ML20199J741

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Rev 6 to Users Guide for Vectora CL-200 Polyethylene High Integrity Containers
ML20199J741
Person / Time
Site: Big Rock Point File:Consumers Energy icon.png
Issue date: 10/03/1995
From: Atchley P
VECTRA TECHNOLOGIES, INC.
To:
Shared Package
ML20199J734 List:
References
OM-16-WS, SN-030-003-NS, SN-30-3-NS, NUDOCS 9711280216
Download: ML20199J741 (39)
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Text

{{#Wiki_filter:_ Appendix B l l Users Guide for the Vectora CL-200 Polyethylene High Integrity Containers 1 i F PM l ~__

V VECTRA USER'S GUIDE FOR TIIE VECTRA CL 200 POLYETIIYLENE IIIGII INTEGRITY CONTAINERS CO N TRO _ ED OM 16 WS Revision: 6 Effective Date: 10[3/95~ Essential Related VECTRA Documents The following related VECTRA Document (s) contain operations or information essential to performance of instructions herein and must be issued in conjunction with this document:

1. DiiEC. HIC PL-012 C of C 2, 418.WS 3, it.19.WS 4.

b, khd. Ida/Qs Prepared By (l Date ' .AJ-- L f& tolehr Engineering Date ll Ylummo, xJ /olt)c.1" Custome Service Date /hd Aje [ A Qualliy AssuraKcc Date / ' W L f0L. iof3/w Other Licensing Date n; O, bbbot-0 3 IQb' Document Control ( Date VECitA Technologies, Inc. One HorWon Woy, $wite 2o9 Columbio. SC 29212 3 A08 Tel:(803) 7814426 Fox: (803) 7819316

RECORD OF REYlSIONS xedure No, OM 16 WS Preparation Date 10/02/95 TITLE: User's Guide for the VECTRA CL 200 Polyethylene High Integrity Containers REV DESCRIPTION PAGE(S) DATE SIGNATURE AFFECTED 05 See illstory File 6 Revised to update to VECTRA format. All 10/3/96i k C,Old i

OM.16.WS, Rev. 6 October 2,199$ TABLE OF CONTENTS r 1.0 PURPOSE AND SCOPE

2.0 REFERENCES

3.0 DEMNITIONS 4.0 RESPONS!BILITIES 5.0 PRECALTrlONS/ PREREQUISITES 6.0 PROCEDURE. CROSSLINKED POLYImiYLENE USE AND OPERATIONS APPENDIX A ATTACIIMEbfr 1 ATTACHMENT 2 ATTACHMENT 3 11 e v,yn. ,m-,-- ,-.-rw-. .-e-. ., _..-. - -.,--ey4-.-..

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oM.16 ws, ksr. 6 october 2,1Ms 1.0 PURPOSE AND SCOPE This document delineates the proper use and operation of the VECTRA Crosslinked Polyethylene liigh Integrity Container, it does not include a description of the operation of any internally installed process equipment, but rather sets limits regarding their use.

2.0 REFERENCES

t 2.1 Entineering Properties of Marlex Resins, TSM 243, Technical Memorandum, Phillips Chemical Company. 2.2 G. E. Carrow Cross Linkable Polyethylene. The Proven Plastle for Handline Corrosive Chemicals Paper 252, Corrosion '82. I 2.3 Title 10, Part 61, Code of Federal Regulations. 2.4 Title 49 Part 173, Code cf Federal Regulations. 3.0 DEFINITIONS "Not Applicable" 4.0 RESPONSIBILITIES "Not Applicable" 5.0 PRECAUTIONS / PREREQUISITES "Not Applicable" ti.0 PROCEDURE CROSSLINKED POLYETHYLENE USE AND OPERATIONS 6.1

  • Ihe VECTRA Crosslinked Polyethylene High Integrity Container is designed for use as a burial container for class B and C wastes (as defined in 10 CFR 61) at the Barnwell, South Carolina disposal site. The container may be allowed for use at an alternate disposal site which may implement additional requirements that must be met before use is granted. Contact the attemate disposal site for specific requirements.

6.1.1 The user must be certified as a user per Attachment 1, which must be on file with the State of South Carolina prior to use. The requirements of this step must still be met if the container is destined for an auternate disposal ( 1 of 7

_..- __ ~ _ _ _ _.. _ _. - _ _ _ _. _ _. _ _ _ _ _. _. _ _ _ _ _ OM.16.WS, Reo. 6 October 2,1995 NOTE: "The user is required to ensure that operadonal requirements are in effect to control the storage and use of this container. 'This procedure may be used directly or as a reference to the end user's procedure. 6.2 - Storage 6.2.1 VECTRA Crosslinked Polyethylene Containers must be stored upright with the black plasde wrapping kept on the containers undl just prior to use. The wrapping may be removed if the containers are to be stored indoors prior to use in no case shall a container be used that has received more than 1 year of ultraviolet exposure. 6.2.2 The empty containers may be handled using the lifting sling or lift ring assembly cables, as appropriate, or by forklift, provided the containers are placed on a suitable pallet. Once the container is loaded, the package must be handled only by the lifdng sling or lift ring assembly cables, as appropriate. 6.2.3 The storage area should be kept free from gravel, trash or other debris capable of damaging the package. The chemicals listed in Appendix A shall not be allowed to contact the Polyethylene while the container is being handled or is n storage. 6.2.4 The empty cor. tainers may be stacked 3 high. Appropriate measures should be taken to prevent toppling of the stacks for safety considerations. In proportion to their size, the empty containers are light weight and winds could cause toppling. 6.3 Operation 6.3.1 The black plastic wrapping shall be removed prior to any loading operations. 6.3.2 The package shall be carefully examined prior to loading to verify that no gouges or other damage has occurred during handling or storage of the container. Scaling surfaces shall be examined to be free from scratches, gouges or other surface blemishes. 6.3.3 Prior to loading, the lifting harness and sling shall be carefully examined for proper placement of straps. If the container is equipped with the lift ring assembly, verify the placement of the steel straps and ensure that the lift cables are not frayed. 'I s 2 of 7 k e-,e n,..--p,- r- -w-,,-..e..,,m,--,ne,,,.e- ~a ,,w-,.w-,.n-- e, ,,en..,-v.a._,-,--- ,n ,e,, - -n,s.,,,,-e--g e.-w w-e n ,e-s..--e.--w +r ,r--, ems,-.ev.-

OM.16.ws, bi. s % w 2,sps 6.3.4 If the container is to be loaded within a process shield or shipping cask, care shall be taken to ensure sraooth entry and removal from the shield or Cask. 6.3.5 The container may be loaded per the requirements of applicable regulations for on site safety as well as burial of low level radioactive waste. De temperature of the container may not exceed 170*F during or following loading. t 6.3.6 De chemicals listed in Appendix A are not pennitted in the container. Small amounts of these chemicals present in the waste to be disposed of shall be reported to VECTRA prior to use to determine compatibility per the requirements of the state of South Carolina and 10 CFR 61. 6.3.7 Care shall be taken to ensure that the total gross weight of the container is below the max gross weight indicated on the side of the container. 6.3.8 If liquids are introduced into the container, the contents shall be dewatered to less than 1% free liquid by volume following loading. 6.3.9 Install the gasket, seal lid and the closure lid. Tighten lid to a minimum of 50 ft.lbs. 6.3.10 After completion of Steps 6.3.1 through 6.3.9, the container will be ready for shipment to the disposal site. Prior to shipping, the shipper shall certify that the V! JrRA Polyethylene HIC has been used according to the State of South Carolina certificate of compliance. Complete appropriate Attachment (2 or 3), depending upon disposal site chosen. 6.3.11 At the disposal site the container may be lifted by the lifting sling and placed into the burial trench. De sling may be released after the container har. been placed in its final position for burial. 4 3 of 7 ,4_.. .,.-.,.--.w- .r., m, ~ ...,..,.,-...,,,-_.,,__m,,....-.,:.-,y_,...m-..,r,-..-,,,,,y ..,-m.-. e-

OM 16 WS. Rev. 6 October 2. IM5 APPENDIX A MATERIALS NOT COMPATIBLE WITH CLPE Allphatic Hydrocarbcns (hexane, octane, Gasoline hexene, octene, etc.) Acetone Iodine Arnyt Acetate Amyl Chloride Methyl Brornide Aniline Methyl Chloride Aqua Regia Methyl Ethyl Ketone.(MEK) Methylene Chloride Benzene Moist Chlorine Gas Bromine Liquid Dutane Nitric Acid (50 % weight concentration) Camphor Oil Carbon Disulfide Organic Peroxides Carbon Tetrachloride Octyl Cresol Chlorine Liquid Oleic Acid Moist Chlorine Ghs Oleum Chlorobenrene Chloroform Pentane Chlorosulfonic Acid Petroleum Ether Chromic /Sulfuri: Acid Phenol Cyclohexanone Propane Propylene Dichloride Dibutyl Phthalate Dimethylamine Sulfuric Acid (60 % weight Diesel Fuel concentration) Ethyl Acetate Tetrahydrofuran Ethyl Butyrate Tetralin Ethyl Chloride Titanium Tetrachloride Ethyl Ether Toluene Ethylene Chloride Trichloroethylene Ethylene Chlorohydrin Turpentine Ethylene Dichloride Xylene Fluorine Furfural Furfuryl Alcohol Fuel Oil i 4 of 7

oM.ts.ws, nn. 6 ockber 1,1995 ATTACHMENT 1 USER CERTIFICATE t VECTRA hereby authorizes . herein after refwed to as USER, to utilize the VECTRA Polyethylene High Integrity Container for disposal for low level radioactive waste. . USER agrees to comply with the South Carolina Department of Health and Environmental Controls Bureau of Radiological Health, Certificate of Compliance No. DHEC HIC PL 012 and all amendments thereto. USER also agrees to comply with all requirements delineated in VEC1'RA Procedure OM 16 WS, as well as all revisions and amendments thereto. USER hereby certifies that its use of such containers as referenced above has complied with all applicable regulations and procedures as referenced above. COMPANY: TITLE: DATE: 7 \\.- S of 7 ~ _ _. _, - _ _ _

t OM.16.WS, Rey. 6 October 2, IM8 ATTACHMENT 2 1 BARNWELL DISPOSAL i Certification Stat: ment for Disposal of VECTRA Inc. Folyethylene Container. For the VECTRA Polyethylene High Integrity Container to be disposed of at Chem Nuclear's Barnwell, South Carolina Low Level Radioactive Waste Burial Facility and identified by Serial No. ( ), Company - hereby certifies that j its use of such containers has complied with the certain South Carolina Department of Health and Environmental Controls Bureau of RaGlogical Health Cenificate of Compliance No. DHEC HIC PL 012 and all amendments thereto. j - Company: By: i i

