PLA-5963, Calculation EC-RADN-1135, Justification of AST 60 Isotope Radtrad Source Term for Direct Shine. (2024)

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>2. TYPE: CALC >3. NUMBER: EC-RADN 1135 >4. REVISION: 0

 '>5. UNIT 3 ^>6. QUALITY CLASS: _ >7. DESCRIPTION: Justification Of AST 60 Isotope RADTRAD Source Term For Direct Shine Dose Calculations S. SUPERSEDED BY:

9. Alternate Number: 10. Cycle;

11. Computer Code/Mlodel used: MICROSHIELD5.0 12. Discipline: R

 > 13. Are any results of this calculation described Inthe Ucensing Documents?

3 Yes, Referto NDAP-QA-0730andNDAP-.A-0731 0 No

 >14. Is this calculation changing any method of evaluation described in the FSAR and using the resuts to support or change the FSAR? (Refer to PPL Resource Manual for Definition of FSAR) 0 Yes, 50.59 screen or evaluation required. 0 No >15. Is this calculation Prepared by an External Organization?

0 Yes ONo EG771 Qualifications may not be required for individuals from external organizations (see Section 7.4.3). I

 >16. Prepared by: Terrence F. Mackay eHg Ic0 5 Print Name(EG771 Qualification Required) Signature Date >17. Reviewedby: M.M.Waselus Print Name(EG771 Ouainfication Required) Signature. Date >18. Verified by- M. M.Waselus . I a Print Name(EG771 Oualification Reqtired) ) gft're Date >18. Approved by: Richard L. Doty I1A7' 91L1t5 Print Name(Oualftied per NEPMOA-024 ' S Date comply with Section 7.8 ofNEPM-OA.0221) >20. Accepted by:

Print Name(EG771 Oualification Rewired) and Signature Date comply with Section 7.9 of NEPM-OA-0221 KltUtLIVL) I AD:D A NEW COVER _ g *Verified Fiblds FORM NEPUIOA.02214. tevsoi8, Page 1 ofl , ELECTRONIC FORM SEP 6 >3 FWRED ELOS NUCLEAR REC. SVS I. .,1v* -r *, , -*wl, W.. I ..v -. .S WS _ltS S LY .W3-"L.S1'"is I I

PP&L CALCULATION SHEET Dept. Rad. & Eff. Tech. PROJECT Calc. No. EC-RADN-1135 Date 08/19/2005 Justification Of AST 60 Isotope Designed By TF.M ackay RADTRAD Source Term For Direct Sh. No. 2 Checked By M.M.waseTs TABLE OF CONTENTS Description Page 1.0 OBJECTIVES 3

2.0 CONCLUSION

S AND RECOMMENDATIONS 3 3.0 ASSUMPTIONS I INPUTS S 4.0 METHOD 7 5.0 RESULTS 12

6.0 REFERENCES

15 ATTACHMENT 1 MICROSHIELD OUTPUT 81 AST DBA-LOCA LIQUID SOURCE ATTACHMENT 2 MICROSHIELD OUTPUT 181 AST DBA-LOCA AIRBORNE SOURCE ATTACHMENT 3 MICROSHIELD OUTPUT, ADDITION OF ISOTOPES 257 I .I

PP&L CALCULATION SHEET Dept. Rad. & Eff. Tech. PROJECT Caic. No. EC-RADN-1135 Date 08/1912(05 Justification OfASTBO Isotope Designed By T.F. Mackay RADTRAD Source Term For Direct Sh. No. 3 Checked By M.M.Waselus Shne Dose Calculations 1.0 OBJECTIVES AST source terms and offsite and control room doses for the DBA-LOCA are evaluated in calculation EC-RADN-1 125 for the effluent plume and are based on 60 dose significant isotopes identified for use in the RADTRAD computer code. These 60 radionuclides were selected because they were determined to be the dominant contributors to immersion and inhalation doses from airborne activity released during a design basis LOCA. Consequently, these 60 radionuclides have the greatest impact on offsite doses and are major contributors to control room doses.Plant personnel can also receive significant direct shine doses from airbome activity held-up in the reactor and turbine buildings and from piping that contains post-accident recirculating fluids (suppression pool water). The purpose of this analysis is to determine if the same 60 isotopes make the greatest contribution to the direct shine DBA-LOCA doses. The determination is made by performing several comparisons of the potential contributions from the entire set of core nuclides relative to a core inventory defined by the 60 radionucide set. Where significant differences exist, this calculation will provide adjustment factors which may be used with the 60 isotope set to ensure conservatism when performing shielding calculations for the direct shine doses from DBA-LOCA sources.

2.0 CONCLUSION

S AND RECOMMENDATIONS This work shows that the 60 isotopes used in RADTRAD for AST give reliable predictions of post-accident direct shine dose rates at ;e4 hours. The predicted dose rates of the 60 RADTRAD isotopes were determined to give essentially the same dose rates as a larger set of 183 isotopes released from fuel using AST assumptions.There are noticeable differences between the predictions prior to 24 hours. Depending on the application, the dose rates based on the RADTRAD 60 isotope set may need to be increased to avoid non conservative predictions. These corrections are more important for post-accident times up to about 8 hours. The results also show that the amount of adjustment required is greater with increasing concrete shielding thicknesses.Figures 1 through 5 provide adjustment factors that can be applied as a function of time and shield thickness. Observe that the sources used to obtain these adjustment factors are based on liquid and airborne activity distributions consistent with OBA-LOCA AST releases and source configurations that are representative of direct shine dose contributors to the control structure.The results of this analysis and the calculated adjustment factors are expected to be applicable to other DBA-LOCA sources with similar activity distributions and source configurations.T u t .. . . .a The results of this analysis and the calculated adjustment factors are expected to be applicablee I

PP&L CALCULATION SHEET Dept. Rad. & Eff. Tech. PROJECT Calc. No. EC-RADN-1 135 Date 08/19/2005 Justification Of AST 60 Isotope Designed By T.F. Mackay RADTRAD Source Term For Direct Sh. No. 4 Checked By M.M.Waselus Shine Doe Calculatons The airborne shine source in this comparison consisted of the two-zone reactor building voluIme.The results are expected to be applicable to other large airborne source regions such as the turbine building. Xe-135m and Xe-138 (and its Cs-138 daughter) are the significant contributors within 8 hours of a LOCA to the airborne shine dose rate of those nuclides not included in the 60 isotope RADTRAD.The liquid source in this comparison is based on a 30 ft segment of nominal 14 inch pipe containing suppression pool water. The results given in Table 15 show that the adjustment factor increases significantly with shield thickness. Therefore, it is expected that the adjustment factors will be conservative for piping smaller than 14 inches due to less self attenuation within the pipe. The applicability of the results of this configuration to other piping configurations will need to be judged on a case by case basis. CsO 38, Rb-88 and Br-84 are the significant contributors to the piping dose rate, especially within 8 hours of a LOCA, of those nuclides not included in the 60 isotope RADTRAD set.Finally, this work has shown that the addition of Br-84, Cs-1 38 and Rb-88 to the RADTRAD 60 isotope set can give nearly the same dose rates from suppression pool sources as a much larger set of AST core sources. Similarly, addition of Xe-1 35m, and Xe-1 38 and its daughter Cs-1 38 to the RADTRAD set gives a good representation of reactor building shine dose rates.With judicious selection, inclusion of the isotopes is a practical approach to eliminating the need to perform multiple RADTRAD analyses using different isotope data files.RADTRAD V3.03 has a limit of 63 isotopes. Hence, only three isotopes may be added to the original 60 isotope set. This may not be too limiting since multiple RADTRAD runs are often performed as part of the DBA-LOCA analysis in order to model the various source regions and leakage pathways.

PP&L CALCULATION SHEET Dept. Rad. & Eff. Tech. PROJECT Calo. No. EC-RADN-1135 Date 08119/2005 Justification Of AST 60 Isotope Designed By T.F. Mackav RADTRAD Source Term For Direct Sh. No. 5 Checked By M.M.Waselus Shine ose Caculatons 3.0 ASSUMPTION AND DATA The following assumptions and input data are used to evaluate the total DBA-LOCA control room doses:3.1 All DBA-LOCA doses and source term comparisons in this calculation are based on a reactor core thermal power of 4032 MWt.3.2 All tBA-LOCA doses in this calculation are based on full implementation of Alternate Source Terms as defined in USNRC Regulatory Guide 1.183 (Reference 6.1).3.3 Reactor core activity inventories are evaluated in EC-FUEL-1615 (Reference 6.2).3.4 The DBA-LOCA control room and offsite doses from the effluent radioactive plume are evaluated in EC-RADN-1 125 (Reference 6.3). The DBA-LOCA activity source terms used in calculation EC-RADN-1 125 are based on 60 dose significant isotopes identified in Reference 6.4, Table 1.4.3.2-3, for use in the RADTRAD computer code. From Reference 6.3 and 6.4, the 60 dose significant isotopes are as follows:RADTRAD DBA-LOCA Activity Source Term 60 Dose Si nificant Isotopes Co-58 Zr-95 Te-131m La-141 Co-60 Zr-97 Te-1 32 La-142 Kr-85 Nb-95 1-131 Ce-141 Kr-85m Mo-99 1-132 Ce-143 Kr-87 Tc-99m 1-133 Ce-144 Kr-88 Ru-103 1-134 Pr-143 Rb-86 Ru-105 1-135 Nd-147 Sr-89 Ru-1 06 Xe-133 Np-239 Sr-90 Rh-105 Xe-135 Pu-238 Sr-91 Sb-127 Cs-134 Pu-239 Sr-92 Sb-129 Cs-1 36 Pu-240 Y-90 Te-27 Cs-137 Pu-241 Y-91 Te-127m Ba-1 39 Am-241 Y-92 Te-129 Ba-1 40 Cm-242 Y-93 Te-129m La-140 Cm-244 I

PP&L CALCULATION SHEET Dept. Rad. & Eff. Tech. PROJECT Calc. No. EC-RADN-1135 Date .08/19/2005 Justification Of AST 60 Isotope Designed By T.F. Mackay RADTRAD Source Term For Direct Sh. No. 6 Checked By M.M.Waselus Shine Dose Calculations 3.5 From Regulatory Guide 1.183, Table 1,the BWR core inventory release fractions for DBA -LOCA analysis are as follows:Table I (RG 1.183)BWR Core Inventory Fraction Released Into Containment Gap Early Release In-vessel Group Phase Phase Total Noble Gases 0.05 0.95 1.0 Halogens 0.05 0.25 0.3 Alkali Metals 0.05 0.20 0.25 Tellurium Metals 0.00 0.05 0.05 Ba, Sr 0.00 0.02 0.02 Noble Metals 0.00 0.0025 0.0025 Cerium Group 0.00 0.0005 0.0005 Lanthanides 0.00 0.0002 0.0002 From Regulatory Guide 1.183, Table 5, the radionuclide groups that should be considered for design basis LOCA analysis are as follows:Table 5 (RG 1.183)Radionuclide Composition Group Elements Noble Gases Xe,%K :Halogens I, Br Alkali Metals Cs, Rb Tellurium Group Te, Sb, Se, Ba, Noble Metals Ru, Rh, '0MojTcCo Lanthanides La, ZrN, E b, Pm, Pr Sm,Y;Cri Cerium Ce, Pu Np'

PP&L CALCULATION SHEET Dept. Rad. & Eff. Tech. PROJECT Catc. No. EC-RADN-1135 Date 08/1912005 Justification Of AST 60 Isotope Designed By T.F. Mackay RADTRAD Source Term For Drect Sh. No. 7 Checked By M.M.Waselus Shine Dose Calculations 3.6 The MICROSHIELD Version 5.01 computer code is used to evaluate direct radiation dose rates.(Reference 6.5) 3.7 The total average photon energy per disintegration (kev/dis) for individual radionuclides is obtained from 'Table of Radioactive Isotopes". (Reference 6.6) 3.8 Since the RADTRAD computer code and the EC-RADN-1 125 dose analysis use 60 isotopes, the DBA-LOCA AST source term used in this comparative evaluation will be based on a representative AST LOCA source term obtained by multiplying the reactor core activity inventory by the Regulatory Guide 1.183 activity group release fractions.3.9 Floor plans and dimensions for the control room located on elevation 729'-1" of the control structure and reactor building elevation 719'-1" are shown in the Reference 6.7 drawings.3.10 Post-LOCA system contained radiation sources (e.g., piping, components) are identified in calculation EC-076-1003 (Reference 6.8).3.11 Piping data is given in the M-199 piping specification sheets (Reference 6.9).4.0 METHODOLOGY The activity source terms used in this evaluation are based on Regulatory Guide 1.183 Alternative Source Term (AST) Methodology. AST source terms for the DBA-LOCA are evaluated in calculation EC-RADN-1 125 and are based on 60 dose significant isotopes identified in Reference 6.4 for use in the RADTRAD computer code. The 60 radionuclides that are contained in the RADTRAD code were selected based upon a study that determined that those 60 radionuclides have the greatest impact on offsite dose. In order to use this same source term for direct shine dose calculations, an analysis is needed to justify that these same 60 isotopes have the greatest dose impact for direct doses and are appropriate for use in shielding calculations for the direct shine doses from external sources to the control room. This analysis will be performed by comparing the total activity, total energy release rate and source average energy, and calculated dose rates for liquid and airborne sources for the 60 isotope RADTRAD source term and the total AST isotopic source term. In addition, since the MICROSHIELD computer code does not contain all of the isotopes identified for the AST source term, dose significant isotopic libraries used by the MICROSHIELD computer code are also included in this evaluation.A total of 428 radionuclides are given in EC-FUEL-1615 for those elements identified in RG 1.183, Table 5 as being released for the DBA-LOCA. Core activities for these isotopes are A #o r^ f A)al rvhnzevI c n tn Cen CI IC I -1A1XZ fth.4eb fieomgifnf- ut%;foif4 on D I

PP&L CALCULATION SHEET Dept. Rad. & Eff. Tech. PROJECT Calc. No. EC-RADN-1 135 Date 08/1912005 Justification Of AST 60 Isotope DesignedDesgned IBM T.F.By B Mackay Y ~ RADTRAD D~ Source or Trmn For Direct emFrD~Sh. hNo No. 8 Checed B M..Wastus Shine Dose Calculations shown in Table 1 as a function of time after discharge. Since the RG 1.183 activity releases from the fuel occur over a 1.5 hour period for a LOCA, the dose contribution from those isotopes with short half-lives can be neglected. From Table 1,the totalcore activity for all isotopes at 1 hour post-accident is 9.429E+09 Curies. Assuming that the dose contribution from those isotopes in the core that have decayed to less than 100 Curies at 1 hour is negligible with respect to the total dose, reduces the AST core activity source term to the 183 dose significant isotopes given in Table 2 with a total core activity of 9.421 E+09 Curies. This assumption is reasonable since reducing the number of isotopes from 428 to 183 only reduces the total core activity by (9.429E+09 - 9.421 E+09) x 100% / 9.429E+09 = 0.085%. This assumption is even more applicable when considering long term integrated doses such as 30 day control room doses.Table 3 converts core activity to an AST representative activity LOCA activity release distribution for the 183 dose significant isotopes by multiplying the Table 2 core activities by the RG 1.183 LOCA activity group release fractions from RG 1.183, Table 1. Table 3 also shows the 60 significant isotopes included in RADTRAD. The Table 3 activity release distribution serves as the base source term for comparative analyses using the 60 RADTRAD isotope source term vs. all 183 dose significant isotopes for AST.In order to justify use of the 60 RADTRAD isotopes for direct shine doses from external sources, the following four source terms are evaluated:

1. Source term based on all 183 AST dose significant isotopes. (Obtained from Table 3)

2. Source term based on those isotopes of the 183 AST dose significant which can be input into the MICROSHIELD radiation shielding analysis computer code using the default built-in GROVE isotopic library. (Obtained from Reference 6.4)

3. Source term based on those isotopes of the 183 AST dose significant which can be input into the MICROSHIELD radiation shielding analysis computer code using the optional built-in ICRP38 isotopic library. (Obtained from Reference 6.4)

4. Source term based on RADTRAD 60 dose significant isotopes. (Obtained from Section 3.4)

The isotopic mix for each of the above four source terms is given in Table 3.For each of the activity source terms identified above, total activity, the total source gamma energy release rate (Mev/sec) and the source average gamma energy (Mevidis) will be compared to determine if the 60 RADTRAD dose significant isotopes are appropriate for use in calculating direct shine doses from external sources to the control room.The total source gamma energy release rate for an isotopic mix is calculated as follows:Thin toal OArim Gtamma grimrnu, n r 1eatc, fror an ieItIrsiir m iv ie mlrhdtmAl me riAluctl

PP&L CALCULATION SHEET Dept. Rad. & Eff. Tech. PROJECT Calc. No. EC-RADN-1135 Date 08/1912005 Justification Of AST 60 Isotope Designed By T.F. Mackay RADTRAD Source Term For Direct Sh. No. 9 Checked By M.M.Waselus Shine Dose Calculations TotalEnergy = Ex E A'xCF Eq. (1) where:Total Energy = total energy release rate for isotopic mix (Mev/sec)E'AVg = total average photon energy per disintegration for isotope i (Mev/dis)N = activity of i in isotopic mix (Curies)CF = conversion factor = 3.7E+10 dis/sec/Curie The source average energy for an isotopic mix is calculated as follows:Source Average Energy = Total Energy I (Total Activity x CF) Eq. (2) where:Source Average Energy = average energy of isotopic mix (Mev/dis)Total Energy = total energy release rate for isotopic mix, as calculated above in Equation 1 (Mevisec)Total Activity = total activity of isotopic mix (Curies)CF = conversion factor = 3.7E+1 0 dis/seclCune Using the above methodology, total core inventory, total energy release rate and average energy are evaluated for each of the four source terms. This evaluation is given in Tables 4 thru 9 for post-accident times of 0, 1 hr. 8hr, I day, 4 days and 30 days. A comparison of these results for each source term is given in Table 10.A comparative dose rate analysis is also performed to determine if energy dependence with respect to gamma attenuation and buildup factors would impact direct shine dose rates with respect to using the RADTRAD 60 isotope source term for AST. The MICROSHIELD computer code is used to evaluate direct shine dose rates. The MICROSHIELD nuclide data libraries do not contain all of the 183 AST potentially dose-significant isotopes identified for AST. Out of the 183 AST DBA-LOCA isotopes, 27 isotopes are not available in MICROSHIELD (See Table 3).Tables 11 and 12 show that with respect to activity and gamma energy release rate for the 183 isotope AST source, these 27 isotopes are not significant dose contributors and can also be neglected for the dose analysis. (It is noted that these 27 isotopes are not listed in FGR 11 or FGR 12. The isotopes appear to be considered insignificant contributors to internal or immersion doses.)Dose rates are evaluated for both a DBA-LOCA liquid and an airborne activity source. The Table 3 activity release distribution based on reactor core activity and RG 1.183 release I -. I.

PP&L CALCULATION SHEET Dept. Rad. & Eff. Tech. PROJECT Catc. No. EC-RADN-1 135 Date 0811912005 Justification Of AST 60 Isotope Designed By T.F. Mackay RADTRAD Source Term For Direct Sh No 10 Checked By M.M.Waselus Shine Dose Caculatins fractions is used. The liquid source activity concentration is based on the Table 3 AST isotopic activity distribution divided by the suppression pool free volume of 132,000 ft3. The airborne source activity concentration is based on the Table 3 AST isotopic activity distribution divided by the reactor building free volume of 2,078,000 ft3 for two-zone reactor building mixing Since this is a comparative analysis of dose rates for groups of isotopes from the same activity distribution, this analysis is not dependent on the actual source concentration, but on the relative distribution among the isotopic activities in the source term. The suppression pool volume and reactor building volumes are used to obtain activity concentrations reasonably representative of DBA-LOCA liquid and airborne sources and are obtained from Reference 6.3. As a result, dose rates calculated using these sources are for comparative purposes only and may not represent actual DBA-LOCA doses. DBA-LOCA AST liquid and airborne sources are evaluated in Tables 13 and 14.The DBA-LOCA airborne source selected for the AST dose rate analysis is the reactor building floor elevation 719'-0" which is the reactor building direct shine contributor to the control room.Per the Reference 6.7 drawings, the reactor building source volume for shine into the control room is from floor to ceiling between column lines 26 and 29. Dimensions of the source volume are 63 feet wide by 131 ft long. The floor slab at elevation 749'-1" has a thickness of 1'-9".Therefore, the source height is (749'-1) - (719'-1") - (1'-9") = 28'-3". The MICROSHIELD model is as follows:Reactor Buildinc MICROSH IELD Model Length = 131 ft Width = 63 ft Height = 28.25 ft Dose Receiver Location:X = Length + 10 ft = 131 ftl 10 ft 141 ft Y = Height 12 = 28.25 ft /2 = 14.125 ft Z -Width 2 =63 ft /2 31.5 ft Activity Source: Table 14 Source Material: air Shield: Unshielded; 0.5 ft, 1 ft, 2 ft & 3 ft concrete Buildup: Source or shield material The DBA-LOCA liquid source selected for the AST dose rate analysis is a 14 inch core spray line. Per Reference 6.8, page 385, 14" GBB-101 is identified as a post-LOCA source In the reactor building and is a vertical length of pipe located adjacent to the 3 ft thick concrete wall between the control structure and the reactor building. From the piping specification sheets given in M-199 (Reference 6.9) 14 inch GBB is a nominal pipe with 0.375 wall thickness.Therefore, pipe outside diameter = 14 inches. A pipe length of 30 ft is selected since this pipe I given in M-19 (Reterence U-9) 14 inch (33 Is a nominal pipe with 0.375 wall thickness.Tm__w ^ _^* -*^X 4A _kA _;- -1i- s o t ^Isns _*__- -1

w PP&L CALCULATION SHEET Dept. Rad. & Eff. Tech. PROJECT Calc. No. EC-RADN-1 135 Date 08119/2005 Justificatlon Of AST 60 Isotope Designed By T.F. Mackay RADTRAD Source Term For Direct Sh. No. 11 Checked By M.M.Waselus Shine Dose Cakulatons runs from floor to ceiling between elevation 719'-1" and 749'-1" which is adjacent to the control room. The MICROSHIELD model is as follows:14" GBB-101 Core Sarav Line Height = 30 ft = 390 inches Radius = (14 inches 12 ) - 0.375 inches = 6.625 inches Wall Clad = 0.375 inches Dose Receiver Location:X = 5 ft = 60 inches Y = Height 2= 15 ft 2 =7.5 ft =90 inches Z=O Activity Source: Table 13 Source Material: water Shield: Unshielded; 0.5 ft. I ft. 2 ft & 3 ft concrete Buildup: Source or shield material The MICROSHIELD Version 5.01 computer code outputs for the DBA-LOCA AST liquid and airborne sources are given in Attachments 1 and 2, respectively. The default GROVE radionuclide library is used for this dose evaluation. For the 103 isotope AST source, isotopes not contained in the GROVE library are evaluated with a separate MICROSHIELD run using the IRP38 radionuclide library and the results combined with the GROVE analysis to get the total dose. For the RADTRAD source, all of the isotopes are contained in the default GROVE library and a separate ICRP38 run is not required. Dose rate results are summarized in Table 15.Dose rate results are also plotted as a function time post-accident and radiation shield thickness and are given in Figures 1 through 5.Of the isotopes not included in the RADTRAD 60 isotope set, inspection of Tables 5, 6, and 7 shows that Br-84, Cs-138 and Rb-S88 have significant energy releases (MeVlsec). Similarly, the contributions from Xe-1 38 and Xe-1 35m are potentially significant noble gas isotopes not included in the RADTRAD set.Table 16 examines the dose rate at 1,8 and 24 hours for two representative shine configurations from Table 15 with the addition of the above identified isotopes. Table 16 shows that the addition of Br-84, Cs-138 and Rb-88 to the RADTRAD set will essentially duplicate dose rates from the 183 AST nuclide set for DBA-LOCA suppression pool sources. Similarly, addition of Xe-1 35m, and Xe-1 38 and its daughter Cs- 138 to the RADTRAD set gives a good representation of DBA-LOCA airborne shine dose rates. This may permit the use of the basic RADTRAD isotope set with a few added isotopes to obtain shine dose rates well within in the accuracyof the analytical methods.I auI.idt.Vy UtUIe OftdIyuLIlU l .UwUS . I I

PP&L CALCULATION SHEET Dept. Rad. & Eff. Tech. PROJECT Calc. No. EC-RADN-1 135 Date 08/1912005 Justification Of AST 60 Isotope Designed By T.F. Mackay RADTRAD Source Term For Direct Sh. No. 12 Checked By M.M.Waselus 5.0 RESULTS A summary of total core inventory, total energy release rate and average source energy for the 183 AST isotopic source including the MICROSHIELD radionuclide isotopic libraries mixes and the 60 isotope RADTRAD source is given in Table 10. Results are summarized as follows:COMPARISON OF AST SOURCE TERM PARAMETERS FOR 183 ISOTOPE AND 60 ISOTOPE RADTRAD AST SOURCES Ratio Of Isotopic Source Parameters 183 Isoto es / 60 RADTRAD Isotopes Time Post-Accident Source Total Source Total Source (hrs) Curie Activity Mev/dis Energy Average Release Rate Energy I hr 1.172 1.185 1.010 8 hrs 1.062 1.040 0.979 1 day 1.031 1.017 0.986 4 days 1.026 1.011 0.985 30 days 1.071 1.042 0.974 The above comparison of source term parameters indicates that use of the 60 Isotope RADTRAD source term could underestimate direct shine doses by a factor of 1.07 to 1.18, depending on the time post-accident. These differences are significant and indicate that an actual comparison of dose rates is warranted and that any restrictions for use with the 60 RADTRAD source for direct shine dose calculations should be identified. Use of the 60 RADTRAD source direct shine doses may also require the use of dose correction factors, especially for short time periods following a LOCA.The results of the dose rate comparison for AST DBA-LOCA liquid and airborne sources for the 183 AST isotopic source and the 60 isotope RADTRAD source are given in Table 15. Results are summarized as follows:

w* -PP&L CALCULATION SHEET Dept. Rad. & Eff. Tech. PROJECT CaIc. No. EC-RADN-1135 Date 08/1912005 Justification Of AST 60 Isotope Designed By T.F. Mackay RADTRAD Source Term For Direct Sh. No. 13 Checked By M.M.Waselus Shine Dose Calculations Checked~~ By _..aeu AST LIQUID SOURCES --. COMPARISON OF DIRECT SHINE DOSE RESULTS FOR 183 ISOTOPE AND 60 ISOTOPE RADTRAD AST SOURCES Time Ratio Of Dose Rates Post-Accident 183 Isotopes /60 RADTRAD Isoto ___(hrs) Unshielded 6 In 1 Ft 1.5 Ft 2 Ft 2.5 Ft 3 Ft Concrete Concrete Concrete Concrete Concrete Concrete 1 1.201 1.278 1.387 1.531 1.716 1.964 2.303 2 1.12 1.16 1.2 1.26 1.41 1.51 1.69 4 1.06 1.08 1.09 1.10 1.2 1.26 1.32 8 1.017 1.023 1.033 1.048 1.069 1.096 1.113 16 1.01 1.01 1_.01 1.01 1_.02 1.03 1.05 24 1.006 1.006 1.006 1.006 1.007 1.008 1.009 AST AIRBORNE SOURCES .. COMPARISON OF DIRECT SHINE DOSE RESULTS FOR__ 183 ISOTOPE AND 60 ISOTOPE RADTRAD AST SOURCES Time Ratio Of Dose Rates Post-Accident 183 Isotopes /60 RADTRAD Isotopes (hrs) Unshielded - 6 In 1 Ft 1.5 Ft 2 Ft 2.5 Ft 3 Ft Concrete Concrete Concrete Concrete Concrete Concrete 1 1,185 1.207 1.237 1.271 1.302 1.332 1.364 2 1.13 1.13 1.15 1.16 1.17 1.17 1.25 4 1.07 1.07 1.10 1.11 1.09 1.1 1.15 8 1.040 1.037 1.033 1.034 1.041 1.052 1.065 16 1.02 1.01 1.01 1.01 1.01 1.01 1.02 24 1.016 1.012 1.010 1.008 1.007 1.007 1.008 Note: Values for post-accident time periods 1, 8 and 24 hours obtained from Table 15. Values for post-accident time periods of 2, 4 and 16 hours obtained from Figures 1 through 5. :The dose rate comparison shows that at time =1 hour post-accident, depending on the pource term and radiation shield thickness, using the RADTRAD 60 isotopes would result in direct shlne dose rates that are approximately a factor of 1.18 to 2.3 lower than would result using the 183 isotope AST source term. At 8 hours post-accident, this factor would reduce to 1.02 to 1.13 At 24 hours post-accident the difference in dose rates would be less than 1.6%. These results are also supported by the source energy release and activity comparisons.Use of the RADTRAD 60 isotope model for analyses using DBA-LOCA direct shine dose fates for post-accident time periods less than 24 hours post-accident require correction factors to account for the isotopes not considered. This is applicable to analyses such as vital area access and 30 day control room integrated doses. These correction factors should not only be tor post-accicent trme penocs less man z4 nours post-acciaent require correction factors to__e_sar+1t m^64Ac

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PP&L CALCULATION SHEET Dept. Rad. & Eff. Tech. PROJECT Calc. No. EC-RADN-1135 Date 08/19/2005 Justification Of AST 60 Isotope Designed By T.F. Mackay RADTRAD Source Term for Direct Sh. No. 14 Checked By M.M.Waselus Shine Dose Calculations based on time post-accident, but also on source material and thickness of radiation shielding material. The above Table and Figures 1 through 5 summarize correction factors based on Table 15 in a convenient form.Finally, it should be possible to use results directly from RADTRAD runs for shine calculations if certain additional isotopes are added to the basic RADTRAO 60 isotope set. The addition of Br-84, Cs-1 38 and Rb-88 will essentially duplicate dose rates from the 183 AST nuclide set for suppression pool sources. Similarly, addition of Xe-135m, and Xe-138 and its daughter Cs-138 to the RADTRAD set gives a good representation of reactor building shine dose rates. Table 16 provides comparisons of dose rates with and without the above isotopes.An evaluation of the dose adjustment factors for the suppression pool liquid source was also performed for 8 ft of concrete shielding. It is anticipated that the DBA-LOCA analysis of radiation shine inside the control structure from radioactive material in systems and components will require that doses be evaluated for large shield thicknesses todemonstrate that the direct shine dose contribution for such large concrete shield thicknesses would be negligible. The dose adjustment factors for 8 ft of concrete are as follows:AST LIQUID SOURCES - COMPARISON OF DIRECT SHINE DOSE RESULTS FOR 183 ISOTOPE AND 60 ISOTOPE RADTRAD AST SOURCES Time Ratio Of Dose Rates Post-Accident 183 Isotopes 160 RADTRAD Isotopes (hrs) 8 FL Concrete Shielding 1 48.351 2 29 4 17.5 8 9.49 16 4 24 1.408 Note: Values for post-accident Utme periods 1,8 and 24 hours obtained from Table 15. Values for post-accident time periods of 2,4 and 16 hours obtained from Figures 1through 5 I 1-

PP&L CALCULATION SHEET Dept. Rad. & Eff.-Tech. PROJECT Calc. No. EC-RADN-1 135 Date 08119/2005 Justification Of AST 60 Isotope Designed By T.F. Mackay RADTRAD Source Term For Direct Sh. No. 15 Chlecked By M.M.Waselus Shine Dose Calculations

6.0 REFERENCES

6.1. USNRC Regulatory Guide 1.183, "Alternate Radiological Source Terms For Evaluating Design Basis Accidents At Nuclear Power Reactors", July 2000.6.2 SSES Calculation EC-FUEL-1615, "AREVA Alternate Source Term (AST) Fission Product Inventory For ATRIUM-10 Fuel", Revision 1 6.3 SSES Calculation EC-RADN-1 125, OCRHE And Offsite DBA-LOCA Doses - Alternate Source Term", Revision 0, 8/2312005.6.4 NUREG/CR-6604, RADTRAD: A Simplified Model For RADionuclide Iransport And Removal And Dose Estimation", and Supplement 1, 6/8/99.6.5 SQAP-MICROSHrELD5-001-97079, 'software Quality Assurance Plan (SOAP) for MICROSHIELD Version 5.01", Revision 0, Code Version # 001-97079.6.6 "Table Of Radioactive Isotopes", Edgardo Browne and Richard B. Firestone, Lawrence Berkeley Laboratory, 1986.6.7 SSES Design Drawings:

a. E106308, General Arrangement Plan Of Operating Floor El. 729'-0" and 719'-0", Revision 4 (AE Drawing M-203)

b. E105005, Sheet 1, General Cross Section 'A', South Of Col. Line 29, Looking North, Revision 9 (AE Drawing No. A-18).

C. E105238, Reactor Building Unit 1 Floor Plan Elevation 749'-1" Area 27, Revision 6 (AE Drawing C-200).6.8 SSES Calculation EC-076-1003, Post-LOCA Containment Radiation Sourcas HPCI, RCIC, RHR, Core Spray, Main Steam Drains, Process Radiation Monitonrng, Revision 2.6.9 SSES Drawing No. Al 06304, (AE Dwg No. M-199), Revision 66. l

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ECRADN-1135 35 Table 1. Reactor Core Activity For DBA-LOCA Radionuclides Released Per Regulatory Guide 1.183, Table A5; Page 25 25

 .I All Isotopes Given In Core Inventory Analysis R~aacw can. k'wbveo tyCuds I

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 - - - I. 9.9322.03 = -I _j._. __ - 0.292E .0 .0002.0 0.000..10 0. .W+00 _0.60002.00 0.63+00 -Co-Ol, 7.10*S+03 _7.1002+03 5.761E+03 4.6UE8803 2.4"8E802 2Z972E E-14.___E_ OOE+0 0.9-0000 0.0000 VWE___0_

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_ A__A _. 1 1.734E+07 _1.734.+07

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EC-ADN-1135 15 Table 1. Reactor Core Activity For D8A-LOCA Radionuclides Released Per Regulatory Guide 1.183, Table A5; Page 26 10 All Isotopes Given In Core Inventory Analysis Nucje b ~~Time Poet-Acchdet I

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EC-RAI3N-135 35 Table 1. Reactor Core Activity For BOA-LOCA Radionuclides Released Per Regulatory Guide 1.183. Table AS; Page 27 27 All isotopes Given In Core Inventory Analysis____ _ td - 1w. 3i cm ____hv h 1.64d 4.04 ' _ 30.Od 90.64d 186.048 d 4 w. - ___15il Nb-99rn -8.0982.0 8.0962.07 27586404 - 9.2446.00_ 0.0040.0-0EW "_._000.0 0.06 _ -&000.0 -DE+0 Od .0600;U 0.0W dE+0020 0.OE0002.0 0.0006.00 152 Wb-10 1.9418.08 _1.857E.06 0OD~+000.0 000.0 0.0006.00 0,WE00060 0.0006.0 0.00.0 0.0006.00 0O.0006a--

 .00 ~( 0.000600 0.000E.00 153 Nb-lO6m .i607E4d7 _12682.07 0.0006E+0 0.'0006.00 0_._0006+00 0.0006+0 0.008.0000 006.0+C 00008+0_ -0.0006+00 0.0006.00 O0.000600 154 NO.b101 1.74_26608 1.580 .06.00 00006.00DE+_ 0.006.00 00006.D~00 0.0008.00' __MOW 0.0080 00k0600- 0.000D'0 _0.0006.0 000DE06.00 -185 Nb.102 1_.4756.08i 1.1236.06 0_.0006.00 -0.0065E.00 0.0006.00 0000.6.00f-O 06.0002.00 0.006.00; 0000.W&00~ V0.000600 0.006.00a- 00E0060 158 t-103 1.0936.08 7.825E.07 0 0006.00 0.0006.00 0.0006.00 00006.00 - .0006+00 0.0002.00 - 00006.00 -_.0006.00 70.00.0 0006 .00_

Nb- - .00.010%fA..A fl fl.lf A't0.0006.00 0.00E6+0 0000.0 000200 167 NO.1044E . 4.631E+07 - 00008.00 6__0 ___. 0.0 40 ,...,.0 E00000 OFO -15 WM.0 2.0706.07 _1.6886.07 00006.00 0.000E.0 0.0002.00 0.0006.00 0.0006.00 00002.00 0.0q06E00 0.0008.00 0000E+00-159 Nb-108 4.2026.06 2.132E8.06 00002O.00 00060 0.0006.00 0.0006.00 0.000600 0.0006.00 000024*00 0.0002400 ¶ GIo 0.0002.00 180 NW4O? 17.7186.05 - 3.1096.05 0.0006.00 0.0006400 _ .000640 00008.00 0.0002.00 0.0002.00_ 000.a+00_ -0.0006E+00 . 0.006.00 0.0006tU 181_ -NO-108 -2.07804K 1.3E803 0.0002.00 0.06006+00 0.0066.00 -0.000E6400 0.000+6.0 0.0006.00 0.0002.00 0.0008400~ 0.0008.00 00006.00.. 162 -A--147 -7.2356+07 _7258.07 -72276.067 7.2206407 7.000807 8.8002.07 8.82-32.07' _ 1.00-36.07 _2_.488 .05f 8.6A0402 70103 6.5936-23 163 d-14.9 41647 418.7 34980 )2.7 1020 "2 7502.03 -74956.10O 000.00 ; - 00006.00_ 0.006.0 0.0002.00E000060 i 65 14415 1.444 143607 2.336.08 3.7506.0 3.8+0W 00+0 00060 00+0 006 0.000600 . 0006.0D.00600 187 Nd-164_ L4.176406 4.160 .1903E07 3.3896E2 000.00 000.0 0 0020000002.0 OdWij06. 0.000F0 0.0006.00 T 4W-168. Nd44.15 1.448!766_ 1.4136E#08 2.0006.0 0.~70&00 5 - .00 0060 006.0 0.000 02 0_.0006.00 0.0006.00 0.0006.0 00060 189 6.95.0 NdIE 5.r9.o 0.00.000.0040 0.00.0 170 Nd-IS? 1.3-80E606 1.046.06 -*0 000 70 0.02.00 0._0006.00d 00006.00 0000E+00 00006D400 000640 0.0006400. 0.9000600 0.000 171F' ___d-1558 __ 2.2316.04 1.7278.04 0.060 000.0.0.000'-obob5 6or.00 0 00.00k~- 0o W0'0060 -00 O - 9.0q92.E 0.Q002.0 0.0002.00 0.000*0 17 N-IO 1.580 8.16.024 _ . .00.0.0DEb -. 0002.00 . 0.0006.00 _0.006.0 .020 .006. f---0.00.0006.00 0.006.00+O~ 0.06.066-0 0.006-173 p-3m 4,6446.02 4.8446.2 .024. 2 4.99602 3.7822.02 2._315+240 ' 2.514+6+1 -. 1.1316.07 !6120E.27 0.0002.00 -0.000+6.00 0.006.0 2 71100 7.3426E00 174 Np 6- 460.7 46947 4.688207 4.8376+07 4.2178.07 3.3926.07 ._1.268E27 28203 74100 74E.0_175 - Np-23 2.1248409 2.1246.00 2.1182.09 2.1096.09 1.033209 _ 1.68E02.0 _ 8.86"408 3.183640 -3.1322403j . 3.1240 -3 3.326E03 3.132E403 2 2.486.15 5.531E-15 176- NT- 40_ 3.3_I 0_3936.8._8260 2.00 .0 1.8186.04 3.W04241 8.1965.16 7.306-16 1,008615 113E-15 17 *d-107m 5.4328405 6.2588.E05 00040 00000 ... 0000 .0000 .0600 0.0.00 0.0600 0.0002400+CT 0.0006+00E000640-178 Pd-0O _ 4.1418.07 4.141E.07 4.0428.07 3.942E407 2.7866.07? 1.2306+.07 3.2246.05 8.286SE40 __000600 0.0006.00 -. 0.0006C0 0.006.0 O-179 Pd-lO0m 2.223E405 -. 2.2238.05 -2.843E+03 3.132E.01 0.0006.00 0.00+00 O. .OEa- 0.0060 006Eg00_o.oOE40-0 _ o.ooDoe-*o _ oQOE0 o.ooo*o ISO 10 Pd-Ill 6.8626406 6.6826.06 2.8808.06 1.2018406 8.006404 1.0778404 1.2386+0 _ .000E6.00 _0.0006400 - .0006.00 0.0006+00 0.000+00 T I PCd-hIim- - 2.8276.08_ 2.27.0 -. 26512405- -2.4916405- 1.0318405 13752404W- 1.574k. .0060 0.066 .00 0.0008E00 0.0006.00 0.000600 1i82 _Pd-112 3.01860 3.0186.06 2.9726.08 2.9186.0 2.3232.06 _1_.3666E08 1.2782.*05 ' 1.5136.04 _3.820E425 -0.0006+0-0 000+0 .0 0 183 14 - Pd-1 13 1.7428E08. 1.7346.+06 2.6366.00. 3.9126-06

 .6484 0.0006.00 0.0600 -0.0006400.0LOOF .00E00.0800::- .006E.00 0,002.0000 -0.00000E4 0d.0006.O00 - 006 .00E-W 0.0002.00 0.00.0 0.000.00E 0.0008400 d-14 1.280 .1W.8 27042 6-~ _C~_E6 0.000640 ____E___0 _______E+0 14 PjI K_32&____ E0 f7W42 165 Pd-115 _7.9466408 77932.08 4 737E-09 2.5628-23 00006400 00006E+00 00006.00 -. 0.000600 O.0006400 .0.0004-00 ._0.000600 - 00006.00 166 Pd-r-116 844W 5 828E5 000.0 .060 0060 .06.0 0000 00006.00 00 +02.0 0.0005 0 .00.0 0060 167_ Pdi 7 .02 A07980605 0.00600 008.0 -- .000 0 - 0.0008.00 0.0006.00 00 00000 0.000600 - .0006.00 - _0.0006.00 - .0600 ISO Pd-118 2.727E.05 2.1935406 - 0.0008400 0000E-00 0.6.600 0.0006E+00 00006+00 00-00600 0000 0.006.0 0.00800 .0006+00 189 Pd-11 - 1.276E+6.0 883.0 .000600 0.0006400 - 0 0006.0 0.0006.00 0006 .06750o - 0.0006400 0.0006400 0.00064.00 0.0006.00 190 - ,r2-12 7*5186.04 9E( -. 0_.0002E4+0 0.00.0 .000000E4 T &oUoE+ -00006+0 000.090E 0.000640 0.0006 4000.080 .0008.00 191 - Pd-121 3.0646.04 1.047E.4( 0.0006.00 000.0 00 006400 0.000200 0.0006.00 0.9006.00 0.000800 0.0002.00 O0.00E6.00 6 .0008E00 19iz PdI .3603 609.3 0 0006.0 .06.0 0000 0 000064E00 0.0002.00 0-.000600 00006400* 0.020 0.0005.__00q 0.0006400 193 Om-147 250884+07 -26062+07 2.E50_66.07. _2.08607' -2.506E+07- 215146.07 252645212147 2.430E407 2.2776.07 1.9886.07 1.1776.07 19_Pm-148 ' 20O252.07 2.0258.07 - 2.017807 - 20006+07 1,9418407 1.780240% 1.2158.07 5.3 9.5 4.5536.04 10016404 4.4628402 2100243 19 Pm-.148n 386184E08 3.8818406 3.8618.0 3.6S7_324-08'3.8686 3.8126+08 3.620E+06 2.35606 8.5578405 18876405 6404E+03 3.9966.02 19_m19 .5607 64A40 .46.7 64840? 5.9366407 _4.8147 1.8876407 6.45.3 3.7260 .061 00.0 0060

_197' Pm15 6.5316E5 531605 41878405 42716405 6.9012.04 1.1156.03 9.0926E06 0.00+0 .004 00200 000.0E00400 18 Pm-lt 2172.17 2.70.0 I12607 2166+7 115607 12166407 -2.l01E.06 5.0361 2728-1 000.0 .08.MU00 __.00DE002.__190 Pm-152 14984 7 1.497840 3.5986+06. _6.8752+05 4.7676-0 0.060 .060 000+0 00040 0040 0060 0.0006+-00 200' P-152m- 5.31806 5.3638.05 3.3856+04 _2.132643 3T2786-14 000840 .00800 0.400 00 0.00640 000 640 0000600E00020

EC4RADN-11SS is Table 1. Reactor Core Activity For DBA4LOCA Radionuclides Released Per Regulatory Gqide 1.183, Table A5; Page 28 18 All Isotopes Given In Core Inventory Analysis - -- -baster CO.r hwntvjue ____ _.N.. _N . , .d_ ._ ____ __ _ Thm PeI--A- ent -30m lv3w1O 4.BODE I 30.9d ' 90. 180*8Od 2-1 01--- 'Pm.153 P '~ Od _ -Q.320 ,3tec

 .932406 2.5902.0 5.60E.03 0.00E200 0.0002.0 iO.OODE400

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 -.C.S 0000.00 O.OOOE+00 0.0002400 OOOOE+OO I 234 ; 7 .~ -

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 =-w J.Ue- , _ 0DO02uO O.OOOE+OO O.OOOE+00 235 Rb- .. 7.64E0407 I7.6402E407 7.159E407 6.456E207 _ 1.184E+07, 2 7 3ii6Ao 4 , C I 0.O0uE+0200 O.X000+. AA 4 Q00E+00 r 0.OuOE+u00 236 9.932407 9.9327E+7 3.1552E.P0 ? .. ano~r." 3.s73E42 3.7ssE-2 0 IO.OWE+O

_O 0O.OOOE00 00OOE2.0 0.0002+W0 237

 -Rb. 50 9 1B64+07 .168E+407 4.69E+4 04 POR.0ifi- iffli i 0. 0O0OE+00 0.000+00 ~E+W7 o.o-A.4 A 4.~ I O.Ow0E+00 238 Kb 94km .l911h+07 2.9035407 O.OOE+00 O 0OOOE+00 I 0w00000 OOOE+00 0.000+O00 239 _ .

• T. - 1.212+&08 i-9mWtoi 1.207E+60- 7.036E-20 I3.682E-11 oODE+00 0 _.OOODE+oo _ _ __-

4 .- .OE-0.- -I_- I _OOO#D zI OOO_b T0.000CE+OO I

 - OW+o 0.000E00 240 _ Rb- 92 1.077E+UD sO82ZE+67- 0.OO0E+O0 _ 0.000 00 0E O-OWE+O OOWE+OO 0.000E00 O.OOOE+00 _0.00400 O.O00E+00 O.00E+00 0.OOOE+W0 241 Re 93 8.022E+07 2+

0.000 0.00u 000 0.O.w_+o E4+C QOOOE~d OO O.ODOE+sO 0.0+ 00 O.OE+00 000000E+0 O.OOOE+00 242 4.630E407 3.814E+07 Q0.0004+0 E+OO a-6or=o+u ODOE uO O.O0E+00 I o.oooE+00 0.00OEOO P.b-96 0.0002.00 O.OODiE+OO 243 3.912E+O4 QOOE0+0 U.0005+OU QOOOE+W 0.00oE+00 I 0.OuOE00 O.00E+00 O.OWE+OO 0.000E+00 P__b- qq_ 0.0002.00# - OjooOE+00 ..0.000&OO... 0.000+00 0.6000240 244 5.615E+06 0.000E200 . 0.. 2. 0 O.OW0E+O QO.OOE+OO 0.000E+O Oaa%.OW E %O

 - Rb5-97 O.0WE+00 245 _0o0o+o0 0,^,02.00

_O.OWE+OO _Rb- SB a.000240 0.0002+W .0ooo+020 0--.-0002+00 1.5435E+0 3.637E+02 O.OOOE+00

 . w _2: __ A:: : _ _ 0.000+00 OA OOE+uO 34902.07 O.O0+000 4.462E+03 3.438E42 QOOOE+oo 0.U005400 O.OOe+uO O.wuE+Wa 0.O0OE+ 0 0.0OO+tOD 0.0002.E4 O.OWOE+OO 06.0o06-247 - 1j.711i+08 1.711E+.0 Q1O711E+08 1j.7042.084 1.8_1E.08 1.597E+08 1.008.04B 3AQuE+07 7.136E+03 6.792E41 249 5104 1.008E+08 9.932407 7.304E 04 01000+00 O.00E+00 I O.OOOE+00 O.000E+0O 0.000E+00

_ 0.000wE+250 Ph-lo"m

 - - 7 3W0r+4 -.- 7 ft72+na 6.1272.04 S.0B1E+02 O.OOOE+OO a0"002.0 O.O^OE+OO 0.OOOE+O O.OOOE+OO- O.OOuE+00 - 0.00024-000

______________ 0.00 02400

EC-RADN-1135 15 Table 1. Reactor Core Activity For DBA-LOCA Radionuclildos Released Per Regulatory Guide 1.183, Table AS;Iar2 WAll Isotopes Given In Core Inventory Analysis Nt NII'itd n onti;n -- i hr ith 1.0d 4.Sd 30.d W.Oad 1OdiW - 3 yr

 - 6I- h-f__ 11850 11860 -15.0 1 08 10468 6.26.7 is3.0 .50+1 252 Ni-O. 337.7 337.7-324.7 29860 .OG0 .660 .6.62-i-1.46.9 0.0600 O...06.00- .760 .06.00 E00 000.0 .00.0 0006 63 Rh-Ice 7-380407 ~7.373.07 -6.852.7 6.8456.07 6.8456.07 -' 6.838607 8.800W6407 6W.479+07 '_5_79160 87.7 jjj 284 Rh-l-om 2.3912.06 2.3Bii-*a 2046.0 1849.0 1.1086.03 1.100E.07' - 0.0006.00 0.0006.00 .0.000E.00 ... O8060 V.6j 286 Rh-lO8-741816.07 -. 7 8.02.5 0.172603' o.oooa~go q oo.~OOOoEo.0 *oib 287 Rh-l08m 0.0060 .0100 6.6U306.06 6.823E6.0 2.~1396.04 16.70602 &5.64E.19 0.0006.00 0.060 00060 28 R- &_ 4766.07 3.4696.07- 1'.8036 01.303 000.0 000+0 Ow60 00060 6 000+0 000.0 000+0 0.060 .060 .060 .OE0 .DE00060 3

269 -. Rh-10m..1 t?- 1.ifl+/-++/-9 _T7.160 16 2-14 0.0005.00 00006.00 0.006.0 0.000E'0 0.02 .020 .000E+00_ -6._0.DD00020 20_Rh10 1.596.06 _1.26_36.06 0.0002.00 _ 0.000600 -0.0002+00 0.06.0.00000640 261.- .0006.00 000.00+ 0.000.00 0.00 2.00m+ 0.0005+00 Rh-I 10. 1.1386+07 1.316.0U? -2.1856-12 - 0 .00~b .600 O.'od-O'

 -00000 0.0002.0 0.000 0.000+0 0.00.0 Rhil 642606 1.0282.0 -. OEbU 0.0006.0 ._O0006 .060 00+0 00060 263 R-lf 2.4860 .060 00+9-. .0600 0.0006. 0.0060 ...3! .060 .00.0 000+0 000+0 TOo0.OOE00 0,0006.00 029006 0.000E.00 0.000+00 Rh-uS 1.1842.06 7.0216.05 0.0002.00 0.000E+00 0.060 .060 .060 .060 00.00 -+ 0.0060 .060 .060 268 'Rh-114 5.763E+05 4.171E+5.6 0 +0 0.006+0 .0002+00 0.0006.00 04006+00 0.0006+00 0.0006.00 . -i:E+0 0.0006+00 262a _F115 2.300E20 _ _ _ _ _ _

R-j 105E.05 jD 2.126905 00604 -. 0.0006.0 0.06.0 0000.00 _ _ _0.000 _ _000OEO _0.060 .0600..0006.00 _ _0 ___0-0.DE0E.0.0006.0 0 _ _0.00.0 0.060 .0006+00 0.006.0..00600.. 00006.00 0.0006.0 0.06~ 0Q.000500 0.0006+00 .006.288 Rh-17 ._2026.04 2i.391.0 0.00+0

 -'.0006O+00 00020 0.0006+00 -0.002.0000 006+00-O0.0006.00 _00006.00 0.060 .00020 0.0006.00 VW28 Rh-51_18 _ 9.9260- __1._1776E.03 0.4000.0 -0.6000+00 -0.0006+00 0.060 .06.0 270 Rh-119 31+3 7.1136.02_ 0-.0002+00 000.0 00060 .060 000E0~-60 0.020 .0002.00 0.000640 0.006+0 0.0.0 E 0006+0 O- .0060 0.00060 0.0006+00 27 uia- 179.8 .120 .160 .7116+8 1.0608 16850 15760 1.008E.08 3.4996+07 7.161E-06. 2.7126.06 6.800641 27 R-lB 6.83.78656076.56.7 .86.0 685607 6835+7 6.6006+07 6.4796+07 6.7916+07 24.- RAu-laS &..88230 6.9007 986+0..11.3 4.6976E+07 3 0 .860 27 ul .967 .00403E.0+000 0000600E0000600 0006+0 0.006+0 0006+0 _SM0006 .060 .96+6_48943 0.060 .060 0.00600 0.000-E46+0 0.000j6+00 0.0005+00-26 u10 . .060 .94 07 10808 00060 0.006.00. 0.00040 0.0606+00 0_.0006+00b_

27 U- 0 .79 6 .97.6

 -3.862 -~00060 a060 .02 .060 .00.0 .00+0E.00+0 .00.0 .00+00 .00+0 .00+0000600 *.00.0 278 RuIl43720 .1776.06 0.009_E060 4.B0.00+0 -0.00600E+ 00060 0.060 0_.0006.00_ 0.00b 00600 000600 00060 .060 285uIM32596 .020 0.0+000. ...... 0.0006+00 0.__ 00200 0000 000+0 00060 00.0 0.0006+00 281 Ru-1 14 .860 9.3932.0E 0020 0.0005.00 0.000+0 0.0006.00- 0.006W9400 0.0006+00 0.006+00- _f0_000+16.0 0.00064.0 0.0006E00 28 uu .3260 +4 0.060 000.0 .0500 000+0 00E0 Ru-i1¶6 71660 .7445.03 OO000600 .06+0 0006+0 O' 0.0006.00 __00006+0 .0060 0.0006.0000 0.0000 0.0006.0000 0.0000E .060 00+0 000+00 -006+0.9002+0 28 uS-in4 2.36' 6 21360 21246.OE06 2.1ZE6+06 1.9636.00 1.49___7646.4 .67+01 1.97946D t8262-I6 O.0006.00 0.0006.00 285 -. b-122m 1.27.5E404 1.2676E04 . 9.156E4+1 6.5336-01 0.000E6+00 0.0006.00 0.0006E00 0.0006.00 . 0.00200 0.0006+00 0.0002.0 0.0002+00 286 65-124- 9.7206.0 9.7206.04 9.7202E4079+04 0.7186+04 9.6375+4-( 9.3136.4-( 8.886+04 3.4606+0 1.2236.04 -1.450603. 3.224E641 287- 6bS2M 1.9266+03 - 1*9106+0 2.881E6-03 4.860 .060 .0005E00 0.0002+00 0.0006.0 0.060 . .060 000+0 .006+00 268 651265 3160 1.37 16.061.37 164061.3 716E408 1.371+06 1.3712.06 1.37166 1.351E+08 1.296240 1.2122E06 1E01606 -6.433E+05 2-89 Sb6-126 4.6446404 T _4.4E4204 4.6-37E+04 46320 4.626.404 -4.388204 3.21.0 8.67863 3.1482.02 1.602+01 11.0616+01 1.161E+01

-ig 290 b1_26in 6_.4475+U4 8_._4466.04 1.831604 8.1796403 f-inE26.0 8.3282+01 8.3282.0 I .260 8.3282+01 S.328E.01 0328E+01 6.2+0 291_ '65-127 - 03976.06_ 9.307E6.06 _9.39_7'Q6+ - 9.32 16E+06 8.93964.06 7.946.6 4.615E.06.292 - 4.278 4 8.7102401 7.9-46E48 2.508E-22 0.0006E00 5512 1.6126+06 1.8126+06 1.67450 1.260 .860 .660 .0476.03 29 6-128m 1.6046+07 1.8046407 1.4976-18 0.00.0 000060 00060 1.216+E407 9.0926+06 616092.04 .. 8.4806-01 0.0002.00 .0006400 0.0002+00 -__0E0+OD 294 8-129 -3.4692+07" _34692.07 -

 - 0.0006+0 0.0006+0 -. 3.2476.07 -3.003207E 9.932.08.0260 .760 .060 .020 060 296__ 8-1i30 .060 .020 1.560 i.1664407T 6.823606 -4.0262.06 2.5638+03 I1.264 0.0002.00 0.0006.00 296 0.000E+00 -V0.000640 0.0006+00 0.0__9q400_+0 Sti:130. _- 4'8-216.07 '4.8136407 2.996+O 1.6606. .161E-IS 0.060 00+0 0000 297 65-131 .00.0 0050 .02 .0006+00 8.4042+784-0497* - 1463E+07 1.398+07 _.4466401 1.124 0040 00040 000+0 85-13 0020 .020 . 0.000+00-298 -' 0.0816+07 506._66+407 3.698606- 2.8442+03 64W005 0.006+ -O.0 .0006+00 0.0006400 0AW.0002.00 00006.00 -- .000E+00 0.0006E00

_299 651 86.?-4.7986.07 3.236404 1.9716+01 0.060 .020 -6020 .060 000.0 000.0 ... 0EW .060 300 65-133 1 6960E+071 6.9376+07 I1.7046.04 I4.1492.00 I0.0006+0 .WE+0 I 000.00 o+oooiE+0-oo ooo.oo C4 oo06'o ooos

 .DEW .006F OOO+00

EC.RAON-1135 35 Table 1. Reactor Core Activity For DBA-LOCA Radionuclides Released Per Regulatory Guide 1.183, Table A5; :Page3 30 All Isotopes Given In Core Inventory Analysis Reaco. COT _w.ACY _Curi-) . . .

 - W. . . d '.- ."

NO0. IdIAC.O _ _ s 1-.-c S F 3en^m 1- I - -_ 1.0 40ed 30A. d SOJd 1 0.0 d t*yr

 .6.000100D 3y 301 Sb-134 1.261E.07 .. 5.91.8f O.ODE+00 O.OOOE*3 O.OOOE+00 0.0300100 0.030E, 0.000E00 I OO.OE400 0.0003+00 3o2 Sb 134m- 9.32EtE40 _0.030E*30 8.710Eo.0 00Q0E. 900.

AO9E90+DO. O.ODOE+00 O.ODDE+OD' 0 .0001400 _ 0.0300 0.o OQO+00 QODOE+0 o O.O00E+D00 I .oooE*D 303 b- 36i' s 837E+Q^ 3.S04E6 O.ODOE+0. ... 000 .0 -O.ODOE+DO 0.030E+00 o.O0E000 0.030EOO 0.00E+100- IO.OWuE+Uo I 3U4 Sb-138 9 015E+05 l- 38+.05 O.ODO-0E+OO-O.ODO0E+OO- 0000OE.00 O.oDD40bo 0.030E+DO 0.00E+D00 . .ODDE00O.O0 O.ODOE+^u U 0U024110 - _ POOOE+QO_.Ak iA,

 . __ _.___ _ __ t.___ . __ .- _ .

00001E+00 O.ODE+00__ 305 Sb6137 8.404E.0_ - 10s711.05 I O.OOOE00 O.ODOE+OO 0.000E+0 O.00E+00 O.OOE+00 O.ODOE+OO0 I.... Sbi8 1@8 1.21sE.04 1 2216E*02 0.000E 0.001E+00 O.OOE+00 00001.09m 0.001.E00 O.ODOE+00 0.000E+00 Iff ' a Wk.s, .33716 i I 3I7140 I 2.3^^E OS 2 4071+04 2.239E-1P ._ 0 OIMI.O DO36.0 TTT. O OOOE+00 O.OOOE+4 ,0.30001OO_.vw,, -w V.VWi. W V.WA . W

 - . -- --, . - -- ..-. - -- -- - _.w w _.w O..OOE+30 n t^F_

0.QOOE+00 I 0.0300E o 308 _ _ 6.1 5.394E+0 5s394E+o ^ 2.01744E+O a.022E+os 1.711 E+OJ 1-53E432 O0. .+00 0.000E00 O.OOOE+00 S.-81m I__ 3.866E+.0 3,868E8.05 ;~~~ .;e ; A IAeA - . .4.A _ A-I 2.0SEOS *_A.I 1.U362- ,0004E+C oI O.OOOE+00 001.030EO ..0 0001E+00 _ .-O.OOE+00 I 0000E+.00 310 Se- 83 6.104E106 6 104E+06 2.414 +W 0 A7Ar..A 2.032E200 2.231E-13 O00.00E1W, ° _- 7 O.COE oo, . .__.Ovwkr1 44 v O.COE+0 0.00E100 I. Oq.0k+O,.31 ,,, e 83m _ 64406 6.33 I 1.489141 _.705E10 1 C -OADOE+00 o O.OOOE oo ---I 0-.0gE00140 O (M1-*0G 0.x0001+n 312 84 2.338.07= 2.330E+07 .5531.4 5340m1.-O4 0.030E+OO 0.C

 -. 4 +ww A 0.v0002.0 -"~-~- -~--~ I . -

I . o A.vYOE+Wo 0.0001.00 QvOWE+uO I 0002+0I 0.000f2400

 ^-

313 314 60-o S.- 88.t ,- A-1.100OE+0_9.7031+08

 .077E+07 9.321E+10 i .-

U.015-11_0.000E+0 0 O.DOE001.s A°0.0OE140. . _O UU0IOO+Uw 0.0000E+v0 _ 0000140 I _Ul _1 fO.lE+uO u-wuerw

 .,. A u-uw 0,^,wE+00 .1~O~v O.ODOE+00 u ...

Luuw~ Tfl6,ooOk&o -0.ODOE+.O O.00E+00 0.00DE+00 0.0001400 -0.001.0

 *315 .,,, .88* , 2.636E+07 I 2.521E407 0.00vE+4 ^.v00E+CO I0.600 Io.o 000014 O 00E+ o0.oE .0 00vtvO I O.O00E+D. 0.0001+00

_, .w ¢.-_w.w_A -.-- i-i~;-. I A O.OO.E+ 0.020I- .000200.^ O 0v0 00..000.0 4_0I O.OwN2E+w A: 0.0D0E+tO A O.O001+O0 R O.010E+0 . 00002400 A^eA_A A.1152400 I ,O.Ow^E+6 0.000.0 _318 80-89

 ^ 5.i49E4006 .O00 t _0 . o0OE+00 O.OD^-E+00 - 0.000E+00 o.0OE+00 0000E4W 0.000E+00 A fwwlcEtu -- cc 00,00 O., O.O0vE+00 319 ^- 90 6.303E405 1.238E+05 0.001000E+O 0000140E+C0 0000240 00001400+C o0.00140 .000E.O0 0 0.000140 O0001E+00 0.000E+00 0.000E+tO O

320 50-91F _ o0u^E00t .O0OvEW o.-q"+n 32^ -1 so 92 _O.OE+u00 0.0001400 0.0001+00 I. qO.uE+00.O.OOE+00 ' 6,OuOE-+q

 - I -.-- - ---- -- AI V-. -.a0^uO+tO ---- -- I -- 0.00 1.E00 q.9A9k~.

_ 0.00+W O.O.0oo+00 322 I Sm-151 _s.00E.+04 6.800104 6.00.E+04 - A- -

 ,, 6.00+4 -- - - __-I .- 6.815+404 - -- -_ - -

6.8301+04 8.WBE+04 4. u-B6B+ ___-._E_ _.1 6.ss3E+04 6.823E404 u.u I u *c- J u.w is 16.E+04 323 Sm-153 5.3j02407j 5.3101407 - .7-2E.07 5.2331407- 4.714E+07 I 3.705E+07 1.261iE07 .100E+03 , 4.729E07 4.210E-21 _ 0.0001.00 0.0002400 324 SMn1,55 4103E 06 4.103E406 _ 1.673E+06 6.57sEo 0_ I 1.406E+00 _ 1431-13 ___ __. 1 OB00Eu

 .4 2 7 II~ OmF.OuEu 0.a 0 4 0 I- O P.O00 0 .000400 0.0001+00 325 Sm-iS156 ZS67EOu6a 2.567E+06 2.47sE5u6 2.3841+06 _1.4211.06 -4.3782.0 _Z1?.62E+v3L. 7.245E-17 I .-IME+MO a o '

Em-157 i - --- -- ... - ----. ....-- - - I-l 1.6201E46 l, 1.6201406oj- 1.345EA4. 1-.007104 2 .154E-12 O.C00E+00 O.O00E+u00 321-M5 .8.4802+05I 8.4801.05 I 1.98E2404 447E1402 0.00o000 o.00oE+00 0.9000+00 0.0a00.00 0.0.OE+00 O.OOE+00 - 0.0001+00_ 0.O1E4+00 328 EiSgl I 3.522E+35 3.E07E O 1.5972.2 _ 0.0 00200 0.0001E400 0.0n0Os=i. .000100 0.0002+O _00 O.O0E+100 0.000E+00 0.0001+00_329 I Sm-lO 1.054E+05 _ I 1. o039 3.6 1 06 - I A - A A

 .,I 0.0660EOA- . FZE3 _I 0.0001400 O.wOE*O 0.0OOE240 j 0.000k400

_3a -161 2.284104 1.9881.04 0.002+0 Q 0.003E+00 0.,030E00 0.000k+00 I 0.000E00 331 Sm-162 3.1861403 l 2.7961403 0.00024A0 0.000E400 O.00E000 0.0001+AO 1031E+06 I.021F2aft 1.0311.08 1D016E.0 9 7o.E+07 O.OOOE+307 I--- --^s -_w

 --- -- ;-I ^ --^

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 .000200 1 ~99-9 I00E0 - ---- - ~~~~t E--i - . ---

1.375E.08 W.WU2400 6.1 0.000E+00 -0.0002E00 I l 0 .000E00 0.0+00200 0.0001E40

 -. 000E*W60 EtO 340 S;- 97 1.031El08 ,.233E+07

_.432E+07 LI I_ 0.000E+00 01.0001400 I 00001400 ..I O.3000E+.00 Q0000DO 0.03004E+0 OM . A 0.0001E+00 O.ODE+00 2.132E407 0.0I001.0 0.000E40 t-1 O.ODOE+DO- O0.001400,'Z13 2-0 7.334E+06 0.000E2400

 -Q6.30E+03- A: - I O.OODEFCO AA _. T 6.17EE a6 e.3261E05 0_.000.O0E+00 O.ODOE+CO

_1.077E+^,_ .48F92.04 O.O00+D0 0.0001400 O I 0.00~0 0.0 +00 1.s97E10O 4.454E-03 I O.OOE+00 O._ODOE+CO 2.660240 09.0001400

 --- - - - - -.- 2.368E103 QLODOE+DO l O00w1 0 O.00E0100 2.20E.03 - 2.0 81.031 1.7824E08 1.7s8E+Ds 1.513E+68=;-A<=4eeAI ~~~~~.- z-.

Add 74.136E407 I4

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1 742E4

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EC-RADN.4135 35 Table 1. Reactor Core Activity For DBA4LOCA Radionuclides Released Per Regulatory Guldo 1.183, Table AS; Page 31 31 All Isotopes Given In Core Inventory Analysis_AO Aducido d_..j__ . _ _ j........._- Sh' 4COd 1 l-d Od ' 90iOD , 10 d 351 Tc-l02m -. 1.77280 1.7656.05 1.4906:03 1.24sE841 -00kw 0.00+00 Oo 0.000800 0-.0008+00 0.0008400 00008.00 0.0008.00 -0.000Ii8-+00_ 352 _ 7103 1 .711 408 1.7116E+.0 _.08E+.0 7640M48 06.0008+00 - 0.0008.00- 0.0008+00 0.6008+0 0-.0008+00 0.W00080 0.00ib 006.0 3583 _ Tc-104 1.1 0d 1.413E+08 i.79E8+07 1.536E4Oi 1.895Etoo 3.0648-16 0.0008DE0 O.OLODt,00_ gOE 08 O.OOOE00 0 .000.0 0008 354 Tt-105 1169E60 1.168E408 6 8.1758e.6 5.279E405 1.222E-11 0.00800' - 0.OOOE+0O 0 O.OOE+00 0.000800_000E0+0O 0OD0E6.0 355 _T4-108 s.4808E+07 8.404E+07 .092E6-O6 8.0226E-3 0.0OOEt0+ _ + O.OOOE. O-_.0+0 0.000.E00 0. 0 ..0008E+0 368 T17 s 5.8298E+O7 5.707E+.07- .O-OO+G00 0.O-OWE+00, OO. +00__ O.OOE0 0.000 E+ 0.00080O .0000OE+W ,.OOOE OO0_0800 0000 357 20708tO7 Z-108 1.s41E7 0.00 O .OOOE+00.WE+0 368 T- 4109880_ Q1E 8t i ,.OO+O.E+ 09.00200 0 0 0Oo0.00 0

0. 0.0+ 0.008ODOE00 0.00 369 _ Tc110 1.10 oa.06 4.97Ee.5 0.0008+0 0.00800 000800 0008000.0000.0080000 0.00+00 008.00 E+1w 0.00E+O -.0d.-0008DE ODOOFtO__.080 -000.0 000.0 .080 O.OOOE OO+OOOOOtO...

O OO OW6 OD XE .000 0 O-OE'0-360' To-Il 2.108.05 1.4908.05 0.008.0E.0080 0.000W0

 - 0.00040 0.0008+00 _ 20.0008.00

_.ROOE.00 0.0000Et ' 1;0.608.0 0 0. E 00008+0 381 Tc112 .208.0 6.503803 _ 0o - 0. E0 0.000E+00 0.003308. 00 E41_ 0.000E+00 0.000+00- 0.08DE+0 _ 0 0000+00 382 8.78813 6769Eb 2.338E+3 0.00 O.WOE+Co 0.000E+00 0.000E.00 0.OOOE800 0.000 00.O.OE 000+00 0.0008.00 0O.OOOE+0.9.7038+02 9.8-268.02 9.4748+E0-2 8.178.0 5.76S12.02 3 1.1898.02

 -b2 1.080 363

_ 364 T 3 To-12sm , 9.703802 9.703402 3.0268F05 _.703.3.0268+05 o 7038402 I3.026E+0 3.0268+05.- -3035E+05 30368+05 2.30618.0 2.0-418+06 29880 1.5758+-05" 365 T-127 _ _9.321E+06 9.321EC6 9321E+06, 9.3210E6 9Q.244e+Q8 8.633+06 5.7768+0E+O6 9.0928E+06 M.OOE+06 1.5ME.W 368 TO-127m 1.5898. 6 1.589.E06 1.589E8.0 1.589E608 1.58O 1.5894.06 1.5748.06 -1.3608.08 9.321E+8+05 5.249 +05 E1.551.E03 367 0--129 32938.07 32s38.07 3.262E+07 3.194E.07 . 028807E 5t.98E+D0 _3.950E.06 2.3188E+O0 6 7._085 4_14E 35 2.2928.03 "6.508.04_ _TS2Dm 6.66280.6 6266224060 6.6828.0' 0 .662E+06 6.6398+06 86.563s6 3 oE 3.606+06E 1047E806 1.638E+05 3.5788.03 024843 0.369 T!31 9.O92E8.07 - 9.02E4+07 6S.3E+07 _24,E+07 T-O4.048+0 2.8E6 5.27W-0 2.8-9-6801 1.-02-4815 0.008.0 0.0008+00 0.080 370 U-.131m 2.147+607 2.147E+07 2.124E+07 2.1098.07 1.74S2+07 1238+607 _ 2345E+.06 Q1.28-4E2+00 4O51 00 0 O.ODOE+.0 0.00

 . .0 0.0 E+0 371 Tf132 _ 1.543.06- _ 1.1438.08 1.536E8.0 1.5288.08 1.438E+08 1.245808 6.58E8+07oo 260+0E+5 O7A7E-01O 3.66D2E5O8O26 8.09 - 0.000+0 372 7-TG133 1.199E+808 1.1998+08 3. li660E+071.459. 5.t31E42 3.82801 0.0006+00 0.000+00 0.00080 0.008ODE+00 0.000O 0.080 373 Te133m 9.868E+07 9.8568+07 6.8238+07 4.691+07 2.4i+5 149O&Oi+0 374 -. Te-134 1.94888 s.408 1.148E+.0 7.2128+07 Q.ODOoo6 - 6.858+04M

_I.OEO 8.328E03 0Q .000E+00 0.08+0 3EO .000.00 e~Ee 0.08.0_0300+00 OOO+O 0.080.006E0002.00 oao'i oso~o_.O _.030E+oD

 . ~oE+so 0.0008.00mi+, 0.0080 O.

O E080s__ 375 1.062E+08 i0-135 10.2480 00008.00 _ 0.0008+00 0.000E+O0 - 0.02.E+00 0.0008+O0 O.OOOE00O00008.00 0.00.E+O0 - -. 000QoE0+0o O. 00 37 138 4.699807 _4.5158+07 0.0008E+G0 0.0008+O 377 T,-137 t1.66E807 1.291E+07 0.000.00 0.00+00 0.0008400 0.0008. O .ODOE 00+ 0O.OOOE+ -0.08.00 0.OOEo0 000 378_ T7.138 38120E+6 _ 2.323E+860 0.000E.0 O .OO008O0 .0008.00. 0.000.O.OO0E+ O.0CEO 008 0.00E.0 0.08OOE+00 -OO O.O0E00 O.OOt+0 0.000+00 379 TW139 5.8888.06 1.7728E+05 O.000E+Go 0.O00DE+0 0.0008+00 0.000E O.OOE+000 0.000E+00 O.0D0E+00 o.00o0+0E OOEO.OOOE+00 00 380 7.14O 8.404+ _04 3.868E+04 O.O08E+00 0.0O08G0 0.00.00 0.000800 O. W 0.0008+0 0'.OOOE0+00 O.o00oE+0o.000 0.0OOD+O 0.0008.0 38t _X-129m 2 .1Ro5703 5.167E+03 5.1498.03 5.142E+03 5.02703 4.775+03e l.l24iE034 4.974E+802 4.6228.00 4.149843 2.080 000 382 Xk131m 1.46tE+06 1.467E+08 1.467E+80 t467E+C 1.48+06 1.4528E06 .3758.06 5.050E+05- 2 1sE.1068+02 st E7.002604 2 .29283 7.54 383 _X-133 -2.1248.082.1248.08 2.4 8 124I 08 -1168E+08 20 .087Es t3 E+os 4.98+06 1.7968E+03'1.22284o2s 2.8198E+3 0.000+0 384 ., _68.991 06 8.991E+08 6.991E+O8 6.a38+08 .OODsE*0OO 6.288=+06 68108 'QOODoE+06 3.003.0

 -O.ObOE+OO -_8.4802.02 4.736:-08_ 2.-3-2E.18 0.E000.0 0.080

_ oodZE+-0 O.oo-s oooE;so 6.ODOE*OO O-.ODOE+OD 38 ,3B Xf-134m 5.8s9869o s9.32E+05 1.78s8E+O 6.3588+00 &-CO .00E800 ~'0.0008.00' 0.0080 0.00+00' -0.0008.E00 0.0008+00 00080_ XS-135 7.029E+O. _ 7.2 +07 .. 7.558E+07 8._ 22E+0 108.8 5.6158+07 4003E+05 1.1778-15 0.00400 000+0 OOE0 .080 387 X-136m 4.630E+07 4.630E+07 3.576E+07 317SE+807 14207 2.743E.0 _ 1.3758+03- -0.0008.00- -0.000800W 0.0008.00 000.0 00080 388 X.. 13f - z2.017E.08 8 2.017E608 9c2448+-05 3.97-3803 0.000840 - .0008.00 0.00800 00000

 -d'-~ 000-+00 - 0.OE00 ,0.08.0 .0060 389 _ xt138 I +W . 1.987E+08 4.317E+07 9.858+0468 1.031E 02 3.0878-E-23 0.0006+00 .0008+00 0.0008+00 0.0008.00 00008+00 00080 390 Xs-139 1.3-6 -- 5768+0 -3.132808 6.8458-20 0.00.0 .0008.00 0.0008.005 0.0008+00 0.0008+00 0.0-008+00 000800 00080 391, X.-40 9.703E+07 9.2448E407 -. O.OOE+0 0.0008+00 -. 000.0 000+0 00060 .080 00+0- 0.00.00 -0.000800 0.0008E00 392 Xe141 3.7138+07 2.491+07 0.8ODCE+0 0.00.0E+0 0.0008.00 F.0008.00 0 .0-008E.0 0.0008-.00 0 000.00 E 0.000.00 0.0008.0.0008.0 --393'- To14=2 1.459E.07 8.251608 A0.000 00006.0 6.00NRW 0.0008+00 0.0008+00 0.0008+-00 0-.-0008+007 0.0008.00 0.0008.00 0.0008.00 394 _ -1^ _2.1938.06 .. 082+8 0.0008.00 O0.0008D00 0.0006+004W 00002.00 .0006.00 0.000E8.00 0.0008.00 0.0006i+00 00008.00 0.0008E00 396 X-144 _4.584E8+. _ 2.437E805 0.OOOE+00 0.0008+G0 0.00OO 0 0.00.+000.000 00 0.0006.00 - 0+00 0.0008.00 396a X-145 4.5SE9+04 2.108E+04 0.0008.00 o.o00E8. 0.00080O 0.080.08.0 008 .0008E00 00008.00 00008.00 0.0008+00 0.0006E+00

_397 X3.F1486 l4.034E+03 1.17iE+03 O.OOE+.0 0.00GE+8D0 0.0080 _+ 0.0008.-QE00 0.0008+00 0.0008.00 -0.000E.00 0.0008.00 0.0008E+00~ 0.0008+00 39 _Y-89m 1.675E+06 M E1.6308+056.425E+G4 6.402E+04 6.7804 53880 .2478.04( .467+0 2.7988.03

 - 8.1758+402 6.4258+01 2.873E43 .399_ _ _1363E+07 1.363E+07 1.3E+67 1.3638+07 134+7 1.343E+07 1.321 E+07- 1.09+07 1.08+7 1.29'1E+0Z7' 128+07 12087 400 Y-91 _ 1.345E+.0 1.345E+08 1346E+88 1.345E8.0 137+8 1.337E*06 1.2918.08-f -9475g+707 4.6638+3E07 1-60-5E+07 1.788.8 3.11+2

EC4-RDN41135 35 Table 1. Reactor Core Activity For OBA-LOCA Radionuclides Released Per Regulatory Guido 1.183. Table 5;: Page 32 32 All Isotopes Given In Core Inventory Analysis R eI Core h v = - r _ _ _ _O.Od I j n34 min j _ . . 8w 1.0d 4 d _.8 _ 38.0d 9.WOd -0.d I - '404 Y* Olin 7.571E.07 7.671E.07 -- 75S258.07, 7.403E8.07 4.6378.07 1.444E.07 7.640E.04 I.413E-5 000W0 7.00+0i&W0080. -. 08_01_42 Y-_ 92 __1.396E+08_1.r. D 1.3988.08

 - -_ o-- I5-E a.9E~ - _________532+0 04&- _________ _________

_W000 O.OE0 404 43 Y-93 Y. 94 1.008.8 TiT 8.0M8d_______E__10708.08 6.097+_____0_OOE ___M 1.0088.08 6.23E.07 ~ 2.078E.0? 1.4828.06 3.74AE1 .~...000+0 T ~ .080___.6.. 16968E08 .93.4.07 3.139E-00 I 192-15E~ 0_ +__401 1.7880 1.7580_____2__07 2 _1

 'I0.006 0.00..000 0008.00+- 0.00608+600 .08 406 0 3.188.0 .0...Y- 0.0008.00 O3 0.000E+00 6 1.7+0480 1.6978.08w 0008+0 -A. *0E00+00- 0.0008.00w 0.08 .080 0 .008a0 0.001.0 WE040 0.000E.00 0.000800 407. Y- 97 T.-3988.08 1.1i84E+08 0.00.0 .00.0 0. .00O'- 0.0008.0 0008+0 0 0i 0.0008.00 0.0008.00 .0008.0 40 Y- a 1.039E.08 4.301 l 0 0OWE*00 .008OO 0.0008.00 0.000800 0.E0008.° 0..00..0.

409 - 99 .O E .00 0.0.000E.00 7 10+07 0000 00-. 0 0.008.00 y e0 - 0.0000 0 410 Y.10- '2.-1328+07 B14048.06 0.080 .080 .010 .010 .0008.00 0.0008E00 0.0008+0 0.0008.0 411-: Y-101 ~ 1.0478E.07 ;. . 8.00 0.0008+00 . o-oooe~o 0.0001.00EW b6~; -- 0..00r4 0.0800 0.0001.00

 .. 0.0008.

0.0008+00 4-12 Y.102 W6k+06 2.2088E06 0.0008.00 090+O -- OOE-6 0.0001+W 0.0008+00_ 0.0008O400 0.0008.00 0.0008+00 0.000.00 0.0008.00 413 I Y103 1.406E+6 I 9.703E+04 0.000E8t 0.000E+00 O.OOOE+DOI n.OOE+n a00o008+. 0.0008+.O hnm.OOO. I 000084-+00

 =E08+0 I0.0008.00, 414 416 I Y.104 Zr- o9 5.524E+04 1

_1.8048+02 5524E+04 I4 °0.00E+fO0U1t+I4 _... 6788.04- _I 5.149E4.04_0.OOOE+O0 4.469E+04 UO-OOE+UU 2.368.0

 -- l ^- _

9.6608.01 2.642E.04

 --A 1.46 Z

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I I1.742E29 I .0.0OE+W 418 Zr- 90m .862,E,03 3,767E+03 0.0?qE?0j_ _0.008E+00 0.000840 UVUAc'W_ _ . ., _,_____ _ _ _= _ __bft-OI.O.OO1E+00 O.OOE+00 2Z972E+D1 920728+01

 - U.J IW U 2.972E+01 I . _ _

417 zr-03__ _____ _. _ 2.972E+01 2.972f+01 I 2.972E801 2.072E+01 2.972E+01 2.972E+01 418 Z. VD _1.g188.g __ j1;916t0 i.916E+08 _ .1.910846 1.A8E+58

 . A - -

1.892E+58

 ^ _

1.3s7io08 7.233E+07 419 1.897E+08 1.897E808 _1.866808 1.822E808 I 1.365E+08 7.088E+07 3.702E+06_ . .___= . _ . .O.OOOE+67O 2.837E.0 - 0.0008.0 2O.O7E+07 0.000&E+00 420 Zr- 90 1.8418~q.0 I..l.181.EOS 4.217E-10 _ 9 P~q-248 2J_.010 .10008.00 0u.OOE+DO 0'.000800 0'0.008+00 0.0008.00 0.00.E+0,0, 0000.E+00 421 A.8158+08I I.A52E008I10.0008.001 0008.00 I 0I 0008+00 0000+00 _._.__we_ 0.0008. ' 00(0.+00 0.OOOE+OO 17888+008 j 16361.08 I.. ._ _

 ...... '- .---- __w.w w,_

zr.100 0.O00+_ 00008+l0 OOWE+O1 . .000E+00 I_ 00008+0 422' 424 -- I F0 1.039E+08 I 7.518E+07 I . O.WOE+00

 'I .0000800 Q00008.00 .OOO+&O I0 000OE+00 O.WOE+&Ol -

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 -7.197E.07 I 6.7301E07 __I .O0E+0 O.0E.W 0 ..- 0.008t.0 J. -0.0006.00 425 2A.85E.07 I1 .574E.0 on Ior o0 E -- '_

06.00WE0 0.000W00 W 00008.00 I 0.0 VO800 0.0008.00 I O.OwOE+nn 0.0000WWj 0O.E000 n nr. i- -n nnne wv nnI

- 420 .. _ .. _2.E0-- .,0 . -, -- --

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 . UU+Wyw 42._ _-!Pa 0.00010- Q0U.OEW+00 0A.00040 0.00E8.0 O.OOE.00 0.1Ow_00 a.0001+00 I 0.0001+00

[I _- +A .- -- -I TnT^t

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 . S . . AA .A r DvCiAQ * . Ufl.I w29+0+/-9 7.

A -A_A92.1-7sACq AA -98+9c. - c571I8I ,. CI~ J.~ wc

o' I" .

EC-14ADN-1138 35 Table 2. Reactor Core Activity For DBA-LOCA Radionuclides Released Per Regulatory Guide 1.183 Table 5; Pae. 23 33 All Isotopes With > 100 Curies At I Hour Post-Accident N. Nde O.Cd last"C - 30ea,- Wi __ Ur 1.0d 4.d 3.d 90.0 d 1BOOd 1W 3W 2 Am:242 -. 2.536E404 M.538E04- _25388.04N -2.53+04 _ 2544804 24ILEo4 2575E.0 2.-789804 32504 4.0=804 5.5088.( 1.108E405 2 Ana-242 1.3m0w 108.? .1801 103.0 1.11.814182.06_

 .98.64? IE 1.80.43T5 - .i30 1838 .-6208.03 3T Arn24_2m 1.658803 1-I.65884E03 1.658840+O3 " 1.6-58E.03' 1.85'884-03 _1.85 158.3 .580 1.8504E.03 1.650 +0 TI.6026n8 3 03 4 __AM-243 3.128.0-3 _ 3.1258 - 3.1258403 -3.121 +0V - 125 3 31480 .3803 3.1328403 3.1328 + 3.1#Kg:_ 3A.132803 3~.1328.403 S X;m-244 __ -1.383E.07 I383E07~ T3298.0f' 1.2918.07 _-.9468.08 2.50.6 .92.0 g4708-15 0.0008.00 0.0008E00 0.0008400 0.000E+00 8 8a-135m 4.i1-87E404 4.1878(404 4.-1338.04 4.0878404'- _.4_53E44 84 .1840 1.1698E 168.1 0.000.00~' 0.00k0840 0008O+0 7- zaw136 __w98.25180 8.175E*05 8.178E405 8.098E.05 7.793840U5 16.80 1.69680 -7.-182803 6N9._IT 3.E9-03 1.07E-20 *- 13 1 r 160.71.650840..8T643847 84340 -f'63E407 1.64E.0f- ~iF~384 165.7 180.7 184~58 T OIW.9808 148.8 1.8988.08 1.3488.08 4.3178.8 1 W.0800_i0080 0E.11-3 00040 ---d.90E600 10_8-4 .E648 198.8 .580 .68.8 1_._9258.08_ 1.580 .3847 14548- 1.084 4611 26898-1 Y~

11 a-141 1.680 .880 .5.78180 1.8418E407 2~208800 3.3398-1 0.080 .080 .00800 000800 0008000080"-F 2 8a-142 ___ 1.881E.08 ij 2.SMW67F 3.3238.08 3.935i-08' 0.080 00.0 0.0008.+00 0T0640 0.00.0 000840..0080 13- . 2 3.&81-2E45_382.5 .880 .505 Tri 3.27 405 2.3880 8080 .738.01 148-3 000 0.00086 7 Br- 83 _12918407 E+07 1.A77fi407 .380 .980 .780 T44 .080 .080 .080 0.0060800 is WU 8 2.3 .7 2.39E2.07 1.88V_7.iI _7.617E0 6.21E807 0. -Q*0 - .008.0 0.0040 0. .00 0 .00800 0.0080 18 C.9-141 - .17548 17580 .980 .7888408 175808 1.6588.8-+ 9.550807 .63807 . E88806 74804 1680 1 CN-143 16208 1.86808 1.658808 Owi+_08 1.-421E.08 1.0168408 2.239E407 _4.5880& 33E81i0000 0.008400 _ _0.0D0080 18 C.-14 153.8 15348 1.518.0 1.513.08 .5138.08 _15058.08 -1A07t_+T 1.0 0 .15.8 979 .2ii_+7F '19 Ce-146 __90580 4.0158.0OF 1.94884064E403878.08 -. I 0... E - _____00_E0_ O..OE+ -. OG __0._06E__0_20 Wm242 87084+06

6. 6.68F0 _.8_E0' 67008408 _.8848-0 _iK0.08.0 000800 00080 0.008.0 0000400 0.0084

 *21 Cm-43 2.C8_73403q 2.78.3 2.7803 28E80323 2803 2.738.3 2573803 .873.03 2.85840 2.8428.03 2.8048.03_-. 2.64E403 -

22 Cm-24 33898

 .5p96E845 -. 3A8988.05' -3.8068405 3~.896845 39440 .0805 3.689805 3.~888805 3.05 3.5 37505 5 34848405 23C-58 S.9138405 5.9138405 5.913E405 89-138405 8.88805 5.405 05 5.84.0E44005 5.2.452840 -1.0t6E.05_ 1-.8888.04 1i.3222.01+O 24 CoGO 3186E405 -3'86E 3.'- -1888405 fb.1E7iai 3.1880 3.-186880E .1845 .505 3.087E8.05 2.9878405 2.1_47E405 25C-80 ~5._272F8405 24E - 723-5844 1_T932403_ 8.3288-09 0.0008Q+00 0.0008400 0.000840000.0008.00 0 O.0 .2.7968.05 006 0 60.0008400 26' O6 - 7.10584E03 _7.10584U3_ - 5.76840+/-37 4.688843 2480 2.972E-01 210-4 0.000E.00 -. 0.0008400 0.008.0 0.000E.00 0.0600E00 27 cs3 -4.355E.03 4.355E+03 4.3478.03 4.332E403 4.202E.03 .3.912E.3 03 3US57.2 .85.1 1.88714.05_ c6iiE-14 0.'000E.00 28 Cs14 .00.7 .30.2.3.3008+O2.3007 2. 2.*072.37 W0047 .907 7 - 22398.07 2. I88407 1.9488407 1.84 i.6_

dA4604.6 29 _-3o _ 4.81846 . 4.81 0 .21.6 3.880 7_.?15805E 1.8984 5.608-4 .00840 00084 000040 ,0.00084.00- 0.0-00800 30Ca-35om 31 4-38 4.853E+08

 ...?.3428406 4.480

_73428406 310.8 .2806 87043.9802 00.0 ~4O 0.00840 0.W000+0 0.0008400 0.0008400 73280 T36.2128.08 8.960E+086 . .4448 1.18.6 8410844 -. iE_402 3.2398-02 6.311-1 Cs-1f37 17447 17447_1.734 84071. 7407 1.734E8.07 3I7 1.734E+07 1.7348.07 1.27.7 .igT TIii7 1.280 33 CI-138 2.0488408 208.O 8-.151+08 8.9398407_ 1.-1180 0.000E400 -. 0.0000 0.00 E#000-. .0008400 0.000E400 C-39 34 T O8 1I.9028.08 2.132807 2.281E408 _ 5.203E-08 0.0-W0084 000.0-000o 000.0 0.0008.000*00008.ooE; 0000 O.35 fou-152rn _2.4'758.04 _2.788644 -2.384844 _2.30W+084 1 .1980 1.983841 1.368-1 0.080 00040 0..000.00M 0.000E.00-38 u-154- I1I.055E.06 -- 1.0588.0 iz_1.05808 -1085840 1.0558.06 105.6 .80 1.0558.8 .091.0 1.1846 9.770405. 8.286E405_430.5 +~_EiIS 430.5 T480 .405 50;-- 4.48

 .w- .48.5 420.5 42948.5 .14805 4.038+05 3.7-488.05 2.7828405 38EU-iSO_ -2.738847 2.387 27-388407' -2.7318407 -2.8098407 2.6228407 22747-.8780_ o-& -- 4.45 7.4-148403 1i5798400 5.2048:15 39 Eu-IS Ii 0i1. 2.88.8 2.690808 _ 2.6208406' Ti84F08 0_.8828.05 308.4 .9808 0.00.40 00080 0.008.00 0.0008.0 iUii _ 9.4748.05 9.780 .7388405 4.30805 T7I .~82880 .080 .080 .080 .080 .080 .080 41- Eu-ISO_ _4M6E05_ 4.80E6845 f._7i984056 _54&558404_ 6.838~-_03 86.097E8-I 0.0080 0.08.0 0.000 0 .00840 _ .00800 0.0008400 42 -12 7 1192E-406- 1.1406 5.7240 246645 1.9588.00 5.2958-12 -0.600080 00084 .000 0 0.084 U7Eb 0.080 .0008400 1:'-0 - 2.iO~N -. 2.46362.0 1.582.0 2E06+0 '13E189808 8j078E051.284 -_0.008.0 _ 0.008. 0.000E400

____ -1431 1.070.08- -1.0708.08 1 10-+

 .0708408 1.0478408 _L.0018.08 780+07 84.8 4.884 2.032E8401 -2.3538r08 0.00080 46 M132 1.5748408 1_I.5748.08 1.5888408 1f5_59E808 - 1.482X+844.1.284E408 8.74807 28845.,.188-0 3.18.0 28428.28_ 0.0008400-47 1-133 2.2188408 22168.08 2.2008408 2.177E.00 1.-7742+8.8- 1.024E408 924.8 863-3 1.2458-23 0.0008.00 0.000844 0.000844O 48 -3m 1.8968407 1.43.O 8.983E.08 4.79846. .58.0 15080 0.084 0.084 0.080 0.00084 0.00040 0000840 49_ !134 - 2.4528408 2.4528.08 2.1548408 1.7508408 1.5288.08 .00.0 0004 +.180 O. 0.0004 a0.00084_ - 0.00084.00 0.080 W-13 N ___ 2.109840 2.100E.08 2.0028408 1f.902E408 9.092407 1.T6818.07 8.080+.084 .084 000084 0-.008.0 .0020

___K-&83m _ 1.30084-07 _1.3088407 -1.2918.07 1.2818407 3.6378408 5.!272844 5.98 .0040 .00.0 0.0008400 0.0008400 0.000840

- 52- Kr-OS 1.4828408 1.48a2E.08 1.8246 .4240 .482844 1i.482848 1.8808 14W80 1.459E44 1A36E406 1.38.6 12E4*

53. Kr- 85 -.2.6828-407 2.682E407 .2514847 .33807 7.8898.08_ 6.61645 9.280 000.0 .084 .004E.00.0 0.084 W4 ' 5.7847 5.7807 41380 23.148807 8.380 1.380..381 .080 0040 0.0008440 _0.000E0 0.0OE0084 5.74+7-4~-? -3 rg- 100~- O.-D4W--.o

EC4LADW1135 35 Table 2. Reactor Core Activity For DBA-LOCA Radionuclidos Released Per Regulatory Guide 1.183, Tabe 5; Page 34 3 AU Isotopes With > 100 Curies Al l Hour Post-Accident 1 *hr 1.08 4.08d 3 Y-65 7.449e+07 7.44007 5.845E+07 -1.05 +07 2.1240.06 4.926203 0.00000E IO.OOE+00 0.0000+00 57 2.003.08 1.7800.08

 .93+.08 -1.1890E.08 12.093E+08 2.O320+08 r t7 08 4416E+07 1.695E+08 IO.OQOE+Oo }1_0.6000E.0 .401E4011 3,102E-t8_1 2.773E+06 8.1Mi* - O.OOOE*O l so La-i __ 1.742E+OB 1,6 +08 3.42303 1.68E-11 0:.0002+00 0.50001+0 .O.QOWE+O, 50 J. 239nfl 1 1.016E.02 3J705E-23 o.bo, _ O.OOOE+00 0.QOOE+00 60 2.017M.08 2D.17E08 3.60E+07 2.119E.08 1857E+08 I1566E+08 7.385e+07 1.0471+O 2.789E42 E 3.843E-12 0.0000 61 MD 102 1.834E1OB_ 1.B34E+OB 4.54E+0, 2.346E02 3.7,67-22 0.OE00 82 Mo-l~l 7Uii1oe 1.i420E+0 2.0092.08 2.773E+07 14.6401E+06 2B850E0OS5 0.0000-+0 0~0 E 0 E0+00 O.OQOE+00 63 1.1.923E080 1 i.92'3' 11.23E+08 1.923E+08 1.923+08 i92' 64 2.132E6 1 2.13+06 l1.628E08 1 2.02E0608 1232E+00 2.12Y+068 2.101E+0 l1.628E0.i Io.ovao_

6i0059+0-W 65 3.1180E+D 3.118E+05 3.07tE+05 2.4S5E+OSI r1.&31E+OS . r le *O3Ea.N1b- 97-.__ 1.896E.08 ,O oOOE~oo 1.912E+08 1.9121.08 01.0E+08 1.465E+087 _7.30E+W07 3Jt93+0 I3.061E4 -000.00 0 N0.0E I_I0o.oooE+00 87 b- 97m L805E+O ISOSE+08 1.74E+D.6 16.731+0_.511E+ 6 1 o~oo-

 ]2.655E45 .88 Nd-18 16B7E+0. 1.487E+06 1 8.517E+os5 2.239E+03 1 15.2033 .0000 0 70.000+400 2.OQOE+03 69 1di47 7.2350.07 7.2356+E 7 7.i22E700 _ 17D90E+07 .800+07 T5.623E1.0 1.093E+W7 2.4006+05 1 84041+0 0.000.0 _ L.S3,E23 -O.OOEoo 0.0002+000 70 4.155E+07 _ .156E+07 3.491+071 2.8.42E+07 1.7041E0 1 2.7501+03 0.000+00 3i I O.QOODE+OO I' 9.4910 IO.OOE+00 O.OOOE00 6+0O+0 0.0003D 00 2.147E+07 2.t47E+07 4.1o3E 06 4295-E05 Io~ooooe~ooI ]_70.02i,4 72 lO.OOOE+OO l§9lWo I O.OOE+OO

_1A44E+07 _t.43S+07 2.330E+08 3.7569005 l 3.056E4,86 I 74 Np,238

 -n 4.844E+02 4.844E+02

_4.699E+07 l_4.699+07 4.767E+02 4666+C07 4.669E+02 1 ~3.7821402 4.217E+07 112.315E+02 3.392E+07 2.514E+01 1.2882+07 l ._1E 107 .120E;-7l

 ~0.0002+00 12.552E+03 1 7 .4411+00 i7.4260.00 0.00oE+0o 7.411E+00 I O.OOE+OO 0.0000.0 0.1.6E+W0 75 p2,39 2.124E+09 2.124E+09 9.7792+05 IO.OOOE+OOD - 2.116E+09 1.933E04C 1.8,890+09 16.55661.08 1 i3J163E+os 0.00090.0 .i132E+03 I '3.132E+03 IO.-OOODE+OO 1 3.132E+03 1 3.109E7032 1 76 Put-240 _3.935E+06 3.935E+O6 I 090E+069 1.818E+04 l 3.904E4'1 l 6.1962-16 7.3981-IS 1.0060-15 j 5.5.31E-5 O.OOCE+OO 77 Nd 1-49, 4.141.E+07 4.141E+07 74W,07 Pd-I0ll 4.042E+07 3.642E+07 132.7661+071 1 1.230E+07 13.Z24E+05 1 _6.2650-09 1

_i6, P.15i-. 6.862E+06 2.627E+05

 .6662E.06 2.827E+05 2.802E+00 l r1.2911.08 -7w20+07 l 8.0980+0.4_ 1.077E+04 1238E+O0 0.0001fl 1.21+06- 0.OO0E+00I 0.000E+o0 2.6511E+OI 1.375E+04 1.5741+00 IO.OOOE;W 0.000E.00 Pd-112 12.'91E+OS0I - .01o81+06 ,,3.018E+06 1.365E+.08 L1.276E+.05, 11.513E0441 0.600600.0 81- Pm-147 2506E+07 2.5061+07 2.505E+W07 2.5080+07_ 2.5t4E+07 2 07 2.21E407 I2Z430E+07 j .Z277E+07 80 0.0600~+O0 I .17E+07 82 Z025E+07 2.025E+07 ZO,17E+07 2.009,E+0761 1.3411407 1.1J80E+07 1 1.211E+07 0.006E06.0 -.. ,1+04 r2.109843 -I 111 Pm-148 3f.881E+06 3.J81E+06 zO.Q0E+CO 13.873E+06 8312E0+ 362SE+06 12.3451.06 1 11.687E+OS 60.00O00.0 13.9960-02_1 Pm-149 6ASSE+07 6.456E+07 S.441E+07 , 6_.418E+07 - U4.21E+07 0.003E+00 0.0002.00 .5.96E407 1t.657EO _5.4560+03l ,I-.OOOE+OO 3.721E s5 -60.0000.0 2C.0932-17 0.0CE+Co0l ' 85 I5.53E+OS 5.531E+05 4.867E+0 l r2.ff4E+W 4.271E+05 16.991E+04 1 1.115#+03 1 9092E46 0.OOCOO00 I0.ODOE0oO0 !ko.ODOE+Co.

