ML110390457
ML110390457 | |
Person / Time | |
---|---|
Site: | Peach Bottom, LaSalle ![]() |
Issue date: | 02/07/2011 |
From: | URS Corp |
To: | Office of Nuclear Reactor Regulation |
Shared Package | |
ML110390045 | List: |
References | |
L-003388, Rev 0 | |
Download: ML110390457 (168) | |
Text
Calculation No. L-003388, Rev. 0 Attachment K (Page K1 of K18)
Attachment K Spreadsheet used to Check MCNP Cases and Data Analysis
Calculation No. L-003388, Rev. 0 Attachment K (Page K2 of K18)
URS Washington Division Nuclide Co*60 Energy MeV 0.6938 1.1732 1.3325 TOTALS:
Energy MeV 0.6938 1.1732 1.3325 TOTALS:
Source Input Grouping Method : Actual Photon E nergies cUlies becquerels uCi/cnY 1.5677e+002 5.8005e+012 4.5465e+001 Buildup The material reference is : Source Integration Parameters Radial 24 Circumferential Y Direction (axial) 24 24 Results - Dose Point # 1 - (80 01 91 44 0) cm Activit.Y Fluence Rate Fluence Rate Exposure Rate photons/ sec MeV/cf'l'i!/sec MeV/cf'l'i!/sec mR/hr No Buildup With Buildup No Buildup 9.462e+08 9.401e+02 2.37ge+03 1.815e+00 5.801 e+ 12 1.244e+07 2.62ge+07 2.224e+04 5.801 e+ 12 1.505e+07 3.056e+07 2.611e+04 1.160e+ 13 2.74ge+07 5.685e+07 4.835e+04 Results - Dose Point # 2 - (177 47 91 44 0) cm Activit.Y Fluence Rate Fluence Rate Exposure Rate MeV/cf'l'i!/sec MeV/cf'l'i!/sec mR/hr photons/ sec No Buildup With Buildup No Buildup 9.462e+08 1.950e+02 4.80ge+02 3.766e*01 5.801 e+ 12 2.562e+06 5.27ge+06 4.578e+03 5.801 e+ 12 3.090e+06 6.123e+06 5.361e+03 1.160e+ 13 5.652e+06 1.140e+07 9.940e+03 Bq/cnY 1.6822e+006 Exposure Rate mR/hr With Buildup 4.592e+00 4.698e+04 5.302e+04 1.000e+05 Exposure Rate mR/hr With Buildup
- 9. 286e*01 9.433e+03 1.062e+04 2.006e+04
Calculation No. L-003388, Rev. 0 Attachment K (Page K3 of K18)
URS Washington Division Cose Tille: OC IRSF Source
==
Description:==
Nominol. All Co-60 Source Geometry: 7 - Cylinder Volume - Side Shields A
Source Dimensions t8288em 7747 em Dose Points x
y 80.01 em 51 44 em 211 75in 3ft l n47em S1 44em 5119.9.,
3 11 Shields SI-OeIdName Omena Malerial L-_+---X 5""""
Hie Dimensions from MicroShield case Height Radius 6.00 ft 182.88 em 2.54 ft 77.47 em Double Height Stack Dimensions Height 150 in 38100 em Number of Stacks 126 Source Dimensions from the MCNP Case 0.01 304.8 80%
381 20%
T,onmon AiG Photons/Sec 1.16E+13 Photons/Sec 2.41667E+13 3.045E+15 2
Oem 0.0 in Oem 0.0.,
Density 1
0.00122 000122
Calculation No. L-003388, Rev. 0 Attachment K (Page K4 of K18)
URS Washington Division Duct Location Check from left to right on the model 1st left 68.58 right 170.18 101.6 40 in top 1437.64 bottom 1397 40.64 16 in distance to center from left 195.58 77 in distance to slab 76.2 30 in 2nd left 871.22 right 972.82 101.6 40 in top 1437.64 bottom 1397 40.64 16 in distance to center from left 998.22 393 in 316 26.33 Top of roof slab 1493.52 distance to slab 76.2 30 in 3rd left 1595.12 right 1747.52 152.4 60 in top 1445.26 bottom 1369.06 76.2 30 in distance to center from left 1747.52 688 in 295 24.58 distance to slab 86.36 34 in 4th left 1856.74 right 1958.34 101.6 40 in top 1437.64 bottom 1397 40.64 16 in distance to center from left 1983.74 781 in 93 7.75 distance to slab 76.2 30 in 5th left 2720.34 right 2821.94 101.6 40 in top 1437.64 bottom 1397 40.64 16 in distance to center from left 2847.34 1121 in 340 28.33 distance to slab 76.2 30 in 6th left 3776.98 right 3878.58 101.6 40 in top 1437.64 bottom 1397 40.64 16 in distance to center from left 3903.98 1537 in 416 34.67 distance to slab 76.2 30 in
Calculation No. L-003388, Rev. 0 Attachment K (Page K5 of K18)
URS Washington Division Truck Bay Detector (averaged over surface 12371)
F2 Tally Floor 0 crn Height 213.36 crn F12 Tally 84 in 7ft Rings Around the Building Surface Descriptions 2000 s 1973.58 2001 s 1973.58 2002 s 1973.58 2003 s 1973.58 2004 s 1973.58 2005 s 1973.58 2006 s 1973.58 2007 s 1973.58 2008 s 1973.58 2009 s 1973.58 2010 s 1973.58 2011 s 1973.58 2012 s 1973.58 2013 s 1973.58 2014 s 1973.58 2015 s 1973.58 AJI surface ratiOS, calculated over calc are 1 914.4 914.4 914.4 914.4 914.4 914.4 914.4 914.4 914.4 914.4 914.4 914.4 914.4 914.4 914.4 914.4
-72.6
-72.6
-72.6
-72.6
-72.6
-72.6
-72.6
-72.6
-72.6
-72.6
-72.6
-72.6
-72.6
-72.6
-72.6
-72.6 Radius(crn vol in circ SA.
frorn calc check 2800 2.46E-t07 I ncludes under HI CS 4000 5.D3E-t07 2.564E-t07 2.56E+07 1.00E+OO 7000 1.54E-t08 1.D37E-t08 1.D4E+08 1.00E+OO 10000 3.14E-t08 1.602E-t08 1.60E+08 1.00E+OO 15000 7.D7E-t08 3.927E-t08 3.93E+08 1.00E+OO 20000 1.26E-t09 5.498E-t08 5.50E+08 1.00E+OO 25000 1.96E-t09 7.D69E-t08 7.D7E+08 1.00E+OO 30000 2.83E-t09 8.639E-t08 8.64E+08 1.00E+OO 37500 4.42E-t09 1.590E-t09 1.59E+09 1.00E+OO 45000 6.36E-t09 1.944E-t09 1.94E+09 1.00E+OO 55000 9.50E-t09 3.142E-t09 3.14E+09 1.00E+OO 65000 1.33E+10 3.770E-t09 3.77E+09 1.00E+OO 75000 1.77E+10 4.398E-t09 4.40E+09 1.00E+OO 85000 2.27E+10 5.D27E-t09 5.D3E+09 1.00E+OO 95000 2.84E+10 5.655E-t09 5.66E+09 1.00E+OO 120000 4.52E+10 1.689E+10 1.69E+10 1.00E+OO
Calculation No. L-003388, Rev. 0 Attachment K (Page K6 of K18)
URS Washington Division F22Taily Slabs Adjacent to Penetration Side Left of the slab 359.05 Right of the slab 2,535.94 Width of slab 2,176.89 surf dis!
gap sa 2016
- 276.2 200 4.35E+05 1
2017
-476.2 200 4.35E+05 2
............................................ **r******* ***** '" 2 0 115*****.................................................................................. -.........
2018
- 676.2 200 4.35E+05 3
2019
-876.2 200 4.35E+05 4
2020
-1076.2 200 4.35E+05 5
.............................................. !............ *2"0'1 '].................................................................................................
.... -..... -.-................ -............ '-'1'-'-'-'-'"....... *2{)'ice-* **** ***......... -. -.................. -.-
2021
-1276.2 200 4.35E+05 6
..........*.*...............................* ~............... 201-9***.....................................*.......................................................
2022
-1476.2 200 4.35E+05 7
2023
- 1676.2 200 4.35E+05 8
... -.-.-.-.-.-.......... -. ---.. ---.... --.. - -. ~. -... -... --*.... 2tl20 -- --*-***.... **... -... -.-.............. -.- -.-.-............ -.---.-.-..... ------.-- ----... ---...
2024
-1876.2 200 4.35E+05 9
- ............................................ ~................. 2{) 2'1**.............................................................................................
2025
-2076.2 200 4.35E+05 10 2028
- 2276.2 200 4.35E+05 11 2029
-2476.2 200 4.35E+05 12
.. --.- --.*. -............ -... -. -.-....... --.. -- ~ ---- ---... -.. --.* ----.---.--
2~ '22_ -'-- - ' -. -'-... " -- -
2 0
! 2 0
~............ *2"02 3 *******.......................................................................................
2030
-2676.2 200 4.35E+05 13 2031
-2876.2 200 4.35E+05 14
............ -. -. -.-.-.-.......... -. ~..... -. -..... ><-2{)2'4--'-'- ' -... -::
.. -:-:.. '=':
- o-~_~"".,"",
- -':C
._=-. ~. -.............. -. -. -.-.-............ -. -. -.-.-........
2032
-3076.2 200 4.35E+05 15 2033
- 3276.2 200 4.35E+05 16
- 2 0 i 6
+
~............ *202'S********.........................................................................................
2034
-3476.2 200 4.35E+05 17 2035
- 3676.2 200 4.35E+05 18
.... -. -. -. -. -.......... -.................. -. -t -... -. -........ 2-0-2-6 *. -. -. -.......... -. -.................. -.... -. -................ -. -. -............ -. -.............
............................................ +........... **2'029*********......................................................................................
Same surf areas used in calc so OK
-. ~........... **><-2{)3fr - *- *- *.... **......... -.-.-............ -.-
........................................... ****f* *............ * ** ** ""2~;3:1: *** * *** * **..................................
........................ -..... -.-......... *****i***-*-*.... *.... 2-G3Z * * * * *** **.... *
- ............................................. ~............. *"2{)33***** *.........................................................................................
............ -.............................. *-*-1****-*.... ** 203-!****-*........ **.-.-.................... -....................... -................ -...............
............................................... ~............ " 2'0;3 5 ' * ' * ' * '.........................................................................................
Calculation No. L-003388, Rev. 0 Attachment K (Page K7 of K18)
URS Washington Division F32 Tally Dose on Side Wall (Vent side) *7 ft up fs32 1231
-2026 2027
-1227 sd32 1 mE-+60 1mE+50 1.00E-+60 1.00E-+60 Height 289.56 1227 Width 2,176.89 1231 SA 6.30E-t05 F42 Tally Detectors to North side with HVAC Penetrations section on spherical surface approxirnated as a rectangle surf rad 2003 2004 2005 2006 2007 2008 2009 2010 2011 10000 15000 20000 25000 30000 37500 45000 55000 65000 2012 75000 2013 85000 Rectangle approxirnation dirnensions Width Height SA F52 Tally 2895.6 1036.32 3mE-t06 Detectors to North side with HVAC Penetrations Sarne as above just on opposite side of the building F62 Tally Check of the dose rates above the HICS Left 0
Right 2895.6 1140 95 Front 0
6ack 1828.8 720 60 Surface AI 5.30E-t06 4.64E-t05
-76.2 (1227 to 1231) 213.36
Calculation No. L-003388, Rev. 0 Attachment K (Page K8 of K18)
URS Washington Division Table H.2 Cross Check comparing MCNP values to MCNP values to make sure Photon flux-to-Dose R'-lte Com'e) ion Facto)'s there are no transcription errors all of them a 1 so OK AJ.~SIlAl~S-6.1. 1-19 ICRP-21 Energy E DF(E)
Energ~-, E DF(E OIe"\\)
(rem/hr)/(u1cwl-21
!Mill (rem/hr)/(ul cwl-21 0.01 3.96E-06 0.01 0.00000396 0.01 3.96E-06 0.01 2.78E-06 0.03 5.82E-07 0.03 0.000000582 0.03 5.S2E-07 0.015 L11E-06 0.05 2.90E-07 0.05 0.00000029 0.07 2.58E-07 0.07 0.000000258 0.05 2.90E-07 0.02 5.SSE-07 0.1 2.83E-07 0.1 0.000000283 0.07 2.5SE-07 0.03
- 2. 56E-07 0.15 3.79E-07 0.15 0.000000379 0.1 2.S3E-07 0.04 1.56E-07 0.2 5.01 E-07 0.2 0.000000501 0.15 3.79E-07 0.05 1.20E-07 0.25 6.31 E-07 0.25 0.000000631 0.2 5.01E-07 0.06 1.11E-07 0.3 7.59E-07 0.3 0.000000759 0._5 6.31E-07 O.OS L20E-07 0.35 8.78E-07 0.35 0.000000878 0.3
- 7. 59E-07 0.1 1.47E-07 0.4 9.85E-07 0.4 0.000000985 0.45 1.D8E-06 0.45 0.00000108 0.35 8.78E-07 0.15 2.38E-07 0.5 1.17E-06 0.5 0.00000117 0.4 9.S5E-07 0.2 3.45E-07 0.55 1.27E-06 0.55 0.00000127 0.45 1.0SE-06 0.3
- 5. 56E-07 0.6 1.36E-06 0.6 0.00000136 0.5
- 1. 17E-06 0.4
- 7. 69E-07 0.65 1.44E-06 0.65 0.00000144 0.55 1.27E-06 0.5 9.09E-07 0.7 1.52E-06 0.7 0.00000152 0.6 1.36E-06 0.6 L14E-06 0.8 1.68E-06 0.8 0.00000168 1
1.98E-06 1
0.00000198 0.65 1.44E-06 0.8 L47E-06 1.4 2.51 E-06 1.4 0.00000251 0.7 1.5_E-06
- 1.
L79E-06 1.8 2.99E-06 1.8 0.00000299 O.S 1.6SE-06 1.5 2.44E-06 2.2 3.42E-06 2.2 0.00000342 1.0 1.9SE-06
- 2.
3.03E-06 2.6 3.82E-06 2.6 0.00000382 1.4 2.5 1E-06
- 3.
4.00E-06 2.8 4.01 E-06 2.8 0.00000401 1.8 2.99E-06
- 4.
4.76E-06 3.25 4.41 E-06 3.25 0.00000441 2._
3.4_E-06
- 5.
- 5. 56E-06 3.75 4.83E-06 3.75 0.00000483 4.25 5.23E-06 4.25 0.00000523 2.6 3.S2E-06
- 6.
6.25E-06 4.75 5.60E-06 4.75 0.0000056 2.8 4.01E-06
- 8.
7.69E-06 5
5.80E-06 5
0.0000058 3.25 4.41E-06
- 10.
9.09E-06 5.25 6.01 E-06 5.25 0.00000601 3.75 4.S3E-06 5.75 6.37E-06 5.75 0.00000637 4.25 5.23E-06 6.25 6.74E-06 6.25 0.00000674 4.75 5.60E-06 5.0 5.S0E-06 5._5 6.01E-06 5.75 6.37E-06 6.25 6.74E-06
Calculation No. L-003388, Rev. 0 Attachment K (Page K9 of K18)
URS Washington Division Wall Thickness (in) 30 15 15 Density (Ib/~)
369.2 187 181.7 Density (glee) 2.365 2.396 2.328 Comment Used for walls since iI's the lowest value Used for the roof, no girders modeled GENERIC IRSF SHIELDING DENSJTY VALUES Structural Previous Density Revised Density Value Values COlllponent (Feb. 1991 (Homogenized)
Analysis) 30 inch thick wall 350 Ib/ft2 369.2 Ib/ft2 15 inch thick wall 175 Ib/fe 187 Ih/fe 1.2 to 15 inch roor 1.57.5 lb/ft""
181. 7 Ib/ft2
Calculation No. L-003388, Rev. 0 Attachment K (Page K10 of K18)
URS Washington Division Run #
Bell or No Bell Tally Comment Distance Dose Rate (remlhr)
Dose Rate (mremlhr)
From Calc sbnc.o Bell F2 Dose rate 7 ft up across the truck bay (no shield slab above) 7 ft up 7.47E-03 7.47E+00 7.47E-03 sbnc.o Bell F62 Dose rate above all the HICs (sanity check tally)
NA 1.56E+OO 1.56E+03 1000tOO nsbnc.o No Bell F2 Dose rate 7 ft up across the truck bay (no shield slab above) 7 It up 2.39E-01 2.39E+02 2
4 6
8 10 12 14 nsbnc.o No Bell F62 Dose rate above all the HICs (sanity check tally)
NA 4.90E+01 4.90E+04 1 (l(E.OI Translated Source Cases sbtr.o Bell F2 Dose rate 7 ft up across the truck bay (no shield slab above) 7 ft up 1.88E-04 1.88E-01 1.88E-04 1.00E+OO 1.oce*02 sbtr.o Bell F12 Rings around the building
- 4. 15E-05 4.15E-02 4.15E-05 1.00E+OO sbtr.o Bell F1 2 Rings around the building
- 2. 69E-05 2.69E-02 2.69E-05 1.00E+OO sbtr.o Bell F12 Rings around the building 1.40E-05 1.40E-02 1.40E-05 1.00E+OO 1,(XE*03 sbtr.o Bell F12 Rings around the building 6.51E-06 6.51E-03 6.51 E-06 1.00E+OO sbtro Bell F1 2 Rings around the building 294E-06 2.94E-03 2.94E-06 100E+OO sbtr.o Bell F12 Rings around the building 1.37E-06 1.37E-03 1.37E-06 1.00E+OO 1.00:::.011 sbtr.o Bell F12 Rings around the building 6.70E-07 6.70E-04 6.70E-07 1.00E+OO sbtr.o Bell F12 Rings around the building 2.92E-07 2.92E-04 2.92E-07 1.00E+OO sbtr.o Bell F12 Rings around the building 1.12E-07 1.1 2E-04 1.12E-07 1.00E+OO sbtr.o Bell F1 2 Rings around the building
- 4. 12E-08 4.12E-05 4.12E-OB 1.00E+OO 1.(IE.OS sbtr.o Bell F12 Rings around the building 1.28E-08 1.2BE-05 1.2BE-08 1.00E+OO sbtr.o Bell F1 2 Rings around the building
- 4. 16E-09 4.16E-06
- 4. 16E-09 1.00E+OO 1.(IE.OS sbtr.o Bell F12 Rings around the building 1.47E-09 147E-06 1.47E-09 1.00E+OO sbtr.o Bell F12 Rings around the building 5.11E-10 5.1 1 E-07 5.11E-10 1.00E+OO 1.(IE.07 sbtr.o Bell F12 Rings around the building 1.01E-10 1.01 E-07 1.01E-10 1.00E+OO sbtr.o Bell F22 Slabs on the penetration side 3.44E-05 344E-02 344E-05 1.00E+OO sbtr.o Bell F22 Slabs on the penetration side 4.70E-05 4.70E-02 4.70E-05 1.00E+OO 12CE-01 sbtr.o Bell F22 Slabs on the penetration side 6.02E-05 602E-02 6.02E-05 1.00E+OO sbtr.o Bell F22 Slabs on the penetration side 6.87E-05 6.87E-02 6.87E-05 1.00E+OO sbtr.o Bell F22 Slabs on the penetration side B.47E-05 847E-02 8.47E-05 1.00E+OO sbtr.o Bell F22 Slabs on the penetration side 8.65E-05 8.65E-02 8.65E-05 1.00E+OO sbtr.o Bell F22 Slabs on the penetration side 9.40E-05 9.40E-02 9.40E-05 1.00E+OO 10CE-01 8 0CE-02 sbtr.o Bell F22 Slabs on the penetration side 9.51E-05 9.51E-02 9.51E-05 1.00E+OO sbtr.o Bell F22 Slabs on the penetration side 9.81E-05 9.81E-02 9.81E-05 1.00E+OO sbtr.o Bell F22 Slabs on the penetration side 1.03E-04 103E-01 1.03E-04 1.00E+OO 60CE-02 sbtr.o Bell F22 Slabs on the penetration side 1.15E-04 1.15E-01 1.15E-04 1.00E+OO sbtr.o Bell F22 Slabs on the penetration side
- 9. 26E-05 9.26E-02 9.26E-05 1.00E+OO sbtr.o Bell F22 Slabs on the penetration side 9.57E-05 9.57E-02 9.57E-05 1.00E+OO sbtr.o Bell F22 Slabs on the penetration side 8.21E-05 8.21 E-02 8.21 E-05 1.00E+OO 4 (()E*02
- sbtr.o Bell F22 Slabs on the penetration side 7.98E-05 7.9BE-02 7.9BE-05 1.00E+OO sbtr.o Bell F22 Slabs on the penetration side
- 7. 29E-05 7.29E-02 7.29E-05 1.00E+OO 21XE-02 sbtr.o Bell F22 Slabs on the penetration side 6.65E-05 6.65E-02 6.65E-05 1.00E+OO sbtr.o Bell F22 Slabs on the penetration side 6.70E-05 6.70E-02 6.70E-05 1.00E+OO 00:£-00 0
2 4
6 8
10 12 16 18 20 sbtr.o Bell F32 Dose on Side Wall (Vent side) - 7 ft up 2.75E-05 2.75E-02 2.75E-05 1.00E+OO sbtr.o Bell F42 Detectors to North side with HVAC Penetrations 2.02E-05 2.02E-02 1.77E+OO 2.02E-05 1.00E+OO sbtr.o Bell F42 Detectors to North side with HVAC Penetrations 6.91E-06 6.91E-03 146E+OO 6.91 E-06 1.00E+OO sbtr.o Bell F42 Detectors to North side with HVAC Penetrations 3.02E-06 3.02E-03 145E+OO 3.02E-06 1.00E+OO sbtr.o Bell F42 Detectors to North side with HVAC Penetrations 1.46E-06 146E-03 143E+OO 1.46E-06 1.00E+OO sbtr.o Bell F42 Detectors to North side with HVAC Penetrations 6.68E-07 6.68E-04 1.38E+OO 6.68E-07 1.00E+OO sbtr.o Bell F42 Detectors to North side with HVAC Penetrations 2.78E-07 2.78E-04 1.33E+OO 2.78E-07 1.00E+OO sbtr.o Bell F42 Detectors to North side with HVAC Penetrations 1.03E-07 1.03E-04 1.32E+OO 1.03E-07 1.00E+OO sbtr.o Bell F42 Detectors to North side with HVAC Penetrations 3.38E-08 3.38E-05 1.49E+OO 3.38E-08 1.00E+OO sbtr.o Bell F42 Detectors to North side with HVAC Penetrations 1.27E-08 1.27E-05 1.94E+OO 1.27E-08 1.00E+OO sbtr.o Bell F42 Detectors to North side with HVAC Penetrations 4.65E-09 4.65E-06 1.05E+OO 4.65E-09 1.00E+OO sbtr.o Bell F42 Detectors to North side with HVAC Penetrations 8.02E-10 8.02E-07 8.78E-01 8.02E-10 1.00E+OO sbtr.o Bell F52 Detectors to North side with HVAC Penetrations 1.14E-05 1.14E-02 1.14E-05 1.00E+OO sbtr.o Bell F52 Detectors to North side with HVAC Penetrations 4.75E-06 4.75E-03 4.75E-06 1.00E+OO sbtr.o Bell F52 Detectors to North side with HVAC Penetrations 2.09E-06 2.09E-03 2.09E-06 1.00E+OO sbtr.o Bell F52 Detectors to North side with HVAC Penetrations 1.02E-06 1.02E-03 1.02E-06 1.00E+OO sbtr.o Bell F52 Detectors to North side with HVAC Penetrations 4.83E-07 4.83E-04 4.83E-07 1.00E+OO sbtr.o Bell F52 Detectors to North side with HVAC Penetrations 2.08E-07 2.08E-04 2.08E-07 1.00E+OO sbtr.o Beii F52 Detectors to i~orth side with HVAC Penetrations 7.82E-08 7.82E-05
- 7. 82E-08 1.00E+OO sbtr.o Bell F52 Detectors to North side with HVAC Penetrations 2.27E-08 2.27E-05 2.27E-08 1.00E+OO sbtr.o Bell F52 Detectors to North side with HVAC Penetrations 6.58E-09 6.58E-06 6.58E-09 1.00E+OO sbtr.o Bell F52 Detectors to North side with HVAC Penetrations 443E-09 443E-06 4.43E-09 1.00E+OO sbtr.o Bell F52 Detectors to North side with HVAC Penetrations 9.14E-10 9.14E-07 9.14E-10 1.00E+OO sbtr.o Bell F62 Check of the dose rates above the HICs 1.57E+OO 1.57E+03
Calculation No. L-003388, Rev. 0 Attachment K (Page K11 of K18)
URS Washington Division nsbtr.o No Bell F2 Dose rate 7 ft up across the truck bay (no shield slab above) 7 ft up 6.11E-03 6.11E+00 nsbtr.o No Bell F1 2 Rings around the building 1.50E-03 1.50E+00 1.50E-03 1.00E+00 nsbtr.o No Bell F12 Rings around the building 9.52E-04 9.52E-01 9.52E-04 100E+00 nsbtr.o No Bell F12 Rings around the building 4.69E-04 4.69E-01
- 4. 69E-04 1.00E+00 nsbtr.o No Bell F12 Rings around the building 2.19E-04 2.19E-01 2.19E-04 1.00E+00 l.a:E tOO.
nsbtr.o No Bell F12 Rings around the building 1.01E-04 1.01E-01 101 E-04 1.00E+00 nsbtr.o No Bell F1 2 Rings around the building 4.56E-05 4.56E-02 4.56E-05 1.00E+OO nsbtr.o No Bell F1 2 Rings around the building 2.22E-05 2.22E-02 2.22E-05 1.00E+OO nsbtr.o No Bell F12 Rings around the building 9.93E-06 9.93E-03
- 9. 93E-06 1.00E+00 nsbtr.o No Bell F12 Rings around the building 3.95E-06 3.95E-03 3.95E-06 1.00E+00 nsbtr.o No Bell F1 2 Rings around the building 1.46E-06 1.46E-03 1.46E-06 1.00E+00 nsbtr.o No Bell F12 Rings around the building 4.80E-07 4.BOE-04
- 4. BOE-07 1.00E+00 2 *
- 6 8
10 12 10CE*OI 10CE*01.
nsbtr.o No Bell F12 Rings around the building 1.69E-07 1.69E-04 1.69E-07 1.00E+00 10CE-03.
nsbtr.o No Bell F12 Rings around the building 6.00E-OB 6.00E-05 6.00E-08 1.00E+OO nsbtr.o No Bell F12 Rings around the building 2.2BE-OB 2.2BE-05 2.2BE-OB 1.00E+00 nsbtr.o No Bell F12 Rings around the building 4.B6E-09 4.B6E-06 4B6E-09 1.00E+00 10CE*04 nsbtr.o No Bell F22 Slabs on the penetration side 1.03E-03 1.03E+00 1.03E-03 1.00E+00 nsbtr.o No Bell F22 Slabs on the penetration side 1.58E-03 1.5BE+00 1.5BE-03 1.00E+00 nsbtr.o No Bell F22 Slabs on the penetration side 2.04E-03 2.04E+00 2 04E-03 100E+00
- OOE>OO nsbtr.o No Bell F22 Slabs on the penetration side 2.76E-03 2.76E+00
- 2. 76E-03 1.00E+00 nsbtr.o No Bell F22 Slabs on the penetration side 3.0BE-03 30BE+00 30BE-03 1.00E+00 nsbtr.o No Bell F22 Slabs on the penetration side 3.37E-03
- 3. 37E+OO 3.37E-03 1.00E+OO nsbtr.o No Bell F22 Slabs on the penetration side 3.51E-03 3.51E+00 3.51 E-03 1.00E+00 nsbtr.o No Bell F22 Slabs on the penetration side 3.63E-03
- 3. 63E+00 3.63E-03 1.00E+00 350<:'00.
3 OOE>OO
- nsbtr.o No Bell F22 Slabs on the penetration side 3.42E-03 3.42E+00
- 3. 42E-03 1.00E+00 nsbtr.o No Bell F22 Slabs on the penetration side 3.66E-03
- 3. 66E+00 3.66E-03 1.00E+00 25(E'OO.
nsbtr.o No Bell F22 Slabs on the penetration side 3.53E-03
- 3. 53E+00 353E-03 1.00E+00 nsbtr.o No Bell F22 Slabs on the penetration side 3.29E-03
- 3. 29E+OO 3.29E-03 1.00E+OO nsbtr.o No Bell F22 Slabs on the penetration side 3.07E-03 3.07E+00 3.07E-03 1.00E+00 2000*00.
nsbtr.o No Bell F22 Slabs on the penetration side 2.7BE-03 2.7BE+00 2.7BE-03 1.00E+00 nsbtr.o No Bell F22 Slabs on the penetration side 2.80E-03
- 2. BOE+OO
- 2. BOE-03 1.00E+00 1 SCE.OO.
nsbtr.o No Bell F22 Slabs on the penetration side 2.79E-03 2.79E+OO 2.79E-03 1.00E+OO nsbtr.o No Bell F22 Slabs on the penetration side 2.47E-03 2.47E+00 247E-03 1.00E+00 nsbtr.o No Bell F22 Slabs on the penetration side 2.31 E-03 2.31E+00 2.31E-03 1.00E+OO
,OOE*OO.
nsbtr.o No Bell F32 Dose on Side Wall (Vent side) - 7 ft up 1.09E-03 1.09E+00 109E-03 100E+00 500E*01 nsbtr.o No Bell F42 Detectors to North side with HVAC Penetrations 6.50E-04 6.S0E-01 1.S7E+OO 6.S0E-04 1.00E+OO o OOE.OO nsbtr.o No Bell F42 Detectors to North side with HVAC Penetrations 2.38E-04 2.3BE-01 1.49E+OO 2.3BE-04 100E+OO 0
2 6
8 10 12 16 18 20 nsbtr.o No Bell F42 Detectors to North side with HVAC Penetrations 1.02E-04 1.02E-01 1.4DE+OO 1.02E-04 1.00E+OO nsbtr.o No Bell F42 Detectors to North side with HVAC Penetrations 4.B7E-05 4.B7E-02 1.35E+OO 4.B7E-05 1.00E+OO nsbtr.o No Bell F42 Detectors to North side with HVAC Penetrations 2.55E-05 2.55E-02 1.4DE+OO
- 2. 55E-05 1.00E+00 nsbtr.o No Bell F42 Detectors to North side with HVAC Penetrations 9.85E-06 9.B5E-03 1.30E+00 9.B5E-06 100E+00 nsbtr.o No Bell F42 Detectors to North side with HVAC Penetrations 3.92E-06 3.92E-03 1.2SE+OO 3.92E-06 1.00E+OO nsbtr.o No Bell F42 Detectors to North side with HVAC Penetrations 1.29E-06 1.29E-03 1.35E+OO 1.29E-06 100E+OO nsbtr.o No Bell F42 Detectors to North side with HVAC Penetrations 4.55E-07 4.55E-04 1.34E+00 4.55E-07 1.00E+00 nsbtr.o No Bell F42 Detectors to North side with HVAC Penetrations 1.61E-07 1.61E-04 1.1SE+00 1.61 E-07 1.00E+00 nsbtr.o No Bell F42 Detectors to North side with HVAC Penetrations 6.21E-OS 6.21E-OS 1.62E+OO 6.21 E-OS 1.00E+OO nsbtr.o No Bell F52 Detectors to South side without HVAC Penetrations 4.14E-04 4.14E-01 4.14E-04 1.00E+OO nsbtr.o No Bell FS2 Detectors to South side without HVAC Penetrations 1.60E-04 1.60E-01 1.60E-04 1.00E+OO nsbtr.o No Bell F52 Detectors to South side without HVAC Penetrations 7.30E-05 7.30E-02 7.30E-05 1.00E+OO nsbtr.o No Bell F52 Detectors to South side without HVAC Penetrations 3.60E-05 3.60E-02 3.60E-05 1.00E+OO nsbtr.o No Bell F52 Detectors to South side without HVAC Penetrations 1.B2E-05 1.S2E-02 1.S2E-05 1.00E+OO nsbtr.o No Bell F52 Detectors to South side without HVAC Penetrations 7.60E-06 7.60E-03 7.60E-06 1.00E+OO nsbtr.o No Bell F52 Detectors to South side without HVAC Penetrations 3.13E-06 3.13E-03 3.13E-06 1.00E+OO nsbtr.o No Bell F52 Detectors to South side without HVAC Penetrations 9.52E-07 9.52E-04 9.52E-07 1.00E+OO nsbtr.o No Bell F52 Detectors to South side without HVAC Penetrations 3.39E-07 3.39E-04 3.39E-07 1.00E+OO nsbtr.o No Bell F52 Detectors to South side without HVAC Penetrations 1.37E-07 1.37E-04 1.37E-07 1.00E+OO nsbtr.o No Bell F52 Detectors to South side without HVAC Penetrations 3.S3E-OS 3.S3E-05 3.S3E-OS 1.00E+OO nsbtr.o No Bell F62 Check of the dose rates above the HICs
- 4. 94E+01
- 4. 94E+04 4.90E+01 101 E+OO
Calculation No. L-003388, Rev. 0 Attachment K (Page K12 of K18)
URS Washington Division SBSWt.o Bell F42 Detectors to North side with HVAC Penetrations 1.17E-06 1.17E-03 1.17E-06 1.00E+00 SBSWt.o Bell F42 Detectors to North side With HVAC Penetrations 3.57E-07 3.57E-04 3.57E-07 1.00E+00 t()(E
- OO SBSWt.o Bell F42 Detectors to North side with HVAC Penetrations 1.44E-07 1.44E-04
- 1. 44E-07 1.OOE+OO 6
8 10 SBSWt.o Bell F42 Detectors to North side with HVAC Penetrations 6.66E-OB 6.66E-05 6.SSE-OB 1.00E+OO 100E*Ol SBSWt.o Bell F42 Detectors to North side With HVAC Penetrations 3.49E-OB 3.49E-05 3.49E-OB 1.00E+OO SBSWt.o Bell F42 Detectors to North side With HVAC Penetrations 1.23E-OB 1.23E-05 1.23E-OB 1.00E+00 100E.02 SBSWt.o Bell F42 Detectors to North side With HVAC Penetrations 5.65E-09 5.S5E-OS 5.S5E-09 1.00E+00 SBSWt.o Bell F42 Detectors to North side with HVAC Penetrations 2.12E-09 2.12E-OS 2.12E-09 1.00E+OO 100E-03 SBSWt.o Bell F42 Detectors to North side With HVAC Penetrations B.33E-10 8.33E-07 8.33E-10 1.00E+OO SBSWt.o Bell F42 Detectors to North side With HVAC Penetrations 3.B7E-10 3.B7E-07 3.B7E-10 1.00E+00 100E-04 SBSWt.o Bell F42 Detectors to North side with HVAC Penetrations 1.75E-10 1.75E-07 1.75E-10 1.00E+00 NSBWT.o No Bell F42 Detectors to North side with HVAC Penetrations 2.55E-05 2.55E-02 22 2.55E-05 1.00E+00 100E-05 NSBWT.o No Bell F42 Detectors to North side With HVAC Penetrations B.14E-OS B.14E-03 23 B.14E-OS 1.00E+OO 100E*OS NSBWT.o No Bell F42 Detectors to North side with HVAC Penetrations 3.2SE-OS 3.2SE-03 23 3.2SE-OS 1.00E+OO NSBWT.o No Bell F42 Detectors to North side with HVAC Penetrations 1.50E-OS 1.50E-03 22 1.50E-OS 1.00E+OO 100E*07 NSBWT.o No Bell F42 Detectors to North side With HVAC Penetrations 7.59E-07 7.59E-04 22 7.59E-07 1.00E+OO NSBWT.o No Bell F42 Detectors to North side with HVAC Penetrations 3.01E-07 3.01E-04 24 3.01 E-07 1.00E+00 100E*08 NSBWTo No Bell F42 Detectors to North side With HVAC Penetrations 1.32E-07 1.32E-04 23 1.32E-07 100E+00 NSBWT.o No Bell F42 Detectors to North side with HVAC Penetrations 3.92E-OB 3.92E-05 19 3.92E-OB 1.00E+00 100E*09 NSBWT.o No Bell F42 Detectors to North side with HVAC Penetrations 1.66E-OB 1.S6E-05 20 1.S6E-OB 1.00E+OO NSBWT.o No Bell F42 Detectors to North side With HVAC Penetrations 6.12E-09 6.12E-06 16 6.12E-09 1.00E+00 100E* 10 NSBWT.o No Bell F42 Detectors to North side with HVAC Penetrations 2.80E-09 2.BOE-06 16 2.BOE-09 1.00E+00
Calculation No. L-003388, Rev. 0 Attachment K (Page K13 of K18)
URS Washington Division Hie Dimensions Check Radius 76.2 em Diameter 60 in (61 used in rest of anyalysis, but acceptable given the explanation)
Height 381 em 150 in Shield Bell Dimensions Inner Radius OUter Radius Tickness 86.36 em 92.71 em 6.35 em 2.5 inches (plane 15 to 16)
Tops of Hies not tmdelled, since tmdel ends at that hight, OK since all doses are through the sides Hie Locations 19812 39624 59436 79248 9906 118872 198.12 198.12 198.12 198.12 198.12 198.12 spacing (in) 78 Materials 280 WZlteJ 228 Concre.e 204 Alr 224 stE!'~1 Tally Locations (f2 tally) 78 f2:p 1718 19 20 21222324252627 78 09 f!lcc 2.36611""
0001211""
7872 78 78 contents of Hie waUdensly between.he Hies 78 shield bells (7 86 use for r."""n.r, but OK) fs2 -100 -103 -106 -110 -113 -116 -119 -123 -126 -129 -132 -136 -139 &
~~~~~~~~~~~~~~~~~~~n~~~m~~
17 py 365.76 TotalT 18 py 373.38 7.62 76.2 em 19 py 381 762 30 in 20 py 38862 762 21 py 396.24 7.62 22 py 403.86 7.62 23 py 41148 762 24 py 4191 762 25 py 426.72 7.62 26 py 434.34 7.62 27 py 44196 762 Segmentors planes em in 100 px
-22.86 45.72 18 103 px 2286 4572 18 4572 2286 106 px 6858 6096 24 9144
~72 110 px 129,54 45.72 18 198.12 99.06 113 px 175.26 45.72 18 304.8 1524 116 px 220.98 45.72 18 396.24 198.12 119 px 2667 6096 24 48768 24384 123 px 327,66 45.72 18 594.36 297.18 126 px 373.38 45.72 18 70104 350.52 129 px 419.1 45.72 18 792.48 396.24 132 px 46482 6096 24 88392 44196 136 px 525.78 45.72 18 990.6
~5.3 139 px 571.5 45.72 18 1097,28 548.64 142 px 617.22 45.72 18 1188.72 594.36 145 px 66294 6096 24 128016 64008 149 px 7239 45.72 18 138684 69342 152 px 769,62 45.72 18 1493.52 746.76 156 px 815.34 45.72 18 1584.96 792.48 158 px 86106 6096 24 1676.4 8382
- 62 px 92202 45.72 18 178308 891.54 165 px 967,74 45.72 18 1889,76 944.88 168 px 1013.46 45.72 18 1981.2 990.6 171 px 105918 6096 24 207264 103632 175 px 112014 45.72 18 217932 108966 178 pi<.
11G5,8G 45.72 18 228G 1143 181 px 1211.58 -1211.58 1188.72 Bold ones are in front of the Hies, others are between
Calculation No. L-003388, Rev. 0 Attachment K (Page K14 of K18)
URS Washington Division Source Terms Source is a box around the HICs, wrth only locations In lhe HICs being lOduded. so OK.
Energy Photon Emission Products: C<>-60
~
OK 1173 1 3325
~hl (jfferefU! on bwerenergy but noonsequentla' Photon Importances Energy pIeY) 0.693820 1.173200 I.J325oo Conaete split about every 112 vakJe so 0<
P.hoton f.'IUX to Dose Conversion 'Factors ProbabllUty 0.000163 1.000000 1.000000
+
Same as used for the remainder of the calc, taken from the MCNP manual so OK ae2 0.01 0,03 0.05 0,07 0.-1 0.15 025 03 035 04 045 05 06 065 0.7 DB 14 2.2 2.6 2.B 3.25 3.75 4.25 5.25 5.75 6.25 6.75 75 11 13 15 df2 LIN 396E*06 582E-07 290E*07 258E-07 2 B3E*07 6.31 E-07 7.59E-07 8.78E-07 9.85E-07 1.0BE-06 1.17E-D6 1.36E-06 144E-06 1.52E-06 1.68E-06 1.98E-06 2.51E-06 342E-06 382E-06 401 E-06 441 E-06 483E-06 523E-06 5.80E-06 601 E-06 6.37E-06 6.74E-06 7.11E-06 766E-06 1,03E-05 1.1BE-05 1.33E-05 0.2 &
055 &
18 &
4.75 &
9&
3.79E-07 1.27E-06 &
2.99E-06 &
560E-06 &
8.77E-06 &
5 01E*07 &
_a W~tt"_.. nll
__._a._t_.
....... ibNoo.
-.t _
-.~
....... iM...... _
.~
Calculation No. L-003388, Rev. 0 Attachment K (Page K15 of K18)
URS Washington Division Results
- 1. HidD.o Both rows \\.vith radioactivitv
- 2.
HidOF.o Onl)' the front row with rodie"cl;vil),
- >. 1-lidDJ3.o Only the back row with mdiQ3Clivily
- 4.
HidOJ3b.o Bad;: Row with rndiooclivity and hont Row with Shield 13c115
- 5.
HidDL.o Bolh f'O\\\\ with rodio"cti\\lil ~'. :\\.xial COlTCction Dc:fcnnination J-iidOFb.o Fron Row with rndioaclivily and with Shield Bell!:>
Wor1<ed Example Worked Exampte No Shield Shreld Bell HldD bcXh raws. no shielding HldOF.o front rON. no shielding HldOB.o back r(HI. no st'eeldlr'{l HldOBb.o SOlXce In back row, bells on ftOrl rON HldDBf.o Source in front raw, bels on front raw FrontHIC 25 remlhr Front HIC 350 renv'hr BackHIC 25 remlhr Back HIC 350 renv'tY MCNP Relative MCNP Relative 2rowlf MCNP Relative e row/ F F + 81 MCNP Relative MCNP Relative From Front From Back TOTAL From Front From Back TOTAL planes Value error femhr nwem'hr Value Error
,emthr mrem'hr row Value Error r"""l,,
nwem'hr row both Value Error rem'hr nwemthr Value Enor re:mlhr
""em'hr (mr"",,hr)
(mrenYhr)
(""emlhr)
(""emlhr)
("""",,hr)
(mremlhr) 100 px
-22.86 S90E-18 0_0218 1 76E-03 1.76E->OO 12OE*17 00158 1 79E-03 1 79E+00 99%
3.74E*19 00814 S_59E-06 S.59E-02 3%
105%
O_OOE<-OO O.OOE->OO o OOE->OO OooE->OO 103 px 2266 922E-18 0.0227 2.75E-03 2.7SE->OO 169E-17 00168 252E-03 252E+00 109%
145E*18 00549 216E-04 216E-01 9%
99%
363E-20 0.1411 542E-06 542E-03 1.16E-18 00321
- 1. 73E-04 1 73E-01 0.63 0.05 0.68 060 0.02 0.82 106 px 6858 977E-18 0022 2 92E-03 2 92E->OO 169E-17 00162 253E-03 253E+00 115%
199E*18 00<16 298E-04 298E-01 12%
97%
452E-19 00572 676E-05 676E-02 114E-18 00308 1.70E-04 1 70E-01 063 007 0_71 060 024 0_83 110 px 12954 960E-18 00196 287E-03 287E+00 171E-17 00143 255E-03 255E+00 112%
205E*18 00442 3 06E-04 3 06E-01 12%
100%
237E-19 00573 354E-05 354E-02 111E*18 002(19 167E-04 1 67E-01 064 008 0_72 058 0 12 0.71 113 px 17526 105E-17 00214 31SE-03 31SE->OO 18OE-17 00157 269E-03 269E+00 117%
255E*18 00439 383E-04 383E-01 14%
98%
441E*19 00573 6S9E-05 659E-02 117E*18 00307 1.7SE-04 1 7SE-01 0.67 010 0.77 061 023 0.84 116 px 220.86 105E-17 0.0207 313E'()3 313E->OO 186E-17 00156 277E-03 2_77E+00 113%
290E*18 00378 4_32E*04 4.32E-01 16%
102%
7 13E-20 0121 106E.o5 1_06E*02 1.22E-18 0.0293 1.82E-04 182E'()1 0_69 0_11 0.80 064 0.04 0.67 119 px 266 7 104E-17 0_0212 309E'()3 3.09E->OO 182E-17 00159 271E-03 271E+00 114%
2_65E*18 00437 3_95E*04 395E-01 15%
101%
4.02E-19 0_0556 601E.oS 6_01E-02 1_19E*18 0_0304 1.77E-04 1 77E-01 0_68 0_10 0.78 062 021 0.83 123 px 327.66 967E-18 0_0166 289E-03 2.89E->OO 177E*17 00143 264E-03 264E+00 109%
211E*18 0.047 3_14E-04 314E-01 12%
102%
225E-19 0_0626 33SE.oS 3_35E-02 1.11E*18 0_0268 1.66E-04 1 66E-01 0_66 0_08 0.74 058 0.12 0.70 126 px 373.38 1 02E-17 0.0209 3 05E-03 3.05E->OO 186E-17 00158 277E-03 277E+00 110%
2.67E*18 00439 3.98E-04 3.98E-01 14%
10.%
463E-19 0.0532 721E-05 721E-02 1.21E-18 003015 1.60E-04 1 8OE-01 0.69 0.10 0.79 063 025 0.88 129 px 419.1 108E-17 00207 3 2.E.o3 3 24E->OO 1 gge-17 00157 297E-03 297E+00 109%
2 !nE*18 00401.3SE-04.35E-01 15%
105%
782E-20 01105 1 17E.o5 1 17E-02 131E*18 00297 196E-04 1 96E-01 0.7.
0 11 0_85 069 0 0.
0_73 132 px 45.82 104E-17 Orne7 310E-Q3 310E+00
'~-17 00159 276E-03 276E+00 112%
2 54E*18 00426 395E-04 395E-01 14%
102%
4 27E-19 00562 636E-Q5 638E-02 117E*18 00307 1 74E-04 1 74e-Q1 06'>
0 10 0_79 061 022 0.83 136 px 525.78 959E-18 0.0189 286E-Q3 286E->OO 176E-17 001.1 263E-03 263E+00 109%
196E*18 00452 293E*04 293E-01 11%
102%
217E*19 0.0565 32.E.o5 324E*02 1.18E*18 00273 1.76E-04 176E'()1 0.66 0.07 0.73 062 0.11 0.73 139 px 5715 103E-17 0.0207 3 08E-03 3.08E->OO 184E-17 00159 27SE-03 275E+00 112%
2_57E*18 00431 3_84E*04 3.84E-01 14%
102%
456E*19 0.0543 681E.o5 6_81E-02 1.22E*18 0_03 1.83E-04 1 83E-01 0_69 0_10 0.78 064
- 02.
0.88 142 px 617.22 111E-17 0_0202 332E'()3 3.32E->OO 195E-17 00157 2.91E-03 2!nE+00 114%
2_!nE*18 00403.35E*04 435E-01 15%
101%
722E-20 0_1113 108E.oS 1_08E-02 1_31E*18 0_0301 1.96E-04 1 96E-01 0_73 0_11 0.84 069
- 00.
0.72 145 px 662_94 106E-17 0_0209 316E-03 3.16E->OO 184E*17 00159 274E-03 27.E+00 11S%
268E*18 00425 *. 00E-04 4 OOE-01 15%
99%
432E-19 0_0526 6.SE.oS 6ASE-02 1.26E*18 0_0299 1.91E-04 191E-01 0_69 0_10 0.79 067 023 0.89 149 px 7239 940E-18 0.0191 2.81E-03 281E->OO 174E-17 00142 26OE-03 260E+00 108%
197E-18 00444 294E-04 294E-01 11%
103%
2.37E-19 0.0604 354E-05 354E-02 1.09E-18 0027 1.62E-04 1 82E-01 0.65 0.07 0.72 057 0.12 0.89 152 px 76962 104E-17 0021 3 1OE-03 3 10E+00 182E-17 0016 271 E-03 271E+00 114%
277E*18 00441 414E-04 414E-01 15%
101%
422E-19 00565 63OE.o5 63OE-02 115E*18 00306 171E-04 1 71E-01 06'>
0 10 0_78 060 022 0.82 165 px 815.34 107E-17 0021 321E-03 321E->OO 189E-17 00155 282E-03 282E+00 114%
296E*18 00392 441E-04 441E-01 16%
102%
782E-20 01078 1 17E.o5 1 17E-02 1.20E*18 00297 1,80E-04 1 8OE-01 0.71 011 0.82 063 0 04 0.67 158 px 861.06 103E-17 0,0212 308E-Q3 3,08E->OO 187E-17 00158 28OE-03 280E+00 110%
255E*18 00428 3.81E*04 3.81E-01 14%
103%
426E*19 0.0575 636E.o5 636E*02 1.18E*18 00299 1,77E-04 177E'()1 0.70 0.10 0.80 062 022 0.84 162 px 92202 973E-18 0.0191 290E-03 2 9OE->OO 177E-17 0_014 2.64E-03 264E+00 110%
2_17E*18 00439 3_24E*04 3.24E-01 12%
102%
190E*19 0.0623 28.E.o5 2_84E-02 1.11E*18 0_0271 1.65E-04 1 65E-01 0_66 0_08 0.74 058 0.10 0.68 165 px 967.74 1 02E-17 O_021S 30SE'()3 3.05E->OO 187E-17 00158 279E-03 279E+00 110%
2_S1E*18 00426 3_7SE*04 37SE-01 13%
104%
4.34E-19 0_0574 648E.oS 6_48E-02 1_13E*18 0_0297 1.66E-04 1 66E-01 0_70 0_09 0.79 OS9 023 0.82 188 px 1013.48 110E-17 0.0205 3 29E-Q3 3,29E->OO 191E-17 00158 285E-03 2 SSE+oo 116%
2.82E*18 00388 4.22E-04 422E-01 15%
99%
690E-20 0.1106 1 03E-Q5 103E-02 1.31E-18 00298 1,95E-04 1 95E-01 0.71 0.11 0.82 068 0,04 0.72 171 px 105918 103E-17 00215 3 06E.o3 3 06E->OO 185E-17 00158 276E-03 276E+00 111%
275E*18 00417 o411E..()4 o41'E-01 15%
103%
424E-19 00574 633E.o5 633E-02 1 19E*18 00308 1,78E-04 1 78E-01 069 0 10 0_79 062 022 0_84 175 px 1120 14 970E-18 00193 290E-03 2 9OE+00 172E-17 00142 257E-03 257E+00 113%
208E*18 00433 310E-04 310E-01 12%
99%
242E-19 00581 361E.o5 361E-02 114E*18 00266 170E-04 1 70E-01 064 008 0_72 059 0 13 0.72 178 px 116586 989E-18 oom 2 95E-03 2 95E->OO 171E-17 00164 255E-03 255E+00 116%
222E*18 00462 332E-04 332E-01 13%
97%
487E*19 00538 727E.o5 727E-02 11.E*18 0031. 1,71E-04 171E-01 0.54 0 08 0.72 060 025 0.85 181 px 1211.58 909E-18 0023 272E-Q3 2.72E->OO 172E-17 00167 258E-03 258E+00 105%
152E*18 00544 228E*04 228E-01 9%
103%
579E-20 0.1547 864E.oS 864E*03 1.1.E*18 00316 1.70E-04 170E'()1 0.54 0.06 0.70 060 0,03 0.63 641E 18 00217 1 92E-03 1 92E->OO 1 25E 17 00158 1 87E-03 1 87E+00 102%
4 JOE 19 00869 642E-06 6.2E-02 3%
101%
o ooE<-OO 0 OOE->OO 7 94E 19 00299 119E-04 119E-01 IrOfage of In front of HIC cas.. - not end on..
3.24E+OO 2.86E+00 113'1.
4.33E-01 1504 10201.
1.10E-02 1.9OE-01 0.82 0.85 MAX 3.32E+OO 2.97E+OO 4.41E-01 7.27E-02 1_96E-01 Average with axial increase 3.78E+OO 3.35E+00 5.06E-01 1.29E-02 222E-01 0.96 0.99 35OE+00 8JXlE-02 Rlotonslsec 102E+13 r-..~~._
~ !
~
I I t
I,;_
Hieght 72.,
3 00E+00 100e:*02 Photons/sec 2 13E+13 (for 150 In high HIC Slack) r'"
Y 2 5OE+00 6.00E-02
- HIC Photons!
/
\\
stacks so<:
SOOE*02 ~V#-M~ tfr-(jt /\\
7 149E+14 2 00E+00 I'
14 2 99E+14
.cI 00E*02 V
V 1
V \\
--V--
15OE+OO 300E*02
.1 1 00E+00 200E*02 5.00E-Ol V
V V
1 00E*02
\\
OOOE+oo l
1 2
3 4
5 6
7 8
9 10 11 12 13 14 15 t6 17 18 19 20 21 22 23 24 25 26 27 OOOE+OO 1
2 3
4 5
6 7
8 9
10 "
12 13 14 15 16 17 18 19 20 21 22 23 24 25 Axel case 0%
182 762 20%
20'%
786E-18 0_0143 23510-03 82%
183 1524 40%
20'%
106E*17 0_0121 317E-03 110%
184 228.6 60%
20'%
113E-17 0.0117 3_36E-03 117%
185 3048 80%
20'%
107E-17 0.0123 3.2OE-03 111%
381 100%
20'%
Average 9.B4E-18 2.8SE-03 Max 117"1.
Calculation No. L-003388, Rev. 0 Attachment K (Page K16 of K18)
URS Washington Division With HVAC Without HVAC Dose Rate Dose Rate 14 Dose Rate Dose Rate 14 Distance (cm)
Distance (m)
(mremlhr)
(mrem/hr) rem/hr (mremlhr)
(mrem/hr) rem/hr 10000 100 6.50E-01 1.62E-01 1.62E-04 4.14E-01 1.04E-01 1.04E-04 15000 150 2.3SE-01 5.95E-02 5.95E-05 1.60E-01 3.99E-02 3.99E-05 20000 200 1.02E-01 2.55E-02 2.55E-05 7.30E-02 1.B3E-02 1.B3E-05 25000 250 4.S7E-02 1.22E-02 1.22E-05 3.60E-02 9.00E-03 9.00E-06 30000 300 2.55E-02 6.3BE-03 6.3BE-06 1.B2E-02
- 4. 55E-03 4.55E-06 37500 375 9.B5E-03 2.46E-03 2.46E-06 7.60E-03 1.90E-03 1.90E-06 45000 450 3.92E-03 9.79E-04 9.79E-07 3.13E-03 7.B4E-04 7.B4E-07 55000 550 1.29E-03 3.21 E-04 3.21 E-07 9.52E-04 2.3SE-04 2.3SE-07 65000 650 4.55E-04 1.14E-04 1.14E-07 3.39E-04 B.4BE-05 B.4BE-OB 75000 750 1.61E-04 4.04E-05 4.04E-OS 1.37E-04 3.41 E-05 3.41 E-OS S5000 850 6.21E-05 1.55E-05 1.55E-OS 3.S3E-05 9.57E-06 9.57E-09 Above dose rates divided by 4 since the basis is a 25R per hr container compared with the 100R per hour Hie stack modelled Note in the caluculation R (Roentgen) and rem are intermixed. For gamma they are "essentially" equivalent Dose Rate Limit to give 1 mRlyear Distance 134 201 Hours 20 50 Rem/Hr to give 2.5 mremlyear 1.25E-04 5.00E-05 1.14E-04 1.14E-07 mrem/hr rem/year From Calc, difference because calc includes relative error, otherwise would be 1 Rlhr R/hr comparison comparison 1.69E-08 1.03E-OS 0.92 0.93
Calculation No. L-003388, Rev. 0 Attachment K (Page K17 of K18)
URS Washington Division HIC stack location Spacing (cm)
Spacing (in)
Center Point Location (cm) 121.92 320.04 198.12 78 9906 518.16 198.12 78 297.18 716.28 198.12 78 495.3 198.12 914.4 198.12 78 693.42 396.24 198.12 78 1112.52 198.12 78 891.54 594.36 198.12 78 1310.64 198.12 78 1089.66 792.48 198.12 78 1508.76 198.12 78 1287.78 990.6 198.12 78 1188.72 198.12 78 with 100Rfhr containers with 25Rfhr containers doubled for both sides 1386.84 198.12 78 Dose Point 1 1.04E-01 2.60E-02 5.20E-02 1584.96 198.12 78 Dose Point 2 9.34E-02 2.33E-02 4.67E-02 178308 198.12 78 Dose Point 3
- 7. 56E-02 1.89E-02 3.78E-02 1981.2 198.12 78 Dose Point 4 5.54E-02 1.39E-02 2.77E-02 2179.32 198.12 78 Dose Point 5 3.71 E-02 9.28E-03 1.86E-02 2377.44 198.12 78 Dose Point 6 2.30E-02 5.75E-03 1.15E-02 2575.56 198.12 78 Dose Point 7 1.32E-02 3.31 E-03 6.62E-03 2773.68 198.12 78 1.00E-01 2.01E-01
Calculation No. L-003388, Rev. 0 Attachment K (Page K18 of K18)
URS Washington Division Initial contact dose rat.
Number or containers per year Holf Life for C<>60 100 nvemlhr 4/year 5271 yeaIS Co-60 Cobalo 60
$8.933 J
2'oiumbttcL~
~-*'a oCElKtrClal
="I-aba~~
Formulae for half-life in exponential decay Marn arttcIe. E.ponenhal decay An exponential decay process can be described by any of the (oUow;ng three equMifent fannulae J t = '0(1/2)'/" /2
.Y:-."o- -: :
.\\~_Nc. - ll where
- .Vo IS the Inlhal quantity of the thing that will decay (this quanhty may be measured In grams moles. number of atoms. etc ).
- .VI is the quantity that still remains and has not yet decayed after a time t.
, is the ""~*rlfe of the decaying quantity.
- t iS 3 posrtrYe number called the mean lifetime of the decaytng quanlLty.
- A IS 3 poSdrve numbet' called the decay constant of the decaYIng quantrty The three parameters ' 1 2. t. and A are all directly related In the foUowing way In(2) t./2 = - A- = T In (2) where In(2) IS the natur1Illoganthm of 2 (approXImately 0 693)
Storage location 1
2 3
4 5
9 10
'1 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 Age (months) o 3
6 9
12 15 18 21 24 27 30 33 36 39 42 45 48 51 54 57 60 63 66 69 72 75 78 81 84 87 90 93 96 99 102 105 108 111 114 117 120 123 126 129 132 135 138 Ago (ye.... )
o 0.25 0.5 0.75 1
1.25 1.5 1.75 2
2.25 2.5 2.75 3
3.25 3.5 3,75 4
4.25 4.5 4.75 5.25 5,5 5.75 6.25 6.5 6.75 7
7.25 7.5 7.75 8
8.25 8.5 8.75 9
9.25 9.5 9.75 10 10.25 10.5 10.75 11 11.25 11.5 Dose R...
(",mil-.')
100.00 96.n 93.64 90.61 87.68 84.84 82.10 79.44 76.r>l 74.39 7'.99 69.65 67.40 65.22 63.11 61.07 59.10 57.18 55.34 53.55 51.81 50.14 48.52 46.95 45.43 43.96 42.54 41.16 39.83 38.54 37.30 36.09 34.92 33.79 32.70 31.64 30.62 29.63 28.67 27.74 26.85 25.98 25.14 24.33 23.54 22.78 22.04 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 7'
75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 9'
95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 Average Nuclide:
H-3 Fe*55 Ni*59 Sr*90 Ce-'41 Pu-239 Cm*242 141 14' 147 150 153 156 159 162 165 168 171 174 177 180 183 186 189 192 195 198 201 204 207 210 2;3 216 219 222 225 228 231 234 237 240 243 2'6 249 252 255 258 261 26' 267 270 273 276 279 282 285 288 291 29' 297 300 303 306 309 312 315 318 321 324 327 330 333 336 339 "2
"5 3'"
351 354 357 360 363 366 369 372 375 1175 12 1225 125 1275 13 1325 13.5 1375 14 1425 1<1.5 1475 15 1525 15,5 15.75 16 1625 165 1675 17 1725 175 i 7,75 18 18.25 185 1875 19 1925 195 1975 20 2025 20.5 2075 21 2125 215 2175 22 2225 22.5 22.75 23 2325 235 2375 2J 2425 2<15 2475 25 2525 255 2575 26 2625 265 2675 27 27,25 27.5 27 75 28 2825 285 2875 29 29.25 29.5 29.75 30 3025 305 3075 31 3125 mCI:
1.43E+Ol 6,36E+05 223E+Ol 3ASE+02 1.95E+OO 5,74E-Ol 2.02E+oO 2133 20.6.:1 1997 1932 1870 1810 1751 16.9' 16.40 1587 1535 1486 1438 1391 1346 13,03 12,60 12.20 1180 11.42 1105 1069 1035 1001 9,69 938 907 878 850 822 795 770 745 7.21 6,97 6.75 653 632 612 592 573 55<1 5.36 5.1 9 5.02 J.86 no 455
<140 J26 4.12 399 386 3.73 3,61 350 338 327 317 307 297 287 2,78 2.69 260 252 2.4<1 236 228 2.21 2,1<1 2.07 2.00 1.9' 187 1.81 175 170 1.6<1 24.15 Nuclide:
C*14 Co-58 Ni*63 Tc*99 Ce-144 Pu-241 Cm-243 mCI:
I Nuclide:
mCI:
7,23E+OO I Mn-54 1.74E+04 359E+02
! Co~60 2.44E+05 4.04E+03 Sr-89 5.90E+Ol 2,03E*01 Cs*137 3.93E+03 3.59E+Ol Pu*23B 2.37E+OO 7.23E+Ol Am*241 1..S9E+OO 2.30E+OO
_T.0tal:
~.U/t:+tio
Calculation No. L-003388, Rev. 1 Attachment L (Page L1 of P4)
Attachment L Container Placement Layout, including:
LSCS Photo of Pegboard, LSCS Procedure Figure Analyzed configuration is the slightly more conservative LSCS layout Calculation No. L-003388, Rev. 0 Attachment L (Page L1 of L3)
Calculation No. L-003388, Rev. 1 Attachment L (Page L2 of P4)
Photograph: LSCS IRSF Control Room - Storage Layout Pegboard Calculation No. L-003388, Rev. 0 Attachment L (Page L2 of L3)
CONTAINER STORAGE
~
i
,(
<£ ttl
.J
.J
~
<II
~
~
4
<i (j
~
~
1c
~
~
,j 01 rI Qo
~ B
~
~
<iii qj qj I"
III
{ 'f II It iii
- I *
/
Calculation No. L-003388, Rev. 1 Attachment L (Page L3 of P4)
Note: Procedure recognizes potential need for overlying shield containers for skyshine protection Calculation No. L-003388, Rev. 0 Attachment L (Page L3 of L3)
A(2'~1-B(7'.r~
C ( 1 S'~*)-
o (19'-C').-
F(30*... ")-
G (38' -O"}-.