Title:

Dated: I t h 4 I 4 I I k, 6 of 7 ~ vWmy'wwye v-yg w'= cv'- -w-re w t---s1 i'r yep--nF-- --f-v== rag .gr v-w upvp p e'v -r T.-y y w-se' g9 y +g e iw wuiwgyw v

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I r OM.16 WS, Rev. 6 O(loter1,1995 I A'ITACHMENT 3 HANFORD DISPOSAL Certificadon Statement for Disposal of VECTRA Inc. Polyethylene Container. 4 For the VECTRA Polyethylene High Integrity Container to be disposed of at U.S. Ecology's Richland (Hanford), Washington Low Level Radioactive Waste Burial Facility and identified by Serial No. I ), Company . bereby certifies that its use of such containers has complied with the certain South Carolina Department of Health and Environmental Controls Bureau of Radiological-Health certificate of Compliance No. DHEC HIC PL-012 and all amendments thereto. Company:. By:

Title:

Dated: 4-i 7 of 7 .,. n .,....___.....-..,.___.,.__.,_-.__w

i Appendix C [ 1 ( I U s P J Teledyne Brown Engineering Environmental Services " Report of Analysis" 7/21/95 i 9 W T 1 i I, f i S m w w w P~-w f ,-y-v -gwe --w y-new gyIy = w e t-mw-,e cr ewmws,n--ywe,-,mr1,3-wey.,wr-e,,nww,y-w.es-,ee--+-ney_--m-wwv,-mm-y w-- we v 5,e w m m ry,w -

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Appendix D Exposure Due to Release of' Resin Cloud to Environnients

i-4 AppemhxD l Exposure due to Ren ese of Resrt Cloud to Environments e i ' I i Total Activity cf Fraction Dose Corrsk,- [ g A:tmty weight of nuclide in released Factor PAG Table Exposure j i - Nucl& p uCilg the resin the HlC from HIC 5.1 (rem) ( 10CF M U l (g) (uCi) (uCi) rem /uCi cm3Mr i lAg-110m 1.78E-03 4.97E+06i 8.84E+03! 1.00E-02) 8 84E+01! 9.80E+04! 1 "C-i.$ ' l l lAm-241 4.52E-03 4.97E+06l 224E+04! 1.00E-03! 2.24E+01! 5.3ns:Q 2.14E-03! 'Ba-140 4 00E-017 4 97E+06I 1.99E+06 1.00E42! 1.99E+04; 5.30E+03! 1.90E-05! .C-14 3 20E-03) 4 97E+06l 1.59E+04 1.00E-02i 1.%+02; 2.50E+03! t 7.15E-081 t Ce-141 6.00E-02 4.97E+06 2.96E+05 1.0(E-02 2.98E+03 ' 1.10E+04; 5.90E-06! Ce-144 1.00E-01 ' 4.97E+06 4.97E+05} 1.00E-02. 4.97E+03, 4.50E+05i 4.02E-04l [ Cm-242 l_6.00E-06 4.97E+06! 2.98E+011 1.00E-03l 2.98E-02i 2.10E+07[ 1.13E-07{ j Cm-244 9.83E-02i 4 97E+06! 4.89E+ts5l 1.00E-03l 4 88E+021 3 00E+08l 2.64E-02i j Co-58 8 91E-02 4 97E+06l 4.42E+05l 1.00E-02; 4 42E+03; 1.70F+04l 1.35E-05j ~ ~ ~ b l iCo-60 1.78E-01 4 97E+06! 8 84E+05 1.00E-03T584E+02{ 2EE+05! 4.30E-05i Cr-51 4 00E-01 4 97E+06j 1.99E+06 1.00E-32l 1.99E+04] _ 5.50E+02l 1.97E-06l Cs-134 3.25E-01! 4.97E+06! 1.61E+06! 1.00E-02 1.61E+04l 6.30E+04 1.83E-G4! i 1 i _ lCs-137 3.64E+00 4.97E+06! 1.81E+071 1.00E-02l 1.81E+05l 4.10E+04: 1.33E-03; ^ jFe-55 1.78E-01 4 97E+06 c.84E+05l 1.00E-02} 8.84E+03! 3.20E+03I 5.09E-06: i !Fe-59 1.78E-03 4.97E+06 8.84E+03i 1.00E-021 8 84E+0il 2.30E+0i4[3.66E-07! ~ f I ~ 4 97E+06! 9.93E+03l 5.00E-01 4.97E+03 7.70E+01l 6.88E-08; H-3 2.00E-03 l-129 3.00E-04 497E+06l 1.49E+03! 5.00E-G1 7.45E+02; 2.10E+05! i 1-131 3.00E-01 ' 4 97E+06j 149E+06f 5 00E-Oii 7.45E+CS) 5.30E+04I [2.82E-05! f 7.11E-03! _ La-140 5 00E-02 4.97E+061 2.48E+05j 1.00E-02) 2.48E+03! 1.10E+04[ 4.92E-06! I I jMn-54 8.38E-01 4 97E+06! 4.16E+061_ 1.00E-02j 4.16E+04; 1.20E+04C8 99E-05l jMo-99 2 00E+01 4.97E+06l 9.93E+0_71 1.00E-02j 9 93E+05, 5 20E+03{ 9.30E-04i l _.iNb-94 3 M E-02 _4 97E+0161.49E+05! 1.00E-02{1.49E+03: 5 00E+05{ 1.34E-04L l i J b-95 3.00E-02 4.97E+061 1.49E+05! 1.00E-021 1.49E+03, 1.00E+04p 2.68E_-06] N !Ni-59 7.40E.03, 4.97E+06 3 67E+04! 1.00E-02 3.67E+02: 3.20E+03 2.12E-07! lNi-63 1.10E+006 4.97E+06 5.46E+06 1.00E-02 5.46E+04[, 7.60E433! 7.47E-05i 1 i hp-237 5.00E-02 4.97E+06 2.48E+05-1.00E-03 2.48E+02y 6.50E+06l 2.91E-02l 4 ,P-32 1.00E-03 4.97E+06 4.97E+03 5.00E-01 2.48E+03{ 1.90E+04, 8.49E-06i Pu-238 1.09E-03 4.97E+06 5 41E+031 1.00E-03 5.41E+00 4.70E+08l 4.58E-04j Pu-239 6.11E-03 4.97E+06 3.03E+04 1.00E-03 3.03E+01! 5.20E+08! 2.84E-03l Pu-241 3.45E-01 4.97E+06 1.71 E+06 1.00E-03 1.71E+03! 9.90E+051 3.05E-03!

Appenda D Egosure due to Release of Resin Cloud to Environments Total Activity of - Fraction Dose Coriversion Reie m Actiwty weight of nuchde in p released Factor PAG Table Enosure Comments L.C1/g Pm resin the HIC ( } 8 10CFR30~72 (g) (uCs) (uCi) rem /uCi cm3/hr -{Ra-226 5.00E-01! 4 97E+06! 2.4SE+06i-1.00E-03! 2.48E+03^ 1.00E+07l 4.47E-03! Ru-103 5.00E-021 4.97E+06i 2.48E+05I~ 1.00E-02l 2.48E+03 1.30E+04l 5.81E-06I Ru-106 3.00E-01(4 97E+06L 1.49E+06[ 1.00E-02! 1.49E+04' 5.70E+05! 1.53E-03! JSb-124 3.00E-02{ 4 97E+06; 1.49E+05! 1.00E-02r 1.49E+03 3 80E+04! 1.02E-05! Sb-125 9.00E-02 ' 4.97E+06! 4.47E+05! 1.00E-02l 4.47E+03[ 3.80E+041 3 06E-05! Sr-89 2.80E-02 4 5;'.':.+016 139E+05 1.00E-02l 1.39E+03L 5.00E+04! 1.25E-05 ~ Sr-90 2SOE-02: 4.97E+06 1.44E+05 1.00E-02 1.44E+03; 1.60E+06! 4.15E-041 Tc-99 6 00E-04 4.97E+06 2 98E403 1.00E-02 2.98E+01. 1.00E+04] 5.36E 08! Th-228 4.00E-02 4.97E+06 1.99E+05 1.00E-03 1.99E+02; 4.10E+08l 1.47E-02j U-234 7 00E-06 4 97E+06 3.48E+01 1.00E-03 3.48E-02 1.60E+08l 1.00E-06i 3 U-235 7'.00E-06 4.97E+06 3.48E+01 1.00E-03 3.48E-021 1.50E+08i 9.39E-Ofi U-238 7.00E-06 4 97E+06 3.48E+01 1.00E-03 3.48E-02: 1.40E+08l 8.76E-07l Zn-65 1.84E-01 4.97E+06 9.14E+05, 1.00E-02 9.14E+03' 2.70E+04J 4.44E-051 _lZr-95 7.00E-02 4 97E+06 3.48E+051 1.,00E-0273.48E+03i 2.00E-061 1.25E-15 l MM er he-