86 Ru150 zi.. E+07 2.170E+07 2.1541.0 1.70iE+07 l 1215E9007 1011+0 5.7341 0-,ooOE C0 l i2.727E-i6 I .OOOE+QOl 0.0002.007 0o0o0E00.00 1.497E+07 _14-97E+Oi7 3.598E+06 1 1 52.87E05 1 4.767E06_ O.O0E+00 O.OOOE+I I.02.IE+0C 83 67 5.371E+D5 5.3_305 3.385E+04 2.132E+03 i 3.278E-ii4 l O.OOOE0 0.000EO00 0 .OOOE+Oi

 ,,89 84 S,97E+02 ._9.932E+08 .. 32.+D 2.590E+S5 5.601E+03 10.00.+00 1 0.0 00+00 O.0002.00 3.4935-05 0T7.000E+00

_80 7.334E+06 7:334E+D6 7.205E+06 1_7.075E+068 r.0+00 5.486E+06 1 3.071+08 1 2261E+05 13.385E4 1.612E+08 O 1.612E008 1.61208+O 1612E+08 l k. 1.3tE+9- 1.607+08 1.4440+U0 13.8982+07 1.z8182+06 0.0o02+00O 16.710E-17 92 r51'44- _.50E+08 _.2EO 1.65132.08 1.1513E+D8 1.1513E+08 -- 1.505.+08 11.497E+08 1.12180.0 1 .2190.07- 1.0UE0+07 13_~__a pr-142, 2 124E+08 2.124+,0,6 2.116E+08 ui.93iE+042 12.116E+068 2.109E+06 2.0630+06 ,1971E+06 l1.4760.05 Pr-l45 7 ._. 8.710.05 94 !-0770.oa, 1.024E080 1._4.531E+O j E7.1006 1.8982i 95

• r-,-6 , 9.092E+07 9.002E+07 3.165E+07 2.147E+02 2.315E-10 0. E.000.0 13462j3+016 H0.6000000 97 7.174E+07 i7174007 1.68+07 _3B814E060 1 1 1.8262403 1 1.0311-24 .0008.00 0.L I .OOOE+OO 910 - 147 97 9' Pu.238

 . 6.708E+02 4.5616+05 67+02 4.561E+05 6.700E+02 4.531E+05 14.561E+DS6

l. 6.670E+oi2 . 2 6.303E+02 _ L4-233E+02- i.6esE+02'

 -IOtoQOE; 2.482E+.0 L3.346045 9S' 4.6601+0 4.584E+05 14.830E0.0 1 4..752E+O' 4.8210+05 14.6132445 Ps-239 4.828E+04 4.828E+04 4.828E+04 l4.826E+4 4. 828204 - .63104 _ +04 j4.882E+04 4.s2E+04 14.832E+Q4 1 14.882E+04-21162.08 100 nL240. 7.793E+04 7.i93E+D4 7.7932.04 17.793E+04 17.793E040 1 7.793E+04 17.793E+04 r7.793E+04 7.73+04 ri 793E+Q4l l7.793E.04; 17.793E+04 P-241 -1.S18E+07 1.918E+Oi 1.9180+07 r1.918E+Oi- l 1.9162+07 l 1.918E+07 1.918E+07 l l1.910E+O7 2,1.8960+07 j 12.s72 I1.658E+Oi PU-243 4.187E+07 4.1871+07 3.904E+07 r3.637+07: -L1.3882+07j 1,456+06 16.165E001 1 13.935E-0S 13.626007 3.93sE,4s

_,101 Rh-88 2.17006+S 2.170E+05 2.1621+OS 12.162E+05 1 2.08619 1.8E8+05 7.0961.04 7.8171.03 .2U82E+02 1 12.727E41 _ 4.309E-13 RbW-B__ 7.640E+07 7.640E+07 7.1590+07_ 2.37600 5.506E043 1.711E+08 .71.E+08 1.7110.08 1.711E+08. 1 1.681E+08 11.597E I l1'.00808 13.4990407 1 7.136E+08 I 2.712E+OS 106 105~ . 1.108E+08 1.108E+08 I 1.047E+06 8.022E+07 , 1.963E+07 9.550E01. 1._742E-29 I OCCC+oO*107 105m . 3.377E.D7 3.377E+07 3.224E+D7 12.9870407 I O 2641-oO Rh106 7.380E07 _7.373E+07 6.853E+D7 T.0011+07' 82515406 -_.077E+&0 -109 .2.393E+08 2,391E+0 2.04DE+D6 L .8450+07-lI 1742E+06 6.849E+OS7 l .636E+07 6.8001+07 6.79E+07 15.791E+07 4.897E+07 __ 13.4690+07 lB8.862+06 i :: _ . - 1.108E+03 1.100E-07 w I O.OOOE

 . - OO w l I OtoiaEfoo v.w . w ll O14.OOOEOO ww l vt o.+un wv l l v__v_ 01 oooio -

EC-IRAAM.1135 is Table 2. Reactor Core Activity For DBA-LOCA Radionuclides Released Per Regulatory Guide 1.183, Table 5; IPageS 15 All Isotopes With > 100 Curies At 1 Hour Post-Accident 1doUdAs e~d .O~ 30 Wa Lhr l1.8d '4.0 d 0..... ...1LaO d 3W 110 54-107 , .. _ AA7C A, A 07,: . -Ms O.Ove*=.- 6.983E*07 3.285E.07 1261E+07 OO1.87DE 9.002-13 -nnon 0~0002.0 0.0001+00 Inn-~0.000E+00 00bE+WOQo 0. OOE2.00 4AB1E+07 -4.551076 5.172E03 0.060if+bo0-, 0.00DE4.00

 -11i 4uw103 - . 1.7192.08 1.7192.08 1.7112E08 1-704E4+08 O.OOOE+M 1.0+8820 1.597E+08 Ik2.7i2E -113I~ _.192E.08- -17192E08 0.0002.00

- ,....lflR F -- . 1.047e2w 64 +_ .I----- 3.5142+07 2.8882+06 3.7822+01

 -14701417 I . 002+40. .' l0.OOOE+00 - _-dOODE ODO 6.853E.07 6.845E.07 o o"+n7 5.7916407 4.887E.07 3.489E407

_ 114 007 6.968207 6.961E+07 -. I . ,

 -. 2.9802.0-5 '-1614E.3 -I 9UWLo1+o 0.000&.00 -108 .46492I+07 4.4A85E07 4.69 05O. 4.859E.03 _ .0000E0W -- ,o002,*-.00* 0.000E.00 0.0001E0 0.0002.00 P 000400- 0.0006 11- i.132E205 2.132E-05 2.124EOS0 2.116E+0O 1.963E+OS 186499;O- ..1.979t.os _O.OOOE*eo_

711- ' :-124 .I8lzw_2S . IO.OXOE*-W 9.72aE404 9 7202.04 9. A-vE4O-70+0 I 72 -. -0 -. 0....... I - 0.00+0 -t12 l_%9 2GE 9t 18E.04 S.M8E.-04 3.45A 2.0 ! .4502403-v_ws

 ,1,32'1Si '1 371E-0a6 1.3711.08E 1.371 +06 1.3712.06 S _

j1zlittm5 e . ^X

 ,. .1371E;+06 1 071E+6 6.433E+00 Sb126 * -. A OAAC.Fl 4.644E104 4 6372.04 I4 2.04 4.562E4-0 3.711E+6G 8.628E+01 .4 3242.04 1 AAA72.OLA tgA2..JIA 4Nif I 4 3252.04 s Awvs ^ ^ - . ^. _obov^ l 3.t4A+0 AA EO 1.161E401 I aUaE 1.161E+0Oi1 i1oT b: 126rW E5.44S E4 1.0J1t+U4 l 9.170E+ _- j.324201 8.32&E*01 8.3211401 8.328E401 .ou. I I s329E+m 1-- 8.3^28+01 124 5:3127 Ta~foa - 9.39714u6 9.397E4D6 9.321E.06 - s.39E40 7.946E4-. 4.4278E-04 9.710E41 --2.598t2-22 O1.94010 Ifw.e00 0.00&O 12- Sb 12v

4. 1 612E 06 1.8121.06 1.574E+*0 1.528E406 9.16810 2.666E+05 Fi

1. 47E+03 A I.-

I A.Ili-I B-70.-

 .12n-m 1.6042+07 1.604E.vi &.SWoa+04 --- ; .

o OoaE2.00 A 0 N009420 -0.0001.00_i24 ^~~~-- 4 8.4022.01 12 I 3.469E207 3.4v9E+0 3.0031+07 9.932E+05 ----- -- . 9.i74E.0_.-, 'VV-0.0-512. V 0.000F2W.0 A- 0.0001+W0 i26 -130 ^^ . ZA _ _1.154Eb07 1.154E107 8.8232.D0 0.6W0E+00 0.000+OO .OvOE,+0u 00001.+00 127 .130M 4.8-21E 4.8I30."7 3.499Ew0 Of.00+O 0.6102+ou O.OOOE4-O 0.000E+00

 .vf v wW=,7 w.w;veAvuw7 ,.61E1 1.352E+07 'T:;n- ^

0.0002.00 nne vww 0.O02E+00 11311 _ + 8.4042E07 8.404E+07 3.453E407 '1.39BE F37' ,4.444+01 i.215E112i I- -j;---- . -

 ;1~29 *130 7^ 1^! -132 .1n e_ ;7s ;; 7 - 79m A = ^ ffi. =

e~n e 1.337Ew6 3.59_E+0 2.3682+05 fltC. I 2.5E44E+4014 Z407_______2239E-1 1=__ 0. 0 00ooE+0 O.OOOE+OO 0.000E+00 O OOO+OO 0."E000.0 ..0.00020-U A.OW+A' M__A0.0+00.0 AIACA -O.OOOE+OO AA~e

 *0.000E2.00 .81 j aim_..

5.084E2+0 1.372.awm

 -5.3ME04Ev -WIL.1-t~ i ~u 1.?IIE+613 1.536E-02 O.ODE+OD O.Rkw+00 O.UfiooE+e0 0.0002.-00 0.0002~.0 I" -132 133 -83 e; I:+ v,.

0.1041405 SJ866EtvS

 -6.104E.086 2.705E+05 .. I 2.414E+06 1.87E+O.

I .9,474.+05 2-flf2r+00 1.039E-02 E-13 O.DDDE+DOo 0001.E+"0 0.0002.-00 O6.O6OE+0 0.0060+00 0.00E+00 O.ODOE+00 O.OOOE+OO O.'OOOE+DD 0.050E+200 134 r.l151 6.800E+04 I_---6.8001+a4 I OOE0D4_E+C4 6.868E+04 _ioooo.bT 6.861E+04 6.853+04 - 0.0001+00 8-716.E+04 135 1.153 5.310E+07 5.3101+07 _ .726.07 _ 3.70SE+07 1.261E+07 1 .100EtO~3 O.OOOE+00_523JE+07 0.0001+00 4.210E z1 00.00E200 m.155 . i.103E+O6 4.103E.06 1873+l. - I 657BE+05 - 1.41 E+0674 1.43E-13 _oo000E.+00 137 ra-156 2.5872.08 2567E106 2.4775+0 2.384E+06 >- . 40-O ~-1~ El 4.378E+05_ uuwc 2.162E+03 L-Mu.v 1.2499-07 O. OD~O O OQOE+00 0.000E00-OOoag+OO 00.716E+002.1.157 1.6202E+6 1.6202.06 I I- 0.O02E+00-. 14V 8.9R

 *90 1031.+08 1.30,o07 . .DEtO 102.3317~ L I 1306^E+07 LJ- -131N-_.I i 1.306W+07 1.0161E+0 9.75OE+07

_1.3W0207 O.OOOE+OO 1Sz9SE+07

 -0.0002.00-3.010E+07-1.2992+07 .o000E+00D_

6.s07E+05 O.O0E+.00 0.0001.0

 -91 .A -A 1.306E+07 1.268E+07 _ 1.207E;_0 141 1.306E+0O 1 306E+Os 1"261+08 1.T2182g+&9 7.304E+07 2.i77+.07 1ii72.412 r 02 1 .2002.02 _390E08. 3.010143 -. 0.000+00 0.120+w 0.0002.00 -142 I 2212.04 -- I~0l_;,31+01 I O OOOhy-O.ODE+00 0b.0001E400 143 br W1.514t+08 .. ._ 2 1.3001+05 201.0 5242-2 0.OW000+ 0.000E+060 O.OOOE+60 dm00E+0b 144- 2.6261+06 Y-wEit3 i O.OwDE+0D 2.205E+U3 -2.208E+23 2.2080+O3 2061E+03 2.216E+O3 ,2.2161+03 l 146 14 TC-99m ITC-1N0 I T782E+08 5.0502+?

11882.08 1.7881+06 1.768E+08 1.734E+08 1.513.08W 7.136E07 _067E02_ 1 3.721E 12 L0z0001+OO_4.8292+07 1..l.-- O.NOE v v-v~ OO I ODWEOO W AA- O.OOOE+00 0.0002+00 ODbwE+^w..

 . --- AI AA'A 180 !.ITA;.102A 1.834O A 1.834 W.- EO2EO 3.996+07

3. ....O 4.1;9E41 1.184E.20

 ...^w OO...- .

Ok.OwcEW.O.OwEP 0.006k-O 0 2 00002+00 00001=,

 .O +00 -15 11.144LMU0 1.74211E+0 4.431tEO_ 2.873EM ~.-I4 --- 'W4-----'JI O.0E0200 - I ._- 0.OIJO~aJ 1150 AGA0

405

 -. 1.4132.+08 1.1692.08+Or _16.^^E+w I

4.7032.07 8.1151+00

 --. F- ~~F1.53it-W07 0.279S+05

4 1.o95E+OO1 1.222E-11 aC04E-10 O.0OOCO -

0.uuI^uuO 0.000E_00 0._000+^4u _0.000E+0 900002.R ,O.OO4wE_ODDOEo%_0.000+00 Q.OQuOE+OO I' is .12349 9.703E+02 9.703E+02 S.703E 02 9.703.+02 9.703E202 - 9.626E+02 9A74E202 8.175E.02 8.791.02 3.423E+02 1.169E+02 1.704E+w0

 -IA :;.

A,- 4 a11Ia= 3.02640M5 3 o -02+o5_3.026E+05 3.026E+08 3.-062+05 .3.035EuS 3.035E+05 3 u440 iu A . 0.0024.00_ 1 1.,575E*05_153 a-127 03Q 20 0.321.0 09.3212E.02 i^e n _._ _._ hA- AA . CW l,_ ,. 134E,+O

 -.- ---- X __. W ---- ._ -W-- IAl O 8.6833E.06 5.T?772+06 0520E;00l 164 127- - 1.360E+06 9.321E+20 5.249E OS 3 812+05 1.5'51E+63 1 I51 l,179 5.0896E06 .fi 1.95.06 ._- - -- _ ____ _ _ 4*Ywtfiw 2.315E+06 Z3]X .7081+06 .6.708E+0 1.047E05 22922403 3i806E+06 1.047E106 1.635E+05 3.576Eo03 157 .2.86E141 O.7wE1+00 mA31m- 1.0241-1S 0.000E+00 0.000Ew00 O.00E0+00 i-131r Z.1241+07 2.1091+07 1.284E+^u 4.561E-15 00020 E DO . oOOoEOo 0ODO1E+00 19 - t1.36E+08 , .1.526E+0

___ _____3 ii992-i 2.6082+05 1.ARE-01 z75^1-20 - .000w+v0 I .FQ9E.7 i- 1n. *0.000E00

 ^ ..^ FA O.000+00 I " 1 .A. C.. %t - 1 -uAA Cu - -- 1n uf 0.00E+00 - i 4.6

i tE+07 _2.445E+65--

j.%744-I t.J90+OOl 0.0001.00 0.001E066 0.0 002.0 0 a.0002.00 1.184E+08 I 7.212E+07 I 6.815E+04 , 0328^43 0.60002.00 4O.O7E4+0 0 2. 0w00 A . I^^ --- _. _; -- O.4.EOOE+W F:5.149E+03 [5.142E+03 I 5.027E+03 4.772E+03 3.774E+u3 + 4.974C*02 4.42E1

 - F I

o4o ._4.141E43 ._=_ . O.Owc*^uO 2.208E49 0.000E^w0

 -U - - L - . ~ . .I 4 4I-Z 1.467.+02 2 . 2. 4 1.407Eu0 ;- II4 1.467E+.02. 1.4522E+0 .I- .4 - i ;375E+u08'-- .L S.OmsO~m 4= .j --2.w02E £-w l712* I I1.. tO8E+32 .L 7 1 0 3 Z292E4O3 I 1.34I1-22 754iE2

EC-RADN-1135 35 Table 2. Reactor Core Activity For DBA-LOCA Radlonucildes Released Per Rogulatory Gulde 1.183, Table 5; Pag 36 36 All Isotopes With > 100 Curies At l Hour Post-Accident uueewrose-Acm~ng

 ' 0.0 'd I' t -3i- m in I hr r T6d P -did - I X-133 2.124E+08 I_ 9hr 30.Od ZAWi "

1 -,-i03 1.i dl l IW '-I-i'i Il it24E.~08 2.124E 06 l_2.1242408 l l .116#.o8 2.085.08 I 1.513E4,08 4.980E90 6 8.9912.06 - 6.9012+06 r- ^e l UUJ6Jt.W 168 6.983.E0Q 6.861E.O_ i I _AA

 -l~~~

AxIle.ZS X^_

 ]'-^

I : _I r ^0.0002.00 XeI34m _ 4 m :_!q --- j_ A^ .- l IA A

 -167- 5.898E406 9.9322.05 6.3582OO_ U,000E.cK IO.OWE OO IO.OwEOO I 0.0002.00

! -,i69.. XY-135m XO-135m 7.029'+07 4.630E+o0 1 7.029E+07 l4.302.07 7556E.079 3.576E.07

8. 0O222407 ;f 3.178E*07 1.0048208 11.4822.07 1 6150.07, H25!^^e^~q 'I 4.003E+5 I 1378203 1.177E-15 1 0.O0E0O0 I_.wME.0O 0r0002.0 02"+

SA0o-+o0_a .nml.a j 1-O.OE000 170 - 2.017E+08 2.017E 93.973E+03 O.fftW l U.oUoo UO.OUwtU IOO-w M.IJt-N l vLvmw 0q.0002.00O 3W-138 I1.8872.08 , 1.8720 1.03tE-02 .-087E-23 I O.O0E0GO l .OOE.00 I0A 0002400 P.002AA

 -171 002.00 O.000QO l_ A WOE + fll 2 *712.02E*

Y89a, 1.875E+056- 1.30E.O5 6.425E+.0 6.402E'04 1--O.Uf42fl 0.5tC,4,, 2 W41+14 B.92# 0 173 Y90 1.365E+08_I 1.383E+07 I }.JC i -AF A UIi II l s Atz$,iAA7

 }.C-U 1.343E+07 1 1321-07 11- :4 1. * :9j z7&M-0 1299E-07

i. 12920 1 .291E+07

 . L AA--

M2SE+07 I .. WA_, 7.34S2i+8 I 4I4?.e^ze l . w__Aa I 1.337E+08_ . l_, . jw s _ _ l . .____ - _ . l . ._. . _ - _ . l I -*12Q7E+70 M39E+05 0 +0 1 11.337206 1291+08 1.653Eo07 1.606E+07 1.780E206 3.1106E2 174 YO1m 7.571E207 l7.71E+07 17.5252.07 1 An403F+07 1 4.637E+07 I t-4E+07-I 1.413E-15

 ,, . ._A__._. , . ._WA'_. , 7 1I6402.04 P00024O0 I0002.&w- - 0.000.E00 O0OF+w2u Y92 _ 3-98E+Oi ' I_ 1.3916 08_ 1.368c408 ...I.4.1.A 06 l 4.042E2Q0 1.3082F+08 O.Ow0000 O.O0E+.00 0.OOOE0 0 , O OooE4A V 03 1 1.070.E04 I l 100 8E4 0 I 3.44-14 . A _ AA _ . A A AAA_ . 1A .-I1*oe -C S_I .q,4E+UO, .- ,O.A00E#O_ O.00E0G0 17i 179 .Y956 I.7696E+08_ 5.95E207 1.956E O7 3.9200 I I 2.;9--E -;5 Id.OUEU _ U.%~rPJ2 S_ O.OVE+ I O0CO0i-*00 _0.000,.,_

1.766EW 2 52;1E O7 5476SE4O 1 3.163E,068 O.O@E00 L O.0E020 00 Wo 0.OOOE.0l LS fdt x1* g I . 5.524E.04 5.501E240 5.4782+04 514SEf2 4 4.4649+04 12.36..6EA: _

 -I .000E+2 I1.4-s9E 2 ,

_0 ,40W

 .-29 O.OOE+00 93 2 §72r801 _ A AAAA: A AAAAAAr AA _: A A 2972E0O1 2.972E+01 2.972A01 I .9I2.92E 1I 2 2.972E O1 .2S72E O1 A AAAA A..

1 ..' -142.92E+0 hi-os_A.

 -182 1.91SE408 1.9182408 ;.;67E;V 1.916O;08 1.916E808 1 A2 E0 _1 U63A41A 1.4aft"7 7A^E5O.

__a___w Z.727E+O7

: _A . A

 ;W D 95 1.8067249 ; A; AA ¶8458.06 I 1.22208 + -

7M042.7

 -I 3.702E406 -- I WO OCOE0e 0oemOE.

a n732.08 0.O0600 OO 1.O4CE+OO

 ._. .. _. _ _ _. 2.4979.09 we l 1.3521E+10 1.037E210 l 9.421240A Yt+W- e.

5.7012.60 I1. 3PR .,0a I M.09E.nf

 . OFF

ECRADN-1135 is Table 3. DBA-LOCA Activity Release Distribution; Regulatory Guide 1.183, Table I AST Activity Release Fractions Page 37 IT wr 7 rruom.IM- £ xa l.lT m ,n.p . . -PO5. 1-GROVE caP3a E.W_No. NMdo RADTKAD EAuldSa 0.0 d lIa" 30 mli Ihr 8ht 1. d 4 l 30.Ld 90.0i 3 Yt Ub U-t tkvlla 1-.0 d i Y

 *;-A_".-1..... _ I ~1 qn11.41 Y ~5w8 S.073E+00 ,5.073E200 5.073E+00 5073E.00 S088E+O0 5.104 5 I 5.149E0 5.57E 6.57 18.037E+.010 8.03E 1 - i .102 2216E+01 VA-242 _I Y Y 2.231E+03 2.185E03 1.620E.03 .O63W2l 3.i1E403 A'A..'. ^ - -. £A; 7.fiAI I

3.2131 ;31300 3254 3l854 328#41 328#841 13.236,1O

 .2432m Y . - .. .. 23.2 3.316E01 _ JK 3.316E-01 3.316E-01 L3. 1~661 .. 13;316E4 3:300008 .. 3.300E241 -A .......w. 5265 3.300241 6.250E401 6.25041 6250E.01 6265241 6.265E01 6 1 1 265 -01 6.26#411 I 6265e01

_ __w C::.:AA 6E25-03

 '2.6S2E+O; 2.656E9O3 2 0 67 2 1.5895.03 5.317E2O02 3.854-00 9.59 t-519 0.0002.0

_ 6,,-241354m Y Yl _ 60 J 2.093X.03 2.0932.03 . E O3 --; 1 ____ -2.044E.O3

• 1.727E-03 1.1738031 l2.05,902102 15.64452.0 3.138.00& _0.0002400 1923 4.202E O4 4.1262.04 4.087E O

_8 4.049E.04 3.896.E04 l Ir81E44 3.534E-21 1 aa137m V .Y A825EO J.ZO.41a -W t I O-- 6 213E.OSr

 .. I 8.213E+O5 8i213ES6'I 1 8213E+05 18.175E OS L..° °°+O 28.32.+-0 7.840.05 I

_ OB-139 Y Y V =I , 5 - I. 6.41'E=0d ttm I8.480E 1a I 723E+06 2.1_ E+O5 8.286E01 i.15762-14 0.0008400 0.0002400 9.6Z6E+O6 [-d-w+m0 10 Be-140 u-,140 YY Y 18.B I ,.77,9E,6 I i.0 8 07707708 9, t79EO. a8286F.0 0.283ft% 1 7.889E~oa 1.918E+06 17.3732.04 1 2.4#&0 K eoF I_. fI 89-141

 .a4 . y. *.. ....... -Y 645 aL8824E0ae 6 .2 As^E+^s 2sE.

_ k t-aEn ]s 1.6690-17 r17 I n aD O.OOOE.0 43.O-wE-O O.OOOE iA -.OO A-,A t_ AA__ __A A C AA 12' 12 8a-142 Bai2' Ba4i2' Y Y 1038, 2 ., 6404+06 8.404E+06 1246.02 1-.184E+D 9. 206E+05 4w7 i.66Eo 1.179074 1T ..0.0008.0 0.000E.0 I u.uwcvw O.O 082+ O.OO000.__T3_ 1_3: 9- _82 -Y Y Y8 -Y 2642_ LJ1442+0 .1.144UE+O t1135E+05

 .. A__ 7- 4 sV 1.12=+5E OS 9 H10E" AA._ l V-7.151E+04 1.742E".4j 1- Sii^EX2 I4i378E41i 0.0020 14 14 Br.O-W83 B3 Y V

YT ... .Y Y- 7.4"4 I3.8732.06 3.873E+06 3.530E+08 3,I_7E-0b6 4.194E OS A i.126E+03 a ---- 2.25124 1. 0 OOM.00 0,000w0, 0.0002E00 15 15 Br- 84 1Cr 4 .y Y Y 1720 _ _7,.1.9724E _ 7. 1 7E+06 -W 14kE+06 2.159E245 I 2285E+02_ - A I1 O0.000E00 O.000E00 is V U.0 DO+00 0.0uWOEtOO 0.60002b0 q*-III_ Y - Y - 77 I977E+04 6.9718E04 I. 930E04 8.824E+04 4.7782+01 1.322E-1 'A 72218.0 _6379,E6 17

 '17' CO-143 Co-143 CS-143 Y Y Y Y _ V..

Y--. 7.32,E204,, I 754+04 V1.1182404 _ A A_ l V 1 'VW V V&X V l ^ AAA 0.0000E+0

 ^

I-2 2.273E402 .16E1 18 19 Y '92'7 ' 7.564E+04 7.564E+04 I...S6E44_ 7.525E+04 7.4_87E.04 7.C29 C4. 4.890E.04 8.272E.03 19 , Co-146'-.. _ O.OWOE+ 3.109E04 it n7A="U4 4 _I 4.504E+04 2 4506E 133 04 03 14 4 SO 2093E203 a321E407 _33E-280

 ^

_0.002E AXAP,

 .03 A A X V V V ;- -

rme n ^.ia ,,1-. ^- e+D

 -'20 2-0 25 29 Cna-242 Co-G. .

Ciii-42 Cm-22 3 y YV4'7

 '7_y,,_

V

 =6C43 1 .33 E+03L1:3- 1_3342.03 1.334E0 403 1~,1.3348403 l.3348.{

0.481E00 423111E.02 .Ij488.E.03I.10 0.500+02 M _234En02 O~vO 2.842E202 1.294E01

 -'1 Cm-243 .. Y, -Y y. = 5796 561 574541 17.793E+0X .. 77E9201 5.745E-41 _574#52E41_41 J5.745841 5.745E4 =l .7452A41 ,<e---=v 5.745k41 5.745E.01 I .7#41 . -_wX;v ,5.664E41 S.606E41 22_ Cm 22 ZR;N-4 Cm114 244 , -Y Y __

_Y Y _ 7.7932401 T7.793+01 7.793p+01 7.80BE-oi 7.80E4+01 7.7782401 7.732E2.0 7.665E 01 7.518tE01 6.9682401 23 2a Cs-13 Y .. V Y CZ- 8 YV - Y _ 824 1.476E403 1.478203 1.47814.03 1.478E+03 1.475E+03 1.465E-03 1.421E803 1.102E 03 2.840E02 4.164E-01 _ 3.30402 t_ A _7 .962 A7A . 7; 702 6.131E202 2504.4 7.I65E02 7 7.965E+02 7.943+02 27065E_2 .7.9652.02 7.966E+02 7 ItC eANA ; ^_De AA .I

 ; ;4 =:^ 7 __O AA . 4=V 1- ig e 3-0 Cs-23m 7.716OOEu 7A68E.0W 6.991E402 ,5.36?E+02 25 Z376-0 _ -Y Y. _Y, V Y .. 8.6 1.3.I 182 3 i.316E+03 1.8009E02 2.42&3EQ1 _2.062E-11 0.0002.00 O.000200 I0.0008.00 0.0008.00

_6'" cc6 di .V X Y _ 98.4 1.776E401 1.776I401 1.440E01t 1.167E+01 -6.1698461 7.4_302-44 Ii.5.74A24E17 U.U1J228 j U^4DA AI i t A

 .1100241,O yo-DuOE46^ -- ---. 0.0,002.0 AA --

4'0.00t06E_ 1.1278OO.1 27 C9b432 Y 1.00B7E03 5.749E+06 5.4512+.03 9.779202 4.393201 I 7.163E422 4.7182.00 O.OOOE+/-OO

 -19t7F.I& Qf0.iE00Q.

31 Cs-134 Y. Y . 5.749# 06 54,749 C 5 7492+u06 5.730E+0 ---1211--- 4; . 241 6A _ ^ A 2 CI.4 Y. . 1.2032.06 -__fi; i . 066E706 I s7 ec. _ ._ ___ _ l4.B1itE+w 2.101E+06 9.47454,0 1973Ehi.3 O.OOE+0.00

 .-v= . 9471..... i-- - -. - ' E' lr *VW W: .1 i.161ED06 . 1.838w. 1 o34E.0 I6.310E+05 1 8322406 2.177E203 t1Su03E0 vv i 7.697E403 .7406 1.423E,4 0.0(524OO i.486+206 I -OE010210U 1.1050E2OO r3.7v8224 AAAI AAA -AA I 1.602E+04 It4000+02 IO.OwDE+0 O.OOOE+OO 0.0004E2. -W I *- 8.098E03 32 C-137 3-'i' y 6_3 4.33E+D05 4.3368.06 4.3362.6 4.336E06 OS __4.336E+06 4.335E40 4.336E+06 4.336E+06 i 431t7E06 33 Cs-138j 9324 1.t t09EA7 4.336+*06 4.2_96E+v6' 4.240Ed06 4.0408406 V *Y 1159E+.07 3182E+07 I. 1.OOCYUO ,._ 53NIFOEM O.OOD+00 0.000-- - -- 34 i1l39 _

z W, .7

 .IJ Iv 0.0006+uO . 00002400_ Ou 1.0.000240u

_ Y._ 329 _ 4.7566E07 4.10027EOt 4.716E+07 5.329E+w 1.30t2-0 OA00244AI 0.vu_0"sv 0.00.E OO I O.E0200 l O.ODvE+OO- 0.00vE+00 0.000lE+00 35 Eu.152m _Y _ 4.549E+00 0.0002.00 36 Eu 154 .Y .. V__ 1t2S3__4.9518E00 l 4.9518.00O 2.111E+2 4 4_96___+h

 .02 +

4A.7672.0_

 *2.11E+02 2 7282400 AAACV AV vAS:: -8.2972401 ZttOE+02

_3.927E43 2.735E-23 I 0.000lE00 0.00069.00 WWCW O.OO I0 A OO. l DwE+0o

 ^ A 2.111tt+0 2.11tE+02 2 11=+02 2.110E+52 2.079E+02 1 2.0322402 l1.9F4+22 1.657E+02 37 Eii-155 _7 . Y 63 8.681E+01 t7E$3 6.6812401 6.68tE+0j 8.5i7.E+o I8362E+01

_6.d18E01, B.681E4O1 8.6812+01 l.072E+01 7.496E.OL l.564E401 38 a-15I 4..6i E+00 6.47E+403 5.461E+03 5.399E+5v35243E+03 4.574E+03 i 1.4iM+t0O 1 3.1S2.0 1.041Et.8 a1tzI

 .39. Y O

_ 5.256E+02 5.2S6E+02

t. E+02 5.180E+02 S.058OE02 3 27F.- 1.772E+02 6.616E+00 U.OwE24v O 40 - A-ISB -_ *W t.B9E v2 A1.89 5 .0 1.3480E+2 8.603i01 t.514E41 1 7.65SE0. 0 .OO E+CO I O fiCOE+OO. 0.005E+, 0.000E+00 0.0002400 OM60 0 .9.01E+0 3.438+E01+ l.Ov1E+Ot 6.twE v14% ,!<t265.666EO 0.0002.00 0.000E00 I0.000Et+

42 A28 Y' Y 2.25.E+02 O.OOOE+000.0002400_. Y .. 90 3l.S76E2u^5 I.4840 28482.01 1.58E-12 00002.00~w~CwV000 I l_____.w0E+00 I O.OuE +00 0.006F08.0 0.k002.00 43 1130 _y .Y- 7,907E+OS ; aW _ . - .PA _ W _ 4 rTT:T I I:::

 ~.44 i-3m J . 121 4.217E+05 7.907E+05 I 7.747+1u5 421t7E+05 4.194E+04 7.312 405. 5.08e+03 4.t49E+03 3.713. 11 2.0722403 0.O0PE200 0.000E+00 3.667E+03 0.0002400?. 9900200~ 0.0024002 O.OuCEt+O 0.000E+00 O.OwF+w I 45 1-131 Y V, Y 382 3.202E4+ 3.209E+07 321002+07 3.140E 07 3.003E207 2.36tE+07 2.521E+O_ 1.426E+04 6.0972400 7.050247 0.O0008400L 0.000E 00

_Y_ Y 2220' 4.7222+07i 4.722E+07 4.699E,+07 .4.6762407 4446E+07 3_51E 07 2.035E+07 8.08.0 04: 2.315E-01 - 1.114E.9 8.526E-27 I.133. 607 6.647E+07 6.647E+07 6 .6012.07 6.532+07 O.OwE0+00 a0.OiO.94M 0 0 n.0n _wwOE - D A

• n7re_ A

 .I St33r. W- ----- A-- l A~ ^Ae n7 , 3.,071E+07 2.773E^06 2Su-0E43 3.73_E-24 0.0w002. 44 4W .49 VY I:- AA-A At_A; A- AA1P I__7 A-e ^=

001 IJ WI_ AUAA A A *.^S.Ubft+Uu I 4.w^te+05 0.OI.w0tO 00008+00 G.oOOI:*Weo O.UwEtO

 . 0 24

_ A1

 .iI-134  . V 2611 7.357E407 I 7.E+07 O.,wOE+-w

__0_O.OOE+00 a YJ~WUWOW.= I nu__!u.JUm~wv nOO94M O.~lmwm nUW~J PJ 4I DOOWE+0 w .IW.1-aE13 I * . I . , , -e~ ecy _B. n07 ,~u_ .;;:!Z=326E+07 ,~

 , -- ,-ssu ,.s 2.site&03 0.O00E+00 wt .- Av, ,~o u ,wt -- , .;;== ,u-cu.uua ,u .

ECRADN-113S 35 Table 3. DEIA-LOCA Activity Release Distribution; Regulatory Guide 1.183, Table I ASTActivity Release Fractions Pago 38 38 lIlflV6ataIy.Ff001 Tame2 (GwIea) K HG1.163 Table I ActivIty Gbcup Halehaa Flactiona

 -. 1T.- A . -I. - -- Tnimr it-cdriat _ _

iaVii iCiU36 Trti Alr _NO. macmaeUbai y b ry Tt (TR r C o .e d I 30 min I hr Ihr 1.e d 4.0d 30.0 d 00.0d 1ii.Od I Yr 3Yr

 *&-IY 25 I ~E II9so j_ A- AA.A_ nnmE+^~-I-n~ns-+.-I- I- A-.- -- -I - -- - -

i .T0. - Y Ii _ 13aC lflI 1 1 291E+07 1 22t E+ui 1.iM E~f 5.272E+204 - - 4 '452 -- meo I Os.Oioo O.ouOos~o I A44Ps.Mu i- i35 _Y _ I Y 22 i .482E08 I I.49Ri1J6; 1-492E-+n 1 2.3I12r0 1 .436E.u6 1.390.06 1.2 2.E+06

 ; E-M-I ..-..-.- M 11, .1 I __1 . __ s nn_. nn

________ 1n.____ l9 _______ _____.1 M I-2214Ez~-F-

 ^n Y Y 156 _.066U, ;Z.514E,,0, 44J23E . 7.69E06 6616+< .62fiE+OO IOO.,UE+00In O.Ouuc OO 0.ODOE4oo IOja"OEa O.uu+nn 12-1 *.W -= _ _ _ _ =__M i :V WZx-1 _ M 54 5_

r.r-87 i38 Y-

 , Y, Y. Y 792 -F5.3712E07 5.3712407 4.133E+07 3.148E+07 6.937.E+0 1312.02 _ _

I 1.031E-fS'. 0.000E200 0I 10 I _M 9.000E CO __ __i t .2.cO U.O^OE+^

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622408 7.6402406

 -7.296240 7.1826.06 2.7662.03 6.227e+06 . 1 .6812-02 3293E+.06 0.000E+00 1.303E*Q4 _ 8032-10 0.0006E4&0 0.000E4so o 6OOE;Us

_ 161 T-133n Y Y 169_ 4.:26 -3.411E*36 2.345+o06 1.222E*04 7.449SE02 O.OOQE+00 kin 6.e00E+00 0.OSOE+00 162 Th.134u Y Y 656 8.0212406 3-.60606 3.407e.s3 0.00020-+OO o.elOW+eo 163 X-129m Y 5Y1.3 5.1572.03 5.1572403 s.-142E+03 8.0272403 4.177sE03 i.774E+03 4.974e*02 4.1i4023 z203e2iiii 164_Xo131m Y Y_ 20 _ 1-.i672.06 1.467E2a0 1.4672.06_ 2520243 7.641E-22 165 X,-1-33, .Yy . 1.375E43 Y Y 45.9 2.124t.08 2.1240E+8 2.124E+068 2.116E+Q4 2.0554E+S 1bt3Eo 4.0ase+06 1.7528E03 O.OOOE+O 1.Z222202 2.8102-13 0.0002.00

 '16 X-W13i_. -1896 6.9912e06 6.9936 B.e61E*D6 -8.2s6e8e.6 3.053E+D9 2.0-32E-18 0.00o+e.o ~j3 1w Y_ YY 2TO 5.898E2.0 -Fi .E40f 9.0322401 1.768403 -7.,0 s9e07. _7-.662407 6356E+00 a02224-07 0.0002.00 1.0082.08 0.0002.oo 5615+E*07 -OSOE+WO 1.81772-15

_2,002*5 O.O*002 0.0020 0.0002.00 060020 o-.es0OE+eO- o002.600 .0002E+00 16- X13m .._Y _, 432 4.630E40 4.630E+07 3.5244e*0 1.4622.07- 2.743E+06

 -73 iB200 0.002+OO0 -*I8 13IT 0.0002400( 0.0002E+O 0.0002+00 OOOSE+OO-190.8 i'ss17E+o 2.017EM40 3.973E+03 6442.003tO o.5coe4eo O.0O60E+0OO 11 .-138 __Y Y. 1126 1:8870sE8 1.031E.02 3.0872e23 O.OOE*+00 Q.OOOE+00 0.0002.00 12d5E Ot "1.077E401 0tO3 .1.2802.06 i.635E01 9.2ssE42 5.7452-07 173- . y_-

Y _Y .0.0031 2.7262.03 2.725E403 2.7072403 2.6837603 2.641E+03 O OOOE;wr -U-82E~63- 2414E+43 17 YI TO1 - Y Y - Y 3.6s- ,2.6742.04 2874E*54 2.532. 04 2.582.039- 3.512E+02 6.220242 15 YS1m Y Y JN215401 527.7 s.514Ed4 1.4812.04 9.2752 o3 0.OOOE00 176 Y 92 Y Y _ Y. 2.796E+Q4 ' 2.7812.0 8.8322.02 0.0002400 0.0002.00 0.000E2000 0.00200 2135E+04~ 0.0002.00 30000E+00 1W E2 3WE.. 2.i3sEe40 2.07sE*54 4.tS62.3 2.9642.01 7.487f.-186 _07e42e0_40110DE+00

 -so3 .Y 7 872 1 4 o-.oo'E+00~

80-002.+00 00E+00 O.OOEt00 39302E+4( 1T.1962404" 2.012E+O0 6.764Ee44 2.354E-ii 06.06090oo- o.eooe2oo 179 Y S - 1287 3s530e240 3.535 5.0422403 6.062E#29 6.3262.10 0.000E400 8.083203 06.0002400 6ss36E41 0.0002.00 180Zr-9' .Y = 1.4 t.105401' .9swE+Oi t 030E+01 8.9302.00 1.9102E- Z.91-6 0.OOOEOO 5.44E-03 s.9442-03 59~44243 _E. S944,4E03 5.9-44E43 182 2ir- _ Y Y, Y 773 3 8322.04 Ss447E.O_3.6322~40 3.8076494 3.7862.04 3.672E+04 2.7746E18 5.4s3e-03 73h4se2s2, _2.604E41 13 _- ._ _ _OT_' 6 3.3.7942.04~6 592Es

 .3.7042.04 3_712Ee04 3.644E+40 2.720E204 _1.416E*D4 _7.40E+02 '57677452E40S 0.000E+00 W.

O.OOOE00 w_ ..~fl sJ40E 0 1.4sA4F.;o S s7sTEt.s sA1Eri-w.___svw waxw wxw w.ws w wcsw 23 74rE.os

 .i sw . z392+0? 16062.*07 1.303E.0? 0.1136+07

Table 4. Evaluation Of Total Energy Release Rate (Mevlsec) And Average Energy (Mevldls) ECRADN41135 Fnr RG 1A1R3 1DBA-LOCA Sourco., Time = 0.0 = Shutdown Page 41 .1 GROVE ICRP38 To8MlAvetag GROVE ICR3 y Release Total AST tpc stpc A T A T TT LAGROVEf WUPB isotopio Ianto*l RADTRAD TTLAT Isotopic Isotopic RDRA hbra~y (kev I die) M*Iijcd e Isoto icy I brery S ORE _Library Libr.

 + ..-.- .. - . Y . I Y 540 5.073E2400 5.073E400 5.073E400 .72 0 1.0292.12 1.0292.12 1.029E.12 1.2 212 JI Y 18 .'- 2.2772.E03 2.277E+03 2.27it.03 _ 1.5162412' 1. 16i24+12 -1.516 41-2 Y +I 23-.2 3.316E-01 3.3162-01 3.3162E01 2.8462.08S 2j.846 2.08 2.8A46E408 Y.Y Y .4.

I 4-..5265 60 6.250E-01 2.766E.03 2.093E.03 0650E-01 2.766E403 2.0 6.260-01 2.7662+03 W -2.-093E+03 1f217 2+11 8.2482+1 -3 82 8 .1 12 7 + 1 . 1 21 F2 -482+13 12_3 Am-142m Too-, 8.251E405 8.25112405 -8.251E+05 2 829216 5.2 661 1.8292416 - 5W ~ 6 43.5- 9.7471208 9.-741E+08 9.741E408 9.741E+08 1.5682.16 1.5882. -1 8 1. 66 . 1 1.5682+16 14 Asn-143 V YV I18-2.6' 9. 7 40 - 9.779E 408 -9.7794 06 9.779240

 - 845 8.8lf 2406 -24 8.824 2406 .8224E 408 2.7592 17 2. 5042 . 7 .7592.-17 18 103 -8 6.404E.08 8.40O4E.06 *8.404E 06 3.228 .17 2+17 2~28E .17 2842 - 1.1442+05 -T1.1 4E05 '1.144E+05 1 61 8 +1.118 2.16 1.118241 8 Cmn-244 7.-44 87 3206' 3.-1 3.873E .08 3.873 2.06 -_ _ _ _ 4852 1. 06

1. 6 2+15 1. 6 2 5 Y 7 197-.240 6f 7.1971 496 - 7.-9 -7E.06 4.580247l - 4.5802+17 4. 8 41 YVY- -. 1720 '-. . -

77 8.'W 9772404 8g.9772.04 8.-9 -77E.04 8. 7 2 4 -2.58 2.4 2.F5 582.14 2.5562+14 2.558 +1 12 Y Y 274 8.3 82. 83 -282+04- 8.328244 8.328E404 8.4432+14 8.4432.+14 -8.443i414 8.443E.14 13 Y Y 19.2 7.5642.04 7.5642+04 7.684E404 -7.584E.04- .3_73E+13 -5.373E+13 5.3732.13 5.3732.13 8sa-134_ I-- --- ;--- -4 14 29 4.508E404133 E0 1. 3 4 3 Cs-134m V 2.9832+14 .2.983E.14 2.9832+14 25 Y 94S_ 3_E_3 f:ie;3 1.3342E0_03__ -2.9832.14 18 Cs-1352 V 5838 -5.-74-52.0 5.7645-01 .'"5.745E-01 _ _ 1.2412.1 1.2412+11 1.2416 i1i _ _ __ _ _

 .7. 4 17 Y Y I2MN798 7.7932401 7.793E2401f 1.793201 -7.7932401 1.671E+13 1.8712.13 1.6712413 1. 7 . 3 .7..4 .7. I 18 Y Y 824 1.478E.03 1f.4782E+03 1.4782-0-3 1.47824+03 4.-5072.1I3 -4.507+13 4.-5 -07E13 4.507E41 Y - __ y !504.4 7.9652.02 7.9852402 7.9852402 7.965240 7.3802.13 7.-3802413 -7.380E.13 7.3802+13 20 Co-143 YV 6.6 1.318 403 1. 1 24 3 1.318 403 . 3j2 182.11i 18 2+11 3S.'2 3.1I1 _ _ _ _ _

21 V7 Y -98.4 - 1. 78 0 .776E .01 E401 1-i.7-76 $6.487+ 10' 8.4672+10 6.-4672.00 22 Eu-152m_ Y Y Y 712 1555

 .1 1.089 2403 5.492.08 1.08 920 3 5.7492.08 1.0892.03 _- _ _ _ _

5.7492.08- 6.7492.-06 2.8882E+3.3862.7 13 2.8682+1'37 2.8682+13 13.3082+17 3.30 82.17 3-. -308241?23 u-1542 Can-143 Y' 28~.8 1.203 2E 08 1.20Q3E .08 . 0 2 0 1.1932+15I 1.1932+15 1 19__E_____V.35 y 169o 1.63E406 1.163E406 -TS-43E;16--6.84324:16 Y _YV , Y 2171 1.8362.08 1.8362406 1.8382.08 I 8362406 1f4 -74E+17 1.744? A.74E+17 1:4742+1 6 -J .08.0E.18 9. 80 s1 V Y WI .A3 8 4 .338 4 06 '4 .33 62.06 4.3 36 2.08 9.0802.1 9.0802+'18 y 6 1 5. 1192. 07 5. 19 240 7 5. 92 0 . 4.4722+18 4.4722+18 4.472E.18 _____30 329 4.756 2.07 4.756 407 4.7562407 5.789 2+17 5. 8 2 1 5. 8 2 7 V. _ *.32 C1-1W 2 3 08 4.951 2+00 4.9512 00 4.981240 33- Cs-130m V. V___Y 12 -53 __ 2.i E12 02 2. 1 2. 2 2.1 1124 9.7852.-12 9.7852+12 9.785E412 IV 63 8.68124,01 8.6812.01 8,681E401 2.0232+11 2.023E+11 2.023E+11 Y ____41 13-24 5.F47-7E403 5.A77E403 6_.4772403 2.8832.14 2.8832.14 2.6832.+14 _ _ _ _ _C1s-133 V; 0 _5.2562.02 52562402 00.0 0 0 0 2 . . 000240 0 _43 C-jiS?1-~ - 1. 62402i 1:895 02 7.578E+12 7.5762.12 V. 108-1 -89 _ _ _ _V - 09 . 611E401l 0.000E400 I - 1 37 V 90 3.676240 3.576Ei.65 3 576& 0s __ __ . A 012. 1.19124 5 - 1.191E 415 38 21-39 -. 7.907E405 7. 07 0 .9072.5- 6.258E.16 8.258216 6.2582+16 .- . -Y 121 4.2C 17 24 5 .V Y 382 3.-2092407 312092.07 - 3.20924-07._ 32092407 4.5352.17 4.5%35E417 4.535E+17 4.535E+11 Y . - 2290 4.722 40 .7222.E07 4.72 2. 7 4.722E407 4.001E 4181 4.0012+ 8 4.0012418 4.00124 8 Y 607 66427 66 7 +? 6.e4 E 6.647E+07 *1 162 1A493 21 8 1.4-I 93 2418 1;49 32+18 1 573 5.0 882406 I _ _ _ _ _ _ _ _ _ _ _I

Table 4. Evaluation Of Total Energy Release Rate (Mev/sec) And Average Energy (Mevidis) ECRADN-1135 15

For RG 1.183 DBA-LOCA Source; Time = 0.0 = Shutdown : , .

Page 42 12

• l YT ...- .* . -. . -.- -

l GROVE ICRP38 1 P_. UVI. X___. Iul _._ TOU1 u. VIeOC 104 HU 1.1U LUGA ActivityRelese Tol AVerage Ncucde RADTRAD 'GROVE ICRP38 T.AL AST . r -.EnWy Rob Toal AT Isotopic sEotopic RADTRAD TOTAL MT i RADTRAD-Ub'ea (ke I*dl) Nu~ldey 1-134 I-LbaY .. y ' in"

 -,49 .: -T::

7.3&fE-:;7- 7.357E+07 7.357E407 7.357E407 .o10 18 - _7.1oaE+1i 7.101 I 710oaE+18 50 1.135,_ .. ary _ _ _Y. 1847 6.ii6E+07 _6.326E07 I.. 26E07 _ _ ; ;_I:_8.326E+07 3.855+18 I , 3.8558.18 I . 3.855E+18; Kr- 83m Y _ V 2.57 _1.306E+807 I 1.242E+15 I 1242E+15 V 1.30WE+07 _5_ _._y.... _ -2.2 1 A2E4+O 1.482E+e6 1.482E+08 .482E;56 1.206E 14 1i206E+14 _1.206+14 1.206r+14 Kr- BSm _ 7-V 158 _ 2.682+07 . 2.682E+07 2.682E+0 2.662E+07 1i.548E+17 1.548E+17 I 1.548E+17 1.548Ejii Kr- 88 V 792 5.371E+07 I 5.371E+07 I 6.371E407 5.371E+07 1.574E+18 If7A4.41 1.wassswu K7UX49 1.574Et18 y-.. . .x _ w.w=u 55 _ _:_= :_ _ _::= _ .ib- as _ y 7 7A4uE+07 I7.449E07 7I44907_7449E+L7_5.386E+18 5.388E+18 5.3B8E+18

 ..9- V ._ . 1955 La-140 V 4.187E+04 4.187E+04 i 187E+04 4.1875E+.0 4 3.5s6E+15 3.586E+15 3.526T+15 V 231 V 04 I anV.WV__ .

A ^A^=.AA n nmr

 ~57 --

1 363.5404_I 3.560504 3.58054 3.85640 .^£L^.=^A I o.woeIuo V.WVW ooe+oo V VWi=VV V.V 10+00 I . _ _=-- .- _ _ .Y S.484E+04 3.4BE4E04 I3.484+04 2 3.203EI +15 3203Et15 3.203e1.4 5 3.203Ei5, 5'- Ca-~143 _ _ . _ 3.4B4E+04

 - _ . -- V ---- 4- -- ,-,-- I - - -

3.300E+ 1.13 14 5.076E*14i 1.138E.1. 08E.15 V.Y 5.043E+05: 5.043E+50 6.043E+05 j_5.043Eu50 61 ________. -- 1514 5.075E415 - 5.075E+15 5t.075E+i5-- 5 1075E+15 940101 _ I Y 4.584E+os5 4.584E+05 ... I2 ^ <<~.ie _-~_1 2 ,Suv 62 W 102.. 18.5 4.355E+05 - _2.981E+14 63 Nb- 95 :.- , 2__~l_. j... ._ y 764.31 3.846E+04 35."t+04 3.848.E04 1.08E851 1...... .0'E+152 1.06888i1 64 65 Nb- 95m NbF 98 _ y ... y 71.2 2482 -'-4.265E+02

 ,0.236E+01 4.265E+02 6.236E+01 4.2655E+02 8.236E+01 .*._ 41.i23E+12 i i23E4i2 4

i 1i23EP4ii

 . :. I :. .- 5.805E+12 5.680E+12 __

Nb- 97 Y '*--'660 8' 3.8255404 3.8255E04 1 3.825E+04 _- 9.436E+14 9.436E+14

 . Y_. 3.609E+04 3.609E+04 I 3.609E+04 9.726814 9.7268414 9.728E+14 .. -

68 Nb- 98m -TV - '2711 I _ _ I --A

 . . .- 2943E+1j 69 Nd-147 y YV_ 141 1.447E+04 1.47iE+4X 1.447E404 1.4475E04 7.492.13 7.549E+13 7.549E+13 7.549E+13 -A -4J;^ -I .1..

70 -149 Y Y 384 8.312E+03 8.312E+03 8-312E+03 I-" ^ - 1.181E+14 1.181E+14 i71 Nd-151 - Y _ . 916_ 4.294Eoj 4.294E+03 1.4558+14 1.45561'4 id-152 Nv ._ _ _ a . 28864+03 0.0000E+0

 -73 Yjp-236rn - Y _

-v 2422.E14 4.454E+08 4.464E+08 4.454E+08 _ l ___

4n_-9 _r- "i , -Y--2.349E+U4 5.624E+14 5.624E+14 5.624E+14

 .239 I Y Y _ _Y Y 1 1.062E+06 6.837E+15 6.837E+15 8837E+15 174 .. 1.062E+08 ' 6.837E+15 76 p-240 Y Y 1193 1.967E+03 1 1684.+13 8.684E513 1-log Y Y 11.7 I 1.035E+05 48-EtM+i3 .- ,; --. ;_, 77 4481E.13 n I 4.481E+13 78 _ 19-11 45 2.773+.13 _ __ . .

2.77E+-13

 -Ilini 359 +/- 9.387E+12 1 _ __ _

o0 d-112 _ 03 7.545E+03 - l 81 . _ 0.004 .12545+03 CA I...fr i - +i i

 .- Ki-4i&a 8.14iE+ 8_.14_E+ i1458 E 8...2 2 P m-14Sm 1Pm rn-U n-t47 Y

r Y---V..Y Y574 4574

 - 1986 5.012E+03 _4049E+03 i8o49 i 03 7.762E+02 .uvo_ ?7.762E+012ione.

5.012E+03I

 .~_^-

8.141E+08 181108 8.600E+13 85;704E+13 6400E+13 5.704E+13 8 Pm-149 Y.V y 10.7 1.291E+04 ;-I-- 5.112E+12 6.i12+t12_.Y 5.1126il2 es P _._ = 1491 B .103F12 6.103E+12_, Y . _. 321 4.340E+0i3_ A 'AfROII I _.;__;;5.154E+13 ' D5015413

 , ev 9955E+03 '5.iUE&i3-

_Pm 15t Y - 151 1.873+A13-88 - 1508 1.074E+02 1.. I-Pm-152mn -I 12 Pm-153 0.4_ 1.986E+03 _-1 _ _. _ _ __ .90 Pr-142- 58.4 . 1.4875+03 1.467E+03 1.467E403 91 Y___ __1 .467E+03

 +12 3.170E*12 3.170E+12 Pr-143 _ - 3.224E+04 3224E504 0.OO0E yoG 92~ Y

_r_V.. - Y.r

 *y* 0.000E+00 0.0008400 O.OOOE+00 Pr-144 f 28.9 .3.0415.04 _041 E+04 3.251E413 3.251E+13 Yy. _3.0415404 3.251E*13 93 Pr-144rn 12t 4.249E+0 4.248E+02 4.248E+02 1.902E+11 1.902.11- 1.902E51 1 Pr-145 *-I- ',: I,A.

l 22SIE04" 1.235.1t3 1235E.13 95 - Pr-146 v 1018 1.818E+04 i ;AIA

 -I549E +14.

98 Pr.1474 86 - I A35F404 1.435E.04 4.8E -4I I..435E - I-- 0 W4=.I 4.581M 14 j-a .581¶1i

Table 4. Evaluation Of Total Energy Release Rate (Mevlsec) And Average Energy (Mev/dis) ECRAN-1135 35 For RG 1.183 DBA-LOCA Source; Time = 0.0 a Shutdown Page 43 43 GROVE ICRP38 TOWaAvefapa - r ~~ ~~ICRP3^GROVE -

 ._;ql- t, 10451MAVM tG10RO 1.183 LOCAAcVtiv y Rlease IwAg4ple Isotapic TOWaAST GROVE IR3 Lairfy W-V (kev I dial Nuakies Isotpic bsolopie WT W TOTAL ST "oLic Isotopic RADTRAD L~bw W W SOURCE .97 53.6 3.35~ 3.354E-1 3.354E-01 ~ Li-bray Ubrary 198 y 1.76 _I.28lE+02 2 .281E402 2 812.0 2.281E+02 1.85+10 1.485E+0 8 10 1.485E+10 OU722i39 -- .. y ..

so 5101 1 2A14E+01 2Ai4E401 .144E01 4.557E+12 4.557E+12 4.557E+12 Y 4.557E+*2 100 0.0286 3.886E.01 3.8616E4+01l3.896E+01 3.8968 01 4.123E+4O 4.123E+07 i.i23E+0 4:12308 8101 Pu-241' VI- y V 0.001354 9.588E.03'f 9.588E+03 9.588E203 4.803E408 4.803E+08 4.803E+08 102 26 2i.0'93E.,04- 2.093E+04 2.014E*13 201i4E+i3 2.01iE413_103 Rb-14O VY -"94.5 5.-424E.04 K.424E+04 5.2424+04 5.424E204 1.872414 1.89iE+14 1.897214 Ti9i 1 14

 - R~W V 629 1.910E+07 1.91024+07 1.910E207 I . . ___ __ 4.4^452.17 4.445E+17 4.U+4541i _. .

104 . y 1.65 4.278E+.0 4.278E#*0- 4278E+05 2122.13

 +___ 2.812E13j 2.612E+13 -Rh-lO3S __ _

106 --V_... 77 2.770E+05 2.ff7EwO 2.770E+05 2.770E+05 7.8S0M+14 7.890uEii 7:.dOE+14 .090E+i4 Rh-105iM Y 34.5 .442E+404 8.442E404 1.U1oC.I I l .urac4l 108 V .Rh-106 Y~ . 206 1.842E+05 845E.05. 1.845E+05 1.406E+15 1.406E+15 1.4035+15 Rh-lOi~m ______T 2882 5.978E+03 5.9782E03 _ 6.375E+14 6.375E+14 V .110 h-107 _ 313 1.746E+05 1.744E+05 _ 2.022E+15 l1 RhlS108__ _ __ _ __ _ 2264 1.140E+05 112 Ru-103 _ Y . 485 42982+05 4.i298E05 -ii .298E+05 4298+05 _ .15 7,712E+15 7.7122.15 113 Ru-105 V.___. 738 2.980E+06 2.980E+05 I2 980Et05 2.980E+05 100 8i036E+15 7.712E+15 i.138E+15 A.1362+15' Y 0 1.713E405 1 1.713E+05 1- +6X^F &d6&;MO 115 R 7-07 _ . . 206 1.742E+05 .. . _118 Ru-10. 0 --- 1.123E+05 117 Sb-122 V Y 433 1.065E+04 -1 .066E+04 1.707E+14 1,707E+14 3.707E+14 118 S58-124 V 1852 4650E+03 4 4.6~0E+03. 4.8804031 3.330E+14 3.338E+41 443 6.857E+04 e.8872.04- 6.857E+04 1.124E+15 1.12~4E~ 1.124E+15 120 Sb-128 Y _ Y _. 2749 2.322E+03 2 .322E+03 2.322E+03 2.3i2E+14 2.332E+14 2.362E+14 i~ Sb- -' V6126 V ji-t _ S--26m Y _____. __. 1548 2.723E+03 2.723E+03 2.723E+03 1.580E+14 1.560E+14 1.5802+14 22 Sb-127 V Y y_.. 664 ,4.699E+0_1 4 .6i9E+05 4.699E+05 4.699E+05 1.154E+16 i.15,4E,+16 1 .1542.+16 1.1542.16 12 S128 _ Y 9308 8.060E404 8.060E+04 l 9.26GE0+i5 9.269E+15 124 Sb-128m ._ . .. 1S-j09 8.022E-M I Ii 8.022E*05 1 5-.6662.16 5.668E+16 1258 b-129 Y Y 1356_I 1.734E+06 1.734E+06 &701E+16 8.701E416 8.7012V16 8.7012+18 1.7342408l

=126 127 Sb-130 Sb-13m Y .1. 1 3205 5.766E405 8.9882.16 t.9682416

_. .. _______ 28 ..... 2.4108-+0 2.36+6E17 128 Sb-131 .. _Y m J-~ .... 091a I 4.202E0 4-202E+06 2.013E+17 _ 2.813E+17 129 Sb-132 _ _ _______ 2583 2.540E406 - . ... i 2.428k.17 130-l7in... I 3.389E.13 It*1 I131 iofIm i- 81m V. 2.697E.06 *. 2.8740E ____ 9.879E+13 132 1.933E.04 1.933E.4 1.0732;i3 1.073E+13 F.^3 ___.. I --_ 1.__1.13 133 3.052E2.0 T73.052EiD 1.078E16 134 _ A

 .83 fl-!8.

_ _ I _T.. -Y 1__, ,___0.0131 1,1.360E+01 .1F.36+01I 8.592E.06 1.078E+16 6.592E+08 6.592E+06

' 13 - _.- 4-+--

n-153 I _ - i- I __._1.062C+04

 = : .

1.062E+04

 . . _ q 1.062E404 2.488+E13 2.468E+13 2.4* 52+13 _ _l~4O 136 T -103 §PEM 8.2055E02 3.127E212 3.127E+t2 2.31.-

137 1-156 V.. 5.134E402

 .__ -- --- l

• 06.000E2.0-03.444.1 138 m-181 I _ __ _

139 r-89 V Y V.

 ... ai - _I 34EO 5.157E+06 5.157E+06 5.157E+08 tf^4tE+I3

____- 1864iE+13 140 r-90 I Y . -Y 0 6.532E2D5 6.5322E05 6.532E205 6. _32208 tJ-5tE-+13" 0.0ODE+OO O.d0E0+00 141 r-91 y Y 1047 6.532E+06 8.5322.08 6.532E+W0 6.532E4* 2.531E+17 2.53tE+17_ 142 . r-92 Y YVi 1339 8.952E106 6.952E0 6.952E+06 I 6.952E206 3.444i+17 3.444E+17 3.444E+17 143 r- 93 _ . P -.-- Y- I - ... I . . ._I 2214 7.869E+06 7.869E+06 8A48E+17 6.446Et17 r, 99 Y 0 6.520E+.0 5.520E4O0 .000DE+00 0.OOO.E+O

Table 4. Evaluatlon Of Total Energy Release Rate (Mev/sec) And Average Energy (Mev/dis) ECRAD4-1 135 15 For RG 1.183 DBA.LOCA Source; Time = 0.0 a Shutdown - Pag 44 14 GROVE ICRP38 ToUtal Aver"a No. Isotopic Ll-Y ls- I RAVTRAD I Ener (ke I de) aiRl Total AST - ROVE Isotopic ICRP3 isotopic RADTRD TOTAL AST toea SORE Library eot iar an l __ . ._____ Librarv LiUbrary 1Tc-94ifm l T _____- 123.9 4.46 05 4.46SE+05 , 4.469E+05 2.049E+15 209+15 :2.049E415 145~83 146- 337 4i5R84 4.584E+D5 4.5842405 65.7-16E.15 .1615 671E;5 _____To-102 81 4 .3552+05 i.3052+15 _ _ _ _ _ _ _ _ _149 Tc104 V.- 1999 3.534E*05 2.612+162.613E+16

-150 535 2.E922E405 5.785E+15 I -15 Tu-123m IY' 1481_ 14.85 E+0 4.851E+01 4.861E+01 2.6584E11 I 2.658E+11 I 2.8E82.11 152 u127 y -V- ..-.. _ 36 1.513E+04 i.513E+04 1.513E+D4 2.015E+13 2.016E+13 -2.015E+13 y 4.660E+05 4.660E+05 4.660E+05 I 4.660E+05 8.277E+13 8.277E.+13 To-127m -. . Y 154 V V.- .__y___ _11.1 i.4. . .

7.9462.04 7.946E+04 7.-946E04 7.946E+0 8.263E+13 3.23+13 3.263E+13 T;7-129 V 155ff 6274 - 1.6W62+06 1.6462+06 1.646E+D6 1.646E+06 T13.801E+15 I 3.801t+15 1 3.6012E15 3.6012E15 1 I 3.331E+05 3.331E+05_+_, _: j I158 re-129M Y T 3.331E+05 qq c-e 45602+14 4.5608+14 i4.60E+i4 4.560E+14 re-im31 Y_

 . .. __ 421 Of 4.546+06 4.546E+06 I 4.546E+06 7.08,E+16 7.0B1E+16 7.081E+16

• _YY 158 rie-13im 7 1.073E+06 5.652E+16 V9,741E+D6 V V~ _._

 . j _ ....1423 ' I .073E+D6 __1.073E2+ 1.073E+0 5.652E216 I 5.652E+16 5.652E+16 15i- ro-432 jYV . . 234 7.716E+0i i 7.716E206 7.716E4+6 6.681E+16 I 6._81E+16 66812E16 1.68121i6 -- .. V 5.W7F+06 5 S 9i7E+06 i60 - 952 5.997E+06 L2113E+17 2.113E+17 2.113E+17 181 Te-133rn V _ -58 4.928E+06 a092E+17 i.092E217 1 3.092E217 162 t e-134' _ _ _ _ 9i.74iEb6" 3.092.e17 -163a Xe-129mn - 51.3 5.i57E+03 5.157E+03 9.789E+12 164" Ri 131m __ V . 420_9 i.467E+06 1487E+D6 1.487E+06 1.085E+15 I 165 i:-133 ~ V Y- 2.124E+08 2i.24E.08 Il 2.124E.08 .l .....-...-

2.124E+D8 -- 3.607E+17 3.607E+17 3.607217 3.607E6.1 166 Xs-133M V Y 41.4 6.991E+06 6.991E+06 l1.071E+16 i.071E+16 1.0712.is 167 XO-134-m . . - 1896 5.698E+06

 -. Y-. . . . . -Al? - -. 0&29&7' 7.029E.07~ 7.029E+07 - 7.029E+07 6.476E217 6.476E+17 ' 6.476E+17 _

6.47fiF+17 ff xe-135 . Y. . . . . .. ,_ I__ __13? ... - - 4.63GE8. 07 4.630E.07 4630E+.07 7.400E+17 '7.40E+17 7.4002.17 168 Xe-138m Y I Y 190.8 2.017E+08 2.017E608 1.424i-18B 1.424E+18 hox-~ J V ___

 . 1126 1.887+.08 '1.887EV06 1.887E+08 7.o62E+18 7.862E+18 7.8622.e18 172,, B9m _ _901.4 3.351E+01 1.118E+12 173 la

_O

 -... -Y .. - YY - y 0.0003i 2.726203 2.726E+03 2.Fi ;as 2.7262403 3.126E+07 3.126E.07 3.126E+07 174' ' Y _ 3.6 ___9_____ 2.6902E+04 I rsoe+nA 2.690E+04 3.583E+12 3.583E+12 .35838412 92 I Y Y

175 urn Y ._ ._._ 527.7 1.514E+04 1.514E+04 5i4E+G04 2.957E+14 2.957E214 2.957E214 "1m y. I y*1ts 176 ::'--

.92 . .. K. y 25M 92.9E+4 2.796E+a4 2.796E+04 2.7962*4 2.618E+14 2.6182+ 14 12416E+14 2.618E+14 177 17a 178 179 93

. l

 . y Y

Y I ~r4;;!-1287 A2.i302E4b0 AA_3.534E+04 2.139E+04 2.139E+Q4 3.392E+04 2.139E.04 7.036E+13 9.6882.14 7.036E213 7.036E+13 9.889.E14 1.6812.15 7.0136E2i3 I-~~ 7 . 3.530E+04 1._81E+15

 ,180,,

181 r-68 V .

t. V. .. 7 . 1.105E+01 1.105E+G01 1.1GSE+01 3.7.-4E+11 IM74 +i i 3.784E+11 Y 50.-440-3' 4.u47E+G6 4.0474E.05 4.047E+05 1814 I 773 I. 5.Y4E43 -

3.632E+04 3.8322+04 1.096E+15 1..06E+15 -.1.096ES15 182 183

r. 97Y Y I... Y .2ao-.-

Y 3.794E+04 3.794.E+04 3.9322+04 3.794E+04 . 3. 794F404 T _ - - 12202+15 120215 1.092E.15 1.2202.15 M1220E15

 . . __ . 4 _._

TOTAL 1.4359+09 _14332409 1.21_E+09 7.899408- 4.656E+19 4.4822.19 4.3262.19 2.655E+19

 - - I I 4II-Avrage Energ Maewdis I 8.a92E.A1 9.6A06E411 9.085E41

Table 6. Evaluation OfTotal Energy Release Rate (Mev/sec) And Average Source Energy (MAyIdls)-- EC-RADN.1135 is For RG 1.183 DBA-LOCA Source, Time 1 Hour -- Page 45 15 1 - - -_ - r I I T GOwVE ICRP38 Total Average onovsIICRAST - -.-- - -iv -..- 38 Itpi PAOTPAD Energy Release TotalieT Isotopi Istpi TOTAL. AST Iooi eli MI

 . Llbawy (koy I die) SOURCE LlbrDy Umaa .v .

Am~-241 5480 50300 6.073E+00 5.073E+00 8.?36+00 1._0295.12 1.029.1 10.12 1.029E.12 y i8 145.1.4 .4552+12 1-4555+142 Aew242m -Aff-242m -23.2 _ 2.8-48E+08 2.845+0 y 1.2172+11 -. 217E.1 -7t2IE;Tl1 Y - V 2i.5822403 2.823 25240 7.7_015+13 '7.70124+13 7..7012+13_V .60. 2.0442032.042403 2.044E403 _ _ 4.5372+12_ 4.5i37E+12 4.537+12 7 2.0 215

 -4.-087E+04 _ _ _ _ _ _ _ _

V i8.2j13#;.6 8W.2-13E.05 8g.213E~505 _ ___ 1.8205+15 1.8202+16 ' 1.8202+16 V __V __ 43.8 6.~723E.08 8.7?232+08 86.7235.08 T723E-+06 10 y Y i 82.6 F9.779E+06 - 9.77F92.06 9.7795E.08 9.F7-79;W 6.6072-+18 6-.6075.18+l .87 .16 8.6.676.16r y- .2645 9.208E+05 9.28505 2..

 .8782.16 2.8785+16 2.87'85.16'

.12 Y 2842 1.682E+05 1.882E.05 1.6622+.05 6i.38_25+15 6.3-82E+15 8.3825.1 V V 17.125205 1.'12524_05 -1.1252E.05- 1.1002.18 1.100E5.16 1.100-E+167---7 Ce-141 14 V 7.447 3.117E408 3.1-17E408 31720 - 8.5812.14 JK8.81+_14 8.58124E14 _____Cs-143 15 17_20 1.3742+ 137-4E+17 i.74 17 Y V~ 8I.9772.04_ 8F.9772404 8.T9_77E.04 8.9772+04 2.558.1'4 _2_.5885+14 2.S5582+14 2.f5582.14 V y *iT.23E4.04 8.21 3E+04 8.2_135404 8.21l32404 8.326.14F 8.3_25+14 -8._3265.14 8.34265.14 Pe-141 V V 19.2 _ 7.5842.04 7.i58G42.E04-7.5842.0 7.584E+04 5.3732.13 5.3732.;13_ __!-373:W1 8.37--323 19 2.03E.03 . 134.0 2.2382E.13 20 Cm-242- y 6043 1332+0 1.3-34E.03 _ 1.334240 2.-9835.14 -27.985.14 2.985E.14 2i.96_3E14 Cm;-243 V 5838 Y.450 53045E 8.745E-01 ______ 1.241E;1'1 1.2412+11- 1.24*1.1 22 Cnm-244 V 5798 7.7924.0 7.793E2+01 _77:9_3~~0 7.793E.01 1.671E+13- 1.6?iE+13_ 1.6715+13 1.671E+13 Go. 58 V 824 1.47_82_0 3 -1.4782.03- 1.4785403 1.4785.03 -4.5072+-13 -4.807+13 - 4.507E.13 4.W ~E13~24 y _2504.4- 7.9882.02 7.9882+02 7.9652.02 7.988E.0d2 7.380213 7.3805.13 7.3805.1 3 7.3805.13 25 Co- SI V __9.4 2.48321 ~2A483E01

 -2.483E.01 - 6.083E.09 06.03E+G9 6.063509 27 V _____ 4W.2495.10 4.2492+10 4.249E+10 ____

Cs-132 V 712.1 1.0832403 - 1.0-83E2+031.0832+03 2.8532.13_ 2.883513 2.8535.+13 -_ __28 CRs-134 V -1555_ 6T +0 -. 5.749E.06~ -5.749E.06 5.749206 3.3082.17 -3.302.7 .38517 3.3085E17 29 Co-134m V 26.8 9.474E.05 9:.474E.05 _ 9.474E.05 9.3-94E2.Ii 9.394E.14 9g.3945.14 C-138m y 9.3_102.06._5.310E.08 3.12_4E.16 - 3.1_T24E2.16. -Cs-137 2171 1.83224+006 1.8322.08 1.8325408 1.832+08 .1.4712.+17 _1.471IE.17 __1.4751E.17.1_-j.471E.17 32 V 588 4.33820 4.336548 ~4.338E.08 4.3382E08 -9.0802.16 9.080516 9.0805+16 9.080E+18 33 V F2.235E+07 2.2382.07 2350 1.9622.18 1.95-25+18 1.922E+10 V -Y 34 V "' 5.6542.05_95.854E+05 5 654E.085 6W.882EF15"8.8822+15 6._882E5.15 Eu-162M- 308 4.5992+00 _4.5992.00 _4.8i99200 Eu.154 V -i 1253 2.~111E402 -2.111-E.02 _2.111+2.0 5.2072.-10 6T.2072.+10 5.25072+10 9i.7855.12_ 9.7885E.12 9.7882+1 ____37 Eu-156 V 8.68812+01 8f.881ti+01 _A8.881+01 2T_23E5.11 _2.023211 2.023511l ___38 1324 5.4812.03 _5.4612.03.8.4812+03 2.6755.14 2.652+*14 2.6785+14 39 Eu-fgS? V 0 5.0588+2 5.'08854E02 - 0.0005+00 0.-OD+0'020 ___46' 1.081 8.6032+01 8.8-03E541 3.441?+1i2 34412+12~41 Eu159_0 0U.0_00E400 42 V 8.38+087385.04 8.7§.385+04 2.2442.14- 2.2449.1-4 -2.2442+14 1-130 V 2139 5-.9-502.,16 5.950518 5.~9502.16 _____+/ 121 *1.8872.13 46 I132 V 3.2092407 3.2095407' 3.209E5.07- 3.2002.07 4.5382.7 4.835E+17" 4'.5352.17 3229 4.535E.17 48 V 4.6765407 14.6782407 -4.87854077 4.8785+07 3.9822+18l -3.982218 -3.98622.18 3.98251_8 47

• V.. 6.5322+07 .5247 .850? 8.8322407- 1.,4872.18 1.851 _-1.8A 1 .8E1 48 6q7~

 - - &- J L - .1. 1.4739E+086 8.K37_7E.16 _4_6TE+_8___ ___l.lLL_*8__L4q9!

Table 5. Evaluation Of Total Energy Release Rate (Mevlsec) And Average Source Energy (Mevidis) -:: -: - EC-RADN.1 135 35 For RG 1.183 DBA.LOCA Source, Time = 1 Hour Page 46 16_,,, AST Actvity, Reh.aa7Cuu.)-

 , _ , , , , s , .

s ao A A X II MOVISOCfornui 1.1, a _ me ^o LUUA AO X_ _ ..M cKa a i_l_ sS_ ...........GROVE ICRP38 Total Average No. Nuciidk ISotopi KADTRAI) Enegy R Tol ASTGROVE ICRP38 ASTvi. - q - -Wibary (kay11.) TOW AST lotopic isotopic R4DTRAD TOTAL ibrC - Ubruy_ -_c_____ Library . Ubyra I I..1-134- y Y 2611 5.249E807 5.249E807 5.249E+07 5.249E+07 5.0711 +i8 5,071E+18, S.071E+18 S.07iE+18 1 50~ y_-

 -V _ _

64 .'71 5.7074E07 _ 5.707E407 5.7075E+Q _ 5.707E+07 3.478 3+18 3.478E+18 3.478E+18 3.4_- 5-1 _,Kr. 93M y y - 2.57 1i1E+7 i.2S1E207 .___ . _ ___ 1.1991 52-". T Y 2=2 i.42E+0 1.402E+06 1.482E406 t.482E+06 1.20 1 1206E+14 1Q6E+14 t206E+14 Kr- 85m ..

 . b y Y 158 2.323E+07 2.323E807 2.323E+07 2.323E407 .3411

1. +17 1.341E+17 1.341E817 1.341E+17 r

Kr9-8 y yY 792 3.t1408407 3.-140807 -3.7i_ 3.148E+07 9.2241 +17 _9224i+17 9j24E+17 9224E+17

 .y. Y 1955 5.845E 07 5.8458+07 5.845+07 5.845E+07 14.22813+18 i228E+f8 4.228E+18 4.228E+1

- 56 La-140 - YV l Y 4.880 .187E;04 4.187+044u 4.187E+04 3

 .5f +15 3.5868+15 §.588E+15 3. 8 81 58 L~a-141_ _y_ r--v- ....... °. ......

T Y 0 3.209E404 320uE804 3209E8.04 3209E+04 0.0001300 0.0E-+00 0.008E+400 0.OOOE+00D

 -... Y. ._ 2485 2.4768 2.45E+04 24 6E.04 24758.04 22786+16 2.2768;16 2276E+15 2.2i76E.15 '59 Y. 93 1.772E+03 l____' 1.772E+03 _ ____ 6.0901iE+12_.* 6.095E+12 ... _

eii Y 272 5.004E+05 5.004E+05 5.004E+05 5.004E+05 5.0381+156 5.03E+15 5.036E+15 6.036E+15 1.4-101 Y Y -- _ -1614 2.674E+04 2.874E.04 2.6748.04 +15 1.498E+15 1.498E+165 _ ..82 -- Mo-102 18.5 1.100E+04 - 7.531E+12 f ---. Y 764.31-63 3.848.E04 . 3.846aE04 3.846E+04 1.0888.15 1.088E+15

 - - -I.

iiii- 96M Y I_71.2 4.265E802 4.265E+02 426E6802 1.123E+12 1.1238.12 1.1239.12 AA -

h. ,. AA __ .. _._

4-- -65 Y Y 24S2 6.046E+01 6.0488E0 6.046E+01 5.508E+12 5.5Q8E+12 5.508E+12 6S . 4lb-97 Y 3.7608404 3.760E+04 3.760E+04 S68.8 9.276E+14 -9 278.1 9.278E+14 728 3,; 34831E804 3.46i1804 3.461E+04 9.326E+14

 .' yY Y... 9.26E+14 9.326E+14 45-98w 1.303E402-4dd-147 Y 141 1M.444E+04 1.444E804 1.444E+04 1.444E404 i.5338.13 7.533E+13 7.533E+13 7.633E+.1 7 384 5.6848403 5684&603 5689E+03 8.0 68 3 8.076E+13 8.076E+13 71 Y .

__9,18,,

 .. y t.543E+02 _ . 1.543E+02 5.23DE+12 5230E8+1i -if-_ 41d-152 ' fY 7.618E+01 0.000E+00 73 49.7 2.349E01 2.349E01 2.349E4-1 4.320E+06 4.320+Q 4.320E+08 74 frp-236m .Y ' 6' 47 2.319E+04 2.3194E04 i.319E+04 _ 5.551E+14 5.551E+14 5.551E+14 75 Y ..

76 4p-240 -- V Y

 -- Y 174 1193 1.054+06 1.00S8403 1.054E.66 1.005E403 1.054E+06 1.006E+03 D54E+06 6.786E+15 4.435E+13 6.788E+15 4.435E+13_

8.788E+15 4.436E+13 G.IjE0 8.788E+15 Pd-109 _-.. Y __ 9.856E+04 9.865E+04 9.856E+04 4266E;i3 78 4.266E+13 78 45 5.374E+12 79- 359 6.227E+02 __ 8.271E+12 Pd-112M Y 0 72E+Q30_ . O.OOOE+0O 0.00439 S.1f2E+03 5.012+503 - 5.012E+03 8.14iE+08 8141E+08 8.141E+08 82 Pnm-148 y 574 4.016E+03 4.19E+03 4.019E+03 _ 8.53iE+13 8.535E+13 8.535E+13 B3 Prn-148m- Y Y' '1988 7.747E+02 7.747E+02 7.747E+02 5.693E+13 5.693E+13 5.693E+13_84 Pm-149 _-. .Y. _ 10.7 _ 1.284E+04 1.284E804 1.284E+84 5.081E+12 5.081E+12 85 Pm1ISO ._Y_ 1491' 8.542E+01 8.5a2 4.712E+12 4.712E+1i 88 P-mi1 - 321 4.263E0i _4268E+03 4.263+03_ 5.063E+13 5S.083E+1 5.063E+13 Pm-152 -Y -87 Y ___ _151 1.175E+02 . .___ 3

 ... ... 6.5658+1 1*

Pffi162m 1508 2.379E+10 89 P mrb4653 Y ___i_890 -1.100E+00 1.415_4_3_ O.OOOE+OO-Pr-142 7 ..68.4 1415 1.41SE03 1A416E503 3.057E.12 3.057QE12 3.05iE+12- 91 Pr-143 0 3.224E404 3.224E+04 3.2248.04.. 3224E+Q4 0.0Q0E+0O 0OOODE+00 .OODE+00 06.00080-

 ~92 r-_144 .. Y Y

Y 28.9 3.025E+04 3.025+04 3.025E8 4 _ 3.235E+13 3.235E+13 3.235E+13 93 Pr-144m 2. - 4.233E+02 4.233E+02 4.233E+02 1?.896SE+11 1.8958.1 1 Pr-145 Y 2.U88E+U _ _ 2.048E+U 1.11UE+13 1.118E+13 95 Pg-148 iO18 6.311E+03 . 2.377k.14 96 Pr-147 883

 - - - 7 E227802 7.227E+02 I 2.308E+13 I I 2.3u8E+1 I

Table 5. Evaluation Of Total Energy Release Rate (Mevlsec) And Average Source Energy (Movidls) EC4RADN41135 Is I For RO 1.183 DBA-LOCA Source, Time = I Hour Page 47 I?-, ¶ r 2 GROVE ICRP38 MAT A tvt o e .(C r,) _Total M avis "C 1*rR0 1.1S3 LOGAACINll Release Total Average Nto. I Nuctide HADTRAD Energy Raha..e Total AST ROVETRAD TOTAL AST G I- (kevlIdis)_ topic Ntotopi RAOTRAD Ula 9zi7 I-237 53.6 3.350E-01 3.350E-01 3.350E-01 408 66 4 08 6.644E+ 08 __ __ _

 .V Y 2. 815E+02 2.261E.02 2.281E.02 _'22815.02 1A855+1_0 1.48 65.10) '1.485E+10 :1.485E.10 98 w__I PU-2fr9 V Y 5101 2.414E 01 _ .41_4E.O1f 2.-4142.01 -2.414E4.01 4.557E.12 4 .55 75.+12 -4.5575+12 4.5572+1_2 ..100 [!-?!A-2 _ Y Y V . 0 .02 8 - .3.19 5 38 6 4 1 3.'869 ;621 - 3.896 5.+01 4.235+07 4.12 4.12 5+07 4.123E+07 101 IPU-241 _ V 0.00135.4 9.5i8850 9 5 8 09.5 .5885.03 9.88E5.03 48 3 + 8 4.80 3E.08 483508 41.8030ai 102 P--43 V V

V V

 .26 94.5 1.818E.04 1.818E.04 1.8185E 0 __ __ __ .7 95 1 1 .7495+13_ 1.'7495+13 ~

104 .' V - Y &54. 4 4 5 +4 5. 0 5 0 40 5 0 .8905+T4 _ -1.89 02+14 1.89_0E 14 1.890E+14 Rb- 688 _629 1.6142+0 .-1.614E+07 - 1.6 45.7 3.756E+1 3.7 Wh-103m _ V,'Y

 ~106~ V - .,

Y V 1.65 41.278E2.05 14278E+05 _ .12785+05 __ _ _ _ _ 2.612E+13 2.769E.05 2.789E+05 2.78 5.5 2.789.05 7.962+1_4 2.61 22._13 7 .94 52 14_

 '2.41612+13 7.9452+14 7 .945 14 '

81-105 . V. YV_ 7.4 885.04 7.46885 04 9.5335.13 9.5 3i 107 - . .108 Y 1.711E45.0 -1.711IE.05- 1f.71-15.05. - 1.304E+15 -1.30 Rh-108m 2882 4.3655E03 ____- 4.3565E03' 4.644E+14 - 4,644E+14-ilo- Rh-l07 313 3.152E+04 _____. .152E+04 _.. 6506_14

 ... 3.650E+14 ___

Rh-108 2264 1.2 935 01E__ __ 1.083 2.12 485 4I.2hFC8;5.0 -4278.05- 4.278E.05 7.676k:6'_W +5.1 7.67 E15 7.678E+15 7.678E+15 111 Ru-103. V 2.i6175+05 2.17.05 -2.617E.05 2.617E+05 7.145E.16 7_.14 IY -V 1.711E.05 1 7115.E05 1.711.jjj;05 1.711E+05 - 0000 +00 0.00 Ru-107 Y 206 2 90 3 2 00 _ ____ ___ - . . . 21 E+ 10 0 1120 Ru-4OS -1.2153E .01 2J__0.0 5 0 52.14 1.6955D+04 GE -00 0Sb- 122 -4.' __ .433.. 10. 8028045 0 4 ..0 85 04 .6 5514 1.69 113 Sb~-126 4.860E.03 4!860E 3 -. _4.8605.03' __ _ _ _ _ 33 +14 3.33 0E5+1i4 3.33 -02 4 12T4 4.43. 6. 45 2.6.8575+04 - 6.857E.04 124E.15~ . 1.12 45+_16 1T.124E+15 _ _ _ _Sb-126 *..

 §b-7126M Y.Y 2749_ 2.-3165.03 - 2.318E.03 2.318E.03 _ 2.3F582.14 2.-35 116- Y YV. __ 1548 3.090E+02 3.092.2 3.0900E02 - 1.770E.13 1.77 012+13 1.7702.13 58-127

• V 664 T. 6 2 0. 66 E.05 _ 4_Z.660 5.05 4. 8 5. 1.145E .16 1.14 65+6 .14 2+ 6 J...1 5 E+16 _

y, 3108 7.6 05 047 6405. 0 8.7 882.15 8.786E+15 _ _ _ _ _4.5_485.05 -4.'546'E+05 3.211E+18 3.2iiE 1 Fb.129 y 1.0E+W 12.06 5.06 1.5012.06 - 1.5015.06 7.532E.18 7.5-3 FE-I67.5322+16 7.532E+18 121 Sb-130 3265 2.01-3E+057 2.__0_13E.05_ 2.4322.16 2.432E+16 122 S8130m 8.7615.03 6637E+14 -123 68-13f1 6.991.05 SlEIO64.679116 4.879E+16 _ _ _ _Wi-132- 2583 1.272E.02 -- 1.16E.13 125 1_i20:3503 . . - 6 1 02 1 137 Y 4.0115+ 4.0115E+04 _ __ - 1.469E+13 __ 1.4896+13 _ _15 9.-397E+03 - 9.397E .03 52155+12 128 Ba-83_ Y 955 4044.737E.04 37 1. 7 5 15 25+6 . .15

 -674E _ _ _ _ _

131- Y Y

• 0.0131 13 0 0. 1.3602 q01 1.45+ 1 6.592E+08 6.59 6E+6 d.5'92E.06 __

Sm-15-3 Y .. -7 Y 1.047E.04 1.047E.04 1.047E+04 2.432E.13 24 2E+13 2.432E+13 132. ._ ____ _ ___Y_ 1.316 2 02_ 1".316E .02'"5 01 2 1 5.014E+11 134 YV 0 4.767E+02 4.78 20 .0 20 SM-157 2.002E.00 -. .Se-a0 0 5.1575.06W 6.5:175.08 iI.1-5i 4 5.157E.06 1.64iE,13 1.64 15.+13 1.6415+'1"3' 1.641E.13 Y V T6.532 2.05 ' 6. 3 . 5653 325.05 6.5 32 .0 0 00 5.0& .0 6Es066 06.0005400 0'~ 0.0005+00bd

 -140i Se-92 Y YV 1047 6.0742.06 6.07-4E+06- 8.0745.0 - 6.0745.08 2.353E+17 -2.35 3E+17 2.353E+17 '2.3535+17 Y _ _ Y___ 1339 5._386E+06 5.38'6206 5.386E.0 6.386+06 2.668.17 2.68 8E+17f 2.6682+17 143 Br Y; 2 .9 18 5.04 2.668bE17' V 2214 2.9 65 0 4j.3 1E + 5 _ 2 3 Te. go .1. 0 5.-520E.00 5.952-E02.0 0.000Fi00i 0'.00OE i _ _ _ _ _ -L-...........-.L £

Table 5. Evaluation Of Total Energy Release Rate (Moevsec) And Average Source Energy (Mevidis) EC4RADN-1135 3.5 For RG 1.183 DBA-LOCA Source, ltime = 1 Hour _ Page 48 48 GROVE ICRP38 Totl Avera ge ASTY.tIvIItyRelea,- -Curl Toial Ueviec for RG 1.183 LOCA Activ v Release Mo. muck RAOTRAO Eneg~yRease" Totl AST GROVE l ICRi3

 . TOTAL 0T 6ROVE _ . , .... ,Jey ibr-y (eyv I di&) Nucides U tyac I Ubrery IUbtoIc Ubtau RADTRAD l SOURCE _ . I ^ ,,-..

