB 3 5.71001E-02 0.0 2.85501E-02 0.0
BUCKLING 0.002002 0.000188
DIFFUSION 2
LEAKAGE 5
REACTION 2235 483 8238 483
PARTITION 45 69
BEGINC
*END
*deck KRITZ21
******************************************************************************
* WIMSD5B                                                                    *
* ISOTHRMAL MODERATOR TEMPERATUTE COEFFICIENT BENCHMARK            S12       *
* KRITZ2_1                                                                   *
* FUEL : UO2                                                                 *
*                      -- REFERENCE --                                       *
*       E.Johansson "Data and results for KRITZ experiments on regular       *
*          H2O/fuel pin lattices at temperatures up to 245°C                 *
*                    STUDSVIK/NS-90/133(1990)                                *
*                                                                            *
* PREPARED BY L.ERRADI AND A.HTET               30/06/99                     *
******************************************************************************
********************************************************************
* CASE : PITCH=1.485 cm ,Vm/Vf=1.17 , T(°C)=20 ,   BORON = 218. ppm*
********************************************************************
CELL      6
SEQUENCE  1
NGROUP   69  2
NMESH    20
NREGION   4  0  4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
*** MAIN DATA
*** GEOMETRY
ANNULUS   1    0.529        1
ANNULUS   2    0.5385       0
ANNULUS   3    0.6125       2
ANNULUS   4    0.8378215      3
FEWGROUP  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 $
         16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 $
         31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 $
         46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
         61 62 63 64 65 66 67 68 69
MESH      8 1  3  8
*** MATERIAL DATA
MATERIAL  1 -1  293.0 1 2235 .0004261357 8238 .02220096
6016 .04525421 234 2.67524E-06 236 2.19125E-06
MATERIAL 2 -1 293.0 2 91 4.155952E-2 52 1.81202E-4 2056 1.27202E-4
MATERIAL 3  -1     293.0  3  6016   3.33828E-02 3001   6.67656E-02 $
1011 1.2117864E-5
REGULAR   1
S        12
BEGINC
THERMAL  24
* BEEONE    1
* DNB       1 0.      0. 0.    0.
* DNB       2 0.      0. 0.      0.
* DNB       3 6.67656E-02 0. 3.33828E-02 0.
BUCKLINGS 0.003129  0.001475
DIFFUSION 2
LEAKAGE   5
REACTION  2235 293.0   8238 293.0
PARTITION 45 69
BEGINC
***********************************************************************
* CASE : PITCH=1.485 cm ,Vm/Vf=1.17 , T(°C)=248.5 ,   BORON = 26. ppm *
***********************************************************************
*** MAIN DATA
*** GEOMETRY
ANNULUS   1    5.299156E-01       1
ANNULUS   2    5.394320E-01       0
ANNULUS   3    6.135388E-01       2
ANNULUS   4    8.411297E-01      3
FEWGROUP  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 $
         16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 $
         31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 $
         46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
         61 62 63 64 65 66 67 68 69
MESH      8 1  3  8
*** MATERIAL DATA
MATERIAL  1 -1  521.5 1
                               234     2.666003E-06     $
                               236     2.183684E-06     $
                               2235    4.246644E-04     $
                               8238    2.212431E-02     $
                               6016    4.509796E-02
MATERIAL 2 -1 521.5 2            91    4.141891E-02     $
                                 52    1.805889E-04     $
                               2056    1.267716E-04
MATERIAL 3  -1  521.5  3  6016   2.68026E-02 3001   5.36052E-02 $
1011 1.16140E-6
REGULAR   1
S        12
BEGINC
THERMAL  24
* BEEONE    1
* DNB          1 0.      0. 0.  0.
* DNB          2 0.      0. 0.      0.
* DNB          3  5.36052E-02  0. 2.68026E-02 0.
BUCKLINGS 0.002714  0.000625
DIFFUSION 2
LEAKAGE   5
PARTITION 45 69
REACTION 2235  521.5   8238  521.5
BEGINC
*END
*deck KRITZ213
******************************************************************************
* WIMSD5B                                                                    *
* ISOTHRMAL MODERATOR TEMPERATUTE COEFFICIENT BENCHMARK             S12      *
* KRITZ_213                                                                  *
* FUEL : UO2                                                                 *
*                     -- REFERENCE  --                                       *
*       E.Johansson "Data and results for KRITZ experiments on regular       *
*          H2O/fuel pin lattices at temperatures up to 245°C                 *
*                    STUDSVIK/NS-90/133(1990)                                *
*                                                                            *
* PREPARED BY L.ERRADI AND A.HTET          30/06/99                          *
******************************************************************************
*********************************************************************
* CASE :   pitch=1.635 cm,  T=22.0C,   Boron= 452 ppm               *
*********************************************************************
CELL 6
SEQUENCE 1
NGROUP 69 2
NMESH 20
NREGION 4 0 4
NMATERIAL 3
NREACT 2
PREOUT
INITIATE
*KRITZ 2:13 UO2 22 degrees
ANNULUS 1 0.529  1
ANNULUS 2 0.5385 0
ANNULUS 3 0.6125 2
ANNULUS 4 0.92245 3
FEWGROUPS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 $
   16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 $
   31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 $
   46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
   61 62 63 64 65 66 67 68 69
MESH 8 1 3 8
MATERIAL 1 -1 295 1 2235 4.25994E-4 8238 2.219361E-2 $
       236 2.19125E-6 234 2.67524E-6  6016 4.52392E-2
MATERIAL 2 -1 295.0 2 91 4.155952E-2 52 1.81202E-4 2056 1.27202E-4
MATERIAL 3 -1 295 3 3001 6.67408E-2 6016 3.33704E-2 1011 2.513904E-5
REGULAR 1
S      12
BEGINC
THERMAL 24
* BEEONE 1
* DNB 1 0.0 0.0 0.0 0.0
* DNB 2 0.0 0.0 0.0 0.0
* DNB 3 0.0667408 0.0 0.0333704 0.0
BUCKLING 0.003212 0.0008
DIFFUSION 2
LEAKAGE 5
REACTION 2235 295 8238 295
PARTITION 45 69
BEGINC
***********************************************************************
* CASE :                                                              *
***********************************************************************
*** MAIN DATA
*** GEOMETRY
*KRITZ 2:13 UO2 243 degrees
ANNULUS 1 5.298917E-01  1
ANNULUS 2 5.394077E-01 0
ANNULUS 3 6.135092E-01 2
ANNULUS 4 9.260045E-01 3
FEWGROUPS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 $
   16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 $
   31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 $
   46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
   61 62 63 64 65 66 67 68 69
MESH 8 1 3 8
MATERIAL 1 -1 516 1        2235    4.245615E-04    $
                           8238    2.211898E-02    $
                           6016    4.508707E-02
MATERIAL 2 -1 516 2          91    4.142291E-02    $
                             52    1.806064E-04    $
                           2056    1.267839E-04
MATERIAL 3 -1 516 3 3001 .541177E-01 6016 .270588E-01 $
1011 .126430E-04
REGULAR 1
S      12
BEGINC
THERMAL 24
* BEEONE 1
* DNB 1 0.0 0.0 0.0 0.0
* DNB 2 0.0 0.0 0.0 0.0
* DNB 3 0.541177E-01 0.0 0.270588E-01 0.0
BUCKLING 0.002958 0.0006
DIFFUSION 2
LEAKAGE 5
REACTION 2235 516 8238 516
PARTITION 45 69
BEGINC
*END
*deck KRITZ219
******************************************************************************
* WIMSD5B                                                                    *
* ISOTHRMAL MODERATOR TEMPERATUTE COEFFICIENT BENCHMARK              S12     *
* KRITZ2_19                                                                  *
* FUEL : UO2-PuO2                                                            *
*                   -- reference --                                          *
*       E.Johansson "Data and results for KRITZ experiments on regular       *
*          H2O/fuel pin lattices at temperatures up to 245°C                 *
*                    STUDSVIK/NS-90/133(1990)                                *
*                                                                            *
* PREPARED BY L.ERRADI AND A.HTET               30/06/99                     *
******************************************************************************
******************************************************************
* CASE : PITCH=1.8 cm ,Vm/Vf=3.32 , T(°C)=21. ,   BORON = 5. ppm *
******************************************************************
CELL      6
SEQUENCE  1
NGROUP   69  2
NMESH    20
NREGION   4  0  4
NMATERIAL 3
NREACT    2
ENDPRELUDE
INITIATE
*** MAIN DATA
*** GEOMETRY
ANNULUS   1    0.4725        1
ANNULUS   2    0.482        0
ANNULUS   3    0.5395        2
ANNULUS   4    1.0155413    3
FEWGROUP  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 $
         16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 $
         31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 $
         46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
         61 62 63 64 65 66 67 68 69
MESH      8  1 3 8
*** MATERIAL DATA
MATERIAL 1 -1 294.0 1 2235 3.41034985E-5 $
 8238 0.0210123395 6239 2.9179061E-4 1240 2.499420E-5 $
1241 1.41422E-6 1242 9.576324E-8 6016 0.04273130 951 9.15633E-7
MATERIAL 2 -1 294 2 91 4.155952E-2 52 1.81202E-4 2056 1.27202E-4
MATERIAL 3  -1     294.0  3  6016   3.33828E-02 3001   6.67656E-02 $
1011 0.2779326E-6
REGULAR   1
S        12
BEGINC
THERMAL  24
* BEEONE    1
* DNB       1 0.      0. 0. 0.
* DNB       2 0.      0. 0.      0.
* DNB       3 6.67656E-02 0. 3.33828E-02 0.
BUCKLINGS 0.00605  0.001637
DIFFUSION 2
LEAKAGE   5
REACTION  2235,294.0   8238,294.0
PARTITION 45 69
BEGINC
****************************************************************************
* CASE : PITCH=1.8 cm ,Vm/Vf=3.32 , T(°C)=236. ,   BORON = 5. ppm          *
****************************************************************************
*** MAIN DATA
*** GEOMETRY
ANNULUS   1   4.732694E-01        1
ANNULUS   2   4.827848E-01      0
ANNULUS   3   5.403560E-01       2
ANNULUS   4    1.019332    3
FEWGROUP  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 $
         16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 $
         31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 $
         46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
         61 62 63 64 65 66 67 68 69
MESH      8 1 3 8
*** MATERIAL DATA
MATERIAL 1 -1 509.0 1     2235    3.399271E-05    $
                          8238    2.094408E-02    $
                          6239    2.908427E-04    $
                          1240    2.491300E-05    $
                          1241    1.409626E-06    $
                          1242    9.545214E-08    $
                          6016    4.259248E-02    $
                          951     9.126585E-07
MATERIAL 2 -1 509.0 2       91    4.142796E-02    $
                            52    1.806284E-04    $
                          2056    1.267993E-04
MATERIAL 3  -1     509.0  3  6016   2.74177E-02 3001   5.48353E-02 $
1011 0.228447E-6
REGULAR   1
S        12
BEGINC
THERMAL  24
DIFFUSION 2
* BEEONE    1
* DNB       1 0.      0. 0.  0.
* DNB       2 0.      0. 0.      0.
* DNB       3  5.48353E-02  0. 2.74177E-02 0.
BUCKLINGS 0.005318  0.00077
REACTION 2235  509   8238   509
PARTITION 45 69
BEGINC
*END
*deck MTRBURN
*********************************************************
* WIMSD5
* MTR BURNUP OMEGA WEST REACTOR         S12
* 28FEB2002                             STANDARD INPUT
*********************************************************
CELL      6
NPLATE    1
SEQUENCE 1       * DSN
NGROUP 69 2
NMESH     11
NREGION   3
NMATERIAL 3 1
PREOUT
INITIATE
SLAB   1 0.0254   1
SLAB   2 0.0774   2
SLAB   3 0.2259   3
MATERIAL  1 -1   293.0 1   234.0 1.24E-05 $
                          2235.0 1.62E-03 $
                          8238.0 1.05E-04 $
                            27   5.81E-02 $
                          6239.0 1.00000E-20
MATERIAL  2 -1   293.0 2    27   6.03E-02
MATERIAL  3 -1   293.0 3  3001   6.684E-02 $
                          6016   3.335E-02
FEWGROUPS  1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 $
  21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
  41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
  61 62 63 64 65 66 67 68 69
MESH      3 2 6
S 12
POWERC 1 199.44 .01 1
SUPPRESS 1 1 1 1 1 1 1 1 1 1 1 0 1 1 1 1
BEGINC
THERMAL  25
BEGINC
POWERC 1 -1   .99 1
BEGINC
BEGINC
POWERC 1 -1 3.3 10
BEGINC
BEGINC
POWERC 1 -1 3.3 10
BEGINC
BEGINC
POWERC 1 188.82 .01 1
BEGINC
BEGINC
POWERC 1 -1   .99 1
BEGINC
BEGINC
POWERC 1 -1 4.5 10
BEGINC
BEGINC
POWERC 1 -1 4.5 10
BEGINC
BEGINC
POWERC 1 178.64 .01 1
BEGINC
BEGINC
POWERC 1 -1   .99 1
BEGINC
BEGINC
POWERC 1 -1 4.05 10
BEGINC
BEGINC
POWERC 1 -1 4.05 10
BEGINC
BEGINC
POWERC 1 260.66 .01 1
BEGINC
BEGINC
POWERC 1 -1   .99 1
BEGINC
BEGINC
POWERC 1 -1 4.7  5
BEGINC
BEGINC
POWERC 1 -1 4.7  5
BEGINC
BEGINC
POWERC 1 164.92 .01 1
BEGINC
BEGINC
POWERC 1 -1   .99 1
BEGINC
BEGINC
POWERC 1 -1 6.9 5
BEGINC
BEGINC
POWERC 1 -1 6.9 5
BEGINC
BEGINC
POWERC 1 207.26 .01 1
BEGINC
BEGINC
POWERC 1 -1   .99 1
BEGINC
BEGINC
POWERC 1 -1 7.0 10
BEGINC
BEGINC
POWERC 1 -1 7.0 10
BEGINC
BEGINC
POWERC 1 211.54 .01 1
BEGINC
BEGINC
POWERC 1 -1   .99 1
BEGINC
BEGINC
POWERC 1 -1 4.8 10
BEGINC
BEGINC
POWERC 1 -1 4.8 10
BEGINC
BEGINC
POWERC 1 173.48 .01 1
BEGINC
BEGINC
POWERC 1 -1   .99 1
BEGINC
BEGINC
POWERC 1 -1 4.15 10
BEGINC
BEGINC
POWERC 1 -1 4.15 10
BEGINC
BEGINC
POWERC 1 206.52 .01 1
BEGINC
BEGINC
POWERC 1 -1   .99 1
BEGINC
BEGINC
POWERC 1 -1 4.5 10
BEGINC
BEGINC
POWERC 1 -1 4.5 10
BEGINC
BEGINC
POWERC 1 280.42 .01 1
BEGINC
BEGINC
POWERC 1 -1   .99 1
BEGINC
BEGINC
POWERC 1 -1 6.2 5
BEGINC
BEGINC
POWERC 1 -1 6.2 5
BEGINC
BEGINC
POWERC 1 271.13 .01 1
BEGINC
BEGINC
POWERC 1 -1   .99 1
BEGINC
BEGINC
POWERC 1 -1 8.3 5
BEGINC
BEGINC
POWERC 1 -1 8.3 5
BEGINC
BEGINC
POWERC 1 218.47 .01 1
BEGINC
BEGINC
POWERC 1 -1   .99 1
BEGINC
BEGINC
POWERC 1 -1 7.3 10
BEGINC
BEGINC
POWERC 1 -1 7.3 10
BEGINC
BEGINC
POWERC 1 264.94 .01 1
BEGINC
BEGINC
POWERC 1 -1   .99 1
BEGINC
BEGINC
POWERC 1 -1 4.15 10
BEGINC
BEGINC
POWERC 1 -1 4.15 10
BEGINC
BEGINC
POWERC 1 224.22 .01 1
BEGINC
BEGINC
POWERC 1 -1   .99 1
BEGINC
BEGINC
POWERC 1 -1 6.2 5
BEGINC
BEGINC
POWERC 1 -1 6.2 5
BEGINC
BEGINC
POWERC 1 210.21 .01 1
BEGINC
BEGINC
POWERC 1 -1   .99 1
BEGINC
BEGINC
POWERC 1 -1 8.8 5
BEGINC
BEGINC
POWERC 1 -1 8.8 5
BEGINC
BEGINC
POWERC 1 296.36 .01 1
BEGINC
BEGINC
POWERC 1 -1   .99 1
BEGINC
BEGINC
POWERC 1 -1 5.3 10
BEGINC
BEGINC
POWERC 1 -1 5.3 10
BEGINC
BEGINC
POWERC 1 300.19 .01 1
BEGINC
BEGINC
POWERC 1 -1   .99 1
BEGINC
BEGINC
POWERC 1 -1 6.2 5
BEGINC
BEGINC
POWERC 1 -1 6.2 5
BEGINC
BEGINC
POWERC 1 1.0E-04 631.0  1
BEGINC
BEGINC
POWERC 0 0
BEGINC
BEGINC
*END
*deck NAIG_NCA
**********************************************************
* WIMSD5
* naig_nca                  S12
* 30MAR2001                 STANDARD INPUT
**********************************************************
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     13
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   0.5000000  1
ANNULUS 2   0.5100000  0
ANNULUS 3   0.5900000  2
ANNULUS 4   1.0380751  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       4   1   1   7
MATERIAL  1 -1 293.0 1  6016 4.62623499E-02 $
                        2235 4.67249716E-04 $
                        8238 2.26639248E-02
MATERIAL  2 -1 293.0 2    27 6.02597818E-02
MATERIAL  3 -1 293.0 3  3001 6.67523816E-02 $
                        6016 3.33761908E-02
REGULAR   1   4
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    6.9720E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
*END
*deck NORA
***********************************************************************
* WIMSD5B                                                             *
* ISOTHRMAL MODERATOR TEMPERATUTE COEFFICIENT BENCHMARK               *
* NORA EXPERIMENTS                                               S12  *
* FUEL : UO2                                                          *
*                      --REFERENCES--                                 *
* 'TOPICS LIGHT WATER REACTOR PHYSICS : FINAL REPORT OF   NORA        *
* PROJECT' TECHNICAL REPORTS SERIES N° 113 IAEA-R-104-F (1970).       *
*                     -----------                                     *
*                          C. MOUNIER                                 *
*      ' CONTRIBUTION A L'ETUDE DU COEFFICIENT DE TEMPERATURE         *
*            DES REACTEURS A EAU LEGERE'                              *
*              NOTE CEA N-2761    MAI 1994                            *
*                                                                     *
* PREPARED BY L.ERRADI AND A.HTET           30/06/99                  *
***********************************************************************
***********************************************************************
* CASE : PITCH=1.9 CM , VM/VF=1.66  ,  T(°C)=20                       *
***********************************************************************
CELL 6
SEQUENCE 1
NGROUP 69 2
NMESH 20
NREGION 4 0 4
NMATERIAL 3
NREACT 2
PREOUT
INITIATE
*** MAIN DATA
*** GEOMETRY
ANNULUS 1 0.635 1
ANNULUS 2 0.6460 0
ANNULUS 3 0.694 2
ANNULUS 4 1.0719602 3
FEWGROUPS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 $
   16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 $
   31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 $
   46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
   61 62 63 64 65 66 67 68 69
MESH 8 1 3 8
*** MATERIAL DATA
MATERIAL 1 -1 293 1 2235 8.00462E-4 8238 2.23877E-2 $
       6016 4.63763E-2
MATERIAL 2 -1 293 2 52 1.6E-2 2056 5.79E-2 $
 58 8.0E-3     55 1.2E-3 29 9.9E-4 96 1.7E-4 1059 1.1E-4
MATERIAL 3  -1  293.0  3  3001 6.679088E-02  6016   3.339544E-02
REGULAR 1
S      12
BEGINC
THERMAL 24
* BEEONE  1
* DNB 1 0.0 0.0 0.0 0.0
* DNB 2 0.0 0.0 0.0 0.0
* DNB 3 6.679088E-02 0.0 3.339544E-02 0.0
BUCKLING 0.007444 0.002008
DIFFUSION 2
LEAKAGE 5
REACTION 2235 293 8238 293
PARTITION 45 69
BEGINC
***********************************************************************
* CASE : PITCH=1.9 cm , Vm/Vf=1.66  ,  T(°C)=60                       *
***********************************************************************
*** MAIN DATA
*** GEOMETRY
ANNULUS 1 6.351785E-01 1
ANNULUS 2 6.461816E-01 0
ANNULUS 3 6.944797E-01 2
ANNULUS 4 1.072981     3
FEWGROUPS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 $
   16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 $
   31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 $
   46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
   61 62 63 64 65 66 67 68 69
MESH 8 1 3 8
*** MATERIAL DATA
MATERIAL 1 -1 333 1         2235    8.000120E-04    $
                            8238    2.237512E-02    $
                            6016    4.635023E-02