H (041'-a")-**
1(47'-4'-
J (53'-0" )--
= ZONE THREE{<380 RlHR)
-" ZONE lWO <<75 RlHR)
- . ZOttt: ONE <<16AIHR)
Level of Use Reference FIGURE 1 IRSFLAYOUT 32of 32 ENTER SLOT (2'*7112")
TRUCK BAY NORTH -
LOP-WX-32 Revision 10 March 18 2008
Calculation No. L-003388, Rev. 0 Attachment M (Page M1 of M147)
Attachment M MCNP Cases and Geometry:
HVAC Shielding
Calculation No. L-003388, Rev. 0 Attachment M (Page M2 of M147)
MCNP Side Plot Through Model - No HVAC Penetrations (HVAC openings filled with concrete)
Calculation No. L-003388, Rev. 0 Attachment M (Page M3 of M147)
MCNP Plot of Model with 1 Thick HVAC Shield MCNP Plot of Model with 2 Thick HVAC Shield
Calculation No. L-003388, Rev. 0 Attachment M (Page M4 of M147)
Excel Spreadsheet with MCNP Detector Results - no HVAC Penetrations URS Washington Division A
I B
I C
I DI E
I FI G
I H
I I
1 MCNP Evaluation of Skyshine (and thin wall to ground scatter) from IRSF
~
r--r Case: HICs without Shield Bells - Hexagonal Arrangement wI I-Beams (no HVAC openings)
~
Single HIC Source Term for 100 R/hr Contact
~
6
'1.07 factor to adjust number of positions from rectangular to hexagonal arrangement t-r r--:---
8 Truck Bay Dose Rate: detector f2 - results from NHVAC.o
~
MCNP Output MCNP Error Dose Rate Dose Rate
~ (Rem/hr)
(mRem/hr)
(mRem/year)
~ 1.54E-01 0.0065 1.66E+02
- 1.45E+06 12
~
Rings Outside Building: detector f12 - results from NHVAC.o
~
[Jose Rate
[Jose Rate
[Jetector [Jescnptlon 15 (Rem/hr)
(Rem/hr)
(Rem/year)
(distance from IRSF center)
~ 9.05E-04 0.0053 9.75E-04 8.55E+00 Average in ring between 28.5 and 40 meters
~ 6.05E-04 0.0043 6.51E-04 5.70E+00 Average in ring between 40 and 70 meters 18 3.14E-04 0.0049 3.38E-04 2.97E+00 Average in ring between 70 and 100 meters
~ 1.52E-04 0.0045 1.63E-04
- 1.43E+00 Average in ring between 100 and 150 meters
~ 7.06E-05 0.0057 7.60E-05 6.67E-01 Average in ring between 150 and 200 meters
~ 3.32E-05 0.0093 3.58E-05 3.14E-01 Average in ring between 200 and 250 meters 22 1.62E-05 0.0052 1.74E-05 1.53E-01 Average in ring between 250 and 300 meters 123 7.28E-06 0.0046 7.83E-06 6.87E-02 Average in ring between 300 and 375 meters
~ 2.90E-06 0.0048
- 3. 12E-06 2.7 4E-02 Average in ring between 375 and 450 meters 25 1.07E-06 0.0053 1.15E-06 1.01 E-02 Average in ring between 450 and 550 meters
~ 3.53E-07 0.0070 3.81 E-07 3.34E-03 Average in ring between 550 and 650 meters
'r--:y[
1.22E-07 0.0090 1.31 E-07 1.15E-03 Average in ring between 650 and 750 meters
~ 4.36E-OS 0.0153 4.74E-08 4.16E-04 Average in ring between 750 and 850 meters
~ 2.05E-08 0.2087 2.65E-08 2.32E-04 Average in ring between 850 and 950 meters 30 3.49E-09 0.0200 3.81 E-09 3.34E-05 Average in ring between 950 and 1200 meters
~
~
Slabs Adjacent to Ventilation Penetration Side: detector f22 - results from NHVAC.o
~
M~~:~~~)ut MCNP Error
~~:~~:r)e
(~~~:/::~0 Detector Description
~ 4.22E-04 0.0352 4.68E-04 4.10E+00 Average, at 0 to 2 meters from wall 36 6.13E-04 0.0278 6.75E-04 5.92E+00 Average, at 2 to 4 meters from wall
~ 7.84E-04 0.0275 8.63E-04 7.57E+00 Average, at 4 to 6 meters from wall
~ 9.32E-04 0.02'19 1.02E-03 8.94E+00 Average, at 6 to 8 meters from wall
~ 1.12E-03 0.0252 1.23E-03
- 1.08E+01 Average, at 8 to 10 meters from wall
~ 1.30E-03 0.0295 1.44E-03
- 1.26E+01 Average, at 10 to 12 meters from wall 41 1.38E-03 0.0422 1.54E-03
- 1.35E+01 Average, at 12 to 14 meters from wall
~ 1.44E-03 0.0299 1.5SE-03 1.39E+01 Average, at 14 to 16 meters from wall 43 1.4'1 E-03 0.0301 1.55E-03 1.36E+01 Average, at 16 to 18 meters from wall r-;w-1.40E-03 0.03'13 1.55E-03
- 1.36E+01 Average, at 18 to 20 meters from wall
~ 1.34E-03 0.0271 1.47E-03
- 1.29E+01 Average, at 20 to 22 meters from wall
~ 1.30E-03 0.0284 1.43E-03 1.25E+01 Average, at 22 to 24 meters from wall
~ 1.35E-03 0.0470 1.52E-03 1.33E+01 Average, at 24 to 26 meters from wall 48 1.15E-03 0.0305 1.27E-03
'J.12E+01 Average, at 26 to 28 meters from wall
~ 1.18E-03 0.0351 1.31 E-03
'J.15E+01 Average, at 28 to 30 meters from wall r-so 1.08E-03 0.0395 1.20E-03 1.05E+01 Average, at 30 to 32 meters from wall
~ 1.0'1 E-03 0.0409 1.13E-03 9.90E+00 Average, at 32 to 34 meters from wall rU-1.0'1 E-03 0.0407 1.12E-03 9.83E+00 Average, at 34 to 36 meters from wall
~
54 Dose Rate on Vent Side Wall 7ft Above Ground: detector f32 - results from NHVAC.o
~
MCNP Output MCNP Error Dose Rate Dose Rate 56 (Rem/hr)
(Remlhr)
(Rem/year)
"'5r 4.04E-04 0.0636 4.61 E-04 4.04E+00 rss J
Fraction of Hex Base 1.00 0.73 0.77 0.81 0.84 0.85 0.87 0.87 0.87 0.87 0.87 0.84 0.86 0.85 0.96 0.83 0.49 0.50 0.47 0.48 0.48 0.46 0.47 0.47 0.50 0.45 0.50 0.44 0.53 0.48 0.51 0.49 0.47 0.54 0.53
Calculation No. L-003388, Rev. 0 Attachment M (Page M5 of M147)
URS Washington Division A
I B
I C
I D
I E
I F
I G
I H
I I
J 59 Vertical Detectors toward North, wI HVAC effects: detector f42 - results from NHVAC.o 60 MCNP Output MCNP Error Dose Rate Dose Rate Detector Description 61 (Rem/hr)
(Rem/hr)
(Rem/year) 62 3.32E-04 0.0148 3.61E-04 3.17E+00 Average, at ring 2003: 100 m from IRSF center 0.61 63 1.32E-04 0.0164 1.44E-04 1.26E+00 Average, at ring 2004: 150 m from IRSF center 0.66 64 5.99E-05 0.0194 6.54E-05 5.73E-01 Average, at ring 2005: 200 m from IRSF center 0.71 65 2.99E-05 0.0261 3.29E-05 2.88E-01 Average, at ring 2006: 250 m from IRSF center 0.74 66 1.48E-05 0.0295 1.64E-05 1.43E-01 Average, at ring 2007: 300 m from IRSF center 0.74 6-r 5.92E-06 0.0352 G.57E-06 5.76E-02 Average, at ring 2008: 375 m from IRSF center 0.75 6s 2.22E-06 0.0398 2.47E-06
- 2. 17E-02 Average, at ring 2009: 450 m from IRSF center 0.68 69 8.23E-07 0.09'10 9.61E-07 8.43E-03 Average, at ring 2010: 550 m from IRSF center 0.74 70 2.54E-07 0.0671 2.90E-07 2.54E-03 Average, at ring 2011: 650 m from IRSF center 0.69
---rr 8.49E-08 0.0869 9.89E-08 8.67E-04 Average, at ring 2012: 750 m from IRSF center 0.63 n
2.56E-08 0.1099 3.04E-OB 2.67E-04 Average, at ring 20'13: 850 m from IRSF center 0.45 73 74 Vertical Detectors toward South w/out HVAC effects: detector f52 - results from NHVAC.o
~
MCNI-' Output MCNI-' t:rror Uose Kate Uose Kate Uetector Uescnptlon 76 (Rem/hr)
(Remlhr)
(Rem/year) n 3.43E-04 0.0161 3.74E-04 3.27E+OO Average, at ring 2003: 100 m from IRSF center 0.99 78 1.30E-04 0.0162 1.42E-04 1.24E+OO Average, at ring 2004: 150 m from IRSF center 0.99 79 6.2*IE-05 0.0228 G.80E-05 5.96E-01 Average, at ring 2005: 200 m from IRSF center 0.97 80 2.97E-05 0.0232 3.25E-05 2.85E-01 Average, at ring 2006: 250 m from IRSF center 1.00 8t 1.50E-05 0.0275 1.65E-05 1.45E-01 Average, at ring 2007: 300 m from IRSF center 0.95 82 5.68E-06 0.0337 6.29E-06 5.51E-02 Average, at ring 2008: 375 m from IRSF center 0.95 83 2.30E-06 0.0406 2.57E-06 2.25E-02 Average, at ring 2009: 450 m from IRSF center 0.95 84 7.76E-07 0.0667 8.86E-07 7.77E-03 Average, at ring 2010: 550 m from IRSF center 0.98 as 2.85E-07 0.1027 3.37E-07 2.96E-03 Average, at ring 2011: 650 m from IRSF center 1.05 86 1.0*IE-07 0.1 245 1.22E-07 1.07E-03 Average, at ring 2012: 750 m from IRSF center 1.07 87 4.02E-08 0.2128 5.22E-OB 4.57E-04 Average, at ring 2013: 850 m from IRSF center 1.08 88 89 Dose above HICs: detector f62 - results from NHVAC.o
~
MLN... output MLN... t:rror uose Kate uose Kate 91 (Rem/hr)
(Remlhr)
(Rem/year) 92 4.55E+01 0.0014 4.89E+01 4.2BE+05 1.00 93
Calculation No. L-003388, Rev. 0 Attachment M (Page M6 of M147)
Excel Spreadsheet with MCNP Detector Results - 1 HVAC Shield URS Washington Division A
I B
I C
I DIE I FIG I H
I I
1 MCNP Evaluation of Skyshine (and thin wall to ground scatter) from IRSF
~
~
Case: HICs without Shield Bells - Hexagonal Arrangement wI I-Beams (HVAC Shield]
~
Single HIC Source Term for 100 Rfhr Contact rs f---=-
~
1.07 factor to adjust number of positions from rectangular to hexagonal arrangement r2-8 Truck Bay Dose Rate: detector f2 - results from HVSLB.o
~
MCNP Output MCNP Error Dose Rate Dose Rate 10 (Rem/hr)
(mRem/hr)
(mRem/year)
~ 1.55E-01 0.0059 1.67E+02 1.46E+06 12
~
Rings Outside Building: detector f12 - results from HVSLB.o
~
MCNP Output MCNP Error Dose Rate Dose Rate Detector Description 15 (Rem/hr)
(Rem/hr)
(Rem/year)
(distance from IRSF center)
~ 1.16E-03 0.0065 1.25E-03 1.10E+01 Average in ring between 28.5 and 40 meters
~ 7.23E-04 0.0048 7.78E-04 6.82E+00 Average in ring between 40 and 70 meters
~ 3.66E-04 0.0060 3.95E-04 3.46E+00 Average in ring between 70 and 100 meters 19 1.73E-04 0.0061 1.86E-04 1.63E+00 Average in ring between 100 and 150 meters
~ 8.03E-05 0.0057 8.65E-05 7.58E-01 Average in ring between 150 and 200 meters
~ 3.70E-05 0.0055 3.99E-05 3.49E-01 Average in ring between 200 and 250 meters
~ 1.82E-05 0.0050 1.96E-05 1.71 E-01 Average in ring between 250 and 300 meters
'23 8.20E-06 0.0053 8.83E-06 7.74E-02 Average in ring between 300 and 375 meters f24 3.27E-06 0.0058 3.52E-06 3.09E-02 Average in ring between 375 and 450 meters
~ 1.22E-06 0.0061 1.31E-06 1.15E-02 Average in ring between 450 and 550 meters
~ 4.05E-07 0.0074 4.37E-07 3.83E-03 Average in ring between 550 and 650 meters rzr 1.41 E-07 0.0085 1.53E-07 1.34E-03 Average in ring between 650 and 750 meters
~ 5.1SE-OS 0.0106 5.60E-OS 4.91E-04 Average in ring between 750 and S50 meters f29 1.87E-08 0.0141 2.03E-08 1.78E-04 Average in ring between 850 and 950 meters
~ 3.40E-09 0.1854 4.32E-09 3.78E-05 Average in ring between 950 and 1200 meters
~
~
Slabs Adjacent to Ventilation Penetration Side: detector f22 - results from HVSLB.o
~
MCNP Output MCNP Error Dose Rate Dose Rate Detector Description 34 (Rem/hr)
(Rem/hr)
(Rem/year)
~ 8.09E-04 0.0367 8.99E-04 7.88E+00 Average, at 0 to 2 meters from wall
~ 1.18E-03 0.0290 1.30E-03 1.14E+01 Average, at 2 to 4 meters from wall r-y;-
1.63E-03 0.0349 1.81 E-03 1.59E+01 Average, at 4 to 6 meters from wall
'38 2.04E-03 0.0413 2.28E-03 2.00E+01 Average, at 6 to 8 meters from wall f39 2.36E-03 0.0327 2.61 E-03 2.29E+01 Average, at 8 to 10 meters from wall
~ 2.75E-03 0.0426 3.07E-03 2.69E+01 Average, at 10 to 12 meters from wall
'41 2.67E-03 0.0303 2.95E-03 2.59E+01 Average, at 12 to 14 meters from wall
~ 2.90E-03 0.0375 3.22E-03 2.S2E+01 Average, at 14 to 16 meters from wall
~ 2.69E-03 0.0340 2.99E-03 2.62E+01 Average, at 16 to 18 meters from wall
~ 2.50E-03 0.0320 2.76E-03 2.42E+01 Average, at 18 to 20 meters from wall
~ 2.29E-03 0.0258 2.52E-03 2.21 E+01 Average, at 20 to 22 meters from wall
~ 2.30E-03 0.0511 2.59E-03 2.27E+01 Average, at 22 to 24 meters from wall r-;&
2.08E-03 0.0426 2.33E-03 2.04E+01 Average, at 24 to 26 meters from wall
~ 1.88E-03 0.0381 2.10E-03 1.84E+01 Average, at 26 to 28 meters from wall
~ 1.88E-03 0.0473 2.11 E-03 1.85E+01 Average, at 28 to 30 meters from wall rso 1.63E-03 0.0276 1.79E-03 1.57E+01 Average, at 30 to 32 meters from wall r-s:;-
1.69E-03 0.0424 1.89E-03 1.66E+01 Average, at 32 to 34 meters from wall CS"2 1.45E-03 0.0316 1.60E-03 1.41 E+01 Average, at 34 to 36 meters from wall r-s3
~
Dose Rate on Vent Side Wall 7ft Above Ground: detector f32 - results from HVSLB.o
~
~ (Rem/hr)
~ 7.11E-04 0.0353 58 Dose Rate (Rem/hr) 7.89E-04 Dose Rate (Rem/year) 6.92E+00 J
Fraction of Hex Base 1.00 0.94 0.93 0.95 0.96 0.97 0.96 0.97 0.99 0.99 1.00 0.96 0.99 1.00 0.73 0.94 0.94 0.97 0.98 1.06 1.01 0.98 0.91 0.95 0.97 0.80 0.86 0.80 0.82 0.78 0.82 0.74 0.78 0.77 0.91
Calculation No. L-003388, Rev. 0 Attachment M (Page M7 of M147)
URS Washington Division A
I B
I c
I D
I E
I F
I G
I H
I I
J 59 Vertical Detectors toward North, wI HVAC effects: detector f42
(Rem/hr)
(Rem/year) 62 4.62E-04 0.0142 5.02E-04 4.40E+00 Average, at ring 2003: 100 m from IRSF center 0.85 63 1.80E-04 0.0189 1.96E-04 1.72E+00 Average, at ring 2004: 150 m from IRSF center 0.90 64 7.83E-05 0.0195 8.56E-05 7.50E-01 Average, at ring 2005: 200 m from IRSF center 0.93 65 3.81 E-05 0.0182 4.16E-05 3.65E-01 Average, at ring 2006: 250 m from IRSF center 0.94 66 1.95E-05 0.0215 2.14E-05 1.87E-01 Average, at ring 2007: 300 m from IRSF center 0.96 67 7.67E-06 0.0316 8.47E-06 7.43E-02 Average, at ring 2008: 375 m from IRSF center 0.97 68 3.24E-06 0.041 5 3.62E-06
- 3. 17E-02 Average, at ring 2009: 450 m from IRSF center 1.00 69 1.14E-06 0.0614 1.30E-06 1.14E-02 Average, at ring 2010: 550 m from IRSF center 1.00 70 3.69E-07 0.0539 4.17E-07 3.66E-03 Average, at ring 2011: 650 m from IRSF center 0.99 7t 1.37E-07 0.0819 1.59E-07 1.39E-03 Average, at ring 2012: 750 m from IRSF center 1.01 n
6.38E-08 0.1624 7.94E-08 6.96E-04 Average, at ring 2013: 850 m from IRSF center 1.17 73 74 Vertical Detectors toward South wlout HVAC effects: detector f52
(Rem/hr)
(Rem/year) n 3.47E-04 0.0141 3.77E-04 3.30E+00 Average, at ring 2003: 100 m from IRSF center 1.00 78 1.39E-04 0.0175 1.51E-04 1.32E+00 Average, at ring 2004: 150 m from IRSF center 1.05 79 6.30E-05 0.0226 6.90E-05 6.05E-01 Average, at ring 2005: 200 m from IRSF center 0.98 00-3.06E-05 0.0252 3.36E-05 2.95E-01 Average, at ring 2006: 250 m from IRSF center 1.03 81 1.65E-05 0.0307 1.83E-05 1.60E-01 Average, at ring 2007: 300 m from IRSF center 1.05 82 6.08E-06 0.0368 6.76E-06 5.92E-02 Average, at ring 2008: 375 m from IRSF center 1.02 83 2.54E-06 0.0504 2.85E-06 2.50E-02 Average, at ring 2009: 450 m from IRSF center 1.05 84 7.90E-07 0.0501 8.89E-07 7.79E-03 Average, at ring 2010: 550 m from IRSF center 0.98 85 2.51 E-07 0.0624 2.86E-07 2.50E-03 Average, at ring 2011: 650 m from IRSF center 0.89 86 8.42E-08 0.0666 9.62E-08 8.43E-04 Average, at ring 2012: 750 m from IRSF center 0.84 87 2.92E-08 0.0741 3.37E-08 2.95E-04 Average, at ring 2013: 850 m from IRSF center 0.70 88 89 Dose above HICs: detector f62
- results from HVSLB.o 90 MCN... Uutput MCN... I:rror uose Kate uose Kate
~ (Rem/hr)
(Rem/hr)
(Rem/year) 92 it 4.55E+01 0.001 3 4.88E+01 4.28E+05 0.99
Calculation No. L-003388, Rev. 0 Attachment M (Page M8 of M147)
Excel Spreadsheet with MCNP Detector Results - 2 HVAC Shield URS Washington Division A
I B
I C
10 I
ElF I G
I H
I I
1 MCNP Evaluation of Skyshine (and thin wall to ground scatter) from IRSF
""2 r---
3 Case: HICs without Shield Bells - Hexagonal Arrangement wI I-Beams (HVAC Shield)
~
Single HIC Source Term for 100 R/hr Contact r-g-r--=-
~
1.07 factor to adjust number of positions from rectangular to hexagonal arrangement r 8 Truck Bay Dose Rate: detector f2 - results from HVSL2.o
~
MCNP Output MCNP Error Dose Rate Dose Rate
~ (Rem/hr)
(mRem/hr)
(mRem/year) 11 1.54E-01 0.0063 1.66E+02 1.46E+06
~
~
Rings Outside Building: detector f12 - results from HVSL2.0 14 MCNP Output MCNP Error Dose Rate Dose Rate Detector Description f-:js (Rem/hr)
(Rem/hr)
(Rem/year)
(distance from IRSF center) f--:;"6 1.08E-03 0.0066 1.16E-03 1.02E+01 Average in ring between 28.5 and 40 meters
'17 7.05E-04 0.0052 7.59E-04 6.65E+00 Average in ring between 40 and 70 meters r--:;a-3.60E-04 0.0064 3.88E-04 3.40E+00 Average in ring between 70 and 100 meters r--:;-g 1.71E-04 0.0068 1.84E-04 1.61E+00 Average in ring between 100 and 150 meters To 7.94E-05 0.0061 8.56E-05 7.50E-01 Average in ring between 150 and 200 meters "2t 3.66E-05 0.0058 3.94E-05 3.45E-01 Average in ring between 200 and 250 meters "22 1.80E-05 0.0054 1.94E-05 1.70E-01 Average in ring between 250 and 300 meters
~ 8.12E-06 0.0057 8.75E-06 7.67E-02 Average in ring between 300 and 375 meters
~ 3.24E-06 0.0061 3.50E-06 3.06E-02 Average in ring between 375 and 450 meters
~ 1.20E-06 0.0064 1.30E-06 1.14E-02 Average in ring between 450 and 550 meters
~ 4.01 E-07 0.0076 4.33E-07 3.80E-03 Average in ring between 550 and 650 meters r-zr 1.40E-07 0.0093 1.52E-07 1.33E-03 Average in ring between 650 and 750 meters
~ 5.13E-08 0.0114 5.56E-08 4.87E-04 Average in ring between 750 and 850 meters
~ 1.85E-08 0.0153 2.01E-08 1.76E-04 Average in ring between 850 and 950 meters
~ 3.46E-09 0.1967 4.44E-09 3.89E-05 Average in ring between 950 and 1200 meters
'31
~
Slabs Adjacent to Ventilation Penetration Side: detector f22 - results from HVSL2.o
~
MCNP output MCNP Error Dose Rate Dose Rate Detector Description 34 (Rem/hr)
(Rem/hr)
(Rem/year)
"35 7.48E-04 0.0419 8.35E-04 7.32E+00 Average, at 0 to 2 meters from wall 136 1.14E-03 0.0300 1.26E-03 1.10E+01 Average, at 2 to 4 meters from wall
~ 1.45E-03 0.0330 1.60E-03 1.40E+01 Average, at 4 to 6 meters from wall
~ 1.51 E-03 0.0286 1.66E-03 1.46E+01 Average, at 6 to 8 meters from wall
~ 1.63E-03 0.0238 1.78E-03 1.56E+01 Average, at 8 to 10 meters from wall r:w-1.75E-03 0.0216 1.92E-03 1.68E+01 Average, at 10to 12 meters from wall
~ 1.83E-03 0.0239 2.01 E-03 1.76E+01 Average, at 12 to 14 meters from wall
~ 2.00E-03 0.0378 2.22E-03 1.94E+01 Average, at 14 to 16 meters from wall "43 1.97E-03 0.0312 2.17E-03 1.91E+01 Average, at 16to 18 meters from wall
~ 1.90E-03 0.0329 2.10E-03 1.84E+01 Average, at 18 to 20 meters from wall
~ 1.92E-03 0.0421 2.14E-03 1.88E+01 Average, at 20 to 22 meters from wall
~ 1.83E-03 0.0508 2.06E-03 1.81 E+01 Average, at 22 to 24 meters from wall
~ 1.76E-03 0.0334 1.94E-03 1.70E+01 Average, at 24 to 26 meters from wall
~ 1.59E-03 0.0305 1.75E-03 1.53E+01 Average, at 26 to 28 meters from wall
~ 1.67E-03 0.0580 1.89E-03 1.66E+01 Average, at 28 to 30 meters from wall r-so 1.48E-03 0.0319 1.63E-03 1.43E+01 Average, at 30 to 32 meters from wall r-sr 1.59E-03 0.0484 1.79E-03 1.57E+01 Average, at 32 to 34 meters from wall CS2 1.29E-03 0.0319 1.42E-03 1.25E+01 Average, at 34 to 36 meters from wall CS"3 CS4 Dose Rate on Vent Side Wall 7ft Above Ground: detector f32 - results from HVSL2.o 55 MCNP Output MCNP Error
~ (Rem/hr) r-s?
6.44E-04 0.0345 r---
58 Dose Rate (Rem/hr) 7.14E-04 Dose Rate (Rem/year) 6.26E+00 I
J Fraction of Hex Base 1.00 0.87 0.90 0.93 0.95 0.96 0.95 0.96 0.98 0.98 0.98 0.95 0.99 0.99 0.73 0.97 0.88 0.93 0.87 0.78 0.69 0.61 0.62 0.65 0.71 0.61 0.73 0.64 0.68 0.65 0.73 0.67 0.74 0.68 0.82
Calculation No. L-003388, Rev. 0 Attachment M (Page M9 of M147)
URS Washington Division A
I B
I c
I D
I E
I F
I G
I H
I I
J 59 Vertical Detectors toward North, wI HVAC effects: detector f42 - results from HVSL2.o 60 MCNP Output MCNP Error Dose Rate Dose Rate Detector Description
~ (Remlhr)
(Remlhr)
(Rem/year) f62 4.42E-04 0.0160 4.81E-04 4.22E+00 Average, at ring 2003: 100 m from IRSF center 0.81
'63 1.72E-04 0.0211 1.88E-04 1.65E+00 Average, at ring 2004: 150 m from IRSF center 0.86
~ 7.59E-05 0.0218 8.31E-05 7.29E-01 Average, at ring 2005: 200 m from IRSF center 0.90 C65 3.72E-05 0.0187 4.05E-05 3.55E-01 Average, at ring 2006: 250 m from IRSF center 0.92
~ 1.90E-05 0.0225 2.08E-05 1.82E-01 Average, at ring 2007: 300 m from IRSF center 0.94
~ 7.47E-06 0.0334 8.27E-06 7.25E-02 Average, at ring 2008: 375 m from IRSF center 0.95 rts 3.07E-06 0.0328 3.39E-06 2.97E-02 Average, at ring 2009: 450 m from IRSF center 0.94 f-69 1.09E-06 0.0648 1.24E-06 1.09E-02 Average, at ring 2010: 550 m from IRSF center 0.96 rro 3.74E-07 0.0590 4.24E-07 3.72E-03 Average, at ring 2011: 650 m from IRSF center 1.01
~ 1.37E-07 0.0930 1.61E-07 1.41 E-03 Average, at ring 2012: 750 m from IRSF center 1.02 rn 6.61 E-08 0.1 778 8.34E-08 7.31E-04 Average, at ring 2013: 850 m from IRSF center 1.23 rn
~
Vertical Detectors toward South wlout HVAC effects: detector f52 - results from HVSL2.o 75 MCNP Output MCNP Error Dose Rate Dose Rate Detector Description
'76 (Remlhr)
(Rem/hr)
(Rem/year)
'77 3.48E-04 0.0155 3.79E-04 3.32E+00 Average, at ring 2003: 100 m from lRSF center 1.00
~ 1.38E-04 0.0187 1.50E-04 1.32E+00 Average, at ring 2004: 150 m from IRSF center 1.05 C]9 6.33E-05 0.0249 6.95E-05 6.09E-01 Average, at ring 2005: 200 m from IRSF center 0.99 roo 3.09E-05 0.0276 3.40E-05 2.98E-01 Average, at ring 2006: 250 m from IRSF center 1.05 rat 1.67E-05 0.0333 1.84E-05 1.62E-01 Average, at ring 2007: 300 m from IRSF center 1.06 CS2 6.1 1 E-06 0.0373 6.79E-06 5.95E-02 Average, at ring 2008: 375 m from IRSF center 1.02
'83 2.45E-06 0.041 5 2.74E-06 2.40E-02 Average, at ring 2009: 450 m from IRSF center 1.01 rat 7.87E-07 0.0543 8.89E-07 7.79E-03 Average, at ring 2010: 550 m from IRSF center 0.98 r-a-5 2.51 E-07 0.0688 2.88E-07 2.52E-03 Average, at ring 2011: 650 m from IRSF center 0.90 CS6 8.38E-08 0.0714 9.61E-08 8.43E-04 Average, at ring 2012: 750 m from IRSF center 0.84 rs7 2.95E-08 0.0763 3.40E-08 2.98E-04 Average, at ring 2013: 850 m from IRSF center 0.71 ras cas Dose above HICs: detector f62 - results from HVSLB.o 90 Ml.NI-' UUlPlll Ml.NI-' I:rror uose Kate uose Kate
~ (Reml hr)
(Remlhr)
(Rem/year)
'9"2 4.55E+01 0.001 4 4.88E+01 4.28E+05 0.99
~
Q;I
Calculation No. L-003388, Rev. 0 Attachment M (Page M10 of M147)
Comparison Plot of Dose Rates Close to IRSF Dose Rates Close to Building, HVAC Side 0.00E+00 5.00E-04 1.00E-03 1.50E-03 2.00E-03 2.50E-03 3.00E-03 3.50E-03 4.00E-03 0
10 20 30 40 Closest Bound (m)
Dose Rate (Rem/hr)
Base Case no HVAC openings HVAC w/ 1in Shield HVAC w/ 2in Shield
Calculation No. L-003388, Rev. 0 Attachment M (Page M11 of M147)
MCNP Case with Translated Source - no HVAC Penetrations (HVAC openings filled with concrete)
Thread Name & Version = mcnp5VE_RSICC, 1.40
._ _ _._._ l_
l l l (_ l l l_) _)
l
+--------------------------------------------------------------------+
l This program was prepared by the Regents of the University of l lCalifornia at Los Alamos National Laboratory (the University) under l l contract number W-7405-ENG-36 with the U.S. Department of Energy l l(DoE). The University has certain rights in the program pursuant tol l the contract and the program should not be copied or distributed l l outside your organization. All rights in the program are reserved l lby the DoE and the University. Neither the U.S. Government nor the l l University makes any warranty, express or implied, or assumes any l l liability or responsibility for the use of this software. l
+--------------------------------------------------------------------+
1mcnp version 5 ld=11112005 06/10/09 15:29:27
- probid = 06/10/09 15:29:27 inp = NHVAC.i outp = NHVAC.o rssa = bwssa 1-c Created on: Tuesday, November 11, 2008 at 09:35 2-c Canister Cells 3-11 5 11 1209 -1212 4-12 5 12 1209 -1212 5-13 5 13 1209 -1212 6-14 5 14 1209 -1212 7-15 5 15 1209 -1212 8-16 5 16 1209 -1212 9-17 5 17 1209 -1212 10- 18 5 18 1209 -1212 11-19 5 19 1209 -1212 12-21 5 21 1209 -1212 13-22 5 22 1209 -1212 14-23 5 23 1209 -1212 15-24 5 24 1209 -1212 16-25 5 25 1209 -1212 17-26 5 26 1209 -1212 18-27 5 27 1209 -1212 19-28 5 28 1209 -1212 20- 29 5 29 1209 -1212 21-31 5 31 1209 -1212 22-32 5 32 1209 -1212 23-33 5 33 1209 -1212 24-34 5 34 1209 -1212 25-35 5 35 1209 -1212 26-36 5 36 1209 -1212 27-37 5 37 1209 -1212 28-38 5 38 1209 -1212 29-39 5 39 1209 -1212 30- 41 5 41 1209 -1212 31-42 5 42 1209 -1212 32-43 5 43 1209 -1212 33-44 5 44 1209 -1212 34-45 5 45 1209 -1212 35-46 5 46 1209 -1212 36-47 5 47 1209 -1212 37-48 5 48 1209 -1212 38-49 5 49 1209 -1212 39-51 5 51 1209 -1212 40- 52 5 52 1209 -1212 41-53 5 53 1209 -1212 42-54 5 54 1209 -1212 43-55 5 55 1209 -1212 44-56 5 56 1209 -1212 45-57 5 57 1209 -1212 46-58 5 58 1209 -1212 47-59 5 59 1209 -1212 48-61 5 61 1209 -1212 49-62 5 62 1209 -1212 50- 63 5 63 1209 -1212 51-64 5 64 1209 -1212 52-65 5 65 1209 -1212 53-66 5 66 1209 -1212 54-67 5 67 1209 -1212 55-68 5 68 1209 -1212
Calculation No. L-003388, Rev. 0 Attachment M (Page M12 of M147) 56-69 5 69 1209 -1212 57-71 5 71 1209 -1212 58-72 5 72 1209 -1212 59-73 5 73 1209 -1212 60- 74 5 74 1209 -1212 61-75 5 75 1209 -1212 62-76 5 76 1209 -1212 63-77 5 77 1209 -1212 64-78 5 78 1209 -1212 65-79 5 79 1209 -1212 66-81 5 81 1209 -1212 67-82 5 82 1209 -1212 68-83 5 83 1209 -1212 69-84 5 84 1209 -1212 70- 85 5 85 1209 -1212 71-86 5 86 1209 -1212 72-87 5 87 1209 -1212 73-88 5 88 1209 -1212 74-89 5 89 1209 -1212 75-91 5 91 1209 -1212 76-92 5 92 1209 -1212 77-93 5 93 1209 -1212 78-94 5 94 1209 -1212 79-95 5 95 1209 -1212 80- 96 5 96 1209 -1212 81-97 5 97 1209 -1212 82-98 5 98 1209 -1212 83-99 5 99 1209 -1212 84-101 5 101 1209 -1212 85-102 5 102 1209 -1212 86-103 5 103 1209 -1212 87-104 5 104 1209 -1212 88-105 5 105 1209 -1212 89-106 5 106 1209 -1212 90- 107 5 107 1209 -1212 91-108 5 108 1209 -1212 92-109 5 109 1209 -1212 93-111 5 111 1209 -1212 94-112 5 112 1209 -1212 95-113 5 113 1209 -1212 96-114 5 114 1209 -1212 97-115 5 115 1209 -1212 98-116 5 116 1209 -1212 99-117 5 117 1209 -1212 100- 118 5 118 1209 -1212 101-119 5 119 1209 -1212 102-121 5 121 1209 -1212 103-122 5 122 1209 -1212 104-123 5 123 1209 -1212 105-124 5 124 1209 -1212 106-125 5 125 1209 -1212 107-126 5 126 1209 -1212 108-127 5 127 1209 -1212 109-128 5 128 1209 -1212 110- 129 5 129 1209 -1212 111-131 5 131 1209 -1212 112-132 5 132 1209 -1212 113-133 5 133 1209 -1212 114-134 5 134 1209 -1212 115-135 5 135 1209 -1212 116-136 5 136 1209 -1212 117-137 5 137 1209 -1212 118-138 5 138 1209 -1212 119-139 5 139 1209 -1212 120- 141 5 141 1209 -1212 121-142 5 142 1209 -1212 122-143 5 143 1209 -1212 123-144 5 144 1209 -1212 124-145 5 145 1209 -1212 125-146 5 146 1209 -1212 126-147 5 147 1209 -1212 127-148 5 148 1209 -1212 128-149 5 149 1209 -1212 129-151 5 151 1209 -1212 130- 152 5 152 1209 -1212 131-153 5 153 1209 -1212 132-154 5 154 1209 -1212 133-155 5 155 1209 -1212 134-156 5 156 1209 -1212 135-157 5 157 1209 -1212
Calculation No. L-003388, Rev. 0 Attachment M (Page M13 of M147) 136-158 5 158 1209 -1212 137-159 5 159 1209 -1212 138-c Walls 139-1200 3 -0.001225 1222 -1221 1206 -1208 1220 -1219 $Notch 140- 1201 1 -2.365 1206 -1208 1202 -1203 -1219 1209 #1200 $Inner Wall 141-1202 1 -2.395 1207 -1233 1219 -990 -991 992 $Top of Left Wall 142-12021 1 -2.395 1233 -1223 1219 -990 992 -991 $Split in Left Wall 143-1203 1 -2.365 1207 -1205 -1219 1209 -1203 1202 $Bottom of Left Wall 144-1204 1 -2.395 1234 -1204 1207 -1218 1219 -990 $Top of Back Wall 145-12041 1 -2.395 991 -1234 1207 -1218 1219 -990 $Split in Back Wall 146-1205 1 -2.365 1203 -1204 1207 -1218 -1219 1209 $Bottom of Back Wall 147-1206 1 -2.395 1235 -1218 -991 992 1219 -990 $Top of Right Wall 148-12061 1 -2.395 1224 -1235 -991 992 1219 -990 $Split in Right Wall 149-1207 1 -2.365 1217 -1218 -1203 1202 -1219 1209 $Bottom of Right Wall 150- 1208 1 -2.395 1201 -1236 -1218 1207 1219 -990 #10000 $Top of Front Wall 151- #10001 #10002 #10003 #10004 #10005 152-12081 1 -2.395 -992 1236 -1218 1207 1219 -990 #10000 $Split in Front Wall 153- #10001 #10002 #10003 #10004 #10005 154-1209 1 -2.365 -1202 1201 -1218 1207 -1219 1209 $Bottom of Front Wall 155-1210 1 -2.365 -1209 1227 1207 -1218 -1204 1201 $Floor 156-1211 1 -2.328 990 -1237 1207 -1218 -1204 1201 $Roof 157-12111 1 -2.328 1237 -1216 1207 -1218 -1204 1201 $Split in Roof 158-c Air 159-9999 0 2015 $Outside Model 160- 9998 3 -0.001225 1205 -1228 -1220 1209 -1203 1202 #(-134 1209 -1212 )#
161- (-135 1209 -1212 )#(-145 1209 -1212 )#(-146 1209 -1212 )#
162- (-147 1209 -1212 )#(-148 1209 -1212 )#(-149 1209 -1212 )#
163- (-11 1209 -1212 )#(-12 1209 -1212 )#(-13 1209 -1212 )#
164- (-14 1209 -1212 )#(-15 1209 -1212 )#(-25 1209 -1212 )#
165- (-26 1209 -1212 )#(-27 1209 -1212 )#(-28 1209 -1212 )#
166- (-29 1209 -1212 )#(-41 1209 -1212 )#(-42 1209 -1212 )#
167- (-43 1209 -1212 )#(-44 1209 -1212 )#(-45 1209 -1212 )#
168- (-55 1209 -1212 )#(-56 1209 -1212 )#(-57 1209 -1212 )#
169- (-58 1209 -1212 )#(-59 1209 -1212 )#(-71 1209 -1212 )#
170- (-72 1209 -1212 )#(-73 1209 -1212 )#(-74 1209 -1212 )#
171- (-75 1209 -1212 )#(-85 1209 -1212 )#(-86 1209 -1212 )#
172- (-87 1209 -1212 )#(-88 1209 -1212 )#(-89 1209 -1212 )#
173- (-101 1209 -1212 )#(-102 1209 -1212 )#(-103 1209 -1212 )#
174- (-104 1209 -1212 )#(-105 1209 -1212 )#(-115 1209 -1212 )#
175- (-116 1209 -1212 )#(-117 1209 -1212 )#(-118 1209 -1212 )#
176- (-119 1209 -1212 )#(-131 1209 -1212 )#(-132 1209 -1212 )#
177- (-133 1209 -1212 )
178-9997 3 -0.001225 1228 -1229 -1220 1209 -1203 1202 #(-139 1209 -1212 )#
179- (-141 1209 -1212 )#(-151 1209 -1212 )#(-152 1209 -1212 )#
180- (-153 1209 -1212 )#(-154 1209 -1212 )#(-155 1209 -1212 )#
181- (-15 1209 -1212 )#(-16 1209 -1212 )#(-17 1209 -1212 )#
182- (-18 1209 -1212 )#(-19 1209 -1212 )#(-21 1209 -1212 )#
183- (-31 1209 -1212 )#(-32 1209 -1212 )#(-33 1209 -1212 )#
184- (-34 1209 -1212 )#(-35 1209 -1212 )#(-45 1209 -1212 )#
185- (-46 1209 -1212 )#(-47 1209 -1212 )#(-48 1209 -1212 )#
186- (-49 1209 -1212 )#(-51 1209 -1212 )#(-61 1209 -1212 )#
187- (-62 1209 -1212 )#(-63 1209 -1212 )#(-64 1209 -1212 )#
188- (-65 1209 -1212 )#(-75 1209 -1212 )#(-76 1209 -1212 )#
189- (-77 1209 -1212 )#(-78 1209 -1212 )#(-79 1209 -1212 )#
190- (-81 1209 -1212 )#(-91 1209 -1212 )#(-92 1209 -1212 )#
191- (-93 1209 -1212 )#(-94 1209 -1212 )#(-95 1209 -1212 )#
192- (-105 1209 -1212 )#(-106 1209 -1212 )#(-107 1209 -1212 )#
193- (-108 1209 -1212 )#(-109 1209 -1212 )#(-111 1209 -1212 )#
194- (-121 1209 -1212 )#(-122 1209 -1212 )#(-123 1209 -1212 )#
195- (-124 1209 -1212 )#(-125 1209 -1212 )#(-135 1209 -1212 )#
196- (-136 1209 -1212 )#(-137 1209 -1212 )#(-138 1209 -1212 )
197-9996 3 -0.001225 1229 -1206 -1220 1209 -1203 1202 #(-142 1209 -1212 )#
198- (-143 1209 -1212 )#(-144 1209 -1212 )#(-156 1209 -1212 )#
199- (-157 1209 -1212 )#(-158 1209 -1212 )#(-159 1209 -1212 )#
200- (-21 1209 -1212 )#(-22 1209 -1212 )#(-23 1209 -1212 )#
201- (-24 1209 -1212 )#(-36 1209 -1212 )#(-37 1209 -1212 )#
202- (-38 1209 -1212 )#(-39 1209 -1212 )#(-51 1209 -1212 )#
203- (-52 1209 -1212 )#(-53 1209 -1212 )#(-54 1209 -1212 )#
204- (-66 1209 -1212 )#(-67 1209 -1212 )#(-68 1209 -1212 )#
205- (-69 1209 -1212 )#(-81 1209 -1212 )#(-82 1209 -1212 )#
206- (-83 1209 -1212 )#(-84 1209 -1212 )#(-96 1209 -1212 )#
207- (-97 1209 -1212 )#(-98 1209 -1212 )#(-99 1209 -1212 )#
208- (-111 1209 -1212 )#(-112 1209 -1212 )#(-113 1209 -1212 )#
209- (-114 1209 -1212 )#(-126 1209 -1212 )#(-127 1209 -1212 )#
210- (-128 1209 -1212 )#(-129 1209 -1212 )#(-141 1209 -1212 )
211-9995 3 -0.001225 1220 -1219 1205 -1206 -1203 1202 212-9994 3 -0.001225 -990 1219 1223 -1208 -991 992 #200 #201 #202 #203 #204 213- #205 #206 #207 #208 #209 #210 214-9993 3 -0.001225 1209 -1231 1208 -1217 -1203 1202 215-9992 3 -0.001225 -1230 1231 1208 -1217 -1203 1202
Calculation No. L-003388, Rev. 0 Attachment M (Page M14 of M147) 216-9991 3 -0.001225 -1220 1230 1208 -1217 -1203 1202 217-9990 3 -0.001225 1220 -1219 1208 -1217 -1203 1202 218-9989 3 -0.001225 -990 1219 1208 -1224 -991 992 #211 #212 #213 #214 219-9988 3 -0.001225 (-2000 -1207 1201 -1204 1227 -1216 ):
220- (1218 -2000 1201 -1204 1227 -1216 ):(-2000 -1201 1227 -1216 ):
221- (1204 -2000 1227 -1216 ):(1216 -2000 )
222-9987 0 -1232 -2015 $Bottom Void 223-9986 3 -0.001225 1232 -1227 -2015 224-c Ductwork Penetrations 225-10000 1 -2.395 12441 -12451 12321 -12331 1201 -992 226-10001 1 -2.395 12441 -12451 12341 -12351 1201 -992 227-10002 1 -2.395 12461 -12471 12361 -12371 1201 -992 228-10003 1 -2.395 12441 -12451 12381 -12391 1201 -992 229-10004 1 -2.395 12401 -12411 12441 -12451 1201 -992 230- 10005 1 -2.395 12441 -12451 12421 -12431 1201 -992 231-c Sphere Detector Cells 232-2001 3 -0.001225 2000 -2001 1227 233-2002 3 -0.001225 2001 -2002 1227 234-2003 3 -0.001225 -2003 2002 1227 235-2004 3 -0.001225 2003 -2004 1227 236-2005 3 -0.001225 2004 -2005 1227 237-2006 3 -0.001225 2005 -2006 1227 238-2007 3 -0.001225 2006 -2007 1227 239-2008 3 -0.001225 2007 -2008 1227 240- 2009 3 -0.001225 2008 -2009 1227 241-2010 3 -0.001225 2009 -2010 1227 242-2011 3 -0.001225 2010 -2011 1227 243-2012 3 -0.001225 2011 -2012 1227 244-2013 3 -0.001225 2012 -2013 1227 245-2014 3 -0.001225 2013 -2014 1227 246-2015 3 -0.001225 2014 -2015 1227 247-c Roof Beams 248-200 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 249- ):(-209 206 -211 212 992 -991 )
250- 201 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 251- ):(-209 206 -211 212 992 -991 ) trcl=(264.16 0 0 )
252-202 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 253- ):(-209 206 -211 212 992 -991 ) trcl=(528.32 0 0 )
254-203 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 255- ):(-209 206 -211 212 992 -991 ) trcl=(792.48 0 0 )
256-204 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 257- ):(-209 206 -211 212 992 -991 ) trcl=(1056.64 0 0 )
258-205 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 259- ):(-209 206 -211 212 992 -991 ) trcl=(1320.8 0 0 )
260- 206 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 261- ):(-209 206 -211 212 992 -991 ) trcl=(1584.96 0 0 )
262-207 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 263- ):(-209 206 -211 212 992 -991 ) trcl=(1849.12 0 0 )
264-208 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 265- ):(-209 206 -211 212 992 -991 ) trcl=(2113.28 0 0 )
266-209 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 267- ):(-209 206 -211 212 992 -991 ) trcl=(2377.44 0 0 )
268-210 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 269- ):(-209 206 -211 212 992 -991 ) trcl=(2641.6 0 0 )
270- 211 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 271- ):(-209 206 -211 212 992 -991 ) trcl=(2905.76 0 0 )
272-212 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 273- ):(-209 206 -211 212 992 -991 ) trcl=(3169.92 0 0 )
274-213 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 275- ):(-209 206 -211 212 992 -991 ) trcl=(3434.08 0 0 )
276-214 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 277- ):(-209 206 -211 212 992 -991 ) trcl=(3698.24 0 0 )
278-279-c Source Canisters 280- 11 c/z 302.26 121.92 77.47 281-12 c/z 500.38 121.92 77.47 282-13 c/z 698.5 121.92 77.47 283-14 c/z 896.62 121.92 77.47 284-15 c/z 1094.74 121.92 77.47 285-16 c/z 1292.86 121.92 77.47 286-17 c/z 1490.98 121.92 77.47 287-18 c/z 1689.1 121.92 77.47 288-19 c/z 1887.22 121.92 77.47 289-21 c/z 2085.34 121.92 77.47 290- 22 c/z 2283.46 121.92 77.47 291-23 c/z 2481.58 121.92 77.47 292-24 c/z 2679.7 121.92 77.47 293-25 c/z 203.2 294.64 77.47 294-26 c/z 401.32 294.64 77.47 295-27 c/z 599.44 294.64 77.47
Calculation No. L-003388, Rev. 0 Attachment M (Page M15 of M147) 296-28 c/z 797.56 294.64 77.47 297-29 c/z 995.68 294.64 77.47 298-31 c/z 1193.8 294.64 77.47 299-32 c/z 1391.92 294.64 77.47 300- 33 c/z 1590.04 294.64 77.47 301-34 c/z 1788.16 294.64 77.47 302-35 c/z 1986.28 294.64 77.47 303-36 c/z 2184.4 294.64 77.47 304-37 c/z 2382.52 294.64 77.47 305-38 c/z 2580.64 294.64 77.47 306-39 c/z 2778.76 294.64 77.47 307-41 c/z 302.26 467.36 77.47 308-42 c/z 500.38 467.36 77.47 309-43 c/z 698.5 467.36 77.47 310- 44 c/z 896.62 467.36 77.47 311-45 c/z 1094.74 467.36 77.47 312-46 c/z 1292.86 467.36 77.47 313-47 c/z 1490.98 467.36 77.47 314-48 c/z 1689.1 467.36 77.47 315-49 c/z 1887.22 467.36 77.47 316-51 c/z 2085.34 467.36 77.47 317-52 c/z 2283.46 467.36 77.47 318-53 c/z 2481.58 467.36 77.47 319-54 c/z 2679.7 467.36 77.47 320- 55 c/z 203.2 640.08 77.47 321-56 c/z 401.32 640.08 77.47 322-57 c/z 599.44 640.08 77.47 323-58 c/z 797.56 640.08 77.47 324-59 c/z 995.68 640.08 77.47 325-61 c/z 1193.8 640.08 77.47 326-62 c/z 1391.92 640.08 77.47 327-63 c/z 1590.04 640.08 77.47 328-64 c/z 1788.16 640.08 77.47 329-65 c/z 1986.28 640.08 77.47 330- 66 c/z 2184.4 640.08 77.47 331-67 c/z 2382.52 640.08 77.47 332-68 c/z 2580.64 640.08 77.47 333-69 c/z 2778.76 640.08 77.47 334-71 c/z 302.26 812.8 77.47 335-72 c/z 500.38 812.8 77.47 336-73 c/z 698.5 812.8 77.47 337-74 c/z 896.62 812.8 77.47 338-75 c/z 1094.74 812.8 77.47 339-76 c/z 1292.86 812.8 77.47 340- 77 c/z 1490.98 812.8 77.47 341-78 c/z 1689.1 812.8 77.47 342-79 c/z 1887.22 812.8 77.47 343-81 c/z 2085.34 812.8 77.47 344-82 c/z 2283.46 812.8 77.47 345-83 c/z 2481.58 812.8 77.47 346-84 c/z 2679.7 812.8 77.47 347-85 c/z 203.2 985.52 77.47 348-86 c/z 401.32 985.52 77.47 349-87 c/z 599.44 985.52 77.47 350- 88 c/z 797.56 985.52 77.47 351-89 c/z 995.68 985.52 77.47 352-91 c/z 1193.8 985.52 77.47 353-92 c/z 1391.92 985.52 77.47 354-93 c/z 1590.04 985.52 77.47 355-94 c/z 1788.16 985.52 77.47 356-95 c/z 1986.28 985.52 77.47 357-96 c/z 2184.4 985.52 77.47 358-97 c/z 2382.52 985.52 77.47 359-98 c/z 2580.64 985.52 77.47 360- 99 c/z 2778.76 985.52 77.47 361-101 c/z 302.26 1158.24 77.47 362-102 c/z 500.38 1158.24 77.47 363-103 c/z 698.5 1158.24 77.47 364-104 c/z 896.62 1158.24 77.47 365-105 c/z 1094.74 1158.24 77.47 366-106 c/z 1292.86 1158.24 77.47 367-107 c/z 1490.98 1158.24 77.47 368-108 c/z 1689.1 1158.24 77.47 369-109 c/z 1887.22 1158.24 77.47 370- 111 c/z 2085.34 1158.24 77.47 371-112 c/z 2283.46 1158.24 77.47 372-113 c/z 2481.58 1158.24 77.47 373-114 c/z 2679.7 1158.24 77.47 374-115 c/z 203.2 1330.96 77.47 375-116 c/z 401.32 1330.96 77.47
Calculation No. L-003388, Rev. 0 Attachment M (Page M16 of M147) 376-117 c/z 599.44 1330.96 77.47 377-118 c/z 797.56 1330.96 77.47 378-119 c/z 995.68 1330.96 77.47 379-121 c/z 1193.8 1330.96 77.47 380- 122 c/z 1391.92 1330.96 77.47 381-123 c/z 1590.04 1330.96 77.47 382-124 c/z 1788.16 1330.96 77.47 383-125 c/z 1986.28 1330.96 77.47 384-126 c/z 2184.4 1330.96 77.47 385-127 c/z 2382.52 1330.96 77.47 386-128 c/z 2580.64 1330.96 77.47 387-129 c/z 2778.76 1330.96 77.47 388-131 c/z 302.26 1503.68 77.47 389-132 c/z 500.38 1503.68 77.47 390- 133 c/z 698.5 1503.68 77.47 391-134 c/z 896.62 1503.68 77.47 392-135 c/z 1094.74 1503.68 77.47 393-136 c/z 1292.86 1503.68 77.47 394-137 c/z 1490.98 1503.68 77.47 395-138 c/z 1689.1 1503.68 77.47 396-139 c/z 1887.22 1503.68 77.47 397-141 c/z 2085.34 1503.68 77.47 398-142 c/z 2283.46 1503.68 77.47 399-143 c/z 2481.58 1503.68 77.47 400- 144 c/z 2679.7 1503.68 77.47 401-145 c/z 203.2 1676.4 77.47 402-146 c/z 401.32 1676.4 77.47 403-147 c/z 599.44 1676.4 77.47 404-148 c/z 797.56 1676.4 77.47 405-149 c/z 995.68 1676.4 77.47 406-151 c/z 1193.8 1676.4 77.47 407-152 c/z 1391.92 1676.4 77.47 408-153 c/z 1590.04 1676.4 77.47 409-154 c/z 1788.16 1676.4 77.47 410- 155 c/z 1986.28 1676.4 77.47 411-156 c/z 2184.4 1676.4 77.47 412-157 c/z 2382.52 1676.4 77.47 413-158 c/z 2580.64 1676.4 77.47 414-159 c/z 2778.76 1676.4 77.47 415-c Planes 416-1201 py -76.2 417-1202 py 0 418-1203 py 1828.8 419-1204 py 1905 420- 1205 px 0 421-1206 px 2895.6 422-1207 px -76.2 423-1208 px 2971.8 424-1209 pz 0 $Top of Floor 425-1212 pz 381 $Top of Top HIC 426-990 pz 1455.42 427-1216 pz 1493.52 428-1217 px 3947.16 429-1218 px 4023.36 430- 1219 pz 1036.32 431-1220 pz 822.96 $Bottom of Notch 432-1221 py 1760.22 433-1222 py 1546.86 434-1223 px -38.1 435-1224 px 3985.26 436-991 py 1866.9 437-992 py -38.1 438-1227 pz -76.2 $Bottom of Floor 439-1228 px 1089.66 440- 1229 px 2080.26 441-1230 pz 807.72 442-1231 pz 213.36 $7ft Detector Surface 443-1232 pz -91.44 $Bottom Void 444-1233 px -57.15 445-1234 py 1885.95 446-1235 px 4004.31 447-1236 py -57.15 448-1237 pz 1474.47 449-c HVAC Duct Openings 450- 12321 px 68.58 $Duct1S1 451-12331 px 170.18 $Duct1 S2 452-12341 px 871.22 $Duct2 S1 453-12351 px 972.82 $Duct2 S2 454-12361 px 1595.12 $Duct3 S1 455-12371 px 1747.52 $Duct3 S2
Calculation No. L-003388, Rev. 0 Attachment M (Page M17 of M147) 456-12381 px 1856.74 $Duct4 S1 457-12391 px 1958.34 $Duct4 S2 458-12401 px 2720.34 $Duct5 S1 459-12411 px 2821.94 $Duct5 S2 460- 12421 px 3776.98 $Duct6 S1 461-12431 px 3878.58 $Duct6 S2 462-12441 pz 1397 $Small Ducts Bottom 463-12451 pz 1437.64 $Small Duct Top 464-12461 pz 1369.06 $Large Ducts Bottom 465-12471 pz 1445.26 $Large Duct Top 466-c Spheres for detectors 467-2000 s 1973.58 914.4 -72.6 2800 $Closest Sphere 468-2001 s 1973.58 914.4 -72.6 4000 469-2002 s 1973.58 914.4 -72.6 7000 470- 2003 s 1973.58 914.4 -72.6 10000 471-2004 s 1973.58 914.4 -72.6 15000 472-2005 s 1973.58 914.4 -72.6 20000 473-2006 s 1973.58 914.4 -72.6 25000 474-2007 s 1973.58 914.4 -72.6 30000 475-2008 s 1973.58 914.4 -72.6 37500 476-2009 s 1973.58 914.4 -72.6 45000 477-2010 s 1973.58 914.4 -72.6 55000 478-2011 s 1973.58 914.4 -72.6 65000 479-2012 s 1973.58 914.4 -72.6 75000 480- 2013 s 1973.58 914.4 -72.6 85000 481-2014 s 1973.58 914.4 -72.6 95000 482-2015 s 1973.58 914.4 -72.6 120000 483-2016 py -276.2 484-2017 py -476.2 485-2018 py -676.2 486-2019 py -876.2 487-2020 py -1076.2 488-2021 py -1276.2 489-2022 py -1476.2 490- 2023 py -1676.2 491-2024 py -1876.2 492-2025 py -2076.2 493-2026 px 359.054 494-2027 px 2535.94 495-2028 py -2276.2 496-2029 py -2476.2 497-2030 py -2676.2 498-2031 py -2876.2 499-2032 py -3076.2 500- 2033 py -3276.2 501-2034 py -3476.2 502-2035 py -3676.2 503-c Roof Beams 504-206 px 211.49 505-207 px 225.37 506-208 px 226.76 507-209 px 240.64 508-210 pz 1453.54 509-211 pz 1373.84 510- 212 pz 1371.96 511-213 px 226.065 512-513-mode p 514-c Materials 515-m1 1000. -0.015 $MAT1 516-8000. -1.057 11000. -0.041 12000. -0.085 517-13000. -0.137 14000. -0.487 15000. -0.002 518-16000. -0.002 19000. -0.015 20000. -0.295 519-22000. -0.011 25000. -0.003 26000. -0.178 520- m2 13000. 1 $MAT2 warning. material 2 is not used in the problem.
521-m3 7000. 0.78969 $MAT3 522-8000. 0.21019 6000. 0.00012 523-m4 26000. 1 $MAT4 524-m5 1000. 2 $MAT5 525-8000. 1 526-imp:p 1 136r 9 3 1r 9 3 1r $ 11, 527-9 3 1r 9 3 1r 1 $ 1206, 528-3 9 0 1 9r 27 $ 1211, 529- 0 1 6r 27 54 1r 108 1r $ 9987, 530- 216 1r 432 1r 864 1r 1728 1r 3456 1r $ 2006, 531-1 14r $ 200, 214 532-phys:p 100 1 0 533-c sdef erg=d5 x=d1 y=d2 z=d3 cel=d4 eff=0.0001 wgt=3.045E+15 534-c si1 0 2895.6
Calculation No. L-003388, Rev. 0 Attachment M (Page M18 of M147) 535-c sp1 0.0 1.0 536-c si2 0 1828.8 537-c sp2 0.0 1.0 538-c si3 0.01 304.8 381.00 539-c sp3 0.0 0.8 0.2 540- c sb3 0.0 0.2 1.0 541-c si4 L 11 12 13 14 15 16 17 18 19 21 22 23 24 25 26 27 28 29 31 32 542-c 33 34 35 36 37 38 39 41 42 43 44 45 46 47 48 49 51 52 53 54 55 543-c 56 57 58 59 61 62 63 64 65 66 67 68 69 71 72 73 74 75 76 77 78 544-c 79 81 82 83 84 85 86 87 88 89 91 92 93 94 95 96 97 98 99 101 545-c 102 103 104 105 106 107 108 109 111 112 113 114 115 116 117 118 546-c 119 121 122 123 124 125 126 127 128 129 131 132 133 134 135 136 547-c 137 138 139 141 142 143 144 145 146 147 148 149 151 152 153 154 548-c 155 156 157 158 159 549-c sp4 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 550- c 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 551-c 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 552-c 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 553-c 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 554-c 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 555-c 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 556-c 1 1 1 1 1 557-c si5 l 1.1730 1.3325 558-c sp5 1 1 559-c ssw 1220(9995) 560- ssr 561-c=====================================================================
562-c=====================================================================
563-c Truck bay dose rate 564-f2:p 1231 warning. without bremsstrahlung, flux estimates will be low.
565-c=====================================================================
566-c=====================================================================
567-c Rings outside the building 568-f12:p 1227 warning. without bremsstrahlung, flux estimates will be low.
569-fs12 -2000 -2001 -2002 -2003 -2004 -2005 -2006 -2007 -2008 -2009 570- -2010 -2011 -2012 -2013 -2014 571-sd12 1e50 2.564E+07 1.037e8 1.602e8 3.927e8 5.498e8 7.069e8 8.639e8 1.590e9 572-1.944e9 3.142e9 3.770e9 4.398e9 5.027e9 5.655e9 1.689e10 573-c=====================================================================
574-c=====================================================================
575-c Slabs Ajacent to Ventilation Penetration Side 576-f22:p 1227 warning. without bremsstrahlung, flux estimates will be low.
577-fs22 1201 -2026 2027 578-2016 2017 2018 2019 2020 579-2021 2022 2023 2024 2025 580- 2028 2029 2030 2031 2032 581-2033 2034 2035 582-sd22 1e50 1e50 1e50 583-4.35376e5 4.35376e5 4.35376e5 4.35376e5 4.35376e5 584-4.35376e5 4.35376e5 4.35376e5 4.35376e5 4.35376e5 585-4.35376e5 4.35376e5 4.35376e5 4.35376e5 4.35376e5 586-4.35376e5 4.35376e5 4.35376e5 1e50 587-c=====================================================================
588-c=====================================================================
589-c Dose Rate on Vent Side Wall 7ft up avg 590- f32:p 1201 warning. without bremsstrahlung, flux estimates will be low.
591-fs32 1231 -2026 2027 -1227 592-sd32 1e50 1e50 1e50 1e50 6.30E+05 593-c=====================================================================
594-c=====================================================================
595-c detectors toward north, with HVAC effects 596-f42:p 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 warning. without bremsstrahlung, flux estimates will be low.
597-fs42 1219 -1209 1201 -1205 1206 598-sd42 1e50 1e50 1e50 1e50 1e50 3.00e06 599-1e50 1e50 1e50 1e50 1e50 3.00e06 600- 1e50 1e50 1e50 1e50 1e50 3.00e06 601-1e50 1e50 1e50 1e50 1e50 3.00e06 602-1e50 1e50 1e50 1e50 1e50 3.00e06 603-1e50 1e50 1e50 1e50 1e50 3.00e06 604-1e50 1e50 1e50 1e50 1e50 3.00e06 605-1e50 1e50 1e50 1e50 1e50 3.00e06 606-1e50 1e50 1e50 1e50 1e50 3.00e06 607-1e50 1e50 1e50 1e50 1e50 3.00e06 608-1e50 1e50 1e50 1e50 1e50 3.00e06 609-c detectors toward sorth, with no HVAC effects
Calculation No. L-003388, Rev. 0 Attachment M (Page M19 of M147) 610- f52:p 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 warning. without bremsstrahlung, flux estimates will be low.
611-fs52 1219 -1209 -1201 -1205 1206 612-sd52 1e50 1e50 1e50 1e50 1e50 3.00e06 613-1e50 1e50 1e50 1e50 1e50 3.00e06 614-1e50 1e50 1e50 1e50 1e50 3.00e06 615-1e50 1e50 1e50 1e50 1e50 3.00e06 616-1e50 1e50 1e50 1e50 1e50 3.00e06 617-1e50 1e50 1e50 1e50 1e50 3.00e06 618-1e50 1e50 1e50 1e50 1e50 3.00e06 619-1e50 1e50 1e50 1e50 1e50 3.00e06 620- 1e50 1e50 1e50 1e50 1e50 3.00e06 621-1e50 1e50 1e50 1e50 1e50 3.00e06 622-1e50 1e50 1e50 1e50 1e50 3.00e06 623-c=====================================================================
624-c=====================================================================
625-c Detector above the HICS (used as a source check) 626-f62:p 1219 warning. without bremsstrahlung, flux estimates will be low.
627-fs62 -1205 1206 1203 -1202 628-sd62 1e50 1e50 1e50 1e50 5.30E+06 629-c=====================================================================
630- c=====================================================================
631-c Photon Flux to Dose Rate Conversion Factors 632-de0 0.01 0.03 0.05 0.07 0.10 0.15 0.20 633- 0.25 0.30 0.35 0.40 0.45 0.50 0.55 634- 0.60 0.65 0.70 0.80 1.00 1.40 1.80 635-2.20 2.60 2.80 3.25 3.75 4.25 4.75 636-5.00 5.25 5.75 6.25 6.75 7.50 9.00 637-11.0 13.0 15.0 638-df0 LIN 3.96E-06 5.82E-07 2.90E-07 2.58E-07 2.83E-07 3.79E-07 5.01E-07 639-6.31e-07 7.59E-07 8.78E-07 9.85E-07 1.08E-06 1.17E-06 1.27E-06 640- 1.36e-06 1.44E-06 1.52E-06 1.68E-06 1.98E-06 2.51E-06 2.99E-06 641-3.42e-06 3.82E-06 4.01E-06 4.41E-06 4.83E-06 5.23E-06 5.60E-06 642-5.80e-06 6.01E-06 6.37E-06 6.74E-06 7.11E-06 7.66E-06 8.77E-06 643-1.03e-05 1.18E-05 1.33E-05 644-nps 8.00e08 surface 990 and surface 201990 are the same. 201990 will be deleted.
surface 990 and surface 202990 are the same. 202990 will be deleted.
surface 990 and surface 203990 are the same. 203990 will be deleted.
surface 990 and surface 204990 are the same. 204990 will be deleted.
surface 990 and surface 205990 are the same. 205990 will be deleted.
surface 990 and surface 206990 are the same. 206990 will be deleted.
surface 990 and surface 207990 are the same. 207990 will be deleted.
surface 990 and surface 208990 are the same. 208990 will be deleted.
surface 990 and surface 209990 are the same. 209990 will be deleted.
surface 990 and surface 210990 are the same. 210990 will be deleted.
surface 990 and surface 211990 are the same. 211990 will be deleted.
surface 990 and surface 212990 are the same. 212990 will be deleted.
surface 990 and surface 213990 are the same. 213990 will be deleted.
surface 990 and surface 214990 are the same. 214990 will be deleted.
surface 991 and surface 201991 are the same. 201991 will be deleted.
surface 991 and surface 202991 are the same. 202991 will be deleted.
surface 991 and surface 203991 are the same. 203991 will be deleted.
surface 991 and surface 204991 are the same. 204991 will be deleted.
surface 991 and surface 205991 are the same. 205991 will be deleted.
surface 991 and surface 206991 are the same. 206991 will be deleted.
surface 991 and surface 207991 are the same. 207991 will be deleted.
Calculation No. L-003388, Rev. 0 Attachment M (Page M20 of M147) surface 991 and surface 208991 are the same. 208991 will be deleted.
surface 991 and surface 209991 are the same. 209991 will be deleted.
surface 991 and surface 210991 are the same. 210991 will be deleted.
surface 991 and surface 211991 are the same. 211991 will be deleted.
surface 991 and surface 212991 are the same. 212991 will be deleted.
surface 991 and surface 213991 are the same. 213991 will be deleted.
surface 991 and surface 214991 are the same. 214991 will be deleted.
surface 992 and surface 201992 are the same. 201992 will be deleted.
surface 992 and surface 202992 are the same. 202992 will be deleted.
surface 992 and surface 203992 are the same. 203992 will be deleted.
surface 992 and surface 204992 are the same. 204992 will be deleted.
surface 992 and surface 205992 are the same. 205992 will be deleted.
surface 992 and surface 206992 are the same. 206992 will be deleted.
surface 992 and surface 207992 are the same. 207992 will be deleted.
surface 992 and surface 208992 are the same. 208992 will be deleted.
surface 992 and surface 209992 are the same. 209992 will be deleted.
surface 992 and surface 210992 are the same. 210992 will be deleted.
surface 992 and surface 211992 are the same. 211992 will be deleted.
surface 992 and surface 212992 are the same. 212992 will be deleted.
surface 992 and surface 213992 are the same. 213992 will be deleted.
surface 992 and surface 214992 are the same. 214992 will be deleted.
surface 210 and surface 201210 are the same. 201210 will be deleted.
surface 210 and surface 202210 are the same. 202210 will be deleted.
surface 210 and surface 203210 are the same. 203210 will be deleted.
surface 210 and surface 204210 are the same. 204210 will be deleted.
surface 210 and surface 205210 are the same. 205210 will be deleted.
surface 210 and surface 206210 are the same. 206210 will be deleted.
surface 210 and surface 207210 are the same. 207210 will be deleted.
surface 210 and surface 208210 are the same. 208210 will be deleted.
surface 210 and surface 209210 are the same. 209210 will be deleted.
surface 210 and surface 210210 are the same. 210210 will be deleted.
surface 210 and surface 211210 are the same. 211210 will be deleted.
surface 210 and surface 212210 are the same. 212210 will be deleted.
surface 210 and surface 213210 are the same. 213210 will be deleted.
surface 210 and surface 214210 are the same. 214210 will be deleted.
surface 211 and surface 201211 are the same. 201211 will be deleted.
surface 211 and surface 202211 are the same. 202211 will be deleted.
surface 211 and surface 203211 are the same. 203211 will be deleted.
surface 211 and surface 204211 are the same. 204211 will be deleted.
surface 211 and surface 205211 are the same. 205211 will be deleted.