Total Activity (uCi) 1.47E +08!

l Total Enosure TEDE (rem) 9.55E-02ll I I I 3 00E-04f 4.97E+06 1.49E+03 5.00E-01 7.45E+02I 6.90E+06i 9.25E-04 r l .'9 1-101 - -3.00E-01) 4.97E+06" 1.49E+06. 5.00E-01 7.45E+05E 1.30E+06! 1.74E-011 g i l Total Acimty (uCi) 1.49E+06l l Total Eposure CDE (rem) 1.75E-01l i i I i i i i

1) Density of the resin is 1.45 g/cc, total volume of the HIC is =

3.42E+06 Cm3 The HIC is 64 inch diameter, 65 inch in height

2) X/Q=6 48E-4 Sec/m3=

1.80E-13 hr/cm3

ATTACHMENT 2 CONSUMERS ENERGY COMPANY BIG ROCK POINT PLANT DOCKET 50-155 Shine From Dry Pool Analysis f t

= -_- - _'NRC-Requested Analysis: Shine from Dry Pool PURPOSE This document evaluates the exposure from the spent fuel pool at Big Rock Point closest site boundary (US Highway 31 at 805 meters distance), for the hypothetical case of loss of spent fuel - pool coolant. SYSTEM DESCRIPTION There are a total of 441 bundles of fuel in the spent fuel pool The dimensions of a bundle are 15.24 Cm (6") by 15.24 Cm (6") with an active fuel length of 177.8 Cm (70"). Weight is approximately 2,2SES gram (500 lb.) per bundle. The bundles are approximately e r distributed within the storage area. Decay time for 84 bundles (latest group remov, reactor)is taken 93 days, which is the time after shutdown at which an emergenr A exemption from certain offsite response requitiments has been requested The re-W 357 bundles were conservatively assumed to have decayed 458 days (one year plus 9 x A9 v the 357 bundles actually have decayed longer than 458 days - some as long as 13 pa

me time of this calculation.

The spent fuel poolliner is made of stainless steel, with a dimension of 7,925E2 Cm (26 feet) long, by 6.096E2 Cm (20 feet) wide by 9.449E2 Cm (31 feet) deep, witn thickness of 1.905 Cm (0.187 inch). The bottom of the liner is 2.54 Cm (one inch) of lead followed by 15.24 Cm (6 inches) of concrete. The liner is surrounded by concrete, with a minimum thickness of 1,067E2 Cm (3.5 feet) on the north side of the pool. The spent fuel and all the reactor com%nent are located inside of a steel sphere with a radius of 2000 Cm (65.6 feet), with the thickn#+ of 1.9 Cm (0.75 inch) on the bottom half, and 1.27 Cm (0.5 inch) on the top half. The spent ruel pool is centrally located within the sphere. EXPOSURE EVALUATION - Evaluation was performed for the exposure of the public at the site boundary due to shine from the fuelin the unlikely event that water shielding were lost. For purposes of the calculation using the progra n MicroSkyshine pove Engineering), radionuclides present in the fuel were uniformly distributed six feet above the Dor of the fuel poolin a layer of uranium matnx 0.118 meters thick. This layer accounts for the total weight of the fuel bundles stored in the pool, and conservatively spreads the radioactivity (1.1E+08 Ci represented by 26 major nuclides) in the thinnest layer possible so as to minimize self-shielding. Various other geometries for the fue! mass were modeled. This thin slab model was chosen because it provided the most conservative (highest) offsite dose results. Input and output data for MicroSkyshine are provided in Appendix A Direct exposure through the thinnest wall of the pool also was calculated, and is provided in Appendix 8. In addition, scatter from the containment sphere itself was evaluated and found to be negligible compared to air scatter due to the long path length through steel which a 90 degree scattered photon must take to reach the site boundary.

s a i CONCLUSION Calculations indicate that dose rate at the closest site boundary (US Highway 31)is 0.046 mrem /hr. Technbal Specifications proposed for the period in which fuel resides in the spent fuel pool require that fuel pool makeup be available within 24 hours of makeup loss. The integral dose over this interval would be 1.10 mrem (0.0011 rem) at the closest site boundary. This dose is well below the PAG of 1 reni REFERENCES 1-Bechtel Drawing 0740G20142 Rev A 2-Bechtel Drawing 0740G20143 Rev A 3-Bechtel Drawing 0740G40103 Rev F 4 Bechtel Drawing 0740G20142 Rev A

5. Bechtel Drawing 0740G40102 Rev D G-Bechtel Drawing 0740G40102 Rev D 7-MicroSkyshine computer code, Grove Engineering Inc. Rockville. MD

MicroSkyshinn

=

(Consumers Energy - 1.17-00008) Page: 1 File Ref: File: NEDO2. SKY Date: /___/ j Run: 5:14 p.m. By:

November 17, 1997 Checked:

i CASE: Exposure due to spent fuel shine for even distrubution GEOMETRY: Rectangular solid sourca behind a wall DIMENSIONS (meters): Distance between wall and detector........... X 20. Depth of source behind wall.................. Y 20. Offset of detector........................... Z 0. Depth of dose point.......................... H 2.74 Distance between far source and wall......... R1 0 5' Distance between near source edge and wall... R2 0 01 Thickness of cover slab...................... T1

0. 019 c;0 Thickness of second shield...................

T2 0. Length of source............................. L 7.644 Width of source.............................. W 5.88 Depth of source.............................. D 0.118 INTEGRATION PARAMETERS: Number of Length Segments.....................M S Number of Width. Segments............ .........N 5 Number of Vertical Segments...................C 5 Quadrature Order............................ 4 MATERIAL DENSITIES (g/cc): Ambient air:.0012 Material Cover Slab Lower Shield Volume Source Air Water Concrete Iron 7.86 Lead Zirconium Urania 11.0 f Buildup factor based on: IRON.

Appendix A Shine Exposure Due to the Lost of Spent Fuel Pool Coolant

_ - ~- .. ~. Paga 2 -CAS3: Exposure duo to spant fuel shino for even distrubution SOURCE NUCLIDES:- Nuclide Curies Nuclide Curies Ba-137m .4.1100e+06 Ce-141 1.6300e+06 Ce-144 1.8500e+07 Cs-134 1.7400e+06 Cs-137 4.3900e+06 Eu-155 1.4400e+06 I-131 2.3500e+03 Kr-85 3.5300e+05 La-140 5.84000+04 Nb-95 7.4900e+06 Hb-95m 9.5600e+04 Pm-147 6.5900e+06 Pr-143 9.7000e+04 Pr-144

1. 8500e+07 Rh-103m 1.9000e+06 Rh-106 1.2000e+07 Ru-103 1.9400e+06 Ru-106 1.2000e+07 Sb-125 2.4800e+05 Sr-89 1.5600e+06 Sr-90 3.0300e+06 Te-127 9.1700e+04 Te-127m 9.2100e+04 Y-90 3.0300e+06 Y-91 2.6400e+06 Zr-95 4.5000e+06 RESULTS OF SENSITIVITY STUDY ON DIMENSION X - REFERENCE CASE:

Reference case value: 20 Group Energy Activity Dose point Dose rate (mev) (photons /sec) rads / photon (mr/hr) 1 2.19 5.391e+15 4.658e-21 1.036e+02 2 1.46 9.346e+15 4.337e-21 1.672e+02 3 1.08 1.168e+16 4.141e-21 1.995e+02 4 .77 5.048e+17 2.353e-21 4.898e+03 5 .64 2.797e+17 1.865e-21 2.150e+03 6 .50 1.616e+17 9.223e-22 6.145e+02 7 .32 7.747e+14 3.717e-23 1.187e-01 8 .24 9.637e+14 2.408e-25 9.568e-04 9 .15 2.985e+16 4.671e-35 5.750e-12 10 .13 8.499e+16 2.632e-34 9.225e-11 11 12 13 14 15 16 17 .18 19 20 TOTALS: 1.089e+18 8.133e+03' .~

\\ Pcgo 3 RESULTS FOR SENSITIVITY ITERATION 1 OF 10 (DIMENSION X = 20): Group Energy Activity Dose point Dose rate (mov) (photons /sec) rads / photon (mr/hr) 1 2.19 5.391e+15 4.658e-21 1.036e+02 2 1.46 9.346e+15 4.337e-21 1.672e+02 3 1.08 1.1680+16 4.141e-21 1.995e+02 4 .77 5.048e+17 2.353e-21 4.898e+03 5 .64 2.797e+17 1.8650-21 2.150e+03 6 .50 1.616e+17 9.2230-22 6.145e+02 7 .32 7.747e+14 3.717e-23 1.187e-01 8 .24 9.637e+14 2.4080-25 9.568e-04 9 .15 2.985e+16 4.671e-35 5.750e-12 10 .13 8.499e+16 2.6320-34 9.225e-11 11 12 13 14 15 16 17 18 19 20 TOTALS: 1.089e+18 8.133e+03 RESULTS FOR SENSITIVITY ITERATION 2 OF 10 (DIMENSION X = 106.667): Group Energy Activity Dose point Dose rata (mev) (photons /sec) rads / photon (mr/hr) 1 2.19 5.391e+15 4.876e-22 1.084e+01 2 1.46 9.346e ~5 4.4863-22 1.729e+01 3 1.08 1.168e+16 4.258e-22 2.051e+01 4 .77 5.048e+17 2.3860-22 4.968e+02 5 .64 2.797e+17 1.825e-22 2.104e+02 6 .50 1.616e>17 8.728e-23 5.815e+01 7 .32 7.747e+14 3.313e-24 1.058e-02 8 .24 9.637e+14 1.729e-26 6.871e-05 9 .15 2.985e+16 2.926e-36 3.602e-13 10 .13 8.499e+16 1.629e-35 5.707e-12 11 12 13 14 15 16 17 18 19 20 TOTALS: 1.089e+18 8.140e+02