MATERIAL 2 -1 333 2           52    1.597791E-02    $
                            2056    5.782004E-02    $
                              58    7.988953E-03    $
                              55    1.198343E-03    $
                              29    9.886329E-04    $
                              96    1.697652E-04    $
                            1059    1.098481E-04
MATERIAL 3  -1     333.0  3  3001   6.578679E-02  6016   3.289339E-02
REGULAR 1
S      12
BEGINC
THERMAL 24
* BEEONE  1
* DNB 1 0.0 0.0 0.0 0.0
* DNB 2 0.0 0.0 0.0 0.0
* DNB 3 6.578679E-02 0.0 3.289339E-02 0.0
BUCKLING 0.007310 0.001884
DIFFUSION 2
LEAKAGE 5
REACTION 2235 333 8238 333
PARTITION 45 69
BEGINC
***********************************************************************
* CASE : PITCH=2.314 cm , Vm/Vf=3.03  ,  T(°C)=20                     *
***********************************************************************
*** MAIN DATA
*** GEOMETRY
ANNULUS 1 0.635 1
ANNULUS 2 0.6460 0
ANNULUS 3 0.694 2
ANNULUS 4 1.3055347 3
FEWGROUPS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 $
   16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 $
   31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 $
   46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
   61 62 63 64 65 66 67 68 69
MESH 8 1 3 8
*** MATERIAL DATA
MATERIAL 1 -1 293 1 2235 8.00462E-4 8238 2.23877E-2 $
       6016 4.63763E-2
MATERIAL 2 -1 293 2 52 1.6E-2 2056 5.79E-2 $
 58 8.0E-3     55 1.2E-3 29 9.9E-4 96 1.7E-4 1059 1.1E-4
MATERIAL 3  -1  293.0  3  3001 6.679088E-02  6016   3.339544E-02
REGULAR 1
S      12
BEGINC
THERMAL 24
* BEEONE  1
* DNB 1 0.0 0.0 0.0 0.0
* DNB 2 0.0 0.0 0.0 0.0
* DNB 3 6.679088E-02 0.0 3.339544E-02 0.0
BUCKLING 0.008017 0.002122
DIFFUSION 2
LEAKAGE 5
REACTION 2235 293 8238 293
PARTITION 45 69
BEGINC
***********************************************************************
* CASE : PITCH=2.314 cm , Vm/Vf=3.03 ,  T(°C)=60                      *
***********************************************************************
*** MAIN DATA
*** GEOMETRY
ANNULUS 1 6.351785E-01 1
ANNULUS 2 6.461816E-01 0
ANNULUS 3 6.944797E-01 2
ANNULUS 4 1.306777     3
FEWGROUPS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 $
   16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 $
   31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 $
   46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
   61 62 63 64 65 66 67 68 69
MESH 8 1 3 8
*** MATERIAL DATA
MATERIAL 1 -1 333 1         2235    8.000120E-04    $
                            8238    2.237512E-02    $
                            6016    4.635023E-02
MATERIAL 2 -1 333 2           52    1.597791E-02    $
                            2056    5.782004E-02    $
                              58    7.988953E-03    $
                              55    1.198343E-03    $
                              29    9.886329E-04    $
                              96    1.697652E-04    $
                            1059    1.098481E-04
MATERIAL 3  -1     333.0  3  3001   6.578679E-02  6016 3.289339E-02
REGULAR 1
S      12
BEGINC
THERMAL 24
* BEEONE  1
* DNB 1 0.0 0.0 0.0 0.0
* DNB 2 0.0 0.0 0.0 0.0
* DNB 3 6.578679E-02 0.0 3.289339E-02 0.0
BUCKLING 0.007891 0.002049
DIFFUSION 2
LEAKAGE 5
REACTION 2235 333 8238 333
PARTITION 45 69
BEGINC
*END
*deck NPY_NORA
**********************************************************
* WIMSD5
* npy_nora (3 cases)        S12
* 30MAR2001                 STANDARD INPUT
**********************************************************
* npy_nora1
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     20
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   0.6350000  1
ANNULUS 2   0.6460000  0
ANNULUS 3   0.6940000  2
ANNULUS 4   1.0728418  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       4   1   2  13
MATERIAL  1 -1 293.0 1  6016 4.64033671E-02 $
                        2235 7.91177445E-04 $
                        8238 2.24105064E-02
MATERIAL  2 -1 293.0 2    29 3.34512995E-04 $
                          52 1.72649007E-02 $
                          55 1.59898004E-03 $
                        2056 5.67581989E-02 $
                          58 8.64434987E-03
MATERIAL  3 -1 293.0 3  3001 6.67523816E-02 $
                        6016 3.33761908E-02
REGULAR   1   4
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    9.180E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* npy_nora2
ANNULUS 4   1.3051466  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    9.880E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* npy_nora3
ANNULUS 4   1.5166347  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    8.640E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
*END
*deck PURECYA
************************************************************************
* WIMS-D Library Update Project (WLUP)                                 *
* Physics of Plutonium Recycling Benchmark (Package ID: NEA 1505/01)   *
* Case A: Degraded Plutonium                                           *
*                     WIMS-D input model prepared by: G. Yerdev (1999) *
*                                        Reviewed by: A. Trkov         *
************************************************************************
 CELL      6
 SEQUENCE  1
 NGROUP   69 1
 NMESH    50
 NREGION   3
 NMATERIAL 3 1
 NREACT   55
PREOUT
 INITIATE
 ANNULUS   1  0.4095 1
 ANNULUS   2  0.4750 2
 POLYGON   3  4 3 0.65665
 MATERIAL  1 -1 933.0 1     $
        2235. 1.4456E-4     $
        8238. 1.9939E-2     $
         948. 1.1467E-4     $
        6239. 1.0285E-3     $
        1240. 7.9657E-4     $
        1241. 3.3997E-4     $
         242. 5.6388E-4     $
        6016  4.5851E-2
 MATERIAL  2 -1 579.3 2   91 0.043248
 MATERIAL  3 -1 579.3 3 3001 0.047716  6016 0.023858  1011 1.98606E-5
*MATERIAL  3 -1 579.3 3 3001 0.047716  6016 0.023858  1011 3.6346E-6
 MESH     20 10 20
 S        32
 REGULAR   1  4
 FEWGROUPS 1  2  3  4  5  6  7  8  9 10 11 12 13 14  $
          15 16 17 18 19 20 21 22 23 24 25 26 27     $
          28 29 30 31 32 33 34 35 36 37 38 39 40     $
          41 42 43 44 45 46 47 48 49 50 51 52 53     $
          54 55 56 57 58 59 60 61 62 63 64 65 66     $
          67 68 69
*SUPPRESS   0 1 1 1 1 1 1 1 1 1 1 0 1 0 1 1
*** BURNUP OPTIONS
 POWERC 1 38.3 0.5  1      *********************************** STEP 1 50
 BEGINC
*** EDIT OPTIONS
 PRINTC 1 0 0
 REACTION $
   3001 933   1010 933   6016 933   1091 933   4083 933      $
   4095 933   4099 933   4101 933   5103 933   4103 933      $
   4105 933   5105 933   4108 933   4109 933   4113 933      $
   4115 933   4127 933   4131 933   4133 933   4134 933      $
   4135 933   5135 933   4143 933   4145 933   4147 933      $
   5147 933   6147 933   4148 933   5148 933   4149 933      $
   4150 933   4151 933   4152 933   4153 933   4154 933      $
   4155 933   4157 933   4902 933    234 933   2235 933      $
    236 933    927 933   8238 933    948 933   6239 933      $
   1240 933   1241 933   1242 933
 PARTITION 69
 THERMAL   42
 LEAKAGE    5
 PUNCH      2 50
 VECTOR    12
 MATERIALS
 BEGINC
 POWERC 1 38.3   0.5   1  *********************************** STEP  2   150
 BEGINC
 BEGINC
 POWERC 1 38.3   1.    1  *********************************** STEP  2   150
 BEGINC
 BEGINC
 POWERC 1 38.3   1.916 1  *********************************** STEP  2   150
 BEGINC
 BEGINC
 POWERC 1 38.3   9.139 1  *********************************** STEP  3   500
 BEGINC
 BEGINC
 POWERC 1 38.3  13.055 1  *********************************** STEP  4  1000
 BEGINC
 BEGINC
 POWERC 1 38.3  26.109 1  *********************************** STEP  5  2000
 BEGINC
 BEGINC
 POWERC 1 38.3  52.22  1  *********************************** STEP  6  4000
 BEGINC
 BEGINC
 POWERC 1 38.3  52.219 1  *********************************** STEP  7  6000
 BEGINC
 BEGINC
 POWERC 1 38.3 104.442 1  *********************************** STEP  8 10000
 BEGINC
 BEGINC
 POWERC 1 38.3 130.545 1  *********************************** STEP  9 15000
 BEGINC
 BEGINC
 POWERC 1 38.3 130.548 1  *********************************** STEP 10 20000
 BEGINC
 BEGINC
 POWERC 1 38.3  52.22  1  *********************************** STEP 11 22000
 BEGINC
 BEGINC
 POWERC 1 38.3 104.438 1  *********************************** STEP 12 26000
 BEGINC
 BEGINC
 POWERC 1 38.3 104.439 1  *********************************** STEP 13 30000
 BEGINC
 BEGINC
 POWERC 1 38.3  78.329 1  *********************************** STEP 14 33000
 BEGINC
 BEGINC
 POWERC 1 38.3 130.548 1  *********************************** STEP 15 38000
 BEGINC
 BEGINC
 POWERC 1 38.3 104.439 1  *********************************** STEP 16 42000
 BEGINC
 BEGINC
 POWERC 1 38.3 130.548 1  *********************************** STEP 17 47000
 BEGINC
 BEGINC
 POWERC 1 38.3  78.329 1  *********************************** STEP 18 50000
 BEGINC
 BEGINC
 POWERC 1 38.3   1.    1  *********************************** STEP 19 50050
 BEGINC
 BEGINC
*END
*deck PURECYB
************************************************************************
* WIMS-D Library Update Project (WLUP)                                 *
* Physics of Plutonium Recycling Benchmark (Package ID: NEA 1505/01)   *
* Case B: High Grade Plutonium                                         *
*                     WIMS-D input model prepared by: G. Yerdev (1999) *
*                                        Reviewed by: A. Trkov         *
************************************************************************
 CELL      6
 SEQUENCE  1
 NGROUP   69 1
 NMESH    50
 NREGION   3
 NMATERIAL 3 1
 NREACT   55
PREOUT
 INITIATE
 ANNULUS   1  0.4095 1
 ANNULUS   2  0.4750 2
 POLYGON   3  4 3 0.65665
 MATERIAL  1 -1 933.0 1     $
         234. 2.4626E-7
        2235. 5.1515E-5     $
        8238. 2.0295E-2     $
         948. 2.1800E-5     $
        6239. 7.1155E-4     $
        1240. 2.7623E-4     $
        1241. 1.4591E-4     $
         242. 4.7643E-5     $
        6016  4.3100E-2
 MATERIAL  2 -1 579.3 2   91 0.043248
 MATERIAL  3 -1 579.3 3 3001 0.047716  6016 0.023858  1011 1.98606E-5
*MATERIAL  3 -1 579.3 3 3001 0.047716  6016 0.023858  1011 3.6346E-6
 MESH     20 10 20
 S        32
 REGULAR   1  4
 FEWGROUPS 1  2  3  4  5  6  7  8  9 10 11 12 13 14  $
          15 16 17 18 19 20 21 22 23 24 25 26 27     $
          28 29 30 31 32 33 34 35 36 37 38 39 40     $
          41 42 43 44 45 46 47 48 49 50 51 52 53     $
          54 55 56 57 58 59 60 61 62 63 64 65 66     $
          67 68 69
*SUPPRESS   0 1 1 1 1 1 1 1 1 1 1 0 1 0 1 1
*** BURNUP OPTIONS
 POWERC 1 38.3 0.5  1      *********************************** STEP 1 50
 BEGINC
*** EDIT OPTIONS
 PRINTC 1 0 0
 REACTION $
   3001 933   1010 933   6016 933   1091 933   4083 933      $
   4095 933   4099 933   4101 933   5103 933   4103 933      $
   4105 933   5105 933   4108 933   4109 933   4113 933      $
   4115 933   4127 933   4131 933   4133 933   4134 933      $
   4135 933   5135 933   4143 933   4145 933   4147 933      $
   5147 933   6147 933   4148 933   5148 933   4149 933      $
   4150 933   4151 933   4152 933   4153 933   4154 933      $
   4155 933   4157 933   4902 933    234 933   2235 933      $
    236 933    927 933   8238 933    948 933   6239 933      $
   1240 933   1241 933   1242 933
 PARTITION 69
 THERMAL   42
 LEAKAGE    5
 PUNCH      2 50
 VECTOR    12
 MATERIALS
 BEGINC
 POWERC 1 38.3   0.5   1  *********************************** STEP  2   150
 BEGINC
 BEGINC
 POWERC 1 38.3   1.    1  *********************************** STEP  2   150
 BEGINC
 BEGINC
 POWERC 1 38.3   1.916 1  *********************************** STEP  2   150
 BEGINC
 BEGINC
 POWERC 1 38.3   9.139 1  *********************************** STEP  3   500
 BEGINC
 BEGINC
 POWERC 1 38.3  13.055 1  *********************************** STEP  4  1000
 BEGINC
 BEGINC
 POWERC 1 38.3  26.109 1  *********************************** STEP  5  2000
 BEGINC
 BEGINC
 POWERC 1 38.3  52.22  1  *********************************** STEP  6  4000
 BEGINC
 BEGINC
 POWERC 1 38.3  52.219 1  *********************************** STEP  7  6000
 BEGINC
 BEGINC
 POWERC 1 38.3 104.442 1  *********************************** STEP  8 10000
 BEGINC
 BEGINC
 POWERC 1 38.3 130.545 1  *********************************** STEP  9 15000
 BEGINC
 BEGINC
 POWERC 1 38.3 130.548 1  *********************************** STEP 10 20000
 BEGINC
 BEGINC
 POWERC 1 38.3  52.22  1  *********************************** STEP 11 22000
 BEGINC
 BEGINC
 POWERC 1 38.3 104.438 1  *********************************** STEP 12 26000
 BEGINC
 BEGINC
 POWERC 1 38.3 104.439 1  *********************************** STEP 13 30000
 BEGINC
 BEGINC
 POWERC 1 38.3  78.329 1  *********************************** STEP 14 33000
 BEGINC
 BEGINC
 POWERC 1 38.3 130.548 1  *********************************** STEP 15 38000
 BEGINC
 BEGINC
 POWERC 1 38.3 104.439 1  *********************************** STEP 16 42000
 BEGINC
 BEGINC
 POWERC 1 38.3 130.548 1  *********************************** STEP 17 47000
 BEGINC
 BEGINC
 POWERC 1 38.3  78.329 1  *********************************** STEP 18 50000
 BEGINC
 BEGINC
 POWERC 1 38.3   1.    1  *********************************** STEP 19 50050
 BEGINC
 BEGINC
*END
*deck R1100H
********************************************************************************
* WIMSD5B                                                                      *
* ISOTHRMAL MODERATOR TEMPERATUTE COEFFICIENT BENCHMARK            S12         *
* R1-100H                                                                      *
* FUEL : UO2                                                                   *
*                              -- reference--                                  *
*           J.W. Austin, W.AV. Brown, G.D. Burholt, W.N. FOX,                  *
*       D.J. Skillings, 'Measurements of the temperature variation of the      *
*       material buckling in light water moderated lattice fuelled with 3%     *
*         U235 enriched UO2', AEEW-R-455 (1966).                               *
*                                                                              *
* PRAPARED BY : L. ERRADI and A. HTET                          30/01/2002      *
********************************************************************************
*****************************************************
* CASE : PITCH=1.32 cm , Vm/Vf=0.995  ,  T(°C)=20   *
*****************************************************
CELL      6
SEQUENCE  1
NREGION   6  0  4
NMATERIAL 4
NREACT    2
NMESH    12 12
NGROUP   69  2
PREOUT
INITIATE
*** MAIN DATA
*** GEOMETRY
ANNULUS   1 0.25      1
ANNULUS   2 0.506     1
ANNULUS   3 0.51955   4
ANNULUS   4 0.54625   2
ANNULUS   5 0.65      3
ANNULUS   6 0.744730  3
FEWGROUP  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 $
         16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 $
         31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 $
         46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
         61 62 63 64 65 66 67 68 69
MESH      2  2  1  1  2  4
*** MATERIAL DATA
MATERIAL  1 -1 293 1 2235 7.082E-4    8238 2.259E-2    6016 4.659E-2
MATERIAL  2 -1  293.0 2   52       1.7262E-2          $
                        2056       5.6702E-2          $
                          58       8.64213E-3         $
                          55       1.599943E-3        $
                          29       4.178968E-4        $
                        2012       4.69716E-5
MATERIAL  3 -1 293 3 3001 6.679088E-2 6016 3.339544E-2
MATERIAL  4 -1 293 2   27 0.026589
REGULAR   1
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.          0. 0.           0.
DNB       2 0.          0. 0.           0.
DNB       3 6.679088E-2 0. 3.339544E-02 0.
DNB       4 0.          0. 0.           0.
BUCKLINGS 0.004149 0.002457
DIFFUSION 1 3 1
LEAKAGE   5
REACTION  2235,293.0   8238,293.0
PARTITION 45 69
BEGINC
******************************************************
* CASE : PITCH=1.32 cm , Vm/Vf=0.995  ,  T(°C)=80    *
******************************************************
*** MAIN DATA
*** GEOMETRY
ANNULUS   1 2.501063E-01     1
ANNULUS   2 5.062152E-01     1
ANNULUS   3 5.197709E-01     4
ANNULUS   4 5.464593E-01     2
ANNULUS   5 0.65             3
ANNULUS   6 7.457937E-01     3
FEWGROUP  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 $
         16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 $
         31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 $
         46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
         61 62 63 64 65 66 67 68 69
MESH      1 1 1 1 2 4
*** MATERIAL DATA
MATERIAL 1 -1 353 1        2235    7.075981E-04  $
                           8238    2.257080E-02  $
                           6016    4.655040E-02
MATERIAL  2 -1 353.0 2       52    1.724878E-02  $
                           2056    5.665858E-02  $
                             58    8.635516E-03  $
                             55    1.598718E-03  $
                           2012    4.693563E-05  $
                             29    4.175768E-04
MATERIAL 3 -1 353 3  3001   6.502390E-02  6016   3.251195E-02
MATERIAL 4 -1 353 2 27 2.651322E-02
REGULAR   1
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB 1 0.0 0.0 0.0 0.0
DNB 2 0.0 0.0 0.0 0.0
DNB 3 6.502390E-02  0.   3.251195E-02   0.
DNB 4 0. 0. 0. 0.
BUCKLINGS 0.004098 0.00216
DIFFUSION 1 3 1
LEAKAGE   5
PARTITION 45 69
REACTION  2235,353   8238,353
BEGINC
*END
*deck RN100H
* *************************************************************
* R1,2,3/100H Benchmark   WLUP (Ext.1)              21 May 1993
* A.Persic, M.Ravnik            Corr: DNB (Trkov)   28 Feb 2003
* Institute Jozef Stefan, Ljubljana, Slovenia
* GROUP 69, S12, Mesh 221124, BEEONE 1, DIFFUSION 131 REGULAR 1
* *************************************************************
CELL      6
SEQUENCE  1
NREGION   6  0  4
NMATERIAL 4
NREACTI   2
NMESH    12 12
NGROUP   69  2
PREOUT
INITIATE
* R1/100H Benchmark
MATERIAL  1   -1 293  1  6016 0.04659  2235 0.0007082  8238 0.02259
MATERIAL  2   -1 293  2    52 0.017262 2056 0.056702     58 0.00864213 $
         55 1.599943E-3    29 4.178968E-4              2012 4.69716E-5
MATERIAL  3   -1 293  3  3001 .0667656 6016 .0333828
MATERIAL  4   -1 293  2    27 0.026589
ANNULUS   1 0.25      1
ANNULUS   2 0.5060    1
ANNULUS   3 0.51955   4
ANNULUS   4 0.54625   2
ANNULUS   5 0.65      3
ANNULUS   6 0.74473   3
MESH      1  1  1  1  2  4
FEWGROUP  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
         21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
         41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
         61 62 63 64 65 66 67 68 69
REGULAR   1
S        12
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.004149  0.002457
DIFFUSION 1  3  1
LEAKAGE   5
REACTION  2235 293  8238 293
BEEONE    1
DNB       1  0.        0. 0.        0.
DNB       2  0.        0. 0.        0.
DNB       3  0.0667656 0. 0.0333828 0.
DNB       4  0.        0. 0.        0.