Tc- 99m _.Y 123.9

 .__._ 4.4696.05k 4.49E905E _ 4A_9E+05 _.Y49E+15 2.049E+15

_. l-o U.UU000+0U _0.00uE+00 .-wA_I A. AAA_.. _ -I 1:1: e4 _-A-e.S Je TC-102 Y Y .- 9.989E+04 9.1 E+04 9.989E+04 1.240E+15 t4^15 -1.246153_ .._. _ __; _.____ _ A_Tc-102 01 1.10 8E104 3.320E+13_ AAA_.S __...Tc-104 1ZI77---I.---__--t2.2

 -e 149 ._. j ^_

I9.9_I_3.839E+04 , 398.tlt.u4 e _2.o40E-15 A150 ITc-105 636 1.320E+03 2.613E+13 151 T.^123m I y y.. 148.1 ,, 4.851E+01 ..4.851E+01 I_.__.._.__.I _._4.851E+01 2.658E+11_ 2. SE-5?tt3 I 2.68Ett1 I4 _152 T.-126m 1.513E604 1.513&+04 2.015E+13 2.015E+13 Z.0138413 153 T-127 y v- Y V ... Y 4.8 4.660E+05 4.66OE405 4.6864E05 8.1277E13 8.277E+13 Z8.277C.3 1 8.i771+t3 Y -'4.660E056 154 T.-127m .. .Y 1.1.1 ,,,, 7.946e604 7.9M6Ek4m 7.946+04 7.946E+04 3.263E+13 3.263E+13 3.263E+13 I 3.263E+13 155 TO.129 Y Y .Y 62.4 I1.5978+ 1.5978E+0 1rV7E+WCA 1.6197E+Oo 3.67E+15 3.887E6tS 3.667E+15 3.687E+15 To-i29n, Y Y 37 , 3.331E+05 3.331E+05 3.331E+05 3.331E+05 4.560E+t4 4s.eoE,.4+ 4.5 0Ee 4 4.5B0.E+14 157 Y 421 2.212E+06 _2t2E+06 I.2i20560 3.445E+16 3.USE+16 3.445E+16 158 Te-131m iV Y 1423 1.054E806 t1.54E+08 _.o_154E+06 5.551E+1B 5.551t16 I 5.551_+16 5.651E*16 To-132 t.O54E+OB 150" i- Y 234 7.B4,E+,3B 7.640E+06 7.6406.06 6.616E+1l 6.61tE+16 6.615E+16 6.615E+16 160 Te-133 _952 _ 7296E+05 , I I.ICUM- .- I - I.. . .I.ZAVOCUi T1O i.5iOE+16 2;05iE+16 _ .161 _Te,133m 1696 2.345E+0O 2.345E+06 2.345E+06 _ =- 1412E .17 .i72E+17 i 1.472E+17

 .. ;.^^ ... __ Si t62 30.6WE+06 1.1456 .+17 1.14SE+17 ;= - 1,T8-i

--V__.

3.606E+OB l-.45E+17 _153 -U-1.I-....3 5.142k+03 6.1426E.3 +12 9.759E+121 9.759E+12 _ ' ' I 1614 e-t31m.^ Y 20 _.- 1.4B7E+OB 1.4B7E+OB 1.467E+06 t15l 1.08 15 1.0666+15.

 .165" :F133 . -.V Y 45.5 2.124E+08 2.124E+08 2 1245+415 +17 1.607E+17 3.607E+17 3.6076+17

_4'AA=- U I w .: . A OA -A-A-LZ

 . w I-166 6.983E+O6 al-133 Y 4t.4 0.983E+060 6.583E+_ +16 [ 1.70E+16 11'070E+16 .-134ni lags6- 6.356E+00 E+11 _ ____* ____

168 Ks-135 _ Y Y Y..49 1 8.022E+07 8.022E.07 8.022E+o7 8.022E+07 i E+17 7.391E+17 7.391E+17 7.391E+17 169 W:135x .I .___ _ .. ....Y 432 3.178E607 3.17E6+07 i ToRi _._7- i E+17 6.080.E17 6.080E+17 t70 (ea-37 Y 190.8 3.973+603 3.973E+03 .+j13 2.0--+13 -'-.---171i- K0-138 Y Y 1126 9.28E+01 9.856E+u6 . ._ . ._.. 4.106EE+17 4.106E+17 I 4.106E+17 172 f89m 901.4 42712 E+1111 173 Y r90 I Y Y Y 0.00031 2.726E+03 2.725E+03 2.725E+03 2.726E+03 3.126E 07 r3.126 7 l .1266+7 3.126.E+07

 '91 _ V....._ . Y Y 2.6908+04 2.690E604 I 2.690E+04 .+12 3.583+12 3.5836.12 3.5836.1

, 175' _w r91'rn _,.V Y 527.7 1.48tE+04 1.481E+04 1.BI48E04 .. 2.S91E +14' 2.891E+14 2.s91E+14 __'__'

 -:=- A __ ..

178 rs2 Y Y j 253 2.735E+04 2.7358E04 12.431+04 2;735E+04 +14 l2.56E+14 2.606+14. 2.560E+14 177 Y93 Y Y y 88.9 2.017E+Ot 2.01?E+04 2.0i7Ei oi 2.017E+04 s.624E 013 i6.634E+13 I 6.634E+13 I 6.634E+13 178 Y94

• _ ._ Y . 772 3.912E+03 3.912E+03 1.117E+14 I __ _ 1 . 771i+14 _

1iV Y95 __. .. . _ yV 1287 . _$982E+02 3.3i1E+13 3.311E+13 180 Zr-89 .8. Y Y ._ 925.7 1.098E+01 1.OS6E+017 . . .1.096E+01 1-j.0986401 _____ 3.752811 3.752E+.11 3.752E+11 1 l 181* Zr-93 _ . . __V_ __ . 1.54 5.944E43 _ s 944E43 5.944E03 . 4.047E+05 4.047E+05 4.047E+05 152 a3 ___ .. ._ .. ___ 773 3.632E+04 J.832E+04 3.s32E+04 3.832E+04 1.D06E+15 _11.096E057_ l _Fs4E+-ir 1 tOsZ-E7+i 183 zr- 97 - . -- YY T 6"t 3.644+404 31644E+04 3.6e4E.04 3.6446+04 1.172E+15 1.07296+15 1.0966+15 .172E+15

 .. Y.

TOTAL Is.482E+o-- - 8.4t5108 81335e+081 72386E+08 2.632E+19 2.6088+19 2.622E+19 l 222E1sl 4 -I------+ -

 -. 781 11781 1I I+1 A-- C. UM A- ; ^6- ^I- i - ---- --

I __ _ L_ _I__IIp.I- _ . _ _1 l j[ *

 .3468 ^.^=r ^e 1I o ^:n^n no .5Uv t-0U1 I 8.Z=8E41

Table 6. Evaluation Of Total Energy Release Rate (Mov/sec) And Average Source Energy (Mevldis) EC-RADN-1135 15

For RG 1.183 DBA-LOCA Source; Time = 8 Hous Page 49 t GROVe iCRP38 YMt Activity

 'Rela(Cunes)*__'_' Total MaUvsc foRG 1.183 LOCA AcivitI Release O.No I MUCHe I-toi RAOTRAD Total Awerag EBgy Rease Tot AST GROVE eofopo iCRiel ioopic RSDTR.4D TOTAL AST ORE Isotopic -IRS isotopic iWTA

_kl I dii) NMCihd La. Library ' i SOURC -library I 1brary0 ______ Am-241 _, 1800I 5480 5.088E+00 5.088E00 5.088E+00 5.088E+00 1.0328+12 l 1.032E*12 1.03i28.12 i 1.322.12?V 23 45.An-242 Am-242m mn-243. I Y

 .1. I -

li 7 .IV I 1.620E+03 3.316E41 1.620E*03 3.316-01 R^J.-- - ?1 b.250-.01 1_.620E+03 I 3.316E41__50801 .1.0768+12 2.848E+08 1.217E+1 I 1.079E+12 2.446E+08_1.2-7E*'11 1.079E+12 1.2.i46qE*08.1.217E+11 5 in-44 1.598E+03 rIB T 7. M--.. 1.589e03 1.6895e03 4.739E+13 I 4.739E+13 4.739E*13 f5"

 .8 a-135m Y i - - - .60S +03 -I 1.727E+03 I 1.727E+03 I_ ... 3.3ME+312. 3833+1?2. 3 .33+ ...

74 Ba-138 I - -10 -- 4.0)49vE+04 2.i815+15 .Ba-137r il I ow 8.213E+06 8.1E 82138.0&]'~Y

 . .. . Y ' "I' ' -4'd 1.8201+16 1.820E+16I I.820E*16 a-139 Y .Y 2.158E+05 I 3.4748.14 3.474514 3.474E.14 3.474iE14

_ 9 -Y Y 9.626E+08 il 5Q4E+16 l6. 6.504Eo16 y I 6.5045+71V v-Y 84. 1.104E41 3.4528+09 3.452E+09 -3.452E+0-9 __12 'V 1.967E-07 i758.+03 I. E83 7.5662.03 13 . _ _ _ +.

 -. Y . 7.044. . 9.810UE+94 I B.U10UE44 0.5898+15 14, r- 83 I ._ .. ' 7.44 4.194E805 I 4.194E+05 t-155E+IA 15_ r- 8 Y Y 1720 2.285E+02 2.285E.02 iEii13-17 1B e-141_

P.-14 ak-14 Y Y

 -Y --1--i-Y jy__ 77 274 289 8.9398404 8.939E!u4 7.105E+4 I 7.105E+04 7.5B4E+04 7.564E804 I 7.564E+04 8.939E+04 7.105.E04 7.548E.04 5.37E13 I 5.373E+13 IN 1 . .... l.,l y 1 A _ ._

6043

 " -- I 9.321E-07 1.334E+03

_ I I . ... r _ _ _- __ *_I m1-24Z y Y 1.334Eb03 1.347E+03 2.9838+14 2.9838+14 2.983E214 2.9838+14 m-:243 V . 5.745E41 5.745E841 _ 1.241E.11 I I.2412+11 1.241E+11 . .1-244 5798 7.7938.01 74938661- 7.793E+01 I 1.671E813 1.871E+13W 1.871E;13

 .. 824 1.475E+03 1.475E803 1.475E.03 _.75E+03 I

_ ,Y -. Y 25I4.4 _4.49t5+13 I 4A,456+13 y __ .02 7.965E802 7.9658.02 7.380E+13 Y .. *. I -6.6 -1 1. 2.082E-11 V y m _ 6.169E41 8.169E401 6.1 ,69,,E41 .2485+09 1 2.246E+09 V 712.1 1.051E+03 1.051E+03 2.768_+13 2.768E+13 Y_ Y_ . __ 5. .7492.06 5.749E806 5.749.E06 , 5.7498.60 3.308E+17 3.308E+17 3.30,E+17 29 -134m Y : 1.790E+05 1.790E+05 1.79+.05 1.775E+14 1.775E+14

 .135m __ 2.1772E03 2.17?E+03 1.2818+14 31 -138'Y Y Y 2171 1.8038+08 1.8038+06 1.448E+17 1.448E+17 32 -137 V 566 -,A -- -,,Il 1.4408E17 v v 4.336E+06 4.336E+06 4.338E+06 9.00+16 9.080E+18 .

____. ...... ... .. .. ,_9.0808+16 33

 -. - - I-.-

v . 2381 2.865E+03 2.8658+03 2.885E8+03 2.503M+14 2 5038+14 l ,_:s __ _ C _329 1.301E-08 1.301E-08 1.301-308 1.583e+02_306 2.735E+00 2.735E+00 2.735E+00 3.09?E+10

 -1_- I 4-:_ ...... - 1253 .-

2.IIEkv2 2.11E8+02 f -- - 1 3=78S&I02 -I 9.785E+12

 .. Y..

63 ' " 8.881E+01 8.681E+01 E+01 _ i 023E+1 2.0238+i1 2.I23E+* ___ ._. 7 = _*. I _ _ _1324 5.399.E03 5.3998+03 E.03 2i.8464514 2.645E+14 2.645E+14_-7y' Y-3 I Eu-157 0 3.887ME02 3.6671 e____D 0.0A0O.00 O E 0008.0 40 41 42 -Eur158 Evr159

 -128 Y

1081 1.514E-01 1.128E 5.868E41 5.8v8E41 1.5141:-I1

 .-. .1: I __ .. __ 1 .95 4E+UV . ... 9. 3.4. 140 9 1

43 -130 y _- 2139 5.088E+05 5.088E+05 4.02+1 4.027E+16 4" i-130m _ 121 3.713E-11_ Y . A 3. E07 662E-01 - E1 45 -131 - . .- Y.. - - V 3.1408+.0 3.140E+07 3.140v+07 3.140E+07j 4.4388+17 4.438E+17 4+17 4,438E17 48 1-132 Y~ .. -~V 229 _ I 4.446E+07 E+07 4.446E+07 4.4488.07 3i67E++18 3.768E+18 Y 3.7688+18_ 3.788E+18 47_ I-133 __ V _. _ 607 1 5.226E+07 .+07 _5.226E+07

 -D ,- .. _

_ _22vE+oi 1.174E+18 1.174E+18 .1.1745+18 1.174+E18 1573 7-518Ea03 _ . 4.375E+14

Table 6. Evaluation Of Total Energy Release Rate (Mevisec) And Average Source Energy (Mevldis) EC-RADN41135 15 For RG 1.183 DBA-LOCA Source; Time = 8 Hours Page5so 0s I I 1 GROVE

 , ' AST A il yta.

b C(i ern.. - T~E I~ws~c tor RG t1ULOCA Acjjiity Rebe s -ICRP38 Toa Avera NO. Muctida AWATRAD Energy Ra"" Total AST CROVE iCRP3 TOA RTGOVE 10RPM RADTRAD O RALCEST ISOtopic - -lnp l RADTRAD U-MM (ky Id) NWuldes Isotopic Isotopic 49 .y. L~rV 4.5.4. 05. lUbray 4.584E+05 l LiUbfa 4.84E+405_l 12611 4. 848+ 50 1 4l 8t1 4 .4228+16 4.4288+16 T4.428E+16l

 .y_

Y Y -2.727E+7 2T.7278id0 2.727E;F Z727E+07 _1.82E+18_ 1.6S2E+18 1.662E+18 1.662E+18_51 Kr-_83M 2.57 3.637E+08 3.637E+20 Y -. 3.4_58E

 .14 3 688.14 i.4 _ _ _ _ _ _ _ _ _

52 Kr- 85 1.462E+06 114682E+6 i.482E4+06 1.4S2E+06 12 1_4 1208.4 1.206E+14 l1.2062+14 53 Kr- 8Gm y - Y V Y .7.66sE+06 17.86926 7866E+06 17.e88E8+08 4.5424216 4.i428+16 16 l4.6422

4. 16 l422 6.937EoS+ 6.937E+05 Kr- 88 y Y 1.048+07 1.054E247 1.0S4E+07 i6.937E+06 1.054E807 2.0.33 2.0330.16 3E16 2.033E+16 l 2.0332+186 55 58 V V--y- 7.626E+17 7.62fE+17 7.626E+17 7.626E+17 56 La.140 t2 4.1562504 4.16E+04 .156.04_4 4.156E+04 3.560E+15 13.56DE+15 l 3.60815 3.560E Y

1.4-142 VY I1564 9.3972.03 9.397E+03 9.397E03 9.397E+03 O.O0OE+00 0-.O0E+00 0.000E+00 j0.000E+00 58 2485 1.01E8+03 l 1.0190E+3 1.0198+03 1.098E+03 La-143 1937E+03 1213 9.371 9713

 . 13 YV. 7 2.032E80 l 2.0328-E0 6.9 39 38.0 _ _ _ _ _ .99 3E +0 3 _ _ _ _

164-99 Y 792 0 4.642E05 4.642E40_ 4.642E+05 l 4.671+15 l4.67tE+15 4.6718.15 4.671E+15 5.864E -05 6.884045 5.664E-05 3.285E+06 13285+08 328M5806 62 Mio-lO2 7.11248-8E . - l 4.877 0E+01 ... .....63 Y _ 764.31 3.834684 l3.846E8.4 1j05 E 15 j11.0688-E+15 1.088E+15 Nb- 95M 64 4.265E802 4.265E+02 4265E+.02 1.123E.i2 l 1.123E+12 1.1238+12 Nb- 9Gm 3Q 965 Y 2482 1514 4._909+0 1 i 4.908+01 1 4.9098o4f1 i.4i72612 _4.72212 4.472E+12i 68 Nb- 97 1666R_ 2.929.4 2.029E+04 2929804 18.5 7.227E+14 7.2278.14 l7227E.1i _67 2.5968 2 596404 2.5696E+C44 168 4.477E411 272 6. 96 + 4 . 9 T 6=.996 . 1 Nd-IA? ... .......666. 1.4104E4 l i.418E+04 1.418E+.0 I1.4184E+Q4

 . . 7.3982.13 7.3988+13 7.398E+13 7.398E+13 72 73 INd-149 NO-236&n Y

V II, _N_1--I171.2471 141 3.407E+02 l 3.407E+02

1. 0598-08 1 6.

8112E-10 II 3.4078.02 1 . 0688-08 rI 4.l4IEW12 1 0.0 002+O O 4.841.12 4.841.+12 _-_ __ _ _ i 1.891-E41 _ 1.SIEo-1l 1.891E41 3.477Eoil 3.477E+08 l3.477E+08 75 p -239 Y V 2.1s09E+U4 4 2.109E+04 21 2.FosE;04 5.488.14 5.0488+14 5.048E+14 l .. _1-y 9.665E+o5l 9.686 9.l65.E+06 6.222E+15 l 6222E+56 _ 6.2B228+15l 6.222E+15 Y V 49.78 Np-240 0 9.092 0 9.092 . 9.0928.00 4-013E+11 77 Pd09 . -. 8.9148+04 86.914Ee4 694E-404 4.013+11 4.013+11_V. 2.993+13 2.i993E+13l 2.993E+13 78 Pd-Ill 35 2.026 t 2 _ __

 . 13.371E+11 1 I ' _ _

174 2.579E+02 3A42562 _ 80 _ Pd-12l . -.5.80-6t.0k__81 PWTF14 11.7 3.652807 3.528-0 V.. .0049. 5.0128403 5.012E+D3 l5.012E+03 l8.141208 8.141E.08 8:141E+08 W82 Pm-.i48 i YV _ U-4 3.BB1E+03 l3.881E0 3.881E+03 l 82432+13 8.243E2+13 3+13 1 83 PMn-148M _-I-,. -II 7.716E+02 l 7.7168E+2 76a4o02 15.670E13 15.670E+13 5.6708E+13j __ _84 Pal-149 -VY 1.1878.04 1 1.1s7E.e4 1 .1878.0 4.700+123 4.70812 4.700E+12 865 kilSO 1491 1 .3 988.01 1.398 01 l 17.713E+11 Y -.7.73111 Pm-1, 51 -10.3.591E+3 1 3.691E+03 3.5918+03 4.265E+13 4.265E.1 4265E+13 i 87 Pmw-152 574 688 PWi142i-

.89 Pw-153 V . _ 1508_

1491 0 9.5358-10 6.5552-18 0.0000E+0 r ____ _ 5.327E+O0I 3.657E471 i_____ .

-. 0 Pr-11,2' Y 32.1 58.4 _ 1.097E+03 1.0978._0__1.097E+03 2.371+12 2.371E+.1 2.37iE+12 - 1 91 PF.143 rY 3.2248+04 3.224E+C4 3.224E+04 3.22i4.0 0.OCCEoo O.OOE+C l 0.000E+00 O.OOOE+0800

__92 Pr-1446 3.026E+04 i3.0258.04_( 3.0258+. 32358.13 3.235E+13 3235E+13.93 Pr-144-M Pi-145 -

 -y 4.233E402 142338021 4.233E+421 1.896E+11 1.8958+11 1.895E+11 I 94 14.76 9.0612.03 i 9.061E+03 i 4.948E+12 11 494aE+12 95B- FV-lA V .... .. .

1018 4.2s4E42lj Pr-147 81 63 1.61iE+09 j -_ 1 __

 - -- .... .... . L 66E+04 1.1i 1.168E+041

Table 6. Evaluation Of Total Energy Release Rate (Mov/sec) And Average Source Energy (Mevldis) EC4RADN-1135 15 I_ IFor RG 1.183 DBA-LOCA Source; Time a 8 Hours Page 51 i1 Iota MeWlaf I" M4U1.11U LOGAAcUV _GROVE 1CRP3S Totl Awrag TO W__ AST m n~ o ., .~~lb a 1 TTM AS GROVE~ iClaP ao. 60tapio RAPIRAD) EhM9p Rai""

 -40y Isi" 1otopic Isotopic RADTRAD Ubtay (koy Ild) SO4URCST Isokatopic u y - -IsOtoplr - Ubuy l -IADT9QA -

L raY oubray L-i-bRary 97 Ou 2-37 V 53.6 3.336E8-01 3.335E801 3.3352-01 eii4E.o a 6*1E4808 6*14 8408 Y.I y V 1.76 2.212a.02 . 2.2-81E02 " 2.281E.-02 2.2812.02 1.45E+10 1.48SE+10 1ASE+10 - 1.4852.10

 -99

_y_ _- V V-. MI0 2Ai4E401 2.4i4E+01 241-424E 01 - 2.-4142E.01' 4.557E+12 l .5577+12 4.557E+12 4.7E.12 Pu-232 - v V 0.0286 3.896E+Ol 3.896E+01 3.896E+01 4.1232+07 l.1238407 44.1238407 l4.123E+07_. Y -__011 _-Y' V 0.001364 9.5888E03 J 88E.03 9T.588E23 9.588E803 4.803E2+0 4. 08E*W 4.803E+'08l 4.803E+08 Pu-241 ,i Y V - 6.838E+03 6.57ME.12 l6.57E+12 6.578E+12 1 103 - _yY VL:: 94.5 5.348E+04 s.34BE+04 5.348E+04 Xs348E+44 _1.BE+14 l1.870E+14 1.87qEk14 1.870E 14 1682-97 2.981E+06 _, 2. P+06 2.961E+06 8.89E0+16 -6.890E+16 6.890E+16- 10 Y Y 1.65 4.259E+05 4.259E+05 4J5-E9+05 2.600E+13 l.600E+13 i.800E+13 l

 ' fo Rh-103m Y yr 77 _ 2.67E+0 2.617E+05 2.817E+05 2.1i+S 7.455E+14 - 7.4856+14 r4554E+14 7455E+14 107 Y 34. 202E.404I 2.502E+04 3.194E+13 3.119E+13 108 Y 206 i.T1iE+.05 Vi I1E+05 ITJliE+Ms _ 1.304E.15 1.304E+15 1.304E+15 109 Gh-106m Y ~ 2 8 821 4.622E+02 4.622E+02 - -. I 4.929E+13 4.929E+13 li,R v18 ..

110 Nh.107 313j - 4.W69E42 4.6ssE-02 _5.441E+SB l .

 ,,,,_ w

.. ... . .--- o.oooE+biO 0.006EiO _112 J.105 Yy.. Y-_ 4853 4.25S+E05 4.259E+05 -4.259E+05 4.259E405 l7.6432.15 7.643E+15 7.6 38+15s 113 -I-_ Y 738 es87E+84 -8.788+5r4 I .7a6E+04I 2.3ssE+1s 2.399E+15 1 2.399E+15 114 ..-108 Y Y Y. --. 0 il71E+05 .711jE+05 1.7111E+06I1.71154+05 I 0.0OOE+OS T O.QWE+Wj -.0-00E400

 -11 J-107 I 208 O.OOE+00-I1 0.0008400 .- .4 1 116 0 O.OOOE+OO IO.OOE+00 F , - , L- , , , - -",

117 -122 Y Y 433 .8174E+03 I 9.617E03 9.617E403 . t._, ... -I ---------1.573E841 }_1.b573+14 11.573k+14 1 118 Sb-124 _Y y 1852 4.859E403 4.859E+03 4.859E+03 3.330E+14 3.3302+1 4 _ 3.3302+14 I 119 Sb..125 Y Y 443- 6.857E04. 6.8572404 11.1242.15 85_ 1. 124E15

 'i'21° Sb-128 .. V '--2749 2' ,,.28212+03 2.281E;03 2.281E203 2.320E+14 2.3208F-+1 4~ 2.320E+14 i Sb--126m Y. 1548 4.164E+00 4.164E+00 4.164E400 2.385E+11 I 2.385E+F1il 122 Sb-127 Y Y Y 664 4.4898405 4.4898+05 4.4692E05 I 1.098E816 1.09E+1 6 1.098E216 1.098E+16

_ , Y 3108 4.584E804 4.5842+04 5.271E+15 5.2712+15 124 Sb-128m _ , .1'909 3.304E+03 3.304E203 2.3342+14 2.334E+14 :t_. i"w __ __

 ----E 4.986805 125--

12B 6129 -Sb-130 f

 . V Y 135B a~ .12688802 4.9866E+5 4.966E+05 1.268E+02 4.9l6E+05 2.492E+1 I 2A92E+1 16 l 1.532E+13 I 2A92816 . .532E13 l2.492E+16 127 Sb-130m 5.oO6E-17.. T I 5.700E46 I 28 Sb-1 311 lo0w I2.223E+8 _. . . . 2.223E+oo 1 15.4586E1 I .. .4 8 1+E+ 1' 129 Sb-132 25B3 0 E+00'I

_ .00 __ __ _130 Sr. 79m elm 13.7 _.119E-11 l 5.674E403i..31Se.81 _ .._ 9.9 Av I 5.557E+01 e .8.557F8+01 .I .134E+102j 3.134E+10 132 S-S81.^.^__ 15 -5.806E.01 1 3.233+101 32.23E+10 133 S r' 83 ' _ _. 955 1.016E-01 1.----

 ._ o__ -- i.1i1itol 4..-I 3.590E+09 3.590E+09 8411-151 Y 0.0131 1.3832+01I 1.36W+WD 1.608E+I6 6.6068+0 1 8.6066E+uB 135 SM-153 ' 62.8 _ 9.428E+ 9.428E+03 9.42aF8j'0 l 2.1i1E+131.720 2.191E+1 3 i 2.191E+13 1.37 103 2.812E-04 1.0718+06 1 Sm-157 -w_- _ Y 0 2*42E+02 4.309E-16 ' 12. 842E. 0 __ _ __ 0-.0008E+00 0.0002400 0.u4G.E+O,,

0 -

 . 139 Sr- 89 Sir 90

_ Y Y_ y 0.086 _ 5.157843.

 .8.6328 05 5.157E+06 5.i57E+08 _I Q.&41E+13 L

1.641E+13 i.64ii6.13 I 8641E+13 6.5j2E+05 6.5322.05 _l _ AA - -_ _: =_ _ __ _ __ I _ ___6.532E+OS O.ODOE+00 0.0008+00 **.000E+00 O.OOOE+00 141 1047 3.652E+06 3.652E+06 3.652E206 11.15E+17 1.4158.17 Sr- 92 Y 1.418E+17 11.415E+17 142 Sr. 93 1339 8.977E+05 8.977E+05 894772.+05 4.447E+16 I7,44E4'18 4.447E.16_ 143 2214 2712E-13 2222E-02 2f2 i22E Y -- i-144~ Tc-99 0 _6.520s7+o 5.6208400 O.OOOE+OO 0.0008.00

 - - -P._________ ---..- '------ a . -

Table 6. Evaluation Of Total Energy Release Rate (Mev/sec) And Average Source Energy (Mlovdis) EC4tAPN-1135 35 For RG 1.183 DBA-LOCA Source: Time = 8 Hours Page 52 52

 !. : P_ .ve ....... ._ . . _

GROVE ICRP38 iToWi Mev/o for 101.183 LOCA Activily Rlel Total Avera-e OBV C14P38-No. Nuolide leotopic .- to p RADTRAD Energy Ra l- ToW AST TOTAL AMT GROVE iCRP38 Libraty (kev I die) Nulide

 =.sotopircr lotapic I RADRAD -

leotopic Isoopc RADT"4D l ORC. Llb~rry l Ur 1,45 Tc- 99m_ . i 1.Y i 123.9 4.336E805 Aik I--..A -

 - .9882+15 1i.988+15 U, __1.__E+15__

_ . - *___ _ F 146 Tc-100 Y 83 0.00E+00 0.60005.00 _ _ _ _ _ _ _ _ _ _147 Tc-101 I 337 1.045E-03 I1.045E03 i04503E l ME+Oi*1.3035.7 X 7 1.303E+07 . -Tc-102 _ 81 71-.82E-08-liii- Tc-104 -Y 1999 473 j4.737E03 12.i52E+02 1' I- ' ''-_____ - E 0 j M .. 3.5035-0 i Tc-105 _ __ 535 3.056E-14 151 To-123m_Y - 148.1 4.851p5.01 4.8512E;il r 2.6585+i1 12.658+11 2.658E+ii ` I

 -Ii152 Tr-125ml V 1.5135E04 1.5138404 2i.05513r 2.015E+13 l2.01i5+13 - ..

T7-127 V V 4.8 4.22E405 -4.822E+05, '_4.62-2.0 8F.209i+.13 Ls.2 a,9 9E38209.13 8.209E13-re-i27m Y V Y 11.1 7.i46E+04 7.948E04l 17.948+42.0 7.946 i~ 3.263E+13 -3.263E+T3 32832E+.13 3.s263E+13 155 Te-129 V. Y 62.4 - 7.640E+05 7.640E505 17.640E+05l 7.640E+05 1 1.7845+15 11.7842.15 11.7842+15 11.764E-151 YY - 37 3.320E+05 3.320E.05 3.3204E+05 3.320E+05 4 + 45 + . I4 4.545E+14 156 re-131ii Y ____ 421 2.017E+05 2.0172.05 2.017E+50 13.142E515 3.142E+15 3.142E+15 158 Te-131m Y Y 1423 8.977E+05 8.9772.05i 8.977E205 8.977E+05 4.726E-16l 4.726E+16 l 4.726E+16 4.726E816

 -159 Y -.

T41132 Y 234 7.182E+C6 7.1825.08 7.182E+08 7.182E20ao8 6.216-16 l- 62i8E+16 l 8218.E16 l.218F+16l V160 fTi33 -. y i 952 - 2.78686E+03 2.766E+03 I Z7885.031 9.7425+13 1 1 9.742E+13 1 9.742E5i1 i I Te-i33 Y 16986 1.222E04 1.222E504 1.222E+04 S7e71.E14 7671E-14 7.671E+14 re-134 V l 858 3i.4075403 l3.4072+03 3.AWE5+03 1.0822.14 1.082E.14 102E14 1 Xe-129m V 51.3 5.027E+03 5.272403l 15.027E+031 i9.542E2 19.542E+12 r9542E+12 XRW131m Y 20 1.4875.08 E 1*1.4075.08 1A7406 1.085E+15 1.0855151 1.0852+15 _I 182 X01.33.- , .Y 45.9 2.116E+08 l2.116E+08i 2.i16E5.0 2.11854+08l 3.594E+17 j 35946+17 i3.594E51i 3 .594E+17 164 RX-I33m Y _ 41A4 8.6881408 8 .8815.08 6861E+506 r 1.0515+18 1.51E+16 i i.051E+16 i I 17i Xe-I134m1 V - .1898 0.0005+00 1i68 Xe1-i35 -'V. V , l. 249' t.003E+08 1.008E+08 l.008E+08 l 1.008E+08 9.291E+17 9.291E+17 9.291E+17 9.291E+17 169 V 432 1.482E407 V - 1.4825407 1.482&07- 2.3595.17 2.3695+17 i23895+17 185 170 Xe-137 90.8 O.OOOE+00 0.I00 ... ....... 0.000500 0I.000DE+00 1- ' 1

 ,YV ,

171 Xe-138'_ V - IY 112 1.0311-02 l1.N31E42 l 1.031E402 4297E+08 4.297E+08 4.297E+08 __1 172 Y 89m 1 ____ 901.4 i1.2155401 i 4.051E-11 -V 173 1 - 0.00031 2.70iE 2.7.07E.03 -l2.7072.03 2.707E+03

• 3.f10557 3.1055407 3.0S+507 3.1055+07 174 Y91 V . V =-3.6f 2.674E+04 12.6745+041 I2.6i4E+4-4 2.674E+04 3.562E+12 3.582E+12 13562E+12 l3.502E212 l 175 Y9fm 527.7 1 9275E+03 i.i75E+03*l 9.275E03 r1.811E+14 1.811E+14 i.811E+14 _ :

170 Ii 1 253 1 1.306E204 1.306E44l 1.3085.04 1i.306+E04 1.223E+I.4 1.223E.14 1.223E+14 1223E+14 Y _Y 93 Y 88.9 t.147EC40 1.1247E+041 1.247E+04- 1.247E+04 4.101E+13 4.101E+13 4.101E+13 4.101E+13 Y I _i772 __ .6.784E-04 8., 845..e,041 1.938E407 j _ _ .3 07_179, Y95, ___ L 1287 6.328E-10 - 8.326E-10l 13.012E+01 13.012E+01 -

 -180.~ Zr- 89 I I___ 925.7 11.0305+01 1 03001E+ 1.030E+01 l 3.-527EtI'i'- l 52?E+1rl &3527E!11 181 Zr- 93 1.84 5.94E4-3 15.g44E5N I 4.047E+05 4.047E+05 i4.047E+05 1 I 3817E+04 Zr- 95' +:

I Y 773 3.817E+04 3.817E+04 3j 5.i7E04 l1.092E+15 l 1.092E+15 l 1.092E+15 1.092E+15 1 Zr- 97' _ . r---- 89,- 2.7295+04 - 2.729E+04 12.729E+C41 2.729E+04 l_ TOTAL 5.681E+08 5.680E.08 -r020 5.350E508 1.0159 1060+9 1.6519 .l1.021E+19l 161EfF -I0W~

 , ,, - _ , I IT _.1 I5-5 01 5 .1555.01 I0835.04 I Avereao Entwaw Mevidi l 1 50-46E-bj l S.04#4-1 5 *04i& l 5.i55E-il

Table 7. Evaluation Of Total Energy Release Rate (Mevidis) And Average Source Energy (Idevldis). EC-RADN41135 Is For RG 1.183 DBA-LOCA Source; Time 1 Day Page 53 53 wi faTOW U4yA~vt ees

 ~.GRO~e ICRP3 T*WaAveap ~ ~ ~ ~ a. Ct3 Ierk $oto&l Iso10PIC RADTRAD Enelgy Reai"" TOW AST GRV GPTOTAL AST ~ ~ RDI Ubfwy Ubraay (key I di) Nuclide I&40I ISOtPIC ll.DTIIAD SOURCE ATA 41__

____- --- Library_ Ubrer * -LwIY 0321 I n-141 - V- .104E+00 5.104E400 8.1042400 - 1.035E.1-_&2-1.035E+l2 1.03212 1jMI 2 m-4VV18 _ -8.08-3E.02 8.0832.+02- -8.083202. 7- 5 33E+i-_ 82 .821 3i Am-245i VY Y -232f 3.3162.01 .16-1 3.3182-01 -. 2.84E6i40 2.846E;08 28620 4 6265 8.2852.01 6.2652-01 8.2852-01 1.2202.1i I.220E+I1 1.20+1 ___5 Aa-244 VY _ Y _ 806 i.1i.317 3172.02 5.3172402 ______ .58+3 1.5862+13 1.580213__V ________Y 60 . 1i73E _3 1.173E+03 1_i.173E203 2.6M0312 2.803E.12 _2_.6_03EI212 ____

• 25 Coa6m ~y V 8.8-- 0.000F+05 0.0021300 0.2i3400 0.082400+1 0.S000+0 0.8000+10
• C. ..31fl-. Y 2.8_ _ 3.720 3.7 32.6 0 3E0 3.0734

Table 7. Evaluation Of Total Energy Release Rate (MevIdis) And Average Source Energy (Mev/dis) ECRAIN-1135 IS For RG 1.183 DBA-LOCA Source; Time = 1 Day Page 54 54 1l GROVE_ 1

 ' _ AT AAtivS" w y eleas (Cur TOWi eIeo tRG13 LQGAActiV YR elea I No. 6ctople ICRP38 RAOTRAD Total Avraep Enery R dlea" Ttal A8T GROVE l CROP ._ TOTA gT l GR60VE r ICRP2 - -

(kov I de) IsotolpX leoopic RADTNAD SOURCE bIopic IMsotopIC RAOTRAD N_____ Ubtatg LIbay _ _ I Ubrw Ubrary - I U- ~28 11 _ 1 .714E+00 1.714E400 1.714E400 1.714E+00 1.6562.11 1.658.1 1.6S6E+11 1.056E+11 50 L~y 6.042E.06 5.Q42E06 5.042 E 5.0422+06 - 3.073E+17 17 l 3.073E.17 3.073E+17l 2.57 5.272WE04 5.2i2E+04 _ . ____ _. 5.013E.12 5.013E+12 ____y 2.2 1.40iE+06 1482E*06 1 .4E2086 i.4A2E18Z -V6WT 1.2_062.14 1.2062.+14 1.2062.14 I~r- B15n__ .. iy Y 0.816E+05 6.616E-+5 6.616E;05 4 - _ * -Y 6.616E+05 .3.8192.15 3.819.E15 3.819.15 T1819+15 51 Y 1 .13t E02 4 1.1312E02 .131E+02 3.3132412 1 3.313E+12 13.3132+12 3.313E+12

 -Y V.- 156

-5i-7VV _ V Y 19 7 -2.124E+05 2.124 5 2.24+05 _IA2.24E.05 1.536E+16 1.536216 1.536e+16 1.5362.16 4.084E+04 4.0642+04 4.0842.04 4.6+04 3.481E1+- -3.41215 3.4819+1 l 3.401.E15l YS2~ La-141 _ Y ._.Y 5.547E+02 5.5"547E+02 ".547E.062 5.547E+02 0.W000200 l0.0002+00 0.0002400 l0.0002+0 La-142 V 8 6.845E41 E6.845-016.84#01 6.294E210 0.2942+10 l.2942410 l.294E-10 2935._

 .. . _7.4112k-27 7.4112'-_27 2550:7 2.550E-17 _

Y Y"'... 272 3.911E.05 3.E162+05 3.916E+05 3.916E20_ 3.941E+15 3.941E215 3.941+i15 3.941E+15 6A y Y 1514 9.416E-25 9.416E-25 9.416E-25 525i 4 5.275E-14 5.275E-14 ___

 - 8.F5- 0.00EW -- 0.000E+00 11 - ' ~ '

V.-.i, 764.31 3.846E+04 _ 3.846E,04 3.8402404 1.0882.15 1.088215 1.088E+15 VV Y y Y 71.2 4.24022 4.249E5.2 t4.249E+02 1.1192.12 1.119E1i2 1.1t9E412 '65 I 2462 3.0622+01.3.062E+01 3.082E+01 2.7902412 2.790E+12 1 2.790E12i M49-101 668.8 1 26204 1.4226E+04 _4i .426E24 .. 3.518214 3.518214 i3.516E214 728 . 1.3462+04 -134804 _1.340.04 3.628E+14 3.628E+14 3.6262146i i _f .L_ ----03 .Y Y 2711 1.041E-08 1.0i4E+05 __ _ _

 ...-- * .. +

Pd-109 Y 141 1.360uE.U4

 +e 1.360k404 1.360E+04 T._360E+aI .7.095E+13 37.002+1 7.0952E13 l 7.095E+13 79 384 - 5.WI12E-01 7.81609 6E09 7.816209-8 -916 - -0.000E+00 0_000E+00 72 -Y 0.00026+OO 83 74 Y.

49.7_ 1.T157E-01 _.57E401 1A.60 +04 1.696E+04 1157E41 1.696E204 2.128208 l 2.12208 2.128408* L P d-iU7 647 4.0002.14 " 4.060E214 4.060E-14 Y 7.9402+05 7.9462+05 7.946E+05 ..7.946E 05 5.112+1 5.616EOd a5.11 5+ M+1156 76 Y. 1.952-04 1.952E-04 1.9522-4i 8.618E406 8.862.06- 8.6162.06 ._ YY 7s 72 _...._ 3.075+04 3.0i52.04 3075E+04 1.33E-+13 1 1.331E+13 1 1.331E+13 -89 45 2.6932401 4A84E+106 _79 359. 3.438E+01 4.5072+1i1 ___ _ _ __0 3.419E403 .0.0B0E0o l Nd-14Y -875 Y 0.00439 5.0278403 _5027E-03 e.027E+03 8.166408 l 8.168+06 l0.166240-. .Nd-151M -- y. .. V Y 574 _ 3.500E+03 -3.5600+03 3.560E+03 L___ 7.50E+1.3 7.561E213 7.561E+13 Y -78- Nd-152__ . 1986 - 7.625E202 7.625E+02 7.625E+02 l 6032+13 5.6035.606 33.603E+13 -84 8-9 p-F23814 _ Y- 10.7 9.S42E203 9.6422+03 9.6422+03 3.817E+12 3.817E.12 3.817E212 l -_ y. _ Y ... 1491 2.231E-1 2231E2-1 1.231E+10 1.231E101 IP-439 321 91 2.430Et03 2430E+03 2.4302+03 2.8882+3 2.8862E.13 2.8062413 __90 151 0.000F+n0 0.0002+00 _ _ _ _ _

 .^" _ AAA_ . ._ .- .Iwo Q.OUOE+OO-ii-.-

83 _ Y _Yt 0.0OE2OO_-0 _. . _+ _ . _. .- I O.OOOE+W t } .l~ '

 ._. U.143E,02 5.143E+02 6.143E+02 1. 72+E1 '1.327E-12 -. i 327E+I21 V.... 0 3.194E+04 3.142.04 3.942.04 3.194E+04 o0.000400 l00002E.0 0.0002E00 O.O E+00

_ - A 3.010E+04 3.010E204 B9 -- VY... ___ ~.- 12.1 4.217E+02 4.217E+02 4.21tE402 3.21iE+13 1- 3.219E13j

 .1.888211 1.8882.11 3.219213 1 1.888E211 ... .76 1.4212E03 1.421.03

_. - . ... 7.781E1 7.761E+11 io18 .0630E-14 1.744E203 _ -

 =. ._ Y__ 883 2.063E-28 2.063E-28 6.587E-18 l 6.587E-18 l .-

l____

Table 7. Evaluation Of Total Energy Release Rate (Moevdis) And Average Source Energy (Mevidis) EC-RADN41135 15 For RG 1.183 DBA-LOCA Source; Time =1 Day Page 55 i5 I I ~- - _. I I- I -.- I AST A__vty R elas (Curie I - F - A__ AA ^1to ^ ^^KU ^ A_......................1.1 J LUCA ArUVI y Rebao

 ... _ A _9 _ .. _ _

1 UNOWv IGIIPJ8 TOMNAV#

• IOwl -;V'-

Y_&l ^SAE@I NO. mucid WOW RADTRAD E.-iy Relas Total ASt GROVE ICRP38 TOTAL AST kdOVE iCRp3B Y___ Ub(NiY .kaw I Wdll NuTideWe Ak. jI wlbt"y leyoICIc olop j RAPTRAD SOURCE Isotopic botopib HADTW_ 1 ~ 53.5 4 H-_-7_ Y 3300E-01 3.0E1 3.OE41 _30.0E4 3.3uOE401 .546.E+08 .546E+yd- 6.646E+08 Pu-237 Y y 2.2842.02 2.2840E02 Z284E+02 2.284E+02 1.JB3E+07 t_._488E+1F 1.468E&iO i.466+10'_9v V .. 5101 2.i18E+01 .418E+01 24168E+01 2.418E+01 4.56E+4.1 4.564ET 4.564E+12 4.564E+12

 ~100~ PU-240 rY V0.0286

_ . -A I 3.896E+01 3.898Et01 3.896E+01 3.096E+01 4.123203 4.123E+.0 4.123E+07 4.1i li Pu-241_.I_I YY 9.58.E+03 V.688E.03- 9.5888.03 9..568E+03 4.8038E.08 "4.80'38+-08 4.03.8 i3 i PU-243 72S6E+02 7.298802 7.296E+02 _ 7.01^E+11 7.019E+i1 . ___-- 125 " Fib- 86 Y Y Y 94.6 5.214E+04 5.2148*08A 5.214 +04 5.214E804 1.823E+14 1.823E+14 t823E+14 I 1.a23E+14 106 Rb-8as ktIO-0m Y - Y.Y .

 ;. I _._

5.94+04 5.940E+4 6.940E204 I____ 1.382E+15 1,382E+15 I 13.5 4202E0+S 4.202E+OS _._2.565E+13 2.5685E13 ___ _Rh-105 Y Y 77 2.006E+05 2.005E+05 Z.0088.05 2.U088*06 5.714E+14 5.714E+14 5.714E4 I 6.714.+14 107 Y <34.5 1- L.U4@3E+03 1.7063+03 2.8338+12 .2.8338.12

 ~10-8 _ .. _206 _:_ .

109 h-10Om VY-. __ , Y -I-- . 1.709E+OS 2.77E+W00 i.709(-E+05_1 A.JI 92.7E05I-AA 4_1 .3M+E15 A 1.303Et15 1.303E1 1--WIlO7m 2.770E+v^O Z.53E+11 2.053E+11 __.....I V _2S213" 2.2738-15 2_ k-15 __ 2.6328-0 .

 -m1 Iit~-- ~- -I~1 3 _____

O.OuvE+v00 112 113-AI YY 485.738S 4.221E.05 7.-220E-03 4.221E+05_i22oto3 722E05I 4.221E605 7.220E+03 I 7220E+03 II 1 l 7.575Et15 7.5758.15 1.971Et14 I.7.575Et15 1.971-Et14 Ru-107 V .. __ .. ... I 114 1.7008E40 1.709Et05 1.7098+05 1.7090805 o _ _E+00 I __ .,..,0.DDE O 0.00Et00 Ru-lOS-115 0 [ 00008E+00 0.0008.00 18.247E803

- 117- - 433~

i~ 8247E.03 8.247E.03 1.321E+14 I 1.321E+14 1.321E+14 i8-124 1002 4.819E003 4.819E803 4.819E+03 3.32+14 3.302E14 I 3.302E+14 119 lb-1Ii y 443 6.852i.04 6.6578E.4 6.857E+04 1.124E+15 .1Y!qc104E 1.124Et15 __120 Zh-126 .?. 27. _4_ 2.1948+03 2.t94EtG3 i.1948.03 ...... 2.2328.14 2.232E.14 2.2328+141 . -.121 bF-:128mn __Y 4.164E+00 4.164E.00 .i1684800 _.I.. =_ 2.35E+11 2.355E8 J1 2.385E.11I

 -127 Y Y 664 3.973Et05 3.973E:05 9.76G8+15 9.7608.16'.7608.15 0780E.15 123 ~-128 *1'. __ ---- q4oA JIM0 w

1.5338+1 - 15&338.15 1_____12Z 0.28mW Y 424GEb 02 4.24ft-OZ2 2.995E409 _ _. 22.995E09 .Y Y .... 1358 4.01 1t04 _ ..4.011E+04 4.0fi&64.- 4.011E+04 2.012E+15 2.0128+i5 2.012E815 j 2.012Et15 126 P-130_ Y " ' 3265'' _.112E-06 6.1126-06 7.384E.05 ._ 7.34E*05 127 128 o,30za I.131_. .- -2853_ 0.000E00 .__ .

 -132

_ _ _ _ 18G9 8.074E-13 D.U4148-13 1 4.065E-02 __..I. _ _4W52 1 ._129 0.0008.00 0.000E400 130 . 7r.^.. 0.000E+00 II 0.000Fm0 I11~A- _ 4- - .

 =0g 1-- ---- .. .- =:.r-. .- 131 I-.n______

s.i 7.67SE.04 2.813E+05 Il -dSm .j_..+... 15 5.195E-04 S f65ft-W _. l_6.1988~-_04 _2.883+05I 133 .115.E 14 3.941E44 _ 3.941E44_1i34 S-151 I Y _ _YY

 ,_ YV. 0.0131 1.366E801 1.368E+01 1.115E-14 1.466E+31 6.621E+06 .621E+0 I 6.621E8.6 I 135 Sm-153 - YV ' 8-2.8 7.411E803 7.411E+03 7.1E0 1_.7228+13 I I722813 _ -a San-I55 ' 103

_ =.-.3.08-E-17_ _. . ._ __ ::::=: .1I722E+13-Y _ ._ _ 3.087E-17 _ 1.176E47 _____137. m-ISO - . . 8.755e+01 I8.7658E01 I o 0o0o0+0o _.__- _ _138 §Sm-157 0- _0.0002400O

- 139 ,,Sr- V Y 0.086 5.81E+06 5.081E+06 6.081E+08 60.81E+06 1.617E+13 1.617E+13 1.617E+13 1.617E.13 140 Sr-90 Y -V,

_.. Y

 ,Y 8.E328+05 6.5329E+05 6.532E+05 6.532E05 O.OO0E+00 I O.000.00 .0..00000 O.OOOE+00.

Sr- VI T. Y 1047 1.1388E+. 1.13i .0u 1.138E.+06 1.1388.08 4.410E+16 4410E816 47A10.E1 741iE+11 142 . -Y Y ____Y _.- 1330 1.497E+04 AA -1.497E+04_ ____ __ J 1.497E+04

 . . L 1497E804 7.419t8+14 7. 1 8.E1I4 74198+14 7.419E+14 2214 A A -

Sf-93 Y 0 _.Q.0WEt0q. I O:Wt(LQ 1--. .0008E+N0 0.0008E+0

 .. 144 L_ . -L _L..-. J *I I . I I 5152W+fIn " "_ 1w I1 Q.0Ugw q-q2nrm U*J II 1 ______ 2I I .W JUC*PJ I _ __ _ I

Table 7. Evaluation Of Total Energy Release Rate (Mevidis) And Average Source Energy (Moevlds) EC-RADN4015 is For RG 1.183 DBA-LOCA Source; TIme = I Day PageS 568i GROWE 1CRP3.TOWeAverage

 .,, _ AST, ,Activty IR 'a e I to J __ _

No. MuGcU isotopic W'ADRAP E M MegR eleas TOW AST GROVE ICRP38 GROVE ICRP38 LUW- Library fkaBvi")S Nucldes isotopic oopJ TRAD SOURCE Llbro_ Miato*c RADTIW-145 Tc-99m Y V 123.9*- 3.782E.78 2.782EE05 - 3.782E405 i.734E515 148 TC-100 - 83- 147 - V 337 02.31E-23 2.961E-23 -. 2.91-23 6 - .691-3 3.6911E-130:TC-102 148 81 0 .0 002E .007. 92 1-_149- :.104 7.659E-19 5.6865E08 .______ .- __5.6 E_ __150 '-105 . ._ ._ 535 0.6000200 _ _ _ _5'

 't1 e-123m _.- . V- - ... 148.1' _4.8134E01 4.813E+01 4.813E+01 2.637E+11 j2.637E+11 2.637E+11 152 '125Am Y ___ _ 38 1.517E404 1.517E+04 1.517E+04 __ ._ . 2.021E+13 2.021.E13 2.021E+13 V

153 T.127 i Y 4.8 4.317E.05 4.317E205 4.317E205.- 4.3172.06 7.6886.13 7.6-66E +1i

 -- V - *11.1 YV: - -. . 7.9461'04 7.946E.04 7.9462+04 7.9482.04 3.232+13 3263Ev13 3.263E+13 '-'t5 e12'.. Y 6.2.4 2.5488.0 2.548E+05 2548605 2.582405 5.W3&+i4 5.8836+14 5.683.+14 6.8836E+14 V -. Y 158 T-129m l Y 37 3.281E+05- 3.2812E05 3.281E+05 3.281E405 4.4922+14 4.492E+14 4.492E+14 4.492E+14 157 T.13i _ Y_

V .. y 421 1.39 E+05 1.394E+05 1.394E+05 _V 2.172E+15 2.172E:15 2.172E+15 158 T.131m Y 1423 6.1886+05 8i1882+05 6.1882E05 _ .188E+05 3.258E+16 3912i+16 3258E+16 3.25E8+16

15. Te-132 Y _ . Y., .. - 234 8.227E.OR I I27E+0A I 227F+06 9-2279;W0 5.391E+18 &.391E*15 5.391E+16 5.391E+16

 * -T:---: -I- 7 4 160 T-133 Y T 1.681E-02 1.881E2-0 *.k8;E42 5.923E+08 A D2fEl08 i61 8 T-133m Y Y ., i 7.44E-02 7.449E402 . iA45E42i 4.674E+09 _4.674E+09 4.6742+09 162 Te434 T Y. __ _ 858 4.164E-04 4.164E044 4.1642-04 1.322E+07 I 1.322+07 1.322E+07 163 lX!-2 9QL _ V. -1

_ 51.3 4.775E+03 4.775E+03 4.7756E+03 9.03E+12_-- 9.0832E+12 9.063E+12_. _. . : A_. _: _

 .. Y 20, ,_ S.452E+0871.452E206 1.452E+06 1.074E+15 1.074E+15 1.0746E15 V Y 45.9 2.056+-08 2.055 i08 i.55E;08 2.055ES08 3A9tE+17 3.490E+17 3.49^E+17 3.4902.17 ' 1- 4i.4i . . . 6 . 26ff; .. ___ 41.. . _.. . _ _c 6.28 82.06 6.28BE+06 9.632E215 9.632E;15 9.632E+15 167 X-134m 1896 O.OOOE+uOO O.u0tE+00 1 Xe.135 -_ 249 5.615E+07 5.815E+07 5.615E+07 5.815E+07 5.t73E+1i 5.173E+17 5.173E+1i 5.173E+17 169, Xe-135m Y_-_ Y ._ 43227.743E+06 2.743E+08 2.743E+06 4.3842+16 4.3846.16 4.384E+18 170 X-137 Y ... , 190A8 0.iOOE+OO O.ooOE+oO O.Ot0E+OO O.OOOE+30 171 X_138 Y _ _. _ 1126 , 3.087E-23 3.08fiE 2 3.087E-23 1.286E-12 _t286E-1ii 1.288E-12 172 Y89m' _______ 901.4 1 .077E+Ot 3.6i32+1 1 173 Y90 Y 2.687E+03 2.687E+03 i.68iE+03 3.082E+07 3.082E+07 3.082E+07 3.5.

174 Y91 _ . 3.6__ 2.674E+34 2.674E+04 2.674E+04 .2.674E+04 3.562E+12 3.562E+12 3.5822.12 175 Y 91~m ' - V -. .. __ 527.7 2.88w2io3 2.888+u03 2.888.E*0 5.639E+13 *5.6392.13 6.6396+13 176 Y92 Y _ . Y__ 253 8.832E402 8.832E402 8.8322402 8.832E+02 8.2683E12 8268E+12 8268E+12 8.268E+12 177 Y93 _ . YV Y 88.9 4.156E+03 4.156E+03 4.158E+03 . 4.156E+03, *1.367E+13 1.367E+13 1.3872+13 1.387E+13

 *17~8* Y94 Y _ _.. 772 2.364E-19 2.384E-19 6.8092-00 6.809E409 179 Y95 -_ Y_ _ 1287 O.0OOE+OO 0.000E+00 160 Zr 89 Y V ,_,_,,_,, 925.7 8.939E+00 O.OtuE+OO 1. 67E+f35 8.939E+00 8.939E+00 30o622+11 3.0_2E+11 31062E+1 1 181 Zr- 93 _ -- Y _ -. 1.84 _ 5.944E43 5.944E03 5.-944E-Oj 4.047E205 4.47E+05 4.047E-05 182 Zr- 95 ' Y' lY _ Y_ 773 . 3.785E 3.7i85E04 3.785E604 3.785E904 1.083 .15 1.083E+15 _1.0833E+15 i183 Zr7.97 Y Y 869 ._ 1.418E+04 1.418E+04 1.418E+04 1.418E+34 4.552+E14 4.558E+14 4.558E+14 4.558E+14

_TA. 4 4.2026.W^ 4.198E208 4.075E+OB 4.474E+i8 6.4G88E18 6.469E+18 6.365E+i8 Averane Energy Mviadis A 151F4011 4.1i60E01 4.165E401 A4221E-Oi

Table 8. Evaluation Of Total Energy Release Rate (Mevlsec) And Average Source Energy (Mevidis) - EC4WN-1135 35 For RG 1.183 DBA-LOCA Source; Time z 4 Day Page 57 57 AST Activity Release (Cr) I TotalTotal UeVIaaC Me~s/ for f0 HO 1.183 LUIA ACUVft Kote8 GROVE ICRP38 Total Average HO f.183 LOCGAAcvt ba No.1 2Nuckle Amn-241 ubraly Librari YRADTIAD YEnegy Rol"a (key 5i8)I Total AST Nuclids

 -c e I Library iGoVp 5.149E+O0 5.149E200 I 5.140+00.1 CRi3d Isotopic Lbrary TI RAOTRA? TOTAL AST SOURCE SOUCE l 1.044Et12 l1.412 i412E;iO § tPac Ubtux _

2.412E210 11 RP3A I Isotopic Libr 1.044E+12 R.A TRAD 1.044E212 A

 -.. Y _o_.___ I-2.412Er10 .4 Ami-242 3.232 3.316E . 3.316E-01 L 3.31be ^ l 28S46c+08 2 84oE+Q - 2.848E.

5 Am-24-3 _ 5285 1i2202t11 1.220E.11 - 2 I.1'

 - 'o-7 Am-244 Sa-1 88-136 35w .1 -y-I-i __ 60 _O 3.8 .00 _ 3.805E+00 l 3.S05E+OO 2.

3.331204 0 _2.059E*02 l 2.059E4.02 i.1352.i t _ 135+.11

 . =51 2E11 I 4.571E+11 2.37DE+15 ____

j 4 1.135. . 11 i4.51 +t11 lII

 ,, .1I .. _

8 Ba-I 37mF - i :1.82026 10 Sa-139 88-140 - ^^-I fy- -YY--- v v Y I :435

 = 8213-- 05 3.576E-14 7.889.066 .21-3E+05 13.570ft-14 i S69Eto3 8.213E+o05 13576Et-14 7.V689E06 3.5762-14 7.8d9_+06 S.tSSE45 5.31_J16 1.82-0IE+16 5.755 E4-5 S.317 iEi6I 1.S20E1+16l 5.755E05 I. 5.755E405 5.317E+16 I 5.317E+16 Y __ _ __ _ 0.000E+00 O.OOOE+00 I 0.000°+00 0.00E+00 I 0.00000 4 _G000,E+00 ' -12 --- Y - 1038 1 0.000Et0 0.000E+00 0.0OE+l00 0.00012+00 ,O.OOOEtOO o.oEo 1 13 S. 2 Y ..... ... ..-

I _ Y 2842 -W 1.742E204 1.742E+04 1.742E+04 1.703E+15 .. 1.703E215 1.7032.151 i 14 M E-.8 7." 3.8A1E-06 3.851E-06 3.Wft:W 1.060E+03 1.060E+03 1.060E+03 1S Br- 84 1720 O.OOOE+00 30.000E+ 0.000E400 0.000E+00 O.OOO0-E+30 C.141 Y 77 82920 828.92-+04 4 II _ _ __7 ' Ce-143 Y Y ... Y.. V 8289E+04 8.269E+04 2.362E+14 2.38 2.1 2.362E 1i I 18 Ce-144 IY 1-- Y'- -- -V - 274 1.119E+04 I 1.119E+04 I 1.19E+04 1.1192.04 1.135Et14 1.135E+14 1.i3SE+14 19.2 7.487E.04 -7.487E+04 7.487E+04 7.487E+04 5.3195+13 Z36Et4 19 Ca-146 289 0.0006+00 .1i.212.11i

 '20 Y Y Y 6043 1.319E+03 1.319E+3 i.3192403 2.948E 14 YV Y 5838 _ 5.745E4U1 5.745E.i 6 745E401 _`i2.948E+14 ,.2.1-E11- 1.647E+14 ' --- Cm-244_ V Vy 5796 7.808E+01 7.J4!WF+UI t.674Et13 . V... . _ 1.674E+13 I-1.674E+13 co- 58 V, 624 t.42tE+03 1.4212+03 4.332E+13 4.332E+13 4.3 322+1 I 4 .3322 13 .60 Y 4.332E+t3( 1 4'332E+13 24 Y 25044 7.965E+02 I.Wutft+WZ I I."664Uz_ 7.965E.0 7.380E+13 I 7.380E+13 I 7.380E+13 7.38Q+ ..60m J7 25 --v - 6.8 O.OO0E+00 02 _ 0.00E+020 - -,_I O.OM0.O 0000E+00 .. M5E+00

132 Y 5.424E-17 5.44-17

_. _ _ . . . i1.97#4.7. 1.975E207

 -2i7' .134, Y Fj 7.086E802 7 .086E402 1.867E.13 1J.867E+13 1.867E+13 28 I V...- 5.730E+06 8 5.730E+06 5.730E+08 3.297E+17 3.297E+17 3.297E+17 I 3.297E!17 --- =- I I__-=-_r 29 Cs-134m v 1655 28.8 1423E204 1.423E-04 1.423E-04 I -, _

1.411A0E+0 1411E06 I1.411E05 I YI 30 Cs-135m 0.0048 08 0.0002E.0 Y _2171 __ 1.4 882+06 1.486E+06 1.486E+06 1.486E+06 1.194E+17 1.i9kk;17 1.194E+17 1.194E+17_32 3i' C-137 IC-1-38 l Y 56. . 4.338E+06 I 4.338E+06 4.336E806 4.336E+C6 9.080E+16 9.080+1 _. ,_j ._ 9.080E+16 9.060E+16 Ivr- Y 0.0002+00 00.002E+00 O.OOOE+00 0.000 OOOE++O 0.00DE400 I 0000

 . . ; . y 329 0.0002+00 0 0002.00, 0.0002400 0 O.OOOE 0.ODOE+OO 000 0.OOOE+0O 34 g!:39 eu-154m -Y Y 306 3.927E-03 3.927E-03 I 3.927E-3 .44462.07 4.446E+01 4.446E+07 36 Y 1253 2.110E.02 2.110E+02 2.110Et02 9.7842E12 9.784E+12 9.784E+12 -.

Eu-155 - _ F-8.681Et01 I 6.681E+01 8.681E401 2.023E+1 1 2.023E211 2.023E+11I 38_ Eu-157 134 -- 1_4.574E+03 4.574E+03 4.574E203 I 2.241Et14 2.241E+14_ 2.241E+14 :_ Y

 .. Y_

2 -157 Y O0_ &6182+00 .- . 6.616E+00 0.000E+00 I Y EU-158 _ Y _ _ 1081 0.000E+00 __lO.OOOE+O . O.OOOE+00 Y 00=+ 01 .....

0. I O.OOOE+00 40 48 1-128 . . y) .- I 0 __- I . 0002.0 0 90 0.O00E+O 0 . .000E+00 _____ .- 0 O.OOOE+_00 O.OODE+00 4t 43 115-10 3.667E+03 3.667E+03 3.667E+03 2.902Et14 2.9DAE-+14

 -44 _ . Y _ __.. .00E+00

_.-4 1-131 I2-.361E+07-1-132 YY Y_ 2.36iE+07 i.3617E+Q 2.361E+07 2.035E+07 3.337Et17 1.725E+18 3.337E+17 3.3372+17 3.337E217 Y_ 2290 2.035E+07 2.035E+07 I2.035+07 1.725E.16 1.725E+18 1.725Et18

 -'47' 1-133. . _._.y 607 _6_.. 2.773E+06 2.773E+06 2.773E+06 2.773E+06.. 6.2292+16 6.229Et16 6.229Et16 6.229E+16 48 1-133m 1573 0.-000 00 I_ I.. .- O.W O54.0 I,, . . . _ .

Table S. Evaluation Of Total Energy Release Rate (Mewlsec) And Average Source Energy (Mevldis) EC-RAPN-135 I5 For RG 1.183 DBA-LOCA Source; Time = 4 Day Page 58 3 GROV8 1C5P3 Tota Averge - Activty elsa. Cs) - TOWa Uevis~o kw~ R401.13 LOCA AC~vI e.OWAC4s" _ROV____38 ROV No. Nucld. laclapho isolopic PWATI4 Ewsyg Rieleas TOWaAST Iotopic Istpc WTRA TOTALAST ICRP3 LUWGraV LN- j* I IsotopicR Isotopic RADTDTA___ -b~-Wav ULbarY .. - *. ibray -- Ub-ray -___

 * -3 ' -' 2811 .OOE0002D0.::E00030 .00 E.00W0- 0.000E400 0.0002400 0.000800 0.000E.00 - -15 0 'V _14 2.5212403'- I. E03 251.0 .203 3 .58.4 1.630.1E 16314 4 .3821

• 5i kF-83mn Y_' 2.57 6.394E-05 5.39i4i-05' - .129E.03 E1920 52K-a ST- __'V 2.2 -- 1.4822.06 1.422418482 822408 1.A822406 -1208E41'4 1.206E414 "1.2062+14 -1.26E+14" 53 Kr- 85wn ___Y Y 158, 9.828E0 -9.6"262400- 9.628E400 9.6262400 5.5862.10 -5.550E10 -5.821 5.6582.10.

54 Kra ?_W87 -Y 'V- Y -792 1.03121E 10-15' U15I 1.32-S6.3E15 302205 3022.5 3.022E-06 3.0222-05 655- Kr- 88i' Y _YY 96 4. W82-03. 4.9282-03 4.9282-03' 4.9282-03 3.820 35548 375852+08 -3.5652E+08 liY - - ' 2-1 3.820 .620 .020 .020 .821 .521 .621 .060E+15 57 La151 __-- 'V- 'V - 'V 0 1.83-0 -71632035EW 32~ 1.83525--M6-03 .00002.00 0O.0002400 -0 000E2400 60.000240-- 5 La-142 V 'V _ V 2486 3.8372-15 -3.-632-15' 3.637-15 -3.637E-i5 3.44-0 3._4E0__3__E_0 -. 4EU

69. La-1-43" - 0.000E.00 0.0002E.00 .. .34-4 334-4 F340 3.4EI 60 Uo-99 'Y 'V ' 272 1.81205841 4145 .. 420 1.841E+06 1.5532+16 -1.8532+16- 1.83215 1.853E.15 61 No101 __ 'V 'V __ ___1514 0.W0E0020 0.0002400 0.000.00 00 +0O 0.00024Q00 0.0020 62i Kko-02 - - -_ 18.5 0.0002.00 ______ .-0002*00, _____

83- N39, - V _____- 784.31' 3.8402404 3.-8482.4E 382.0 4 10882+18 -71.08815 1.0882+15 Nb V VTIT2 4.202202 4.C202~2.02 4.-202E:.02 ___ f1072.1F 1.10,72+12 -1.1072.+127 65 No- 96 Y 'V ____2482 3.6002.0 3.600E2 -3.4600000E - 3076E79+1I 3.2792E +11 3.2i79 +1 ___68b97 1-'V-' 66888 73.02 7.4A38E402 7.43824+02 1 +1 1.35E+13 1.863 41- ____67 Nb- 97m_ Y_ Y 2. 7.0232.+02 7.0-232.02' 7.023E.02 _____ - 1.882.13 1.8922+13 1.892E+13 ____68 Nb- 98m _ 2711 0.0002+00 00002.E0 89N-47 _ ' ' TV41i 1.126E.04 1.i1252E4 .1520 1.1282+04 5.8872+13 8.867E*13 5.8872+13 5.0213 70 Nd-i49 - ' 'V38 1.99-1 1.921149992 2.1302-03 2.1302-03 2.130-03.71 Nd-ig1 YV -916, 0-.0002400 -0.0002.-00 0-.-000f+00 06.0002.00 ____72 Nid-152.- _____ ____ .OO00020 .020 .___73~-3m

 -V V49.7 1.520 .572-02 1 25-7E-02 -2.311E2+07 -. 2.3113401E_07 22.3112.07 74 Np-23 Y- 'YV - - 67 .3412403 8g.34lE.03 8.3412E0 1.5182+14 1.8182414 _1.5182+14 75Np-239 '

Y __ 'YV . 17-4" 3.293E405 329245 3.232405 3.293E406 2.1202+15 2.1202.15 2.120E+15 2.1202+15 76 Np-240 YV V Y ___ 1193 3.08-9098 98219 .0919 9 1.387-0'8 13.20 .60 77 Pd-100 YV YV 11.7 8.0602.02 8.060E402 8.060E.02 382i 3.489 AE11I 2.1 3.4892+11I 78 Pd-llI ___ 45 3.094E-03 58152E4086 79 Pd-hi1m._359. 335-0 ~ - 28207..80 Pd-.112 .-... J. 3.190E*02 ____ .0.0082.00 ___81 P-147 'V___ .049 50220 .403 3 5.042+03 3___-. 8.1902408 8.190E408 8.1902408 _82 Pm-148 V V_ __.574 2.43024-03 2-i.4302+03 2.320 __ 5.1802413 5.180213 5.16084+13 83 Prn-148m YV YV _____ 1988 7.2588202 .!.2658E02 7.258E.02 8.3332+13 5.3332*13' 5.33~32413 ___O4 PmW-149 85 Pm-IS Y '- Y___0____1491 o 3.:7-742+;03 3.77742.03 1.18-0I1"12-91.003E402 3.7742.0-3 1i.494212 1.-4942412 1.4942412 1-.003242 __88Y-5 V ' - 3 ~ 420220 4.2022+02 4.2022402 .- ____ 4.991E.12 4.i99-1E+1274.9-91E.12 87 Pmt-I52 ___ 0.0002+00 .- 0.0002.00 . - -88 M-152m___ -- ______ 1508 0.~0002.00 .0-0002.00

-90 Pr-142 __' 'V____ 58.4 - 4.623240 4.2240

4. .201 1 9.73E.0 977310 .7312+10

 - 1Pr-143 - Y' Y ' - 0 ___2.888804 2.8882.0 -2.88824-04 -2.888E.04 0.020 00020--00080 .-00024700 92 Pr-144 -Y V' 28.9 2.9962.04 2.995240 2F.995.0 -3.02, 3.2022E+13 3.2022+13 ___

93 Pr-144m 'YV __ 12.1 -_4.187E+02 4.187E+02 4.1872.02 1.7211 18421 .874E.11__94 Pr-145 YV _____ 1478T 3..392E-01 ____ 3.3922--01 1.53.0 ___ 3E_________96 Pr-148 . . -1018 _.0E0.. .520 __98 Pr-147 YV 883 0.0002400 ' 000 00 O.

Table 8. Evaluation Of Total Energy Release Rate (Mev/sec) And Average Source Energy (Mev/dis) EC4RADN-1135 IS For RG 1.183 DBA-LOCA Source; Time a 4 Day Page 59 59 GROVE ICRP3B Toial Average ______ IbACUV.ty K*#0aGe UnGS) M1.CMK8.I18 HO LUCA Atv*VRelease WATRAD T~otal ASTI flRiOV2 1C'4 RPADTOTAL AST "44 lK1'F39 16i- (1mwRise) lat SA~tAOW Noclides I ILibrary OW Ik LUXwY yLibraiwi --.- -- I. U uary 97 Psj-238' -3.152E-01 I 3152E-01_l l 152E-01 6.250E.08 J625E028 6.250E.08 Y I- 1.78 2.292E+02 2.292E2.2 2.292E.02 2.292E+02 I 1.193E210!. 1.i93E+10 1A932.10F 1.93rt410 PU-239 - I- Y: 'Il Y -- Y 5101 _ l2.4332j.1 2.433E+01 l 2.433E+01 2.433E+01 I *

• I 4.593E.12 I1_.693!L 1I A.593212 -14593E1-2

_ I y _ __ B _

t. *0

_l _I .. I ,, I_I 0.0286 3.896E401 101 PU-T401_ . _ I YI

 .Y y -. I -I I- 0.001354 . _ 9.I88E+03 -I 26 I 3.083E 02 3.8962.01 9M58E+03 3.083E-02 l0 1

9.5_8Ef03 n ^-De-e I4 .U5=}-UZ 19F+f n^-I- I 3.8S6E+01 l9.88E+03_,l4_123E.07 I. 412E I 4.803E20B 1,2 986247j2.96 4.UUIJ+08J I1 2407 q4iM-

 =

4.8 1 2.9662.07 1.. .I l4.123240 I03E+0 _ _.

 -- ' I - -

103 Y -- I .. T .. Y. . 94.5 4.66O0E2+4 - 4.80E+04l 4.60E.04 4.60E.04 1830E+14 1 1.630E+14 1.83 0+14 1.630E+14 104 Y v -Y I --629 1.377E-03 I 1.377E403 11.377E-03 13i99b+0 I32052.0 I 3.205E.07 332052E+07 2 A741 146- K10

 -103m:

Al yl

 - Y -I- . YI.

Y , l

 ,_ ._l_ .

F_. .1.65 1. 3.9922.05 4.904E+04 I 3.9922.05 4.909+04 II 4.909E+04 4.900+04 1.396E214

 ... 2.437E+13 I 2.437E-13 t.39BE+14 1i.39.E+14 l1.3982.14 107 34.5 2.693E-02 I 2B93E-02 3.438.E07 343.4?BE + -_

I . _ .._ .Rh6_ l 108 208A 1.702.05- 1.700.E00 i.70oE005 1.296E+15 1296E+15 1.296Et15 109 Rh-106 Rh-105 Y = 2882 2.750t-10 . 2.750E-10 2.933E-01 2.933E+01 110 Rh-ibi _ I.Flfl 1 ^ .^flFl 0.OuOE+OO Rh-108 2264 0.0OE+00 Ru-103 ... Y y ------7f -- 485 3.992E+05 3.9922.5 3.992E.05 - 7.I! E 5. 7.i53E+15 113 Ru-loS Y Y 738. " _ 94554-02 9.455E-02 -9.4562-02 2.58w+O I 25-2b 09 -25820 114 Y Y Y A

 .0 .. @. 1.700E+05 1.700E+O5 1.700E405 -1.700EA05 0 O.OOOE4*O 0.0002.0 2.582E.09 -O.OC"4-6 I UL . -

tO.FA Ru-107? 0 206__ O.OOE+00 v_ i4_ -v 11B^ Ru-lOS 0 O.OOE+O I 117 _ Y . 3.824E+03 3.824E-03 3.824E+03 6.PA6E+1 6.1262.13 I6.1262.13 Sb-124 - i :1-- 1852 i.657E+ '3 4.657E+03 4.657E+03 3.191E+1-4 j3.1912."14_. 3.191E+1i y _119 Sb-12S

I- -I 443 8E8532+04 _ 6.853E04 6.653E+04 _. .. 1.123E+15 1.123E+15 _ t.123E+15 I -

120 Sb-128 y y _2749 1..SSE. W i.865.503 _1.85503 1._87E+214 1.887E+14 1.887E-14

 ,, 121,- .1548 4.164E+00 I 4.164E+00 _ 4.164E+00 _2.3862.11 2.385E+11 2.365E 121 Y Y __ __ A_ -ii Sb-127' 684 - 2.307E405 2.307E-05 .2.3072405 2.307E+05 I 5.666E+15 5.669E+15 5.669E+15 5.669E+15 Sb-1286 .:7F- _ Y 3108 6.233401 _ 8.233E+01 6.0182.12 ____ ._3_

_1 g ... 1-124 1909 .00000 +O . O.OOE+00 0O.OO00E+O O.O0OE+OO

 -I 125 58129,- ..-. .. . y Y 1356 _ 4.737E-01 4.737E-01 2.377E+tO 2.377E+10 2.377E+10 21.377E.10 126 3265 0.0002400 I O.OOE00 0.

Y .GG00 S8-130mz 2653 -U.UUu2M0O 12B Sb-131 _ ._ y 1809 -666 w .I--... 0.000E+00

 -- I -II99-OMKI O.OuOE+00 O.OOOE+OO 129 Sb-132 O.Ou00^+

130 13.7 I A4AAt fg.uuut.#.gAA F

 . . . .. _.... I . AA___i--

13. Se-81 M O.OOOE+004 O.OOOE+00 O.OOOE+00 132 V 0.E0002OO t~--400002.00 O.OOOE+00 Se-83 0.000200 i.__.....

 -133, Y 955 0.OOOE+OO 0O.O04200 134 Sm-181 _.. 0.0131 i.374E+01 6.658E+08 6.6582.06 135 Sm-153 Y_ 62.8 2.521E+03 2.521E+03 2-2tEV03 5.868+.12 _5.G +12 5.858E2i2 Sm-I55 O Y 103 0.OOE+00 O.OOOE+00 -_O-ME+04 137 Sm-158I 0 4.324E-i . . 4.324E-01 0.006E+04 O.OOOEibd-QOOOE+OO' 138 SNIF157 Y ... O.OOOE+OO 0O.OE+04 139 0.086. 4.890E+06 4.8902.06 1.556E+13 t1.558.E13 1.556E+13 sr-O __

_.Y. ....._..Y . 1t556+E13 140 Sr- 90 e.532E+05 6.532E+05 8.532E+05 8.532E+05 0.0020 0.000.00 O.OO+400 0.004E+00 Y _ .. VY _ _Y_141 Sr- 91 6.O32E+03 8.036E+03 8.036E+03 2.338+214 2.338E.4 X- 6.036t+a3 2.33_E14 142 144 Sr- 92 Tc- 99

 .-- VL.

Y VFH:,9 - 139 2.214 a1.505E-4 0.000E-O0 5 5202.00 . 5520E+.0-1.505E-04 0.000E+00 J _1.505E-04_ _ _ _ I 7.457E+06 _.457E+08 O.OOE+004 O.OOOE+OO

 -iH - -nrnc ~ -. W IU 7.457E+06 -1`-

7.4572+06__ __I_

 ._ +

Table 8. Evaluatdon Of Total Energy Release Rate (Mevlsec) And Average Source Energy (Mevldis) EC4Z~ADN41135 35 Page 60 60 For RO 1.183 DBA-LOCA Source; Time =4 Day I MOta MOVIS" oIC KU 1.1541LVGA AcUVbYaO._GROVE 1CRP3$ Total Average NO. Isotopic RADTRAD Enewgy Relgia TotalABT

 ~GOE ICRp3I TOTAL.AST GOE IRPM Isotopic isotopic RADTRAD W-Y Libar (sv I di&) Nuclides SOURCE Librarf Lba U!!Eay -Liry

-145 I1.784E.05 1.784E+0 8.178E.14 8.178E.14 8 .178E+14 146 0.06W+00 2.00 ; -1560

• Y 8 337 0.000E*00 0.0008.00- 0.0002400-- --

TC-10?148 Tc-104

 -ii 0.000E+00~ 0.000E+00OOOE0 149

5. ___ 000024E00 150 Tc~-1235 0.0002.00l

 - V 148.1 4.737E'01I 4.32.1 4.7376401 152 To-1254i1 V V ___. 36 1.5182E4* 1.51824.04 1.5182404 2.0-222.13 -2.0222.13 -2.02-22.1l 153 T-127 -;j;--- y ___ 4.8 2.888E+05. 2.18882.0 21 -8888.05 2.8.0 5.-1292413 5.129E.3 5'.-1298.13 5129E.13 1s4 1Te.127mn V Y V 11.1 7.86SE404 7.888404U -7.889E.04 -7.8802.04 3.2322.1 3.232E.13 3.2322.13 3.2322.13 Tipj129 V V V - 62.4 1.97521'0 1.9758.05 .720 1.97524105 4.88+1 -4.SGOE.14 4.5808+14 4.081 Te.129mn -- y V 37 3.083E+05 3.063E405 3.083E+05 3.08324-05 7.-220E414 4.220214- 4.2208+14' 4.22021-157 To-131m -i..- V -- 421 2.640E.04 2.0402.04 2.8402.0 4.112E.14 4.112E.14 4.1122.14 158 V Y 423 1.73E-I6 1.173E+05 i173E.05 1.17313.05 _______5 8.1752.15 6.1752.15 6.175 +.15 I59 T.-132 V - Y -234 - 3.293E+06 T3.20240 3J.2'938.08 3.2932+406 2.85 +18.6 -2'.8-5'1E16 2.851E.18 2.8512+16l Y 952 0.0002+00 0.0008O4-00 0.0008.00 0.0002.00 0.0002+00 06.0002.00d ____

161 To-1 334 -.V 0.0002400 0.0008.00 0.0002.0 1898 .OOE00020 ____182 V*** V .858 0.000E400 0.06008.00 0.000E.00 0.0002.00 163 V V -. 51.3 3.7742403 3.7742.03- 73.f0E3 1.1842.12 7.1848.12 7.184E.12 184 V -- V 20 "1.375E408 1.780 .375E.08 10818 1.0188.16 1.0188.+15 _____V Y Vi45.9 ' ib1.13808 1.5`13E.08 1.513E.08 1.5138+08 2.5869E+17 2.5892_ +17 2.589.7 2598.1?185 168 Xe-135m

 -V.-.. Y 41.4. 3.003E+08 3.-003E+08 - 3.0032.08 4.9815 .921 4.5998+15-1898 .080 0.OO02400- -

168 V V Y249 4.00rO-3E4O5 4.003Eb05 -4.0038.05F 4.003205' 3.6888.+15 -3.688215 3.688E.15 3.688E+15 169 Xo-134m V Y 432 1.375E403 1.3758463- 1.375203- 2.1988.13 2.1982+3 :2.19-s.13 V 19q0.8 - O.000&W0O 0.OOE00080 0.08.0 0.0008.00.171 .. - Y -- ---- 1128 0.000E400 0.0002.00 0.OOF000.06 ___ 00000 0.0002E0 0.0OE0080

 .-130 -.

901.4 8.494E400 2.166E.11 172 _ _ __ _173 Y -- Y -0.00'031- 2.8-412.03 2.641+0 -2.6412.03 2.6-438.03 3.0292407 3.029E+07 -. 3.029E.07 3.029E.07 V_____17 y gji* Y V . 268f32.04 2.5838404 2.583204 3.421 .44012.12 -3,440E.12 3.440E2.2 175 Y 9li _ -, . Y 527.7 _______E_0_ 1i582011 288401 _____ 2.93811 .93211 2.9838+11 -16 - Y 253 8.083044 80304 8.083E-0-4 8.0832.04 7.587E.8 .5720 7.567E.08 7.567E.06 Y 92 Y 177 Y V Y 88.9 2.9842.0I 2.9842+01- 2.9842.01- 29842+01, 9.7512.10 9.7512.10 .. 9.7512.10 9.7512+10 Y 93_ 772 0.000E.00 0.0008+00 - 0.0002.00 178 -.0.0E0020 179 -f-.. -V - . 287 0.0002400 0.0002.00 0O.0OE0080 ____180 - 925.7 4.737E400 4.737E+00 _.4.737E400 1.8222.11 1.6222.11 1.62-22.11 181 V _ 1.-V 1.84 5.944E-03 5.044E.03 5.944E-03 4.07205 4.472.05 4.0T472405 - -Zr- 93 _V773 3.-67-22404 3...

 .6722404 3.6722.0 3M.87204 1.0502+158 .1.0502.15- T.-0508+15 1.0502.15 V V 183 Zr-97 _ -V V 869 7.4058E02 7.4E05.0 -7.405E2.02 7.4058+02 2.-3812.3 2.3-8iE.13 -2.381E.13 2.38112.13

__TOTAL 2.371E.08 2.3i70808 -2.3869E.08 2.31 12E08 3.087E+18 .3.0638.18 3.063E+18 3.03412.18 AEra nergy Movidis 3.4952.01- 3.-4932.01 3.-49SE.01 3.54912.01

Table 9. Evaluation Of Total Energy Releas Rate (Mev/sec) And Average Source Energy (Movldis) EC.RADN41135 i5 For RG 1.183 DBAALOCA Source; Time n 30 Days Page 61 1

 , - ,- r - - - I ....................... .. . j.

GROVE ICRP38 I I :-Toeal Aveag* .A8TAC ,t Rees (Cuflb5) TOMl 1vlsafort Ro 1.183 LA" Aiy Releas No. Nudkide Isotopic RAOTRAO E-ergy Relea Tol AST GROVE hC13Rr TOTAL AST I__

 .r Ubray U-_ (key I is) Nuodidee Iotpk botopiC RO I1AD SOUJRCE GROW U.b-aY 50URo Cl bry bRADTRAD

_y - UWWbafY .bra-Am-241 Y _ _ 1548 5.577E+00 5.577E+00 5.577E+00 5771E+00 1.131E.12 1.131E+12 1.131E+12 1.131E+12_ 2_ Amn-242 _. Y . ;: 3.300E41 3.300E401 3.3004-01 2.198E+08 2.198E+u8 2.1982.08 Am-~242M .. Y Y 23.2 3.316E-01 3.316E41 3.316E41 2.842+08 2.846E+08 _2.84 E+06 __. . _._Ani.243 Y 526 6.265E.01 6.265E41 .Z65E401 . .2202.11 1.220E4-11 1.220E-F11-Ki72_44 Y 9.81E.19 9.58 E-19 9.581E-19 2.J3748 2.657E48 2.5-7648 63~ 'V _

 .7 -Vi 5.846-05 _ 5.845E-05 5.845E-05 __ 1.2988+05 1.298E+05 ._98E+D5 &isil8 Y - 1923 8.480E203 6.03EW424I *6-8- Ba-I 37m Ba-139 Y 8.1756a05 8.175E+05 - 8.i5E+05 ~j12E.16F - 1.812E+16 1.812E+16 Vi_ 43.5 0.000E400 O.OoO+o 0.000E+00 0.000E+00 0.000E+00 0.0008400 _.00D+W - 0.000E.00 j

y 10 I8a-140 V.Y - 182.8 1.918E+20 moi8E40 B 1.918E+08 1.91E8+08 1298+18 1.296E+16 ,._296E+16

 .0.00OE+00 0.000E+0 0.0006a+ 0.000E+00 12 88-1421 . V.

Y 103 - 8.030+0 2 - 6.0300.0 5- 0-.00064_00 -I 0.000E+00 _0.0008400 O.OOOE+00

 ...0.OOE00 13 ar_82 I . y 28i2 .320E42 08.320E4 D 8.320-E42 8.13,E+9 8.133E+09 .1332+s9 14 -83 r I f-Y. 7.44 0.000+00 0.00u0E+u 0, 0.000DE200 0.000E+00 _. O0E+00,- O:OOOE+00 -is- '-84 V -Y-

_Y

 .1.720- 0.OOOE+00 O.000.E0 D 0.0000E+0 0.0000E+0 a-141 ..VT 4.775E+04 4.775E+04 4.77566+4 13608+14 _ 1.360E+14 I. 1.3808+14 . 4.775E+04 I 1.360E+14 17 *2.30E+42.

_ __^_ ^^ __aA ^__-1. , y V 274 2273E402 2.273E-0; .42 2.273E-02 2304E+08 _ _2.304E208 2.3042408 18 17 1.. ... Y 19.2 7.029E+04 7.0292-04 7.02&E 4.993E+13 I_-- -^ * - 7.029E+04 4.993E+13 49936E+13

. 9.2." 289 0.00E+00 0002OE+00 20 1,1.242 Y I1.181E+03 i3 1.t1E1 1.18JE+40. 2.641E+14 2.6411 I"_ .

ni-2,45 Y y__ 6043 !+03 4 2.841E+14 W.041k+14 I 5.745E41 -5.74SE-0' lt.s74561.01 1.241E+11 1.2411 t1 Z64tE-t4~i 312412.E1

 .. Yy_ 5798 7.778E+01 _7.Y77SE4 .01 7.778E401 1.668E+13 1.888 .1It iT 25 Y ' 824 _Q2102+03 1..1022-40 3 1.102Ee+03 1.102E203 3_836E+13 33601-+I 3.380sE13 3.360E+13 24 -- T 2504A 7.8 +02 7.88640 es02 7.8A8E+02 7.310E213 7.3101 E+1:3 7.310Ett3 7.310E+13 .V - - Y - .6. _ 0.00E+00 0.050064 0 0.0006 00000 0.0001;+01i3 0.000E+.00 26 28

0- 61

 .' -v I Y V__...

Y 112.1 -15- 5 0.000_+00

 - 4.393E+01 '5 5.598+6+0 t

I 0.000E+0

 '5.'59E3E O D

4.393O2 31 4.393E 01 o0.0006!+00 5.59oO :+06 -F5 O.OOE+.000 0.000 .+0 t1157E+12

 -6E406 3--220Ef 17 1:15i7 12 l 1.157E+12 3.220E:+I Y7 3.220E+17 3.220E+17 29 s-134m Y -28.8_ 0.000E+00 e400 ' OOOE00 0.0001 3o O.OOOE.00 V.....

I 30 0.oo0E+0D

00 _______ 0.000E+00 y

32 ls-135 -Y '_Y21-71 _ 3.782E+05 3.782E6+ 5 'j.782E +405 I3.782E405 3,038E+16 ~+1I 3.038E18 3.0381 B .3.038E+16 4.33i68E+ 4.36E38 B 4.336F.408 4.336E#08 9.080E+16 9.080E 16 9.0 +16 9.080E+18 s33 - Y _Y . 2.8.1.. O.000E+00 0.600024 0.000E400. 0.00011+0D 34 .400 0.00DE+00 32w a nMOE+GD 4 TITT. 0.D0008 X 0.000E 0.000Et00 a-am0 a- 0.0^w00EOO 35

 . Y ~306 36__-. _.

2J3sE-23 2735E2Z 23 E OO i.73s -.23_ A __ _ A I 027F.13 ..- 0.u00E O

-,^ _ AW 3.097E-13 38 -Y 1253 2.11 Elw 2.T104 M2 21 10E.4-02 3.wE-1 9.783E+12 9.783+12 Y _ __

 'A .

37 ___Y Y 8_63 8.587E+01 8.587640 ¶t s.s87E1+01 2 n2rn2i,i 2.002E+11 2.0026+11 _ _. ..Y _ 4 TTT TI

 -38*

l-130 :s 1324 2 981+01 2 .98+ n 1.3986E1+03 6.636E+1E 6.836E+i3 6.8388+13 _39 :.12

 . WIZTJ_ _ . 'A _ _-A 0.000E+00._

401 V 1..08..1 0.000M+00 0.0004+00 u-134 _ _- . 0.0006+00 41 0 a0.00 n Z11:1 fl-I _. 0.0002o00 42 Y 43 _.. V...2139 I. ~-O.OOOE+I0 -2.3aft-1Z I

 +

n.000E+n0 Z.338-1z.I. 200E30020_2.338c-12

 -14 0.000E 00 182-01 0.0002.00 O.OOE+00 1.850E 01_...

44 Y_ WaonQE+ooI 0.000 e._.A+'0 -F

 -1303_ --7 Y 382 1..- _:_

2.521t+OB s .ASI _ _.2.5218488 2.521t+05 2.5214+06 X(_3.56+16 3.583E+i6 3.5832+16 3.563E+18

46. Y .

 .48 _ y . __ 2790 8.068E+04 8.068+04 8.068E+04 _I 8.068.+04 a.ss6E+15

_ ... 8.8368+15 6.6382+15 86.83E+15

 ._ Y i607 2.590E3 2.590E-03 2.589-03 I259-0E-03 5.81TE+07 5.817E+07 47 5.817E407 5.8172407- - - &- . 1573' S O.0O0E+00 L S __________________ 10.01182+00-

Tablu 9. EvaluatIon Of Total Energy Release Rate (Movisec) And Average Source Energy (M3v/dis) EC-AADN-1135 15 For RG 1.183 DBA.LOCA Source; Time = 30 Days Page 62 32 1 I - I - -- -Total U*CeC tor RU 1.183 LCUA Actbity Release GROVE ICRP38 Total Average .NO. m:dd RAOTRAD Energy Raisea Tota AST W(RVE TOTAL AST GROV2 iCRi3 8 lacwplc RAW TRAD SOURCE iaotopc lai-oipto RADTRAD Ubo Ubrary (k_v I dd. mudes Ubrarv - lb Libry ____ 1 -49 134 _ 1 y ..- X 72611 0.OOOE+OO .000E+00 O.0008.OO 0.000 1-135 I Y __Y E+4O .0008.00 0.000E+00 O.OOOE+00 0.0OOE+00 1647 .0008E+00 0.00080 0.0O008O.-51 Kr-83m . V. - 2.57 0.000E.00 .000E+00 0-.0OOE+00 000E+0 _,00 Kr-85 . Y yr 1.475E+06 I.475E+06 t.475E48 1.4tI7E+06 1_200E+14 12008E14 1.200E+14 1.200E+14

 -53 Kr- 8mi Y Y 156 O.00E000 0.000E00 I 0.000 E+OO 0.OOE+_00 0,08.OE+00, O. 2OE+O O.OO00E Y 9.00%+.00 I., 54, Kr- 87 . Y 792 O.OOOE+00 I .0^008E00 0.000 iE+OO 0.OX+000 0.008OEOO 0_0008E+00 0.000C+00 V

55 _88- Y . 1955 0.000E+00 0.000E+00 O.OOOi.+0 0.000 2E+0 0.00E+000 O0OOOE+00 O.OOOE+00O .OOOE+0 58 La-140 Y ._. Y YV 2315 8.832E+03 8832E+03 8.832E+03 _ _: IE+03 ,7 8.832 + .i4 7.5652.14 7.565E.1i 1.565+t14 57 Y O6M,+.06 O.OOOE+00 0.OOOE+00 0.000 .0605 0.0008.00- -0.0d0E08. 0.000E+00- 0.000E.00 V O.OOOE+04W 58 La-142 y V248b5. O.000E+00 I 0.0E+00 9+0 0.000 0 0.000w00 0 50.000800 06.0008+00 59 La-143_ -V- y . _. 0 0080 .. 0.O00+00 0.0002+0 O .OOOE+OO O____E+0 E+_60

 - -_1.I- ...Y Y-272 . . 3 2617E+02 2.617E+02 2.6178202 2.617 E+02 2.6i3E812 2.634E+12 2.6i4E812 2.f342E12 61 _ Y.,. .... O.OOOE+OO8 O.OE+000 0 .000E400 0.000E.00 O.OOOE+O 0.0008+00 - . -i --.

62 o-o102 -- ------ -363 3.574E+04 .. 5748E+04 I 157404 1.011E+15 .011E+15

 . 784.31 '_ 1.011E+15 64 Nb- 95m ~=yY 71.2 3256E802 3.22568.02 __256E 02 I 8.57i8 +11 a 578011 8.578E11 -

Ofw -

 .66 Nb-96 Nb-97 '",..V . ..

1- Y I... I Y 666.8 3.252E48 c . . . .3252E48 -3.252E48 I - 2.962E+03 I Gb-Olin ~728.3~ ,,2E~W e1 _1.453E+02 1.453E402 l 1.453E+02 _68 j-9811 .. 7141 0.0000E+0 Y. Y y 141 2.185E+03 2.i888.03L 2.185E+03 2.185E803 1.140E+13 i 1.140E+13 1.140E+13 1140E+13 9-149 i y Y 00002400 O.OOE+000 O.O0OE00 '0000-E800 00OOE+00 0.000+l00

 .71 .151 y 916 O.OOOE.00 0.000E+00 Ou__.._ O.OOOE+O_00 72 Nd-152 I 0 *0.0008.0 0.OOE00020 7 Np-23&n1 49.7 5.654E-1i 5.654E-1 1 5.654E-1i 1.E0408-01 1D O:i0"0E 1.040Et01 74 rp238 .~._..Y 647 1.276E+00 .268.W+00 1.276E800 3.0548+10 .3.054E+10 3.054E+10 75_ Np-23_ .Y . I Y 1.581E.+02 1.5818402 1.581E+02 1.5814E+02 1.018E+12 1.018E+12 1.018E+12 17.018E+12 76 LNp-240 Y -. Yy Y 1193 3.,698E-19 3.696E-19 I 3.698E-19 1.632.E08 1.632608 1.632E4-08 ....... ..

77 Pd--109 11.7 1.566E-11 1.566E811I 1.566E-11 6.78E-03 6.780E-03 6.780E403_ 78 Pd-I1l 45 0.OwE+0 ._0.000E400

 *79_ Pd-111 _ 0.000E+00 I 80IP ,-12 __ ._____ 0 3.782E.0i HilIpm-147 Y

_ .oo343^9 5.042E+03 5.042E+03 5.042E+03 8.1S0E+Od .isoE60i 'r 8190E206 81 P 14911 I Y

 =¢ 1.076 .02 1.076E802 2.285E+12 S:

74 2285E+12_ P.^618 wE4_Pm-149 vY YI__ .t:519a^07 4.6912.02 1.091E+00 4.691E+^2

 . ._ I ~ 4.691E+02 I.0918+0W 1.091E+00

• ' I 3.4478.13 4.319E+08 4.319E+08 3447E+13 4.319E+08 w

85 Pmn15 0.0OOE 00 .000WE+00 _ 0.00DE400 0O.W0E+00 hii8 .

 .~-1.. _ -Y - .__ _ .- ..... 321 ._ 1.015E804 1.0i5E44 I .1OSE4 I 1i.205Et.08 i .2805+OB 1;205E406 87 41 C I _- __;_ , _ .___ r.