URS Washington Division
Calculation No. L-003388, Rev. 0 Attachment M (Page M21 of M147) surface 211 and surface 206211 are the same. 206211 will be deleted.
surface 211 and surface 207211 are the same. 207211 will be deleted.
surface 211 and surface 208211 are the same. 208211 will be deleted.
surface 211 and surface 209211 are the same. 209211 will be deleted.
surface 211 and surface 210211 are the same. 210211 will be deleted.
surface 211 and surface 211211 are the same. 211211 will be deleted.
surface 211 and surface 212211 are the same. 212211 will be deleted.
surface 211 and surface 213211 are the same. 213211 will be deleted.
surface 211 and surface 214211 are the same. 214211 will be deleted.
surface 212 and surface 201212 are the same. 201212 will be deleted.
surface 212 and surface 202212 are the same. 202212 will be deleted.
surface 212 and surface 203212 are the same. 203212 will be deleted.
surface 212 and surface 204212 are the same. 204212 will be deleted.
surface 212 and surface 205212 are the same. 205212 will be deleted.
surface 212 and surface 206212 are the same. 206212 will be deleted.
surface 212 and surface 207212 are the same. 207212 will be deleted.
surface 212 and surface 208212 are the same. 208212 will be deleted.
surface 212 and surface 209212 are the same. 209212 will be deleted.
surface 212 and surface 210212 are the same. 210212 will be deleted.
surface 212 and surface 211212 are the same. 211212 will be deleted.
surface 212 and surface 212212 are the same. 212212 will be deleted.
surface 212 and surface 213212 are the same. 213212 will be deleted.
surface 212 and surface 214212 are the same. 214212 will be deleted.
comment. 84 surfaces were deleted for being the same as others.
information from the header of surface-source file bwssa the file was written by mcnp version 5 with probid = 05/13/09 07:42:34 and ending with dump no. 5 the title of the creation run was c Created on: Tuesday, November 11, 2008 at 09:35 the original number of histories was 25654088 the total number of tracks recorded was 4352843 from 4229523 independent histories.
this ssr problem will use the following particles if available: photon warning. 2 materials had unnormalized fractions. print table 40.
warning. 1 of the materials appear at more than one density.
warning. sum of segment sizes differs from total in 25 cases.
1cells print table 60 atom gram photon cell mat density density volume mass pieces importance 1 11 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 2 12 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 3 13 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 4 14 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 5 15 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 6 16 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 7 17 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 8 18 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 9 19 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 10 21 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 11 22 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00
Calculation No. L-003388, Rev. 0 Attachment M (Page M22 of M147) 12 23 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 13 24 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 14 25 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 15 26 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 16 27 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 17 28 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 18 29 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 19 31 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 20 32 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 21 33 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 22 34 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 23 35 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 24 36 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 25 37 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 26 38 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 27 39 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 28 41 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 29 42 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 30 43 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 31 44 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 32 45 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 33 46 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 34 47 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 35 48 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 36 49 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 37 51 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 38 52 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 39 53 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 40 54 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 41 55 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 42 56 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 43 57 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 44 58 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 45 59 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 46 61 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 47 62 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 48 63 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 49 64 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 50 65 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 51 66 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 52 67 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 53 68 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 54 69 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 55 71 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 56 72 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 57 73 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 58 74 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 59 75 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 60 76 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 61 77 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 62 78 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 63 79 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 64 81 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 65 82 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 66 83 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 67 84 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 68 85 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 69 86 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 70 87 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 71 88 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 72 89 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 73 91 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 74 92 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 75 93 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 76 94 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 77 95 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 78 96 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 79 97 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 80 98 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 81 99 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 82 101 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 83 102 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 84 103 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 85 104 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 86 105 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 87 106 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 88 107 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 89 108 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 90 109 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 91 111 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00
Calculation No. L-003388, Rev. 0 Attachment M (Page M23 of M147) 92 112 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 93 113 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 94 114 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 95 115 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 96 116 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 97 117 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 98 118 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 99 119 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 100 121 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 101 122 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 102 123 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 103 124 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 104 125 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 105 126 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 106 127 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 107 128 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 108 129 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 109 131 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 110 132 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 111 133 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 112 134 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 113 135 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 114 136 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 115 137 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 116 138 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 117 139 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 118 141 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 119 142 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 120 143 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 121 144 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 122 145 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 123 146 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 124 147 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 125 148 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 126 149 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 127 151 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 128 152 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 129 153 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 130 154 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 131 155 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 132 156 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 133 157 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 134 158 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 135 159 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 136 1200 3 5.11393E-05 1.22500E-03 3.46881E+06 4.24930E+03 0 1.0000E+00 137 1201 1 7.34055E-02 2.36500E+00 1.40947E+08 3.33340E+08 0 1.0000E+00 138 1202 1 7.43366E-02 2.39500E+00 1.52092E+07 3.64261E+07 0 9.0000E+00 139 12021 1 7.43366E-02 2.39500E+00 1.52092E+07 3.64261E+07 0 3.0000E+00 140 1203 1 7.34055E-02 2.36500E+00 1.44416E+08 3.41544E+08 0 3.0000E+00 141 1204 1 7.43366E-02 2.39500E+00 3.27303E+07 7.83891E+07 0 9.0000E+00 142 12041 1 7.43366E-02 2.39500E+00 3.27303E+07 7.83891E+07 0 3.0000E+00 143 1205 1 7.34055E-02 2.36500E+00 3.23732E+08 7.65627E+08 0 3.0000E+00 144 1206 1 7.43366E-02 2.39500E+00 1.52092E+07 3.64261E+07 0 9.0000E+00 145 12061 1 7.43366E-02 2.39500E+00 1.52092E+07 3.64261E+07 0 3.0000E+00 146 1207 1 7.34055E-02 2.36500E+00 1.44416E+08 3.41544E+08 0 3.0000E+00 147 1208 1 7.43366E-02 2.39500E+00 3.21158E+07 7.69173E+07 0 9.0000E+00 148 12081 1 7.43366E-02 2.39500E+00 3.21158E+07 7.69173E+07 0 3.0000E+00 149 1209 1 7.34055E-02 2.36500E+00 3.23732E+08 7.65627E+08 0 3.0000E+00 150 1210 1 7.34055E-02 2.36500E+00 6.18900E+08 1.46370E+09 0 1.0000E+00 151 1211 1 7.22571E-02 2.32800E+00 1.54725E+08 3.60200E+08 0 3.0000E+00 152 12111 1 7.22571E-02 2.32800E+00 1.54725E+08 3.60200E+08 0 9.0000E+00 153 9999 0 0.00000E+00 0.00000E+00 0.00000E+00 0.00000E+00 0 0.0000E+00 154 9998 3 5.11393E-05 1.22500E-03 0.00000E+00 0.00000E+00 0 1.0000E+00 155 9997 3 5.11393E-05 1.22500E-03 0.00000E+00 0.00000E+00 0 1.0000E+00 156 9996 3 5.11393E-05 1.22500E-03 0.00000E+00 0.00000E+00 0 1.0000E+00 157 9995 3 5.11393E-05 1.22500E-03 1.12984E+09 1.38406E+06 0 1.0000E+00 158 9994 3 5.11393E-05 1.22500E-03 2.39844E+09 2.93809E+06 0 1.0000E+00 159 9993 3 5.11393E-05 1.22500E-03 3.80578E+08 4.66209E+05 0 1.0000E+00 160 9992 3 5.11393E-05 1.22500E-03 1.06018E+09 1.29872E+06 0 1.0000E+00 161 9991 3 5.11393E-05 1.22500E-03 2.71842E+07 3.33006E+04 0 1.0000E+00 162 9990 3 5.11393E-05 1.22500E-03 3.80578E+08 4.66209E+05 0 1.0000E+00 163 9989 3 5.11393E-05 1.22500E-03 8.07452E+08 9.89129E+05 0 1.0000E+00 164 9988 3 5.11393E-05 1.22500E-03 0.00000E+00 0.00000E+00 0 2.7000E+01 165 9987 0 0.00000E+00 0.00000E+00 3.61826E+15 0.00000E+00 1 0.0000E+00 166 9986 3 5.11393E-05 1.22500E-03 6.89441E+11 8.44566E+08 1 1.0000E+00 167 10000 1 7.43366E-02 2.39500E+00 1.57316E+05 3.76771E+05 0 1.0000E+00 168 10001 1 7.43366E-02 2.39500E+00 1.57316E+05 3.76771E+05 0 1.0000E+00 169 10002 1 7.43366E-02 2.39500E+00 4.42451E+05 1.05967E+06 0 1.0000E+00 170 10003 1 7.43366E-02 2.39500E+00 1.57316E+05 3.76771E+05 0 1.0000E+00 171 10004 1 7.43366E-02 2.39500E+00 1.57316E+05 3.76771E+05 0 1.0000E+00
Calculation No. L-003388, Rev. 0 Attachment M (Page M24 of M147) 172 10005 1 7.43366E-02 2.39500E+00 1.57316E+05 3.76771E+05 0 1.0000E+00 173 2001 3 5.11393E-05 1.22500E-03 8.81574E+10 1.07993E+08 1 2.7000E+01 174 2002 3 5.11393E-05 1.22500E-03 5.84709E+11 7.16269E+08 1 5.4000E+01 175 2003 3 5.11393E-05 1.22500E-03 1.37659E+12 1.68633E+09 1 5.4000E+01 176 2004 3 5.11393E-05 1.22500E-03 4.97560E+12 6.09511E+09 1 1.0800E+02 177 2005 3 5.11393E-05 1.22500E-03 9.68856E+12 1.18685E+10 1 1.0800E+02 178 2006 3 5.11393E-05 1.22500E-03 1.59723E+13 1.95661E+10 1 2.1600E+02 179 2007 3 5.11393E-05 1.22500E-03 2.38269E+13 2.91879E+10 1 2.1600E+02 180 2008 3 5.11393E-05 1.22500E-03 5.39037E+13 6.60320E+10 1 4.3200E+02 181 2009 3 5.11393E-05 1.22500E-03 8.04121E+13 9.85049E+10 1 4.3200E+02 182 2010 3 5.11393E-05 1.22500E-03 1.57615E+14 1.93078E+11 1 8.6400E+02 183 2011 3 5.11393E-05 1.22500E-03 2.26732E+14 2.77747E+11 1 8.6400E+02 184 2012 3 5.11393E-05 1.22500E-03 3.08416E+14 3.77809E+11 1 1.7280E+03 185 2013 3 5.11393E-05 1.22500E-03 4.02666E+14 4.93265E+11 1 1.7280E+03 186 2014 3 5.11393E-05 1.22500E-03 5.09482E+14 6.24115E+11 1 3.4560E+03 187 2015 3 5.11393E-05 1.22500E-03 1.82349E+15 2.23378E+12 1 3.4560E+03 188 200 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 189 201 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 190 202 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 191 203 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 192 204 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 193 205 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 194 206 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 195 207 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 196 208 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 197 209 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 198 210 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 199 211 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 200 212 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 201 213 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 202 214 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 total 7.23819E+15 4.44062E+12 warning. surface 213 is not used for anything.
- Random Number Generator = 1 *
- Random Number Seed = 19073486328125 *
- Random Number Multiplier = 19073486328125 *
- Random Number Adder = 0 *
- Random Number Bits Used = 48 *
- Random Number Stride = 152917
- 12 warning messages so far.
1cross-section tables print table 100 table length tables from file mcplib04 1000.04p 1898 ENDF/B-VI Release 8 Photoatomic Data for 1-H mat 100 02/07/03 6000.04p 3152 ENDF/B-VI Release 8 Photoatomic Data for 6-C mat 600 02/07/03 7000.04p 3194 ENDF/B-VI Release 8 Photoatomic Data for 7-N mat 700 02/07/03 8000.04p 3272 ENDF/B-VI Release 8 Photoatomic Data for 8-O mat 800 02/07/03 11000.04p 3995 ENDF/B-VI Release 8 Photoatomic Data for 11-NA mat1100 02/07/03 12000.04p 3781 ENDF/B-VI Release 8 Photoatomic Data for 12-MG mat1200 02/07/03 13000.04p 4846 ENDF/B-VI Release 8 Photoatomic Data for 13-AL mat1300 02/07/03 14000.04p 4792 ENDF/B-VI Release 8 Photoatomic Data for 14-SI mat1400 02/07/03 15000.04p 4498 ENDF/B-VI Release 8 Photoatomic Data for 15-P mat1500 02/07/03 16000.04p 4654 ENDF/B-VI Release 8 Photoatomic Data for 16-S mat1600 02/07/03 19000.04p 5047 ENDF/B-VI Release 8 Photoatomic Data for 19-K mat1900 02/07/03 20000.04p 5013 ENDF/B-VI Release 8 Photoatomic Data for 20-CA mat2000 02/07/03 22000.04p 5742 ENDF/B-VI Release 8 Photoatomic Data for 22-TI mat2200 02/07/03
Calculation No. L-003388, Rev. 0 Attachment M (Page M25 of M147) 25000.04p 5598 ENDF/B-VI Release 8 Photoatomic Data for 25-MN mat2500 02/07/03 26000.04p 5718 ENDF/B-VI Release 8 Photoatomic Data for 26-FE mat2600 02/07/03 total 65200 warning. simple physics turned on for photons > 100 mev.
dump no. 1 on file runtpe nps = 0 coll = 0 ctm = 0.00 nrn =
0 13 warning messages so far.
dump no. 2 on file runtpe nps = 199700 coll = 242490811 ctm = 60.01 nrn =
2973517107 dump no. 3 on file runtpe nps = 397255 coll = 483053785 ctm = 120.01 nrn =
5923858260 dump no. 4 on file runtpe nps = 593172 coll = 723090004 ctm = 180.02 nrn =
8868657591 dump no. 5 on file runtpe nps = 790626 coll = 963057409 ctm = 240.04 nrn =
11811702274 dump no. 6 on file runtpe nps = 988188 coll = 1204316071 ctm = 300.04 nrn =
14771182394 dump no. 7 on file runtpe nps = 1185264 coll = 1444751830 ctm = 360.05 nrn =
17720394891 dump no. 8 on file runtpe nps = 1382384 coll = 1685007964 ctm = 420.07 nrn =
20667442467 dump no. 9 on file runtpe nps = 1578660 coll = 1926372836 ctm = 480.07 nrn =
23629129974 dump no. 10 on file runtpe nps = 1775456 coll = 2167121712 ctm = 540.07 nrn =
26582256718
Calculation No. L-003388, Rev. 0 Attachment M (Page M26 of M147) dump no. 11 on file runtpe nps = 1973028 coll = 2407814715 ctm = 600.09 nrn =
29534271406 dump no. 12 on file runtpe nps = 2170904 coll = 2648838157 ctm = 660.09 nrn =
32490256102 dump no. 13 on file runtpe nps = 2369232 coll = 2890275868 ctm = 720.09 nrn =
35451631838 dump no. 14 on file runtpe nps = 2566642 coll = 3131072150 ctm = 780.10 nrn =
38404984120 dump no. 15 on file runtpe nps = 2762716 coll = 3371528662 ctm = 840.12 nrn =
41354948442 dump no. 16 on file runtpe nps = 2960126 coll = 3611462423 ctm = 900.13 nrn =
44297394594 1problem summary source particle weight for summary table normalization =
19038449.00 run terminated when it had used 0 minutes of computer time.
+ 06/11/09 07:25:03 c Created on: Tuesday, November 11, 2008 at 09:35 probid = 06/10/09 15:29:27 0
photon creation tracks weight energy photon loss tracks weight energy (per source particle) (per source particle) source 100772716 1.7974E+14 4.9650E-01 escape 3581758 3.3066E+11 2.7184E-04 energy cutoff 0 0. 0.
time cutoff 0 0. 0.
weight window 0 0. 0. weight window 0 0. 0.
cell importance 481439332 3.0365E+13 2.7080E-02 cell importance 149529286 3.0366E+13 2.7084E-02 weight cutoff 0 0. 0. weight cutoff 0 0. 0.
e or t importance 0 0. 0. e or t importance 0 0. 0.
dxtran 0 0. 0. dxtran 0 0. 0.
forced collisions 0 0. 0. forced collisions 0 0. 0.
exp. transform 0 0. 0. exp. transform 0 0. 0.
from neutrons 0 0. 0. compton scatter 0 0.
4.1055E-01 bremsstrahlung 0 0. 0. capture 482483385 2.1510E+14 8.6735E-02 p-annihilation 125316 6.8440E+10 1.9458E-04 pair production 62658 3.4220E+10 2.4847E-04 photonuclear 0 0. 0. photonuclear abs 0 0. 0.
electron x-rays 0 0. 0.
1st fluorescence 53319723 3.5656E+13 1.1140E-03 2nd fluorescence 0 0. 0.
total 635657087 2.4583E+14 5.2489E-01 total 635657087 2.4583E+14 5.2489E-01
Calculation No. L-003388, Rev. 0 Attachment M (Page M27 of M147) number of photons banked 361457404 average time of (shakes) cutoffs photon tracks per source particle 3.3388E+01 escape 1.0312E+02 tco 1.0000E+33 photon collisions per source particle 2.0125E+02 capture 6.1100E+00 eco 1.0000E-03 total photon collisions 3831424048 capture or escape 6.2589E+00 wc1 -
5.0000E-01 any termination 6.5103E+00 wc2 -
2.5000E-01 computer time so far in this run 954.89 minutes maximum number ever in bank 15 computer time in mcrun 954.81 minutes bank overflows to backup file 0 source particles per minute 3.2885E+03 random numbers generated 46995712351 most random numbers used was 407838 in history 1000351 warning. random number stride 152917 exceeded 4677 times.
range of sampled source weights = 2.2838E+13 to 4.7148E+14 warning. importance function may be poor. see print table 120.
1photon activity in each cell print table 126 tracks population collisions collisions number flux average average cell entering
- weight weighted weighted track weight track mfp (per history) energy energy (relative)
(cm) 1 11 47521 46225 253416 4.3491E+11 9.2136E-02 9.2136E-02 3.2392E+13 5.3717E+00 2 12 53611 51821 284722 4.9197E+11 9.1490E-02 9.1490E-02 3.2805E+13 5.3531E+00 3 13 57726 55768 308023 5.2556E+11 9.1365E-02 9.1365E-02 3.2353E+13 5.3499E+00 4 14 60140 58087 318309 5.3586E+11 9.1640E-02 9.1640E-02 3.1792E+13 5.3549E+00 5 15 62171 60048 330883 5.6600E+11 9.1053E-02 9.1053E-02 3.2463E+13 5.3438E+00 6 16 62823 60739 332780 5.7519E+11 9.1612E-02 9.1612E-02 3.2868E+13 5.3575E+00 7 17 63001 60902 335097 5.8763E+11 9.0380E-02 9.0380E-02 3.3263E+13 5.3252E+00 8 18 62560 60477 332012 5.7657E+11 9.0571E-02 9.0571E-02 3.2816E+13 5.3383E+00 9 19 61668 59517 328248 5.7990E+11 9.0940E-02 9.0940E-02 3.3339E+13 5.3422E+00 10 21 58942 56938 312407 5.5061E+11 9.0957E-02 9.0957E-02 3.3394E+13 5.3396E+00 11 22 55954 53969 296083 5.0670E+11 9.2913E-02 9.2913E-02 3.2609E+13 5.3826E+00 12 23 50982 49197 269329 4.6559E+11 9.2470E-02 9.2470E-02 3.2698E+13 5.3737E+00 13 24 42846 41557 230200 3.9756E+11 9.3682E-02 9.3682E-02 3.2452E+13 5.3908E+00 14 25 55921 54449 299746 5.1743E+11 9.2124E-02 9.2124E-02 3.2608E+13 5.3661E+00 15 26 62516 59925 328704 5.6326E+11 9.0757E-02 9.0757E-02 3.2189E+13 5.3277E+00 16 27 69061 66175 361787 6.3010E+11 8.9693E-02 8.9693E-02 3.2963E+13 5.3101E+00 17 28 73074 69936 379936 6.5530E+11 8.9772E-02 8.9772E-02 3.2517E+13 5.3133E+00 18 29 76165 72924 397932 6.8701E+11 8.9654E-02 8.9654E-02 3.2860E+13 5.3156E+00 19 31 77817 74511 407068 6.9047E+11 8.9874E-02 8.9874E-02 3.2146E+13 5.3189E+00 20 32 79573 76311 415584 7.1569E+11 8.9442E-02 8.9442E-02 3.2391E+13 5.3106E+00 21 33 78615 75373 410042 7.0976E+11 8.9617E-02 8.9617E-02 3.2789E+13 5.3107E+00 22 34 77119 73884 404502 6.9346E+11 8.9663E-02 8.9663E-02 3.2453E+13 5.3144E+00 23 35 74582 71442 389440 6.6322E+11 8.9938E-02 8.9938E-02 3.2325E+13 5.3201E+00 24 36 71380 68390 373730 6.3504E+11 8.9821E-02 8.9821E-02 3.2146E+13 5.3164E+00
Calculation No. L-003388, Rev. 0 Attachment M (Page M28 of M147) 25 37 66385 63671 349460 5.9951E+11 9.0941E-02 9.0941E-02 3.2519E+13 5.3364E+00 26 38 59187 56758 310569 5.3585E+11 9.0646E-02 9.0646E-02 3.2520E+13 5.3238E+00 27 39 47340 45774 253750 4.3246E+11 9.3449E-02 9.3449E-02 3.2171E+13 5.3859E+00 28 41 64541 62237 340852 5.8589E+11 9.1052E-02 9.1052E-02 3.2525E+13 5.3388E+00 29 42 72801 69788 381675 6.5119E+11 8.9928E-02 8.9928E-02 3.2253E+13 5.3157E+00 30 43 78301 75004 408927 7.1384E+11 8.9834E-02 8.9834E-02 3.3056E+13 5.3135E+00 31 44 82087 78726 426155 7.2737E+11 8.9397E-02 8.9397E-02 3.2205E+13 5.3072E+00 32 45 84408 80829 437930 7.6255E+11 8.8579E-02 8.8579E-02 3.2897E+13 5.2925E+00 33 46 85832 82289 448011 7.6854E+11 8.9017E-02 8.9017E-02 3.2428E+13 5.2996E+00 34 47 86433 82781 451656 7.8419E+11 8.8706E-02 8.8706E-02 3.2928E+13 5.2960E+00 35 48 85424 81823 444532 7.5491E+11 8.9243E-02 8.9243E-02 3.2150E+13 5.3067E+00 36 49 83607 80081 436798 7.5245E+11 8.8851E-02 8.8851E-02 3.2679E+13 5.2990E+00 37 51 80704 77358 421453 7.2153E+11 8.8796E-02 8.8796E-02 3.2212E+13 5.2929E+00 38 52 76504 73276 400521 6.8952E+11 9.0447E-02 9.0447E-02 3.2793E+13 5.3272E+00 39 53 70001 67146 368574 6.3050E+11 9.0635E-02 9.0635E-02 3.2312E+13 5.3306E+00 40 54 58874 56614 311955 5.2492E+11 9.1148E-02 9.1148E-02 3.1739E+13 5.3377E+00 41 55 64912 63143 346593 5.8898E+11 9.1311E-02 9.1311E-02 3.2247E+13 5.3460E+00 42 56 72421 69270 379017 6.6063E+11 8.9408E-02 8.9408E-02 3.2929E+13 5.3069E+00 43 57 79713 76233 417221 7.2143E+11 9.0071E-02 9.0071E-02 3.2722E+13 5.3222E+00 44 58 84053 80460 437599 7.6101E+11 8.9539E-02 8.9539E-02 3.3124E+13 5.3113E+00 45 59 88015 84362 460269 7.8876E+11 8.8900E-02 8.8900E-02 3.2368E+13 5.2981E+00 46 61 89638 85952 470470 8.1246E+11 8.8881E-02 8.8881E-02 3.2525E+13 5.2948E+00 47 62 90681 86836 469773 8.1044E+11 8.8434E-02 8.8434E-02 3.2721E+13 5.2944E+00 48 63 89853 85932 467434 8.0860E+11 8.8133E-02 8.8133E-02 3.2628E+13 5.2784E+00 49 64 88783 85057 461846 7.9708E+11 8.8469E-02 8.8469E-02 3.2616E+13 5.2916E+00 50 65 85914 82321 447903 7.7638E+11 8.8858E-02 8.8858E-02 3.2951E+13 5.3003E+00 51 66 82107 78675 428266 7.4573E+11 8.9108E-02 8.9108E-02 3.2930E+13 5.3025E+00 52 67 76991 73654 403096 6.9015E+11 9.0425E-02 9.0425E-02 3.2298E+13 5.3242E+00 53 68 68236 65418 357775 6.1463E+11 8.9987E-02 8.9987E-02 3.2499E+13 5.3131E+00 54 69 55232 53447 295036 5.0569E+11 9.2388E-02 9.2388E-02 3.2374E+13 5.3678E+00 55 71 69018 66446 362836 6.1158E+11 9.0479E-02 9.0479E-02 3.1774E+13 5.3260E+00 56 72 78395 75047 410513 7.0123E+11 8.9519E-02 8.9519E-02 3.2377E+13 5.3082E+00 57 73 83488 79836 434489 7.6197E+11 8.8677E-02 8.8677E-02 3.2974E+13 5.2931E+00 58 74 86749 83100 454165 7.7630E+11 8.8628E-02 8.8628E-02 3.2376E+13 5.2932E+00 59 75 89845 86123 470509 8.2462E+11 8.8356E-02 8.8356E-02 3.3053E+13 5.2908E+00 60 76 91758 87906 477740 8.2312E+11 8.8809E-02 8.8809E-02 3.2596E+13 5.2966E+00 61 77 92014 88084 479525 8.3641E+11 8.8796E-02 8.8796E-02 3.3163E+13 5.2984E+00 62 78 91277 87464 474714 8.1842E+11 8.8548E-02 8.8548E-02 3.2821E+13 5.2925E+00 63 79 89278 85598 465497 7.9984E+11 8.8476E-02 8.8476E-02 3.2429E+13 5.2936E+00 64 81 84723 81238 444073 7.5849E+11 8.9004E-02 8.9004E-02 3.2366E+13 5.3008E+00
Calculation No. L-003388, Rev. 0 Attachment M (Page M29 of M147) 65 82 80746 77444 422617 7.2662E+11 8.9713E-02 8.9713E-02 3.2633E+13 5.3186E+00 66 83 73992 70932 388277 6.6553E+11 9.0644E-02 9.0644E-02 3.2419E+13 5.3269E+00 67 84 63278 60823 333872 5.6520E+11 9.1128E-02 9.1128E-02 3.1823E+13 5.3378E+00 68 85 66241 64456 353271 6.0201E+11 9.0550E-02 9.0550E-02 3.2094E+13 5.3388E+00 69 86 73943 70845 388283 6.6976E+11 8.9975E-02 8.9975E-02 3.2833E+13 5.3165E+00 70 87 81177 77808 423770 7.2526E+11 9.0203E-02 9.0203E-02 3.2348E+13 5.3227E+00 71 88 86116 82532 447832 7.7923E+11 8.9082E-02 8.9082E-02 3.2960E+13 5.3048E+00 72 89 89622 85764 470114 8.1072E+11 8.8790E-02 8.8790E-02 3.2813E+13 5.2952E+00 73 91 91006 87087 474896 8.2203E+11 8.8184E-02 8.8184E-02 3.2589E+13 5.2864E+00 74 92 91504 87682 474164 8.1836E+11 8.8591E-02 8.8591E-02 3.2636E+13 5.2948E+00 75 93 91393 87432 475956 8.2647E+11 8.8651E-02 8.8651E-02 3.2812E+13 5.2960E+00 76 94 90040 86228 469590 8.1784E+11 8.8827E-02 8.8827E-02 3.3027E+13 5.2981E+00 77 95 87128 83498 453263 7.7441E+11 8.9177E-02 8.9177E-02 3.2474E+13 5.3046E+00 78 96 83555 80000 435876 7.4669E+11 8.9114E-02 8.9114E-02 3.2447E+13 5.3045E+00 79 97 77923 74721 406285 6.8845E+11 8.9911E-02 8.9911E-02 3.2098E+13 5.3230E+00 80 98 69433 66465 363358 6.2819E+11 9.0039E-02 9.0039E-02 3.2787E+13 5.3222E+00 81 99 56513 54655 303214 5.1649E+11 9.1475E-02 9.1475E-02 3.2236E+13 5.3485E+00 82 101 67708 65174 356003 6.0048E+11 9.0554E-02 9.0554E-02 3.2052E+13 5.3347E+00 83 102 75785 72558 395945 6.8595E+11 8.9109E-02 8.9109E-02 3.2819E+13 5.2995E+00 84 103 81953 78463 428066 7.3558E+11 8.9187E-02 8.9187E-02 3.2591E+13 5.3040E+00 85 104 85556 82028 448297 7.6443E+11 8.8616E-02 8.8616E-02 3.2305E+13 5.2913E+00 86 105 88400 84805 461837 8.0661E+11 8.8563E-02 8.8563E-02 3.2932E+13 5.2920E+00 87 106 90161 86421 468866 7.9477E+11 8.8572E-02 8.8572E-02 3.2009E+13 5.2951E+00 88 107 89956 86065 469100 8.0680E+11 8.8833E-02 8.8833E-02 3.2662E+13 5.3018E+00 89 108 89780 86024 468782 7.9942E+11 8.8805E-02 8.8805E-02 3.2449E+13 5.2982E+00 90 109 87477 83813 458574 7.8737E+11 8.8772E-02 8.8772E-02 3.2564E+13 5.2982E+00 91 111 84061 80511 437205 7.4041E+11 8.9290E-02 8.9290E-02 3.1917E+13 5.3088E+00 92 112 79341 75978 415474 7.1824E+11 8.9334E-02 8.9334E-02 3.2763E+13 5.3066E+00 93 113 72645 69591 378874 6.3764E+11 9.0213E-02 9.0213E-02 3.1691E+13 5.3190E+00 94 114 61746 59356 326588 5.4774E+11 9.1845E-02 9.1845E-02 3.1776E+13 5.3541E+00 95 115 61810 60141 329043 5.6338E+11 9.1202E-02 9.1202E-02 3.2310E+13 5.3499E+00 96 116 69761 66687 366851 6.3762E+11 9.0388E-02 9.0388E-02 3.2811E+13 5.3272E+00 97 117 77074 73733 401480 6.9322E+11 8.9869E-02 8.9869E-02 3.2638E+13 5.3138E+00 98 118 81505 78053 426589 7.3212E+11 8.9542E-02 8.9542E-02 3.2459E+13 5.3083E+00 99 119 84222 80678 440279 7.5713E+11 8.9557E-02 8.9557E-02 3.2516E+13 5.3108E+00 100 121 86343 82676 452046 7.7932E+11 8.8786E-02 8.8786E-02 3.2488E+13 5.2974E+00 101 122 86670 82995 452592 7.8930E+11 8.9021E-02 8.9021E-02 3.3047E+13 5.3040E+00 102 123 86306 82664 450393 7.8654E+11 8.8913E-02 8.8913E-02 3.2946E+13 5.3002E+00 103 124 84860 81223 440311 7.6301E+11 8.9228E-02 8.9228E-02 3.2854E+13 5.3080E+00 104 125 82154 78661 428598 7.3335E+11 8.9662E-02 8.9662E-02 3.2405E+13 5.3114E+00
Calculation No. L-003388, Rev. 0 Attachment M (Page M30 of M147) 105 126 78056 74750 406873 6.9767E+11 8.9884E-02 8.9884E-02 3.2472E+13 5.3183E+00 106 127 73347 70215 384964 6.5401E+11 9.0664E-02 9.0664E-02 3.2144E+13 5.3307E+00 107 128 65180 62354 342406 5.7862E+11 9.0328E-02 9.0328E-02 3.2064E+13 5.3214E+00 108 129 53635 51885 286942 4.9443E+11 9.3007E-02 9.3007E-02 3.2686E+13 5.3813E+00 109 131 60214 57963 319847 5.5404E+11 9.1257E-02 9.1257E-02 3.2737E+13 5.3375E+00 110 132 67864 64933 355111 6.0199E+11 9.0944E-02 9.0944E-02 3.2155E+13 5.3288E+00 111 133 72967 69997 383753 6.5814E+11 8.9715E-02 8.9715E-02 3.2520E+13 5.3146E+00 112 134 76505 73232 400047 6.8964E+11 9.0296E-02 9.0296E-02 3.2675E+13 5.3280E+00 113 135 78981 75690 411905 7.0831E+11 9.0089E-02 9.0089E-02 3.2705E+13 5.3216E+00 114 136 79651 76320 417979 7.0872E+11 8.9537E-02 8.9537E-02 3.1935E+13 5.3100E+00 115 137 79950 76622 416300 7.1497E+11 8.9692E-02 8.9692E-02 3.2639E+13 5.3142E+00 116 138 79337 76035 415856 7.1787E+11 8.9426E-02 8.9426E-02 3.2618E+13 5.3087E+00 117 139 76975 73792 403620 6.9878E+11 9.0431E-02 9.0431E-02 3.2895E+13 5.3280E+00 118 141 74321 71115 387639 6.6219E+11 9.0013E-02 9.0013E-02 3.2283E+13 5.3207E+00 119 142 69448 66486 364840 6.3184E+11 8.9935E-02 8.9935E-02 3.2935E+13 5.3139E+00 120 143 63794 61129 335381 5.6802E+11 9.0094E-02 9.0094E-02 3.1976E+13 5.3125E+00 121 144 54061 51970 285196 5.0027E+11 9.1663E-02 9.1663E-02 3.3242E+13 5.3485E+00 122 145 48454 47415 262793 4.5103E+11 9.2713E-02 9.2713E-02 3.2412E+13 5.3769E+00 123 146 53628 51932 285087 4.9845E+11 9.2645E-02 9.2645E-02 3.3121E+13 5.3708E+00 124 147 58845 56825 312813 5.3894E+11 9.2074E-02 9.2074E-02 3.2614E+13 5.3631E+00 125 148 62730 60647 333333 5.7232E+11 9.0341E-02 9.0341E-02 3.2553E+13 5.3316E+00 126 149 64735 62578 343856 5.9005E+11 9.0864E-02 9.0864E-02 3.2517E+13 5.3399E+00 127 151 66021 63893 351196 6.1535E+11 9.0356E-02 9.0356E-02 3.3057E+13 5.3352E+00 128 152 66270 64022 349991 5.9643E+11 9.0107E-02 9.0107E-02 3.2302E+13 5.3281E+00 129 153 66378 64220 351648 6.1626E+11 9.0018E-02 9.0018E-02 3.3291E+13 5.3264E+00 130 154 65295 63202 347163 6.0167E+11 9.0777E-02 9.0777E-02 3.2692E+13 5.3412E+00 131 155 63124 60990 333862 5.7985E+11 9.0994E-02 9.0994E-02 3.2958E+13 5.3436E+00 132 156 60161 58195 319662 5.5228E+11 9.2426E-02 9.2426E-02 3.2772E+13 5.3735E+00 133 157 56014 54145 301488 5.1455E+11 9.1402E-02 9.1402E-02 3.2247E+13 5.3489E+00 134 158 49591 47914 264865 4.6092E+11 9.2907E-02 9.2907E-02 3.3064E+13 5.3771E+00 135 159 40908 39748 221118 3.7855E+11 9.4233E-02 9.4233E-02 3.2292E+13 5.3996E+00 136 1200 439702 409019 5653 9.5096E+09 4.0212E-01 4.0212E-01 3.1670E+13 7.8242E+03 137 1201 4880566 4791255 20930518 3.3814E+13 3.5918E-01 3.5918E-01 2.9991E+13 3.6538E+00 138 1202 2809539 2737377 13878453 2.2767E+12 3.6769E-01 3.6769E-01 2.7913E+13 3.7603E+00 139 12021 16014866 15825446 69997680 3.8265E+13 3.9399E-01 3.9399E-01 3.0421E+13 3.7987E+00 140 1203 14665736 14572141 64455544 3.4528E+13 3.6408E-01 3.6408E-01 2.9733E+13 3.6798E+00 141 1204 3905284 3805068 19152474 3.1740E+12 3.5414E-01 3.5414E-01 2.8234E+13 3.6960E+00 142 12041 26370488 26096347 114094393 6.2472E+13 3.9226E-01 3.9226E-01 3.0456E+13 3.7857E+00 143 1205 25326940 25156949 109225339 5.8869E+13 3.6634E-01 3.6634E-01 2.9976E+13 3.6867E+00 144 1206 140880 137370 669383 1.0672E+11 3.2044E-01 3.2044E-01 2.6852E+13 3.5409E+00
Calculation No. L-003388, Rev. 0 Attachment M (Page M31 of M147) 145 12061 953937 943775 4069035 2.1314E+12 2.5962E-01 2.5962E-01 2.9229E+13 3.1833E+00 146 1207 1076640 1069565 4357628 2.3427E+12 1.7551E-01 1.7551E-01 3.0263E+13 2.7898E+00 147 1208 3754812 3659192 18337612 3.0546E+12 3.5299E-01 3.5299E-01 2.8357E+13 3.6911E+00 148 12081 25632812 25357973 110281533 6.0645E+13 3.9122E-01 3.9122E-01 3.0587E+13 3.7806E+00 149 1209 25213291 25048319 108362379 5.8849E+13 3.6473E-01 3.6473E-01 3.0162E+13 3.6790E+00 150 1210 770984 753530 2677394 4.5451E+12 1.2861E-01 1.2861E-01 3.1817E+13 2.3948E+00 151 1211 168631728 166196168 774383065 4.5417E+14 4.1018E-01 4.1018E-01 3.2706E+13 3.9981E+00 152 12111 45971353 44785197 231548820 4.3216E+13 3.9567E-01 3.9567E-01 3.1912E+13 4.0024E+00 154 9998 7965915 5841811 767498 1.3510E+12 1.2141E-01 1.2141E-01 3.3009E+13 5.4303E+03 155 9997 8862040 6355879 808946 1.4271E+12 1.1868E-01 1.1868E-01 3.3125E+13 5.3888E+03 156 9996 6085369 4356474 541042 9.4494E+11 1.2235E-01 1.2235E-01 3.2878E+13 5.4427E+03 157 9995 119282931 109359136 5353556 9.6865E+12 4.1776E-01 4.1776E-01 3.3192E+13 7.9312E+03 158 9994 114607287 97357203 8125580 1.4902E+13 4.0392E-01 4.0392E-01 3.3717E+13 7.8442E+03 159 9993 320508 265700 14916 2.4664E+10 1.3386E-01 1.3386E-01 3.1261E+13 5.6608E+03 160 9992 718644 631735 73356 1.2308E+11 1.4672E-01 1.4672E-01 3.1428E+13 5.8079E+03 161 9991 655890 609572 3182 5.3889E+09 1.5766E-01 1.5766E-01 3.1640E+13 5.9270E+03 162 9990 1137331 1048977 61608 1.0351E+11 1.9229E-01 1.9229E-01 3.1391E+13 6.2142E+03 163 9989 6557787 5300259 345895 5.8476E+11 3.5262E-01 3.5262E-01 3.1110E+13 7.4833E+03 164 9988 16406970 15682705 2669099 1.6258E+11 4.6201E-01 4.6201E-01 3.1321E+13 8.6198E+03 166 9986 202693 202692 1107 1.6445E+09 1.6774E-01 1.6774E-01 3.0803E+13 5.9015E+03 167 10000 22675 22308 88020 1.4569E+11 3.7486E-01 3.7486E-01 3.0776E+13 3.7393E+00 168 10001 35165 34590 132894 2.2115E+11 3.9671E-01 3.9671E-01 3.1199E+13 3.8210E+00 169 10002 97144 96057 402123 6.3595E+11 3.9420E-01 3.9420E-01 2.8977E+13 3.7997E+00 170 10003 34805 34266 132334 2.2321E+11 3.9508E-01 3.9508E-01 3.1613E+13 3.8195E+00 171 10004 24390 24045 92209 1.5614E+11 4.0533E-01 4.0533E-01 3.1715E+13 3.8584E+00 172 10005 996 979 3565 5.1872E+09 3.6108E-01 3.6108E-01 2.5781E+13 3.6507E+00 173 2001 16375245 15460922 3332142 2.0335E+11 4.4019E-01 4.4019E-01 3.1311E+13 8.3946E+03 174 2002 33488460 30021159 18239141 5.5777E+11 3.8702E-01 3.8702E-01 3.1391E+13 7.8915E+03 175 2003 32907994 28759415 20610997 6.3079E+11 3.3232E-01 3.3232E-01 3.1425E+13 7.3603E+03 176 2004 63953150 52751725 74486779 1.1411E+12 2.8576E-01 2.8576E-01 3.1459E+13 6.8894E+03 177 2005 57601966 47310135 74427256 1.1402E+12 2.4957E-01 2.4957E-01 3.1480E+13 6.5088E+03 178 2006 99231059 78449336 136840679 1.0477E+12 2.2741E-01 2.2741E-01 3.1473E+13 6.2674E+03 179 2007 82389213 65954623 118492672 9.0685E+11 2.1321E-01 2.1321E-01 3.1464E+13 6.1089E+03 180 2008 130273116 101657008 280509225 1.0742E+12 2.0226E-01 2.0226E-01 3.1474E+13 5.9847E+03 181 2009 90427808 71625013 199383296 7.6293E+11 1.9419E-01 1.9419E-01 3.1463E+13 5.8924E+03 182 2010 118658917 93112421 340402727 6.5127E+11 1.8921E-01 1.8921E-01 3.1454E+13 5.8347E+03 183 2011 67333469 53324343 195094545 3.7310E+11 1.8640E-01 1.8640E-01 3.1441E+13 5.8023E+03 184 2012 74537425 58332143 217283942 2.0762E+11 1.8538E-01 1.8538E-01 3.1421E+13 5.7909E+03 185 2013 40606166 32033880 118901237 1.1356E+11 1.8525E-01 1.8525E-01 3.1422E+13 5.7903E+03 186 2014 43760445 33749504 128409879 6.1365E+10 1.8557E-01 1.8557E-01 3.1428E+13 5.7941E+03
Calculation No. L-003388, Rev. 0 Attachment M (Page M32 of M147) 187 2015 19618118 16553015 110201797 5.2595E+10 1.9216E-01 1.9216E-01 3.1381E+13 5.8699E+03 188 200 2046612 1832682 4056114 7.1466E+12 4.9183E-01 4.9183E-01 3.1973E+13 1.2895E+00 189 201 2242863 2001415 4461099 7.8300E+12 4.9190E-01 4.9190E-01 3.1847E+13 1.2870E+00 190 202 2478060 2207383 4941785 8.6613E+12 5.0201E-01 5.0201E-01 3.1992E+13 1.3037E+00 191 203 2656963 2362221 5305240 9.4087E+12 5.0607E-01 5.0607E-01 3.2521E+13 1.3113E+00 192 204 2760788 2452392 5519388 9.7015E+12 5.0302E-01 5.0302E-01 3.1860E+13 1.3070E+00 193 205 2798986 2484606 5594079 1.0013E+13 5.0685E-01 5.0685E-01 3.2688E+13 1.3145E+00 194 206 2730851 2424779 5469325 9.6864E+12 5.0280E-01 5.0280E-01 3.2393E+13 1.3074E+00 195 207 2562915 2277818 5113605 9.0008E+12 5.0124E-01 5.0124E-01 3.1885E+13 1.3035E+00 196 208 2337707 2080387 4661610 8.1771E+12 5.0074E-01 5.0074E-01 3.2070E+13 1.3039E+00 197 209 2083350 1853699 4126880 7.1985E+12 5.0488E-01 5.0488E-01 3.1894E+13 1.3125E+00 198 210 1744928 1555919 3436501 5.9392E+12 5.2051E-01 5.2051E-01 3.1597E+13 1.3388E+00 199 211 1139885 1029376 2210350 3.6242E+12 5.1261E-01 5.1261E-01 2.9418E+13 1.3265E+00 200 212 559625 512041 1046572 1.6516E+12 4.9720E-01 4.9720E-01 2.8385E+13 1.3030E+00 201 213 266617 245733 491389 7.5322E+11 4.7678E-01 4.7678E-01 2.7083E+13 1.2682E+00 202 214 129846 120389 236842 3.6991E+11 4.6000E-01 4.6000E-01 2.7911E+13 1.2305E+00 total 1659207260 1422635767 3831424048 1.0909E+15 1tally 2 nps = 3139919 tally type 2 particle flux averaged over a surface.
tally for photons number of histories used for normalizing tallies = 19038449.00 this tally is modified by a dose function.
areas surface: 1231 1.78374E+06 surface 1231 1.53794E-01 0.0065
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results of 10 statistical checks for the estimated answer for the tally fluctuation chart (tfc) bin of tally 2 tfc bin --mean-- ---------relative error--------- ----variance of the variance---- --figure of merit-- -pdf-behavior behavior value decrease decrease rate value decrease decrease rate value behavior slope desired random <0.10 yes 1/sqrt(nps) <0.10 yes 1/nps constant random >3.00 observed random 0.01 yes yes 0.00 yes yes constant random 4.00 passed? yes yes yes yes yes yes yes yes yes yes
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this tally meets the statistical criteria used to form confidence intervals: check the tally fluctuation chart to verify.
the results in other bins associated with this tally may not meet these statistical criteria.
estimated confidence intervals: -----
Calculation No. L-003388, Rev. 0 Attachment M (Page M33 of M147) estimated asymmetric confidence interval(1,2,3 sigma): 1.5281E-01 to 1.5481E-01; 1.5181E-01 to 1.5582E-01; 1.5081E-01 to 1.5682E-01 estimated symmetric confidence interval(1,2,3 sigma): 1.5279E-01 to 1.5480E-01; 1.5179E-01 to 1.5580E-01; 1.5079E-01 to 1.5680E-01 1analysis of the results in the tally fluctuation chart bin (tfc) for tally 2 with nps = 3139919 print table 160 normed average tally per history = 1.53794E-01 unnormed average tally per history = 2.74328E+05 estimated tally relative error = 0.0065 estimated variance of the variance = 0.0027 relative error from zero tallies = 0.0024 relative error from nonzero scores = 0.0060 number of nonzero history tallies = 168039 efficiency for the nonzero tallies = 0.0088 history number of largest tally = 1104723 largest unnormalized history tally = 5.32503E+09 (largest tally)/(average tally) = 1.94112E+04 (largest tally)/(avg nonzero tally)= 1.71329E+02 (confidence interval shift)/mean = 0.0001 shifted confidence interval center = 1.53812E-01 if the largest history score sampled so far were to occur on the next history, the tfc bin quantities would change as follows:
estimated quantities value at nps value at nps+1 value(nps+1)/value(nps)-1.
mean 1.53794E-01 1.54744E-01 0.006182 relative error 6.51550E-03 6.56785E-03 0.008035 variance of the variance 2.72463E-03 3.19966E-03 0.174344 shifted center 1.53812E-01 1.53915E-01 0.000669 figure of merit 2.46711E+01 2.42794E+01 -0.015878 the estimated inverse power slope of the 200 largest tallies starting at 1.00460E+09 is 4.0025 the large score tail of the empirical history score probability density function appears to have no unsampled regions.
fom = (histories/minute)*(f(x) signal-to-noise ratio)**2 = (1.994E+04)*( 3.518E-02)**2 = (1.994E+04)*(1.237E-
- 03) = 2.467E+01 1tally 12 nps = 3139919 tally type 2 particle flux averaged over a surface.
tally for photons number of histories used for normalizing tallies = 19038449.00 this tally is modified by a dose function.
areas surface: 1227 segment 1 1.00000E+50 2 2.56400E+07 3 1.03700E+08 4 1.60200E+08 5 3.92700E+08 6 5.49800E+08 7 7.06900E+08 8 8.63900E+08 9 1.59000E+09 10 1.94400E+09 11 3.14200E+09 12 3.77000E+09 13 4.39800E+09 14 5.02700E+09 15 5.65500E+09 16 1.68900E+10 surface 1227 segment: -2000 1.31438E-46 0.0067 surface 1227 segment: 2000 -2001 9.05249E-04 0.0053 surface 1227 segment: 2000 2001 -2002 6.04759E-04 0.0043 surface 1227 segment: 2000 2001 2002 -2003 3.14315E-04 0.0049
Calculation No. L-003388, Rev. 0 Attachment M (Page M34 of M147) surface 1227 segment: 2000 2001 2002 2003 -2004 1.51616E-04 0.0045 surface 1227 segment: 2000 2001 2002 2003 2004 -2005 7.05773E-05 0.0057 surface 1227 segment: 2000 2001 2002 2003 2004 2005 -2006 3.31501E-05 0.0093 surface 1227 segment: 2000 2001 2002 2003 2004 2005 2006 -2007 1.61934E-05 0.0052 surface 1227 segment: 2000 2001 2002 2003 2004 2005 2006 2007 -2008 7.27773E-06 0.0046 surface 1227 segment: 2000 2001 2002 2003 2004 2005 2006 2007 2008 -2009 2.90070E-06 0.0048 surface 1227 segment: 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 -2010 1.06677E-06 0.0053 surface 1227 segment: 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010
-2011 3.52861E-07 0.0070 surface 1227 segment: 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 -2012 1.21636E-07 0.0090 surface 1227 segment: 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 -2013 4.35808E-08 0.0153 surface 1227 segment: 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 -2014 2.04653E-08 0.2087 surface 1227 segment: 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 3.48815E-09 0.0200
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results of 10 statistical checks for the estimated answer for the tally fluctuation chart (tfc) bin of tally 12 tfc bin --mean-- ---------relative error--------- ----variance of the variance---- --figure of merit-- -pdf-behavior behavior value decrease decrease rate value decrease decrease rate value behavior slope desired random <0.10 yes 1/sqrt(nps) <0.10 yes 1/nps constant random >3.00 observed random 0.02 yes yes 0.32 yes yes constant increase 2.56 passed? yes yes yes yes no yes yes yes no no
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warning. the tally in the tally fluctuation chart bin did not pass 3 of the 10 statistical checks.
Calculation No. L-003388, Rev. 0 Attachment M (Page M35 of M147) 1analysis of the results in the tally fluctuation chart bin (tfc) for tally 12 with nps = 3139919 print table 160 normed average tally per history = 3.48815E-09 unnormed average tally per history = 5.89149E+01 estimated tally relative error = 0.0200 estimated variance of the variance = 0.3217 relative error from zero tallies = 0.0033 relative error from nonzero scores = 0.0198 number of nonzero history tallies = 90753 efficiency for the nonzero tallies = 0.0048 history number of largest tally = 1000351 largest unnormalized history tally = 1.68310E+07 (largest tally)/(average tally) = 2.85683E+05 (largest tally)/(avg nonzero tally)= 1.36180E+03 (confidence interval shift)/mean = 0.0046 shifted confidence interval center = 3.50428E-09 if the largest history score sampled so far were to occur on the next history, the tfc bin quantities would change as follows:
estimated quantities value at nps value at nps+1 value(nps+1)/value(nps)-1.
mean 3.48815E-09 3.80552E-09 0.090984 relative error 2.00356E-02 2.46564E-02 0.230627 variance of the variance 3.21716E-01 2.61384E-01 -0.187532 shifted center 3.50428E-09 3.60789E-09 0.029565 figure of merit 2.60903E+00 1.72276E+00 -0.339691 the estimated inverse power slope of the 200 largest tallies starting at 3.10464E+05 is 2.5587 the history score probability density function appears to have an unsampled region at the largest history scores:
please examine. see print table 161.
fom = (histories/minute)*(f(x) signal-to-noise ratio)**2 = (1.994E+04)*( 1.144E-02)**2 = (1.994E+04)*(1.308E-
- 04) = 2.609E+00 1unnormed tally density for tally 12 nonzero tally mean(m) = 1.236E+04 nps = 3139919 print table 161 abscissa ordinate log plot of tally probability density function in tally fluctuation chart bin(d=decade,slope= 2.6) tally number num den log den:d----------d------------d-----------d------------d-----------d-----------d------
d-----------d-2.00+03 4010 5.13-07 -6.290
- l************l***********l************l***********l***********l************l******** l 2.51+03 12066 1.23-06 -5.911
- l************l***********l************l***********l***********l************l***********l*
3.16+03 11639 9.40-07 -6.027
- l************l***********l************l***********l***********l************l***********l 3.98+03 10367 6.65-07 -6.177
- l************l***********l************l***********l***********l************l********** l 5.01+03 9078 4.63-07 -6.335
- l************l***********l************l***********l***********l************l******** l 6.31+03 8377 3.39-07 -6.470
- l************l***********l************l***********l***********l************l****** l 7.94+03 7286 2.34-07 -6.630
- l************l***********l************l***********l***********l************l**** l 1.00+04 6001 1.53-07 -6.815
- l************l***********l************l***********l***********l************l** l 1.26+04 5041 1.02-07 -6.990 mmmmmmmmmmmlmmmmmmmmmmmmlmmmmmmmmmmmlmmmmmmmmmmmmlmmmmmmmmmmmlmmmmmmmmmmmlmmmmmmmmmmmml l 1.58+04 3937 6.34-08 -7.198
- l************l***********l************l***********l***********l********** l l 2.00+04 3098 3.97-08 -7.402
- l************l***********l************l***********l***********l******** l l 2.51+04 2300 2.34-08 -7.631 ***********l************l***********l************l***********l***********l*****
l l 3.16+04 1685 1.36-08 -7.866 ***********l************l***********l************l***********l***********l**
l l 3.98+04 1461 9.37-09 -8.028 ***********l************l***********l************l***********l***********l l l 5.01+04 1225 6.24-09 -8.205 ***********l************l***********l************l***********l********** l l l 6.31+04 903 3.65-09 -8.437 ***********l************l***********l************l***********l******* l l l 7.94+04 640 2.06-09 -8.687 ***********l************l***********l************l***********l**** l l l 1.00+05 434 1.11-09 -8.955 ***********l************l***********l************l***********l l l l 1.26+05 290 5.88-10 -9.230 ***********l************l***********l************l********* l l l l
Calculation No. L-003388, Rev. 0 Attachment M (Page M36 of M147) 1.58+05 213 3.43-10 -9.464 ***********l************l***********l************l****** l l l l 2.00+05 206 2.64-10 -9.579 ***********l************l***********l************l***** l l l l 2.51+05 174 1.77-10 -9.752 ***********l************l***********l************l** l l l l 3.16+05 129 1.04-10 -9.982 ***********l************l***********l************l s l l l l 3.98+05 68 4.36-11 -10.360 ***********l************l***********l******** l s l l l l 5.01+05 41 2.09-11 -10.680 ***********l************l***********l**** l s l l l l 6.31+05 30 1.21-11 -10.916 ***********l************l***********l* l s l l l l 7.94+05 18 5.79-12 -11.238 ***********l************l********* l l s l l l l 1.00+06 11 2.81-12 -11.551 ***********l************l***** l s l l l l 1.26+06 10 2.03-12 -11.693 ***********l************l*** l s l l l l l 1.58+06 3 4.83-13 -12.316 ***********l********* l l s l l l l l 2.00+06 5 6.40-13 -12.194 ***********l********** l l s l l l l l 2.51+06 1 1.02-13 -12.993 ***********l l l s l l l l l 3.16+06 1 8.08-14 -13.093 ***********l l sl l l l l l 3.98+06 1 6.41-14 -13.193 ********** l l s l l l l l l 5.01+06 2 1.02-13 -12.992 ***********l l s l l l l l l 6.31+06 1 4.05-14 -13.393 ******* l l s l l l l l l 7.94+06 0 0.00+00 0.000 l sl l l l l l l 1.00+07 0 0.00+00 0.000 l s l l l l l l l 1.26+07 0 0.00+00 0.000 l s l l l l l l l 1.58+07 0 0.00+00 0.000 l s l l l l l l l 2.00+07 1 1.28-14 -13.893
- s l l l l l l l total 90753 4.77-03 d----------d------------d-----------d------------d-----------d-----------d------
d-----------d-1tally 22 nps = 3139919 tally type 2 particle flux averaged over a surface.
tally for photons number of histories used for normalizing tallies = 19038449.00 this tally is modified by a dose function.
areas surface: 1227 segment 1 1.00000E+50 2 1.00000E+50 3 1.00000E+50 4 4.35376E+05 5 4.35376E+05 6 4.35376E+05 7 4.35376E+05 8 4.35376E+05 9 4.35376E+05 10 4.35376E+05 11 4.35376E+05 12 4.35376E+05 13 4.35376E+05 14 4.35376E+05 15 4.35376E+05 16 4.35376E+05 17 4.35376E+05 18 4.35376E+05 19 4.35376E+05 20 4.35376E+05 21 4.35376E+05 22 1.00000E+50
Calculation No. L-003388, Rev. 0 Attachment M (Page M37 of M147) surface 1227 segment: 1201 1.66498E-45 0.0039 surface 1227 segment: -1201 -2026 6.74586E-46 0.0045 surface 1227 segment: -1201 2026 2027 5.53821E-46 0.0047 surface 1227 segment: -1201 2026 -2027 2016 4.21856E-04 0.0352 surface 1227 segment: -1201 2026 -2027 -2016 2017 6.13409E-04 0.0278 surface 1227 segment: -1201 2026 -2027 -2016 -2017 2018 7.84311E-04 0.0275 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 2019 9.31937E-04 0.0219 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 2020 1.12141E-03 0.0252 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 2021 1.30202E-03 0.0295 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 2022 1.37535E-03 0.0422 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 2023 1.43535E-03 0.0299 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023 2024 1.40791E-03 0.0301 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023
-2024 2025 1.39962E-03 0.0313 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023
-2024 -2025 2028 1.33948E-03 0.0271 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023
-2024 -2025 -2028 2029 1.29741E-03 0.0284 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023
-2024 -2025 -2028 -2029 2030 1.35276E-03 0.0470 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023
-2024 -2025 -2028 -2029 -2030 2031 1.15230E-03 0.0305 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023
-2024 -2025 -2028 -2029 -2030 -2031 2032 1.17936E-03 0.0351 surface 1227
Calculation No. L-003388, Rev. 0 Attachment M (Page M38 of M147) segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023
-2024 -2025 -2028 -2029 -2030 -2031 -2032 2033 1.07801E-03 0.0395 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023
-2024 -2025 -2028 -2029 -2030 -2031 -2032 -2033 2034 1.01225E-03 0.0409 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023
-2024 -2025 -2028 -2029 -2030 -2031 -2032 -2033 -2034 2035 1.00598E-03 0.0407 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023
-2024 -2025 -2028 -2029 -2030 -2031 -2032 -2033 -2034 -2035 9.87081E-47 0.0116
====================================================================================================
=======
results of 10 statistical checks for the estimated answer for the tally fluctuation chart (tfc) bin of tally 22 tfc bin --mean-- ---------relative error--------- ----variance of the variance---- --figure of merit-- -pdf-behavior behavior value decrease decrease rate value decrease decrease rate value behavior slope desired random <0.10 yes 1/sqrt(nps) <0.10 yes 1/nps constant random >3.00 observed random 0.01 yes yes 0.07 yes yes constant random 2.38 passed? yes yes yes yes yes yes yes yes yes no
====================================================================================================
=======
warning. the tally in the tally fluctuation chart bin did not pass 1 of the 10 statistical checks.
1analysis of the results in the tally fluctuation chart bin (tfc) for tally 22 with nps = 3139919 print table 160 normed average tally per history = 9.87081E-47 unnormed average tally per history = 9.87081E+03 estimated tally relative error = 0.0116 estimated variance of the variance = 0.0721 relative error from zero tallies = 0.0018 relative error from nonzero scores = 0.0114 number of nonzero history tallies = 289596 efficiency for the nonzero tallies = 0.0152 history number of largest tally = 173359 largest unnormalized history tally = 1.09424E+09 (largest tally)/(average tally) = 1.10856E+05 (largest tally)/(avg nonzero tally)= 1.68624E+03 (confidence interval shift)/mean = 0.0011 shifted confidence interval center = 9.88148E-47 if the largest history score sampled so far were to occur on the next history, the tfc bin quantities would change as follows:
estimated quantities value at nps value at nps+1 value(nps+1)/value(nps)-1.
mean 9.87081E-47 1.02193E-46 0.035305 relative error 1.15796E-02 1.28757E-02 0.111936 variance of the variance 7.21389E-02 8.69497E-02 0.205309 shifted center 9.88148E-47 9.95776E-47 0.007720 figure of merit 7.81087E+00 6.31742E+00 -0.191202 the estimated inverse power slope of the 200 largest tallies starting at 3.75667E+07 is 2.3752 the history score probability density function appears to have an unsampled region at the largest history scores:
please examine. see print table 161.
fom = (histories/minute)*(f(x) signal-to-noise ratio)**2 = (1.994E+04)*( 1.979E-02)**2 = (1.994E+04)*(3.917E-
- 04) = 7.811E+00
Calculation No. L-003388, Rev. 0 Attachment M (Page M39 of M147) 1unnormed tally density for tally 22 nonzero tally mean(m) = 6.489E+05 nps = 3139919 print table 161 abscissa ordinate log plot of tally probability density function in tally fluctuation chart bin(d=decade,slope= 2.4) tally number num den log den:d----------d----------d-----------d-----------d-----------d----------d----------
-d-----------d------
2.00+03 23 2.94-09 -8.531
- l**********l***********l***********l***********l**********l***********l*** l 2.51+03 68 6.91-09 -8.160
- l**********l***********l***********l***********l**********l***********l******* l 3.16+03 56 4.52-09 -8.345
- l**********l***********l***********l***********l**********l***********l***** l 3.98+03 133 8.53-09 -8.069
- l**********l***********l***********l***********l**********l***********l******** l 5.01+03 280 1.43-08 -7.846
- l**********l***********l***********l***********l**********l***********l***********l 6.31+03 255 1.03-08 -7.986
- l**********l***********l***********l***********l**********l***********l********* l 7.94+03 590 1.90-08 -7.722
- l**********l***********l***********l***********l**********l***********l***********l*
1.00+04 1339 3.42-08 -7.466
- l**********l***********l***********l***********l**********l***********l***********l****
1.26+04 1255 2.55-08 -7.594
- l**********l***********l***********l***********l**********l***********l***********l**
1.58+04 2083 3.36-08 -7.474
- l**********l***********l***********l***********l**********l***********l***********l***
2.00+04 4050 5.18-08 -7.285
- l**********l***********l***********l***********l**********l***********l***********l******
2.51+04 3774 3.84-08 -7.416
- l**********l***********l***********l***********l**********l***********l***********l****
3.16+04 4840 3.91-08 -7.408
- l**********l***********l***********l***********l**********l***********l***********l****
3.98+04 7808 5.01-08 -7.300
- l**********l***********l***********l***********l**********l***********l***********l*****
5.01+04 6983 3.56-08 -7.449
- l**********l***********l***********l***********l**********l***********l***********l****
6.31+04 9693 3.92-08 -7.406
- l**********l***********l***********l***********l**********l***********l***********l****
7.94+04 17191 5.53-08 -7.258
- l**********l***********l***********l***********l**********l***********l***********l******
1.00+05 16484 4.21-08 -7.376
- l**********l***********l***********l***********l**********l***********l***********l*****
1.26+05 18461 3.74-08 -7.427
- l**********l***********l***********l***********l**********l***********l***********l****
1.58+05 26683 4.30-08 -7.367
- l**********l***********l***********l***********l**********l***********l***********l*****
2.00+05 26392 3.38-08 -7.471
- l**********l***********l***********l***********l**********l***********l***********l***
2.51+05 25016 2.54-08 -7.595
- l**********l***********l***********l***********l**********l***********l***********l**
3.16+05 23244 1.88-08 -7.726
- l**********l***********l***********l***********l**********l***********l***********l 3.98+05 19875 1.27-08 -7.894
- l**********l***********l***********l***********l**********l***********l***********l 5.01+05 15999 8.15-09 -8.089
- l**********l***********l***********l***********l**********l***********l******** l 6.31+05 13069 5.29-09 -8.277
- l**********l***********l***********l***********l**********l***********l****** l 7.94+05 9849 3.17-09 -8.499 mmmmmmmmmmmlmmmmmmmmmmlmmmmmmmmmmmlmmmmmmmmmmmlmmmmmmmmmmmlmmmmmmmmmmlmmmmmmmmmmmlmmm l 1.00+06 7484 1.91-09 -8.719
- l**********l***********l***********l***********l**********l***********l* l 1.26+06 5530 1.12-09 -8.950 ***********l**********l***********l***********l***********l**********l**********
l l 1.58+06 4190 6.75-10 -9.171 ***********l**********l***********l***********l***********l**********l********
l l 2.00+06 2925 3.74-10 -9.427 ***********l**********l***********l***********l***********l**********l*****
l l 2.51+06 2347 2.39-10 -9.622 ***********l**********l***********l***********l***********l**********l**
l l 3.16+06 2097 1.69-10 -9.771 ***********l**********l***********l***********l***********l**********l l l 3.98+06 1648 1.06-10 -9.976 ***********l**********l***********l***********l***********l********* l l l 5.01+06 1544 7.87-11 -10.104 ***********l**********l***********l***********l***********l******** l l l 6.31+06 1277 5.17-11 -10.287 ***********l**********l***********l***********l***********l***** l l l
Calculation No. L-003388, Rev. 0 Attachment M (Page M40 of M147) 7.94+06 1151 3.70-11 -10.432 ***********l**********l***********l***********l***********l**** l l l 1.00+07 1097 2.80-11 -10.553 ***********l**********l***********l***********l***********l** l l l 1.26+07 897 1.82-11 -10.740 ***********l**********l***********l***********l***********l l l l 1.58+07 736 1.19-11 -10.926 ***********l**********l***********l***********l********** l l l l 2.00+07 452 5.79-12 -11.238 ***********l**********l***********l***********l****** l l l l 2.51+07 265 2.69-12 -11.570 ***********l**********l***********l***********l** l l l l 3.16+07 185 1.49-12 -11.826 ***********l**********l***********l***********l l l l l 3.98+07 97 6.22-13 -12.206 ***********l**********l***********l******* l s l l l l 5.01+07 68 3.46-13 -12.460 ***********l**********l***********l**** l s l l l l 6.31+07 36 1.46-13 -12.837 ***********l**********l***********l l s l l l l 7.94+07 29 9.32-14 -13.030 ***********l**********l********* l s l l l l 1.00+08 11 2.81-14 -13.551 ***********l**********l*** l s l l l l l 1.26+08 5 1.01-14 -13.994 ***********l********* l l s l l l l l 1.58+08 8 1.29-14 -13.890 ***********l**********l l s l l l l l 2.00+08 5 6.40-15 -14.194 ***********l******* l l s l l l l l 2.51+08 7 7.12-15 -14.148 ***********l******* l s l l l l l 3.16+08 5 4.04-15 -14.394 ***********l**** l s l l l l l l 3.98+08 5 3.21-15 -14.494 ***********l*** l s l l l l l l 5.01+08 1 5.10-16 -15.293 ****** l l s l l l l l l 6.31+08 0 0.00+00 0.000 l l s l l l l l l 7.94+08 0 0.00+00 0.000 l sl l l l l l l 1.00+09 0 0.00+00 0.000 l s l l l l l l l 1.26+09 1 2.03-16 -15.693
- l s l l l l l l l total 289596 1.52-02 d----------d----------d-----------d-----------d-----------d----------d----------
-d-----------d------
1tally 32 nps = 3139919 tally type 2 particle flux averaged over a surface.
tally for photons number of histories used for normalizing tallies = 19038449.00 this tally is modified by a dose function.
areas surface: 1201 segment 1 1.00000E+50 2 1.00000E+50 3 1.00000E+50 4 1.00000E+50 5 6.30000E+05 surface 1201 segment: 1231 6.63739E-46 0.0089 surface 1201 segment: -1231 -2026 5.10268E-49 0.1273 surface 1201 segment: -1231 2026 2027 1.26565E-48 0.0751 surface 1201 segment: -1231 2026 -2027 -1227 0.00000E+00 0.0000
Calculation No. L-003388, Rev. 0 Attachment M (Page M41 of M147) surface 1201 segment: -1231 2026 -2027 1227 4.04194E-04 0.0636
====================================================================================================
=======
results of 10 statistical checks for the estimated answer for the tally fluctuation chart (tfc) bin of tally 32 tfc bin --mean-- ---------relative error--------- ----variance of the variance---- --figure of merit-- -pdf-behavior behavior value decrease decrease rate value decrease decrease rate value behavior slope desired random <0.10 yes 1/sqrt(nps) <0.10 yes 1/nps constant random >3.00 observed random 0.06 yes yes 0.28 no no decrease random 2.77 passed? yes yes yes yes no no no no yes no
====================================================================================================
=======
warning. the tally in the tally fluctuation chart bin did not pass 5 of the 10 statistical checks.