BEGINC
* R2/100H Benchmark
ANNULUS   6 1.0526  3
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.005278  0.004722
DIFFUSION 1  3  1
LEAKAGE   5
REACTION  2235 293  8238 293
BEEONE    1
DNB       1  0.        0. 0.        0.
DNB       2  0.        0. 0.        0.
DNB       3  0.0667656 0. 0.0333828 0.
DNB       4  0.        0. 0.        0.
BEGINC
* R3/100H Benchmark
ANNULUS   6 0.70558 3
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.002730  0.002436
DIFFUSION 1  3  1
LEAKAGE   5
REACTION  2235 293  8238 293
BEEONE    1
DNB       1  0.        0. 0.        0.
DNB       2  0.        0. 0.        0.
DNB       3  0.0667656 0. 0.0333828 0.
DNB       4  0.        0. 0.        0.
BEGINC
*END
*deck RPINPU
***********************************************************************
* WIMS                                                                *
* PLUTONIUM PIN CELL BENCHMARK                                        *
* K- INFINITY CALCULATION                                             *
* JEF/DOC-532 APPENDIX 2                                              *
* 4 CASES : FUEL 1 300/560 K AND FUEL 2 300/560 K                     *
***********************************************************************
CELL       6
SEQUENCE   1
NGROUP    69
NMESH     10
NREGION    3 0 3
NMATERIAL  3 1
PREOUT
INITIATE
*** MAIN DATA
*** GEOMETRY
ANNULUS   1 0.410000 1
ANNULUS   2 0.475000 2
ANNULUS   3 0.710879 3
MESH     4 2 4
***********************************************************************
*      MATERIAL COMPOSITION                                           *
*                                                                     *
*      CASE 1: FUEL 1 / 300 K                                         *
*                                                                     *
***********************************************************************
MATERIAL  1 -1 300.0 1 2235.0 5.1050E-05  8238.0 2.0370E-02 $ * FUEL
                        948   4.6690E-05  6239.0 1.4650E-03 $
                       1240.0 5.6910E-04  1241.0 2.7130E-04 $
                       1242.0 1.4130E-04   951   3.0280E-05 $
                       6016   4.5880E-02
MATERIAL  2 -1 300.0 2   91   3.8800E-02                      * CLAD
MATERIAL  3 -1 300.0 3 3001   4.7440E-02  6016   2.3720E-02   * MOD.
*** TRANSPORT SOLUTION
S         32
REGULAR    1  4
FEWGROUPS  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
          21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
          41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
          61 62 63 64 65 66 67 68 69
SUPPRESS  1 1 1 1 1 1 1 1 1 1 1 1 1 0 1 1
BEGINC
*** EDIT DATA
THERMAL  24
NOBUCKLING
BEGINC
***********************************************************************
*      MATERIAL COMPOSITION                                           *
*                                                                     *
*      CASE 2: FUEL 1 / 560 K                                         *
*                                                                     *
***********************************************************************
MATERIAL  1 -1 560.0 1 2235.0 5.1050E-05  8238.0 2.0370E-02 $ * FUEL
                        948   4.6690E-05  6239.0 1.4650E-03 $
                       1240.0 5.6910E-04  1241.0 2.7130E-04 $
                       1242.0 1.4130E-04   951   3.0280E-05 $
                       6016   4.5880E-02
BEGINC
BEGINC
***********************************************************************
*      MATERIAL COMPOSITION                                           *
*                                                                     *
*      CASE 3: FUEL 2 / 300 K                                         *
*                                                                     *
***********************************************************************
MATERIAL  1 -1 300.0 1 2235.0 5.1180E-05  8238.0 2.0420E-02 $ * FUEL
                        948   2.7140E-05  6239.0 1.9720E-03 $
                       1240.0 4.2560E-04  1241.0 3.5770E-05 $
                       1242.0 1.2340E-05   951   1.4060E-05 $
                       6016   4.5880E-02
BEGINC
BEGINC
***********************************************************************
*      MATERIAL COMPOSITION                                           *
*                                                                     *
*      CASE 4: FUEL 2 / 560 K                                         *
*                                                                     *
***********************************************************************
MATERIAL  1 -1 560.0 1 2235.0 5.1180E-05  8238.0 2.0420E-02 $ * FUEL
                        948   2.7140E-05  6239.0 1.9720E-03 $
                       1240.0 4.2560E-04  1241.0 3.5770E-05 $
                       1242.0 1.2340E-05   951   1.4060E-05 $
                       6016   4.5880E-02
BEGINC
BEGINC
*END
*deck RPINU
* ***********************************************
* Rowlands Uranium Pin-cell Benchmark
* Case 1,5 PWR fuel pin in water (normal density)
* ***********************************************
 CELL      6
 SEQUENCE  1
 NGROUP   69 3
 NMAT      3
 NREG      3
 NMESH    18
 NREACT    2
 PREOUT
INITIATE
 MATERIAL  1 -1 293 1 2235   0.00070803 8238   0.022604 6016 0.046624
 MATERIAL  2 -1 293 2   91   0.043241
 MATERIAL  3 -1 293 3 3001   0.066988   6016   0.033414
 ANNULUS   1  0.40       1      *fuel
 ANNULUS   2  0.45       2      *clad
 ANNULUS   3  0.6770275  3      *water 1.2 cm square
 MESH      8  2  8
 FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
          16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
          31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
          46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
          61 62 63 64 65 66 67 68  69
 S        16
 REGULAR   1
BEGINC
 THERMAL  42
 BEEONE   -1
 DNB       1 0.        0.     0.       0.
 DNB       2 0.        0.     0.       0.
 DNB       3 0.066988  0.     0.033414 0.
 BUCKLING  0.006666667 0.003333333
 NOBUCKLING
 DIFFUSION 1 5 1
*DIFFUSION 2
 LEAKAGE   5
 REACTION  235.4,293.0  2238.4,293.0
 PARTITION 14 27 69
BEGINC
* ************************************************
* Rowlands Uranium Pin-cell Benchmark
* Case 2,6 PWR fuel pin in water (reduced density)
* ************************************************
 MATERIAL  3 -1 293 3 3001   0.046892   6016   0.023390 * Reduced density
BEGINC
 THERMAL  42
 BEEONE   -1
 DNB       1 0.        0.     0.       0.
 DNB       2 0.        0.     0.       0.
 DNB       3 0.046892  0.     0.023390 0.     * Reduced density
 BUCKLING  0.006666667 0.003333333
 NOBUCKLING
 DIFFUSION 1 5 1
*DIFFUSION 2
 LEAKAGE   5
 REACTION  235.4,293.0  2238.4,293.0
 PARTITION 14 27 69
BEGINC
* ************************************************
* Rowlands Uranium Pin-cell Benchmark
* Case 3,7 PWR fuel pin in water (reduced density)
* ************************************************
 MATERIAL  1 -1 900 1 2235   0.00070803 8238   0.022604 6016 0.046624
 MATERIAL  2 -1 600 2   91   0.043241
 MATERIAL  3 -1 550 3 3001   0.046892   6016   0.023390 * Reduced density
BEGINC
 THERMAL  42
 BEEONE   -1
 DNB       1 0.        0.     0.       0.
 DNB       2 0.        0.     0.       0.
 DNB       3 0.046892  0.     0.023390 0.     * Reduced density
 BUCKLING  0.006666667 0.003333333
 NOBUCKLING
 DIFFUSION 1 5 1
*DIFFUSION 2
 LEAKAGE   5
 REACTION  235.4,900.0  2238.4,900.0
 PARTITION 14 27 69
BEGINC
* ************************************************
* Rowlands Uranium Pin-cell Benchmark
* Case 4,8 PWR fuel pin in water (reduced density)
* ************************************************
 MATERIAL  1 -1 550 1 2235   0.00070803 8238   0.022604   6016 0.046624
 MATERIAL  2 -1 550 2   91   0.043241
 MATERIAL  3 -1 550 3 3001   0.046892   6016   0.023390 * Reduced density
BEGINC
 THERMAL  42
 BEEONE   -1
 DNB       1 0.        0.     0.       0.
 DNB       2 0.        0.     0.       0.
 DNB       3 0.046892  0.     0.023390 0.     * Reduced density
*DNB       3 0.066988  0.     0.033414 0.     * Normal density
 BUCKLING  0.006666667 0.003333333
 NOBUCKLING
 DIFFUSION 1 5 1
*DIFFUSION 2
 LEAKAGE   5
 REACTION  235.4,550.0  2238.4,550.0
 PARTITION 14 27 69
BEGINC
*END
*deck SCKVENUS
**********************************************************
* WIMSD5
* sck_venus (2 cases)       S12
* 30MAR2001                 STANDARD INPUT
**********************************************************
* sck_venus1
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     16
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   0.4450000  1
ANNULUS 2   0.4510000  0
ANNULUS 3   0.4890000  2
ANNULUS 4   0.7351972  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       4   1   2   9
MATERIAL  1 -1 293.0 1  6016 4.59156334E-02 $
                        2235 9.20608465E-04 $
                        8238 2.20372081E-02
MATERIAL  2 -1 293.0 2    29 3.34512995E-04 $
                          52 1.72649007E-02 $
                          55 1.59898004E-03 $
                        2056 5.67581989E-02 $
                          58 8.64434987E-03
MATERIAL  3 -1 293.0 3  3001 6.67523816E-02 $
                        6016 3.33761908E-02
REGULAR   1   4
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    9.910E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* sck_venus2
ANNULUS 4   1.0397707  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    1.1418E-02  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
*END
*deck SRL_UM
**********************************************************
* WIMSD5
* srl_um (7 cases)          S12
* 30AUG2001                 STANDARD INPUT
**********************************************************
* srl_um1
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     54
NREGION   3 0 3
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   2.5400000  1
ANNULUS 2   2.5410000  3
ANNULUS 3   3.5831108  2
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       6 1 47
MATERIAL  1 -1 293.0 1  2235 1.43492199E-03 $
                        8238 4.63958122E-02
MATERIAL  2 -1 293.0 3  3001 6.67523816E-02 $
                        6016 3.33761908E-02
MATERIAL  3 -1 293.0 2  6016 3.33761908E-06
REGULAR   1   4
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2  6.67523816E-02  0.0 3.33761908E-02  0.0
DNB       3 0.   0.   0.     0.
BUCKLING    1.01020E-02  0.0
DIFFUSION 1 4  1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* srl_um2
ANNULUS 3   3.9594681  2
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2  6.67523816E-02  0.0 3.33761908E-02  0.0
DNB       3 0.   0.   0.     0.
BUCKLING    1.0910E-02  0.0
DIFFUSION 1 4 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* srl_um3
ANNULUS 3   4.3030329  2
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2  6.67523816E-02  0.0 3.33761908E-02  0.0
DNB       3 0.   0.   0.     0.
BUCKLING    1.0240E-02  0.0
DIFFUSION 1 4  1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* srl_um4
ANNULUS 1   3.8099999  1
ANNULUS 2   3.8110000  3
ANNULUS 3   4.6600518  2
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2  6.67523816E-02  0.0 3.33761908E-02  0.0
DNB       3 0.   0.   0.     0.
BUCKLING    7.090E-03  0.0
DIFFUSION 1 4 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* srl_um5
ANNULUS 3   5.0228457  2
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2  6.67523816E-02  0.0 3.33761908E-02  0.0
DNB       3 0.   0.   0.     0.
BUCKLING    8.790E-03  0.0
DIFFUSION 1 4  1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* srl_um6
ANNULUS 3   5.3746662  2
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2  6.67523816E-02  0.0 3.33761908E-02  0.0
DNB       3 0.   0.   0.     0.
BUCKLING    9.640E-03  0.0
DIFFUSION 1 4  1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* srl_um7
ANNULUS 3   5.7403436  2
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2  6.67523816E-02  0.0 3.33761908E-02  0.0
DNB       3 0.   0.   0.     0.
BUCKLING    9.10E-03  0.0
DIFFUSION 1 4  1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
*END
*deck THBURN
***********************************************************************
* WIMS-D                                   PREPARED BY F.LESZCZYNSKI  *
* PWR THORIUM PIN CELL BURNUP NUMERICAL BENCHMARK                     *
* EIGENVALUE AND ISOTOPIC PREDICTION                                  *
*  REF.:                                                              *
*  X.Zhao, E.E.Pilat, K.D.Weaver, P.Hejzlar,                          *
*  A PWR Thorium Pin Cell Burnup Benchmark,                           *
*  Session XI-C, PHYSOR 2000 International Conference (ANS)           *
*  International Topical Meeting on                                   *
*  Advances in Reactor Physics and Mathematics and Computation into   *
*  the Next Millennium, MAY 7-11, 2000,                               *
*  Pittsburgh, Pennsylvania, U.S.A.                                   *
*                                                                     *
* POWER DENSITY: 38.1347 MW/TU                                        *
*                                                                     *
***********************************************************************
CELL 6
SEQUENCE 1
NGROUP 69
NMESH 12
NREGION 4 0 4
NMATERIAL 3 1
PREOUT
INITIATE
*** MAIN DATA
*** GEOMETRY
ANNULUS 1 0.412740 1
ANNULUS 2 0.418960 0
ANNULUS 3 0.476090 2
ANNULUS 4 0.712350 3
MESH 5 1 1 5
*** MATERIAL DATA
MATERIAL 1 -1 900.0 1 2232.0 1.612150E-02   234.0 8.245180E-06  $ *FUEL
                      2235.0 1.036150E-03  8238.0 4.229570E-03  $
                      6016   4.268350E-02
MATERIAL 2 -1 621.1 2   91   4.246100E-02  2056   1.412700E-04  $ *CLAD
                       118   4.984500E-04    52   7.586600E-05  $
                        58   4.705100E-06
MATERIAL 3 -1 583.1 3 3001   4.710530E-02  6016   2.356620E-02    *COOLANT
*** TRANSPORT SOLUTION
REGULAR 1 4
S 12
TOLERANCE 5.0E-05
FEWGROUPS  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
          21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
          41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
          61 62 63 64 65 66 67 68 69
SUPPRESS 0 1 1 1 1 1 1 1 1 1 1 0 1 0 1 1
*** BURNUP OPTIONS IN MAIN
POWERC 1 38.1347 1.0E-20 1                               * 0.00+Xe
BEGINC
*** EDIT DATA
THERMAL 24
*** BURNUP OPTIONS IN EDIT
MATERIALS
BEGINC
* CYCLE
POWERC 1 38.1347 1.50    2                               *  0.114 MWd/Kg
BEGINC
BEGINC
POWERC 1 38.1347 3.0    50                               *  5.835 MWd/Kg
BEGINC
BEGINC
POWERC 1 38.1347 3.0    40                               * 10.411 MWd/Kg
BEGINC
BEGINC
POWERC 1 38.1347 4.8    50                               * 40.156 MWd/Kg
BEGINC
BEGINC
POWERC 1 38.1347 3.0   100                               * 31.004 MWd/Kg
BEGINC
BEGINC
POWERC 1 38.1347 4.8    50                               * 40.156 MWd/Kg
BEGINC
BEGINC
POWERC 1 38.1347 4.8    50                               * 49.308 MWd/Kg
BEGINC
BEGINC
POWERC 1 38.1347 6.0    10                               * 51.596 MWd/Kg
BEGINC
BEGINC
POWERC 1 38.1347 4.8    50                               * 60.749 MWd/Kg
BEGINC
BEGINC
POWERC 1 38.1347 6.0    50                               * 72.189 MWd/Kg
BEGINC
BEGINC
POWERC 0
BEGINC
BEGINC
*END
*deck TRX_UM
**********************************************************
* WIMSD5B
* TRX-1   SEQUENCE 1   S12   REGULAR 1 6
* 7.11.91              STAND. INPUT   NMATERIAL 3
**********************************************************
CELL      6
SEQUENCE  1
NGROUP   69  2
NMESH    14
NREGION   4  0  4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS   1 0.4915    1
ANNULUS   2 0.5042    0
ANNULUS   3 0.5753    2
ANNULUS   4 0.94822   3
FEWGROUP  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 $
         16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 $
         31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 $
         46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
         61 62 63 64 65 66 67 68 69
MESH      4  1  1  8
MATERIAL  1 -1  293.0 1 2235 .0006253 8238 .047205
MATERIAL  2 -1  293.0 2   27 .06025
MATERIAL  3 -1  293.0 3 3001 .06676   6016 .03338
REGULAR   1  6
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.      0. 0.      0.
DNB       2 0.      0. 0.      0.
DNB       3 0.06676 0. 0.03338 0.
BUCKLINGS 0.005174  0.000526
DIFFUSION 1  3  1
LEAKAGE   5
REACTION  2235,293.0   8238,293.0
PARTITION 45 69
BEGINC
*****************************************************
* WIMSD5
* TRX-2  SEQUENCE 1  S 12   REGULAR 1 6
* 17.5.91            STAND. INPUT   NMATERIAL 3
*****************************************************
ANNULUS   4  1.1414   3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.      0.   0.      0.
DNB       2 0.      0.   0.      0.
DNB       3 0.06676 0.   0.03338 0.
BUCKLING  0.004943  0.000526
DIFFUSION 1  3  1
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
PARTITION 45 69
BEGINC
*END
*deck VVER1
*********************************************************
* WIMSD5
* vver1                     S16
* 28FEB2002                 STANDARD INPUT
*********************************************************
 CELL       6
 SEQUENCE   1
 NGROUP     69  2
 NMESH      15
 NREGION    4
 NMATERIAL  3
 NREACTION 2
 PREOUT
 INITIATE
 ANNULUS    1       0.38    1
 ANNULUS    2       0.3875  0
 ANNULUS    3       0.4525  2
 ANNULUS    4       0.5775413 3
* 11.00/3.6/0.00/21
*
* UO2 PELLET OF 3.6 % ENRICHMENT
 MATERIAL   1  -1  294  1                      $
                            234   8.04972E-06  $
                            2235 8.25613E-04  $
                           8238 2.21000E-02  $
                           6016   4.58674E-02
* ZIRCONIUM
 MATERIAL   2  -1  294  2                      $
                             27   1.E-10       $
                             91   4.27941E-02  $
                             93   4.24564E-04  $
                            178   6.62974E-06
* WATER (BORIC ACID)
 MATERIAL   3  -1  294  3                      $
                         3001   6.67210E-02  $
                           6016   3.33610E-02
 MESH       6 1 2 6
 FEWGROUPS   1  2  3  4  5  6  7  8  9 10 11 12 13 14 $
            15 16 17 18 19 20 21 22 23 24 25 26 27    $
            28 29 30 31 32 33 34 35 36 37 38 39 40 41 $
            42 43 44 45 46 47 48 49 50 51 52 53 54 55 $
            56 57 58 59 60 61 62 63 64 65 66 67 68 69
 REGULAR    1 6
 S        16
 BEGINC
  THERMAL  24
  BUCKLING  66.01E-4 0.0
* BEEONE 1
* DNB   1   0.   0.   0.   0.
* DNB   2   0.   0.   0.   0.
* DNB   3   6.67210E-02   0.   3.33610E-02   0.
DIFFUSION 2
LEAKAGE 5
PARTITION 45 69
REACTION 2235 294 8238 294
 BEGINC
*end#wims
*Spectrum= Uranium
***********************************************
* 11.00/3.6/0.00/130
*
 ANNULUS    1         3.803023E-01    1
 ANNULUS    2         3.878082E-01    0
 ANNULUS    3         4.528599E-01    2
 ANNULUS    4         5.786390E-01    3
 MATERIAL   1  -1  403  1                      $
                             234    8.036929E-06    $
                            2235    8.243010E-04    $
                            8238    2.206488E-02    $
                            6016    4.579451E-02
* ZIRCONIUM
 MATERIAL   2  -1  403  2                      $
                              27    9.985292E-11   $
                              91    4.273116E-02   $
                              93    4.239395E-04   $
                             178    6.619988E-06
* WATER (BORIC ACID)
 MATERIAL   3  -1  403  3                      $
3001  .625125E-01 6016 .312563E-01  1011 .000000E+00
 BEGINC
  THERMAL  24
  BUCKLING  59.76E-4 0.0
 * BEEONE 1
* DNB   1   0.   0.   0.   0.
* DNB   2   0.   0.   0.   0.
* DNB   3   .625125E-01  0.   .312563E-01   0.
