* ************************************************************* * 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