1analysis of the results in the tally fluctuation chart bin (tfc) for tally 32 with nps = 3139919 print table 160 normed average tally per history = 4.04194E-04 unnormed average tally per history = 2.54642E+02 estimated tally relative error = 0.0636 estimated variance of the variance = 0.2808 relative error from zero tallies = 0.0158 relative error from nonzero scores = 0.0616 number of nonzero history tallies = 3998 efficiency for the nonzero tallies = 0.0002 history number of largest tally = 2800437 largest unnormalized history tally = 2.21129E+08 (largest tally)/(average tally) = 8.68391E+05 (largest tally)/(avg nonzero tally)= 1.82359E+02 (confidence interval shift)/mean = 0.0139 shifted confidence interval center = 4.09807E-04 if the largest history score sampled so far were to occur on the next history, the tfc bin quantities would change as follows:
estimated quantities value at nps value at nps+1 value(nps+1)/value(nps)-1.
mean 4.04194E-04 5.15980E-04 0.276564 relative error 6.35562E-02 7.48153E-02 0.177152 variance of the variance 2.80801E-01 2.37920E-01 -0.152712 shifted center 4.09807E-04 4.45658E-04 0.087484 figure of merit 2.59279E-01 1.87112E-01 -0.278336 the estimated inverse power slope of the 199 largest tallies starting at 4.37406E+06 is 2.7658 the history score probability density function appears to have an unsampled region at the largest history scores:
please examine. see print table 161.
fom = (histories/minute)*(f(x) signal-to-noise ratio)**2 = (1.994E+04)*( 3.606E-03)**2 = (1.994E+04)*(1.300E-
- 05) = 2.593E-01 1unnormed tally density for tally 32 nonzero tally mean(m) = 1.213E+06 nps = 3139919 print table 161 abscissa ordinate log plot of tally probability density function in tally fluctuation chart bin(d=decade,slope= 2.8) tally number num den log den:d----------------d----------------d-----------------d----------------d----------
d------------
2.51+05 149 1.51-10 -9.820
- l****************l*****************l****************l*****************l****
3.16+05 569 4.60-10 -9.338
- l****************l*****************l****************l*****************l************
3.98+05 671 4.30-10 -9.366
- l****************l*****************l****************l*****************l************
Calculation No. L-003388, Rev. 0 Attachment M (Page M42 of M147) 5.01+05 624 3.18-10 -9.498
- l****************l*****************l****************l*****************l*********
6.31+05 515 2.08-10 -9.681
- l****************l*****************l****************l*****************l******
7.94+05 387 1.24-10 -9.905
- l****************l*****************l****************l*****************l**
1.00+06 290 7.41-11 -10.130
- l****************l*****************l****************l**************** l 1.26+06 190 3.85-11 -10.414 mmmmmmmmmmmmmmmmmlmmmmmmmmmmmmmmmmlmmmmmmmmmmmmmmmmmlmmmmmmmmmmmmmmmmlmmmmmmmmmmm l 1.58+06 144 2.32-11 -10.634 *****************l****************l*****************l****************l*******
l 2.00+06 101 1.29-11 -10.888 *****************l****************l*****************l****************l***
l 2.51+06 70 7.12-12 -11.148 *****************l****************l*****************l*************** l l
3.16+06 46 3.71-12 -11.430 *****************l****************l*****************l********** l l
3.98+06 30 1.92-12 -11.716 *****************l****************l*****************l***** l l
5.01+06 54 2.75-12 -11.560 *****************l****************l*****************l******** ls l
6.31+06 34 1.38-12 -11.861 *****************l****************l*****************l*** sl l
7.94+06 36 1.16-12 -11.937 *****************l****************l*****************l* s l l
1.00+07 35 8.94-13 -12.049 *****************l****************l*****************l s l l
1.26+07 15 3.04-13 -12.517 *****************l****************l********* l s l l
1.58+07 13 2.09-13 -12.679 *****************l****************l******* l s l l
2.00+07 6 7.68-14 -13.115 *****************l****************l s l l
2.51+07 6 6.10-14 -13.215 *****************l************** l s l l l
3.16+07 3 2.42-14 -13.616 *****************l******* l s l l l
3.98+07 3 1.92-14 -13.716 *****************l***** l s l l l
5.01+07 4 2.04-14 -13.691 *****************l****** l s l l l
6.31+07 1 4.05-15 -14.393 *********** l s l l l l
7.94+07 0 0.00+00 0.000 l s l l l l
1.00+08 0 0.00+00 0.000 l s l l l l
1.26+08 1 2.03-15 -14.693 ****** l s l l l l
1.58+08 0 0.00+00 0.000 s l l l l l
2.00+08 0 0.00+00 0.000 s l l l l l
2.51+08 1 1.02-15 -14.993
- s l l l l l
total 3998 2.10-04 d----------------d----------------d-----------------d----------------d----------
d------------
1tally 42 nps = 3139919 tally type 2 particle flux averaged over a surface.
tally for photons number of histories used for normalizing tallies = 19038449.00 this tally is modified by a dose function.
areas surface: 2003 2004 2005 2006 2007 2008 2009 segment 1 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 2 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 3 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 4 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 5 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50
Calculation No. L-003388, Rev. 0 Attachment M (Page M43 of M147) 6 3.00000E+06 3.00000E+06 3.00000E+06 3.00000E+06 3.00000E+06 3.00000E+06 3.00000E+06 surface: 2010 2011 2012 2013 segment 1 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 2 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 3 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 4 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 5 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 6 3.00000E+06 3.00000E+06 3.00000E+06 3.00000E+06 surface 2003 segment: 1219 9.82886E-45 0.0031 surface 2003 segment: -1219 -1209 1.11257E-47 0.0121 surface 2003 segment: -1219 1209 1201 1.00488E-46 0.0057 surface 2003 segment: -1219 1209 -1201 -1205 4.27905E-47 0.0077 surface 2003 segment: -1219 1209 -1201 1205 1206 3.36870E-47 0.0085 surface 2003 segment: -1219 1209 -1201 1205 -1206 3.32279E-04 0.0148 surface 2004 segment: 1219 8.67136E-45 0.0031 surface 2004 segment: -1219 -1209 7.03013E-48 0.0125 surface 2004 segment: -1219 1209 1201 5.96274E-47 0.0056 surface 2004 segment: -1219 1209 -1201 -1205 2.78894E-47 0.0076 surface 2004 segment: -1219 1209 -1201 1205 1206 2.23279E-47 0.0082 surface 2004 segment: -1219 1209 -1201 1205 -1206 1.31890E-04 0.0164 surface 2005 segment: 1219 7.38179E-45 0.0032 surface 2005 segment: -1219 -1209 4.33830E-48 0.0142 surface 2005 segment: -1219 1209 1201 3.63117E-47 0.0062 surface 2005 segment: -1219 1209 -1201 -1205 1.75052E-47 0.0083 surface 2005 segment: -1219 1209 -1201 1205 1206 1.41761E-47 0.0083 surface 2005
Calculation No. L-003388, Rev. 0 Attachment M (Page M44 of M147) segment: -1219 1209 -1201 1205 -1206 5.98833E-05 0.0194 surface 2006 segment: 1219 6.09349E-45 0.0032 surface 2006 segment: -1219 -1209 2.69356E-48 0.0141 surface 2006 segment: -1219 1209 1201 2.23838E-47 0.0062 surface 2006 segment: -1219 1209 -1201 -1205 1.10389E-47 0.0083 surface 2006 segment: -1219 1209 -1201 1205 1206 8.98951E-48 0.0087 surface 2006 segment: -1219 1209 -1201 1205 -1206 2.99353E-05 0.0261 surface 2007 segment: 1219 4.90774E-45 0.0032 surface 2007 segment: -1219 -1209 1.65170E-48 0.0156 surface 2007 segment: -1219 1209 1201 1.38535E-47 0.0069 surface 2007 segment: -1219 1209 -1201 -1205 6.84149E-48 0.0085 surface 2007 segment: -1219 1209 -1201 1205 1206 5.59710E-48 0.0089 surface 2007 segment: -1219 1209 -1201 1205 -1206 1.48256E-05 0.0295 surface 2008 segment: 1219 3.42195E-45 0.0033 surface 2008 segment: -1219 -1209 8.20767E-49 0.0196 surface 2008 segment: -1219 1209 1201 6.74201E-48 0.0079 surface 2008 segment: -1219 1209 -1201 -1205 3.43769E-48 0.0099 surface 2008 segment: -1219 1209 -1201 1205 1206 2.78220E-48 0.0104 surface 2008 segment: -1219 1209 -1201 1205 -1206 5.92448E-06 0.0352 surface 2009 segment: 1219 2.31097E-45 0.0034 surface 2009
Calculation No. L-003388, Rev. 0 Attachment M (Page M45 of M147) segment: -1219 -1209 4.14911E-49 0.0248 surface 2009 segment: -1219 1209 1201 3.32104E-48 0.0099 surface 2009 segment: -1219 1209 -1201 -1205 1.70908E-48 0.0120 surface 2009 segment: -1219 1209 -1201 1205 1206 1.38063E-48 0.0127 surface 2009 segment: -1219 1209 -1201 1205 -1206 2.21795E-06 0.0398 surface 2010 segment: 1219 1.32500E-45 0.0035 surface 2010 segment: -1219 -1209 1.61988E-49 0.0335 surface 2010 segment: -1219 1209 1201 1.31590E-48 0.0120 surface 2010 segment: -1219 1209 -1201 -1205 6.84256E-49 0.0153 surface 2010 segment: -1219 1209 -1201 1205 1206 5.37523E-49 0.0168 surface 2010 segment: -1219 1209 -1201 1205 -1206 8.22519E-07 0.0910 surface 2011 segment: 1219 7.41132E-46 0.0036 surface 2011 segment: -1219 -1209 6.17330E-50 0.0340 surface 2011 segment: -1219 1209 1201 5.11856E-49 0.0147 surface 2011 segment: -1219 1209 -1201 -1205 2.80927E-49 0.0274 surface 2011 segment: -1219 1209 -1201 1205 1206 2.12740E-49 0.0227 surface 2011 segment: -1219 1209 -1201 1205 -1206 2.53600E-07 0.0671 surface 2012 segment: 1219 4.07240E-46 0.0037 surface 2012 segment: -1219 -1209 2.43050E-50 0.0425 surface 2012 segment: -1219 1209 1201 2.06228E-49 0.0187 surface 2012
Calculation No. L-003388, Rev. 0 Attachment M (Page M46 of M147) segment: -1219 1209 -1201 -1205 1.11686E-49 0.0217 surface 2012 segment: -1219 1209 -1201 1205 1206 8.93248E-50 0.0426 surface 2012 segment: -1219 1209 -1201 1205 -1206 8.49130E-08 0.0869 surface 2013 segment: 1219 2.21654E-46 0.0040 surface 2013 segment: -1219 -1209 1.16522E-50 0.0729 surface 2013 segment: -1219 1209 1201 9.62484E-50 0.0948 surface 2013 segment: -1219 1209 -1201 -1205 4.83120E-50 0.0405 surface 2013 segment: -1219 1209 -1201 1205 1206 3.51985E-50 0.0387 surface 2013 segment: -1219 1209 -1201 1205 -1206 2.55774E-08 0.1099
====================================================================================================
=======
results of 10 statistical checks for the estimated answer for the tally fluctuation chart (tfc) bin of tally 42 tfc bin --mean-- ---------relative error--------- ----variance of the variance---- --figure of merit-- -pdf-behavior behavior value decrease decrease rate value decrease decrease rate value behavior slope desired random <0.10 yes 1/sqrt(nps) <0.10 yes 1/nps constant random >3.00 observed random 0.01 yes yes 0.02 yes yes constant random 2.66 passed? yes yes yes yes yes yes yes yes yes no
====================================================================================================
=======
warning. the tally in the tally fluctuation chart bin did not pass 1 of the 10 statistical checks.
1analysis of the results in the tally fluctuation chart bin (tfc) for tally 42 with nps = 3139919 print table 160 normed average tally per history = 3.32279E-04 unnormed average tally per history = 9.96837E+02 estimated tally relative error = 0.0148 estimated variance of the variance = 0.0164 relative error from zero tallies = 0.0050 relative error from nonzero scores = 0.0139 number of nonzero history tallies = 39234 efficiency for the nonzero tallies = 0.0021 history number of largest tally = 3135803 largest unnormalized history tally = 7.63468E+07 (largest tally)/(average tally) = 7.65890E+04 (largest tally)/(avg nonzero tally)= 1.57833E+02 (confidence interval shift)/mean = 0.0007 shifted confidence interval center = 3.32514E-04 if the largest history score sampled so far were to occur on the next history, the tfc bin quantities would change as follows:
Calculation No. L-003388, Rev. 0 Attachment M (Page M47 of M147) estimated quantities value at nps value at nps+1 value(nps+1)/value(nps)-1.
mean 3.32279E-04 3.40384E-04 0.024392 relative error 1.48146E-02 1.52809E-02 0.031473 variance of the variance 1.63679E-02 1.89485E-02 0.157662 shifted center 3.32514E-04 3.33884E-04 0.004120 figure of merit 4.77202E+00 4.48524E+00 -0.060094 the estimated inverse power slope of the 200 largest tallies starting at 6.31609E+06 is 2.6620 the large score tail of the empirical history score probability density function appears to have no unsampled regions.
fom = (histories/minute)*(f(x) signal-to-noise ratio)**2 = (1.994E+04)*( 1.547E-02)**2 = (1.994E+04)*(2.393E-
- 04) = 4.772E+00 1unnormed tally density for tally 42 nonzero tally mean(m) = 4.837E+05 nps = 3139919 print table 161 abscissa ordinate log plot of tally probability density function in tally fluctuation chart bin(d=decade,slope= 2.7) tally number num den log den:d--------------d---------------d----------------d---------------d---------------
d---------------d---
6.31+04 595 2.41-09 -8.618
- l***************l****************l***************l***************l********** l 7.94+04 1952 6.28-09 -8.202
- l***************l****************l***************l***************l***************l*
1.00+05 1941 4.96-09 -8.305
- l***************l****************l***************l***************l***************l 1.26+05 2737 5.55-09 -8.256
- l***************l****************l***************l***************l***************l 1.58+05 5287 8.52-09 -8.070
- l***************l****************l***************l***************l***************l***
2.00+05 4847 6.20-09 -8.207
- l***************l****************l***************l***************l***************l*
2.51+05 4578 4.65-09 -8.332
- l***************l****************l***************l***************l***************l 3.16+05 3837 3.10-09 -8.509
- l***************l****************l***************l***************l************ l 3.98+05 3341 2.14-09 -8.669
- l***************l****************l***************l***************l********* l 5.01+05 2687 1.37-09 -8.864 mmmmmmmmmmmmmmmlmmmmmmmmmmmmmmmlmmmmmmmmmmmmmmmmlmmmmmmmmmmmmmmmlmmmmmmmmmmmmmmmlmmmmmm l 6.31+05 1912 7.74-10 -9.111
- l***************l****************l***************l***************l** l 7.94+05 1366 4.39-10 -9.357 ***************l***************l****************l***************l**************
l l 1.00+06 851 2.17-10 -9.663 ***************l***************l****************l***************l*********
l l 1.26+06 640 1.30-10 -9.887 ***************l***************l****************l***************l******
l l 1.58+06 604 9.73-11 -10.012 ***************l***************l****************l***************l****
l l 2.00+06 435 5.57-11 -10.254 ***************l***************l****************l***************l l l 2.51+06 476 4.84-11 -10.315 ***************l***************l****************l***************l l l 3.16+06 412 3.33-11 -10.478 ***************l***************l****************l************ l l l 3.98+06 260 1.67-11 -10.778 ***************l***************l****************l******* l l l 5.01+06 185 9.43-12 -11.026 ***************l***************l****************l*** l l l 6.31+06 91 3.68-12 -11.434 ***************l***************l************** l l l l 7.94+06 72 2.31-12 -11.635 ***************l***************l********** l s l l l 1.00+07 44 1.12-12 -11.949 ***************l***************l***** s l l l 1.26+07 26 5.27-13 -12.278 ***************l***************l s l l l l 1.58+07 19 3.06-13 -12.514 ***************l************ l s l l l l 2.00+07 11 1.41-13 -12.851 ***************l******* l s l l l l 2.51+07 4 4.07-14 -13.391 ************** l l s l l l l 3.16+07 12 9.69-14 -13.014 ***************l**** l s l l l l 3.98+07 3 1.92-14 -13.716 ********* l s l l l l l
Calculation No. L-003388, Rev. 0 Attachment M (Page M48 of M147) 5.01+07 5 2.55-14 -13.594 *********** l s l l l l l 6.31+07 2 8.10-15 -14.092 *** l s l l l l l 7.94+07 2 6.43-15 -14.192
- l s l l l l l total 39234 2.06-03 d--------------d---------------d----------------d---------------d---------------
d---------------d---
1tally 52 nps = 3139919 tally type 2 particle flux averaged over a surface.
tally for photons number of histories used for normalizing tallies = 19038449.00 this tally is modified by a dose function.
areas surface: 2003 2004 2005 2006 2007 2008 2009 segment 1 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 2 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 3 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 4 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 5 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 6 3.00000E+06 3.00000E+06 3.00000E+06 3.00000E+06 3.00000E+06 3.00000E+06 3.00000E+06 surface: 2010 2011 2012 2013 segment 1 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 2 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 3 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 4 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 5 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 6 3.00000E+06 3.00000E+06 3.00000E+06 3.00000E+06 surface 2003 segment: 1219 9.82886E-45 0.0031 surface 2003 segment: -1219 -1209 1.11257E-47 0.0121 surface 2003 segment: -1219 1209 -1201 8.64459E-47 0.0058 surface 2003 segment: -1219 1209 1201 -1205 5.17769E-47 0.0078 surface 2003 segment: -1219 1209 1201 1205 1206 3.84188E-47 0.0084 surface 2003 segment: -1219 1209 1201 1205 -1206 3.43081E-04 0.0161 surface 2004 segment: 1219 8.67136E-45 0.0031 surface 2004 segment: -1219 -1209 7.03013E-48 0.0125 surface 2004 segment: -1219 1209 -1201 5.41740E-47 0.0057 surface 2004 segment: -1219 1209 1201 -1205 3.11791E-47 0.0073
Calculation No. L-003388, Rev. 0 Attachment M (Page M49 of M147) surface 2004 segment: -1219 1209 1201 1205 1206 2.45484E-47 0.0083 surface 2004 segment: -1219 1209 1201 1205 -1206 1.29996E-04 0.0162 surface 2005 segment: 1219 7.38179E-45 0.0032 surface 2005 segment: -1219 -1209 4.33830E-48 0.0142 surface 2005 segment: -1219 1209 -1201 3.34778E-47 0.0060 surface 2005 segment: -1219 1209 1201 -1205 1.92743E-47 0.0082 surface 2005 segment: -1219 1209 1201 1205 1206 1.51752E-47 0.0086 surface 2005 segment: -1219 1209 1201 1205 -1206 6.20728E-05 0.0228 surface 2006 segment: 1219 6.09349E-45 0.0032 surface 2006 segment: -1219 -1209 2.69356E-48 0.0141 surface 2006 segment: -1219 1209 -1201 2.09265E-47 0.0062 surface 2006 segment: -1219 1209 1201 -1205 1.20344E-47 0.0087 surface 2006 segment: -1219 1209 1201 1205 1206 9.45968E-48 0.0082 surface 2006 segment: -1219 1209 1201 1205 -1206 2.96577E-05 0.0232 surface 2007 segment: 1219 4.90774E-45 0.0032 surface 2007 segment: -1219 -1209 1.65170E-48 0.0156 surface 2007 segment: -1219 1209 -1201 1.28834E-47 0.0064 surface 2007 segment: -1219 1209 1201 -1205 7.53238E-48 0.0091 surface 2007 segment: -1219 1209 1201 1205 1206 5.87132E-48 0.0100 surface 2007 segment: -1219 1209 1201 1205 -1206 1.49923E-05 0.0275
Calculation No. L-003388, Rev. 0 Attachment M (Page M50 of M147) surface 2008 segment: 1219 3.42195E-45 0.0033 surface 2008 segment: -1219 -1209 8.20767E-49 0.0196 surface 2008 segment: -1219 1209 -1201 6.39763E-48 0.0073 surface 2008 segment: -1219 1209 1201 -1205 3.66287E-48 0.0106 surface 2008 segment: -1219 1209 1201 1205 1206 2.90875E-48 0.0113 surface 2008 segment: -1219 1209 1201 1205 -1206 5.67963E-06 0.0337 surface 2009 segment: 1219 2.31097E-45 0.0034 surface 2009 segment: -1219 -1209 4.14911E-49 0.0248 surface 2009 segment: -1219 1209 -1201 3.15625E-48 0.0088 surface 2009 segment: -1219 1209 1201 -1205 1.81663E-48 0.0141 surface 2009 segment: -1219 1209 1201 1205 1206 1.43540E-48 0.0136 surface 2009 segment: -1219 1209 1201 1205 -1206 2.30063E-06 0.0406 surface 2010 segment: 1219 1.32500E-45 0.0035 surface 2010 segment: -1219 -1209 1.61988E-49 0.0335 surface 2010 segment: -1219 1209 -1201 1.24646E-48 0.0114 surface 2010 segment: -1219 1209 1201 -1205 7.23022E-49 0.0143 surface 2010 segment: -1219 1209 1201 1205 1206 5.69614E-49 0.0203 surface 2010 segment: -1219 1209 1201 1205 -1206 7.75644E-07 0.0667 surface 2011 segment: 1219 7.41132E-46 0.0036 surface 2011 segment: -1219 -1209 6.17330E-50 0.0340
Calculation No. L-003388, Rev. 0 Attachment M (Page M51 of M147) surface 2011 segment: -1219 1209 -1201 5.01275E-49 0.0183 surface 2011 segment: -1219 1209 1201 -1205 2.91568E-49 0.0210 surface 2011 segment: -1219 1209 1201 1205 1206 2.11727E-49 0.0199 surface 2011 segment: -1219 1209 1201 1205 -1206 2.85366E-07 0.1027 surface 2012 segment: 1219 4.07240E-46 0.0037 surface 2012 segment: -1219 -1209 2.43050E-50 0.0425 surface 2012 segment: -1219 1209 -1201 2.03558E-49 0.0223 surface 2012 segment: -1219 1209 1201 -1205 1.18324E-49 0.0261 surface 2012 segment: -1219 1209 1201 1205 1206 8.48598E-50 0.0243 surface 2012 segment: -1219 1209 1201 1205 -1206 1.01449E-07 0.1245 surface 2013 segment: 1219 2.21654E-46 0.0040 surface 2013 segment: -1219 -1209 1.16522E-50 0.0729 surface 2013 segment: -1219 1209 -1201 8.42778E-50 0.0283 surface 2013 segment: -1219 1209 1201 -1205 5.97437E-50 0.1431 surface 2013 segment: -1219 1209 1201 1205 1206 3.52999E-50 0.0357 surface 2013 segment: -1219 1209 1201 1205 -1206 4.01607E-08 0.2128
====================================================================================================
=======
results of 10 statistical checks for the estimated answer for the tally fluctuation chart (tfc) bin of tally 52 tfc bin --mean-- ---------relative error--------- ----variance of the variance---- --figure of merit-- -pdf-behavior behavior value decrease decrease rate value decrease decrease rate value behavior slope desired random <0.10 yes 1/sqrt(nps) <0.10 yes 1/nps constant random >3.00
Calculation No. L-003388, Rev. 0 Attachment M (Page M52 of M147) observed random 0.02 no no 0.04 no no constant random 3.13 passed? yes yes no no yes no no yes yes yes
====================================================================================================
=======
warning. the tally in the tally fluctuation chart bin did not pass 4 of the 10 statistical checks.
1analysis of the results in the tally fluctuation chart bin (tfc) for tally 52 with nps = 3139919 print table 160 normed average tally per history = 3.43081E-04 unnormed average tally per history = 1.02924E+03 estimated tally relative error = 0.0161 estimated variance of the variance = 0.0448 relative error from zero tallies = 0.0050 relative error from nonzero scores = 0.0153 number of nonzero history tallies = 39514 efficiency for the nonzero tallies = 0.0021 history number of largest tally = 1916113 largest unnormalized history tally = 1.39383E+08 (largest tally)/(average tally) = 1.35422E+05 (largest tally)/(avg nonzero tally)= 2.81067E+02 (confidence interval shift)/mean = 0.0011 shifted confidence interval center = 3.43475E-04 if the largest history score sampled so far were to occur on the next history, the tfc bin quantities would change as follows:
estimated quantities value at nps value at nps+1 value(nps+1)/value(nps)-1.
mean 3.43081E-04 3.57878E-04 0.043129 relative error 1.60913E-02 1.74614E-02 0.085149 variance of the variance 4.47833E-02 5.81493E-02 0.298458 shifted center 3.43475E-04 3.46293E-04 0.008204 figure of merit 4.04486E+00 3.43498E+00 -0.150779 the estimated inverse power slope of the 200 largest tallies starting at 6.48766E+06 is 3.1331 the history score probability density function appears to have an unsampled region at the largest history scores:
please examine. see print table 161.
fom = (histories/minute)*(f(x) signal-to-noise ratio)**2 = (1.994E+04)*( 1.424E-02)**2 = (1.994E+04)*(2.029E-
- 04) = 4.045E+00 1unnormed tally density for tally 52 nonzero tally mean(m) = 4.959E+05 nps = 3139919 print table 161 abscissa ordinate log plot of tally probability density function in tally fluctuation chart bin(d=decade,slope= 3.1) tally number num den log den:d-------------d-------------d--------------d--------------d--------------d------
d------------
6.31+04 544 2.20-09 -8.657
- l*************l**************l**************l**************l*************l***
7.94+04 1909 6.14-09 -8.212
- l*************l**************l**************l**************l*************l**********
1.00+05 1984 5.07-09 -8.295
- l*************l**************l**************l**************l*************l*********
1.26+05 2802 5.68-09 -8.245
- l*************l**************l**************l**************l*************l*********
1.58+05 5250 8.46-09 -8.073
- l*************l**************l**************l**************l*************l************
2.00+05 4785 6.12-09 -8.213
- l*************l**************l**************l**************l*************l**********
2.51+05 4616 4.69-09 -8.329
- l*************l**************l**************l**************l*************l********
3.16+05 3963 3.20-09 -8.495
- l*************l**************l**************l**************l*************l******
3.98+05 3410 2.19-09 -8.660
- l*************l**************l**************l**************l*************l***
5.01+05 2605 1.33-09 -8.877 mmmmmmmmmmmmmmlmmmmmmmmmmmmmlmmmmmmmmmmmmmmlmmmmmmmmmmmmmmlmmmmmmmmmmmmmmlmmmmmmmmmmmmml 6.31+05 1973 7.99-10 -9.098
- l*************l**************l**************l**************l*********** l 7.94+05 1416 4.55-10 -9.342
- l*************l**************l**************l**************l******* l 1.00+06 869 2.22-10 -9.654 **************l*************l**************l**************l**************l***
l
Calculation No. L-003388, Rev. 0 Attachment M (Page M53 of M147) 1.26+06 711 1.44-10 -9.841 **************l*************l**************l**************l**************l l
1.58+06 565 9.10-11 -10.041 **************l*************l**************l**************l************ l l
2.00+06 463 5.93-11 -10.227 **************l*************l**************l**************l********* l l
2.51+06 439 4.46-11 -10.350 **************l*************l**************l**************l******* l l
3.16+06 432 3.49-11 -10.457 **************l*************l**************l**************l****** l l
3.98+06 275 1.76-11 -10.753 **************l*************l**************l**************l** l l
5.01+06 182 9.27-12 -11.033 **************l*************l**************l************ l l l
6.31+06 108 4.37-12 -11.359 **************l*************l**************l******** l l l
7.94+06 62 1.99-12 -11.700 **************l*************l**************l*** s l l l
1.00+07 51 1.30-12 -11.885 **************l*************l**************l s l l l
1.26+07 35 7.10-13 -12.149 **************l*************l*********** l s l l l
1.58+07 25 4.03-13 -12.395 **************l*************l******* l s l l l
2.00+07 6 7.68-14 -13.115 **************l*********** l l s l l l
2.51+07 10 1.02-13 -12.993 **************l*************l s l l l
3.16+07 8 6.46-14 -13.190 **************l********** l s l l l l
3.98+07 9 5.77-14 -13.239 **************l********* l s l l l l
5.01+07 3 1.53-14 -13.816 **************l l s l l l l
6.31+07 3 1.21-14 -13.916 **************l ls l l l l
7.94+07 0 0.00+00 0.000 l s l l l l l
1.00+08 0 0.00+00 0.000 l s l l l l l
1.26+08 0 0.00+00 0.000 l s l l l l l
1.58+08 1 1.61-15 -14.793
- s l l l l l l
total 39514 2.08-03 d-------------d-------------d--------------d--------------d--------------d------
d------------
1tally 62 nps = 3139919 tally type 2 particle flux averaged over a surface.
tally for photons number of histories used for normalizing tallies = 19038449.00 this tally is modified by a dose function.
areas surface: 1219 segment 1 1.00000E+50 2 1.00000E+50 3 1.00000E+50 4 1.00000E+50 5 5.30000E+06 surface 1219 segment: -1205 4.17465E-45 0.0207 surface 1219 segment: 1205 1206 3.03651E-44 0.0078 surface 1219 segment: 1205 -1206 1203 7.04257E-45 0.0168 surface 1219 segment: 1205 -1206 -1203 -1202 7.00403E-45 0.0171 surface 1219
Calculation No. L-003388, Rev. 0 Attachment M (Page M54 of M147) segment: 1205 -1206 -1203 1202 4.55403E+01 0.0014
====================================================================================================
=======
results of 10 statistical checks for the estimated answer for the tally fluctuation chart (tfc) bin of tally 62 tfc bin --mean-- ---------relative error--------- ----variance of the variance---- --figure of merit-- -pdf-behavior behavior value decrease decrease rate value decrease decrease rate value behavior slope desired random <0.10 yes 1/sqrt(nps) <0.10 yes 1/nps constant random >3.00 observed random 0.00 yes yes 0.00 yes yes constant random 10.00 passed? yes yes yes yes yes yes yes yes yes yes
====================================================================================================
=======
this tally meets the statistical criteria used to form confidence intervals: check the tally fluctuation chart to verify.
the results in other bins associated with this tally may not meet these statistical criteria.
estimated confidence intervals: -----
estimated asymmetric confidence interval(1,2,3 sigma): 4.5476E+01 to 4.5605E+01; 4.5411E+01 to 4.5670E+01; 4.5346E+01 to 4.5735E+01 estimated symmetric confidence interval(1,2,3 sigma): 4.5475E+01 to 4.5605E+01; 4.5410E+01 to 4.5670E+01; 4.5345E+01 to 4.5735E+01 1analysis of the results in the tally fluctuation chart bin (tfc) for tally 62 with nps = 3139919 print table 160 normed average tally per history = 4.55403E+01 unnormed average tally per history = 2.41364E+08 estimated tally relative error = 0.0014 estimated variance of the variance = 0.0000 relative error from zero tallies = 0.0005 relative error from nonzero scores = 0.0013 number of nonzero history tallies = 3116080 efficiency for the nonzero tallies = 0.1637 history number of largest tally = 769241 largest unnormalized history tally = 1.98498E+11 (largest tally)/(average tally) = 8.22403E+02 (largest tally)/(avg nonzero tally)= 1.34605E+02 (confidence interval shift)/mean = 0.0000 shifted confidence interval center = 4.55405E+01 if the largest history score sampled so far were to occur on the next history, the tfc bin quantities would change as follows:
estimated quantities value at nps value at nps+1 value(nps+1)/value(nps)-1.
mean 4.55403E+01 4.55523E+01 0.000262 relative error 1.42673E-03 1.33090E-03 -0.067169 variance of the variance 3.93199E-05 4.76904E-05 0.212881 shifted center 4.55405E+01 4.55416E+01 0.000023 figure of merit 5.14517E+02 5.91281E+02 0.149196 the estimated slope of the 200 largest tallies starting at 7.29700E+10 appears to be decreasing at least exponentially.
the history score probability density function appears to have an unsampled region at the largest history scores:
please examine. see print table 161.
fom = (histories/minute)*(f(x) signal-to-noise ratio)**2 = (1.994E+04)*( 1.606E-01)**2 = (1.994E+04)*(2.580E-
- 02) = 5.145E+02 1status of the statistical checks used to form confidence intervals for the mean for each tally bin tally result of statistical checks for the tfc bin (the first check not passed is listed) and error magnitude check for all bins
Calculation No. L-003388, Rev. 0 Attachment M (Page M55 of M147) 2 passed the 10 statistical checks for the tally fluctuation chart bin result passed all bin error check: 1 tally bins all have relative errors less than 0.10 with no zero bins 12 missed 3 of 10 tfc bin checks: the variance of the variance exceeds the recommended value of 0.1 missed all bin error check: 16 tally bins had 0 bins with zeros and 1 bins with relative errors exceeding 0.10 22 missed 1 of 10 tfc bin checks: the slope of decrease of largest tallies is less than the minimum acceptable value of 3.0 passed all bin error check: 22 tally bins all have relative errors less than 0.10 with no zero bins 32 missed 5 of 10 tfc bin checks: the variance of the variance exceeds the recommended value of 0.1 missed all bin error check: 5 tally bins had 1 bins with zeros and 1 bins with relative errors exceeding 0.10 42 missed 1 of 10 tfc bin checks: the slope of decrease of largest tallies is less than the minimum acceptable value of 3.0 missed all bin error check: 66 tally bins had 0 bins with zeros and 1 bins with relative errors exceeding 0.10 52 missed 4 of 10 tfc bin checks: the relative error does not monotonically decrease over the last half of the problem missed all bin error check: 66 tally bins had 0 bins with zeros and 4 bins with relative errors exceeding 0.10 62 passed the 10 statistical checks for the tally fluctuation chart bin result passed all bin error check: 5 tally bins all have relative errors less than 0.10 with no zero bins the 10 statistical checks are only for the tally fluctuation chart bin and do not apply to other tally bins.
the tally bins with zeros may or may not be correct: compare the source, cutoffs, multipliers, et cetera with the tally bins.
warning. 5 of the 7 tally fluctuation chart bins did not pass all 10 statistical checks.
warning. 4 of the 7 tallies had bins with relative errors greater than recommended.
1tally fluctuation charts tally 2 tally 12 tally 22 nps mean error vov slope fom mean error vov slope fom mean error vov slope fom 256000 1.5744E-01 0.0210 0.0095 10.0 29 3.5791E-09 0.0405 0.0805 2.7 7.9E+00 9.6315E-47 0.0770 0.8162 3.1 2.2E+00 512000 1.5769E-01 0.0164 0.0191 6.7 24 3.4492E-09 0.0273 0.0376 3.7 8.6E+00 9.9373E-47 0.0418 0.5266 2.6 3.7E+00 768000 1.5404E-01 0.0130 0.0117 5.9 25 3.4380E-09 0.0221 0.0219 4.5 8.8E+00 9.7841E-47 0.0307 0.3875 2.7 4.6E+00 1024000 1.5394E-01 0.0113 0.0077 6.3 25 3.6460E-09 0.0487 0.6703 3.1 1.4E+00 9.7263E-47 0.0241 0.3279 2.6 5.5E+00 1280000 1.5415E-01 0.0104 0.0088 4.9 24 3.5521E-09 0.0404 0.6434 2.9 1.6E+00 9.7837E-47 0.0213 0.2234 2.4 5.7E+00 1536000 1.5327E-01 0.0093 0.0068 5.0 25 3.5567E-09 0.0357 0.5103 2.5 1.7E+00 9.8516E-47 0.0187 0.1780 2.3 6.1E+00 1792000 1.5385E-01 0.0086 0.0055 4.7 25 3.5284E-09 0.0313 0.4810 2.5 1.9E+00 9.8294E-47 0.0170 0.1448 2.1 6.4E+00 2048000 1.5417E-01 0.0081 0.0046 4.4 24 3.5079E-09 0.0284 0.4291 2.3 2.0E+00 9.8521E-47 0.0153 0.1266 2.2 6.8E+00 2304000 1.5450E-01 0.0076 0.0038 4.8 25 3.4939E-09 0.0256 0.4103 2.5 2.2E+00 9.8401E-47 0.0141 0.1119 2.3 7.2E+00 2560000 1.5484E-01 0.0072 0.0033 4.3 24 3.4708E-09 0.0234 0.3966 2.5 2.3E+00 9.8300E-47 0.0130 0.1010 2.5 7.6E+00 2816000 1.5442E-01 0.0069 0.0030 4.3 25 3.4909E-09 0.0220 0.3427 2.5 2.4E+00 9.8356E-47 0.0122 0.0887 2.6 7.8E+00 3072000 1.5397E-01 0.0066 0.0028 3.9 25 3.4868E-09 0.0204 0.3251 2.6 2.6E+00 9.8837E-47 0.0118 0.0731 2.4 7.7E+00 3139919 1.5379E-01 0.0065 0.0027 4.0 25 3.4882E-09 0.0200 0.3217 2.6 2.6E+00 9.8708E-47 0.0116 0.0721 2.4 7.8E+00 tally 32 tally 42 tally 52 nps mean error vov slope fom mean error vov slope fom mean error vov slope fom 256000 4.4203E-04 0.2501 0.7579 0.0 2.1E-01 3.3383E-04 0.0603 0.2322 3.1 3.6E+00 3.4226E-04 0.0577 0.1678 3.1 3.9E+00 512000 4.2356E-04 0.1574 0.4037 2.5 2.6E-01 3.3046E-04 0.0390 0.1054 3.1 4.2E+00 3.5407E-04 0.0362 0.0700 3.1 4.9E+00 768000 3.8634E-04 0.1214 0.3272 3.0 2.9E-01 3.3749E-04 0.0334 0.0660 2.7 3.8E+00 3.3926E-04 0.0275 0.0496 3.4 5.7E+00
Calculation No. L-003388, Rev. 0 Attachment M (Page M56 of M147) 1024000 3.9312E-04 0.0978 0.2331 2.7 3.4E-01 3.3474E-04 0.0275 0.0481 2.6 4.3E+00 3.3314E-04 0.0234 0.0337 3.4 5.9E+00 1280000 3.8066E-04 0.0830 0.2098 2.7 3.7E-01 3.2643E-04 0.0234 0.0421 2.5 4.7E+00 3.3269E-04 0.0216 0.0263 2.6 5.5E+00 1536000 3.8631E-04 0.0740 0.1566 2.9 3.9E-01 3.2843E-04 0.0213 0.0342 2.6 4.7E+00 3.3025E-04 0.0195 0.0217 2.8 5.6E+00 1792000 3.8855E-04 0.0656 0.1346 2.7 4.3E-01 3.2971E-04 0.0194 0.0274 2.9 4.9E+00 3.3139E-04 0.0179 0.0174 3.2 5.7E+00 2048000 3.9075E-04 0.0607 0.1088 2.7 4.4E-01 3.2975E-04 0.0179 0.0228 2.8 5.0E+00 3.3525E-04 0.0201 0.1032 3.1 4.0E+00 2304000 3.9593E-04 0.0577 0.0846 2.7 4.3E-01 3.3064E-04 0.0167 0.0191 3.2 5.1E+00 3.3762E-04 0.0187 0.0849 3.1 4.1E+00 2560000 3.9094E-04 0.0538 0.0775 2.9 4.4E-01 3.3234E-04 0.0162 0.0162 2.9 4.9E+00 3.3927E-04 0.0176 0.0702 3.1 4.1E+00 2816000 4.1276E-04 0.0689 0.2897 2.6 2.5E-01 3.3109E-04 0.0152 0.0145 2.9 5.0E+00 3.3997E-04 0.0166 0.0602 3.1 4.2E+00 3072000 4.0575E-04 0.0646 0.2827 2.7 2.6E-01 3.3158E-04 0.0145 0.0129 2.8 5.1E+00 3.3952E-04 0.0158 0.0533 3.1 4.3E+00 3139919 4.0419E-04 0.0636 0.2808 2.8 2.6E-01 3.3228E-04 0.0148 0.0164 2.7 4.8E+00 3.4308E-04 0.0161 0.0448 3.1 4.0E+00 tally 62 nps mean error vov slope fom 256000 4.5537E+01 0.0050 0.0005 10.0 523 512000 4.5744E+01 0.0035 0.0002 10.0 517 768000 4.5659E+01 0.0029 0.0002 10.0 515 1024000 4.5666E+01 0.0025 0.0001 9.0 514 1280000 4.5590E+01 0.0022 0.0001 9.4 516 1536000 4.5602E+01 0.0020 0.0001 7.3 515 1792000 4.5587E+01 0.0019 0.0001 8.6 515 2048000 4.5572E+01 0.0018 0.0001 7.8 515 2304000 4.5582E+01 0.0017 0.0001 8.2 514 2560000 4.5589E+01 0.0016 0.0000 10.0 514 2816000 4.5575E+01 0.0015 0.0000 10.0 514 3072000 4.5552E+01 0.0014 0.0000 10.0 514 3139919 4.5540E+01 0.0014 0.0000 10.0 515 dump no. 17 on file runtpe nps = 3139919 coll = 3831424048 ctm = 954.81 nrn =
46995712351 22 warning messages so far.
run terminated when it had used 0 minutes of computer time.
computer time = 954.89 minutes mcnp version 5 11112005 06/11/09 07:25:03 probid = 06/10/09 15:29:27
Calculation No. L-003388, Rev. 0 Attachment M (Page M57 of M147)
MCNP Case with Translated Source - 1 HVAC Shield Thread Name & Version = mcnp5VE_RSICC, 1.40
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l l l (_ l l l_) _)
l
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l This program was prepared by the Regents of the University of l lCalifornia at Los Alamos National Laboratory (the University) under l l contract number W-7405-ENG-36 with the U.S. Department of Energy l l(DoE). The University has certain rights in the program pursuant tol l the contract and the program should not be copied or distributed l l outside your organization. All rights in the program are reserved l lby the DoE and the University. Neither the U.S. Government nor the l l University makes any warranty, express or implied, or assumes any l l liability or responsibility for the use of this software. l
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1mcnp version 5 ld=11112005 06/23/09 08:50:09
- probid = 06/23/09 08:50:09 inp = HVSLB.i outp = HVSLB.o rssa = bwssa 1-c Created on: Tuesday, November 11, 2008 at 09:35 2-c Canister Cells 3-11 5 11 1209 -1212 4-12 5 12 1209 -1212 5-13 5 13 1209 -1212 6-14 5 14 1209 -1212 7-15 5 15 1209 -1212 8-16 5 16 1209 -1212 9-17 5 17 1209 -1212 10- 18 5 18 1209 -1212 11-19 5 19 1209 -1212 12-21 5 21 1209 -1212 13-22 5 22 1209 -1212 14-23 5 23 1209 -1212 15-24 5 24 1209 -1212 16-25 5 25 1209 -1212 17-26 5 26 1209 -1212 18-27 5 27 1209 -1212 19-28 5 28 1209 -1212 20- 29 5 29 1209 -1212 21-31 5 31 1209 -1212 22-32 5 32 1209 -1212 23-33 5 33 1209 -1212 24-34 5 34 1209 -1212 25-35 5 35 1209 -1212 26-36 5 36 1209 -1212 27-37 5 37 1209 -1212 28-38 5 38 1209 -1212 29-39 5 39 1209 -1212 30- 41 5 41 1209 -1212 31-42 5 42 1209 -1212 32-43 5 43 1209 -1212 33-44 5 44 1209 -1212 34-45 5 45 1209 -1212 35-46 5 46 1209 -1212 36-47 5 47 1209 -1212 37-48 5 48 1209 -1212 38-49 5 49 1209 -1212 39-51 5 51 1209 -1212 40- 52 5 52 1209 -1212 41-53 5 53 1209 -1212 42-54 5 54 1209 -1212 43-55 5 55 1209 -1212 44-56 5 56 1209 -1212 45-57 5 57 1209 -1212 46-58 5 58 1209 -1212 47-59 5 59 1209 -1212 48-61 5 61 1209 -1212 49-62 5 62 1209 -1212 50- 63 5 63 1209 -1212 51-64 5 64 1209 -1212 52-65 5 65 1209 -1212 53-66 5 66 1209 -1212 54-67 5 67 1209 -1212 55-68 5 68 1209 -1212
Calculation No. L-003388, Rev. 0 Attachment M (Page M58 of M147) 56-69 5 69 1209 -1212 57-71 5 71 1209 -1212 58-72 5 72 1209 -1212 59-73 5 73 1209 -1212 60- 74 5 74 1209 -1212 61-75 5 75 1209 -1212 62-76 5 76 1209 -1212 63-77 5 77 1209 -1212 64-78 5 78 1209 -1212 65-79 5 79 1209 -1212 66-81 5 81 1209 -1212 67-82 5 82 1209 -1212 68-83 5 83 1209 -1212 69-84 5 84 1209 -1212 70- 85 5 85 1209 -1212 71-86 5 86 1209 -1212 72-87 5 87 1209 -1212 73-88 5 88 1209 -1212 74-89 5 89 1209 -1212 75-91 5 91 1209 -1212 76-92 5 92 1209 -1212 77-93 5 93 1209 -1212 78-94 5 94 1209 -1212 79-95 5 95 1209 -1212 80- 96 5 96 1209 -1212 81-97 5 97 1209 -1212 82-98 5 98 1209 -1212 83-99 5 99 1209 -1212 84-101 5 101 1209 -1212 85-102 5 102 1209 -1212 86-103 5 103 1209 -1212 87-104 5 104 1209 -1212 88-105 5 105 1209 -1212 89-106 5 106 1209 -1212 90- 107 5 107 1209 -1212 91-108 5 108 1209 -1212 92-109 5 109 1209 -1212 93-111 5 111 1209 -1212 94-112 5 112 1209 -1212 95-113 5 113 1209 -1212 96-114 5 114 1209 -1212 97-115 5 115 1209 -1212 98-116 5 116 1209 -1212 99-117 5 117 1209 -1212 100- 118 5 118 1209 -1212 101-119 5 119 1209 -1212 102-121 5 121 1209 -1212 103-122 5 122 1209 -1212 104-123 5 123 1209 -1212 105-124 5 124 1209 -1212 106-125 5 125 1209 -1212 107-126 5 126 1209 -1212 108-127 5 127 1209 -1212 109-128 5 128 1209 -1212 110- 129 5 129 1209 -1212 111-131 5 131 1209 -1212 112-132 5 132 1209 -1212 113-133 5 133 1209 -1212 114-134 5 134 1209 -1212 115-135 5 135 1209 -1212 116-136 5 136 1209 -1212 117-137 5 137 1209 -1212 118-138 5 138 1209 -1212 119-139 5 139 1209 -1212 120- 141 5 141 1209 -1212 121-142 5 142 1209 -1212 122-143 5 143 1209 -1212 123-144 5 144 1209 -1212 124-145 5 145 1209 -1212 125-146 5 146 1209 -1212 126-147 5 147 1209 -1212 127-148 5 148 1209 -1212 128-149 5 149 1209 -1212 129-151 5 151 1209 -1212 130- 152 5 152 1209 -1212 131-153 5 153 1209 -1212 132-154 5 154 1209 -1212 133-155 5 155 1209 -1212 134-156 5 156 1209 -1212 135-157 5 157 1209 -1212
Calculation No. L-003388, Rev. 0 Attachment M (Page M59 of M147) 136-158 5 158 1209 -1212 137-159 5 159 1209 -1212 138-c Walls 139-1200 3 -0.001225 1222 -1221 1206 -1208 1220 -1219 $Notch 140- 1201 1 -2.365 1206 -1208 1202 -1203 -1219 1209 #1200 $Inner Wall 141-1202 1 -2.395 1207 -1233 1219 -990 -991 992 $Top of Left Wall 142-12021 1 -2.395 1233 -1223 1219 -990 992 -991 $Split in Left Wall 143-1203 1 -2.365 1207 -1205 -1219 1209 -1203 1202 $Bottom of Left Wall 144-1204 1 -2.395 1234 -1204 1207 -1218 1219 -990 $Top of Back Wall 145-12041 1 -2.395 991 -1234 1207 -1218 1219 -990 $Split in Back Wall 146-1205 1 -2.365 1203 -1204 1207 -1218 -1219 1209 $Bottom of Back Wall 147-1206 1 -2.395 1235 -1218 -991 992 1219 -990 $Top of Right Wall 148-12061 1 -2.395 1224 -1235 -991 992 1219 -990 $Split in Right Wall 149-1207 1 -2.365 1217 -1218 -1203 1202 -1219 1209 $Bottom of Right Wall 150- 1208 1 -2.395 1201 -1236 -1218 1207 1219 -990 #10000 $Top of Front Wall 151- #10001 #10002 #10003 #10004 #10005 152-12081 1 -2.395 -992 1236 -1218 1207 1219 -990 #10000 $Split in Front Wall 153- #10001 #10002 #10003 #10004 #10005 154-1209 1 -2.365 -1202 1201 -1218 1207 -1219 1209 $Bottom of Front Wall 155-1210 1 -2.365 -1209 1227 1207 -1218 -1204 1201 $Floor 156-1211 1 -2.328 990 -1237 1207 -1218 -1204 1201 $Roof 157-12111 1 -2.328 1237 -1216 1207 -1218 -1204 1201 $Split in Roof 158-c Air 159-9999 0 2015 $Outside Model 160- 9998 3 -0.001225 1205 -1228 -1220 1209 -1203 1202 #(-134 1209 -1212 )#
161- (-135 1209 -1212 )#(-145 1209 -1212 )#(-146 1209 -1212 )#
162- (-147 1209 -1212 )#(-148 1209 -1212 )#(-149 1209 -1212 )#
163- (-11 1209 -1212 )#(-12 1209 -1212 )#(-13 1209 -1212 )#
164- (-14 1209 -1212 )#(-15 1209 -1212 )#(-25 1209 -1212 )#
165- (-26 1209 -1212 )#(-27 1209 -1212 )#(-28 1209 -1212 )#
166- (-29 1209 -1212 )#(-41 1209 -1212 )#(-42 1209 -1212 )#
167- (-43 1209 -1212 )#(-44 1209 -1212 )#(-45 1209 -1212 )#
168- (-55 1209 -1212 )#(-56 1209 -1212 )#(-57 1209 -1212 )#
169- (-58 1209 -1212 )#(-59 1209 -1212 )#(-71 1209 -1212 )#
170- (-72 1209 -1212 )#(-73 1209 -1212 )#(-74 1209 -1212 )#
171- (-75 1209 -1212 )#(-85 1209 -1212 )#(-86 1209 -1212 )#
172- (-87 1209 -1212 )#(-88 1209 -1212 )#(-89 1209 -1212 )#
173- (-101 1209 -1212 )#(-102 1209 -1212 )#(-103 1209 -1212 )#
174- (-104 1209 -1212 )#(-105 1209 -1212 )#(-115 1209 -1212 )#
175- (-116 1209 -1212 )#(-117 1209 -1212 )#(-118 1209 -1212 )#
176- (-119 1209 -1212 )#(-131 1209 -1212 )#(-132 1209 -1212 )#
177- (-133 1209 -1212 )
178-9997 3 -0.001225 1228 -1229 -1220 1209 -1203 1202 #(-139 1209 -1212 )#
179- (-141 1209 -1212 )#(-151 1209 -1212 )#(-152 1209 -1212 )#
180- (-153 1209 -1212 )#(-154 1209 -1212 )#(-155 1209 -1212 )#
181- (-15 1209 -1212 )#(-16 1209 -1212 )#(-17 1209 -1212 )#
182- (-18 1209 -1212 )#(-19 1209 -1212 )#(-21 1209 -1212 )#
183- (-31 1209 -1212 )#(-32 1209 -1212 )#(-33 1209 -1212 )#
184- (-34 1209 -1212 )#(-35 1209 -1212 )#(-45 1209 -1212 )#
185- (-46 1209 -1212 )#(-47 1209 -1212 )#(-48 1209 -1212 )#
186- (-49 1209 -1212 )#(-51 1209 -1212 )#(-61 1209 -1212 )#
187- (-62 1209 -1212 )#(-63 1209 -1212 )#(-64 1209 -1212 )#
188- (-65 1209 -1212 )#(-75 1209 -1212 )#(-76 1209 -1212 )#
189- (-77 1209 -1212 )#(-78 1209 -1212 )#(-79 1209 -1212 )#
190- (-81 1209 -1212 )#(-91 1209 -1212 )#(-92 1209 -1212 )#
191- (-93 1209 -1212 )#(-94 1209 -1212 )#(-95 1209 -1212 )#
192- (-105 1209 -1212 )#(-106 1209 -1212 )#(-107 1209 -1212 )#
193- (-108 1209 -1212 )#(-109 1209 -1212 )#(-111 1209 -1212 )#
194- (-121 1209 -1212 )#(-122 1209 -1212 )#(-123 1209 -1212 )#
195- (-124 1209 -1212 )#(-125 1209 -1212 )#(-135 1209 -1212 )#
196- (-136 1209 -1212 )#(-137 1209 -1212 )#(-138 1209 -1212 )
197-9996 3 -0.001225 1229 -1206 -1220 1209 -1203 1202 #(-142 1209 -1212 )#
198- (-143 1209 -1212 )#(-144 1209 -1212 )#(-156 1209 -1212 )#
199- (-157 1209 -1212 )#(-158 1209 -1212 )#(-159 1209 -1212 )#
200- (-21 1209 -1212 )#(-22 1209 -1212 )#(-23 1209 -1212 )#
201- (-24 1209 -1212 )#(-36 1209 -1212 )#(-37 1209 -1212 )#
202- (-38 1209 -1212 )#(-39 1209 -1212 )#(-51 1209 -1212 )#
203- (-52 1209 -1212 )#(-53 1209 -1212 )#(-54 1209 -1212 )#
204- (-66 1209 -1212 )#(-67 1209 -1212 )#(-68 1209 -1212 )#
205- (-69 1209 -1212 )#(-81 1209 -1212 )#(-82 1209 -1212 )#
206- (-83 1209 -1212 )#(-84 1209 -1212 )#(-96 1209 -1212 )#
207- (-97 1209 -1212 )#(-98 1209 -1212 )#(-99 1209 -1212 )#
208- (-111 1209 -1212 )#(-112 1209 -1212 )#(-113 1209 -1212 )#
209- (-114 1209 -1212 )#(-126 1209 -1212 )#(-127 1209 -1212 )#
210- (-128 1209 -1212 )#(-129 1209 -1212 )#(-141 1209 -1212 )
211-9995 3 -0.001225 1220 -1219 1205 -1206 -1203 1202 212-9994 3 -0.001225 -990 1219 1223 -1208 -991 992 #200 #201 #202 #203 #204 213- #205 #206 #207 #208 #209 #210 214-9993 3 -0.001225 1209 -1231 1208 -1217 -1203 1202 215-9992 3 -0.001225 -1230 1231 1208 -1217 -1203 1202
Calculation No. L-003388, Rev. 0 Attachment M (Page M60 of M147) 216-9991 3 -0.001225 -1220 1230 1208 -1217 -1203 1202 217-9990 3 -0.001225 1220 -1219 1208 -1217 -1203 1202 218-9989 3 -0.001225 -990 1219 1208 -1224 -991 992 #211 #212 #213 #214 219-9988 3 -0.001225 ((-2000 -1207 1201 -1204 1227 -1216 ):
220- (1218 -2000 1201 -1204 1227 -1216 ):(-2000 -1201 1227 -1216 ):
221- (1204 -2000 1227 -1216 ):(1216 -2000 ))#222 222-9987 0 -1232 -2015 $Bottom Void 223-9986 3 -0.001225 1232 -1227 -2015 224-c Ductwork Penetrations 225-10000 3 -0.001225 12441 -12451 12321 -12331 1201 -992 226-10001 3 -0.001225 12441 -12451 12341 -12351 1201 -992 227-10002 3 -0.001225 12461 -12471 12361 -12371 1201 -992 228-10003 3 -0.001225 12441 -12451 12381 -12391 1201 -992 229-10004 3 -0.001225 12401 -12411 12441 -12451 1201 -992 230- 10005 3 -0.001225 12441 -12451 12421 -12431 1201 -992 231-c Sphere Detector Cells 232-2001 3 -0.001225 2000 -2001 1227 233-2002 3 -0.001225 2001 -2002 1227 234-2003 3 -0.001225 -2003 2002 1227 235-2004 3 -0.001225 2003 -2004 1227 236-2005 3 -0.001225 2004 -2005 1227 237-2006 3 -0.001225 2005 -2006 1227 238-2007 3 -0.001225 2006 -2007 1227 239-2008 3 -0.001225 2007 -2008 1227 240- 2009 3 -0.001225 2008 -2009 1227 241-2010 3 -0.001225 2009 -2010 1227 242-2011 3 -0.001225 2010 -2011 1227 243-2012 3 -0.001225 2011 -2012 1227 244-2013 3 -0.001225 2012 -2013 1227 245-2014 3 -0.001225 2013 -2014 1227 246-2015 3 -0.001225 2014 -2015 1227 247-c Roof Beams 248-200 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 249- ):(-209 206 -211 212 992 -991 )
250- 201 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 251- ):(-209 206 -211 212 992 -991 ) trcl=(264.16 0 0 )
252-202 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 253- ):(-209 206 -211 212 992 -991 ) trcl=(528.32 0 0 )
254-203 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 255- ):(-209 206 -211 212 992 -991 ) trcl=(792.48 0 0 )
256-204 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 257- ):(-209 206 -211 212 992 -991 ) trcl=(1056.64 0 0 )
258-205 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 259- ):(-209 206 -211 212 992 -991 ) trcl=(1320.8 0 0 )
260- 206 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 261- ):(-209 206 -211 212 992 -991 ) trcl=(1584.96 0 0 )
262-207 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 263- ):(-209 206 -211 212 992 -991 ) trcl=(1849.12 0 0 )
264-208 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 265- ):(-209 206 -211 212 992 -991 ) trcl=(2113.28 0 0 )
266-209 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 267- ):(-209 206 -211 212 992 -991 ) trcl=(2377.44 0 0 )
268-210 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 269- ):(-209 206 -211 212 992 -991 ) trcl=(2641.6 0 0 )
270- 211 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 271- ):(-209 206 -211 212 992 -991 ) trcl=(2905.76 0 0 )
272-212 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 273- ):(-209 206 -211 212 992 -991 ) trcl=(3169.92 0 0 )
274-213 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 275- ):(-209 206 -211 212 992 -991 ) trcl=(3434.08 0 0 )
276-214 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 277- ):(-209 206 -211 212 992 -991 ) trcl=(3698.24 0 0 )
278-c HVAC Shield 279-222 4 -7.86 214 216 -215 -12471 -217 218 280-281-c Source Canisters 282-11 c/z 302.26 121.92 77.47 283-12 c/z 500.38 121.92 77.47 284-13 c/z 698.5 121.92 77.47 285-14 c/z 896.62 121.92 77.47 286-15 c/z 1094.74 121.92 77.47 287-16 c/z 1292.86 121.92 77.47 288-17 c/z 1490.98 121.92 77.47 289-18 c/z 1689.1 121.92 77.47 290- 19 c/z 1887.22 121.92 77.47 291-21 c/z 2085.34 121.92 77.47 292-22 c/z 2283.46 121.92 77.47 293-23 c/z 2481.58 121.92 77.47 294-24 c/z 2679.7 121.92 77.47 295-25 c/z 203.2 294.64 77.47
Calculation No. L-003388, Rev. 0 Attachment M (Page M61 of M147) 296-26 c/z 401.32 294.64 77.47 297-27 c/z 599.44 294.64 77.47 298-28 c/z 797.56 294.64 77.47 299-29 c/z 995.68 294.64 77.47 300- 31 c/z 1193.8 294.64 77.47 301-32 c/z 1391.92 294.64 77.47 302-33 c/z 1590.04 294.64 77.47 303-34 c/z 1788.16 294.64 77.47 304-35 c/z 1986.28 294.64 77.47 305-36 c/z 2184.4 294.64 77.47 306-37 c/z 2382.52 294.64 77.47 307-38 c/z 2580.64 294.64 77.47 308-39 c/z 2778.76 294.64 77.47 309-41 c/z 302.26 467.36 77.47 310- 42 c/z 500.38 467.36 77.47 311-43 c/z 698.5 467.36 77.47 312-44 c/z 896.62 467.36 77.47 313-45 c/z 1094.74 467.36 77.47 314-46 c/z 1292.86 467.36 77.47 315-47 c/z 1490.98 467.36 77.47 316-48 c/z 1689.1 467.36 77.47 317-49 c/z 1887.22 467.36 77.47 318-51 c/z 2085.34 467.36 77.47 319-52 c/z 2283.46 467.36 77.47 320- 53 c/z 2481.58 467.36 77.47 321-54 c/z 2679.7 467.36 77.47 322-55 c/z 203.2 640.08 77.47 323-56 c/z 401.32 640.08 77.47 324-57 c/z 599.44 640.08 77.47 325-58 c/z 797.56 640.08 77.47 326-59 c/z 995.68 640.08 77.47 327-61 c/z 1193.8 640.08 77.47 328-62 c/z 1391.92 640.08 77.47 329-63 c/z 1590.04 640.08 77.47 330- 64 c/z 1788.16 640.08 77.47 331-65 c/z 1986.28 640.08 77.47 332-66 c/z 2184.4 640.08 77.47 333-67 c/z 2382.52 640.08 77.47 334-68 c/z 2580.64 640.08 77.47 335-69 c/z 2778.76 640.08 77.47 336-71 c/z 302.26 812.8 77.47 337-72 c/z 500.38 812.8 77.47 338-73 c/z 698.5 812.8 77.47 339-74 c/z 896.62 812.8 77.47 340- 75 c/z 1094.74 812.8 77.47 341-76 c/z 1292.86 812.8 77.47 342-77 c/z 1490.98 812.8 77.47 343-78 c/z 1689.1 812.8 77.47 344-79 c/z 1887.22 812.8 77.47 345-81 c/z 2085.34 812.8 77.47 346-82 c/z 2283.46 812.8 77.47 347-83 c/z 2481.58 812.8 77.47 348-84 c/z 2679.7 812.8 77.47 349-85 c/z 203.2 985.52 77.47 350- 86 c/z 401.32 985.52 77.47 351-87 c/z 599.44 985.52 77.47 352-88 c/z 797.56 985.52 77.47 353-89 c/z 995.68 985.52 77.47 354-91 c/z 1193.8 985.52 77.47 355-92 c/z 1391.92 985.52 77.47 356-93 c/z 1590.04 985.52 77.47 357-94 c/z 1788.16 985.52 77.47 358-95 c/z 1986.28 985.52 77.47 359-96 c/z 2184.4 985.52 77.47 360- 97 c/z 2382.52 985.52 77.47 361-98 c/z 2580.64 985.52 77.47 362-99 c/z 2778.76 985.52 77.47 363-101 c/z 302.26 1158.24 77.47 364-102 c/z 500.38 1158.24 77.47 365-103 c/z 698.5 1158.24 77.47 366-104 c/z 896.62 1158.24 77.47 367-105 c/z 1094.74 1158.24 77.47 368-106 c/z 1292.86 1158.24 77.47 369-107 c/z 1490.98 1158.24 77.47 370- 108 c/z 1689.1 1158.24 77.47 371-109 c/z 1887.22 1158.24 77.47 372-111 c/z 2085.34 1158.24 77.47 373-112 c/z 2283.46 1158.24 77.47 374-113 c/z 2481.58 1158.24 77.47 375-114 c/z 2679.7 1158.24 77.47
Calculation No. L-003388, Rev. 0 Attachment M (Page M62 of M147) 376-115 c/z 203.2 1330.96 77.47 377-116 c/z 401.32 1330.96 77.47 378-117 c/z 599.44 1330.96 77.47 379-118 c/z 797.56 1330.96 77.47 380- 119 c/z 995.68 1330.96 77.47 381-121 c/z 1193.8 1330.96 77.47 382-122 c/z 1391.92 1330.96 77.47 383-123 c/z 1590.04 1330.96 77.47 384-124 c/z 1788.16 1330.96 77.47 385-125 c/z 1986.28 1330.96 77.47 386-126 c/z 2184.4 1330.96 77.47 387-127 c/z 2382.52 1330.96 77.47 388-128 c/z 2580.64 1330.96 77.47 389-129 c/z 2778.76 1330.96 77.47 390- 131 c/z 302.26 1503.68 77.47 391-132 c/z 500.38 1503.68 77.47 392-133 c/z 698.5 1503.68 77.47 393-134 c/z 896.62 1503.68 77.47 394-135 c/z 1094.74 1503.68 77.47 395-136 c/z 1292.86 1503.68 77.47 396-137 c/z 1490.98 1503.68 77.47 397-138 c/z 1689.1 1503.68 77.47 398-139 c/z 1887.22 1503.68 77.47 399-141 c/z 2085.34 1503.68 77.47 400- 142 c/z 2283.46 1503.68 77.47 401-143 c/z 2481.58 1503.68 77.47 402-144 c/z 2679.7 1503.68 77.47 403-145 c/z 203.2 1676.4 77.47 404-146 c/z 401.32 1676.4 77.47 405-147 c/z 599.44 1676.4 77.47 406-148 c/z 797.56 1676.4 77.47 407-149 c/z 995.68 1676.4 77.47 408-151 c/z 1193.8 1676.4 77.47 409-152 c/z 1391.92 1676.4 77.47 410- 153 c/z 1590.04 1676.4 77.47 411-154 c/z 1788.16 1676.4 77.47 412-155 c/z 1986.28 1676.4 77.47 413-156 c/z 2184.4 1676.4 77.47 414-157 c/z 2382.52 1676.4 77.47 415-158 c/z 2580.64 1676.4 77.47 416-159 c/z 2778.76 1676.4 77.47 417-c Planes 418-1201 py -76.2 419-1202 py 0 420- 1203 py 1828.8 421-1204 py 1905 422-1205 px 0 423-1206 px 2895.6 424-1207 px -76.2 425-1208 px 2971.8 426-1209 pz 0 $Top of Floor 427-1212 pz 381 $Top of Top HIC 428-990 pz 1455.42 429-1216 pz 1493.52 430- 1217 px 3947.16 431-1218 px 4023.36 432-1219 pz 1036.32 433-1220 pz 822.96 $Bottom of Notch 434-1221 py 1760.22 435-1222 py 1546.86 436-1223 px -38.1 437-1224 px 3985.26 438-991 py 1866.9 439-992 py -38.1 440- 1227 pz -76.2 $Bottom of Floor 441-1228 px 1089.66 442-1229 px 2080.26 443-1230 pz 807.72 444-1231 pz 213.36 $7ft Detector Surface 445-1232 pz -91.44 $Bottom Void 446-1233 px -57.15 447-1234 py 1885.95 448-1235 px 4004.31 449-1236 py -57.15 450- 1237 pz 1474.47 451-c HVAC Duct Openings 452-12321 px 68.58 $Duct1S1 453-12331 px 170.18 $Duct1 S2 454-12341 px 871.22 $Duct2 S1 455-12351 px 972.82 $Duct2 S2
Calculation No. L-003388, Rev. 0 Attachment M (Page M63 of M147) 456-12361 px 1595.12 $Duct3 S1 457-12371 px 1747.52 $Duct3 S2 458-12381 px 1856.74 $Duct4 S1 459-12391 px 1958.34 $Duct4 S2 460- 12401 px 2720.34 $Duct5 S1 461-12411 px 2821.94 $Duct5 S2 462-12421 px 3776.98 $Duct6 S1 463-12431 px 3878.58 $Duct6 S2 464-12441 pz 1397 $Small Ducts Bottom 465-12451 pz 1437.64 $Small Duct Top 466-12461 pz 1369.06 $Large Ducts Bottom 467-12471 pz 1445.26 $Large Duct Top 468-c Spheres for detectors 469-2000 s 1973.58 914.4 -72.6 2800 $Closest Sphere 470- 2001 s 1973.58 914.4 -72.6 4000 471-2002 s 1973.58 914.4 -72.6 7000 472-2003 s 1973.58 914.4 -72.6 10000 473-2004 s 1973.58 914.4 -72.6 15000 474-2005 s 1973.58 914.4 -72.6 20000 475-2006 s 1973.58 914.4 -72.6 25000 476-2007 s 1973.58 914.4 -72.6 30000 477-2008 s 1973.58 914.4 -72.6 37500 478-2009 s 1973.58 914.4 -72.6 45000 479-2010 s 1973.58 914.4 -72.6 55000 480- 2011 s 1973.58 914.4 -72.6 65000 481-2012 s 1973.58 914.4 -72.6 75000 482-2013 s 1973.58 914.4 -72.6 85000 483-2014 s 1973.58 914.4 -72.6 95000 484-2015 s 1973.58 914.4 -72.6 120000 485-2016 py -276.2 486-2017 py -476.2 487-2018 py -676.2 488-2019 py -876.2 489-2020 py -1076.2 490- 2021 py -1276.2 491-2022 py -1476.2 492-2023 py -1676.2 493-2024 py -1876.2 494-2025 py -2076.2 495-2026 px 359.054 496-2027 px 2535.94 497-2028 py -2276.2 498-2029 py -2476.2 499-2030 py -2676.2 500- 2031 py -2876.2 501-2032 py -3076.2 502-2033 py -3276.2 503-2034 py -3476.2 504-2035 py -3676.2 505-c Roof Beams 506-206 px 211.49 507-207 px 225.37 508-208 px 226.76 509-209 px 240.64 510- 210 pz 1453.54 511-211 pz 1373.84 512-212 pz 1371.96 513-213 px 226.065 514-c HVAC Shield 515-214 px 1564.64 516-215 px 1988.82 517-216 pz 1338.58 518-217 py -167.64 519-218 py -170.18 520-521-mode p 522-c Materials 523-m1 1000. -0.015 $MAT1 524-8000. -1.057 11000. -0.041 12000. -0.085 525-13000. -0.137 14000. -0.487 15000. -0.002 526-16000. -0.002 19000. -0.015 20000. -0.295 527-22000. -0.011 25000. -0.003 26000. -0.178 528-m2 13000. 1 $MAT2 warning. material 2 is not used in the problem.