DIFFUSION 2
LEAKAGE 5
PARTITION 45 69
REACTION 2235 403 8238 403
 BEGINC
*END
*deck VVER2
*********************************************************
* WIMSD5
* vver2                     S16
* 28FEB2002                 STANDARD INPUT
*********************************************************
 CELL       6
 SEQUENCE   1
 NGROUP     69  2
 NMESH      15
 NREGION    4
 NMATERIAL  3
 NREACTION 2
 PREOUT
 INITIATE
 MESH       6 1 2 6
 FEWGROUPS   1  2  3  4  5  6  7  8  9 10 11 12 13 14 $
            15 16 17 18 19 20 21 22 23 24 25 26 27    $
            28 29 30 31 32 33 34 35 36 37 38 39 40 41 $
            42 43 44 45 46 47 48 49 50 51 52 53 54 55 $
            56 57 58 59 60 61 62 63 64 65 66 67 68 69
 REGULAR    1 6
 S          16
* 12.70/3.6/0.00/21
*
 ANNULUS    1       0.38    1
 ANNULUS    2       0.3875  0
 ANNULUS    3       0.4525  2
 ANNULUS    4 0.6667977     3
 MATERIAL   1  -1  294  1                      $
                            234   8.04972E-06  $
                            2235 8.25613E-04  $
                            8238 2.21000E-02  $
                            6016   4.58674E-02
* ZIRCONIUM
 MATERIAL   2  -1  294  2                      $
                             27   1.E-10       $
                             91   4.27941E-02  $
                             93   4.24564E-04  $
                            178   6.62974E-06
* WATER (BORIC ACID)
 MATERIAL   3  -1  294  3                      $
                           3001   6.67210E-02  $
                           6016   3.33610E-02
BEGINC
THERMAL  24
BUCKLING  100.41E-4  0.0
BEEONE 1
DNB   1   0.   0.   0.   0.
DNB   2   0.   0.   0.   0.
DNB   3   6.67210E-02   0.   3.33610E-02   0.
DIFFUSION 1 3 1
LEAKAGE 5
PARTITION 45 69
REACTION 2235 2948238 294
 BEGINC
* end
*******************************************
* 12.70/3.6/0.00/130
*
 ANNULUS    1       3.803023E-01    1
 ANNULUS    2       3.878082E-01    0
 ANNULUS    3       4.528599E-01    2
 ANNULUS    4       6.680651E-01    3
 MATERIAL   1  -1  403  1                         $
                           234    8.036929E-06    $
                          2235    8.243010E-04    $
                          8238    2.206488E-02    $
                          6016    4.579451E-02
* ZIRCONIUM
 MATERIAL   2  -1  403  2                         $
                            27    9.985292E-11
                            91    4.273116E-02
                            93    4.239395E-04
                           178    6.619988E-06
* WATER (BORIC ACID)
 MATERIAL   3  -1  403  3                      $
3001  .625125E-01 6016 .312563E-01  1011 .000000E+00
 BEGINC
  THERMAL  24
  BUCKLING  90.27E-4  0.0
BEEONE 1
DNB   1   0.   0.   0.   0.
DNB   2   0.   0.   0.   0.
DNB   3   .625125E-01   0.   .312563E-01   0.
DIFFUSION 1 3 1
LEAKAGE 5
PARTITION 45 69
REACTION 2235 4038238 403
 BEGINC
*END
*deck VVER3
*********************************************************
* WIMSD5
* vver3                     S16
* 28FEB2002                 STANDARD INPUT
*********************************************************
CELL       6
 SEQUENCE   1
 NGROUP     69  2
 NMESH      15
 NREGION    4
 NMATERIAL  3
 NREACTION 2
 PREOUT
 INITIATE
 MESH       6 1 2 6
 FEWGROUPS   1  2  3  4  5  6  7  8  9 10 11 12 13 14 $
            15 16 17 18 19 20 21 22 23 24 25 26 27    $
            28 29 30 31 32 33 34 35 36 37 38 39 40 41 $
            42 43 44 45 46 47 48 49 50 51 52 53 54 55 $
            56 57 58 59 60 61 62 63 64 65 66 67 68 69
 REGULAR    1 6
 S          16
*
 ANNULUS    1       0.38    1
 ANNULUS    2       0.3875  0
 ANNULUS    3       0.4525  2
 ANNULUS    4 0.6667977     3
* 12.70/3.6/4.00/21
  MATERIAL   1  -1  294  1                      $
                            234   8.04972E-06  $
                            2235 8.25613E-04  $
                           8238 2.21000E-02  $
                           6016   4.58674E-02
* ZIRCONIUM
 MATERIAL   2  -1  294  2                      $
                             27   1.E-10       $
                             91   4.27941E-02  $
                             93   4.24564E-04  $
                            178   6.62974E-06
* WATER (BORIC ACID)
 MATERIAL   3  -1  294  3                      $
                           3001   6.66989E-02  $
                           6016   3.34084E-02  $
                           1011   3.88762E-05
  BEGINC
  THERMAL  24
  BUCKLING  74.16E-4  0.0
* BEEONE 1
* DNB   1   0.   0.   0.   0.
* DNB   2   0.   0.   0.   0.
* DNB   3   6.66989E-02   0.   3.34084E-02   0.
DIFFUSION 2
LEAKAGE 5
PARTITION 45 69
REACTION 2235 294 8238 294
 BEGINC
* end#wims
* Spectrum= Uranium
******************************************************
* 12.70/3.6/4.00/130
*
 ANNULUS    1       3.803023E-01    1
 ANNULUS    2       3.878082E-01    0
 ANNULUS    3       4.528599E-01    2
 ANNULUS    4       6.680651E-01    3
 MATERIAL   1  -1  403  1                         $
                           234    8.036929E-06    $
                          2235    8.243010E-04    $
                          8238    2.206488E-02    $
                          6016    4.579451E-02
* ZIRCONIUM
 MATERIAL   2  -1  403  2                         $
                            27    9.985292E-11
                            91    4.273116E-02
                            93    4.239395E-04
                           178    6.619988E-06
* WATER (BORIC ACID)
 MATERIAL   3  -1  403  3                      $
3001 .623701E-01 6016 .311851E-01  1011 .364141E-04
  BEGINC
  THERMAL  24
  BUCKLING  67.63E-4  0.0
* BEEONE 1
* DNB   1   0.   0.   0.   0.
* DNB   2   0.   0.   0.   0.
* DNB   3   .623701E-01   0.   .311851E-01   0.
DIFFUSION 2
LEAKAGE 5
PARTITION 45 69
REACTION 2235 403 8238 403
 BEGINC
*END
*deck VVER4
*********************************************************
* WIMSD5
* vver4                     S16
* 28FEB2002                 STANDARD INPUT
*********************************************************
* 12.70/3.6/5.80/21
*
 CELL       6
 SEQUENCE   1
 NGROUP     69  2
 NMESH      15
 NREGION    4
 NMATERIAL  3
NREACTION 2
 PREOUT
 INITIATE
  ANNULUS    1       0.38    1
 ANNULUS    2       0.3875  0
 ANNULUS    3       0.4525  2
 ANNULUS    4 0.6667977     3
* UO2 PELLET OF 3.6 % ENRICHMENT
 MATERIAL   1  -1  294  1                      $
                            234   8.04972E-06  $
                           2235 8.25613E-04  $
                            8238 2.21000E-02  $
                            6016   4.58674E-02
* ZIRCONIUM
 MATERIAL   2  -1  294  2                      $
                             27   1.E-10       $
                             91   4.27941E-02  $
                             93   4.24564E-04  $
                            178   6.62974E-06
* WATER (BORIC ACID)
 MATERIAL   3  -1  294  3                      $
                           3001   6.66889E-02  $
                             6016   3.34297E-02  $
                             1011   5.63178E-05
 MESH       6 1 2 6
 FEWGROUPS   1  2  3  4  5  6  7  8  9 10 11 12 13 14 $
            15 16 17 18 19 20 21 22 23 24 25 26 27    $
            28 29 30 31 32 33 34 35 36 37 38 39 40 41 $
            42 43 44 45 46 47 48 49 50 51 52 53 54 55 $
            56 57 58 59 60 61 62 63 64 65 66 67 68 69
 REGULAR    1 6
 S          16
 BEGINC
  THERMAL  24
  BUCKLING  64.95E-4  0.0
* BEEONE 1
* DNB   1   0.   0.   0.   0.
* DNB   2   0.   0.   0.   0.
* DNB   3   6.66889E-02   0.   3.34297E-02   0.
DIFFUSION 2
LEAKAGE 5
PARTITION 45 69
REACTION 2235 294 8238 294
 BEGINC
**************************************************
* 12.70/3.6/5.80/130
*
* UO2 PELLET OF 3.6 % ENRICHMENT
 ANNULUS    1       3.803023E-01    1
 ANNULUS    2       3.878082E-01    0
 ANNULUS    3       4.528599E-01    2
 ANNULUS    4       6.680651E-01    3
 MATERIAL   1  -1  403  1                         $
                           234    8.036929E-06    $
                          2235    8.243010E-04    $
                          8238    2.206488E-02    $
                          6016    4.579451E-02
* ZIRCONIUM
 MATERIAL   2  -1  403  2                         $
                            27    9.985292E-11
                            91    4.273116E-02
                            93    4.239395E-04
                           178    6.619988E-06
* WATER (BORIC ACID)
 MATERIAL   3  -1  403  3                      $
 3001 .623063E-01 6016 .311531E-01  1011 .527462E-04
 BEGINC
  THERMAL  24
  BUCKLING  59.02E-4 0.0
* BEEONE 1
* DNB   1   0.   0.   0.   0.
* DNB   2   0.   0.   0.   0.
* DNB   3   .623063E-01   0.   .311531E-01   0.
DIFFUSION  2
LEAKAGE 5
PARTITION 45 69
REACTION 2235 403 8238 403
 BEGINC
*END
*deck WAPDCRXA
**********************************************************
* WIMSD5
* wapd_crxa (6 cases)       S12
* 30MAR2001                 STANDARD INPUT
**********************************************************
* wapd_crxa1
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     17
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   0.3810000  1
ANNULUS 2   0.3886000  0
ANNULUS 3   0.4295000  2
ANNULUS 4   0.5801715  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       4   1   2  10
MATERIAL  1 -1 293.0 1  6016 4.54181693E-02 $
                        2235 6.13145297E-04 $
                        8238 2.20959391E-02
MATERIAL  2 -1 293.0 2    29 3.34512995E-04 $
                          52 1.72649007E-02 $
                          55 1.59898004E-03 $
                        2056 5.67581989E-02 $
                          58 8.64434987E-03
MATERIAL  3 -1 293.0 3  3001 6.67523816E-02 $
                        6016 3.33761908E-02
REGULAR   1   4
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    4.070E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* wapd_crxa2
ANNULUS 4   0.5988852  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    4.750E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* wapd_crxa3
ANNULUS 4   0.6232347  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    5.320E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* wapd_crxa4
ANNULUS 4   0.6733897  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    6.330E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* wapd_crxa5
ANNULUS 4   0.7063208  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    6.880E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* wapd_crxa6
ANNULUS 4   0.9528655  3
MATERIAL  1 -1 296.0 1  6016 4.54181693E-02 $
                        2235 6.13145297E-04 $
                        8238 2.20959391E-02
MATERIAL  2 -1 296.0 2    29 3.34512995E-04 $
                          52 1.72649007E-02 $
                          55 1.59898004E-03 $
                        2056 5.67581989E-02 $
                          58 8.64434987E-03
MATERIAL  3 -1 296.0 3  3001 6.67054355E-02 $
                        6016 3.33527178E-02
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67054355E-02  0.0 3.33527178E-02  0.0
BUCKLING    5.10E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 296.0  8238 296.0
PARTITION 45 69
BEGINC
*END
*deck WAPDCRXB
**********************************************************
* WIMSD5
* wapd_crxb (2 cases)       S12
* 30MAR2001                 STANDARD INPUT
**********************************************************
* wapd_crxb1
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     17
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   0.3770000  1
ANNULUS 2   0.3889000  0
ANNULUS 3   0.4298000  2
ANNULUS 4   0.5990293  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       4   1   2  10
MATERIAL  1 -1 293.0 1  6016 4.64048684E-02 $
                        2235 8.58490006E-04 $
                        8238 2.23439429E-02
MATERIAL  2 -1 293.0 2    29 3.34512995E-04 $
                          52 1.72649007E-02 $
                          55 1.59898004E-03 $
                        2056 5.67581989E-02 $
                          58 8.64434987E-03
MATERIAL  3 -1 293.0 3  3001 6.67523816E-02 $
                        6016 3.33761908E-02
REGULAR   1   4
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    6.830E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* wapd_crxb2
ANNULUS 4   0.7064824  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    9.510E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
*END
*deck WAPDCRXC
**********************************************************
* WIMSD5
* wapd_crxc                 S12
* 30MAR2001                 STANDARD INPUT
**********************************************************
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     17
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   0.3810000  1
ANNULUS 2   0.3845000  0
ANNULUS 3   0.4395000  2
ANNULUS 4   0.6233354  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       4   1   2  10
MATERIAL  1 -1 289.0 1  6016 4.53822985E-02 $
                        2235 1.00521778E-03 $
                        8238 2.16859318E-02
MATERIAL  2 -1 289.0 2    29 3.34512995E-04 $
                          52 1.72649007E-02 $
                          55 1.59898004E-03 $
                        2056 5.67581989E-02 $
                          58 8.64434987E-03
MATERIAL  3 -1 289.0 3  3001 6.68005273E-02 $
                        6016 3.34002636E-02
REGULAR   1   4
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.68005273E-02  0.0 3.34002636E-02  0.0
BUCKLING    7.970E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 289.0  8238 289.0
PARTITION 45 69
BEGINC
*END
*deck WAPDCRXD
**********************************************************
* WIMSD5
* wapd_crxd (3 cases)       S12
* 30MAR2001                 STANDARD INPUT
**********************************************************
* wapd_crxd1
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     17
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   0.4534000  1
ANNULUS 2   0.4585000  0
ANNULUS 3   0.4965000  2
ANNULUS 4   0.7451716  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       4   1   2  10
MATERIAL  1 -1 292.2 1  6016 4.55228202E-02 $
                        2235 1.30696024E-03 $
                        8238 2.14544497E-02
MATERIAL  2 -1 292.2 2    29 3.34512995E-04 $
                          52 1.72649007E-02 $
                          55 1.59898004E-03 $
                        2056 5.67581989E-02 $
                          58 8.64434987E-03
MATERIAL  3 -1 292.2 3  3001 6.67620078E-02 $
                        6016 3.33810039E-02
REGULAR   1   4
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67620078E-02  0.0 3.33810039E-02  0.0
BUCKLING    1.1760E-02  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 292.2  8238 292.2
PARTITION 45 69
BEGINC
**********************************************************
* wapd_crxd2
ANNULUS 4   0.8025507  3
MATERIAL  1 -1 291.0 1  6016 4.55228202E-02 $
                        2235 1.30696024E-03 $
                        8238 2.14544497E-02
MATERIAL  2 -1 291.0 2    29 3.34512995E-04 $
                          52 1.72649007E-02 $
                          55 1.59898004E-03 $
                        2056 5.67581989E-02 $
                          58 8.64434987E-03
MATERIAL  3 -1 291.0 3  3001 6.67764544E-02 $
                        6016 3.33882272E-02
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67764544E-02  0.0 3.33882272E-02  0.0
BUCKLING    1.2710E-02  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 291.0  8238 291.0
PARTITION 45 69
BEGINC
**********************************************************
* wapd_crxd3
ANNULUS 4   1.1349640  3
MATERIAL  1 -1 290.3 1  6016 4.55228202E-02 $
                        2235 1.30696024E-03 $
                        8238 2.14544497E-02
MATERIAL  2 -1 290.3 2    29 3.34512995E-04 $
                          52 1.72649007E-02 $
                          55 1.59898004E-03 $
                        2056 5.67581989E-02 $
                          58 8.64434987E-03
MATERIAL  3 -1 290.3 3  3001 6.67848811E-02 $
                        6016 3.33924405E-02
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67848811E-02  0.0 3.33924405E-02  0.0
BUCKLING    1.3680E-02  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 290.3  8238 290.3
PARTITION 45 69
BEGINC
*END
*deck WCRX_PU
**********************************************************
* WIMSD5
* wcrx_pu (6 cases)         S12
* 30MAR2001                 STANDARD INPUT
**********************************************************
* wcrx_pu1
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH     28
NREGION   4 0 4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
ANNULUS 1   0.6415000  1
ANNULUS 2   0.6416000  0
ANNULUS 3   0.7175000  2
ANNULUS 4   0.9884056  3
FEWGROUP  1  2  3  4  5  6  7  8   9  10  11  12  13  14  15 $
         16 17 18 19 20 21 22 23  24  25  26  27  28  29  30 $
         31 32 33 34 35 36 37 38  39  40  41  42  43  44  45 $
         46 47 48 49 50 51 52 53  54  55  56  57  58  59  60 $
         61 62 63 64 65 66 67 68  69
MESH       4   1   2  21
MATERIAL  1 -1 293.0 1  6016 4.25499454E-02 $
                        2235 1.50128457E-04 $
                        8238 2.07010452E-02 $
                        6239 3.88242566E-04 $
                        1240 3.24375978E-05 $
                        1241 2.97083329E-06 $
                        1242 1.31377789E-07
MATERIAL  2   7.15368 293.0 2    91 9.41940994E+01 $
                          27 5.80590010E+00
MATERIAL  3 -1 293.0 3  3001 6.67523816E-02 $
                        6016 3.33761908E-02
REGULAR   1   4
S        12
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    6.9560E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* wcrx_pu2
ANNULUS 4   1.0747720  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    9.0E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* wcrx_pu3
ANNULUS 4   1.3985554  3
MATERIAL  1 -1 293.0 1  6016 4.25491817E-02 $
                        2235 1.50128457E-04 $
                        8238 2.07010452E-02 $
                        6239 3.03843583E-04 $
                        1240 9.95028458E-05 $
                        1241 1.72753862E-05 $
                        1242 2.77761137E-06
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    7.950E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* wcrx_pu4
ANNULUS 4   1.5205013  3
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    7.330E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* wcrx_pu5
ANNULUS 4   1.9780661  3
MATERIAL  1 -1 293.0 1  6016 4.25499454E-02 $
                        2235 1.50128457E-04 $
                        8238 2.07010452E-02 $
                        6239 3.88242566E-04 $
                        1240 3.24375978E-05 $
                        1241 2.97083329E-06 $
                        1242 1.31377789E-07
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.67523816E-02  0.0 3.33761908E-02  0.0
BUCKLING    5.030E-03  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 293.0  8238 293.0
PARTITION 45 69
BEGINC
**********************************************************
* wcrx_pu6
ANNULUS 1   0.4285000  1
ANNULUS 2   0.4375000  0
ANNULUS 3   0.4965000  2
ANNULUS 4   0.7453399  3
MATERIAL  1 -1 298.8 1  6016 4.80269529E-02 $
                        2235 1.61529242E-04 $
                        8238 2.22730879E-02 $
                        6239 1.42870937E-03 $
                        1240 1.35308204E-04 $
                        1241 1.40518441E-05 $
                        1242 6.31543571E-07
MATERIAL  2   6.60000 298.8 2    91 9.80999985E+01 $
                         118 1.45000005E+00 $
                        2056 2.19999999E-01 $
                        6016 1.29999995E-01 $
                          52 1.00000001E-01
MATERIAL  3 -1 298.8 3  3001 6.66590482E-02 $
                        6016 3.33295241E-02
BEGINC
THERMAL  24
BEEONE    1
DNB       1 0.   0.   0.     0.
DNB       2 0.   0.   0.     0.
