Wed Oct 8 08:52:28 2025 reactor_simulation_test(): python version: 3.10.12 numpy version: 1.26.4 Test reactor_simulation() The reactor shielding simulation. Shield thickness is THICK = 2.0 Number of simulated particles is NTOT = 100000 Number of tests TEST_NUM = 5 Test # 0 The Reactor Shielding Problem: Total Average % Energy Percent Energy StDev Absorbed 39162 15525.1 39.16 0.396434 0.566612 Reflected 52855 18110.4 52.85 0.342643 0.447417 Transmitted 7983 3483.18 7.98 0.436325 0.600746 Total 100000 37118.7 100.00 Test # 1 The Reactor Shielding Problem: Total Average % Energy Percent Energy StDev Absorbed 38901 15124 38.90 0.388781 0.55999 Reflected 53134 18370.2 53.13 0.345733 0.448868 Transmitted 7965 3520.43 7.96 0.441987 0.602722 Total 100000 37014.6 100.00 Test # 2 The Reactor Shielding Problem: Total Average % Energy Percent Energy StDev Absorbed 38861 15235.8 38.86 0.39206 0.563531 Reflected 53151 18253 53.15 0.343418 0.446646 Transmitted 7988 3532 7.99 0.442163 0.607228 Total 100000 37020.8 100.00 Test # 3 The Reactor Shielding Problem: Total Average % Energy Percent Energy StDev Absorbed 39021 15091.2 39.02 0.386745 0.555523 Reflected 53265 18423.7 53.27 0.345887 0.450048 Transmitted 7714 3405.07 7.71 0.441415 0.60605 Total 100000 36919.9 100.00 Test # 4 The Reactor Shielding Problem: Total Average % Energy Percent Energy StDev Absorbed 39051 15193.8 39.05 0.389076 0.56137 Reflected 53104 18360.2 53.10 0.345741 0.449125 Transmitted 7845 3345.54 7.84 0.426456 0.589594 Total 100000 36899.6 100.00 reactor_simulation_test(): Normal end of execution. Wed Oct 8 08:52:55 2025