529-m3 7000. 0.78969 $MAT3 530- 8000. 0.21019 6000. 0.00012 531-m4 26000. 1 $MAT4 532-m5 1000. 2 $MAT5 533-8000. 1 534-imp:p 1 136r 9 3 1r 9 3 1r $ 11,
Calculation No. L-003388, Rev. 0 Attachment M (Page M64 of M147) 535-9 3 1r 9 3 1r 1 $ 1206, 536-3 9 0 1 9r 27 $ 1211, 537- 0 1 6r 54 1r 108 1r 216 1r $ 9987, 538-432 1r 864 1r 1728 1r 3456 1r 1 13r $ 2007, 539-27 1 27 $ 213, 222 540- phys:p 100 1 0 541-c sdef erg=d5 x=d1 y=d2 z=d3 cel=d4 eff=0.0001 wgt=3.045E+15 542-c si1 0 2895.6 543-c sp1 0.0 1.0 544-c si2 0 1828.8 545-c sp2 0.0 1.0 546-c si3 0.01 304.8 381.00 547-c sp3 0.0 0.8 0.2 548-c sb3 0.0 0.2 1.0 549-c si4 L 11 12 13 14 15 16 17 18 19 21 22 23 24 25 26 27 28 29 31 32 550- c 33 34 35 36 37 38 39 41 42 43 44 45 46 47 48 49 51 52 53 54 55 551-c 56 57 58 59 61 62 63 64 65 66 67 68 69 71 72 73 74 75 76 77 78 552-c 79 81 82 83 84 85 86 87 88 89 91 92 93 94 95 96 97 98 99 101 553-c 102 103 104 105 106 107 108 109 111 112 113 114 115 116 117 118 554-c 119 121 122 123 124 125 126 127 128 129 131 132 133 134 135 136 555-c 137 138 139 141 142 143 144 145 146 147 148 149 151 152 153 154 556-c 155 156 157 158 159 557-c sp4 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 558-c 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 559-c 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 560- c 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 561-c 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 562-c 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 563-c 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 564-c 1 1 1 1 1 565-c si5 l 1.1730 1.3325 566-c sp5 1 1 567-c ssw 1220(9995) 568-ssr 569-c=====================================================================
570- c=====================================================================
571-c Truck bay dose rate 572-f2:p 1231 warning. without bremsstrahlung, flux estimates will be low.
573-c=====================================================================
574-c=====================================================================
575-c Rings outside the building 576-f12:p 1227 warning. without bremsstrahlung, flux estimates will be low.
577-fs12 -2000 -2001 -2002 -2003 -2004 -2005 -2006 -2007 -2008 -2009 578- -2010 -2011 -2012 -2013 -2014 579-sd12 1e50 2.564E+07 1.037e8 1.602e8 3.927e8 5.498e8 7.069e8 8.639e8 1.590e9 580- 1.944e9 3.142e9 3.770e9 4.398e9 5.027e9 5.655e9 1.689e10 581-c=====================================================================
582-c=====================================================================
583-c Slabs Ajacent to Ventilation Penetration Side 584-f22:p 1227 warning. without bremsstrahlung, flux estimates will be low.
585-fs22 1201 -2026 2027 586-2016 2017 2018 2019 2020 587-2021 2022 2023 2024 2025 588-2028 2029 2030 2031 2032 589-2033 2034 2035 590- sd22 1e50 1e50 1e50 591-4.35376e5 4.35376e5 4.35376e5 4.35376e5 4.35376e5 592-4.35376e5 4.35376e5 4.35376e5 4.35376e5 4.35376e5 593-4.35376e5 4.35376e5 4.35376e5 4.35376e5 4.35376e5 594-4.35376e5 4.35376e5 4.35376e5 1e50 595-c=====================================================================
596-c=====================================================================
597-c Dose Rate on Vent Side Wall 7ft up avg 598-f32:p 1201 warning. without bremsstrahlung, flux estimates will be low.
599-fs32 1231 -2026 2027 -1227 600- sd32 1e50 1e50 1e50 1e50 6.30E+05 601-c=====================================================================
602-c=====================================================================
603-c detectors toward north, with HVAC effects 604-f42:p 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 warning. without bremsstrahlung, flux estimates will be low.
605-fs42 1219 -1209 1201 -1205 1206 606-sd42 1e50 1e50 1e50 1e50 1e50 3.00e06 607-1e50 1e50 1e50 1e50 1e50 3.00e06 608-1e50 1e50 1e50 1e50 1e50 3.00e06 609-1e50 1e50 1e50 1e50 1e50 3.00e06
Calculation No. L-003388, Rev. 0 Attachment M (Page M65 of M147) 610- 1e50 1e50 1e50 1e50 1e50 3.00e06 611-1e50 1e50 1e50 1e50 1e50 3.00e06 612-1e50 1e50 1e50 1e50 1e50 3.00e06 613-1e50 1e50 1e50 1e50 1e50 3.00e06 614-1e50 1e50 1e50 1e50 1e50 3.00e06 615-1e50 1e50 1e50 1e50 1e50 3.00e06 616-1e50 1e50 1e50 1e50 1e50 3.00e06 617-c detectors toward sorth, with no HVAC effects 618-f52:p 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 warning. without bremsstrahlung, flux estimates will be low.
619-fs52 1219 -1209 -1201 -1205 1206 620- sd52 1e50 1e50 1e50 1e50 1e50 3.00e06 621-1e50 1e50 1e50 1e50 1e50 3.00e06 622-1e50 1e50 1e50 1e50 1e50 3.00e06 623-1e50 1e50 1e50 1e50 1e50 3.00e06 624-1e50 1e50 1e50 1e50 1e50 3.00e06 625-1e50 1e50 1e50 1e50 1e50 3.00e06 626-1e50 1e50 1e50 1e50 1e50 3.00e06 627-1e50 1e50 1e50 1e50 1e50 3.00e06 628-1e50 1e50 1e50 1e50 1e50 3.00e06 629-1e50 1e50 1e50 1e50 1e50 3.00e06 630- 1e50 1e50 1e50 1e50 1e50 3.00e06 631-c=====================================================================
632-c=====================================================================
633-c Detector above the HICS (used as a source check) 634-f62:p 1219 warning. without bremsstrahlung, flux estimates will be low.
635-fs62 -1205 1206 1203 -1202 636-sd62 1e50 1e50 1e50 1e50 5.30E+06 637-c=====================================================================
638-c=====================================================================
639-c Photon Flux to Dose Rate Conversion Factors 640- de0 0.01 0.03 0.05 0.07 0.10 0.15 0.20 641- 0.25 0.30 0.35 0.40 0.45 0.50 0.55 642- 0.60 0.65 0.70 0.80 1.00 1.40 1.80 643-2.20 2.60 2.80 3.25 3.75 4.25 4.75 644-5.00 5.25 5.75 6.25 6.75 7.50 9.00 645-11.0 13.0 15.0 646-df0 LIN 3.96E-06 5.82E-07 2.90E-07 2.58E-07 2.83E-07 3.79E-07 5.01E-07 647-6.31e-07 7.59E-07 8.78E-07 9.85E-07 1.08E-06 1.17E-06 1.27E-06 648-1.36e-06 1.44E-06 1.52E-06 1.68E-06 1.98E-06 2.51E-06 2.99E-06 649-3.42e-06 3.82E-06 4.01E-06 4.41E-06 4.83E-06 5.23E-06 5.60E-06 650- 5.80e-06 6.01E-06 6.37E-06 6.74E-06 7.11E-06 7.66E-06 8.77E-06 651-1.03e-05 1.18E-05 1.33E-05 652-nps 8.00e08 surface 990 and surface 201990 are the same. 201990 will be deleted.
surface 990 and surface 202990 are the same. 202990 will be deleted.
surface 990 and surface 203990 are the same. 203990 will be deleted.
surface 990 and surface 204990 are the same. 204990 will be deleted.
surface 990 and surface 205990 are the same. 205990 will be deleted.
surface 990 and surface 206990 are the same. 206990 will be deleted.
surface 990 and surface 207990 are the same. 207990 will be deleted.
surface 990 and surface 208990 are the same. 208990 will be deleted.
surface 990 and surface 209990 are the same. 209990 will be deleted.
surface 990 and surface 210990 are the same. 210990 will be deleted.
surface 990 and surface 211990 are the same. 211990 will be deleted.
surface 990 and surface 212990 are the same. 212990 will be deleted.
surface 990 and surface 213990 are the same. 213990 will be deleted.
surface 990 and surface 214990 are the same. 214990 will be deleted.
surface 991 and surface 201991 are the same. 201991 will be deleted.
surface 991 and surface 202991 are the same. 202991 will be deleted.
surface 991 and surface 203991 are the same. 203991 will be deleted.
Calculation No. L-003388, Rev. 0 Attachment M (Page M66 of M147) surface 991 and surface 204991 are the same. 204991 will be deleted.
surface 991 and surface 205991 are the same. 205991 will be deleted.
surface 991 and surface 206991 are the same. 206991 will be deleted.
surface 991 and surface 207991 are the same. 207991 will be deleted.
surface 991 and surface 208991 are the same. 208991 will be deleted.
surface 991 and surface 209991 are the same. 209991 will be deleted.
surface 991 and surface 210991 are the same. 210991 will be deleted.
surface 991 and surface 211991 are the same. 211991 will be deleted.
surface 991 and surface 212991 are the same. 212991 will be deleted.
surface 991 and surface 213991 are the same. 213991 will be deleted.
surface 991 and surface 214991 are the same. 214991 will be deleted.
surface 992 and surface 201992 are the same. 201992 will be deleted.
surface 992 and surface 202992 are the same. 202992 will be deleted.
surface 992 and surface 203992 are the same. 203992 will be deleted.
surface 992 and surface 204992 are the same. 204992 will be deleted.
surface 992 and surface 205992 are the same. 205992 will be deleted.
surface 992 and surface 206992 are the same. 206992 will be deleted.
surface 992 and surface 207992 are the same. 207992 will be deleted.
surface 992 and surface 208992 are the same. 208992 will be deleted.
surface 992 and surface 209992 are the same. 209992 will be deleted.
surface 992 and surface 210992 are the same. 210992 will be deleted.
surface 992 and surface 211992 are the same. 211992 will be deleted.
surface 992 and surface 212992 are the same. 212992 will be deleted.
surface 992 and surface 213992 are the same. 213992 will be deleted.
surface 992 and surface 214992 are the same. 214992 will be deleted.
surface 210 and surface 201210 are the same. 201210 will be deleted.
surface 210 and surface 202210 are the same. 202210 will be deleted.
surface 210 and surface 203210 are the same. 203210 will be deleted.
surface 210 and surface 204210 are the same. 204210 will be deleted.
surface 210 and surface 205210 are the same. 205210 will be deleted.
surface 210 and surface 206210 are the same. 206210 will be deleted.
surface 210 and surface 207210 are the same. 207210 will be deleted.
surface 210 and surface 208210 are the same. 208210 will be deleted.
surface 210 and surface 209210 are the same. 209210 will be deleted.
surface 210 and surface 210210 are the same. 210210 will be deleted.
surface 210 and surface 211210 are the same. 211210 will be deleted.
surface 210 and surface 212210 are the same. 212210 will be deleted.
surface 210 and surface 213210 are the same. 213210 will be deleted.
surface 210 and surface 214210 are the same. 214210 will be deleted.
surface 211 and surface 201211 are the same. 201211 will be deleted.
URS Washington Division
Calculation No. L-003388, Rev. 0 Attachment M (Page M67 of M147) surface 211 and surface 202211 are the same. 202211 will be deleted.
surface 211 and surface 203211 are the same. 203211 will be deleted.
surface 211 and surface 204211 are the same. 204211 will be deleted.
surface 211 and surface 205211 are the same. 205211 will be deleted.
surface 211 and surface 206211 are the same. 206211 will be deleted.
surface 211 and surface 207211 are the same. 207211 will be deleted.
surface 211 and surface 208211 are the same. 208211 will be deleted.
surface 211 and surface 209211 are the same. 209211 will be deleted.
surface 211 and surface 210211 are the same. 210211 will be deleted.
surface 211 and surface 211211 are the same. 211211 will be deleted.
surface 211 and surface 212211 are the same. 212211 will be deleted.
surface 211 and surface 213211 are the same. 213211 will be deleted.
surface 211 and surface 214211 are the same. 214211 will be deleted.
surface 212 and surface 201212 are the same. 201212 will be deleted.
surface 212 and surface 202212 are the same. 202212 will be deleted.
surface 212 and surface 203212 are the same. 203212 will be deleted.
surface 212 and surface 204212 are the same. 204212 will be deleted.
surface 212 and surface 205212 are the same. 205212 will be deleted.
surface 212 and surface 206212 are the same. 206212 will be deleted.
surface 212 and surface 207212 are the same. 207212 will be deleted.
surface 212 and surface 208212 are the same. 208212 will be deleted.
surface 212 and surface 209212 are the same. 209212 will be deleted.
surface 212 and surface 210212 are the same. 210212 will be deleted.
surface 212 and surface 211212 are the same. 211212 will be deleted.
surface 212 and surface 212212 are the same. 212212 will be deleted.
surface 212 and surface 213212 are the same. 213212 will be deleted.
surface 212 and surface 214212 are the same. 214212 will be deleted.
comment. 84 surfaces were deleted for being the same as others.
information from the header of surface-source file bwssa the file was written by mcnp version 5 with probid = 05/13/09 07:42:34 and ending with dump no. 5 the title of the creation run was c Created on: Tuesday, November 11, 2008 at 09:35 the original number of histories was 25654088 the total number of tracks recorded was 4352843 from 4229523 independent histories.
this ssr problem will use the following particles if available: photon warning. 2 materials had unnormalized fractions. print table 40.
warning. 1 of the materials appear at more than one density.
warning. sum of segment sizes differs from total in 25 cases.
1cells print table 60 atom gram photon cell mat density density volume mass pieces importance 1 11 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 2 12 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 3 13 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00
Calculation No. L-003388, Rev. 0 Attachment M (Page M68 of M147) 4 14 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 5 15 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 6 16 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 7 17 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 8 18 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 9 19 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 10 21 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 11 22 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 12 23 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 13 24 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 14 25 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 15 26 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 16 27 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 17 28 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 18 29 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 19 31 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 20 32 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 21 33 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 22 34 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 23 35 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 24 36 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 25 37 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 26 38 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 27 39 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 28 41 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 29 42 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 30 43 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 31 44 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 32 45 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 33 46 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 34 47 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 35 48 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 36 49 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 37 51 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 38 52 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 39 53 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 40 54 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 41 55 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 42 56 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 43 57 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 44 58 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 45 59 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 46 61 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 47 62 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 48 63 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 49 64 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 50 65 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 51 66 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 52 67 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 53 68 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 54 69 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 55 71 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 56 72 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 57 73 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 58 74 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 59 75 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 60 76 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 61 77 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 62 78 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 63 79 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 64 81 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 65 82 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 66 83 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 67 84 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 68 85 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 69 86 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 70 87 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 71 88 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 72 89 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 73 91 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 74 92 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 75 93 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 76 94 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 77 95 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 78 96 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 79 97 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 80 98 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 81 99 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 82 101 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 83 102 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00
Calculation No. L-003388, Rev. 0 Attachment M (Page M69 of M147) 84 103 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 85 104 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 86 105 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 87 106 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 88 107 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 89 108 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 90 109 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 91 111 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 92 112 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 93 113 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 94 114 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 95 115 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 96 116 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 97 117 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 98 118 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 99 119 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 100 121 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 101 122 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 102 123 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 103 124 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 104 125 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 105 126 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 106 127 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 107 128 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 108 129 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 109 131 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 110 132 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 111 133 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 112 134 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 113 135 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 114 136 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 115 137 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 116 138 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 117 139 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 118 141 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 119 142 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 120 143 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 121 144 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 122 145 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 123 146 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 124 147 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 125 148 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 126 149 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 127 151 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 128 152 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 129 153 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 130 154 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 131 155 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 132 156 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 133 157 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 134 158 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 135 159 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 136 1200 3 5.11393E-05 1.22500E-03 3.46881E+06 4.24930E+03 0 1.0000E+00 137 1201 1 7.34055E-02 2.36500E+00 1.40947E+08 3.33340E+08 0 1.0000E+00 138 1202 1 7.43366E-02 2.39500E+00 1.52092E+07 3.64261E+07 0 9.0000E+00 139 12021 1 7.43366E-02 2.39500E+00 1.52092E+07 3.64261E+07 0 3.0000E+00 140 1203 1 7.34055E-02 2.36500E+00 1.44416E+08 3.41544E+08 0 3.0000E+00 141 1204 1 7.43366E-02 2.39500E+00 3.27303E+07 7.83891E+07 0 9.0000E+00 142 12041 1 7.43366E-02 2.39500E+00 3.27303E+07 7.83891E+07 0 3.0000E+00 143 1205 1 7.34055E-02 2.36500E+00 3.23732E+08 7.65627E+08 0 3.0000E+00 144 1206 1 7.43366E-02 2.39500E+00 1.52092E+07 3.64261E+07 0 9.0000E+00 145 12061 1 7.43366E-02 2.39500E+00 1.52092E+07 3.64261E+07 0 3.0000E+00 146 1207 1 7.34055E-02 2.36500E+00 1.44416E+08 3.41544E+08 0 3.0000E+00 147 1208 1 7.43366E-02 2.39500E+00 3.21158E+07 7.69173E+07 0 9.0000E+00 148 12081 1 7.43366E-02 2.39500E+00 3.21158E+07 7.69173E+07 0 3.0000E+00 149 1209 1 7.34055E-02 2.36500E+00 3.23732E+08 7.65627E+08 0 3.0000E+00 150 1210 1 7.34055E-02 2.36500E+00 6.18900E+08 1.46370E+09 0 1.0000E+00 151 1211 1 7.22571E-02 2.32800E+00 1.54725E+08 3.60200E+08 0 3.0000E+00 152 12111 1 7.22571E-02 2.32800E+00 1.54725E+08 3.60200E+08 0 9.0000E+00 153 9999 0 0.00000E+00 0.00000E+00 0.00000E+00 0.00000E+00 0 0.0000E+00 154 9998 3 5.11393E-05 1.22500E-03 0.00000E+00 0.00000E+00 0 1.0000E+00 155 9997 3 5.11393E-05 1.22500E-03 0.00000E+00 0.00000E+00 0 1.0000E+00 156 9996 3 5.11393E-05 1.22500E-03 0.00000E+00 0.00000E+00 0 1.0000E+00 157 9995 3 5.11393E-05 1.22500E-03 1.12984E+09 1.38406E+06 0 1.0000E+00 158 9994 3 5.11393E-05 1.22500E-03 2.39844E+09 2.93809E+06 0 1.0000E+00 159 9993 3 5.11393E-05 1.22500E-03 3.80578E+08 4.66209E+05 0 1.0000E+00 160 9992 3 5.11393E-05 1.22500E-03 1.06018E+09 1.29872E+06 0 1.0000E+00 161 9991 3 5.11393E-05 1.22500E-03 2.71842E+07 3.33006E+04 0 1.0000E+00 162 9990 3 5.11393E-05 1.22500E-03 3.80578E+08 4.66209E+05 0 1.0000E+00 163 9989 3 5.11393E-05 1.22500E-03 8.07452E+08 9.89129E+05 0 1.0000E+00
Calculation No. L-003388, Rev. 0 Attachment M (Page M70 of M147) 164 9988 3 5.11393E-05 1.22500E-03 0.00000E+00 0.00000E+00 0 2.7000E+01 165 9987 0 0.00000E+00 0.00000E+00 3.61826E+15 0.00000E+00 1 0.0000E+00 166 9986 3 5.11393E-05 1.22500E-03 6.89441E+11 8.44566E+08 1 1.0000E+00 167 10000 3 5.11393E-05 1.22500E-03 1.57316E+05 1.92712E+02 0 1.0000E+00 168 10001 3 5.11393E-05 1.22500E-03 1.57316E+05 1.92712E+02 0 1.0000E+00 169 10002 3 5.11393E-05 1.22500E-03 4.42451E+05 5.42002E+02 0 1.0000E+00 170 10003 3 5.11393E-05 1.22500E-03 1.57316E+05 1.92712E+02 0 1.0000E+00 171 10004 3 5.11393E-05 1.22500E-03 1.57316E+05 1.92712E+02 0 1.0000E+00 172 10005 3 5.11393E-05 1.22500E-03 1.57316E+05 1.92712E+02 0 1.0000E+00 173 2001 3 5.11393E-05 1.22500E-03 8.81574E+10 1.07993E+08 1 5.4000E+01 174 2002 3 5.11393E-05 1.22500E-03 5.84709E+11 7.16269E+08 1 5.4000E+01 175 2003 3 5.11393E-05 1.22500E-03 1.37659E+12 1.68633E+09 1 1.0800E+02 176 2004 3 5.11393E-05 1.22500E-03 4.97560E+12 6.09511E+09 1 1.0800E+02 177 2005 3 5.11393E-05 1.22500E-03 9.68856E+12 1.18685E+10 1 2.1600E+02 178 2006 3 5.11393E-05 1.22500E-03 1.59723E+13 1.95661E+10 1 2.1600E+02 179 2007 3 5.11393E-05 1.22500E-03 2.38269E+13 2.91879E+10 1 4.3200E+02 180 2008 3 5.11393E-05 1.22500E-03 5.39037E+13 6.60320E+10 1 4.3200E+02 181 2009 3 5.11393E-05 1.22500E-03 8.04121E+13 9.85049E+10 1 8.6400E+02 182 2010 3 5.11393E-05 1.22500E-03 1.57615E+14 1.93078E+11 1 8.6400E+02 183 2011 3 5.11393E-05 1.22500E-03 2.26732E+14 2.77747E+11 1 1.7280E+03 184 2012 3 5.11393E-05 1.22500E-03 3.08416E+14 3.77809E+11 1 1.7280E+03 185 2013 3 5.11393E-05 1.22500E-03 4.02666E+14 4.93265E+11 1 3.4560E+03 186 2014 3 5.11393E-05 1.22500E-03 5.09482E+14 6.24115E+11 1 3.4560E+03 187 2015 3 5.11393E-05 1.22500E-03 1.82349E+15 2.23378E+12 1 1.0000E+00 188 200 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 189 201 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 190 202 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 191 203 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 192 204 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 193 205 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 194 206 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 195 207 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 196 208 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 197 209 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 198 210 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 199 211 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 200 212 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 201 213 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 2.7000E+01 202 214 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 203 222 4 8.47555E-02 7.86000E+00 1.14939E+05 9.03419E+05 0 2.7000E+01 total 7.23819E+15 4.44062E+12 warning. surface 213 is not used for anything.
- Random Number Generator = 1 *
- Random Number Seed = 19073486328125 *
- Random Number Multiplier = 19073486328125 *
- Random Number Adder = 0 *
- Random Number Bits Used = 48 *
- Random Number Stride = 152917
- 12 warning messages so far.
1cross-section tables print table 100 table length tables from file mcplib04 1000.04p 1898 ENDF/B-VI Release 8 Photoatomic Data for 1-H mat 100 02/07/03 6000.04p 3152 ENDF/B-VI Release 8 Photoatomic Data for 6-C mat 600 02/07/03 7000.04p 3194 ENDF/B-VI Release 8 Photoatomic Data for 7-N mat 700 02/07/03 8000.04p 3272 ENDF/B-VI Release 8 Photoatomic Data for 8-O mat 800 02/07/03 11000.04p 3995 ENDF/B-VI Release 8 Photoatomic Data for 11-NA mat1100 02/07/03 12000.04p 3781 ENDF/B-VI Release 8 Photoatomic Data for 12-MG mat1200 02/07/03 13000.04p 4846 ENDF/B-VI Release 8 Photoatomic Data for 13-AL mat1300 02/07/03 14000.04p 4792 ENDF/B-VI Release 8 Photoatomic Data for 14-SI mat1400 02/07/03
Calculation No. L-003388, Rev. 0 Attachment M (Page M71 of M147) 15000.04p 4498 ENDF/B-VI Release 8 Photoatomic Data for 15-P mat1500 02/07/03 16000.04p 4654 ENDF/B-VI Release 8 Photoatomic Data for 16-S mat1600 02/07/03 19000.04p 5047 ENDF/B-VI Release 8 Photoatomic Data for 19-K mat1900 02/07/03 20000.04p 5013 ENDF/B-VI Release 8 Photoatomic Data for 20-CA mat2000 02/07/03 22000.04p 5742 ENDF/B-VI Release 8 Photoatomic Data for 22-TI mat2200 02/07/03 25000.04p 5598 ENDF/B-VI Release 8 Photoatomic Data for 25-MN mat2500 02/07/03 26000.04p 5718 ENDF/B-VI Release 8 Photoatomic Data for 26-FE mat2600 02/07/03 total 65200 warning. simple physics turned on for photons > 100 mev.
dump no. 1 on file runtpe nps = 0 coll = 0 ctm = 0.00 nrn =
0 13 warning messages so far.
dump no. 2 on file runtpe nps = 172985 coll = 259335572 ctm = 60.01 nrn =
3226676562 dump no. 3 on file runtpe nps = 345372 coll = 516322971 ctm = 120.02 nrn =
6423023946 dump no. 4 on file runtpe nps = 514162 coll = 772448831 ctm = 180.03 nrn =
9611888916 dump no. 5 on file runtpe nps = 684133 coll = 1027162836 ctm = 240.04 nrn =
12781215860 dump no. 6 on file runtpe nps = 856064 coll = 1284343352 ctm = 300.04 nrn =
15981078134 dump no. 7 on file runtpe nps = 1028277 coll = 1541553357 ctm = 360.05 nrn =
19180960399 dump no. 8 on file runtpe nps = 1201726 coll = 1801000571 ctm = 420.06 nrn =
22408401808
Calculation No. L-003388, Rev. 0 Attachment M (Page M72 of M147) dump no. 9 on file runtpe nps = 1375034 coll = 2061479636 ctm = 480.06 nrn =
25649812656 dump no. 10 on file runtpe nps = 1547045 coll = 2320745950 ctm = 540.07 nrn =
28875936431 dump no. 11 on file runtpe nps = 1720588 coll = 2579023702 ctm = 600.09 nrn =
32087940632 dump no. 12 on file runtpe nps = 1893896 coll = 2836315415 ctm = 660.09 nrn =
35287367558 dump no. 13 on file runtpe nps = 2067881 coll = 3094523266 ctm = 720.10 nrn =
38498054428 dump no. 14 on file runtpe nps = 2240390 coll = 3354153834 ctm = 780.14 nrn =
41728893894 dump no. 15 on file runtpe nps = 2413745 coll = 3613399173 ctm = 840.15 nrn =
44954133046 dump no. 16 on file runtpe nps = 2587495 coll = 3873481243 ctm = 900.15 nrn =
48189563856 dump no. 17 on file runtpe nps = 2760126 coll = 4133349455 ctm = 960.16 nrn =
51423605233 dump no. 18 on file runtpe nps = 2933829 coll = 4392494906 ctm = 1020.18 nrn =
54646999602 dump no. 19 on file runtpe nps = 3106404 coll = 4653318723 ctm = 1080.19 nrn =
57893284960 dump no. 20 on file runtpe nps = 3279458 coll = 4913957752 ctm = 1140.19 nrn =
61137061720
Calculation No. L-003388, Rev. 0 Attachment M (Page M73 of M147) dump no. 21 on file runtpe nps = 3453725 coll = 5172473329 ctm = 1200.19 nrn =
64351311273 dump no. 22 on file runtpe nps = 3628039 coll = 5430544945 ctm = 1260.21 nrn =
67560182698 dump no. 23 on file runtpe nps = 3802339 coll = 5689728165 ctm = 1320.21 nrn =
70783302727 1problem summary source particle weight for summary table normalization =
23995456.00 run terminated when it had used 0 minutes of computer time.
+ 06/24/09 07:47:07 c Created on: Tuesday, November 11, 2008 at 09:35 probid = 06/23/09 08:50:09 0
photon creation tracks weight energy photon loss tracks weight energy (per source particle) (per source particle) source 126972150 1.7977E+14 4.9622E-01 escape 298366 3.8374E+11 3.1547E-04 energy cutoff 0 0. 0.
time cutoff 0 0. 0.
weight window 0 0. 0. weight window 0 0. 0.
cell importance 775759627 3.0682E+13 2.7676E-02 cell importance 275244534 3.0685E+13 2.7687E-02 weight cutoff 0 0. 0. weight cutoff 0 0. 0.
e or t importance 0 0. 0. e or t importance 0 0. 0.
dxtran 0 0. 0. dxtran 0 0. 0.
forced collisions 0 0. 0. forced collisions 0 0. 0.
exp. transform 0 0. 0. exp. transform 0 0. 0.
from neutrons 0 0. 0. compton scatter 0 0.
4.1029E-01 bremsstrahlung 0 0. 0. capture 696001091 2.1506E+14 8.6665E-02 p-annihilation 168442 6.8747E+10 1.9542E-04 pair production 84221 3.4374E+10 2.4959E-04 photonuclear 0 0. 0. photonuclear abs 0 0. 0.
electron x-rays 0 0. 0.
1st fluorescence 68727993 3.5638E+13 1.1133E-03 2nd fluorescence 0 0. 0.
total 971628212 2.4616E+14 5.2521E-01 total 971628212 2.4616E+14 5.2521E-01 number of photons banked 603522376 average time of (shakes) cutoffs photon tracks per source particle 4.0492E+01 escape 9.8707E+01 tco 1.0000E+33 photon collisions per source particle 2.4681E+02 capture 6.1602E+00 eco 1.0000E-03 total photon collisions 5922400034 capture or escape 6.3250E+00 wc1 -
5.0000E-01 any termination 6.6163E+00 wc2 -
2.5000E-01 computer time so far in this run 1373.81 minutes maximum number ever in bank 15 computer time in mcrun 1373.75 minutes bank overflows to backup file 0 source particles per minute 2.8800E+03 random numbers generated 73678780645 most random numbers used was 4198223 in history 1591124 warning. random number stride 152917 exceeded 28369 times.
range of sampled source weights = 2.2838E+13 to 4.7148E+14
Calculation No. L-003388, Rev. 0 Attachment M (Page M74 of M147) warning. importance function may be poor. see print table 120.
1photon activity in each cell print table 126 tracks population collisions collisions number flux average average cell entering
- weight weighted weighted track weight track mfp (per history) energy energy (relative)
(cm) 1 11 60119 58460 321386 4.3536E+11 9.2538E-02 9.2538E-02 3.2284E+13 5.3744E+00 2 12 67242 64997 356705 4.8556E+11 9.1824E-02 9.1824E-02 3.2564E+13 5.3607E+00 3 13 72829 70377 387583 5.2544E+11 9.1385E-02 9.1385E-02 3.2262E+13 5.3521E+00 4 14 76061 73457 403640 5.4042E+11 9.1235E-02 9.1235E-02 3.1854E+13 5.3475E+00 5 15 77893 75286 412806 5.6470E+11 9.0778E-02 9.0778E-02 3.2751E+13 5.3395E+00 6 16 79052 76378 420223 5.7345E+11 9.1293E-02 9.1293E-02 3.2680E+13 5.3515E+00 7 17 79098 76466 420633 5.8598E+11 9.0119E-02 9.0119E-02 3.3200E+13 5.3229E+00 8 18 78756 76080 418237 5.7514E+11 9.0672E-02 9.0672E-02 3.2758E+13 5.3382E+00 9 19 77496 74901 413269 5.7440E+11 9.1084E-02 9.1084E-02 3.3179E+13 5.3469E+00 10 21 74167 71648 393478 5.4472E+11 9.0707E-02 9.0707E-02 3.3003E+13 5.3323E+00 11 22 70349 67869 372435 5.0888E+11 9.2222E-02 9.2222E-02 3.2678E+13 5.3701E+00 12 23 64071 61922 339532 4.6230E+11 9.2606E-02 9.2606E-02 3.2647E+13 5.3747E+00 13 24 54159 52484 291502 3.9529E+11 9.3539E-02 9.3539E-02 3.2257E+13 5.3891E+00 14 25 70292 68421 377625 5.1444E+11 9.2331E-02 9.2331E-02 3.2626E+13 5.3694E+00 15 26 79184 75894 417271 5.6877E+11 9.0776E-02 9.0776E-02 3.2381E+13 5.3302E+00 16 27 87560 83927 460289 6.2832E+11 9.0144E-02 9.0144E-02 3.2627E+13 5.3175E+00 17 28 92168 88239 481266 6.5755E+11 9.0170E-02 9.0170E-02 3.2594E+13 5.3222E+00 18 29 96180 92185 505413 7.0010E+11 9.0264E-02 9.0264E-02 3.3077E+13 5.3226E+00 19 31 97691 93612 512249 6.9265E+11 8.9741E-02 8.9741E-02 3.2239E+13 5.3169E+00 20 32 99791 95589 522085 7.1299E+11 8.9965E-02 8.9965E-02 3.2515E+13 5.3177E+00 21 33 98694 94586 513590 7.0558E+11 8.9425E-02 8.9425E-02 3.2796E+13 5.3072E+00 22 34 97339 93343 509812 6.9334E+11 9.0158E-02 9.0158E-02 3.2456E+13 5.3246E+00 23 35 94049 90144 491766 6.6997E+11 8.9467E-02 8.9467E-02 3.2492E+13 5.3089E+00 24 36 89800 86008 469809 6.3600E+11 9.0011E-02 9.0011E-02 3.2169E+13 5.3195E+00 25 37 83530 80015 438206 5.9061E+11 9.0273E-02 9.0273E-02 3.2227E+13 5.3221E+00 26 38 74375 71371 389946 5.3172E+11 9.1060E-02 9.1060E-02 3.2529E+13 5.3348E+00 27 39 59771 57786 320162 4.3181E+11 9.3110E-02 9.3110E-02 3.2136E+13 5.3819E+00 28 41 81290 78430 429652 5.8718E+11 9.1134E-02 9.1134E-02 3.2547E+13 5.3394E+00 29 42 91795 87944 481653 6.5442E+11 9.0225E-02 9.0225E-02 3.2467E+13 5.3204E+00 30 43 98722 94527 514044 7.1396E+11 8.9838E-02 8.9838E-02 3.3045E+13 5.3129E+00 31 44 103238 98953 536594 7.3311E+11 8.9359E-02 8.9359E-02 3.2430E+13 5.3049E+00 32 45 106871 102362 555375 7.6707E+11 8.8868E-02 8.8868E-02 3.2951E+13 5.2985E+00 33 46 108275 103769 562885 7.6752E+11 8.8819E-02 8.8819E-02 3.2487E+13 5.2962E+00 34 47 108787 104223 569124 7.8121E+11 8.8721E-02 8.8721E-02 3.2921E+13 5.2969E+00
Calculation No. L-003388, Rev. 0 Attachment M (Page M75 of M147) 35 48 107706 103156 563591 7.5556E+11 8.9100E-02 8.9100E-02 3.1936E+13 5.3043E+00 36 49 105602 101094 552477 7.5269E+11 8.8780E-02 8.8780E-02 3.2500E+13 5.2980E+00 37 51 101908 97586 529999 7.2311E+11 8.9020E-02 8.9020E-02 3.2606E+13 5.3005E+00 38 52 96027 92008 503819 6.8085E+11 8.9806E-02 8.9806E-02 3.2323E+13 5.3172E+00 39 53 87851 84194 460992 6.2957E+11 9.0452E-02 9.0452E-02 3.2496E+13 5.3256E+00 40 54 74395 71555 396383 5.2982E+11 9.1526E-02 9.1526E-02 3.1806E+13 5.3452E+00 41 55 81911 79628 437057 5.9274E+11 9.1078E-02 9.1078E-02 3.2366E+13 5.3423E+00 42 56 91165 87268 478489 6.5400E+11 8.9399E-02 8.9399E-02 3.2474E+13 5.3071E+00 43 57 100708 96388 527171 7.1117E+11 8.9945E-02 8.9945E-02 3.2332E+13 5.3194E+00 44 58 106217 101645 552218 7.6069E+11 8.9481E-02 8.9481E-02 3.3019E+13 5.3096E+00 45 59 110268 105691 576529 7.8892E+11 8.8888E-02 8.8888E-02 3.2654E+13 5.2994E+00 46 61 112643 107978 590905 8.1011E+11 8.8965E-02 8.8965E-02 3.2525E+13 5.2993E+00 47 62 113726 108966 590815 8.0428E+11 8.8647E-02 8.8647E-02 3.2499E+13 5.2960E+00 48 63 113493 108547 591180 8.1868E+11 8.8510E-02 8.8510E-02 3.2940E+13 5.2856E+00 49 64 111595 106981 580071 7.8919E+11 8.8286E-02 8.8286E-02 3.2338E+13 5.2860E+00 50 65 108460 103869 564915 7.7929E+11 8.8866E-02 8.8866E-02 3.3019E+13 5.2992E+00 51 66 103853 99449 541954 7.4201E+11 8.9261E-02 8.9261E-02 3.2622E+13 5.3061E+00 52 67 96735 92552 505565 6.8968E+11 9.0101E-02 9.0101E-02 3.2511E+13 5.3213E+00 53 68 85824 82220 449958 6.1995E+11 9.0103E-02 9.0103E-02 3.2926E+13 5.3144E+00 54 69 69774 67478 373918 5.0971E+11 9.2128E-02 9.2128E-02 3.2452E+13 5.3627E+00 55 71 86910 83797 456375 6.0839E+11 9.0321E-02 9.0321E-02 3.1680E+13 5.3240E+00 56 72 98414 94202 514423 7.0114E+11 8.9561E-02 8.9561E-02 3.2469E+13 5.3056E+00 57 73 104982 100489 549139 7.5691E+11 8.8815E-02 8.8815E-02 3.2769E+13 5.2965E+00 58 74 109605 104980 573407 7.8137E+11 8.8913E-02 8.8913E-02 3.2465E+13 5.2997E+00 59 75 113587 108835 592687 8.2100E+11 8.8249E-02 8.8249E-02 3.2996E+13 5.2891E+00 60 76 115902 110914 602694 8.2763E+11 8.9110E-02 8.9110E-02 3.2846E+13 5.3036E+00 61 77 116061 111136 604686 8.3833E+11 8.8651E-02 8.8651E-02 3.3095E+13 5.2940E+00 62 78 114661 109867 596630 8.1757E+11 8.8237E-02 8.8237E-02 3.2839E+13 5.2856E+00 63 79 112366 107725 585498 8.0475E+11 8.9113E-02 8.9113E-02 3.2761E+13 5.3053E+00 64 81 106865 102430 558691 7.5349E+11 8.8669E-02 8.8669E-02 3.2150E+13 5.2943E+00 65 82 101767 97551 532767 7.3234E+11 8.9482E-02 8.9482E-02 3.2878E+13 5.3115E+00 66 83 93504 89628 491121 6.6647E+11 9.0661E-02 9.0661E-02 3.2379E+13 5.3287E+00 67 84 79695 76562 421950 5.7276E+11 9.0800E-02 9.0800E-02 3.2251E+13 5.3322E+00 68 85 83702 81408 445008 6.0437E+11 9.0887E-02 9.0887E-02 3.2188E+13 5.3461E+00 69 86 92939 89028 488315 6.6601E+11 9.0083E-02 9.0083E-02 3.2757E+13 5.3228E+00 70 87 101868 97688 531028 7.1558E+11 9.0276E-02 9.0276E-02 3.2173E+13 5.3265E+00 71 88 108406 103913 562722 7.6949E+11 8.9014E-02 8.9014E-02 3.2652E+13 5.3022E+00 72 89 112664 107806 588244 8.0856E+11 8.8996E-02 8.8996E-02 3.2980E+13 5.3020E+00 73 91 114778 109858 598356 8.1952E+11 8.8368E-02 8.8368E-02 3.2477E+13 5.2888E+00 74 92 115700 110806 602728 8.2414E+11 8.8487E-02 8.8487E-02 3.2532E+13 5.2910E+00
Calculation No. L-003388, Rev. 0 Attachment M (Page M76 of M147) 75 93 115158 110227 597993 8.3232E+11 8.8588E-02 8.8588E-02 3.3084E+13 5.2950E+00 76 94 113266 108582 589834 8.2018E+11 8.8643E-02 8.8643E-02 3.3136E+13 5.2953E+00 77 95 109700 105145 570756 7.7826E+11 8.8853E-02 8.8853E-02 3.2664E+13 5.2983E+00 78 96 105186 100778 547781 7.3864E+11 8.9451E-02 8.9451E-02 3.2285E+13 5.3102E+00 79 97 98452 94349 513890 6.9608E+11 9.0417E-02 9.0417E-02 3.2341E+13 5.3275E+00 80 98 87348 83672 456534 6.2268E+11 8.9821E-02 8.9821E-02 3.2491E+13 5.3140E+00 81 99 71305 68906 380079 5.1170E+11 9.1554E-02 9.1554E-02 3.2141E+13 5.3499E+00 82 101 85672 82496 450930 6.1152E+11 9.0746E-02 9.0746E-02 3.2404E+13 5.3383E+00 83 102 96014 91894 502188 6.9143E+11 8.9591E-02 8.9591E-02 3.2857E+13 5.3072E+00 84 103 103107 98769 537977 7.3812E+11 8.8890E-02 8.8890E-02 3.2652E+13 5.2970E+00 85 104 108137 103602 563576 7.6458E+11 8.8953E-02 8.8953E-02 3.2292E+13 5.3001E+00 86 105 111652 107074 582849 8.0234E+11 8.8337E-02 8.8337E-02 3.2758E+13 5.2865E+00 87 106 113311 108569 588502 7.9680E+11 8.8547E-02 8.8547E-02 3.2189E+13 5.2908E+00 88 107 113119 108307 589550 8.0349E+11 8.8846E-02 8.8846E-02 3.2607E+13 5.3010E+00 89 108 112809 108153 588815 8.0372E+11 8.8787E-02 8.8787E-02 3.2661E+13 5.2984E+00 90 109 110263 105655 578569 7.9087E+11 8.8660E-02 8.8660E-02 3.2535E+13 5.2935E+00 91 111 105785 101290 550515 7.4996E+11 8.9332E-02 8.9332E-02 3.2424E+13 5.3115E+00 92 112 99628 95386 521893 7.1753E+11 8.9256E-02 8.9256E-02 3.2865E+13 5.3029E+00 93 113 91567 87707 478684 6.4136E+11 9.0052E-02 9.0052E-02 3.1945E+13 5.3178E+00 94 114 77856 74821 411708 5.4650E+11 9.1418E-02 9.1418E-02 3.1596E+13 5.3442E+00 95 115 77966 75854 416607 5.6286E+11 9.1106E-02 9.1106E-02 3.2046E+13 5.3463E+00 96 116 87795 83938 461583 6.3552E+11 9.0265E-02 9.0265E-02 3.2798E+13 5.3255E+00 97 117 96673 92616 504937 6.9445E+11 8.9710E-02 8.9710E-02 3.2751E+13 5.3115E+00 98 118 102847 98417 536980 7.3730E+11 8.9432E-02 8.9432E-02 3.2734E+13 5.3050E+00 99 119 106279 101820 555934 7.5380E+11 8.9435E-02 8.9435E-02 3.2316E+13 5.3104E+00 100 121 108501 103932 567676 7.7025E+11 8.8662E-02 8.8662E-02 3.2187E+13 5.2923E+00 101 122 109263 104646 570567 7.8691E+11 8.8544E-02 8.8544E-02 3.2941E+13 5.2940E+00 102 123 108827 104257 569888 7.8250E+11 8.8982E-02 8.8982E-02 3.2659E+13 5.3017E+00 103 124 106841 102347 556840 7.6160E+11 8.9113E-02 8.9113E-02 3.2757E+13 5.3043E+00 104 125 103675 99340 542241 7.4129E+11 8.9205E-02 8.9205E-02 3.2573E+13 5.3047E+00 105 126 98964 94737 517755 7.1026E+11 8.9921E-02 8.9921E-02 3.2787E+13 5.3187E+00 106 127 92859 88873 488276 6.6214E+11 9.0781E-02 9.0781E-02 3.2267E+13 5.3329E+00 107 128 82063 78536 431238 5.8119E+11 9.0070E-02 9.0070E-02 3.2112E+13 5.3137E+00 108 129 67304 65095 359304 4.8967E+11 9.2371E-02 9.2371E-02 3.2460E+13 5.3689E+00 109 131 75583 72827 401896 5.4990E+11 9.0885E-02 9.0885E-02 3.2508E+13 5.3310E+00 110 132 85836 82115 450519 6.0932E+11 9.0951E-02 9.0951E-02 3.2374E+13 5.3321E+00 111 133 91974 88127 483481 6.5616E+11 8.9874E-02 8.9874E-02 3.2440E+13 5.3174E+00 112 134 96573 92437 505850 6.9358E+11 9.0014E-02 9.0014E-02 3.2698E+13 5.3226E+00 113 135 99276 95094 519304 7.1138E+11 8.9784E-02 8.9784E-02 3.2715E+13 5.3118E+00 114 136 100227 96056 525656 7.0875E+11 8.9605E-02 8.9605E-02 3.2110E+13 5.3107E+00
Calculation No. L-003388, Rev. 0 Attachment M (Page M77 of M147) 115 137 100994 96689 527565 7.2044E+11 8.9285E-02 8.9285E-02 3.2602E+13 5.3064E+00 116 138 99555 95341 520110 7.1395E+11 8.9412E-02 8.9412E-02 3.2681E+13 5.3103E+00 117 139 96799 92777 507530 7.0145E+11 9.0221E-02 9.0221E-02 3.3007E+13 5.3248E+00 118 141 93675 89649 489694 6.6517E+11 8.9985E-02 8.9985E-02 3.2460E+13 5.3200E+00 119 142 87727 84001 461528 6.2726E+11 9.0204E-02 9.0204E-02 3.2493E+13 5.3206E+00 120 143 80264 76990 421298 5.6188E+11 9.0620E-02 9.0620E-02 3.1786E+13 5.3236E+00 121 144 67985 65364 360007 4.9898E+11 9.1766E-02 9.1766E-02 3.3121E+13 5.3543E+00 122 145 60910 59594 331268 4.5244E+11 9.2681E-02 9.2681E-02 3.2381E+13 5.3730E+00 123 146 67465 65259 358087 4.8961E+11 9.2358E-02 9.2358E-02 3.2550E+13 5.3643E+00 124 147 74090 71594 393657 5.3275E+11 9.1967E-02 9.1967E-02 3.2356E+13 5.3616E+00 125 148 78960 76314 418349 5.7513E+11 9.0788E-02 9.0788E-02 3.2727E+13 5.3413E+00 126 149 81982 79194 433332 5.9677E+11 9.0354E-02 9.0354E-02 3.2749E+13 5.3338E+00 127 151 82997 80299 440698 6.1479E+11 9.0199E-02 9.0199E-02 3.3139E+13 5.3317E+00 128 152 83411 80628 441747 6.1202E+11 9.0282E-02 9.0282E-02 3.2993E+13 5.3330E+00 129 153 83494 80825 443168 6.1444E+11 9.0116E-02 9.0116E-02 3.3219E+13 5.3284E+00 130 154 81988 79332 435602 5.9637E+11 9.0093E-02 9.0093E-02 3.2599E+13 5.3261E+00 131 155 79491 76795 420550 5.8070E+11 9.1183E-02 9.1183E-02 3.3032E+13 5.3471E+00 132 156 75490 72988 401373 5.5085E+11 9.2017E-02 9.2017E-02 3.2746E+13 5.3651E+00 133 157 70068 67728 374402 5.0056E+11 9.1619E-02 9.1619E-02 3.1827E+13 5.3565E+00 134 158 62308 60246 332126 4.5810E+11 9.2987E-02 9.2987E-02 3.3005E+13 5.3762E+00 135 159 51721 50252 278567 3.7922E+11 9.4410E-02 9.4410E-02 3.2470E+13 5.4028E+00 136 1200 554369 515690 7113 9.4346E+09 4.0347E-01 4.0347E-01 3.1648E+13 7.8383E+03 137 1201 6153224 6040900 26392003 3.3771E+13 3.5908E-01 3.5908E-01 2.9912E+13 3.6532E+00 138 1202 3526952 3436066 17414733 2.2593E+12 3.6750E-01 3.6750E-01 2.7832E+13 3.7592E+00 139 12021 20135966 19896849 87988065 3.8019E+13 3.9420E-01 3.9420E-01 3.0316E+13 3.7998E+00 140 1203 18457415 18340066 81118967 3.4516E+13 3.6433E-01 3.6433E-01 2.9759E+13 3.6805E+00 141 1204 4924229 4798206 24127973 3.1786E+12 3.5382E-01 3.5382E-01 2.8282E+13 3.6945E+00 142 12041 33253167 32907233 143873991 6.2610E+13 3.9247E-01 3.9247E-01 3.0500E+13 3.7869E+00 143 1205 31911191 31697258 137654698 5.8834E+13 3.6608E-01 3.6608E-01 2.9947E+13 3.6853E+00 144 1206 177559 173171 843368 1.0644E+11 3.1801E-01 3.1801E-01 2.6781E+13 3.5319E+00 145 12061 1202236 1189203 5124342 2.1199E+12 2.5834E-01 2.5834E-01 2.9068E+13 3.1781E+00 146 1207 1358768 1349832 5499326 2.3558E+12 1.7561E-01 1.7561E-01 3.0348E+13 2.7909E+00 147 1208 5585855 5448346 25885263 3.4561E+12 3.5831E-01 3.5831E-01 2.8601E+13 3.7071E+00 148 12081 32559497 32198657 139821953 6.1025E+13 3.9143E-01 3.9143E-01 3.0580E+13 3.7811E+00 149 1209 31777952 31569534 136630319 5.8861E+13 3.6458E-01 3.6458E-01 3.0124E+13 3.6778E+00 150 1210 971519 949739 3373560 4.5301E+12 1.2862E-01 1.2862E-01 3.1780E+13 2.3956E+00 151 1211 212441064 209375629 975665783 4.5433E+14 4.1023E-01 4.1023E-01 3.2723E+13 3.9983E+00 152 12111 57948851 56464890 291827151 4.3224E+13 3.9557E-01 3.9557E-01 3.1918E+13 4.0018E+00 154 9998 10038973 7360727 967023 1.3511E+12 1.2142E-01 1.2142E-01 3.3015E+13 5.4306E+03 155 9997 11157834 8002166 1017235 1.4259E+12 1.1858E-01 1.1858E-01 3.3165E+13 5.3872E+03
Calculation No. L-003388, Rev. 0 Attachment M (Page M78 of M147) 156 9996 7665526 5487072 681025 9.4236E+11 1.2227E-01 1.2227E-01 3.2840E+13 5.4413E+03 157 9995 150282669 137796243 6745696 9.6924E+12 4.1760E-01 4.1760E-01 3.3200E+13 7.9294E+03 158 9994 144340754 122669697 10233910 1.4893E+13 4.0396E-01 4.0396E-01 3.3725E+13 7.8442E+03 159 9993 405584 336105 18881 2.4523E+10 1.3409E-01 1.3409E-01 3.1183E+13 5.6648E+03 160 9992 906296 796762 92126 1.2210E+11 1.4689E-01 1.4689E-01 3.1450E+13 5.8108E+03 161 9991 826706 768508 3973 5.2517E+09 1.5783E-01 1.5783E-01 3.1623E+13 5.9292E+03 162 9990 1435219 1324348 77823 1.0456E+11 1.9175E-01 1.9175E-01 3.1393E+13 6.2096E+03 163 9989 8269326 6824182 436926 5.8506E+11 3.5294E-01 3.5294E-01 3.1066E+13 7.4891E+03 164 9988 23796384 22988372 3870244 1.8797E+11 4.4808E-01 4.4808E-01 3.1297E+13 8.4796E+03 166 9986 297700 297698 1637 2.1003E+09 1.6817E-01 1.6817E-01 3.0721E+13 5.9068E+03 167 10000 32870 31419 143 1.5833E+08 4.0767E-01 4.0767E-01 3.1300E+13 7.9964E+03 168 10001 50135 48197 210 2.2397E+08 3.9539E-01 3.9539E-01 3.2603E+13 7.8233E+03 169 10002 134763 130842 817 1.1699E+09 4.1171E-01 4.1171E-01 3.1276E+13 7.9318E+03 170 10003 50199 48200 255 3.4164E+08 3.7857E-01 3.7857E-01 3.2004E+13 7.7024E+03 171 10004 34647 33162 168 2.0069E+08 3.9954E-01 3.9954E-01 3.4850E+13 7.8671E+03 172 10005 1511 1452 10 9.7937E+06 3.6418E-01 3.6418E-01 2.5895E+13 7.6262E+03 173 2001 46064503 42770107 9468648 2.2937E+11 4.3163E-01 4.3163E-01 3.1266E+13 8.3006E+03 174 2002 46816779 42866577 25661394 6.2211E+11 3.8194E-01 3.8194E-01 3.1314E+13 7.8287E+03 175 2003 91371488 77939525 57475055 6.9688E+11 3.2964E-01 3.2964E-01 3.1337E+13 7.3210E+03 176 2004 88365023 75186260 103014656 1.2487E+12 2.8491E-01 2.8491E-01 3.1340E+13 6.8694E+03 177 2005 158417233 127383462 204628258 1.2395E+12 2.4981E-01 2.4981E-01 3.1334E+13 6.5016E+03 178 2006 136008751 110042299 187196467 1.1328E+12 2.2837E-01 2.2837E-01 3.1307E+13 6.2694E+03 179 2007 225447130 174064044 323485091 9.7736E+11 2.1456E-01 2.1456E-01 3.1283E+13 6.1163E+03 180 2008 178100378 142960763 382443322 1.1548E+12 2.0390E-01 2.0390E-01 3.1257E+13 5.9962E+03 181 2009 247261595 190569011 543563845 8.1954E+11 1.9609E-01 1.9609E-01 3.1222E+13 5.9074E+03 182 2010 162445197 129516472 464678044 6.9981E+11 1.9125E-01 1.9125E-01 3.1188E+13 5.8522E+03 183 2011 184879519 144923228 534258874 4.0164E+11 1.8858E-01 1.8858E-01 3.1135E+13 5.8220E+03 184 2012 102723318 81307476 298737347 2.2421E+11 1.8753E-01 1.8753E-01 3.1087E+13 5.8106E+03 185 2013 112424155 88906451 328326594 1.2299E+11 1.8741E-01 1.8741E-01 3.1033E+13 5.8100E+03 186 2014 60622307 52664835 177603539 6.6412E+10 1.8816E-01 1.8816E-01 3.1017E+13 5.8224E+03 187 2015 7794 7793 43588 5.6689E+10 1.9498E-01 1.9498E-01 3.1173E+13 5.9064E+03 188 200 2579195 2309053 5110562 7.1232E+12 4.9063E-01 4.9063E-01 3.1842E+13 1.2872E+00 189 201 2824055 2520541 5610488 7.8130E+12 4.9327E-01 4.9327E-01 3.1926E+13 1.2895E+00 190 202 3120834 2779046 6222259 8.6316E+12 5.0249E-01 5.0249E-01 3.1862E+13 1.3040E+00 191 203 3341368 2969797 6671846 9.3670E+12 5.0396E-01 5.0396E-01 3.2380E+13 1.3083E+00 192 204 3478338 3088728 6955964 9.7373E+12 5.0278E-01 5.0278E-01 3.2023E+13 1.3062E+00 193 205 3512851 3119975 7018543 9.9148E+12 5.0671E-01 5.0671E-01 3.2554E+13 1.3141E+00 194 206 3429099 3044398 6866310 9.6367E+12 5.0471E-01 5.0471E-01 3.2346E+13 1.3102E+00 195 207 3237801 2876215 6457490 9.0241E+12 5.0220E-01 5.0220E-01 3.1886E+13 1.3053E+00 196 208 2951532 2626583 5883780 8.1685E+12 4.9705E-01 4.9705E-01 3.1849E+13 1.2982E+00
Calculation No. L-003388, Rev. 0 Attachment M (Page M79 of M147) 197 209 2629912 2339985 5207359 7.1908E+12 5.0514E-01 5.0514E-01 3.1773E+13 1.3127E+00 198 210 2204486 1966107 4343382 5.9423E+12 5.1838E-01 5.1838E-01 3.1497E+13 1.3355E+00 199 211 1436876 1296926 2782291 3.6279E+12 5.1423E-01 5.1423E-01 2.9642E+13 1.3302E+00 200 212 706024 646462 1322996 1.6444E+12 4.9815E-01 4.9815E-01 2.8343E+13 1.3055E+00 201 213 9109107 9076894 16774153 7.5078E+11 4.7470E-01 4.7470E-01 2.7024E+13 1.2647E+00 202 214 165197 152989 300695 3.7143E+11 4.5870E-01 4.5870E-01 2.7884E+13 1.2319E+00 203 222 517777 516705 1255951 6.0407E+10 2.6915E-01 2.6915E-01 2.9882E+13 9.3518E-01 total 2721371498 2305741962 5922400034 1.0909E+15 1tally 2 nps = 3956466 tally type 2 particle flux averaged over a surface.
tally for photons number of histories used for normalizing tallies = 23995456.00 this tally is modified by a dose function.
areas surface: 1231 1.78374E+06 surface 1231 1.54862E-01 0.0059
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results of 10 statistical checks for the estimated answer for the tally fluctuation chart (tfc) bin of tally 2 tfc bin --mean-- ---------relative error--------- ----variance of the variance---- --figure of merit-- -pdf-behavior behavior value decrease decrease rate value decrease decrease rate value behavior slope desired random <0.10 yes 1/sqrt(nps) <0.10 yes 1/nps constant random >3.00 observed random 0.01 yes yes 0.00 yes yes constant random 4.68 passed? yes yes yes yes yes yes yes yes yes yes
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this tally meets the statistical criteria used to form confidence intervals: check the tally fluctuation chart to verify.
the results in other bins associated with this tally may not meet these statistical criteria.
estimated confidence intervals: -----
estimated asymmetric confidence interval(1,2,3 sigma): 1.5397E-01 to 1.5579E-01; 1.5305E-01 to 1.5670E-01; 1.5214E-01 to 1.5761E-01 estimated symmetric confidence interval(1,2,3 sigma): 1.5395E-01 to 1.5577E-01; 1.5304E-01 to 1.5669E-01; 1.5213E-01 to 1.5760E-01 1analysis of the results in the tally fluctuation chart bin (tfc) for tally 2 with nps = 3956466 print table 160 normed average tally per history = 1.54862E-01 unnormed average tally per history = 2.76233E+05 estimated tally relative error = 0.0059 estimated variance of the variance = 0.0024 relative error from zero tallies = 0.0022 relative error from nonzero scores = 0.0055 number of nonzero history tallies = 211947 efficiency for the nonzero tallies = 0.0088 history number of largest tally = 1104723 largest unnormalized history tally = 5.32503E+09 (largest tally)/(average tally) = 1.92773E+04 (largest tally)/(avg nonzero tally)= 1.70273E+02 (confidence interval shift)/mean = 0.0001 shifted confidence interval center = 1.54878E-01
Calculation No. L-003388, Rev. 0 Attachment M (Page M80 of M147) if the largest history score sampled so far were to occur on the next history, the tfc bin quantities would change as follows:
estimated quantities value at nps value at nps+1 value(nps+1)/value(nps)-1.
mean 1.54862E-01 1.55616E-01 0.004872 relative error 5.88907E-03 5.92104E-03 0.005429 variance of the variance 2.40921E-03 2.68237E-03 0.113378 shifted center 1.54878E-01 1.54964E-01 0.000555 figure of merit 2.09893E+01 2.07632E+01 -0.010770 the estimated inverse power slope of the 200 largest tallies starting at 1.10862E+09 is 4.6773 the large score tail of the empirical history score probability density function appears to have no unsampled regions.
fom = (histories/minute)*(f(x) signal-to-noise ratio)**2 = (1.747E+04)*( 3.466E-02)**2 = (1.747E+04)*(1.202E-
- 03) = 2.099E+01 1tally 12 nps = 3956466 tally type 2 particle flux averaged over a surface.
tally for photons number of histories used for normalizing tallies = 23995456.00 this tally is modified by a dose function.
areas surface: 1227 segment 1 1.00000E+50 2 2.56400E+07 3 1.03700E+08 4 1.60200E+08 5 3.92700E+08 6 5.49800E+08 7 7.06900E+08 8 8.63900E+08 9 1.59000E+09 10 1.94400E+09 11 3.14200E+09 12 3.77000E+09 13 4.39800E+09 14 5.02700E+09 15 5.65500E+09 16 1.68900E+10 surface 1227 segment: -2000 1.88612E-46 0.0103 surface 1227 segment: 2000 -2001 1.15835E-03 0.0065 surface 1227 segment: 2000 2001 -2002 7.22578E-04 0.0048 surface 1227 segment: 2000 2001 2002 -2003 3.66297E-04 0.0060 surface 1227 segment: 2000 2001 2002 2003 -2004 1.72962E-04 0.0061 surface 1227 segment: 2000 2001 2002 2003 2004 -2005 8.02955E-05 0.0057 surface 1227 segment: 2000 2001 2002 2003 2004 2005 -2006 3.70071E-05 0.0055 surface 1227 segment: 2000 2001 2002 2003 2004 2005 2006 -2007 1.81661E-05 0.0050 surface 1227
Calculation No. L-003388, Rev. 0 Attachment M (Page M81 of M147) segment: 2000 2001 2002 2003 2004 2005 2006 2007 -2008 8.19861E-06 0.0053 surface 1227 segment: 2000 2001 2002 2003 2004 2005 2006 2007 2008 -2009 3.27097E-06 0.0058 surface 1227 segment: 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 -2010 1.21658E-06 0.0061 surface 1227 segment: 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010
-2011 4.04809E-07 0.0074 surface 1227 segment: 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 -2012 1.41260E-07 0.0085 surface 1227 segment: 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 -2013 5.17636E-08 0.0106 surface 1227 segment: 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 -2014 1.86672E-08 0.0141 surface 1227 segment: 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 3.39904E-09 0.1854
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results of 10 statistical checks for the estimated answer for the tally fluctuation chart (tfc) bin of tally 12 tfc bin --mean-- ---------relative error--------- ----variance of the variance---- --figure of merit-- -pdf-behavior behavior value decrease decrease rate value decrease decrease rate value behavior slope desired random <0.10 yes 1/sqrt(nps) <0.10 yes 1/nps constant random >3.00 observed random 0.19 yes yes 0.07 yes yes constant random 0.00 passed? yes no yes yes yes yes yes yes yes no
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warning. the tally in the tally fluctuation chart bin did not pass 2 of the 10 statistical checks.