l Pcg3 4 RESULTS FOR SENSITIVITY ITERATION 3 OF 10- (DIMENSION X = 193.333): . Group' -Energy Activity-Dose point Dose rate (mev) (photons /sec) radL/ photon (mr/hr) 1 2.19 5.391e+15 1.236e-22 2.748e+00 2 1.46 9.346e+15 1.112e 4.287e+00 3 1.08 1.168e+16 1.024e-22 4.934e+00 4 .77 5.048e+17-5.677e-23 1.182e+02 5 .64 2.797e+17 4.085e-23 4.711e+01 6 .50 1.616e+17 1.875e-23 1.249e+01 7 .32 7.747e+14 6.693e-25 2.202e-03 8 .24 9.637e+14 2.964e-27 1.178e-05 9 .15 2.985e+16 4.357e-37 5.364e-14 10 .13 8.499e+16 2.357e-36 3.260e-13 11 12 13 14 15 16 17 18 10 20 TOTALS: 1.089e+18 1.897e+02 RESULTS FOR SENSITIVITY ITERATION 4 OF 10 (DIMENSION X = 280): Ginup Energy Activity Dose point Dose rate (mev) (photons /sec) rads / photon (mr/hr) 1 2.19 5.391e+15 3.736e-23 3.306e-01 2 1.46 9.346e+15 3.258e-23 1.256e+00 3 1.08 1.168e+16 2.881e-23 1.388e+00 4 .77 5.048e+17 1.575e-23 3.278e+01 5 .64 2.797e+17 1.071e-23 1.235e+01 6 .50 1.616e+17 4.716e-24 3.142e+00 7 .32 7.747e+14 1.681e-25 5.371e-04 8 .24 9.637e+14 6.229e-28 2.475e-06 9 .15 2.985e+16 7.855e-38 9.669e-15 10 .13 8.499e+16 4.095e-37 1.435e-13 -11 12 13 14 15 16 17 18 19 -- 20-TOTALS: 1.089e+18 5.175e+01

~ Pago 5 RESULTS FOR SENSITIVITY ITERATION 5 OF 10 (DIMENSION X = 366.667): Group' Energy Activity Dose int Dose rate (mev) (photons /sec) rads /ph on (mr/hr) 1 2.19 5.391e+15 1.214e-2_ 2.699e-01 2 1,46 9.346e+15 1.022e-23 3.937e-01 3 1.08 1.168e+16 8.638e-24 4.161e-01 4 .77 5.048e+17 4.643e-24 9.666e+00 5 .64 2.797e+17 2.996e-24 3.455e+00 6 .50 1.616e+17 1.265e-24 8.429e-01 7 .32 7.747e+14 4.363e-26 1.394e-04 8 .24 9.637e+14 1.445e-28 5.742e-07 9 .15 2.985e+16 1.560e-38 1.920e-15 10 .13 8.499e+16 7.764e-38 2.721e-14 11 12 13 14 15 16 17 18 19 20 TOTALS: 1.089e+18 1.504e+01 RESULTS FOR SENSITIVITY ITERATION 6 OF 10 (DIMENSION X = 453.333): Group Energy Activity Dose point Dose rate (mev) (photons /sec) rads / photon (mr/hr) 1 2.19 5.391e+15 4.112e-24 9.142e-02 2 1,46 9.346e+15 3.331e-24 1.284e-01 3 1.08 1.168e+16 2.687e-24 1.294e-01 4 .77 5.048e+17 1.417e-24 2.950e+00 5 .64 2.797e+17 8.716e-25 1.005e+00 6 .50 1.616e+17

3. 529e-2 5 2.351e-01 7

.32 7.747e+14 1.173e-26 3.746e-05 8 .24 9.637e+14 3.579e-29 1.422e-07 9 .15 2.985e+16 3.333e-39 4.103e-16 10 .13 8.499e+16 1.570e-38 5.502e-15 11 12 13 14 15 16 17 18 19 20 TOTALS: 1.089e+18 4.540e+00

Paga_ 6 _ DIMENSION X = 540): RESULTS FOR SENSITIVITY ITERATION 7 OF 10 ( Group Energy Activity Dose point Dose rate (mev) (photons /sec) rads / photon (mr/hr) 1 2.19 5.391e+15 1.431e-24 3.182e-02 2 1.46 9.346e+15 1.114e-24 4.294e-02 3 1.08 1.168e+16 8.566e-25 4.126e-02 4 .77 5.048e+17 4.425e-25 9.212e-01 5 .64 2.797e+17 2.605e-25 3.004e-01 6 .50 1.616e+17 1.011e-25 6.735e-02 7 .32 7.747e+14 3.225e-2*i 1.030e-05 8 .24 9.637e+14 9.290e-?O 3.692e-08 9 .15 2.985e+16 7.577e-40 9.328e-17 10 .13 8.499e+16 3.357e-39 1.176e-15 11 12 13 14 15 16 17 18 19 20 TOTALS: 1.089e+18 1.405e+00 RESULTS FOR SENSITIVITY ITERATION 8 0F 10 (DIMENSION X = 626.667): Group Energy Activity Dose point Dose rate (mev) (photons /sec) rads / photon (mr/hr) 1 2.19 5.391e+15 5.078e-25 1.129e-02 2 1.46 9.346e+15 3.796a-25 1.463e-02 3 1.08 1.168e+16-2.780e-25 1.339e-02 4 .77 5.048e+17 1.404e-25 2.923e-01 5 .64 2.797e+17 7.940e-26 9.157e-02 o .50 1.616e+17 2.955e-26 1.969e-02 7 .32 7.747e+14 9.013e-28 2.879e-06 8 .24 9.637e+14 2.495e-30 9.914e-09 9 .15 2.985e+16 1.821e-40 2.241e-17 10 .13 8.499e+16 7.568e-40 2.652e-16 11 12 13 14 15 16 17 18 19-20 TOTALS:. 1.089e+18 4.428e-01

i Pcga 7 RESULTS!FOR SENSITIVITY ITERATION 9 OFlLO.(DIMENSIOd X = 713.333): Group En9rgy Activity Dose point Dose rate (msv) (photons /sec) rads / photon -(mr/hr) 1 2.19 5.391e+15 1.828e-25 4.064e-03 2 1.46 9.346e+15 1.311e-25 5.053e-03 3 1.08 1.168e+16 9.149e-26 4.407e-03 .4 .77 5.048e+17 4.509e-26 9.386e-02 5 . 64-2.797e+17 2.459e-26 2.836e-02 6 .50 1.616e+17 8.783e-27 5.852e-03 7 .32 7.747e+14 2.549e-28 8.144e-07 8 .24 9.637e+14 6.871e-31 2.730e-09 9 .15 2.985e+16 4.591e-41 5.651e-18 10 .13 8.499e+16-1.794e-40 6.288e-17 11 12 13 14 15 16 17-18 19 20-TOT.1LS: 1.089e+18 1.416e-01 RESULTS FOR SENSITIVITY ITERATION 10 OF 10 (DIMENSION X = 800): Group Energy Activity bose point Dose rate (mev) (photons /sec) rads / photon (mr/hr) 1 2,19 5.391e+15 6.665e-26 1.482e-03 2 1.46 9.346e+15 4.583e-26 1.766e-03 3 1.08 1.168e+16 3.048e-26 1.469e-03 4 .77 5.048e+17 1.463e-26 3.046e-02 5 .64 2.797e+17 7.721e-27 8.905e-03 6 .50 1.616e+17 2.648e-27 1.765e-03 7 .32 7.747e+14 7.280e-29 2.325e-07 8 .24 9.637e+14 1.929e-31 7.663e-10 ) 9 .15 2.985e+16 1.207e-41 1.485e-18 10 .13 8.499e+16 4.460e-41 1.563e-17 11 12 13 14 15 16 17 18 19. 20 TOTALS: 1.089e+18 4.585e-02 l

Appendix B Direct Exposure Due to the Lost of Spent Fuel Pool Coolant

MicroShiold v5.01 (5.01-00152) Consum rs Enorgy Pzgo

1 File Ref:

DOS

  • File: NEDO2.MS5 Date:

Run Date: November 17, 1997 By: Run Time: 5:36:45 PM Checked: Duration: 00:07:11 Case

Title:

Exposure De:cription: Direct Exposure due to lost of spent fuel coolant at parking Geometry: 13 - Rectangular Volume Source Dimensions Length 764.4 cm 25 ft 0.9 in Width 588.0 cm 19 ft 3.5 in Height 11.82 cm 4.7 in Dose Points X Y Z y