0.uepeU+O

 -_-I. ._ . 1.2CSE+06 101P-88 Pir152m -{- 5.~!o§ 0.000E+00 0.000E+00 0 o.qoq 2.Oo . .. .- -. 0.0008.00 SB Pin.153.

90 _r-142 Y Y 58.4 _ 6.769E-09 6.769E 09 I 6.769E.09 1.4B3E+01 1.463E+01 _ 1.483E0o1 91 Pr-143 Y Y 0 - 7.793E+03 7.793E.03 7.793E+03 7 >.__b5 0.000E+00 O.OOE+800 . OOOE+00 92 Pr.144 - . . . .28.9 __ 2.i12E+04 2.8128+04 2.812E804 3.006E+13 3.006E+13 3.006E+13

 ..- YYV

_ 93 Pr-144mn ,. _ 12.1 3.942E+02 34202 3.942E+02 1.766Et11 1.765E+11 1.765E+11 Pr.145 14.78 0.0W0E+00 0O.o0.E00 O.000E+00 _ O.000E+00 F

 *94 _ _ - - , - --

i6~ Pr-14d 0.000E+00 0.000E8400 _STA-7 - Y Ron n nnnE;*f _ .. *mm1 4-

 -wr-_.. v... --- w. - . I~we u.-uct I

Table 9. Evaluation Of Total Energy Release Rate (Moevsec) And Average Source Energy (MovIdis) EC4RADNU1135 35 For RG 1.183 DBA-LOCA Source; Time = 30 Days Pag 63 33 GROVE ICRP38 ToWa) Aveer"* AT AcUVty Re (Cud") TOW iMev1*scm1"RG &-OF 1.183 LOCA Acivit :. .- Release Isotopi@ RAOTW$ Energy Release Tota AST 3GVE I.. ._ ..I TOT AST GROVE 1OA Uys Isotop0c otopic RADTRAD Ubray Ub-wy ikew I dis) Nudd UbIsana Ubran, SOURCE Uawy.. Lbob i- RAD I -- J_ .-_*97 P0,237 Y 2.116Ev-i 1R.111 _.4.197E+08 4.1972E08 4.197E+08 Pu-238 Y .V 1.76 2.315E+02 2.315E;02 I.59iE+10 i.50i7 o 1.507E+10 i.507E.10 1.5076+10 I'98 r-Y _ _;_ __- .;. -- A .Pu-239 V-_. Y V _ 5101 _ _2.41E+01 Z.441L+01 2.441EW+01 4.6072+12 4.507t+12 li.67E212 4.607E+12i_4.607E212

 - .. ___V--. 3.896E+01 3.8E~oi- 01 4.123E+07 A.12e+07 4i.23E7 J 123E.07 i123E.07 Pu.241 IY - V V -0.001354 9.550E+03 9.556E+0. -_._--

V.503043 AR ^ . t 9V.55M0E+9_.- XA 1 ....

 . _A _.

4.7542+05 AA _4.78E 4i84.E+08

 -- I- -- -- . - -- 4 102 Pu-243 1.967Ev8 . . _ 1.S8A2O1 1.8V32401 _1.893E01 - V Aje I- _ - -__-I w _

Rb- 86 -V . 94.5 S1.M4E4v04 AA. P . ^ A 1.774E204

• 1.114b+04

 . A^

8.2045.131 6.204.13i 6.204E+13 j l ^ 77 s _1.11.4E-4i

 ; 77; e . ^

5.Z04E+13 104 _ ,_629 O.OuOE00 O.OOE+00 O.O0E0400 .O02E+400 O.OOOE+00 0.000E00

 .- t.t . _. __ . .2 . .

106 Rh-103m 7 2.521E+05 A 2.521E+2. 1.539E213 . I . nmrm. 1--, -, -,ro06 -. .y_ 771 . .2.3v8E-1 2.388E401 2.388E-01 2.388E401 8.S022+O^- 6 1.539E+13 6.802E+08-I 81.82013 6161S^+08

 "'AAI A O.60240C 107 1.105m Y

34.5 I 0.02.+0 0.000E+00 0-0Y0E+O0 108 ;.i10 Y 20B 1.620E405 1.620E+05 1.820.E06 1.235E+15 1.235E+15 1.236E+165 109 _ A~- -F

 -io61m II- Y-. I. * -282 n.0tQE*O I I 0.0002400 0.0OE+00 110 . AL r.107 XA I 313 0,000E+00 0.0000E+0 0.0WOE+OO .O00E+602 111 III 1-1085 y.V" 2264 O.00E+00 112 I-103 Y * . V . _ _. 485 2.521.E+0 2.521.05 2.521E+05 2.21E+205 4 60240+; 4.524E+15 4.524E+15 1 4.524E215 -ii- ;105 0.000E 0.000E+00 O..00VE+00 , 62E+00. O.0004W00 0.OOOE+i06 ,Q.000E. 00004E00 114 1:620E+O5 1.620E+05 1.620E+40 .1.62VE&05 0.000E+00 o0o00oE0o O.ODOE+YO( 0.0020,qF+NO 0.000E+00 212 0 0.0002.00 0.000E200 116 -102 , 1 - .OOE00 4.8282+00 4.8ZU6+00 4.I284+W -. 7.736=E10 7;J43E00 10 .4E10. -124 Y -Y -

118 67.443E40 3.443.03 3.43E+2.03 I 2.3595+14 2.359E+14 2.359E14 _I.119 -125 Y Y 443 6.7542E.04 6.754E+04 6.754E+04 I 1T.10h4E; 1.107915 I 120 -126 i V Y 1 Ych5F VY

• l 2749 A274 _ . t.AJ22= _ . ; I6- -Ajj2+13 i 4413213 4.413E+13 I I '. _ , _-

_ -- ---- -- X . AA.S I Ae Aii1 _ I= 4 3-126m IA 154 4.-18424-00 I.4.184E-00. 4.164EW 2.365E.11 2.3_5E+ 1 2.385E11 122 O-127 . .. j . 684 2.139E+03 2.1392.+3

 .. 2.139E+03 2.139E+03 52ME..1 5.256E+13 15.256E+13 5.i56E+13 123 -128 3108 7.487E-20 7.487E 20 8.682-01 8.46102.09 124 -128Mn Y 1909 O000E+400 O4W0E+DO UAAuE+OU U.UuuWW+DU 125 2129 Y Y Y 1356 O.OOOE+00 I_oOE+O0 I 0.0000E+W .002E.00 0.00E400 I 0.QOOE+OO= 0.000iE+0- 0.0002409 126 Y. 3265 O.9000240 .0000E+OO >130r.n 127 2653 0.00E+O0 0.003E+00 128 - i, 1

• 7_-.. 1809.

li- O.O0OE00 O.0E+W0 1- * - 1--0.00024oo O.OOOE+00 12, IS 132 . j _ . _ _ - _ I I _ _

 - I U.VWmt+U - . . 0.000E0W t3 -v 79m j 13.7 O.OOOE+00 0.000.00O 131 O .-. 1. _Y . .- 9.9 0.0000E+o O.000E2= _0.00E+00 _ I. QOOOE+OO . . -0 .. }81m 15 A~~~ 0.OOOE+00 O.0O0E+00 I , Q03.3E+00 ... . .... 1 . .0 . 0 133 >83 Y . - 1. . .. ... 955 0.qw0240 E oo, .. I0.000E00+ 0.000E+00 134 1-15i Y 0.0131 t374E+01 1.374E+01 1.374E+01 58 I. .6 46a 6.65824E+w 135 ;^^

4.153 1-L:- _Y Y 2200E41 2.200E401 2.200E-01 s5.113E408 5.13208 I.13E+2.0_F - -_- 1-^rIF155 V - -.-Q0.03E+00 0.00OE+O0_I .O00E+02-0

 ~i31 137 4i-159 Y 103 0 4A22E-21 4.492E-21 MOWE+00 1_ .. .I O.0WE+00 --- -- ---- _ - _-- - : - _ .- :_I-17138 . .. . .°_. . _ O O.O 139 Mr o9 YY 0-I i 3.423E+w - 3.43EI+. I :3AE+W 109 Og+13 1 .0E813 1.0892+13 1.089E+13 . ^ - I _. ._ __ - . - :. *I-- . .1 - I ^

140 0 .4942E05 j.4,E9424 0.0000+0 I O.OOOE+0002.00 OEOo 0.0OE+o00 141 Sr- 91

 . Y 6AV42405 1.i._16 A Y V 1047 1.115-16 1.115-18 _ 1.115&-16.Y 4.3A21E- I 4.321.05 I 4£.21E-IM -- 4.321E206 142 y . -ray. _.iA ._ -- AWSweA Sr- 92 0.000E00- O.OOOE4O 0.0_0E+00 =w.I000E+W 0.06002.00 A o w_-w Sr- 93_ BY 2214 _ 0.UIM+.124

_._A- __0.9.00e+00 - _ 4 O-"taw niyi fW20 I.w~O I A0.w000.

 -A=WA 4I _._

A-_144 Tc- 99 0 5i.53E92.001 I& 0o.w0+04 a -

- - - - -.-----.-.---- & A- J -. - J n OO 40 .5.

Table 9. Evaluation Of Total Energy Release Rate (Movlsec) And Average Source Energy (Mevldils) EC4-ADN41 135 35 ForRKG1.183 DBA-LOCA Source; Time=30 Days Page -W AlTO~ea~CU Ac vity aTtal MeVISec for RG .183 LOCA wl ees No. NukI9d GROVE leaopsc ICRPS8 lotapic RAOITRAD Total Average Enery Rlease Total AlT GROV

 - -,-.- - ~ -

WICRP RDT3A TOTAL A IOWop W Isotopc RIDTRAD Lirr Ulwy-Y (lkevI die) Mudidie"i~l RDRD SUC 145 Tc- 99M- Y 123.9 2I6 2.521E.02 2.S5l1E*02 2 I____Iswoi~ _1.8+2 11568.12 141 14?Tc-100----8 01l~

 .00.0- -0000E+00 ~_

__ ___d.-00-0E+00 __O________ ____ 000E1+0 14 T-102 - 1-0.000E.00 _____ .000+00 ___ ____1-4-9 Tc.104 19 0.000E+00 .DE0 OO+0 150f 5535 _;_ 0.OOE.0O.00800_____ ____11 e-2m V - Y148.1 __ 40-87E.01 4.087E401 4.087E+01 _____ 2240E.11 _ 2.2402. I Y.240E*.11 152- Te.125m Y Y _ .38 1.5311.04 1.53!E.04 1.531E.04 2.32.1 .09813 2.0398.13 153 TW-1-27_ ___Y __ Y . .86E0 .76.4 4.704 0'.876E.04 1.221E+13 1.22TE.13 1I.22I-1.3 15fe12r V 1.iVV 8.801+4 1.221 .13

 -- 6.046.466" 6.800.04 -6.8001.404 273+3 2.79381 '43+3 2.93+13 To19 Y 62.4 117 -b ______+_5 ___- - . - 115105 115805 11510 1.171.07E5 2.672E+14 2.672E+14 0.72E.142.784167 01

.156 Te-129ni V Y ____ 37_ 1.803E.05 1.0 i0..80O3E1.05 1.803E.5 .4811 2.4681+14 2'.-4818+14 -2.488814' 17Ti71 V I_ V - 421 1.448E 2 1.4488..0.2 -1.4481E.0- ____ 2.2558.0 2.2558+08' 2.255E-0 ____15 iT-l3lni Y Y VY 12-3 6.18428A18E02E.12 6.4188.02 3.-379E.00 -- 3.37-98E0 3.3:79.09g - 33798.09

 -- 19Te V YV ___Y ~ 234 __ .3038404 1.303E.04 i.303 +04 1.3_038.04- 1.1288+14 1.128E+14- Ti-2SE14 1T.1288.14 160 ti-133 - 92 0.00 .000+00 0.00.00.010 .00.0-0.00.

161 Ti-133m V- - "' 1696 -- 0.0008.00 0.0008.0 0.0001+00 - -____-0.000E1. 0.D000+000.01 ___162 T-1 34 __ Y VY _ 88 0.0008+00.-0.0001.00 0.000E.00 ___ .0008.00 0.000E+00 0.000E.00 183Xe129m- V V- 13 494.2*74E+02 4.974E402 ____- 944-0E+11 94411 .4011 164Xe131 V - V 20io 5.0508.05 00.5 .510 3.737E ii 3.7371+1T 3!.737&1.W 165 Xe- 1-33 V V - V ~ 45.9- 4.8106 499.0 .8.6 49880 .4131.15 84-73E+15 -8.4738415 8.4738+1,5 167 XY13 Y 41A 840+02 8.4808+02 8'.4801.02 -. 29 12 f.29-91+12 1.2991E+12 ___Xe.134rn__ 1896 0.001OW____0.-168 Xe.135 V Y__ Y . 24 1.1771.15 1.1771-5 117-15 117-5 104.510810 .810 .880__ 169 Xe-135m V 4732 0.0001.00 0.000E.00 0.0001.00 ___ .0001.00 0.0008.00 .. 0.0008.00 ___170 Xe~-i3?7 190.8 . .0001400 0.0008+00 - E+0 -. _____E_11Xs-138 V__ 0000800 .0008.00 ________+0 Y . 1128 0.0001+0 0.0001.00 0.0008.00 o.o068+00 00060 .010 172 Y89 _____ ___901.4 -1.2911+00 . 4.3071.10 173 Y190 V V .i-3 .58+ EZ.58.3- 2.5Z98E+03 2.5988.03 2i.979E+07 2.9791-+07 -2.9798 -2.9798+7-17 __.__ V36- -1..-895-104 1I.88W51E+04 1.85804 1.8988.04 -2.524812- 2.5241+12 2.i5241+12 '2.524E1.12 175Ym- - - 527.7 2.827ff-ig 2T.8271-19 2'.82781 ___ .5.189 5.519E849 5.519849 16Y2V YY -253. -0.000800 0.0008.00 b.0-0010 0000 0 0.0008.

0. 0O.000E.00 06.0008.00 0-.'0-00.00 177 Y93 Y ___Y . .47-8 74 -8 747-18-i Y.8.i.811 -2 43. 2.483E-08 20.0008.0 2.483E848 178 V 94 - 7 .0800____ .008060 T0000800 24638.08 179 'V95 _____ 1287 6-0.001+0 0 .000800000100 ___

_ _ _ _ __0.0001E;0

 , . . _ __E___00 -

dV .. V__________ 925.7 -1..910E142 1.910842 .:91-0E02 -6.542E.08 6.842E.08 652.8-___181 Zr. g3 'r - 1.84 i 3i ' .9-44 -- 03 S.94E103 4Z.0471E+054.0471.05 4:.04M7E,05 1 Z r- o5 Vy V- y 773 2.774E104 - 2.774E+0 2.7'74E+4 274+04 7.9351+4E.+14 14 7.03-5k+14- 7.93&+4V

• Z-9 Y* 889 5.675109 5.-09 0 .519 .88O . 1.825E+02 1*825E+2 - .25.2 182.0 TOTA~L_ _28358+,07 2.831E+07 2.8341.0 2.6481.i7 5-.-3788.1? 5.3598.17 56.3708.17 5.0S7+17 e

Avera Mevlis 3.'125841l 5.117141i 5. E-01 5.2638.01

Table 10. Comparison Of Isotopic Mix Source Parameters ECRADN-1135 35 Page 65 65 AST 1U3 Do"e MiCROSHIELD MCROSHIMLO AADTRAD 60 RATIO TAO Pa-t Siricant Gov LMbnsy U;RP 3 sopOcAST Solop 1Ue I a Mix Isotop Mix 4otopi Mix, MI

 ._. _. _ _SOURCE TOTAL ACTIITY (Cu) _ _ .

0 1.459E+09 1 12182+09 7,899E+08 1847 I hr._ 8.482E+08 8.445E+08 8.3352.08 7236E+08 1.172 8 hrs 5.681E+08 5.680E+08 5.640E+08 6.350E+08 _ 1.062_ day 4.203E+08 4.202E+08 4.1082.08 4.07SE+08 1.031-4_day 2.371E+08 2.370E+08 2.36908 -- 2.311 E+08 1.026 _30das 2.835-E07 2.831E+O E2 2.834E+07 648E+07 _ 1.0i1 SOURCE TOTAL ENERGY 2EE5 RATE (Uevld -0 4.656E+i9_ 4.482E+19 4,328E+19 2.655E+19 1.754 1hrs 2.632E+19 2.608E+19 2.622.19 ,_ 2.222E+19 1.185 ahm' 1.061E+19 _ 1.060E+19 1.061+19 1.021E+19 1.040_, Iday 6.474E+18 6.466E+18 6.489E+18 6.365E+18 1.017

• 4day- 3.067E.8 18 3.0683.0E+18 3.034E+18 1.011 30536E 17 _ 5.157.E17 _, 1.42 SOURCE AVERAGE ENERGY (Mrvis_ _

 . 8.626E41 .i56E1i 9.606E41 9.085E41 0.949 I hir 8.385E.01 8 8.502E-01 . .2981 1.010 8 Iv _ 5.048E41 5.0452-01 5.083E41 _ 5.155E401 0.979 1day _ 4.1632-01 4.165E.01 4A1541 4.221E-01 0.986 4 day . 3.495E41 3.49M-i 3.495E411 3.549E401 0.985 30 das 5.12541 5.11iE41 A1iiE41 1 5.263Ei20 0.974

 - Table 11. Comparison Of DBA-LOCA AST Activity Release For 27 Isotopes Not Included In MICROSHIELD Libraries EC-RADN-1135 35 Page 66 66

0. _ _ -~ . Cre Ivenu (Curios) x RG 1.183 LOCA Relese Fraction , 1 0.0d 1c 30 I W hrI i-n 1.0 d 4.0d 30.08 90.0id 18C.0d IW yr.

I i136m 4202E404 4.128240 _T.08?E+04 4.0812E+04 _4.049sE*4 3.896E+04 3.331E+04 8.480E+03 3.5912E*2 a .138-.00 1.81SE-04 3.534E21 Co-148 4.508E+04 4.508E+04 9.741E+03 2.0938.03 9.3218-07 3a9358-28 0.0008.0 0.MOE+OO 0.0008E+00 O.O0.E+ O0080 E 00008+00 3 Eu-1i iB11E41 9.611E+0i 3.438E01 1 1.031E+01 1t12s88E6 1219E-22 0.00E+00 0.000E+00 O.000o0 O.0008.00 .OOOE+08 o.OOOE+00 4 1130rn 4217805_ 4.1ii7E+05 4.194E404 4.14 i3 3.713E-11 0.00084+00 0.o0008+00 0.00080 0.0008+00 0.0O08+O0 0.008E+400 00.WE0 5 9-133m 5.088+08 44928E+06 2.095E406 1.43914 7. 188.03 4.581iE02 o0.000E+00 0.0002400 0.00800 0 0.0002+0 E_ ,B_ 102 4.355E+05 4.3552E+05 .933E+04 1.100E+.04 7.12 48 .0008+00 0.0008+000 8 O.0 O0.0008+0 0.0002+00 O.WE+00 7 Nb 98m- 2.s34E+02 z2.34E+02 1.968+802 _03IE+02 4.4778-01 1.041E4_6 0.0008 0.0008.00 0.0 0 0.0O0E00 0.000800 .o000E+000 8_ Nd-152 _ 2.s8E8+03 2.8732.03 4.660E+02 7.S188.01 6.112E-10 I000 00 0.0008.00 O .0008+Oo 0.0008+00 0.0008.0 O.O0.E+00 0.00080E 0.00E+0O 9 Pd111 1B66E+04 1.66E+04 T20iE 32282.q3 2.025E+02 2i6S38+401 .09 0.000.00 0.0008+00 0.000E+00 0.0008.00 0.0003+00 10 _P&-1I 7.067E+02 7.08702 6.6282E+02 6.227E+02 i3Y902 2 3 1 3.935E403 0.000E00 0.08 0..0E+0

 .WE+C00 0 O..0OE+80 1_1 Pd-112 7.5458+03 27..54503 7:4302+03 7.2s6s+03 8.06E+03 3.4196+03 3.1908+02 i.7828E07 9.550-28 0.0008+OO 0.0008+00 O.oooE+Oi 12 2 2.9958403 2.95E+03 7.197E+02 i.175E.02 9.535E-10 0.0008.00 -0.MDE+Oo 0.0 00.00 0.0-00+M00 0.000800 0.000O+ 0.0008+00 13 Pm-152m 1.0748.+0 1.073E+02 6.769+o00 4 2638E01 6.555E8i. 0.M000800 0.000+00 0.0008E+00 0.000E+00 0.0008+00 0.008M+0 0.000E+00 14 OPr-TS3 1 .968E+03 ' 1.86E+03 5.1808+01 ' T. V00 _.OOOE+05W 0.0008E+00 0.OOE+00 0.0008.0_ 0.000+00 o.ME+00 0.0E+8O 0.0W0 0.0008E+O 15 Pr-146 t1.88 1.8188.04 1.2508+04 8.311iE+03 i4294E402 4.630E-14 00 0.000 0+0 0.E+002+00O 18 Rh.108 1.1408+05 1.1388+08 i.251E403 1.2938+01 0.0008.00 l .000E+O uOaOOE+.Oo Uta.g 0.0080 9.080 0.0008+0 0.0OEC0081O W+00

- 17 Ru-107 i.i480 1.7408+05 i.449E+0 2.9 0.00+0 QOO+

 .00+00 0 .0008.00 0.000E+00 0.0008.00 0.0008+o0o 0.0008.00 0.0002.00 18 Au108 1.123E+OS i.1218E+0S 1.175E.03 l1.2158401t 0.0008.00 0.002.00 0.0008+00 -0.0008.0 0.OOOE800 0.0008.00 0.0002.00 0.0008+00 19 Sb-1 2.410E+06 2.40720+6 1.7508+06 6.7818+03 0OO08+0 _58870. °_Q.OOOE+O0.0008+00 0.000840 O, 0.0008.00 OooE 20 Sb 132 2.540806 2.533E+08 19F___06___OQ&0_

300000+00 1.7998+04 1.2728.02 -0.0002+.0 0.000E+00 0.o.Ooo- 0.00200E 0.0 g+00 0.0008.00_ 0.00+00 _-.0 0.000+00 00(_;_1 4:79_ 5 .B85IT E+T6S f 0 1E+

 .18i44 1.203E+03 O 0.000E+0 0 - 0.0008+00 0.0008400E+Q7 0.000 +0E .O.CE000 00

_ 22 i~lF17 _ 3.2398+02 3239E+02 .2.643E+01 2.0220 Z,309E-1 o.oooEOo QoOEC o.OOOE.0 0.OOOE+OO o~oi.oEO 0o oooe~oo Qo0OE+OO_23 - Tc-100__ 1.2838.05 1i078+08 0.0008400 o ocE~bo 0.000E+O0 QOO+O oOO+O0.0003000040 0008+00 0.000+00 0.00OE400 0.0008400 0Q0008tO0 25_ l87.99EE0 4.356 4 0 8991E+04 1.106E-+04_ -08 0.04 008.E WO. V 0.0E8+W l 0.08+00 Q0.0008+00 _0.Q0E08cO 0.0000E+0 2 I5-S 21.5922E+05 2.9222+05 2.0442+.0 1.320E+03 13056-14 0.00 0 OOOE+80 00 0D.000E+00 0.000oCO+0006.000E+00 0.000W.0 0000EL+00 28 xe-i34m 5 .868+06 -9.932.6E+5 1.72+043 8.356EtO0 0E+.000.OO 000080 0 0.0008+00 0.000.00 O.0CE0+C000.00E800 0.000E.00 0 000t.00 t 27 89m_ 3.35 1 3.259E+01 12+.01 12 +01 10644 . 0 01 1.285E842 5.745E-07 TOTAL 27 Iso8opes 1:825E+07 1.3172+0? i.586E+06 1.s36E206 5.4292+44 -W4.246E+04 3.384+04 04828+03 3.596E+02 3.300E8OD 1303E802 6745E407 TO A 1 Isoo 1. l459+091.4544E9 9.575E+08 8g.482E408 5.6B184E08 4.203+08 2.3718408 2.835t+07 1.506E+07 1.303E+0i 1.1532+07 _8.84E640 RATIO 27 iotvopes 1U3 12i18E 02 9.059E-03 2701E403 1811E3 9.558E45 .01 04 1.419 4 2.992E84 2.38 6 2.532E07 13DE49 6.4952-14

EC-WAN-¶135 35 Page S? 67 Table 12. Comparison Of DBA-LOCA AST Source Parameters For 27 Isotopes Not Included In, Libraries - :_CROSHIELD --- - --Total verage Core ota U*V/50G EneCrnyaRelease forRO 1.183 NO. Nuclide .i at I Ilow LOCA Actlviy k.I-Mfd!;) (Curie.) Release __I B-3m __ 1923 4.0872.04 2j.908E+1C5 2 e14 8-9 -2 00&320 -2.2382413 3 Eu-1SO 0 .00+00 OOO1.1 4-71-30m -- 1'21 4.149E.03 1.857E.13 5 -3ai 17 .4392E'06 8.3772.18 8 14-102 15I.IOOEe04 7.531E+12 7 IWS-9m -2711 ____1.3032.02 1.307E+13 8 Nd-152 0 7.5181.01i 06.0002400 10 Pd-111m 359 6.2272+02- 8.271e+12____ Pd 0 ___ 7.2982.~3_- 0.0002400 12Pm12 5 1.17514.02 8.50E2.11 13 _ Pnm-162m 1508 4.28-3201 2.3792410-14 -Pm15 _ _ 0 1.10020 .000200 15- Pr-140 -1018 6.311'E;03- 2.377E+14.16 Rh-IDO 2284 - 12932.01l 1.0832+12 17 Ru-IC? 208 _ _ 2~9032.00. 2.2132.10 0 1.215+01 0.01005+00 -R-108 19Sb-130( 2653 6.781E.03 6.6376614 20 88-132 2583 1.2 222 1.121 21 e-r79m 1e37 1.203e+03 I6.1:.+11 22 m-IS?. 0 2.002E+00 0.0002+00-23p Tc-100 83 0.00+00 --- 0002Q+00 24 TO-102 __ 8 _ 1.108E+04 3.320E+13 t 25 T16 5 - 1.320203E 2.63+13,_2 3 26 Nd34m 1898__ 6.35E+6200 6_ '4A59E1+2 89_ 901.4 1.228E03 541 4.1211:12 ots 27 .._.j ._ 1.536E+06 8.7735 .6 Tiota 183 Isotopes 8822E+08 2.632E+o9 IB8.11E-03 Z3i3+34-Patio 2? Isotopes Isotopes 2263 Ave e go I .544E+00 Z2Avrsge EneMY -183 loopes_vjs 8.385OOOE0O

Table 13. DiA-LOCA Liquid Activity Release Distribution; Release Assumed At Time = 0 Post-Accident With Decay Only; ECRADN-1135 35 Regulatory Guide 1.183, Table I Activity Release Fractions Page.8 5_ ia>s US I LA I

 ._Totai , . S P fd - _ AAnbA fv

• RG I 1.1 taA R.1.. F.nCAA. I ,taaICil I 1132255I3 x28318.8As t1u I FA0 __. . . . 4 I RADT'.AD kevl is 130mil-41

 ! .. ,^_.

j U1W

 , ^^

4.0Dd

 . I 30.00.

__; , dAA r ,.3 Yr_

 . . .361E-03 J.650 1.361E-03 1.136sE43 13 l 4 __ l I.76823 1 2s947E-03 S.928503 2, hn1242- 18 6.091E-01 6.091E-01 16.96,8,E41 15.64641 4.333-01 1 1.3572-03 19.5a8aE431 6.03f-06 a.871E-05 87.87154 18.871E405 1l8.871E5s0l 8.815E-06 1 8.6862E45 4 Aa443 ' '60' t.:672E-04 I.872E4 197 11.672E.44 I1.672E440 1.4232-01 I .676E.44- 1 1.876E44 1.67IE-05 18.8302.061 1.676E4-0 - I 6B762-44 11.676E44 Am244_ I .0182431 2.663E-2i 160.0E+0 l IO.OOOEOi 6 98-35m 5.60OE41 1. 5.600E401i 1.468E41 4.6192-01 3.137E41 U095400 Sa-136m -V, ._.

1923 1.124ZE01 l1.104E+D1 1.094+01 1.903401 1.042E+01 21975402i 8.12Et,,, 2.2 .00 l9.v07E42l I 6?6OEt-OI 4.854-08 a 2207 4i1 02M E 17.7113E41 2.197Ei02 2l197E+02 ZD4n~ 2.187Et02 2.1602 11406E021

43. _ i6 1 2.6062.0 5.774E+01 2216E42 0.00..400

_I.v .i . 18,2.6, 2.61+503 2.16E503l I_3.052+01 2.616540 1,799E403I 6.05.77 - 2.-4832.03 9.56SE-16 21062+0.3j 0.00

15. 30E+01 ~0.

i.4s2E41 16.27624 lO.UOE+OD 3.697E-23 a-141 Y .Y-. 645 2.361E+03 1 2.361E+03. I Z4632+021 2.965.E05 - 4.466E 2I 9.0002400 1.O2.E+01 Ua-342- 1038 _,2248203 2.24k2.03 4.446E401 6283211 0.000.00 13 _ ... ,y.,I O.OvEOOE40 00we005.0 83_jL Y- _,_-.y. . .

 *7.44 3.0605.01 1.3WEW03 3 060.+01 I .OQUE+9 2.0124E03 13.011Et 2.6s4E6s j 1F.913E+O1 4.6605.9 1 903049 0.00+00 1.171E-17 0.0002O+00 0.000E.00~

0-0002+-00

 -is - -. Y I,, . _ .. _ 1720,. 1.925E+03 1.925E.03 1.1102.03 4.991E-11 0.000+0 5.192oo41

_f4 2.402k401 2.402E+01 2.402 O40l 1.91E+01 2218E401 13.536E~vCC s3oa 1o

 -is- ,e-43" 2.360E+01 9t00 -- 47A36E-W0- 1f7075.0 Y 274 2.228+201 2.2282.01 i.W4022.0 1 1975E011 14.44vE-19 0.0020 1I O.OEo00 g.-3T9E+003 I. ° '17 19.2 2.024501 I2.024E+01 12.0245tO11 2.024E201 2.013E4+1 2.003E+01j 1.82s5tO1 j.3ato+01 Y 2.0005.0 Ce-146 289 1206E201 1.2066601 - .1606260. 2. 8484-10 1.0DS3E-31 Q.000E.00 .97S0-03 .1 108.00CE 628LE41j 2.1oec102- .E01, t 20 60ki 3s669201 j s3.6E69-01 3.569E-01 3.6iV 12774E01 12.44E-01 1.6685s411 -y. 6838 _ ib37E04 I16 37-04 r f6372441 1t.S37E44 1.837E-04 r1.537E.44 TOO2-02 1.ts37E441 6.601-06 1.53744 11.529-E441 11.521E441 22' CK-244_ Y 6708 2.0852-02 j2.0865-02 3.802-01 0.o002.00 24 l2.089E4 ,2 IO.000E.00 ..0.000240 I_2.088242 824 I&ss41 3.9565411 13DssE2411 1 3.84624 3.919E41 1.640E41 63w 9684 21315-OT.2.1315E.01 Co-60m Y Y. 6.67 -. 2.8-01 j 5iUE41 l l2Z13iE1.. I 1Z131E411 2.131541l 2.1315E-i 2.131E-01 2.064E-01 1.998E41 1.436E-01 375s26E oi I 3C5s21E011 4.3sE42j 16.642-03 6.705-16E 0.008E400 QOoeE#Wo CE-141 -

Y.08.4;, 4.is2E-03 4.725-3l 13.66534a 3.122-E03 11D651E444 1.451E-20 0.0005.00- 27 1.53E.01 2.sl3Et1 12.897E 41 +/-162.6E01 1.896it4-1 550 1.916E46 3.422E-16 Y-'7 2O.*oE+00 28 155 1s38.E-03 1.33E403 11.415EtO3 I '10992403 l 4.43&2202 6.E21+01 29 i -134m 268 3219202 3.:219E02 l 2.8566802l 25362+02 4.788401j 1.063E80.6632.00 0.0005.0 IO.O0 30 Y. .5M .. _- 3.1t2E4 3.107E+02 1.42ilE i2 I5SB2SE411

 *31_ Ce-136..-. Y 2171 4.11i0E 2 4.911E402 4.90673E 4.90E0o02 4 824E+02 -4.6655.02 2.948416 1.012540 3.746E42 V l_.Z4815-16 32 Ce-137 'V Y...

566 1.160403 1.160.0&3 1.160E+03 1.16.0E3 61.160E203 I 0.0005.9i253E448_Y- _yV_ .. . .2361 I.395.4W 1.369E+04 1.0125+04 1.3906-01.- 7.666241 8.12SE-10 0.000oc5400ce 0.000l0E+ I .OWoE CO

3. Cs-139 43-3 i:ii3,42_

Y 329 1.272E04 1.272E04 1.426203 1 16.013EI ]_565E-49t 13.4802-12 IO.DCDE+DO 0.00.9 2.2v7EtCO O.OOOE+00 38 Cm^3S

 .Y -Y-- 7-- 1.324-03 1T.324E-03 l1 27sE43X l2.220E.44 LOA.OOCE+ 0.00 O.OOOEC+00 Eu-155n _s8472-02 16.647E2-0 :1-s64775042- 0.000240 -.0.000d.00 5.ai2 5.582E242 14.433E421 3~7- Eu-I1U _y Y 2.322E2 1 2.3229-02 2.322E402 I322fBE42 lO.OOOElp 0.002.-00L 1324, 2.6320 .0.0002-0-0 2006.17i42 9.000540 1,489E02l 38 -'7-Y 1.s4E6W+ 1.t46.E+00 1.0465+00I 1.U17E00_ 1 .4445~e I.403E+00 0.05.00Et - 0.000E.00 Eu-IS? 1.443 j.O41E44 I3.9t675441 39 Y 1_A06E-01 1.406E-01 11.388E 01j 9.811-02 4.742E4,2 010002400D 0.0002400 5F.47-002+ 0.006a 00O.QDE+00 .70w862-22 40 Eu-I57 5.o6&i- 15s.06SE-2 3.606E2l- 2.302.E02 4.061E-06 2I.048E-1l Y 0.00A2400 Y_ 00

_ 21 2 2.57-02 l9,19824 3.0i7E-10 3.262E-26 0,05w.00 .J19.000E400 6845E42I 0.0003E00 IO.OoE 0000.0Q~woO 0.1802E4 IOOOE+00 l0.0005400 oooi.42 9.6 4+01 195604E+01 14.151E

 &wp47E0201I 1.570E-04 1424sMw16 1-130- - ... 23222i-02 8.929247, , .0 2.414E42 9O.Qoo I 0.0002.00 00OOCE+.00 43 1-130m -it 2139 - 2.116E202 21164E+02 2i.0732.02 Z2011 _l 1.381 +02 6.543E.01 6.6465.

19.811841 10.44sE+s 0.000OE2CO0 121 I1.1222+011 11.110E5O 0 9.94-1 0.600.0E0 0. 024.00 j O.OOE+02 0.00400W 0.000E+00 0 .0005.C l 45 1-131

 *y -Y- YV 382 __.§85L.03 862.E03. r8. 46E031 3.373E+03 1268.04~t9 6.461E+03 8.0332.03 1.316E203 7.3172:27 13.734E5411 13.8202.00 0.000540I 46 1-132 _ Y-'

Y 292 12632E04 1.263E.04 1.190DE04 1A559+04. 5.770-03 S.4462+3 &64 62 42 61i9,354 i00w002 l O.OoE+CO l 47 i-133 Y Y.j _607 1.776E04 1.78E+04 1.17665.04 1.7482+04 1.392E+04 182175.03 0.0052.00 17.4202+02 Mo+00- 0.w0002.00 1-133.. 9.8062-2a8 48 Y_ 1573 i .381.03 1.318E+03 6..5605Et42l l361.8iE022 1.803+031 2i.01iiEW - O.0o02+00 49 I-134__Y ._,m,,OtN 3.63843E0 0.0002+00 3720e.102 19682+04 1. 968+04 1j.729E.04 1.1404EtO41 -1.226E.0T '4.687244 01008.7#00 .0..00.00.o 50 1647 1.692E+04 1,692E+04 11.6078.04 11.527Et04- 7.297E203 I6.746541 0.002400 Kr- 83. I .000E.00 0 .00200l Yy -Y7 3.496E+03 13.49E+03 3.3a732403 9.729E+02 11.410Et01 1-1.4,43e.0s 0.000E.001 52 Y _2.67

 ._ 3.965E+02 l3.9i6F02 I -OOOEOO 0.0002400 IKr-865 39665E+2 3.965E;02 13.8820 0[.oooe4co 1 .904240O2 ..7J. E3 5 138432.0 53 54 'V.Y 166 ~. i7.I74503 3.4545+03 621454031 2.s7sE43 2.152440 ]_OOOE4oO 0.0002400o 1 .8905-Co Kr-fi'm 1_ 792 i37E.041437EQ04 4A21 EtO3 2.7ssE 19 V-'7 0 .0002.00 65 YI 1965 215 K 1.993C40 1.120E+01 1 1.993E+04 11.7882.041 1.1204+01 - - 1i.1202.01 - - 1.120EtO1i - - 1.112E+01 Ii.821E+03 15.682E01 I o0249 L1.087E o1 -' 19.652s.tC 1 .07sE402 J I As2744f . - 11.66CE-25 .-9--. .- .- .. -.-.- - - - U ----.-----

• l--- l Tj )5 A. - ,T04.; -(" _v:y )x 1863L. Rj, , Fixc ^. 90.0 2

I 180.Od 1 Yr y 4374E07 _ 0.0 y ._ . . -- 2U _

 -iy. -::

0.7295-19 1J.UA=*W y I -93 C8M30+00 1.9vM3E iO.1

 .y I

__Y ____ 1.33950+m 1.242F I 0.001E.02 _2.5705-16 00002+00 00008.0 W, - i - i. Y, 2.979Ev01 7.154E500 1.569E-08 i5gE-28. A7.001-02=O 1000054001 Ebol iOo.wOD 0D000.-DE00 .OE

8. Ir~nvb r T ~- Y 764.31

 - l.,r 1...2-4u1 l-~.;.-lB; 1.795zvtI 1.855+01L 1-0208.01 2.94354o 1.029E+O1 .02v9E501 D OA __

[6.4768.001 2-.8705.0 Thbs.39 i4 1.592844

 " INv-At.08u Y _ Y 7f.2 1.141E41 1.14-l54 11414 .01 1.141E41 E401 1.13 E-41 4-1.124E41 8.~711E2.0 .47iE-62 J542I 1.717E42 2.313E3 8.49SE47 5 _ Nb- 9 . 2462 1.6SE42 "i.66S8E420 1.643e02 1.618E42 :4" '8.15 .43 *7S00E-12 - -~~~ .- ~

954--- I 11i A2235ft1 1 n0233+l 1.^15I 1 1 0066-01 .00 .I-A 0.00.00 -0.00 0.0008O 0 67 W- 97M Y .___ 9.43_E _+O_.- -- 142E-12 0.0.. 0...27112 1 7.849c42 7.649E 02 3.487E42_7.Y 141 D 3.wNE 00 384 _ 2.224E OO in 1.521E500 - 0.116E42 1.472E44 .Ab.01E-1 I1.1408.80 4.129E42 2.i33E-1i 0 6 O.OuDE+00I D.OOE00.IO , + DoE't= O.w - ^0

 . I .. 97 7.726E041 7. 1 247E401I 6.285805 . I .Ow-t3 O.0D0500 0.ulDO00D O. 4.0 060 t .080

361. iY y 6.479E405 64 f.oi 1E4 ,Su9,.$,. 3.097E45 3847 _9OO1A 4238 'Y .

_Y

 .. I 174 7 I7 a841.0 2.a-41E+02 62B8410' 2.841E402 22.S2tEf02 z: ,,AAl=^#A 1 1.69FE8 I:

8.8108 1 I E.47 iS9.34E4.7 9.91 t3E467 s21

 . . ll _

• _ :: _ = _ . = _ 2,0432E43 2.1;

 , 1193 , . s_5_ I 2. °°E01 9 122F.03 5.2 e 3 sB.- 23 34922 2 2 7.390E-22

__ _ _ _1t.T' _ "' ZTMOE o1 _2noE+0 , 822(^5EE400 e2.,#4, i 4.190E-15 O.oOO-o0 O.oooE0 4 I O.OE. 0.0008.0 1

 .. l . . . : _ : .. _

45 4.45W O00-I 4.456E +0 l.... 7.20554 6.I271 O.OOog OO 000 oooOE oO O.OOOE+OO A AAA A .; A _ _- __ +79 359 1.773E54 9.19SE43 I.5 =.00040000. I 1 ' 0=040 -. _O.OO0EOo.60o .11. .S.147E41i ;8.53 :+w -14 81 >147 0.00439 1.341E4 J2t.1__.y... 1.3-4I= 6.29SE41 62 574 5 1.079E.00 1.0758qQ.0 _ ,.400 9.525#41 6.50OE8O1

 - i a3 '84 ua,.

If-m-14F I- _v - H 19.8 10.7 2.077E5-0 3.4488400 I 2.073841 40

 = I0 2.0c4E-01 3a.176 2.040E41 2.57EO00 1M42841 .1.U0E+DO I 1 4.

2.AA. AAA - . AA - - - -_ 2.285842 3.740843 - -88~ Pm-151 V y Z604E402 1.153E800 6B5j0041 49838-13t I124E41i~i 0.0(00.0.0805I 2.714E48 QW~40 1.459E-23 I OA005400.1 OO08E+.00 U.qP(J40Ot LLA1.5L 1.1415400 000 O.O 0000EW00 87 Pm-152 1.925841 3.144E42 2.551E-13 O.OOOEi0 0.ODUEW0 0.00UEOU 00005.00 0000 U^EO OUEO 668. An-152sn 1.8a11543 i.T4-1C84 1.7564821 o Oore+00 .0.000 _0 0.000.0 0008.00.°° A 0 .00 0.0OUE+00 no P.-143 . 05314E41 5.31441 1.386E42 ODCOE+UU_68.4 3BS#541 _2000tE+OD I 3RE24241 3.924E041 LdlE 02 . 1.5! 512 I 4000.00 00008.0 LWP_ 0.0.0_ I 4."O-OOOE+W 0 JS8.626E+^A S.8.626E+OD 8.6YEo -7.7E+UO 2.O085EtOo -;.729E42 9.770E44 75348E- 4.66DE^F24

 .Pr-144 ._ _ 28.9 a .135E _8t35E40W = A tAA) . h . . AX A 'A=, AA e ^WDEW e .S410 6.6OOE+OO ^^^t i ^ e O

_ 12.1 _ 1136041 1I 1.132E4i 1,,132E41 I 1.13241 wmv.m50 9.ii6Ea7 7.317E412 flAA Ir-145 y I14.76 1013

 , ,60.508.

I 4.8658E+00 _764.E+o 5.476E+OO 2.424E+00 1.68+00 I 1.14E-45 occo I 0&J0 I:

 .- A ~ ~0O.0E0W0 3344E+0 1 239E-17 O.O0E08.00Q 000240 00000.00 O.ODOE+OD. ..I ._ .E+00 WI -s~ I I -

863 1. 3.839E400 I, 3834EW00 8-I12501 1.934E41 9.77UE-1 1 5.5S19-32 0.000E+00 I 0.000E+00 I O.W+U O.OWE+COo 53.6 - - - - - - - - - - ___T I T _ ,.,97,3E45 _ 73E45 8.9638A45 I 8.9W3D4J0 B.,x 0 I ._ 0.53uo

 .L4415FAS I.A_

E4)__ . 4.476E-12

 ., y - I .1 .

1.76 _ AA I_-___A A .A. AA A .A. AA . A. _ AA A , AA O2 8.;11E . 7A132E42 AA A I .AA 59 Z ZDM.D 5I _6 6.439E42

 * -- . ; _.A7 -_ - . - __ _. _ A 8.1110E-02 .&3EG . I 6.48043 6.510843 _ E6.530E43 1.U AE42 1.042E802 .: W . _ W I V- I rT. I- ._. W .. t i _n - OX2E21OF0 n _

isi- 4 5 8 a1 IAA.43dEl_ V - t __ 5+_.__.IP.A _ I< .£ AtA .,tAA. .A 4.6E6E+CO -1 4? .F? _ .264E-12 2.682E-17 4 - I I V. I W_ ._. __ _WED _ I ._ . 0.0002400_1;45E+O2 1145802 1.1408.02 1.1 7.480541 I7.460E+O1 7W.01E+01 5.3_2 6_01 1_.9E6+1 8 6^4E+O, S,.S

 . A :- AI V- -

2882 1SAWE+OJ_4.584540+1 4.578E401 1.364E+ 0O 1.1656E0 4.7SE-01 1.237E41 4.5 7.4 4.Si.I .l A

 .3 3 1.

l 3.6735401 I .E ,I i .. El 3.275 401 af ,. a

2. 320801 a ,nn.a-1 nE 840 A3A13 ___J 4.670E+01 4 11;2 u1;03 1 7 lYI I 485 1.50 02E+ 1 50E+2 I- 1.1E+O2 tl.;45E+O 'I 40E+O2 I 1129E+O2j JT" ~.00 1.jfjooooloo l I 44 _0

Tabe 13. DBA-LOCA Liquld Activity Release Distribution; Release Assumed At Time u OPost-Aco*kdet With Decay Only; EC-"N-14135 35 Regulatory Guide 1.183, Table I Activity Release Fractions Page 70 7O IUR5 1 URS I OWS _. _uplMsh^ FPnd (ydc)* nvon c 1Q,91-183 LOCA RelearF^^ tx 1C000 uCiVI (y-32.000 h3x2j665L y , TADTRAD_.j__key I die ho j n lt6S41. j0 30.0 d rOd _I __l0-d *3r Y _y _ Y . 7,38 _ 7.7i.E+01 7.563 .01 7101 Ot 2.35291.i 10.ed4.00 0.00DE.0OO0.0000_j d,_1 0.60.0 0 0.0008400 Y -,4.UW10I 4.58' 4.78 4.576E401 4.5731C4Q.501__ 4.333E+01 3.8731E01 .2751^I 8.9081.00 206 4.~+/-9Ii

 !.931.01 7.76740 0.od DE+00 .1 .0001.00 I10.000E.0 0.00.0 .00.0 009o0 pOOOE.00 430 ,.UuIJI0 o.gl,1002E I 1U2i-03W F400 I OOOOEO .000EE00 0.OOOE.00 .y. 433 2.647E-tO I 2443E-20 I O.OwE+W I 0.000.w0 Y

yV Y __ y_ _ 1852 f 3001.O0 130014.00 1294E+00 I 246E CO 820!E41 4.615E41 .1 t.636E41 1.W401-02

 , .. w__v. .. w i l .1.8341.01 l1,.833E.01 1.8w071.01L1.732E1.01 I18_221+01 1.4331+01 ms48 I 6.213E-01 8.014 6.102E41 l 5.870E41 l-flp 4.°a4E41 1,.16141 120 Sb-12B Y Y 1548 ' 7.2881414 6.213E-01 7.285E1.0 ....I26E _-_,-_- 2 1.1i4,E43 1.114143 i.1i4E43 ~_ - - r-*_.-

42114S I 1.819E44

 ;1.114E-03 I 1.114E.03 1S'a34i 1.i1141E3 I... 1.114E-vj .. _ . ._ _ .s_..

A_I tb-127- . '* Y _S j . ._ - 1.247E+02 1.196F+02 1 0831.02 6.17t31.01 5.723E1. 185E5 I1 . 8312 3.475E-27 I .0000 .00 r 2.44 g 3.8671w0 1040042 2I031-23 t I ._ O_ Y._ I?-0126E 2 7.134.01 1.WD2674 O OOEo I 4.0161402 1.329E.02 i.0i3E 01 1.267E44 I .-w0 EI QO 10 I ROOEt O n _ -n- I -n_ Sb430 _ -,= 339-02 4 II arfdyip." OO O Sb-130r.^58131 'S -6.449E102 I 6.439E+02 I 4.681.E01 1.809E 00 1.55-20 E,I:I o IdO-0.0004E00 -o F^.0 0.9 001.0 1.124E403 1 4.619E+02 1.870E102 06.0001.0 s- t1332 SorTi-.

 = Y...

3.7 j.. 1.7881+01 6.776E+02 1.788E+01 4.614E+W I3.188.00 3.403-02 *Ttw OE4 DE+00ftwI ~9-it IIIOO h 0.0001.00 0.0001.00 0.00 E+00I

 .__-=-

0.000.E00 I

 -- l 00001.00 O.O0OE4 .9 _ 7.215E+01 7215E+01 I 2.6M8E+01 I- v-vvjv v~vvv-v5 0.001.0 YY.. 1C-- 8.171+0 01t 00 22P^.E2 1.55314.2 2.L0541 13901 000.0,E 0.0001E00 0.0:0+400 0 O.000 01.0 O.O0E0v0 00001.00 Y. _.... ^9r 8.1664E01 01 . , 2t18.E05* 2.84 L 0 1 0.0E.00 I 0.0001.00 0.000Et0 0.t00C400 y A.St-t 03 38 41-03 3.658S 3.B7EF-03 3.667E'03 3.S93E403 - SIvUvC4 ._ S-r53i Y A ,00 2 E522140 I. 6.88s7145 2.530E-14 2.852En28 001E40

_o Y 103 . 3.520E-02 7.522E48_- 000040 0.0900100 1202E-24 0.000wE00 AA -AA-ii001.0

 £,t.tS7E.4 . .^._ . Y .. .. i .. ; . __e_

t.275.4-0 7.BME-02_ - _ _1 2Wl2el&Sr^ t7 ' ' . .... 02 7.072E-03 5.355E-04 I 1.153Et93 0.039E+00_10q 0.000E400 Q.000t140 I.0A0140w I .U0144AW

 ;^A-_

S.rS U . y 0.086

 -s .vw. .w I.

1.2801+03 I It.3800.03 1.359.^E03 4.0271.02 1.1751.02 ' 92391tCO0 4.129E-04_v T

 . .. T Y.

1047 I.7AA94.12 1 .748E103 tI80Es03 1 .748E+03 1 8.688E103 1.748E+1.2- 1.7481402 9.7701.02 1 ..02 4 3.0461.02 1.7371.2i .1 _ J A_.AA

 - 1.7271P02 . _AAP.hA I... 9B1+02 . A.te.AA 1.6154 S02 1

142 Sl 92'91V Y y F- VAY. _ , 'S 2.64E-20 0.000_E00 O.O0CE+0G 0.0WE+. .0.004EG00 isr.ohi-1339 1.8vOE.03 I 635E403 I.

 .2.402F+02 4.00 4.02E 08 4.02iE 0.000.0 09.0-001.00 O.OOE0.00 .OOGE.00G 0.00E00

.. .143 i r- 63 . Y 2214 ,,, +/-0Z 3.~~~

 .095E1^30, 7.256E-17i '

e.0000400 0.v0001 O.0OE400 OA; 7.00+00,, 0.00040 0.00uE+00 YS - 0. 1.477E43 I.s___go Tr->99m IY

 'S ' 12 3.9 1.19.6E+02 1477E-03 1.196E402 3I 2I t.t6E+02 1.-?-71LE03 1.02...

1- 1.477E-03 I 147E-03 f.4-203 1.Eu^4E40 14.462E43 2.489E-18 1.482E-03 0.60140 1.482E-3 0o.O000E+OO O wC+Ou 3.3781.01 3.22I' 401 O.O0E0tvu O.O0E0+00 Tc-100 I'83, t;!26Et02 11 2.673EtC 2.796E17 0.000_t00_ 1.16SE.02 .,I-,t 01 2.96841w 1.921E11 g.W00t1uO 9.w0040 I 00.004EtOO 0 -Y

 -W 0.0401.0 .. 9.453E+01 34J 01 102tO_ 1t267E06 p .mOE* O.WEt _0.1 0.OwE4w00 O.O14+00 0.00uGE00 653 7?A181401. 71E2 AA AAA_. V. _ W.OCE+O; 01 a4+OG OOvcO -^.^ -A_-AA '

I7.818Et10 . 5. UU 8.17_E-18 D2 0.0w0etw 0.0 IM~ 0.04 4.069Et00 148.1 I-2981412 I 29BFA-2 I 29&F42 I.12E8-02 1.29uE402 2; i2.^7E42' e 4.576E4-3 _1.564E03 _2i79-05 A-_-- Icv2 7.7

 - lI. ,Y-I._. 36 4.0481400 4.048E0W E4048.004.046.E00- 4.t -4~

D_ 4.UWE*j . n° OOz 4.0 I.106EiO1 3916E400 3.490E+^W I 2.106E-OO

 'E901, -1 247E.02 1 1.247E102 1.237E.02 I. fe01 17.

1-127 0127m

 !.__YV__. ._Y !

Y 4.11.1 ,,_ _ E01 I 2.128E4 0 2.126E.01

 '!2' 9 ii- t.7Z4c U1 6.66Ec00 2.1156E79 2.034E-42 ACALsk-kU I...j...-

___ 2.126Et01 I 2. 2.105E.01 1.247E.01 *AIV 7.02iEtwS4.4.St!Clf C SU&UU £.SO4J

 .129 Y Y Yj 62.4 i+02_ 4.405E.02 4384.E02 2.a04Ev2 ,AeAI A .A 430- .4 --- v7 I-Y Y 37 -_ .401 8.6elEO+1 YYI Y Y

__-i'-421 ._142 3, 2.402E402 I 1.656F8

 !o 321.00o 3.137E.01 3b.A .-- 7 1-V 3.85e1400 3..6EO .AAA 1.369E.20 6.101E-20 A

99__OE100I 00.E 0000000.6,to 00001.00 IOO.OODEWOO

 -132 423 92w 1.05.E03 1 iW6.97EM01 6EA .

1.810Etz2 A.4.9i75E.0 1. 8241-14 I 3 68141-31I .0001400

 .040+00 Y 0.0001.00

_ .. Y

 'S l I E- ~-IAO< H R e A I 47 _ ._ Y * ~~ 1.001E40 ~ onIen_ ;aAeA ~ I =e.A 1.237E403 L.t - 1I 'S 4.403E41 -- Y 1ifO'4, .CI I* I.tU *eo YI j 4 ...IGIvI IM1E I t* 1SatUI j Z a 4 p51 I 1.M21J4 ~.

n n;: As I 1.071402 4 v 3.14aE-19 I 0.000I 2.O2E10E+00 .OO001+0 I 0000E400

Table 13. 08A"LOCA Uquid Activity Release Distribution; Release Assumad At Tine mOPostAccidnt With Decay Only; EC4MAWA13S 35 Reguiatory Guide 1.183, Table I Activity Release Fractions Page 71 71_ __. _IS5 ,S_ _ T _ _ ., - ; S990seal Pool uiLIcUCC ( CornhInto~y (i.e) x RG1.183 LOCA Relase Frac~i~I 1 10000uC I (i32>P 113.x263u6.as oT.i5

 . Hucl-de -R ICRP38 13)I_

_ .d2_P.AqTRA b JiVi s Cd 1030 _iec d1239E+04 30 9.566E*03 1w -In_

 .5038.03 3.9038hr 1.O 7.332 .OdSg 3.678 30O O.O0OO 0.0008.00 GOOdE+ I6.d 0.0 Ir ~0.0 170 I-P- _ 190.8 53968.04 .3963.04 2.i7E-.2 1.o632.00 0.000.00 0.000W.060 O0.000+00-0 171 -i7- x Y . . _ i1 _ _ . T04+ 1.1558.04 263703 .2.75S.06 E28.7.000E.0 0.9008 0.08.

E4.00 K 0000. OEOO _ h 172 Y17 VY9014 inw __-96J 8.s6s43 t.720e03 3.43BE-03 2IA-6E.94 3.426E03 13250E3 2.2E43 1.73743 3.4 4 i~0 _ 1S7E-10 139 Y Y Y 0.00031 7.292e.01 729ie.1 7243E41 729801 5960E41 1 A8.0 .381 7.066E41 6.94 90.1 6.7B6E411 6.450 74 Y 9Y1 Y1 y_ 3.6 7.1968.0a 7.1968400 7.196E+00 7.196E800 7.1i8.0 7.1508.80 - .9108400 5s 708.00 2.490E+0 6.sii 9.5260 .6542.0

 *175 Y91 m. 527.7 4.2Eao 4.0512.00 4.0278+00 - .9 00 2.481e 7. 7.063E.23 0.0002.00 90O 0.0408 0.0008.00 176 i ,_ . Y 253 _ 7.4_.481+ .318E+1 0 .00.06

__ _ _ . __ 1 s 362 OO0.WOE .OOOEO . O.OOE+00 177 93 _ V _._. _ 8. 5. . . . . . . . .3e

 .00 73

____0 15112E4t 7.931.03 3E_21 E. o0 0 0 _._dai 2.0038-21 .00. - .00 00008.00 T1117 V, 772 9.720 05.0 3 5.0 107.0 1.81584? 63782 0D080 00020 0.08400._000800 17f- VWs - .0.00020-V 1287 9.43.0__ .44200' 1.3492.00 1.880201 1.6928.13 00080 .02*. 08 -00 0.008.0 000.8OE*G0 .0E 0.0008800 z8i Y .. 957 2.958.3 2.956E-.03 2943E.03 -29318.03- -2755E.03 2.983 2780 1043I h83 0.0 182 Y __._. _ 773 . 250 1-49s 1.2.02110201 1.132 D1 1 23Et__ 7A22E oo 3.S707e00 1A59E0 1965841 .r .2 - .Y Y 869 1.01#tC1 101#t01 9.930E84 . 9.7 o 3.738400__1.91841 1512B-12 O0.OG 0 0 990O.0

 -301E.0 0.00E40

_ - - . Y . 3TOTAL' 3.8902.054 2E562E. 22898405 15208.06 1.124E.0s 633E.04 7StSE03 4.02ME+03 344tt.03 , 2.3878.03

k. -

Table 14. DBA.LOCA Airborne Activity Release Distribution; Activity Released At Time 0 Post.Accident With Decay Only; EC.-RAGN-11135 35____ ____ Regulatory guide 1.183, Table I Activity release FractionsPa n U_ km545 TOWs .dRatri1~~(o webj55 R .8 OARl Fr'aeboax 1000IC9II(07008x 2368 Itj -___1 u.4 _ ~ ~ 88 .2E0 .212-05 a.280 8.621.5 6.4205 85380 .71*5 .705 5 .120 36-4 1.872E-04 3.7088-04 AM- 4 =_ Y 8 3.889E-02 3.589E.02 3.7 __ 3.135-02 -2538W-0 I.374-02 81542.4 T~e EI!0 5.F538-0 .8.0 65086 3_m22 32 .320 8380 65.6 6.3758.06- 5.3-.6 6635806E 83206 5 .61 5.6008.06 5.6098-08 -rflE

• 4- A - Y47 - 525 il f16298a .0205 1.0828-0 1.062E-06.1.0888-05 I -,I 165MW7~5.0 .0580 1.-06SE58-0 1.6-0 5 Act24 Y SD08 4.04.706Z 4.700-0 458.2 4.3898.02 2.? 12.02 9.E7803 64068 5 1.6-2882 0.000E400 0.00840 .00E00000 080 6 fia-135m.Yi Y- - '-3.5568.0 -3.5552a .5-02 02 3.403E-02 2.9348-02 -1.90362.2 -3.4908:-3 9.9332-10 7.YW-25 0.0008+00 90040 0.00020 7' baie __ ___ 1923 7f.141E241 -. 7.0120 058201 6.48.01 6.818-01-E 6.6i2E -5681 -01 1.fA441801' . IZ0 5.33805 304 .022 9 6a.139 - -y - y 43.5 1.6555402 1.686k*U .44.0 14-3E402 3.6688400 1.4092.03 B 651FS9 0.020 .02.0 00040- .00diM 0.0002400 bi4.140 Y Y- -Y - 182.6 1.620 .080 .680 .020 1. W+i 1j.5785402 1.337E8.02 -59+01j7 E~b -U13-03 - - 3.88-T 2.2858.24 I 041-41 -- 7- y - IW__ 180802 1.500840 4.I80 15841 1.8762-08 -2.8372-'-2 900+0 .0840 0008 .0005400 0.0008.- -0 12 Ba142 -Y ___ 1038 1.4288402 1.220 .1201 2.824240E+ I* ~ ~ .000 0 0.0008400 0 .0005400 0.0040 P-~ " V2642 1:5-424E00 17.-9442400 .280 0'1.9f132400 1j6672.00 1 2152400 2 I680 i.4-19Z o 00. Ob00E400F 15 4T 172 1.223240F 113202_7.0508+01

 *1~ -4 ** Y V7f ~ .280 .22 3.689801 158~1591.5.5002400 3.8835-03 3.1712-I12 0.040 1.4098.00 0004000020 8I158.01 2248.01 298802 00080 6_.U3425-4 1.0842-10 17 C-43 Y V -Y - 274' 1.1-00!14120 .4o9E.00 1.3962.00o -T1207.00 8.380 .020 .050 2.824-20 00008.0 0.008.0 70.0002400' 16 is C144 V Y... ..19.~2 Th~0 2840 125852.00 1.285E.00 -_128820 -1.27984-00 1720 i~o-10240 i~-i*

19C18-20 - .V760.1 1.6558.V-0 3.55-81.02 1.5845.11i I 8.T687E-33 0 0000050 00050 .0800 0.0008.00 0.000200 20 ~4 Y- VY V- 803 2.2872E-02 .267--2.2-02 02 ' 22672.02 ' 2.2678-02 -2.264 -02 221.2-207-2 ¶502 2 .02.0-4.38-3 2.1998-04

-271 Cm-24 - Y V Y--'__ 538U- 9.7-642-06 -9.7648E.06 -9.75642'-06 9.76-42 -9.764E.06- 9.764E-06 614.8 974.6 972.6 i-6~9.0892w-0 2m24 Y Y~ 8796 1.324-03 -6130 1T.3-242-03" 1-3-24E.03" -1.3242-03 1.327203 1'.327-0 1.3222E3 1.103 3 1.301 .03 .28-03 1.4E.037

__ V

 -Y-8 -Y--VY 824 - 252- 2.5l 25120 5112022- k-0 :.06-02 240-2liS0 1.87-3E.2-5.4502 4317E-03 - 7.E07804 5.616E-07 24 C2-0 Y Y Y ~ 2504.4 1.3548-0 1021.32 1E3-02 2 134--02 1.354 02 1.3542.02 "1354E.02 1.3141EW- 1.3802 E.29202 1.1885.2 E9059 1~CO- 60Mi Y -Y .... 2.405.02-' 2.350 .0750 .20-4 358.1 .080 0.000400 0.0008400 0.00500 0.000200+w -.0.0002.0 '0.0084 81 -6Ca- V--- -984- 3.0195-04 3.019E-04 _ 4720 .9835-04 1.0TO48E-05 i' i~ 92198-2 .0002400 0.0040 .0050 0.0002400 -0.0002400-2? s1-32 -' V-Y - 712.1 1.l5082 '1.8-508 1 -'.84'78 -1.8405.02 -1.7065E- 1I.662-E .205.0 .486.4 720 8.OiegsWi -isgaig-28 Cs.134 Y V 155 9.770+01- 9.7702.01 -V?7701E40 9.7084.770 7702401 9.770540 1

T?=E;0 6.785+1 951140 8.0~182775+01i 89758+01l 3.67iGUIF Cs-13-4m V -Y______ - 288 4I5i40 2.0488401 -181-45+01 -1.60501~ 3.0fE41240 6.752E-02 I.180 -0.0002.0 0.000840 -0.'0-005400 0.0-002-0,0 -0000E400-36s.135MiW V' __1590 1I.977t+01.1-.9748401 -1.3342E401 9024240+0 -- 3~770-02 1-KK-07" 0.0840 0.0E05C '0.000200 00.0.004 OM-+00- 0.000240 31 36i Y 21-71 3.1198.01' '3.1192.01l 3'.116E8401 3..113E.01 3.0548+01 2.9812-+01 2.250 8.427E+00 2.7235-01 239-3 136-7 .822 32 s- 37_Y V- Y' 568 - 7.3685.01 7.8847.3 .3682401 7.3841.3i4 -36850E 73820a73880 7f.365+14 .361 4fb3.o 7.20D68.-01 6.8816S+01 33 C.1-38 V 238-15i 8.65+02 6.6908402 6.202 3.7988402' 4.060E-02' 5.112.11 0.08.0 .000540 0. .0 D.0000 0.0008E00 0.000840 34- C-190 Y -329i 8.0822.02 8.082842 0620 9.608840 2.2102.13 0.0008+00 6084000200 0.0002400 0.0002400 -006002.0 F0.00E0800 3 UU.114m Y __Y -. 306 8.4145-05 8.F4148-6 8.05-5 0 7.-816805 'TO4E054.405 1.410-05 6.874-08 4.6488.8 0.00500 0.00.0 0.00W 0.0C4M__ 38 Eu-154 V* -YV _____ 15 3572-03E 5-0 .803 3 3.581E-03 3.587-0 3.87.03 .587203 3.868.03 3.5332-03 3580 .220..180 37 u:~155 Y V __- . 3 1451.475 .475 1.471 .458OS648803 1A75E-03 148-3 145-3 149-3 T~I0 .720 .750 .580 Eu -ISO Y Y - ',1-324 9.-3078-02 9i.307E-02 9.307-02 -9.2818-02 91780 8.112-E02 7.7738-02 _Z7E0 1.5342-03 -2.5208.05 5.387E-09 1.76954-2 40 E155 Y 1081

 - 80 $.93,3E 8.9-332-03 30-32.980 8.020 U.895203 .-4828-03' 5.2322.03 3.0122-03 ~1.124E-04 4.752E ooooo 005.0 0.000E.00 0.0008.00 2.780 .021_00080 .080 .080 .-0u00800 0.0+00840_0.0008400 41i tu-iw9 0 1.833-03 1.638-0-3 5.6343E-04 -1 .645.-0-4 1f.916811 2.752 .00400000.000 .00200 0.0008.00 06.00605.0 -0.60002+0 42 112i -'YV '- 90 6.720 .320 .380 .480 .78.0 269-7 000.0*000+0 00040 0.0002.00 0.T0005400 0.0008E+00' 43 1;-130 -- Y 'YV 2139' 12942w-+01---4:o1.34440 .370 1.-278840' 8.6-47E2o00 T5-2E;.0-o 612-2 313.7 0.050 .040 000.0 .050 .- 11 71140 .61Z0 7.2501 7.0508u-02 6.10-169-l 0.0008.00 .000840 -0.04m910 0.050+.0040 000.0 .080

__ _ .3 - 32 _543.2 5._.4535.02 5.453E402 5.4835402 5.3362.02 5.103E.02 4.0122402 -4.28801 242601 1.0385-04 12608E11I 0.OOC00020 48 1.r13-2 Y Y_ 2__2__ 6.02-48402 8.0248402 . 7985E402 7.:9486E42 .85572+0~2 0.544~2.0 -3A459-E+0 -1.371E.00'- .360 .951 .4831 - .0005.00 47 3 -Y 'VY '80- 1.1-305.03 1.102+03 1'.12-2E03 1.i1054+03 8.5818402 51202+02 4.71-38401 4.402E248 6.3498-29 0.000E.00 0.0005.00 0.0005400__4 -3m1573 6.672.-01 -8.3758.01 -3560240 2.-:4408.0I -12788~-01-7.7567 .00.0 0.0008.00 60.0008.00 4.00000E0 0.000540 0.00C02.00

 '49 1134 V Vf -Y 2611 20203 127502+03 10843 8.280 .9040 294- .050 0.0OE002400 0.0002400 0.0008400 0.0005400 -0 0.0E0020 V Y -V-.38 16 .788.0o3 -Uo543 T-1.21240 96984-02 4.6I 5.2 56.98.01 42855-02 0.0005.0a- 0 0.020 000.006W 0.0002+00 0.0008400 51 Kr-Si3gb -- 2.57. 2.2202402 21208+02 2.1042402. 2.1422402 r- 8.108401 .99-1-96710 01005.00 0.0005.0 0.000804-00, 0.0005400 0.040 5 Kr-S -Y * .2 2.5198401l 2.519840 -2.192.401 - 2.51084 2SI1840E 2.012.1 2.5192+01 2.506501- '2.4008401 2.441E401 2.3835+01 2.0775401-- 53 Kr- OWm Y v 158 -4.552.2 .5572402 4272E.02 3.947E402 1.3315E02 1.124E+01 IA1.36204 0.00200 00050 000+00 0.0008.00 0.0008+00 4 -7 _V -Y - V792 9.2842 9.2842 7.0248402 5.398.602 1.1798.01- 1.9225-03 -1.785382 00840 .0200 0.000E40i~.0 01080 55 r- -- Y8-V 1955 13WEi+3 1.1222403 -9.933802 1.79-28402 3.81OE02.0 000+0 0050 .0008+00 E835-8 0.,0008E0 0.00084001 58 V215 .1124 7.1551 .115-0 7115-0 7.6381 .902.0 6050-01 1.0121 6768-0 4332-015 1.838209 1.0642-26M

Table 14. DBA-LOCA Airborne Activity RUlage DIstrib.utlon; Activity Released At lime = QPost-Accident With Decay Only; EC.RADN-1135 35 Regulatory guide 1.183, Table I Activity release Fractions Pg 3 7

 -No. Nu &#mv R Mi'IRAD- 6kvr" O Cfd Iao 3MI-n I1hw 83 I.O 4.d 3d 0.6 IOd Y 3i 57 Ln11_ V____ 0 600.1 80041 58 a-12 5.8436.01 5.453141~ 1.597E-01 946.0 .79-8 .06.0Oo 0.0 040 0 VY 2485_ 5WI.921.0 5.251 521 4.2_07E.01 1.132E42 6.18364 .1806.20 Br 0.06.00006 60 La14 0006E000+00

_ __93' 5.095. .60064 .0142_r345_46.1 1.316--S I 1.2501.31 940.00 0.000+00 0.0i +0 .060 .OOE00060___ Mo. 90 V _ _Y_ __IM272 .570*6.0 8.7100 s o o 8.01.0 1.92__ _ _

 .96i __ 319.0 _ _00W 61 Uo11 V Y- 54 7.960 .960 1.96+04.464 .47E ii56_ .83-1o 4060 .95.1 1.601qDE00006-2.00400.060 900 000+0 6 8102 18.5 - 7.40AW 0 74000 0 1.876-01 1.211it-12 0.0060 63

___ .00.0 0.060 000.0E.0100 000.0 .0W

 "-s V 7 764.1i -6.536.0 6.36-0 5.8E0 64NbY64 V71-2 _7248E Ui_0 .2i1 6 .53 01 .15iw-oi 858-1 604.1 434-1 183-1_ 263.2 i iI 7.24643 2_48643 i-72226403 E416- .06-03 ,963 h.34-3 1494 36O VY 2462 ____E-03 ____ _ _3_E~_ -2g -4 1.0E----

_ 9_Y Y866.8' 6.600E641 6.064 .44610 63IE011 _4.9TO864 _2.423kZ1 1 .64 1012 00Q o00600ooo06o00060 8Nb-13n1**l _W3 ..- _S2-iT...A-2D _ ..- _ _. -89N.14 - - - -R271 4..198663 .86 2254 70Nd-149

 " V1 V - - 141 259E4 ~l 4 3.3213 24E01-.2.454641 .060 2.410E-01 .78.100040000.0:0.00.0 2.31161 E .9141 373.2 8.368604 I0 .00 2864 .81l 00060 .46 -zV38 1.4360-01 143-1 A.68041 56.791EWV 9.34_864 is7-8 000.0000.00.060 .060 .060 *72 Nd-152____ -.- -- 0 -4.908642 4.824 .904 .284 .03E.14' V0.00+06+0 .060 .0E-~00 .060 .060 73 p23nV Y ___ - 49-.7 4.118-64 41160 4.05114-6 fii6 3.213.0 _ 19664 2.136E7 9.608E-18 .20067_-3 00 .0 00060 -. 4 &i V -Y V- 39'-0361 3931 i_9_7E-14 3.464 .504E641 2.882k 1.07864-1 2~.16864.5 6.3_2364E_4 .104 .27.8 75 Np.39Y 1i74- 7._8056.01 *.o6F1.7986.0+ .901 1 -Y 1.8_4'2E6.0 J13506.01 1-1ie+oo .2.88864 2.66iI 2086E 260Ej2.824 -. I$ 24 77 Pdlo __ViiT-y __1193 3.3436402 Tho5Eqoo 3.3i42 .3942 17062 1.54864b4 3.3176-09 52656-24 624.4 i~62 :012 ~2 .062

__ II 5 28361 2.361 1.2246401 1.76.0 i7m---io 5.48M. 2.41.3 1.1 +-o UX~i .370.2 2.86i26. 0 -O~. ~c~4574 .258648 0.M00000 .0000 .0000 .0600 00.0 79P-hi359 101-02 1.2016402 1.126E642 _1.0586402 -4.3826403 _T&R.04-6.68710 0 O 00.00.0006.0 0O .00.0_ 0 Pd-112 0 1282N641 1.28261k6-Of2041 M8E4276-12--1.0236.32 96842 -1 68042 5414 00006._00 006.0 .0060 81l Pn+ V_~ V __ 0.00439 _8517-02 8.5&171402 8.75176-E02- _851764_2 - 8.6762 '_K85_43642 8.5686-0 -8.si5 .584 77860260562 .994 82 Pmn-148 Y 7 .664 :iE0 06.55642 6.6296402 6.5966402 6.05064024.242 1883 53 i06 1576 716-2 PYi.14.n V1986 1319642 131064 E TiiE.02 1.3762 E3164 1.296642_ 1.233642 m-49 V _4Y 7.912-64 298V8.160 2.545 18610

 . -1. 214. 2.194 -3 218 o4 2.181E4 - -2.01864-1 1.361 8444 .516 125.1 .112 Y_ -T4i .060 .060 - ____ 1

_.880643f .8041. .85LA 1.564 .3644 37911406 3.961 6.'0_0_06+00 0.00064-00 06.0006+00 0.000+0 0.0'005E+00 wiw-11 _Y 32-...H 7-375E6.02- 73756.02 7.326WO.W562 6.024 4.1296402 - 714164E 720 9.2-706.25- -0.00-06~+00 0.000E.00 04206E+00

 - 6m15-2 -151 56.090642 5.090DE64 362 1.743_iE14- -0.00+0.006 68PFA-152fm +00 0.006400 0.+00 00 0.0006+0+DO 0 0.00+_00 a0.000+0 i-150 1.T8261-0_ -1.823~Y 1104 .466 114-20060 0.0006400_-Qo~ff-o 0.000+0 166.0 0006.00 0.0006.00 0.000600 . -O' ' 3.376E142 8364 s.764 1.8-70643 0.0006.00 0-.0006400 9.0006~+00 0.00+0 .006E 0 .0006400 0.006400 90- r14 V_ Y o+00 0Oo 8.4- 2.962 2434 2.449642 -2.405142' 1.884E2 1.442 78864 .0-W13 0.000466+00 0.0006+0 91 r-1 VY 0.0006+00- 0.000E+00 "V 'Y _ 04791401 5.794 8.79641 5.761 5.47964.1 5.4X2_7641 ' 4.9086.01 1i.3261ff_ 6.804 6.-2066465 4.80409 2.9662 Pr14 V__2. Y .861 5184 .1464 .126142 42641 -5.116641-i -CA5.0901 4 .778E641 4.129641 3.261 21146401 3.564E42 93P-144m - - -Y 12.1 .2-19643 7.2-19E643 719364--3 719343 79364O3 T7:67643 7:1156403 6.70DE0 8.963 4464_2904 8.01i2644 Iola-,_ 109E061_ -3.090E641* - 2.F2-4E0 1.0726401 7.297147 7.661 .010 .0006++00 0.000E0000400+00 0

_ Pi-_147' Y 2.438641 00 .0006+00

 -. 2.438641 8.8&61642 .2282 6.O:2066-1 3.506-33 0.00.0 .0006.00 0.-60 97 Pu-23_7 _'Y V_ -53.6- 5.700646 0.000640 +0 84.70E064 iiii-6 _5.693146 5.6676406 -5.609!0 98 ~

L YY- y

 .2.!!

5101 -3.763 4.103-4 3.876E6_74M -4.1036404 4.064

 -34A76643f .064

_CW .0344.194 M-id S 59E4 I43E06 2".5WE0764 1.435646 30917 .934____4_E_ __4154 100- Pu-40 Y V- V 0.028 iO2E.0 .62.4 .824 -6.2i 622 22144 8.622644 8.2_2644 8.264 66264 88244 8624 .6264 10 Pu.241 - V V..... o.001364 1.829641 1.294 I 2901 1.82954j1_ 1429641 102 Pi;724-37 _Y 1.629 ____VY -260 3__ t 35_58141 23.31764_1 3.090641 -1.16264--1 1.2406402 8.364___2 __0 10 .43-3 3.436 343-1 .-343-1 -3.3431.-13

- Rb:688 VY YV V 9-4.5 -929E19.219E641 -9.186E01- 9.186E641 9.089641 8.664 .92DE641 3054 3236E-02 1.363 1.566 1.831-187 104 -R_ 324-E 02___V U .0_31E+01 1.0O0 .404A.0600000.00.060 0a - Ni-03g~ V .00.00260

__ 66 Y_______ 7.271E.072140 772386.00 -. .21. 14100 6.78414004._2856400 -1.487100 30361 16 O Rh-lO5' Y V A.52E12 2.8864

 - VY Y _ 77 _4 4.E-W 7-O076.0 .310 .360 4.447.00 3.408600 .342641 .05646 2.2361.18

-107 Rh-lO-5m, 7.63 0.0006.00 0.0006.0 V 3. 1.4356400 1.3706+00 1.269100 4252641 3~.5066402 4.717 0.060 .0006+0 0.06-6+00 O.90000 0.0006+00 108- Rh10-lOG V V _ 0 3.1366+00_3.132100 .002.0 2901.0E29000 0 2.056+00 18896E+00, 2.5640246600M0160 144.0 .7 i 109. RI-108M 282 1.1664 -1.016E641 8.810 7414 7854 Tii Rk.107

 .-707-645 4.761 .0006400 0.00.0.0006000.000.60006+00 0.0001.000 Y - 1 29660 2.9-676+00 1.3966.00 5.564795.0 .86620 0060 .060 0.0006400 jpjj ~1.9081+00 1.9356.00W -21264 21614 .00.0 .000400.060 00040 .060 .000 0 0.0006.00 0.001+000.600+00000+0 00001 -. 12 R13- - 45 7306+0 7.037.303E33E007.71+0 36+0 .1460 1784.04.26640 147+0 3084 .562 2804

Table 14. DBA-LOCA Airborne Activity Release Distributbon; Activity Released At Tine u OPost-Accident With Decay Only; EC-RADN-1135 35 Page 74 74 Regulatory guide 1.183, Table I Activity release Fractions I I UTS IMS . _ .- .. R.uCcc Rrla (Cw~knw-o0ir("" L 2.!t3 LOCA Ralona FrtajiIxO10OOO . C.12,0!t00 037x28316.865 3

 -iFl- ' Gio1 ICMFU3 I R2AfRAD key I dis 0.0 t I"Os 30 a"n I tv !Qr 1.0d 4.d 30.0d 90.0d 1dO.0 l 1Y 3YI 113 RU.108 Y Y , j, -738' 5.064E.eo 51544.00 4A0082.00 _4.447F+00 1.4936400 I .-M24.0,1 .607E46.0 O.OO .t I.O008.00 0.D0I00 0.000440 -114 - Ru -1o0 __y Y_ Y __.___

2D -i.912E00 .2.912E400. 2.912E.00_ 2.96620-0 2.905.E00 2.889E.00l 2.7532400 l 2.420200 2.081E.00 1.474EC00 3.7i5E41 2.960E OO 2.967E+00 1.2664 4.9t4E4-5 _S.000k80o I0.OOOE0 0.000.00.E OOl 000.00 O . 800 I 0. 0 2.OE 00008.00E

 .OOOE 0000 0 -115 iGu 7108 _.

206. * =1.909E00 D I9068400 I .OM6E02 2.064E-04 0.000400.0.002.0 0.0002.00 -0.060E20 0 090E0240

 -. 0f.0-00840 0.000E.00 Sb -124 ZV-2 -Yr Y _ -- 433 1.811E.1 1.j811E4-1 _1 .7968-01 825#42cl 1.6668.01 6.496-02 l .2tl6 Et.402E411 1.681E.11 1.562E.21 l .0 O O O El Y Y _ .- 8.260E4-02 82608.2 8.26C08.2 - 8.1dSE42 -7.914E-42 5.65i42 2.932E402 1.0392 _ 1232E3 l .74V07 119 Sb 125, Y Y 443 1.165E00 1.165+400 1t19S6.4 1.165.E00 1I 165E00 i.148E. -W 1.100E 00EI 1.030E.00 9.102E-01 5.466E-01 3.940tE2 -I -. .

t20 St) -126 Y ,Y, 2749 3.946E42 3.946E402 3.8782-02 3.729E42 3.153E4-02 7.3743 l.67524 1.15545 9.862E-06 9.6686-06 121 -1268 '1548 4.062E42 4.d27E4 1.556E42 -5.2$1E.0i 7~0788:a 7.0762-05 7.768.05 0768E4.5 7.076E.,0 l,076E45 7.078E405 7.076E-.05

 .122- Y IY _

466 7.920E400 7'.5i96400 6.7524400 3.921iE00 3.6352-02 7.4-0107 6.762E14 - 2.207E48 0.OOOE200 Sb -127 7.145E.0O 7.96sa400 7.986E400 . _-_

 -412 3ntO <sw l_ 1.3700oo 1.370E840 1.337 M0 - 12966E. 7.98C 2.266E401 8.8914E04 1.2127-24 O.O0E000 O.E0 0 O.OOOE+0000 lO.OOE00 ow.^r 1-124 s

5P1ze6II ej _Y IYUM 1.363E.01 1.363E+01 1.071E1 o i i25E0o 5.6168-02 7.206E47 10.00.*00 0.00.00 0.0008.00 OOO O 0.000 0.000WtO 0.000E400 125 50.129 I Y I Y. 1356 29474o01 2.947E401 2.756E401 2.55E+101 8.439E+00 6.3E170 1 .0504-0 0.0002.000000..OOOE 0l_3265 9.603E400 5.797E Oo _2321 E 2.1551E43 1.039E.10 0.0008.00 0.000E.00 0.0002.00 0.000400 0.000E+00.O.9008.0 2400n OO2

 ' ' '27 9b-130M1.....___ 4.096E 01 2.s73E2oo 9.8688-22 0.000E400 I0O00OE4oo I 00aOE0oo 0.0004E+00 l 0.09ooE0o 0.000e240I 0.000040 ';AAP^

2.934E40 i . 1 .15M.+01 3.7762-0 O.OOOE0 0 OOOEO A AAA-_A' 1268 131 - y __.._ 1.032E.17 I A AAAtAA l 07.000E.o .OOOEo00 2583 Z162E.0i -0.000600 .OOO0E+00 0.OOE000 I .0002.03 I 0.0OOE4 313 St: 81 =_ . _.._. 4.31iE+01 3.056E41

 - Ie-0.000200 l O.OOE*4 I100 oO I O.OOOEG l - _

0.00E 400

 - w 1.184E-o0 a, '13.7 t.136E 0O i.O12E401 1.9028-16 O.OooE+00 0.00000 _0 000.0E0 7~i36- gio-SI Y -

9.9.- 4.583.E00 1.714E200 6817.E01 i.4524E03 1.3065E4_l O..OOOE00I 0.000k400_ _ , _ _ I_0.000E+00 IO.OOOE OO 0000.E+0 0.000400 132 S4-1im Y 15 8.285E. 228E-01 1.59741 8.6264409 0.000lE00 l 0.000E00 400 11.896E-19 0.0008.00 I 0.000E400 OOoE+Oo O.OoOE40 0.60002.00 o--d f 133 o-83 Y. - 965 5.167E.00 2.51E+00 8.05E041 1.727E46 O.OOOE0Ov 134 Sm-15I Y Y 8.364E-04 -2.3112-44 Z.311E.44 I2.519ZW- 2.322E44 2.3s4244 2.332444 l2.329E44 2.319244 -i2s3E3E-44004 62.8 1.31E4-04 1.605E.0 1.792E401 1.779841 1.602E41 I1.2!~=0 3.739E4d 1;07 .15 1i.434E-29 O. O 0.000 4.00 138 Sm.155 Y . 103f 3.265E-01 5.667E403 2.23E43 4.776249 K5245E 22 O.000E4O0 0.000E4.0 0.006E~w l o 8.O0EO0Ooo IEO .-00 137 4- 58 __ _ _ _ 0 8.72sE403 8.414E403 8.102E-03 -7349EWv ;.00 138 &Sn-157 _ .i _._ 0 6.506E403 4.492E444 34024-05 7.323E-21 0.0004.0 0.000E.00 06.0008.00 O.OOOE440 o 00E0 0.00

 .00 -Y-0Ed0 0 sEr+Q 139- -9 Y .Y Y .7642E+01 8.764Et01 viz84801. 8.7642+01 lS.358E+1 _ 8.310E201 7.468E200 2.6231 3E05 0W 1 .1048401 1.104E4401 1.097E+01 1.026Eie nn' 140 i90 Y *Y Y 1.150E+01 1.1102401 1.1101E+O 1.110E+01 t1110E401,_ 1.110E+01 I I10E401 1.07vE-01 141 9W-Ol Y Y Y 311OE+02 1.1108.02 1.071if402 1.032E840 I A 0mr-01 I GISP.01VW-1-.-n~.02vE4 -.

V 1.896v-21 V;i. U.WJUIRuU AAI n nanc^ruA tu VAuJuu u U.UJuUCYIJUwu V- .--0.0002E+400 Omi iiw ede nn 142 9 :92 .Y 1.1622.02 1608.E+00 9.154E+01 1.S264E01 02.545000 0.08.1 _ 0 .OOE00 143 -93 Y ___ 2214 1.3314E02 4.9604.01 4.609E-Wi O.vwUaE W 0.000E+00 0.000Eo00 O.OOoE+0O 0.0008.00 o 0.000E 00 14 Tc- 99 Y __ 0 9.3d1E45 9.3a1E4s0 9.38tE-05 9.361E-05 9.361E4-05 9.413E-05 9413E-05 9.413845.9-413846 9.43405 U5 Tc.sum 9 .. __ _ 123.9 7-i.59644+00 4.524E+00 7.-596E400 7.3882.00 8.427E400 3.032E400 4.2865E03 1.14840 1 15s1E9 ii 0.00060E+0 0.000E400[146 To.100 __ _ .. 83 2Z146E00 2.0s1E oo O.oooE*oo 0.0004E+0 0.0002.00 0.0000E+0 0.o000440 0.w00EOO 0.000E+00 0 0008400 0.000E.00 O.OUGEtOW 147 Te-101 y . 337 i.7soE oo00 _451s2E oO) 1 698206' 5.03iE-2 O.OOOE+w lO.OOO0E-0 l .OOEw 66T O.OOoEQO 1.720E 12 0.020 .0400 0.0004400' 0'.0006400

 -140 Y12-102 __ 7.401E4OO 1.166E200 0.o00E+00 00l0-000E 0o0 0O00 0 149 T.1t04 ___ l-___ 1999 6.002E;00 2.036E#00 .5i4_401 68.0568.06 1.302E-23 0.000E+84 0.0008400 0.0008.00 0.000.E+W O.E0400 O.O0E4W O.OOOE-OO ..0.0004400 535 4.68E.00 3.4736-01 f22437E42 5.194E-19 0.000E400 0.0006.00 0.000E.0o O.OoQE000 i51 T4123m Y .y_ . 148.1 I.245E04 6.24sE44 8.2462.04 8.24sE44 8.2,4544 ..8.160244U 8.050vE4 6948E44 4.69524 2.9s6E44 9.933E45 1.446E4 1 375E+01 -152 Te*125m Y Y_ 38 Z571E-01 2S571E4t 2.571E41 2.571E-01 2.5-79E-Cl .579-01 2.v01E41 2.584601 2.488401 2.217E41 t.338241 153 T-127 Y _ Y 4.8 -T7.9202.00 6-51E402 7.920E+00 _.9208.00 7.bS#8400 _r.3364.00 4.9064.00 1.166200- 7.7ZSE41l 4.3d3E41 1.344E41 2924-03 154 Te.127m Y Y Y 1.1624402 1.360E+00 1.3508E00 1.350E.00 1.350E8.0 1.3506800 1.337E+0 1.156E400 7.920E41 4.4v0E41 1.370E41 1.316E-03 1U T129 Y Y Y 62.4 .2,.7988.0Ot 2.7983.01 2.772E801 2.714E01 4.3302.00 3.3568E8C 1.9672400 5.70041 .S94E42 1 .94433 .557E.10 tS Tj29-Y Y __. Y 2S~sfi~iE*

37 5.661E OO 5.6614400 5.681E4OO 5.6v41E00- 5.577E.00 5.239E200 -3.0648.00 8.694E4-1 1.36E941 3.0wE43 S.892.10 157 TO-131 Y Y -21 7.725E 01 7.7 +01 5.934Eo01 3.7592.01 3.426E20 2.370E400 4.486E41 2.460E47 d.699E-22 IO.O0E000 O.00EOo O.OOEo00 158 _To-131m Y. Y 1423 )624E+01l 1.524+01 1.805E801 1.792E+01 1.5264+01 1.052E+601 1.9W3Eoo 1.091646 3.876E-21 O.OowE+OOO.oooroo I666~ o.159 T-132 Y Y Y 234 -1,.,3.1E402 1.311E+02 1.305402 .12982+02 1i220E+02 1.06.E+02 2 214E401 _33dE47 3.084E-15 2.344r.-32 O.0OOEOO 160 To-133 __ _ . _ 1.0192402 1.0198402 1.240E,01 4.700E42 ,2.856E47 0.000E+0 0.000E+0 06.0E0040 -0.000E.00 O.0wEOO 0.0002400 161 Ti-133m i Y 8.3754401 8.37sE.01 5.797E401 3.986E641 2.077E41 1.246E49- 0.000E400 0.0008.00 o.o00000 O.oE+400 0.00E400 0.0008400 16 T.-134 Y _ 985 1.6668.02 1.656E+02 i.751E202 6.12B&OI 7.076vE9 0.000E400 0.06006 ' -0.0008.00 0.000E400 1~63 T,.-129.- .._.V 51.3 8.764E42 .73aE402 6.6438-02 6.115842 6.41f42- 8.452f43 17OOE-6 3.752E-14 0.000E.00 1-MsE412 2d.45932EE401 49412E:L3_ 3.4024E-164 Xa-131m- Y -Y 20 2.4932.01 2A4834401 2Z4S3E401 2..493801 2.467E401 23372.oi J.582400 l .6d3E43 3.895E64 1"282-28 165 x.133 . Y Y Y 45.9 3.6108403 3.610+403 3.610E+03 3.610E+03 3.567E.03 3.493;203 s.571E403 6.4762401 3.0512.02 i2.077E47 4.791E216 0.000oE00o 168 Xe-133m Y Y __ 41.4 1.1888402 1.1E6402 1.1868a02 i;1B7E+b2 1.1 44E02 1.06E+02 5.103440f- 1.4A1E42 8...282-EI" 3-.454Ea2 o.0069ovt 0.000Eo00 1.1872.E04 0.0008400 ,l _._ 0-002.0I 0-000200 167 -134m -'V l 100u24.02 1.166E601 3 0364E02 1.6WE044 0.000E00 0.0006.E00 0.0vOE200 . __ _ . 0.000E400 7.804E+00 _ 7,h1Fin -

1. - -

1.1652403 1.2648403I 3.DsE2.0 ,I V.0WCW o oooEOoI n OMr.w O lWh2.N4

 .. vT I sq2w 1 1.1968.03 i1.3638402 1.7146+03 9.5434E02 V.WWE_[V V.W=W .I T 4.WVE' lw - -- llav --- .-- .I T- .I . - - -

i

Table 14. DBA-LOCA Airborne Activity Releace Distribution; Activity Released At Time w 0Post-Accident With Decay Only; EC41AD11135 35 Regulatory guide 1.183, Table I Activity release Fractions Pae 75 75 No uJ-d~ rve2 1A3 WTlA eli Cpd Isaw 301n- t tr 1.6 4.06 - -0.Od_No.__ ko IU 1 Y

 -ii xe-T3-sm 7.0681.2 Ma02 6.076F.02 I.

5.4'01E1.02 2.5191402 4.6812401 2.3310 0.0001oq.00 9 OE

 -10Od 0- 0.0 0010 00010 0dO

__1O'0 je.137 Y 190.8~ -Y..4281.03i 3.4281.+03 1.SiE+01 6-i.7522-02 -.0000100 .000 0 171- Xe;i38 __1126 -3.2072.03 3-20O714037.356E0.1.67f51.02 1.7532-07 5S.2451-26 8 0.10

 .00w 0.0002.00 .020 0.000100 .010 0.010 .0100 im-!

000.0 0.010 00020 iYy9i-901A 5.0.425310 2.141.0 2.176E-04 2i.664E 1.631E.4 04 .. 04 21505*904-6 2.7710 2.184E-07 9.612 I17 Y Y V 0.0031 4.632E.02 4.632E-02 4.2102 4.632E.2* 4.601102 4.5661-02 4.488 -02 6 4.12 17 V91 Y V . V 3.8 4.711.IE01 74.5712-0 4.71.1 0 3 2 .O3-02 4.71.01 47.84510 .541--01 -4.3891T-01 3.220 1.682-0 5AME4-02 6014 .610

-175 V elm -Y 627. I.710 2.67314.-1 -2.6891-01 -2.5161-I-01576r_ 4~9081-02 971.04 -4.60-24 176 V92 23 472-1 .7201 . 0-.00140 .00EE00.00. 0.0001400 - .726~-01 4.648E.01 2.2201.01 1.501E-02 E-342080.00140 .00100 0.0010 .010 .010 -177* V93 - V Y f -- V, 689 3351-1 3.3101 35310 342601 .1 M9-01 01 '5.0381-04 T1272E-22 176' Y 914 0.00010 .010 .0040 0010 772 651-1565 51 -0 2023-~01 6.6461-02 1.1 -08 40612-24 0. _.0 0.000100- 0.010L.01 0.010 .010

___ . .. - -. 1267 5.'9991 .1999-04 MSOE1-q2 189-021.075E.14 0.0'0"01+00 Q 0.000100 0.00 .0.001.0 001.E0 0.0040 Iii z e V Y -V925.& .77.4 i.?E0 1.6701.04 1.86E-64 1I.7601.E11.0 8.0650S-0 TV2-4i~20 .9.66021 .. 1 591-8~00.0 18Z Y9 V 1 00.0 .1-0 1.10-1-07 1.0101E.07 1.1 -010F7.1120 07 .- 7 - 10.O71.10 1.010.7 100-0 .110 82Zr9V T _ 65311..1_A59E0 .14 01_6.513F-bi _ 6.513E.01 6.4871-01 6.432E-01 6.2401-01 4.715E-01~~ .410 .610 .410 E

 .720 18VZ-9 . 01 6441.1 .3810 6.1931-01 4.0381-01 -2.1001.01 1.2581.02 09.644-144 .0000 .0100001 .. 0 .IE..4044 .1204 1-62-71.04l -14E421.4.'9.6551.03 7.1-431.033-4.21.3 48110 2.5501402 2.1142 1.;202 15010 'I.