1analysis of the results in the tally fluctuation chart bin (tfc) for tally 12 with nps = 3956466 print table 160 normed average tally per history = 3.39904E-09 unnormed average tally per history = 5.74098E+01 estimated tally relative error = 0.1854 estimated variance of the variance = 0.0655 relative error from zero tallies = 0.1429 relative error from nonzero scores = 0.1182 number of nonzero history tallies = 49 efficiency for the nonzero tallies = 0.0000 history number of largest tally = 36466 largest unnormalized history tally = 9.43903E+07 (largest tally)/(average tally) = 1.64415E+06 (largest tally)/(avg nonzero tally)= 3.35744E+00 (confidence interval shift)/mean = 0.0223 shifted confidence interval center = 3.47484E-09 if the largest history score sampled so far were to occur on the next history, the tfc bin quantities would change as follows:
Calculation No. L-003388, Rev. 0 Attachment M (Page M82 of M147) estimated quantities value at nps value at nps+1 value(nps+1)/value(nps)-1.
mean 3.39904E-09 4.81155E-09 0.415560 relative error 1.85412E-01 1.84992E-01 -0.002268 variance of the variance 6.55013E-02 6.51434E-02 -0.005464 shifted center 3.47484E-09 3.88835E-09 0.119003 figure of merit 2.11746E-02 2.12709E-02 0.004551 there is not enough information in the largest history scores (usually less than 500 scores) for a reliable estimate of the slope.
the large score tail of the empirical history score probability density function appears to have no unsampled regions.
fom = (histories/minute)*(f(x) signal-to-noise ratio)**2 = (1.747E+04)*( 1.101E-03)**2 = (1.747E+04)*(1.212E-
- 06) = 2.117E-02 1unnormed tally density for tally 12 nonzero tally mean(m) = 2.811E+07 nps = 3956466 print table 161 abscissa ordinate log plot of tally probability density function in tally fluctuation chart bin(d=decade,slope= 0.0) tally number num den log den:d--------------------------------------------------------d----------------------
7.94+06 8 2.04-13 -12.690
- l******************************************
1.00+07 6 1.22-13 -12.915
- l*****************************
1.26+07 4 6.44-14 -13.191 *********************************************************l*************
1.58+07 4 5.11-14 -13.291 *********************************************************l*******
2.00+07 2 2.03-14 -13.692 ****************************************** l 2.51+07 6 4.84-14 -13.315 *********************************************************l******
3.16+07 3 1.92-14 -13.716 mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm l 3.98+07 3 1.53-14 -13.816 *********************************** l 5.01+07 4 1.62-14 -13.791 ************************************ l 6.31+07 3 9.63-15 -14.016 *********************** l 7.94+07 4 1.02-14 -13.991 ************************ l 1.00+08 2 4.05-15 -14.392
- l total 49 2.04-06 d--------------------------------------------------------d----------------------
1tally 22 nps = 3956466 tally type 2 particle flux averaged over a surface.
tally for photons number of histories used for normalizing tallies = 23995456.00 this tally is modified by a dose function.
areas surface: 1227 segment 1 1.00000E+50 2 1.00000E+50 3 1.00000E+50 4 4.35376E+05 5 4.35376E+05 6 4.35376E+05 7 4.35376E+05 8 4.35376E+05 9 4.35376E+05 10 4.35376E+05 11 4.35376E+05 12 4.35376E+05 13 4.35376E+05 14 4.35376E+05 15 4.35376E+05 16 4.35376E+05 17 4.35376E+05 18 4.35376E+05 19 4.35376E+05 20 4.35376E+05 21 4.35376E+05 22 1.00000E+50 surface 1227 segment: 1201 1.70513E-45 0.0032 surface 1227 segment: -1201 -2026
Calculation No. L-003388, Rev. 0 Attachment M (Page M83 of M147) 8.63750E-46 0.0063 surface 1227 segment: -1201 2026 2027 7.47108E-46 0.0075 surface 1227 segment: -1201 2026 -2027 2016 8.08986E-04 0.0367 surface 1227 segment: -1201 2026 -2027 -2016 2017 1.18227E-03 0.0290 surface 1227 segment: -1201 2026 -2027 -2016 -2017 2018 1.63234E-03 0.0349 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 2019 2.04487E-03 0.0413 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 2020 2.36299E-03 0.0327 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 2021 2.75091E-03 0.0426 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 2022 2.67286E-03 0.0303 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 2023 2.89620E-03 0.0375 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023 2024 2.69459E-03 0.0340 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023
-2024 2025 2.49903E-03 0.0320 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023
-2024 -2025 2028 2.29133E-03 0.0258 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023
-2024 -2025 -2028 2029 2.29680E-03 0.0511 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023
-2024 -2025 -2028 -2029 2030 2.08354E-03 0.0426 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023
-2024 -2025 -2028 -2029 -2030 2031 1.88371E-03 0.0381 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023
-2024 -2025 -2028 -2029 -2030 -2031 2032 1.88320E-03 0.0473 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023
-2024 -2025 -2028 -2029 -2030 -2031 -2032 2033 1.62633E-03 0.0276 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023
Calculation No. L-003388, Rev. 0 Attachment M (Page M84 of M147)
-2024 -2025 -2028 -2029 -2030 -2031 -2032 -2033 2034 1.69096E-03 0.0424 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023
-2024 -2025 -2028 -2029 -2030 -2031 -2032 -2033 -2034 2035 1.45046E-03 0.0316 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023
-2024 -2025 -2028 -2029 -2030 -2031 -2032 -2033 -2034 -2035 1.42847E-46 0.0148
====================================================================================================
=======
results of 10 statistical checks for the estimated answer for the tally fluctuation chart (tfc) bin of tally 22 tfc bin --mean-- ---------relative error--------- ----variance of the variance---- --figure of merit-- -pdf-behavior behavior value decrease decrease rate value decrease decrease rate value behavior slope desired random <0.10 yes 1/sqrt(nps) <0.10 yes 1/nps constant random >3.00 observed random 0.01 yes yes 0.07 yes yes constant random 2.56 passed? yes yes yes yes yes yes yes yes yes no
====================================================================================================
=======
warning. the tally in the tally fluctuation chart bin did not pass 1 of the 10 statistical checks.
1analysis of the results in the tally fluctuation chart bin (tfc) for tally 22 with nps = 3956466 print table 160 normed average tally per history = 1.42847E-46 unnormed average tally per history = 1.42847E+04 estimated tally relative error = 0.0148 estimated variance of the variance = 0.0737 relative error from zero tallies = 0.0015 relative error from nonzero scores = 0.0147 number of nonzero history tallies = 463718 efficiency for the nonzero tallies = 0.0193 history number of largest tally = 962952 largest unnormalized history tally = 1.97606E+09 (largest tally)/(average tally) = 1.38334E+05 (largest tally)/(avg nonzero tally)= 2.67333E+03 (confidence interval shift)/mean = 0.0017 shifted confidence interval center = 1.43085E-46 if the largest history score sampled so far were to occur on the next history, the tfc bin quantities would change as follows:
estimated quantities value at nps value at nps+1 value(nps+1)/value(nps)-1.
mean 1.42847E-46 1.47842E-46 0.034964 relative error 1.47710E-02 1.57585E-02 0.066858 variance of the variance 7.36600E-02 7.30586E-02 -0.008164 shifted center 1.43085E-46 1.44429E-46 0.009397 figure of merit 3.33637E+00 2.93130E+00 -0.121409 the estimated inverse power slope of the 200 largest tallies starting at 6.98666E+07 is 2.5574 the history score probability density function appears to have an unsampled region at the largest history scores:
please examine. see print table 161.
fom = (histories/minute)*(f(x) signal-to-noise ratio)**2 = (1.747E+04)*( 1.382E-02)**2 = (1.747E+04)*(1.910E-
- 04) = 3.336E+00 1unnormed tally density for tally 22 nonzero tally mean(m) = 7.392E+05 nps = 3956466 print table 161 abscissa ordinate log plot of tally probability density function in tally fluctuation chart bin(d=decade,slope= 2.6)
Calculation No. L-003388, Rev. 0 Attachment M (Page M85 of M147) tally number num den log den:d---------d----------d----------d----------d----------d----------d----------d---
d----------d-2.51+03 211 9.49-09 -8.023
- l**********l**********l**********l**********l**********l**********l**********l** l 3.98+03 477 1.35-08 -7.869
- l**********l**********l**********l**********l**********l**********l**********l**** l 6.31+03 1467 2.63-08 -7.581
- l**********l**********l**********l**********l**********l**********l**********l******* l 1.00+04 4854 5.48-08 -7.261
- l**********l**********l**********l**********l**********l**********l**********l**********l 1.58+04 7661 5.46-08 -7.263
- l**********l**********l**********l**********l**********l**********l**********l**********l 2.51+04 15642 7.03-08 -7.153
- l**********l**********l**********l**********l**********l**********l**********l**********l*
3.98+04 26662 7.56-08 -7.121
- l**********l**********l**********l**********l**********l**********l**********l**********l*
6.31+04 35387 6.33-08 -7.198
- l**********l**********l**********l**********l**********l**********l**********l**********l 1.00+05 63712 7.19-08 -7.143
- l**********l**********l**********l**********l**********l**********l**********l**********l*
1.58+05 68965 4.91-08 -7.309
- l**********l**********l**********l**********l**********l**********l**********l**********l 2.51+05 71147 3.20-08 -7.495
- l**********l**********l**********l**********l**********l**********l**********l******** l 3.98+05 60100 1.70-08 -7.768
- l**********l**********l**********l**********l**********l**********l**********l***** l 6.31+05 40992 7.34-09 -8.135
- l**********l**********l**********l**********l**********l**********l**********l* l 1.00+06 24071 2.72-09 -8.566 mmmmmmmmmmlmmmmmmmmmmlmmmmmmmmmmlmmmmmmmmmmlmmmmmmmmmmlmmmmmmmmmmlmmmmmmmmmmlmmmmmmm l l 1.58+06 13710 9.77-10 -9.010 **********l**********l**********l**********l**********l**********l**********l**
l l 2.51+06 8224 3.70-10 -9.432 **********l**********l**********l**********l**********l**********l********* l l l 3.98+06 5769 1.64-10 -9.786 **********l**********l**********l**********l**********l**********l***** l l l 6.31+06 4518 8.09-11 -10.092 **********l**********l**********l**********l**********l**********l* l l l 1.00+07 4230 4.78-11 -10.321 **********l**********l**********l**********l**********l**********l l l l 1.58+07 3202 2.28-11 -10.642 **********l**********l**********l**********l**********l****** l l l l 2.51+07 1610 7.24-12 -11.140 **********l**********l**********l**********l**********l* l l l l 3.98+07 612 1.74-12 -11.760 **********l**********l**********l**********l***** l l l l l 6.31+07 263 4.71-13 -12.327 **********l**********l**********l**********l l l l l l 1.00+08 113 1.28-13 -12.894 **********l**********l**********l**** l s l l l l l 1.58+08 45 3.21-14 -13.494 **********l**********l******** l s l l l l l 2.51+08 37 1.66-14 -13.779 **********l**********l***** l s l l l l l l 3.98+08 24 6.81-15 -14.167 **********l**********l* l s l l l l l l 6.31+08 7 1.25-15 -14.902 **********l**** l sl l l l l l l 1.00+09 1 1.13-16 -15.947 *** l l s l l l l l l l 1.58+09 1 7.13-17 -16.147
- l s l l l l l l l 2.00+09 4 4.06-16 -15.391 ********* l s l l l l l l l l total 463718 1.93-02 d---------d----------d----------d----------d----------d----------d----------d---
d----------d-1tally 32 nps = 3956466 tally type 2 particle flux averaged over a surface.
tally for photons number of histories used for normalizing tallies = 23995456.00 this tally is modified by a dose function.
areas surface: 1201 segment 1 1.00000E+50 2 1.00000E+50 3 1.00000E+50
Calculation No. L-003388, Rev. 0 Attachment M (Page M86 of M147) 4 1.00000E+50 5 6.30000E+05 surface 1201 segment: 1231 2.47957E-45 0.0230 surface 1201 segment: -1231 -2026 7.06051E-49 0.0586 surface 1201 segment: -1231 2026 2027 2.63314E-48 0.0714 surface 1201 segment: -1231 2026 -2027 -1227 0.00000E+00 0.0000 surface 1201 segment: -1231 2026 -2027 1227 7.11182E-04 0.0353
====================================================================================================
=======
results of 10 statistical checks for the estimated answer for the tally fluctuation chart (tfc) bin of tally 32 tfc bin --mean-- ---------relative error--------- ----variance of the variance---- --figure of merit-- -pdf-behavior behavior value decrease decrease rate value decrease decrease rate value behavior slope desired random <0.10 yes 1/sqrt(nps) <0.10 yes 1/nps constant random >3.00 observed random 0.04 yes yes 0.03 yes yes constant random 2.74 passed? yes yes yes yes yes yes yes yes yes no
====================================================================================================
=======
warning. the tally in the tally fluctuation chart bin did not pass 1 of the 10 statistical checks.
1analysis of the results in the tally fluctuation chart bin (tfc) for tally 32 with nps = 3956466 print table 160 normed average tally per history = 7.11182E-04 unnormed average tally per history = 4.48045E+02 estimated tally relative error = 0.0353 estimated variance of the variance = 0.0337 relative error from zero tallies = 0.0109 relative error from nonzero scores = 0.0336 number of nonzero history tallies = 8379 efficiency for the nonzero tallies = 0.0003 history number of largest tally = 3749140 largest unnormalized history tally = 1.21775E+08 (largest tally)/(average tally) = 2.71792E+05 (largest tally)/(avg nonzero tally)= 9.49072E+01 (confidence interval shift)/mean = 0.0027 shifted confidence interval center = 7.13071E-04 if the largest history score sampled so far were to occur on the next history, the tfc bin quantities would change as follows:
estimated quantities value at nps value at nps+1 value(nps+1)/value(nps)-1.
mean 7.11182E-04 7.60037E-04 0.068695 relative error 3.52869E-02 3.66422E-02 0.038410 variance of the variance 3.37151E-02 3.64437E-02 0.080931 shifted center 7.13071E-04 7.23851E-04 0.015118 figure of merit 5.84609E-01 5.42160E-01 -0.072611 the estimated inverse power slope of the 200 largest tallies starting at 7.85431E+06 is 2.7402 the history score probability density function appears to have an unsampled region at the largest history scores:
please examine. see print table 161.
Calculation No. L-003388, Rev. 0 Attachment M (Page M87 of M147) fom = (histories/minute)*(f(x) signal-to-noise ratio)**2 = (1.747E+04)*( 5.785E-03)**2 = (1.747E+04)*(3.347E-
- 05) = 5.846E-01 1unnormed tally density for tally 32 nonzero tally mean(m) = 1.283E+06 nps = 3956466 print table 161 abscissa ordinate log plot of tally probability density function in tally fluctuation chart bin(d=decade,slope= 2.7) tally number num den log den:d----------------d------------------d-----------------d------------------d------
d--------
2.51+05 315 2.54-10 -9.595
- l******************l*****************l******************l*****************l 3.16+05 1193 7.64-10 -9.117
- l******************l*****************l******************l*****************l********
3.98+05 1348 6.86-10 -9.164
- l******************l*****************l******************l*****************l*******
5.01+05 1211 4.90-10 -9.310
- l******************l*****************l******************l*****************l****
6.31+05 959 3.08-10 -9.511
- l******************l*****************l******************l*****************l*
7.94+05 820 2.09-10 -9.679
- l******************l*****************l******************l**************** l 1.00+06 583 1.18-10 -9.928
- l******************l*****************l******************l*********** l 1.26+06 482 7.76-11 -10.110
- l******************l*****************l******************l******** l 1.58+06 377 4.82-11 -10.317 mmmmmmmmmmmmmmmmmlmmmmmmmmmmmmmmmmmmlmmmmmmmmmmmmmmmmmlmmmmmmmmmmmmmmmmmmlmmmm l
2.00+06 253 2.57-11 -10.590 *****************l******************l*****************l******************l l
2.51+06 177 1.43-11 -10.845 *****************l******************l*****************l************* l l
3.16+06 114 7.30-12 -11.136 *****************l******************l*****************l******** l l
3.98+06 73 3.72-12 -11.430 *****************l******************l*****************l** l l
5.01+06 123 4.97-12 -11.303 *****************l******************l*****************l***** l l
6.31+06 79 2.54-12 -11.596 *****************l******************l*****************l l l
7.94+06 75 1.91-12 -11.718 *****************l******************l*************** l s l l
1.00+07 62 1.26-12 -11.901 *****************l******************l************ l s l l
1.26+07 40 6.44-13 -12.191 *****************l******************l****** l s l l
1.58+07 30 3.84-13 -12.416 *****************l******************l** sl l l
2.00+07 22 2.23-13 -12.651 *****************l***************** l s l l l
2.51+07 12 9.68-14 -13.014 *****************l********** l s l l l
3.16+07 5 3.20-14 -13.494 *****************l* l s l l l
3.98+07 9 4.58-14 -13.339 *****************l**** l s l l l
5.01+07 7 2.83-14 -13.548 *****************l sl l l l
6.31+07 4 1.28-14 -13.891 ************ l s l l l l
7.94+07 0 0.00+00 0.000 l s l l l l
1.00+08 4 8.11-15 -14.091 ******** l s l l l l
1.26+08 2 3.22-15 -14.492
- s l l l l
total 8379 3.49-04 d----------------d------------------d-----------------d------------------d------
d--------
1tally 42 nps = 3956466 tally type 2 particle flux averaged over a surface.
tally for photons number of histories used for normalizing tallies = 23995456.00 this tally is modified by a dose function.
areas surface: 2003 2004 2005 2006 2007 2008 2009 segment
Calculation No. L-003388, Rev. 0 Attachment M (Page M88 of M147) 1 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 2 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 3 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 4 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 5 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 6 3.00000E+06 3.00000E+06 3.00000E+06 3.00000E+06 3.00000E+06 3.00000E+06 3.00000E+06 surface: 2010 2011 2012 2013 segment 1 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 2 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 3 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 4 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 5 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 6 3.00000E+06 3.00000E+06 3.00000E+06 3.00000E+06 surface 2003 segment: 1219 1.06829E-44 0.0040 surface 2003 segment: -1219 -1209 1.32269E-47 0.0197 surface 2003 segment: -1219 1209 1201 1.02844E-46 0.0045 surface 2003 segment: -1219 1209 -1201 -1205 5.31580E-47 0.0081 surface 2003 segment: -1219 1209 -1201 1205 1206 4.35107E-47 0.0085 surface 2003 segment: -1219 1209 -1201 1205 -1206 4.62187E-04 0.0142 surface 2004 segment: 1219 9.40693E-45 0.0040 surface 2004 segment: -1219 -1209 8.11769E-48 0.0112 surface 2004 segment: -1219 1209 1201 6.18095E-47 0.0052 surface 2004 segment: -1219 1209 -1201 -1205 3.37751E-47 0.0074 surface 2004 segment: -1219 1209 -1201 1205 1206 2.80852E-47 0.0079 surface 2004 segment: -1219 1209 -1201 1205 -1206 1.79945E-04 0.0189 surface 2005 segment: 1219 7.99713E-45 0.0041 surface 2005 segment: -1219 -1209 4.86841E-48 0.0096 surface 2005 segment: -1219 1209 1201 3.75755E-47 0.0048
Calculation No. L-003388, Rev. 0 Attachment M (Page M89 of M147) surface 2005 segment: -1219 1209 -1201 -1205 2.11521E-47 0.0074 surface 2005 segment: -1219 1209 -1201 1205 1206 1.77859E-47 0.0079 surface 2005 segment: -1219 1209 -1201 1205 -1206 7.83271E-05 0.0195 surface 2006 segment: 1219 6.59431E-45 0.0042 surface 2006 segment: -1219 -1209 2.96689E-48 0.0109 surface 2006 segment: -1219 1209 1201 2.30901E-47 0.0051 surface 2006 segment: -1219 1209 -1201 -1205 1.32516E-47 0.0076 surface 2006 segment: -1219 1209 -1201 1205 1206 1.11326E-47 0.0087 surface 2006 segment: -1219 1209 -1201 1205 -1206 3.81178E-05 0.0182 surface 2007 segment: 1219 5.30702E-45 0.0042 surface 2007 segment: -1219 -1209 1.89703E-48 0.0120 surface 2007 segment: -1219 1209 1201 1.41739E-47 0.0054 surface 2007 segment: -1219 1209 -1201 -1205 8.31057E-48 0.0084 surface 2007 segment: -1219 1209 -1201 1205 1206 7.03901E-48 0.0092 surface 2007 segment: -1219 1209 -1201 1205 -1206 1.95083E-05 0.0215 surface 2008 segment: 1219 3.69923E-45 0.0044 surface 2008 segment: -1219 -1209 9.26181E-49 0.0163 surface 2008 segment: -1219 1209 1201 6.92497E-48 0.0064 surface 2008 segment: -1219 1209 -1201 -1205 4.16015E-48 0.0094 surface 2008 segment: -1219 1209 -1201 1205 1206 3.53718E-48 0.0110
Calculation No. L-003388, Rev. 0 Attachment M (Page M90 of M147) surface 2008 segment: -1219 1209 -1201 1205 -1206 7.66735E-06 0.0316 surface 2009 segment: 1219 2.50082E-45 0.0047 surface 2009 segment: -1219 -1209 4.64298E-49 0.0183 surface 2009 segment: -1219 1209 1201 3.38362E-48 0.0074 surface 2009 segment: -1219 1209 -1201 -1205 2.08661E-48 0.0103 surface 2009 segment: -1219 1209 -1201 1205 1206 1.77753E-48 0.0110 surface 2009 segment: -1219 1209 -1201 1205 -1206 3.24227E-06 0.0415 surface 2010 segment: 1219 1.43740E-45 0.0049 surface 2010 segment: -1219 -1209 1.81054E-49 0.0267 surface 2010 segment: -1219 1209 1201 1.31304E-48 0.0083 surface 2010 segment: -1219 1209 -1201 -1205 8.59258E-49 0.0141 surface 2010 segment: -1219 1209 -1201 1205 1206 7.15230E-49 0.0181 surface 2010 segment: -1219 1209 -1201 1205 -1206 1.14378E-06 0.0614 surface 2011 segment: 1219 8.05942E-46 0.0052 surface 2011 segment: -1219 -1209 7.64126E-50 0.0276 surface 2011 segment: -1219 1209 1201 5.24590E-49 0.0115 surface 2011 segment: -1219 1209 -1201 -1205 3.48138E-49 0.0151 surface 2011 segment: -1219 1209 -1201 1205 1206 2.90961E-49 0.0235 surface 2011 segment: -1219 1209 -1201 1205 -1206 3.69484E-07 0.0539 surface 2012 segment: 1219 4.44603E-46 0.0056
Calculation No. L-003388, Rev. 0 Attachment M (Page M91 of M147) surface 2012 segment: -1219 -1209 3.21934E-50 0.0405 surface 2012 segment: -1219 1209 1201 2.06880E-49 0.0131 surface 2012 segment: -1219 1209 -1201 -1205 1.44561E-49 0.0186 surface 2012 segment: -1219 1209 -1201 1205 1206 1.20127E-49 0.0222 surface 2012 segment: -1219 1209 -1201 1205 -1206 1.37244E-07 0.0819 surface 2013 segment: 1219 2.42621E-46 0.0062 surface 2013 segment: -1219 -1209 1.15281E-50 0.0335 surface 2013 segment: -1219 1209 1201 8.81488E-50 0.0229 surface 2013 segment: -1219 1209 -1201 -1205 6.09825E-50 0.0275 surface 2013 segment: -1219 1209 -1201 1205 1206 4.94585E-50 0.0279 surface 2013 segment: -1219 1209 -1201 1205 -1206 6.37596E-08 0.1624
====================================================================================================
=======
results of 10 statistical checks for the estimated answer for the tally fluctuation chart (tfc) bin of tally 42 tfc bin --mean-- ---------relative error--------- ----variance of the variance---- --figure of merit-- -pdf-behavior behavior value decrease decrease rate value decrease decrease rate value behavior slope desired random <0.10 yes 1/sqrt(nps) <0.10 yes 1/nps constant random >3.00 observed random 0.01 no no 0.12 no no decrease random 2.89 passed? yes yes no no no no no no yes no
====================================================================================================
=======
warning. the tally in the tally fluctuation chart bin did not pass 7 of the 10 statistical checks.
1analysis of the results in the tally fluctuation chart bin (tfc) for tally 42 with nps = 3956466 print table 160 normed average tally per history = 4.62187E-04 unnormed average tally per history = 1.38656E+03 estimated tally relative error = 0.0142 estimated variance of the variance = 0.1161 relative error from zero tallies = 0.0035 relative error from nonzero scores = 0.0138
Calculation No. L-003388, Rev. 0 Attachment M (Page M92 of M147) number of nonzero history tallies = 81300 efficiency for the nonzero tallies = 0.0034 history number of largest tally = 3231029 largest unnormalized history tally = 2.73077E+08 (largest tally)/(average tally) = 1.96945E+05 (largest tally)/(avg nonzero tally)= 6.67279E+02 (confidence interval shift)/mean = 0.0016 shifted confidence interval center = 4.62948E-04 if the largest history score sampled so far were to occur on the next history, the tfc bin quantities would change as follows:
estimated quantities value at nps value at nps+1 value(nps+1)/value(nps)-1.
mean 4.62187E-04 4.85193E-04 0.049778 relative error 1.41974E-02 1.62591E-02 0.145218 variance of the variance 1.16095E-01 1.28153E-01 0.103865 shifted center 4.62948E-04 4.68535E-04 0.012068 figure of merit 3.61140E+00 2.75359E+00 -0.237528 the estimated inverse power slope of the 200 largest tallies starting at 9.50231E+06 is 2.8915 the history score probability density function appears to have an unsampled region at the largest history scores:
please examine. see print table 161.
fom = (histories/minute)*(f(x) signal-to-noise ratio)**2 = (1.747E+04)*( 1.438E-02)**2 = (1.747E+04)*(2.068E-
- 04) = 3.611E+00 1unnormed tally density for tally 42 nonzero tally mean(m) = 4.092E+05 nps = 3956466 print table 161 abscissa ordinate log plot of tally probability density function in tally fluctuation chart bin(d=decade,slope= 2.9) tally number num den log den:d-----------d------------d------------d------------d------------d------------d--
d---------
6.31+04 2836 9.11-09 -8.041
- l************l************l************l************l************l************l***
7.94+04 9638 2.46-08 -7.609
- l************l************l************l************l************l************l*********
1.00+05 9847 2.00-08 -7.700
- l************l************l************l************l************l************l********
1.26+05 9431 1.52-08 -7.819
- l************l************l************l************l************l************l******
1.58+05 9853 1.26-08 -7.900
- l************l************l************l************l************l************l*****
2.00+05 8343 8.47-09 -8.072
- l************l************l************l************l************l************l***
2.51+05 7012 5.66-09 -8.247
- l************l************l************l************l************l************l*
3.16+05 5610 3.59-09 -8.444
- l************l************l************l************l************l*********** l 3.98+05 4429 2.25-09 -8.647
- l************l************l************l************l************l******** l 5.01+05 3175 1.28-09 -8.892 mmmmmmmmmmmmlmmmmmmmmmmmmlmmmmmmmmmmmmlmmmmmmmmmmmmlmmmmmmmmmmmmlmmmmmmmmmmmmlmmmmm l 6.31+05 2229 7.16-10 -9.145 ************l************l************l************l************l************l**
l 7.94+05 1475 3.76-10 -9.425 ************l************l************l************l************l*********** l l
1.00+06 1144 2.32-10 -9.635 ************l************l************l************l************l********* l l
1.26+06 1159 1.87-10 -9.729 ************l************l************l************l************l******* l l
1.58+06 1151 1.47-10 -9.832 ************l************l************l************l************l****** l l
2.00+06 1001 1.02-10 -9.993 ************l************l************l************l************l**** l l
2.51+06 895 7.22-11 -10.141 ************l************l************l************l************l** l l
3.16+06 700 4.49-11 -10.348 ************l************l************l************l************l l l
3.98+06 526 2.68-11 -10.572 ************l************l************l************l********* l l l
5.01+06 290 1.17-11 -10.931 ************l************l************l************l***** l l l
6.31+06 174 5.59-12 -11.253 ************l************l************l************l l l l
7.94+06 116 2.96-12 -11.529 ************l************l************l********** l l l l
1.00+07 92 1.86-12 -11.730 ************l************l************l******* l s l l l
Calculation No. L-003388, Rev. 0 Attachment M (Page M93 of M147) 1.26+07 58 9.34-13 -12.030 ************l************l************l*** l s l l l
1.58+07 35 4.47-13 -12.349 ************l************l************l s l l l
2.00+07 26 2.64-13 -12.578 ************l************l********* l s l l l l
2.51+07 16 1.29-13 -12.889 ************l************l***** l s l l l l
3.16+07 15 9.61-14 -13.017 ************l************l*** l s l l l l
3.98+07 9 4.58-14 -13.339 ************l************l l s l l l l
5.01+07 8 3.23-14 -13.490 ************l********** l s l l l l
6.31+07 4 1.28-14 -13.891 ************l***** l s l l l l l
7.94+07 1 2.55-15 -14.593 ********* l l s l l l l l
1.00+08 1 2.03-15 -14.693 ******** l l s l l l l l
1.26+08 0 0.00+00 0.000 l s l l l l l
1.58+08 0 0.00+00 0.000 l s l l l l l l
2.00+08 0 0.00+00 0.000 l s l l l l l l
2.51+08 0 0.00+00 0.000 l s l l l l l l
3.16+08 1 6.41-16 -15.193
- s l l l l l l l
total 81300 3.39-03 d-----------d------------d------------d------------d------------d------------d--
d---------
1tally 52 nps = 3956466 tally type 2 particle flux averaged over a surface.
tally for photons number of histories used for normalizing tallies = 23995456.00 this tally is modified by a dose function.
areas surface: 2003 2004 2005 2006 2007 2008 2009 segment 1 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 2 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 3 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 4 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 5 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 6 3.00000E+06 3.00000E+06 3.00000E+06 3.00000E+06 3.00000E+06 3.00000E+06 3.00000E+06 surface: 2010 2011 2012 2013 segment 1 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 2 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 3 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 4 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 5 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 6 3.00000E+06 3.00000E+06 3.00000E+06 3.00000E+06 surface 2003 segment: 1219 1.06829E-44 0.0040 surface 2003 segment: -1219 -1209 1.32269E-47 0.0197 surface 2003 segment: -1219 1209 -1201 1.10534E-46 0.0064 surface 2003 segment: -1219 1209 1201 -1205 5.30223E-47 0.0059
Calculation No. L-003388, Rev. 0 Attachment M (Page M94 of M147) surface 2003 segment: -1219 1209 1201 1205 1206 3.94239E-47 0.0062 surface 2003 segment: -1219 1209 1201 1205 -1206 3.46600E-04 0.0141 surface 2004 segment: 1219 9.40693E-45 0.0040 surface 2004 segment: -1219 -1209 8.11769E-48 0.0112 surface 2004 segment: -1219 1209 -1201 6.72587E-47 0.0062 surface 2004 segment: -1219 1209 1201 -1205 3.21959E-47 0.0073 surface 2004 segment: -1219 1209 1201 1205 1206 2.54562E-47 0.0065 surface 2004 segment: -1219 1209 1201 1205 -1206 1.38580E-04 0.0175 surface 2005 segment: 1219 7.99713E-45 0.0041 surface 2005 segment: -1219 -1209 4.86841E-48 0.0096 surface 2005 segment: -1219 1209 -1201 4.12878E-47 0.0062 surface 2005 segment: -1219 1209 1201 -1205 1.97243E-47 0.0062 surface 2005 segment: -1219 1209 1201 1205 1206 1.59622E-47 0.0065 surface 2005 segment: -1219 1209 1201 1205 -1206 6.29684E-05 0.0226 surface 2006 segment: 1219 6.59431E-45 0.0042 surface 2006 segment: -1219 -1209 2.96689E-48 0.0109 surface 2006 segment: -1219 1209 -1201 2.55277E-47 0.0065 surface 2006 segment: -1219 1209 1201 -1205 1.22144E-47 0.0065 surface 2006 segment: -1219 1209 1201 1205 1206 9.95784E-48 0.0073 surface 2006 segment: -1219 1209 1201 1205 -1206 3.05952E-05 0.0252
Calculation No. L-003388, Rev. 0 Attachment M (Page M95 of M147) surface 2007 segment: 1219 5.30702E-45 0.0042 surface 2007 segment: -1219 -1209 1.89703E-48 0.0120 surface 2007 segment: -1219 1209 -1201 1.59348E-47 0.0072 surface 2007 segment: -1219 1209 1201 -1205 7.56164E-48 0.0070 surface 2007 segment: -1219 1209 1201 1205 1206 6.11599E-48 0.0073 surface 2007 segment: -1219 1209 1201 1205 -1206 1.65422E-05 0.0307 surface 2008 segment: 1219 3.69923E-45 0.0044 surface 2008 segment: -1219 -1209 9.26181E-49 0.0163 surface 2008 segment: -1219 1209 -1201 7.92735E-48 0.0082 surface 2008 segment: -1219 1209 1201 -1205 3.68366E-48 0.0079 surface 2008 segment: -1219 1209 1201 1205 1206 3.05884E-48 0.0097 surface 2008 segment: -1219 1209 1201 1205 -1206 6.08223E-06 0.0368 surface 2009 segment: 1219 2.50082E-45 0.0047 surface 2009 segment: -1219 -1209 4.64298E-49 0.0183 surface 2009 segment: -1219 1209 -1201 3.96141E-48 0.0087 surface 2009 segment: -1219 1209 1201 -1205 1.83406E-48 0.0102 surface 2009 segment: -1219 1209 1201 1205 1206 1.47347E-48 0.0100 surface 2009 segment: -1219 1209 1201 1205 -1206 2.53661E-06 0.0504 surface 2010 segment: 1219 1.43740E-45 0.0049 surface 2010 segment: -1219 -1209 1.81054E-49 0.0267
Calculation No. L-003388, Rev. 0 Attachment M (Page M96 of M147) surface 2010 segment: -1219 1209 -1201 1.60880E-48 0.0126 surface 2010 segment: -1219 1209 1201 -1205 7.21883E-49 0.0111 surface 2010 segment: -1219 1209 1201 1205 1206 5.67463E-49 0.0122 surface 2010 segment: -1219 1209 1201 1205 -1206 7.89778E-07 0.0501 surface 2011 segment: 1219 8.05942E-46 0.0052 surface 2011 segment: -1219 -1209 7.64126E-50 0.0276 surface 2011 segment: -1219 1209 -1201 6.50183E-49 0.0150 surface 2011 segment: -1219 1209 1201 -1205 2.93860E-49 0.0168 surface 2011 segment: -1219 1209 1201 1205 1206 2.23205E-49 0.0147 surface 2011 segment: -1219 1209 1201 1205 -1206 2.50847E-07 0.0624 surface 2012 segment: 1219 4.44603E-46 0.0056 surface 2012 segment: -1219 -1209 3.21934E-50 0.0405 surface 2012 segment: -1219 1209 -1201 2.68805E-49 0.0156 surface 2012 segment: -1219 1209 1201 -1205 1.18603E-49 0.0180 surface 2012 segment: -1219 1209 1201 1205 1206 8.57520E-50 0.0190 surface 2012 segment: -1219 1209 1201 1205 -1206 8.41536E-08 0.0666 surface 2013 segment: 1219 2.42621E-46 0.0062 surface 2013 segment: -1219 -1209 1.15281E-50 0.0335 surface 2013 segment: -1219 1209 -1201 1.12354E-49 0.0208 surface 2013 segment: -1219 1209 1201 -1205 4.92324E-50 0.0294
Calculation No. L-003388, Rev. 0 Attachment M (Page M97 of M147) surface 2013 segment: -1219 1209 1201 1205 1206 3.80392E-50 0.0369 surface 2013 segment: -1219 1209 1201 1205 -1206 2.92441E-08 0.0741
====================================================================================================
=======
results of 10 statistical checks for the estimated answer for the tally fluctuation chart (tfc) bin of tally 52 tfc bin --mean-- ---------relative error--------- ----variance of the variance---- --figure of merit-- -pdf-behavior behavior value decrease decrease rate value decrease decrease rate value behavior slope desired random <0.10 yes 1/sqrt(nps) <0.10 yes 1/nps constant random >3.00 observed random 0.01 yes yes 0.03 yes yes constant random 2.27 passed? yes yes yes yes yes yes yes yes yes no
====================================================================================================
=======
warning. the tally in the tally fluctuation chart bin did not pass 1 of the 10 statistical checks.
1analysis of the results in the tally fluctuation chart bin (tfc) for tally 52 with nps = 3956466 print table 160 normed average tally per history = 3.46600E-04 unnormed average tally per history = 1.03980E+03 estimated tally relative error = 0.0141 estimated variance of the variance = 0.0345 relative error from zero tallies = 0.0037 relative error from nonzero scores = 0.0136 number of nonzero history tallies = 72256 efficiency for the nonzero tallies = 0.0030 history number of largest tally = 1916113 largest unnormalized history tally = 1.14019E+08 (largest tally)/(average tally) = 1.09654E+05 (largest tally)/(avg nonzero tally)= 3.30195E+02 (confidence interval shift)/mean = 0.0010 shifted confidence interval center = 3.46951E-04 if the largest history score sampled so far were to occur on the next history, the tfc bin quantities would change as follows:
estimated quantities value at nps value at nps+1 value(nps+1)/value(nps)-1.
mean 3.46600E-04 3.56206E-04 0.027715 relative error 1.41259E-02 1.47720E-02 0.045738 variance of the variance 3.44611E-02 3.72793E-02 0.081780 shifted center 3.46951E-04 3.48987E-04 0.005867 figure of merit 3.64805E+00 3.33591E+00 -0.085563 the estimated inverse power slope of the 198 largest tallies starting at 6.72866E+06 is 2.2692 the large score tail of the empirical history score probability density function appears to have no unsampled regions.
fom = (histories/minute)*(f(x) signal-to-noise ratio)**2 = (1.747E+04)*( 1.445E-02)**2 = (1.747E+04)*(2.089E-
- 04) = 3.648E+00 1unnormed tally density for tally 52 nonzero tally mean(m) = 3.453E+05 nps = 3956466 print table 161 abscissa ordinate log plot of tally probability density function in tally fluctuation chart bin(d=decade,slope= 2.3) tally number num den log den:d------------d-------------d------------d-------------d-------------d-----------
--d-------------d---
6.31+04 2574 8.27-09 -8.083
- l*************l************l*************l*************l*************l*********** l 7.94+04 9068 2.31-08 -7.636
- l*************l************l*************l*************l*************l*************l***
Calculation No. L-003388, Rev. 0 Attachment M (Page M98 of M147) 1.00+05 9211 1.87-08 -7.729
- l*************l************l*************l*************l*************l*************l**
1.26+05 8695 1.40-08 -7.854
- l*************l************l*************l*************l*************l*************l 1.58+05 9338 1.19-08 -7.923
- l*************l************l*************l*************l*************l*************l 2.00+05 7588 7.71-09 -8.113
- l*************l************l*************l*************l*************l********** l 2.51+05 6414 5.17-09 -8.286
- l*************l************l*************l*************l*************l******** l 3.16+05 4974 3.19-09 -8.497
- l*************l************l*************l*************l*************l***** l 3.98+05 3898 1.98-09 -8.702 mmmmmmmmmmmmmlmmmmmmmmmmmmmlmmmmmmmmmmmmlmmmmmmmmmmmmmlmmmmmmmmmmmmmlmmmmmmmmmmmmmlmm l 5.01+05 2574 1.04-09 -8.983
- l*************l************l*************l*************l************ l l 6.31+05 1735 5.57-10 -9.254 *************l*************l************l*************l*************l*********
l l 7.94+05 1166 2.97-10 -9.527 *************l*************l************l*************l*************l*****
l l 1.00+06 746 1.51-10 -9.821 *************l*************l************l*************l*************l*
l l 1.26+06 750 1.21-10 -9.918 *************l*************l************l*************l*************l l l 1.58+06 768 9.82-11 -10.008 *************l*************l************l*************l************ l l l 2.00+06 757 7.69-11 -10.114 *************l*************l************l*************l*********** l l l 2.51+06 602 4.86-11 -10.314 *************l*************l************l*************l******** l l l 3.16+06 515 3.30-11 -10.481 *************l*************l************l*************l****** l l l 3.98+06 379 1.93-11 -10.715 *************l*************l************l*************l** l l l 5.01+06 182 7.36-12 -11.133 *************l*************l************l*********** l l l l 6.31+06 109 3.50-12 -11.456 *************l*************l************l****** l l l l 7.94+06 79 2.02-12 -11.696 *************l*************l************l*** sl l l l 1.00+07 57 1.15-12 -11.937 *************l*************l************l s l l l l 1.26+07 18 2.90-13 -12.538 *************l*************l**** l s l l l l 1.58+07 20 2.56-13 -12.592 *************l*************l*** l s l l l l 2.00+07 5 5.08-14 -13.294 *************l******** l l s l l l l 2.51+07 12 9.68-14 -13.014 *************l************ l ls l l l l 3.16+07 7 4.49-14 -13.348 *************l******* l s l l l l l 3.98+07 5 2.54-14 -13.594 *************l**** l s l l l l l 5.01+07 3 1.21-14 -13.916 *************l l s l l l l l 6.31+07 1 3.21-15 -14.493 ***** l l s l l l l l 7.94+07 1 2.55-15 -14.593 **** l s l l l l l 1.00+08 4 8.11-15 -14.091 *********** l s l l l l l l 1.26+08 1 1.61-15 -14.793
- l s l l l l l l total 72256 3.01-03 d------------d-------------d------------d-------------d-------------d-----------
--d-------------d---
1tally 62 nps = 3956466 tally type 2 particle flux averaged over a surface.
tally for photons number of histories used for normalizing tallies = 23995456.00 this tally is modified by a dose function.
areas surface: 1219 segment 1 1.00000E+50 2 1.00000E+50 3 1.00000E+50
Calculation No. L-003388, Rev. 0 Attachment M (Page M99 of M147) 4 1.00000E+50 5 5.30000E+06 surface 1219 segment: -1205 4.14843E-45 0.0180 surface 1219 segment: 1205 1206 3.04040E-44 0.0068 surface 1219 segment: 1205 -1206 1203 7.01613E-45 0.0148 surface 1219 segment: 1205 -1206 -1203 -1202 7.01039E-45 0.0145 surface 1219 segment: 1205 -1206 -1203 1202 4.55248E+01 0.0013
====================================================================================================
=======
results of 10 statistical checks for the estimated answer for the tally fluctuation chart (tfc) bin of tally 62 tfc bin --mean-- ---------relative error--------- ----variance of the variance---- --figure of merit-- -pdf-behavior behavior value decrease decrease rate value decrease decrease rate value behavior slope desired random <0.10 yes 1/sqrt(nps) <0.10 yes 1/nps constant random >3.00 observed random 0.00 yes yes 0.00 yes yes constant random 7.44 passed? yes yes yes yes yes yes yes yes yes yes
====================================================================================================
=======
this tally meets the statistical criteria used to form confidence intervals: check the tally fluctuation chart to verify.
the results in other bins associated with this tally may not meet these statistical criteria.
estimated confidence intervals: -----
estimated asymmetric confidence interval(1,2,3 sigma): 4.5467E+01 to 4.5583E+01; 4.5409E+01 to 4.5641E+01; 4.5352E+01 to 4.5698E+01 estimated symmetric confidence interval(1,2,3 sigma): 4.5467E+01 to 4.5583E+01; 4.5409E+01 to 4.5640E+01; 4.5351E+01 to 4.5698E+01 1analysis of the results in the tally fluctuation chart bin (tfc) for tally 62 with nps = 3956466 print table 160 normed average tally per history = 4.55248E+01 unnormed average tally per history = 2.41282E+08 estimated tally relative error = 0.0013 estimated variance of the variance = 0.0000 relative error from zero tallies = 0.0005 relative error from nonzero scores = 0.0012 number of nonzero history tallies = 3926364 efficiency for the nonzero tallies = 0.1636 history number of largest tally = 769241 largest unnormalized history tally = 1.98498E+11 (largest tally)/(average tally) = 8.22683E+02 (largest tally)/(avg nonzero tally)= 1.34615E+02 (confidence interval shift)/mean = 0.0000 shifted confidence interval center = 4.55250E+01 if the largest history score sampled so far were to occur on the next history, the tfc bin quantities would change as follows:
estimated quantities value at nps value at nps+1 value(nps+1)/value(nps)-1.
mean 4.55248E+01 4.55343E+01 0.000208
Calculation No. L-003388, Rev. 0 Attachment M (Page M100 of M147) relative error 1.27013E-03 1.18457E-03 -0.067360 variance of the variance 3.09081E-05 3.73236E-05 0.207565 shifted center 4.55250E+01 4.55258E+01 0.000019 figure of merit 4.51229E+02 5.18763E+02 0.149667 the estimated inverse power slope of the 200 largest tallies starting at 7.44577E+10 is 7.4432 the history score probability density function appears to have an unsampled region at the largest history scores:
please examine. see print table 161.
fom = (histories/minute)*(f(x) signal-to-noise ratio)**2 = (1.747E+04)*( 1.607E-01)**2 = (1.747E+04)*(2.583E-
- 02) = 4.512E+02 1status of the statistical checks used to form confidence intervals for the mean for each tally bin tally result of statistical checks for the tfc bin (the first check not passed is listed) and error magnitude check for all bins 2 passed the 10 statistical checks for the tally fluctuation chart bin result passed all bin error check: 1 tally bins all have relative errors less than 0.10 with no zero bins 12 missed 2 of 10 tfc bin checks: the relative error exceeds the recommended value of 0.1 for nonpoint detector tallies missed all bin error check: 16 tally bins had 0 bins with zeros and 1 bins with relative errors exceeding 0.10 22 missed 1 of 10 tfc bin checks: the slope of decrease of largest tallies is less than the minimum acceptable value of 3.0 passed all bin error check: 22 tally bins all have relative errors less than 0.10 with no zero bins 32 missed 1 of 10 tfc bin checks: the slope of decrease of largest tallies is less than the minimum acceptable value of 3.0 passed all bin error check: 5 tally bins had 1 bins with zeros and 0 bins with relative errors exceeding 0.10 42 missed 7 of 10 tfc bin checks: the relative error does not monotonically decrease over the last half of the problem missed all bin error check: 66 tally bins had 0 bins with zeros and 1 bins with relative errors exceeding 0.10 52 missed 1 of 10 tfc bin checks: the slope of decrease of largest tallies is less than the minimum acceptable value of 3.0 passed all bin error check: 66 tally bins all have relative errors less than 0.10 with no zero bins 62 passed the 10 statistical checks for the tally fluctuation chart bin result passed all bin error check: 5 tally bins all have relative errors less than 0.10 with no zero bins the 10 statistical checks are only for the tally fluctuation chart bin and do not apply to other tally bins.
the tally bins with zeros may or may not be correct: compare the source, cutoffs, multipliers, et cetera with the tally bins.
warning. 5 of the 7 tally fluctuation chart bins did not pass all 10 statistical checks.
warning. 2 of the 7 tallies had bins with relative errors greater than recommended.
1tally fluctuation charts tally 2 tally 12 tally 22 nps mean error vov slope fom mean error vov slope fom mean error vov slope fom 256000 1.6065E-01 0.0214 0.0092 10.0 25 6.2474E-09 0.7153 0.5446 0.0 2.2E-02 1.4033E-46 0.0339 0.0690 3.0 9.8E+00 512000 1.6026E-01 0.0166 0.0144 8.9 20 3.1275E-09 0.7153 0.5446 0.0 1.1E-02 1.4524E-46 0.0304 0.0762 2.3 6.0E+00 768000 1.5605E-01 0.0131 0.0089 8.6 22 3.7694E-09 0.4879 0.3027 0.0 1.6E-02 1.4383E-46 0.0246 0.0509 2.1 6.2E+00 1024000 1.5515E-01 0.0115 0.0065 7.6 21 2.9087E-09 0.4746 0.3005 0.0 1.2E-02 1.4571E-46 0.0296 0.3060 2.2 3.2E+00 1280000 1.5514E-01 0.0107 0.0080 5.6 20 3.1098E-09 0.3776 0.2428 0.0 1.6E-02 1.4315E-46 0.0251 0.2589 2.1 3.5E+00 1536000 1.5424E-01 0.0098 0.0079 4.8 20 2.9643E-09 0.3395 0.2178 0.0 1.6E-02 1.4325E-46 0.0227 0.1932 2.0 3.6E+00 1792000 1.5408E-01 0.0089 0.0064 5.1 20 2.5805E-09 0.3347 0.2170 0.0 1.4E-02 1.4260E-46 0.0202 0.1699 2.2 3.9E+00 2048000 1.5416E-01 0.0082 0.0053 5.1 21 2.6395E-09 0.2973 0.1899 0.0 1.6E-02 1.4175E-46 0.0183 0.1540 2.5 4.2E+00 2304000 1.5482E-01 0.0077 0.0044 4.5 21 3.1888E-09 0.2573 0.1368 0.0 1.9E-02 1.4114E-46 0.0166 0.1438 2.6 4.5E+00
Calculation No. L-003388, Rev. 0 Attachment M (Page M101 of M147) 2560000 1.5522E-01 0.0073 0.0037 5.9 21 3.3348E-09 0.2328 0.1149 0.0 2.1E-02 1.4266E-46 0.0171 0.1144 2.5 3.8E+00 2816000 1.5463E-01 0.0069 0.0032 6.6 21 3.2735E-09 0.2259 0.1031 0.0 2.0E-02 1.4205E-46 0.0159 0.1069 2.4 4.0E+00 3072000 1.5438E-01 0.0066 0.0030 5.8 21 3.3479E-09 0.2116 0.0910 0.0 2.1E-02 1.4158E-46 0.0148 0.1023 2.5 4.3E+00 3328000 1.5421E-01 0.0064 0.0028 4.7 21 3.5499E-09 0.1995 0.0768 0.0 2.2E-02 1.4317E-46 0.0160 0.0873 2.4 3.4E+00 3584000 1.5426E-01 0.0061 0.0028 4.5 21 3.5306E-09 0.1910 0.0710 0.0 2.2E-02 1.4327E-46 0.0160 0.0781 2.4 3.1E+00 3840000 1.5466E-01 0.0060 0.0025 4.6 21 3.5024E-09 0.1854 0.0655 0.0 2.2E-02 1.4291E-46 0.0151 0.0753 2.5 3.3E+00 3956466 1.5486E-01 0.0059 0.0024 4.7 21 3.3990E-09 0.1854 0.0655 0.0 2.1E-02 1.4285E-46 0.0148 0.0737 2.6 3.3E+00 tally 32 tally 42 tally 52 nps mean error vov slope fom mean error vov slope fom mean error vov slope fom 256000 7.3380E-04 0.1119 0.1014 10.0 9.0E-01 4.6439E-04 0.0469 0.0744 3.0 5.1E+00 3.3472E-04 0.0463 0.0990 4.0 5.3E+00 512000 7.5028E-04 0.0966 0.2330 4.2 6.0E-01 4.5671E-04 0.0322 0.0364 2.7 5.4E+00 3.5526E-04 0.0328 0.0448 2.8 5.2E+00 768000 7.5926E-04 0.0878 0.1543 3.5 4.8E-01 4.4826E-04 0.0257 0.0260 2.3 5.6E+00 3.5203E-04 0.0270 0.0415 2.6 5.1E+00 1024000 7.7166E-04 0.0758 0.1105 3.1 4.9E-01 4.4971E-04 0.0217 0.0177 2.7 5.9E+00 3.5035E-04 0.0230 0.0296 2.4 5.3E+00 1280000 7.3108E-04 0.0656 0.1002 3.2 5.2E-01 4.5233E-04 0.0193 0.0142 2.7 6.0E+00 3.4556E-04 0.0197 0.0238 2.4 5.7E+00 1536000 7.1923E-04 0.0576 0.0872 3.2 5.6E-01 4.5425E-04 0.0185 0.0191 2.8 5.5E+00 3.4227E-04 0.0175 0.0195 3.0 6.1E+00 1792000 7.2300E-04 0.0538 0.0745 2.9 5.5E-01 4.5391E-04 0.0169 0.0157 2.9 5.6E+00 3.4173E-04 0.0174 0.0460 3.0 5.3E+00 2048000 7.1735E-04 0.0493 0.0650 2.9 5.8E-01 4.4935E-04 0.0156 0.0137 3.3 5.8E+00 3.4564E-04 0.0187 0.0729 2.7 4.0E+00 2304000 7.1389E-04 0.0460 0.0559 3.0 5.9E-01 4.4954E-04 0.0146 0.0118 3.1 5.9E+00 3.4594E-04 0.0183 0.0657 2.6 3.7E+00 2560000 7.0834E-04 0.0437 0.0481 2.9 5.9E-01 4.5305E-04 0.0142 0.0110 3.3 5.6E+00 3.4700E-04 0.0180 0.0570 2.5 3.5E+00 2816000 7.1152E-04 0.0409 0.0428 3.0 6.1E-01 4.5279E-04 0.0134 0.0097 3.7 5.7E+00 3.4764E-04 0.0168 0.0517 2.5 3.6E+00 3072000 7.1506E-04 0.0390 0.0369 3.1 6.2E-01 4.5489E-04 0.0128 0.0084 3.7 5.7E+00 3.5043E-04 0.0169 0.0436 2.4 3.3E+00 3328000 7.0648E-04 0.0372 0.0343 3.1 6.3E-01 4.6297E-04 0.0157 0.1508 2.9 3.5E+00 3.4905E-04 0.0160 0.0408 2.4 3.4E+00 3584000 7.0546E-04 0.0361 0.0318 2.9 6.2E-01 4.6325E-04 0.0153 0.1282 2.9 3.5E+00 3.4761E-04 0.0151 0.0386 2.5 3.5E+00 3840000 7.0812E-04 0.0361 0.0352 2.8 5.8E-01 4.6239E-04 0.0145 0.1194 2.8 3.6E+00 3.4668E-04 0.0144 0.0361 2.3 3.6E+00 3956466 7.1118E-04 0.0353 0.0337 2.7 5.8E-01 4.6219E-04 0.0142 0.1161 2.9 3.6E+00 3.4660E-04 0.0141 0.0345 2.3 3.6E+00 1tally fluctuation charts tally 62 nps mean error vov slope fom 256000 4.5521E+01 0.0050 0.0005 10.0 454 512000 4.5736E+01 0.0035 0.0002 10.0 448 768000 4.5648E+01 0.0029 0.0002 10.0 445 1024000 4.5660E+01 0.0025 0.0001 8.0 446 1280000 4.5586E+01 0.0022 0.0001 7.5 448 1536000 4.5597E+01 0.0020 0.0001 8.4 448 1792000 4.5583E+01 0.0019 0.0001 8.3 449 2048000 4.5569E+01 0.0018 0.0001 9.0 449 2304000 4.5577E+01 0.0017 0.0001 8.9 449 2560000 4.5585E+01 0.0016 0.0000 8.3 449 2816000 4.5571E+01 0.0015 0.0000 10.0 449 3072000 4.5546E+01 0.0014 0.0000 8.9 450 3328000 4.5499E+01 0.0014 0.0000 9.4 451 3584000 4.5506E+01 0.0013 0.0000 9.9 451 3840000 4.5525E+01 0.0013 0.0000 7.7 451 3956466 4.5525E+01 0.0013 0.0000 7.4 451 dump no. 24 on file runtpe nps = 3956466 coll = 5922400034 ctm = 1373.75 nrn =
73678780645
Calculation No. L-003388, Rev. 0 Attachment M (Page M102 of M147) 22 warning messages so far.
run terminated when it had used 0 minutes of computer time.