DNB       3  6.66590482E-02  0.0 3.33295241E-02  0.0
BUCKLING    1.0880E-02  0.0
DIFFUSION 1 3 1
LEAKAGE   5
REACTION    2235 298.8  8238 298.8
PARTITION 45 69
BEGINC
*END
*deck WWERCRA
***********************************************************************
* IAEA WIMS-D LIBRARY UPDATED PROJECT (WLUP)                          *
* ==========================================                          *
*                                                                     *
* BENCHMARK LABEL:                                                    *
*        WWER-TYPE LATTICE CRITICALITY CALCULATIONS (A)               *
*                                                                     *
* REFERENCES:                                                         *
*         1)- FINAL REPORT OF TIC: EXPERIMENTAL INVESTIGATIONS OF THE *
*             PHYSICAL PROPERTIES OF WWER-TYPE URANIUM-WATER LATTICES,*
*             VOLUME 1, AKADEMIAI KIADO, BUPAPEST 1985.               *
*         2)- FINAL REPORT OF TIC: EXPERIMENTAL INVESTIGATIONS OF THE *
*             PHYSICAL PROPERTIES OF WWER-TYPE URANIUM-WATER LATTICES,*
*             VOLUME 3, AKADEMIAI KIADO, BUPAPEST 1991.               *
*         3)- INTERNATIONAL HANDBOOK OF CRITICALITY BENCHMARKS        *
*             LEU-COMP-THERM-015-ASYMPTOTIC LATTICES                  *
*                                                                     *
* SUMMARY:                                                            *
*         A K-EFF CALCULATION IS PERFORMED FOR A SELECTED GROUP OF    *
*         REGULAR WWER-TYPE UO2-H2O LATTICES. MEASURED MATERIAL       *
*         BUCKLINCKS ARE GIVEN AS INPUT.                              *
*         A CRITICAL BUCKLING SEARCH IS ALSO CARRIED OUT FOR DIRECT   *
*         COMPARISON WITH THE EXPERIMENTAL VALUE.                     *
*         LATTICES ARE IDENTIFIED AS P/E/CB/T, WHERE                  *
*           P: LATTICE PICHT [cm]                                     *
*           E: ATOMIC ENRICHMENT [at. %]                              *
*          CB: BORON CONCENTRATION [g H3BO3/l]                        *
*           T: TEMPERATURE [C]                                        *
*                                                                     *
* PREPARED BY:                                                        *
*         DANIEL L. ALDAMA                                            *
*         CENTRO DE TECNOLOGIA NUCLEAR (CTN), LA HABANA, CUBA         *
*                                                                     *
* DATE:     14/04/1999                                                *
*                                                                     *
* REVISED:  14/08/2000 BY YEVGENIY ROZHIKHIN, IPPE, OBNINSK, RUSSIA   *
*           12/10/2000 BY DANIEL LOPEZ ALDAMA, CTN, LA HABANA, CUBA   *
*           27/08/2001 BY DANIEL LOPEZ ALDAMA, CTN, LA HABANA, CUBA   *
*                                                                     *
***********************************************************************
CELL       6
SEQUENCE   1
NGROUP    69 2
NMESH     34
NREGION    4 0 4
NMATERIAL  3 1
NREACT     2
PREOUT
INITIATE
***********************************************************************
**** CASE 11
****
**** WWER-LATTICE 1.27/1.6/0.0/21
****
**** MAIN DATA
****
**** GEOMETRY
****
ANNULUS   1 0.380000 1
ANNULUS   2 0.387500 0
ANNULUS   3 0.452500 2
ANNULUS   4 0.666798 3 * PITCH 1.27 cm
MESH     15 1 3 15
****
**** MATERIAL COMPOSITION
****
MATERIAL 1 -1 294.15 1                         $ * FUEL 1.6 at. %
          234.0 2.31366E-06 2235.0 3.62927E-04 $
         8238.0 2.23177E-02 6016   4.53659E-02
MATERIAL 2 -1 294.15 2                         $ * CLAD
           91   4.27937E-02   93   4.24561E-04 $
          178   6.62969E-06
MATERIAL 3 -1 294.15 3                         $ * MODERATOR 0.0/21
         3001   6.67205E-02 6016   3.33603E-02 $
         1011   0.00000E+00
****
**** MAIN TRANSPORT OPTIONS
****
REGULAR    1  6
S         32
TOLERANCE 5.0E-5
FEWGROUPS  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
          21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
          41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
          61 62 63 64 65 66 67 68 69
SUPPRESS   0  0  1  1  1  1  1  1  1  1  1  1  0  0  0
BEGINC
****
**** EDIT DATA OPTIONS
****
THERMAL  24
BUCKLING 39.05E-04 11.52E-04     * 1.27/1.6/0.0/21 B2=50.57E-04
BEEONE    1
DNB 1    0.0         0.0         0.0          0.0
DNB 2    0.0         0.0         0.0          0.0
DNB 3    6.67205E-02 0.0         3.33603E-02  0.0
LEAKAGE   5
REACTION  2235.0,294.15  8238.0,294.15
PARTITION 45 69
BEGINC
***********************************************************************
**** CASE 12
****
**** WWER-LATTICE 1.27/1.6/1.85/21
****
**** MAIN DATA
****
**** GEOMETRY
****
ANNULUS   1 0.380000 1
ANNULUS   2 0.387500 0
ANNULUS   3 0.452500 2
ANNULUS   4 0.666798 3 * PITCH 1.27 cm
MESH     15 1 3 15
****
**** MATERIAL COMPOSITION
****
MATERIAL 1 -1 294.15 1                         $ * FUEL 1.6 at. %
          234.0 2.31366E-06 2235.0 3.62927E-04 $
         8238.0 2.23177E-02 6016   4.53659E-02
MATERIAL 2 -1 294.15 2                         $ * CLAD
           91   4.27937E-02   93   4.24561E-04 $
          178   6.62969E-06
MATERIAL 3 -1 294.15 3                         $ * MODERATOR 1.85/21
         3001   6.67103E-02 6016   3.33822E-02 $
         1011   1.80002E-05
****
**** MAIN TRANSPORT OPTIONS
****
REGULAR    1  6
S         32
TOLERANCE 5.0E-5
FEWGROUPS  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
          21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
          41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
          61 62 63 64 65 66 67 68 69
SUPPRESS   0  0  1  1  1  1  1  1  1  1  1  1  0  0  0
BEGINC
****
**** EDIT DATA OPTIONS
****
THERMAL  24
BUCKLING 20.03E-04 13.29E-04     * 1.27/1.6/1.85/21 B2=33.32E-04
BEEONE    1
DNB 1    0.0         0.0         0.0          0.0
DNB 2    0.0         0.0         0.0          0.0
DNB 3    6.67103E-02 0.0         3.33822E-02  0.0
LEAKAGE   5
REACTION  2235.0,294.15  8238.0,294.15
PARTITION 45 69
BEGINC
***********************************************************************
**** CASE 23
****
**** WWER-LATTICE 1.50/1.6/0.0/21
****
**** MAIN DATA
****
**** GEOMETRY
****
ANNULUS   1 0.380000 1
ANNULUS   2 0.387500 0
ANNULUS   3 0.452500 2
ANNULUS   4 0.787556 3 * PITCH 1.50 cm
MESH     15 1 3 15
****
**** MATERIAL COMPOSITION
****
MATERIAL 1 -1 294.15 1                         $ * FUEL 1.6 at. %
          234.0 2.31366E-06 2235.0 3.62927E-04 $
         8238.0 2.23177E-02 6016   4.53659E-02
MATERIAL 2 -1 294.15 2                         $ * CLAD
           91   4.27937E-02   93   4.24561E-04 $
          178   6.62969E-06
MATERIAL 3 -1 294.15 3                         $ * MODERATOR 0.0/21
         3001   6.67205E-02 6016   3.33603E-02 $
         1011   0.00000E+00
****
**** MAIN TRANSPORT OPTIONS
****
REGULAR    1  6
S         32
TOLERANCE 5.0E-5
FEWGROUPS  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
          21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
          41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
          61 62 63 64 65 66 67 68 69
SUPPRESS   0  0  1  1  1  1  1  1  1  1  1  1  0  0  0
BEGINC
****
**** EDIT DATA OPTIONS
****
THERMAL  24
BUCKLING 36.28E-04 12.62E-04     * 1.50/1.6/0.0/21 B2=48.90E-04
BEEONE    1
DNB 1    0.0         0.0         0.0          0.0
DNB 2    0.0         0.0         0.0          0.0
DNB 3    6.67205E-02 0.0         3.33603E-02  0.0
LEAKAGE   5
REACTION  2235.0,294.15  8238.0,294.15
PARTITION 45 69
BEGINC
*END
*deck WWERCRB
***********************************************************************
* IAEA WIMS-D LIBRARY UPDATED PROJECT (WLUP)                          *
* ==========================================                          *
*                                                                     *
* BENCHMARK LABEL:                                                    *
*        WWER-TYPE LATTICE CRITICALITY CALCULATIONS (B)               *
*                                                                     *
* REFERENCES:                                                         *
*         1)- FINAL REPORT OF TIC: EXPERIMENTAL INVESTIGATIONS OF THE *
*             PHYSICAL PROPERTIES OF WWER-TYPE URANIUM-WATER LATTICES,*
*             VOLUME 1, AKADEMIAI KIADO, BUPAPEST 1985.               *
*         2)- FINAL REPORT OF TIC: EXPERIMENTAL INVESTIGATIONS OF THE *
*             PHYSICAL PROPERTIES OF WWER-TYPE URANIUM-WATER LATTICES,*
*             VOLUME 3, AKADEMIAI KIADO, BUPAPEST 1991.               *
*         3)- INTERNATIONAL HANDBOOK OF CRITICALITY BENCHMARKS        *
*             LEU-COMP-THERM-015-ASYMPTOTIC LATTICES                  *
*                                                                     *
* SUMMARY:                                                            *
*         A K-EFF CALCULATION IS PERFORMED FOR A SELECTED GROUP OF    *
*         REGULAR WWER-TYPE UO2-H2O LATTICES. MEASURED MATERIAL       *
*         BUCKLINCKS ARE GIVEN AS INPUT.                              *
*         A CRITICAL BUCKLING SEARCH IS ALSO CARRIED OUT FOR DIRECT   *
*         COMPARISON WITH THE EXPERIMENTAL VALUE.                     *
*         LATTICES ARE IDENTIFIED AS P/E/CB/T, WHERE                  *
*           P: LATTICE PICHT [cm]                                     *
*           E: ATOMIC ENRICHMENT [at. %]                              *
*          CB: BORON CONCENTRATION [g H3BO3/l]                        *
*           T: TEMPERATURE [C]                                        *
*                                                                     *
* PREPARED BY:                                                        *
*         DANIEL L. ALDAMA                                            *
*         CENTRO DE TECNOLOGIA NUCLEAR (CTN), LA HABANA, CUBA         *
*                                                                     *
* DATE:     14/04/1999                                                *
*                                                                     *
* REVISED:  14/08/2000 BY YEVGENIY ROZHIKHIN, IPPE, OBNINSK, RUSSIA   *
*           12/10/2000 BY DANIEL LOPEZ ALDAMA, CTN, LA HABANA, CUBA   *
*           27/08/2001 BY DANIEL LOPEZ ALDAMA, CTN, LA HABANA, CUBA   *
*                                                                     *
***********************************************************************
CELL       6
SEQUENCE   1
NGROUP    69 2
NMESH     34
NREGION    4 0 4
NMATERIAL  3 1
NREACT     2
PREOUT
INITIATE
***********************************************************************
**** CASE 1
****
**** WWER-LATTICE 1.27/3.6/0.0/21
****
**** MAIN DATA
****
**** GEOMETRY
****
ANNULUS   1 0.380000 1
ANNULUS   2 0.387500 0
ANNULUS   3 0.452500 2
ANNULUS   4 0.666798 3 * PITCH 1.27 cm
MESH     15 1 3 15
****
**** MATERIAL COMPOSITION
****
MATERIAL 1 -1 294.15 1                         $ * FUEL 3.6 at. %
          234.0 8.04966E-06 2235.0 8.25606E-04 $
         8238.0 2.20998E-02 6016   4.58670E-02
MATERIAL 2 -1 294.15 2                         $ * CLAD
           91   4.27937E-02   93   4.24561E-04 $
          178   6.62969E-06
MATERIAL 3 -1 294.15 3                         $ * MODERATOR 0.0/21
         3001   6.67205E-02 6016   3.33603E-02 $
         1011   0.00000E+00
****
**** MAIN TRANSPORT OPTIONS
****
REGULAR    1  6
S         32
TOLERANCE 5.0E-5
FEWGROUPS  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
          21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
          41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
          61 62 63 64 65 66 67 68 69
SUPPRESS   0  0  1  1  1  1  1  1  1  1  1  1  0  0  0
BEGINC
****
**** EDIT DATA OPTIONS
****
THERMAL  24
BUCKLING 82.67E-04 17.74E-04     * 1.27/3.6/0.0/21 B2=100.41E-04
BEEONE    1
DNB 1    0.0         0.0         0.0          0.0
DNB 2    0.0         0.0         0.0          0.0
DNB 3    6.67205E-02 0.0         3.33603E-02  0.0
LEAKAGE   5
REACTION  2235.0,294.15  8238.0,294.15
PARTITION 45 69
BEGINC
***********************************************************************
**** CASE 2
****
**** WWER-LATTICE 1.27/3.6/0.0/80
****
**** MAIN DATA
****
**** GEOMETRY
****
ANNULUS   1 0.380000 1
ANNULUS   2 0.387500 0
ANNULUS   3 0.452500 2
ANNULUS   4 0.666798 3 * PITCH 1.27 cm
MESH     15 1 3 15
****
**** MATERIAL COMPOSITION
****
MATERIAL 1 -1 353.15 1                         $ * FUEL 3.6 at. %
          234.0 8.04966E-06 2235.0 8.25606E-04 $
         8238.0 2.20998E-02 6016   4.58670E-02
MATERIAL 2 -1 353.15 2                         $ * CLAD
           91   4.27937E-02   93   4.24561E-04 $
          178   6.62969E-06
MATERIAL 3 -1 353.15 3                         $ * MODERATOR 0.0/80
         3001   6.49709E-02 6016   3.24855E-02 $
         1011   0.00000E+00
****
**** MAIN TRANSPORT OPTIONS
****
REGULAR    1  6
S         32
TOLERANCE 5.0E-5
FEWGROUPS  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
          21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
          41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
          61 62 63 64 65 66 67 68 69
SUPPRESS   0  0  1  1  1  1  1  1  1  1  1  1  0  0  0
BEGINC
****
**** EDIT DATA OPTIONS
****
THERMAL  24
BUCKLING 81.18E-04 15.37E-04     * 1.27/3.6/0.0/80 B2=96.55E-04
BEEONE    1
DNB 1    0.0         0.0         0.0          0.0
DNB 2    0.0         0.0         0.0          0.0
DNB 3    6.49709E-02 0.0         3.24855E-02  0.0
LEAKAGE   5
REACTION  2235.0,353.15  8238.0,353.15
PARTITION 45 69
BEGINC
***********************************************************************
**** CASE 3
****
**** WWER-LATTICE 1.27/3.6/0.0/130
****
**** MAIN DATA
****
**** GEOMETRY
****
ANNULUS   1 0.380000 1
ANNULUS   2 0.387500 0
ANNULUS   3 0.452500 2
ANNULUS   4 0.666798 3 * PITCH 1.27 cm
MESH     15 1 3 15
****
**** MATERIAL COMPOSITION
****
MATERIAL 1 -1 403.15 1                         $ * FUEL 3.6 at. %
          234.0 8.04966E-06 2235.0 8.25606E-04 $
         8238.0 2.20998E-02 6016   4.58670E-02
MATERIAL 2 -1 403.15 2                         $ * CLAD
           91   4.27937E-02   93   4.24561E-04 $
          178   6.62969E-06
MATERIAL 3 -1 403.15 3                         $ * MODERATOR 0.0/130
         3001   6.24779E-02 6016   3.12390E-02 $
         1011   0.00000E+00
****
**** MAIN TRANSPORT OPTIONS
****
REGULAR    1  6
S         32
TOLERANCE 5.0E-5
FEWGROUPS  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
          21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
          41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
          61 62 63 64 65 66 67 68 69
SUPPRESS   0  0  1  1  1  1  1  1  1  1  1  1  0  0  0
BEGINC
****
**** EDIT DATA OPTIONS
****
THERMAL  24
BUCKLING 78.27E-04 12.00E-04     * 1.27/3.6/0.0/130 B2=90.27E-04
BEEONE    1
DNB 1    0.0         0.0         0.0          0.0
DNB 2    0.0         0.0         0.0          0.0
DNB 3    6.24779E-02 0.0         3.12390E-02  0.0
LEAKAGE   5
REACTION  2235.0,403.15  8238.0,403.15
PARTITION 45 69
BEGINC
***********************************************************************
**** CASE 4
****
**** WWER-LATTICE 1.27/3.6/4.0/21
****
**** MAIN DATA
****
**** GEOMETRY
****
ANNULUS   1 0.380000 1
ANNULUS   2 0.387500 0
ANNULUS   3 0.452500 2
ANNULUS   4 0.666798 3 * PITCH 1.27 cm
MESH     15 1 3 15
****
**** MATERIAL COMPOSITION
****
MATERIAL 1 -1 294.15 1                         $ * FUEL 3.6 at. %
          234.0 8.04966E-06 2235.0 8.25606E-04 $
         8238.0 2.20998E-02 6016   4.58670E-02
MATERIAL 2 -1 294.15 2                         $ * CLAD
           91   4.27937E-02   93   4.24561E-04 $
          178   6.62969E-06
MATERIAL 3 -1 294.15 3                         $ * MODERATOR 4.0/21
         3001   6.66984E-02 6016   3.34075E-02 $
         1011   3.88759E-05
****
**** MAIN TRANSPORT OPTIONS
****
REGULAR    1  6
S         32
TOLERANCE 5.0E-5
FEWGROUPS  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
          21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
          41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
          61 62 63 64 65 66 67 68 69
SUPPRESS   0  0  1  1  1  1  1  1  1  1  1  1  0  0  0
BEGINC
****
**** EDIT DATA OPTIONS
****
THERMAL  24
BUCKLING 48.35E-04 25.81E-04     * 1.27/3.6/4.0/21 B2=74.16E-04
BEEONE    1
DNB 1    0.0         0.0         0.0          0.0
DNB 2    0.0         0.0         0.0          0.0
DNB 3    6.66984E-02 0.0         3.34075E-02  0.0
LEAKAGE   5
REACTION  2235.0,294.15  8238.0,294.15
PARTITION 45 69
BEGINC
***********************************************************************
**** CASE 5
****
**** WWER-LATTICE 1.27/3.6/4.0/80
****
**** MAIN DATA
****
**** GEOMETRY
****
ANNULUS   1 0.380000 1
ANNULUS   2 0.387500 0
ANNULUS   3 0.452500 2
ANNULUS   4 0.666798 3 * PITCH 1.27 cm
MESH     15 1 3 15
****
**** MATERIAL COMPOSITION
****
MATERIAL 1 -1 353.15 1                         $ * FUEL 3.6 at. %
          234.0 8.04966E-06 2235.0 8.25606E-04 $
         8238.0 2.20998E-02 6016   4.58670E-02
MATERIAL 2 -1 353.15 2                         $ * CLAD
           91   4.27937E-02   93   4.24561E-04 $
          178   6.62969E-06
MATERIAL 3 -1 353.15 3                         $ * MODERATOR 4.0/80
         3001   6.49494E-02 6016   3.25315E-02 $
         1011   3.78564E-05
****
**** MAIN TRANSPORT OPTIONS
****
REGULAR    1  6
S         32
TOLERANCE 5.0E-5
FEWGROUPS  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
          21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
          41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
          61 62 63 64 65 66 67 68 69
SUPPRESS   0  0  1  1  1  1  1  1  1  1  1  1  0  0  0
BEGINC
****
**** EDIT DATA OPTIONS
****
THERMAL  24
BUCKLING 48.90E-04 23.17E-04     * 1.27/3.6/4.0/80 B2=72.07E-04
BEEONE    1
DNB 1    0.0         0.0         0.0          0.0
DNB 2    0.0         0.0         0.0          0.0
DNB 3    6.49494E-02 0.0         3.25315E-02  0.0
LEAKAGE   5
REACTION  2235.0,353.15  8238.0,353.15
PARTITION 45 69
BEGINC
***********************************************************************
**** CASE 6
****
**** WWER-LATTICE 1.27/3.6/4.0/130
****
**** MAIN DATA
****
**** GEOMETRY
****
ANNULUS   1 0.380000 1
ANNULUS   2 0.387500 0
ANNULUS   3 0.452500 2
ANNULUS   4 0.666798 3 * PITCH 1.27 cm
MESH     15 1 3 15
****
**** MATERIAL COMPOSITION
****
MATERIAL 1 -1 403.15 1                         $ * FUEL 3.6 at. %
          234.0 8.04966E-06 2235.0 8.25606E-04 $
         8238.0 2.20998E-02 6016   4.58670E-02
MATERIAL 2 -1 403.15 2                         $ * CLAD
           91   4.27937E-02   93   4.24561E-04 $