TABLE 15. COMPARISON OF CALCULATED DOSE RATES FOR 183 ISOTOPE AST SOURCE EC-RADN-1 135 Page 76 AND 60 ISOTOPE RADTRAD SOURCE UNSH11ELDED 6" CONCRETE SHIELD 4 t RATA O!RATES TOFDs at A DOSIO OrATE la Tim Case ose Rate 183 183 RTOO I) (mh) (mrlhr) 183 Isotopes (hws) (mnrflhr) (smtor) (mrthr) 183 Istopes (mwAh)TRmAh)I RADTRAD S3UPPRESS1ON POOL -- - . - 8SUPPRESSION~ POOL. - .I Grove _____,( 4.979E+08 4.144E406 1.201 1 Grove 3.1866405 3.193E405 2.49E0 .7 ICRP 38.14.565E+04_____ RADTRAD 4.144E+06 _ _ __ _ _ __ __ _ _ _ __ _ _ _ _ _ _ _ _ _IC R P' 38 2 .6 5E +0 3- - . 98 4 5 . 7 8Grove 2.172E+06 2.17'3E406 I 2.137E+0 1.017 8 Grove.-1.219E5 1.22050 1.192E405 1.023 ASSI ICRP 38 1.133E46 .1--_______ ICRP 38 5.831E401 _____RAOTRAD 2.137E+00 ____

 -~RADTRAD I 1.192E405 _ ____ _____

24 Grove 1.4715066 1,471 E+00 1.463E+05 1.006 24 Grove 7.454E.04 7.455E404 7.412E404 1.0________ j d~ " .843E40'Q2 _____ ICRP 38[ 1.404E401 RADTRAD 1.463E*06 ____ ___ __ ___ ___RAOTRAD 7.41 25.04 _ _ _ _ _ _ _ _ ______REA CTOR BLDG REACTOR BLDG

 -- I Grove 1.8045408 1.8118E408 1.533E+08 1.185 ¶ Grove 4.486E.07 4.5165.07 3.741E.07 127-0-0CP 38 ' 'i24i~iE

____ RADTRAD 1.533E+08 __ __ __ _ __ __ __ __RADTRAD 3.74 1E407 _ _ _ _ _7.7866407 7461Et07 1.040 8 Gr1..0E~ .8147 154.7 03_______ eRP 38 3.077E404 ICRP 38 6.850E.03 _____________ RAOTRAD ~~1.544E+07 _ __ _ _ _ _ _ _ _ _24 roe 5.0;105407 5.01 15E07 4.931 E.07 1.016 2--:4 Grove 9.2575.06 9.259540;66 ... l46tE_06 1.012

 . - I---

It.RP 36. 7.7O4F-03 I1CRP038,, 1.71_054,,03 I.

 - -- -t - I -.-. _-_ - I I RAn! RAn d!E]1FE*41 I __________

RADTRAn- 4-14ft4.08 ______________________ ______________________

TABLE 15. COMPARISON OF CALCULATED DOSE RATES FOR 183 ISOTOPE AST SOURCE EC-RADN-1135 Page 77 AND 60 ISOTOPE RADTRAD SOURCE 1 FT. CONCRETE SHIELD 1.6 FT CONCRETE SHIELD t I II - --- - - II UWSE RII I RATIO OF 183 OF DOSE 183 la lime Dose Rate RADTRAD Time Dose Rate RADTRAD DOSE RATES Case Isotopes RATES Case Isotopes s) (his) (mr"w (mrlhr) (hrs) (mr/hv) (mrflw) 183 Isotopes (mrlhy) 183 Isotopes (mrlhr)I RADTRAD I -- fI I RADTRAD 4 + 4- --- 4 1 I t - I _ . ...

 .9 I ---

SUPPRESSIUN POOL - - I I I - I- - ---SU3PPRESIIO I POOL - SA;

 -- 7--'I..-ICRP Grove 5.138EO+4 5.17VE.+04 3.732E+04 1.387 I Grove 9.040E403 9.098E403 5.943E+03 t 1.531 I -. --.

38

 - 7 I

i.7i2E4 02 n -n I I __I __ . 1. .ICRP -38 5.761E4.01 KHD I RAD J. 732E0u4 RAUDI KAU O.4;jt:Uj 8-_ ~~~ ~~Grove I--1.033 8

 -_ _:I.- I 4

ICRP 38 ]1.749E+04 P.J920E+O0

 * +

1.750E+04 i.693E*04

 -- ___- - - s. ~Grovei -.--

ICRP 38 I--2.737E+03

 §XhiI 7.046E-01 4.

2.738E.03

 -- - -- - 4.

2.612E+03

 --- -- -~ 4 1.048 I

FkX&KUDi ti.4 321jr-+W

 *I-I l

4.

 *r !VILF I IVmu r t S*%If '.o1I gcwa 4

_ .Go ..SI 24 Grve 9.494E+03 9.496E+03 9.441Et03 1.008 24 1.31IE403 1.317E+03 1.309E'03 1.005 ICRP 38 1.595E+OO ICRP 38 1.733E-01

 *RADThiDA 9.441 E+03 .... hAo- II4 .. -- ...---- 1 4... . . -- 4 -- - -- 4

.I_ - .

 ..... . A= _ . it ee.l - - - - 4I4.

Mm^%. I WME PLu& KCS.r UK DLI A1f

 -- . 1* - I . -- .4-I *1 - I . I .

1 Grove 8.241 It+U 1.237 Gcove 1.589E+0 1.250E405 1.271 ICRP 38 4,4156.+04 ICRP 38 8.520E*03 RADTRAD 6.696E+06 -4.4 RADTRAD 1.2snp+40

 ... _ _ . - . --I _ _ I __ _ _-- ___ :-..

a

 + §iIfiY 4 2.435E+8 YX7Z 4 2.436E+06 2Z.358E+06 ----

1.033_ 8 - I---

 .I d,6w, -

• 3.935E+05 3.936E+05

_ -- I 3.805E+05 1.034 ICRP 38 8.670E+02 ICRP 38 9.8S1E+01

 -- ..;.- a-t i i i - -I- -A61 A6-'_--I ~^i 3.V8W5h+5 4=

rVAU I Vu I4 .1__ ,I 24 .Grove 1.205E+.0 1.205E'08 [ 1.193E+06 1.010 24 Grove . _ _02 1.602E+05 1.590E4+05 1.008-

 .1-. IMRP 38 --

2AS19E+0 _________.9- ._ ICRP 38 2.442E+O1

 .9. RADnTAD9. I A§3F+4.t _____________ ___________ . 'RhAD - 1.590E+05 _____________

EC-RADN-1135 TABLE 15. COMPARISON OF CALCULATED DOSE RATES FOR 183 ISOTOPE AST SOURCE PS" 78 AND 60 ISOTOPE RADTRAD SOURCE 2 FT. CONCRETE SHIELD 2.5 FT. CONCRETE SHIELD 1* . 1 7 7-4 .4 -- - -RATIO OF RATIO OF 183 183 0 Time Dose Rate Isatopes RADTRAD DOSE RATES Tnme Dose Rate RADTRAD OOSE RATES Case Case Isotopes I) (hr) (mr/hr) (mrlhr) 183 Isotopes (hrs) lmd"h) (mr/hy) 183 Isotopes (mrfhr) (mr~lhr I RADTRAD I RADTRAD

4. I.--_

1I. -Durrcool I rUUtL

 , *1I __ i i.l D ~blVI I VwwL

I 4 4 1l .i 4 4 .4-I1 __...U o~rI5 - -- __ 4. ___ - ------ 4-Grove 1.727E+03 1.737E+03 ......

1.0124+03 1.716 Grove 3.5485+02 3.557lF+02 1.816EO+u, - i.94

 -- * =

_ AA l ; - -38--

 . .=

ICRP

 .-- -- . _ I I -

j.GJQ=3uu RADTRAD 1.012E40Zl RADTRAD 1.816E+02

 .. .4 . I - .. _ I.. _ . ,

8 Grove 4.655.E02 4.656E402 4.357E-+02 - I 1.069 -I... 8 Grove 8.437E+01 8.438E+01 .. I 7:705ff4i0 1.096

 -..... I __ _ = _- __ .- I I-----

m ICRP 38 7.642E-02

 'A__=_-A' ICRP 35 8.478EE-03

_.'L=.- I 4.3575402 I RADTRAO I-- I 1 I I -nI nI'M 1 7'n ElOi TNVu I FIJNJ r. rwc

 ... f_ -. .. I _ . - ...... ..

24 Gove 2.021E402 2.021E+02 2.008E502 1 007 24 Grove 3.380E+01 3.355E+01 1.008 ICRP 3B, 1,840E!02 * - -,ICRP 38 _y 1.9f 15E-03 l4.I n . . ? l O I .. ... I.n

 .. Wl .

Z.uu84OZ_-.-. -- 4 4 I _ .

• _

RADTRAD 3.35 5E+01* 4I-_: ___ _.; - j_ _.I IW. AXt ' -I - *.......REACTOR BLDG ._ .. I.- - __ -l Kl:MflVKJr: RLI l Ghl . 3.243541,5 253E+05 _ I. Grove 7.018E+04 7.034E+04 5.280E+04 1.332

 ; -.- - I .___

KI.R 35 2.W9ul+03 ICRI' 38 1.845E+02 RADTRAD 2.woet+OS RAD-7IOED 5.2809+8i4 4

 §I.933540T4 -I e-asesli 0.ij4qtr!

I_I

 &.661F+04

_

• _
• I 1.041 I

8-Grove 11.307E+04 I 1.307E+04 1.243E4

 .6.- 1.052 Ii,_ICRP.a 38 1.O86E+(1 .."'I " .

ICRP 38 1.155+E;W r- .a. ._ _. . _rKu.I F%--U ._.A.00 I1?uq

 -. - _4 ..

RADTRAD 1.243E+04 .

 - - - - - I . 4.-

24 Grove, 2.326E.04 7-3215E+U4 __.310E+04 . 1.007 _T ** 24 - !ave 3.T713,E,,-k3- 3.713E;03 _2.65 0... 1 1.007

 . ICRP 38 2.602E.00 ICRP 38 2.736E01- .-.-- ,- J ..... . . 2-310rE+04 - - - L J . . ___________________-- RA6tRA. 3.87FE+n3 &

____________________ I

TABLE 15. COMPARISON OF CALCULATED DOSE RATES FOR 183 ISOTOPE AST SOURCE EC-RAON-1135 AND 60 ISOTOPE RADTRAD SOURCE Page 79 3 FT. CONCRETE SHIELD 8 FT. CONCRETE SHIELD__ I -RATIO OF RATIO OF Time Dose Rate 183 RADTRAD DOSE RATES 183 IS Time Dose Rate RADTRAD DOSE RATES

8) (hrs) Case hotopes 183 isotopes Case Isotopes (mrhr) (mhrffr (hiS) (mrlhr) (mr/hr) 183 Isotopes (mnhr)

I RADTRAO (mr/hr)IRADTRAD I .. .... .. _..-. I§-

 ... __-I _

_ I.. .. 0.. E Iu'r-;;v FTrulJL.. __ _ UPpRESSIOHO OL Grove _l 7.772E401 l I0 . _ 3.392E*01 2.30i .._ Gmove VF.GFE-R I. 2.009Et4 _ 4_4-1596-M - .. .... 48.351 l iCRP38

 --IN 4E' 7-'

no eX _.3.823E901 ...1 IICP33 Jo RADTRAD 1 RADTRAD I

 .3i92E+101

• l

 -^ _ l , . ______.. _. I .- _ -

• I ._.

_- F- l -4 - § j l a A-- A-H

 -- f- A 1:605E+01 s

8 Grove l

 = I _-

1.605E+01_

 -__ It_.

1.417E*01 I .1~33 8 1.378E-05 1.378E-05 1A.45E- 9.490 ICRP. 38 _ I X I ICRP38 2.336E-1 1 RADTRAD 1.417EI 1 =.,_ RADTRAD 1.4525-06 I _ _ _ =. =_ . - I_.Grove _ _ . . __..24 6.026E+00 6.025E+00 5.973E+00 I .1.009 24... Grrv" 8.543 E-07 8.543E.07 4- 6.066E-07 1.A08 ICRP 38 _ 2.152F.04 .. - I ... __-I- _. ___ _ ___ 4l-- -IUAR J8 1.U7ZE-12_ I - : _2__- _ . ._ .I RADTRAD .. 5.973E00 I ., __--__ RADTRAD l- 6.056E-07___. ... ... I

 .. _ .. Z _________ --- I.

)R B REACTOR BLI _________I - _ Gve 1.594+0 1.588E+04 1.184 +04 1 384 ICRP 38 3.608E+01 ..

 - ._ RADTRAD I 1.184E+04 -. E- I---1 ..... .... _ F .-.--..-- ~

8 _ Grove 2.582E*03

 - 2.582E+03 J-1 --

2.424E4+03

 - - -. 4.-..- .. _.- .

f-=ICRP 38 1~- -1.285E-01

-.. i R/AUUIAD -Id _ _-

A.4A4E43____ _ I. ...- _ 4 - ..I.. 4 F- 24 16.389E+02 _.6.3895+02_.__ . 4 6.339E.02

 -._ _ -- 4 ... 1.008 i ICRP 4 38 2.906E-02 4-~-7I~~3-. 4 _ ... I{_.

i -RADTRAD 6.339E+G2

• i §_- -

oEC-RADN-1135 Page 80 Table 16. Summary Of Shine Dose Rates With The Addition Of Radionuclides To The RADTRTAD 60 Isotope Source Term UNSHIELDED CASE _ _. 3 FT CONCRETE SHIELDING Tine Case Dose Rate RATIO OFj Inverse Tbie Case Dose Rate RATIO OF Inverse (hrs) (mrthr) DOSE Ratlo (hrs) (mr/hr) DOSE Ratio RATES i RATES

 *83 183 Iotopes (base jase Isotopes (b

SUPPRESSION POOL UNSHIELDED _SUPPRESSION POOL WITH 3 FT CONCRETE SHIELD t Grw4ICRP38 4.979E+06 nita _ _ I 1 GOrve+[CRP38 7.810E401 I ne I RADTRAD60; 4.144E+06 0.832 1.201 .RADTRAD60 392E+01 0.434! 2.303 RADTRAD 60+ 4.797E+06 0.9864 1.038 RADTRAD 60 + T.700E01 0.9s6

• 1.014 Srf4. I Br-94, S

Cs4t38. j Cs-138.Rb-88 Rb-88 8 IGrove+ICRP38 2.173E+06 I RADTRAD60 2.137?E06 I nla 0.983 1.017 a Gmeroe-CRP38! 1.6052401 I I RADTRAD60 1.417E+01

 /a 0.883 1.133 I

IRADTRDGD* 2156E+0 0.992 I.C06RADTRAD 60, t602E.01 0.998 1.002 Br-84.Cs-138, GCs138, Rb-88 R_ _ _ _,b_8_ R 24 Grove+lCRP38' 1A71E406 Weia _ 24 Grove+KP38, C 6.026E.00 n _a RADTRAD 6 .453Es08 0.G94 1.006 1 RADTRAD 6D 5.973E+00 0.991 I11.0 RADTRAD 60+ 1A63E+06 0.994 1.006 RADTRAD60+ 6.010C+00 0.997 1.003 Sr-84. I r-84, Cs-138. l . Cs-13B.,Rb_88 _ _REACTOR BLDG UNSHIELDED JREACTOR BLDG WITH 3 FTCONCRETE SHIELD I I GroveICRP38 1.816E+08 I nla I t I GroveICRP38 1.588E+04 i le -

• RADTRAD 60 1.533E+08 0.844 1.185 _ l RADTRADG0! 1.164E+041 0.733 - 1.364 RADTRAD 60+ 1.730E+08: 0.953 1.050 RADTRAD60+ 1.443E+04 0.909 1.100 Cs-138, Cs-138, Xe-135mn Xe-135m.,

Xe-138 Xe-138 8 Graove+ICRP391 7.760E+07 Wna a8 I Grove+lCRP38 2.582E+03 Ivna RADTRAD 60 7.461E+07 0.961 I 1.040 ! RADThAD60 2.424E+03 1 0.939 1.05 RADTRAD 60+ 7.643E+07 Cs-138, Xs-136m.0.98S i .015 RADTRAD 60.+2.425E+03 Cs-138, Xe-135rn,.1 0.939 1 1.085 Xe-138 Xe-138 24 Grove4ICRPD38 5.011E4071 n/a 24 -Grove.ICRP38 6.389E.02 i n/a ____RADTRAD60 4.931EF07: 0.984 1.016 RADTRAD6o 1 6.339E+02 0.992 I t.1 RADTRAD60+ 4.965E+07: 0.991 1.009 RADTRAO 60+ 6.339E402 0.992 1.008 i CS 138, 1; Cs-138.IXe-135r, Xe-135m,[ Xe-138 i_______ Xe-138

PP&L CALCULATION SHEET Dept. Red.& Eff. Tech. PROJECT Calc. No. EC-RADN-1 135 Date 08/1912005 Justfication Of AST 60 Isotope Designed Cecked ByBy j.F.Mackav RADTRAD Source erm for Direct Sh. No. 1 Checked T.F.Wackay Shine Dose Calculations By M.M.Waselus ATTACHMENT I MICROSHIELD COMPUTER CODE OUTPUTS AST DBA-LOCA LIQUID SOURCE I I

MicroShield v5.02. (5.01-00076) :EC-RADN-1 135 Pennsylvania Power & Light Co. Page 82 Page : 1 File 1Ref:DOS File: lSPlGR.MS5 -Date:Run Date: August 1, 2005 By:Run Time: 4:37:39 PM - Checked:.Duration: 00:00:21 Case

Title:

Suppression Pool Descriptions 1 Hour, Grove Geometryt 7 - Cylinder volume - Side Shields Source Dimensions Height 914.4 cm 30 ft Radius 16.828 cm 6.6 in Dose Points X y 152 . 4 cm 457.2 cm I0 cm 5 ft 0. O in 15 ft 0.0 in Shields Shield Name Dimension MaterialDensitv 8.13e+05 cm 3 L-Z_Source Water 1 Transition Air 0.00122 Air Gap Air 0.00122 Wall Clad .953 cm Iron 7.86 source Input Grouping Method: Standard Indices Number of Groups: 25 Lower Energy Cutoff

• 0.015 Photons 0.015 s Excluded Library s Grove Nu-ci-de curies becouerels Ci/cm3 cm3 Am-241 1.1038e-003 4.0842e+007 1.3570e-003 5.0209e+001 Am-242 4. 7554e-001 1.7595e+010 5.8460e-001 2.1630e+004 Am-242m 7.2160e-005 2.6699e+006 8.8710e-005 3 .2823e+000 Am-243 1.3601e-004 5.0323e+006 1. 6720e-004 6.1864e+000 Am-244 5.6201e-001 2.0794e+010 6.9090e-001 2.5563e+004 Ba-135m 4.4479e-001 1.6457e+010 5.4680e--01 2.0232e+004 Ba-137m 1.7871e+002 6.6124e+012 2.1970e+002 S.1289e+006 Ba-139 1.4634e+003 5.4145e+013 1.7990e+003 6.6563e+007 Ba-140 2.1280e+003 7.8734e+013 2.6160e+003 9.6792e+007 Ba-141 2.0035e+002 7.4130e.012 2.4630e+002 9.1131e+006 Ba-142 3.6166e+001 1.3381e+012 4.4460e+,001 1.6450e+006 Br-82 2.4493e+001 9.0623e+011 3.0110e+001 1.1141e+006 Br-83 6.7833e+002 2.5098e+013 8.3390e+002 3.0854e+007 Br-84 4.6984e+002 1.7384e+013 5.7760e+002 2.1371e+007 Ce-141 1.9539e+001 7.2294e+011 2.4020e+.D1 8.8874e+005 Ce-143 1.7871e+001 6.6124e+011 2.1970e+O01 8.1289e+005 Ce-144 1.6464e+001 6.0917e+011 2.0240e+001 7.4888e+005 Cm-242 2.9032e-001 1.0742e+010 3.5690e-001 1.3205e+004 Cm-243 1.2503e-004 4.6259e+006 1.5370e-004 5.6869e+000 Cm-244 I. 6960e-002 6.2753e+008 2.0850e-002 7.7145e+002 Co-58 3.2172e-001 1.1903e+010 3.9550e-001 1.4633e+404 Co-60 1.7334e-001 6.4137e+009 2.1310e-001 7.8847e+003 Co-60 m 5.4037e-003 1.9994e+008 6.6430e-003 2.4579e+002 Co-61 2.5396e-003 9.3964e+007 3.1220e-003 1.1551e+002 cocia, 3.329;881 *?.Y;33++eq 3;t3 41 431 3.

 .Co-60.- 1. 2334o-'00 6.'41320 4,O9 2. 13310 -ol 2.1.89L7.+03

Page 2 Dos File: 1SPIGR.MS5 35 Run Date: August 1, 2005 EC-RADN-;Run Time: 4:37:39 PM Page 83 Duration: 00:00:21 Nuclide curies becuegelrs iCijcm 3 pal/cm3 Cs-134 1.2511e+003 4.6290e+013 1.538Qe+003 5.6906e+007 Cs-134m 2.0621e+002 7.6297e+012 2.5350e+002 9.3795e+006 Cs-136 3.9859e+002 1.4748e+013 4.9000e+002 1.8130e+007 Cs-137 9.4359e+002 3.4913e+013 1.l6OOe+003 4.2920e+007 Cs-138 4.8636e+003 1.7995e+014 5.9790e+003 2.2122e+008 Cs-139 1.2307e+002 4.5537e+012 1.5130e+002 5.5981e+006 Eu-152m 1.0005e-003 3.7020e+007 1.23D0e-003 4.5510e+001 Eu-154 4.5935e-002 1.6996e+009 5.6470e-002 2.0894e+003 Eu-155 1.8888e-002 6.9886e+008 2.3220e-002 8.5914e+002 Eu-156 1.1884e+000 4.3972e+010 1.461Oe+.000 5.4057e+004 I-128 1.4666e+001 5.4265e+011 1.8030e+001 6.6711e+005 I-130 1.6358e+002 6.0526e+012 2.0110e+002 7.4407e+006 I-131 6.9834e+003 2.5839e+014 8.5850e+003 3.1764e+008 I-132 1.0176e+004 3.7652e+014 1.2510e+004 4..6287e+008 I-133 1.4219e+004 5.2610e+014 1.7480e+004 6.4676e+008 1-134 1.1421e+004 4.2257e+014 1.4040e+Ot4 5.1948e+008 I-135 1.2421e+004 4.5959et014 1.5270e+004 5.6499e+008 La-140 9.1105e+000 3.3709e+011 1.1200e+001 4.1440e+005 La-141 6.9834e+000 2.5839e+011 8.5850e+000 3 .1764e+005 La-142 5.3866e+000 1.9930e+011 6.6220e+000 2.4501e+005 Mo-99 1.0892e+002 4.0300e+012 1.3390e+002 4.9543e+006 Mo-101 5.8193e+000 2.1532e+011 7.1540e+000 2.647Oe+005 Nb-95 6.3703e+000 3.0970e+011 1.0290e+001 3.8073e+005 Nb-95m 9.2813e-002 3.4341e+009 1.141e-001 4.2217e+003 Nb-96 1.3161e-002 4.8697e+008 1.61BOe--002 5.9866e+002 Nb-97 8.1832e+000 3.0278e+011 1. 0E0e+001 3.7222e+005 Nb-97m 7.5316e+000 2.7867ee+011 9.2590e+000 3.425Be+005 Nd-147 3.1423e+000 1.1627e+011 3.8630e+000 1.4293e+005 Nd-149 1.2372e+000 4.5778e+010 1.5210e+000 5.6277e+004 Np-236m 5.1125e-005 1.2916e+006 6.2850e-005 2.3254e+000 Np-238 5.0458e+000 1.8669e+011 6.2030e+000 2.2951e+005 Np-239 2.2947e+002 8.4904e+012 2.8210e+002 1.0438e+007 Np-240 2.1865e-001 8.0901e+009 2.6880e-001 9.9456e+003 Pd-109 2.1450e+001 7.9366e+011 2 .6370e+001 9.7569e+05 Pm-147 1.0908e+000 4.0360e+010 1.3410e+000 4.9617e+004 Pm-148 8.7445e-001 3.2355e+010 1.0750e+000 3.9775e+004 Pm-148m 1.6863e-001 6.2392e+009 2.0730e-01 7 .6701e+003 Pm-149 2.7934e+000 1.0335e+011 3 .4340e+000 1.27046e+005 Pm-151 9.2813e-001 3.4341e+01Q0 1.1410e+000 4.2217e+004 Pr-142 3.0789e-001 1.1392e+010 3.7850e-001. 1.4004e+004 Pr-143 7.0167e+000 2.5962e+011 8.6260e+000 3.1916e+005 Pr-144 6.5840e+000 2.4361e+011 8.0940e+000 2.9942e+005 Pr-144m 9.2081e-002 3.4070e+009 1.1320e-001 4.1 84e+003 Pu-237 7.2909e-005 2.6976e+006 8.9630e-005 3.3163e+000 Pu-238 4.9628e-002 1.8362e+009 6.110e-002 2.2574e+003 Pu-239 5.2540e-003 1.9440e+008 6.4590e-003 2.3898e+002 Pu-240 8.4760e-003 3.1361e+008 1.0420e-002 3.8554e+002 Pu-241 2.0865e+000 7.7199e+010 2.5650e+040 9.4905e+004 Pu-243 3.9574e+000 1.4642e+011 4.8650e+000 1.8001e+005 Rb-86 1.1762e+001 4.3521e+011 1.4460e+001 5.3502e+005 Rb-88 3.5124e+003 1.2996e+014 4.3180e+003 1.5977e+008 Rh-103m 9.3139e+001 3.4461e+012 1 .1450e+02 4.2365e+006 Rh-105 6.0683e+001 2.2453e+012 7.4600e+001 2.7602e+006 I nctrjifn1

 .Arvii AlAAc.j.P11 nt 1OOQflC6.jAflO 7 la MLfc.

Rb-86 1.1762e+001 4.3521e+011 I.4460e+i001 5.3 52e+005 Rh 2 ... 2.6134ei,0o2 1.3204eelt01 e1.3313fOe 10-0 21.5923elOos

Page : 3 DOS File: lSP1GR.MSS Run Date: August 1, 2005 EC.RADN-1 f35 Run Time: 4:37:39 PM Page 84 Duration: 00:00:21 Nucl-ide curies -beccruerels uCi 1cm 3 Rh-106 3.7239e+0Q1 1.3779e+012 4.5780e+001 1.6939e+006 Ru-103 9.3139e+001 3.4461e+012 1, 1450e+002 4.2365e+006 Ru-105 5.6949e+001 2.1071e+012 7.0010e+001 2.5904e+006 Ru-106 3.7239e+001 1.3779e+012 4.5780e+001 1.6939e+006 Sb-122 2.3028e+000 8.5205e+010 2.8310e+000 1.0475e+005 Sb-124 1.0575e+000 33.9126e+010 1.3000e+000 4.8100e+004 Sb-125 1.4918e+001 5.5198e+011 1.8340e+001 6.7858e+005 Sb-126 5.0441e-001 1.8663e+010 6.2010e-001 2.2944e+004 Sb-126m 6.7239e-002 2.4878e+009 8.2660e-002 3.0584e+003 Sb-127 1.0144e+002 3 .7531e+012 1.2470e+002 4.6139e+006 Sb-129 3.2668e+002 1.2087e+013 4.0160e+002 1.4859e+007 Sm-151 2.9593e-003 1.0949e+008 3.6380e-003 1.3461e+002 Sm-153 2.2776e+000 8.4272e+010 2.8000e+000 1.0360e+005 Sr-89 1.1225e+003 4.1534e+013 1.3800e+003 5.1060e4007 Sr-90 1.4219e+002 5.2610e+012 1.7480e+002 6.4676e+006 Sr-91 1.3218e+003 4.8908e+013 1.6250e+003 6.0125e+007 Sr-92 1.1722e+003 4.3370e+013 1.4410e+003 5.3317e+007 Sr-93 6.3513e+000 2 . 3500e+011 7.8080e+000 2.8890e+005 Tc-99 1.2015e-003 4.4454e+007 1.4770e-003 5.4649e+001 Tc-99m 9.7287e+001 3.5996e+012 1.1960e+002 4.4252e+006 Tc-101 2.1743e+001 8.0450e+011 2.6730e+001 9.8901e+005 Te-123m 1.0558e-002 3.9066e+008 1.2980e-002 4.8026e+002 Te-125m 3.2928e+000 1.2183e+011 4.0480e+000 1.4978e+005 Te-127 1.0144e+002 3.7531e+012 1.2470e+002 4.6139e+006 Te-127m 1.7294e+0Q1 6.3987e+011 2.1260e+001 7.8662e+005 Te-129 3.4750e+002 1.2858e+013 4.2720e+002 1.5806e+007 Te-129m 7.2494e+001 2.6823e+012 8.9120e+001 3.2974e+006 Te-131 4.8131e+002 1. 7809e+013 5.9170e+002 2.1893e+007 Te-131m 2.2947e+002 8.4904e+012 2.8210e+002 1.0438e+007 Te-132 1.6627e+003 6.1519e+013 2.0440e+003 7.5628e+007 Te-133 1.5878e+002 5.8750e+012 1.9520e+002 7.2224e+006 Te-133m 5.1043e+002 1.8886e+013 6.2750e+002 2.3218e+007 Te-134 7.8481e+002 2.9038e+013 9.6480e+002 3.5698e+007 Y-90 5.9308e-001 2.1944e+010 7.2910e-001 2.6977e+004 Y-91 5.8535e+000 2.1658e+01l 7.1960e+000 2.6625e+005 Y-91m 3.2220e+000 1.1922e+011 3.9610e+000 1.4656e+005 Y-92 5.9528e+000 2.2025e+011 7.3180e+000 2.7077e+005 Y-93 4.3893e+000 1.6240e+O11 5.3960e+000 1.9965e+0O5S Zr-89 2.3842e-003 8.8215e+007 2.9310e-003 1 .0845e+002 Zr-93 1.2934e-006 4.7855e+004 1.5900e-006 5.8830 002 Zr-95 8.3378e+000 3.0850e+011 1.0250e+001 3.7925e+005 Zr-97 7.9310e+000 2.9345e+011 9.7500e+000 3.6075e+005 Buildup The material reference is: Source Integration Parameters Radial 20 Circumferential 20 Y Direction (axial)Results Y Direction (axial) 25

Page : 4 DOS File: 1SP1GR.KS5 Run Date: August 1, 2005 EC-RADN-1 135 Run Time: 4:37:39 PM Page es Duration: 00:00:21 Eneray Activity Fluence Rate Fluence Rate Exposure Rate Exposure Rate MeV photons/sec MeVIcM2/sec Mev/cm 2 /sec mRBhr mgthr -No Buildup With Buildup No Buildup With Buildup 0.015 8.979e+09 4.243e-186 3 .292e-24 3.639e-187 2.823e-25 0.02 9.797e+1l 8.168e-82 1.088e-21 2.829e-83 3.769e-23 0.03 7 1.057e+14 1.619e-22 2.544e-18 1.604e-24 2.521e-20 0.04 2.595e+12 4.809e-09 7.044e-07 2.127e-11 3.116e-09 0.05 8.1l0e+12 7.333e-03 1.501e+0Q 1.954e-05 3.999e-03 0.06 2.078e+12 8.329e-01 1.483e+02 1.654e-03 2.945e-01 0.08 1.522e+13 1.178e+03 1.066e+05 1.864e+00 1.687e+02 0.1 1.149e+13 7.630e+03 3.729e+05 1.167e+01 5.704e+02 0.15 6.122e+13 3.129e+05 6.062e+06 5.152e+02 9. 983e+03 0.2 1.080e+14 1.263e+06 1.576e+07 2.229e+03 2.782e+04 0.3 8.913e+13 2.495e+06 1.853e+07 4.733e+03 3.515e+04 0.4 3.274e+14 1.579e+07 8.844e+07 3.076e+04 1.723e+05 0.5 7.714e+14 5.573e+07 2.564e+08 l.094e+05 5.033e+05 0.6 7.515e+14 7.501e+07 2.986e+08 1.464e+05 5.827e+05 0.8 1.339e+15 2.209e+08 7.128e+08 4.201e+05 1.356e+06 1.0 6.105e+14 1. 479e+08 4.144e+08 2.727e+05 7.638e+05 1.5 5.759e+14 2.757e+08 6.161e+08 4.639e+05 1.037e+06 2.0 1.614e+14 1.224e+08 2.409e+08- 1.894e+05 3.725e+05 3.0 2.061e+13 2.877e+07 4.880e+07 3.904e+04 6.621e+04 4.0 -1.256e+12 2.629e+06 4.092e+06 3.252e+03 5.063e+03 5.0 1.863e+11 5.255e+05 7.688e+05 6.024e+02 8.814e+02 TOTALS: 4.963e+15 9.495e+08 2.722e+09 1.683e+06 4.933e+06

 .I .

iI

 .i

MicroShield v5.01 (5.01-00076)Pennsylvania Power & Light Co.Page :1 File Ref:DOS File: 1SP1I38.MS5 Date:Run Date: August 1, 2005 2005 EC-FRADN-1 Page 88135 By:Run Time: 4:38:00 PM.8 Checked:Duration: 00:00:20 Case Titles Suppression Pool

Description:

I Hour, ICRP38 Geometry: 7 - Cylinder Volume - Side Shields Source Dimensions Height 914.4 cm 30 ft I1 Radius 16.828 cm 6.6 in Dose Points A

 # 1 152.4 cm 457.2 cm 0 cm 5 ft 0.O in iS ft 0.0 in I1 Shields Shield Name DiMension MaterialDensitv Source 8.13e+05 cm3 Water 1 Transition Air 0.00122

_x Air Gap Air 0.00122 Wall Clad .953 cm Iron 7.86 I Source Input.Grouping Method: Standard Indi Bes Number of Groups s 25 Lower Energy Cutoff s 0.015 I Photons < 0.015: Excluded Library s ICRP-38 Nuclide cs beccuerels gCi/cM3 Ba/cm3 Cs-135m 1.1 559e+002 4.2768e+012 1.4210e+0,02 5.2577.e+006 Eu-157 1.1 006e-001 4.0722e+009 1.3530e-0 01 5.0061e+003 II Eu-158 1.8 725e-002 6.9284e+008 2.3020e-0 02 8.5174e+002 La-143 3.8573e-001 1.4272e+01Q 4.7420e-0 01 1.7545ie+004 Nd-151 3.3 587e-002 1.2427e+009 4.1290e-0 02 1.5277e+003 Pm-150 1.8587e-002 6.8772e+008 2.2850e-0 02 8.4545e+002 Pr-145 4.4 560e+000 1.6487e+011 5.4780e+0 00 2.0269e+005 Pr-147 1.5732e-001 5.8208e+009 1.9340e-0 01 7.1558e+003 Rh-106m 9.4 766e-001 3.5063e+010 1.165Oe+0 00 4:,3105e+004 Rh-107 6.8 581e+000 2.5375e+011 8.4310e+0 00 ,3tllI5e+005 Sb-128a 1.6 627e+001 6.1519e+011 2.0440,e+0 01 :7h5628e+005 Sb-128b 9.8 914e+001 3.6598e+012 1.2160e+0 0t2 ,4$4 92e+006 Sb-130 4. 3 812e+001 1.6214e+012 5.3860e+0 01' t 28e+06 Sb-131 1.5211e+002 5.6282e+012 1.8700e+D )02 6.9Z90e+006 Se-81 8.7282e+000 3.2294e+t11 1.0730e+0 )01: 3.9701e~t05 Se-81m 2.0 450e+000 7.5665e+010 2.5140e+0 00 9.301$e+004 Se-83 1.0 306e+001 3.8133e+011 1.2670e+0 O01 435879e0O05 Sm-155 2.8633e-002 1.0594e+009 3.5200e-0 02 I.3024e+003 Sm-156 1.0 371e-001 3.8374e+009 1.2750e-0 OX 4.7175e+003 Y-94 8.5 167e-001 3.1512e+010 1.0470e+0100 3.8739e+004 yY-95 1.5 130e-001 5.5981e+009 1.860e-0101 6.8820e+003 Buildup The material reference is: Source Y_- b I.biJUe-UUi b.bY9ie+UUY i.9bUue-oUl b.A8ebie+1JULJ

Page : 2 DOS File: 1SP1138.MS5 Run Date: August 1, 2005 -MRADN-I 135 Run Time: 4:38:00 PM Page 87 Duration: 00:00:20 I Integration Parameters Radial 20 Circumferential 20 Y Direction (axial) 25 Results Enerory =i-viLY Fluence Rate Fluence Rate Exposure Rate .Exposure Rate

 -MeV photonsZsec MeVIcm2 /sec MeV/cm2 /sec mR/hr mRJhr-No Bui1du= With Buildup No BuilduR .With Buildup 0.015 2.062e+07 9.742e-189 7.558e-27 8.356e-190 6.483e-28 0.02 4.509e+09 3.759e-84 5.007e-24 1.302e-85 1.734e-25 0.03 5.594e+11 8.565e-25 1.346e-20 8.488e-27 1.334e-22 0.04 1.400e+10 2.593e-11 3.799e-09 1.147e-13 1 .680e-11 0.05 1.170e+09 1.059e-06 2.169e-D4 2.822e-09 5.777e-07 0.06 1.056e+09 4.233e-04 7.536e-02 8.408e-07 1.497e-04 0.08 2.406e+09 1.862e-01 1 .685e+Ql 2.946e-04 2.667e-02 0.1 4.909e+10 3.259e+01 1.593e+03 4. 9B6e-02 2.436e+00 0.15 1.781e+11 9.100e+02 1.763e+04 1. 499e+O0 2.904e+01 0.2 1.388e+12 1.623e+04 2.026e+05 2.865e+0l 3.575e+02 0.3 5.283e+12 1.479e+05 1.098e+06 2.806e+02 2. 03e+03 0.4 7.197e+11 3.470e+04 1.944e+05 6.762e+Ol 3.788e+02 0.5 2.518e+12 1.819e+05 8.370e+05 3.571e+02 1.643e+'03 0.6 5.857e+12 5.846e+05 2.327e+06, 1. 141e+03 4.541e+03 0.8 2,252e+13 3.715e+06 1. 199e+07 7.066e+.03 2.280e+04 1.0 6.278e+12 1.521e+06' 4.262e+06 2.804e+03 7.855e+03 1.5 1.590e+12 7.613e+05 1.701e+06 1.281e+03 2.862e+03 2.0 1.230e+12 9.332e+05 1.836e+06 1.443e+03 2.839e+03 3.0 7.760e+10 1.084e+05 1.83Se+05 1.470e+02 2.493e+02.

4.0 3.370e+08 7.054e+02 1.098e+03 8.727e-01 1.359e+00 TOTALS- 4.827e+13 8.006e+06 2.465e+07 1.462e+04 4.565e+04

licroShield v5.0Q1 (5.01-00076)Pennsylvania Power & Light Co.Page :1 File Ref: _DOS File: lSPIRAD.1MS5 Date: l Run Date: August 1, 2005 EC-RAON-1 t35 By:

 - Page88 Run Time: 4:38:21 PM . Checked:_

Duration: 00:00:20 Case Titles Suppression Pool

Description:

1 Hour, RRADTFAD Geometry: 7 - Cylinder volume - Side Shields I Source Dimensions Height 914.4 cm 30 ft Radius 16.828 cm 6.6 in Dose Points 0 # 1 152.4 cm 457.2 cm 0 cm I 5 ft 0.0 in 15 ft I0.0 in

 .i Shields Shiel Name Dimension MaterialDensitv Source 8.13e+05 cm3 Water 1 Transition Air 0.00122

__X Air Gap Air 0.00122 Wall Clad .953 cm Iron 7.86 Source Input Grouping Method: Standard Indices Number of Groups: 25 Lower Energy Cutoff s 0.015 Photons < 0.015: Excluded Library s Grove Nuclide curies hecauerels yci /cm3 _BaCn/C3 Am-241 1.1038e-003 4.0842e+007 1.3570e-D03 5.0209e+001 Ba-137m 1.7871e+002 6.6124e+012 2.1970e+002 8.1289e+006 Ba-139 1.4634e+003 5.4145e+013 1.7990e+003 6.6563e+007 Ba-140 2.1280e+003 7.8734e+013 2.6160e+003 9.6792e+007 Ce-141 1.9539e+001 7.2294e+011 2.4020e+001 8.6874e+005 Ce-143 :1.7871e+001 6.6124e+011 2.1970e+001 8.1289e.005 Ce-144 1.6464e+001 6.0917e+011 2.0240e+001 7.4888e+005 Cm-242 2.9032e-001 1.0742e+010 3.5690e-001 1.3205e+004 Cm-244 1.6960e-002 6.2753e+008 2.0850e-002 7.7145e+002 Co-58 3.2172e-001 1.1903e+010 3.9550e-001 1.4633e+004 Co-60 1.7334e-001 6.4137e+009 2.1310e-001 7.8847e+003 Cs-134 1.2511e+003 4.6290e+013 1.5380e+003 5.6906e+007 Cs-136 3.9859e+002 1.4748e4013 4 .9000e+002 1..8130e+007 Cs-137 9.4359e+002 3.4913e+013 1. 6lEOe+003 4.2920e+007 1-131 6.9834e+003 2.5839e+014 8.5850e+003 3.1764e+008 I-132 1.0176e+004 3.7652e+014 1.2510e+004 4.6287e+008 I-133 1.4219e+004 5.2610e+014 1.7480e+004 6.4676e+008 I-134 1.1421e+004 4.2257e+014 1.4040e+004 5.1948e+908 I-135 1.2421e+004 4.5959e+014 1.5270e+004 5 .6499e+008 La-140 9.1105e+000 3.3709e+011 1.1200e+001 4.1440e+005 La-141 6.9834e+000 2.5839e+01l 8.5854e+000 3. 1764e+005 La-142 5.3866e+000 1. 9930e+011 6.6220e+000 2.4501e+005 Mo-99 1.0892e+002 4.0300e+012 1.3390e+002 4.9543e+006 Nb-95 8.3703e+000 3.0970e+011 1.0290e+001 3.8073e+005 IMa-l e+ 5 .gE3e+811 8.80 +8 M391;-+889 oa -141. .2r.6<.e+eD* 1 .'942Q'011 S a~cso 2.4S9oc+DOS

Page 2 DOS File: 1SP1RAD.MS5 Run Date: August 1, 2005 Run Time: 4:38:21 PM EG.RADN-1 13S Page 89 Duration: 00:00:20 Nuclide curies becguerels uCi Icm3 Ba/CM 3 Np-239 2.2947e+002 8.4904e+012 2.8210e+002 1.0438e+007 Pr-143 7.0167e+000 2.,5962e+011 8.6260e+-000 3.1916e+005 Pr-144 6.5840e+000 2.4361e+011 8.0940e+000 2.9948e+005 Pu-238 4.9628e-002 1. 8362e+009 6.lOlOe-002 2.2574e+003 Pu-239 5.2540e-003 1.9440e+008 6.4590e-003 2.3898e+002 Pu-240 8.4760e-003 3.1361e+008 1.0420e-002 3.8554e+002 Pu-241 2.0865e+000 7.7199e+010 2.5650e+000 9. 4905e+004 Rb-86 1.1762e+001 4.3521e+i011 1.4460e+001 5.3502e+005 Rh-103m 9.3139e+001 3.4461e+012 1.1450e+002 4.2365e+006 Rh-105 6.0683e+001 2.22453e+012 7.4600e+001 2.7602e+006 Rh-106 3.7239e+001 1.3779e+012 4.5780e+001 1.6939e+006 Ru-103 9.3139e+001 3.4461e+012 1.1450e+002 4.2365e+006 Ru-105 5.6949e+001 2.1071e+012 7.014e+001 2.5904e+006 Ru-106 3.7239e+001 1.3779e+012 4.5780e+001 1.6939e+006 Sb-127 1.0144e+002 3.7531e+012 1.2470e+002 4.6139e+006 Sb-129 3.2668e+002 1.2087e+013 4.0160e+002 1.4859e+007 Sr-89 1.1225e+003 4.1534e+013 1.3800e+003 5.1060e+007 Sr-90 1.4219e+002 5.2610e+012 1.7480e+002 6.4676e+006 Sr-91 1.3218e+003 4.8908e+013 1.6250e+003 6.0125e+007 Sr-92 1.1722e+003 4.3370e+013 1.4410e+003 5.3317e+D07 Tc-99m 9.7287e+001 3.5996e+012 1.1960e+002 4. 4252e+006 Te-127 1.0144e+002 3.7531e+012 1.2470e+002 4.6139e+006 Te-127m 1. 7294e+001 6.3987e+011 2.1260e+001 7.8662e+005 Te-129 3.4750e+002 1.2858e+013 4.2720e+002 1.5806e+007 Te-129m 7.2494e+001 2.6823e+012 8.9120e+001 3.2974e+006 Te-131m 2.2947e+002 8.4904e+012 2.8210e+002 1.0438e+007 Te-132 1.6627e+003 6.1519e+013 2..0440e+003 7.5&628e+007 Y-90 5.9308e-001 2.1944e+010 7.2910e-001 2.6977e+004 Y-91 5.8535e+000 2.1658e+011 7.1960e+000 2.6625e+005 Y-92 5.9528e+000 2.2025e+011 7.3180e+000 2.7077e+005 Y-93 4.3893e+000 1.6240e+011 5. 3960e+000 1 .9965e+005 Zr-95 8.3378e+000 3.0850e+011 1.i0250e+001 3.7925e+005 Zr-97 7.9310e+000 2.9345e+011 9. 7500e+000 3.6075e+005 Buildup The material reference is r Source Integration Parameters Radial 20 Circumferential .,Y Direction (axial) 25 Results Fluence Rate Fluence Rate xnosre ate EX'06ihiue IMat MeV Dphotons/sec MeVYcm2 /sec MeV/cm2 lsec No Buildup With Buildu_ No ~U 0.015 4.042e+08 1.910e-187 1.482e-25 0.02 7.059e+11 5.885e-82 7.839e-22 2 .039e-83 ~ 7!156-T23

-0.03 8.601e+13 1.317e-22 2.069e-18 1 3 Se-14~ ~ .0'50e-20 0.04 1.956e+12 3.625e-09 5.309e-07 0.05 8.088e+12 7.321e-03 1.499e+00 I1.950e-0'5 3.992e-03 0.06 2.067e+12 8 .282e-01 1.474e+02 1.645e-03 2.929e-01:

0.04 1.956e+12 3.6 5 - 92 3.625e-09 S.309e-07 1.Z03e-ll 4 e 0 2.348e-09 A 0f A Q7 1fl I 2)Of ~ I 1 jLAA AGOm. It C .A- C I I 0101 O, Al ,

Page 3 DOS File: lSPlRAD.MS5 Run Date: August 1, 2005 Run Time: 4:38:21 PH EC-RADN-1 135 Duration: 00:00:20 Page 90 4EnerV Activity Fluence Rate Fluence Rate Exoaosure Rate Exoosure Rate IMeV nhotons/sec HeV/Cm 2 1sec MeVJcm 2 /sec mR/hr MIhr No Buildup With Buildup No Builduo With Buildup 0.08 8.077e+12 6.250e+02 5.659e+04 9.89le-01 8.955e+Ql 0.1 9.345e+12 6.204e+03 3.032e+05 9.491e+00 4.63Be+02 0.15 4.235e+13 2.164e+05 4.193e+06 3.564e+02 6.905e+03 0.2 8.365e+13 9.781e+05 1.221e+07 1.726e+03 2.154e+04 0.3 6.692e+13 1.873e+06 1.391e+07 3.553e+03 2.639e+04 40.4 3.055e+14 1.473e+07 8.254e+07 2.871e+D4 1.608e+05 0.5 6.776e+14 4.895e+07 2.252e+08 9 .609e+04 4 .421e+05 0.6 7.274e+14 7.260e+07 2.890e+O0 1.417e+05 5.640e+05 0.8 1.270e+15 2.096e+08 6.763e+08 3.986e+05 1.286e+'06 1.0 5,217e+14 1.264e+08 3.541e+08 2.330e+05 6.527e+05 1.5 4.210e+14 2.016e+08 4.504e+08 3.392e+05 7.578e+05 2.0 9.745e+13 7.391e+07 1.454e+08 1. 143e+05 2.248e+05 3.0 6.662e+10 9.303e+04 1.578e+05 1.262e+02 2.141e+02 4.0 5.232e+09 1.095e+04 1.705e+04 1.355e+01 2.109e+01 TOTALS: 4.330e+15 7.509e+08 2.254e+09 1.357e+06 4.144e+06 iI

MicroShield v5.0l (5.01-0007 Pennsylvania Power a Light C'Page 1 File Ref:DOS File: 1SP8GR.MS5 EC.RADN-1135 Date:Run Date: August 1, 2005 page 91 By:.Run Time: 4:39:43 PM - Checkced:__ ___Duration: 00:00:21 Case Titles Suppression Pool Descriptions 8 Hour, GROVE Geometryt 7 - Cylinder Volume - Side Shields Source Dimensions Height 914.4 cm 30 ft Radius 16.828 cm 6.6 in Dose Points

 * # 1 152.4 cm 457.2 cm 0 cm 5 ft 0.0 in 15 ft 0.0 in I.

1I L-X Id Transition Shields Shield Name Dimension MaterialDensiaty Source 8.13e+05 cm3 Water 1 Air 0.00122 Air Gap Air 0.00122 Wall Clad .953 cm Iron 7.86 Source Input, Grouping Method & Standard Indices Number of Groups: 25 Lower Energy Cutoff: 0.015 Photons < 0.015 s Excluded Library: Grove 3Nuclide curies becquerels ucilcm- 1 Am-241 1.107le-003 4.0962e+007 1.3610e-003 5.0357e+001 Am-24 2 3.5246e-001 1.3041e+010 4.3330e-001 1.6032e+004 Am-242m 7.2160e-005 2.6699e+006 8.8710e-005. 3.2823e+000 Am-243 1.3601e-004 5.0323e+006 1.6720e-004 6.1864e+000 Am-244 3.4579e-001 1.2794e+010 4.2510e-001 1.5729e+004 Ba- 13 Sm 3,.7573e-001 1.3902e+010 4.6190e-001 1.7090e+004 Ba-137m 1.7871e+002 6.6124e+012 2.1970e+002 8.1289e+006 Ba-139 4.6968e+001 1.7378e+012 5.7740e+001 2.1364e+006 Ba-140 2.0946e+003 7.7500e+013 2.5750e+003 9.5275e+.07 I Ba-141 2.4029e-005 8.8907e+005 2.9540e-005 1 .0930e+O00 i: L. I Ba-142 4.2811e-011 1.584Qe+000 5.2630e-01 1.947 eO Br-82 2.1345e+001 7.8975e+011 2. 6240e+001 9.708 e+~Br-83 9.1268e+001 3.3769e+012 1.1220e+002 4.114e+01t Br-84 4.,9734e-002 1.8401,e+009 6.1140e-002 2.262je+643 Ce-141 1.9449e+001 7.1963e+011 2.3910e+001 8.84t~e, 05 Ce-143 1.5463e+001 5.7215e+011 1. 9010e+001 7.0337e+4P0 Ce-144 Cm-242 1.6464e+001 6.0917e+011 2.0240e+001 7.4BB~e+00 2.9032e-001 1.0742e+010 3.5690e-001 1.3205e+004 iI Cm-243 1.2503e-004 4.6259e+006 1 .5370e-004 5.6869e+000 I!Cm-244 1.6960e-002 6.2753e+008 2.0850e-002 7.7145e+402 Co-58 3.2090e-001 1.1873e+010 3.9450e-001 1.4597e+004 Co-6O 1.7334e-001 6.4137e+009 2.1310e-001 7.8847e+003 Co-60m Co-61 1.3430e-004 4.9691a+006 1.6510e-004 6.1e87e+a00 Cor-E0 §A;f3e+o91 co 6s- 1 .2333o-001 6 . A1 2o0,09 2 .IU10-0-01 2. ee47..ao03

Page : 2 DOS File: 1SP8GR.MSS Run Date: August 1, 2005 Run Time: 4:39:43 PM ECCRADN-I f135 Page 92 Duration: 00:00:21 Nuclide curies becauere-l 6 jACi/cm3 ./aCM 3 Cs-134 1.2511e+003 4.6290e+013 1.5380e+003 5.6906e+007 Cs-134m 3.8947e+001 1.4411e+012 4.7880e+001 1.7716e+006 Cs-136 3.9240e+002 1.4519e+013 4.8240e+002 1.7849e+007 Cs-137 9.4359e+002 3.4913e+013 1.1600e+003 4.2920e+007 Cs-138 6.2350e-001 2. 3070e+1010 7.6650e-001 2.8361e+004 Cs-139 2.8308e-012 1.0474e-001 3.4800e-012 1.2876e-007 Eu-152m 5.9519e-004 2.2022e+007 7.3170e-004 2.7073e+001 Eu-154 4.5935e-002 1.6996e+009 5.6470e-002 2.0894e+003 Eu-155 1.8888e-002 6.9886e+008 2.3220e-002 8 .5914e+002 Eu-156 1.1746e+000 4.3460e+010 1.4440e+000 5. 3428e+004 I-128 1.2771e-004 4.7253e+006 1.5700e-004 5.809Oe-000 I-130 1.1071e+002 4.0962e+012 1.3610e+002 5.0357e+006 1-131 6.8337e+003 2. 5285e+014 8.4010e+003 3.1084e+008 I-132 9.6799e+003 3.5816e+014 1.1900e+004 4.4030e.008 I-133 1.1372e+004 4.2076e+014 1.3980e+004 5.1726e+008 1-134 9.9728e+001 3.6899e+012 1.2260e+002 4.5362e+006 1-135 5.9357e+003 2.1962e+014 7.2970e+003 2.6999e+0O8 La-140 9.0454e+000 3.3468e+011 1.1120e+001 4.1144e+005 La-141 2.0450e+000 7.5665e+010 2.5140e+000 9.3018e+004 La-142 2.2182e-001 8.2075e+009 2.7270e-001 1.0090e+004 Mo-99 1.0103e+002 3.7381e+012 1.2420e+002 4.5954e+006 Mo-101 1.2763e-008 4.7223e+002 1.5690e-008 5.8053e-004 Nb-95 8.3703e+000 3.0970e+011 1 .0290e+001 3.8073e+005 Nb-95m 9.2813e-002 3.4341e+009 1.1410e-001 4.2217e+003 Nb-96 1.0680e-002 3.9518e+008 1.3130e-002 4.8581e+002 Nb-97 6.3749e+000 2.3587e+011 7.8370e+000 2.8997e+005 Nb-97m 5.6493e+000 2.0903e+011 6.9450e+000 2.5697e+005 Nd-147 3.0862e+000 1.1419e+011 3.7940e+000 1.4038e+005 Nd-149 7.4153e-002 2.7437e+009 9.1160e-002 3.3729e+003 Np-236m 4. 1152e-005 1.5226e+006 5.0590e-005 1.8718e+000 Np-238 4.5886e+000 1 .6978e+011 5.6410e.1t00 2.0872e+005 Np-239 2.1036e+002 7.7832e+012 2.5860e+002 9.5682e+006 Np-240 1.9783e-003 7.3197e+007 2.4320e-003 8.9984e+001 Pd-109 1.5049e+001 5.5680e+011 1.8500e+001 -6.8450e+005 Pm-147 1.0908e+000 4 .0360e+010 1.3410e+ODOO 4.9617e+004 Pm-148 8.4435e-001 3.124le+010 1.0380e+000 3.S406e+004 Pm-148m 1.6789e-001 6.2121e+009 2.0640e-001 7..6368e+003 Pm-149 2.5835e+00G 9. 5589e+010 3..1760e+000 1.1751e+005 Pm-151 7.8147e-001 2.8914e+010 9.6070e-001 3.5546e+004 I Pr-142 2.3874e-001 8.8335e+009 2.9350e-001 1. 0860e+0iD4 Pr-143 7.0167e+000 2.5962e+011 8.6260e+000 3.1916e+005

 -Pr-144 6.5840e+000 2.4361e+011 8.0940e+000 1.1320e-001 2.9948e+005 I!

Pr-144m 9.2081e-002 3.4070e+009 4.1884e+003 Pu-237 7.2575e-005 2.6853e+006 8.9220e-005 3.3011e+000 Pu-238 4.9628e-002 1.8362e+009 6.lOlOe-002 2.2574e+003 Pu-239 5.2540e-003 1.9440e+008 6.4590e-003 2.3898e+002 Pu-240 8.4760e-003 3.1361e+008 1.0420e-002 3.8554e+002 Pu-241 2.0865e+000 7.7199e+010 2.5650e+000 9.4905e+004 Pu-243 1.4878e+000 5.5048e+010 1 .8290e+000 6.7673e+004 Rb-86 1.1640e+001 4.3069e+011 1.4310e+001 5. 2947e+005 Rb-88 6.4424e+002 2.3837e+013 7.9200e+002 2.9304e+007 Rh-103m 9.2732e+001 3.4311e+012 1.1400e+002 4.2180e+006 Rh-105 5.6949e+001 2.1071e+012 7.0010e+DO1 2.5904e+006 I ++BB2 7 1,++BSa Rh-92_... 6 .4424o.'002 2.3-217,o-4-0 7.-92O0v.-O02 2.10'4o4O07

Page : 3 DOS File: ISPSGR.1S5 Run Date: August 1, 2005 Run Time: 4:39:43 PM EC-RADN-1135 Duration: 00:00:21 Pop 93 curies b2ecouerel s "!Qi iem3 .jgcjCM3 :Rh-106 3.7239e+001 1. 3779e+012 4.5780e+001 1.6939e+006 Ru-103 9.2732e+001 3.4311e+012 1.1400e+O02 4.2180e+006 Ru-105 1.9124e+001 7 .0759e+011 2.3510e+001 8.6987e+005 Ru-106 3.7239e+001 1.3779e+012 4.5780e+001 1.6939e+006 Sb-122 2.1369e+000 7.9066e+O10 2.6270e+000 9.7199e--+004 Sb-124 1.0575e+000 3.9126e+010 1.3000e+000 4.81*0e+004 Sb-125 1.4918e+001 5.5198e+011 1.8340e+001 6.7858e+005 Sb-126 4.9636e-001 1.8365e+010 6.1020e-001 2.2577e+004 Sb-126m 9.0617e-004 3.3528e+007 1.1140e-003 4.1218e+001 Sb-127 9.7287e+001 3.5996e+012 1.1960e+002 4.4252e+006 Sb-129 1.0811e+002 3.9999e+012 1.3290e+002 4.9173e+006 Sm-151 2.965Be-003 1.0973e+008 3.6460e-003 1. 3490e+002 Sm- 153 2.0515e+000 7.5905e+010 2.5220e+000 9.3314e+004 Sr-89 1.1225e+003 4. 1534e+013 1.3800e+003 5.1060e+007 Sr-90 1.4219e+002 5.2610e+012 1.7480e+002 6.4676e+006 Sr-91 7.9473e+002 2.9405e+013 9.7700e+002 3.6149e+007 Sr-92 1.9539e+002 7.2294e+012 2.4020e+002 8.8874e+006 Sr-93 Tc-99 1.2015e-003 4.4454e+007 1.4770e-003 5.4649e+001 Tc-99m 9.4359e+001 3.4913e+012 1.1600e+002 4.2920e+006 Tc-101 2.2736e-007 8.4122e+003 2.7950e-007 1.0342e-002 Te-123m 1.0558e-002 3.9066e+008 1.298Oe-002 4.8026e+002 Te-125m 3.2928e+000 1.2183e+011 4.0480e+000 1.4978e+005 Te-127 1.0062e+002 3.7230e+012 1.2370e+002 4.5769e+006 Te-127m 1.7294e+001 6.3987e+011 2.1260e+001 7.8662e+005 Te-129 1.6627e+002 6.1519e+012 2.0440e+002 7.5628e+006 Te-129m 7.2242e+O01 2.6729e+012 8.8810e+001 3.2860e+006 Te-131 4.3893e+001 1.6240e+012 5.3960e+001 1.9965e+006 Te-131m 1.9539e+002 7.2294e+012 2.4020e+002 8.8874e+006 Te-132 1.5626e+003 5.7817e+013 1.9210e+003 7.1077e+007 Te-133 6.0186e-001 2.2269e+010 7.3990e-001 2.7376e+0.04 Te-133m 2.6599e+000 9.8418e+010 3.2700e+000 1.2099e+005 Te-134 7.4153e-001 2.7437e+010 9.1160e-001 3.3729e+004 Y-90 5.8917e-001 2.1799e+010 7.2430e-001 2.6799e+004 Y-91 5.8202e+000 2.1535e+011 7.1550e+000 2.6473e+005 Y-91m 2.0181e+000 7.4671e+010 2.4810e+000 9.1797e+004 Y-92 2.8430e+000 1.0519e+011 3.4950e+000 1.2932e+D05 Y-93 2.7136e+000 1.0040e+011 3.3360e+000 1.2343e+005 Zr-89 2.2410e-003 8.2918e+007 2.7550e-003 1.0194e+OQ02 Zr-93 1.2934e-006 4.7855e+004 1.5900e-006 5.8830e-002:Zr-95 8.3052e+000 3.0729e+011 1.0210e+001 3.7777e+005 Zr-97 5.9389e+000 2.1974e+011 7.3010e+DO 2.7014e+005 Buildup The material reference is t Source Integration Parameters Radial 20 Circumferential 20 Y Direction (axial) 25 1,I Results Y Direction (axial)

Page I 4 DOS File: 1SP8GR.MS5 Run Date: August 1, 2005 Run Time: 4:39:43 PM ECRAON-I 135 Duration: 00:00:21 Page 94 Enercg Activity Fluence, Rate FFeence Rate Exrosure Rate Exposure Rate MeV photons/sec MeV/Cm2 /sec .MeVIcm 2 Isec mR/hr rMRlhr No Build=o With Buildup No Buildup With Build2u 0.015 4.433e+09 2.095e-186 1.625e-24 1.797e-187 1.394e-25 0.02 7.628e+11 6.360e-82 8.472e-22 2.203e-83 2.935e-23 0.03 7.388e+13 1.131e-22 1.777e-18 1.121e-24 1.761e-20 0.04 1.637e+12 3.034e-09 4.444e-07 1.342e-11 1 .966e-09 0.05 7.614e+12 6.892e-03 1.411e+00 1.836e-05 3.758e-03 0.06 2.023e+12 8.107e-01 1.443e+02 1.610e-03 2.867e-01 0.08 7.886e+12 6.102e+02 5.525e+04 9.657e-01 8.743e+01 0.1 8.606e+12 S.713e+03 2.792e+05 8.740e+00 4.271e+02 0.15 1.408e+13 7.198e+04 1.395e+06 1.185e+02 2.297e+03 0.2 6.169e+13 7.214e+05 9.002e+06 1.273e+03 1.589e+04 0.3 5.280e+13 1.478e+06 1 .098e+07 2.803e+03 2.082e+04 0.4 2.346e+14 1.131e+07 6.337e+07 2.204e+04 1.235e+05 0.5 5.080e+14 3.670e+07 1.688e+08 7.203e+04 3.314e+05 0.6 5.601e+14 5. 591e+07 2.225e+08 1.091e+05 4.343e+05 0.8 4.852e+14 8.005e+07 2.583e+08 1.523e+05 4.914e+05 1.0 2.400e+14 5.817e+07 1.629e+08 1.072e+05 3.003e+D5 1.5 1.956e+14 9.367e+07 2.093e+08 1. 576e+05 3.521e+05 2.0 4.191e+13 3.179e+07 6.253e+07 4.916e+04 9.669e+04 3.0 6.922e+11 9.665e+05 1.639e+06 1.311e+03 2.224e+03 4.0 3.471e+08 7.268e+02 1.131e+03 8.991e-01 1.400e+00 5.0 3.418e+10 9.638e+04 1.410e+05 1.105e+02 1.617e+02 TOTALS: 2.497e+15 3.709e+08 1.171e+09 6.751e+05 2.172e+06 I

 .1

MicroShield v5.01 (50.1-00076)Pennsylvania Power & Light Co.Page 1 File Ref:DOS File: lSP8I38.MS5 'EC.RADN-1 13 5 Date:Run Date: August 1, 2005 Patge 95 By:Run Time: 4:40:05 PM Checked:Duration: 00:00:19 Case

Title:

Suppression Pool

Description:

8 Hour, rCRP38 Geometry: 7 - Cylinder Volume - Side Shields Source DimejrsiOns Height 914.4 icm 30 ft Radius 16.828 icm 6.6 in Dose Points X

 .

• 1 152.'4 cm . 457.2 cm 0 cm 5 ft 0.tO in is ft 0.0 in Shields

 .higld Name Dimension MaterialDensity Source 8.13e+05 cm3 Water 1 Transition Air 0.00122

__X 4d Air Gap Air O.00122 Wall Clad .953 cm Iron 7.86 Source Input Grouping Method: Standard Indices Number of Groups: 25 Lower Energy Cutoff s 0.015 Photons < 0.015: Excluded Library s ICRP-38 Nuclide curies becouerels veilcm' BC~I/CM Cs-135m 4.7383e-001 1.7532e+010 5.8250e-001 2.1553e+004 Eu-157 7.9807e-002 2.9528e+009 9.811Oe-002 3.6301e.003 Eu-158 3.2952e-005 1.2192e+006 4.0510e-005 1.4989e+000 La-143 4.4227e-010 1.6364e+001 5.4370e-010 2.0117e-005 Nd-151 2.3045e-012 8.5266e-002 2.8330e-012 1..0482e-007 Pm-150 3.0423e-003 1.l256e-008 3.7400e-003 :1..3838e+002 Pr-145 1.9718e+000 7.2956e+010 2.4240e+000 8.9688e+004 Pr-147 7 .9473e-011 2.9405e+000 9.7700e-011 3.6149e-006 Rh-106m 1.0062e-001 3.7230e+009 1.2370e-001 4.5769e+003 Rh-107 1.0225e-005 3.7832e+005 1.2570e-005 4.6509e-001 Sb-128a 9. 9728e+000 3.6899e+011 1.2260e+001 4.5362e+005 Sb-128b 7.1908e-001 2.6606e+010 8.8400e-001 3.2708e+004 Sb-130 2.7600e-002 1.0212e+009 3.3930e-002 1.2554e+003 Sb-131 4.8383e-004 1.7902e+007 5.9480e-004 2.2008e+001 Se-81 1.8620e-002 6.8893e+008 2.2890e-002 B.4693e+002 Se-81m 1.2633e-002 4.6741e+008 1.5530e-002 5.7461e+002 Se-83 2.2109e-005 8.1B04e+005 2.7180e-005 1.0057e+0'00 Sm-155 6. 1187e-008 2.2639e+003 7.5220e-0O0 2.783le-003 Sm-156 6.1854e-002 2.2886e+009 7.6040e-002 2.8135e+003 Y-94 1. 4764e-007 5.4627e+003 1.8150e-007 6.7155e-003 Y-95 Buildup The material reference is: Source i Y-95 iI I

Page : 2 DOS File: 1SP8138.MSs Run Date: August 1, 2005 EC-RADN-1 135 Run Time: 4:40:05 PM Page 96 Duration: 00:00:19 Integration Parameters Radial 20 Circumferential 20 Y Direction (axial) 25 Results EnerLy Activity Fluence Rate Fluence Rate Exposure Rate 2x2osure Rate

 - hotong/sec MeV/cm2 Isec KeV/CM2,,ec ma/hr mRlhr No Buildwo With Buildup No Buildun With Buildup 0.015 3.446e+dO 1.628e-195 1.263e-33 1. 397e-196 1.084e-34 0.02 2.167e+08 1.807e-85 2.407e-25 6.259e-87 8.337e-27 0.03 1.209e+10 1.850e-26 2.907e-22 1.834e-28 2.881e-24 0.04 2.387e+09 4.423e-12 6.479e-10 1.956e-14 2.865e-12 0.05 6 022e+08 5.451e-07 1.11 6e-04 1.452e-09 2.972e-07 0.06 7.290e+08 2.922e-04 5.201e-02 5.803e-07 1.033e-04 0.08 6.964e+08 5.389e-02 4. 879e+80 8.528e-05 7.721e-03 0.1 3.257e+08 2.162e-01 1.057e+01 3.308e-04 1.617e-02 0.15 4.733e+08 2.419e+00 4.687e+01 4 3.983e-03 7.718e-02 0.2 6.685e+09 7.817e+01 9. 754e+02 1.380e-0l 1.722e+00 0.3 3.586e+11 1.004e+04 7.454e+04 1. 904e+01 1.414e+02 0.4 3.519e+09 1 .697e+02 9 .505e+02 3.306e-01 1.852e-00 0.5 1.733e+10 1.252e+03 5.760e+03 2.457e+00 1.131e+01 0.6 3.964e+10 3.956e+03 1.575e+04 7.722e+00 3.073e+O1 0.8 8.728e+11 1.440e+05 4.647e+05 2.739e+02 8.840e+02 1.0 3.712e+10 8.994e+03 2.519e+04 1.658e+01 4.644e+01 1.5 8.136e+09 3.895e+03 8.704e+03 6.554e+00 1.464e+01 2.0 3.529e+08 2.677e+02 5.265e+02 4.139e-o1 -8.142e-01 3.0 1.630e+06 2.276e+00 3.861e+00 3. 088e-03 5.238e-03 TOTALS: 1.362e+12 1.727e+05 5.972e+05 3.271e+02 1.133e+03 I

MicroShield v5.0- (5.01-00076)Pennsylvania Power & Light Co.Page :1 File Ref: _______DOS File: 1SP8RAD.MSS I:Date:Run Date: August 1, 2005 PaDe 17 By: _ _ .___._Run Time: 4:40:25 PM Pg9 Checked: __ _ _ _Duration: 00:00:20 Case

Title:

Suppression Pool Descriptiont 1 Hour, RADTRAD Geometry: 7 - Cylinder Volume - Side Shields Source Dimensions Height 914.4 cm 30 ft Radius 16.828 cm 6.6 in Dose Points X Y 152.4 cm 457.2 cm 0 cm 5 ft 0.0 in 15 ft 0.0 in Shields Shield Name Dimension MateriAlDensitv Source 2.13e+05 cm3 Water I Transition Air 0.00122 z Air Gap Air 0.00122 Wall Clad .953 cm Iron 7.86 Source Input Grouping Method s Standard Indices Number of Groups s 25 Lower Energy Cutoff: 0.015 Photons < 0.015: Excluded Library: Grove NuclZide Auries becquerels "Ci/cm3 Bo/cm 3 Am-241 1.1 071e-003 4.0962e+007 1.3610e-003 5.0357e+001 Ba-137m 1.7 871e+002 6.6124e+012 2.1970e+002 8.1289e+.06 Ba-139 4.6 968e+001 1.7378e+012 5.7740e+001 2.1364e+006 Ba-140 2.0 946e+003 7.7500e+013 2.5750e+003 9.5275e+007 Ce-141 1.9 449e+001 7.1963e+011 2.3910e+001 8.8467e+005 Ce-143 1.5463e+001 5.7215e+0l1 1.9010e+002 7.0337e+005 Ce-144 1.6 464e+001 6.0917e+011 2.0240e+001 7.4888e+005 Cm-242 2.9 032e-001 1.0742e+010 3.5690e-001 1.320 5e+004 Cm-244 .1.6960e-002 6.2753e+008 2.085Oe-002 7.7145e+002 Co-58 3.2 090e-001 1.1873e+010 3.945Oe-001 1.4597e+004 Co-60 1.7334e-001 6.4137e+009 2.131Oe-001 7.8847e+003 Cs-134 1.2511e+003 4.6290e+013 1.5380e+003 5.6906e+007 Cs-136 3.9 240e+002 1.4519e+013 4.8240e+002 1.7849e+007 Cs-137 9.4 359e+002 3.4913e+013 1.1600e+003 4.2920e+007 1-131 6.8 337e+003 2.5285e+014 8.4010e+003 3.1084e+008 I-132 9.6 799e+003 3.5816e+014 1.1900e+004 4.4030e+00$1-133 1.1 372e+004 4.2076e+014 1.3980e+004 5.1726e+008 I-134 9.9 728e+001 3.6899e+012 1.2260e+002 4.5362e+006 1-135 5.9 357e+003 2.1962e+014 7.2970e+003 2.6999e+008 La-140 9.0 454e+000 3.3468e+011 1.1120e+001 4.1144e+005 La-141 2 .0450e+000 7.5665e+010 2.5140e+000 9.3018e+004 La-142 2.2 182e-001 8.2075e+009 2.7270e-001 1. 0090e+004 Mo-99 1 .0 103e+002 3.7381e+012 1.2420e+002 4. 5954e+006 Nb-95 8.3 703e+000 3.0970e+011 1.0290e+001 3 .8073e+005

 ); ' e§ ue+ uuu 1.: 5bbbe+1i 4: ) 2 +/-bve++ uu 1.8ONe++40O ta1-1U 2.2 1g22-001 a.20254o409 2.727jc-001

Page 2 DOS File: 1SP8RAD.MSS Run Date: August 1, 2005 Run Time: 4:40:25 PM - EC.RADN-1435 Duration: 00:00:20 Page 98 Nuclide curies becaerels Balcm3 Np-239 2.1036e+002 7.7832e+012 2.5860e+002 9.5682e+006 Pr-143 7.0167e+000 2.5962e+011 8.6260e+,000 3.1916e+005 Pr-144 6.5840e+000 2.4361e+011 8.0940e+ 000 2.9948e+005 Pu-238 4.9628e-002 1.8362e+009 6.1010e-002 2.2574e+003 Pu-239 5.2540e-003 1.9440e+008 6.4590e-003 2. 3898e+002 Pu-240 8.4760e-003 3 .1361e+008 1.0420e-002 3.8554e+002 Pu-241 2.0865e+000 7.7199e+010 2.5650e+00O 9.4905e+004 Rb-86 1.1640e+001 4.3069e+013 1.4310e+001 5.2947e+005 Rh-103m 9.2732e+001 3.4311e+012 1.1400e+002 4 .21g0e+006 Rh-105 5.6949e+001 2.1071e+012 7.0010e+001 2. 5904e+006 Rh-106 3.7239e+001 1 .3779e+012 4.5780e+001 1.6939e+006 Ru-103 9.2732e+001 3.4311e+012 1.1400e+002 4.2180e+O06 Ru-105 1. 9124e+001 7.0759e+011 2.3510e+001 8.6987e+005 Ru-106 3.7239e+001 1.3779e+012 4.5780e+001 1.6939e+006 Sb-127 9.7287e+001 3.599Ee+012 1.1960e+002 4.4252e+006 Sb-129 1.0811e+002 3.5999e+012 1.3290e+002 4.9173e+006 Sr-89 1.1225e+003 4.1534e+013 1 .3800e+0e3 5.1060e+007 Sr-90 1.4219e+002 5.2610e+012 1.7480e+002 6.4676e+006 Sr-91 7.9473e+002 2.9405e+013 9.7700e+002 3.6149e+007 Sr-92 1. 9539e+002 7.2294e+012 2.4020e+002 8 .S874e+006 Tc-99m 9.4359e+001 3 .4913e+012 1.1600e+002 4.2920e+006 Te-127 1.0062e+002 3.7230e+012 1.2370e+002 4.5769e+006 Te-127m 1.7294e+001 6.3987e+011 2.1260e+001 7.8662e+005 Te-129 1.6627e+002 6.1519e+012 2.0440e+002 7.5,628e+006 Te-129m 7.2242e+001 2.6729e+012 8.8810e+001 3.2860e+O06 Te-131m 1.9539e+002 7.2294e+012 2.4020e+002 8.8874e+006 Te-132 1.5626e+003 5.7817e+013 1. 9210e+003 7.1077e+007 Y-90 5.8917e-001 2.1799e+010 7.2430e-001 2.6799e+004 Y-91 5.8202e+000 2.1535e+01l 7.1550e+000 2.6473e+005 Y-92 2.8430e+000 1.0519e+011 3.4950e+000 1.2932e+005 Y-93 2.7136e+000 1.0040e+011 3.3360e+000 1.2343e+005 Zr-95 8.3052e+000 3.0729e+011 1.0210e+001 3.7777e+005 Zr-97 5.9389e+000 2.1974e+011 7.3010e+000 2.7014e4005 Buildup The material reference is t source Integration Parameters Radi. 20' Circiumferential 20 -Y Di' rection 4axial) 25 Results i,'~li r Fluence Rate Fluence Rate EeR

-Enercr Activity MeV photons/sec MeV/cM2/sec eV/c 2 Q lim ir No Buildun With Buildup mg d ijt ilduj 0.015 3.466e+08 1.638e-187 1.271e-25 1.401e-$8'. 1090e-226 0.02 6. 789e+11 5.660e-82 7.539e-22 l.2 Ie-831 Kjil 2.612e-23 0.03 7.273e+13 1.113e-22 1.749e-18 1.10te t4 Il;1.734e-20 0.04 1.553e+12 27RAm-no !R1-flQ 416e-07 1A.273e-11 1 0.05 7.602e+12 6.881e-03 L. 409e+00 1.833e-05 3.752e-03 0.06 2.018e+12 8.086e-01 L.439e+02 I. .606e-03 2.259e-01 0.04 1. 553e+12 2.87Be-09 A4.216e-07 1.273e-11 I .BSee-09 n nc i7 Knqv z Q O1 f lni II n.LAn AAO 1 Q01gsfiC i 7c.^-ni

Page : 3 DOS File: lSP8RAD.MS5 Run Date: August 1, 2005 Run Time: 4:40:25 PM EC.RADN- 135 Duration: 00:00:20 page 99 Eneray Activity Fluence Rate Fluence Rate Exnosure Rate Exvosure Rate NeV nhotons/sec MeV/cm2 /sec MeV/cm2 /sec mRn/hr mR/hr Qo Buildun With Buildup No Buildup With Buildun 0.08 7.859e+12 6.081e+02 5.506e+04 9.623e-01 8.713e+01 0.1 8.560e+12 5.682e+03 2.777e+05 8.693e+00 4.248e+02 0.15 1.271e-13 6.496e+04 1.259e+06 1.070e+02 22.073e+03 0.2 6.160e+13 7.203e+05 8.989e+06 1.271e+03 1.586e+04 0.3 5.271e+13 1.475e+06 1.096e+07 2.799e+03 2.079e+ID4 0.4 2.330e+14 1.123e+07 6.293e+07 2.189e+04 1.226e+05 0.5 5.033e+14 3-.636e+07 1.673e+08 7.137e+04 3.284e+05 0.6 5.541e+14 5.530e+07 2.201e+08 1.079e+05 4.296e+05 0.8 4.772e+14 7.874e+07 2.541e+08 1.498e+05 4.833e+05 1.0 2.388e+14 5.787e+07 1.621e+08 1.067e+05 2 . 988e+05 1.5 1. 949e+14 9.331e+07 2.085e+08 1.570e+05 3.508e+DS 5 2.0 3.660e+13 2.776e+07 5.461e+07 4.293e+04 8.444e+04; 3.0 1.417e+10 1.978e+04 3.355e+04 2.684e+01 4.552e+01 4.0 2.154e+08 4.510e+02 7.022e+02 5.580e-01 8 .687e-02.TOTALS:, 2.466e+15 3.629e+08 1.151e+09 6.618e+05 2.137e+06

MicroShield v5.01 (5.01-00076)Pennsylvania Power & Light Co.

1 File Ref: I I Page _I DOS File: 1SP24GR.MS5 Date:

Run Date: August 1, 2005 PeC100 By:Run Time: 4:38:42 PM Checked:Duration: 00:00:21 Case

Title:

Suppression Pool

Description:

24 Hour, Grove Geometry: 7 - Cylinder Volume - Side Shields i Source Dimensions Ii Height 914.4 cm 30 ft Radius 16.828 rcm 6.6 in Dose Points Yx

 . #1 52.4 cm 457.2 cm 0 cm i

5 ft 0.0 in 15 ft 0.0 in Shields Shield Name Dimension MaterialDensitv Source 8.13e+05 cm3 Water 1 Transition Air 0.00122__--x Air Gap Air 0.00122 Wall Clad .953 cm Iron 7.86 Source Input Grouping Method: Standard Indices Nurber of Groups s 25 Lower Energy Cutoff: 0.015 Photons < 0.015 s Excluded Library: Grove Nuclide curies ,becauere-1s 'UCi/cm3 .Ba/CM3 Am-241 1.1103e-003 4.1083e+007 1.3650e-003 5 .0505e+001 Am-242 1.7595e-001 6.5100e+009 2.1630e-001 8 .0031e+003 Am-242m 7.2160e-005 2.6699e+006 8.8710e-005 3 .2823e..000.Am-243 1.3633e-004 5.0443e+006 1.6760e-004 -6.2012e+0-00 Am-244 1.1575e-001 4.2828e+009 1.4230e-001 5.2651e+003 Ba-135m 2.5518e-001 9.4415e+009 3.1370e-001 1.1607e+0-O04 Ba-137m 1.7871e+002 6.6124e+012 2.1970e+002 8. 1229e+006 Ba-139 1.8042e-002 6.6756e+008 2.2180e-002 8.2066e+6-02 Ba-140 2.0198e+003 7.4732e+013 2.4830e+003 9.187 le+'007 Ba-141 Ba-142 Br-82 1.5561e+001 5.7576e+011 1.9130e+001 7.07-81e..-05.Br-83 8.9804e-001 3.3227e+010 1.1040e+000 Br-84 4.0599e-011 1.5022e+000 4.9910e-011 I~.:4676- 06 ' i .

11,I Ce-141 1.9205e+001 7.1060e+011 2.3610e+001 J; I .

Ce-143 1.1055e+001 4.0902e+011 1.3590e+001 Ce-144 1.6375e+001 6.0586e+011 2.0130e+001 7.448iie+005 .', 1!1 .Cm-242 2.8999e-001 1.0730e+010 3.5650e-001 Cm-243 1.2503e-004 4.6259e+006 1.5370e-004, 5,6869.e+000 Cm-244 1.6993e-002 6.2873e+008 2.0890e-002 i7'.7293e~+002 Co-58 3.1879e-001 1.1795e+010 3.9190e-001 Co-60 1.7334e-001 6.4137e+009 2.1310e-001 7 .6847e+003 Co-60m Co-61 1.6171e-007 5.9833e+003 1.9880e-007 7.355'Ee-003 CEg-&j2 3:11984883 1: .713'e + O48% 2 tfooj Co 1 .2334-001 A.41 37e*009 2 lse n ol 7.8B427o-003

Page : 2 DOS File: lSP24GR.MS5 Run Date: August 1, 2005 Run Time: 4:38:42 PM ZEC-RADN-1 135 Duration: 00:00:21 Page 101 I.Nuclide .curies beccruerels kiL/C/m BaJcm3 Cs-134 1.2511e+003 4.6290e+013 1.5380e+003 5.6906e+007 Cs-134m 8.6469e-001 3.1993e+010 1. 0630e+000 3.9331e+004 Cs-136 3.7866e+002 1.4010e+013 4.6550e+002 1.7223e+007 Cs-137 9.4359e+002 3.4913e+013 1.16OOe+003 4.2920e+007 Cs-138 6.6092e-010 2.4454e+001 8.1250e-010 3.0063e-005 Cs-139 Eu-152m 1.8058e-004 6.6816e+006 2.2200e-004 8 .2140e+000 Eu-154 4.5927e-002 1.6993e+009 5.6460e-002 2.0890e+003 Eu-155 1.8888e-002 6.9886e+008 2.3220e-002 8.5914e+002 Eu-156 1.1413e+000 4.2226e+010 1.4030e+000 5.1911e+.004 I-128 I-130 4.5089e+001 1.6683e+012 5.5430e+001 2.0509e+'006 I-131 6.5344e+003 2.4177e+014 8.0330e+003 2.9722e+008 I-132 8.3784e+003 3.1000e+014 1.0300e+004 3.8110e+008 I-133 6.6840e+003 2.4731e+014 8.2170e+003 3.0403e+008 I-134 3.7312e-004 1.3806e+007 4.5870e-004 1.6972e+001 1-135 1.0973e+003 4 .0601e+013 1.3490e+003 4.9913e+007 La-140 8.8421e+000 3.2716e+011 1.0870e+001 4.0219e+005 La-141 1.2071e-001 4.4664e+009 1.4840e-001 5.4908e+003 La-142 1.4894e-004 5.5108e+006 1.8310e-004 6.7747e+000 Mo-99 8.5248e+001 3.1542e+012 1.0480e+002 3.8776e+006 Mo-101 Nb-95 8.3703e+000 3.0970e+011 1.0290e+001 3.8073e+005 Nb-95m 9.2488e-002 3.4221e+009 1.1370e-001 4.2069e+003 Nb-96 6.6645e-003 2.4659e+008 8.1930e-003 3.0314e+002 Nb-97 3.1033e+000 1.1482e+011 3.815Oe+000 1.4115e+005 Nb-97m 2 .9292e+000 1.0838e+011 3.6010e+00O 1.3324e+005 Nd-147 2.9593e+000 1.0949e+011 3.6380e+0OJ0 1.3461e+005 Nd-149 1. 1974e-004 4.4303e+006 1. 4720e-004 5.4464e+000 Np-236m 2.5192e-005 9.3211e+005 3.0970e-005 1.1459e+000 Np-238 3.6914e+000 1.3658e+011 4.5380e+000 1.6791e+005 Np-239 1.7294e+002 6. 3987e+012 2.1260e+002 7.8662e+006 Np-240 4.2478e-008 1.5717e+003 5.2220e-008 1.932le-003 Pd-109 6.6922e+000 2.4761e+013 8.2270e+000 3.0440e+005 Pm-147 1.0941e+000 4.0481e+010 1.3450e+000 4.9765e+004 Pm-148 7.7480e-001 2.866&e+010 9. 5250e-001 3.5243e+004 Pm-148m 1.6594e-00Q 6.1398e+009 2.040Oe-001 7.5480e+-003 Pm-149 2.0979e+000 7.7621e+010 2 .5790e+,000 9. 5423e+004 Pm- 151 5. 2874e-001 1. 9563e+010 6.5000e-O01 2.4050e+004 Pr-142 1.3365e-001 4.9450e+009 1 .6430e-001 6.0791e+003 Pr-143 6.9500e+000 2.5715e+011 8.5440e+O00 3.1613e+005 Pr-144 6.5506e+000 2.4237e+011 8.0530e+000 2.9796e+005 Pr-144m 9.1756e-002 3.3950e+009 1.1280e-001 4.1736e+003 Pu-237 7.1827e-005 2.6576e+006 8.8300e-005 3.2671e+000 Pu-238 4.9709e-002 1.8392e+09 6.1110e-002 2.2611e+003 Pu-239 5.2621e-003 1.9470e+008 6.4690e-003 2.3935e+002 Pu-240 8.4760e-003 3.1362e+008 1.0420e-002 3.8554e+002 Pu-241 2.0865e+000 7.7199e+010 2.5650e+000 9. 4905e+004 Pu-243 1.5878e-001 5.8750e+009 1.952Oe-001 7.2224e+003 Rb-86 1.1347e+001 4.1986e+011 1. 3950e+D01 5.1615e+005 Rb-88 1.2926e+001 4.7825e+011 1.5890e+001 5 .2793e+005 Rh-103m 9.1431e+001 3.3829e+012 1.1240e+002 4. 1588e+DD6 Rh-105 4.3641e+001 1.6147e+012 5.3650e+O01 1. 95le+0O6 f: Mle+401 S;Xjee+08$s e91Ol Rh-88_-.. 1..2926oao-0O1 d.292SQ-'011l 3..S29 Oi9.-001

Page : 3 DOS 'File:1SP24GR..MS5 Run Date: August 1, 2005 Run Time: 4:38:42 PM SC-RADN-1 135 Duration: 00:00:21 page tO2 NUCaide curies beccruerels VCiicm 3 . Ba/cm3 Rh-106 3.7199e+001 1.3763e+012 4.5730e+001 1.6920e+006 Ru-103 9.1837e+001 3.3980e+012 1.1290e+002 4.1773e+006 Ru-105 1.5716e+000 5.8148e+010 1.9320e+000 7.1484e+004 Ru-106 3.7199e+001 1.3763e+012 4.5730e+001 1.6920e+006 Sb-122 1. 7944e+000 6.6395e+010 2.2060e+000 8.1622e+004 Sb-124 1.0485e+000 3.8795e+010 1.2890e+000 4.7693e+004 Sb-125 1.4918e+001 5.5198e+011 1.8340e+001 6.7858e+005 Sb-126 4.7749e-001 1.7667e+010 5.8700e-001 2.1719e+004 Sb-126m 9.0617e-004 3 .3528e+007 1.1140e-003 4.1218e+001 Sb-127 B.6469e+001 3.1993e+012 1.0630e+-002 3.9331e+006 Sb-129 8.7282e+000 3.2294e+011 1.0730e+001 3.9701e+005 Sm-151 2.9731e-003 1.lOOle+008 3.6550e-003 1 .3524e+002 Sm-153 1.6131e+000 5.9683e+010 1.9830e+000 7 .3371e+D04 Sr-89 1.1055 e+003 4.0902e+013 1.3590e+003 5.0283e+007 Sr-90 1.4219e+002 5.2610e+012 1.7480e+002 6.4676e+006 Sr-91 2.4777e+002 9.1676e+012 3.0460e+002 1.1270e+007 Sr-92 3.2586e+000 1.2057e+011 4.0060e+000 1.4822e+005 Sr-93 Tc-99 1.2015e-003 4.4454e+007 1.4770e-003 5.4649e+001 Tc-99m 8.,2320e+001 3.0458e+012 1.0120e+002 3.7444e+006 Tc-101 Te-123m 1.0477e-002 3.8765e+008 1.2880e-002 4.7656e+002 Te-125m 3.3018e+000 1.2216e+011 4.0590e+000 1.5018e+005 Te-127 9.3952e+001 3.4762e+012 1.1550e+002 4.2735e+006 Te-127m 1.7294e+001 6.3987e+011 2.1260e+001 7.8662e+005 Te-129 5.5452e+001 2.0517e+012 6.8170e+0,03 2.5223e+006 Te-129m 7.1412e+001 2.6422e+012 8.7790e+001 3.2482e+006 Te-131 3.0341e+001 1.1226e+012 3.7300e+001 1.3801e+006 Te-131m 1.3471e+002 4.9841e+012 1.65f6e+002 6. 1272e+006 Te-132 1.3552e+003 5.0142e.013 1.6660e+003 6.1642e+007 Te-133 3.6580e-006 1.3535e+005 4.4970e-006 1 .6639e-001 Te-133m 1.6212e-005 5.9984e+005 1. 9930e-005 7.3741e-001 Te-134 9.0617e-008 3.3528e+003 1.1140e-007 4.1218e-003 Y-90 5.8470e-001 2.11634e+010 7.1880e-001 2.6596e+004 Y-91 5.8202e+000 2.1535e+011 7.1550e+000 2.6473e+005 Y-91m 6.2846e-001 2.3253e+010 7.7260e-001 2.8586e+004 Y-92 1.9222e-001 7.1120e+009 2.3630e-001 8.7431e+003 Y-93 9.0454e-001 3.3468e+010 1.1120e+000 4.1144e+004 Zr-89 1. 9449e-003 7.1963e+007 2.3910e-003 8.8467e+001 Zr-93 1.2934e-006 4.7855e+004 1.5900e-006 5.8830e-002 Zr-95 8.2401e+000 3.0489e+011 1.0130e+001 3.7481e+005 Zr-97 3.0854e+000 1.1416e+011 3.7930e+000 1.4034e+005 Buildup The material reference is: Source Integration Parameters Radial 20 Circumferential 20 Y Direction (axial) 25 Results Y Directiton (axial)

Page : 4 DOS File: 1SP24GR.MS5 EC-RADN-1135 Page 103 Run Date: August 1, 2005 Run Time: 4:38:42 PM Duration: 00:00:21.Enercy Act ivitv Fluence Rate Fluence Rate Exnosure Rate Exposure Rate MleV photons/se MeV/cm2 /sec MeV/cm2 isec mR/hr mR:hr No Bui ldup With Buildun No Bui ldup With Buildup 0.015 2.894e+09 1.368e-186 1.061e-24 1. 173e-187 9.099e-26 0.02 6.257e+11 5.217e-82 6.949e-22 1. 807e-83 2.407e-23 O .03 6.438e+13 9.857e-23 1.549e-18 9.769e-25 1. 535e-20 0.04 1.477e+12 2.736e-09 4 .009e-07 1.210e-11 1.773e-09 6.604e+12 5.978e-03 1.224e+00 1.592e-OS 3.260e-03 0.06 1. 918e+12 7.686e-01 1.368e+02 1.527e-03 2.718e-01 0.08 7.443e+12 5.759e+02 5.214e+04 9. 114e-01 8.252e+01 0.1 7.097e+12 4.711e+03 2.302e+05 7.207e+00 3.522e+02 0.15 1.207e+13 6.167e+04 1.195e+06 1 .016e+02 1.968e+03 0.2 5. 010e+13 5.858e+05 7.310e+06 1 .034e+03 1. 290e+04 0.3 4.153e+13 1.162e+06 8.633e+06 2.205e+03 1.638e+04 0.4 2.123e+14 1 .024e+07 5.734e+07 1. 995e+04 1.117e+05 0.5 3.238e+14 2.339e+07 1.076e+08 4.592e+04 2.113e+05 0.6 4. 864e+14 4.855e+07 1.932e+08 9.475e+04 3.771e+05 0.8 3.895e+14 6.427e+07 2. 074e+'08 1.222e+05 3.945e+05 1.0 1.347e+14 3.265e+07 9.145e+07 6.018e+04 1 .686e+05 1.5 7.849e+13 3.758e+07 8.398e+07 6.323e+04 1.413e+05 2.0 1.499e+13 1.137e+07 2.237e+07 1. 758e+04 3.459e+04 3.0 2.521e+10 3.520e+04 5. 971e+04 4.776e+01 8. 101e+01 4.0 1.447e+05 3.028e-01 4.715e-01 3.747e-04 5.833e-04 5.0 6.857e+08 1. 934e+03 2.829e+03 2.217e+00 3.243e+00 TOTALS: 1.833e+15 2.299e+08 7.809e+ 08 4.273e+05 1.471e+06 II I

MicroShield v5.01 (5.01-00076)Pennsylvania Power & Light Co.Page .1 File Ref:DOS File: 1SP24I38.MS5 ECFA0N4135 Date:Run Date: August 1, 2005 PEAN-13 By:Run Time: 4:39:04 PM Checked:Duration: 00:00:18 Case

Title:

Suppression Pool

Description:

24 Hour, ICRP3B Geometry: 7 - Cylinder Volume - Side Shields r Source Dimensions IHeight 914.4 cm 30 ft Radius 16.828 cm 6.6 in Dose Points a # 1 152.4 cm 457.2 cm 0 cm 5 ft 0.0 in 15 ft 0.0 in Shields Shield Name Dimension ?4aterialDensitv Source 8.13e+05 cm 3 Water 1 Transition Air 0.00122__x Air Gap Air 0.00122 Wall Clad .953 cm Iron 7.86 Source Input Grouping Method: Standard indices Number of Groups: 25 Lower Energy Cutoff: 0.015 Photons < 0.015 s Excluded Library: ICRP-38 Nuclide curies becauerels _sCj/cM3 Bc/cm 3 Cs-135m 1. 6749e-006 6.1970e+004 2.0590e-006 7.6183e-002 Eu-157 3.8573e-002 1.4272e+009 4.7420e-002 1.7545e+003 Eu-158 1.6659e-011 6.1639e-001 2.0480e-011 7.5776e-007 La-143 Nd-151 Pm-150 4.8546e-005 I.-7962e+006 5.9680e-005 2.2082e+000 Pr-145 3.0927e-001 1.1443e+010 3.8020e-001 1.4067e+004 Pr-147 Rh-106m 6.0268e-004 2.2299e+007 7.4090e-004 2.7413e+001 Rh-107 Sb-128a 2.9015e+000 1.0736e+011 3.55670e+000 1.3198e+005 Sb-128b 9.2244e-006 3.4130e+005 1.1340e-005 4.1958e-001 Sb-130 1.330Ge-009 4.9209e+001 1. 6350e-009 6.0495e-005 Sb-131 Se-81 1.6708e-007 6.1820e+003 2.0540e-007 7.5998e-003 Se-81m 1.1307e-007 4.1835e+003 1.3900e-,007 5.1430e-003 Se-83 Sm-155 Sm-156 1.9051e-001 7.0488e+009 2.3420e-001 8.6654e+003 y-94 Y-95 Buildup The material reference is : Source

Page : 2 DOS File: 1SP24I38.MS5-RunDate: August 1, 2005 Run Time: 4:39:04 PM EC-RADN-1 135 Duration: 00:00:18 Page 105 Integration Parameters Radial 20 Circumferential 20 Y Direction (axial) 25 Results Enerav Activity Fluence Rate Fluence Rate Exposure Rate Exnosure Rate

 .KeV photons/sec MeV/cmz/sec MeV/cm 2 /sec mR/hr mR/hr No Buildup With Buildun No Buildup With Buildup 0.02 5.468e+08 4.559e-85 6.073e-25 1.579e-86 2.104e-26 0.03 3.045e+09 4.662e-27 7.325e-23 4.620e-29 7.26be-2S 0.04 1.739e+09 3.222e-12 4.719e-10 1.425e-14 2.087e-12 0.05 4.414e+08 3.995e-07 8.178e-05 1.064e-09 2.179e-07 0.06 4.338e+08 1.739e-04 3.095e-02 3.453e-07 6.148e-05 0.08 1.709e+09 1.323e-01 1.198e+01 2.093e-04 1.295e-02 0.1 3.947e+03 2.620e-06 1.280e-04 4.009e-09 1.959e-O7 0.15 1.037e+09 5.301e+00 1.027e+02 8.729e-03 1.69le-01 0.2 2.844e+09 3.326e+01 4.151e+02 5.870e-02 7.325e-01 0.3 9.911e+10 2.774e+03 2.060e+04 5.263e+00 3.908e+01 0.4 4.685e+08 2.259e+01 1.266e+02 4.402e-02 2.466e-01 0.5 8.020e+07 5.794e+00 2.666e+01 1.137e-02 5. 232e-02 0.6 3.791e+09 3.784e+02 1.506e+03 7.387e-01 2.940e+00 o0.8 2.246e+11 3.706e+04 1.196e+05 7.049e+01 2.275e+02 1.0 8.672e+09 2.102e+03 5.887e+03 3.874e+00 1.085e+01 1.5 1.511e+09 7.234e+02 1.616e+03 1.217e+00 2.720e+00 2.0 1.088e+06 8.252e-01 1.623e+00 1 .276e-03 2.510e-03 3.0 2.211e+04 3.087e-02 5.236e-02 4.189e-05 7.104e-05 TOTALS: 3-.50.0e+ll 4.311e+04 1.499e+05 8.171e+01 2.243e+02

MicroShield v5.02 (5.01-00076)Pennsylvania Power & Light Co.Page :1 File Ref: _DOS File: 1SP24RAD.MSS EC-RADN 13 Date:Run Date: August 1, 2005 page we By:Run Time: 4:39:22 PM Checked:Duration: 00:00:20 Case

Title:

Suppression Pool Descriptions 24 Hour, RADTRAD Geometry: 7 - Cylinder Volume - Side Shields Source Dimensions Height 914.4 cm 30 ft Radius 16.828 cm 6.6 in Dose Points X Y z

 #1 152.4 cm 457.2 cm 0 cm 5 ft 0.0 in 15 ft 0.0 in Shields Shield Name Dimension Materialpensity Source 8.13e+05 cm3 Water 1 Transition Air 0.00122 x Air Gap Air 0.00122 Wall Clad .953 cm Iron 7.86 Source Input Grouping Method s Standard Indices Number of Groups: 25 Lower Energy Cutoff: 0.015 Photons < 0.01S: Excluded Library s Grove Nuc1ide curies becoruerels .uCilcm 3 13ar/cm-'

Amn-24 1 1.1103e-003 4.1083e+007 1.3650e-003 5. 0505e+001 Ba-137m 1.7871e+002 6.6124e+012 2.1970e+002 S. 1289e+006 Ba-139 1.8042e-002 6 .6756e+008 2.21S0e-002 9. 2066e+002 Ba-140 2.0198e+003 7.4732e+013 2.4830e+003 9.1871le+0.07 Ce-141 1.9205e+001 7.1060e+011 2.3610e+001 . 7357e+005 Ce-143 1.1055e+001 4.0902e+011 1. 3590e+001 5 .0283e+005 Ce-144 1.6375e+001 6.0586e+011 2.0130e+001 7 .4481e+005 Cm-242 2.8999e-001 1.0730e+010 3.5650e-001 1.3191e+004~Cm-244 1.6993e-002 6.2873e+008 2. 0890e-002 7. 7293e+002~Co-58 3.1879e-001 1. 1795e+010 3.9190e-O01 1J~450O0e+D04 Co-60 1.7334e-001 6.4137e+009 2.1310e-001 7.8847e+003 Cs-134 1.2511e+003 4.6290e+013 1.5380e+003 5.69066 007' Cs-136 3.7866e+002 1.4010e+013 4.6550e+002 1.7,223e+007~Cs-137 9..4359e+002 3.4913e+013 1. 1600e+003 4. 2920e+0071 I-131 6.5344e+003 2.4177e+014 8.0330e+003 2 .9722,e+008 1-132 8.3784e+003 3.1000e+014 1.0300e+004 3 .81,10e+00 I-133 6.6840e+003 2.4731e+014 8.2170e+003 3.!0403e.O0$1 1-134 3.7312e-004 1.3806e+007 4.5870e-004 2..6972e+001 I-135 1. 0973e+003 4.0601e+013 1.3490e+003 -4 .9913e+007 La-140 8.8421e+000 3.2716e+011 1.0870e+,01 4 0219e+00S La-141 1.2071e-001 4.4664e+009 1.4840e-001 5.4901§e+003 La-142 1.4894e-004 5.5108e+006 1.8310e-004 6.774 7.e.000 Mo-99 8.5248e+001 3.1542e+012 1.0480e+002 3 .8776e+0-06 Nb-95 8.3703e+000 3.0970e+011 1. 0290e+{,01 3 .8073e+005

291epaol; I:11H8e+-fl La-14I 1. A594-004 S -53I 080.-006 3 .9310o..0O4 6. 2747o.&0O00 I

Page : 2 DOS File: 1SP24RAD.MS5 Run Date: August 1, 2005 EC4AON 1135 Run Time: 4:39:22 PM Page 107 Duration: 00:00:20 curies becauerel s OiJ/cml BI/cm, Np-239 1.7294e+002 6.3987e+012 2.1260e+002 7..8662e+006 Pr-143 6.9500e+000 2.5715e+011 8.5440e+000 3.1613e+005 Pr-144 6.5506e+000 2.4237e+011 8.0530e+000 2.9796e+005 Pu-238 4.9709e-002 1.8392e+009 6.lllOe-002 2.2611e+003 Pu-239 5.2621e-003 1.9470e+008 6. 4690e-003 2.3935e+002 Pu-240 8.4760e-003 3.1361e+008 1.0420e-002 3.8554e+002 Pu-241 2.0865e+000 7.7199e+010 2.5650e+000 9.4905e+004 Rb-86 1.1347e+001 4.1986e+011 1.3950e+001 S.1615e+005 Rh-103m 9.1431e+001 3.3829e+012 1.1240e+002 4.15868e+006 Rh-105 4 .3641e+001 1.6147e+012 5.3650e+001 1.9851e+006 Rh-106 3.7199e+001 1.3763e+012 4.5730e+001 1 .6920e+006 Ru-103 9.1837e+001 3.3980e+012 1.1290e+002 4.1773e+006 Ru-105 1.5716e+00 5.8148e+010 1.9320e+000 7.1484e+004 Ru-106 3.7199e+001 1.3763e+012 4.5730e+001 1.6920e+006 Sb-127 8.6469e+001 3.1993e+012 1.0630e+002 3.9331e+006 Sb-129 8.7282e+000 3.2294e+011 1.0730e+001 3.r9701e+005 Sr-89 1.1055e+003 4.0902e+013 1. 3590e+003 5.0283e+007 Sr-90 1.4219e+002 5.2610e+012 1.7480e+002 6.4676e+006 Sr-91 2.4777e+002 9.1676e+012 3.0460e+002 1.1270e+007 Sr-92 3.2586e+000 1.2057e+011 4.0060e+000 1.4822e+005 Tc-99m 8.2320e+001 3.0458e+012 1.0120e+002 3 .7444e+006 Te-127 9.3952e+001 3.4762e+012 1.1550e+002 4.2735e+006 Te-127m 1.7294e+001 6.3987e+011 2,.1260e+DOI 7.8662e+005 Te-129 5.5452e+001 2.0517e+012 6.8170e+001 2.5223e+006 Te-129m 7.1412e+001 2.6422e+012 8.7790e+0O1 3.2482e+006 Te-131m 1.3471e+002 4.9841e+012 1.6560e+002 6.1272e4006 Te-132 1.3552e+003 5.0142e+013 1.6660e+003 6.1642e+007 Y-90 5.8470e-001 2.1634e+010 7.1880e-001 2.6596e+004 Y-91 5.8202e+000 2.1535e+011 7.1550e+000 2.6473e+005 Y-92 1.9222e-001 7.1120e+009 2.3630e-001 8.7431e+003 Y-93 9.0454e-001 3 .3468e+010 1.1120e+O00 4.1144e+004 Zr-95 8.2401e+000 3.0489e+011 1.0130e+001 3.7481e+005 Zr-97 3.0854e+000 1.1416e+011 3.7930e+000 1.4034e+005 Buildup The material reference is : Source Integration Parameters Radial 20 Circumferential 20 Y Direction (axial) 25 Results Enero Aptiv itY Fuence Rate FluenceRate Exposure Rate Exnosure Rate MeV photons/sec MeV/cm2 /sec NeVIcm2/SeC . R/hr PnRlbr No Builduo With Buildup No Buildun With Buildun 0.015 2.845e+08 1.344e-187 1.043e-25 1.153e-188 8.944e-27 0.02 6.183e+11 5.156e-82 6.867e-22 1.786e-83 2.379e-23 0.03 6.381e+13 9.769e-23 1.535e-18 9.681e-25 1.521e-20 0.04 1.405e+12 2.603e-D9 3.813e-07 1.15le-11 1 .686e-09 10.05 6.594e+12 5.969e-03 1.222e+00 1. 590e-05 3.255e-03 D.06 1.914e+12 7.671e-01 1.366e+02 1.524e-03 2.712e-'O1 0.04 1.405e+12 2.603e-D9 3.813e-07 1.151e-11 1.6-86e-09 n nfl , OAe .1 O t GaCO~..nl 1 I Y) nn L I CsOnasn< 12 l)r.A Al

Page :3 DOS File: 1SP24RAD.MSS Run Date: August 1, 2005 I EC-RAODN-1135 Run Time: 4:39:22 PM Poge. lo8 Duration: 00:00:20 Eneray Activity Fluence Rate Fluence Rate Exposure Rate Exposure Rate HeV photons/sec MeV/cm2 /sec MeVlcm 2 /sec mR/hr mR/hr No Buildup With Builduw .No Buildu: With Buildun 0.08 7.437e+12 5.755e+02 5.210e+04 9.107 e-01 8.245e+01 0.1 7.069e+12 4.692e+03 2.293e+05 7.179e+00 3.508e+02 0.15 1.128e+13 5.764e+04 1.117e+06 9, 492e+01 1,839e+03 0.2 5.004e+13 5.852e+05 7.302e+06 1.033e+03 1.289e+04 0.3 4.150e+13 1.162e+06 8.627e+06 2.204e+03 1.636e+04 0.4 2.115e+14 1.020e+07 5.713e+07 1. 987e+04 1.113e+05 0.5 3.218e+14 2.325e+07 1.070e+08 4.564e+04 2. 100e+05 0.6 4.833e+14 4.824e+07 1.920e+08 9.416e+04 3.747e+05 0.8 3.873e+14 6.390e+07 2.062e+08 1.215e+05 3.923e+05 1.0 1.341e+14 3.249e+07 9.102e+07 5.990e+04 1.676e+05 1.5 7.817e+13 3.743e+07 8.364e+07 6.298e+04 1.407e+05 2.0 1.487e+13 1.128e+07 2.219e+07 1.744e+04 3.431e+04 3.0 1.165e+10 1.627e+04 2.759e+04 2.207e+01 3.744e+01 4.0 1.447e+05 3.028e-01 4.715e-01 3.747e-04 5.833e-04 TOTALS: 1.823e+15 2.286e+08 7.765e+08 4.249e+05 1.463e+06 ii I

LcroShield v5.01 (S.01-00076)

 =nnsylvania Power & Light Co.