  1. 1 2000 cm 5.5 cm 0 cm 65 ft 7.4 in 2.2 in 0.0 in Z

Shields Sbleld Name Dimension Material Density Sou ce 5.313 m3 Uranium 18.7 Shield 1 .005 m Iron 7.86 Shield 2 2.057 m Concrete 2.35 Shield 3 .019 m Iron 7.86 Air Gap Air 0.00122 Source Input Grouping Method : Standard Indices Number of Groups : 25 Lower Energy Cutoff : 0.015 Photons < 0.015 : Excluded Library : ICRP-38 Nuclide curies becouerels uci/cm3 Bc/cm3 Ba-137m 4.1100e+006 1.5207e+017 7.7362e+005 2.8624e+010 Ce-141 1.6300e+006 6.0310e+016 3.0681e+005 1.1352e+010 Ce-144 1.8500e+007 6.8450e+017 3.4822e+006 1.2884e+011 Cs-134 1.7400e+006 6.4380e+016 3.2752e+005 1.2118e+010 Cs-137 4.3900e+006 1.6243e+017 8.2632e+005 3.0574e+010 Eu-155 1.4400e+006 5.3280e+016 2.7105e+005 1.0029e+010 I-131 2.3500e+003 8.6950e+013 4.4234e+002 1.6366e+007 Kr-85 3.5300e+005 1.3061e+016 6.6445e+004 2.4584e+009 La-140 8.4800e+004 3.1376e+015 1.5962e+004 5.9058e+008 Nb-95 7.4900e+006 2.7713e+017 1.4098e+006 5.2164e+010 Nb-95m 9.5600e+004 3.5372e+015 1.7995e+004 6.6580e+008 Pm-147 6.5900e+006 2.4383e+017 1.2404e+006 4.5896e+910 Pr-143 9.7000e+004 3.5890e+015 1.8258e+004 6.7555e+008 Pr-144 1.8500e+007 6.8450e+017 3.4822e+006 1.2884e+011 Rh-103m 1.9000e+006 7.0300e+016 3.5763e+005 1.3232e+010 Rh-106 1.2000e+007 4.4400e+017 2.2587e+006 8.3573e+010 Ru-103 1.9400e+006 7.1780e+016 3.6516e+005 1.3511e+010 Ru-106 1.2000e+007 4.4400e+017 2.2587e+006 8.3573e+010 Sb-125 2.4800e+005 9.1760e+015 4.6681e+004 1.7272e+009 Sr-89 1.5600e+006 5.7720e+016 2.9364e+005 1.0865e+010

DOS Filo:.NED02. MSS J Rup: Dates Novembar 17, 1997 Run Time:-5:36:45 PM Duration:: 00:07:11 Huclide . curies-becouerels uCi/cm3 Ba/cm3 Srl-90 3.0300e+006 1.1211e+017 5.7033e+005 2.1102e+010 Te-127-9.1700e+004'

3. 3929e+015 - 1.7261e+004 6.3864e+008

- Te-127m '9. 2100e +004 3.4077e+015 1.7336e+004 6.4142e+008 Y-90 -3.0300e+006 1.1211e+017 5.7033e+005 2.1102e+010 Y-91. 2.6400e+006 9.7680e+016 4.9692e+005 '1.8386e+010 Zr-95 .4.5000e+006 1.6650e+017 8.4703e+005 3.1340e+010' Buildup The material reference is : Source -Integration Parameters X Direction 10 -Y Direction 20 Z Direction 20 Results Enerav_ Activity Fluence Rata Fluence Rate Exoosure Rate Excosure Rate May photons /sec MeV/cm8/sec MeV/cm8/sec mR/hr mR/hr No Builduo With Builduo No Builduo With Builduo 0.015 1.686e+15 0.000e+00 6.803e-21 0.000e+00 5.835e-22 0.02-7.004e+15-0.000e+00 3.768e-20 0.000e+00 1.305e-21 0.03 1.718e+16 0.000e+00 1.396e-19 0.000e+00 1.384e-21 0.04 9.760e+16_ 0.000e+00 1.080e-18 0.000e+00 4.775e-21 0.05 4.177e+15 0.000e+00 5.911e-20 0.000e+00 1.575e-22 0.06 1.036e+15 0.000e400 1.820e-20 0.000e+00 3.632e-23 0.08 3.015e+16 2.77Se-289 7.603e-19 4.392e-292 1.203e-21 0.1 - 1.365e+16- .2.571e-173 4.707e-19 3.933e-176 7.202e-22 0.15 1.029e+171 9.276e-226 2.647e-06 1.528e-228 4.360e-09 O.2 1.626e+1B 7,871e-123 1.645e-19 1.389e-125 2.904e-22 0.3 9.456e+14 1.340e-58 1.264e-19 2.542e-61 2.397e 22 0.4 4.103e+15 6.621e-38 9.338e-19 1.290e-40 1.819e-21 0.5 1.569e+17 3.446e-27 5.687e-17 6.765e-30 1.116e-19 0.6 2. 7 9 4 e + 17 - 9.867e-22 1.438e-16 1.926e-24 2.806e-19 0.8 5.066e+17 1.300e-15 6.214e-15 2.472e-18 1.182e-17 -1.0 1.116e+16 7.014e-14 3.888e-13 1.293e-16 -7.167e-16 1.5 8.056e+15 1~.709e 1.624e-06 2.876e-12 2.732e-11 2.0 6.203e+15 2.246e-07 2.615e-06 3.474e-10 4.043e-09 3.0 1.900e+14 1.410e-06 1.982e-05 1.914e-09 2.689e-08 I -TOTALS: 1.251e+18. 1.637e-06 2.510e-05 2.264e-09 3.532a-08 Sensitivity Variable X Dose Point 1 (1 of 14) (20 m) 0.015 .1.686e+15 0.000e+00 6.803e-21 0.000e+00 5.835e-22 0.02 7.004e+15 0.000e+00 3.768e-20 0.000e+00 1.305e-21 0.03 1.718e+16 0.000e+00 1.396e-19 0.000e+00 1.384e-21 '0.04 9.760e+16 0.000e+00 1.080e-18 0.000e+00 4.775e-21 _5.911e-20 0.000e+00 1.575e-22 0.05 4.177e+15 'O.000e+00 0.06 1.036e+15 0.000e+00 1.829e-20 0.000e+00 3.632e 0.08' 3.015e+16' 2.775e-289 7.603e-19 4.392e-292 1.203e-21

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3 DOS File: NEDO2.MS5 Run Date: November 17, 1997 Run Time: 5:36:45 PM Durhtion: 00:07:11 EngIgy ho.tivity Elnence Rate Fluence Rate Excosure Rate Exoosure Rate UnV pholons/sec gev/cm /see Mev/cm2/sec mR/hr mR/hr s

No Buildun with Builduo Ro_Builduo With Builduo 0.1 1.365e+16 2.571e-173 4.707e-19 3.933e-176 7.202e-22 0.15 1.029e+17 9.276e-226 2.647e-06 1.528e-228 4.360e-09 0.2 1.626e+15 7.871e-123 1.645e-19 1.389e-125 2.904e-22 0.3 9.456e+14 1.340e-58 1.264e-19 2.542e-61 2.397e-22 0.4 4.103e+15 6.621e-38 9.338e-19 1.290e-40 1.819e-21 0.5 1.569e+17 3.446e-27 5.687e-17 6.765e-30 1.116e-19 0.6 2.794e+17 9.867e-22 1.438e-16 1.926e-24 2.806e-19 0.8 5.066e+17 1.300e-15 6.214e-15 2.472e-18 1.182e-17 1.0 1.116e+16 7.014e-14 3.888e-13 1.293e-16 7.167e-16 1.5 8.056e+15 1.709e-09 1.624e-08 2.876e-12 2.732e-11 2.0 6.203e+15 2.246e-07 2.615e-06 3.474e-10 4.043e-09 3.0 1.900e+14 1.410e-06 1.982e-05 1.914e-09 2.689e-08 TOTALS: 1.251e+18 1.637e-06 2.510e-05 2.264e-09 3.532e-08 Sensitivity Variable X Dose Point 1 (2 of 14) (80 m) 0.015 1.686e+15 0.000e+00 3.038e-22 0.000e+00 2.606e-23 0.02 7.004e+15 0.000e+00 1.683e-21 0.000e+00 5.829e-23 0.03 1.718e+16 0.000e+00 6.235e-21 0.000e+00 6.179e-23 0.04 9.760e+16 0.000e+00 4.821e-20 0.000e+00 2.132e-22 0.05 4.177e+15 0.000e+00 2.540e-21 0.000e+00 7.032e-24 2 0.06 1.036e+15 0.000e+00 8.167e-22 0.000e+00 1.622e-24 0.08 3.015e+16 1.416e-290 3,396e-20 2.240e-293 5.373e-23 0.1 1.365e+16 1.319e-174 2.102e-20 2.017e-177 3.216e-23 0.15 1.029e+17 5.619e-227 1.182e-07 9.253e-230 1.917e-10 0.2 1.626e+15 4.612e-224 7.348e-21 S.141e-127 1.297e-23 0.3 9.456e+14 7.118e-60 5.644e-21 1.350e-62 1.071e-23 0.4 4.103e+15 3.306e-39 4.170e-20 6.441e-42 8.125e-23 0.5 1.569e+17 1.664e-28 2.540e-18 3.265e-31 4.985e-21 0.6 2.794e+17 4.670e-23 6.421e-18 9.116e-26 1.253e-20 0.8 5.066e+17 6.021e-17 2.875e-16 1.145e-19 5.469e-19 1.0 1.116e+16 3.209e-15 1.779e-14 5.915e-18 3.280e-17 1.5 8.056e+15 7.688e-11 7.297e-10 1.293e-13 1.228e-12 2.0 6.203e+15 1.004e-08 1.165e-07 1.552e-11 1.802e-10 3.0 1.900e+14 6.272e-08 8.757e-07 8.510e-11 1.188e-09 TOTALS: 1.251e+18 7.284e-08 1.111e-06 1.007e-10 1.564e-09 Sensitivity Variable X Dose Point 1 (3 of 14) (140 m) 0.015 1.686e+15 0.000e+00 9.503e-23 0.000e+00 8.151e-24 0.02 7.004e+15 0.000e+00 5.264e-22 0.000e+00 1.823e-23 0.03 1.718e+16 0.000e+00 1.950e-21 0.000e+00 1.933e-23 0.04 9.760e+16 0.000e+00 1.508e-20 0.000e+00 .6.670e-23 0.05 4.177e+15 0.000e+00 8.257e-22 0.000e+00 2.200e-24 0.06 1.036e+15 0.000e+00 2.555e-22 0.000e+00 5.074e-25 0.08 3.015e+16 1.852e-291 1.062e-20 2.931e-294 1.681e-23 0.1 1.365e+16 1.679e-175 6.576e-21 2.568e-178 1.006e-23