          178   6.62969E-06
MATERIAL 3 -1 403.15 3                         $ * MODERATOR 4.0/130
         3001   6.24572E-02 6016   3.12832E-02 $
         1011   3.64038E-05
****
**** MAIN TRANSPORT OPTIONS
****
REGULAR    1  6
S         32
TOLERANCE 5.0E-5
FEWGROUPS  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
          21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
          41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
          61 62 63 64 65 66 67 68 69
SUPPRESS   0  0  1  1  1  1  1  1  1  1  1  1  0  0  0
BEGINC
****
**** EDIT DATA OPTIONS
****
THERMAL  24
BUCKLING 47.91E-04 19.72E-04     * 1.27/3.6/4.0/130 B2=67.63E-04
BEEONE    1
DNB 1    0.0         0.0         0.0          0.0
DNB 2    0.0         0.0         0.0          0.0
DNB 3    6.24572E-02 0.0         3.12832E-02  0.0
LEAKAGE   5
REACTION  2235.0,403.15  8238.0,403.15
PARTITION 45 69
BEGINC
***********************************************************************
**** CASE 7
****
**** WWER-LATTICE 1.27/3.6/5.8/21
****
**** MAIN DATA
****
**** GEOMETRY
****
ANNULUS   1 0.380000 1
ANNULUS   2 0.387500 0
ANNULUS   3 0.452500 2
ANNULUS   4 0.666798 3 * PITCH 1.27 cm
MESH     15 1 3 15
****
**** MATERIAL COMPOSITION
****
MATERIAL 1 -1 294.15 1                         $ * FUEL 3.6 at. %
          234.0 8.04966E-06 2235.0 8.25606E-04 $
         8238.0 2.20998E-02 6016   4.58670E-02
MATERIAL 2 -1 294.15 2                         $ * CLAD
           91   4.27937E-02   93   4.24561E-04 $
          178   6.62969E-06
MATERIAL 3 -1 294.15 3                         $ * MODERATOR 5.8/21
         3001   6.66885E-02 6016   3.34287E-02 $
         1011   5.63173E-05
****
**** MAIN TRANSPORT OPTIONS
****
REGULAR    1  6
S         32
TOLERANCE 5.0E-5
FEWGROUPS  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
          21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
          41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
          61 62 63 64 65 66 67 68 69
SUPPRESS   0  0  1  1  1  1  1  1  1  1  1  1  0  0  0
BEGINC
****
**** EDIT DATA OPTIONS
****
THERMAL  24
BUCKLING 50.02E-04 14.93E-04     * 1.27/3.6/5.8/21 B2=64.95E-04
BEEONE    1
DNB 1    0.0         0.0         0.0          0.0
DNB 2    0.0         0.0         0.0          0.0
DNB 3    6.66885E-02 0.0         3.34287E-02  0.0
LEAKAGE   5
REACTION  2235.0,294.15  8238.0,294.15
PARTITION 45 69
BEGINC
***********************************************************************
**** CASE 8
****
**** WWER-LATTICE 1.27/3.6/5.8/80
****
**** MAIN DATA
****
**** GEOMETRY
****
ANNULUS   1 0.380000 1
ANNULUS   2 0.387500 0
ANNULUS   3 0.452500 2
ANNULUS   4 0.666798 3 * PITCH 1.27 cm
MESH     15 1 3 15
****
**** MATERIAL COMPOSITION
****
MATERIAL 1 -1 353.15 1                         $ * FUEL 3.6 at. %
          234.0 8.04966E-06 2235.0 8.25606E-04 $
         8238.0 2.20998E-02 6016   4.58670E-02
MATERIAL 2 -1 353.15 2                         $ * CLAD
           91   4.27937E-02   93   4.24561E-04 $
          178   6.62969E-06
MATERIAL 3 -1 353.15 3                         $ * MODERATOR 5.8/80
         3001   6.49398E-02 6016   3.25522E-02 $
         1011   5.48405E-05
****
**** MAIN TRANSPORT OPTIONS
****
REGULAR    1  6
S         32
TOLERANCE 5.0E-5
FEWGROUPS  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
          21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
          41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
          61 62 63 64 65 66 67 68 69
SUPPRESS   0  0  1  1  1  1  1  1  1  1  1  1  0  0  0
BEGINC
****
**** EDIT DATA OPTIONS
****
THERMAL  24
BUCKLING 49.06E-04 12.63E-04     * 1.27/3.6/5.8/80 B2=61.69E-04
BEEONE    1
DNB 1    0.0         0.0         0.0          0.0
DNB 2    0.0         0.0         0.0          0.0
DNB 3    6.49398E-02 0.0         3.25522E-02  0.0
LEAKAGE   5
REACTION  2235.0,353.15  8238.0,353.15
PARTITION 45 69
BEGINC
***********************************************************************
**** CASE 9
****
**** WWER-LATTICE 1.27/3.6/5.8/130
****
**** MAIN DATA
****
**** GEOMETRY
****
ANNULUS   1 0.380000 1
ANNULUS   2 0.387500 0
ANNULUS   3 0.452500 2
ANNULUS   4 0.666798 3 * PITCH 1.27 cm
MESH     15 1 3 15
****
**** MATERIAL COMPOSITION
****
MATERIAL 1 -1 403.15 1                         $ * FUEL 3.6 at. %
          234.0 8.04966E-06 2235.0 8.25606E-04 $
         8238.0 2.20998E-02 6016   4.58670E-02
MATERIAL 2 -1 403.15 2                         $ * CLAD
           91   4.27937E-02   93   4.24561E-04 $
          178   6.62969E-06
MATERIAL 3 -1 403.15 3                         $ * MODERATOR 5.8/130
         3001   6.24480E-02 6016   3.13031E-02 $
         1011   5.27362E-05
****
**** MAIN TRANSPORT OPTIONS
****
REGULAR    1  6
S         32
TOLERANCE 5.0E-5
FEWGROUPS  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
          21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
          41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
          61 62 63 64 65 66 67 68 69
SUPPRESS   0  0  1  1  1  1  1  1  1  1  1  1  0  0  0
BEGINC
****
**** EDIT DATA OPTIONS
****
THERMAL  24
BUCKLING 48.80E-04 10.22E-04     * 1.27/3.6/5.8/130 B2=59.02E-04
BEEONE    1
DNB 1    0.0         0.0         0.0          0.0
DNB 2    0.0         0.0         0.0          0.0
DNB 3    6.24480E-02 0.0         3.13031E-02  0.0
LEAKAGE   5
REACTION  2235.0,403.15  8238.0,403.15
PARTITION 45 69
BEGINC
***********************************************************************
**** CASE 10
****
**** WWER-LATTICE 1.27/3.6/7.2/21
****
**** MAIN DATA
****
**** GEOMETRY
****
ANNULUS   1 0.380000 1
ANNULUS   2 0.387500 0
ANNULUS   3 0.452500 2
ANNULUS   4 0.666798 3 * PITCH 1.27 cm
MESH     15 1 3 15
****
**** MATERIAL COMPOSITION
****
MATERIAL 1 -1 294.15 1                         $ * FUEL 3.6 at. %
          234.0 8.04966E-06 2235.0 8.25606E-04 $
         8238.0 2.20998E-02 6016   4.58670E-02
MATERIAL 2 -1 294.15 2                         $ * CLAD
           91   4.27937E-02   93   4.24561E-04 $
          178   6.62969E-06
MATERIAL 3 -1 294.15 3                         $ * MODERATOR 7.2/21
         3001   6.66808E-02 6016   3.34452E-02 $
         1011   6.98604E-05
****
**** MAIN TRANSPORT OPTIONS
****
REGULAR    1  6
S         32
TOLERANCE 5.0E-5
FEWGROUPS  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
          21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
          41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
          61 62 63 64 65 66 67 68 69
SUPPRESS   0  0  1  1  1  1  1  1  1  1  1  1  0  0  0
BEGINC
****
**** EDIT DATA OPTIONS
****
THERMAL  24
BUCKLING 47.35E-04  9.19E-04     * 1.27/3.6/7.2/21 B2=56.54E-04
BEEONE    1
DNB 1    0.0         0.0         0.0          0.0
DNB 2    0.0         0.0         0.0          0.0
DNB 3    6.66808E-02 0.0         3.34452E-02  0.0
LEAKAGE   5
REACTION  2235.0,294.15  8238.0,294.15
PARTITION 45 69
BEGINC
***********************************************************************
**** CASE 16
****
**** WWER-LATTICE 1.10/3.6/0.0/21
****
**** MAIN DATA
****
**** GEOMETRY
****
ANNULUS   1 0.380000 1
ANNULUS   2 0.387500 0
ANNULUS   3 0.452500 2
ANNULUS   4 0.577541 3 * PITCH 1.10 cm
MESH     15 1 3 15
****
**** MATERIAL COMPOSITION
****
MATERIAL 1 -1 294.15 1                         $ * FUEL 3.6 at. %
          234.0 8.04966E-06 2235.0 8.25606E-04 $
         8238.0 2.20998E-02 6016   4.58670E-02
MATERIAL 2 -1 294.15 2                         $ * CLAD
           91   4.27937E-02   93   4.24561E-04 $
          178   6.62969E-06
MATERIAL 3 -1 294.15 3                         $ * MODERATOR 0.0/21
         3001   6.67205E-02 6016   3.33603E-02 $
         1011   0.00000E+00
****
**** MAIN TRANSPORT OPTIONS
****
REGULAR    1  6
S         32
TOLERANCE 5.0E-5
FEWGROUPS  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
          21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
          41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
          61 62 63 64 65 66 67 68 69
SUPPRESS   0  0  1  1  1  1  1  1  1  1  1  1  0  0  0
BEGINC
****
**** EDIT DATA OPTIONS
****
THERMAL  24
BUCKLING 53.98E-04 12.03E-04     * 1.10/3.6/0.0/21 B2=66.01E-04
BEEONE    1
DNB 1    0.0         0.0         0.0          0.0
DNB 2    0.0         0.0         0.0          0.0
DNB 3    6.67205E-02 0.0         3.33603E-02  0.0
LEAKAGE   5
REACTION  2235.0,294.15  8238.0,294.15
PARTITION 45 69
BEGINC
***********************************************************************
**** CASE 17
****
**** WWER-LATTICE 1.10/3.6/0.0/80
****
**** MAIN DATA
****
**** GEOMETRY
****
ANNULUS   1 0.380000 1
ANNULUS   2 0.387500 0
ANNULUS   3 0.452500 2
ANNULUS   4 0.577541 3 * PITCH 1.10 cm
MESH     15 1 3 15
****
**** MATERIAL COMPOSITION
****
MATERIAL 1 -1 353.15 1                         $ * FUEL 3.6 at. %
          234.0 8.04966E-06 2235.0 8.25606E-04 $
         8238.0 2.20998E-02 6016   4.58670E-02
MATERIAL 2 -1 353.15 2                         $ * CLAD
           91   4.27937E-02   93   4.24561E-04 $
          178   6.62969E-06
MATERIAL 3 -1 353.15 3                         $ * MODERATOR 0.0/80
         3001   6.49709E-02 6016   3.24855E-02 $
         1011   0.00000E+00
****
**** MAIN TRANSPORT OPTIONS
****
REGULAR    1  6
S         32
TOLERANCE 5.0E-5
FEWGROUPS  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
          21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
          41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
          61 62 63 64 65 66 67 68 69
SUPPRESS   0  0  1  1  1  1  1  1  1  1  1  1  0  0  0
BEGINC
****
**** EDIT DATA OPTIONS
****
THERMAL  24
BUCKLING 53.93E-04 10.09E-04     * 1.10/3.6/0.0/80 B2=64.02E-04
BEEONE    1
DNB 1    0.0         0.0         0.0          0.0
DNB 2    0.0         0.0         0.0          0.0
DNB 3    6.49709E-02 0.0         3.24855E-02  0.0
LEAKAGE   5
REACTION  2235.0,353.15  8238.0,353.15
PARTITION 45 69
BEGINC
***********************************************************************
**** CASE 18
****
**** WWER-LATTICE 1.10/3.6/0.0/130
****
**** MAIN DATA
****
**** GEOMETRY
****
ANNULUS   1 0.380000 1
ANNULUS   2 0.387500 0
ANNULUS   3 0.452500 2
ANNULUS   4 0.577541 3 * PITCH 1.10 cm
MESH     15 1 3 15
****
**** MATERIAL COMPOSITION
****
MATERIAL 1 -1 403.15 1                         $ * FUEL 3.6 at. %
          234.0 8.04966E-06 2235.0 8.25606E-04 $
         8238.0 2.20998E-02 6016   4.58670E-02
MATERIAL 2 -1 403.15 2                         $ * CLAD
           91   4.27937E-02   93   4.24561E-04 $
          178   6.62969E-06
MATERIAL 3 -1 403.15 3                         $ * MODERATOR 0.0/130
         3001   6.24779E-02 6016   3.12390E-02 $
         1011   0.00000E+00
****
**** MAIN TRANSPORT OPTIONS
****
REGULAR    1  6
S         32
TOLERANCE 5.0E-5
FEWGROUPS  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
          21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
          41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
          61 62 63 64 65 66 67 68 69
SUPPRESS   0  0  1  1  1  1  1  1  1  1  1  1  0  0  0
BEGINC
****
**** EDIT DATA OPTIONS
****
THERMAL  24
BUCKLING 52.41E-04  7.35E-04     * 1.10/3.6/0.0/130 B2=59.76E-04
BEEONE    1
DNB 1    0.0         0.0         0.0          0.0
DNB 2    0.0         0.0         0.0          0.0
DNB 3    6.24779E-02 0.0         3.12390E-02  0.0
LEAKAGE   5
REACTION  2235.0,403.15  8238.0,403.15
PARTITION 45 69
BEGINC
***********************************************************************
**** CASE 19
****
**** WWER-LATTICE 1.10/3.6/1.0/21
****
**** MAIN DATA
****
**** GEOMETRY
****
ANNULUS   1 0.380000 1
ANNULUS   2 0.387500 0
ANNULUS   3 0.452500 2
ANNULUS   4 0.577541 3 * PITCH 1.10 cm
MESH     15 1 3 15
****
**** MATERIAL COMPOSITION
****
MATERIAL 1 -1 294.15 1                         $ * FUEL 3.6 at. %
          234.0 8.04966E-06 2235.0 8.25606E-04 $
         8238.0 2.20998E-02 6016   4.58670E-02
MATERIAL 2 -1 294.15 2                         $ * CLAD
           91   4.27937E-02   93   4.24561E-04 $
          178   6.62969E-06
MATERIAL 3 -1 294.15 3                         $ * MODERATOR 1.0/21
         3001   6.67150E-02 6016   3.33721E-02 $
         1011   9.73414E-06
****
**** MAIN TRANSPORT OPTIONS
****
REGULAR    1  6
S         32
TOLERANCE 5.0E-5
FEWGROUPS  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
          21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
          41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
          61 62 63 64 65 66 67 68 69
SUPPRESS   0  0  1  1  1  1  1  1  1  1  1  1  0  0  0
BEGINC
****
**** EDIT DATA OPTIONS
****
THERMAL  24
BUCKLING 55.20E-04  6.94E-04     * 1.10/3.6/1.0/21 B2=62.14E-04
BEEONE    1
DNB 1    0.0         0.0         0.0          0.0
DNB 2    0.0         0.0         0.0          0.0
DNB 3    6.67150E-02 0.0         3.33721E-02  0.0
LEAKAGE   5
REACTION  2235.0,294.15  8238.0,294.15
PARTITION 45 69
BEGINC
***********************************************************************
**** CASE 20
****
**** WWER-LATTICE 1.10/3.6/1.41/21
****
**** MAIN DATA
****
**** GEOMETRY
****
ANNULUS   1 0.380000 1
ANNULUS   2 0.387500 0
ANNULUS   3 0.452500 2
ANNULUS   4 0.577541 3 * PITCH 1.10 cm
MESH     15 1 3 15
****
**** MATERIAL COMPOSITION
****
MATERIAL 1 -1 294.15 1                         $ * FUEL 3.6 at. %
          234.0 8.04966E-06 2235.0 8.25606E-04 $
         8238.0 2.20998E-02 6016   4.58670E-02
MATERIAL 2 -1 294.15 2                         $ * CLAD
           91   4.27937E-02   93   4.24561E-04 $
          178   6.62969E-06
MATERIAL 3 -1 294.15 3                         $ * MODERATOR 1.41/21
         3001   6.67127E-02 6016   3.33770E-02 $
         1011   1.37222E-05
****
**** MAIN TRANSPORT OPTIONS
****
REGULAR    1  6
S         32
TOLERANCE 5.0E-5
FEWGROUPS  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
          21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
          41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
          61 62 63 64 65 66 67 68 69
SUPPRESS   0  0  1  1  1  1  1  1  1  1  1  1  0  0  0
BEGINC
****
**** EDIT DATA OPTIONS
****
THERMAL  24
BUCKLING 54.40E-04  7.30E-04     * 1.10/3.6/1.41/21 B2=61.70E-04
BEEONE    1
DNB 1    0.0         0.0         0.0          0.0
DNB 2    0.0         0.0         0.0          0.0
DNB 3    6.67127E-02 0.0         3.33770E-02  0.0
LEAKAGE   5
REACTION  2235.0,294.15  8238.0,294.15
PARTITION 45 69
BEGINC
***********************************************************************
**** CASE 21
****
**** WWER-LATTICE 1.50/3.6/0.0/21
****
**** MAIN DATA
****
**** GEOMETRY
****
ANNULUS   1 0.380000 1
ANNULUS   2 0.387500 0
ANNULUS   3 0.452500 2
ANNULUS   4 0.787556 3 * PITCH 1.50 cm
MESH     15 1 3 15
****
**** MATERIAL COMPOSITION
****
MATERIAL 1 -1 294.15 1                         $ * FUEL 3.6 at. %
          234.0 8.04966E-06 2235.0 8.25606E-04 $
         8238.0 2.20998E-02 6016   4.58670E-02
MATERIAL 2 -1 294.15 2                         $ * CLAD
           91   4.27937E-02   93   4.24561E-04 $
          178   6.62969E-06
MATERIAL 3 -1 294.15 3                         $ * MODERATOR 0.0/21
         3001   6.67205E-02 6016   3.33603E-02 $
         1011   0.00000E+00
****
**** MAIN TRANSPORT OPTIONS
****
REGULAR    1  6
S         32
TOLERANCE 5.0E-5
FEWGROUPS  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
          21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
          41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
          61 62 63 64 65 66 67 68 69
SUPPRESS   0  0  1  1  1  1  1  1  1  1  1  1  0  0  0
BEGINC
****
**** EDIT DATA OPTIONS
****
THERMAL  24
BUCKLING 81.30E-04 39.06E-04     * 1.50/3.6/0.0/21 B2=120.36E-04
BEEONE    1
DNB 1    0.0         0.0         0.0          0.0
DNB 2    0.0         0.0         0.0          0.0
DNB 3    6.67205E-02 0.0         3.33603E-02  0.0
LEAKAGE   5
REACTION  2235.0,294.15  8238.0,294.15
PARTITION 45 69
BEGINC
***********************************************************************
**** CASE 22
****
**** WWER-LATTICE 1.50/3.6/4.0/21
****
**** MAIN DATA
****
**** GEOMETRY
****
ANNULUS   1 0.380000 1
ANNULUS   2 0.387500 0
ANNULUS   3 0.452500 2
ANNULUS   4 0.787556 3 * PITCH 1.50 cm
MESH     15 1 3 15
****
**** MATERIAL COMPOSITION
****
MATERIAL 1 -1 294.15 1                         $ * FUEL 3.6 at. %
          234.0 8.04966E-06 2235.0 8.25606E-04 $
         8238.0 2.20998E-02 6016   4.58670E-02
MATERIAL 2 -1 294.15 2                         $ * CLAD
           91   4.27937E-02   93   4.24561E-04 $
          178   6.62969E-06
MATERIAL 3 -1 294.15 3                         $ * MODERATOR 4.0/21
         3001   6.66984E-02 6016   3.34075E-02 $
         1011   3.88759E-05
****
**** MAIN TRANSPORT OPTIONS
****
REGULAR    1  6
S         32
TOLERANCE 5.0E-5
FEWGROUPS  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
          21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
          41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
          61 62 63 64 65 66 67 68 69
SUPPRESS   0  0  1  1  1  1  1  1  1  1  1  1  0  0  0
BEGINC
****
**** EDIT DATA OPTIONS
****
THERMAL  24
BUCKLING 57.27E-04 12.98E-04     * 1.50/3.6/4.0/21 B2=70.25E-04
BEEONE    1
DNB 1    0.0         0.0         0.0          0.0
DNB 2    0.0         0.0         0.0          0.0
DNB 3    6.66984E-02 0.0         3.34075E-02  0.0
LEAKAGE   5
REACTION  2235.0,294.15  8238.0,294.15
PARTITION 45 69
BEGINC
***********************************************************************
**** CASE 25
****
**** WWER-LATTICE 1.905/3.6/0.0/21
****
**** MAIN DATA
****
**** GEOMETRY
****
ANNULUS   1 0.380000 1
ANNULUS   2 0.387500 0
ANNULUS   3 0.452500 2
ANNULUS   4 1.000331 3 * PITCH 1.905 cm  = sqrt(3)*1.10 cm
MESH     15 1 3 15
****
**** MATERIAL COMPOSITION
****
MATERIAL 1 -1 294.15 1                         $ * FUEL 3.6 at. %
          234.0 8.04966E-06 2235.0 8.25606E-04 $
         8238.0 2.20998E-02 6016   4.58670E-02
MATERIAL 2 -1 294.15 2                         $ * CLAD
           91   4.27937E-02   93   4.24561E-04 $
          178   6.62969E-06
MATERIAL 3 -1 294.15 3                         $ * MODERATOR 0.0/21
         3001   6.67205E-02 6016   3.33603E-02 $
         1011   0.00000E+00
****
**** MAIN TRANSPORT OPTIONS
****
REGULAR    1  6
S         32
TOLERANCE 5.0E-5
FEWGROUPS  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
          21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
          41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
          61 62 63 64 65 66 67 68 69
SUPPRESS   0  0  1  1  1  1  1  1  1  1  1  1  0  0  0
BEGINC
****
**** EDIT DATA OPTIONS
****
THERMAL  24
BUCKLING 65.73E-04 42.47E-04     * 1.905/3.6/0.0/21 B2=108.20E-04
BEEONE    1
DNB 1    0.0         0.0         0.0          0.0