Page : 1 File Ref: __DOS File: 2SPlGR.MS5 Date:Run Date: August 19, 2005 EC-R4DN-1 135 By:Run Time: 2:30:37 PM Page 109 Checked:Duration: 00:02:11 Case

Title:

Suppression PooCase Descriptions 1 Hour, Grove Geometry: 7 - Cylinder Volume - Side Shields Source Dimensions Height 914.4 cm 30 ft II Radius 16.828 cm 6.6 in It IS Dose Points III Y z

 # 1 304.8 cm 457.2 cm 0 cm 10 ft 0.0 in 15 ft 0.0 in II Shields

• I Shield Name Dimension MaterialDensitv SI Source 8.13e+05 cm 3 Water 1 SI Shield 1 15.24 cmConcrete2.35 S1I Transition Air 0.00122 Air Gap Air 0.00122 Wall Clad .953 cm Iron 7.86 Source Input Grouping Method s Standard Indices Number of Groups: 25 Lower Energy Cutoff s 0.015 Photons < 0,015: Excluded Library: Grove Nucl ide curia es becauerels uCilcm3 RQZCM3 Am-242. 1.1038e>-003 4.0842e+007 1.3570e-0 03 5.0209e+001 Am-242 4.7554e >-001 1.7595e+010 5.8460e-0 01 2.1630e+004 Am-242mr L 7.2160c>-005 2.6699e+006 8.8710e-0 05 3.2823e+000 Am-243 1.3601e?-004 5.0323e+006 1.6720e-0 04 6.1864e+000 Am-244 5.6201e!-001 2.0794e+010 6.9090e-0 01 2.5563e+004 Ba- 13 5m 4.4479e!-001 1.6457e+010 5.4680e-0 01 2.0232e+004 Ba- 137n 1.7871e?+002 6.6124e+012 2.1970e+0 02 8.1289e+006 Ba-139 14634e?+003 5.4145e+013 1.7990e+O 03 6.6563e+007 Ba-140 2.1280e3+003 7.8734e+013 2.6160e+O 03 9.6792e+007 Ba-141 2.0035e .+002 7.4130e+012 2.4630e+0 02 9. 1131e+006 Ba-142 3.6166e-+001 1.3381e+012 4.4460e+0 01 1.6450e+006 Br-82 2.4493e>+001 9.0623e+0ll 3.0llOe+O 01 1 .1142e+006 Br-83 6.7833e-+002 2.5098e+013 8.3390e+0 02 3.0854e+007 Br-84 4..6984e!+002 1.7384e+013 5.7760e+0. 02 2.13 1e+007 Ce-141 1.9539e>+00l 7.2294e+0ll 2.4020e+0 01 0.8874e+005 Ce-143 l .7871e-+001 6.6124e+011 2.1970e+0101 8.1289e+005 Ce- 14 4 1.6464e'+001 6.0917e+011 2.0240e+0101 7.4888e+005 Cm-242 2.9032e>-001 1.0742e+010 3.5690e-0i01 1.3205e+004 Cm-243 1.2503e!-004 4.6259e+006 l.5370e-10 04 5.6969,eo000 Cm-244 1.6960e^-002 6.2753e+008 2.0850e-Oi02 7.7145e+0.02 Co-58 3.2172e!-001 1.1903e+010 3.9550e-Ol 01 1.4633e+iO4 Co-60 1.7334e!-001 6.4137e+009 2.1310e-01101 7 .8847e+003 Co-60m 5.4037et-003 1.9994e+008 6.6430e-01D3 2.4579e+002 Cm--44 -B0 t.2.9O1o-8 0 3.iS eO-1'01 DIB 1.d+3ate i-Co- 52 2.2132Ci-001 1.190le-s.-I'I 3.QSB0o--e

Page 2 DOS File: 2SPIR.MS5 Run Date: August 19, 2005 C-fRADN-1 135 Run Time: 2:30:37 PM Page 110 Duration: 00:02:11 3Nuclidte curies becoruerels ,UcijycM3 Ba/cM Cs-132 2.3565e-001 8.7192e+009 2.8970e-'001 1.0719e+004 Cs-134 1.2511e+003 4.6290e+013 1.5380e+003 5.6906e+007 Cs-134m 2.0621e+002 7.6297e+012 2.5350e+002 9.3795e+006 Cs-136 3.9859e+002 1.4748e+013 4.9000e+002 1.8130e+007 Cs-137 9.4359e+002 3.4913e+013 1.lfOOe+003 4.2920e+007 Cs-138 4.8636e+003 1.7995e+014 5.9790e+003 2.2122e+006 Cs-139 1.2307e+002 4.5537e+012 1.5130e+002 5.5981e+006 Eu-152m 1.0005e-003 3.7020e+007 1.2300e-003 4.5510e+001 Eu-154 4.5935e-002 1.6996e+009 5.6470e-002 2.0894e+003 Eu-155 1.8888e-002 -6.9886e+008 2.3220e-002 8.5914e+002 Eu-156 1.1884e+000 4.3972e+010 1.4610e+O00 S.4057e+004 1-128 1.4666e+001 5.4265e+011 1.8030e+001 6. 6711e+005 I-130 1.6358e+002 6.0526e+012 2.0llOe-002 7.4407e+006 I-131 6.9834e+003 2.5839e+014 8.5850e+003 3.1764e+008 I-132 1.0176e+004 3.7652e+014 1.2510e+004 4.6287e+008 I-133 1.4219e+004 5.2610e+014 1.7480e+004 6.4676e+008 1-134 1.1421e+004 4.2257e+014 1.4040e+004 5.1948e+008 1-135 1.2421e+004 4.5959e+014 1.5270e+004 5.649Re+008 La-140 9.llO5e+000 3.3709e+011 1.1200e+001 4.1440ee+005 La-141 6.9834e+000 2.5839e+011 8.5850e+000 3.1764e+005 La-142 5.3866e+000 1.9930e+011 6.6220e+000 2.4501e+005 Mo-99 1.0892e+002 4.0300e+012 1.3390e+002 4.9543e+006 Mo-101 5.8193e+000 2.1532e+011 7.1540e+000 2.6470e+005 Nb-95 8.3703e+000 3.0970e+011 1.0290e+0l01 3.8073e+005 Nb-95m 9.2813e-002 3.4341e+009 1.1410e-001 4.2217e+003 Nb-96 1.3161e-002 4.8697e+008 1.6f8Oe-002 5.9866e+t002 Nb-97 8.1832e+000 3.0278e+011 1.0060e+001 3.7222e+005 Nb-97m 7.5316e+000 2.7S67e+011 9.2590e+000 3.4258e+005 Nd-147 3.1423e+000 1.1627e+011 3.8630e+DO0 1.4293e+005 Nd-149 1.2372e+000 4.5778e+010 1.5210e+000 5.6277e+004 Np-236m 5.1125e-005 1.8916e+006 6.2850e-005 2.3254e+000 Np-238 5.0458e+000 1.8669e+011 6.2030e+000 2.2951e+0O5 Np-239 2.2947e+002 8.4904e+012 2.8210e+002 1.0438e+007 Np-240 2.1865e-001 8.0901e+009 2.6880e-001 9.9456e+003 Pd-109 2.1450e+001 7.9366e+01l 2.6370e+001 9. 7569e+005 Pm-147 1.0908e+000 4.0360e+010 1.3410e+000 4.9617e+004 Pm-148 8.7445e-001 3.2355e+010 1.0750e+000 3.9775e+004 Pm-148m 1.6863e-001 6.2392e+009 2.0730e-001 7.6701e+003 Pm-149 2.7934e+000 1.0335e+011 3.434.0e+000 1.2706e+005 Pm-151 9.2813e-001 3.4341e+010 1.14ltie+000 4. 2217e+004 Pr-142 3.0789e-001 1.1392e+010 3.7850e-001 1.4004e+004 Pr-143 7.0167e+000 2.5962e+011 8.6260e+000 3.1916e+005 Pr-144 6.584Qe+000 2.4361e+011 8.0940e+000 2.'9948e+005 Pr-144m 9.2081e-002 3.407De+009 1.1320e-O01 4.1884e+003 Pu-237 7.2909e-00S 2.6976e+006 8.9630e-DOS 3.31163e+000 Pu-238 4.9628e-002 1.8362e+009 6.lOIOe-002 2.2574e+003 Pu-239 5.2540e-003 1.9440e+008 6. 4590e-003 2.3098e+002 Pu-240 8.4760e-003 3.1361e+008 1.0420e-002 3. 8554e+002 Pu-241 2.0865e+000 7.7199e+010 2.5650e+010 9.4905e+004 Pu-243 3,9574e+000 1.4642e+011 4.8650e+t00 1.80Ole+005 Rb-86 1.1762e+001 4.3521e+011 1.4460e+001 5.3502e+005 Rb-88 3.5124e+003 1.2996e+014 4.3180e+"03 1.5977e+008 Rh-103m 9.3139e+001 3.4461e+012 1. 1450e+002 4.236Se+006 Rh-896. 1 11762e*001 d .32:e+001 d1.3S23 e i 011 J;§gejaO I . 446SO... O1 i~ e-e$gg S.3S502.o.0O6 I

Page : 3 DOS File: 2SP1GR.MS5 Run Date: August 19, 2005 EC-RADN-113 5 Run Time: 2:30:37 PM Page III Duration: 00:02:11 Nuclide . gries Rh-105m. 1.6253e+001 6.0134e+011 1.9980e+001 7. 3926e+005 Rh-106 3.7239e+001 1.3779e+012 4.5780e+001 1.6939e+006 Ru-103 9.3139e+001 3.4461e+012 1.145t0e+002 4.2365e+006 Ru-105 5.6949e+001 2.1071e+012 7.001Oe+001 2.,5904e+006 Ru-106 3.7239e+001 1.3779e+012 4.5780e+001 1. 6939e+006 Sb-122 2.3028e+000 8.5205e+010 2.8310e+000 1.0475e+005 Sb-124 1.0575e+000 3.9126e+010 1.3000e+000 4.8100e+004 Sb-125 1.4918e+001 5.5198e+011 1.8340e+001 6.7858e+005 Sb-126 5.0441e-001 1.8663e+010 -6.2010e-001 2.2944e+004 Sb-126m 6.7239e-002 2.4878e+009 8.2660e-002 3.0584e+003 Sb-127 1.0144e+002 3.7531e+012 1.2470e+002 4.6139e+006 Sb-129 3.2668e+002 1.2087e+013 4.0160e+002 1.4859e+007 Sm- 151 2.9593e-003 1.0949e+008 3.6380e-003 1.3461e+002 Sm-153 2.2776e+000 8.4272e+010 2.8000e+000 1.0360e+005 Sr-89 1.1225e+003 4.1534e+013 1.3800e+003 5.1060e.007 Sr-90 1. 4219e+002 5.2610e+012 1 .7480e+002 6.4676e+006 Sr-91 1. 3218e+003 4.8908e+013 1.6250e+003 6 .0125e+007 Sr-92 1.1722e+003 4.3370e+013 1.4410e+,003 5.3317e+007 Sr-93 6.3513e+000 2.3500e+011 7.8080e+.000 2 .8890e+005 Tc-99 1.2015e-003 4.4454e+007 1.4770e-003 5.4649e+001 Tc-99m 9.7287e+001 3.5996e+012 1.1960e+002 4.4252e+O06 Tc-101 2.1743e+001 8.0450e+011 2.6730e+001 9 .B901e+005 Te-123m 1.0558e-002 3.9066e+008 1.2980e-002 4.8026e+002 Te-125m 3.2928e+000 1.2183e+011 4.0480e+000 1.4978e+005 Te-127 1.0144e+002 3.7531e+012 1.2470e+002 4.6139e+006 Te-127m 1.7294e+001 6.3987e+011 2.1260e+001 7.8662e+005 Te-129 3.4750e+002 1.2858e+013 4.272Oe+002 1.5806e+007 Te-129m 7.2494e+001 2.6823e+012 8.9120e+001 3.2974e+006 Te-131 4.8131e+002 1.7809e+013 5.9170e+002 2.1893e+007 Te-131m 2.2947e+002 8.4904e+012 2.8210e+002 1.0438e+007 Te-132 1.6627e+003 6.1519e+013 2.0440e+003 7.5628e+007 Te-133 1.5878e+002 5.8750e+012 1.9520e+002 7.2224e+00E Te-133m 5.1043e+002 1.8886e+013 6.2750e+002 2.3218e+007 Te-134 7.8481e+002 2.9038e+013 9.6480e+002 3.5698e+007 Y-90 5.9308e-001 2.1944e+010 7.2910e-001 2.6977e+004 Y-91 5.8535e+000 2.1658e+011 7.1960e+000 2.6625e+005 Y-91m 3.2220e+000 1.1922e+011 3.9610e+00 1.4656e+005 Y-92 5.9528e+000 2.2025e+011 7.3180e+000 2.7077e+005 Y-93 4.3893e+000 1.6240e+011 5.3960e+000 1.9965e+005 zr-89 2.3842e-003 8.8215e+007 2.9310e-003 1.0845e+002 Zr-93 1.2934e-006 4.7855e+004 l.5900e-006 5.8830e-002 Zr-95 8.3378e+000 3.0850e+011 1.025Oe+001 3.7925e+005 Zr-97 7.9310e+000 2.9345e+011 9.7500e+.00 3.6075e+005 Buildup The material reference is i Shield 1 Integraticn Parameters Radial 20 Circumferential 20 Y Direction (axial) 25 Results t1rcumrerenciaiL Y DirAction (axial) 7

Page 4 DOS File: 2SP1GR.MS5 Run Date: August 19, 2005 Run Time: 2:30:37 PM ,ECRAON-1 135 00:02:11 Page 112 Duration:Enercv Activity Fluence Rate Fluence Rate Exposure Rate Exposure Rate Dgy pbhotonsE MeV/cm2lsec .MeV/cm2/sec mR/hr .R/~lhr No Buildun With Buildun No Buildup withbuilduo 0.015 8.979e+09 2.647e-312 7.352e-25 2.270e-313 6.306e-26 40.02 9.797e+11 6.359e-137 1.262e-22 2.203e-138 4.372e-24 0.03 1.057e+14 8.877.e-41 3.012e-20 8.798e-43 2.986e-22 0.04 2.595e+12 2.197e-18 8.962e-18 9.715e-21 3.963e-20 0.05 8.101e+12 4.719e-09 3.780e-08 1.257e-11 1.007e-10 0.06 2.078e+12 1.302e-05 1.669e-04 2.587e-08 3.315e-07 0.08 1.522e+13 2.436e-01 5.133e+00 3.856e-04 8.122e-03 0.1 1.149e+13 4.329e+00 1.184e+02 6.622e-03 1.8le-0l 0.15 6.122e+13 4.970e+02 1.526e+04 6.184e-01 2.514e+01 0.2 1.080e+14 3.397e+03 9.648e+04 5 .995e+00 1.703e+02 0.3 8.913e+13 1.301e+04 2.809e+05 2.468e+01 5.328e+02 0.4 3.274e+14 1.281e+05 2.119e+06 2.497e+02 4.129e+03 0.5 7.714e+14 6.289e+05 8.300e+06 1.234e+-03 1.629e+04 0.6 7.515e+14 1.097e+06 1. 191e+4D7 2.141e+03 2.336e+04 0.8 1.339e+15 4.774e+06 3.869e+07 9 .081e+03 7.359e+04 1.0 6.105e+14 4.259e+06 2.758e+07 7.850e+03 5.083e+04 1.5 5.759e+14 1.278e+07 5.689e+07- 2.lSOe+04 9.572e+04 2.0 1.614e+14 7.594e+06 2.705e+07 1.174e+04 4.183ee+104 3.0 2.061e+13 2.506e+06 6.806e+06 3.400e+03 9.233e.03 4.0 1.256e+12 2.776e+05 6.373e+05 3.434e+02 7.884e+02 5.0 1.863e+11 6.272e+04 1.284e+05 7.190e+O1 1.472e+02 TOTALS: 4.963e+15 3.412e+07 1.806e+08 5.765e+04 3.166e+05 Sensitivity Variable (1 of 5) (30.48 cm) 0.015 8. 979e+09 0.OOOe+00 7.352e-25 0.OOe+00 6.306e-26 0.02 9.797e+11 1. 318e-191 1.262e-22 4.566e-193 4.372e-24 0.03 1.057e+14 1.250e-58 3.012e-20 1.239e-60 2.986e-22 0.04 2.595e+12 2.566e-27 1.961e-21 1. 135e-29 8.672e-24 0.05 8.101e+12 7.927e-15 7 .628e-14 2.112e-17 2.032e-16 0.06 2.078e+12 5.477e-10 1.OOle-08 1.O88e-12 1.989e-11 0.08 1. 522e+13 1.443e-04 4.985e-03 2.283e-07 7.888e-06 0.1 1.149e+13 7.374e-03 3.858e-01 1.128e-05 5. 9D2e-04 0.15 6.122e+13 2.495e+00 1.735e+02 4.109e-03, 2.857e-01 0.2 1. 080e+14 2.900e+01 1.962e+03 5. 119e-02 3.462e+0.0 0.3 8.913e+13 2.11Oe+02 1.058e404 4 .002e-01i 2.007e+01 0.4 3.274e+14 3.160e+03 1.151e+05 6.158e+0 2.242e+02 0.5 7.714e+14 2.114e+04 5. 824e+05 4.149e+01 1 1.143e+03 0.6 7.515e+14 4.697e+04 1.023e+06 9.169e+o1 1.997e+03 0.8 1.339e+15 2.942e+05 4 .420e-e06 5.597e+02 8.406e+03 1.0 6.105e+14 3.426e+05 3.872e+06 6.315e+02- 7.137e+03 1.5 5.759e+14 1.600e+06 1.129e+07 2.692e+03 1.900e+04 2.0 1.614e+14 1.246e.06 6. 619e+06 1.927e+03 m 1.024e+04 3.0 2.061e+13 5.644e+05 2. 116e+06 7 .657e.e+02 2.870e+03 4.0 1.256e+12 7.483e+04 2.267e+05 9.257e+01 2.805e+02 5.0 1.863e+11 1. 897e+04 4. 942e+07q 2.175e+01 5.665e+01 TOTALS: 4.963e+15 4.213e+06 3 .033e+07 6.830e+03 5.138e+04 !Sensitivity Variable (2 of 5) (45.72 cm)TWALS: 4.9bJe+lb IVAS .4&.Zie+Ub 3 -,UIJ Je+ U'/ f0.lUj~e+U4

Page : 5 DOS File: 2SPlGR.MS5 Run Date: August 19, 2005 EC-RADN-I 135 Run Time: 2:30:37 PM Page 113 Duration: 00:02:11 Enerovy Activitv Eluence Rate Fluence Rate Exwosure Rate Exposure Rate meV/cm2isec MeV/cm 2 /sec mR/r nR/hr No Build= With Buildump No Bu i Iu With Buildup 0.015 8.979e+09 0.OOOe+00 7.352e-25 0. OOOe+00 6.306e-26 0.02 9.797e+11 2.903e-246 1.262e-22 1.005e-247 4.372e-24 0.03 1.057e+14 1.878e-76 3.012e-20 1.B61e-78 2.986e-22 0.04 2.595e+12 3.209e-36 1.961e-21 1.419e-38 s .672e-24 0.05 8.101e+12 1.435e-20 1.617e-19 3.823e-23 4.3107e-22 0.06 2.078e+12 2.498e-14 6.616e-13 4.963e-17 1.314e-15 0.08 1.522e+13 9.381e-08 4.68le-06 1.484e-10 7.407e-09 0.1 1.149e+13 1.390e-05 1.174e-03 2.127e-08 1.796e-06 0.15 6.122e+13 1.395e-02 1.780e+00 2.297e-05 2.931e-03 0.2 1.080e+14 2.756e-01 3.564e+01 4.864e-04 6.291e-02 0.3 8.913e+13 3.791e+00 3.562e+02 7.192e-03 6.758e-tl 0.4 3.274e+14 8.598e+01 5.621e+03 1.675e-01 1.095e+01 0.5 7.714e+14 7.806e+02 3.713e+04 1.532e+00 7.288e+01 0.6 7.515e+14 2.202e+03 7.990e+04 4.298e+00 1.560e+02 0.8 1.339e+15 1.972e+04 4.668e+05 3.751e+01 8.879e+02 1.0 6.lOSe+14 2.981e+04 5.094e+05 5.495e+01 9.390e+02 1.5 5.759e+14 2.143e+05 2.129e+06 3.606e+02 3 .582e+03 2.0 1.614e+14 2.171e+05 1.554e+06 3.358e+02 2.403e+03 3.0 2.061e+13 1.335e+05 6.403e+05 1.812e+02 8.687e+02 4.0 1.256e+12 2.105e+04 7.899e+04 2.605e+01 9.772e+01 5.0 1.863e+11 5.963e+03 1. 879e+04 6.835e+00 2.154e+01 TOTALS: 4.963e+15 6.446e+05 5.520e+06 1.-009e+03 9.040e+03 Sensitivity Variable (3 -of 5) (60.96 acm) 0.015 8.979e+09 0.000e+00 7.352e-25 0. 000e+00 6.306e-26 0.02 9.797e+11 6.611e-301 1.262e-22 2 .290e-302 4.372e-24 0.03 1.057e+14 2.921e-94 3.012e-20 2.895e-96 2.986e-22 0.04 2.595e+12 4.158e-45 1.961e-21 1.839e-47 8.672e-24 0.05 8.101e+12 2.698e-26 2. 00le-20 7.188e-29 5.330e-23 0.06 2.078e+12 1.187e-18 4.651e-17 2.358e-21 9.239e-20 0.08 1.522e+13 6.381e-11 4.221e-09 1.OlOe-13 6.679e-12 0.1 1.149e+13 2.749e-08 3.382e-06 4.205e-11 5.174e-09 0.15 6.122e+13 8.200e-05 1.698e-02 1. 350e-007 2.796e-05 0.2 1.080e+14 2.752e-03 6.011e-01 4. 858e-06 1 .06le-03 0.3 8.913e+13 7.151e-02 1.116e+01 1. 356e-04 2.116e-02 0.4 3.274e+14 2.451e+00 2.561e+02 4.776e-03 4. 991e-01 0.5 7.714e+14 3.016e+01 2.21Be+03 5.921e-02 4. 354e+00 0.6 7.515e+14 1. 079e+02 5.876ee+03 2.105e-'Ol 1. 147e+01 0.8 1.339e+15 1.379e+03 4.676e+04 2.622e+ 0 8 .894e+01 1.0 6.105e+14 2.700e+03 6.412e+04 4.978e+00 1. 182e+02 1.5 5.759e+14 2.978e+04 3.884e+05 5.010e+01 6. 53,5e+02 2.0 1.614e+14 3.912e+04 3 .559e+05 6.049e+o1 5. 503e+02 3.0 2.061e+13 3.252e+04 1. 904e+05 4.412e+01 2 .583e+02 4.0 1.256e+12 6.080e+03 2.720e+04 7 .521e+0O 3 .365e+01 5.0 1.863e+11 1.919e+03 7.092e+03 2.200e+00 S. 130e+00 TOTALS: 4.963e+15 1.136e+05 1.088e+06 1.723e+02 1.727e+03 I Sensitivity Variable (4 of 5) (76.2 cm)TOTALS: 4.9b3e+1b1 4 e+!£

1. Ijbe+U5 e 0 1.72je+02 2 L 2 0 U 1.727e+vs

Page S DOS File: 2SP1GR .MS 35 Run Date: August 19, 2005 EC, RADN- 1 Run Time: 2:30:37 PM P896 114 Duration: 00:02:11 Enercrv Actviy . Fluence Rate Fluence Rate ,.Exmsure Rate Exposure Rate 11Y nh~ot ons/sec ,MeV/CM2sErc MeV/cm2 /sec :mR~hr 'MR/hr No luilduip With Buildup .No Buildu3? With Builduo 0.015 8.979e+09 0 .OOOe+O0 7.352e-25 0 . OOi+0O 6.306e-26 0.02 9.797e+1l 0.OOOe+00 1.262e-22 0.OOOe+00 4.372e-24 0.03 1.057e+14 4.640e-112 3.012e-20 4.599e-114 2.986e-22 0.04 2.595e+12 5.5506e-54 1.961e-21 2.435e-56 8.672e-24 0.05 8.101e+12 5.192e-32 2.00le-20 1.383e-34 5.330e-23 0.06 2.078e+12 5.780e-23 3.81te-20 1.148e-25 7.584e-23 0.08 1.522e+13 4.458e-14 3.662e-12 7.055e-17 5. 795e-15 0.1 1.149e+13 5.589e-11 9.481e-09 8.550e-14 1.45De-11 0.15 6.122e+13 4.960e-07 1.541e-04 8.168e-10 2.537e-07 0.2 1.080e+14 2.829e-05 9.580e-03 4.993e-08 1 .69le-05 0.3 8.913e+13 1.387e-03 3.314e-01 2.631e-06 6.286e-04 0.4 3.274e+14 7.181e-02 1.llOe+O1 1.399e-04 2.163e-02 0.5 7.714e+14 1.197e+00 1.267e+02 2.35Oe-03 2.487e-01 0.6 7.515e+14 5.423e+00 4.150e+02 1.059e-02 8.10le-01 0.8 1.339e+15 9.882e+01 4.539e+03 1.880e-01 8.634e+00 1.0 6.105e+14 2.506e+02 7.821e+03 4.619e-01 1.442e+01 1.5 5.759e+14 4.231e+03 6.918e+04 7.119e+4O 1. 164e+02 2.0 1.614e+14 7.198e+03 8.005e+04 1.113e+01 1.238e+02 3.0 2.061e+13 8.071e+03 V5.601e+04 1.095e+0l 7.598e+01 4.0 1.256e+12 1.787e+03 9.293e+03 2.210e+00 1.150e+01 5.0 1.863e+11 6.278e+02 2.660e+03 7.197e-01 3.049e+00 TOTALS: 4.963e+15 2.227e+04 2.301e+05 3.279e+01 3.548e+02 Sensitivity Variable (5 of 5) (91.44 cm) 0.015 8.979e+09 0.OOOe+00 7.352e-25 0.OOOe+O0 6.306e-26 0.02 9.797e+11 0.OOOe+00 1.262e-22 0.O0Oe+00 4.372e-24 0.03 1.057e+14 7.476e-130 3.012e-20 7.409e-132 2.986e-22 0.04 2.595e+12 7. 401e-63 1.961e-21 3.273e-65 8.672e-24 0.05 8.101e+12 1.015e-37 2.00le-20 2.703e-40 5.330e-23 0.06 2.078e+12 2.861e-27 3.684e-20 5.682e-30 7.317e-23 0.08 1.522e+13 3.170e-17 3.035e-15 5.01e-20 4.S03e-18 0.1 1.149e+13 1.157e-13 2.589e-11 1.770e-16 3.961e-14 0.15 6.122e+13 3.058e-09 1.352e-06 5.035e-12 2.226e-09 0.2 1.080e+14 2.963e-07 1.469e-04 5.229e-10 2.593e-07 0.3 8.913e+13 2.740e-05 9.443e-03 5.198e-08 1.791e-D5 0.4 3.274e+14 2.142e-03 4.639e-01 4. 174e-06 9.039e-04 0.5 7.714e+14 4.834e-02 6.992e+00 9.488e-05 1.372e-02 0.6 7.515e+14 2.774e-01 2.841e+01 5.415e-04 5.546e-02 0.8 1.339e+15 7.202e+00 4. 283e+02 1.370e-02 8.147e-O1 1.0 6.105e+14 2.364e+01 9.311e+02 4.357e-02 1.716e+00 1.5 5.759e+14 6.105e+02 1.214e+04 1. 027e+00 2.042e+01 2.0 1.614e+14 1. 344e+03 1.779e+04 2.078e+00 2.750e+0l 3.0 2.061e+13 2. 030e+03 1.633e+04 2.755e+00 2.216e+01 4.0 1.256e+12 5.316e+02 3.153e+03 6. 577e-02 3.900e+00 5.0 1.863e+11 2.079e+02 9.940e+02 2.383e-01 1.140e+00 TOTALS: 4.963e+15 4.755e+03 5.180e+04 6.814e+00 7.772e+01'LUVALS: 4.963,e+lb 4.'/55,e+03 5. 180e+04 I 5l*0e04 6.814,e+00 4.1bb~t 7.772e+01

MicroShield vS.01 (5.01-00076)Pennsylvania Power & Light Co.Page : 1 File PRef: -5 DOS File: 2SPlI38.MS5 EC.RADN-113 Date:Run Date: August 19, 2005 Page 15 By:Run Time: 2:32:48 PM H Checked: _Duration: 00:02:05 Case

Title:

Suppression Pool Descriptions 1 Hour, ICRP38 Geometry: 7 - Cylinder Volume - Side Shields Source Dimensions Height 914.4 cm 30 ft Radius 16.828'cm 6.6 in IDose Points Y

 # 1 304.8 cm 457.2 cm 0cm 10 ft 0.0 in 15 ft 0.0 in II 0 Shields ,, Shield Name Dimension MaterialDensitY Source 8.13e+05 cm3 Water 1 Shield 1 15.24 cmConcrete2.35 Transition Air 0.00122 Air Gap Air 0.00122 Wall Clad .953 cm Iron 7.86 Solarce Input Grouping Methc)d s Standard Indices Number of Groups s 25 Lower Energy Cutoff: 0.015 Photons < 0.015 s Excluded Libra,ry S ICRP-38 Nuclide cSuries becc ruerels aUCi/Cm3 Ba/cm' Cs-135m 1.1559e+002 4.27i68e+012 1.4210e+002 5.2577e+006 Eu-157 1.1006e-001 4.07: 22e+009 1.3530e-001 5.00O1e+003 Eu-158 1.8725e-002 6.921B4e+008 2.3020e-002 8.5174e+002 La-143 3.8573e-001 1.42-72e+010 4.7420e-001 1.7545e+004 Wd-151 3. 3587e-002 1.24: 27e+009 4.1290e-002 1.5277e+003 Pm-150 1.8587e-002 6.87' 72e+008 2.2850e-002 8.4545e+002 Pr-145 4.4560e+000 1.641B7e+01l 5.4780e+000 2.0269e+005 Pr-147 1.5732e-001 5.82108e+009 1.934Oe-001 7.1558e+003 Rh-106m 9 .4766e-001 3.50153e+010 1.1650e+000 4.3105e+004 Rh-107 6.8581e+000 2.53' 75e+011 8.4310e+000 3.1195e+005 Sb-128a 1.6627e+001 6.15: 19e+0ll 2.0440e--0012 7.5628e+005 Sb-128b 9. 8914e+001 3.65!R8e+012 1.2160e+002 4.4992e+006 Sb-130 4.3812e+001 1.62:l0e+012 5.3860e+001i 1.9928e+006 Sb-131 1.5211e+002 5.62132e+012 1.8700e+002 6.9190e+006 Se-81 8.7282e+000 3.22!?4e+011 1.0730e+001, 3.9701e+005 Se-81m 2.0450e+000 7.56455e+010 2.5140e.406 9.3018e+004 Se-83 1.0306e+001 3.81'33e+011 1.2670e+001`- 4.6879e+005 Sm-155 2.8633e-002 1. 05!M4e+009 3.5200e-002 1.3024e+003 Sm-156 1.0371e-001 3.83 74e+009 1.2750e-001 4.7175e+003 Y-94 8.5167e-001 3.15: 12e-010 1.0470e 004 3.8739e+004 Y-95 1.5130e-001 5.59431e+-009 1.86D0e-001 6.8820e+003 Buildup V -Q; I1 tIQA10nA1Q1.n' X

Page :2 DOS File: 2P5I38.MSS Run Date: August 19, 2005 EC-RADNV- 135 Run Time: 2:32:48 PM Paeg 116 Duration: 00:02:05 Integration Parameters Radial 20 Circumferential 20 Y Direction (axial) 25 Results Enerov Activity Fluence Rate Fluence Rate Exposure Rate Exoosure Rate 1MeV photons / sec MeV/cm2 J sec MeV/cm2 /sec mR/hr No Buildun With Buildup No BuilduD With Buildun 10.015 2.062e+07 6.077e-315 1.688e-27 5.213e-316 1.448e-28

0.02 4.509e+09 2.927e-139 5.809e-25 1.014e-140 2.012e-26 0.03 5.594e+11 4.696e-43 1 .594e-22 4.654e-45 1. 580e-24 0.04 1.400e+10 1.185e-20 4.833e-20 5.239e-23 2.137e-22 0.05 1. 170e+09 6.817e-13 5.461e-12 1.816e-15 1.455e-14 0.06 1.056e+09 6.620e-09 8.483e-08 1.315e-11 1.685e-10 0.08 2.406e+09 3.851e-05 8.113e-04 6. 094e-08 1.284e-06 0.1 4 .909e+10 1. 849e-02 5.055e-01 2.828e-05 7.734e-04 0.15 1.781e+11 1.446e+00 4.440e+01 2.380e-03 7.311e-02 0.2 1.388e+12 4.366e+01 1.240e+03 7.706e-02 2.189e+00 0.3 5.283e+12 7. 712e+02 1.665e+04 1.463e+00 3.159e+01 0.4 7.197e+11 2.817e+02 4.658e+03 5.488e-01 9.075e+00 0.5 2.518e+12 2.053e+03 2.709e+04 4.030e+00 5.318e+01 0.6 5.857e+12 8.548e+03 9.325e+04 1.668e+Ol 1.B20e+02 0.8 2.252e+13 8.030ee+04 6.507e+05 1.527e+02 1.238e+03 1.0 6.278e+12 4.380e+04 2.836e+05 8.073e+01 5.228e+02 1.5 1 .590e+12 3.528e+04 1.571e+05 5.936e+01 2.643e+02 2.0 1.230e+12 5.788e+04 2.061e+05 8.950e+01 3. 188e+02

 -3.0 7.760e+10 9.438e+03 2.563e+04 1. 280e+01 3.477e+01 4.0 3.370e.08 7.448e+01 1.710e+02 9.214e-02 2.116e-01 i TOTALS: 4.827e+13 2.385e*05 1.466e+06 4. 180e+02 2.657e+03 Sensitivity Variable (1 of 5) (30.48 cm) 0.015 2.062e+07 0.OOOe+O0 1.688e-27 0.OOOe+00 1. 448e-28 0.02 4.509e+09 6.066e-194 5 .809e-25 2.10le-195 2.012e-26 0.03 5.594e+11 6.612e-61 1.594e-22 6.553e-63 1. 580e-24 0.04 1.400e+10 1. 384e-29 1.057e-23 6.119e-32 4.677e-26 0.05 1.170e+09 1.145e-18 l.102e-17 3.05le-21 2.936e-20 0.06 1. 056e+09 2.783e-13 5.090e-12 5.529e-16 1.Olle-14 0.08 2.406e+09 2.280e-08 7.879e-07 3.609e-11 1. 247e-09 0.1 4.909e+10 3. 150e-05 1.648e-03 4 .819e-08 2. 521e-06 0.15 1 .781e+12 7.259e-03 5.047e-01 1.195e-05 8.311e-04 0.2 1.388e+12 3.728e-01 2.521e+01 6.579e-04 4.450e-02 0.3 5.283e+12 1.251e+0l 6.273e+02 2.372e-02 1. 190e+00 0.4 7 .197e+11 6.947e+00 2.530e+02 1. 354e-02 4.929e-0l 0.5 2.518e+12 6.901e+01 1.901e+03 1. 354e-01 3.732e+00 0.6 5.857e+12 3.661e+02 7.974e+03 7.145e-01 1.557,e+01 0.8 2.252e+13 4.949e+03 7.433e+04 9.413e+00 1.414e+02 1.0 6.278e+12 3.523e+03 3.982e+04 6.495e+00 7.340e+01 1.5 1.590e+12 4.417e+03 3. 118e+04 7.431e+00 5.246e+01 2.0 1.230e+12 9.498e+03 5.044e+04 1.469e+01 7.BOle+01 3.0 7.760e+10 2.125e+03 7.967e+03 2.883e+00 1 .OS1e+01 4.0 3.370e+08 2.008e+01 6.084e+01 2.484e-02 7. 527e-02 1.2jue+i2 9.49e0 b .044e+04 1 .4b9e+OiL 7 .ile+O1 *7 7fAno.6iA 9 1 DpCA.OA I 047i=.A'I ,9 c . O 1 11 AI 6:,.OL1

Page : 3 DOS File: 2SPl138.MSS Run Date: August 19, 2005 Run Time: 2:32:48 PM ECRADN-1435 page If7 Duration: 00:02:05 Enercy Activity Fluence Rate Fluence Rate Exposure Rate Ex2osure Rate MeV photons/sec MeYjCM2,jseC NeV/cm 2 Isec mR/hr W Rihr No Bu i Idur) With Buildup No Buil~dup With-Buildup TOTALS: 4.827e+13 2.499e+04 2.146e+05 4.182e+01 3 .772e+02 Sensitivity Variable (2 of 5) (45.72 cm) 0.015 2.062e+07 0.OOOe+00 1.688e-27 0.000e+.00 1.448e-28 0.02 4.509e+09 1.336e-248 5.809e-25 4.627e-250 2.012e-26 0.03 5.594e+11 9.935e-79 1.594e-22 9.846e-81 1. 580e-24 0.04 1.400e+10 1.73le-38 1.057e-23 7.654e-41 4.677e-26 0.05 1.170e+09 2.073e-24 2.336e-23 5.523e-27 6.222e-26 0.06 1.056e+09 1.270e-17 3.362e-16 2.522e-20 6 .679e-19 0.08 2.406e+09 1.483e-11 7.399e-10 2.346e-14 1. 171e-12 0.1 4.909e+10 5.937e-08 5. 013e-06 9.083e-11 7 . 670e-09 0.15 1.781e+11 4.05ge-05 S. 177e-03 6.663e-'08 8. 526e-06 0.2 1.388e+12 3 .542e-03 4.581e-01 6.252e-06 8.086e-04 0.3 5.283e+12 2. 248e-01 2.112e+01 4.263e-04 4.006e-02 0.4 7.197e+11 1.890e-01 I .236e+01 3 .683e-04 2. 408e-02 0.5 2.518e+12 2.548e+00 1.212e+02 5.002e-03 2.379e-01 0.6 5.857e+12 1.716e+01 6.227e+02 3.349e-02 1. 215e+00 0.8 2.252e+13 3.317e+02 7.851e+03 6. 309e-01 1.493e+01 1.0 6.278e+12 3.066e+02 5. 239e+03 5.651e-01 9 .657e+00 1.5 1.590e+12 5.917e+02 5.878e+03 9.956e-01 9. 889e+00 2.0 1.230e+12 1.655e+03 1.184e+04 2.559e+00 1.831e+01 3.0 7.760e+10 5.028e+02 2.411e+03- 6.822e-01 3.271e+Q0 4.0 3.370e+08 5.650e+00 2.120e+01 6.990e-03 2 .622e-02 TOTALS: 4.827e+13 3.413e+03 3.402e+04 5.479e+00 5. 761e+Ol Sensitivity Variable (3 of 5) (60.96 cm) 0.-015 2.062e+07 0.OOOe+00 1.688e-27 0.000e+00 1. 448e-28 0.02 4.509e+09 3.043e-303 5.809e-25 1. 054e-304 2.012e-26 0.03 5.594e+11 1.545e-96 1 .594e-22 1.531e-98 1.5BOe-24 0.04 1.400e+10 2 .242e-47 1.057e-23 9 .917e-50 4.677e-26 0.05 1.170e+09 3.898e-30 2 .891e-24 1.038e-32 7.700e-27 0.06 1.056e+09 6.034e-22 2 . 364e-20 1.198e-24 4.696e-23 0.08 2.406e+09 1.009e-14 6.672e-13 1.596e-17 1.056e-15 0.1 4.909e+10 1.174e-10 1.444e-08 1. 796e-13 2,210e-11 0.15 1.781e+11 2.385e-07 4.939e-05 3. 928e-10 8.133e-0%0.2 1.388e+12 3.538e-05 7.725e-03 6. 244e-08 1.363e-05 0.3 5.283e+12 4.239e-03 6.Z13e-01 8 .04le-06 1.255e-03 0.4 7.197e+11 5.388e-03 5.630e-01 1 .05Oe-05 1 .097e-03 0.5 2.518e+12 9 .846e-02 7.241e+00 1. 933e-04 1. 421e-02 0.6 5.857e+12 8.405e-01 4.579e+01 1. 641-e-03 8.938e-02 0.8 2.252e+13 2.319e+01 7.865e+02 4 .410e-02 1 .496e+00 1.0 6.278e+12 2.777e+01 6. 594e+02 5. 119e-02 1.216e+00 1.5 1.590e+12 8.221e+01 1.072e+03 1. 383e-.01 1.804e+00 2.0 1.230e+12 2.981e+02 2.71?e+03 4 .61Oe-01 4.194e+00 3.0 7.760e+10 1.225e+02 7.170e+02 1.661e-01 9.728e-i1 4.0 3.370e+08 1.631e+00 7.299e+00 2.018e-03 9.030e-03 TOTALS: 4.827e+13 5.563e+02 6.009e+03 8.1646e-01 9.797e+00

 .4.0 s. 3,iue+ud i. bb e+uv I .zi9"+UU U.U.uiue-U3 9.U3U0e-03

Page : 4 DOS File: 2SP1138.NSS Run Date: August 19, 2005 Run Time: 2:32:48 PM .EC~RADN11l 3S Pge I1I' Duration: 00:02:05 ACtivity Fluenge Rate Fluence Rate Ex&osure Rate Exvosure Ra te MeV photonslaecI NeV/CM2/uec MeVcM 2 j/sec mR/hr mRLhr No Build=D With Buildup No Buildun .With Buildup Sensitivity Variable (4 of 5) (76.2 cm) 0.015 2.062e+07 0.OOOe+00 1.688e-27 .0.Oe+00 1.448e-28 0.02 4.509e+09 0.OOOe+00 5.809e-25 0.OOe+00 2.012e-26

 '0.03 5.594e+11 2.455e-114 1.594e-22 2.433e-116 1.500e-24 0.04 1.400e+10 2.969e-56 1.057e-23 1.313e-58 4.677e-26 0.05 1. 170e+09 7.501e-36 2.891e-24 1.998e-38 7.700e-27 0.06 1. 056e+09 2.938e-26 1.941e-23 5.835e-29 3.855e-26 0.08 2.406e+09 7.047e-18 5.788e-16 1.115e-20 9. 160e-19 0.1 4.909e+10 2.387e-13 4.049e-11 3.652e-16 6.195e-14 0.15 1.781e+11 1 .443e-09 4.482e-07 2.376e-12 7.381e-10 0.2 1.388e+12 3.636e-07 1.231e-04 6.418e-10 2.173e-07 0.3 5. 283e+12 8.222e-05 1.964e-02 1. 560e-07 3.726e-05 0.4 7.197e+11 1.579e-04 2.440e-02 3.076e-07 4.754e-05 0.5 2.518e+12 3.907e-03 4.135e-01 7.669e--06 8.117e-04 0.6 5. 857e+12 4.226e-02 3.234e+00 8.249e-05 6.313e-03 0.8 2.252e+13 1.662e+00 7.635e+01 3.161e-03 1.452e-01 1.0 6.278e+12 2.577e+00 8.043e+01 4.751e-03 1.483e-01 1.5 1.590e+12 1. 168e+01 1.910e+02 1.965e-02 3.213e-01 2.0 1.230e+12 5.485e+01 6.101e+02 B.482e-02 9.434e-01 3.0 7.760e+10 3.039e+01 2. 109e+02 4.124e-02 2.861e-01 4.0 3.370e+08 4.794e-01 2.494e+00 5.93ie-04 3.085e-03 TOTALS: 4.827e+13 1.017e+02 1.175e+03 1.543e-01 1.855e+00 Sensitivity Variable (5 of 5) 191.44 -cm) 0.015 2.062e+07 0.OOOe+00 1.688e-27 0.OO0e+O( ) 1 .448e-28 0.-02 4.509e+09 0. OOOe+00 5.809e-25 0.000e+.' ) 2.012e-26 0.03 5.594e+11 3.955e-132 1.594e-22 3 .920e-13 4 1.580e-24 0.04 1.400e+10 3.991e-65 I.057e-23 1.765e-6,1 4.677e-26 0.05 1.170e+09 1. 466e-41 2.89le-24 3.905e-44I 7.700e-27 1.056e+09 1.454e-30 1.872e-23 2.888e-3 3.719e-26 0.08 2.406e+09 5.010e-21 4.7798e-19 7.929e-24 I7.592e-22 0.1 4.909e+10 4.943e-16 1.106e-13 7.562e-1! 1.,692e-16 0.15 1.781e+11 8.894e-12 3.932e-09 1.465e-14 I 6 i47 Se-12 0.2 1. 388e+12 3.808e-09 1.889e-06 6.721e-1 1 3 .333e-09 1 0.3 5.283e+12 1.624e-06 5.598e-04 3.081e-0' 1.062e-06 ilI 0.4 7.197e+11 4.708e-06 1. 020e-03 9.174e-05 1. 987e-.06 i I I

i i 0 .5 2.518e+12 1.578e-04 2.282e-02 3.097e-0 4.480e-05 I 0.6 5.857e+12 2.162e-03 2.214e-01 4.220e-0f 4.322e-04 1 0.8 2 .252e+13 1.211e-01 7.2204e+00 2.304e-04 I1.370e-,02 iij' 1.0 6.278e+12 2.431e-01 9.576e+00 4.481e-0 4 1.765e-02 iI 1.5 1.590e+12 1.685e+00 3.350e+01 2 .836e-01 S.637e--02 I I.i 2.0 1.230e+12 1.024e+01 1.356e+02 1.584e-02 2.Q96e-01 3.0 7.760e+10 7.646e+00 6.151e+01 1.037e-09 8.344e-02 i 4.0 3.370e+08 1.427e-01 8.461e-01 1. 765e-04 i.0O47,e-03 i

 , 1

- TOTALS: 4.827e+13 2. 008e+01 2.484e+02 2.990e-0; 3.823e-01

 ~I 1JrAL5: 4i .b d ie + +/-j4 Z ..uLe.54 uuIe+uI 4 e U Z. 4-84e+UZ, . 2 e 0 3.823e-01 I

MicroShield v5.01 (5.01-00076)

Pennsylvania Power & Light Co.Page : File Ref:DOS File: 2SP1RAD.MS5 ECPRADN 135 Date: _Run Date: August 19, 2005 PElO By:Run Time: 2:34:54 PM Checked:Duration: 00:02:06 Case

Title:

Suppression Pool

Description:

I Hour, RPJDTRRD Geometry: 7 - Cylinder Volume - Side Shields Source Dimensions I Height 914.4 cm 30 ft I Radius 16.828 cm 6.6 in II Dose Points i . y- z II # 1 304. 8 cm 457.2 cm 0 cm 10 ft: 0.0 in 15 ft 0.0 in II II Shields Shield Name Dimension Materialpensity II .Source 8.13e+05 cm' Water 1 Shield 1 15.24 cmConcrete2.35 II I Transition Air 0.00122 Air Gap Air 0.00122 Wall Clad .953 cm Iron 7.86 Source Input Grouping Method t Standard Indices Number of Groups: 25 Lower Energy Cutoff: 0.015 Photons c 0.015: Excludedl Library: Grove Nuclide curies becauergis wCijcm) 'Ba/ Ctl3 Am-241 1.1038e-003 4.0842e+007 1.3570e-003 5.0209e+001 Ba-137m 1.7871e+002 6.6124e+012 2.1970e+002 8.1289e+006 Ba-139 1.4634e+003 5.4145e+013 1.7990e+003 6.6563e+007 Ba-140 2.1280e+003 7.8734e+013 2.6160e+003 9.6792e+007 Ce-141 1.9539e+001 7.2294e+011 2.4020e+001 8.8874e+005 Ce-143 1.7871e+001 6.6124e+011 2.1970e+001 8.1289e+005 Ce-144 1.6464e+001 6.0917e+011 2.0240e+001 7.4888e+005 Cm-242 2.9032e-001 1.0742e+010- 3.5S690e-001 1.3205e+004 Cm-244 1.6960e-002 6.2753e+008 2.0850e-002 7.7145e+002 Co-58 3.2172e-001 1.1903e+010 3.9550e-001 1.4633e+004 Co-60 1.7334e-001 6.4137e+009 2.1310e-001 7.8847e+003 Cs-134 1.2511e+003 4.6290e+013 1.5380e+003 5.6906e+007 Cs-136 3.9859e+002 1.4748e+013 4.900t0e+002 1.8130e+007 Cs-137 9.4359e+002 3.4913e+013 1.l6O0e+003 4.2920e+007 I-131 6.9834e+003 2.5839e+014 8.5850e+003 3.1764e+008 1-132 1.0176e+004 3.7652e+014 1.2514e+004 4.6287e+0M8 1-133 1.4219e+004 5.2610e+014 1.7480e+004 6.4676e+008 I-134 1.1421e+004 4.2257e+014 1.4040e+004 5.1948e+008 I-135 1.2421e+004 4.5959e+014 1.5270e+004 5.6499e+008 La-140 9.1105e+000 3.3709e+011 1.1200e+001 4.1440e+005 La-141 6.9834e+000 2.5839e+011 8.5850e+000 3.1764e+005 La-142 5.3866e+000 1.9930e+011 6.6220e+O00 2.4501e+005 Mo-99 1.0892e+002 4.0300e+012 1.339De+002 4.9543e+006 n=N:u 6.. 9P34o-*00

 ]A:M9294911 :22?MtooI 2 S90+0O11 'R. 5815Oe0OOD 3.17futvOS LA-3 41

Page : 2 DOS File: 2SP1RAD.MS5 Run Date: August 19, 2005 Run Time: 2:34:54 PM EC-RAN-1 135 Duration: 00:02:06 Page 120 Nucli~de becquerel B kci/cmr3 Nd-147 3.1423e+000 1.1627e+011 3.8630e+000 1. 4293e+005 Np-239 2.2947e+002 8.4904e+012 2.8210e+002 1.0438e+007 Pr-143 7.0167e+000 2.5962e+011 8.6260e+000 3.19i6e+005 Pr-144 6.5840e+000 2.4361e+011 8. 0940e+000 2.9948e+005 Pu-238 4.9628e-002 1. 8362e+009 6.1010e-002 2.2574e+003 Pu-239 5.2540e-003 1.9440e+008 6.4590e-003 2.3898e+002 Pu-240 8.4760e-003 3.1361e+008 1.0420e-002 3.8554e+002 Pu-241 2.0865e+000 7.7199e+010 2.5i650e+000 9.4905e+004 Rb-86 1.1762e+001 4.3521e+011 1.4460e+001 5.3502e+005 Rh-103m 9.3139e+001 3.4461e+012 1.1450e+002 4.2365e+006 Rh-105 6.0683e+001 2.2453e+012 7.4600e+00l 2.7602e+006 Rh-106 3.7239e+001 1.3779e+012 4.5780e+001 1.6939e+006 Ru-103 9.3139e+001 3.4461e+012 1.1450e+002 4.2365e+006 Ru-105 5.6949e+001 2.1071e+012 7.0010e+001 2.5904e+006 Ru-106 3.7239e+001 1. 3779e+012 4.5780e+001 1. 6939e+006 Sb-127 1.0144e+002 3.7531e+012 1.2470e+002 4.6139e+006 Sb-129 3.2668e+002 1.2087e+013 4.0160e+002 1.4859e+007 Sr-89 1.1225e+003 4.1534e+013 1.3800e+003 5.1060e+007 Sr-90 1.4219e+002 5.2610e+012 1.7480e+002 6.4676e+006 Sr-991 1.3218e+003 4.8908e+013 1.6250e+003 6.0125e+007 Sr-92 1.1722e+003 4.3370e+013 1.4410e+003 5.3317e+007 Tc-99m 9.7287e+001 3.5996e+012 1.1960e+002 4.4252e+O06 Te-127 1.0144e+002 3.7531e+012 1.2470e+002 4.6139e+006 Te-127m 1.7294e+001 6.3987e+011 2.1260e+001 7.8662e+005 Te-129 3.4750e+002 1.2858e+013 4.2720e+002 1.5806e+007 Te-129m 7.2494e+001 2.6823e+012 8.9120e+001 3.2974e+006 Te-13lm 2.2947e+002 8.4904e+012 2.8210e+002 1. 0438e+007 Te-132 1.6627e+003 6.1519e+013 2.0440e+003 7.5628e+007 Y-90 5.9308e-001 2.1944e+010 7.2910e-001 2.6977e+004 Y-91 5.8535e+000 2.1658e+011 7.1960e+000 2. 6625e+005 Y-92 5.9528e+000 2.2025e+011 7.3180e+000 2 .7077e+005 Y-93 4.3893e+000 1.6240e+011 5.3960e+000 1.9965e+005 Zr-95 8.3378e+000 3.0850e+011 1 .0250e+001 3.7925e+005 Zr-97 7.9310e+000 2.9345e+011 9.7500e+000 3.6075e+005 Buildup The material reference is t Shield I Integration Parameters Radial 20 Circumferential 20 Y Direction (axial) 25 ;Enercry Activity uen Rat t Fluenes t E_ tR Rate XKD P Rat_ ;photona /sec MeV/CM2/sec jjeV,VCM2jSeC 4llR/lil lJ l h hr 0' No Buildup With Buildup No 4lp with Buildun 0.015 4.042e!+08 l.191e-313 3.309e-26 1.0(f226e-f d 12.B38e-27 0.02 7.059e,+11 4.582e-137 9.094e-23 1.97g-!13S 13.150e-24 0.03 8.601e,+12lj 7

 '1 7 '7 1C.C-AA - -R ; : '7 .C.. 'a VC-G ~V G.. -:t rSIG---A r n

I . L F~%c-2a 0.04 1. 956e,+12 1 .656e-18 6.754e-18 7.323e-21: 2.987e-20 0.05 8.088e.!+12 4.71le-09 3.774e-08 1.255e-11 1.005e-10 0.03 8.601e+l 3 ' .220e-41 2 .4b{)e-2 I . I 56e-4 3 -2 4213Z-22 A AA 1 Or'Keli1' 1 AR M1 A VA=1 '7 VII tz/ I

Page : 3 DOS File: 2SP1RAD.MS5 Run Date: August 19, 2005 EC-RADN-1 135 Run Time: 2:34:54 PM Page 121 Duration: 00:02:06

 . Enercry Activity Fluence Rate Fluence Rate Exposure Rate ExOosurM Rate MeV photons/sec MeV/_cm 2/sec MeVIcm 2 /sec ME/hr mR/hr No Buildup With Buildup No Buildun With Buildup 0.06 2.067e+12 1.295e-05 1.660e-04 2. 573e-08 3.297e-07 0.08 8.077e+12 1.293e-01 2.724e+00 2.046e-04 4.310e-03 0.1 9.345e+12 3.519e+00 9.623e+01 5.384e-03 1.472e-01 0.15 4.235e+13 3.437e+02 1.056e+04 5.660e-01 1. 739e+01 0.2 8.365e+13 2.631e+03 7.472e+04 4 .643e+00 1. 319e+02 0.3 6.692e+13 9.767e+03 2.109e+05 1.853e+01 4.OOle+02 0.4 3.055e+14 1.196e+05 1.978e+06 2 .330e+02 3.853e+03 0.5 6.776e+14 5.524e+05 7.291e+06 1.084e+03 1.431e+04 0.6 7.274e+14 1.062e+06 1.158e+07 2.072e+03 2.260e+D4 0.8 1.270e+15 4.530e+06 3.671e+07 8.616e+03 6.982e+104 1.0 5.217e+14 3 .639e+06 2.357e+07 6.708e+03 4.344e+04 1.5 4.210e+14 9.342e+06 4.159e+07 1.572e+04 6.998e+04 2.0 9.745e+13 4.584e+06 1.633e+07 7.088e+03 2. 525e+04 3.0 6.662e+10 8.103e+03 2.200e+04 1.099e+01 2.985e+01 4.0 5.232e+09 1.156e+03 2.655e+03 1.431e+00 3.285e+00 TOTALS: 4.330e+15 2.385e+07 1.394e+08 4.15Ee+04 2.498e+05 Sensitivity Variable (1 of 5) (30.48 cm) i 0.015 4.042e+08 0.OOOe+00 3.309e-26 0. OOe+00 2.838e-27 0.02 7.059e+11 9.497e-192 9 .094e-23 3.290e-193 3.150e-24 0.03 8.601e+13 1.017e-58 2.450e-20 1.007e-60 2 .428e-22 0.04 1.956e+12 1.934e-27 1.478e-21 8.552e-30 6.536e-24 0.05 8.088e+12 7.914e-15 7.615e-14 2. 108e-17 2.029e-16 0.06 2.067e+12 5.446e-10 9.958e-09 1.082e-12 1.978e-11 0.08 8.077e+12 7.656e-05 2 .645e-03 1.212e-07 4.18Ee-06 0.1 9.345e+12 5.996e-03 3.137e-01 9.173e-06 4.799e-04 0.15 4.235e+13 1.726e+00 1.200e+02 2.842e-03 1.976e-01 0.2 8.365e+13 2.246e+01 1.519e+03 3.964e-02 2.681e+00 0.3 6.692e+13 1.584e+02 7.946e+03 3.005e-01 1.507e+01 0.4 3.055e+14 2.949e+03 1 .074e+05 5.747e+00 2.093e+02 0.5 6.776e+14 1.857e+04 5.ll6e+05 3.645e+Ol 1.004e+03 0.6 7.274e+14 4.546e+04 9.904e+'05 8.874e+D1 1.933e+03 0.8 1.270e+15 2.792e+05 4.193e+06 5.310e+02 7.976e+03 1.0 5.217e+14 2.928e+05 3.309e+06 5.397e+02 6.099e+03 1.5 4.210e+14 1.170e+06 8.257e+06 1.968e+03 1.389e+04 2.0 9.745e+13 7.522e+05 3.995e+06 1.163e+03 6. 178e+03 3.0 6.662e+10 1.825e+03 6.839e+03 2.475e+00 9.279e+00 4.0 5.232e+09 3.118e+02 9.447e+02 3.857e-01 1.169e+00 TOTALS: 4.330e+15 2.563e+06 2.138e+07 4.336e+03 3.732e+04 Sensitivity Variable (2 of 5) (45.72 cm) 0.015 4.042e+08 0.OOOe+00 3.309e-26 0.OOOe+00 2.838e-27 0.02 7.059e+11 2.091e-246 9.094e-23 7.245e-248 3.150e-24 0.03 8.601e+13 1.527e-76 2.450e-20 1.514e-78 2.428e-22 0.04 1.956e+12 2.419e-36 1.478e-21 1.070e-38 6.536e-24 0.05 8.088e+12 1.433e-20 1.614e-19 3.816e-23 4.30Ne-22 0.06 2.067e+12 2.485e-14 6.579e-13 4.935e-17 1.307e-15 0.08 8.077e+12 4.978e-08 2.484e-06 7.878e-11 3 .931e-09

.. Q. 05 8.088e+12 {Jtb 808+2 1.433e-20 1.6514e-19 3.816,e-23 4.300e-22 n n4 I A-C7.mj. I I ') A 9 .-. 1A IC C140 II A nljC -. 1-7 I9 I ^ -%- I 9

Page 4 DOS File: 2SPlRAD .MS5 Run Date: August 19, 2005 EC-RADN-lf35 Run Time: 2:34:54 PM Page 122 Duration: 00:02:06 Enero Activity ,Fluence Rate Fluence Rate Exnosure Rate Exnosure Rate MeV Photons/sec MeVJCM2/sec mRthr MR/hr No Buildup With Buildup No Buildup With Builduw 0.1 9. 345e+12 1.130e-05 9.543e-04 1.729e-08 1.460e-06 0.15 4.235e+13 9.650e-03 1.231e+00 1.589e-05 2.027e-03 0.2 8.365e+13 2.134e-01 2.760e+01 3.767e-04 4.872e-02 0.3 6.,692e+13 2.847e+00 2.675e+02 5.400e-03 S.074e-01 0.4 3.055e+14 8.024e+01 5.246e+03 1.563e-01 1.022e+01 0.5 6.776e+14 6.857e+02 3.261e+04 1.346e+00 6.402e+01 0.6 7.274e+14 2.131e+03 7.733e+04 4.159e+00 1. 509e+02 0.8 1.270e+15 1.871e+04 4.429e+05 3.559e+01 8.424e+02 1.0 5.217e+14 2.548e+04 4.353e+05 4.696e+01 8.024e+02 1.5 4.210e+14 1.567e+05 1.556e+06 2.636e+02 2.619e+03 2.0 9 .745e+13 1.311e+05 9.378e+05 2.027e+02 1.450e+03 3.0 6.662e+10 4.317e+02 2.070e+03 5.857e-01 2.808e+00 4.0 5.232e+09 8.773e+01 3 .291e+02 1.085e-01 4.072e-01 TOTALS: 4.330e+15 3.354e+05 3.490e+06 5.552e+02 5.943e+03 Sensitivity Variable (3 of 5) 60.96 cm) 0.015 4.042e+08 0.OOOe+00 3.309e-26 0.QOOe+00 2.838e-27 0.02 7.059e+11 4.764e-301 9.094e-23 1.650e-302 3.150e-24 0.03 8.601e+13 2.376e-94 2.450e-20 2.355e-96 2.428e-22 0.04 1.956e+12 3.134e-45 1.478e-21 1.386e-47 6.536e-24 0.05 8.088e+12 2.694e-26 1.998e-20 7.176e-29 5.321e-23 0.06 2.067e+12 1.18le-18 4.626e-17 2.345e-21 9.187e-20 0.08 8.077e+12 3.387e-11 2.240e-09 5.359e-14 3.545e-12 0.1 9.345e+12 2.235e-08 2.749e-06 3.419e-11 4.206e-09 0.15 4.235e+13 5.672e-05 1.174e-02 9.340e-08 1.934e-05 0.2 8.365e+13 2.132e-03 4.655e-01 3.762e-06 8.21Ee-04 0.3 6.692e+13 5.369e-02 8.377e+00 1.Dlse-04 l.589e-02 0.4 3.055e+14 2.288e+00 2.390e+02 4.457e-03 4.658e-01 I 0.5 6.776e+14 2.650e+01 1.948e+03 5.201e-02 3.824e+00 0.6 7.274e+14 1.'044e+02 5.687e+03 2.038e-01 1. 11Oe+01 0.8 1.270e+15 1.308e+03 4.437e+04 2.488e+00 8.439e+01 1.0 5.217e+14 2.308e+03 5.479e+04 4.254e+00 1.Ole+02 1.5 4.210e+14 2.177e+04 2.840e+05 3.663e+01 4.778e+02 2.0 9.745e+13 2.361e+04 2.148e+05 3.651e+01 3.322e+02 3.0 6.662e+10 1.051e+02 6.156e+02 1.426e-01 8.352e-01 4.0 5.232e+09 2.533e+01 1.133e+02 3.134e-02 1.4-02e-01 TOTALS: 4.330e+15 4.926e+04 6.065e+05 8.031e+01 1.012e+03 Sensitivity Variable (4 of 5) (76.2 cm) 0.015 44.042e+08 0.OOOe+00 3.309e-26 0.'0OOe+00 2.838e-27 0.02 7.059e+11 0.OOOe+00 9. 094e-23 o.OOe+00 3.15,0e-24 0.03 8.601e+13 3.774e-112 2.450e-20 3.741e-114 2.428e-22 0.04 1. 956e+12 4.150e-54 1.478e-21 1.835e-56 6.536e-24 0.05 8.088e+12 5.183e-32 1 .998e-20 1.381e-34 5.321e-23 0.06 2.067e+12 5.748e-23 3.797e-20 1.142e-25 7.542e-23 0.08 8.077e+12 2.366e-14 1.943e-12 3.744e-17 3.075e-15 0.1 9.345e+12 4.544e-11 7.708e-09 6.95le-14 1. 179e-11 0.15 4 .235e+13 3.431e-07 1.0J66e-04 5.1650e-10 1.755e-07 U. Ai d%.U/e .5. / 44e-LI .i .v-I e-+/-L n1 4 t^G~ d rA^Ai=1 1. 7 7AR A_'n jf 4v1 1 174-1 1

Page '5 DOS File: 2SP1RAD.MS5 Run Date: August 19, 2005 Run Time: EC-RADN-4 135 2:34:54 PH Page 123 Duration: 00:02: 06

.Energy Activitv Fluence Rate Fluence Rate Rxnosure Rate Exnosure Rate MeV photons/sec MeVjcm 2 /sec MeV/cm2 Isec mRLhr mR/hr No Buildu-p With Buildup No Buildu= with Builldup 0.2 8.365e+13 2.191e-05 7.419e-03 3.867e-08 1. 309e-05 0.3 6.692e+13 1.041e-03 2.488e-01 1. 975e-06 4.719e-04 0.4 3.055e+14 6.702e-02 1.036e+01 1.306e-04 2A.18e-02 0.5 6.776e+14 1.051e+00 1. 113e+02 2.064e-03 2.184e-01 0.6 7.274e+14 5.249e+00 4.017e+02 1..025e-02 7.84Qe-01 0.8 1.270e+15 9.376e+01 4.307e+03 1.73e-01 8.192e+00 1.0 5.217e+14 2.142e+02 6.684e+03 3.948e-01 1.232e+01 1.5 4.210e+14 3.093e+03 5.058e+04 5.204e+00 8.509e+01 2.0 9.74Se+13 4.344e+03 4.832e+04 6.718e+00 7.472e+01 3.0 6.662e+10 2.609e+01 1.811e+02 3.540e-02 2.456e-01 4.0 5.232e+09 7.444e+00 3.872e+01 9.209e-03 4.790e-02 TOTALS: 4.330e+15 7.786e+03 1.106e+05 1.255e+01 1.816e+02 Sensitivity Variable (5 of 5) (91.44 cm) 0.015 4.042e+08 0.000e+00 3.309e-26 0.00Oe+00 2.838e-27 0.02 7.059e+11 0.000e+00 9.094e-23 0 .000e+00 3.lSOe-24 0.03 8.601e+13 6.081e-130 2.450e-20 6.026e-132 2.428e-22 0.04 1.956e+12 5.578e-63 1.47Be-21 2.467e-65 6.536e-24 0.05 8.088e+12 1.013e-37 1.998e-20 2.699e-40 5.321e-23 0.06 2.067e+12 2.845e-27 3.663e-20 5.651e-30 7.277e-23 0.08 8.077e+12 1.682e-17 1.611e-15 2.662e-20 2.549e-18 0.1 9.345e+12 9.409e-14 2.105e-11 1.439e-16 3.220e-14 0.15 4.235e+13 2.115e-09 9.350e-07 3.483e-12 1.540e-09 0.2 8.365e+13 2.294e-0? 1.138e-04 4.050e-10 2.008e-07 0.3 6.692e+13 2.057e-05 7.090e-03 3.903e-08 1.345e-05 0.4 3.055e+14 1.999e-03 4.330e-01 3.895e-06 8.436e-04 0.5 6.776e+14 4.246e-02 6.142e+00 8.335e-05 1.206e-02 0.6 7.274e+14 2.685e-01 2.750e+01 5.241e-04 5.368e-02 0.8 1.270e+15 6.833e+00 4.064e+02 1.300e-02 7.730e-01 1.0 5.217e+14 2.020e+01 7.957e+02 3.723e-02 1.467e+00 1.5 4.210e+14 4.463e+02 8.872e+03 7.509e-01 1.493e+01 2.0 9.745e+13 8.111e+02 1.074e+04 1.254e+00 1.660e+01 3.0 6.662e+10 6.564e+00 5.280e+01 8.906e-03 7.164e-02 4.0 5.232e+09 2.215e+00 1.314e+01 2.740e-03 1.625e-02

.TOTALS: 4.330e+15 1.293e+03 2.091,e+04 2.068e+00 3.392e+01

MicroShield vS.01 (5.01-00076)Pennsylvania Power & Light Co.Page 1 File Ref:DOS File: 2SP8GR .MS5 r. ttADN-35 Date:Run Date: August 19, 2005 page 124 By:Run Time: 2:43:22 PM Checked:Duration: 00:02:11 Case

Title:

Suppression Pool

Description:

8 Hour, GROVE Geometry: 7 - Cylinder Volume - Side Shields Source Dimensions I Height 914.4 cm 30 ft I Radius 16.828 cm 6.6 in it I Dose Points X ~ XZ

 #1 304.8 cm 457.2 cm 0 cm 10 ft 0.0 in 15 ft 0.0 in IIX ,I Shlields Shield Nsme Dimension MaterialDensity Source 8.13e+05 cm3 Water I . Shield 1 15.24 cmConcrete2.35 Transition Air 0.00122 Air Gap Air 0.00122 Wall Clad .953 cm Iron 7.86 Source Input

1 Grouping Method: Standard Indices II Number of Groups: 25 Lower Energy Cutoff s 0.015 Photons < 0.015: Excluded Library: Grove Nuclide curies eerels gCi /1CM 3 B/crm 3 Am-241 1.1071e-003 4.0962e+007 1.3610e-003 5.0357e+001 Am-242 3.5246e-001 1.3041e+010 4.3330e-001 1.6032e+004 Am-242m 7.2160e-005 2.6699e-006 8.8710e-005 3.2823e+000 i

Am-243 1.3601e-004 5.0323e+006 1.6720e-004 6.1864e+.000 Am-244 3.4579e-001 1.2794e+010 4.2510e-001 1.5729e+004 Ba-135m 3.7573e-001 1.3902e+010 4.6190e-001 1.7090e+004 Ba-137m 1.7871e+002 6.6124e+012 2.1970e+002 8.1289e+006 Ba-139 4.6968e+001 1.7378e+012 5.7740e+001 2.1364e+006 i Ba-140 2.0946e+003 7.7500e+013 2.5750e+003 9.5275e+D07 Ba-141 2.4029e-005 8,8907e+005 2.9540e-005 1.0930e+000 Ba-142 4.2811e-011 1.5840e+000 5.2630e-0l1 1.9473e-006 Br-82 2.1345e+001 7.8975e+011 2.6240e+001 9.7088e+005 Br-83 9.1268e+001 3.3769e+012 1.1220e+002 4.1514e+006 Br-84 4.9734e-002 1.8401e+009 6.1140e-002 2. 2622e+003 Ce-141 1.9449e+001 7.1963e+011 2.3910e+001 8.8467e+005 Ce-143 1.5463e+001 5.7215e+011 1.9010e+001 7 .0337e+005 Ce-144 1.6464e+001 6.0917e+011 2.0240e+001 7 .4888e+oI-S Cm-242 2.9032e-001 1.0742e+010 3.5690e-001 1. 3205e+0104 Cm-243 1.2503e-004 4.6259e+006 1.5370e-004 5 .6869e+000 Cm-244 1.6960e-002 6.2753e+008 2.0850e-002 7.7145e+002 Co-58 3.2090e-001 1.1873e+010 3.9450e-001 1.4597e+004 Co-60 1.7334e-001 6.4137e+009 2.1310e-001 7 .8847e+003 Co-60m

66. I818 W I .27582 Co-&2 2. 0Q90o-.001 1. 3P7:2,c-.-l0 2.Oe$5Oe-O 4 1. 4697c+DOd

Page 2 DOS File: 2SP8GR.MS5 Run Date: August 19, 2005 EC-RADN-1 135 Run Time: 2:43:22 PM Page 125 Duration: 00:02:11 Nucl ide - curies becczuerels B/cLm' Cs-132 2.2858e-001 8.4573e+009 2.8100e-001 1.0397e+004 Cs-134 1.2511e+003 4.6290e+013 1.5380e+003 5.6906e+007 Cs-134m 3.8947e+001 1.4411e+012 4.7880e+001 1.7716e+006 Cs-136 3.9240e+002 1.4519e+013 4.8240e+002 1.7849e+007 Cs-137 9. 4359e+002 3.4913e+013 1.1600e+0O3 4.2920e+007 Cs-138 6.2350e-001 2.3070e+010 7.665Qe-001 2.8361e+004 Cs-139 2.8308e-012 1.0474e-001 3.4800e-012 1.2876e-007 Eu-152m 5.9519e-004 2.2022e+007 7.3170e-004 2.7073e+001 Eu-154 4.5935e-002 I.:6996e+009 5.6470e-002 2.0894e+003 Eu-155 1.8888e-002 6.9886e+008 2.3220e-002 8.5914e+002 Eu-156 1.1746e+000 4.3460e+010 1.4440e+000 5.3428e+004 I-128 1.2771e-004 4.7253e+006 1.5700e-004 5.8090e+000 I-130 1.1071e+002 4.0962e+012 1.3610e+002 5.0357e+006 I-131 6.8337e+003 2.5285e+014 8.4010e+003 3 .1084e+008 I-132 9.6799e+003 3.5816e+014 1.1900e+004 4 .4030e+008 I-133 1.1372e+004 4.2076e+014 1. 3980e+004 5.1726e+008 1-134 9.9728e+001 3.6899e+012 1.2260e+002 4.5362e+006 1-135 5.9357e+003 2.1962e+014 7.2970e+003 2.6999e+008 La-140 9.0454e+000 3.3468e+011 1.1120e+001 4.1144e+005 La-141 2.0450e+000 7.5665e+010 2.5140e+000 9.3018e+004 La-142 2.2182e-001 8.2075e+009 2.7270e-001 1. 0090e+004 Mo-99 1.0103e+002 3.7381e+012 1.2420e+002 4. 5954e+006 Mo-101 1.2763e-008 4.7223e+002 1.5690e-008 5.8053e-004 Nb-95 8.3703e+000 3.0970e+011 1.-0290e+001 3.8073e+005 Nb-95m 9.2813e-002 3.4341e+009 1.1410e-001 4 .2217e+003 Nb-96 l.0680e-002 3 .9518e+00B 1.3130e-002 4.8581e+002 Nb-97 6.3749e+000 2.3587e+011 7.8370e+000 2.8997e+005 Nb-97m 5.6493e+000 2.0903e+011 6.9450e+000 2.5697e+DOS Nd-147 3.0862e+000 1.1419e+011 3.7940e+000 1.4038e+005 Nd-149 7.4153e-002 2.7437e+009 9.1160e-002 3.3729e+003 i Np-236m 4.1152e-005 1.5226e+006 5.0590e-005 1.8718e+000 Np-238 4.5886e+000 1.6978e+Oll 5.6410e+000 2.0872e+005 Np-239 2.1036e+002 7.7832e+012 2.5860e+002 9.5682e+006 Np-240 1.9783e-003 7.3197e+007 2.4320e-003 8.9984e+001 Pd-109 1.5049e+001 S.5680e+011 1.8500e+001 6. 845De+005 Pm-147 1.0908e+000 4.0360e+010 1.3410e+000 4 . 9617e+004 Pm-148 8.4435e-001 3.1241e+010 1.0380e+000 3.8406e+004 Pm-148m 1.6789e-001 6.2121e+009 2.0640e-O01 7 .6368e-s003 Pm-149 2.5835e+000 9. 5589e+010 3.1760e+000 1.1751e+005 Pm-151 7.8147e-001 2.8914e+010 9.6070e-OO1 3.5546e+004 Pr-142 2.3874e-001 8.8335e+009 2.9350e-001 1.0860e+004 Pr-143 7.0167e+000 2.5962e+011 8.6260e+000 3.1916e+005 Pr-144 6.5840e+000 2.4361e+011 8.0940e+000 2.9948e+005 Pr-144m 9.2081e-002 3.4070e+009 1.1320e-001 4.1884e+003 Pu-237 7.2575e-005 2.6853e+006 8.9220e-005 3.3011e+OO0 Pu-238 4.9628e-002 1.8362e+009 6.1O10e-002 2.2574e+003 Pu-239 5.2540e-003 1.9440e+008 6.4590e-003 2.3898e+'002 Pu-240 8.4760e-003 3.1361e+008 1.0420e-002 3.8554e+002 Pu-241 2.0865e+000 7.7199e+010 2.5650e+000 9 .4905e+004 Pu-243 1.4878e+000 5.5048e+010 1.8290e+0f00 6.7673e+004 Rb-86 1.1640e+001 4.3069e+011 1.4310e+001 5.2947e+005 Rb-88 6.4424e+002 2.3'837e+013 7.92O0e+002 2.9304e+007 Rh-103m 9.2732e+001 3.4311e+012 1.1400e+002 4.2180e+006 P h-26 2:0193eIGH 4. 3iBE~e+oia I1.993e+B8 1.1640s+001 .4310Q0-.-1 5 . 9470.1-OS

Page : 3 DOS File: 2SP8GR.MSS Run Date: August 19, 2005 .6C-RADN- 1t35 Run Time: 2:43:22 PM Page 125 Duration: 00:02:11 Nuclide Rh-105m curies 5.4452e+000 becquerels 2.0147e+011 ciLCm3 6.6940e+000 Ba/cm 3 2.4768e+005 IRh-106 3.7239e+001 1.3779e+012 4.5780e+001 1.6939e+006 Ru-103 9.2732e+001 3.4311e+012 1.1400e+002 4.2180e+006 Ru-105 1.9124e+001 7.0759e+011 2.3510e+001 8.6987e+005 Ru-106 3.7239e+001 1.3779e+012 4.5780e+001 1 .6939e+006 Sb-122 2.1369e+000 7.9066e+010 2.6270e+000 9. 7199e+004 Sb-124 1.0575e+000 3.9126e+010 1.3000e+000 4.lOOe+004 Sb-125 1.4918e+001 5.5198e+011 1.8340e+001 6.7858e+005 Sb-126 4.9636e-001 1.8365e+010 6.1020e-001 2.2577e+004 Sb-126m 9.0617e-004 33.3528e+007 1.1140e-003 4.1218e+001 Sb-127 9.7287e+001 3.5996e+012 1.1960e+002 4.4252e+006 Sb-129 1.0811e+002 3.9999e+012 1.3290e+002 4.9173e+006 Sm-151 2.9658e-003 1.0973e+008 3.6460e-003 1.3490e+002 Sm-153 2.0515e+000 7.5905e+010 2.5220e+000 9.3314e+004 Sr-89 1.1225e+003 4.1534e+013 1.3800e+003 5. 1060e+007 Sr-90 1.4219e+002 5.2610e+012 1.7480e+002 6.4676e+006 Sr-91 7.9473e+002 2.9405e+013 9.7700e+002 3.6149e+007 Sr-92 1.9539e+002 7.2294e+012 2.4020e+002 8.8874e+006 Sr-93 Tc-99 1.2015e-003 4.4454e+007 1.4770e-003 5.4649e+001 Tc-99n 9.4359e+001 3.4913e+012 1.lEOOe+002 4.2920e+006 Tc-101 2.2736e-007 8.4122e+003 2.7950e-007 1.0342e-002 Te-123m 1.0558e-002 3.9066e+008 1.2980e-002 4.8026e+002 Te-125m 3.2928e+O00 1.21B3e+011 4.0480e+000 1.4978e+005 Te-127 1.0062e+002 3.7230e+012 1.2370e+002 4.5769e+006 Te-127m 1.7294e+001 6.3987e+011 2.1260e+001 7.8662e+005 Te-129 1.6627e+002 6.1519e+012 2.0440e+002 7.5628e+006 Te-129m 7.2242e+001 2.6729e+012 8.8810e+001 3.2860e+006 Te-131 4.3893e+001 1.6240e+012 5.3960e+001 1.9965e+006 Te-131m 1.9539e+002 7.2294e4012 2.4020e+002 8.8874e+006 Te-132 1.5626e+003 5.7817e+013 1.9210e+003 7.1077e+007 Te-133 6.0186e-001 2.2269e+010 7.3990e-001 2.7376e+004 Te-133m 2.6599e+000 9.8418e+010 3.2700e+000 1.2099e+005 Te-134 7.4153e-001 2.7437e+010 9.1160e-001 3.3729e+004 Y-90 5.8917e-001 -2.1799e+010 7.2430e-001 2.6799e+004 Y-91 5.8202e+000 2.1535e+011 7.1550e+000 2.6473e+005 Y-91m 2.0181e+000 7.4671e+010 2.4810e+000 9.1797e+004 Y-92 2.8430e+000 1.0519e+011 3.4950e+000 1.2932e+005 Y-93 2.7136e+000 1.0040e+011 3.3360e+000 1.2343e+005:Zr-89 2.2410e-003 8.2918e+007 2.7550e-003 1.0194e+002 Zr-93 1.2934e-006 4.7855e+004 1.5900e-006 5.8830e-002 zr-95 8.3052e+000 3.0729e+011 1.0210e+001:3.7777e+005 Zr-97 5.9389e+000 2.1974e+011 7.3010e+000 2.7014e+005: .Buildup The material reference is I Shield 1- ,Integration Parameters RIadial J20 C:ircumferential 20 y Direction (axial) 25 Results C3 rcumterent ia 1 v n; rcrF;4nv Im:r Li1 \

Page 4 DOS FilE 2SP8GR.MS5 Run Date August 19, 2005 EC-RADN 1135 Run TimE 2:43:22 PM Page 127 Duratior 00:02:11

,Enercry Activity Fluence Rate Fluence Rate Exoosure Rate Exposure Rate p-hotons/sec MeV/cm2 /sec MeVIcM2/sec MR/hr, ma/hr No Buildup With Buildup No BuildU= -With -Buildu 0.015 4.433e+09 1.307e-312 3.630e-25 1.121e-313 3.113e-26 0.02 7.628e+11 4.951e-137 9.828e-23 1.71-5e-138 3.404e-24 0.03 7.388e+13 6.202e-41 2.105e-20 6.147e-43 2.086e-22 0.04 1.637e+12 1.386e-18 5.654e-18 6.129e-21 2.501e-20 0.05 7.614e+12 4.435e-09 3.553e-08 1.18le-11 9.464e-11 0.06 2.023e+12 1.268e-05 1.625e-04 2.518e-08 3.227e-07 7.88Se+12 1.262e-01 2.659e+00 1.998e-04 4.20te-03 0.1 8.606e+12 3.241e+00 8.862e+01 4.95 e-03 1.356e-01 0.15 1.408e+13 1.143e+02 3.512e+03 1.883e-01 5.783e+00 0.2 6.169e+13 1.940e+03 -S. 511e+04 3.424e+00 9.726e+01 0.3 5.280e+13 7.706e+03 1.664e+05 1.462e+01 3.156e+02 0.4 2.346e+14 9.182e+04 1.518e+06 1. 789e+02 2.958e+03 13.5 5.080e+14 4.141e+05 5.466e+06 8.129e+02 1.073e+04 0.6 5.601e+14 8.175e+05 8.918e+06 1.596e+03 1.741e+04 0.8 4.852e+14 1.730e+06 1.402e+07 3.291e+03 2.667e+04 1.0 2.400e+14 1.675e+06 1.084e+07 3.087e+03 1.999e+04 1.5 1.956e+14 4.341e+06 1. 933e+07 7.304e+03 3.252e+04 2.0 4.191e+13 1.971e+06 7.022e+06 3.4049e+03 1.086e+04:

