Dose in Radial Direction for BEBIG Ir2.A85-2 C Cell Cards 11 1 -22.42 -1 -7 9 IMP:p,e=1 $ cylinder that defines source volume 12 3 -8.02 -8 -3 5 2 IMP:p,e=1 $ volume that defines outer radius of casing 13 3 -8.02 -8 -7 -2 1 IMP:p,e=1 $ volume that defines inner radious of casing 14 2 -0.00125 -4 19 10 IMP:p,e=1 16 3 -8.02 -2 -8 7 6 IMP:p,e=1 $ volume that defins end cap 17 4 -4.81 -10 -5 -4 IMP:p,e=1 $ drive cable C 20 2 -0.00125 -18 3 IMP:p,e=1 C 21 2 -0.00125 -19 18 10 IMP:p,e=1 C 22 2 -0.00125 19 -4 IMP:p,e=1 22 2 -0.00125 -19 10 #11 #12 #13 #14 #16 IMP:p,e=1 300 0 4 IMP:p,e=0 $ creates grave yard C Surface Cards 1 RCC 0 0 -0.175 0 0 0.35 0.03 $ cylinder surface that defines source 2 RCC 0 0 -0.246 0 0 0.492 0.035 $ inner radius of casing 3 RCC 0 0 -0.246 0 0 0.492 0.045 $ outer radius of casing 4 SO 40 $ Graveyard 5 PZ -0.246 $ Bottom of source casing 6 RCC 0 0 0.35 0 0 0.072 0.03 $ end cap cylinder 7 PZ 0.175 $ plane that defines the top of the source 8 PZ 0.246 $ top of source casing 9 PZ -0.175 $ plane that defines the bottom of the source 10 RCC 0 0 -0.246 0 0 -40 0.043 $ drive cable C 18 SO 10 19 SO 30 C Data Cards MODE p e $photon and electron transport 0.175(height) -0.1(z org) C tally card *FMESH4:p GEOM= CYL ORIGIN= 0 0 -0.45 AXS= 0 0 1 VEC= 1 0 0 IMESH= 0.05 10.05 IINTS= 1 100 JMESH= 0.858 JINTS= 1 KMESH= 0.2556 1 KINTS= 16 1 OUT= col # DE4 DF4 $ convert MeV/cm^2 to MeV/g 0.0010 4065 0.0015 1372 0.0020 615.2 0.0030 191.7 0.0040 81.91 0.0050 41.88 0.0060 24.05 0.0080 9.915 0.0100 4.944 0.0150 1.374 0.0200 0.5503 0.0300 0.1557 0.0400 0.06947 0.0500 0.04223 0.0600 0.03190 0.0800 0.02597 0.1000 0.02546 0.1500 0.02764 0.2000 0.02967 0.3000 0.03192 0.4000 0.03279 0.5000 0.03299 0.6000 0.03284 0.8000 0.03206 1.0000 0.03103 1.2500 0.02965 1.5000 0.02833 C Source is a cylindrical Isotropic Ir-192 photon emitting source centered at origin. SDEF CEL= 11 VEC=0 0 1 POS=0 0 0 RAD=D1 EXT= D2 ERG= D3 PAR=2 C Energy Spectrum of Ir-192 (MeV) C Radius of circle centered on the axis of the cylinder SI1= 0.03 C Distance from the POS to the end of the cylinder SI2= 0.175 SI3= 0 0.110093 0.13634348 0.17698 0.2013112 0.20579549 0.28004 0.2832668 0.29595827 0.30845692 0.31650791 0.329312 0.3744852 0.4164714 0.420532 0.46807152 0.4845780 0.48530 0.489039 0.5885845 0.59337 0.59935 0.60441464 0.61246564 0.70398 0.7658 0.8845418 1.06148 1.0897 1.3783 C Yield(%) Ir-192 SP3= 0 0.000126 0.00183 0.000043 0.00472 0.033 0.00023 0.00262 0.2867 0.3 0.8281 0.000185 0.00721 0.00664 0.000737 0.4783 0.03184 0.000022 0.00443 0.04515 0.000426 0.000039 0.0823 0.05309 0.000053 0.0000149 0.002923 0.000528 0.0000108 0.0000124 C Define Materials C Ir-192 M1 077192 1 M2 6000 -0.00012 7000 -0.75527 8000 -0.23178 18000 -0.01283 GAS=1 C Stainless Steel M3 025000 -0.02 014000 -0.01 024000 -0.17 028000 -0.12 026000 -0.68 C M3 8000 -0.888 1000 -.112 m4 025000 -0.02 014000 -0.01 024000 -0.17 028000 -0.12 026000 -0.68 PRINT 50 NPS 1000000