DNB 2    0.0         0.0         0.0          0.0
DNB 3    6.67205E-02 0.0         3.33603E-02  0.0
LEAKAGE   5
REACTION  2235.0,294.15  8238.0,294.15
PARTITION 45 69
BEGINC
*END
*deck WWERCRC
***********************************************************************
* IAEA WIMS-D LIBRARY UPDATED PROJECT (WLUP)                          *
* ==========================================                          *
*                                                                     *
* BENCHMARK LABEL:                                                    *
*        WWER-TYPE LATTICE CRITICALITY CALCULATIONS  (C)              *
*                                                                     *
* REFERENCES:                                                         *
*         1)- FINAL REPORT OF TIC: EXPERIMENTAL INVESTIGATIONS OF THE *
*             PHYSICAL PROPERTIES OF WWER-TYPE URANIUM-WATER LATTICES,*
*             VOLUME 1, AKADEMIAI KIADO, BUPAPEST 1985.               *
*         2)- FINAL REPORT OF TIC: EXPERIMENTAL INVESTIGATIONS OF THE *
*             PHYSICAL PROPERTIES OF WWER-TYPE URANIUM-WATER LATTICES,*
*             VOLUME 3, AKADEMIAI KIADO, BUPAPEST 1991.               *
*         3)- INTERNATIONAL HANDBOOK OF CRITICALITY BENCHMARKS        *
*             LEU-COMP-THERM-015-ASYMPTOTIC LATTICES                  *
*                                                                     *
* SUMMARY:                                                            *
*         A K-EFF CALCULATION IS PERFORMED FOR A SELECTED GROUP OF    *
*         REGULAR WWER-TYPE UO2-H2O LATTICES. MEASURED MATERIAL       *
*         BUCKLINCKS ARE GIVEN AS INPUT.                              *
*         A CRITICAL BUCKLING SEARCH IS ALSO CARRIED OUT FOR DIRECT   *
*         COMPARISON WITH THE EXPERIMENTAL VALUE.                     *
*         LATTICES ARE IDENTIFIED AS P/E/CB/T, WHERE                  *
*           P: LATTICE PICHT [cm]                                     *
*           E: ATOMIC ENRICHMENT [at. %]                              *
*          CB: BORON CONCENTRATION [g H3BO3/l]                        *
*           T: TEMPERATURE [C]                                        *
*                                                                     *
* PREPARED BY:                                                        *
*         DANIEL L. ALDAMA                                            *
*         CENTRO DE TECNOLOGIA NUCLEAR (CTN), LA HABANA, CUBA         *
*                                                                     *
* DATE:     14/04/1999                                                *
*                                                                     *
* REVISED:  14/08/2000 BY YEVGENIY ROZHIKHIN, IPPE, OBNINSK, RUSSIA   *
*           12/10/2000 BY DANIEL LOPEZ ALDAMA, CTN, LA HABANA, CUBA   *
*           27/08/2001 BY DANIEL LOPEZ ALDAMA, CTN, LA HABANA, CUBA   *
*                                                                     *
***********************************************************************
CELL       6
SEQUENCE   1
NGROUP    69 2
NMESH     34
NREGION    4 0 4
NMATERIAL  3 1
NREACT     2
PREOUT
INITIATE
***********************************************************************
**** CASE 13
****
**** WWER-LATTICE 1.27/4.4/0.0/21
****
**** MAIN DATA
****
**** GEOMETRY
****
ANNULUS   1 0.380000 1
ANNULUS   2 0.387500 0
ANNULUS   3 0.452500 2
ANNULUS   4 0.666798 3 * PITCH 1.27 cm
MESH     15 1 3 15
****
**** MATERIAL COMPOSITION
****
MATERIAL 1 -1 294.15 1                         $ * FUEL 4.4 at. %
          234.0 7.92053E-06 2235.0 1.01309E-03 $
         8238.0 2.20038E-02 6016   4.60496E-02
MATERIAL 2 -1 294.15 2                         $ * CLAD
           91   4.27937E-02   93   4.24561E-04 $
          178   6.62969E-06
MATERIAL 3 -1 294.15 3                         $ * MODERATOR 0.0/21
         3001   6.67205E-02 6016   3.33603E-02 $
         1011   0.00000E+00
****
**** MAIN TRANSPORT OPTIONS
****
REGULAR    1  6
S         32
TOLERANCE 5.0E-5
FEWGROUPS  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
          21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
          41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
          61 62 63 64 65 66 67 68 69
SUPPRESS   0  0  1  1  1  1  1  1  1  1  1  1  0  0  0
BEGINC
****
**** EDIT DATA OPTIONS
****
THERMAL  24
BUCKLING 99.50E-04 13.08E-04     * 1.27/4.4/0.0/21 B2=112.58E-04
BEEONE    1
DNB 1    0.0         0.0         0.0          0.0
DNB 2    0.0         0.0         0.0          0.0
DNB 3    6.67205E-02 0.0         3.33603E-02  0.0
LEAKAGE   5
REACTION  2235.0,294.15  8238.0,294.15
PARTITION 45 69
BEGINC
***********************************************************************
**** CASE 14
****
**** WWER-LATTICE 1.27/4.4/0.64/21
****
**** MAIN DATA
****
**** GEOMETRY
****
ANNULUS   1 0.380000 1
ANNULUS   2 0.387500 0
ANNULUS   3 0.452500 2
ANNULUS   4 0.666798 3 * PITCH 1.27 cm
MESH     15 1 3 15
****
**** MATERIAL COMPOSITION
****
MATERIAL 1 -1 294.15 1                         $ * FUEL 4.4 at. %
          234.0 7.92053E-06 2235.0 1.01309E-03 $
         8238.0 2.20038E-02 6016   4.60496E-02
MATERIAL 2 -1 294.15 2                         $ * CLAD
           91   4.27937E-02   93   4.24561E-04 $
          178   6.62969E-06
MATERIAL 3 -1 294.15 3                         $ * MODERATOR 0.64/21
         3001   6.67170E-02 6016   3.33678E-02 $
         1011   6.23102E-06
****
**** MAIN TRANSPORT OPTIONS
****
REGULAR    1  6
S         32
TOLERANCE 5.0E-5
FEWGROUPS  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
          21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
          41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
          61 62 63 64 65 66 67 68 69
SUPPRESS   0  0  1  1  1  1  1  1  1  1  1  1  0  0  0
BEGINC
****
**** EDIT DATA OPTIONS
****
THERMAL  24
BUCKLING 100.18E-04 6.42E-04     * 1.27/4.4/0.64/21 B2=106.60E-04
BEEONE    1
DNB 1    0.0         0.0         0.0          0.0
DNB 2    0.0         0.0         0.0          0.0
DNB 3    6.67170E-02 0.0         3.33678E-02  0.0
LEAKAGE   5
REACTION  2235.0,294.15  8238.0,294.15
PARTITION 45 69
BEGINC
***********************************************************************
**** CASE 15
****
**** WWER-LATTICE 1.27/4.4/7.2/21
****
**** MAIN DATA
****
**** GEOMETRY
****
ANNULUS   1 0.380000 1
ANNULUS   2 0.387500 0
ANNULUS   3 0.452500 2
ANNULUS   4 0.666798 3 * PITCH 1.27 cm
MESH     15 1 3 15
****
**** MATERIAL COMPOSITION
****
MATERIAL 1 -1 294.15 1                         $ * FUEL 4.4 at. %
          234.0 7.92053E-06 2235.0 1.01309E-03 $
         8238.0 2.20038E-02 6016   4.60496E-02
MATERIAL 2 -1 294.15 2                         $ * CLAD
           91   4.27937E-02   93   4.24561E-04 $
          178   6.62969E-06
MATERIAL 3 -1 294.15 3                         $ * MODERATOR 7.2/21
         3001   6.66808E-02 6016   3.34452E-02 $
         1011   6.98604E-05
****
**** MAIN TRANSPORT OPTIONS
****
REGULAR    1  6
S         32
TOLERANCE 5.0E-5
FEWGROUPS  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
          21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
          41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
          61 62 63 64 65 66 67 68 69
SUPPRESS   0  0  1  1  1  1  1  1  1  1  1  1  0  0  0
BEGINC
****
**** EDIT DATA OPTIONS
****
THERMAL  24
BUCKLING 55.55E-04 13.48E-04     * 1.27/4.4/7.2/21 B2=69.03E-04
BEEONE    1
DNB 1    0.0         0.0         0.0          0.0
DNB 2    0.0         0.0         0.0          0.0
DNB 3    6.66808E-02 0.0         3.34452E-02  0.0
LEAKAGE   5
REACTION  2235.0,294.15  8238.0,294.15
PARTITION 45 69
BEGINC
***********************************************************************
**** CASE 24
****
**** WWER-LATTICE 1.50/4.4/0.0/21
****
**** MAIN DATA
****
**** GEOMETRY
****
ANNULUS   1 0.380000 1
ANNULUS   2 0.387500 0
ANNULUS   3 0.452500 2
ANNULUS   4 0.787556 3 * PITCH 1.50 cm
MESH     15 1 3 15
****
**** MATERIAL COMPOSITION
****
MATERIAL 1 -1 294.15 1                         $ * FUEL 4.4 at. %
          234.0 7.92053E-06 2235.0 1.01309E-03 $
         8238.0 2.20038E-02 6016   4.60496E-02
MATERIAL 2 -1 294.15 2                         $ * CLAD
           91   4.27937E-02   93   4.24561E-04 $
          178   6.62969E-06
MATERIAL 3 -1 294.15 3                         $ * MODERATOR 0.0/21
         3001   6.67205E-02 6016   3.33603E-02 $
         1011   0.00000E+00
****
**** MAIN TRANSPORT OPTIONS
****
REGULAR    1  6
S         32
TOLERANCE 5.0E-5
FEWGROUPS  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 $
          21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 $
          41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 $
          61 62 63 64 65 66 67 68 69
SUPPRESS   0  0  1  1  1  1  1  1  1  1  1  1  0  0  0
BEGINC
****
**** EDIT DATA OPTIONS
****
THERMAL  24
BUCKLING 89.52E-04 47.28E-04     * 1.50/4.4/0.0/21 B2=136.80E-04
BEEONE    1
DNB 1    0.0         0.0         0.0          0.0
DNB 2    0.0         0.0         0.0          0.0
DNB 3    6.67205E-02 0.0         3.33603E-02  0.0
LEAKAGE   5
REACTION  2235.0,294.15  8238.0,294.15
PARTITION 45 69
BEGINC
*END
*deck dimpsghw
* *************************************************************
* WIMSD5 (WLUP) UO2-HW-AERE-DIMPLE Benchmark       STAND. INPUT
* GROUP 69, SEQUENCE 1, S12, REGULAR 1, DIFFUSION 1 1 8.414
* T.Zagar                                         11 March 2003
* Jozef Stefan Institute, Ljubljana, Slovenia
* NEW B2 from NEWMARCH
* *************************************************************
CELL      7                               * CLUSTER
SEQUENCE  1                               * DSN
NGROUP   69 2
*NMESH    45
NMESH    14
NREGION   6 1
NMATERIAL 7
NREACT    2
PREOUT
INITIATE
*
* DIMPLE 5001 lattice with air as coolnat
*
ANNULUS   1 0.635     3                   * central steel tie rod
ANNULUS   2 6.6599    4                   * coolant (i.r. of pressure tube)
ANNULUS   3 6.985     5                   * pressure tube
ANNULUS   4 7.926     0                   * void between pressure and calandria tube
ANNULUS   5 8.414     6                   * calandria tube
SQUARE    6 10.63625  7                   * bulk moderator
MESH      1  6 1 1 1 4                    * about 1 mesh per cm (14)
*MESH      2 12 2 2 2 6                    * about 2 mesh per cm  (26)
*MESH      3 24 2 4 2 10                   * about 4 mesh per cm
ARRAY     1 1  6  1.321      0.           * 1st ring
ARRAY     2 1 12  2.489      0.           * 2nd ring
ARRAY     3 1 18  3.658      0.           * 3rd ring
ARRAY     4 1 24  4.851      0.           * 4th ring
ARRAY     5 1 30  6.020      0.           * 5th ring
RODSUB    1 1 0.3797  1                   * fuel
RODSUB    1 2 0.3886  0                   * void
RODSUB    1 3 0.48004 2                   * clad
RODSUB    2 1 0.3797  1                   * fuel
RODSUB    2 2 0.3886  0                   * void
RODSUB    2 3 0.48004 2                   * clad
RODSUB    3 1 0.3797  1                   * fuel
RODSUB    3 2 0.3886  0                   * void
RODSUB    3 3 0.48004 2                   * clad
RODSUB    4 1 0.3797  1                   * fuel
RODSUB    4 2 0.3886  0                   * void
RODSUB    4 3 0.48004 2                   * clad
RODSUB    5 1 0.3797  1                   * fuel
RODSUB    5 2 0.3886  0                   * void
RODSUB    5 3 0.48004 2                   * clad
* mat1 fuel
* mat2 clad
* mat3 central steel rod
* mat4 coolant
* mat5 pressure tube
* mat6 calandria tube
* mat7 moderator
* mat1 - UO2 1.14% enriched 10.35g/cc 20C
MATERIAL  1 -1  293.0 1 6016 4.6167E-02 $
                         234 2.0060E-06 $
                        2235 2.6648E-04 $
                        8238 2.2815E-02
* mat2 - Al (pure?) 2.7 g/cc 20C
MATERIAL  2 2.7 293.0 2   24  0.006 $
                          27 99.967 $
                          29  0.006 $
                          48  0.002 $
                          51  0.005 $
                          55  0.002 $
                        2056  0.006 $
                        3063  0.006
* mat3 - SS304 (?) 8 g/cc 20C
MATERIAL  3 8.0 293.0 2 2012  0.08  $
                          29  1.    $
                          31  0.045 $
                          32  0.03  $
                          52  20.   $
                          55  2.    $
                        2056 66.345 $
                          58 10.5
* mat4 -  air  0.0012 g/cc 20C
MATERIAL  4 0.0012 293.0 3 14 75 $
                         6016 25
* mat7 -  D2O 1.1053 g/cc 20C purity 99.68 mol%
MATERIAL  7 -1  293.0 4 3001 2.1277E-04 $
                        3002 6.6279E-02 $
                        6016 3.3246E-02
* mat5 - Al
MATERIAL  5=2
* mat6 - Al
MATERIAL  6=2
FEWGROUP  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 $
         19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 $
         37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 $
         55 56 57 58 59 60 61 62 63 64 65 66 67 68 69
REGULAR   1
S        12
BEGINC
PARTIT   45 69
THERMAL  24
* DIMPLE 5001 air
*BUCKLING radial     axial
BUCKLING  -0.0001119 0.0001801
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
DIFFUSION 1  1  8.414
BEGINC
*
* DIMPLE 5002 lattice with D2O as coolnat
*
* mat4 coolant
* mat4 -  D2O bulk moderator (99.68 % purity) 20C
MATERIAL  4 -1  293.0 3 3001 2.1277E-04 $
                        3002 6.6279E-02 $
                        6016 3.3246E-02
BEGINC
PARTIT   45 69
THERMAL  24
*BUCKLING radial     axial
BUCKLING  -0.0000953 0.0001913
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
DIFFUSION 1  1  8.414
BEGINC
*
* DIMPLE 5005 lattice with H2O as coolnat
*
* mat4 coolant
* mat4 -  H2O coolant 1g/cc 20C
MATERIAL  4 1.0 293.0 3 3001 2  $
                        6016 16
BEGINC
PARTIT   45 69
THERMAL  24
*BUCKLING radial     axial
BUCKLING  -0.0001510 0.0001814
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
DIFFUSION 1  1  8.414
BEGINC
*
* DIMPLE 5003 lattice with 80wt% D2O coolant
*
* mat4 coolant
* mat4 -  D2O bulk moderator (80 wt% purity) 20C 1.1g/cc
MATERIAL  4 -1  293.0 3 3001 1.4708E-02 $
                        3002 5.2921E-02 $
                        6016 3.3815E-02
BEGINC
PARTIT   45 69
THERMAL  24
*BUCKLING radial    axial
BUCKLING  0.0000210 0.0001836
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
DIFFUSION 1  1  8.414
BEGINC
*
* DIMPLE 5004 lattice with 60wt% D2O coolant
*
* mat4 coolant
* mat4 -  D2O bulk moderator (60wt% purity) 20C 1.1 g/cc
MATERIAL  4 -1  293.0 3 3001 2.9417E-02 $
                        3002 3.9691E-02 $
                        6016 3.4554E-02
BEGINC
PARTIT   45 69
THERMAL  24
*BUCKLING radial     axial
BUCKLING  0.0000002 0.0001924
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
DIFFUSION 1  1  8.414
BEGINC
*END
*deck minor1
* *************************************************************
* WIMSD5 (WLUP) UME-HW-EIR-MINOR1 Benchmark        STAND. INPUT
* GROUP 69, SEQUENCE 1, S12, REGULAR 1, BEEONE 1
* T.Zagar                                          6 March 2003
* Jozef Stefan Institute, Ljubljana, Slovenia
* *************************************************************
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH    40
NREGION   4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
* MINOR 1.1.1 benchmark square 8cm (2*4)
ANNULUS   1 1.345     1
ANNULUS   2 1.350     0
ANNULUS   3 1.500     2
SQUARE    4 4.0       3
MESH      7 1 2 25
* mat1 - U metal 18.94 g/cc 20C
MATERIAL  1 -1   293.0 1  234 2.5876E-06 $
                         2235 3.4520E-04 $
                         8238 4.7570E-02
* mat2 - Al, Fe, (Si)
MATERIAL  2 2.70 293.0 2   27 99.34 $
                         2056  0.48 $
                           29  0.18
* mat3 - D2O 99.75% purity 1.1053g/cc 20C
MATERIAL  3 -1  293.0 3 3001 1.6622E-04 $
                        3002 6.6321E-02 $
                        6016 3.3244E-02
FEWGROUP  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 $
         19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 $
         37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 $
         55 56 57 58 59 60 61 62 63 64 65 66 67 68 69
REGULAR   1
S        12
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.000345 0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
*BEEONE leakage (b1) calculation must be followed by DNB cards
BEEONE    1
DNB       1 0.        0.        0.        0.
DNB       2 0.        0.        0.        0.
DNB       3 1.6622e-4 6.6321e-2 3.3244e-2 0.
*DNB matnum  H.        D.        O.        C. or U238
BEGINC
*
* MINOR 1.1.2 benchmark square 10cm (2*5)
*
SQUARE    4 5.0       3
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.000755 0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
*BEEONE leakage (b1) calculation must be followed by DNB cards
BEEONE    1
DNB       1 0.        0.        0.        0.
DNB       2 0.        0.        0.        0.
DNB       3 1.6622e-4 6.6321e-2 3.3244e-2 0.
*DNB matnum  H.        D.        O.        C. or U238
BEGINC
*
* MINOR 1.1.3 benchmark square 12cm (2*6)
*
SQUARE    4 6.0       3
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.000834 0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
*BEEONE leakage (b1) calculation must be followed by DNB cards
BEEONE    1
DNB       1 0.        0.        0.        0.
DNB       2 0.        0.        0.        0.
DNB       3 1.6622e-4 6.6321e-2 3.3244e-2 0.
*DNB matnum  H.        D.        O.        C. or U238
BEGINC
*
* MINOR 1.1.4 benchmark square 14cm (2*7)
*
SQUARE    4 7.0       3
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.000781 0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
*BEEONE leakage (b1) calculation must be followed by DNB cards
BEEONE    1
DNB       1 0.        0.        0.        0.
DNB       2 0.        0.        0.        0.
DNB       3 1.6622e-4 6.6321e-2 3.3244e-2 0.
*DNB matnum  H.        D.        O.        C. or U238
BEGINC
*
* MINOR 1.1.5 benchmark square 16cm (2*8)
*
SQUARE    4 8.0       3
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.000704 0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
*BEEONE leakage (b1) calculation must be followed by DNB cards
BEEONE    1
DNB       1 0.        0.        0.        0.
DNB       2 0.        0.        0.        0.
DNB       3 1.6622e-4 6.6321e-2 3.3244e-2 0.
*DNB matnum  H.        D.        O.        C. or U238
BEGINC
*
* MINOR 1.1.6 benchmark square 18cm (2*9)
*
SQUARE    4 9.0       3
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.000616 0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
*BEEONE leakage (b1) calculation must be followed by DNB cards
BEEONE    1
DNB       1 0.        0.        0.        0.
DNB       2 0.        0.        0.        0.