DOS F13e: NEDO2.MS5 Run Dahe: November 17, 1997 Run ' Dime: 5:36:45 PM Durhtion: 00:07:11 Engggy Activity Fluence Rate Fluence Rate Exoosure Rate Exoosure Rate May phatanshqcc lity/ cm3 / sec MeV/cm*/sec mR/hr mR/hr No Builduo With Buildup No Buildup With Builduo 0.15 1.029e+17 8.525e-228 3.698e-08 1.404e-230 6.090e-11 0.2 1.626e+15 6.816e-125 2.299e-21 1.203e-127 4.057e-24 0.3 9'.456e+14 1.085e-60 1.766e-21 2.059e-63 3.349e-24 0.4 4.103e+15 5.302e-40 1.305e-20 1.033e-42 2.542e-23 0.5 1.569e+17 2.795e-29 7.945e-19 5.487e-32 1.559e-21 0.6 2.794e+17 8.163e-24 2.009e-18 1.593e-26 3.920e-21 0.8 5.066e+17 1.120e-17 5.628e-17 2.130e-20 1.070e-19 1.0 1.116e+16 6.254e-16 3.481e-15 1.153e-18 6.416e-18 1.5 8.056e+15 1.622e-11 1.550e-10 2.729e-14 2.608e-13 2.0 6.203e+15 2.226e-09 2.607e-08 3.442e-12 4.032e-11 3.0 1.900e+14 1.477e-08 2.084e-07 2.003e-11 2.828e-10 TOTALS: 1.251e+18 1.701e-08 2.716e-07 2.350e-11 3.842e-10 Sensitivity Variable X Dose Point 1 (4 of 14) (200 m) 0.015 1.686e+15 0.000e+00 4.579e-23 0.000e+00 3.927e-24 0.02 7.004e+15 0.000e+00 2.536e-22 0.000e+00 8.786e-24 0.03 1.718e+16 0.000e+00 9.397e-22 0.000e+00 9.313e-24 0.04 9.760e+16 0.000e+00 7.267e-21 0.000e+00 3.214e-23 0.05 4.177e+15 0.000e+00 3.978e-22 0.000e+00 1.060e-24 0.06 1.036e+15 0.000e+00 1.231e-22 0.000e+00 2.445e-25 0.08 3.015e+16 2.984e-292 5.118e-21 4.722e-295 8.099e-24 0.1 1.365e+16 2.814e-176 3.168e-21 4.305e-179 4.847e-24 0.15 1.029e+17 1.645e-228 1.782e-08 2.709e-231 2.934e-11 0.2 1.626e+15 1.382e-125 1.107e-21 2.439e-128 1.955e-24 0.3 9.456e+14 2.420e-61 8.507e-22 4.591e-64 1.614e-24 0.4 4.103e+15 1.272e-40 6.285e-21 2.479e-43 1.225e-23 0.5 1.569e+17 7.104e-30 3.828e-19 1.394e-32 7.513e-22 0.6 2.794e+17 2.172e-24 9.677e-19 4.239e-27 1.889e-21 0.8 5.066e+17 3.193e-18 1.739e-17 6.073e-21 3.307e-20 1.0 1.116e+16 1.877e-16 1.048e-15 3.460e-19 1.933e-18 1.5 8.056e+15 5.298e-12 5.101e-11 8.914e-15 8.582e-14 2.0 6.203e+15 7.662e-10 9.060e-09 1.185e-12 1.401e-11 3.0 1.900e+14 5.412e-09 7.727e-08 7.342e-12 1.048e-10 TOTALS: 1.251e+18 6.183e-09 1.042e-07 8.536e-12 1.483e-10 Sensitivity Variable X Dose Point 1 (5 of 14) (260 m) 0.015 1.686e+15 0.000e+00 2.685e-23 0.000e+00 2.303e-24 0.02 7.004e+15 0.000e+00 1.487e-22 0.000e+00 5.152e-24 0.03 1.718e+16 0.000e+00 5.511e-22 0.000e+00 5.462e-24 0.04 9.760e+16 0.000e+00 4.261e-21 0.000e+00 1.885e-23 0.05 4.177e+15 0.000e+00 2.333e-22 0.000e+00 .6.215e-25 0.06 1.036e+15 0.000e+00 7.218e-23 0.000e+00 1.434e-25 0.08 3.015e+16 5.546e-293 3.001e-21 8.776e-296 4.749e-24 0.1 1,365e+16 5.561e-177 1.858e-21 8.508e-180 2.843e-24 0.15 1.029e+17 3.702e-229 1.045e-08 6.097e-232 1.721e-11 I I

Dcga DOS File: NEDO2.MS5 Run'Date: November 17, 1997 Run T4me: 5:36:45-PM Duration: 00:07:11 Engtgy 6;tivity Fluence Rate Fluence Rate Excosure Rate Exoosure Rate MgV photons /_ser.: MeV/cm2/s c MaV/cm*/sec mR/hr mR/hr No Builduo With Builduo No Builduo With Builduo 0.2 1.626e+15 3.338e-126 6.494e-22 5.892e-129 1.146e-24 0.3 9.456e+14 6.522e-62 4.989e-22 1.237e-64 9.463e-25 0.4 4.103e+15 3.706e-41 3.686e-21 7.221e-44 7.181e-24 0.5 1.569e+17 2.196e-30 2.245e-19 4.311e-33 4.406e-22 0.6 2.794e+17 7.038e-25 5.675e-19 1.374e-27 1.108e-21 0.8 5.066e+17 1.110e-18 6.822e-18 2.112e-21 1.298e-20 1.0 1.116e+16 6.875e-17 3.855e-16 1.267e-19 7.105e-19 1.5 8.056e+15 2.114e-12 2.051e-11 3.557e-15 3.450e-14 2.0 6.203e+15 3.224e-10 3.848e-09 4.986e-13 5.951e-12 3.0 1.900e+14 2.426e-09 3.504e-08 3.291e-12 4.754e-11 TOTALS: 1.251e+18 2.750e-09 4.936e-08 3.793e-12 7.073e-11 Sensitivity Variable X Dose Point 1 (6 of 14) (320 m) 0.015 1.686e+15 0.000e+00 1.763e-23 0.000e+00 1.512e-24 0.02 7.004e+15 0.000e+00 9.764e-23 0.000e+00 3.382e-24 0.03 1.718e+16 0.000e+00 3.618e-22 0.000e+00 3.585e-24 0.04 9.760e+16 0.000e+00 2.797e-21 0.000e+00 1.237e-23 0.05 4.177e+15 0.000e+00 1.532e-22 0.000e+00 4.080e-25 0.06 1.036e+15 0.000e+00 4.739e-23 0.000e+00 9.412e-26 0.08 3.015e+16 1.134e-293 1.970e-21 1.794e-296 3.118e-24 0.1 1.365e+16 1.218e-177 1.220e-21 1.864e-180 1.866e-24 0.15 1.029e+17 9.206e-230 6.860e-09 1.516e-232 1.130e-11 0.2 1.626e+15 8.971e-127 4.263e-22 1.583e-129 7.525e-25 O.3 9.456e+14 1.964e-62 3.275e-22 3.726e-65 6.212e-25 0.4 4.103e+15 1.209e-41 2.420e-21 2.355e-44 4.714e-24 0.5 1.569e+17 7.607e-31 1.474e-19 1.493e-33 2.892e-22 0.6 2.794e+17 2.556e-25 3.725e-19 4.989e-28 7.272e-22 0.8 5.066e+17 4.329e-19 3.165e-18 8.235e-22 6.020e-21 1.0 1.116e+16 2.824e-17 1.589e-16 5.206e-20 2.929e-19 1.5 8.056e+15 9.467e-13 9.248e-12 1.593e-15 1.556e-14 2.0 6.203e+15 1.523e-10 1.834e-09 2.354e-13 2.836e-12 3.0 1.900e+14 1.220e-09 1.783e-08 1.655e-12 2.419e-11 TOTALS: 1.251e+18 1.373e-09 2.653e-08 1.893e-12 3.834e-11 Sensitivity Variable X Dose Point 1 (7 of 14) (380 m) 0.015 1.686e+15 0.000e+00 1.245e-23 0.000e+00 1.068e-24 0.02 7.004e+15 0.000e+00 6.898e-23 0.000e+00 2.389e-24 0.03 1.718e+16 0.000e+00 2.556e-22 0.000e+00 2.533e-24 0.04 9.760e+16 0.000e+00 1.976e-21 0.000e+00 8.740e-24 0.05 4.177e+15 0.000e+00 1.082e-22 0.000e+00 2.882e-25 0.06 1.036e+15 0.000e+00 3.347e-23 0.000e+00 .6.649e-26 0.08 3.015e+16 2.477e-294 1.392e-el 3.920e-297 2.202e-24 0.1 1.365e+16 2.861e-178 8.616e-22 4.377e-181 1.318e-24 0.15 1,029e+17 2.450e-230 4.846e-09 4.035e-233 7.980e-12 0.2 1.626e415 2.589e-127 3.012e-22 4.569e-130 5.316e-25

DOS File: NEDO2. MSS Ruo Date: November 17, 1997 Run Time: 5:36:45 PM Duration: 00:07:11 EngIgy -Activity Fluence Rata Fluence Rate Excosure Rate Exoosure Rate May .ohotons/sec MeVicm2/sec MeV/cm /sec mR/hr mR/hr a N2_luilduo With Bu11 duo No Builduo With Builduo 0.3 9.456e+14 6.3i6e-63 2.313e-22 1.208e-65 4.388e-25 0.4 4.103e+15 4.213e-42 1.709e-21 8.268e-45 3.330e-24 0.5 1.569e+17 2.837e-31 1.041e-19 5.569e-34 2.043e-22 0.6 2.794e+17 9.998e-26 2.632e-19 1.952e-28 5.137e-22 0.8 5.066e+17

