250 lines
10 KiB
OpenEdge ABL
250 lines
10 KiB
OpenEdge ABL
c simulation for gamma ray experiment
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c *** CELLS *** --------------------------------------------------------------
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c ----------------------------------------------------------------------------
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c detector
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300 10 -5.323 (-9201: -9301: -9401) #305 #301 #307 imp:p=1 $ detector
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301 0 (-9501: -9601) #307 imp:p=1 $ cold channel
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305 10 -5.323 (-95: -96) #301 #307 imp:p=1 $ cold channel contact
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306 10 -5.323 (-92: -93: -94) #300 #301 #305 #307 imp:p=1 $detector contact
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307 13 -8.07 -9602: -9603 imp:p=1 $ cold pin
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c aluminum cap
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302 12 -2.6989 -98 97 imp:p=1 $
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c mount cap
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303 11 -1.38 -9001 imp:p=1 $ mount cup shield Mylar
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304 12 -2.6989 -9002 9003 #307 9602 imp:p=1 $ mount cup wall&base Al
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c Part B after aluminum End cap
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308 12 -2.6989 -9701 9801 98 #3081 imp:p=1 $
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c Parts after part B
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3081 7 -8.00 -9702 imp:p=1 $
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3082 7 -8.00 -9703 imp:p=1 $
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3083 7 -8.00 -9704 9705 imp:p=1 $
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3084 12 -2.698900 -9705 imp:p=1 $ added density inside cooler
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c --- Added Steel Cart Cells (supporting the detector) ---
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c Detector (center of main cylinder) is at 114.3 cm (vertical, i.e. y),
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c and it sits 12.5 cm above the top of the cart.
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c Cart horizontal dimensions (in x and z): width = 45.72 cm
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c (x from -22.86 to +22.86), length = 60.96 cm.
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c In z: front edge of cart = 83.615 cm, back edge = 22.655 cm.
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c In y:
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c Bottom level: from 101.6 to 101.8 cm (thickness 0.2 cm)
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c Middle level: from 60.4 to 60.6 cm (thickness 0.2 cm)
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c Top level: from 19.2 to 19.4 cm (thickness 0.2 cm)
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1000 7 -8.00 -10000 imp:p=1 $ Steel Cart Bottom Level
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1001 7 -8.00 -10001 imp:p=1 $ Steel Cart Middle Level
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1002 7 -8.00 -10002 imp:p=1 $ Steel Cart Top Level
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c --- Added Floor Cells ---
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1003 14 -2.35 -10003 imp:p=1 $ Concrete Floor
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c ~~~~~~~~~
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c Environment
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c ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
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9 0 -70 #300 #301 #302 #303 #304 #305 #306 #307
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#308 #3081 #3082 #3083 #3084 #1000 #1001
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#1002 #1003 imp:p=1
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c ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
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c Graveyard
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c ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
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999 0 70 imp:p=0
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c -----------------------------------------------------
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c *** END CELLS *** ------------------------------------
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c Au foil
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c 0.25in radius, 0.004in thickness
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c 100 RCC 0 0 103.3 0 0 0.01016 0.635
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c ------------------------------------------------------
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c end cap window
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97 RCC 0 0 103.94 0 0 13.4 3.37 $ inner cylinder
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98 RCC 0 0 103.79 0 0 13.4 3.8 $ outer cylinder
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c mount cap
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9001 RCC 0 0 104.24 0 0 0.003 2.521 $shield:Mylar
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9002 RCC 0 0 104.243001 0 0 9.4 2.921001 $ mount cap and base outer
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9003 RCC 0 0 104.243001 0 0 9.08 2.445001
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c $ mount cap and base inner L=9.4-0.32=9.08 r=crystal r=2.445
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c HPGe (92-94) for contact layer; (9201-9401) for crystal
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92 TZ 0 0 105.043002 1.645 0.8 0.8
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93 RCC 0 0 104.243002 0 0 0.8 1.645
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94 RCC 0 0 105.043002 0 0 2.68 2.445 $
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9201 TZ 0 0 105.043002 1.645 0.73 0.73 $inner rounded corner
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9301 RCC 0 0 104.313002 0 0 0.73 1.645 $inner top cylinder
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9401 RCC 0 0 105.043002 0 0 3.68001 2.375 $bottom cylinder
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c cold channel (95 96) for contact layer; (9501 9601) for hole; (9602 9603) cold pin
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c
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c top position=104.243+(L_crystal-L_hole+r_hole)=104.243+3.48-2.86+0.55=105.413
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95 RCC 0 0 105.413 0 0 2.31001 0.55003 $outer cylinder
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96 S 0 0 105.413 0.55003 $bottom corner outer
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9501 RCC 0 0 105.413 0 0 2.31 0.55 $hole
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9601 S 0 0 105.413 0.55 $bottom corner inner
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c cold pin
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9602 RCC 0 0 105.1805001 0 0 13.9994998 0.3175
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9603 S 0 0 105.1805001 0.3175 $ cold pin top
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c Part B after end cap:
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9701 RCC 0 0 117.08 0 0 11.6 3.75 $outer cylinder
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9801 RCC 0 0 117.21 0 0 11.34 3.62 $inner cylinder
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c Parts after part B
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9702 RCC 0 0 119.18 0 0 22.9 1.59 $long connector
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9703 RCC 0 0 142.080001 0 0 9.9 4.6 $flange
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9704 RPP -9.0 13.0 -13.8 9.1 151.980002 179.480002 $outer box x= y= z=27.5
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9705 RPP -8.0 12.0 -12.8 8.1 152.980002 178.480002 $inner box thickness=1
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c *** STEEL CART SURFACES (added) ***
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10000 RPP -22.86 22.86 101.6 101.8 122.985 183.945 $ Bottom level
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10001 RPP -22.86 22.86 60.4 60.6 122.985 183.945 $ Middle level
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10002 RPP -22.86 22.86 19.2 19.4 122.985 183.945 $ Top level
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c *** FLOOR (added) ***
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10003 RCC 0 114.3 150 0 20 0 66.8 $ r=66.8, L=20, y from 114.3 to 134.3
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c
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70 SZ 150 150
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c
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c ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
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c *** END SURFACES *** -----------------------------------------------------
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c *** DATA *** ------------------------------------------
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c ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
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c TRANSFORMATIONS
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c ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
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c Physics
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c ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
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mode p e
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c PHYS:N J 20
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c PHYS:P 10 j j j j
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PHYS:P 10 1 1 j 1
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c cut:p j 0.005
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c MPHYS