3.0 6.922e+11 8.419e+04 2.286e+05 1.142e+02 3.101e+02 4.0 3.471e+08 7.673e+01 1.762e+02 9. 493e-02 2.180e-01 5.0 3.418e+10 1.150e+04 2.355e+04 1.319e+01 2.700e+01 TOTALS: 2.497e+15 1.115e+07 6.759e+07 1.946e+04 1. 219e+05 Sensitivity Variable (1 of 5) (30.48 cm) 0.015 4.433e+09 0. 000e+00 3.630e-25 0. 000e-00 3.113e-26 0.02 7.628e+11 1.026e-191 9.828e-23 3.555e-193 3.404e-24 0.03 7.388e+13 8.732e-59 2. lOSe-20 8. 654e-61 2.'086e-22 0.04 1.637e+12 1.619e-27 1.237e-21 7.159e-30 5.471e-24 0.05 7 .614e+12 7.450e-15 7.169e-14 1. 985e-17 1.9loe-16 0.06 2.023e+12 5.331e-10 9.747e-09 1.059e-12 1.936e-11 0.08 7.886e+12 7.475e-05 2.583e-03 l.1B3e-07 4.6087e-06 0.1 8.606e+12 5.521e-03 2.889e-01 B. 447e-06 4.419e-04 0.15 1.408e+13 5.741e-01. 3.992e+01 9.454e-04 6.574e-02, 0.2 6.169e+13 1.656e+01 1.120e+03 2.924e-02 1.977e+00 0.3 5.280e+13 1. 250e+02 6. 269e+03 2.371e-01 1. 189e+01 0.4 2.346e+14 2.265e+03 8. 247e+04 4.412e+00 1 .607e+02 0.5 5.080e+14 1.392e+04 3.835e+05 2.732.e+01 7.528e+02 0.6 5.601e+14 3.501e+04 7.627e+05 6.834e+01 1. 489e+03 0.8 4.852e+14 1.066e+05 1.602e+06 2.028e+02 3.046e+03 1.0 2. 400e+14 1.347e+05 1.522e+D6 2.,483e+02 2.806e+03 1.5 1.,956e+14 5.435e+05 3.837e+06 9.144e+02 6.456e+03 2.0 4.191e+13 3.235e+05 1.718e+06. 5.003e+02 2.657e+03 3.0 6.922e+11 1.896e+04 7.1106e+04 2.572e+01 9.641e+01 4.0 3.471e+08 2.069e+D1 6.268e+01 2.559e-02 7.754e-02 5.0 3.418e+10 3.479e+03 9.064e+03 3.989e+00 1.039e+'1O TOTALS: 2.497e+15 1. 182e+06 9. 996e+06 1. 996e+03 1.749e+04 Sensitivity Variable (2 of 5) 445.72 cm)$OTALS: 2.497e+15 9.996e+106 1.996e+03 1.749e+04

Page 5 DOS File: 2SPEGR.MS5 Run Date: August 19, 2005 Run Time: 2:43:22 PM ECRADN-I 135 Duration: 00:02:11 Page 128 Enercrv Activity Fluence Rate Fluence Rate Exnosure Rate Ex2o=gre Rate ohotons/sec MeV/cm 2 / sec MeV/cm2 /sec mR/hr .mR/hr No Buildup With Buildup No Buildup With Buildu_0.015 4.433e+09 O.OOOe+00 3.630e-25 0.OOOe+00 3.113e-26 4.A2 7.628e+11 2.260e-246 9.828e-23 7.829e-248 3.404e-24 0.03 7.388e+13 1.312e-76 2.105e-20 1.300e-78 2.086e-22 0.04 }.637e+12 2.024e-36 1.237e-21 8.954e-39 5.471e-24 0.05 7. 614e+12 1.349e-20 1.519e-19 3.593e-23 4.048e-22 0.06 2.023e+12 2.432e-14 6.439e-13 4.830e-17 1.279e-15 0.08 7.886e+12 4.860e-08 2.425e-06 7.691e-11 3.838e-09 0.1 8.606e+12 1.041e-05 8.788e-04 1.592e-08 1.345e-E6 D.15 1.408e+13 3.210e-03 4.095e-01 5.285e-06 6.743e-04 0.2 6.169e+13 1.574e-01 2.036e+01 2.778e-04 3.593e-02 0.3 5.280e+13 2.246e+00 2. llOe+02 4.260e-03 4.003e-01 0.4 2.346e+14 6.1-61e+01 4.028e+03 1.200e-01 7.848e+00 0.5 5.080e+14 5.140e+02 2.445e+04 1.009e+00 4.799e+01 0.6 5.601e+14 1.641e+03 5.955e+04 3 .203e+00 1.162e+02 0.8 4.852e+14 7.147e+03 1.692e+05 1.359e+01 3 .218e+02 1.0 2.400e+14 1.172e+04 2 .003e+0S 2.161e401 3.692e+02 1.5 1.956e+14 7.281e+04 7.233e+05 1.225e+02 1.217e+03 2.0 4.191e+13 5.637e+04 4.033e+05 8.717e+01 6.237e+02 3.0 6.922e+11 4.485e+03 2.151e+04 6.085e+00 2.918e-01 4.0 3.471e+08 5.821e+00 2.184e+01 7.201e-03 2.702e-02 5.0 3.418e+10 1.094e+03 3.446e+03 1.254e+00 3.951e+00 TOTALS: 2.497e+15 1.'559e+05 1.609e+06 2.566e+02 2.737e+03 Sensitivity Variable (3 of 5) (60.96 cm) 0.015 4.433e+09 0.OOOe+00 3.630e-25 0.000e+00 3.113e-26 0.02 7,628e+11 5.148e-301 9.828e-23 1.783e-302 3.404e-24 0.03 7.388e+13 2.041e-94 2.105e-20 2.022e-96 2.086e-22 0.04 1.637e+12 2.623e-45 1 .237e-21 1.160e-47 5.471e-24 0.05 7.614e+12 2.536e-26 1.881e-20 6.756e-29 5.Ol0e-23 0.06 2.023e+12 1.155e-18 4.527e-17 2.295e-21 8.993e-20 0.08 7.886e+12 3.306e-11 2.187e-09 5.232e-14 3.461e-12 0.1 8.606e+12 2.058e-08 2.532e-06 3.148e-11 3.874e-09 0.15 1.408e+13 1.886e-05 3.906e-03 3.106e-0S 6.433e-06 0.2 6.169e+13 1.572e-03 3.433e-01 2.774e-06 6.059e-04 0.3 5.280e+13 4.236e-02 6. 609e+00 8.035e-05 1.254e-02 0.4 2.346e+14 1.756e+00 1 .835e+02 3.422e-03 3.576e-01 0.5 5.080e+14 1.986e+01 1.461e+03 3.899e-02 2.867e+00 0.6 5.601e+14 8.039e+01 4.380e+03 1. 569e-01 8.548e+DO 0.8 4.852e+14 4.996e+02 1.695e+04 9.503e-01 3.223e+01 1.0 2.400e+14 1.062e+03 2.521e+04 ..957e+00 4.647e+01 1.5 1.956e+14 1.012e+04 1.320e+05 1.702e+01 2.220e+02 2.0 4.191e+13 1.015e+04 9.238e+04 1.570e+01 1.429e+02 3.0 6.922e+11 1.092e+03 6.396e+03 1.482e+00 8.677e+00 4.0 3.471e+08 1.681e+00 7.520e+00 2.079e-03 9.303e-03 5.0 3.418e+10 3.520e+02 1.301e+03 4.035e-01 1..491e+00 2.497e+15 2.802e+05 3.772e+01 4.6S5e+02 I.TOTALS: 2.338e+04 Sensitivity Variable (4 of 5) t76.2 cm)I.LUTAL'S: 2.49LJ ;1. 3 Ite+U4 *82e4J/e.4

 ;e.82e+Ub j . /72;e+01 ~beh 4.^b55e+02

Page :6 DOS File: 2SP8GR.MS5 Run Date: August 19, 2005 ZC-4ADN-1 135 Run Time: 2:43:22 PM Page 129 Duration: 00:02:11

 .Enercv Activity Fluence Rate Fluence Rate Exposure Rate Exoosure Rate MeV photons/sec MeV/cm2 /sec MeVLm2L sec MLbhr mR2hr No BuilduD With Buildup No Buildup With Buildup 0.015 4.433e+09 0.OOOe+00 3.630e-25 0.OO0e+00 3.113e-26 0.02 7.628e+ll 0 .OOOe+00 9.828e-23 0.OOe+00 3.404e-24 0.03 7.388e+13 3.242e-112 2.105e-20 3.213e-114 2.086e-22 0.04 1.637e+12 3.474e-54 1.237e-21 1.536e-56 5.471e-24 0.05 7.614e+12 4.880e-32 1.88le-20 1.300e-34 5.010e-23 0.06 2.023e+12 5.626e-23 3.717e-20 1.118e-25 7.382e-23 0.08 7.886e+12 2.310e-14 1.897e-12 3.655e-17 3.002e-15 0.1 8.606e+12 4.184e-11 7.099e-09 6.402e-14 1.086e-11 0.15 1.408e+13 1.141e-07 3.545e-05 1.879e-10 5.238e-08 0.2 6.169e+13 1.616e-05 5.472e-03 2.852e-08 9.657e-06 0.3 5.280e+13 8.216e-04 1.963e-01 1 .559e-06 3.723e-04 0.4 2.346e+14 5.146e-02 7.953e+00 1.003e-04 1.550e-02 0.5 5.080e+14 7.882e-01 8.342e+01 1.547e-03 1..637e-01 0.6 -5.601e+14 4.042e+00 3.093e+02 .7.890e-03 6.038e-01 0.8 4.852e+14 3.581e+01 1.645e+03 6.812e-02 3.129e+00 1.0 2.400e+14 9.854e+01 3 .075e+03 1.816e-01 5.669e+00 1.5 1.956e+14 1 .437e+03 2.350e+04 2.418e+0O 3.954e+01 2.0 4.191e+13 1.868e+03 2 .078e+04 2.889e+00 3.214e+i01 3.0 6.922e+11 2 .711e+02 1.881e+03 3.678e-01 2.552e+D0 4.0 3.471e+08 4.939e-01 2.569e+00 6.1lOe-04 3.178e-03 5.40 3.418e+10 1.152e+02 4.879e+02 1.320e-01 5.593e-01 TOTALS: 2.497e+15 3.832e+03 5.178e+04 6.067e+00 8.437e+01 Sensitivity Variable (5 of 5) (91.44 cm) 0.015 4.433e+09 0.000e+00 3.630e-25 0.000e+00 3.113e-26 0.02 7.628e+11 0. OOe+00 9.628e-23 0 .OOOe+00 3.404e-24 0.03 7.388e+13 5.223e-130 2.105e-20 5.176e-132 2.086e-22 0.04 1.637e+12 4.669e-63 1.237e-21 2.065e-65 5.471e-24 0.05 7 .614e+12 9.537e-38 1.881e-20 2.540e-40 5.lOe-23 0.06 2.023e+12 2.785e-27 3.586e-20 5.531e-30 7.122e-23 0.08 7.886e+12 1.642e-17 1.573e-15 2.599e-20 2.469e-18

0. 1 8.606e+12 8.665e-14 1.938e-11 1.326e-16 2.966e-14 0.15 1.408e+13 7.034e-10 3.110e-07 1.158e-12 5.121e-10 0.2 6.169e+13 1.692e-07 8.392e-05 2,987e-1I 1.481e-07 0.3 5.280e+13 1.623e-05 5.S94e-03 3.079e-08 1.061e-05 0.4 2.346e+14 1.535e-03 3.324e-01 2.99le-O6 6.477e-04 0.5 5.080e+14 3.183e-02 4.604e+00 6.248e-05 9.037e-03

-, 0.6 5.601e+14 2.068e-01 2. 118e+01 4.036e-04 4.134e-02 0.8 4.852e+14 2.610e+00 1.552e+02 4 .964e-'03 2 .953e-01 1.0 2.400e+14 9.294e+00 3 .661e+02 1. 713e-02 6.749e-01 1.5 1.956e+14 2.074e+02 4.122e+03 3 .489e-0.1 6.936e+00 2.0 4.191e+13 3.488e+02 4 .617e+03 5.394e-01 7.140e+00 3.0 6.922e+11 6.820e+01 5. 486e+02 9 .253e-02 7.443e-01 4.0 3.471e+08 1.470e-01 8.717e-01 1.818e-04 1.078e-03 5.0 3.418e+10 3.812e+01 1.823e+02 4.37Oe-02 2.090e-01 TOTALS: 2.497e+15 6.748e+02 1.002e+04 I.047e+40 l.fOSe+01 ITOTALS: 2.497e+15 TOAL:6.748e+02

 .47ei-5 1.002e-i04 l.-047.e+O00 165-i0 1.605e+Ol I

microShield v5.01 (5.01-00076)Pennsylvania Power & Light Co.Page :1 File Ref:DOS File: 2SP8I38.MS5 EC.RADN-i13 5 Date:Run Date: August 19, 2005 Psge 130 By:Run Time: 2:45:34 PM Checked:Duration: 00:02:01 Case

Title:

Suppression Pool

Description:

8 Hour, ICRP38 Geometry: 7 - Cylinder Volume - Side Shields Source Dimensions Height 914.4 cm 30 ft Radius 16.828 cm 6.6 in SI I Dose Points xI I z

 # 1 304.8 cm 457.2 cm 0 cm 10 ft 0.0 in 15 ft 0.0 in Shields I-Shield Name Dimension MaterialDensitY Source 8.13e+05 cm 3 Water 1 &I Shield 1 15.24 cmConcrete2.35 Transition Air 0.00122 Air Gap Air 0.00122 Wall Clad .953 cm Iron 7.86 Source Input Grouping Method: Standard Indices Number of Groups s 25 Lower Energy Cutoff: 0.015 Photons < 0.015: Excluded Library: ICRP-38 Nuc l ide -uries becuerels/cm3 Cs-135m 4.7 383e-001 1.7532e+010 5.8250e-001 2. 1553e+004 Eu- 157 7.9 807e-002 2.9528e+009 9.81IOe-002 3. 6301e+1003 Eu-158 3.2 952e-005 1.2192e+006 4.0510e-O0S 1 .4989e.000 La-143 4.4.227e-010 1.6364e+001 5.4370e-O10 2 .0117e-005 Nd-151 2.3 045e-012 8.5266e-002 2.8330e-012 1 .0482e-007 Pm-150 Pr- 145 3.0 423e-003 1.9 718e+000 1.1256e+008 7.2956e+010 3.7400e-003 2.4240e+000 1.3838e+002 8.9688e+1004 ii Pr-147 7.9 473e-011 2.9405e+000 9.7700e-011 3.,6149e-006 Rh-106m 1.0 062e-001 3.7230e+009 1.2370e-001 ,4.5769,e+003 Rh-107 1.0:225e-005 3.7832e+005 1.2570e-005 4.6509,e-001 Sb-128a 9.91728e+000 3.6899e+011 1.2260e+001 41.$362e+005 Sb-128b 7.1I908e-001 2.6606e+010 8.8400e-001 31.2708e+004 Sb-130 2.7'6OOe-002 1.0212e+009 3.3930e-002' 1 .2554e+003 Sb-131 4.8:383e-004 1.7902e+007 5.9480e-004' 2 .2008e+001 Se-81 1. 8 620e-002 6.8893e+008 2.2890e-002 6.4693e+D02 Se-81m 1.21633e-002 4.6741e+008 1.5530e-002 5. 7461e4-002 Se-83 2.2 109e-005 8.1804e+005 2.7180e- 005 IAOSU57e000 Sm-155 6.1 187e-008 2.2639e+003 7.5220e-QV8 2.783le-003 Sm-156 6.1 854e-002 2.2886e+009 7.6040e-002 2 .8135e4.003 Y-94 1.4 764e-007 5.4627e+003 1.8150e-007 6.7155e-003 Y-95 IBuildup y-94 1. V V4 e-1"T V ed te%r,-03 P77815fte'61 '6.7155e-003 V-0ow

Page :2 DOS File: 2SP6I38.4S5 Run Date: August 19, 2005 Run Time: 2:45:34 PM 1c.RA ON-1 135 Duration: 00:02:01 page 131 Integration Parameters i Radial 20 Circumferential 20 Y Direction (axial) 25 Results

.Enferr Activity Fluence Rate Fluence Rate Exposure Rate Exiosure Rate MeV3L photons/sec MeV/cm 2 /sec MeV/cm2 Jsec mR/hr MR/hr i No Buildup With BuiIdup, No Buildu= With Buildup 0.015 3.446e+00 1.018e-321 2.821e-34 8. 399e-323 2.420e-35 I 0.02 2.167e+08 1.407e-140 2.792e-26 4.873e-142 9.672e-28 0.03 1.209e+10 1.015e-44 3.443e-24 1 .005e-46 3.412e-26 0.04 2.387e+09 2.020e-21 8.242e-21 8.935e-24 3.645e-23 0.05 6.022e+08 3.507e-13 2.810e-12 9.343e-16 7.485e-15 0.06 7.290e+08 4.569e-09 5.S55e-08 9.075e-12 1.163e-1I 0.08 6.964e+08 1.115e-05 2.349e-04 1.764e-08 3.717e-07 0.1 3.257e+08 1.227e-04 3.354e-03 1.877e-07 5.131e-06 0.15 4.733e+08 3.842e-03 1.180e-01 6.326e-06 1.943e-04 0.2 6.685e+09 2.102e-01 5.971e+00 -3.711e-04 1.054e-02 0.3 3.586e+11 5.233e+01 1.130e+03 9.927e-02 2.144e+00 i 0.4 3.519e+09 1.377e+00 2.277e+01 2.683e-03 4.437e-02 0.5 1.733e+10 1.413e+01 1.865e+02 2.773e-02 3.6S6e-01 0.6 3.964e+10 5.785e+01 6.311e+-02 1.129e-01 1.232e+00 0.8 8.728e+11 3.113e+03 2.522e+04 5.920e+00 44.798e+01 1.0 3.712e+10 2.589e+02 1.677e+03 4.773e-01 3.091e+00 1.5 8.136e+09 1.805e+02 8.038e+02 3.037e-01 1.352e+00 2.0 3.529e+08 1.660e+01 5.913e+01 2.567e-02 9.144e-02 3.0 1.630e+06 1.983e-01 5.384e-01 2.690e-04 7.305e-04 TOTALS: 1.362e+12 3.695e+Q3 2.974e+04 6.970e+00 5.631e+01 Sensitivity Variable (1 of 5) (30.48 cm) 0.015 3.446e+00 0 .OOOe+OO 2.821e-34 0. OOOe+00 2.420e-35 0.02 2.167e+08 2.916e-195 2.792e-26 1.OlOe-196 9.672e-28 0.03 1.209e+10 1.428e-62 3.443e-24 1.416e-64 3. 412e-26 0.04 2.387e+09 2.360e-30 1.803e-24 1.044e-32 7 . 975e-27 0.05 6.022e+08 5.892e-19 5.670e-18 1.570e-21 1.510e-20 I 0.06 7.290e+08 1 .921e-13 3.513e-12 3.816e-16 6.978e-15 0.08 6.964e+08 6 .60le-09 2.281e-D7 1.045e-11 3.609e-10 0.1 3.257e+08 2.090e-07 1.093e-05 3.197e-10 1.673e-08 0.15 4.733e+08 1.929e-05 1.341e-03 3.177e-08 2.209e-06 0.2 6.685e+09 1.795e-03 1.214e-01 3.168e-06 2.143e-04 i 0.3 3.586e+11 8.487e-01 4.257e+01 I .610e-03 8.076e-02 i 0.4 3.519e+09 3.396e-02 1.237e+00 6.61Be-D5 2.410e-03 I 0.5 1.733e+10 4.749e-01 1. 308e+01 9.321e-104 2.568e-02 0.6 3.964e+10 2.477e+00 5.397e+01 4.836e-03 1.053e-01 0.8 1.0 1.5 2.0 3.0 8.728e+11 3.712e+10 8.136e+09 3.529e+08 1.630e+06 1.918e+02 2.083e+01 2.260e+01 2.724e+00 4.465e-02 2.881e+03 2.354e+02

1. 596e+02 1.447e+01 1.674e-01 3.649e-01 3.839e-02 3.803e-02 4.213e-03 6.058e-05 5.480e+00 4.339e-01 2.685e-01 2.238e-02 2.271e-04 I

TOTALS: 1.362e+12 2.419e+02 3 .402e+03 4.530e-01 6.420e+00

 .3 .u.1 l. bUe+Ub 4 .4bbe-UJ2 I1.674e-101 6.058e-05 2.271e-04

Page 3 DOS File 2SP8I38.MS5 Run Date August 19, 2005 Run Time 2:45:34 P4 EC-RAON-1 135 page 132 Duration 00:02:01

.Eneray Activity Fluence Rate Fluence Rate Exposure Rate Exmosure Rate Rhotons/ sec MeV/cm2/sec BeVIcm 2 /sec mR/hr mR/hr No Buildup With BuilduD No Buildup With Build=,

Sensitivity Variable (2 of 5) (45.72 -cm) 0.015 3.446e+00 0.OOOe+00 2.821e-34 .OOOe+00 2.420e-35 0.02 2.167e+08 6.422e-250 2.792e-26 2.224e-251 9.672e-28 0.03 1.209e+10 2. 146e-80 3 .443e-24 2.127e-82 3.412e-26 0.04 2.387e+09 2.951e-39 1.803e-24 1. 305e-41 7.975e-27 0.05 6.022e+08 1.067e-24 1.202e-23 2.841e-27 3.201e-26 0.06 7.290e+08 8.764e-18 2.321e-16 1.741e-20 4.6lOe-19 0.08 6.964e+08 4.292e-12 2.142e-10 6,793e-15 3.389e-13 0 .1 3.257e+08 3.939e-10 3.326e-08 S6.026e-13 5.089e-11 0.15 4.733e+08 1. 079e-07 1.376e-05 1.776e-10 2.266e-08 0.2 6.685e+09 1.706e-05 2.206e-03 3.010e-08 3.893e-06 0.3 3.586e+11 1.525e-02 1.433e+00 2.893e-05 2.719e-03 0.4 3.519e+09 9.240e-04 6.04}e-02 1.8ooe-06 1. 177e-04 0.5 1.733e+10 1.754e-02 8.340e-01 3.442e-05 1.637e-03 0.6 3.964e+10 1.161e-01 4.214e+00 2.267e-04 8.225e-03 0.8 8.728e+11 1.286e+01 3.043e+02 2.446e-02 5.789e-01 1.0 3.712e+10 1.812e+00 3.097e+01 3.341e-03 5.709e-02 1.5 8.136e+09 3.028e+00 3.008e+01 5.094e-03 5.061e-02 2.0 3.529e+08 4.747e-01 3.396e+00 7.340e-04 5.252e-03 3.0 1.630e+06 1.056e-02 5.066e-02 1.433e-05 6.872e-05 TOTALS: 1. 362e+12 1. 833e.03. 3.754e+02 3 .393e-02 7.046e-01 !Sensitivity Variable (3 of 5) (60.96 cm) 0.015 3.446e+00 0.OOOe+00 2.821e-34 0.OOOe+00 2.420e-35 0.02 2.167e+08 1.463e-304 2.792e-26 5.06Ee-306 9.672e-28 0.03 1.209e+10 3.338e-98 3.443e-24 3.308e-1O0 3.412e-26 0.04 2.387e+09 3.824e-48 1.803e-24 1. 691e-50 7.975e-27 0.05 6.022e+08 2.006e-30 1.487e-24 5.343e-33 3.962e-27 0.06 7.290e+08 4.164e-22 1.632e-20 8.272e-25 3.241e-23 0.08 6.964e+08 2.920e-15 1. 931e-13 4.621e-18 3.056e-16 0.1 3.257e+08 7.789e-13 9.583e-11 1. 192e-15 1. 466e-13 0.15 4.733e+08 6.339e-10 1.313e-07 1.044e-12 2.16le-10 0.2 6.685e+09 1.703e-07 3.720e-05 3.006e-10 6. 566e-08 0.3 3.586e+11 2.877e-04 4.488e-02 5.457e-07 8.514e-05 0.4 3.519e+09 2.634e-05 2.753e-03 5.133e-08. 5.364e-06 0.5 1.733e+10 6.776e-04 4 .983e-02 1.330e-06 9.781e-05 0.6 3.964e+10 5.689e-03 3.099e-01 1.llOe-05 f6.049e-04 0.8 8.728e+11 8.988e-01 3.049e+01 1.71Oe-03 5.799e-02 1.0 3.712e+10 1.642e-01 3.8989+00 3..026e-04 7.166e-03 1.5 8.i36e+09 4.207e-01 5.468e+00 7.078e-04 9.233e-03 2.0 3.529e+08 8.55e-02 7.779e-01 1.322e-04 1.203e-03 3.0 1.630e+06 2.573e-03 1.506e-02 3.490e-06 2.044e-05 TOTALS: 1.362e+12 1.578e+00 4.107e+01 2.069e-03 7.642e-,02 Sensitivity Variable (4 of 5) (76.2 cm) 0.015 3.446e+00 0.O000e+00 2.821e-34 0. 000e+00 2.420e-35 0.02 2.167e+08 O.OOOe+00 2.792e-26 0.00;0e+00 9.672e-28 sensitivity variable (4 of 5) (76.2 cn) t VMO1C ' 4 4 fc .flf) 0) n nf1O,.4,O ') Al1 an-I fi 0AO vfhA I AIA^-IC

Page :4 DOS File: 2SP8138.MSS ER4AVN-1135 Run Date: August 19, 2005 Page 133 Run Time: 2:45:34 PM Duration: 00:02:01 Energy Activitv Eluence Rate Fluence Rate ExBosure Rate Exposure Rate MeV vhotonslsec j4eV/cm2 /sec No BujIdUp With Builduo No BuilduDU With Buildup 0.03 1.209e+10 5.304e-116 3.443e-24 5.256e-118 3.412e-26 0.04 2.387e+09 5.-064e-57 1.803e-24 2.240e-59 7.975e-27 0.05 6.022e+08 3.859e-36 1.487e-24 1.028e-38 3.962e-27 0.06 7.290e+08 2.028e-26 1.339e-23 4.027e-29 2.660e-26 0.08 6.964e+08 2.040e-18 1.676e-16 3 .228e-21 2.652e-19 0.1 3.257e+08 1.584e-15 2.687e-13 2.423e-18 4.11e-16 0.15 4.733e+08 3.835e-12 1. 19le-09 6.315e-15 1.962e-12 0.2 6.685e+09 1.751e-09 5.929e-07 3.090e-12 1.046e-09 0.3 3.586e+11 5.580e-06 1.333e-03 1 .058e-08 2.529e-06 0.4 3.519e+09 7.718e-07 1.193e-04 1.504e-09 2.324e-07 0.5 1.733e+10 2.689e-05 2.846e-03 5 .278e-08 5.586e-06 0.6 3.964e+10 2.860e-04 2.189e-02 5.583e-07 4.272e-05 0.8 8.728e+11 6.443e-02 2 .959e+00 1.225e-04 5 .629e-03 1.0 3.712e+10 1.524e-02 4.755e-0l 2.808e-05 B.765e-04 1.5 8.136e+09 5.978e-02 9.774e-01 1.006e-04 1.644e-03 2.0 3.529e+08 1.573e-02 1.750e-01 2.433e-05 2.706e-04 3.0 1.630e+06 6.385e-04 4.431e-03 8.663e-07 6.0lle-06 TOTALS: 1.362e+12 1.56le-01 4.618e+00 2.770e-04 8.478e-03 Sensitivity Variable (5 of 5) (91.44 cm) 0.015 3.446e+00 0.OOOe+00 2.821e-34 0 .OOOe+00 2.420e-35 0.02 2.167e+08 0.OOOe+00 2.792e-26 0 .000e4-00 9.672e-28 0.03 1.209e+10 8.544e-134 3.443e-24 8.8468e-136 3.412e-26 0.04 2.387e+09 6.806e-66 1.803e-24 3 .OIOe-68 7.975e-27 II 0.05 6.022e+08 7.542e-42 1.487e-24 2.009e-44 3.962e-27 i 0.06 7.290e+08 1.004e-30 1.292e-23 1.993e-33 2.567e-26 0.08 6.964e+08 1.450e-21 1.3B9e-19 2.295e-24 2.198e-22 0.1 3.257e+08 3.279e-18 7.337e-16 5.017e-21 1.122e-18 0.15 4.733e+08 2.364e-14 1.045e-11 3.892e-17 1.721e-14 0.2 6.685e+09 1.834e-11 9.094e-09 3.236e-14 1.6OSe-11 0.3 3.586e+11 1.102e-07 3.799e-05 2.091e-10 7.206e-(8 0.4 3.519e+09 2.302e-08 4.986e-06 4.485e-11 9. 715e-09 0.5 1.733e+10 1.086e-06 1.571e-04 2.131e-09 3.083e-07 0.6 3.964e+10 1.463e-05 1.499e-03 2.856e-08 2.925e-06 0.8 8.728e+11 4.695e-03 2.793e-01 8. 931e-06 5.312e-04 1.0 ;3.712e+l0 1. 437e-03 5.661e-02 2.649e-06 1 .144e-04 1.5 8.136e+09 8.624e-03 1.714e-01 1.451e-05 2.884e-04 2.0 3.529ee+08 2.937e-03 3.888e-02 4.542e-06 6.013e-05 3.0 1.630e+06 1.606e-04 1.292e-03 2.179e-07 1.753e-06 TOTALS: 1.362e+12 1.787e-02 5.492e-01 3.088e-05 g9. 82e-D4

NicroShield v5.01) (5.01-00076)Pennsylvania Power & Light Co.Page :1 File Ref:DOS File: 2SP8RAD.MS5 EC-RADN 113 S Date:Run Date: August 19, 2005 Pege 134 By:.Run Time: 2:47:36 PM Checked: .Duration: 00:02:07 Case Titles Suppression Pool

Description:

s . Hour, RADTRAD Geometry: 7 - Cylinder Volume - Side Shields II Source Dimensions Height 914.4 cm 30 ft Radius 16.828 cm 6.6 in I I I I Dose Points

• i X

Y S

 # 1 304.8 cm 457.2 cm 0 cm 10 ft 0.0 in 15 f t 0. 0 in II Shields II Shield Name Dimension Haterialpensitv II Source 8.13e+05 cm3 Water 1

• f Shield 1 15.24 cmConcrete2.35 Transition Air O.00122 r Air Gap Air 0.00122 Wall Clad .953 cm Iron 7.86 Source Input Grouping Method: Standard Indices Number of Groups z 25 Lower Energy Cutoff: 0.015 Photons < 0.015 s Excluded Library t Grove Nuclide curjes beccuerels -"Ci1QM3 BaCcm3 Am-241 1.1071e-003 4.0962e+007 1.3610e-003 5.0357e+001 Ba- 137m 1.7871e+002 6.6124e+012 2.1970e+002 8.1289e+006 Ba-139 4.6968e+001 1.7378e+012 5.7740e+001 2.1364e+006 Ba-140 2.0946e+003 7.7500e+013 2 .5750e+003 9.5275e+007 Ce-141 1.9449e4001 7.1963e+O11 2.3910e+001 8 .i467e+005 Ce-143 1.5463e+001 5.7215e+012 1.9010e+001 7.0337e+005 Ce-144 1.6464e+001 6.0917e+011 2.0240e+001 7. 4888e+005 Cm-242 2.9032e-001 1.0742e+010 3.5690e-001 1.3205e+004 Cm-244 1.6960e-002 6.2753e+008 2.0850e-002 7.7145e+002 Co-58 3.2090e-001 1.1673e+010 3.9450e-001 1.4597e+004 Co-60 1.7334e-001 6.4137e+009 2.1310e-001 7.8847e+003 Cs-134 1.2511e+003 4.6290e+013 1.5380e+-003 5.6906*+007 Cs-136 3.9240e+002 1.4519e+013 4.8240e+002 1.7849e+007 . I Cs-137 9.4359e+002 3.4913e+013 1.1600e+-003 4.2920e+007 I-131 6.8337e+003 2.5285e+014 8.4010e+003 3. 1084e+008 I-132 9.6799e+003 3.5816e+014 1.1900e+004 4..4030e+008 T-133 1.1372e+004 4.2076e+014 1.3980e+004 5.1726e+008 I-134 9.9728e+001 3.6899e+012 1.2260e+002 4.5362e+006 1-135 5.9357e+003 2.1962e+014 7.2970e+003 2.6999e+008 La-140 9.0454e+000 3.3468e+011 1.1120e+001 4.1144e+005 La-141 2.0450e+000 7.5665e+010 2.5140e+000 9.3016e+004 La-142 2.2182e-001 8.2075e+009 2.7270e-001 1 .0090e+004 Mo-99 1.0103e+002 3.7381e+012 1.2420e+002 4.5954e+006 MhNo 2 .041g0888 2.5 S~ ..e+O l .l. oae+-081 1.19le+ S 1,2361d 2 .O4SOc.'OOO 1.sS;6(Z5at>1O 52.S1JOoQO0t0 9.3019o..0OA4

Page : 2 DOS File: 2SP8RAD.MS5 Run Date: August 19, 2005 EC.RADNf 135 Run Time: 2:47:36 PM Pege 135 Duration: 00:02:07 Nuclide curies becoruerels f1CilCm 3 Ba/Cm3 Nd-147 3.0862e+000 1.1419e+011 3.7940e+000 1.4038e+005 Np-239 2.1036e+002 7.7832e+012 2.5860e+002 9.5682e+006 Pr-143 7.0167e+000 2.5962e+011 8.6260e+000 3.1916e+005 Pr-144 6.5840e+000 2.4361e+011 8.0940e+000 2.9948e+005 Pu-238 4.9628e-002 1.8362e+009 6.1010e-002 2.2574e+003 Pu-239 5.2540e-003 1.9440e+008 6.4590e-003 2.3898e+002 Pu-240 8.4760e-003 3.1361e+008 1.0420e-002 3.8554e+002 Pu-241 2.0865e+000 7.7199e+010 2.5650e+000 9.4905e+004 Rb-86 1.1640e+001 4.3069e+011 1.4310e+001 5.2947e+005 Rh-103m 9.2732e+001 3.4311e+012 1.1400e+002 4.2180e+006 Rh-105 5.6949e+001 2.1071e+012 77.0010e+001 2.5904e+006 Rh-106 3.7239e+001 1. 3779e+012 4.5780e+001 1.6939e+006 Ru-103 9.2732e+001 3.4311e+012 1.1400e+002 4.2180e+006 Ru-105 1.9124e+001 7.0759e+011 2.3510e+001 8.6987e+005 Ru-106 3.7239e+001 1.3779e+012 4.5780e+001 1.6939e+'006 Sb-127 9.7287e+001 3.5996e+012 1.1960e+002 4.4252e+006 Sb-129 1.0811e+002 3.9999e+012 1.3290e+002 4.9173e+006 Sr-89 1.1225e+003 4.1534e+013 1.3800e+003 5. 1060e+007 Sr-90 1.4219e+002 5.2610e+012 1.7480e+002 6.4676e+006 :Sr-91 7.9473e+002 2.9405e+013 9.7700e+002 3.6149e+007 Sr-92 1.9539e+002 7.2294e+012 2.4020e+002 8.8874e+006 Tc-99m 9.4359e+001 3.4913.e+012 1.1600e+002 4.2920e+006 Te-127 1.0062e+002 3.7230e+012 1.2370e+002 4.5769e+006 Te-127m 1. 7294e+001 6.3987e+011 2.1260e+001 7.8662e+005 Te-129 1.6627e+002 6.1519e+012 2.0440e+002 7.5628e+006 Te-129m 7.2242e+001 2.6729e+012 8.8810e+001 3.2860e+006 Te- 13 1m 1. 9539e+002 7.2294e+012 2.4020e+002 8.8874e+006 Te-132 1.5626e+003 5.7817e+013 1.9210e+003 7.1077e+1007 Y-90 5.8917e-001 2.1799e+010 7.2430e-001 2.6799e+004 Y-91 5.8202e+000 2.1535e+011 7.1550e+000 2.6473e+005 Y-92 2.8430e+000 1.0519e+011 3.4950e+000 1.2932e+005 Y-93 2.7136e+000 1.0040e+011 3.3360e+000 1.2343e+005 Zr-95 8.3052e+000 3.0729e+011 1.0210e+001 3.7777e+005 Zr-97 5.9389e+000 2.1974e+011 7.3010e+000 2.7014e+005 Buildup IThe material reference is t Shield I Integration Parameters Radial 20 Circumferential 20 Y Direction (axial) 25 Results Enercay Activity Fluence Rate Fluence Rate Exposure Rate Exposure Rate MeV nhotons/sec MeV/cm2 lsec MeVcm2 /sec mR./Jhr mR/hr No Builduj With BuilduP No Buildup With Buildup 0.015 3.466e+08 1.022e-313 2.838e-26 8.764e-315 2.434e-27 0.02 6.789e+11 4.406e-137 8.746e-23 1.526e-138 3.030e-24 0.03 7.273e+13 6.105e-41 2.072e-20 6.051e-43 2.053e-22 0.04 1.553e+12 1.315e-18 5.363e-18 5.814e-21 2.372e-20 0.05 7.602e+12 4.428e-09 3.547e-08 1.179e-11 9.449e-11 II

0.03 7.273e+13 6.105e-41 2.072e-20 6 .05le-43 2.053e-22 A An 1 rcr. '

1 1 1 C C VlA_-t I 7'l)r on

Page :3 DOS File: 2SP8RAD.MS5 Run Date: August 19, 2005 Run Time: 2:47:36 PM EC-RADN- 135 Duration: 00:02:07 Page 136 Enero Activity Flue nce Rate Fluence Rate Exnosure Ratte Exposure Rate I3e photons/sec MeV/CM2/SeC HeV/cm2 Isec mR/hr mR/hr -No Builduo With Buildup No Buildup With Buildum 0.06 2.018e+12 1.264e-05 1.620e-04 2.512e-08 3.218e-07 0.08 7.859e+12 1.258e-01 2.650e+00 1.99le-04 4.194e-03 0.1 8.560e+12 3.223e+00 8.814e+01 4 .932e-03 1.348e-01 0.15 1.271e+13 1.032e+02 3 .170e+i03 1. 699e-01 5.219e+00 0.2 6.160e+13 1.937e+03 5.503e+04 3.419e+00 9. 712e+01 0.3 5.271e+13 7.693e+03 1.661e+05 1.459e+01 3.151e4,02 0.4 2.330e+14 9.118e+04 1.508e+06 1.777e+02 2.938e+03 0.5 5. 033e+14 4.103e+05 5.415e+06 8.054e+02 1.063e+04 0.6 5. 541e+14 8.087e+05 8.822e+06 1.578e+03 1.722e+04 0.8 4.772e+14 1.702e+06 1.379e+07 3.237e+03 2.623e+04 1.0 2.388e+14 1.666e+06 1.079e+07 3.071e+03 1.988e+04 1.5 1.949e+14 4.324e+06 1.925e+07 7.275e+03 3.239e+04 2.0 3.660e+13 1.722e+06 6.133e+06 2.663e+03 9.483e+03 3.0 1 .417e+10 1.723e+03 4.678e+03 2.338e+00 6.347e+00 4.0 2.154e+08 4.762e+01 1.093e+02 5 .89le-02 1.353e-01 TOTALS: 2.466e+15 1.074e+07 6.594e+07 1.883e+04 1.192e+05 Sensitivity Variable (1 of 5) (30.48 -nm) 0.015 3.466e+08 0.0 0e+00 2.838e-26 0.0OOe+00 2.434e-27 0.02 6.789e+11 9.134e-192 8.746e-23 3.164e-193 3.030e-24 0.03 7.273e+13 8.596e-59 2.072e-20 8.519e-61 2.053e-22 0.04 1.553e+12 1.536e-27 1.173e-21 6.791e-30 5.190e-24 0.05 7.602e+12 7.43Be-15 7.157e-14 1.982e-17 1.907e-16 0.06 2.018e+12 5.317e-10 9.722e-09 1.056e-12 1.93le-11 0.08 7.859e+12 7.449e-05 2.574e-03 1.179e-07 4.073e-06 0.1 8.560e+12 5.492e-03 2.873e-01 8.402e-06 4.395e-04 0.15 1.271e+13 5.182e-01 3.603e+01 8.533e-04 5.933e-02 0.2 6.160e+13 1.654e+01 1.119e+03 2.919e-02 1.975e+00 0.3 5.271e+13 1.248e+02 6.258e+03 2.367e-01 1.187e+01 0.4 2.330e+14 2.249e+03 8.190e+04 4.382e+00 1.596e+02 0.5 5.033e+14 1. 379e+04 3.800e+05 2.707e+01 7.458e+02 0.6 5.541e+14 3.463e+04 7.544e+05 6.759e+01 1.473e+03 0.8 4.772e+14 1.049e+05 1.575e+06 1.995e+02 2.997e+03 1.0 2 .388e+14 1.340e+05 1.515e+06 2.470e+02 2.792e+03 1.5 1.949e+14 5.414e+05 3.822e+06 9.108e+02 6.431e+03 2.0 3.660e+13 2.826e+05 1.501e+06 4.369e+02 2.321e+03 3.0 1.417e+10 3.880e+02 1.454e+03 5.264e-01 1.973e+00 II 4.0 2.154e+08 1.284e+01 3.890e+01 1.588e-02 4.813e-02 I TOTALS: 2.466e+15 1.114e+06 9.638e+06 1. 894e+03 1.693e+04 i Sensitivity Variable (2 of 5) (45.72 cm) I 0.015 3.466e+08 0.000e+00 2.838e-26 0.OO0e+00 2.434e-27 0.02 6.789e+11 2.011e-246 8.746e-23 6.968e-248 3.030e-24 0.03 7.273e+13 1.292e-76 2.072e-20 1.280e-78 2.053e-22 0.04 1.553e+12 1. 920e-36 1.173e-21 8.494e-39 5.190e-24 0.05 7.602e+12 1.347e-20 1.517e-19 3.587e-23 4.041e-22 0.06 2. 018e+12 2.426e-14 6.423e-13 4.818e-17 1.276e-15 0.08 7.859e+12 4.844e-08 2.417e-06 7.665e-11 3.824e-09 U . U. /,. buze+id 1. i4 ie-zU I .>Ile-I!0 j .!>Re-1S 4 . uQle-z 0.n Al . lpp+12 2 .42fp-1 4 h; 47R-4,l' 4 AlfRP--1 7 1 -2719P-1E

Page : 4 DOS File: 2SP8RAD.MS5 Run Date: August 19, 2005 EC-RADN-1 135 Run Time: 2:47:36 PM Page 137 Duration: 00:02:07 Eneroy Activity Fluence Rate Fluence Rate Exposure Rate Exposure Rate MeV photons/sec eVM/cm2/sec .MeV/cm2Jsec .mR/hr mRhr.No Buildup With Buildup No Buildun With Buildup 0.1 8.560e+12 1.035e-05 8.741e-04 1.584e-08 1.337e-06 0.15 1.271e+13 2.897e-03 3.696e-01 4.77le-06 6.086e-04 0.2 6.160e+13 1.572e-01 2.033e+01 2.774e-04 3.588e-02 0.3 5.271e+13 2.242e+00 2.107e+02 4.253e-03 3.996e-01 0.4 2.330e+14 6.118e+01 4.0OOe+03 1.192e-01 7.794e+00 0.5 5.033e+14 5.093e+02 2.422e+04 9.997e-01 4.755e+01 0.6 5.541e+14 1.623e+03 5.891e+04 3.168e+00 1. 150e+02 0.8 4.772e+14 7.030e+03 1.664e+05 1.337e+01 3.165e+02 1.0 2.388e+14 1.166e+04 1. 993e+05 2.150e+01 3.673e+02 1.5 1.949e+14 7.253e+04 7.205e+05 1.220e+02 1.212e+03 2.0 3.660e+13 4.923e+04 3.523e+05 7.613e+01 5.447e+02 3.0 1.417e+10 9.179e+01 4.402e+02 1.245e-01 5.972e-01 4.0 2.154e+08 3.613e+00 1.355e+01 4.469e-03 1.677e-02 TOTALS: 2.466e+15 1.427e+05 1.526e+06 2.374e+02 2.612e+03 Sensitivity Variable (3 of 5) (60.96 cm) 0.015 3.466e+08 0.OOOe+00 2.838e-26 0.OOOe+00 2.434e-27 0.02 6.789e+11 4.581e-301 8.746e-23 1.587e-302 3.030e-24 0.03 7.273e+13 2.009e-94 2.072e-20 1. 991e-'96 2.053e-22 0.04 1.553e+12 2.488e-45 1.173e-21 1.10le-47 5.190e-24 0.05 7.602e+12 2.532e-26 1.877e-20 6.745e-29 5.00le-23 0.06 2.018e+12 1.153e-18 4.516e-17 2.289e-21 8.970e-20 0.08 7.859e+12 3.295e-11 2.179e-09 5.214e-14 3.449e-12 0.1 8.560e+12 2.047e-08 2.518e-06 3.131e-11 3.853e-09 0.15 1.271e+13 1.703e-05 3.526e-03 2.804e-08 5.806e-06 0.2 6.160e+13 1.570e-03 3.428e-01 2.770e-06 6.050e-04 0.3 5.271e+13 4.229e-02 6.598e+00 8.022e-05 1.252e-02 0.4 2.330e+14 1.744e+00 1.823e+02 3.399e-03 33.55le-01 0.5 5.033e+14 1.968e+01 1.447e+03 3.863e-02 2.841e+00 0.6 5.541e+14 7.952e+01 4.332e+03 1. 552e-01 8.456e+00 0.8 4.772e+14 4.914e+02 1.667e+04 9.348e-01 3.171e+01 1.0 2.388e+14 1.056e+03 2.508e+04 1.947e+00 4.623e+01 1.5 1.949e+14 1.008e+04 1 .314e+05 1.695e+01 2.211e+02 2.0 3.660e+13 8.869e+03 8.068e+04 1.371e+01 1.248e+02 3.0 1.417e+10 2.235e+01 1.309e+02 3.033e-02 1.77fe-01 4.0 2.154e+08 1.043e+00 4.667e+00 1.290e-03 5.774e-03 TOTALS: 2.466e+15 2.062e+04 2.600e+05 3.378e+01 4.357e+02 Sensitivity Variable (4 of 5) (76.2 cm) 0.015 3.466e+08 0.OQOe+00 2.838e-26 0 .00e+00 2.434e-27 0.02 6.789e+11 O.OOOe+00 8.746e-23 0.OOOe+00 3.030e-24 0.03 7.273e+13 3.192e-112 2.072e-20 3.163e-114 2.053e-22 0.04 1.553e+12 3.295e-54 1.173e-21 1.457e-56 5.190e-24 0.05 7.602e+12 4.872e-32 1.877e-20 1.298e-34 5.00le-23 0.06 2.018e+12 5.612e-23 3.707e-20 1.115e-25 7.7363e-23 0.08 7.859e+12 2.302e-14 1.891e-12 3.643e-17 2.992e-15 0.1 8.560e+12 4.162e-11 7.060e-09 6.367e-14 1.080e-11 0.15 1.271e+13 1.030e-07 3.200e-05 1 .696e-10 5.269e-08 U.Uts ' ~ei 35.b4Se -I'l ;d.99e fi 1 R ~~1 A 14;70-1 1 7 Af~nz0-Oq A1 9.7ca-1 1 O$~nl-1Vi

Page : 5 DOS File: 2SP&RAD.MS5 Run Date: August 19, 2005 EC-R4t4O35 Run Time: 2:47:36 PM Ppage 38 Duration: 00:02:07 Eneroy Activity Fluence Rate Fluence Rate .Exosure Rate Exposure Rate MeV nhotons/sec MeV/cm2 lsec NeV/cm2 /sec mR/hr mR/hr No Buildur, With Buildup No Buildup With Buildup 0.2 6.160e+13 1.613e-05 5 .464e-03 2.848e-08 9.643e-06 0.3 5.271e+13 8.203e-04 1.96Qe-01 1.556e-06 3.717e-04 0.4 2.330e+14 5.110e-02 7.898e+00 9.957e-05 1.539e-02 0.5 5.033e+14 7.810e-01 8.265e+01 1.533e-03 I.622e-01 0.6 5.541e+14 3.998e+00 3.060e+02 7. 804e-03 5.972e-01 0.8 4.772e+14 3.523e+01 1.618e+03 i6.700e-02 3.07Se+00 1.0 2.388e+14 9.803e+01 3.059e+03 1.607e-01 5.639e+00 1.5 1.949e+14 1.432e+03 2.341e+04 2.409e+.00 3.939e+01 2.0 3.660e+13 1.632e+03 1.815e+04 2.523e+z0 2.807e+01 3.0 1.417e+10 5.549e+00 3.B50e+01 7.528e-03 5.223e-02 4.0 2.154e+08 3.065e-01 1.594e+00 3.792e-t4 1.973e-03 TOTALS: 2.466e+15 3.208e+03 4.667e+04 5.198e+00 7.700e+01 Sensitivity Variable J5 of 5) (91.44 cm) 0.015 3.466e+08 0.OOOe+00 2.838e-26 0.OO-e+00 2.434e-27 0.02 6.789e+11 0.OOOe+00 8.746e-23 0 .O0Oe+00 3.030e-24 0.03 7.273e+13 5.142e-130 2.072e-20 5.096e-132 2.053e-22 0.04 1. 553e+12 4.429e-63 1.173e-21 1. 959e-65 5. 190e-24 0.05 7.602e+12 9.521e-38 1.877e-20 2.536e-40 5.001e-23 0.06 2.018e+12 2.777e-27 3.577e-20 5.517e-30 7. 104e-23 0.08 7.859e+12 1.637e-17 1.567e-15 2.590e-20 2.480e-18 0.1 8.560e+12 8.618e-14 1. 928e-11 1.318e-16 2.950e-14 0.15 1.271e+13 6.349e-10 2.807e-07 1.046e-12 4.622e-10 0.2 6.160e+13 1.690e-07 8.380e-05 2.982e-10 1. 479e-07 0.3 5.271e+13 1.620e-05 5.584e-03 3.074e-08 1. 059e-05 0.4 2.330e+14 1.524e-03 3.30le-01 2.970e-06 6.432e-04 0.5 5.033e+14 3.154e-02 4.562e+00 6. 19le-05 8.954e-03 0.6 5.541e+14 2 .045e-01 2.095e+01 3.992e-04 4 .089e-02 0.8 4.772e+14 2.567e+00 1.527e+02 4.M83e-03 2.904e-01 1.0 2.388e+14 9.246e+00 3.642e+02 1.704e-,02 6.714e-01 1.5 1.949e+14 2.066e+02 4.106e+03 3.476e-01 6.909e+00 2.0 3. 660e+13: 3.047e+02 4.033e+03 4.711e-01 6.236e+00 3.0 1.417e+10 1.396e+00 1.123e+01 1.894e-03 1.523e-02 4.0 2.154e+08 9.122e-02 5.410e-01 1.128e-04 6.692e-04 TOTALS: 2.466e+15 5.248e+02 8.694e+03 B.431e-01 1.417e+01

MicroShield v5.01 (5.01-00076)Pennsylvania Power & Light Co.Page 1 File Ref:DOS File: 2SP24GR.MS5 Date:Run Date: August 19, 2005 - EC-RADON-1139 135 By:Run Time: 2:37:01 PM Checked:Duration: 00:02:11 Case Titlet Suppression Pool

Description:

24 Hour, Grove Geometry: 7 - Cylinder Volume - Side Shields Source Dimensions II Height 914.4 cm 30 ft III 16.828 cm Radius 6.6 in II II. Dose Points x X

 # 1 304,.8 cm 457.2 cm 0 cm 10 ft 0..0 in I5 ft 0.0 in Shields Shield Namn pimension [aterialDensitv Source 8.13e+05 cm3 Water I Shield 1 15.24 cmConcrete2.35 I,' Transition Air 0.00122 Air Gap Air 0.00122 Wall Clad .953 cm Iron 7.86 Source Input I Grouping Method: Standard Indices Number of Groups s 25 Lower Energy Cutoff: 0.015 Photons c 0.015: Excluded Library: Grove Nuclide curiep_ becgUergla pCi/CM3 Bq/cm 3 Am-241 1.1103e-003 4.1083e+007 1.3650e-003 5.0505e+001 Am-242 1.7595e-001 6.5100e+009 2.1630e-001 8.0031e+003 Am-242m 7.2160e-005 2.6699e+006 8.8710e-005 3.2823e+000 Am-243 1.3633e-004 5.0443e+006 1.6760e-004 6.2012e+000 Am-244 1.1575e-001 4.2828e+009 1.4230e-001 5.2651e+003 Ba-135m 2.5518e-001 9.4415e+009 3.1370e-001 1.1607e+004 Ba-137m 1.7871e+002 6.6124e+012 2.1970e+002 8.1289e+006 Ba-139 1.8042e-002 6.6756e+008 2.2180e-002 -8.2066e+002 Ba-140 2.0198e+003 7.4732e+013 2.4830e+003 9.1871e+007 Ba-141 Ba-142 Br-82 1.5561e+O01 5.7576e+011 1.9130e+001 7.0781e+005 Br-83 8.9804e-001 3.3227e+010 1.1040e+000 4.0848e+004 Br-84 4 .0599e-011 1.5022e+000 4.9910e-011 1.8467e-006 Ce-141 1.9205e+001 7.1060e+011 2.3610e+001 8.7357e+005 Ce-143 1.1055e+00l 4.0902e+011 1.3590e+001 5.0283e+005 Ce-144 1.6375e+001 6.0586e+-11 2.0130e+001 7.4481e+005 Cm-242 2.8999e-001 1.0730e+010 3.56SOe-001 1.3191e+0.04 Cm-243 1.2503e-004 4.6259e+006 1.5370e-004 5.6869e+000 Cm-244 1.6993e-002 6.2873e+008 2.0890e-D02 7.7293e+002 Co-58 3.1879e-001 1.1795e+010 3.9190e-001 1.4500e+004 Co-60 1.7334e-001 6.4137e+009 2.1310e-O01 7.8847e+003 Co-60m cm5 14 l.127e-B83 . h -88A 1.8-183 3.a ;883 CO-5R2 1.1272e-001 1. 2395e+010 2. 919Oe-0Ol I .a500e-aOOd

Page : 2 DOS File: 2SP24GR.MS5 Run Date: August 19, 2005 EC-RADN-1135 Page 140 Run Time: 2:37:01 PM Duration: 00:02:11 Nuclide

• curies becauerels Ba/cm3 Cs-132 2.1280e-001 7 .8734e+009 2.6160e-O01 9.6792e+003 Cs-134 1.2511e+003 4.6290e+013 1.5380e+003 5.6906e+007 Cs-134m 8.6469e-001 3.1993e+010 1.0630e+000 3.9331e+004 Cs-136 3.7866e+002 1.4010e+013 4.6550e+002 1.7223e+007 Cs-137 9.4359e+002 3.4913e+013 1.1600e+003 4.292Oe+007 Cs-138 6.6092e-010 2.4454e+001 8.1250e-010 3.0063e-005 Cs-139 Eu-152m 1.8058e-004 6.6816e+006 2.2200e-004 8.2140e+000 Eu-154 4.5927e-002 1.6993e+009 5.6460e-002 2.0890e+003 Eu-155 1.8888e-002 6.9886e+008 2.3220e-002 8.5914e+002 Eu-156 1.1413e+000 4.2226e+010 1.4030e+000 5. 1911e+004 1-128 I-130 4.5089e+001 1.6683e+012 5.5430e+001 2.0509e+*00 1-131 6.5344e+003 2.4177e+014 B.0330e+003 2.9722e+008 I-132 8.3784e+003 3.1000e+014 1.0300e+004 3.BllOe+008 1-133 6.6840e+003 2.4731e+014 8.2170e+003 3.0403e+008 1-134 3 .7312e-004 1.3806e+007 4.5870e-004 1.6972e+001 1-135 1.0973e+003 4.0601e+013 1.3490e+003 4.9913e+007 La-140 8.8421e+000 3.2716e+011 1.0870e+001 4.0219e+005 La-141 1.2071e-001 4.4664e+009 1.4840e-001 5.4908e+003 La-142 1.4894e-004 5.5108e+0t6 1.8310e-004 6.7747e+000 Mo-99 8.5248e+001 3.1542e+012 1.D480e+002 3.8776e+00S Mo-101 Nb-95 8.3703e+000 3.0970e+011 1.0290e+001 3 .8073e+005 Nb-95m 9.2488e-002 3.4221e+009 1. 1370e-001 4.2069e+003 Nb-96 6.6645e-003 2.4659e+008 8.1930e-003 3.10314e+002 Nb-97 3.1033e+000 1.1482e+011 3.8150e+000 1.4115e+005 Nb-97m 2.9292e+000 1.0838e+011 3.6010e+000 1.3324e+005 Nd-147 2.9593e+000 1.0949e+011 3.6380e+O00 1.3461e+005 Nd-149 1.1974e-004 4.4303e+006 1.4720e-004 5.4464e+000 Np-236m 2.5192e-005 9.3211e+005 3.0970e-005 1.1459e+000 Np-238 3.6914e+000 1.3658e+011 4.5380e+000 1.6791e+005 Np-239 1. 7294e+002 6.3987e+012 2.1260e+002 7.8662e+0.06 Np-240 4.2478e-008 1.5717e+003 5.2220e-008 1.9321e-0O3 Pd-109 6.6922e+000 2.4761e+411 8.2270e+000 3.0440e+005 :1 Pm-147 1.0941e+000 4.0481e+010 1.3450e+000 4. 9765e+004 Pm-148 7.7480e-001 2.8668e+010 9.5250e-001 3.5243e+004 Pm-148m 1.6594e-001 6.1398e+009 2.0400e-001 7.5480e+003 Pm-149 2.0979e+000 7.7621e+010 2.5790e+000 9.5423e+004 Pm-151 5.2874e-001 1.9563e+010 6.5000e-001 2.4050e+004 Pr-142 1.3365e-001 4.9450e+009 1.6430e-001 .6.0791e+003 Pr-143 6.9500e+:000 2.5715e+011 8.5440e+000 ;3:.1613e+005 Pr-144 6.5506e+000 2..4237e4Oll 8.0530e+000 2 .9796e+005 i I Pr-144m 9.1756e-002 3.3950e+009 1.1280e-D01 4. 1736e+0'03 ,I. .;;

Pu-237 7.1827e-005 2.6576e+006 8.8300e-005 3.2671e+000 I , . i; Pu-238 4.9709e-002 1.8392e+009 6.11Oe-002 2. 2611e+DO3 ;,,.Pu-239 5.2621e-003 11.9470e+008 6.4690e-003 2 . 393 5e+002 Pu-240 8.4760e-003 3.1361e+008 1.0420e-002 3 . 8554s+002 Pu-241 2.0865e+000 7.7199e+010 2.5650e+000 9^+.4905e+O04 Pu-243 1.5878e-001 5.8750e+009 1.9520e-001 7 .2224e+003 Rb-86 1.1347e+001 4.1986e+011 1.3950e+001 5. 1615e+015 Rb-88 1.2926e+001 4.7825e+011 1.5890e+001 5.8793e+005 Rh-103m 9.1431e+001 3.3829e+012 1.1240e+002 4. 1588e+006 IMHUT8M Rh-2 6 1.1342cQ4O01 4. 12Q48011 1.39SD0+0:0 S . ISIS-OI9

Page 3 DOS File: 2SP24GR.MS5S Run Date: August 19, 2005 EC.RADN-1 t35 Page 741 Run Time: 2:37:01 PM Duration: 00:02:11 Nuclide curies -beccruerels UCilcm3 B3a/cm 3 Rh-105m 4.4894e-001 1.6611e+010 5.5190e-001 2.D420e+004 Rh-106 3.7199e+001 1.3763e+012 4.5730e+'t1 1.6920e+006 Ru-103 9.1837e+0Q1 3. 3980e+012 1.1290e+002 4.1773.e+006 Ru-105 1.5716e+000 5.8148e+010 1. 9320e+0O0 7.1484e+004 Ru-106 3.7199e+001 1.3763e+012 4.5730e+001 1. 6920e+006 Sb-122 1.7944e+000 6.6395e+010 2.2060e+000 8.1622e+004 Sb-124 1.0485e+000 3.8795e+010 1. 2890e+000 4.7693e+004 Sb-125 1.4918e+001 5.5198e+021 1.8340e+001 6.7858e+005 Sb-126 4.7749e-001 1.7667e+010 5.8700e-001 2.1719e+004 Sb-126m 9.0617e-004 3.3528e+007 1.1140e-003 4.1218e+001 Sb-127 8.6469e+001 3.1993e+012 1.0630e+002 3.9331e+006 Sb-129 8.7282e+000 3.2294e+011 1.0730e+001 3 .9701e+005 Sm- 151 2.973le-003 1.100le+008 3.6550e-003 1.3524e+002 Sm-153 1.6131e+000 5.9683e+010 1. 9830e+000 7.3371e+004 Sr-89 1.1155e+003 4.0902e+013 1.3590e+003 5.0283e+007 Sr-90 1.4219e+002 5.261-0e+012 1.7480e+002 6.467,6e+006 Sr-91 2.4777e+002 9.1676e+012 3.0460e+002 1.1270e+007 I Sr-92 3.2586e+000 1.-2057e+411 4.0060e+000 1.4822e+O05 Sr-93 Tc-99 1.2015e-003 4.4454e+007 1.4770e-003 5.4649e+001 Tc-99m 8.2320e+001 3. 0458e+012 1.0120e+002 3.7444e+006 Tc-101 Te-123m 1.0477e-'002 3.8765e+008 1.2880e-002 4 .7656e+002 Te-125m 3.3018e+000 1.2216e+011 4 .0590e+000 1. 5018e+005 Te-127 9.3952e+001 3.4762e+012 1.1550e+002 4.2735e+006 Te-127m 1.7294e+001 6.3987e+011 2. 1260e+001 7.8662e+005 Te-129 5.5452e+001 2.0517e+012 6.8170e+001 2 .5223e+006 Te-129m 7.1412e+001 2 .6422e+012 8.779Oe+DO1 3.2482e+006 Te-131 3.0341e+001 1.1226e+012 3.7300e+001 1.3801e+006 Te-131m 1.3471e+002 4.9841e+012 1.6560est002 6.1272e+006 Te-132 1.3552e+003 5.0142e+013 1.6660e+003 6.1642e+007 Te-133 3.6580e-006 1.3535e+005 4.4970e-006 1 .f639e-001 Te-133m 1.6212e-005 5.9984e+005 1.9930e-005 7.3741e-0D1 Te-134 9.0617e-008 3.3528e+003 1.1140e-007 4.1218e-003 : I Y-90 5.8470e-001 2.1634e+010 7.1880e-001 2.6596e+004 Y-91 5.8202e+000 2.1535e+Oll 7.1550e+000 2.6473e+005 Y-91m 6.2846e-001 2.3253e+010 7.7260e-001 2.8586e+004 Y-92 1.9222e-001 7.1120e+009 2.3630e-001 8.7431e+003 Y-93 9.0454e-001 3.3468e+010 1.1120e+000 4.1144e+004 Zr-89 1. 9449e-003 7.1963e+007 2.3910e-003 8.8467e+D01 Zr-93 1.2934e-006 4.7855e+004 1.59Oe-006 5.8830e-002 Zr-95 8.2401e+000 3.0489e+011 1.0130e+001 3.7481e+005 Zr-97 3.0854e+000 1.1416e+011 3.7930e000 1.4034e+005 Buildup The material reference is : Shield 1-Integration Parameters Radial 20 Circumferential 20 Y Direction (axial) 25 Results Circumterential 20 V n IavA11 I

Page : 4 DOS File: 2SP24GR.MS5 Run Date: August 19, 2005 EC-RADN. 1t35 Run Time: 2:37:01 PM Page 142 Duration: 00:02:11 Engno Activity nhotons / sec Fluence Rate MeV/cm 2 /sec Fluence Rate MeV/cm 2 /sec Exrosure Rate mRJhr Exnosure Rate mg/hr

 'I No BuilduD With Buildun No Buildup With Buildup 0.015 2.894e+09 8.531e-313 2.369e-25 7.317e-314 2.032e-26 0.02 6.257e+11 4.061e-137 8.061e-23 1.407e-138 2.792e-24 0.03 6.438e+13 5.405e-41 1.834e-20 5.357e-43 1.818e-22 0.04 1.477e+12 1.250e-18 5.099e-18 5.528e-21 2.255e-20 *0.05 6.604e+12 3.846e-09 3.081e-08 1.025e-11 8.208e-11 0.06 1. 918e+12 1.202e-05 1.540e-04 2.387e-08 3.059e-07 0.08 7.443e+12 1.191e-01 2.510e+00 1.885e-04 3.972e-03 0.1 7.097e+12 2.672e+00 7.308e+01 4.089e-03 1.118e-01 0.15 1.207e+13 9.796e+01 3.009e+03 1.613e-01 4.955e+O0 0.2 5.010e+13 1.576e+03 4.475e+04 2.781e+00 7.899e+01 0.3 4.153e+13 6.061e+03 1.309e+05 1.150e+01 2.483e+02 0.4 2.123e+14 8.308e+04 1.374e+06 1.619e+02 2.677e+03 0.5 3.238e+14 2.640e+05 3.484e+06 5.182e+02 6.840e+03 0.6 4.864e+14 7.099e+05 7.744e+06 1.386e+Q3 1.511e+04 0.8 3.895e+14 1.389e+06 1.126e+07 2.642e+03 2.141e+04 1.0 1. 347e+14 9.399e+05 6.086e+06 1.732e+03 1.122e+04 1.5 7.849e+13 1.742e+06 7.755e+06 2.931e+03 1.305e+04 2.0 1.499e+13 7.052e+05 2.512e+06 1 .091e+03 3.884e+03 3.0 2.521e+10 3.066e+03 8.326e+03 4.160e+00 1.130e+01 4.0 1.447e+05 3.198e-02 7.342e-02 3.956e-05 9.083e-D5 5.0 6.857e+08 2.308e+02 4.725e+02 2.646e-01 5.417e-01 TOTALS: 1.833e+15 5.844e+06 4.040e+07 1..048e+04 7.4S4e+04 Sensitivity Variable (1 of 5) (30.48 cm) 0.015 2.894e+09 0.OOOe+00 2.369e-25 0.OOe+00 2,032e-26 0.02 6.257e+11 8.419e-192 8.06le-23 2.916e-193 2.792e-24 0.03 6.438e+13 7.610e-59 1.834e-20 7.542e-61 1.818e-22 0.04 1.477e+12 1.460e-27 1.116e-21 6.457e-30 4.935e-24 0.05 6.604e+12 6.462e-15 6.218e-14 1.721e-17 1.656e-16 0.06 1. 918e+12 5.054e-10 9.241e-09 1.004e-12 1.836e-11 I 0.08 0.1 7.443e+12 7.097e+12 7.055e-05 4.553e-03 2.438e-03 2.382e-01 l.116e-07 3.857e-06 i 6.966e-06 3.644e-04 0.15 1.207e+13 4.91ge-01 3.420e+01 8.100e-04 5.632e-02 0.2 5.010e+13 1.345e+01 9.099e+02 2.374e-02 1.606e+00 0.3 4.153e+13 9.829e+01 4.931e+03 1.265e-01 9.353+400 0.4 2.123e+14 2.049e+03 7.462e+04 3.992e+00 1.454e+02 0.5 3.238e+14 8.874e+03 2.445e+05 1.742e+01 4.799e+02 0.6 4.864e+14 3.040e+04 6.622e+05 5. 934e+01 1.293e+03 0.8 3.895e+14 8.562e+04 1.286e+06 1.628e+02 2.446e+03 i 1.0 1.347e+14 7.561e+04 8.545e+05 1.394e+02 1.575e+03 1.5 7.849e+13 2.181e+05 1.540e+06 3.6e+02 2.590e+03 2.0 1.499e+13 1.157e+05 6.147e+05 1. 790e+02 9.505e+02 3.0 2.521e+10 6.905e+02 2.588e+03 9.368e-01 3.511e+00 4.0 1.447e+05 8.620e-03 2.612e-02 1.066e-05 3.231e-O5 5.0 6.857e+08 6.981e+01 1.819e+02 8.003e-02 2.085e-01 TOTALS: 1.833e+15 5.372e+05 5 .285e+06 9.300e+02 I9 .494e+03 Sensitivity Variable 42 of 5) (45.72 cm)

TOTALS: 1.933e+l.b. 5.372e+JJ5 5.285e+06 9.304De+02 9 .494e.-03 I

Page : 5 DOS File: 2SP24GR.MS5 Run Date: August 19, 2005 Run Time: 2:37:01 PM EC-RAN-1 135 Duration: 00:02:11 Page 143 Enercry Activi ty Fluence Rate Fluence Rate Exposure Rate Exnosure Rate MeV photons/sec NeV/cM 2 /sec MeV/cm 2 /sec mR/hr ,MRhr No Buildup With Buildup No Buildup With Builduo 0.015 2.894e+09 0.OOOe+00 2.369e-25 0.OOOe+00 2.032e-26 0.02 6.257e+11 1.854e-246 8.O6le-23 6 .422e-248 2.792e-24 0.03 6.438e+13 1.143e-76 1.834e-20 1. 133e-78 1.818e-22 0.04 1.477e+12 1.826e-36 1.1l6e-21 8.076e-39 4 .935e-24 0.05 6.604e+12 1.170e-20 1. 318e-19 3 .116e-23 3.511e-22 0.06 1.918e+12 2.306e-14 6 105e-13 4. 580e-17 1.213e-15 0.08 7.443e+12 4.587e-08 2.289e-06 7.259e-11 3 .622e-09 0.1 7.097e+12 8.582e-06 7.247e-04 1.313e-08 1.109e-06 0.15 1.207e+13 2.750e-03 3.509e-01 4. 529e-06 5.778e-04 0.2 5.010e+13 1.278e-01 1.653e+01 2.256e-04 2.91ee-02 0.3 4.153e+13 1.766e+00 1.660e+02 3.351e-03 3.148e-01 0.4 2.123e+14 5.575e+01 3.645e+03 1.086e-01 7.10le+00 0.5 3.238e+14 3.277e+02 1.559e+04 6.432e-01 3.059e+01 0.6 4.864e+14 1.425e+03 5.171.e+04 2.781e+00 1. 009e+02 0.8 3.895e+14 5.739e+03 1.358e+05 1.092e+01 2.584e+02 1.0 1.347e+14 6.579e+03 1.124e+05 1.213e+01 2.072e+-i2 1.5 7.849e+13 2.921e+04 2.902e+05 4.915e+O1 4.883e+02 2.0 1.499e+13 2.016e+04 1.443e+05 3.118e+01 2.231e+02 3.0 2.521e+10 1.634e+02 7.834e+02 2.216e-01 1.063e+00 4.0 1.447e+05 2.426e-03 9.140e-03 3.OOle-06 1.126e-05 5.0 6.857e+08 2.194e+01 6.915e+01 2.515e-02 7.927e-02 TOTALS: 1.833e+15 6.369e+0.4 7.547e+05 1.072e+02 1.317e+03 Sensitivity Variable (3 of 5) (60.96 cm) 0.015 2.894e+09 0.OOOe+00 2.369e-25 0.OO0e+00 2.032e-26 0.02 6.257e+11 4.222e-301 8.061e-23 1.463e-302 2 .792e-24 0.03 6.438e+13 1.778e-94 1.834e-20 1.763e-96 1.818e-22 0.04 1. 477e+12 2.366e-45 1.116e-21 1.046e-47 4.935e-24 0.05 6.604e+12 2.199e-26 1 .63le-20 5.859e-29 4.345e-23 0.06 1.918e+12 1.096e-18 4.292e-17 2.176e-21 8.526e-20 0.08 7.443e+12 3.121e-11 2 .064e-09 4.938e-14 3.266e-12 0.1 7.097e+12 1.697e-08 2 .088e-06 2.596e-11 3.194e-09 0.15 1.207e+13 1.616e-05 3.347e-03. 2.662e-D8 5.512e-06 0.2 5.010e+13 1.277e-03 2.788e-01 2.253e-06 4.921e-04 0.3 4.153e+13 3.332e-02 5. 198e+'00. 6.320e-05 9.860e-03 0.4 2.123e+14 1.589e+00 1 .661e+02 3.097e-03 3.236e-01

 -0.5 3.238e+14 1.266e+01 9.312e+02 2.485e-02 1.828e+00 0.6 4.864e+14 6.980e+01 3.803e+03 1.362e-01 7.423e+00 0.8 33.895e+14 4.012e+02 1.361e+04 7.630e-01 2.586e+01 1.0 1.347e+14 5.960e+02 1 .415e+04 1.099e+00 2.608e+01 1.5 7 .849e+13 4.059e+03 5.295e+04 6.829e+00 8.908e+01 2.0 1.499e+13 3.632e+03 3.304e+04 5.617e+00 5.110e+01 3.0 2.521e+10 3.978e+01 2 .329e+02 5.397e-02 3.160e-.01 4.0 1.447e+05 7.004e-04 3.134e-03 8.665e-07 3.877e-06 5.0 6.857e+08 7.062e+00 2 .610e+01 B.096e-03 2. 992e-02 TOTALS: 1.833e+15 8.819e+03 1.189e+05 1.453e+01 2.021e+02 Sensitivity Variable (4 of 5) (76.2 cm)

TOTALS- 1.833e+15 8.619e+U3 1.1B9e+U5 TOTLS:l.83e15 1.453e4-4J1 1l~eUb2 .021-e+02

 .$1e+3

Page : f DOS File: 2SP24GR.MS5 Run Date: August 19, 2005 Run Time: 2:37:01 PM VC-RADN-1 135 Duration: 00:02:11 Page 144 Eneroy Activity Fluence Rate Fluence Rate Exnosure Rate Exposure Rate MeV photonsIsec XeVJcm2/sec MeVJCM2 Isec LR/hr mR/hr No Buildup With Buildup No Buildu= With Builduo 0.015 2.894e+09 0.DOOe+O0 2.369e-25 0. OOOe+00 2.032e-26 0.2 6.257e+1 0.OOOe+00 8.061e-23 0. OOe+00 2.792e-24 0.03 6.438e+13 2.826e-112 1.834e-20 2.800e-114 1.818e-22 0.04 1.477e+12 3.133e-54 1.116e-21 1.386e-56 4.935e-24 0.05 6.604e+12 4.232e-32 1.63le-20 1. 127e-34 4.345e-23 0.06 1.918e+12 5.334e-23 3.524e-20 1. 060e-25 .6.999e-23 0.08 7.443e+12 2.180e-14 1.791e-12 3.450e-17 2 .834e-15 0.1 7.097e-12 3.450e-11 5.853e-09 5. 279e-14 8.955e-12 0.15 1.207e+13 9.778e-08 3.037e-05 1.610e-10 5.002e-08 0.2 5.010e+13 1.312e-05 4.444e-03 2.316e-08 7.843e-06 0.3 4.153e+13 6.462e-04 1.544e-01 1.226e-06 2.929e-04 0.4 2.123e+14 4.656e-02 7.196e+00 9.073e-05 1.402e-02 0.5 3.238e+14 5.025e-01 5.318e+01 9.863e-04 1A.44e-01 0.6 4.864e+14 3.510e+00 2.686e+02 6.851e-03 5.242e-01 0.8 3.895e+14 2.875e+01 1.321e+03 5.469e-02 2.512e+00 1.0 1.347e+14 5.531e+01 1.726e+03 1 .019e-01 3.182e+O0 1.5 7.849e+13 5.767e+02 9.430e+03 9.703e-01 1.587e+01 2.0 1.499e+13 6.684e+02 7.434e+03 1.034e+00 1.150e+01 3.0 2.521e+10 9.874e+00 6.852e+01 1.340.e-02 9.296e-02 4.0 1.447e+05 2.058e-04 1.071e-03 2.546e-D7 1.324e-06 5.0 6.857e+08 2.310e+00 9.789e+00 2.649e-03 1.122e-02 TOTALS: 1.833e+15 1.345e+03 2.032e+04 2.185e+00 3.380e+01 Sensitivity Variable (5 of 5) (91.44 cm) 0.015 2.894e+09 0. OOOe+00 2.369e-25 O.0OO0e+00 2.032e-26 0.02 6.257e+11 0. 000e+00 8.061e-23 0.OOe+00 2.792e-24 0.03 6.438e+13 4.552e-130 1.834e-20 4.511e-132 1.818e-22 0.04 1.477e+12 4.211e-63 1.116e-21 1.863e-65 4.935e-24 0.05 6.604e+12 8.271e-38 1.631e-20 2.203e-40 4.345e-23 0.06 1.918e+12 2.640e-27 3.400e-20 5.244e-30 6.753e-23 0.08 7.443e+12 1. 550e-17 1.484e-15 2.453e-20 2.349e-18 0.1 7.097e+12 7. 145e-14 1.598e-11 1.093e-16 2.445e-14 0.15 1.207e+13 6.027e-10 2.665e-07 9.925e-13 4.388e-10 0.2 5.OlOe+13 1.374e-07 6.816e-05 2.426e-10 1. 203e-07 0.3 4.153e+13 1.277e-05 4.400e-03 2.422e-08 8.345e-06

 '0.4 2.123e+14 1.389e-03 3.008e-0O 2.706e-06 5.861e-04 0.5 3.238e+14 2.029e-02 2.935e+00 3.983e-05 5.761e-03 0.6 4.864e+14 1.795e-01 1 .839e+01 3 .504e-04 3.589e-02 0.8 3.895e+14 2.096e+00 1 .246e+02 3.986e-03 2.371e-01 .1.0 :L.347e+14 5.216e+OO 2.055e+02 9.615e-03 3.788e-0l 1.5 7.849e+13 8.321e+01 1.654e+03 1.400e-01 2.783e+00 2.0 1.499e+13 1.248e+02 1.652e+03 1. 930e-01 2.554e+00 3.0 2.521e+10 2.484e+00 1. 998e+01 3.37Oe-03 2.711e-02 4.0 1.447e+05 6.125e-05 3.632e-04 7.577e-08 4.493e-07 5.0 6.857e+08 7.649e-01 3.658e+00 8.768e-04 4.194e-03 TOTALS: 1.833e+15 2.188e+02 3.681e+03 3.512e-01 6.026e+00 TOTALS: 1.833e+lb TOTALS:1833e~bJ.be e+ui .3. bJ2e-U1boYbeO b.A)2be+0U I I

MicroShield v5.01 (5.01-00076)Pennsylvania Power & Light Co.Page : 1 File Ref:DOS File: 2SP24138.MS5 Date:EC-RAON-I 135 Run Date: August 19, 2005 PaG- 145 By:Run Time: 2:39:13 PM Checked:Duration: 00:01:58 Case Titlet Suppression Pool

Description:

24 Hour, ICRP38 Geometryt 7 - Cylinder Volume - Side Shields Source Dimensions Height 914.4 cm 30 ft Radius 16.828 cm 6.6 in Dose Points K y

 . # 1 304.8 cm 457.2 cm 0 cm 10 ft 0.0 in 15 ft 0.0 in Shields Shield Name Dimension .Mateialpenity Source 8.13e+05 cm3 Water 1 Shield 1 15.24 cmConcrete2.35 Transition Air 0.00122 Air Gap Air 0.00122 Wall Clad .953 cm Iron 7.86 Source Input Grouping Method: Standard indices Number of Groups: 25 Lower Energy Cutoff: 0.015 Photons < 0.015 s Excluded Library s ICRP-38 Nuclide S:uries becquerels uci/cm3 Ba/cm3 Cs-135m 1.6749e-006 6.1970e+004 2.0590e-006 7 .6183e-002 Eu-157 3.8 573e-002 1.4272e+009 4.7420e-002 1 L.7545e+003 Eu-158 1.6 659e-011 6.1639e-001 2.0480e-011 7 *.5776e-007 La-143 Nd-151 Pm-150 4.8 546e-005 1.7962e+006 5.9680e-005 2.2082e+i00 Pr-145 3.0 927e-001 1.1443e+010 3.8020e-001 1.4067e+004 Pr-147 Rh-106m 6. 0268e-004 2.2299e+007 7.4090e-004 2.7413e+001 Rh-107 Sb-128a 2.9015e+000 1. 0736e+011 3.5670e+000 1.319re; O Sb-128b 9.2244e-006 3.4130e+005 1.1340e-005 4.158e I1 Sb-130 1. 3300e-009 4.9209e+001 1.6350e-009 6.O 9 SeT D5 Sb- 131 Se-81 1.6708e-007 6.1820e+003 2.0540e-007 7.5 98e- 903 Se-81m 1.1307e-007 4.1835e+003 1.3900e-007 5.14 30eQ 03 Se-83 Sm-155 Sm-15'6 Y-94 1.9051e-001 7.04B8e+009 2.3420e-001 8.66-54e+003 :i Y-95 Buildup n-'ha mnatrinI raf-ranvr. rf h i lA I Y-94 VG', ___- -

Page : 2 DOS File: 2SP24I36.MS5 Run Date: August 19, 2005 Run Time: 2:39:13 PM EC-RAN- 1135 Duration: 00:01:58 Page 146 Integration Parameters Radial 20 Circumferential 20 Y Direction (axial) 25 Results zneFrx Activity Fluence Rate Fluence Rate Exposure Rate Exposure Rate

 -e nhotonslsec MeV/cm 2 /sec MeVJCM2/sec mR/hr mR/hr No BuilduD With Buildu= No Builduo .ith Bui duT 0.02 5.468e+08 3.549e-140 7.045e-26 1. 229e-141 2.440e-27 0.03 3.045e+09 2.556e-45 8.675e-25 2.534e-47 8.598e-27 0.04 1.739e+09 1.472e-21 6. 003e-21 6.508e-24 2.655e-23 0.05 4.414e+08 2.571e-13 2.059e-12 6.848e-16 5.486e-15 0.06 4.338e+08 2.719e-09 3.484e-08 5.40le-12 6.921e-11 0.08 1.709e+09 2.736e-05 5.765e-04 4.330e-08 9.123e-07 0.1 3.947e+03 1.486e-09 4.064e-08 2.274e-12 6.218e-11 0.15. 1.037e+09 8.420e-03 2 .586e-01 1.387e-05 4.259e-04 0.2 2.844e+09 8.946e-02 2.541e+00 1.579e-04 4.485e-03 0.3 9.911e+10 1.447e+01 3.124e+02 2.744e-02 5.925e-01 0.4 4.685e+08 1.834e-01 3.032e+00 3.573e-04 5.908e-03 0.5 8.020e+07 6.538e-02 8.629e-01 1.283e-04 2.694e-03 0.6 3.791e+09 5.534e+00 6.037e+01 1.080e-02 1.178e-01 0.8 2.246e+11 8.010e+02 S6.492e+03 1.524e+00 1.235e+01 1.0 8.672e+09 6.050e+01 3. 918e+02 1.lSe-Ol 7.221e-01 1.5 1.511e+09 3.352e+01 1.493e+02 5.640e-02 2.51le-01 2.0 1.088e+06 5.118e-02 1.823e-01 7.914e-05 2.819e-04 3.0 2.211e+04 2.689e-03 7.302e-03 3.648e-06 9.907e-06 TOTALS: 3.500e+11 9.155e+02 7.412e+03 1.731e+00 1.404e+01 Sensitivity Variable 41 of 5) (30.48 cm) 0.02 5.468e+08 7.357e-195 7.045e-26 2.549e-196 2.440e-27 0.03 3.045e+09 3.599e-63 8.675e-25 3.567e-65 8.598e-27 0.04 1.739e+09 1.719e-30 1.314e-24 7.60le-33 5.809e-27 0.05 4.414e+08 4.319e-19 4.156e-18 1.150e-21. 1.107e-20 0.06 4.338e+08 1.143e-13 2.091e-12 2.271e-16 4.152e-15 0.08 1.709e+09 1.620e-08 5.599e-07 2.564e-11 8.660e-10 0.1 3.947e+03 2.532e-12 1.325e-10 -3.874e-15 2.027e-13 0.15 1.037e+09 4.228e-05 2.940e-03 6.962e-08 4.841e-06 0.2 2.844e+09 7.638e-04 5.166e-02 1.348e-06 9.118e-05 0.3 9.911e+10 2.346e-01 1.177e+01 4 .450a-04 2.232e-02 0.4 4.685e+08 4.523e-03 1.647e-01 8 .812e-O$ 3.109e-04 0.5 8.020e+07 2.198e-03 6.055e-02 4.314e-06 1. W$e-D4 0.6 3.791e+09 2.370e-01 5.162e+00 4.626e-04 1.OtSe-02 0.8 2.246e+1l 4.937e+01 7.415e+02 9.390e-02 1 .410e+400 1.0 8.672e+09 4.867e+00 5.500e+01 8.971e-03 1.014e-01 1.5 1.511e+09 4.197e+00 2 .963e+01 7.O6le-03 4.985e-02 2.0 1.088e+06 8.399e-03 4.461e-02 1.299e-05 6 .898e-05 3.0 2.211e+04 6.056e-04 2.270e-03 8.216,e-07 3.080e-06 TOTALS: 3.500e+11 5.892e+01 8.434e+02 1.109e-01 1 .595e+O00 Sensitivity Variable (2 of 5) (45.72 cm)

I'imALS: -i.buue+ii. TOTALS

 . bU~+J.! .434,e+U2 I.1U~e-ul~1.9eD 1 .59S5e+'00

Page : 3 DOS File: 2SP24139.MS5 Run Date: August 19, 2005 Run Time: 2:39:13 PM EO-RADN-1 135 Duration: 00:01:58 Page 147 Enercrv Activity Fluence Rate Fluence Rate Exoosure Rate Exnosure Rate HeyV pbotons/g MeV/cm 2 /sec MeVJcm 2 /sec ,mR/hr mRLhr No Buildun With Builduo No BU i dup With Buildup 0.02 5.468e+08 1.620e-249 7.045e-26 5.612e-251 2.440e-27 0.03 3.045e+09 5.408e-81 8.675e-25 5.360e-83 8.598e-27 0.04 1.739e+09 2.150e-39 1.314e-24 9.507e-42 5. 809e-27 0.05 4.414e+08 7.818e-25 8.808e-24 2.083e-27 2.346e-26 0.06 4.338e+08 5.216e-18 1.381e-16 1.036e-20 2.743e-19 0.08 1.709e+09 1.054e-11 5.257e-10 1.667e-14 8. 319e-13 m.1 3.947e+03 4.773e-15 4.031e-13 7.303e-18 6.166e-16 0.15 1. 037e+09 2.364e-07 3.016e-O5 3.892e-10 4.966e-08 0.2 2.844e+09 7.257e-06 9.387e-04 1.281e-08 1.657e-06 0.3 9. 911e+10 4.216e-03 3.96le-01 7.997e-06 7.514e-04 0.4 4.685e+08 1.230e-04 8.044e-03 2.397e-07 1. 567e-05 0.5 8.020e+07 8.115e-05 3.860e-03 1. 593e-07 7.577e-06 0.6 3.791e+09 l.llle-02 4.031e-01 2. 168e-05 7.868e-04 0.8 2.246e+11 3.309e+00 7.832e+01 6.294e-03 1.490e-01 1.0 8.672e+09 4.235e-01 7.237e+00 7.806e-04 1.334e-02 1.5 1.511e+09 5.623e-01 5.585e+00 9.460e-04 9.397e-03 2.0 1.088e+06 1.463e-03 1.047e-02 2.263e-06 1.619e-05 3.0 2.211e+04 1.433e-04 6.870e-04 1.944e-07 9.321e-07 TOTALS: 3.500e+11 4.312e+00 9.197e+O1 8.053e-103 1.733e-01 Sensitivity Variable (3 of 5) (60.96 cm) 0.02 5.468e+08 3.690e-304 7.045e-26 1.278e-305 2.440e-27 0.03 3 .045e+09 8.411e-99 8.675e-25 8.336e-101 8.598e-27 0.04 1.739e+09 2.785e-48 1.314e-24 1.232e-50 5.809e-27 0.05 4.414e+08 1.470e-30 1.D90e-24 3.916e-33 2.904e-27 0.06 4.338e+08 2.478e-22 9.710e-21 4.922e-25 1.929e-23 0.08 1.709e+09 7.167e-15 4.741e-13 1.134e-17 7.502e-16 0.1 3.947e+03 3.438e-18 1.161e-15 1.444e-20 1.777e-18 0.15 1. 037e+09 1.389e-09 2.877e-07 2.288e-12 4.737e-10 0.2 2.844e+09 7.248e-08 1.583e-05 1.279e-10 2.794e-08 0.3 9.911e+1O 7.952e-05 1.241e-02 1.508e-07 2.353e-05 0.4 4.685e+08, 3.508e-06 3.666e-04 6.835e-,09 7.142e-07 0.5 8.020e+07 3.136e-06 2.306e-04 6.155e-09 4.526e-07 0.6 3.791e+09 5.441e-04 2.964e-02 1.062e-D6 5.786e-05 0.8 2.246e+11 2.313e-01 7.846e+00 4.400e-04 1. 492e-02 1.0 8.672e+09 3.836e-02 9.109e-01 7.071e-05 1.679e-03 1.5 1.511e+09 7.812e-02 1.0l9e+00 1.314e-04 1.715e-03 2.0 1.088e+06 2.636e-04 2.398e-03 4.077e-07 3.709e-06 3.0 2.211e+04 3.489e-05 2.043e-04 4.733e-08 2.772e-07 TOTALS: 3.500e+11 3.487e-01 9.821e+00 6.438e-04 1.840e-02 Sensitivity Variable (4 of 5) (76.2 cm) 0.02 5.468e+08 0.OOOe+O0 7.045e-26 O . 00e+O0 2.44De-27 0.03 3.045e+09 1.336e-116 8 .675e-25 1.324e-118 8. 598e-27 0.04 1.739e+09 3.688e-57 I1.314e-24 1.631e-59 5.809e-27 0.05 4.414e+08, 2.829e-36 1.090e-24 7.535e-39 2.904e-27 0.06 4.338e+08 1.207e-26 7.971e-24 2.397e-29 1. 583e-26 0.08 1.709e+09 5.007e-18 4.113e-16 7.9249-21 6.509e-19 U.Ut 4.414e+UU 2.82ge-ib I.V90e-24 7.535e-39 2.904e-27 Ir n) " A ii"elnR 1 9n7c0-'> 7 Q71t -'A ') 1e_)O 1 s;4r..5C:

Page :4 DOS File: 2SP24I38.MS5 EC-RADN- 135 Run Date: August 19, 2005 Page 148 Run Time: 2:39:13 PM Duration: 00:01:58 Enercr Activity Fluence Rate Fluence Rate Exnosure Rate Exposure Rate MeV photons/sec NeV/cm 2 sec MeV/cm2/sec mR/hr mRlhr no Buil1dUP With Buildun No Buildup With Builduw 0.1 3.947e+03 1.919e-20 3.256e-18 2.936e-23 4.981e-21 0.15 1.037e+09 8.404e-12 2.611e-09 1.384e-14 4.299e-12 0.2 2.844e+09 7.450e-10 2.523e-07 1.315e-12 4.453e-10 0.3 9.91le+10 1.542e-06 3.685e-04 2.926e-09 6 .990e-07 0.4 4.685e+08 1.028e-07 1.588e-05 2.002e-10 3.095e-08 0.5 8.020e+07 1.244e-07 1.317e-05 2.443e-10 2.585e-08 0.6 3.791e+09 2.736e-05 2.094e-03 5.340e-06 4.067e-06 0.8 2.246e+11 1.658e-02 7.616e-01 3.154e-05 1.449e-03 1.0 8.672e+09 3.560e-03 1.llle-01 6.562e-06 2.04Be-04 1.5 1.511e+09 1.llOe-02 1.815e-01 1.66Be-05 3.054e-04 2.0 1.088e+06 4. 851e-05 S.395e-04 7.50le-08 8.343e-07 3.0 2.211e+04 8.660e-06 6.009e-05 1.175e-08 8.153e-08 TOTALS: 3.500e+11 3.133e-02 1.057e+00 5.692e-05 1.965e-03 Sensitivity Variable (5 of 5) (91.44 cm) 0.02 5.468e+08 0.OOe+00 7.045e-26 0.OOOe+00 2.440e-27 0.03 3.045e+09 2.153e-134 8.675e-25 2.134e-136 8.598e-27 0.04 1.739e+09 4.958e-66 1.314e-24 2.193e-68 5.809e-27 0.05 4.414e+08 5.528e-42 1.090e-24 1.473e-44 2.904e-27 0.06 4.338e+08 5.972e-31 7.69le-24 1.186e-33 1.528e-26 0.08 1.709e+09 3.560e-21 3.409e-19 5.634e-24 5.395e-22 0.1 3.947e+03 3.974e-23 8.890e-21 6.080e-26 1.360e-23 0.15 1.037e+09 5.180e-14 2.290e-11 8.531e-17 3.772e-14 0.2 2.844e+09 7.802e-12 3.870e-09 1.377e-14 6.83De-12 0.3 9.911e+10 3.047e-08 1.050e-05 5.780e-11 1.992e-08 0.4 4.685e+08 3.065e-09 6.639e-07 5.973e-12 1.294e-09 0.5 8.020e+07 5.025e-09 7.269e-07 9.864e-12 1.427e-09 0.6 3.791e+09 1.400e-06 1.434e-04 2.732e-09 2.798e-07 0.8 2.246e+11 1. 208e-03 7.187e-02 2.298e-06 1.367e-04 1.0 8.672e+09 3.358e-04 1.323e-02 6.189e-07 2.438e-05 1.5 1.511e+09 1.602e-03 3.184e-02 2.695.e-06 S.356e-05 2.0 1.088e+06 9.056e-06 1. 199e-04 1.400e-08 1.854e-07 3.0 2.211e+04 2.179e-06 1.752e-05 2.956e-09 2.378e-D8 TOTALS: 3.500e+ll 3.158e-03 1.172e-01 5.632e-06 2.152e-04

MicroShield vS.01 (5.01-00076)Pennsylvania Power & Light Co.Page 1 File Ref:DOS File: 2SP24RAD.MS5 EG-RADN-1 135 Date:Run Date: August 19, 2005 Page 149 By:Run Time: 2:41:13 PM Checked:Duration: 00:02:08 Case

Title:

Suppression Pool Descriptions 24 Hour, RADTRAD Geometry: 7 - Cylinder Volume - Side Shields Source Dimensions

 'I I!