.818e-19 1.684e-18 3.459e-22 3.204e-21 1.0-1.116e+16 1.250e-17 7.059e-17 2.304e-20 1.301e-19 1.5 8.056e+15 4.567e-13 4.494e-12 7.684e-16 7.561e-15 2.0 6.203e+15 5.746e-11 9.418e-10 1.198e-13 1.456e-12 3.0 1.900e+14 6.615e-10 9.776e-09 8.974e-13 1.326e-11

' TOTALS: 1.251e+18 7.394e-10 1.557e-08 1.018e-12 2.271e-11 Sensitivity Variable X Dose Point 1 (8 of 14) (440 m) 0.015 1.686e415 0.000e+00 9.262e-24 0.000e+00 7.944e-25 0.02 7.004a+15 0.000e+00 5.130e-23 0.000e+00 1.777e-24 0.03 1.71be+16 0.000e+00 1.901e 0.000e+00 1.884e-24 0.04 9.760e+16 0.000e+00 1.470e-21 0.000e+00 6.501e-24 0.05 4.177e+15 0.000e+00 8.047e-23 0.000e+00 2.144e-25 0.06 1,036e+15 0.000e+00 2.490e-23 0.000e+00 4.945e-26 0.08 3.015e+16 5.679e-295 1.035e-21 8.987e-298 1.638e-24 0.1 1.365e+16 7.064e-179 6.409e-22 1.081e-181 9.805e-25 0.15 1,029e+17 6.849e-231 3.604e-09 1.128e-233 5.936e-12 0.2 1.626e+15 7.857e-128 2.240e-22 1.387e-130 3.954e 25 0.3 9.456e+14 2.172e-63 1.721e-22 4.120e-66 3.264e-25 0.4 4.103e+15 1.569e-42 1.271e-21 3.057e-45 2.477e-24 0.5 1.569e+17 1.115e-31 7.743e-20 2.188e-34 1.520e-22 0.6 2.794e+17 4.120e-26 1.958e-19 8.042e-29 3.821e-22 0.8 5.066e+17 8.047e-20 1.009e-18 1.531e-22 1.919e-21 1.0 1.116e+16 5.828e-18 3.303e-17 1.074e-20 6.089e-20 1.5 8.056e+15 2.332e-13 2.301e-12 3.906e-16 3.871e-15 2.0 6.203e+15 4.153e-11 5.096e-10 6.422e-14 7.880e-13 3.0 1.900e+14 3.-779e-10 5.648e-09 5.126e-13 7.663e-12 TOTALS: 1.251e+18 4.196e-10 9.765e-09 5.772e-13 1.439e-11 Sensitivity Variable X Dose Point 1 (9 of 14) (500 m) 0.015 1.686e+15 0.000e+00 7.157e-24 0.000e+00 6.139e-25 0.02 -7.004e+15 0.000e+00 3.965e-23 0.000e+00 1.373e-24 0.03 1.718e+16 0.000e+00 1.469e-22 0.000e+00 1.456e-24 0.04 9.760e+16 0.000e+00 1.136e-21 0.000e+00 5.024e 0.05 4.177e+15 0.000e+00 6.219e-23 0.000e+00 1.657e-25 0.06 1.036e+15 0.000e+00 1.924e-23 0.000e+00 3.822e-26 0.08 3.015e+16 1.350e-295 8.000e-22 2.137e-298 1.266e-24 0.1 1.365e+16 1.810e-179 4.953e-22 2.769e-182 7.577e-25 0.15 1.029e+17 1.986e-231 2.785e-09 3.271e-234 4.587e-12 0.2 1.626e+15 2.477e-128 1.?31e-22 4.371e-131 3.055e-25 0.3 9.456e+14 7.701e-64 1.330e-22 1.461e-66 2.522e-25 4

P0g6

9

^ - - - - DQS File: NEDO2. MSS Rttn Date: November 17, 1997 Run Time: 5:36:45 PM Durbtion: 00:07:11 Enerav Activity Fluence Rate Fluence Rate Eynosure Rata Excosure Rate Mcy photons / gen MeV/cm3/sec MeV/cm2/sec mR/hr mR/hr No Buildup With Buildup No Buildto With Buildup 0.4 4.103e+15 6.030e-43 9.825e-22 1.175e-45 1.914e-24 0.5 1.569e+17 4.551e-32 5.983e-20 8.934e-35 1.174e-22 0.6 2.794e+17 1.765e-26 1.513e-19 3.444e-29 2.953e-22 0.8 5.066e+17 3.701e-20 6.671e-19 7.040e-23 1.269e-21 1.0 1.116e+16 2.825e-18 1.607e-17 5.207e-21 2.962e-20 1.5 8.056e+15 1.227e-13 1.225e-12 2.064e-16 2.060e-15 2.0 6.203e+15 2.315e-11 2.866e-10 3.579e-14 4.431e-13 3.0 1.900e+14 2.244e-10 3.392e-09 3.044e-13 4.602e-12 TOTALS: 1.251e+18 2.476e-10 6.465e-09 3.404e-13 9.634e-12 Sensitivity Variable X Dose Point 1 (10 of 14) (560 m) 0.015 1.686e+15 0.000e+00 5.696e-24 0.000e+00 4.886e-25 0.02 7.004e415 0.000e+00 3.155e-23 0.000e+00 1.093e-24 0.03 1.718e+16 0,000e+00 1.169e-22 0.000e+00 1.159e-24 0.04 9.760e+16 0.000e+00 9.040e-22 0.000e+00 3.998e-24 0.05 4.177e+15 0.000e+00 4.949e-23 0.000e+00 1.318e-25 0.06 1.036e+15 0.000e+00 1.531e-23 0.000e+00 3.042e-26 0.08 3.015e+16 3.303e-296 6.367e-22 5.226e-299 1.008e-24 0.1 1.365e+16 4.775e-180 3.942e-22 7.306e-183 6.030e-25 0.15 1.029e+17 5.930e-232 2.217e-09 9.765e-235 3.651e-12 0.2 1.626e+15 8.040e-129 1.378e-22 1.419e-131 2.432e-25 0.3 9.456e+14 2.813e-64 1.058e-22 5.335e-67 2.008e-25 0.4 4.103e+15 2.387e-43 7.819e-22 4.651e-46 1.524e-24 0.5 1.569e+17 1.915e-32 4.762e-20 3.758e-35 9.347e-23 0.6 2.794e+17 7.786e-27 1.204e-19 1.520e-29 2.350e-22 0.8 5.066e+17 1.754e-20 4.776e-19 3.336e-23 9.084e-22 1.0 1.116e+16 1.411e-18 8.056e-18 2.600e-21 1.485e-20 1.5 8.056e+15 6.679e-14 6.715e-13 1.124e-16 1.130e-15 2.0 6.203e+15 1.329e-11 1.660e-10 2.055e-14 2.567e-13 3.0 1.900e+14 1.373e-10 2.099e-09 1.862e-13 2.847e-12 TOTALS: 1.251e+18 1.506e-10 4.482e-09 2.069e-13 6.756e-12 Sensitivity variable X Dose Point 1 (11 of 14) (620 m) 0.015 1.686e+15 0.000e+00 4 f41e-24 0.000e+00 3.981e-25 0.02 7.004e+15 0.000e+00 2.571e-23 0.000e+00 8.905e-25 0.03 1.718e+16 0.000e+00 9.525e-23 C.000e+00 9.440e-25 0.04 9.760e+16 0.000e+00 7.365e-22 0.000e+00 3.257e-24 0.05 4.177e+15 0.000e+00 4.032e-23 0.000e+00 1.074e-25 0.06 1.036e+15 0.000e+00 1.248e-23 0.000e+00 2.978e-26 0.08 3.015e+16 8.265e-297 5.187e-22 1.308e-299 8.209e-25 0.1 1.365e+16 1.289e-180 3.211e-22 1.973e-183 4.913e-25 0.15 1.029e+17 1.811e-232 1.806e-09 2.983e-235 2.974e-12 0.2 1.626e+15 2.671e-129 1.123e-22 4.714e-132 1.981e-25 0.3 9.456e+14 1.052e-64 8.622e-23 1.995e-67 1.636e-25 0.4 4.103e+15 9.676e-44 6.371e-22 1.885e-46 1.241e-24

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8 DOS File: ilEDO2.MS5 Run Datae: November 17, 1997 Run Time: 5:36:45 PM Durhtion: 00:07:11 Enerav Activity Fluence Rate Fluence Rate Exoosure Rate Exoosure Rate tid photons /sec MeV/cm3/sec MeV/cm3/see mR/hr mR/hr No Buildup With Builduo No Builduo With Builduo 0.5 1.569e+17 8.246e-33 3.880e-20 1.619e-35 7.615e-23 0.6 2.794e+17 3.517e-27 9.809e-20 6.866e-30 1.915e-22 0.8 5.066e+17 8.510e-21 3.632e-19 1.619e-23 6.908e-22 1.0 1.116e+16 7.212e-19 4.137e-18 1.329e-21 7.625e-21 1.5 8.056e+15 3.723e-14 3.770e-13 6.264e-17 6.343e-16 2.0 6.203e+15 7.814e-12 9.848e-11 1.208e-14 1.523e-13 3.0 1.900e+14
8. t 'Oe-11 1.329e-09 1.167e-13 1.804e-12 TOTALS:

