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|  DOE-STD-3007-93
CUBOID 3 1 0.07620 0.0 9.09315 -0.21585 62.55 -1.59
A. Number Density Calculations
UNIT 6
COM=*0.37575 IN MODERATOR GAP*
CUBOID 4 1 0.95441 0.0 9.35990 -0.48260 62.55 -1.59
UO2 - Stainless Steel Fuel Matrix - Full Peripheral Fuel Plates
UNIT 7
ARRAY 1 3*0.0
Nuclide
Atom Density
Nuclide I.D.
REFLECTOR 5 1 2*0.0 2*0.26675 2*0.0 1
U235
5.8990 x 10-3
92235
UNIT 8
U238
4.3840 x 10-4
92238
ARRAY 2 3*0.0
1.2967 x 10-2
O
8016
GLOBAL
1.2918 x 10-3
Cr
24304
ARRAY 3 3*0.0
4.4162 x 10-2
Mn
25055
REFLECTOR 4 2 6*3.0 10
5.7442 x 10-3
Fe
26304
END GEOM
1.2670 x 10-2
Ni
28304
READ BIAS ID=500 2 11 END BIAS
READ ARRAY ARA=1 NUX=11 NUY=1 NUZ=1
\--
FILL
UO2 - Stainless Steel Fuel Matrix - Half Peripheral Fuel Plates
54231313245
END FILL
Nuclide
Atom Density
Nuclide I.D.
ARA=2 NUX=9 NUY=1 NUZ=1
U235
3.1430 x 10-3
92235
FILL
U238
2.3360 x 10-4
92238
767676767
1.5036 x 10-2
O
8016
END FILL
1.4979 x 10-3
Cr
24304
ARA=3 NUX=1 NUY=1 NUZ=1
5.1208 x 10-2
Mn
25055
FILL
6.6607 x 10-3
Fe
26304
8
6.7530 x 10-2
Ni
28304
END FILL
END ARRAY
END DATA
304 Stainless Steel (Density = 7.92 g/cc)
END
Nuclide
Atom Density
Nuclide I.D.
1.7428 x 10-2
Cr
24304
Sample Input 2 - Example of BORAX V Array With Concrete Reflector Present
1.7363 x 10-3
Mn
25055
=CSAS25
5.9358 x 10-2
Fe
26304
BORAX
7.7207 x 10-3
Ni
28304
27G INF
U-235 1 0 5.899-03 END
U-238 1 0 4.384-04 END
Water (Density = 0.9982 g/cc)
SS304 1 0.7440
END
O
1 0 1.267-02 END
Nuclide
Atom Density
Nuclide I.D.
U-235 2 0 3.143-03 END
6.6751 x 10-2
H
1001
U-238 2 0 2.336-04 END
3.3375 x 10-2
O
8016
SS304 2 0.8627
END
O
2 0 6.753-03 END
SS304 3 1.0
END
H2O
4 1.0
END
B. Sample KENO V.a Inputs
SS304 5 0.6
END
H2O
5 0.4
END
C
6 0 1.6000-3 END
Sample Input 1- Example of Single BORAX V Assembly
O
6 0 3.9700-2 END
=CSAS25
NA
6 0 5.5000-4 END
BORAX
AL
6 0 1.6000-3 END
27G INF
SI
6 0 1.5200-2 END
U-235
1 0 5.899-03 END
S
6 0 5.0000-5 END
U-238
1 0 4.384-04 END
CA
6 0 3.1000-3 END
SS304
1 0.7440 END
FE
6 0 3.8000-4 END
O
1 0 1.267-02 END
H2O
6 DEN=0.114 END
U-235
2 0 3.143-03 END
END COMP
U-238
2 0 2.336-04 END
KENOV.A
SS304
2 0.8627 END
READ PARAM
O
2 0 6.753-03 END
GEN=153 NPG=300
SS304
3 1.0
END
END PARAM
H2O
4 1.0
END
READ GEOM
SS304
5 0.6
END
UNIT 1
H2O
5 0.4
END
COM=*0.03 IN INSIDE FUEL PLATE*
END COMP
CUBOID 1 1 0.03556 0.0 8.8773 0.0 60.96 0.0
KENOV.A
CUBOID 3 1 0.05588 -0.02032 9.09315 -0.21585 62.55 -1.59
READ PARAM
UNIT 2
GEN=153 NPG=300
COM=*0.03 IN OUTSIDE FUEL PLATE*
END PARAM
CUBOID 2 1 0.03556 0.0 8.8773 0.0 60.96 0.0
READ GEOM
CUBOID 3 1 0.05588 -0.02032 9.09315 -0.21585 62.55 -1.59
UNIT 1
UNIT 3
COM=*0.03 IN INSIDE FUEL PLATE*
COM=*0.062 IN SPACE BETWEEN PLATES*
CUBOID 1 1 0.03556 0.0 8.8773 0.0 60.96 0.0
CUBOID 4 1 0.15748 0.0 9.09315 -0.21585 62.55 -1.59
CUBOID 3 1 0.05588 -0.02032 9.09315 -0.21585 62.55 -1.59
UNIT 4
UNIT 2
COM=*0.03 IN INSULATING GAP*
COM=*0.03 IN OUTSIDE FUEL PLATE*
CUBOID 4 1 0.07620 0.0 9.09315 -0.21585 62.55 -1.59
CUBOID 2 1 0.03556 0.0 8.8773 0.0 60.96 0.0
UNIT 5
CUBOID 3 1 0.05588 -0.02032 9.09315 -0.21585 62.55 -1.59
COM=*0.03 IN SIDE PLATES*
UNIT 3
CUBOID 3 1 0.07620 0.0 9.09315 -0.21585 62.55 -1.59
COM=*0.062 IN SPACE BETWEEN PLATES*
UNIT 6
CUBOID 4 1 0.15748 0.0 9.09315 -0.21585 62.55 -1.59
COM=*0.37575 IN MODERATOR GAP*
UNIT 4
CUBOID 4 1 0.95441 0.0 9.35990 -0.48260 62.55 -1.59
COM=*0.03 IN INSULATING GAP*
UNIT 7
CUBOID 4 1 0.07620 0.0 9.09315 -0.21585 62.55 -1.59
ARRAY 1 3*0.0
UNIT 5
REFLECTOR 5 1 2*0.0 2*0.26675 2*0.0 1
COM=*0.03 IN SIDE PLATES*
UNIT 8
2-29
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