computer time = 1373.81 minutes mcnp version 5 11112005 06/24/09 07:47:07 probid = 06/23/09 08:50:09 URS Washington Division
Calculation No. L-003388, Rev. 0 Attachment M (Page M103 of M147)
MCNP Case with Translated Source - 2 HVAC Shield Thread Name & Version = mcnp5VE_RSICC, 1.40
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l l l (_ l l l_) _)
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l This program was prepared by the Regents of the University of l lCalifornia at Los Alamos National Laboratory (the University) under l l contract number W-7405-ENG-36 with the U.S. Department of Energy l l(DoE). The University has certain rights in the program pursuant tol l the contract and the program should not be copied or distributed l l outside your organization. All rights in the program are reserved l lby the DoE and the University. Neither the U.S. Government nor the l l University makes any warranty, express or implied, or assumes any l l liability or responsibility for the use of this software. l
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1mcnp version 5 ld=11112005 06/24/09 11:02:50
- probid = 06/24/09 11:02:50 inp = HVSL2.i outp = HVSL2.o rssa = bwssa 1-c Created on: Tuesday, November 11, 2008 at 09:35 2-c Canister Cells 3-11 5 11 1209 -1212 4-12 5 12 1209 -1212 5-13 5 13 1209 -1212 6-14 5 14 1209 -1212 7-15 5 15 1209 -1212 8-16 5 16 1209 -1212 9-17 5 17 1209 -1212 10- 18 5 18 1209 -1212 11-19 5 19 1209 -1212 12-21 5 21 1209 -1212 13-22 5 22 1209 -1212 14-23 5 23 1209 -1212 15-24 5 24 1209 -1212 16-25 5 25 1209 -1212 17-26 5 26 1209 -1212 18-27 5 27 1209 -1212 19-28 5 28 1209 -1212 20- 29 5 29 1209 -1212 21-31 5 31 1209 -1212 22-32 5 32 1209 -1212 23-33 5 33 1209 -1212 24-34 5 34 1209 -1212 25-35 5 35 1209 -1212 26-36 5 36 1209 -1212 27-37 5 37 1209 -1212 28-38 5 38 1209 -1212 29-39 5 39 1209 -1212 30- 41 5 41 1209 -1212 31-42 5 42 1209 -1212 32-43 5 43 1209 -1212 33-44 5 44 1209 -1212 34-45 5 45 1209 -1212 35-46 5 46 1209 -1212 36-47 5 47 1209 -1212 37-48 5 48 1209 -1212 38-49 5 49 1209 -1212 39-51 5 51 1209 -1212 40- 52 5 52 1209 -1212 41-53 5 53 1209 -1212 42-54 5 54 1209 -1212 43-55 5 55 1209 -1212 44-56 5 56 1209 -1212 45-57 5 57 1209 -1212 46-58 5 58 1209 -1212 47-59 5 59 1209 -1212 48-61 5 61 1209 -1212 49-62 5 62 1209 -1212 50- 63 5 63 1209 -1212 51-64 5 64 1209 -1212 52-65 5 65 1209 -1212 53-66 5 66 1209 -1212 54-67 5 67 1209 -1212 55-68 5 68 1209 -1212
Calculation No. L-003388, Rev. 0 Attachment M (Page M104 of M147) 56-69 5 69 1209 -1212 57-71 5 71 1209 -1212 58-72 5 72 1209 -1212 59-73 5 73 1209 -1212 60- 74 5 74 1209 -1212 61-75 5 75 1209 -1212 62-76 5 76 1209 -1212 63-77 5 77 1209 -1212 64-78 5 78 1209 -1212 65-79 5 79 1209 -1212 66-81 5 81 1209 -1212 67-82 5 82 1209 -1212 68-83 5 83 1209 -1212 69-84 5 84 1209 -1212 70- 85 5 85 1209 -1212 71-86 5 86 1209 -1212 72-87 5 87 1209 -1212 73-88 5 88 1209 -1212 74-89 5 89 1209 -1212 75-91 5 91 1209 -1212 76-92 5 92 1209 -1212 77-93 5 93 1209 -1212 78-94 5 94 1209 -1212 79-95 5 95 1209 -1212 80- 96 5 96 1209 -1212 81-97 5 97 1209 -1212 82-98 5 98 1209 -1212 83-99 5 99 1209 -1212 84-101 5 101 1209 -1212 85-102 5 102 1209 -1212 86-103 5 103 1209 -1212 87-104 5 104 1209 -1212 88-105 5 105 1209 -1212 89-106 5 106 1209 -1212 90- 107 5 107 1209 -1212 91-108 5 108 1209 -1212 92-109 5 109 1209 -1212 93-111 5 111 1209 -1212 94-112 5 112 1209 -1212 95-113 5 113 1209 -1212 96-114 5 114 1209 -1212 97-115 5 115 1209 -1212 98-116 5 116 1209 -1212 99-117 5 117 1209 -1212 100- 118 5 118 1209 -1212 101-119 5 119 1209 -1212 102-121 5 121 1209 -1212 103-122 5 122 1209 -1212 104-123 5 123 1209 -1212 105-124 5 124 1209 -1212 106-125 5 125 1209 -1212 107-126 5 126 1209 -1212 108-127 5 127 1209 -1212 109-128 5 128 1209 -1212 110- 129 5 129 1209 -1212 111-131 5 131 1209 -1212 112-132 5 132 1209 -1212 113-133 5 133 1209 -1212 114-134 5 134 1209 -1212 115-135 5 135 1209 -1212 116-136 5 136 1209 -1212 117-137 5 137 1209 -1212 118-138 5 138 1209 -1212 119-139 5 139 1209 -1212 120- 141 5 141 1209 -1212 121-142 5 142 1209 -1212 122-143 5 143 1209 -1212 123-144 5 144 1209 -1212 124-145 5 145 1209 -1212 125-146 5 146 1209 -1212 126-147 5 147 1209 -1212 127-148 5 148 1209 -1212 128-149 5 149 1209 -1212 129-151 5 151 1209 -1212 130- 152 5 152 1209 -1212 131-153 5 153 1209 -1212 132-154 5 154 1209 -1212 133-155 5 155 1209 -1212 134-156 5 156 1209 -1212 135-157 5 157 1209 -1212
Calculation No. L-003388, Rev. 0 Attachment M (Page M105 of M147) 136-158 5 158 1209 -1212 137-159 5 159 1209 -1212 138-c Walls 139-1200 3 -0.001225 1222 -1221 1206 -1208 1220 -1219 $Notch 140- 1201 1 -2.365 1206 -1208 1202 -1203 -1219 1209 #1200 $Inner Wall 141-1202 1 -2.395 1207 -1233 1219 -990 -991 992 $Top of Left Wall 142-12021 1 -2.395 1233 -1223 1219 -990 992 -991 $Split in Left Wall 143-1203 1 -2.365 1207 -1205 -1219 1209 -1203 1202 $Bottom of Left Wall 144-1204 1 -2.395 1234 -1204 1207 -1218 1219 -990 $Top of Back Wall 145-12041 1 -2.395 991 -1234 1207 -1218 1219 -990 $Split in Back Wall 146-1205 1 -2.365 1203 -1204 1207 -1218 -1219 1209 $Bottom of Back Wall 147-1206 1 -2.395 1235 -1218 -991 992 1219 -990 $Top of Right Wall 148-12061 1 -2.395 1224 -1235 -991 992 1219 -990 $Split in Right Wall 149-1207 1 -2.365 1217 -1218 -1203 1202 -1219 1209 $Bottom of Right Wall 150- 1208 1 -2.395 1201 -1236 -1218 1207 1219 -990 #10000 $Top of Front Wall 151- #10001 #10002 #10003 #10004 #10005 152-12081 1 -2.395 -992 1236 -1218 1207 1219 -990 #10000 $Split in Front Wall 153- #10001 #10002 #10003 #10004 #10005 154-1209 1 -2.365 -1202 1201 -1218 1207 -1219 1209 $Bottom of Front Wall 155-1210 1 -2.365 -1209 1227 1207 -1218 -1204 1201 $Floor 156-1211 1 -2.328 990 -1237 1207 -1218 -1204 1201 $Roof 157-12111 1 -2.328 1237 -1216 1207 -1218 -1204 1201 $Split in Roof 158-c Air 159-9999 0 2015 $Outside Model 160- 9998 3 -0.001225 1205 -1228 -1220 1209 -1203 1202 #(-134 1209 -1212 )#
161- (-135 1209 -1212 )#(-145 1209 -1212 )#(-146 1209 -1212 )#
162- (-147 1209 -1212 )#(-148 1209 -1212 )#(-149 1209 -1212 )#
163- (-11 1209 -1212 )#(-12 1209 -1212 )#(-13 1209 -1212 )#
164- (-14 1209 -1212 )#(-15 1209 -1212 )#(-25 1209 -1212 )#
165- (-26 1209 -1212 )#(-27 1209 -1212 )#(-28 1209 -1212 )#
166- (-29 1209 -1212 )#(-41 1209 -1212 )#(-42 1209 -1212 )#
167- (-43 1209 -1212 )#(-44 1209 -1212 )#(-45 1209 -1212 )#
168- (-55 1209 -1212 )#(-56 1209 -1212 )#(-57 1209 -1212 )#
169- (-58 1209 -1212 )#(-59 1209 -1212 )#(-71 1209 -1212 )#
170- (-72 1209 -1212 )#(-73 1209 -1212 )#(-74 1209 -1212 )#
171- (-75 1209 -1212 )#(-85 1209 -1212 )#(-86 1209 -1212 )#
172- (-87 1209 -1212 )#(-88 1209 -1212 )#(-89 1209 -1212 )#
173- (-101 1209 -1212 )#(-102 1209 -1212 )#(-103 1209 -1212 )#
174- (-104 1209 -1212 )#(-105 1209 -1212 )#(-115 1209 -1212 )#
175- (-116 1209 -1212 )#(-117 1209 -1212 )#(-118 1209 -1212 )#
176- (-119 1209 -1212 )#(-131 1209 -1212 )#(-132 1209 -1212 )#
177- (-133 1209 -1212 )
178-9997 3 -0.001225 1228 -1229 -1220 1209 -1203 1202 #(-139 1209 -1212 )#
179- (-141 1209 -1212 )#(-151 1209 -1212 )#(-152 1209 -1212 )#
180- (-153 1209 -1212 )#(-154 1209 -1212 )#(-155 1209 -1212 )#
181- (-15 1209 -1212 )#(-16 1209 -1212 )#(-17 1209 -1212 )#
182- (-18 1209 -1212 )#(-19 1209 -1212 )#(-21 1209 -1212 )#
183- (-31 1209 -1212 )#(-32 1209 -1212 )#(-33 1209 -1212 )#
184- (-34 1209 -1212 )#(-35 1209 -1212 )#(-45 1209 -1212 )#
185- (-46 1209 -1212 )#(-47 1209 -1212 )#(-48 1209 -1212 )#
186- (-49 1209 -1212 )#(-51 1209 -1212 )#(-61 1209 -1212 )#
187- (-62 1209 -1212 )#(-63 1209 -1212 )#(-64 1209 -1212 )#
188- (-65 1209 -1212 )#(-75 1209 -1212 )#(-76 1209 -1212 )#
189- (-77 1209 -1212 )#(-78 1209 -1212 )#(-79 1209 -1212 )#
190- (-81 1209 -1212 )#(-91 1209 -1212 )#(-92 1209 -1212 )#
191- (-93 1209 -1212 )#(-94 1209 -1212 )#(-95 1209 -1212 )#
192- (-105 1209 -1212 )#(-106 1209 -1212 )#(-107 1209 -1212 )#
193- (-108 1209 -1212 )#(-109 1209 -1212 )#(-111 1209 -1212 )#
194- (-121 1209 -1212 )#(-122 1209 -1212 )#(-123 1209 -1212 )#
195- (-124 1209 -1212 )#(-125 1209 -1212 )#(-135 1209 -1212 )#
196- (-136 1209 -1212 )#(-137 1209 -1212 )#(-138 1209 -1212 )
197-9996 3 -0.001225 1229 -1206 -1220 1209 -1203 1202 #(-142 1209 -1212 )#
198- (-143 1209 -1212 )#(-144 1209 -1212 )#(-156 1209 -1212 )#
199- (-157 1209 -1212 )#(-158 1209 -1212 )#(-159 1209 -1212 )#
200- (-21 1209 -1212 )#(-22 1209 -1212 )#(-23 1209 -1212 )#
201- (-24 1209 -1212 )#(-36 1209 -1212 )#(-37 1209 -1212 )#
202- (-38 1209 -1212 )#(-39 1209 -1212 )#(-51 1209 -1212 )#
203- (-52 1209 -1212 )#(-53 1209 -1212 )#(-54 1209 -1212 )#
204- (-66 1209 -1212 )#(-67 1209 -1212 )#(-68 1209 -1212 )#
205- (-69 1209 -1212 )#(-81 1209 -1212 )#(-82 1209 -1212 )#
206- (-83 1209 -1212 )#(-84 1209 -1212 )#(-96 1209 -1212 )#
207- (-97 1209 -1212 )#(-98 1209 -1212 )#(-99 1209 -1212 )#
208- (-111 1209 -1212 )#(-112 1209 -1212 )#(-113 1209 -1212 )#
209- (-114 1209 -1212 )#(-126 1209 -1212 )#(-127 1209 -1212 )#
210- (-128 1209 -1212 )#(-129 1209 -1212 )#(-141 1209 -1212 )
211-9995 3 -0.001225 1220 -1219 1205 -1206 -1203 1202 212-9994 3 -0.001225 -990 1219 1223 -1208 -991 992 #200 #201 #202 #203 #204 213- #205 #206 #207 #208 #209 #210 214-9993 3 -0.001225 1209 -1231 1208 -1217 -1203 1202 215-9992 3 -0.001225 -1230 1231 1208 -1217 -1203 1202
Calculation No. L-003388, Rev. 0 Attachment M (Page M106 of M147) 216-9991 3 -0.001225 -1220 1230 1208 -1217 -1203 1202 217-9990 3 -0.001225 1220 -1219 1208 -1217 -1203 1202 218-9989 3 -0.001225 -990 1219 1208 -1224 -991 992 #211 #212 #213 #214 219-9988 3 -0.001225 ((-2000 -1207 1201 -1204 1227 -1216 ):
220- (1218 -2000 1201 -1204 1227 -1216 ):(-2000 -1201 1227 -1216 ):
221- (1204 -2000 1227 -1216 ):(1216 -2000 ))#222 222-9987 0 -1232 -2015 $Bottom Void 223-9986 3 -0.001225 1232 -1227 -2015 224-c Ductwork Penetrations 225-10000 3 -0.001225 12441 -12451 12321 -12331 1201 -992 226-10001 3 -0.001225 12441 -12451 12341 -12351 1201 -992 227-10002 3 -0.001225 12461 -12471 12361 -12371 1201 -992 228-10003 3 -0.001225 12441 -12451 12381 -12391 1201 -992 229-10004 3 -0.001225 12401 -12411 12441 -12451 1201 -992 230- 10005 3 -0.001225 12441 -12451 12421 -12431 1201 -992 231-c Sphere Detector Cells 232-2001 3 -0.001225 2000 -2001 1227 233-2002 3 -0.001225 2001 -2002 1227 234-2003 3 -0.001225 -2003 2002 1227 235-2004 3 -0.001225 2003 -2004 1227 236-2005 3 -0.001225 2004 -2005 1227 237-2006 3 -0.001225 2005 -2006 1227 238-2007 3 -0.001225 2006 -2007 1227 239-2008 3 -0.001225 2007 -2008 1227 240- 2009 3 -0.001225 2008 -2009 1227 241-2010 3 -0.001225 2009 -2010 1227 242-2011 3 -0.001225 2010 -2011 1227 243-2012 3 -0.001225 2011 -2012 1227 244-2013 3 -0.001225 2012 -2013 1227 245-2014 3 -0.001225 2013 -2014 1227 246-2015 3 -0.001225 2014 -2015 1227 247-c Roof Beams 248-200 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 249- ):(-209 206 -211 212 992 -991 )
250- 201 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 251- ):(-209 206 -211 212 992 -991 ) trcl=(264.16 0 0 )
252-202 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 253- ):(-209 206 -211 212 992 -991 ) trcl=(528.32 0 0 )
254-203 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 255- ):(-209 206 -211 212 992 -991 ) trcl=(792.48 0 0 )
256-204 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 257- ):(-209 206 -211 212 992 -991 ) trcl=(1056.64 0 0 )
258-205 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 259- ):(-209 206 -211 212 992 -991 ) trcl=(1320.8 0 0 )
260- 206 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 261- ):(-209 206 -211 212 992 -991 ) trcl=(1584.96 0 0 )
262-207 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 263- ):(-209 206 -211 212 992 -991 ) trcl=(1849.12 0 0 )
264-208 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 265- ):(-209 206 -211 212 992 -991 ) trcl=(2113.28 0 0 )
266-209 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 267- ):(-209 206 -211 212 992 -991 ) trcl=(2377.44 0 0 )
268-210 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 269- ):(-209 206 -211 212 992 -991 ) trcl=(2641.6 0 0 )
270- 211 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 271- ):(-209 206 -211 212 992 -991 ) trcl=(2905.76 0 0 )
272-212 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 273- ):(-209 206 -211 212 992 -991 ) trcl=(3169.92 0 0 )
274-213 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 275- ):(-209 206 -211 212 992 -991 ) trcl=(3434.08 0 0 )
276-214 4 -7.86 (206 -209 -990 210 992 -991 ):(-210 211 207 -208 992 -991 277- ):(-209 206 -211 212 992 -991 ) trcl=(3698.24 0 0 )
278-c HVAC Shield 279-222 4 -7.86 214 216 -215 -12471 -217 218 280-281-c Source Canisters 282-11 c/z 302.26 121.92 77.47 283-12 c/z 500.38 121.92 77.47 284-13 c/z 698.5 121.92 77.47 285-14 c/z 896.62 121.92 77.47 286-15 c/z 1094.74 121.92 77.47 287-16 c/z 1292.86 121.92 77.47 288-17 c/z 1490.98 121.92 77.47 289-18 c/z 1689.1 121.92 77.47 290- 19 c/z 1887.22 121.92 77.47 291-21 c/z 2085.34 121.92 77.47 292-22 c/z 2283.46 121.92 77.47 293-23 c/z 2481.58 121.92 77.47 294-24 c/z 2679.7 121.92 77.47 295-25 c/z 203.2 294.64 77.47
Calculation No. L-003388, Rev. 0 Attachment M (Page M107 of M147) 296-26 c/z 401.32 294.64 77.47 297-27 c/z 599.44 294.64 77.47 298-28 c/z 797.56 294.64 77.47 299-29 c/z 995.68 294.64 77.47 300- 31 c/z 1193.8 294.64 77.47 301-32 c/z 1391.92 294.64 77.47 302-33 c/z 1590.04 294.64 77.47 303-34 c/z 1788.16 294.64 77.47 304-35 c/z 1986.28 294.64 77.47 305-36 c/z 2184.4 294.64 77.47 306-37 c/z 2382.52 294.64 77.47 307-38 c/z 2580.64 294.64 77.47 308-39 c/z 2778.76 294.64 77.47 309-41 c/z 302.26 467.36 77.47 310- 42 c/z 500.38 467.36 77.47 311-43 c/z 698.5 467.36 77.47 312-44 c/z 896.62 467.36 77.47 313-45 c/z 1094.74 467.36 77.47 314-46 c/z 1292.86 467.36 77.47 315-47 c/z 1490.98 467.36 77.47 316-48 c/z 1689.1 467.36 77.47 317-49 c/z 1887.22 467.36 77.47 318-51 c/z 2085.34 467.36 77.47 319-52 c/z 2283.46 467.36 77.47 320- 53 c/z 2481.58 467.36 77.47 321-54 c/z 2679.7 467.36 77.47 322-55 c/z 203.2 640.08 77.47 323-56 c/z 401.32 640.08 77.47 324-57 c/z 599.44 640.08 77.47 325-58 c/z 797.56 640.08 77.47 326-59 c/z 995.68 640.08 77.47 327-61 c/z 1193.8 640.08 77.47 328-62 c/z 1391.92 640.08 77.47 329-63 c/z 1590.04 640.08 77.47 330- 64 c/z 1788.16 640.08 77.47 331-65 c/z 1986.28 640.08 77.47 332-66 c/z 2184.4 640.08 77.47 333-67 c/z 2382.52 640.08 77.47 334-68 c/z 2580.64 640.08 77.47 335-69 c/z 2778.76 640.08 77.47 336-71 c/z 302.26 812.8 77.47 337-72 c/z 500.38 812.8 77.47 338-73 c/z 698.5 812.8 77.47 339-74 c/z 896.62 812.8 77.47 340- 75 c/z 1094.74 812.8 77.47 341-76 c/z 1292.86 812.8 77.47 342-77 c/z 1490.98 812.8 77.47 343-78 c/z 1689.1 812.8 77.47 344-79 c/z 1887.22 812.8 77.47 345-81 c/z 2085.34 812.8 77.47 346-82 c/z 2283.46 812.8 77.47 347-83 c/z 2481.58 812.8 77.47 348-84 c/z 2679.7 812.8 77.47 349-85 c/z 203.2 985.52 77.47 350- 86 c/z 401.32 985.52 77.47 351-87 c/z 599.44 985.52 77.47 352-88 c/z 797.56 985.52 77.47 353-89 c/z 995.68 985.52 77.47 354-91 c/z 1193.8 985.52 77.47 355-92 c/z 1391.92 985.52 77.47 356-93 c/z 1590.04 985.52 77.47 357-94 c/z 1788.16 985.52 77.47 358-95 c/z 1986.28 985.52 77.47 359-96 c/z 2184.4 985.52 77.47 360- 97 c/z 2382.52 985.52 77.47 361-98 c/z 2580.64 985.52 77.47 362-99 c/z 2778.76 985.52 77.47 363-101 c/z 302.26 1158.24 77.47 364-102 c/z 500.38 1158.24 77.47 365-103 c/z 698.5 1158.24 77.47 366-104 c/z 896.62 1158.24 77.47 367-105 c/z 1094.74 1158.24 77.47 368-106 c/z 1292.86 1158.24 77.47 369-107 c/z 1490.98 1158.24 77.47 370- 108 c/z 1689.1 1158.24 77.47 371-109 c/z 1887.22 1158.24 77.47 372-111 c/z 2085.34 1158.24 77.47 373-112 c/z 2283.46 1158.24 77.47 374-113 c/z 2481.58 1158.24 77.47 375-114 c/z 2679.7 1158.24 77.47
Calculation No. L-003388, Rev. 0 Attachment M (Page M108 of M147) 376-115 c/z 203.2 1330.96 77.47 377-116 c/z 401.32 1330.96 77.47 378-117 c/z 599.44 1330.96 77.47 379-118 c/z 797.56 1330.96 77.47 380- 119 c/z 995.68 1330.96 77.47 381-121 c/z 1193.8 1330.96 77.47 382-122 c/z 1391.92 1330.96 77.47 383-123 c/z 1590.04 1330.96 77.47 384-124 c/z 1788.16 1330.96 77.47 385-125 c/z 1986.28 1330.96 77.47 386-126 c/z 2184.4 1330.96 77.47 387-127 c/z 2382.52 1330.96 77.47 388-128 c/z 2580.64 1330.96 77.47 389-129 c/z 2778.76 1330.96 77.47 390- 131 c/z 302.26 1503.68 77.47 391-132 c/z 500.38 1503.68 77.47 392-133 c/z 698.5 1503.68 77.47 393-134 c/z 896.62 1503.68 77.47 394-135 c/z 1094.74 1503.68 77.47 395-136 c/z 1292.86 1503.68 77.47 396-137 c/z 1490.98 1503.68 77.47 397-138 c/z 1689.1 1503.68 77.47 398-139 c/z 1887.22 1503.68 77.47 399-141 c/z 2085.34 1503.68 77.47 400- 142 c/z 2283.46 1503.68 77.47 401-143 c/z 2481.58 1503.68 77.47 402-144 c/z 2679.7 1503.68 77.47 403-145 c/z 203.2 1676.4 77.47 404-146 c/z 401.32 1676.4 77.47 405-147 c/z 599.44 1676.4 77.47 406-148 c/z 797.56 1676.4 77.47 407-149 c/z 995.68 1676.4 77.47 408-151 c/z 1193.8 1676.4 77.47 409-152 c/z 1391.92 1676.4 77.47 410- 153 c/z 1590.04 1676.4 77.47 411-154 c/z 1788.16 1676.4 77.47 412-155 c/z 1986.28 1676.4 77.47 413-156 c/z 2184.4 1676.4 77.47 414-157 c/z 2382.52 1676.4 77.47 415-158 c/z 2580.64 1676.4 77.47 416-159 c/z 2778.76 1676.4 77.47 417-c Planes 418-1201 py -76.2 419-1202 py 0 420- 1203 py 1828.8 421-1204 py 1905 422-1205 px 0 423-1206 px 2895.6 424-1207 px -76.2 425-1208 px 2971.8 426-1209 pz 0 $Top of Floor 427-1212 pz 381 $Top of Top HIC 428-990 pz 1455.42 429-1216 pz 1493.52 430- 1217 px 3947.16 431-1218 px 4023.36 432-1219 pz 1036.32 433-1220 pz 822.96 $Bottom of Notch 434-1221 py 1760.22 435-1222 py 1546.86 436-1223 px -38.1 437-1224 px 3985.26 438-991 py 1866.9 439-992 py -38.1 440- 1227 pz -76.2 $Bottom of Floor 441-1228 px 1089.66 442-1229 px 2080.26 443-1230 pz 807.72 444-1231 pz 213.36 $7ft Detector Surface 445-1232 pz -91.44 $Bottom Void 446-1233 px -57.15 447-1234 py 1885.95 448-1235 px 4004.31 449-1236 py -57.15 450- 1237 pz 1474.47 451-c HVAC Duct Openings 452-12321 px 68.58 $Duct1S1 453-12331 px 170.18 $Duct1 S2 454-12341 px 871.22 $Duct2 S1 455-12351 px 972.82 $Duct2 S2
Calculation No. L-003388, Rev. 0 Attachment M (Page M109 of M147) 456-12361 px 1595.12 $Duct3 S1 457-12371 px 1747.52 $Duct3 S2 458-12381 px 1856.74 $Duct4 S1 459-12391 px 1958.34 $Duct4 S2 460- 12401 px 2720.34 $Duct5 S1 461-12411 px 2821.94 $Duct5 S2 462-12421 px 3776.98 $Duct6 S1 463-12431 px 3878.58 $Duct6 S2 464-12441 pz 1397 $Small Ducts Bottom 465-12451 pz 1437.64 $Small Duct Top 466-12461 pz 1369.06 $Large Ducts Bottom 467-12471 pz 1445.26 $Large Duct Top 468-c Spheres for detectors 469-2000 s 1973.58 914.4 -72.6 2800 $Closest Sphere 470- 2001 s 1973.58 914.4 -72.6 4000 471-2002 s 1973.58 914.4 -72.6 7000 472-2003 s 1973.58 914.4 -72.6 10000 473-2004 s 1973.58 914.4 -72.6 15000 474-2005 s 1973.58 914.4 -72.6 20000 475-2006 s 1973.58 914.4 -72.6 25000 476-2007 s 1973.58 914.4 -72.6 30000 477-2008 s 1973.58 914.4 -72.6 37500 478-2009 s 1973.58 914.4 -72.6 45000 479-2010 s 1973.58 914.4 -72.6 55000 480- 2011 s 1973.58 914.4 -72.6 65000 481-2012 s 1973.58 914.4 -72.6 75000 482-2013 s 1973.58 914.4 -72.6 85000 483-2014 s 1973.58 914.4 -72.6 95000 484-2015 s 1973.58 914.4 -72.6 120000 485-2016 py -276.2 486-2017 py -476.2 487-2018 py -676.2 488-2019 py -876.2 489-2020 py -1076.2 490- 2021 py -1276.2 491-2022 py -1476.2 492-2023 py -1676.2 493-2024 py -1876.2 494-2025 py -2076.2 495-2026 px 359.054 496-2027 px 2535.94 497-2028 py -2276.2 498-2029 py -2476.2 499-2030 py -2676.2 500- 2031 py -2876.2 501-2032 py -3076.2 502-2033 py -3276.2 503-2034 py -3476.2 504-2035 py -3676.2 505-c Roof Beams 506-206 px 211.49 507-207 px 225.37 508-208 px 226.76 509-209 px 240.64 510- 210 pz 1453.54 511-211 pz 1373.84 512-212 pz 1371.96 513-213 px 226.065 514-c HVAC Shield 515-214 px 1564.64 516-215 px 1988.82 517-216 pz 1186.18 518-217 py -167.64 519-218 py -172.72 520-521-mode p 522-c Materials 523-m1 1000. -0.015 $MAT1 524-8000. -1.057 11000. -0.041 12000. -0.085 525-13000. -0.137 14000. -0.487 15000. -0.002 526-16000. -0.002 19000. -0.015 20000. -0.295 527-22000. -0.011 25000. -0.003 26000. -0.178 528-m2 13000. 1 $MAT2 warning. material 2 is not used in the problem.
529-m3 7000. 0.78969 $MAT3 530- 8000. 0.21019 6000. 0.00012 531-m4 26000. 1 $MAT4 532-m5 1000. 2 $MAT5 533-8000. 1 534-imp:p 1 136r 9 3 1r 9 3 1r $ 11,
Calculation No. L-003388, Rev. 0 Attachment M (Page M110 of M147) 535-9 3 1r 9 3 1r 1 $ 1206, 536-3 9 0 1 9r 27 $ 1211, 537- 0 1 6r 54 1r 108 1r 216 1r $ 9987, 538-432 1r 864 1r 1728 1r 3456 1r 1 13r $ 2007, 539-27 1 27 $ 213, 222 540- phys:p 100 1 0 541-c sdef erg=d5 x=d1 y=d2 z=d3 cel=d4 eff=0.0001 wgt=3.045E+15 542-c si1 0 2895.6 543-c sp1 0.0 1.0 544-c si2 0 1828.8 545-c sp2 0.0 1.0 546-c si3 0.01 304.8 381.00 547-c sp3 0.0 0.8 0.2 548-c sb3 0.0 0.2 1.0 549-c si4 L 11 12 13 14 15 16 17 18 19 21 22 23 24 25 26 27 28 29 31 32 550- c 33 34 35 36 37 38 39 41 42 43 44 45 46 47 48 49 51 52 53 54 55 551-c 56 57 58 59 61 62 63 64 65 66 67 68 69 71 72 73 74 75 76 77 78 552-c 79 81 82 83 84 85 86 87 88 89 91 92 93 94 95 96 97 98 99 101 553-c 102 103 104 105 106 107 108 109 111 112 113 114 115 116 117 118 554-c 119 121 122 123 124 125 126 127 128 129 131 132 133 134 135 136 555-c 137 138 139 141 142 143 144 145 146 147 148 149 151 152 153 154 556-c 155 156 157 158 159 557-c sp4 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 558-c 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 559-c 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 560- c 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 561-c 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 562-c 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 563-c 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 564-c 1 1 1 1 1 565-c si5 l 1.1730 1.3325 566-c sp5 1 1 567-c ssw 1220(9995) 568-ssr 569-c=====================================================================
570- c=====================================================================
571-c Truck bay dose rate 572-f2:p 1231 warning. without bremsstrahlung, flux estimates will be low.
573-c=====================================================================
574-c=====================================================================
575-c Rings outside the building 576-f12:p 1227 warning. without bremsstrahlung, flux estimates will be low.
577-fs12 -2000 -2001 -2002 -2003 -2004 -2005 -2006 -2007 -2008 -2009 578- -2010 -2011 -2012 -2013 -2014 579-sd12 1e50 2.564E+07 1.037e8 1.602e8 3.927e8 5.498e8 7.069e8 8.639e8 1.590e9 580- 1.944e9 3.142e9 3.770e9 4.398e9 5.027e9 5.655e9 1.689e10 581-c=====================================================================
582-c=====================================================================
583-c Slabs Ajacent to Ventilation Penetration Side 584-f22:p 1227 warning. without bremsstrahlung, flux estimates will be low.
585-fs22 1201 -2026 2027 586-2016 2017 2018 2019 2020 587-2021 2022 2023 2024 2025 588-2028 2029 2030 2031 2032 589-2033 2034 2035 590- sd22 1e50 1e50 1e50 591-4.35376e5 4.35376e5 4.35376e5 4.35376e5 4.35376e5 592-4.35376e5 4.35376e5 4.35376e5 4.35376e5 4.35376e5 593-4.35376e5 4.35376e5 4.35376e5 4.35376e5 4.35376e5 594-4.35376e5 4.35376e5 4.35376e5 1e50 595-c=====================================================================
596-c=====================================================================
597-c Dose Rate on Vent Side Wall 7ft up avg 598-f32:p 1201 warning. without bremsstrahlung, flux estimates will be low.
599-fs32 1231 -2026 2027 -1227 600- sd32 1e50 1e50 1e50 1e50 6.30E+05 601-c=====================================================================
602-c=====================================================================
603-c detectors toward north, with HVAC effects 604-f42:p 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 warning. without bremsstrahlung, flux estimates will be low.
605-fs42 1219 -1209 1201 -1205 1206 606-sd42 1e50 1e50 1e50 1e50 1e50 3.00e06 607-1e50 1e50 1e50 1e50 1e50 3.00e06 608-1e50 1e50 1e50 1e50 1e50 3.00e06 609-1e50 1e50 1e50 1e50 1e50 3.00e06
Calculation No. L-003388, Rev. 0 Attachment M (Page M111 of M147) 610- 1e50 1e50 1e50 1e50 1e50 3.00e06 611-1e50 1e50 1e50 1e50 1e50 3.00e06 612-1e50 1e50 1e50 1e50 1e50 3.00e06 613-1e50 1e50 1e50 1e50 1e50 3.00e06 614-1e50 1e50 1e50 1e50 1e50 3.00e06 615-1e50 1e50 1e50 1e50 1e50 3.00e06 616-1e50 1e50 1e50 1e50 1e50 3.00e06 617-c detectors toward sorth, with no HVAC effects 618-f52:p 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 warning. without bremsstrahlung, flux estimates will be low.
619-fs52 1219 -1209 -1201 -1205 1206 620- sd52 1e50 1e50 1e50 1e50 1e50 3.00e06 621-1e50 1e50 1e50 1e50 1e50 3.00e06 622-1e50 1e50 1e50 1e50 1e50 3.00e06 623-1e50 1e50 1e50 1e50 1e50 3.00e06 624-1e50 1e50 1e50 1e50 1e50 3.00e06 625-1e50 1e50 1e50 1e50 1e50 3.00e06 626-1e50 1e50 1e50 1e50 1e50 3.00e06 627-1e50 1e50 1e50 1e50 1e50 3.00e06 628-1e50 1e50 1e50 1e50 1e50 3.00e06 629-1e50 1e50 1e50 1e50 1e50 3.00e06 630- 1e50 1e50 1e50 1e50 1e50 3.00e06 631-c=====================================================================
632-c=====================================================================
633-c Detector above the HICS (used as a source check) 634-f62:p 1219 warning. without bremsstrahlung, flux estimates will be low.
635-fs62 -1205 1206 1203 -1202 636-sd62 1e50 1e50 1e50 1e50 5.30E+06 637-c=====================================================================
638-c=====================================================================
639-c Photon Flux to Dose Rate Conversion Factors 640- de0 0.01 0.03 0.05 0.07 0.10 0.15 0.20 641- 0.25 0.30 0.35 0.40 0.45 0.50 0.55 642- 0.60 0.65 0.70 0.80 1.00 1.40 1.80 643-2.20 2.60 2.80 3.25 3.75 4.25 4.75 644-5.00 5.25 5.75 6.25 6.75 7.50 9.00 645-11.0 13.0 15.0 646-df0 LIN 3.96E-06 5.82E-07 2.90E-07 2.58E-07 2.83E-07 3.79E-07 5.01E-07 647-6.31e-07 7.59E-07 8.78E-07 9.85E-07 1.08E-06 1.17E-06 1.27E-06 648-1.36e-06 1.44E-06 1.52E-06 1.68E-06 1.98E-06 2.51E-06 2.99E-06 649-3.42e-06 3.82E-06 4.01E-06 4.41E-06 4.83E-06 5.23E-06 5.60E-06 650- 5.80e-06 6.01E-06 6.37E-06 6.74E-06 7.11E-06 7.66E-06 8.77E-06 651-1.03e-05 1.18E-05 1.33E-05 652-nps 8.00e08 surface 990 and surface 201990 are the same. 201990 will be deleted.
surface 990 and surface 202990 are the same. 202990 will be deleted.
surface 990 and surface 203990 are the same. 203990 will be deleted.
surface 990 and surface 204990 are the same. 204990 will be deleted.
surface 990 and surface 205990 are the same. 205990 will be deleted.
surface 990 and surface 206990 are the same. 206990 will be deleted.
surface 990 and surface 207990 are the same. 207990 will be deleted.
surface 990 and surface 208990 are the same. 208990 will be deleted.
surface 990 and surface 209990 are the same. 209990 will be deleted.
surface 990 and surface 210990 are the same. 210990 will be deleted.
surface 990 and surface 211990 are the same. 211990 will be deleted.
surface 990 and surface 212990 are the same. 212990 will be deleted.
surface 990 and surface 213990 are the same. 213990 will be deleted.
surface 990 and surface 214990 are the same. 214990 will be deleted.
surface 991 and surface 201991 are the same. 201991 will be deleted.
surface 991 and surface 202991 are the same. 202991 will be deleted.
surface 991 and surface 203991 are the same. 203991 will be deleted.
Calculation No. L-003388, Rev. 0 Attachment M (Page M112 of M147) surface 991 and surface 204991 are the same. 204991 will be deleted.
surface 991 and surface 205991 are the same. 205991 will be deleted.
surface 991 and surface 206991 are the same. 206991 will be deleted.
surface 991 and surface 207991 are the same. 207991 will be deleted.
surface 991 and surface 208991 are the same. 208991 will be deleted.
surface 991 and surface 209991 are the same. 209991 will be deleted.
surface 991 and surface 210991 are the same. 210991 will be deleted.
surface 991 and surface 211991 are the same. 211991 will be deleted.
surface 991 and surface 212991 are the same. 212991 will be deleted.
surface 991 and surface 213991 are the same. 213991 will be deleted.
surface 991 and surface 214991 are the same. 214991 will be deleted.
surface 992 and surface 201992 are the same. 201992 will be deleted.
surface 992 and surface 202992 are the same. 202992 will be deleted.
surface 992 and surface 203992 are the same. 203992 will be deleted.
surface 992 and surface 204992 are the same. 204992 will be deleted.
surface 992 and surface 205992 are the same. 205992 will be deleted.
surface 992 and surface 206992 are the same. 206992 will be deleted.
surface 992 and surface 207992 are the same. 207992 will be deleted.
surface 992 and surface 208992 are the same. 208992 will be deleted.
surface 992 and surface 209992 are the same. 209992 will be deleted.
surface 992 and surface 210992 are the same. 210992 will be deleted.
surface 992 and surface 211992 are the same. 211992 will be deleted.
surface 992 and surface 212992 are the same. 212992 will be deleted.
surface 992 and surface 213992 are the same. 213992 will be deleted.
surface 992 and surface 214992 are the same. 214992 will be deleted.
surface 210 and surface 201210 are the same. 201210 will be deleted.
surface 210 and surface 202210 are the same. 202210 will be deleted.
surface 210 and surface 203210 are the same. 203210 will be deleted.
surface 210 and surface 204210 are the same. 204210 will be deleted.
surface 210 and surface 205210 are the same. 205210 will be deleted.
surface 210 and surface 206210 are the same. 206210 will be deleted.
surface 210 and surface 207210 are the same. 207210 will be deleted.
surface 210 and surface 208210 are the same. 208210 will be deleted.
surface 210 and surface 209210 are the same. 209210 will be deleted.
surface 210 and surface 210210 are the same. 210210 will be deleted.
surface 210 and surface 211210 are the same. 211210 will be deleted.
surface 210 and surface 212210 are the same. 212210 will be deleted.
surface 210 and surface 213210 are the same. 213210 will be deleted.
surface 210 and surface 214210 are the same. 214210 will be deleted.
surface 211 and surface 201211 are the same. 201211 will be deleted.
URS Washington Division
Calculation No. L-003388, Rev. 0 Attachment M (Page M113 of M147) surface 211 and surface 202211 are the same. 202211 will be deleted.
surface 211 and surface 203211 are the same. 203211 will be deleted.
surface 211 and surface 204211 are the same. 204211 will be deleted.
surface 211 and surface 205211 are the same. 205211 will be deleted.
surface 211 and surface 206211 are the same. 206211 will be deleted.
surface 211 and surface 207211 are the same. 207211 will be deleted.
surface 211 and surface 208211 are the same. 208211 will be deleted.
surface 211 and surface 209211 are the same. 209211 will be deleted.
surface 211 and surface 210211 are the same. 210211 will be deleted.
surface 211 and surface 211211 are the same. 211211 will be deleted.
surface 211 and surface 212211 are the same. 212211 will be deleted.
surface 211 and surface 213211 are the same. 213211 will be deleted.
surface 211 and surface 214211 are the same. 214211 will be deleted.
surface 212 and surface 201212 are the same. 201212 will be deleted.
surface 212 and surface 202212 are the same. 202212 will be deleted.
surface 212 and surface 203212 are the same. 203212 will be deleted.
surface 212 and surface 204212 are the same. 204212 will be deleted.
surface 212 and surface 205212 are the same. 205212 will be deleted.
surface 212 and surface 206212 are the same. 206212 will be deleted.
surface 212 and surface 207212 are the same. 207212 will be deleted.
surface 212 and surface 208212 are the same. 208212 will be deleted.
surface 212 and surface 209212 are the same. 209212 will be deleted.
surface 212 and surface 210212 are the same. 210212 will be deleted.
surface 212 and surface 211212 are the same. 211212 will be deleted.
surface 212 and surface 212212 are the same. 212212 will be deleted.
surface 212 and surface 213212 are the same. 213212 will be deleted.
surface 212 and surface 214212 are the same. 214212 will be deleted.
comment. 84 surfaces were deleted for being the same as others.
information from the header of surface-source file bwssa the file was written by mcnp version 5 with probid = 05/13/09 07:42:34 and ending with dump no. 5 the title of the creation run was c Created on: Tuesday, November 11, 2008 at 09:35 the original number of histories was 25654088 the total number of tracks recorded was 4352843 from 4229523 independent histories.
this ssr problem will use the following particles if available: photon warning. 2 materials had unnormalized fractions. print table 40.
warning. 1 of the materials appear at more than one density.
warning. sum of segment sizes differs from total in 25 cases.
1cells print table 60 atom gram photon cell mat density density volume mass pieces importance 1 11 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 2 12 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 3 13 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00
Calculation No. L-003388, Rev. 0 Attachment M (Page M114 of M147) 4 14 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 5 15 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 6 16 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 7 17 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 8 18 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 9 19 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 10 21 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 11 22 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 12 23 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 13 24 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 14 25 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 15 26 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 16 27 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 17 28 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 18 29 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 19 31 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 20 32 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 21 33 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 22 34 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 23 35 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 24 36 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 25 37 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 26 38 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 27 39 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 28 41 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 29 42 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 30 43 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 31 44 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 32 45 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 33 46 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 34 47 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 35 48 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 36 49 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 37 51 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 38 52 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 39 53 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 40 54 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 41 55 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 42 56 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 43 57 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 44 58 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 45 59 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 46 61 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 47 62 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 48 63 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 49 64 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 50 65 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 51 66 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 52 67 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 53 68 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 54 69 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 55 71 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 56 72 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 57 73 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 58 74 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 59 75 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 60 76 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 61 77 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 62 78 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 63 79 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 64 81 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 65 82 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 66 83 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 67 84 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 68 85 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 69 86 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 70 87 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 71 88 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 72 89 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 73 91 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 74 92 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 75 93 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 76 94 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 77 95 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 78 96 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 79 97 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 80 98 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 81 99 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 82 101 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 83 102 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00
Calculation No. L-003388, Rev. 0 Attachment M (Page M115 of M147) 84 103 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 85 104 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 86 105 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 87 106 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 88 107 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 89 108 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 90 109 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 91 111 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 92 112 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 93 113 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 94 114 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 95 115 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 96 116 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 97 117 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 98 118 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 99 119 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 100 121 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 101 122 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 102 123 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 103 124 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 104 125 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 105 126 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 106 127 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 107 128 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 108 129 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 109 131 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 110 132 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 111 133 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 112 134 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 113 135 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 114 136 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 115 137 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 116 138 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 117 139 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 118 141 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 119 142 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 120 143 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 121 144 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 122 145 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 123 146 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 124 147 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 125 148 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 126 149 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 127 151 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 128 152 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 129 153 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 130 154 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 131 155 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 132 156 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 133 157 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 134 158 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 135 159 5 1.00282E-01 1.00000E+00 7.18360E+06 7.18360E+06 1 1.0000E+00 136 1200 3 5.11393E-05 1.22500E-03 3.46881E+06 4.24930E+03 0 1.0000E+00 137 1201 1 7.34055E-02 2.36500E+00 1.40947E+08 3.33340E+08 0 1.0000E+00 138 1202 1 7.43366E-02 2.39500E+00 1.52092E+07 3.64261E+07 0 9.0000E+00 139 12021 1 7.43366E-02 2.39500E+00 1.52092E+07 3.64261E+07 0 3.0000E+00 140 1203 1 7.34055E-02 2.36500E+00 1.44416E+08 3.41544E+08 0 3.0000E+00 141 1204 1 7.43366E-02 2.39500E+00 3.27303E+07 7.83891E+07 0 9.0000E+00 142 12041 1 7.43366E-02 2.39500E+00 3.27303E+07 7.83891E+07 0 3.0000E+00 143 1205 1 7.34055E-02 2.36500E+00 3.23732E+08 7.65627E+08 0 3.0000E+00 144 1206 1 7.43366E-02 2.39500E+00 1.52092E+07 3.64261E+07 0 9.0000E+00 145 12061 1 7.43366E-02 2.39500E+00 1.52092E+07 3.64261E+07 0 3.0000E+00 146 1207 1 7.34055E-02 2.36500E+00 1.44416E+08 3.41544E+08 0 3.0000E+00 147 1208 1 7.43366E-02 2.39500E+00 3.21158E+07 7.69173E+07 0 9.0000E+00 148 12081 1 7.43366E-02 2.39500E+00 3.21158E+07 7.69173E+07 0 3.0000E+00 149 1209 1 7.34055E-02 2.36500E+00 3.23732E+08 7.65627E+08 0 3.0000E+00 150 1210 1 7.34055E-02 2.36500E+00 6.18900E+08 1.46370E+09 0 1.0000E+00 151 1211 1 7.22571E-02 2.32800E+00 1.54725E+08 3.60200E+08 0 3.0000E+00 152 12111 1 7.22571E-02 2.32800E+00 1.54725E+08 3.60200E+08 0 9.0000E+00 153 9999 0 0.00000E+00 0.00000E+00 0.00000E+00 0.00000E+00 0 0.0000E+00 154 9998 3 5.11393E-05 1.22500E-03 0.00000E+00 0.00000E+00 0 1.0000E+00 155 9997 3 5.11393E-05 1.22500E-03 0.00000E+00 0.00000E+00 0 1.0000E+00 156 9996 3 5.11393E-05 1.22500E-03 0.00000E+00 0.00000E+00 0 1.0000E+00 157 9995 3 5.11393E-05 1.22500E-03 1.12984E+09 1.38406E+06 0 1.0000E+00 158 9994 3 5.11393E-05 1.22500E-03 2.39844E+09 2.93809E+06 0 1.0000E+00 159 9993 3 5.11393E-05 1.22500E-03 3.80578E+08 4.66209E+05 0 1.0000E+00 160 9992 3 5.11393E-05 1.22500E-03 1.06018E+09 1.29872E+06 0 1.0000E+00 161 9991 3 5.11393E-05 1.22500E-03 2.71842E+07 3.33006E+04 0 1.0000E+00 162 9990 3 5.11393E-05 1.22500E-03 3.80578E+08 4.66209E+05 0 1.0000E+00 163 9989 3 5.11393E-05 1.22500E-03 8.07452E+08 9.89129E+05 0 1.0000E+00
Calculation No. L-003388, Rev. 0 Attachment M (Page M116 of M147) 164 9988 3 5.11393E-05 1.22500E-03 0.00000E+00 0.00000E+00 0 2.7000E+01 165 9987 0 0.00000E+00 0.00000E+00 3.61826E+15 0.00000E+00 1 0.0000E+00 166 9986 3 5.11393E-05 1.22500E-03 6.89441E+11 8.44566E+08 1 1.0000E+00 167 10000 3 5.11393E-05 1.22500E-03 1.57316E+05 1.92712E+02 0 1.0000E+00 168 10001 3 5.11393E-05 1.22500E-03 1.57316E+05 1.92712E+02 0 1.0000E+00 169 10002 3 5.11393E-05 1.22500E-03 4.42451E+05 5.42002E+02 0 1.0000E+00 170 10003 3 5.11393E-05 1.22500E-03 1.57316E+05 1.92712E+02 0 1.0000E+00 171 10004 3 5.11393E-05 1.22500E-03 1.57316E+05 1.92712E+02 0 1.0000E+00 172 10005 3 5.11393E-05 1.22500E-03 1.57316E+05 1.92712E+02 0 1.0000E+00 173 2001 3 5.11393E-05 1.22500E-03 8.81574E+10 1.07993E+08 1 5.4000E+01 174 2002 3 5.11393E-05 1.22500E-03 5.84709E+11 7.16269E+08 1 5.4000E+01 175 2003 3 5.11393E-05 1.22500E-03 1.37659E+12 1.68633E+09 1 1.0800E+02 176 2004 3 5.11393E-05 1.22500E-03 4.97560E+12 6.09511E+09 1 1.0800E+02 177 2005 3 5.11393E-05 1.22500E-03 9.68856E+12 1.18685E+10 1 2.1600E+02 178 2006 3 5.11393E-05 1.22500E-03 1.59723E+13 1.95661E+10 1 2.1600E+02 179 2007 3 5.11393E-05 1.22500E-03 2.38269E+13 2.91879E+10 1 4.3200E+02 180 2008 3 5.11393E-05 1.22500E-03 5.39037E+13 6.60320E+10 1 4.3200E+02 181 2009 3 5.11393E-05 1.22500E-03 8.04121E+13 9.85049E+10 1 8.6400E+02 182 2010 3 5.11393E-05 1.22500E-03 1.57615E+14 1.93078E+11 1 8.6400E+02 183 2011 3 5.11393E-05 1.22500E-03 2.26732E+14 2.77747E+11 1 1.7280E+03 184 2012 3 5.11393E-05 1.22500E-03 3.08416E+14 3.77809E+11 1 1.7280E+03 185 2013 3 5.11393E-05 1.22500E-03 4.02666E+14 4.93265E+11 1 3.4560E+03 186 2014 3 5.11393E-05 1.22500E-03 5.09482E+14 6.24115E+11 1 3.4560E+03 187 2015 3 5.11393E-05 1.22500E-03 1.82349E+15 2.23378E+12 1 1.0000E+00 188 200 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 189 201 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 190 202 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 191 203 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 192 204 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 193 205 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 194 206 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 195 207 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 196 208 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 197 209 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 198 210 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 199 211 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 200 212 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 201 213 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 2.7000E+01 202 214 4 8.47555E-02 7.86000E+00 4.19837E+05 3.29992E+06 0 1.0000E+00 203 222 4 8.47555E-02 7.86000E+00 5.58274E+05 4.38804E+06 0 2.7000E+01 total 7.23819E+15 4.44062E+12 warning. surface 213 is not used for anything.
- Random Number Generator = 1 *
- Random Number Seed = 19073486328125 *
- Random Number Multiplier = 19073486328125 *
- Random Number Adder = 0 *
- Random Number Bits Used = 48 *
- Random Number Stride = 152917
- 12 warning messages so far.
1cross-section tables print table 100 table length tables from file mcplib04 1000.04p 1898 ENDF/B-VI Release 8 Photoatomic Data for 1-H mat 100 02/07/03 6000.04p 3152 ENDF/B-VI Release 8 Photoatomic Data for 6-C mat 600 02/07/03 7000.04p 3194 ENDF/B-VI Release 8 Photoatomic Data for 7-N mat 700 02/07/03 8000.04p 3272 ENDF/B-VI Release 8 Photoatomic Data for 8-O mat 800 02/07/03 11000.04p 3995 ENDF/B-VI Release 8 Photoatomic Data for 11-NA mat1100 02/07/03 12000.04p 3781 ENDF/B-VI Release 8 Photoatomic Data for 12-MG mat1200 02/07/03 13000.04p 4846 ENDF/B-VI Release 8 Photoatomic Data for 13-AL mat1300 02/07/03 14000.04p 4792 ENDF/B-VI Release 8 Photoatomic Data for 14-SI mat1400 02/07/03
Calculation No. L-003388, Rev. 0 Attachment M (Page M117 of M147) 15000.04p 4498 ENDF/B-VI Release 8 Photoatomic Data for 15-P mat1500 02/07/03 16000.04p 4654 ENDF/B-VI Release 8 Photoatomic Data for 16-S mat1600 02/07/03 19000.04p 5047 ENDF/B-VI Release 8 Photoatomic Data for 19-K mat1900 02/07/03 20000.04p 5013 ENDF/B-VI Release 8 Photoatomic Data for 20-CA mat2000 02/07/03 22000.04p 5742 ENDF/B-VI Release 8 Photoatomic Data for 22-TI mat2200 02/07/03 25000.04p 5598 ENDF/B-VI Release 8 Photoatomic Data for 25-MN mat2500 02/07/03 26000.04p 5718 ENDF/B-VI Release 8 Photoatomic Data for 26-FE mat2600 02/07/03 total 65200 warning. simple physics turned on for photons > 100 mev.
dump no. 1 on file runtpe nps = 0 coll = 0 ctm = 0.00 nrn =
0 13 warning messages so far.
dump no. 2 on file runtpe nps = 168878 coll = 252891492 ctm = 60.01 nrn =
3146087664 dump no. 3 on file runtpe nps = 335134 coll = 499859791 ctm = 120.02 nrn =
6217027520 dump no. 4 on file runtpe nps = 505024 coll = 757831024 ctm = 180.03 nrn =
9428644566 dump no. 5 on file runtpe nps = 676340 coll = 1014123647 ctm = 240.04 nrn =
12617109333 dump no. 6 on file runtpe nps = 849625 coll = 1272386378 ctm = 300.06 nrn =
15829556937 dump no. 7 on file runtpe nps = 1023873 coll = 1532486155 ctm = 360.08 nrn =
19064950012 dump no. 8 on file runtpe nps = 1197919 coll = 1792220962 ctm = 420.08 nrn =
22295384082
Calculation No. L-003388, Rev. 0 Attachment M (Page M118 of M147) dump no. 9 on file runtpe nps = 1370992 coll = 2051306146 ctm = 480.09 nrn =
25518541796 dump no. 10 on file runtpe nps = 1543003 coll = 2310882822 ctm = 540.09 nrn =
28748387270 dump no. 11 on file runtpe nps = 1716264 coll = 2568366734 ctm = 600.10 nrn =
31950043325 dump no. 12 on file runtpe nps = 1889666 coll = 2825954320 ctm = 660.10 nrn =
35153035473 dump no. 13 on file runtpe nps = 2064309 coll = 3084639080 ctm = 720.10 nrn =
38369077756 dump no. 14 on file runtpe nps = 2236254 coll = 3343118271 ctm = 780.12 nrn =
41585211716 dump no. 15 on file runtpe nps = 2409233 coll = 3601948598 ctm = 840.13 nrn =
44805043160 dump no. 16 on file runtpe nps = 2582231 coll = 3860794838 ctm = 900.15 nrn =
48024796884 dump no. 17 on file runtpe nps = 2754392 coll = 4119301102 ctm = 960.16 nrn =
51241078474 dump no. 18 on file runtpe nps = 2928236 coll = 4378321920 ctm = 1020.16 nrn =
54462536061 dump no. 19 on file runtpe nps = 3100388 coll = 4638306241 ctm = 1080.18 nrn =
57697898350 dump no. 20 on file runtpe nps = 3273442 coll = 4898666058 ctm = 1140.19 nrn =
60937816401
Calculation No. L-003388, Rev. 0 Attachment M (Page M119 of M147) dump no. 21 on file runtpe nps = 3447427 coll = 5156325682 ctm = 1200.20 nrn =
64140943199 1problem summary source particle weight for summary table normalization =
21054865.00 run terminated when it had used 0 minutes of computer time.
+ 06/25/09 07:13:47 c Created on: Tuesday, November 11, 2008 at 09:35 probid = 06/24/09 11:02:50 0
photon creation tracks weight energy photon loss tracks weight energy (per source particle) (per source particle) source 111424160 1.7972E+14 4.9624E-01 escape 256202 3.7455E+11 3.0683E-04 energy cutoff 0 0. 0.
time cutoff 0 0. 0.
weight window 0 0. 0. weight window 0 0. 0.
cell importance 679794176 3.0666E+13 2.7673E-02 cell importance 240900539 3.0669E+13 2.7682E-02 weight cutoff 0 0. 0. weight cutoff 0 0. 0.
e or t importance 0 0. 0. e or t importance 0 0. 0.
dxtran 0 0. 0. dxtran 0 0. 0.
forced collisions 0 0. 0. forced collisions 0 0. 0.
exp. transform 0 0. 0. exp. transform 0 0. 0.
from neutrons 0 0. 0. compton scatter 0 0.
4.1030E-01 bremsstrahlung 0 0. 0. capture 610501921 2.1502E+14 8.6682E-02 p-annihilation 147980 6.8653E+10 1.9520E-04 pair production 73990 3.4327E+10 2.4929E-04 photonuclear 0 0. 0. photonuclear abs 0 0. 0.
electron x-rays 0 0. 0.
1st fluorescence 60366336 3.5638E+13 1.1136E-03 2nd fluorescence 0 0. 0.
total 851732652 2.4609E+14 5.2522E-01 total 851732652 2.4609E+14 5.2522E-01 number of photons banked 528682667 average time of (shakes) cutoffs photon tracks per source particle 4.0453E+01 escape 1.0004E+02 tco 1.0000E+33 photon collisions per source particle 2.4656E+02 capture 6.1577E+00 eco 1.0000E-03 total photon collisions 5191353148 capture or escape 6.3209E+00 wc1 -
5.0000E-01 any termination 6.6107E+00 wc2 -
2.5000E-01 computer time so far in this run 1208.77 minutes maximum number ever in bank 15 computer time in mcrun 1208.70 minutes bank overflows to backup file 0 source particles per minute 2.8724E+03 random numbers generated 64575546929 most random numbers used was 4898696 in history 2201502 warning. random number stride 152917 exceeded 24888 times.
range of sampled source weights = 2.2838E+13 to 4.7148E+14 warning. importance function may be poor. see print table 120.
1photon activity in each cell print table 126 tracks population collisions collisions number flux average average cell entering
- weight weighted weighted track weight track mfp (per history) energy energy (relative)
(cm) 1 11 52863 51413 282548 4.3542E+11 9.2521E-02 9.2521E-02 3.2278E+13 5.3763E+00
Calculation No. L-003388, Rev. 0 Attachment M (Page M120 of M147) 2 12 59093 57127 314121 4.8556E+11 9.1648E-02 9.1648E-02 3.2425E+13 5.3566E+00 3 13 63952 61794 340765 5.2518E+11 9.1268E-02 9.1268E-02 3.2205E+13 5.3500E+00 4 14 66600 64309 352681 5.3663E+11 9.1378E-02 9.1378E-02 3.1741E+13 5.3491E+00 5 15 68270 65996 362317 5.6581E+11 9.0881E-02 9.0881E-02 3.2789E+13 5.3412E+00 6 16 69415 67078 369352 5.7344E+11 9.1571E-02 9.1571E-02 3.2649E+13 5.3563E+00 7 17 69460 67139 368827 5.8249E+11 9.0189E-02 9.0189E-02 3.3086E+13 5.3246E+00 8 18 69093 66730 367200 5.7430E+11 9.0668E-02 9.0668E-02 3.2702E+13 5.3384E+00 9 19 68186 65888 364129 5.8072E+11 9.1075E-02 9.1075E-02 3.3426E+13 5.3467E+00 10 21 65055 62851 344279 5.4240E+11 9.0687E-02 9.0687E-02 3.2996E+13 5.3329E+00 11 22 61951 59757 327975 5.1361E+11 9.2261E-02 9.2261E-02 3.2927E+13 5.3710E+00 12 23 56348 54432 298647 4.6213E+11 9.2298E-02 9.2298E-02 3.2509E+13 5.3692E+00 13 24 47456 45975 255165 3.9406E+11 9.3546E-02 9.3546E-02 3.2151E+13 5.3879E+00 14 25 61625 59984 331009 5.1824E+11 9.2208E-02 9.2208E-02 3.2855E+13 5.3661E+00 15 26 69403 66498 365359 5.6830E+11 9.0826E-02 9.0826E-02 3.2365E+13 5.3309E+00 16 27 76758 73586 402927 6.2812E+11 9.0021E-02 9.0021E-02 3.2712E+13 5.3147E+00 17 28 80922 77452 421757 6.5687E+11 9.0205E-02 9.0205E-02 3.2580E+13 5.3246E+00 18 29 84411 80861 443102 6.9747E+11 9.0277E-02 9.0277E-02 3.3065E+13 5.3237E+00 19 31 85597 82015 448957 6.9328E+11 8.9535E-02 8.9535E-02 3.2310E+13 5.3117E+00 20 32 87705 84053 458711 7.1024E+11 8.9813E-02 8.9813E-02 3.2321E+13 5.3144E+00 21 33 86553 82970 450459 7.0305E+11 8.9412E-02 8.9412E-02 3.2727E+13 5.3072E+00 22 34 85472 81959 447549 6.9024E+11 9.0090E-02 9.0090E-02 3.2278E+13 5.3231E+00 23 35 82405 78997 430801 6.6607E+11 8.9559E-02 8.9559E-02 3.2457E+13 5.3120E+00 24 36 79035 75693 413071 6.3393E+11 9.0319E-02 9.0319E-02 3.2020E+13 5.3259E+00 25 37 73403 70290 385311 5.9551E+11 9.0210E-02 9.0210E-02 3.2425E+13 5.3205E+00 26 38 65239 62567 341725 5.3444E+11 9.0956E-02 9.0956E-02 3.2762E+13 5.3331E+00 27 39 52328 50560 279976 4.3115E+11 9.3096E-02 9.3096E-02 3.2159E+13 5.3819E+00 28 41 71272 68768 377160 5.8557E+11 9.1063E-02 9.1063E-02 3.2451E+13 5.3377E+00 29 42 80570 77186 421975 6.5443E+11 9.0072E-02 9.0072E-02 3.2508E+13 5.3171E+00 30 43 86733 83054 452638 7.1845E+11 8.9615E-02 8.9615E-02 3.3144E+13 5.3076E+00 31 44 90594 86817 470484 7.3175E+11 8.9394E-02 8.9394E-02 3.2398E+13 5.3058E+00 32 45 93614 89692 486505 7.6387E+11 8.8863E-02 8.8863E-02 3.2863E+13 5.2990E+00 33 46 95016 91103 494094 7.6867E+11 8.8962E-02 8.8962E-02 3.2467E+13 5.2978E+00 34 47 95561 91539 500699 7.8196E+11 8.8963E-02 8.8963E-02 3.2856E+13 5.3021E+00 35 48 94520 90537 495164 7.5363E+11 8.9267E-02 8.9267E-02 3.1803E+13 5.3079E+00 36 49 92656 88718 484847 7.5285E+11 8.8921E-02 8.8921E-02 3.2545E+13 5.3027E+00 37 51 89411 85629 465939 7.2661E+11 8.9144E-02 8.9144E-02 3.2657E+13 5.3017E+00 38 52 84327 80814 441603 6.8151E+11 8.9893E-02 8.9893E-02 3.2445E+13 5.3185E+00 39 53 77236 74032 406142 6.3120E+11 9.0307E-02 9.0307E-02 3.2410E+13 5.3225E+00 40 54 65188 62677 347074 5.2746E+11 9.1342E-02 9.1342E-02 3.1716E+13 5.3409E+00 41 55 71862 69870 383276 5.9224E+11 9.1157E-02 9.1157E-02 3.2333E+13 5.3437E+00
Calculation No. L-003388, Rev. 0 Attachment M (Page M121 of M147) 42 56 80128 76681 420450 6.5647E+11 8.9533E-02 8.9533E-02 3.2540E+13 5.3102E+00 43 57 88240 84441 461784 7.0999E+11 9.0068E-02 9.0068E-02 3.2236E+13 5.3221E+00 44 58 92994 88986 483800 7.6269E+11 8.9460E-02 8.9460E-02 3.3178E+13 5.3087E+00 45 59 97007 92954 507591 7.9260E+11 8.8952E-02 8.8952E-02 3.2670E+13 5.3005E+00 46 61 98722 94640 517969 8.1357E+11 8.8970E-02 8.8970E-02 3.2677E+13 5.2996E+00 47 62 100015 95805 519719 8.1038E+11 8.8609E-02 8.8609E-02 3.2702E+13 5.2959E+00 48 63 99425 95075 517453 8.1383E+11 8.8569E-02 8.8569E-02 3.2881E+13 5.2873E+00 49 64 97841 93801 507659 7.8618E+11 8.8368E-02 8.8368E-02 3.2316E+13 5.2885E+00 50 65 95088 91083 496234 7.7826E+11 8.9078E-02 8.9078E-02 3.2974E+13 5.3059E+00 51 66 91087 87263 475335 7.4043E+11 8.9357E-02 8.9357E-02 3.2592E+13 5.3075E+00 52 67 84964 81293 444817 6.9004E+11 9.0145E-02 9.0145E-02 3.2428E+13 5.3217E+00 53 68 75280 72114 394451 6.1954E+11 8.9946E-02 8.9946E-02 3.2896E+13 5.3100E+00 54 69 61217 59240 327941 5.1024E+11 9.2045E-02 9.2045E-02 3.2455E+13 5.3602E+00 55 71 76052 73312 399826 6.0964E+11 9.0187E-02 9.0187E-02 3.1770E+13 5.3209E+00 56 72 86460 82727 452117 7.0013E+11 8.9677E-02 8.9677E-02 3.2381E+13 5.3086E+00 57 73 92173 88214 482373 7.6210E+11 8.8674E-02 8.8674E-02 3.2927E+13 5.2918E+00 58 74 96008 91981 501686 7.7868E+11 8.8977E-02 8.8977E-02 3.2482E+13 5.3011E+00 59 75 99673 95546 520284 8.2434E+11 8.8225E-02 8.8225E-02 3.3083E+13 5.2889E+00 60 76 101580 97235 528340 8.2958E+11 8.8964E-02 8.8964E-02 3.2936E+13 5.3012E+00 61 77 101660 97321 529778 8.4035E+11 8.8643E-02 8.8643E-02 3.3245E+13 5.2947E+00 62 78 100762 96509 522984 8.1510E+11 8.8063E-02 8.8063E-02 3.2755E+13 5.2823E+00 63 79 98580 94513 513818 8.0257E+11 8.9100E-02 8.9100E-02 3.2669E+13 5.3063E+00 64 81 93688 89816 489923 7.5482E+11 8.8532E-02 8.8532E-02 3.2201E+13 5.2919E+00 65 82 89279 85595 466253 7.3077E+11 8.9574E-02 8.9574E-02 3.2929E+13 5.3158E+00 66 83 81911 78521 429534 6.6723E+11 9.0484E-02 9.0484E-02 3.2557E+13 5.3269E+00 67 84 69875 67115 369261 5.7094E+11 9.0997E-02 9.0997E-02 3.2175E+13 5.3361E+00 68 85 73497 71482 390625 6.0757E+11 9.0965E-02 9.0965E-02 3.2356E+13 5.3468E+00 69 86 81567 78129 428203 6.6347E+11 8.9849E-02 8.9849E-02 3.2626E+13 5.3181E+00 70 87 89360 85679 465628 7.1478E+11 9.0139E-02 9.0139E-02 3.2135E+13 5.3224E+00 71 88 95171 91252 493633 7.6993E+11 8.9007E-02 8.9007E-02 3.2701E+13 5.3020E+00 72 89 98932 94686 517640 8.1051E+11 8.8867E-02 8.8867E-02 3.3028E+13 5.2990E+00 73 91 100823 96474 524486 8.1781E+11 8.8325E-02 8.8325E-02 3.2392E+13 5.2872E+00 74 92 101689 97368 528946 8.2114E+11 8.8316E-02 8.8316E-02 3.2416E+13 5.2877E+00 75 93 101105 96761 524812 8.3561E+11 8.8487E-02 8.8487E-02 3.3194E+13 5.2914E+00 76 94 99354 95265 517822 8.2025E+11 8.8645E-02 8.8645E-02 3.3136E+13 5.2961E+00 77 95 96106 92124 499122 7.7342E+11 8.8772E-02 8.8772E-02 3.2580E+13 5.2958E+00 78 96 92177 88327 479886 7.3925E+11 8.9455E-02 8.9455E-02 3.2352E+13 5.3105E+00 79 97 86477 82905 451845 7.0152E+11 9.0337E-02 9.0337E-02 3.2506E+13 5.3259E+00 80 98 76558 73328 399961 6.2084E+11 8.9744E-02 8.9744E-02 3.2448E+13 5.3120E+00 81 99 62530 60451 333473 5.1146E+11 9.1595E-02 9.1595E-02 3.2138E+13 5.3500E+00
Calculation No. L-003388, Rev. 0 Attachment M (Page M122 of M147) 82 101 75370 72536 395716 6.1257E+11 9.0708E-02 9.0708E-02 3.2484E+13 5.3373E+00 83 102 84193 80563 440545 6.9301E+11 8.9687E-02 8.9687E-02 3.2962E+13 5.3085E+00 84 103 90458 86638 472104 7.3910E+11 8.8918E-02 8.8918E-02 3.2726E+13 5.2964E+00 85 104 94859 90865 494379 7.6565E+11 8.8734E-02 8.8734E-02 3.2357E+13 5.2948E+00 86 105 97892 93898 511352 8.0712E+11 8.8332E-02 8.8332E-02 3.2918E+13 5.2872E+00 87 106 99539 95367 517129 7.9754E+11 8.8652E-02 8.8652E-02 3.2179E+13 5.2937E+00 88 107 99221 94958 516985 8.0515E+11 8.8825E-02 8.8825E-02 3.2712E+13 5.3005E+00 89 108 99012 94899 517987 8.0372E+11 8.8607E-02 8.8607E-02 3.2574E+13 5.2944E+00 90 109 96773 92742 507935 7.9013E+11 8.8774E-02 8.8774E-02 3.2495E+13 5.2964E+00 91 111 92807 88901 482932 7.4851E+11 8.9454E-02 8.9454E-02 3.2421E+13 5.3127E+00 92 112 87399 83705 458265 7.1910E+11 8.9202E-02 8.9202E-02 3.2860E+13 5.3027E+00 93 113 80304 76938 419907 6.3667E+11 9.0191E-02 9.0191E-02 3.1674E+13 5.3192E+00 94 114 68281 65640 361768 5.4542E+11 9.1620E-02 9.1620E-02 3.1564E+13 5.3489E+00 95 115 68466 66614 365795 5.6105E+11 9.1107E-02 9.1107E-02 3.1979E+13 5.3469E+00 96 116 77083 73698 405149 6.3899E+11 9.0397E-02 9.0397E-02 3.2966E+13 5.3281E+00 97 117 84707 81151 442052 6.9594E+11 8.9600E-02 8.9600E-02 3.2889E+13 5.3089E+00 98 118 90389 86496 471845 7.3557E+11 8.9604E-02 8.9604E-02 3.2643E+13 5.3100E+00 99 119 93238 89322 487370 7.5814E+11 8.9436E-02 8.9436E-02 3.2478E+13 5.3102E+00 100 121 95129 91105 497957 7.6701E+11 8.8656E-02 8.8656E-02 3.2040E+13 5.2921E+00 101 122 95831 91786 499372 7.8771E+11 8.8656E-02 8.8656E-02 3.3043E+13 5.2962E+00 102 123 95393 91423 499325 7.8226E+11 8.8998E-02 8.8998E-02 3.2696E+13 5.3021E+00 103 124 93765 89815 487210 7.6221E+11 8.9253E-02 8.9253E-02 3.2846E+13 5.3079E+00 104 125 91000 87175 475449 7.4084E+11 8.9126E-02 8.9126E-02 3.2529E+13 5.3019E+00 105 126 86675 82991 453210 7.0246E+11 9.0143E-02 9.0143E-02 3.2522E+13 5.3230E+00 106 127 81256 77787 427960 6.6301E+11 9.0732E-02 9.0732E-02 3.2387E+13 5.3317E+00 107 128 71810 68711 377380 5.7592E+11 9.0175E-02 9.0175E-02 3.1891E+13 5.3159E+00 108 129 58952 57003 315007 4.8655E+11 9.2483E-02 9.2483E-02 3.2309E+13 5.3736E+00 109 131 66299 63851 352107 5.4823E+11 9.0730E-02 9.0730E-02 3.2404E+13 5.3293E+00 110 132 75369 72086 395786 6.0630E+11 9.1011E-02 9.1011E-02 3.2215E+13 5.3330E+00 111 133 80671 77281 424263 6.5745E+11 8.9713E-02 8.9713E-02 3.2471E+13 5.3146E+00 112 134 84843 81213 443737 6.9463E+11 9.0064E-02 9.0064E-02 3.2780E+13 5.3235E+00 113 135 87084 83440 455232 7.1063E+11 8.9922E-02 8.9922E-02 3.2741E+13 5.3143E+00 114 136 87920 84242 460452 7.1145E+11 8.9700E-02 8.9700E-02 3.2253E+13 5.3126E+00 115 137 88584 84850 463126 7.2026E+11 8.9334E-02 8.9334E-02 3.2583E+13 5.3066E+00 116 138 87403 83722 458128 7.1817E+11 8.9292E-02 8.9292E-02 3.2709E+13 5.3073E+00 117 139 84978 81442 446126 6.9931E+11 9.0186E-02 9.0186E-02 3.2904E+13 5.3240E+00 118 141 82209 78657 429195 6.6173E+11 8.9908E-02 8.9908E-02 3.2304E+13 5.3194E+00 119 142 76673 73444 403562 6.2300E+11 9.0192E-02 9.0192E-02 3.2445E+13 5.3197E+00 120 143 70225 67339 368831 5.6012E+11 9.0858E-02 9.0858E-02 3.1789E+13 5.3270E+00 121 144 59590 57282 315128 5.0001E+11 9.1858E-02 9.1858E-02 3.3339E+13 5.3558E+00
Calculation No. L-003388, Rev. 0 Attachment M (Page M123 of M147) 122 145 53444 52271 290441 4.5102E+11 9.2764E-02 9.2764E-02 3.2316E+13 5.3740E+00 123 146 59284 57359 314519 4.8965E+11 9.2260E-02 9.2260E-02 3.2523E+13 5.3637E+00 124 147 65117 62890 346395 5.3515E+11 9.2120E-02 9.2120E-02 3.2429E+13 5.3644E+00 125 148 69194 66865 366247 5.7144E+11 9.0682E-02 9.0682E-02 3.2591E+13 5.3388E+00 126 149 71915 69470 379669 5.9476E+11 9.0393E-02 9.0393E-02 3.2727E+13 5.3342E+00 127 151 72707 70339 386725 6.1462E+11 9.0132E-02 9.0132E-02 3.3091E+13 5.3309E+00 128 152 73350 70893 387865 6.0765E+11 9.0336E-02 9.0336E-02 3.2812E+13 5.3342E+00 129 153 73259 70933 388620 6.1310E+11 9.0172E-02 9.0172E-02 3.3208E+13 5.3294E+00 130 154 72028 69677 382122 5.9415E+11 9.0011E-02 9.0011E-02 3.2448E+13 5.3243E+00 131 155 69766 67412 369447 5.8533E+11 9.0755E-02 9.0755E-02 3.3197E+13 5.3385E+00 132 156 66250 64048 352451 5.4722E+11 9.2096E-02 9.2096E-02 3.2567E+13 5.3672E+00 133 157 61678 59604 330298 5.0095E+11 9.1638E-02 9.1638E-02 3.1752E+13 5.3571E+00 134 158 54673 52861 291334 4.5994E+11 9.2993E-02 9.2993E-02 3.3092E+13 5.3752E+00 135 159 45456 44152 244574 3.8043E+11 9.4385E-02 9.4385E-02 3.2497E+13 5.4029E+00 136 1200 485746 452097 6237 9.5009E+09 4.0293E-01 4.0293E-01 3.1585E+13 7.8336E+03 137 1201 5396032 5297668 23142049 3.3789E+13 3.5908E-01 3.5908E-01 2.9952E+13 3.6531E+00 138 1202 3098377 3018566 15300302 2.2638E+12 3.6731E-01 3.6731E-01 2.7850E+13 3.7584E+00 139 12021 17686267 17476446 77293431 3.8125E+13 3.9408E-01 3.9408E-01 3.0361E+13 3.7992E+00 140 1203 16211523 16108358 71246039 3.4549E+13 3.6445E-01 3.6445E-01 2.9774E+13 3.6815E+00 141 1204 4320330 4209831 21169224 3.1758E+12 3.5422E-01 3.5422E-01 2.8265E+13 3.6963E+00 142 12041 29172805 28869803 126200984 6.2475E+13 3.9258E-01 3.9258E-01 3.0447E+13 3.7869E+00 143 1205 27986955 27799184 120731992 5.8948E+13 3.6634E-01 3.6634E-01 3.0037E+13 3.6868E+00 144 1206 155958 152071 740180 1.0648E+11 3.1832E-01 3.1832E-01 2.6790E+13 3.5330E+00 145 12061 1054645 1043185 4496332 2.1148E+12 2.5905E-01 2.5905E-01 2.9002E+13 3.1807E+00 146 1207 1190796 1182962 4820726 2.3497E+12 1.7576E-01 1.7576E-01 3.0290E+13 2.7919E+00 147 1208 4906448 4785018 22738454 3.4579E+12 3.5872E-01 3.5872E-01 2.8607E+13 3.7085E+00 148 12081 28598420 28280897 122807298 6.0977E+13 3.9117E-01 3.9117E-01 3.0527E+13 3.7803E+00 149 1209 27881328 27698645 119865254 5.8897E+13 3.6477E-01 3.6477E-01 3.0166E+13 3.6791E+00 150 1210 852872 833781 2961597 4.5307E+12 1.2864E-01 1.2864E-01 3.1787E+13 2.3958E+00 151 1211 186414615 183724941 856085236 4.5399E+14 4.1017E-01 4.1017E-01 3.2696E+13 3.9979E+00 152 12111 50851234 49548802 256082111 4.3176E+13 3.9565E-01 3.9565E-01 3.1879E+13 4.0021E+00 154 9998 8809654 6458943 848547 1.3527E+12 1.2141E-01 1.2141E-01 3.3025E+13 5.4304E+03 155 9997 9790965 7022046 892507 1.4249E+12 1.1863E-01 1.1863E-01 3.3156E+13 5.3881E+03 156 9996 6725473 4814869 597549 9.4162E+11 1.2230E-01 1.2230E-01 3.2827E+13 5.4416E+03 157 9995 131878039 120922322 5920778 9.6902E+12 4.1762E-01 4.1762E-01 3.3187E+13 7.9297E+03 158 9994 126670063 107654895 8980767 1.4894E+13 4.0384E-01 4.0384E-01 3.3710E+13 7.8432E+03 159 9993 355507 294715 16574 2.4429E+10 1.3406E-01 1.3406E-01 3.1113E+13 5.6640E+03 160 9992 794701 698759 80818 1.2220E+11 1.4689E-01 1.4689E-01 3.1400E+13 5.8107E+03 161 9991 724856 673988 3489 5.3197E+09 1.5783E-01 1.5783E-01 3.1608E+13 5.9292E+03 162 9990 1257637 1160608 68419 1.0483E+11 1.9185E-01 1.9185E-01 3.1371E+13 6.2105E+03
Calculation No. L-003388, Rev. 0 Attachment M (Page M124 of M147) 163 9989 7249163 5983061 382819 5.8411E+11 3.5262E-01 3.5262E-01 3.1032E+13 7.4848E+03 164 9988 20876540 20184214 3340156 1.8445E+11 4.5082E-01 4.5082E-01 3.1234E+13 8.5029E+03 166 9986 255615 255614 1396 2.1048E+09 1.6805E-01 1.6805E-01 3.0644E+13 5.9025E+03 167 10000 29143 27867 127 1.4139E+08 4.0074E-01 4.0074E-01 3.0920E+13 7.9446E+03 168 10001 43877 42195 185 2.2757E+08 4.0898E-01 4.0898E-01 3.2427E+13 7.9434E+03 169 10002 118264 114833 731 1.2583E+09 4.0176E-01 4.0176E-01 3.0985E+13 7.8574E+03 170 10003 44006 42227 217 3.2648E+08 3.8336E-01 3.8336E-01 3.2205E+13 7.7476E+03 171 10004 30651 29354 150 1.8747E+08 4.0553E-01 4.0553E-01 3.3853E+13 7.8826E+03 172 10005 1345 1295 9 1.0042E+07 3.9257E-01 3.9257E-01 2.5126E+13 7.8725E+03 173 2001 40178358 37301018 8262178 2.2787E+11 4.3196E-01 4.3196E-01 3.1215E+13 8.3034E+03 174 2002 40907258 37454399 22422859 6.1874E+11 3.8192E-01 3.8192E-01 3.1264E+13 7.8284E+03 175 2003 79913919 68161038 50270165 6.9374E+11 3.2953E-01 3.2953E-01 3.1284E+13 7.3199E+03 176 2004 77317270 65779542 90135596 1.2434E+12 2.8477E-01 2.8477E-01 3.1284E+13 6.8680E+03 177 2005 138651439 111480499 179106435 1.2345E+12 2.4968E-01 2.4968E-01 3.1274E+13 6.5002E+03 178 2006 119055092 96321495 163865135 1.1278E+12 2.2829E-01 2.2829E-01 3.1236E+13 6.2685E+03 179 2007 197371477 152382862 283201469 9.7293E+11 2.1450E-01 2.1450E-01 3.1206E+13 6.1155E+03 180 2008 155949292 125173023 334892090 1.1496E+12 2.0386E-01 2.0386E-01 3.1175E+13 5.9956E+03 181 2009 216546085 166886756 476054876 8.1583E+11 1.9606E-01 1.9606E-01 3.1133E+13 5.9069E+03 182 2010 142298814 113446605 407046258 6.9651E+11 1.9124E-01 1.9124E-01 3.1093E+13 5.8520E+03 183 2011 161975939 126967621 468084939 3.9982E+11 1.8856E-01 1.8856E-01 3.1038E+13 5.8217E+03 184 2012 90000812 71238656 261763420 2.2314E+11 1.8754E-01 1.8754E-01 3.0983E+13 5.8105E+03 185 2013 98501060 77890856 287662754 1.2230E+11 1.8751E-01 1.8751E-01 3.0909E+13 5.8110E+03 186 2014 53102091 46126705 155581027 6.5913E+10 1.8847E-01 1.8847E-01 3.0838E+13 5.8254E+03 187 2015 6777 6777 38077 5.5786E+10 1.9322E-01 1.9322E-01 3.0590E+13 5.8812E+03 188 200 2260197 2023858 4478132 7.1336E+12 4.9207E-01 4.9207E-01 3.1994E+13 1.2897E+00 189 201 2477716 2211541 4922290 7.8122E+12 4.9302E-01 4.9302E-01 3.1924E+13 1.2890E+00 190 202 2738440 2438725 5461110 8.6630E+12 5.0257E-01 5.0257E-01 3.2033E+13 1.3046E+00 191 203 2932989 2607798 5857291 9.3688E+12 5.0381E-01 5.0381E-01 3.2373E+13 1.3081E+00 192 204 3055050 2713111 6107709 9.7349E+12 5.0304E-01 5.0304E-01 3.1988E+13 1.3070E+00 193 205 3085716 2739832 6164800 9.9434E+12 5.0685E-01 5.0685E-01 3.2629E+13 1.3145E+00 194 206 3009797 2672404 6028525 9.6513E+12 5.0284E-01 5.0284E-01 3.2331E+13 1.3073E+00 195 207 2836942 2520639 5659911 9.0107E+12 5.0279E-01 5.0279E-01 3.1870E+13 1.3058E+00 196 208 2588420 2303232 5158858 8.1563E+12 4.9862E-01 4.9862E-01 3.1845E+13 1.3003E+00 197 209 2307879 2053466 4569276 7.2000E+12 5.0545E-01 5.0545E-01 3.1836E+13 1.3135E+00 198 210 1932357 1723128 3807293 5.9328E+12 5.1912E-01 5.1912E-01 3.1561E+13 1.3369E+00 199 211 1260266 1138089 2440761 3.6178E+12 5.1232E-01 5.1232E-01 2.9447E+13 1.3263E+00 200 212 618640 566393 1157891 1.6406E+12 4.9844E-01 4.9844E-01 2.8312E+13 1.3054E+00 201 213 7981011 7952600 14696192 7.4979E+11 4.7781E-01 4.7781E-01 2.6983E+13 1.2697E+00 202 214 144210 133605 262369 3.6978E+11 4.6172E-01 4.6172E-01 2.7902E+13 1.2359E+00 203 222 624686 622310 1788531 9.5834E+10 2.8891E-01 2.8891E-01 2.9421E+13 9.7690E-01
Calculation No. L-003388, Rev. 0 Attachment M (Page M125 of M147) total 2384521833 2020437415 5191353148 1.0906E+15 1tally 2 nps = 3471888 tally type 2 particle flux averaged over a surface.
