03 September 2012 10:23:57 PM
REACTOR_SIMULATION
C++ version
The reactor shielding simulation.
Shield thickness is THICK = 2
Number of simulated particles is NTOT = 100000
Number of tests TEST_NUM = 5
Test # 1
SEED = 123456789
The Reactor Shielding Problem:
Total Average
# Energy Percent Energy StDev
Absorbed 39002 15165 39.002 0.388827 0.558029
Reflected 53184 18395.3 53.184 0.345881 0.451516
Transmitted 7814 3344.21 7.814 0.427977 0.599348
Total 100000 36904.6 100
Test # 2
SEED = 74060961
The Reactor Shielding Problem:
Total Average
# Energy Percent Energy StDev
Absorbed 39042 15298.3 39.042 0.391841 0.562689
Reflected 53188 18428.6 53.188 0.34648 0.448575
Transmitted 7770 3429.71 7.77 0.441404 0.608195
Total 100000 37156.6 100
Test # 3
SEED = 202888495
The Reactor Shielding Problem:
Total Average
# Energy Percent Energy StDev
Absorbed 39088 15230.7 39.088 0.389651 0.562369
Reflected 52989 18273.6 52.989 0.344856 0.44693
Transmitted 7923 3339.93 7.923 0.421548 0.590413
Total 100000 36844.2 100
Test # 4
SEED = 248753920
The Reactor Shielding Problem:
Total Average
# Energy Percent Energy StDev
Absorbed 39248 15394.2 39.248 0.392229 0.560993
Reflected 52877 18293.1 52.877 0.345956 0.449147
Transmitted 7875 3505.36 7.875 0.445125 0.610906
Total 100000 37192.7 100
Test # 5
SEED = 223775985
The Reactor Shielding Problem:
Total Average
# Energy Percent Energy StDev
Absorbed 39133 15251.8 39.133 0.389743 0.558876
Reflected 52824 18232.4 52.824 0.345154 0.449164
Transmitted 8043 3380.44 8.043 0.420295 0.588066
Total 100000 36864.6 100
REACTOR_SIMULATION:
Normal end of execution.
03 September 2012 10:23:58 PM