DNB       3 1.6622e-4 6.6321e-2 3.3244e-2 0.
*DNB matnum  H.        D.        O.        C. or U238
BEGINC
*
* MINOR 1.1.7 benchmark square 24cm (2*12)
*
SQUARE    4 12.0      3
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.000382 0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
*BEEONE leakage (b1) calculation must be followed by DNB cards
BEEONE    1
DNB       1 0.        0.        0.        0.
DNB       2 0.        0.        0.        0.
DNB       3 1.6622e-4 6.6321e-2 3.3244e-2 0.
*DNB matnum  H.        D.        O.        C. or U238
BEGINC
*END
*deck minor2
* *************************************************************
* WIMSD5 (WLUP) UME-HW-EIR-MINOR2 Benchmark        STAND. INPUT
* GROUP 69, SEQUENCE 1, S12, REGULAR 1, BEEONE 1
* T.Zagar                                          6 March 2003
* Jozef Stefan Institute, Ljubljana, Slovenia
* *************************************************************
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH    40
NREGION   4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
* MINOR 2.1.1 benchmark square 8cm (2*4)
ANNULUS   1 1.000     1
ANNULUS   2 1.035     0
ANNULUS   3 1.11      2
SQUARE    4 4.0       3
MESH      7 1 2 25
* mat1 - U metal 18.94 g/cc 20C
MATERIAL  1 -1   293.0 1  234 2.5876E-06 $
                         2235 3.4520E-04 $
                         8238 4.7570E-02
* mat2 - Peraluman
MATERIAL  2 2.66 293.0 2   27 96.0 $
                           24  3.5 $
                           52  0.3 $
                         2056  0.1 $
                           29  0.1
* mat3 - D2O 99.75% purity 1.1053g/cc 20C
MATERIAL  3 -1  293.0 3 3001 1.6622E-04 $
                        3002 6.6321E-02 $
                        6016 3.3244E-02
FEWGROUP  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 $
         19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 $
         37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 $
         55 56 57 58 59 60 61 62 63 64 65 66 67 68 69
REGULAR   1
S        12
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.000781 0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
*BEEONE leakage (b1) calculation must be followed by DNB cards
BEEONE    1
DNB       1 0.        0.        0.        0.
DNB       2 0.        0.        0.        0.
DNB       3 1.6622e-4 6.6321e-2 3.3244e-2 0.
*DNB matnum  H.        D.        O.        C. or U238
BEGINC
*
* MINOR 2.1.2 benchmark square 9cm (2*4.5)
*
SQUARE    4 4.5       3
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.000841 0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
*BEEONE leakage (b1) calculation must be followed by DNB cards
BEEONE    1
DNB       1 0.        0.        0.        0.
DNB       2 0.        0.        0.        0.
DNB       3 1.6622e-4 6.6321e-2 3.3244e-2 0.
*DNB matnum  H.        D.        O.        C. or U238
BEGINC
*
* MINOR 2.1.3 benchmark square 10cm (2*5)
*
SQUARE    4 5.0       3
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.000842 0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
*BEEONE leakage (b1) calculation must be followed by DNB cards
BEEONE    1
DNB       1 0.        0.        0.        0.
DNB       2 0.        0.        0.        0.
DNB       3 1.6622e-4 6.6321e-2 3.3244e-2 0.
*DNB matnum  H.        D.        O.        C. or U238
BEGINC
*
* MINOR 2.1.4 benchmark square 11cm (2*5.5)
*
SQUARE    4 5.5       3
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.000804 0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
*BEEONE leakage (b1) calculation must be followed by DNB cards
BEEONE    1
DNB       1 0.        0.        0.        0.
DNB       2 0.        0.        0.        0.
DNB       3 1.6622e-4 6.6321e-2 3.3244e-2 0.
*DNB matnum  H.        D.        O.        C. or U238
BEGINC
*
* MINOR 2.1.5 benchmark square 12cm (2*6)
*
SQUARE    4 6.0       3
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.000760 0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
*BEEONE leakage (b1) calculation must be followed by DNB cards
BEEONE    1
DNB       1 0.        0.        0.        0.
DNB       2 0.        0.        0.        0.
DNB       3 1.6622e-4 6.6321e-2 3.3244e-2 0.
*DNB matnum  H.        D.        O.        C. or U238
BEGINC
*
* MINOR 2.1.6 benchmark square 14cm (2*7)
*
SQUARE    4 7.0       3
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.000653 0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
*BEEONE leakage (b1) calculation must be followed by DNB cards
BEEONE    1
DNB       1 0.        0.        0.        0.
DNB       2 0.        0.        0.        0.
DNB       3 1.6622e-4 6.6321e-2 3.3244e-2 0.
*DNB matnum  H.        D.        O.        C. or U238
BEGINC
*
* MINOR 2.1.7 benchmark square 16cm (2*8)
*
SQUARE    4 8.0       3
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.000551 0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
*BEEONE leakage (b1) calculation must be followed by DNB cards
BEEONE    1
DNB       1 0.        0.        0.        0.
DNB       2 0.        0.        0.        0.
DNB       3 1.6622e-4 6.6321e-2 3.3244e-2 0.
*DNB matnum  H.        D.        O.        C. or U238
BEGINC
*END
*deck minor3
* *************************************************************
* WIMSD5 (WLUP) UME-HW-EIR-MINOR3 Benchmark        STAND. INPUT
* GROUP 69, SEQUENCE 1, S12, REGULAR 1, BEEONE 1
* T.Zagar                                          6 March 2003
* Jozef Stefan Institute, Ljubljana, Slovenia
* *************************************************************
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH    40
NREGION   4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
* MINOR 3.1.1 benchmark square 8cm (2*4)
ANNULUS   1 1.00      1
ANNULUS   2 1.02      0
ANNULUS   3 1.12      2
SQUARE    4 4.0       3
MESH      7 1 2 25
* mat1 - U metal 18.94 g/cc 20C
MATERIAL  1 -1   293.0 1  234 2.5876E-06 $
                         2235 3.4520E-04 $
                         8238 4.7570E-02
* mat2 - Peraluman
MATERIAL  2 2.66 293.0 2   27 96.0 $
                           24  3.5 $
                           52  0.3 $
                         2056  0.1 $
                           29  0.1
* mat3 - D2O 99.75% purity 1.1053g/cc 20C
MATERIAL  3 -1  293.0 3 3001 1.6622E-04 $
                        3002 6.6321E-02 $
                        6016 3.3244E-02
FEWGROUP  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 $
         19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 $
         37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 $
         55 56 57 58 59 60 61 62 63 64 65 66 67 68 69
REGULAR   1
S        12
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.000765 0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
*BEEONE leakage (b1) calculation must be followed by DNB cards
BEEONE    1
DNB       1 0.        0.        0.        0.
DNB       2 0.        0.        0.        0.
DNB       3 1.6622e-4 6.6321e-2 3.3244e-2 0.
*DNB matnum  H.        D.        O.        C. or U238
BEGINC
*
* MINOR 3.1.2 benchmark square 12cm (2*6)
*
SQUARE    4 6.0       3
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.000749 0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
*BEEONE leakage (b1) calculation must be followed by DNB cards
BEEONE    1
DNB       1 0.        0.        0.        0.
DNB       2 0.        0.        0.        0.
DNB       3 1.6622e-4 6.6321e-2 3.3244e-2 0.
*DNB matnum  H.        D.        O.        C. or U238
BEGINC
*END
*deck minor4
* *************************************************************
* WIMSD5 (WLUP) UME-HW-EIR-MINOR4 Benchmark        STAND. INPUT
* GROUP 69, SEQUENCE 1, S12, REGULAR 1, BEEONE 1
* T.Zagar                                          6 March 2003
* Jozef Stefan Institute, Ljubljana, Slovenia
* *************************************************************
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH    40
NREGION   4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
* MINOR 4.1.1 benchmark square 16cm (2*8)
ANNULUS   1 1.78      1
ANNULUS   2 1.84      0
ANNULUS   3 1.92      2
SQUARE    4 8.0       3
MESH      7 1 2 25
* mat1 - U metal 18.9 g/cc 20C
MATERIAL  1 -1   293.0 1  234 2.5821E-06 $
                         2235 3.4447E-04 $
                         8238 4.7470E-02
* mat2 - Al
MATERIAL  2 2.7  293.0 2   27 100.
* mat3 - D2O 99.75% purity 1.1053g/cc 20C
MATERIAL  3 -1  293.0 3 3001 1.6622E-04 $
                        3002 6.6321E-02 $
                        6016 3.3244E-02
FEWGROUP  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 $
         19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 $
         37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 $
         55 56 57 58 59 60 61 62 63 64 65 66 67 68 69
REGULAR   1
S        12
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.000840 0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
*BEEONE leakage (b1) calculation must be followed by DNB cards
BEEONE    1
DNB       1 0.        0.        0.        0.
DNB       2 0.        0.        0.        0.
DNB       3 1.6622e-4 6.6321e-2 3.3244e-2 0.
*DNB matnum  H.        D.        O.        C. or U238
BEGINC
*
* MINOR 4.1.2 benchmark square 18cm (2*9)
*
SQUARE    4 9.0       3
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.000771 0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
*BEEONE leakage (b1) calculation must be followed by DNB cards
BEEONE    1
DNB       1 0.        0.        0.        0.
DNB       2 0.        0.        0.        0.
DNB       3 1.6622e-4 6.6321e-2 3.3244e-2 0.
*DNB matnum  H.        D.        O.        C. or U238
BEGINC
*
* MINOR 4.1.3 benchmark square 20cm (2*10)
*
SQUARE    4 10.0      3
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.000695 0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
*BEEONE leakage (b1) calculation must be followed by DNB cards
BEEONE    1
DNB       1 0.        0.        0.        0.
DNB       2 0.        0.        0.        0.
DNB       3 1.6622e-4 6.6321e-2 3.3244e-2 0.
*DNB matnum  H.        D.        O.        C. or U238
BEGINC
*
* MINOR 4.1.4 benchmark square 22cm (2*11)
*
SQUARE    4 11.0      3
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.000623 0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
*BEEONE leakage (b1) calculation must be followed by DNB cards
BEEONE    1
DNB       1 0.        0.        0.        0.
DNB       2 0.        0.        0.        0.
DNB       3 1.6622e-4 6.6321e-2 3.3244e-2 0.
*DNB matnum  H.        D.        O.        C. or U238
BEGINC
*
* MINOR 4.1.5 benchmark square 24cm (2*12)
*
SQUARE    4 12.0      3
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.000535 0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
*BEEONE leakage (b1) calculation must be followed by DNB cards
BEEONE    1
DNB       1 0.        0.        0.        0.
DNB       2 0.        0.        0.        0.
DNB       3 1.6622e-4 6.6321e-2 3.3244e-2 0.
*DNB matnum  H.        D.        O.        C. or U238
BEGINC
*END
*deck norahw
* *************************************************************
* WIMSD5 (WLUP) UO2-HW-IFA-NORA Benchmark          STAND. INPUT
* GROUP 69, SEQUENCE 1, S12, REGULAR 1, BEEONE 1
* T.Zagar                                      26 February 2003
* Jozef Stefan Institute, Ljubljana, Slovenia
* *************************************************************
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH    40
NREGION   3
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
* NORA S1 benchmark square 10cm (2*5)
ANNULUS   1 0.564     1
ANNULUS   2 0.635     2
SQUARE    3 5.0       3
MESH      5 2 33
* mat1 - UO2 powder 3%enriched 9.41g/cc 20C
MATERIAL  1 -1  293.0 1 6016 4.1983E-02 $
                         234 4.7441E-06 $
                        2235 6.3755E-04 $
                        8238 2.0349E-02
* mat2 - SS304 generic Cr,Mn,NI steel composition
MATERIAL  2 8.0 293.0 2   52  19 $
                        2056  71 $
                          55   1 $
                          58   9
* mat3 - D2O 99.50% purity 1.1053g/cc 20C
MATERIAL  3 -1  293.0 3 3001 3.6948E-04 $
                        3002 6.6138E-02 $
                        6016 3.3254E-02
FEWGROUP  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 $
         19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 $
         37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 $
         55 56 57 58 59 60 61 62 63 64 65 66 67 68 69
REGULAR   1
S        12
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.001249 0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
*BEEONE leakage (b1) calculation must be followed by DNB cards
BEEONE    1
DNB       1 0.        0.        0.        0.
DNB       2 0.        0.        0.        0.
DNB       3 3.6948E-4 6.6138E-2 3.3254E-2 0.
*DNB matnum  H.        D.        O.        C. or U238
BEGINC
*
* NORA S2 benchmark square 6.544cm (2*3.272)
*
SQUARE    3 3.272     3
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.001772 0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
*BEEONE leakage (b1) calculation must be followed by DNB cards
BEEONE    1
DNB       1 0.        0.        0.        0.
DNB       2 0.        0.        0.        0.
DNB       3 3.6948E-4 6.6138E-2 3.3254E-2 0.
*DNB matnum  H.        D.        O.        C. or U238
BEGINC
*
* NORA S3 benchmark square 4.908cm (2*2.454)
*
SQUARE    3 2.454     3
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.002008 0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
*BEEONE leakage (b1) calculation must be followed by DNB cards
BEEONE    1
DNB       1 0.        0.        0.        0.
DNB       2 0.        0.        0.        0.
DNB       3 3.6948E-4 6.6138E-2 3.3254E-2 0.
*DNB matnum  H.        D.        O.        C. or U238
BEGINC
*
* NORA S4 benchmark square 3.658cm (2*1.829)
*
SQUARE    3 1.829     3
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.001991 0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
*BEEONE leakage (b1) calculation must be followed by DNB cards
BEEONE    1
DNB       1 0.        0.        0.        0.
DNB       2 0.        0.        0.        0.
DNB       3 3.6948E-4 6.6138E-2 3.3254E-2 0.
*DNB matnum  H.        D.        O.        C. or U238
BEGINC
*
* NORA S6 benchmark square 3.272cm (2*1.636)
*
SQUARE    3 1.636     3
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.001682 0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
*BEEONE leakage (b1) calculation must be followed by DNB cards
BEEONE    1
DNB       1 0.        0.        0.        0.
DNB       2 0.        0.        0.        0.
DNB       3 3.6948E-4 6.6138E-2 3.3254E-2 0.
*DNB matnum  H.        D.        O.        C. or U238
BEGINC
*END
*deck srlur
* *************************************************************
* WIMSD5 (WLUP) UME-HW-SRL-PDP UR Benchmarks       STAND. INPUT
* GROUP 69, SEQUENCE 1, S12, REGULAR 1 6, DIFFUSION 1 3
* T.Zagar                                         10 March 2003
* Jozef Stefan Institute, Ljubljana, Slovenia
* *************************************************************
CELL      6
SEQUENCE  1
NGROUP   69 2
NMESH    40
NREGION   4
NMATERIAL 3
NREACT    2
PREOUT
INITIATE
* SRL-UR-7  hexagonal 7 inch rod to rod (hexagonal r=8.89 cm)
ANNULUS   1 1.26746   1
ANNULUS   2 1.30302   0
ANNULUS   3 1.3843    2
POLYGON   4 6         3 8.89
MESH      7 1 2 25
* mat1 - U metal 18.9 g/cc 20C
MATERIAL  1 -1   293.0 1  234 2.5821E-06 $
                         2235 3.4447E-04 $
                         8238 4.7470E-02
* mat2 - 1100 Al
MATERIAL  2 2.71 293.0 2   27 99.8 $
                         3063  0.2
* mat3 - D2O 99.75 mol% purity 1.1051g/cc 22C
MATERIAL  3 -1  295.0 3 3001 1.6619E-04 $
                        3002 6.6309E-02 $
                        6016 3.3238E-02
FEWGROUP  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 $
         19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 $
         37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 $
         55 56 57 58 59 60 61 62 63 64 65 66 67 68 69
REGULAR   1 6
S        12
BEGINC
PARTIT   45 69                  * 0.625 eV
THERMAL  24
BUCKLING  0.000648 0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
DIFFUSION 1 3 1.3843
*BEEONE leakage (b1) calculation must be followed by DNB cards
*BEEONE    1
*DNB       1 0.        0.        0.        0.
*DNB       2 0.        0.        0.        0.
*DNB       3 1.6622e-4 6.6321e-2 3.3244e-2 0.
*DNB matnum  H.        D.        O.        C. or U238
BEGINC
*
* SRL-UR-8  hexagonal 8.08 inch rod to rod (hexagonal r=10.2616cm)
*
POLYGON   4 6         3 10.2616
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.000529 0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
DIFFUSION 1  3  1.3843
BEGINC
*
* SRL-UR-9  hexagonal 9.33 inch rod to rod (hexagonal r=11.8491cm)
*
POLYGON   4 6         3 11.8491
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.000408 0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
DIFFUSION 1  3  1.3843
BEGINC
*
* SRL-UR-12 hexagonal 12.12 inch rod to rod (hexagonal r=15.3924cm)
*
POLYGON   4 6         3 15.3924
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.000230 0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
DIFFUSION 1  3  1.3843
BEGINC
*END
*deck wlrx
* *************************************************************
* WIMSD5 (WLUP) UO2-HW-WAPD-LRX Benchmark          STAND. INPUT
* GROUP 69, SEQUENCE 1, S12, REGULAR 1, DIFFUSION 1 5 5.08
* T.Zagar                                         11 March 2003
* Jozef Stefan Institute, Ljubljana, Slovenia
* *************************************************************
CELL      7                               * CLUSTER
SEQUENCE  1                               * DSN
NGROUP   69 2
NMESH    40
NREGION   6 1
NMATERIAL 5
NREACT    2
PREOUT
INITIATE
*
* LRX 6.5"x6.5" benchmark 1.1% enriched fuel
*
ANNULUS   1 0.5461    1                   * central rod fuel
ANNULUS   2 0.635     0                   * central rod void
ANNULUS   3 0.71628   2                   * central rod clad
ANNULUS   4 4.572     3                   * coolant D2O
ANNULUS   5 5.08      4                   * cluster tube Al
SQUARE    6 8.255     5                   * moderator D2O
MESH      2 1 1 20 2 14                   * about 1 mesh per 0.25cm
ARRAY     1 1 6 1.524        0.           * 1st ring
ARRAY     2 1 6 2.639645     0.523599     * 2nd ring (pi/6 shift 30.deg)
ARRAY     3 1 6 3.048        0.           * 3rd ring
RODSUB    1 1 0.5461  1                   * fuel
RODSUB    1 2 0.635   0                   * void
RODSUB    1 3 0.71628 2                   * clad
RODSUB    2 1 0.5461  1                   * fuel
RODSUB    2 2 0.635   0                   * void
RODSUB    2 3 0.71628 2                   * clad
RODSUB    3 1 0.5461  1                   * fuel
RODSUB    3 2 0.635   0                   * void
RODSUB    3 3 0.71628 2                   * clad
* mat1 - UO2 1.1%enriched 10.2g/cc 20C impurities in B10 equivalent
MATERIAL  1 -1  293.0 1 6016 4.5498E-02 $
                         234 1.9057E-06 $
                        2235 2.5315E-04 $
                        8238 2.2494E-02 $
                        1010 3.5685E-07   * impurities
* mat2 - Al6061 2.7 g/cc 20C
MATERIAL  2 2.7 293.0 2   24  1.2  $      * Mg
                          27 96.25 $      * Al
                          29  0.8  $      * Si
                          48  0.15 $      * Ti
                          52  0.35 $      * Cr
                          55  0.15 $      * Mn
                        2056  0.7  $      * Fe
                        3063  0.4         * Cu
* mat3 - D2O 1.1053 g/cc 20C purity 99.45 mol% +- 0.25mol%
MATERIAL  3 -1  293.0 3 3001 3.6579E-04 $
                        3002 6.6142E-02 $
                        6016 3.3254E-02
MATERIAL  4=2
* material 5=3
MATERIAL  5 -1  293.0 4 3001 3.6579E-04 $
                        3002 6.6142E-02 $
                        6016 3.3254E-02
FEWGROUP  1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 $
         19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 $
         37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 $
         55 56 57 58 59 60 61 62 63 64 65 66 67 68 69
REGULAR   1
S        12
BEGINC
PARTIT   45 69                            * 0.625 eV
THERMAL  24
BUCKLING  0.000770     0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
DIFFUSION 1  5  5.08
BEGINC
*
* LRX 6.5"x8.0" benchmark 1.1% enriched fuel
*
SQUARE    6 9.1581      5                 * moderator D2O
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.000782     0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
DIFFUSION 1  5  5.08
BEGINC
*
* LRX 8.0"x8.0" benchmark 1.1% enriched fuel
*
SQUARE    6 10.16      5                  * moderator D2O
BEGINC
PARTIT   45 69
THERMAL  24
BUCKLING  0.000763     0.0
LEAKAGE   5
REACTION  2235,293.0  8238,293.0
DIFFUSION 1  5  5.08
BEGINC
*END