1.251e+18 9.385e-11 3.234e-09 1.288e-13 4.931e-12 Sensitivity Variable X Dose Point 1 (12 of 14) (680 m) 0.015 1.686e+15 0.000e+00 3.854e-24 0.000e+00 3.306e-25 0.02 7.004e+15 0.000e+00 2.135e-23 0.000e+00 7.395e-25 0.03 1.718e+16 0.000e+00 7.910e-23 0.000e+00 7.839e-25 0.04 9.760e+16 0.000e+00 6.116e-22 0.000e+00 2.705e-24 0.05 4.177e+15 0.000e+00 3.349e-23 0.000e+00 8.920e-26 0.06 1.036e+15 0.000e+00 1.036e-23 0.000e+00 2.058e-26 0.08 3.015e+16 2.107e-297 4.308e-22 3.335e-300 6.817e-25 0.1 1.365e+16 3.548e-181 2.667e-22 5.428e-184 4.080e-25 0.15 1.029e+17 5.638e-233 1.500e-09 9.284e-236 2.470e-12 0.2 1.626e+15 9.045e-130 9.322e-23 1.596e-132 1.645e-25 0.3 9.456e+14 4.008e-65 7.160e-23 7.602e-68 1.358e-25 0.4 4.103e+15 3.998e-44 5.290e-22 7.789e-47 1.031e-24 0.5 1.569e+17 3.621e-33 3.222e-20 7.107e-36 6.324e-23 3.6 2.794e+17 1.620e-27 8.145e-20 3.162e-30 1.590e-22 0.8 5.066e+17 4.210e-21 2.888e-19 8.007e-24 5.493e-22 1.0 1.116e416 3.759e-19 2.166e-18 G.930e-22 3.993e-21 1.5 8.056e+15 2.116e-14 2.157e-13 3.560e-17 3.629e-16 2.0 6.203e+LS 4.684e-12 5.955e-11 7.243e-15 9.208e-14 3.0 1.900e+14 5.492e-11 8.584e-10 7.452e-14 1.165e-12 TOTALS: 1.251e+18 5.963e-11 2.418e-09 8.179e-14 3.727e-12 Sensitivi*.y Variable X Dose Point 1 (13 of 14) (740 m) 0.015 1.686e+15 0.000e+00 3.251e-24 0.000e+00 2.789e-25 0.02 7.004e+15 0.000e+00 1.801e-23 0.000e+00 6.238e-25 0.03 1.718e+16 0.000e+00 6.673e-23 0.000e+00 6.613e-25 0.04 9.760e+16 0.000e+00 5.160e-22 0.000e+00 2.282e-24 0.05 4.177e415 0.000e+00 2.825e-23 0.000e+00 7.526e-25 0.06 1.036e+15 0.000e+00 S.740e-24 0.000e+00 1.736e-26 0.08 3.015e+16 5.458e-298 3.634e-22 8.636e-301 5.751e-25 0.1 1.365e+16 9.917e-182 2.250e-22 1.517e-184 3.442e 25 0.15 1.0292+17 1.783e-233 1.265e-09 2.935e-236 2.084e-12 0.2 1.626e+15 3.112e-130 7.864e-23 5.492e-133 1.398e-25 0.3 9.436e+14 1.552e-65 6.040e-23 2.944e-68 1.146e-25 0.4 4.103e+15 1.678e-44 4.463e-22 3.270e-47 8.696e-25 0.5 1.569e+17 1.615e-33 2.718e-20 3.171e-36 5.335e-23

Paga

9 DQS Filo: NEDO2.MS5 Run Date: Novcmber 17, 1997 Sun Time: 5:36:45 PM DtMation : 00:07:11 Enerav Activity Fluence Rate Fluence Rate Excosure Rate Excosure Rate licy ohoton s/ ;,ec MeV/cm8/sec MeV/cm2/sec mR/hr mRZhr No Builduo With Buildup No Builduo With Builduo 0.6 2.794e+17 7.581e-28 6.872e-20 1.480e-30 1.341e-22 0.8 5.066e+17 2.116e-21 2.372e-19 4.024e-24 4.511e-22 1.0 1.116e+16 1.991e-19 1.154e-18 3.670e-22 2.127e-21 1.5 8.056e+15 1.222e-14 1.254e-13 2.056e-17 2.109e-16 2.0 6.203e+15 2.853e-12 3.658e-11 4.411e-15 5.657e-14 3.0 1.900e+14 3.56so-11 5.632e-10 4.836e-4 7.641e-13 TOTALS:

1.251e+18 3.851e-11 1.865e-09 5.279e-14 2.905e-12 Sensitivity Variable X Dose Point 1 (14 of 14) (800 m) 0.015 1.686e+15 0.000e+00 2.780e-24 0.000e+00 2.384e-25 0.02 7.004e+15 0.000e+00 1.540e-23 0.000e+00 5.334e-25 0.03

1. 71Re+16 0.000e+00 5.705e-23 0.000e+00 5.654e-25 0.04 9.760e+16 0.000e+00 4.412e-22 0.000e+00 1.951e-24 0.05 4.177e+15 0.000e+00 2.415e-23 0.000e+00 6.434e-26 0.06 J.036e+15 0.000e+00 7.473e-24 0.000e+00 1.484e-26 0.08 3.015e+16 1.432e-298 3.107e-22 2.266e-301 4.917e-25 0.1 1.365e+16 2.809e-182 1.923e-22 4.297e-185 2.943e-25 0.15 1.029e+17 5.711e-234 1.082e-09 9.404e-237 1.781e-12 0.2 1.626e+15 1.085e-130 6.723e-23 1.915e-133 1.187e-25 0.3 9.456e+14 6.090e-66 5.164e-23 1.155e-68 9.796e-26 0.4 4.103e+15 7.141e-45 3.816e-22 1.391e-47 7.435e-25 0.5 1.569e+17 7.304e-34 2.324e-20 1.434e 36 4.561e-23 0.6 2.794e+17 3.595e-28 5.875e-20 7.018e-31 1.147e-22 0.8 5.066e+17 1.078e-21 2.014e-19 2.050e-24 3.830e-22 1.0 1.116e+16 1.069e-19 6.238e-19 1.970e-22 1.150e-21 1.5 8.056e+15 7.151e-15 7.385e-1<

J.203e-17 1.242e-16 2.0 6.203e+15 1.761e-12 2.277e-11 2.723e-15 3.522e-14 3.0 1.900e+14 2.344e-11 3.745e-10 3.181e-14 5.080e-13 TOTALS: 1.251e+18 2.521e-11 1.479e-09 3.454e-14 2.325e-12

Nuglid] D
ccy Calcs for Shine D:se t

/ =% g;

====.g7gg,,357 Biihalsl44i"BURdli' l Nuclide Ci @ 100d Ci @ 365d Lamda/d Ci_@ 93d Ci @ 458d Tots! Ci ~ 80-137m 3.32E+03 I 3.27E+03 0.000057 I 7.97E+05. 3.32E+06 l 4.11 E+06 fCO-141 5.84E+05i 5~65ETOT 0.02336i 1.63ET65) 2.84E+655 1.63E+06 ~ ice-144 2.75E+04 1.44E+04 0.002431 6.71E+06 1.17E+07 1.85E+07 I 1.78E+03 1.40E+03 0.000906 4.30E+05 1.31 E+06 1.74E+06 [Cs-134 Cs-137 3.55E+03 3.49E+0_3 0.000064 8.52E+05 ; 3.54E+06 i 4.39E+06 leu-155 1.53E+03 1.16E+03 0.001058 3.70E+05j 1.07E+06 1.44E+06

l-131 5.36E+0_01_6.84 E-10

_ 0.085969 2.35E+03 2.35_E-10 2.35E+03 lKr-85 2.92E+02 2.81 E+02 0.000145 7.02E+04 2.83E+05 3.53E+05 !LC-140 2.42E+02 1.45E-04 0.054067 8.48E+04 9.69E-04 8.48E+04 [Nb-95m Nb-95 2.73E+04 _2.03$+02_ 0.018496, 7.46E+06 3.71 E+04 7.49E+06 ( 3.40E+02 2.03E+01 0.010647 8.80E+04 7.67E+03 ' 9.56E+04 iPm-147 6.40E+03 5.29E+03 0.000722 1.54E+06 5.04E+06 6.59E+06 [Pr-143 2.835I651 3.94E-04 0.050887 9.70E+04 3.54E-03 9.70E+04 [i)r-144 _ 6.95E+03 6.78E+01 0.017471 1.88E+06 : 1.36E+04 ' 1.90E+06 2.75E+04 i 1.44E+04 l 0.002431, 6.71E+06 ! 1.17E+07 ; 1.85E+07 Rh-103m ~ .Ru-103 7.09E+03 6.91 E+01 0.01747F1325T06 1.39E+04 j 1.94E+06 IRu-106 ~ 1.58E+04 9.585+0*J 0.001888 ! 3.84E+06 8.20E+06 ! 1.20E+07 1.58E+04 9.58$+03 0.001888 3.84E+06 8.20E+06 ! 1.20E+07 IRh-106 ISb-125 2.40E+02j 1.99E+02, 0.000701] 5.78E+04J 1.90E+05j 2.48E+05); ESr-89 5.74E+03: 1.53E+02 0.013678 1.52E+06 3 4.37E+04 1.56E+06 " ISr-90 2.45E+03 2.41 $+03 0.000062 5.88E+05 2.44E+06 I 3.03E+06 ~ To-127 2.58E+02 4.79E+01 0.006348 6.46E+04 2.71E+04 l 9.17E+04 lTo-127m 2.59E+02 4.81E+01, 0.006349 6.49E+04" 2.72E+04 i 9.21E+04 L-90 2.45E+03 _ 2.41 E+03 0.000062 ! 5.88E+05 2.44E+06 i 3.03E+06 Y Y-91 9.57E+03 1.28E+02 0.011726 2.49E+06 1.47E+05 2.64E+06 Zr-9_5 1.60E+04_L9.54E+02_ 0A1064 4.14E+06, 3.62E+05 4.50E+06 RAE 11/11/97 03:10 PM i .}}

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