c MCNP INPUT FILE Intrs.& Meas. Class( HPGE #2) c c cell cards 2 2 -0.001205 -19 2 -26 #4 #5 #6 #7 #8 #9 #10 IMP:P=1 $ AIR 3 0 -2:26:19 IMP:P=0 $ VOID OUTSIDE 5 4 -2.698 -3 15 -19 #(16 -4 -20) IMP:P=1 $ Aluminum Housing 8 4 -2.698 -12 13 5 -20 #4 #6 #7 #9 #10 IMP:P=1 $ Crystal Holder 7 5 -5.323 -13 14 5 -18 #4 #6 #9 #10 IMP:P=1 $ Outer Electrode 4 5 -5.323 -14 5 -8 IMP:P=1 $ Window Electrode 6 5 -5.323 -14 8 -18 #(-23 24 -18) #9 #10 IMP:P=1 $ HPGe Crystal 9 0 (24 -23 -18 25):(18 -13 -20) #10 IMP:P=0 $ Vacuum Well 10 6 -8.96 -25 24 -20 imp:p=1 $ CuElectroinc c surface cards 2 PX -5.0 $ Back of material surface 3 CX 3.8 $ Outer radius of Detector Housing 4 CX 3.65 $ Inner radius of Detector Housing 5 PX 25.65 $ Front of Window Electrode 8 PX 25.7 $ Front of HPGe 12 CX 3.201 $ Outside of Crystal Holder 13 CX 3.125 $ Inside of Crystal Holder/Outside of Ge 14 CX 3.075 $ Crystal Diameter 15 PX 25.0 $ Front of Aluminum Housing 16 PX 25.15 $ Back/Inside of Aluminum Housing 18 PX 31.95 $ Back of HPGe 19 PX 35.90 $ Back of Aluminum Housing 20 PX 34.20 $ Back of Vacuum Well Inside Aluminum Housing 23 CX 0.375 $ Core Hole in Ge Radius 24 PX 27.251 $ Front of Core Hole 25 CX 0.2 $ Cu Electronic Radius 26 CX 10.0 $ Radius of material c source specification MODE P PHYS:P NPS 3e5 sdef POS=0 0 0 erg=1.25 PAR=2 DIR=D1 VEC=1 0 0 SI1 0.8 1.0 SP1 0.0 1.0 F8:P 6 F18:P 6 FT18 GEB 0.00073568688 0.00085954495 0.48984239 E0 0.0 5190I 2.01 E8 0.0 5190I 2.01 E18 0.0 5190I 2.01 M2 6000 -0.000124 7000 -0.755268 8000 -0.231781 18000 -0.012827 $ Dry Air ICRU M4 13000 -1 $ Aluminium M5 32000 -1 $ Pure Germanium Crystal M6 29000 -1 $ Copper Electroinc