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c ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
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c Materials
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c ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
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c ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
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c Gold
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c ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
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m1
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79000 -1.000000
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c steel -7.86g/cc ss316 for foils
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m2
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c m2
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24052 -0.180000 $Chromium Cr24
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28058 -0.140000 $Nickel Ni28
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42098 -0.030000 $Molybdenum Mo42
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6000 -0.000800 $Carbon C6
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25055 -0.020000 $Manganese Mn25
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15031 -0.000450 $Phosphorous P15
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16032 -0.000300 $Sulfur S16
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14028 -0.000300 $Silicon Si14
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7014 -0.001000 $Nitrogen N7
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26056 -0.619950 $Iron Fe26
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m4
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c m4
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1001 -0.142857
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6000 -0.857143
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c Al -2.698900 g/cm3 for rail support
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m5
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c m5
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24052 -0.00800
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29063 -0.00400
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26056 -0.00700
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12024 -0.01200
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25055 -0.00150
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28058 -0.00050
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14028 -0.00800
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22048 -0.00150
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30064 -0.00250
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40090 -0.00250
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13027 -0.95250
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c Al -2.698900 g/cm3 for detector 6061 Al
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m12
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12024 -0.00900
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14028 -0.00700
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26056 -0.00600
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29063 -0.00300
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24052 -0.00250
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30064 -0.00200
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22048 -0.00100
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25055 -0.00050
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13027 -0.96900
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c Wood -0.640 g/cm3
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m6
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c m6
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1001 -0.059642
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6000 -0.497018
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7014 -0.004970
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8016 -0.427435
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12024 -0.001988
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16032 -0.004970
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19039 -0.001988
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20040 -0.001988
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c steel -8.00g/cc ss304
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m7
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c m7
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6000 -0.000400
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14028 -0.005000
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15031 -0.000230
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16032 -0.000150
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24052 -0.190000
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25055 -0.010000
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26056 -0.701730
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28058 -0.092500
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m8$ -11.35 g/cm3
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c 82000.50c -1.000000 $ Lead
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82204 -0.0140000
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82206 -0.2410000
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82207 -0.2210000
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82208 -0.5240000
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m10 $ -5.323 g/cm3 Ge
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32070 0.2051
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32072 0.2745
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32073 0.0776
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32074 0.367
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32076 0.0757
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m11 $Mylar -1.38g/cm3
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1001 -0.041960
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6000 -0.625016
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8016 -0.333024
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m13 $Brass -8.07g/cm3
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26056 -0.000868
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29063 -0.665381
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30064 -0.325697
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50120 -0.002672
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82208 -0.005382
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m14 $Concrete Ordinary NBS03 -2.35g/cm3
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1001 -0.008483
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1002 -0.000002
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6000 -0.050064
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8016 -0.472200
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8017 -0.000191
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12000 -0.024183
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13027 -0.036063
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14000 -0.145100
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16000 -0.002970
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19000 -0.001697
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20000 -0.246924
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26000 -0.011031
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c ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
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c Source
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c ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
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c sdef PAR=P ERG=0.356 CEL=100 AXS=0 0 1 POS=0 0 103.3 RAD=d1 EXT=d2
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c SI1 0 0.635 $ radial sampling range: 0 to Rmax
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c SP1 -21 1 $ radial sampling weighting: r^1 for cylinder
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c SI2 0 0.01016 $ axial sampling range: 0 to hmax
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c SP2 -21 0 $ weighting for axial sampling: here constant
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c Cs-137 Source
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sdef PAR=P ERG=0.6617 POS=0 0 90.71
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c Co-60 Source
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c sdef PAR=P ERG=D1 POS=0 0 90.71
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SI1 L 1.1732 1.3325
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SP1 0.5 0.5
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NPS 1E8
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FILES 21 DUMN1
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print
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c DBCN
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prdmp 4J -1
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c ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
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c Tallies
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c ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
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c F4:p 300
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c E4 0.05 8546i 2
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c FT4 GEB 0.4156 0.0393 0 $FWHM=a+b*sqrt(E+cE^2) 0.85-122 1.85-1330
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F8:p 300
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c E8 0.05 999i 1
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E8 0.0 5000i 5.0
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FT8 GEB 0.00041555 0.0012438 0
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c ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
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c *** END DATA *** ----------------------------------------------------------
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c ********** END OF FILE **********
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