tally for photons number of histories used for normalizing tallies = 21054865.00 this tally is modified by a dose function.
areas surface: 1231 1.78374E+06 surface 1231 1.54329E-01 0.0063
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results of 10 statistical checks for the estimated answer for the tally fluctuation chart (tfc) bin of tally 2 tfc bin --mean-- ---------relative error--------- ----variance of the variance---- --figure of merit-- -pdf-behavior behavior value decrease decrease rate value decrease decrease rate value behavior slope desired random <0.10 yes 1/sqrt(nps) <0.10 yes 1/nps constant random >3.00 observed random 0.01 yes yes 0.00 yes yes constant random 4.26 passed? yes yes yes yes yes yes yes yes yes yes
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this tally meets the statistical criteria used to form confidence intervals: check the tally fluctuation chart to verify.
the results in other bins associated with this tally may not meet these statistical criteria.
estimated confidence intervals: -----
estimated asymmetric confidence interval(1,2,3 sigma): 1.5338E-01 to 1.5531E-01; 1.5241E-01 to 1.5628E-01; 1.5145E-01 to 1.5725E-01 estimated symmetric confidence interval(1,2,3 sigma): 1.5336E-01 to 1.5530E-01; 1.5240E-01 to 1.5626E-01; 1.5143E-01 to 1.5723E-01 1analysis of the results in the tally fluctuation chart bin (tfc) for tally 2 with nps = 3471888 print table 160 normed average tally per history = 1.54329E-01 unnormed average tally per history = 2.75283E+05 estimated tally relative error = 0.0063 estimated variance of the variance = 0.0029 relative error from zero tallies = 0.0023 relative error from nonzero scores = 0.0058 number of nonzero history tallies = 185942 efficiency for the nonzero tallies = 0.0088 history number of largest tally = 1104723 largest unnormalized history tally = 5.32503E+09 (largest tally)/(average tally) = 1.93439E+04 (largest tally)/(avg nonzero tally)= 1.70832E+02 (confidence interval shift)/mean = 0.0001 shifted confidence interval center = 1.54347E-01 if the largest history score sampled so far were to occur on the next history, the tfc bin quantities would change as follows:
estimated quantities value at nps value at nps+1 value(nps+1)/value(nps)-1.
mean 1.54329E-01 1.55189E-01 0.005571 relative error 6.26125E-03 6.30343E-03 0.006737 variance of the variance 2.91363E-03 3.26923E-03 0.122049 shifted center 1.54347E-01 1.54447E-01 0.000646 figure of merit 2.11037E+01 2.08222E+01 -0.013338 the estimated inverse power slope of the 200 largest tallies starting at 1.05500E+09 is 4.2602
Calculation No. L-003388, Rev. 0 Attachment M (Page M126 of M147) the large score tail of the empirical history score probability density function appears to have no unsampled regions.
fom = (histories/minute)*(f(x) signal-to-noise ratio)**2 = (1.742E+04)*( 3.481E-02)**2 = (1.742E+04)*(1.212E-
- 03) = 2.110E+01 1tally 12 nps = 3471888 tally type 2 particle flux averaged over a surface.
tally for photons number of histories used for normalizing tallies = 21054865.00 this tally is modified by a dose function.
areas surface: 1227 segment 1 1.00000E+50 2 2.56400E+07 3 1.03700E+08 4 1.60200E+08 5 3.92700E+08 6 5.49800E+08 7 7.06900E+08 8 8.63900E+08 9 1.59000E+09 10 1.94400E+09 11 3.14200E+09 12 3.77000E+09 13 4.39800E+09 14 5.02700E+09 15 5.65500E+09 16 1.68900E+10 surface 1227 segment: -2000 1.62696E-46 0.0073 surface 1227 segment: 2000 -2001 1.07879E-03 0.0066 surface 1227 segment: 2000 2001 -2002 7.04819E-04 0.0052 surface 1227 segment: 2000 2001 2002 -2003 3.59720E-04 0.0064 surface 1227 segment: 2000 2001 2002 2003 -2004 1.70746E-04 0.0068 surface 1227 segment: 2000 2001 2002 2003 2004 -2005 7.93705E-05 0.0061 surface 1227 segment: 2000 2001 2002 2003 2004 2005 -2006 3.65581E-05 0.0058 surface 1227 segment: 2000 2001 2002 2003 2004 2005 2006 -2007 1.79787E-05 0.0054 surface 1227 segment: 2000 2001 2002 2003 2004 2005 2006 2007 -2008 8.12092E-06 0.0057 surface 1227 segment: 2000 2001 2002 2003 2004 2005 2006 2007 2008 -2009 3.24277E-06 0.0061 surface 1227 segment: 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 -2010 1.20156E-06 0.0064 surface 1227 segment: 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010
-2011
Calculation No. L-003388, Rev. 0 Attachment M (Page M127 of M147) 4.01105E-07 0.0076 surface 1227 segment: 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 -2012 1.40319E-07 0.0093 surface 1227 segment: 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 -2013 5.12743E-08 0.0114 surface 1227 segment: 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 -2014 1.84857E-08 0.0153 surface 1227 segment: 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 3.46127E-09 0.1967
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results of 10 statistical checks for the estimated answer for the tally fluctuation chart (tfc) bin of tally 12 tfc bin --mean-- ---------relative error--------- ----variance of the variance---- --figure of merit-- -pdf-behavior behavior value decrease decrease rate value decrease decrease rate value behavior slope desired random <0.10 yes 1/sqrt(nps) <0.10 yes 1/nps constant random >3.00 observed random 0.20 yes yes 0.08 yes yes constant random 0.00 passed? yes no yes yes yes yes yes yes yes no
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warning. the tally in the tally fluctuation chart bin did not pass 2 of the 10 statistical checks.
1analysis of the results in the tally fluctuation chart bin (tfc) for tally 12 with nps = 3471888 print table 160 normed average tally per history = 3.46127E-09 unnormed average tally per history = 5.84609E+01 estimated tally relative error = 0.1967 estimated variance of the variance = 0.0760 relative error from zero tallies = 0.1491 relative error from nonzero scores = 0.1283 number of nonzero history tallies = 45 efficiency for the nonzero tallies = 0.0000 history number of largest tally = 36466 largest unnormalized history tally = 9.43903E+07 (largest tally)/(average tally) = 1.61459E+06 (largest tally)/(avg nonzero tally)= 3.45082E+00 (confidence interval shift)/mean = 0.0255 shifted confidence interval center = 3.54939E-09 if the largest history score sampled so far were to occur on the next history, the tfc bin quantities would change as follows:
estimated quantities value at nps value at nps+1 value(nps+1)/value(nps)-1.
mean 3.46127E-09 5.07092E-09 0.465046 relative error 1.96671E-01 1.96057E-01 -0.003121 variance of the variance 7.59717E-02 7.46583E-02 -0.017289 shifted center 3.54939E-09 4.03134E-09 0.135784 figure of merit 2.13894E-02 2.15236E-02 0.006271 there is not enough information in the largest history scores (usually less than 500 scores) for a reliable estimate of the slope.
the large score tail of the empirical history score probability density function appears to have no unsampled regions.
Calculation No. L-003388, Rev. 0 Attachment M (Page M128 of M147) fom = (histories/minute)*(f(x) signal-to-noise ratio)**2 = (1.742E+04)*( 1.108E-03)**2 = (1.742E+04)*(1.228E-
- 06) = 2.139E-02 1unnormed tally density for tally 12 nonzero tally mean(m) = 2.735E+07 nps = 3471888 print table 161 abscissa ordinate log plot of tally probability density function in tally fluctuation chart bin(d=decade,slope= 0.0) tally number num den log den:d----------------------------------------------------------d--------------------
7.94+06 7 2.04-13 -12.691
- l****************************************
1.00+07 7 1.62-13 -12.791
- l**********************************
1.26+07 4 7.34-14 -13.134 ***********************************************************l*************
1.58+07 4 5.83-14 -13.234 ***********************************************************l*******
2.00+07 1 1.16-14 -13.937 ************************* l 2.51+07 5 4.60-14 -13.338 ***********************************************************l*
3.16+07 3 2.19-14 -13.659 mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm l 3.98+07 3 1.74-14 -13.759 ************************************ l 5.01+07 3 1.38-14 -13.859 ****************************** l 6.31+07 2 7.32-15 -14.135 ************* l 7.94+07 4 1.16-14 -13.934 ************************* l 1.00+08 2 4.62-15 -14.335
- l total 45 2.14-06 d----------------------------------------------------------d--------------------
1tally 22 nps = 3471888 tally type 2 particle flux averaged over a surface.
tally for photons number of histories used for normalizing tallies = 21054865.00 this tally is modified by a dose function.
areas surface: 1227 segment 1 1.00000E+50 2 1.00000E+50 3 1.00000E+50 4 4.35376E+05 5 4.35376E+05 6 4.35376E+05 7 4.35376E+05 8 4.35376E+05 9 4.35376E+05 10 4.35376E+05 11 4.35376E+05 12 4.35376E+05 13 4.35376E+05 14 4.35376E+05 15 4.35376E+05 16 4.35376E+05 17 4.35376E+05 18 4.35376E+05 19 4.35376E+05 20 4.35376E+05 21 4.35376E+05 22 1.00000E+50 surface 1227 segment: 1201 1.70441E-45 0.0035 surface 1227 segment: -1201 -2026 8.39982E-46 0.0067 surface 1227 segment: -1201 2026 2027 7.15974E-46 0.0083 surface 1227 segment: -1201 2026 -2027 2016 7.48350E-04 0.0419 surface 1227 segment: -1201 2026 -2027 -2016 2017 1.13910E-03 0.0300
Calculation No. L-003388, Rev. 0 Attachment M (Page M129 of M147) surface 1227 segment: -1201 2026 -2027 -2016 -2017 2018 1.44639E-03 0.0330 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 2019 1.50886E-03 0.0286 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 2020 1.62669E-03 0.0238 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 2021 1.75284E-03 0.0216 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 2022 1.83295E-03 0.0239 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 2023 1.99544E-03 0.0378 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023 2024 1.96752E-03 0.0312 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023
-2024 2025 1.89957E-03 0.0329 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023
-2024 -2025 2028 1.92035E-03 0.0421 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023
-2024 -2025 -2028 2029 1.83072E-03 0.0508 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023
-2024 -2025 -2028 -2029 2030 1.75506E-03 0.0334 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023
-2024 -2025 -2028 -2029 -2030 2031 1.58519E-03 0.0305 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023
-2024 -2025 -2028 -2029 -2030 -2031 2032 1.66784E-03 0.0580 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023
-2024 -2025 -2028 -2029 -2030 -2031 -2032 2033 1.47593E-03 0.0319 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023
-2024 -2025 -2028 -2029 -2030 -2031 -2032 -2033 2034 1.58996E-03 0.0484 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023
-2024 -2025 -2028 -2029 -2030 -2031 -2032 -2033 -2034 2035 1.28614E-03 0.0319 surface 1227 segment: -1201 2026 -2027 -2016 -2017 -2018 -2019 -2020 -2021 -2022 -2023
-2024 -2025 -2028 -2029 -2030 -2031 -2032 -2033 -2034 -2035 1.35776E-46 0.0171
Calculation No. L-003388, Rev. 0 Attachment M (Page M130 of M147)
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results of 10 statistical checks for the estimated answer for the tally fluctuation chart (tfc) bin of tally 22 tfc bin --mean-- ---------relative error--------- ----variance of the variance---- --figure of merit-- -pdf-behavior behavior value decrease decrease rate value decrease decrease rate value behavior slope desired random <0.10 yes 1/sqrt(nps) <0.10 yes 1/nps constant random >3.00 observed random 0.02 yes yes 0.08 yes yes constant random 2.22 passed? yes yes yes yes yes yes yes yes yes no
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warning. the tally in the tally fluctuation chart bin did not pass 1 of the 10 statistical checks.
1analysis of the results in the tally fluctuation chart bin (tfc) for tally 22 with nps = 3471888 print table 160 normed average tally per history = 1.35776E-46 unnormed average tally per history = 1.35776E+04 estimated tally relative error = 0.0171 estimated variance of the variance = 0.0843 relative error from zero tallies = 0.0016 relative error from nonzero scores = 0.0171 number of nonzero history tallies = 402174 efficiency for the nonzero tallies = 0.0191 history number of largest tally = 962952 largest unnormalized history tally = 1.97606E+09 (largest tally)/(average tally) = 1.45538E+05 (largest tally)/(avg nonzero tally)= 2.77995E+03 (confidence interval shift)/mean = 0.0021 shifted confidence interval center = 1.36064E-46 if the largest history score sampled so far were to occur on the next history, the tfc bin quantities would change as follows:
estimated quantities value at nps value at nps+1 value(nps+1)/value(nps)-1.
mean 1.35776E-46 1.41468E-46 0.041919 relative error 1.71351E-02 1.83434E-02 0.070515 variance of the variance 8.42946E-02 8.20421E-02 -0.026722 shifted center 1.36064E-46 1.37675E-46 0.011845 figure of merit 2.81779E+00 2.45880E+00 -0.127401 the estimated inverse power slope of the 200 largest tallies starting at 6.17067E+07 is 2.2187 the history score probability density function appears to have an unsampled region at the largest history scores:
please examine. see print table 161.
fom = (histories/minute)*(f(x) signal-to-noise ratio)**2 = (1.742E+04)*( 1.272E-02)**2 = (1.742E+04)*(1.618E-
- 04) = 2.818E+00 1unnormed tally density for tally 22 nonzero tally mean(m) = 7.108E+05 nps = 3471888 print table 161 abscissa ordinate log plot of tally probability density function in tally fluctuation chart bin(d=decade,slope= 2.2) tally number num den log den:d---------d----------d----------d----------d----------d----------d----------d---
d----------d-2.51+03 180 9.22-09 -8.035
- l**********l**********l**********l**********l**********l**********l**********l** l 3.98+03 404 1.31-08 -7.884
- l**********l**********l**********l**********l**********l**********l**********l**** l 6.31+03 1283 2.62-08 -7.582
- l**********l**********l**********l**********l**********l**********l**********l******* l 1.00+04 4231 5.45-08 -7.264
- l**********l**********l**********l**********l**********l**********l**********l**********l 1.58+04 6707 5.45-08 -7.264
- l**********l**********l**********l**********l**********l**********l**********l**********l 2.51+04 13731 7.04-08 -7.153
- l**********l**********l**********l**********l**********l**********l**********l**********l*
Calculation No. L-003388, Rev. 0 Attachment M (Page M131 of M147) 3.98+04 23281 7.53-08 -7.123
- l**********l**********l**********l**********l**********l**********l**********l**********l*
6.31+04 30887 6.30-08 -7.201
- l**********l**********l**********l**********l**********l**********l**********l**********l 1.00+05 55603 7.16-08 -7.145
- l**********l**********l**********l**********l**********l**********l**********l**********l*
1.58+05 60339 4.90-08 -7.310
- l**********l**********l**********l**********l**********l**********l**********l**********l 2.51+05 62150 3.18-08 -7.497
- l**********l**********l**********l**********l**********l**********l**********l******** l 3.98+05 52244 1.69-08 -7.772
- l**********l**********l**********l**********l**********l**********l**********l***** l 6.31+05 35503 7.24-09 -8.140
- l**********l**********l**********l**********l**********l**********l**********l* l 1.00+06 20588 2.65-09 -8.577 mmmmmmmmmmlmmmmmmmmmmlmmmmmmmmmmlmmmmmmmmmmlmmmmmmmmmmlmmmmmmmmmmlmmmmmmmmmmlmmmmmmm l l 1.58+06 11484 9.33-10 -9.030 **********l**********l**********l**********l**********l**********l**********l**
l l 2.51+06 6857 3.51-10 -9.454 **********l**********l**********l**********l**********l**********l******** l l l 3.98+06 4783 1.55-10 -9.811 **********l**********l**********l**********l**********l**********l**** l l l 6.31+06 3691 7.53-11 -10.123 **********l**********l**********l**********l**********l**********l* l l l 1.00+07 3453 4.44-11 -10.352 **********l**********l**********l**********l**********l********* l l l l 1.58+07 2612 2.12-11 -10.673 **********l**********l**********l**********l**********l****** l l l l 2.51+07 1274 6.53-12 -11.185 **********l**********l**********l**********l**********l l l l l 3.98+07 472 1.53-12 -11.816 **********l**********l**********l**********l**** l l l l l 6.31+07 227 4.63-13 -12.334 **********l**********l**********l********* l s l l l l l 1.00+08 97 1.25-13 -12.904 **********l**********l**********l*** l s l l l l l 1.58+08 31 2.52-14 -13.599 **********l**********l****** l l s l l l l l 2.51+08 30 1.54-14 -13.813 **********l**********l**** l s l l l l l l 3.98+08 20 6.47-15 -14.189 **********l**********l l s l l l l l l 6.31+08 6 1.22-15 -14.912 **********l*** l ls l l l l l l 1.00+09 1 1.29-16 -15.890 *** l l s l l l l l l l 1.58+09 1 8.12-17 -16.090
- l l s l l l l l l l 2.00+09 4 4.63-16 -15.334 ********* l sl l l l l l l l total 402174 1.91-02 d---------d----------d----------d----------d----------d----------d----------d---
d----------d-1tally 32 nps = 3471888 tally type 2 particle flux averaged over a surface.
tally for photons number of histories used for normalizing tallies = 21054865.00 this tally is modified by a dose function.
areas surface: 1201 segment 1 1.00000E+50 2 1.00000E+50 3 1.00000E+50 4 1.00000E+50 5 6.30000E+05 surface 1201 segment: 1231 2.45657E-45 0.0218 surface 1201 segment: -1231 -2026 6.77660E-49 0.0613 surface 1201 segment: -1231 2026 2027 2.50543E-48 0.0790
Calculation No. L-003388, Rev. 0 Attachment M (Page M132 of M147) surface 1201 segment: -1231 2026 -2027 -1227 0.00000E+00 0.0000 surface 1201 segment: -1231 2026 -2027 1227 6.43805E-04 0.0345
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results of 10 statistical checks for the estimated answer for the tally fluctuation chart (tfc) bin of tally 32 tfc bin --mean-- ---------relative error--------- ----variance of the variance---- --figure of merit-- -pdf-behavior behavior value decrease decrease rate value decrease decrease rate value behavior slope desired random <0.10 yes 1/sqrt(nps) <0.10 yes 1/nps constant random >3.00 observed random 0.03 yes yes 0.03 yes yes constant random 3.21 passed? yes yes yes yes yes yes yes yes yes yes
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this tally meets the statistical criteria used to form confidence intervals: check the tally fluctuation chart to verify.
the results in other bins associated with this tally may not meet these statistical criteria.
estimated confidence intervals: -----
estimated asymmetric confidence interval(1,2,3 sigma): 6.2305E-04 to 6.6753E-04; 6.0082E-04 to 6.8977E-04; 5.7858E-04 to 7.1200E-04 estimated symmetric confidence interval(1,2,3 sigma): 6.2162E-04 to 6.6599E-04; 5.9943E-04 to 6.8818E-04; 5.7725E-04 to 7.1036E-04 1analysis of the results in the tally fluctuation chart bin (tfc) for tally 32 with nps = 3471888 print table 160 normed average tally per history = 6.43805E-04 unnormed average tally per history = 4.05597E+02 estimated tally relative error = 0.0345 estimated variance of the variance = 0.0286 relative error from zero tallies = 0.0121 relative error from nonzero scores = 0.0323 number of nonzero history tallies = 6785 efficiency for the nonzero tallies = 0.0003 history number of largest tally = 831702 largest unnormalized history tally = 9.21577E+07 (largest tally)/(average tally) = 2.27215E+05 (largest tally)/(avg nonzero tally)= 7.32207E+01 (confidence interval shift)/mean = 0.0023 shifted confidence interval center = 6.45292E-04 if the largest history score sampled so far were to occur on the next history, the tfc bin quantities would change as follows:
estimated quantities value at nps value at nps+1 value(nps+1)/value(nps)-1.
mean 6.43805E-04 6.85938E-04 0.065444 relative error 3.44612E-02 3.57225E-02 0.036600 variance of the variance 2.86443E-02 3.17399E-02 0.108068 shifted center 6.45292E-04 6.53899E-04 0.013338 figure of merit 6.96658E-01 6.48333E-01 -0.069368 the estimated inverse power slope of the 200 largest tallies starting at 7.01684E+06 is 3.2135 the history score probability density function appears to have an unsampled region at the largest history scores:
please examine. see print table 161.
fom = (histories/minute)*(f(x) signal-to-noise ratio)**2 = (1.742E+04)*( 6.324E-03)**2 = (1.742E+04)*(3.999E-
- 05) = 6.967E-01 1tally 42 nps = 3471888
Calculation No. L-003388, Rev. 0 Attachment M (Page M133 of M147) tally type 2 particle flux averaged over a surface.
tally for photons number of histories used for normalizing tallies = 21054865.00 this tally is modified by a dose function.
areas surface: 2003 2004 2005 2006 2007 2008 2009 segment 1 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 2 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 3 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 4 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 5 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 6 3.00000E+06 3.00000E+06 3.00000E+06 3.00000E+06 3.00000E+06 3.00000E+06 3.00000E+06 surface: 2010 2011 2012 2013 segment 1 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 2 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 3 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 4 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 5 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 6 3.00000E+06 3.00000E+06 3.00000E+06 3.00000E+06 surface 2003 segment: 1219 1.06318E-44 0.0040 surface 2003 segment: -1219 -1209 1.30384E-47 0.0223 surface 2003 segment: -1219 1209 1201 1.02687E-46 0.0049 surface 2003 segment: -1219 1209 -1201 -1205 5.21262E-47 0.0088 surface 2003 segment: -1219 1209 -1201 1205 1206 4.24620E-47 0.0094 surface 2003 segment: -1219 1209 -1201 1205 -1206 4.41942E-04 0.0160 surface 2004 segment: 1219 9.36368E-45 0.0040 surface 2004 segment: -1219 -1209 8.02083E-48 0.0119 surface 2004 segment: -1219 1209 1201 6.17446E-47 0.0056 surface 2004 segment: -1219 1209 -1201 -1205 3.32255E-47 0.0079 surface 2004 segment: -1219 1209 -1201 1205 1206 2.74207E-47 0.0085 surface 2004 segment: -1219 1209 -1201 1205 -1206 1.72028E-04 0.0211 surface 2005 segment: 1219
Calculation No. L-003388, Rev. 0 Attachment M (Page M134 of M147) 7.95821E-45 0.0041 surface 2005 segment: -1219 -1209 4.78468E-48 0.0099 surface 2005 segment: -1219 1209 1201 3.75671E-47 0.0052 surface 2005 segment: -1219 1209 -1201 -1205 2.08055E-47 0.0079 surface 2005 segment: -1219 1209 -1201 1205 1206 1.75481E-47 0.0091 surface 2005 segment: -1219 1209 -1201 1205 -1206 7.59261E-05 0.0218 surface 2006 segment: 1219 6.56184E-45 0.0042 surface 2006 segment: -1219 -1209 2.95330E-48 0.0118 surface 2006 segment: -1219 1209 1201 2.30787E-47 0.0055 surface 2006 segment: -1219 1209 -1201 -1205 1.30485E-47 0.0081 surface 2006 segment: -1219 1209 -1201 1205 1206 1.09506E-47 0.0097 surface 2006 segment: -1219 1209 -1201 1205 -1206 3.71508E-05 0.0187 surface 2007 segment: 1219 5.28183E-45 0.0043 surface 2007 segment: -1219 -1209 1.87321E-48 0.0128 surface 2007 segment: -1219 1209 1201 1.41381E-47 0.0057 surface 2007 segment: -1219 1209 -1201 -1205 8.15175E-48 0.0089 surface 2007 segment: -1219 1209 -1201 1205 1206 6.91528E-48 0.0101 surface 2007 segment: -1219 1209 -1201 1205 -1206 1.89925E-05 0.0225 surface 2008 segment: 1219 3.68143E-45 0.0044 surface 2008 segment: -1219 -1209 9.27239E-49 0.0179 surface 2008 segment: -1219 1209 1201
Calculation No. L-003388, Rev. 0 Attachment M (Page M135 of M147) 6.90690E-48 0.0065 surface 2008 segment: -1219 1209 -1201 -1205 4.09048E-48 0.0100 surface 2008 segment: -1219 1209 -1201 1205 1206 3.47724E-48 0.0119 surface 2008 segment: -1219 1209 -1201 1205 -1206 7.47195E-06 0.0334 surface 2009 segment: 1219 2.48899E-45 0.0046 surface 2009 segment: -1219 -1209 4.58855E-49 0.0198 surface 2009 segment: -1219 1209 1201 3.36258E-48 0.0075 surface 2009 segment: -1219 1209 -1201 -1205 2.04726E-48 0.0110 surface 2009 segment: -1219 1209 -1201 1205 1206 1.75327E-48 0.0118 surface 2009 segment: -1219 1209 -1201 1205 -1206 3.06551E-06 0.0328 surface 2010 segment: 1219 1.43074E-45 0.0049 surface 2010 segment: -1219 -1209 1.80967E-49 0.0302 surface 2010 segment: -1219 1209 1201 1.30976E-48 0.0088 surface 2010 segment: -1219 1209 -1201 -1205 8.47877E-49 0.0153 surface 2010 segment: -1219 1209 -1201 1205 1206 7.03576E-49 0.0184 surface 2010 segment: -1219 1209 -1201 1205 -1206 1.08522E-06 0.0648 surface 2011 segment: 1219 8.02150E-46 0.0052 surface 2011 segment: -1219 -1209 7.62332E-50 0.0298 surface 2011 segment: -1219 1209 1201 5.25997E-49 0.0126 surface 2011 segment: -1219 1209 -1201 -1205 3.42031E-49 0.0161 surface 2011 segment: -1219 1209 -1201 1205 1206
Calculation No. L-003388, Rev. 0 Attachment M (Page M136 of M147) 2.85542E-49 0.0258 surface 2011 segment: -1219 1209 -1201 1205 -1206 3.73926E-07 0.0590 surface 2012 segment: 1219 4.42367E-46 0.0055 surface 2012 segment: -1219 -1209 3.31868E-50 0.0457 surface 2012 segment: -1219 1209 1201 2.08297E-49 0.0143 surface 2012 segment: -1219 1209 -1201 -1205 1.42011E-49 0.0187 surface 2012 segment: -1219 1209 -1201 1205 1206 1.17423E-49 0.0229 surface 2012 segment: -1219 1209 -1201 1205 -1206 1.37374E-07 0.0930 surface 2013 segment: 1219 2.41340E-46 0.0061 surface 2013 segment: -1219 -1209 1.13793E-50 0.0363 surface 2013 segment: -1219 1209 1201 8.84605E-50 0.0254 surface 2013 segment: -1219 1209 -1201 -1205 5.83531E-50 0.0215 surface 2013 segment: -1219 1209 -1201 1205 1206 4.81825E-50 0.0282 surface 2013 segment: -1219 1209 -1201 1205 -1206 6.60848E-08 0.1778
====================================================================================================
=======
results of 10 statistical checks for the estimated answer for the tally fluctuation chart (tfc) bin of tally 42 tfc bin --mean-- ---------relative error--------- ----variance of the variance---- --figure of merit-- -pdf-behavior behavior value decrease decrease rate value decrease decrease rate value behavior slope desired random <0.10 yes 1/sqrt(nps) <0.10 yes 1/nps constant random >3.00 observed random 0.02 no no 0.15 no no decrease random 2.95 passed? yes yes no no no no no no yes no
====================================================================================================
=======
warning. the tally in the tally fluctuation chart bin did not pass 7 of the 10 statistical checks.
Calculation No. L-003388, Rev. 0 Attachment M (Page M137 of M147) 1analysis of the results in the tally fluctuation chart bin (tfc) for tally 42 with nps = 3471888 print table 160 normed average tally per history = 4.41942E-04 unnormed average tally per history = 1.32583E+03 estimated tally relative error = 0.0160 estimated variance of the variance = 0.1452 relative error from zero tallies = 0.0038 relative error from nonzero scores = 0.0155 number of nonzero history tallies = 69696 efficiency for the nonzero tallies = 0.0033 history number of largest tally = 3231029 largest unnormalized history tally = 2.73077E+08 (largest tally)/(average tally) = 2.05967E+05 (largest tally)/(avg nonzero tally)= 6.81794E+02 (confidence interval shift)/mean = 0.0022 shifted confidence interval center = 4.42893E-04 if the largest history score sampled so far were to occur on the next history, the tfc bin quantities would change as follows:
estimated quantities value at nps value at nps+1 value(nps+1)/value(nps)-1.
mean 4.41942E-04 4.68160E-04 0.059324 relative error 1.59860E-02 1.85535E-02 0.160611 variance of the variance 1.45236E-01 1.51299E-01 0.041744 shifted center 4.42893E-04 4.49715E-04 0.015403 figure of merit 3.23743E+00 2.40340E+00 -0.257620 the estimated inverse power slope of the 200 largest tallies starting at 8.57788E+06 is 2.9510 the history score probability density function appears to have an unsampled region at the largest history scores:
please examine. see print table 161.
fom = (histories/minute)*(f(x) signal-to-noise ratio)**2 = (1.742E+04)*( 1.363E-02)**2 = (1.742E+04)*(1.859E-
- 04) = 3.237E+00 1unnormed tally density for tally 42 nonzero tally mean(m) = 4.005E+05 nps = 3471888 print table 161 abscissa ordinate log plot of tally probability density function in tally fluctuation chart bin(d=decade,slope= 3.0) tally number num den log den:d-----------d------------d------------d-------------d------------d------------d-
d--------
6.31+04 2453 8.98-09 -8.047
- l************l************l*************l************l************l************l**
7.94+04 8313 2.42-08 -7.617
- l************l************l*************l************l************l************l********
1.00+05 8562 1.98-08 -7.704
- l************l************l*************l************l************l************l*******
1.26+05 8193 1.50-08 -7.823
- l************l************l*************l************l************l************l*****
1.58+05 8518 1.24-08 -7.906
- l************l************l*************l************l************l************l****
2.00+05 7129 8.25-09 -8.083
- l************l************l*************l************l************l************l**
2.51+05 6002 5.52-09 -8.258
- l************l************l*************l************l************l************l 3.16+05 4822 3.52-09 -8.453
- l************l************l*************l************l************l********** l 3.98+05 3781 2.19-09 -8.659
- l************l************l*************l************l************l******* l 5.01+05 2692 1.24-09 -8.906 mmmmmmmmmmmmlmmmmmmmmmmmmlmmmmmmmmmmmmlmmmmmmmmmmmmmlmmmmmmmmmmmmlmmmmmmmmmmmmlmmmm l 6.31+05 1861 6.81-10 -9.167 ************l************l************l*************l************l************l*
l 7.94+05 1253 3.64-10 -9.439 ************l************l************l*************l************l********** l l
1.00+06 952 2.20-10 -9.658 ************l************l************l*************l************l******* l l
1.26+06 961 1.76-10 -9.754 ************l************l************l*************l************l****** l l
1.58+06 968 1.41-10 -9.851 ************l************l************l*************l************l***** l l
2.00+06 824 9.54-11 -10.021 ************l************l************l*************l************l** l l
2.51+06 707 6.50-11 -10.187 ************l************l************l*************l************l l l
3.16+06 595 4.34-11 -10.362 ************l************l************l*************l*********** l l l
3.98+06 417 2.42-11 -10.616 ************l************l************l*************l******** l l l
Calculation No. L-003388, Rev. 0 Attachment M (Page M138 of M147) 5.01+06 234 1.08-11 -10.967 ************l************l************l*************l*** l l l
6.31+06 141 5.16-12 -11.287 ************l************l************l*************l l l l
7.94+06 93 2.70-12 -11.568 ************l************l************l********* l l l l
1.00+07 78 1.80-12 -11.744 ************l************l************l******* l s l l l
1.26+07 49 8.99-13 -12.046 ************l************l************l*** ls l l l
1.58+07 29 4.23-13 -12.374 ************l************l*********** l sl l l l
2.00+07 21 2.43-13 -12.614 ************l************l******** l s l l l l
2.51+07 12 1.10-13 -12.957 ************l************l**** l s l l l l
3.16+07 18 1.31-13 -12.881 ************l************l***** l s l l l l
3.98+07 6 3.48-14 -13.458 ************l********** l l s l l l l
5.01+07 6 2.76-14 -13.558 ************l********* l sl l l l l
6.31+07 3 1.10-14 -13.959 ************l*** l s l l l l l
7.94+07 1 2.91-15 -14.537 ********* l l s l l l l l
1.00+08 1 2.31-15 -14.637 ******** l l s l l l l l
1.26+08 0 0.00+00 0.000 l sl l l l l l
1.58+08 0 0.00+00 0.000 l s l l l l l l
2.00+08 0 0.00+00 0.000 l s l l l l l l
2.51+08 0 0.00+00 0.000 ls l l l l l l
3.16+08 1 7.30-16 -15.137
- s l l l l l l l
total 69696 3.31-03 d-----------d------------d------------d-------------d------------d------------d-
d--------
1tally 52 nps = 3471888 tally type 2 particle flux averaged over a surface.
tally for photons number of histories used for normalizing tallies = 21054865.00 this tally is modified by a dose function.
areas surface: 2003 2004 2005 2006 2007 2008 2009 segment 1 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 2 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 3 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 4 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 5 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 6 3.00000E+06 3.00000E+06 3.00000E+06 3.00000E+06 3.00000E+06 3.00000E+06 3.00000E+06 surface: 2010 2011 2012 2013 segment 1 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 2 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 3 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 4 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 5 1.00000E+50 1.00000E+50 1.00000E+50 1.00000E+50 6 3.00000E+06 3.00000E+06 3.00000E+06 3.00000E+06 surface 2003 segment: 1219 1.06318E-44 0.0040 surface 2003 segment: -1219 -1209 1.30384E-47 0.0223
Calculation No. L-003388, Rev. 0 Attachment M (Page M139 of M147) surface 2003 segment: -1219 1209 -1201 1.07846E-46 0.0070 surface 2003 segment: -1219 1209 1201 -1205 5.28566E-47 0.0063 surface 2003 segment: -1219 1209 1201 1205 1206 3.93904E-47 0.0066 surface 2003 segment: -1219 1209 1201 1205 -1206 3.47994E-04 0.0155 surface 2004 segment: 1219 9.36368E-45 0.0040 surface 2004 segment: -1219 -1209 8.02083E-48 0.0119 surface 2004 segment: -1219 1209 -1201 6.58070E-47 0.0066 surface 2004 segment: -1219 1209 1201 -1205 3.22309E-47 0.0079 surface 2004 segment: -1219 1209 1201 1205 1206 2.53799E-47 0.0069 surface 2004 segment: -1219 1209 1201 1205 -1206 1.37790E-04 0.0187 surface 2005 segment: 1219 7.95821E-45 0.0041 surface 2005 segment: -1219 -1209 4.78468E-48 0.0099 surface 2005 segment: -1219 1209 -1201 4.06314E-47 0.0069 surface 2005 segment: -1219 1209 1201 -1205 1.96837E-47 0.0065 surface 2005 segment: -1219 1209 1201 1205 1206 1.59841E-47 0.0071 surface 2005 segment: -1219 1209 1201 1205 -1206 6.33094E-05 0.0249 surface 2006 segment: 1219 6.56184E-45 0.0042 surface 2006 segment: -1219 -1209 2.95330E-48 0.0118 surface 2006 segment: -1219 1209 -1201 2.51136E-47 0.0071 surface 2006 segment: -1219 1209 1201 -1205 1.22001E-47 0.0069
Calculation No. L-003388, Rev. 0 Attachment M (Page M140 of M147) surface 2006 segment: -1219 1209 1201 1205 1206 9.95114E-48 0.0078 surface 2006 segment: -1219 1209 1201 1205 -1206 3.09163E-05 0.0276 surface 2007 segment: 1219 5.28183E-45 0.0043 surface 2007 segment: -1219 -1209 1.87321E-48 0.0128 surface 2007 segment: -1219 1209 -1201 1.56368E-47 0.0078 surface 2007 segment: -1219 1209 1201 -1205 7.52577E-48 0.0073 surface 2007 segment: -1219 1209 1201 1205 1206 6.11254E-48 0.0079 surface 2007 segment: -1219 1209 1201 1205 -1206 1.66609E-05 0.0333 surface 2008 segment: 1219 3.68143E-45 0.0044 surface 2008 segment: -1219 -1209 9.27239E-49 0.0179 surface 2008 segment: -1219 1209 -1201 7.79188E-48 0.0086 surface 2008 segment: -1219 1209 1201 -1205 3.67878E-48 0.0083 surface 2008 segment: -1219 1209 1201 1205 1206 3.04481E-48 0.0096 surface 2008 segment: -1219 1209 1201 1205 -1206 6.11052E-06 0.0373 surface 2009 segment: 1219 2.48899E-45 0.0046 surface 2009 segment: -1219 -1209 4.58855E-49 0.0198 surface 2009 segment: -1219 1209 -1201 3.89250E-48 0.0092 surface 2009 segment: -1219 1209 1201 -1205 1.82080E-48 0.0100 surface 2009 segment: -1219 1209 1201 1205 1206 1.46823E-48 0.0107 surface 2009 segment: -1219 1209 1201 1205 -1206 2.45176E-06 0.0415
Calculation No. L-003388, Rev. 0 Attachment M (Page M141 of M147) surface 2010 segment: 1219 1.43074E-45 0.0049 surface 2010 segment: -1219 -1209 1.80967E-49 0.0302 surface 2010 segment: -1219 1209 -1201 1.58401E-48 0.0131 surface 2010 segment: -1219 1209 1201 -1205 7.20080E-49 0.0118 surface 2010 segment: -1219 1209 1201 1205 1206 5.66080E-49 0.0130 surface 2010 segment: -1219 1209 1201 1205 -1206 7.86603E-07 0.0543 surface 2011 segment: 1219 8.02150E-46 0.0052 surface 2011 segment: -1219 -1209 7.62332E-50 0.0298 surface 2011 segment: -1219 1209 -1201 6.38791E-49 0.0163 surface 2011 segment: -1219 1209 1201 -1205 2.94845E-49 0.0185 surface 2011 segment: -1219 1209 1201 1205 1206 2.23609E-49 0.0157 surface 2011 segment: -1219 1209 1201 1205 -1206 2.51420E-07 0.0688 surface 2012 segment: 1219 4.42367E-46 0.0055 surface 2012 segment: -1219 -1209 3.31868E-50 0.0457 surface 2012 segment: -1219 1209 -1201 2.63555E-49 0.0154 surface 2012 segment: -1219 1209 1201 -1205 1.19416E-49 0.0197 surface 2012 segment: -1219 1209 1201 1205 1206 8.63680E-50 0.0206 surface 2012 segment: -1219 1209 1201 1205 -1206 8.37579E-08 0.0714 surface 2013 segment: 1219 2.41340E-46 0.0061 surface 2013 segment: -1219 -1209 1.13793E-50 0.0363
Calculation No. L-003388, Rev. 0 Attachment M (Page M142 of M147) surface 2013 segment: -1219 1209 -1201 1.08518E-49 0.0189 surface 2013 segment: -1219 1209 1201 -1205 4.94570E-50 0.0325 surface 2013 segment: -1219 1209 1201 1205 1206 3.81178E-50 0.0412 surface 2013 segment: -1219 1209 1201 1205 -1206 2.95207E-08 0.0763
====================================================================================================
=======
results of 10 statistical checks for the estimated answer for the tally fluctuation chart (tfc) bin of tally 52 tfc bin --mean-- ---------relative error--------- ----variance of the variance---- --figure of merit-- -pdf-behavior behavior value decrease decrease rate value decrease decrease rate value behavior slope desired random <0.10 yes 1/sqrt(nps) <0.10 yes 1/nps constant random >3.00 observed random 0.02 yes yes 0.04 yes yes constant random 2.48 passed? yes yes yes yes yes yes yes yes yes no
====================================================================================================
=======
warning. the tally in the tally fluctuation chart bin did not pass 1 of the 10 statistical checks.
1analysis of the results in the tally fluctuation chart bin (tfc) for tally 52 with nps = 3471888 print table 160 normed average tally per history = 3.47994E-04 unnormed average tally per history = 1.04398E+03 estimated tally relative error = 0.0155 estimated variance of the variance = 0.0395 relative error from zero tallies = 0.0040 relative error from nonzero scores = 0.0150 number of nonzero history tallies = 63428 efficiency for the nonzero tallies = 0.0030 history number of largest tally = 1916113 largest unnormalized history tally = 1.14019E+08 (largest tally)/(average tally) = 1.09215E+05 (largest tally)/(avg nonzero tally)= 3.29011E+02 (confidence interval shift)/mean = 0.0012 shifted confidence interval center = 3.48416E-04 if the largest history score sampled so far were to occur on the next history, the tfc bin quantities would change as follows:
estimated quantities value at nps value at nps+1 value(nps+1)/value(nps)-1.
mean 3.47994E-04 3.58941E-04 0.031457 relative error 1.54717E-02 1.62265E-02 0.048783 variance of the variance 3.94984E-02 4.21964E-02 0.068306 shifted center 3.48416E-04 3.50847E-04 0.006979 figure of merit 3.45623E+00 3.14218E+00 -0.090864 the estimated inverse power slope of the 200 largest tallies starting at 5.99770E+06 is 2.4847 the large score tail of the empirical history score probability density function appears to have no unsampled regions.
fom = (histories/minute)*(f(x) signal-to-noise ratio)**2 = (1.742E+04)*( 1.409E-02)**2 = (1.742E+04)*(1.984E-
- 04) = 3.456E+00 1unnormed tally density for tally 52 nonzero tally mean(m) = 3.465E+05 nps = 3471888 print table 161
Calculation No. L-003388, Rev. 0 Attachment M (Page M143 of M147) abscissa ordinate log plot of tally probability density function in tally fluctuation chart bin(d=decade,slope= 2.5) tally number num den log den:d------------d-------------d-------------d-------------d-------------d----------
---d-------------d--
6.31+04 2253 8.25-09 -8.084
- l*************l*************l*************l*************l*************l********** l 7.94+04 7947 2.31-08 -7.636
- l*************l*************l*************l*************l*************l*************l**
1.00+05 8088 1.87-08 -7.729
- l*************l*************l*************l*************l*************l*************l*
1.26+05 7622 1.40-08 -7.854
- l*************l*************l*************l*************l*************l*************l 1.58+05 8187 1.19-08 -7.923
- l*************l*************l*************l*************l*************l************ l 2.00+05 6683 7.73-09 -8.112
- l*************l*************l*************l*************l*************l********* l 2.51+05 5682 5.22-09 -8.282
- l*************l*************l*************l*************l*************l******* l 3.16+05 4364 3.19-09 -8.497
- l*************l*************l*************l*************l*************l**** l 3.98+05 3379 1.96-09 -8.708 mmmmmmmmmmmmmlmmmmmmmmmmmmmlmmmmmmmmmmmmmlmmmmmmmmmmmmmlmmmmmmmmmmmmmlmmmmmmmmmmmmmlm l 5.01+05 2263 1.04-09 -8.982
- l*************l*************l*************l*************l*********** l l 6.31+05 1519 5.56-10 -9.255 *************l*************l*************l*************l*************l*******
l l 7.94+05 1026 2.98-10 -9.525 *************l*************l*************l*************l*************l****
l l 1.00+06 655 1.51-10 -9.820 *************l*************l*************l*************l*************l l l 1.26+06 663 1.22-10 -9.915 *************l*************l*************l*************l************ l l l 1.58+06 673 9.81-11 -10.009 *************l*************l*************l*************l*********** l l l 2.00+06 660 7.64-11 -10.117 *************l*************l*************l*************l********* l l l 2.51+06 536 4.93-11 -10.307 *************l*************l*************l*************l******* l l l 3.16+06 444 3.24-11 -10.489 *************l*************l*************l*************l**** l l l 3.98+06 336 1.95-11 -10.710 *************l*************l*************l*************l* l l l 5.01+06 165 7.60-12 -11.119 *************l*************l*************l********* l l l l 6.31+06 97 3.55-12 -11.450 *************l*************l*************l***** ls l l l 7.94+06 70 2.04-12 -11.691 *************l*************l*************l* sl l l l 1.00+07 49 1.13-12 -11.946 *************l*************l************ l s l l l l 1.26+07 16 2.93-13 -12.532 *************l*************l**** l s l l l l 1.58+07 16 2.33-13 -12.632 *************l*************l** l s l l l l 2.00+07 4 4.63-14 -13.334 *************l******* l l s l l l l 2.51+07 12 1.10-13 -12.957 *************l************ l ls l l l l 3.16+07 5 3.65-14 -13.438 *************l***** l s l l l l l 3.98+07 4 2.32-14 -13.634 *************l** l s l l l l l 5.01+07 3 1.38-14 -13.859 *************l l s l l l l l 6.31+07 1 3.66-15 -14.437 ***** l l s l l l l l 7.94+07 1 2.91-15 -14.537 **** l sl l l l l l 1.00+08 4 9.24-15 -14.034 *********** l s l l l l l l 1.26+08 1 1.83-15 -14.737
- l s l l l l l l total 63428 3.01-03 d------------d-------------d-------------d-------------d-------------d----------
---d-------------d--
1tally 62 nps = 3471888 tally type 2 particle flux averaged over a surface.
tally for photons number of histories used for normalizing tallies = 21054865.00
Calculation No. L-003388, Rev. 0 Attachment M (Page M144 of M147) this tally is modified by a dose function.
areas surface: 1219 segment 1 1.00000E+50 2 1.00000E+50 3 1.00000E+50 4 1.00000E+50 5 5.30000E+06 surface 1219 segment: -1205 4.17053E-45 0.0196 surface 1219 segment: 1205 1206 3.03713E-44 0.0074 surface 1219 segment: 1205 -1206 1203 7.01034E-45 0.0157 surface 1219 segment: 1205 -1206 -1203 -1202 6.96859E-45 0.0156 surface 1219 segment: 1205 -1206 -1203 1202 4.54993E+01 0.0014
====================================================================================================
=======
results of 10 statistical checks for the estimated answer for the tally fluctuation chart (tfc) bin of tally 62 tfc bin --mean-- ---------relative error--------- ----variance of the variance---- --figure of merit-- -pdf-behavior behavior value decrease decrease rate value decrease decrease rate value behavior slope desired random <0.10 yes 1/sqrt(nps) <0.10 yes 1/nps constant random >3.00 observed random 0.00 yes yes 0.00 yes yes constant random 9.82 passed? yes yes yes yes yes yes yes yes yes yes
====================================================================================================
=======
this tally meets the statistical criteria used to form confidence intervals: check the tally fluctuation chart to verify.
the results in other bins associated with this tally may not meet these statistical criteria.
estimated confidence intervals: -----
estimated asymmetric confidence interval(1,2,3 sigma): 4.5438E+01 to 4.5561E+01; 4.5376E+01 to 4.5623E+01; 4.5315E+01 to 4.5684E+01 estimated symmetric confidence interval(1,2,3 sigma): 4.5438E+01 to 4.5561E+01; 4.5376E+01 to 4.5623E+01; 4.5314E+01 to 4.5684E+01 1analysis of the results in the tally fluctuation chart bin (tfc) for tally 62 with nps = 3471888 print table 160 normed average tally per history = 4.54993E+01 unnormed average tally per history = 2.41147E+08 estimated tally relative error = 0.0014 estimated variance of the variance = 0.0000 relative error from zero tallies = 0.0005 relative error from nonzero scores = 0.0013 number of nonzero history tallies = 3445451 efficiency for the nonzero tallies = 0.1636 history number of largest tally = 769241 largest unnormalized history tally = 1.98498E+11 (largest tally)/(average tally) = 8.23144E+02 (largest tally)/(avg nonzero tally)= 1.34701E+02 (confidence interval shift)/mean = 0.0000 shifted confidence interval center = 4.54995E+01
Calculation No. L-003388, Rev. 0 Attachment M (Page M145 of M147) if the largest history score sampled so far were to occur on the next history, the tfc bin quantities would change as follows:
estimated quantities value at nps value at nps+1 value(nps+1)/value(nps)-1.
mean 4.54993E+01 4.55101E+01 0.000237 relative error 1.35483E-03 1.26350E-03 -0.067416 variance of the variance 3.54975E-05 4.30057E-05 0.211512 shifted center 4.54995E+01 4.55005E+01 0.000021 figure of merit 4.50722E+02 5.18243E+02 0.149805 the estimated inverse power slope of the 198 largest tallies starting at 7.33843E+10 is 9.8181 the history score probability density function appears to have an unsampled region at the largest history scores:
please examine. see print table 161.
fom = (histories/minute)*(f(x) signal-to-noise ratio)**2 = (1.742E+04)*( 1.609E-01)**2 = (1.742E+04)*(2.587E-
- 02) = 4.507E+02 1status of the statistical checks used to form confidence intervals for the mean for each tally bin tally result of statistical checks for the tfc bin (the first check not passed is listed) and error magnitude check for all bins 2 passed the 10 statistical checks for the tally fluctuation chart bin result passed all bin error check: 1 tally bins all have relative errors less than 0.10 with no zero bins 12 missed 2 of 10 tfc bin checks: the relative error exceeds the recommended value of 0.1 for nonpoint detector tallies missed all bin error check: 16 tally bins had 0 bins with zeros and 1 bins with relative errors exceeding 0.10 22 missed 1 of 10 tfc bin checks: the slope of decrease of largest tallies is less than the minimum acceptable value of 3.0 passed all bin error check: 22 tally bins all have relative errors less than 0.10 with no zero bins 32 passed the 10 statistical checks for the tally fluctuation chart bin result passed all bin error check: 5 tally bins had 1 bins with zeros and 0 bins with relative errors exceeding 0.10 42 missed 7 of 10 tfc bin checks: the relative error does not monotonically decrease over the last half of the problem missed all bin error check: 66 tally bins had 0 bins with zeros and 1 bins with relative errors exceeding 0.10 52 missed 1 of 10 tfc bin checks: the slope of decrease of largest tallies is less than the minimum acceptable value of 3.0 passed all bin error check: 66 tally bins all have relative errors less than 0.10 with no zero bins 62 passed the 10 statistical checks for the tally fluctuation chart bin result passed all bin error check: 5 tally bins all have relative errors less than 0.10 with no zero bins the 10 statistical checks are only for the tally fluctuation chart bin and do not apply to other tally bins.
the tally bins with zeros may or may not be correct: compare the source, cutoffs, multipliers, et cetera with the tally bins.
warning. 4 of the 7 tally fluctuation chart bins did not pass all 10 statistical checks.
warning. 2 of the 7 tallies had bins with relative errors greater than recommended.
1tally fluctuation charts tally 2 tally 12 tally 22 nps mean error vov slope fom mean error vov slope fom mean error vov slope fom 256000 1.6070E-01 0.0214 0.0092 10.0 24 6.2474E-09 0.7153 0.5446 0.0 2.1E-02 1.3390E-46 0.0360 0.0733 2.9 8.4E+00 512000 1.6026E-01 0.0166 0.0144 8.9 20 3.1275E-09 0.7153 0.5446 0.0 1.1E-02 1.3871E-46 0.0320 0.0753 2.4 5.3E+00 768000 1.5605E-01 0.0131 0.0089 8.6 21 3.7694E-09 0.4879 0.3027 0.0 1.5E-02 1.3618E-46 0.0257 0.0532 2.1 5.6E+00 1024000 1.5518E-01 0.0115 0.0065 7.6 21 2.9087E-09 0.4746 0.3005 0.0 1.2E-02 1.3809E-46 0.0313 0.3040 2.2 2.8E+00 1280000 1.5517E-01 0.0107 0.0080 5.6 20 3.1098E-09 0.3776 0.2428 0.0 1.6E-02 1.3561E-46 0.0264 0.2646 2.1 3.2E+00
Calculation No. L-003388, Rev. 0 Attachment M (Page M146 of M147) 1536000 1.5429E-01 0.0098 0.0079 4.8 20 2.9643E-09 0.3395 0.2178 0.0 1.6E-02 1.3573E-46 0.0239 0.1964 2.0 3.3E+00 1792000 1.5412E-01 0.0089 0.0064 5.1 20 2.5805E-09 0.3347 0.2170 0.0 1.4E-02 1.3551E-46 0.0212 0.1735 2.1 3.6E+00 2048000 1.5421E-01 0.0082 0.0053 5.1 21 2.6395E-09 0.2973 0.1899 0.0 1.6E-02 1.3404E-46 0.0190 0.1640 2.3 3.9E+00 2304000 1.5486E-01 0.0077 0.0044 4.5 21 3.1150E-09 0.2624 0.1390 0.0 1.8E-02 1.3364E-46 0.0173 0.1518 2.5 4.2E+00 2560000 1.5525E-01 0.0073 0.0037 5.9 21 3.2684E-09 0.2366 0.1165 0.0 2.0E-02 1.3528E-46 0.0179 0.1196 2.3 3.5E+00 2816000 1.5466E-01 0.0069 0.0032 6.6 21 3.2131E-09 0.2294 0.1045 0.0 1.9E-02 1.3468E-46 0.0166 0.1119 2.3 3.7E+00 3072000 1.5440E-01 0.0066 0.0030 5.8 21 3.2926E-09 0.2145 0.0920 0.0 2.0E-02 1.3406E-46 0.0154 0.1077 2.2 3.9E+00 3328000 1.5423E-01 0.0064 0.0028 4.7 21 3.4988E-09 0.2019 0.0776 0.0 2.1E-02 1.3559E-46 0.0167 0.0918 2.3 3.1E+00 3471888 1.5433E-01 0.0063 0.0029 4.3 21 3.4613E-09 0.1967 0.0760 0.0 2.1E-02 1.3578E-46 0.0171 0.0843 2.2 2.8E+00 tally 32 tally 42 tally 52 nps mean error vov slope fom mean error vov slope fom mean error vov slope fom 256000 7.4555E-04 0.1173 0.0909 10.0 7.9E-01 4.3235E-04 0.0428 0.0516 3.5 6.0E+00 3.3411E-04 0.0463 0.0992 4.0 5.1E+00 512000 6.9438E-04 0.0792 0.0607 8.3 8.7E-01 4.3543E-04 0.0318 0.0311 2.8 5.4E+00 3.5466E-04 0.0328 0.0448 2.8 5.1E+00 768000 6.8125E-04 0.0668 0.0604 5.5 8.2E-01 4.2608E-04 0.0258 0.0237 2.3 5.5E+00 3.5160E-04 0.0270 0.0416 2.6 5.0E+00 1024000 6.9033E-04 0.0637 0.1052 4.6 6.8E-01 4.2975E-04 0.0220 0.0160 2.6 5.7E+00 3.4995E-04 0.0230 0.0296 2.5 5.2E+00 1280000 6.5104E-04 0.0557 0.0933 4.4 7.2E-01 4.3245E-04 0.0196 0.0133 2.8 5.8E+00 3.4494E-04 0.0198 0.0239 2.5 5.7E+00 1536000 6.5064E-04 0.0493 0.0752 4.4 7.6E-01 4.3238E-04 0.0186 0.0197 2.9 5.4E+00 3.4183E-04 0.0176 0.0195 3.0 6.0E+00 1792000 6.5319E-04 0.0483 0.0750 3.8 6.8E-01 4.3334E-04 0.0170 0.0161 3.1 5.5E+00 3.4126E-04 0.0175 0.0460 2.8 5.2E+00 2048000 6.5079E-04 0.0449 0.0627 3.7 6.9E-01 4.2910E-04 0.0157 0.0140 3.5 5.7E+00 3.4522E-04 0.0187 0.0729 2.7 4.0E+00 2304000 6.5476E-04 0.0421 0.0513 3.3 7.0E-01 4.2861E-04 0.0147 0.0121 3.7 5.8E+00 3.4555E-04 0.0184 0.0657 2.5 3.7E+00 2560000 6.5385E-04 0.0406 0.0430 3.3 6.8E-01 4.3226E-04 0.0144 0.0114 3.7 5.4E+00 3.4662E-04 0.0180 0.0570 2.5 3.4E+00 2816000 6.5345E-04 0.0383 0.0377 3.3 6.9E-01 4.3154E-04 0.0136 0.0101 3.9 5.5E+00 3.4724E-04 0.0168 0.0517 2.5 3.6E+00 3072000 6.5392E-04 0.0367 0.0327 3.4 6.9E-01 4.3277E-04 0.0129 0.0088 3.8 5.6E+00 3.5000E-04 0.0170 0.0436 2.4 3.3E+00 3328000 6.4863E-04 0.0354 0.0297 3.4 6.9E-01 4.4112E-04 0.0161 0.1640 2.9 3.3E+00 3.4869E-04 0.0160 0.0408 2.5 3.4E+00 3471888 6.4381E-04 0.0345 0.0286 3.2 7.0E-01 4.4194E-04 0.0160 0.1452 3.0 3.2E+00 3.4799E-04 0.0155 0.0395 2.5 3.5E+00 tally 62 nps mean error vov slope fom 256000 4.5521E+01 0.0050 0.0005 10.0 441 512000 4.5736E+01 0.0035 0.0002 10.0 440 768000 4.5649E+01 0.0029 0.0002 10.0 441 1024000 4.5661E+01 0.0025 0.0001 8.2 444 1280000 4.5587E+01 0.0022 0.0001 7.2 447 1536000 4.5598E+01 0.0020 0.0001 8.6 447 1792000 4.5584E+01 0.0019 0.0001 8.2 448 2048000 4.5569E+01 0.0018 0.0001 8.6 448 2304000 4.5578E+01 0.0017 0.0001 8.7 448 2560000 4.5585E+01 0.0016 0.0000 8.2 448 2816000 4.5572E+01 0.0015 0.0000 10.0 448 3072000 4.5547E+01 0.0014 0.0000 8.8 449 3328000 4.5499E+01 0.0014 0.0000 9.4 450 3471888 4.5499E+01 0.0014 0.0000 9.8 451 dump no. 22 on file runtpe nps = 3471888 coll = 5191353148 ctm = 1208.70 nrn =
64575546929 21 warning messages so far.
Calculation No. L-003388, Rev. 0 Attachment M (Page M147 of M147) run terminated when it had used 0 minutes of computer time.
computer time = 1208.77 minutes mcnp version 5 11112005 06/25/09 07:13:47 probid = 06/24/09 11:02:50