Height 914.4 cm 30 ft Radius 16.828 cm 6.6 in II Dose Points II 8 Y II

 # 1 304.8 cm 457.2 cm 0 cm II 10 f t 0.0O in 15 ft 0.0 in I I Shields Shield Name Dimension MaterialDensity Source 8.13e+05 cm3 Water 1 Shield 1 15.24 cmConcrete2.35 Transition Air 0.-00122 Air {Gap Air 0.00122 I- Wall Clad .953 cm Iron 7.86 Source Input Grouping Method: Standard Indices Nuuber of Groups s 25 Lower Energy Cutoff: 0.015 Photons < 0.015: Excluded Library: Grove Nuc] ide curies_ becouerelss Ci/cm3 RaQlcm 3 Am-241 1.1103e-003 4.1083e+007 1.3650e-003 5.0505e+001 Ba-137m 1.7871e+002 6.6124e+012 2.1970e+002 8.1289e+006 Ba-139 1.8042e-002 6.6756e+008 2.2180e-002 8.2066e+002 Ba-140 2.0198e+003 7.4732e+013 2.4830e+003 9.1871e+007 Ce-141 1.9205e+001 7. 1060e.011 2. 3610e+001 8.7357e+005 Ce- 14 3 1.1055e+001 4.0902e+011 1.3590e+001 5.0283e+005 Ce-144 1.6375e+001 6.0586e+O1l 2 .0l30e+001 7.4481e+005 Cm-242 2.8999e-001 1.0730e+010 3.5650e-001 1.3191e+004 I Cm-244 1.6993e-002 6.2873e+008 2.0890e-.002 7.7293e+,002 Co-58 3.1879e-001 1.1795e+010 3.9190e-001 1.450Oe+004 Co-60 1.7334e-001 6.4137e+009 2.1310e-001 7.8847e+003 Cs-134 1.2511e+003 4.6290e+013 1.5380e+003 5.6906e+007 Cs-136 3.7866e+002 1.4010e+013 4.6550e+002 1.7223e+007 Cs-137 9 .4359e+002 3.4913e+013 1.1600e+003 4.2920e+007 1-131 6.5344e+003 2.4177e+014 8.0330e+003 2.9722e+008 I-132 8.3784e+003 3.1000e+014 1.0300e+004 3.8110e+008 I-133 6.6840e+003 2.4731e+014 8.217De+003 3.0403e+OD8 I-134 3.7312e-004 1.3806e+007 4.5870e-004 1.6972e+001 I-135 1.0973e+003 4.0601e+013 1.3490e+003 4.9913e+007 La-140 8.8421e+000 3.2716e+011 1.0870e+001 4 .0219e+005 La-141 1.2071e-001 4.4664e+009 1.4840e-001 5.4908e+DD3 La-142 1.4894e-004 5.5108e+006 1.8310e-004 6.7747e+000 Mo-99 8.5248e+001 3.1542e+012 1 .0480e+002 3.8776e+006

N91st888 1 4931994s1 I: ORT-OE T. --1 41 1 .2.O71wp-001 lu. 46A4p-+nnq 1 -4A4e-OPn00 5.490B8.o.3

Page 2 DOS File: 2SP24RAD .MS5 Run Date: August 19, 2005 C-R4DN-1 135 Run Time: 2:41:13 PM Page 0 Duration: 00:02:08 Nuclide curies beccruerels Mi.i/Cm3 Bglcm 3 Nd-147 2.9593e+000 1.0949e+011 3.6380e+030 1.3461e+005 Np-239 1.7294e+002 6.3987e+012 2.126De+002 7.8662e+006 Pr-143 6.9500e+000 2.5715e+011 8.5440e+000 3.1613e+005 Pr-144 6.5506e+000 2.4237e+011 8.0530e+000 2.9796e+005 Pu-238 4.9709e-002 1.8392e+009 6.1110e-002 2.2611e+003 Pu-239 5.2621e-003 1.9470e+008 6.4690e-003 2.3935e+002 Pu-240 8.4760e-003 3.1361e+008 1.0420e-002 3.8554e+002 Pu-241 2.0865e+000 7.7199e+010 2.5650e+000 9.4905e+0D4 Rb-86 1.1347e+001 4.1986e+011 1.3950e+001 5.1615e+005 Rh-103m 9.1431e+001 3.3829e+012 1.1240e+002 4.1588e+006 Rh-105 4.3641e+001 1.6147e+012 5.3650e+001 1.9851e+006 Rh-106 3.7199e+0l 1.3763e+012 4.5730e+001 1.6920e+006 Ru-103 9.1837e+001 3.3980e+012 1.1290e+002 4.1773e+006 Ru-105 Ru-106 Sb-127 1.5716e+O00 5.814Be+010 3.7199e+001 1.3763e+012 8.6469e+001 3.1993e+012 8.7282e+000 3.2294e+011 1.9320e+000 4.5730e0-0O1 1.0630e+10,2 1.0730e+001 7.1484e+004 1.6920e+006 3.9331e+tO6 3.9701e+005 Sb-129 Sr-89 1.1055e+003 4.0902e+013 I.3590e+D03 5.0283e+007 Sr-90 1.4219e+002 5.2610e+012 1.7480e+002 6.4676e+006 Sr-91 2.4777e+002 9.1676e+012 3.0460e+002 1.1270e+007 Sr-92 3.2586e+000 1.2057e+011 4.0060e+000 1.4822e+005 Tc-99m 8.2320e+001 3.0458e+012 1.0120e+002 3.7444e+006 Te-127 9.3952e+001 3.4762e+012 1.155l0e+002 4.2735e+006 Te-127m 1.7294e+001 6.3987e+011 2.1260e+001 7.8662e+005 Te-129 5.5452e+001 2.0517e+012 6.8170e+001 2.5223e+006 Te-129m 7.1412e+001 2.6422e+012 8.7790e+O01 3.2482e+006 Te-131m 1.3471e.002 4.9841e+012 1.65'60e+002 6.1272e+006 Te-132 1.3552e+003 5.0142e+013 1.6660e+003 6.1642e+007 Y-90 5.8470e-001 2.1634e+010 7.1880e-001 2.6596e+004 Y-91 5.6202e+000 2.1535e+011 7.1550e+000 2 .6473e+005 Y-92 1.9222e-001 7.1120e+009 2.3630e-001 8.7431e+003 Y-93 9.0454e-001 3.3468e+010 1.1120e+000 4.1144e+004 Zr-95 8.2401e+000 3.0489e+011 1.0130e+001 3.7481e+".5 Zr-97 3.0854e+000 1.1416e+011 3.7930e+000 1.4034e+005 The material re I3uildup ference is s Shield 1 IIntegrat ion Parameters i adial 20 C:Lrcumferential 20 p,,y Direction (axial) 25 Results Energv Activity Fluence Rate Fluence Rate Exposure Rate Exposure Rati MeV photons/sEec NklL.M2/se- MeVlcm2 lsec mR/hr M~fhr No Buildp With Buildup No Buildup With BuilduD 0.015 2.845e+08 8.385e-314 2.329e-26 7.192e-315 1.998e-27 0.02 6.183e+11 4.014e-137 7.967e-23 1.390e-138 2.76Ue-24 0.03 6.381e+13 5.357e-41 1.818e-20 5.309e-43 1.802e-22 0.04 1-.405e+12 1.189e-18 4.850e-18 5.258e-21 2.145e-20 O.-35 6.594e+12 3.841e-09 3.077e-08 1.023e-11 8.196e-11 VU.1 b .3le+4 b. /e-41 I I.blbe-ZAU i.juge-43S I .6U8e-2z 0O0 1 dni P+12 1 1pqI--11 4 gfonp-lP 2 1Fz-qn

Page 3 DOS File: 2SP24RAD.MS5 Run Date: August 19, 2005 EC-RADN-1 135 Page 151 Run Time: 2:41:13 PM Duration: 00:02:08 Enervy Activity Fluence Rate Eluence Rate Exnosure Rate Exposure Rate 2MeV phQtonsLsec NeV/CM 2 /sec MeVlcm /sec niR/hr mREhr No Buildup W~ith puildup No Bui ldup With Bui du 0.06 1.914e+12 1.200e-05 1.537e-04 2.383e-08 3.053e-07 0.08 7.437e+12 1.190e-01 2.508e+00 1. 884e-04 3.969e-03 0.1 7.069e+12 2.662e+00 7.279e+01 4.073e-03 1.114e-01 0.15 1.128e+13 9. 156e+01 2.812e+03 1.508e-01 4.631e+00 0.2 5.004e+13 1.574e+03 4.470e+04 2.778e+00 7.889e+01 0.3 4.150e+13 6.057e+03 1.308e+0S 1. 149e+01 2.481e+02 0.4 2.115e+14 8.278e+04 1.369e+06 1.613e+02 2.667e+03 0.5 3.218e÷14 2.624e+05 3.463e+06 5.l150e+02 6.797e+03 0.6 4.833e+14 7.054e+05 7.695e+06 1.377e+03 1.502e+04 0.8 3.873e+14 1.381e+06 1.119e+07 2.627e+03 2.129e+04 i 1.0 1.341e+14 9.354e+05 6.057e+06 1. 724e+03 1.117e+04 1.5 7.817e+13 1.735e+06 7.723e+06 2.919e+03 1.299e+04 2.0 1.487e+13 6.996e+05 2.492e+06 1.OB2e+03 3.853e+03 3.0 1.165e+10 1.417e+03 3.848e+03 1.923e+00 5.220e+00 4.0 1.447e+05 3.198e-02 7.342e-02 3.956e-05 9.083e-05 TOTALS: 1.823e+15 5.811e+06 4.017e+07 1. 042e+04 7.412e+.4 Sensitivity Variable (1 of 5) (30.48 cm) 0.015 2.845e+08 0.OO0e+00 2.329e-26 0.000e+00 1 .998e-27 0.02 6.183e+11 8.320e-192 7.967e-23 2.882e-193 2.760e-24 0.03 6.381e+13 7.541e-59 1.818e-20 7.474e-61 1.802e-22 0.04 1.405e+12 1. 389e-27 1.06le-21 6.142e-30 4.694e-24 0.05 6.594e+12 6.452e-15 6.208e-14 1.719e-17 1.654e-16 0.06 1.914e+12 5.044e-10 9.223e-09 1.002e-12 1.832e-11 0.08 7.437e+12 7.049e-05 2.436e-03 1. 116e-07 3.854e-06 0.1 7.069e+12 4.535e-03 2.373e-01 6.938e-06 3.630e-04 0.15 1.128e+13 4.597e-01 3.197e+01 7.571e-04 5.264e-02 0.2 5.004e+13 1.344e+01 9.088e+02 2.372e-02 1.604e+00 0.3 4.150e+13 9.823e+01 4.927e+03 1.863e-01 9.347e+00 0.4 2.115e+14 2.042e+03 7.435e+04 3.978e+00 1.449e+02 0.5 3.218e+14 8.819e+03 2.430e+05 1.731e+01 4.769e+02 0.6 4.833e+14 3.021e+04 6.581e+05 5.896e+01 1.284e+03 0.8 3.873e+14 8.512e+04 1.279e+06 1 .619e+02 2.432e+03 1.0 1.341e+14 7.525e+04 8.504e+05 1.387e+02 1.568e+03 1.5 7.817e+13 2.172e+05 1.533e+D6 3.654e+02 2.580e+03 2.0 1.487e+13 1.148e+05 6.098e+05 1.775e+02 9. 429e+02 3.0 1.165e+10 3.191e+02 1.196e+03 4.329e-01 1.623e+00 4.0 1.447e.05 8.620e-03 2.612e-02 1.066e-05 3.231e-05 TOTALS: 1.823e+15 5.338e+05 5.254e+06 9.244e+02 9.441e+03 Sensitivity Variable (2 of 5) (45.72 cm) 0.015 2.845e+08 0.000e+00 2.329e-26 0.OO0e+00 1.'99Be-27 0.02 6.183e+11 1.832e-246 7.967e-23 6.346e-248 2.760e-24 0.03 6.381e+13 1.133e-76 1.818e-20 1.123e-78 1.802e-22 I 0.04 1.405e+12 1.737e-36 1.06le-21 7.68le-39 4.694e-24 0.05 6.594e+12 1.168e-20 1.316e-19 3. 111e-23 3.505e-22 0.06 1.914e+12 2.301e-14 6.093e-13 4.570e-17 1.210e-15 0.08 7.437e+12 4.584e-08 2.287e-06 7.254e-11 3 .619e-09 U . W.) hb. b94e+1Z 1. lbbe-;10 1 . 316e-19 3.-111e-23 3.505e-22 n .nfi 1 .91 p+1 v 7 1n1,Q-1A A A*=_ I A r4ing:1 7 I , IC

Page : 4 DOS File: 2SP24RAD.MS5 Run Date: August 19, 2005 VC-RADN-1 135 iI Run Time: 2:41:13 PM Paage 15 Duration: 00:02:08 Enerov Activitv Flue nce Rate Fluence Rate Exnosure Rate Exposure Rate LmZv photons/sec_ MeVjcm2LgeS MeV/cm2/sec mR/hr mRlhr No Buildup With Builduo No Buildup With Builduo 0.1 7.069e+12 8.548e-06 7.218e-04 1. 308e-08 1.104e-06 0.15 1.128e+13 2.570e-03 3.279e-01 4.233e-06 5 .5400e-04 0.2 5.004e+13. 1.277e-01 1.651e+01 2.253e-04 2.915e-02 0.3 4.150e+13 1.765e+00 1.659e+02 3.349e-03, 3.146e-01 0.4 2.115e+14 5.554e+01 3.631e+03 1.082e-01 7.076e+0O 0.5 3.218e+14 3.257e+02 1.549e+04 6.392e-01 3.040e+01 0.6 4.833e+14 1.416e+03 5.138e+04 2.764e+00 1.003e+02 0.8 3.873e+14 5.706e+03 1.350e+05 1.085e+01 2.569e+02 1.0 1.341e+14 6.548e+03 1.119e+05 1.207e+01 2.062e+02 1.5 7.817e+13 2.909e+04 2.890e+05 4.895e+01 4.863e+02 2.0 1. 487e+13 2.000e+04 1.431e+05 3.D93e+0l 2.213e'02 I 3.0 1.165e+10 7.549e+01 3.620e+02 1.024e-01 4 .91le-01 :I 4.0 1.447e+05 2.426e-03 9.lOOe-03 3.00le-06 1.126e-05 I TOTALS- 1.823e+15 1.064e+02 I6.323e+04 7.501e+05 1. 309e+03 I Sensitivity Variable (3 of 5) (60.96 cm) 0.015 2.845e+08 0.OOOe+00 2.329e-26 0.OOOe+00 1. 998e-27 0.02 6.183e+11 4.173e-301 7.967e-23 1. 445e-302 2.760e-24 0.03 6.381e+13 1.762e-94 1.818e-20 1.747e-96 1.802e-22 0.04 1.405e+12 2.250e-45 1. O61e-21 9.953e-48 4.694e-24 0.05 6.594e+12 2.196e-26 1.629e-20 5.850e-29 4.338e-23 0.06 1.914e+12 1.093e-18 4.284e-17 2.172e-21 8. 509e-20 0.08 7.437e+12 3.118e-11 2.062e-09 4.934e-14 3. 264e-12 0.1 7.069e+12 1.690e-08 2.080e-06 2.586e-11 3.182e-09 0.15 1.128e+13 1.511e-05 3.128e-03 2.488e-08 5.15le-06 . I 0.2 5.004e+13 1.275e-03 2.785e-01 2.251e-06 4 .915e-04 0.3 4.150e+13 3.329e-02 5.195e+00 6.316e-05 9.854e-03 0.4 2.115e+14 1.584e+00 1.655e+02 3.085e-03 3.224e-01 0.5 3,218e+14 1.258e+01 9.254e+02 2.470e-02 1. 816e+00 0.6 4.833e+14 6.936e+01 3.779e+03 1.354e-01 7. 376e+00 0.8 3.873e+14 3.988e+02 1.353e+04 7.586e-01 2.573e+01 1.0 1.341e+14 5.931e+02 1.408e+04 1.093e+00 2.596e+01 1.5 7.817e+13 4.042e+03 5.273e+04 6.801e+00 8.B71e+01 2.0 1.487e+13 3.604e+03 3.278e+04 5.572e+00 5.069-e+01 3.0 1.165e+10 1.838e+01 1.077e+02 2.494e-02 1.461e-01 4.0 1.447e+05 7.004e-04 3.134e-03 8.665e-07 3.877e-06 TOTALS: 1.823e+15 8.740e+03 1. 181e+05 1.441e+01 2.008e+02 Sensitivity Variable (4 of 5) (76.2 cm) 0.015 2.845e+08 0. OOOe+00 2.329e-26 0.OOOe+O0 1. 998e-27 0.02 6.183e+11 0.OOOe+00 7.967e-23 O .OOOe+00 2.760e-24 0.03 6.381e+13 2.800e-112 1.818e-20 2.775e-114 1.802e-22 0.04 1 .405e+12 2.980e-54 1.061e-21 1.318e-56 4.694e-24 0.05 6.594e+12 4.226e-32 1.629e-20 1.126e-34 4.338e-23 0.06 1.914e+12 5.323e-23 3.517e-20 1.057e-25 6.985e-23 0.08 7.437e+12 2.178e-14 1.789e-12 3 .447e-17 2.832.e-15 0.1 7.069e+12 3.437e-11 5.830e-09 5.258e-14 8.920e-12 0.15 1.128e+13 9.139e-08 2.839e-05 l.505e-10 4 .675e-08 iU.U0 . i e L G. ioe-i' z.z~e- i 0.1 7.069e+12 3.437e-11 s .$23fle-09 5.258e-14

Page 5 DOS File: 2SP24RAD.MSS EC-RADN-1135 Run Date: August 19, 2005 Page f53 Run Time: 2:41:13 PM Duration: 00:02:08

,Enercry Activity Fluence Rate Fluence Rate Exoosure Rate ExDosure Rate MeVf photons/sec NeV/cm2Jsec NVIcm21sec xmRLhr mR/hr No Buildup With Buildu= No BuilduM -With Buildup 0.2 5.004e+13 1.31le-05 4.439e-03 2.313e-08 7.834e-06 0.3 4.150e+13 6.458e-04 1.543e-01 1.225e-06 2.927e-04 0.4 2.115e+14 4.639e-02 7.170e+00 9 .040e-05 1.397e-02 0.5 3.218e+14 4.994e-01 5.285e+01 9.802e-04 1.037e-01 0.6 4.833e+14 3.487e+00 2.669e+02 6.807e-03 5.209e-01 0.8 3.873e+14 2.859e+01 1.313e+03 5.438e-02 2.498e+00 1.0 1.341e+14 5.505e+01 1.718e+03 1.015e-0l 3.167e+00 1.5 7.817e+13 5.744e+02 9.391e+03 9.664e-01 1.580e+01 2.0 1.487e+13 6.630e+02 7.374e+03 1.025e+00 1.140e+01 3.0 1.165e+10 4.563e+00 3.166e+01 6.191e-03 4.296e-02 4.0 1.447e+05 2.058e-04 1.071e-03 2.546e-07 1.324e-06 TOTALS: 1.823e+15 1.330e+03 2.016e+04 2.162e+00 3.355e+01 Sensitivity Variable (5 of 5) (91.44 cm) 0.015 2.845e+08 0.OOOe+00 2.329e-26 O.oO0e+00 1.998e-27 0.02 6.183e+11 0.OOOe+00 7.967e-23 0.000e+00 2.760e-24 0.03 6.381e+13 4.511e-130 1.818e-20 4.471e-132 1.802e-22 0.04 1.405e+12 4.006e-63 1.06le-21 1.772e-65 4.694e-24 0.05 6.594e+12 8.259e-38 1.629e-20 2.200e-40 4.338e-23 0.06 1.914e+12 2.635e-27 3.393e-20 5.233e-30 6.739e-23 0.08 7.437e+12 1.549e-17 1.483-e-15 2.451e-20 2.347e-18 0.1 7.069e+12 7.117e-14 1.592e-11 1.089e-16 2.436e-14 0.15 1.128e+13 5.633e-10 2.4491e-07 9.276e-13 4.10le-10 0.2 5.004e+13 1.373e-07 6.808e-05 2.423e-10 1.202e-07 0.3 4.150e+13 1.276e-05 4.397e-03 2.420e-08 8.340e-06 0.4 2.115e+14 1.384e-03 2.997e-01 2.Z96e-06 5.840e-04 0.5 3.218e+14 2.017e-02 2 .917e+00 3.958e-05 5.725e-03 0.6 4.833e+14 1.784e-01 1.827e+01 3.482e-04 3.567e-02 0.8 3.873e+14 2.083e+00 1.239e+02 3.963e-03 2.357e-01 1.0 1.341e+14 5.192e+00 2.045e+02 9.574e-03 3.774e-01 1.5 7.817e+13 8.287e+01 1.647e+03 1.394e-01 2.772e+O0 2.0 1.487e+13 1.238e+02 1.638e+03 1.914e-0l 2.534e+00 3.0 1.165e+10 1.148e+00 9.234e+00 1.557e-03 1.253e-02 4.0 1.447e+05 6.125e-05 3.632e-04 7.577e-08 4.493e-07 TOTALS: 1.823e+15 2.153e+02 3.645e+03 3.463e-01 5.973e+e00 i

I I

icroShield v5.01 (5.01-00076)Bnnsylvania Power & Light Co.Page : 1 File Ref:DOS File: 1OSPlGR.MS5 EC-RADI- 1j35 Date:Run Date: August 19, 2005 . Pae 14 By:Run Time: 11:08:04 AM Checked:Duration: 00:00:25 Case

Title:

Suppression PooCase

Description:

. Hour, Grove Geometry: 7 - Cylinder Volume - Side Shields Source Dimensions I,

Height 914.4 cm 30 ft Radius 16.828 cm 6.6 in I :Dose Points

 . II II tL x # 1 304.8 cm 457.2 cm s cm S .30# 10 ft 0.0 in 15 ft 0.0 in II ,I Shields I I Shield Name Dimension MaterialDensi 3

Source 8.13e+05 cm Water 1

 .II If I Shield 1 243.84 cmConcrete2.35 Transition Air 0.00122 z Air Gap Air 1O.00122 Wall Clad .953 cm Iron 7.86 Source Input Grouping Method

• Standard indices Number of Groups s 25 Lower Energy Cutoff - 0.015 Photons < 0.015: Excluded Library s Grove Nuclide curiel becouerels .Ci /cm 3 Am-241 1.1038e-003 4.0842e+007 1.3570e-003 5.0209e+001 Am-242 4.7554e-001 1.7595e+010 5.8460e-001 2.1630e+004 Am-242m 7.2160e-005 2.6699e+006 8.8710e-005 3.2823e+000 Am-243 1.3601e-004 5.0323e+006 1.6720e-004 6.1864e+000 Am-244 Ba-135m 5.6201e-001 2.0794e+010 6.9090e-Ool 4.4479e-001 1.6457e+010 5.4680e-001 2.5563e+004 2.0232e+004 1-Ba-137m 1.7871e+002 6.6124e+012 2.1970e+002 8.1289e+006 Ba-139 1.4634e+003 5.4145e+013 1.7990e+003 6.6563e+OD7 Ba-140 2.1280e+003 7.8734e+013 2.6160e+003 9.6792e+007 Ba-141 2.0035e+002 7.4130e+012 2.4630e+002 9.1131e+006 Ba-142 33.6166e+001 1.3381e+012 4.4460e+001 1.6450e+006 Br-82 2.4493e+001 9.0623e+011 3.0110e+001 1.1141e+006 Br-83 6.7833e+002 2.5098e+013 8.3390e+042 3.0854e+007 Br-84 4.6984e+002 1.7384e+013 5.7760e+002 2.1371 e+007 Ce-141 1. 9539e+001 7.2294e+011 2.4020e+001 8.8874e+005 Ce-143 1.7871e+001 6.6124e+O11 2.1970e+001 8.1289e+005 Ce-144 1.6464e+00l 6.0917e+011 2.0240e+001 7.4888e+005 Cm-242 2.9032e-001 1.0742e+010 3.5690e-001 1.3205e+004 Cm-243 1. 2503e-004 4.6259e+006 1.5370e-004 5.6869e+000 Cm-244 1 .6960e-002 6.2753e+008 2.0850e-002 7.7145e+002 Co-58 3.2172e-001 1.19D3e-010 3.955Oe-001 1.4633e+004 Co-60 1.7334e-001 6.4137e+009 2.1310e-001 7.8847e+003 Co-60m 5.4037e-003 1.9994e+008 6.6430e-003 2.4579e+002 3 .212.-8O2 CO-sQ 2.2172-0-0O1 3 .19Oe.'-01 3. 9SSOQe-OO4 1 .4633oi...Od

Page :2 .DOS File: lOSPlGR.MS5 Run Date: August 19, 2005 6C-RADN-1 135 Run:Time: 11:08:04 AM Page 155 Duration: 00:00:25 Nuclide . curies ,beccruerels5 vci/cm 3Ba/cm 3 Cs-132 2.3565e-001 8.7192e+009 2.8970e-001 1.0719e+004 Cs-134 1.2511e+003 4.6290ee013 1.5380e+003 5.6906e+007 Cs-134m 2.0621e+002 7.6297e+012 2.5350e+002 9.3795e+006 Cs-136 3.9859e+002 1.4748e+013 4.9000e+002 1.8130e+007 Cs-137 9.4359e+002 3.4913e+013 1.1600e+003 4.2920e+007 Cs-138 4.8636e+003 1.7995e+014 5.9790e+003 2.2122e+008 Cs-139 1.2307e+002 4.5537e+012 1.5130e+002 5.5981e+006 Eu-152m 1.0005e-003 3.7020e+007 1.230Oe-003 4.5510e+001 Eu-154 4.5935e-002 1.6996e+009 5.6470e-002 2.0894e+003 Eu-155 1.8888e-002 6.9886e+008 2.3220e-002 8.5914e+002 Eu-156 1.1884e+000 4.3972e+010 1.4610e+000 5.4057e+004 1-128 1.4666e+001 5.4265e-011 1.8030e+001 6.6711e+005 1-130 1.6358e+002 6.0526e+012 2.0110e+002 7.4407e+006 1-131 6.9834e+003 2. 5839e+014 8.5850e+003 3.1764e+008 1-132 1.0176e+004 3.7652e+014 1.2510e+004 4.6287e+008 1-133 1.4219e+004 5.2610e+014 1.7480e+004 6.4676e+008 1-134 1.1421e+004 4.2257e+014 1.4040e+004 5.1946e+008 1-135 1.2421e+004 4.5959e+014 1.5270e+004 5.6499e+008 La-140 9.1105e+000 3. 3709e+011 1.1200e+001 4.1440e+O05 La-141 6.9834e+000 2.5839e+D11 8.5850e+000 3.1764e+005 La-142 5.3866e+000 1. 9930e+011 6.6220e+000 2.4501e+005 Mo-99 1.0892e+002 4.0300e+012 1.3390e+002 4.9543e+006 Mo-101 5.8193e+000 2.1532e+011 7.1540e+000 2.6470e+005 Nb-95 8.3703e+000 3.0970e+011 1.0290e+001 3.8073et005 Nb-95m 9.2813e-002 3.4341e+009 1.1410e-001 4.2217e+003 Nb-96 1.3161e-002 4.8697e+008 I.G618Oe-002 5.9866e+002 Nb-97 8.1832e+000 3.0278e+011 1.0060e+001 3.7222e+005 Nb-97m 7.5316e+000 2.7867e+011 9.2590e+000 3.4258e+005 Nd-147 3.1423e+000 1.1627e+011 3.8630e+000 1.4293e+005 I Nd-149 1.2372e+000 4.5778e+O10 1.5210e+-000 5.627.7e+004 Np-236m 5.1125e-005 1.8916e+006 6.2850e-005 2.3254e+000 Np-238 5.0458e+000 1. 8669e+011 6.2030e+000 2.2951e+005 Np-239 2.2947e+002 8.4904e+012 2.8210e+002 1.0438e+007 Np-240 2.1865e-001 8.0901e+009 2.6880e-001: 9.9456e+003 Pd-109 2 .1450e+001 7.9366e+011 2.6370e4001 9.7569e+005 Pm-147 1.0908e+000 4.0360e+014 1.3410e+000 4.9617e+004 I I Pm-148 8, 7445e-001 3.2355e+010 1.0750e+000 3.9775e+004 Pm-148m 1. 6863e-001 6.2392e+009 2.0730e-001 7.6701e+003 Pm-149 Pm-151 2.7934e+000 9.2813e-001 1.0335e+011 3.4340e+0O0 1.2706e+005 3.4341e+01O0 1.1410e+000 4.2217e+104 ~,, . I01 Pr-142 3.0789e-001 1.1392e+.10 3.7850e-001 1.'4O4e0i4eo Pr-143 7. 0167e+000 2.5962e+011 8.6260e+000 23.1916e+005 I

 ; ii 2.4361e+011 8.0940e+000 2.4 994e+oo$ : i I Pr-144 6.5840e+000 Pr-144m 9.2081e-002 3.4070e+009 1.1320e-o01 4.218 e+00 ~

Pu-237 7. 2909e-005 2.6976e+006 8.9630e-005 Pu-238 4. 9628e-002 1.8362e+009 6. OlOe-002 [2.2574e+003 Pu-239 5.2540e-003 1.9440e+008 6.4590e-003 12. 389e+002 Pu-240 8.4760e-003 3.1361e+008 1.0420e-002 3.8$54e+,02 Pu-241 2.0865e+o00 7.7199e+010 2.5650e+000 9 . 400e+004 Pu-243 3.9574e+000 1.4642e+011 4.8650e+000 1.800le+005 Rb-86 1.1762e+001 4.3521e+011 1.4460e+001 5.3502e+005 Rb-88 3.5124e+003 1.2996e+014 4.3180e+003 1.5977e+008 Rh-103m 9.3139e+001 3.4461e+012 1.1450e+002 4.2365e+006 I j:g p406 Rh 1. 17620aOC)1 4 .3'821X6211 1 .44604-001 5. 3'502..00S

Page : 3 DOS File: 1OSPlGR.MS5 Run Date: August 19, 2005 EO.RADN- 1135 Run Time: 11:08:04 AM Page 156 Duration: 00:00:25 Nuclide carigi becauerel s ACi/ c3 EBa/cm 3 Rh-105m 1.6253e+001 6.0134e+011 1. 9980e+001 7.3926e+005 Rh-106 3.7239e+001 1.3779e+012 4.5780e+:001 1 .6939e+006 Ru-103 9.3139e+001 3.4461e+012 1.1450e+002 4.23659+006 Ru-lOS 5.6949e+001 2.1071e+012 7.0010e+001 2.5904e+006 Ru-106 3.7239e+001 1.3779e+012 4.5780e+001 1.6939e+006 Sb-122 2.3028e+000 8.5205e+010 2.8310e+000 1.0475e+005 Sb-124 1.0575e+000 3.9126e+010 1.3000e+000 4.8100e+004 Sb-125 1.4918e+001 5.5198e+011 1.8340e+001 6.7858e+005 Sb-126 5.0441e-001 1.8663e+010 6.2010e-001 2.2944e+004 Sb-126m 6.7239e-002 2.4878e+009 8.2660e-002 3.0584e+003 Sb-127 1.0144e+002 3.7531e+012 1.2470e+002 4.6139e+006 Sb-129 3.2668e+002 1.2087e+013 4.0160e+002 1.4859e+007 Sm-151 2.9593e-003 1.0949e+008 3.6380e-003 1.3461e+002 Sm-153 2.2776e+000 8.4272e+010 2.8000e+000 1. 0360e+005 Sr-89 1.1225e+003 4.1534e+013 1.3800e+003 5.1060e+007 Sr-90 1.4219e+002 5.261Oe+012 1.7480e+002 6.4676e+006 Sr-91 1.3218e+003 4.8908e+013 1.6250e+003 6.0125e+007 Sr-92 1.1722e+003 4.3370e+013 1.4410e+003 5.3317e+007 Sr-93 6.3513e+000 2.3500e+011 7.8080e+000 2.8890e+005 Tc-99 1.2015e-003 4.4454e+007 1.477De-003 5.4649e+001 Tc-99m 9.7287e+001 3.5996e+012 1. 1960e+002 4.4252e+-006 Tc-101 2.1743e+001 8.0450e+011 2.6730e+001 -9.8901e+005 Te-123m 1.0558e-002 3.9066e+008 1.2980e-002 4.8026e+002 Te-12Sm 3.2928e+000 1. 2183e+Oll 4.0480e+000 1.4978e+005 Te-127 1.0144e+002 3.7531e+012 1.2470e+002 4.6139e+006 Te-127m 1.7294e+001 6.3987e+011 2.1260e+001 7.8662e+005 Te-129 3.4750e+002 1.2858e+013 4.2720e+002 1.5806e+007 Te-129m 7.2494e+001 2.6823e+012 8.9120e+001 3.2974e+006 Te-131 4.8131e+002 1.7809e+013 5.9170e+002 2 .1893e+007 Te-131m 2.2947e+002 8.4904e+012 2.8210e+002 1.0438e+007 Te-132 1.6627e+003 6. 1519e+013 2.0440e+003 7.5628e+007 Te-133 1.5878e+002 5.8750e+012 1.9520e+002 7.2224e+006 Te-133m 5.1043e+002 1 .8886e+013 6.2750e+002 2.3218e+007 Te-134 7.8481e+002 2.9038e+013 9.6480e+002 3.5698e+007 Y-90 5.9308e-001 2.1944e+010 7.2910e-001 2.6977e+D04 Y-91 5.8535e+000 2. 1658e+011 7.1960e+000 2.6625e+005 Y-91m 3.2220e+000 1.1922e+011 3.9610e+000 1.4656e+005 Y-92 5.9528e+000 2.2025e+011 7.3180e+000 2. 7077e+005 Y-93 4.3893e+000 1.6240e+011 5.3960e+000 1.9965e+005 Zr-89 2.3842e-003 8.8215e+007 2.931Oe-003 1.0845e+002 Zr-93 1.2934e-006 4.7855e+004 1. 5900e-006 5.8830e-002 Zr-95 8.3378e+000 3.0850e+011 1.0250e+001 3.7925e+005 Zr-97 7.9310e+000 2.9345e+011 9.7500e+t000 3.6075e+005 Buildup The material reference is: Shield 1 Integration Parameters Radial 20 Circumferential 20 Y Direction (axial) 25 Results circumrerenriai zu V nifrpttinn ayu1il

Page : 4 DOS File: 1OSP1GR.MS5 Run Date: August 19, 2005 EC-RADN 1135 Run Time: 11:08:04 AM Page 157 Duration: 00:00:25 Enercry Activity Fluence Rate Fluence Rate Exposure Rate Exrosure Rate MeV photons/sec MeV/cm 2 / sec MeV/Cc2 2lsec mR/hr mR/hr :No BuilduR With Builduo No Buildun With Buildup 0.015 8.979e+09 0.000e+00 7.352e-25 0.000e+00 6.306e-26 0.02 9.797e+11 0.OOOe+00 1.262e-22 0.000e+00 4.372e-24 0.03 1. 057e+14 1.179e-307 3.012e-20 1.169e-309 2.986e-22 0.04 2.595e+12 2.007e-151 1.961e-21 8.87Be-154 8.672e-24 0.05 8.101e+12 1.172e-94 2.00le-20 3.122e-97 5.330e-23 0.06 2.078e+12 3.624e-70 3.684e-20 7.199e-73 7.317e-23 0.08 1.522e+13 1.533e-48 6.419e-19 2.426e-51 1.016e-21 0.1 1.149e+13 2.485e-40 2.241e-18 3.801e-43 3.428e-21 0.15 6.122e+13 3.615e-31 6.540e-17 5.953e-34 1. 077e-19 0.2 1.080e+14 7.01le-27 2.683e-16 1.237e-29 4.735e-19 0.3 8.913e+13 3.674e-22 2.925e-16 6.969e-25 5.548e-19 0.4 3.274e+14 1.756e-18 3.170e-15 3.421e-21 6.176e-18 0.5 7.714e+14 8.155e-16 6.958e-13 1.601e-18 1.366e-15 0.6 7.515e+14 4.948e-14 2.714e-11 9.658e-17 5.297e-14 0.8 1.339e+15 4.388e-11 1.181e-08 8.346e-14 2.246e-11 1.0 6.105e+14 1.883e-09 2.903e-07 3.471e-12 5.351e-10 1.5 5.759e+14 3.362e-06 2.132e-04 5.657e-09 3.587e-07 2.0 1. 614e+14 9.629e-05 3.613e-03 1.489e-07 5.587e-06 3.0 2. 061e+13 2.825e-03 5.620e-02 3.833e-06 7.625e-05 4.0 1.256e+12 3.919e-03 5.326e-02 4.849e-06 6.589e-05 5.0 1.863e+11 4.41le-03 4.580e-02 5.-057e-06 5.250e-05 TOTALS: 4.963e+15 1.126e-02 1.591e-01 1. 389e-05 2.006e-04

MicroShield v5.01 (5.01-00076)Pennsylvania Power a Light Co.Page :1 File Ref:DOS File: 10SPlI38.MS5 EC-RAON-1135 Date:Run Date: August 19, 2005 Page t15 By:Run Time: 11:08:31 AM Checked:Duration: 00:00:24 Case

Title:

Suppression Pool

Description:

1 Hour, ICRP38 Geometrys 7 - Cylinder Volume - Side Shields Source Dimensions II Height 914.4 cm 30 ft Radius 16.828 cm 6.6 in I I II1 I I I I Dose Points SI X. y z I I

 # 1 304.8 cm 457.2 cm 0 cm II i I 10 ft 0.0 in : 15 ft 0.0 in ; , Shields Shield Name Dimension HaterialDensity Source 8.13e+05 cm 3 Water 1 Shield 1 243.84 cmConcrete2.35 Transition Air 0.00122 Air Gap Air 0.00122 Wall Clad .953 cm Iron 7.86 Source Input Grouping Method t Standard Indices Number of Groups: 25 Lower Energy Cutoff: 0.015 Photons < 0.015: Excluded Library: ICRP-38 NUclide curies b ruerels &Ci1cml Bq/cm3 Cs-135m I .1559e+002 4.276Be+012 1.4210e+002 5.2577e+006 Eu-157 1.1006e-001 4.0722e+009 1.3530e-001 5.0061e+003 Eu-158 1.8725e-002 6.9284e+008 2.3020e-002 8.5174e+002 Ii . i La-143 3.8573e-00l 1.4272e+010 4.7420e-001 1.7545e+004 i Nd-151 3.3587e-002 1.2427e+009 4.1290e-002 1.5277e+003 Pm-150 1.8587e-002 6.8772e+008 2.2850e-002 8.4545e+.002 Pr-145 4.4560e+000 1.6487e+011 5.4780e+000 2.0269e+005 Pr-147 1.5732e-001 5.8208e+009 1.9340e-001 7.1558e+003 Rh-106m 9.4766e-001 3.5063e+010 1.1650e+000 4.3105e+004 Rh-107 6.8581e+000 2.5375e+011 8.431Oe+000 3.1195e+005 I Sb-128a 1.6627e+001 6.1519e+011 2.0440e+001 7.5628e+005 Sb-128b 9.8914e+001 3.6598e+012 1.2160e+002 4.4992e+006 Sb-130 4.3812e+001 1.6210e+012 5.3860e+001 1.9928e+006 i Sb-131 1.5211e+002 5.6282e+012 1.8700e+002 6.9190ee+006 i i

Se-81 8.7282e+000 3.2294e+011 1.0730e+001 3.9701e+005 Se-81m 2.0450e+000 7.5665e+010 2.5140e+000 9.3018e+004 Se-83 1.0306e+001 3.8133e+011 1.2670e+001 4.6879e+005 Sm-155 2.8633e-002 1.0594e+009 3.5200e-002 1.3024e+003 Sm-156 1.0371e-001 3.8374e+009 1.2750e-001 4.7175e+003 Y-94 8.5167e-001 3.1512e+010 1.0470e+000 3.8739e+004 Y-95 1.5130e-001 5.5981e+009 1.8600e-001 6.8820e+003 II Buildup 1s isafQlffs5i mi-tO1 .Rlfl0~ aO J.f -$/A9e+- Y4 I V-Qic j

Page : 2 DOS File: 10SP1I38.KS5 Run Date: August 19, 2005 11:08:31 AM EC-RAON-1135 Run Time: Page tr9 Duration: 00:00:24 Integration Parameters Radial 20 Circumferential 20 Y Direction (axial) 25 Results Enerov Activity Fluence Rate Fluence Rate Exoosure Rate Exnosure Rate MeV photons/sec MeV/cm/Lec MeV/cm 2 /sec mRF/hr .mRlhr No Buildun With Buildup -No Buildun With Buildup, 0.015 2.062e+07 0.OOOe+00 1.688e-27 0 .OOOe+00 1.448e-28 0.02 4.509e+09 0.OOe+00 5.809e-25 0 .OO0e+00 2.012e-26 0.03 5.594e+11 6.239e-310 1.594e-22 6.183e-312 l.580e-24 0.04 1.400e+10 1.083e-153 1.057e-23 4.788e-156 4.677e-26 0.05 1.170e+09 1. 693e-98 2.891e-24 4.511e-101 7.700e-27 0.06 1.056e+09 1.842e-73 1.872e-23 3.659e-76 3.719e-26 0.08 2.406e+09 2.423e-52 1.015e-22 3.834e-55 1.606e-25 i 1.624e-45 1.464e-23 I 0.1 4.909e+10 1.061e-42 9.570e-21 0.15 1.781e+11 1.051e-33 1.902e-19 1.732e-36 3.133e-22 0.2 1.388e+12 9. Olle-29 3.449e-18 l.590e-31 6.086e-21 0.3 5.283e+12 2.178e-23 1.734e-17 4.131e-26 3.289e-20 0.4 7.197e+11 3.859e-21 6.967e-18 7.520e-24 1.358e-20 I i 0.5 2.518e+12 2.662e-18 2.271e-15 5.225e-21 4.458e-18 0.6 5.857e+12 3.856e-16 2.115e-13 7.527e-19 4.128e-16 0.8 2.252e+13 7.380e-13 1.986e-10 1. 404e-15 3.778e-13 1.0 6.278e+12 1.937e-11 2. 985e-09 3.570e-14 5.503e-12 1.5 1.590e+12 9.282e-09 5 .886e-07 1. 562e-11 9.902e-I0 2.0 1.230e+12 7.339e-07 2.753e-05 1. 135e-09 4.258e-08 3.0 7.760e+10 1.064e-05 2.116e-04 1.443e-08 2.871e-07 4.0 3.370e+08 1.052e-06 1.429e-05 1. 301e-09 1.768e-08 TOTALS: 4.827e+13 1.243e-05 2.541e-04 1.688e-08 3.484e-07 iiI i,

 .tR!,

I; II i;I 1I

LcroShield v5.01 (5.01-00076) mnnsylvania Power & Light Co.Page :1 File Ref:DOS File: lOSPlRAD.MS5 Date: .Run Date: August 19, 2005 ECoRADN 1135 By:Run Time: 11:08:55 AM Pago 160 Checked:Duration: 00:00:24 Case

Title:

Suppression Pool

Description:

. Hour, RADTRAD Geometryt 7 - Cylinder Volume - Side Shields Source Dimensions Height 914.4 ,cm 30 ft Radius 16.828 cm 6.6 in I I II Dose Points Il y z IIf . #1 304.8 cm 457.2 cm 0 cm IP 10 ft 0.0 in 15 ft 0.0 in I I IIa II Shields II Shield Name Dimension MaterialDensity I'

Source 8.13e+05 cm3 Water 1

 -x Shield 1 243.84 cmConcrete2.35 Transition Air 0.00122 Air Gap Air 0.00122 Wall Clad .953 cm Iron 7.86 Source Input Grouping Method s Standard Indices Number of Groups: 25 Lower Energy Cutoff: 0.015 Photons < 0.015 t Excluded Library s Grove Nucliide curies becouerels &:Ci:cm3 Am-241 1.1038e-003 4.0842e+007 1.3570e-003 5.0209e+001 Ba-137m 1.7871e+002 6.6124e+012 2.1970e+002 8.1289e+006 Ba-139 1.4634e+003 5.4145e+013 1.7990e+003 6.6563e+007 Ba-140 2.1280e+003 7.8734e+013 2.6160e+003 9.6792e+.007 Ce-141 1.9539e+001 7.2294e+011 2.4020e+001 8.8874e+005 Ce-143 1.7871e+001 6.6124e+Q11 2.1970e+001 8.1289e+005 Ce-144 1.6464e+001 6.0917e+011 2.0240e+001 7.4888e+005 Cm-242 2.9032e-001 1.0742e+010 3.5690e-001 1.3205e+004 Cm-244 1.6960e-002 6.2753e+008 2.0850e-002 7.7145e+002 Co-58 3.2172e-001 1.1903e+010 3.9550e-001 1.4633e+004 Co-60 1.7334e-001 6.4137e+009 2.1310e-001 7.8847e+003 Cs-134 1 .2511e+003 4.6290e+013 1.5380e+003 5.6906e+007 Cs-136 3.9859e+002 1.4748e+013 4.9000e+002 1.8130e+007 Cs-137 9.4359e+002 3.4913e+013 1.1600e+003 4.2924&e+007 I-131 6.9834e+003 2.5839e+014 8.5850e+003 3 .176 4e4-008 I-132 1.0176e+004 3.7652e+014 1.2510e+004 4.6287e+008 I-133 1.4219e+004 5.2610e+014 1.7480e+004 6.4676e+008 I-134 1.1421e+004 4.2257e+014 1.4040e+004 5.1948e+008 1-135 1.2421e+004 4.5959e+014 1.5270e+004 5. 6499e+008 La-140 9.1105e+000 3.3709e+011 1.1200e+001 4.1440e+005 La-141 6.9834e+000 2.5839e+011 8.5850e+000 3.1764e+005 La-142 5.3866e+000 1.9930e+O11 6.6220e+000 2.4501e+005 Mo-99 1.0892e+002 4.0300e+012 1.3390e+g002 4.9543e+006 6.9104+880 f IP4.~~ 0 La-3 41 6 9-AI04s"000 2 . 5989Qo&OI1 R.S250,04,00

Page : 2 DOS file; 1OSPIRAD.MS5 Run Date: August 19, 2005 EC-RADN-1 129 Run Time: 11:08:55 AM Page t61 Duration: 00:00:24 Nuclide Curies becauergls uCiicm3 Ba/cm 3 Nd-147 3.1423e+000 1.1627e+011 3 .8630e+000 1.4293e+00'5 I Np-239 2.2947e+002 8.4904e+012 2.8210e+002 1.0438e+007 Pr-143 7.0167e+000 2.5962e+011 8.6260e+000 3.1916e+005 Pr-144 6.5840e+000 2.4361e+011 8.0940e+000 2.9948e+005 Pu-238 4.9628e-002 1.8362e+009 6.101Oe-002 2.2574e+003 Pu-239 5.2540e-003 1.9440e+008 S.4590e-003 2.3898e+002 Pu-240 8.4760e-003 3.1361e+008 1.0420e-002 3.8554e+002 Pu-241 2.0865e+000 7.7199e+010 2.5650e+000 9.4905e+004 Rb-86 1.1762e+001 4.3521e+011 1.4460e+001 5.3502e+005 Rh-103m 9.3139e+001 3.4461e+012 1.1450e+002 4.2365e+006 Rh-105 6.0683e+001 2.2453e+012 7.4600e+001 2.7602e+006 Rh-106 3.7239e+001 1.3779e+012 4.5780e+001 1.6939e+006 Ru-103 9.3139e+001 3.4461e+012 1.1450e+002 4.2365e+006 I Ru-105 5.6949e+001 2.1071e+012 7.0010e+001 2.5904e+006 Ru-106 3.7239e+001 1.3779e+012 4.5780e+W01 1.6939e+006 Sb-127 1.0144e+002 3.7531e+012 1.2470e+002 4 .6139e+006 Sb-129 3.2668e+002 1.2087e+013 4.0160e+002 1.4859e+OD07 Sr-89 1.1225e+003 4.1534e+013 1.3800e+003 5.1060e+007 Sr-90 1.4219e+002 5.2610e+012 1.7480e+002 6.4676e+006 Sr-91 1.3218e+003 4.8908e4013 1.6250e+003 6.0125e+007 Sr-92 1.1722e+003 4.3370e+013 1.4410e+003 5.3317e+007 Tc-99m 9.7287e+001 3.5996e+012 1.1960e+002 4.4252e+006 Te-127 1.0144e+002 3.7531e+012 1.2470e+002 4.6139e+006 Te-127m 1.7294e+001 6.3987e+011 2.1260e+001 7.8662e+005 Te-129 3.4750e+002 1.2858e+013 4.2720e+002 1.5806e+007 Te-129m 7.2494e+001 2.6823e+012 8.9120e+001 3.2974e+006 Te-131m 2.2947e+002 8.4904e+012 2.8210e+002 1.0438e+007 Te-132 1.6627e+003 6.1519e+013 2.0440e+003 7.5628e+007 Y-90 5.9308e-001 2.1944e+010 7.2910e-001 2.6977e+004 Y-91 5.8535e+000 2.1658e+01l 7.1960e+000 2.6625e+005 Y-92 5.9528e+000 2.2025e+01} 7.3180e+000 2.7077e+005 Y-93 4.3893e+000 1.6240e+011 5.3960e+000 1.9965e+005 Zr-95 8.3378e+000 3.0850e+011 1.0250e+001 3.7925e+005 Zr-97 7.9310e+000 2.9345e+011 9.7500e+000 3.6075e+005 1 Aitv%The material reference is: Shield 1 Integration Parameters Radial 20 Circumferential 20 Y Direction (axial) 25 Results Enerovy Activity Fluence Rate Fluence Rate ExDosure Rate Exposure Rate MeV photons/sec MeV/cm 2 /sec MeV/CM2/seC mR/hr mE/hr No Buildup With Buildup No Bu i Id= With Buildup 0.015 4.042e+08 0.000e400 3.309e-26 0.00Oe+00 2.838e-27 0.02 7.059e+11 0.OOOe+00 9.094e-23 0.OOOe+00 3.150e-24 0.03 8.601e+13 9.592e-308 2.450e-20 9.506e-310 2.428e-22 0.04 1.956e+12 1.513e-151 1.478e-21 6.691e-154 6.'536e-24 O.A05 8.088e+12 1.170e-94 1.998e-20 3.1-17e-97 5.321e-23 U.03 8.b6le+13 9-b!Je-3U$ 2.4b5e-20 Y.5Ube-310 2.428e-22 n nAA 1 0 c~=.1 I 1 I 12c M_ 1',1 1 A17Q-1_ 4 ;1_1A 4 < 4cb-1A

Page : 3 DOS File: 1OSPIRAD.MS!Run Date: August 19, .?005 Run Time: 11:08:55 AM EC-RAD-N 129 Duration: Page 162 00:00:24 Eerc Activity Fluence Rate Fluence Rate Exposure Rate Exposure Rate NeV nhotonsisec MeVIcm2/sec MeVlcm2 /sec mR/hr No Buildun With Builduv No Buildup With- Bui Idup 0.06 2.067e+12 3.604e-70 3.663e-20 7.159e-73 7.277e-23 0.08 8.077e+12 8.134e-49 3.407e-19 1.287e-51 5.391e-22 0.1 9.345e+12 2 .020e-40 1.822e-18 3.090e-43 2.787e-21 0.15 4.235e+13 2.500e-31 4.524e-17 4.117e-34 7.449e-20 0.2 8.365e+13 5.429e-27 2.078e-16 9.582e-30 3.667e-19 0.3 6.692e+13 2.758e-22 2.196e-16 5.232e-25 4.165e-19 0.4 3.055e+14 1.639e-18 2.958e-15 3.193e-21 5.764e-18 0.5 6.776e+14 7.'164e-16 6.112e-13 1.406e-18 1.200e-15 0.6 7.274e+14 4.789e-14 2.627e-11 9.348e-17 5. 127e-14 0.8 1.270e+15 4.163e-11 1.121e-08 7.918e-14 2.131e-11 1.0 5.217e+14 1.609e-09 2.481e-07 2.966e-12 4.572e-10 1.5 4.210e+14 2.458e-06 1.559e-04 4.136e-09 2.622e-07 2.0 9.745e+13 5.812e-05 2.181e-03 8. 98&e-08 3.372e-06 3.0 6.662e+10 9.133e-06 1.817e-04 1.239e-08 2.465e-07 4.0 5.232e+09 1.633e-05 2.219e-04 2.020e-08 2.745e-07 TOTALS: 4.330e+15 8.605e-05 2.740e-03 1.266e-07 4.156e-D6 i

Ric:roShield vS.0l (5.01-00076)Pei =nsylvania Power & Light Co.Paage : 1 FiLe Ref:DOS File: 1OSPSGR.MS5 Date:i Run Date: August 19, 2005 EC.RAON-1 135 By:Run Time: 11:10:33 AM Page 163 Checked:Duration: 00:00:25

 -- -- #-. - -- - - -- Q -- - - - .

case Tilte: Suppression Pool Descriptions 8 Hour, GROVE Geometry: 7 - Cylinder Volume - Side Shields Source Dimensions II Height 914.4 cm 30 ft II Radius 16.828 cm 6.6 in

 *I II Dose Points II 'I 304.8 cm X

I I

 #1 457.2 cm 0 cm 'I 10 ft 0.0 in 15 ft 0.0 in tI CI Ii Shields SI.

jShigId Name Dimension MaterialDensity

I Source 8.13e+05 cm3 Water 1

 -x Shield 1 243.84 cmConcrete2.35 Transition Air 0.00122 Air Gap Air 0.00122 I Wall Clad .953 cm Iron 7.8,6 Source Input Grouping Method: Standard Indices Number of Groups: 25 Lower Energy Cutoff s 0.015 Photons < 0.015: Excluded Library s Grove Nuclide becagergla cur VCi/CM3 BLrm3 Am-241 1. 1071e-003 4.0962e+007 1.3610e-003 5.0357e+001 Am-242 3. 5246e-001 1.3041e+010 4.3330e-001 1.6032e+004 Arn-242m 7. 2160e-005 2.6699e+006 8.8710e-005 3.2823e+000 Arn-243 1. 3601e-004 5.0323e+006 1.6720e-004 6.1864e+000 Am-244 3., 4579e-001 1.2794e+010 4.2510e-001 1.5729e+004 Ba-135m 3.' 1573e-001 1.3902e+010 4.6190e-001 1.7090e+.004 Ba-137m 1.' 7871e+002 6.6124e+012 2.1970e+002 8.1289e+006 Ba-139 4. 6968e+001 1.7378e+012 5.7740e+001. 2.1364e+006 i

i Ba-140 2. 0946e+003 7.7500e+013 2.5750e+003 9.5275ef007 1!1 Ba-141 2. 4029e-005 8.8907e+005 2.9540e-OOS 12J0930e+6D0 . L 1I I I , ,Ba-142 4.;2811e-011 1.5840e+000 5.2630e 011 :i.19473e-0bE Br-82 2.:1345e+001 7.8975e+011 2.6240e600l 9J`7-08et005 I I, Br-83 9.: 1268e+001 3.3769e+012 1.122Oe+002 i411514e..006 ;: I Br-84 4.'9734e-002 1.8401e+009 6.1140e4002. 2.12622e+003 I II Ce-141 1.' 9449e+001 7.1963e+011 2.3910e+00t 9.8467e+005 Ce-143 1.' 5463e+001 5.7215e+011 1.9010e+ t ., 7.4337e+005 Ce-144 1.i 5464e+001 6.0917e+D11 2.0240e+001- 7.'4888e+005 Cm-242 2.!R032e-001 1.0742e+010 3.5690e-4O0V1.3205e+004 Cm-243 I1.: 2503e-004 4.6259e+006 1.5370e-004 5.6869e+000 Cm-244 1.l6960e-002 6.2753e+008 2.0850e-1002 7.7145e+002 Co-58 3.:2090e-001 1.1873e+010 3.9450e-001 1.4597e+004 Co-60 1.' 7334e-001 6.4137e+009 2.1310e-001 7.8847e+003 Cc-60m RIZ4 1:i +O 8f I .94 Sfl -f 01 I 9:42B8409 CA-SR 3.'Wes(-Bel 9 21. 9R73 1 c 7s

 .14SCJ7P4-004

Page : 2 DOS File: 1OSP8GR.MS5 Run Date: August 19, 2005 Run Time: 11:10:33 AM EC-RADN-1 135 Duration: 00:00:25 Page 164 Nuclide .Cries becouerel s Balcrm 3 Cs-132 2.2858e-001 8.4573e+009 2.8100e-001 1 .0397e+004 Cs-134 1.2511e+003 4.6290e+013 1.5380e+003 5.6906e+007 Cs-134m 3.8947e+001 1.4411e+012 4.7880e+001 1.7716e+006 Cs-136 3.9240e+002 1. 4519e+013 4.8240e+002 1.7849e+007 Cs-137 9.4359e+002 3.4913e+013 1.1600e+003 4.2920e+007 Cs-138 6.2350e-001 2.3070e+010 7.6650e-001 2.8361e+004 Cs-139 2.8308e-012 1.0474e-001 3.4800e-012 1.2876e-007 Eu-152m 5.9519e-004 2.2022e+007 7.3170e-004 2.7073e+001 Eu-154 4.5935e-002 1 .6996e+009 5.6470e-002 2.0894e+003 Eu-155 1.8888e-002 6.9886e+008 2.3220e-002 8.5914e+002 Eu-156 1.1746e+000 4.3460e+010 1.4440e+000 5.3428e+004 I-128 1.2771e-004 4.7253e+006 1.5700e-004 5.8090e+000 I-130 1.1071e+002 4.0962e+012 1.3610e+002 5.0357.e+006 I-131 6.8337e+003 2.5285e+014 8.4010e+003 3.1084e+O08 1-132 9.6799e+003 3.5816e+014 1.1900e+004 4.4030e+008 1-133 1.1372e+004 4.2076e+014 1. 3980e+004 5.1726e+008 I-134 9.9728e+001 3.6899e+012 1.2260e+002 4.5362e+006 I-135 5.9357e+003 2.1962e+014 7.2970e+003 2.6999e+008 La-140 9.0454e+000 3.3468e+011 1.1120e+001 4.1144e+005 La-141 2.0450e+000 7.5665e+010 2.5140e+000 9.3018e+004 La-142 2.2182e-001 8.2075e+009 2.7270e-001 1. 009Oe+004 Mo-99 1.0103e+002 3.7381e+012 1.2420e+002 4 . 5954e+006 Mo-101 1.2763e-008 4.7223e+002 1.5690e-008 5.8053e-004 Nb-95 8.3703e+000 3.0970e+011 1.0290e+0O1 3.8073e+005 Nb-95m 9.2813e-002 3.4341e+009 1.1410e-001 4.2217e+003 Nb-96 1.0680e-002 3.9518e+008 1.,3130e-002 4.8581e+002 Nb-97 6.3749e+000 2.3587e+011 7.8370e+000 2.8997ee+005 Nb-97m 5.6493e+000 2.0903e+011 6.9450e+000 2.5697e+005 Nd-147 3.0862e+000 1.1419e+011 3.7940e+000 1.4038e+005 Nd-149 7.4153e-002 2.7437e+009 9.1160e-002 3.3729e+003 Np-236m 4.1152e-005 1.5226e+006 5.059De-005 1.8718e+000 Np-238 4.5886e+000 1.6978e+011 5.6410e+000 2. 0872e+005 Np-239 2.1036e+002 7.7832e+012 2.5860e+002 9.5682e+006 Np-240 1.9783e-003 7.3197e+007 2.4320e-003 8.9984e+001 Pd-109 1.5049e+001 5.5680e+011 1.6500e+001 6.8450e+005 Pm-147 1.0908e+000 4.0360e+010 1.3410e+000 4.9617e+004 Pm-148 8.4435e-001 3.1241e+010 1.0380e+000 3.8406e+004 Pm-148m 1.6789e-001 6.2121e+009 2.0640e-001 7.6368e+003 Pm-149 2.5835e+000 9.5589e+010 3.1760e+000 1. 1751e+005 Pm-151 7.8147e-001 2.8914e+010 9.6070e-001 3.5546e+004 Pr-142 2.3874e-001 8.8335e+009 2.9350e-001 1.0860e+004 Pr-143 7.0167e+000 2.5962e+011 8.6260e+000 3.1916e+0050 Pr-144 6.5840e+000 2 .4361e+011 8.0940e+000 2.9948e+005 Pr-144m 9.2081e-002 3.4070e+009 1.1320e-001 4.1884e+003 Pu-237 7.2575e-005 2.6853e+006 8.9220e-005 3.'3011e+000 Pu-238 4.9628e-002 1.8362e+009 6.101Oe-002 2.2574e+003 Pu-239 5.2540e-003 1.9440e+008 6.4590e-003 2.3898e+002 Pu-240 8.4760e-003 3.1361e+008 1.0420e-002 3 ;554e+002 Pu-241 2.0865e+000 7.7199e+010 2.5650e+000 9.4905e+004 Pu-243 1.4878e+000 5.5048e+010 1.8290e+000 6.7673e+004 Rb-86 1.1640e+001 4.30r69e+011 1.4310e+001 5.2947e+005 Rb-88 6.4424e+002 2.3837e+013 7.9200e+002 2.9304e+007 Rh-103m 9.2732e+U01 3.4311e+012 1.1400e+002 4.2160e+006

 §14pe+-l0 I ;OMpte$8Bb ;)25Vlel+M Rh-126. 1 . 16doo l 001 , . 3069o+O11 1 .d3100o -001 S.2-941+00's

Page : 3 DOS File: lOSP8GR.MS5 Run Date: August 19, 2005 EC-RADN-I 135 11:10:33 AM Page 165 Run Time:Duration: 00:00:25 curies 3

 "~Ci Mm Bo/cm3 Nuclide beccuerels Rh-105m 5.4452e+000 2.0147e+011 6. 6940e+000 2.4768e+005 Rh-106 3.7239e+001 1. 3779e+012 4.5780e+001 1.6939e+006 Ru-103 9.2732e+001 3.4311e+012 1.1400e+002 4.2i80e+006 Ru-105 1.9124e+001 7.0759e+011 2.3510e+001 8.6987e+005 Ru-106 3.7239e+001 1.3779e+012 4.5780e+001 1.6939e+006 Sb-122 2.1369e+000 7.9066e+010 2.6270e+000 9.7199e+004 Sb-124 1.0575e+000 3.9126e+010 1.3000e+000 4.8100e+004 Sb-125 1.4918e+001 5.5198e+O11 11.8340e+001 6.7858e+005 Sb-126 4.9636e-001 1.8365e+010 6.1020e-001 2.2577e+004 Sb-126m 9.,0617e-004 3.3528e+007 1.1140e-003 4.1218e+001 Sb-127 9.7287e+001 3.5996e+012 1.1960e+002 4.4252e+006 Sb-129 1.0811e+002 3.9999e+012 1. 3290e+002 4.9173e+006 Smr-151 2.9658e-003 1. 0973e+008 3.6460e-003 1.3490e+002 Sm-153 2.0515e4000 7.5905e+010 2.5220e+000 9.3314e+004 Sr-89 1.1225e+003 4.1534e+013 1.3800e+003 5.1060e+007 Sr-90 1.4219e+002 S.2610e+012 1.7480e+002 6.4676e+006 Sr-91 7.9473e+002 2.9405e+013 9.7700e+002 3.6149e+007 Sr-92 1.9539e+002 7.2294e+012 2.4020e+002 8.8874e+006 Sr-93 Tc-99 1.2015e-003 4.4454e+007 1.4770e-003 5.4649e+001 Tc-99m 9.4359e+001 3.4913e+012 1.1600e+002 4.2920e+006 Tc-101 2.2736e-007 8.4122e+003 2.7950e-007 1.0342e-002 Te-123m 1.0558e-002 3.9066e+008 1.2980e-002 4.8026e+002 Te-125m 3.2928e+000 1.2183e+011 4.0480e+000 1.4978e+005 Te-127 1.0062e+002 3.7230e+012 1.2370e+002 4.5769e+006 Te-127m 1.7294e+001 6.3987e+011 2.1260e4001 7.8662e+005 Te-129 1.6627e+002 6.1519e+012 2.0440e.002 7.5628e+006 Te-129m 7.2242e+001 2.6729e+012 8.8810e+001 3.2860e+006 Te-131 4.3893e+001 1.6240e+012 5.3960e+001 1.9965e+006 Te-131m 1.9539e+002 7.2294e+012 2.4020e+002 8.8874e+006 Te-132 1.5626e+003 5.7817e+013 1 .9210e+003 7.1077e+007 Te-133 6.0186e-001 2.2269e+010 7.73990e-001 2.7376e+004 Te-133m 2. 6599e+000 9. 8418e+010 3.2700e+000 1.2099e+005 Te-134 7.4153e-001 2.7437e+O10 9.1160e-001 3.3729e+004 Y-90 5.8917e-001 2.1799e+010 7.2430e-001 2.6799e+004 Y-91 5.8202e+000 2.1535e+011 7.1550e+000 2.6473e+005 Y-91m 2.0181e+000 7.4671e+010 2.4810e+000 9.1797e+004 Y-92 2.8430e+000 1.0519e+011 3.4950e+000 1.2932e+005 Y-93 2.7136e+000 1.0040e+011 3.3360e+000 1.2343e+005 Zr-89 2.2410e-003 8.2918e+007 2.7550e-003 1 .0194e+002 Zr-93 1.2934e-006 4.7855e+004 1.5900e-006 5.883Oe-002 Zr-95 8.3052e+000 3.0729e+011 1.0210e+001 3 .7777e+005 Zr-97 5.9389e+000 2.1974e+011 7.3010e+000 2.7014e+005 Buildup

• The material reference is: Shield I Integration Parameters Radial 20 Circumferential 20 Y Direction (axial) 25 Results Circumterential 20 v n; _-doe; t -: ,1

Page : 4 DOS File: 1OSP8GR.KMSS Run 'ate: August 19, 2005 EC-RADN- 135 Run Time: 11:10:33 AM Page 166 Duration: 00:00:25 -Ene rfv Activity Fluence Rate Fluence Rate Exposure Rate Exoosure Rate M4eV DhotonsJsec MeVIcm2 Jsec MeVflYS£E/sec mRlhr No_ Bu ildup2 With Buildun No Buildun With Buildup 0 .015 4.433e+09 0.OOOe+00 3.630e-25 0. OOOe+00 3.113e-26 0.02 7.628e+11 0.000e+00 9.828e-23 0.OOOe+00 3.404e-24 0.03 7.388e+13 8.239e-308 2.105e-20 8.165e-310 2.D8Ee-22 0.04 1.637e+12 1.266e-151 1.237e-21 5.60le-154 5.471e-24 0.05 7.614e+12 1. 102e-94 1. 881e-20 2.934e-97 5.010e-23 0.06 2.023e+12 3.528e-70 3.586e-20 7.007e-73 7.122e-23 0.08 7.886e+12 7.942e-49 3.326e-19 1.257e-51 5.263e-22 0.1 8.606e+12 1.860e-40 1.678e-18 2.846e-43 2. 567e-21 0.15 1.408e+13 8.316e-32 1.505e-17 1.369e-34 2.478e-20 0.2 6.169e+13 4.004e-27 1.532e-16 7.067e-30 2.705e-19 0.3 5.280e+13 2.176e-22 1.732e-16 4.128e-25 3.286e-1 9 0.4 2.346e+14 1.258e-18 2.271e-15 2.451e-21 4.425e-18 10.5 5.080e+14 5.370e-16 4.582e-13 1.054e-18 8.994e-16 0.6 5. 601e+14 3.688e-14 2.023e-11 7.198e-17 3.948.e-14 0.8 4.852e+14 1.590e-11 4.280e-09 3.025e-14 8.141e-12 1.0 2.400e+14 7.404e-10 1.141e-07 1.365e-12 2.104e-10 1.5 1. 956e+14 1.142e-06 7.242e-05 1. 922e-09 1.218e-07 2.0 4.191e+13 2.500e-05 9.379e-04 3.866e--08 1.450e-06 3.0 6.922e+11 9.489e-05 1.888e-.03 1.287e-07 2.561e-06 4.0 3.471e+08 1.084e-06 1.473e-05 1.341e-09 1.822e-08 5.0 3.418e+10 8.091e-04 8.400e-03 9.276e-07 9.630e-06 TOTALS: 2.497e+15 9.312e-04 }1.131e-02 1. 098e-06 1.378e-05 1,

MicroShield v5.01 (5.01-00076)Pennsylvania Power & Light Co.Page :1 File Ref: _DOS File: IOSP8I38.MS5 EChADN-1135 Date:Run Date: August 19, 2005 Page7 By:Run Time: 11:10:58 AM : Checked:Duration: 00:00:23 Case

Title:

Suppression Pool

Description:

8 Hour, ICRP38 Geometry: 7 - Cylinder volume - Side Shields Source Dimensions II1 Height 914.4 cm 30 ft a I Radius 16.828 cm 6.6 in I I I I Dose Points II X

• I I I II. I

 # 1 304.8 cm 457.2 cm 0 cm I I. 10 ft 0.0 in 15 ft 0.0 in I I II Shields Shield Name Dimension MaterialpensitY Source 8.13e+05 cm' Water 1 -x Shield 1 243.84 cmConcrete2.35 Transition Air 0.00122 Air Gap Air 0.00122 Wall Clad .953 cm Iron 7.86 Source Input Grouping Method: Standard Indices Number of Groups s 25 Lower Energy Cutoff: 0.015 Photons < 0.015: Excluded Library: XCRP-38 Nuclide curies beccruerels ACi/cm3 QBale3 Cs-135m 4.7383e-001 1.7532e+010 5.8250e-001 2.1553e+004 Eu-157 7.9807e-002 2.9528e+009 9.8110e-002 3.6301e+003 Eu-158 3.2952e-005 1.2192e+006 4.0510e-005 1.4989e+000 La-143 4.4227e-010 1.6364e+001 5.4370e-010 2.0117e-005 Nd-151 2.3045e-012 8.5266e-002 2.8330e-012 1.0482e-007 Pm-150 3.0423e-003 1.1256e+008 3.?400e-003 1.3838e+002 Pr-145 1.9718e+000 7.2956e+010 2.4240e+000 8 .9688e+004 Pr-147 7.9473e-011 2.9405e+000 9.7700e-01l 3.6149e-006 Rh-106m 1.0062e-001 3.7230e+009 1.2370e-001 4. 5769e+003 Rh-107 1.0225e-005 3.7832e+005 1.2570e-005 4 .6509e-001 Sb-128a 9.9728e+000 3.6899e+011 1.2260e+001 4.5362e+005 Sb-128b 7.1908e-001 2.6606e+010 8.84O~e-,O01 3.2708e+004 Sb-130 2.7600e-002 1.0212e+009 3.3930e-002 1.2554e+003 Sb-131 4.8383e-004 1.7902e+007 5.9480e-004 2.2D08e+001 Se-81 1.8620e-002 6.8893e+008 2.2890e-002 8.4693e+002 Se-81m 1.2633e-002 4.6741e+008 1.5530e-002 5.7461e+002 Se-83 2.2109e-005 8.1804e+005 2.7180e-005 1.D057e+O000 Sm-155 6.1187e-008 2.2639e+003 7.5220e-008 2.783le-003 Sm-156 6.1854e-002 2.2886e+009 7.6040e-002 2.8135e+003 Y-94 1.4764e-007 5.4627e+003 1.81SOe-007 6.7155e-003 Y-95 Buildup a~i#l 4 e.,fr+% 1!61 -A0.ON k. /1!>be-UUj

Page :2 DOS File: 10SP8I38.MS5 Run Date: August 19, 2005 Run Time: 11:10:58 AM Duration: 00:00:23 EC.RADN-1135 pa5e 168 Integration Parameters Radial 20 Circumferential 20 Y Direction (axial) 25 Results Enercry Activity Fluence Rate Fluence Rate Exnosure Rate Exposure Rate MeV photonsIsec MeV/cm2 /sec MeV/cm 2 /sec mR/hr mR/hr No Buildup With Buildup No Buaildxm With Buildup 0.015 3.446e+00 o.OOOe+00 2.821e-34 0.OO0e+00 2.420e-35 0.02 2.167e+08 0.OOOe+00 2.792e-26 0.0OOe+00 9.672e-28 0.03 1.209e+10 1.348e-311 3.443e-24 1.336e-313 3.412e-26 0.04 2.387e+09 1.846e-154 1.803e-24 8 165e-157 7.975e-27 0.05 6.022e+08 8.712e-99 1.487e-24 2.321e-101 3.962e-27 0.06 7.290e+08 1.271e-73 1.292e-23 2.525e-76 2.567e-26 0.03 6.964e+08 7.014e-53 2.937e-23 1.11Ne-55 4.648e-26 0.1 3.257e+08 7.041e-45 6.350e-23 1.077e-47 9.714e-26 0.15 4.733e+08 2.794e-36 5.056e-22 4. 602e-39 8.325e-25 0.2 6.685e+09 4.339e-31 1.661e-20 7.658e-34 2.931e-23 0.3 3.586e+11 .1.478e-24 1.177e-18 2.804e-27 2.232e-21 0.4 3.519e+09 1.887e-23 3.407e-20 3.677e-26 .6.638e-23 0.5 1.733e+10 1.832e-20 1.563e-17 3.596e-23 3.068e-20 0.6 3 .964e+10 2.610e-18 1.43le-15 5.094e-21 2.794e-18 0.8 8.728e+11 2.861e-14 7.700e-12 5.441e-17 1.465e-14 1.0 3.712e+10 1.145e-13 1.765e-11 2.110e-16 3 .253e-14 1.5 8.136e+09 4.750e-11 3.012e-09 7.992e-14 5.067e-12 2.0 3.529e+08 2.105e-10 7.898e-09 3.255e-13 1.22le-11 3.0 1.630e+06 2.235e-10 4.44fe-09 3.032e-13 6.032e-12 TOTALS: 1.362e+12 4.816e-10 1.538e-08 7.089e-13 2.336e-11

MicroShield v5.01 (5.01-00076)Pennsylvania Power & Light Co.Page :1 File Ref:DOS File: 1OSP8RAD.MS5 EC-RADN- 135 Date:Run Date: August 19, 2005 Page 169 By: .Run Time: 11:11:22 AM Checked: _--- ---Duration: 00:00:24 Case

Title:

Suppression Pool Descriptions 1 Hour, RADTEAD Geometry: 7 - Cylinder Volume - Side Shields Source Dimensions Height 914.4 cm 30 ft Radius 16.828 cm 6.6 in I I II II I I Dose Points I I I I X 0

 # 1 304.8 cm 457.2 cm 0 cm I I II 10 ft 0.0 in 15 ft 0.0 in Shields Shield Name Dimension Materialpensity Source 8.13e+05 cm. Water I Shield 1 243.84 cmConcrete2.35 Transition Air 0.00122 Air Gap Air 0.00122 Wall Clad .953 cm Iron 7.86 Source Input Grouping Method: Standard Indices Number of Groups: 25 Lower Energy Cutoff t 0.015 Photons < 0.015 s Excluded Library s Grove Nuclide curies becouerels VCiJcmX Ba/cm3 Am- 2431 1.107le-003 4.0962e+007 1.3610e-003 5.0357e+001 Ba-137m 1.7871e+002 6.6124e+012 2.1970e+002 8.1289e+006 Ba-139 4.6968e+001 1.7378e+012 5.774Oe+001 2.1364e+006 Ba-140 2.0946e+003 7.7500e+013 2.5750e+003 9.5275e+007 Ce-141 1.9449e+001 7.1963e+011 2.3910e+001 8.8467e+005 Ce-143 1.5463e+001 5.7215e+011 1.9010e+001 7.0337e+005 Ce-144 1.6464e+001 6.0917e+011 2.0240e+001 I 7.4888e+005 Cm-242 2.9032e-001 1.0742e+010 3.5690e-001 1.3205e+004 Cm-244 1.6960e-002 6.2753e+008 2.0850e-002 7.7145e+002 Co-58 3.2090e-001 1.1873e+010 3.9450e-001 1.4597e+004 Co-60 1.7334e-001 6.4137e+009 2.1310e-001 7.8847e+003 Cs-134 1.2511e+003 4.6290e+013 1.5380e+003 5.6906e+007 Cs-136 3.9240e+002 1.4519e+013 4.8240e+002 1.7449e+007 . I Cs-137 9.4359e+002 3.4913e+013 1.1600e+003 4.2920e+007 I-131 6.8337e+003 2.5285e+014 8.4010e+003 3.1084e+008 I-132 9.6799e+003 3.5816e+014 1.1900e+004 4.4030e+008 I-133 1.1372e+004 4.2076e+014 1.3980e+004 5. 1726e+008 I-134 9.9728e+001 3.6899e+012 1.2260e+.02 4.5362e+006 I-135 5.9357e+003 2.1962e+014 7.2970e+003 2.6999e+008 La-140 9.0454e+000 3.3468e+011 1.1120e+001 4.1144e+005 La-141 2.0450e+000 7.5665e+010 2.5140e+000 9.3018e+004 La-142 2.2182e-001 8.2075e+009 2.7270e-001 1.0090e+004 Mo-99 1.0103e+002 3.7381e+012 1.2420e+002 4. 5954e+006 ta-2 U 2.3191O8000 2.S f299o.'1 1.2UMP+0o+.OO 2 .0450o+0o0 :13.564Sa4 8 10 :2 .Sld'Oa §00 9.3018,,DO6

Page 2 DOS File: 1OSP8RAD .MS5 Run Date: August 19, 2005 -EC-RADNV. 1135 Run Time: 11:11:22 AM Page 170 Duration: 00:00:24 Nuclide curies becauerels Oiti/cW5 B~acm 3 Nd-147 3. 0862e+000 1.1419e+011 3.7940e+000 1.4038e+005 Np-239 2. 1036e+002 7.7832e+012 2.5860e+002 9.5682e+006 Pr-143 7.0167e+000 2.5962e+011 8.6260e+000 3.1916e+005 Pr-144 6. 5840e+000 2.4361e+011 8.0940e+000 2.9948e+005 Pu-238 4.9628e-002 1 .8362e+009 6.101Oe-002 2.2574e+003 Pu-239 5.2540e-003 1.9440e+008 6.4590e-003 2.3898e+002 Pu-240 8.4760e-003 3.13661e+008 1.0420e-002 3.8554e+002 Pu-241 2.0865e+000 7.7199e+010 2.5650e+000 9.4905e+004 Rb-86 1.1640e+001 4.3069e+11 1.4310e+001 5.2947e+005 Rh-103m 9.2732e+001 3.4311e+012 1. 1400e+002 4.2180e+006 Rh-105 5.6949e+001 2.1071e+012 7.0010e+001 2.5904e+006 Rh-106 3.7239e+001 1.3779e+012 4.5780e+001 1.6939e+006 Ru-103 9.2732e+001 3.4311e+012 1.1400e+002 4.2180e+006 Ru-105 1,9124e+001 7.0759e+011 2.3510e+001 8.6987e+005 Ru-106 3.723 9e+001 1.3779e+012 4.5780e+001 1.6939e+006 Sb-127 9.7287e+001 3.5996e+012 1.1960e+002 4.4252e+Q06 Sb- 129 1.0811e+002 3.9999e+012 1.3290e+002 4.9173e+006 Sr-89 1.1225e+003 4.1534e+013 1. 3800e+003 5.1060e+007 Sr-90 1.4219e+002 5.2610e+012 1.7480e+002 6.4676e+006 Sr-91 7.9473e+002 2.9405e+013 9.7700e+002 3.6149e+007 Sr-92 1. 9539e+002 7.2294e+012 2.4020e+002 8.8874e+006 Tc-99m 9.4359e+001 3.4913e+012 1.1600e+402 4.2920e+006 Te-127 1.0062e+002 3.7230e+012 1.2370e+002 4.5769e+006 Te-127m 1.7294e+001 6.3987e+011 2.1260e+001 7.8662e+005 Te-129 1.6627e+002 6.1519e+012 2 .0440e+002 7.5628e+006 Te-129m 7 .2242e +001 2.6729e+012 8.8810e+001 3.2860e+006 Te-131m 1.9539e+002 7.2294e.012 2.4020e+002 8.8874e+006 Te-132 1.5626e+003 5.7617e+013 1.9210e+1003 7.1077e+007 Y-90 5.8917e-001 2.1799e+010 7.2430e-001 2.6799e+004 Y-91 5.8202e+000 2.1535e+011 7.1550e+000 2.6473e+005 Y-92 2.8430e+000 1.0519e+011 3.4950e+O00 1.2932e+005 Y-93 2.7136e+000 1.0040e+011 3.3360e+000 1.2343e+005 Zr-95 8.3052e+000 3.0729e+011 1.0210e+001 3.7777e+005 Zr-97 5.9389e+000 2.1974e+011 7.3010e+000 2.7014e+005 Buildup The material reference is: Shield 1 Integration Parameters Radial 20 Circumferential 20 Y Direction (axial) 25 Results Enerov nhtinsse Fluence Rate Fluence Rate Exposure Rate Exposure Rate MeV rohotons/sec MeV/cm2 /sec 14eVIcm 2 /sec IR/hr_ mR/hr No Buildup With Buidu2 NIo Buildur With-Buil~dup 0.015 3.466e+08 0.OOOe+00 2.838e-26 .0O0e+00 2.434e-27 0.02 6.789e+11 0.OOOe+00 8.746e-23 0.O*e+00 3.03De-24 0.03 7.273e+13 8.111e-308 2.072e-20 8.038e-310 2.053e-22 0 .4D 1. 553e+12 1.201e-151 1.173e-21 5.313e-154 5.190e-24 0.-05 7.602e+12 1.lOOe-94 1.877e-20 2.930e-97 5.DOle-23

0. 03 7. 2i/e413 8.. llle-juW 2 .O.12e-2-u 114.8e-41(A

 .8.8.t~-.-1l 2 .Lj53e-:2 n nA 1 qR 4.a19 11 ?n1,c_14 c 1 171tzc )t v; 14nc>_IA

Page : 3 DOS File: 1OSPBRAD.MS5 Run Date: August 19, 2005 Run Time: 11:11:22 AM EC-RADN-1 135 Page 171 Duration: 00:00:24 Enercv Activity Fluence Rate Fluence Rate Exnosure Rate EXDosure Rate nhotons/sec MeVLcm 2 /sec MeV/cm 2 Isec mR/hr -mg]hr No Buildu= With BuilduD No Builduo With Buildup 0.06 2.018e+12 3.519e-70 3.577e-20 6.989e-73 7.104e-23 0.08 7.B59e+12 7.914e-49 3.314e-19 1.252e-51 5.245e-22 0.1 - 8.560e+12 1.850e-40 1.669e-18 2.831e-43 2.553e-21 0.15 1.271e+13 7.506e-32 1.358e-17 1.236e-34 2.236e-20 0.2 6.160e+13 3.998e-27 1.530e-16 7.057e-30 2.701e-19 0.3 5.271e+13 2.173e-22 1.730e-16 4.121e-25 3.281e-19 0.4 2.330e+14 1.249e-18 2.255e-15 2.434e-21 4.395e-18 0.5 5.033e+14 5.321e-16 4.540e-13 1.044e-18 8.911e-16 0.6 5.541e+14 3.648e-14 2.OOle-11 7.120e-17 3.905e-14 0.8 4.772e+14 1.564e-11 4.210e-09 2.975e-14 8.008e-12 1.0 2.388e+14 7.366e-10 1.135e-07 1.358e-12 2.093e-10 1.5 1.949e+14 1.138e-06 7.214e-05 1. 914e-09 1 .214e-07 2.0 3.660e+13 2.183e-05 8.191e-04 3.376e-08 1. 267e-06 3.0 i.417e+10 1.942e-06 3.864e-05 2.635e-09 5.242e-08 4.0 2.154e+08 6.725e-07 9.139e-06 8.320e-10 1.131e-08 TOTALS: 2.466e+15 2.559e-05 9.391e-04 3.914e-08 1.452e-06

MicroShield Iv5.01 (5.01-00076)Pennsylvania Power & Light Co.Page : 1 File Ref:DOS File: lOSP24GR.MS5: .RDIV- 1t35 Date: _Run Date: August 19, 2005 Page 172 By:Run Time: 11:09:20 AM Checked:Duration: 00:00:25 Case Titlez Suppression Pool

Description:

24 Hour, Grove Geometry: 7 - Cylinder Volume - Side Shields Source Dimensions Height 914.4 cm 30 ft II Radius 16.828 cm 6. 6 in I II

 -14 Dose Points I ' ' Yx III #1 304.8 cm 457.2 cm 0 cm II 10 ft 0.0 in 15 ft 0.0 in '4 -

Shields Shield Name Dimension Haterialeasiy Source 8.13e+05 cm3 Water 1

 -x Shield 1 243.84 cmConcrete2.35 Transition Air 0.00122 Air Gap Air 0.00122 Wall Clad .953 cm Iron 7.86 Source Input Grouping Method s Standard Indices Number of Groups s 25 Lower Energy Cutoff s 0.015 Photons < 0.015: Excluded Library s Grove N-iu --de curies becguerels OCi/cm3 BaJcm 3 Am-241 1.1103e-003 4.1083e+007 1.3650e-003 5.0505e+001 Am-242 1.7595e-001 6.5100e+009 2.1630e-001 8.0031e+003 Am-242m 7.2160e-005 2.6699e+006 8.8710e-005 3.2823e+000 I:

Am-243 1.3633e-004 5.0443e+006 1.6760e-004 6.2012e+000 Am-244 1.1575e-001 4.2828e+009 1.4230e-00l 5.2651e+003 Ba-135m 2.5518e-001 9.4415e+009 3.1370e-001 1.1607e+004 I Ba-137m 1.7871e+002 6.6124e+012 2.1970e+0e02 8.1289e+006 Ba-139 1.8042e-002 6.6756e+008 2.2180e-002 8.2066e+002 Ba-140 2.0198e+003 7.4732e+013 2.4830e+003 9.1871e+007 Ba-141 Ba-142 Br-82 1.5561e+001 5.7576e+011 1.9130e+001 7 0781e+00T5 Br-&3 8.9804e-O01 3.3227e+010 1.1040e+000 4,0848e+.004 Br-84 4.0599e-0l1 1.5022e+000 4.9910e-011 I 9 B467e-006 Ce-141 1.9205e+001 7.1060e+011 2.3610e+001 8.7357e+0'05 Ce-143 1.1055e+001 4.0902e+011 1.3590e+001 5.0283e+005 Ce-144 1.6375e+001 6.0586e+01l 2.0130e+001 7.4481e+005 Cm-242 2.8999e-001 1.0730e+010 3.55650e-001 1.3191e+004 Cm-243 1.2503e-004 4.6259e+006 1.5370e-004 5.6869e+000 Cm-244 1.6993e-002 6.2873e+008 2.0890e-002 7.7293e+002 Co-58 3.1879e-001 1.1795e+010 3.9190e-001 1.4500e+004 Co-60 1.7334e-001 6.4137e+009 2.1310e-001 7.8847e+003 Co-60m E'Moll4 I:§3)e:88e e++889 AHB e- : e Clo-52 3 .127-go-01 1 Ij975o04OL I.914300-0O1 1 .45D0O04aOO

Page : 2 DOS File: IOSP24UR.MS5 Run Date: August 19, 2005 Run Time: 11:09: 20 AM EC-RADN-1 135 Duration: 00:00:25 Page 173 Nuclide curies beccrulrels UCi/cm 3 Ba/cm3 Cs-132 2.1280e-001 7.8734e+009 2.6160e-002 9.6792e+003 Cs-134 1.2511e+003 4.6290e+013 1.5380e+003 5.6906e+007 Cs-134m 8.6469e-001 3.1993e+010 1.0630e+000 3.9331e+004 Cs-136 3.7866e+002 1.4010e+013 4.6550e+002 1.7223e+007 Cs-137 9.4359e+002 3.4913e+013 1.1600e+003 4.2920e+007 Cs-138 6.6092e-010 2.4454e+001 8.1250e-010 3.0063e-O0S Cs-139 Eu-152m 1.8058e-004 6.6816e+006 2.2200e-004 8.2140e+000 Eu-154 4.5927e-002 1.6993e+009 5.6460e-002 2.0890e+003 Eu-155 1.8888e-002 6.9886e+008 2.3220e-002 8.5914e+002 Eu-156 1.1413e+000 4.2226e+010 1.4030e+000 5.1911e+004 1-128 I-130 4.5089e+001 1.6683e+012 5.5430e+001 2.0509e+006 I-131 6.5344e+003 2.4177e+014 8.0330e+003 2.9722e+008 I-132 8.3784e+003 3.1000e+014 1.0300e+004 3.8110e+008 I-133 6.6840e+003 2.4731e+014 8.2170e+003 3.0403e+008 1-134 3.7312e-004 1.3806e+007 4.5870e-004 1.6972e+001 I-135 1.0973e+003 4.0601e+013 1.3490e+003 4.9913e+007 La-140 8.8421e+000 3.2716e+011 1.0870e+001 4.0219e+005 La-141 1.2071e-001 4.4664e+009 1.4840e-001 5.4908e+003 La-142 1.4894e-004 5.5108e+-006 1.8310e-004 6.7747e+000 Mo-99 8.5248e+001 3.1542e+012 1.0480e+002 3.8776e+006 Mo-101 Nb-95 8.3703e+000 3.0970e+011 1.0290e+001 3.8073e+005 Nb-95m 9.2488e-002 3.4221e+009 1.1370e-001 4.2069e+003 Nb-96 6.6645e-003 2.4659e+008 8.1930e-003 3.0314e+002 Nb-97 3.1033e+000 1.1482e+011 3.8150e+000 1.4115e+005 Nb-97m 2.9292e+000 1.0838e+011 3.6010e+000 1.3324e+005 Nd-147 2.9593e+000 1.0949e+O11 3.6380e+000 1.3461e+005 Nd-149 1.1974e-004 4.4303e+006 1.4720e-004 5.4464e+000 Np-236m 2.5192e-005 9.3211e+005 3.0970e-005 1.1459e+000 Np-238 3.6914e+000 1.3658e+011 4.5380e+000 1.6791e+005 Np-239 1.7294e.002 6.3987e+012 2.1260e+002 7.8662e+006 Np-240 4.2478e-008 1.5717e+003 5.2220e-008 1.9321e-003 Pd-109 6.6922e+000 2.4761e+011 8.2270e+1000 3.0440e+005 Pm-147 1.0941e+000 4.0481e+010 1.3450e+000 4.9765e+004 Pm-148 7.7480e-001 2.8668e+010 9.5250e-001 3.5243e+004 Pm-148m 1.6594e-001 6.1398e+009 2.0400e-001 7.5480e+003 Pm-149 2.0979e+000 7.7621e+010 2.5790e+OO0 9.5423e+004 Pm-151 5.2874e-001 1.9563e+010 6.500Oe-001 2.405De+004 Pr-142 1.3365e-001 4.9450e+009 1.6430e-001 6.0791e+003 Pr-143 6.9500e+000 2.5715e+011 8.5440e+000 3.1613e+005 Pr-144 6.5506e+0O0 2.4237e+011 8.0530e+0.00 2.9796e+D05 Pr-144m 9.1756e-002 3.3950e+009 1.1280e-001 4.1736e+003 Pu-237 7.1827e-005 2.6576e+006 8.830Oe-005 3.2671e+000 Pu-238 4.9709e-002 1.8392e+009 6.l110e-,002 2.2611e+003 Pu-239 5.2621e-003 1.9470e+008 6.4690e-D03 2.3935e+002 Pu-240 8.4760e-003 3.1361e+008 1.D42Oe-002 3.8554e+002 Pu-241 2.0865e+000 7.7199e+010 2.5650e+000 9.4905e+004 Pu-243 1.5878e-001 5.8750e+009 1.9520e-001 7.2224e+003 Rb-86 1.1347e+001 4..1986e+01 1.3950e+D01 -5.1615e+005 Rb-88 1.2926e+001 4.7825e+011 1.5890e+001 5.8793e+005 Rh-103m 9.1431e+001 3.3829e+012 1.1240e+002 4.1588e+006 Ph-U6O 1.934Ae2teB1 .919 4floa0 .2 .3le+o B-1 .362S+.-O R2-i26- 1.1 3419*001 4 . l8fo 4-011 1. 3950e+401 5. 3:615n+OOS

Page 3 DOS File: 1OSP24GR.MS5 Run Date: August 19, 2005 ECRADN1f5 Page 174 Run Time: 11:09:20 AM Duration: 00:00:25 Nucalif curies beccmerels yc-iys3 Ba cm 3 Rh-105n 4.4894e-001 1.6611e+010 5.5190e-001 2.0420e+004 Rh-106 3.7199e+001 1.3763e+012 4.5730e+001 1.6920e+006 Ru-103 9.1837e+001 3.3980e+012 1.1290e+002 4.1773e+006 Ru-105 1.5716e+000 5.8148e+010 1.9320e+000 7.1484e+004 Ru-106 3.7199e+001 1.3763e+012 4.5730e+001 1.6920e+006 Sb-122 1. 7944e+000 6.6395e+010 2.2060e+000 8.1622e+004 Sb-124 1.0485e+000 3.8795e+010 1.2890e+i00 4.7693e+004 Sb-125 1.4918e+001 5.5198e+011 1.8340e+001 6.7858e+005 Sb-126 4.7749e-001 1.7667e+010 5.8700e-001 2.1719e+004 Sb-126m 9.0617e-004 3.3528e+007 1.1140e-003 4.1218e+001 Sb-127 8.6469e+001 3.1993e+012 1.0630e+002 3.9331e+006 Sb-129 8.7282e+000 3.2294e+011 1.0730e+001 3 .9701e+005 Sm-151 2.973le-003 1.lOOle+008 3.6550e-003 1.3524e+002 Sm-153 1.6131e+000 5.9683e+010 1. 9830e+000 7.3371e+004 Sr-89 1.1055e+003 4.0902e+013 1.3590e+003 5.0283e+007 Sr-90 1.4219e+002 5.2610e+012 1.7480e+002 6.4676e+006 Sr-91 2.4777e+002 9.1676e+012 3.0460e+002 1.1270e+007 Sr-92 3.2586e+-000 1.2057e+011 4.0060e+000 1.4822e+005 Sr-93 Tc-99 1.2015e-003 4.4454e+007 1.4770e-003 5.4649e+001 Tc-9 9m 8.2320e+001 3.0458e+012 1.0120e+002 3.7444e+006 Tc-101 Te-12 3m 1.0477e-002 3.8765e+008 1.2880e-002 4.7656e+002 Te-125m 3.3018e+000 1.2216e+011 4.0590e+O00 1.5016e+005 Te-127 9.3952e+001 3.4762e+012 1.1550e+002 4.2735e+006 Te-127n 1.7294e+001 6.3987e+011 2.,1260e+001 7.8662e+005 Te-129 5.5452e+001 2.0517e+012 6.8170e+001 2.5223e+006 Te-129in 7.1412e+001 2.6422e+012 8.7790e+001 3.2482e+006 Te-131 3.0341e+001 1.1226e+012 3.7300e+001 1.3801e+006 Te-131m 1.3471e+002 4.9841e+012 1.6560e+002 6.1272e+006 Te-132 1.3552e+003 5.0142e+013 1.6660e+003 6.1642e+007 Te-133 3.6580e-006 1.3535e+005 4.497ne-006 1.6639e-001 Te-133m 1.6212e-005 5.9984e+005 1.'9930e-005 7.374le-001 Te-134 9.0617e-008 3.3528e+003 1.1140e-007 4.1218e-003 Y-90 5.8470e-001 2 .1634e+010 7.1880e-01 2.6596e+004 Y-91 5.8202e+000 2 .1535e+011 7.1550e+000 2.6473e+005 Y-91m 6.2846e-001 2.3253e+010 7.7260e-001 2.8586e+004 Y-92 1.9222e-001 7.1120e+009 2.3630e-001 8.7431e+003 Y-93 9.0454e-001 3.3468e+010 1.1120e+000 /4.1144e+004 zr-89 1.9449e-003 7.1963e+007 2.3910e-903 B .8467e+001 Zr-93 1.2934e-006 4.7855e+004 1.59D0e-006 I5.8830e-0O2 ,I, I r 11 1 il .1: I Zr-95 8.2401e+000 3.0489e+011 1.0130e+001 33.7481e+005 Zr-97 3.0854e+000 1.1416e+O11 3.7930e+000 I .4034e.005 .' . 11I W I

 ! .1 i Buildup j!, ,:

1 The material reference is s Shield 1- rI .!i t; iI I11 I;

 .i Integration Parameters Radial i20 Circumferential 20 '

Y Direction (axial) 25 Results CUrcumterentia l V fl -ra t-ir% {(x al 1i I

Page : 4 DOS File: 1OSP24GR.MS5 EC-RFAN- 1 135 Run Date: August 19, 2005 Page 175 Run Time: 11:09:20 AM Duration: 00:00:25 EnerrohActivity Fluence Rate Fluence Rate Exposure Rate Exnosure Rate MeV photons/sec MeV/CM2/SeC MeV/CM 2 /sec mR/hr mE/r :No Buildup With Buildu= No BuilduD With Buildup 0.015 2.894e+09 0.OOOe+00 2.369e-25 0.OOOe+00 2.032e-26 0.02 6.257e+11 0.OOOe+00 8.061e-23 0 .OOOe-+00 2.792e-24 0.03 6.438e+13 7.180e-308 1.834e-20 7.116e-310 1.818e-22 0.04 1.477e+12 1.142e-151 1.116e-21 5.052e-154 4.935e-24 0.05 6.604e+12 9.554e-95 1.631e-20 2.545e-97 4.345e-23 0.06 1.918e+12 3.345e-70 3.400e-20 6.643e-73 6.753e-23 0.08 7.443e+12 7.495e-49 3.i39e-19 1.186e-51 4.968e-22 0.1 7.097e+12 1.534e-40 1.383e-18 2.347e-43 2.116e-21 0.15 1.207e+13 7.126e-32 1.289e-17 1.173e-34 2.123e-20 0.2 5.010e+13 3.252e-27 1.245e-16 5.739e-30 2.197e-19 0.3 4.153e+13 1.712e-22 1.363e-16 3.247e-25 2.585e-19 0.4 2.123e+14 1.138e-18 2.055e-15 2.218e-21 4.004e-18 0.5 3.238e+14 3.424e-16 2.921e-13 6.720e-19 5.734e-16 0.6 4.864e+14 3.202e-14 1.756e-11 6 .250e-17 3.428e-14 0.8 3.895e+14 1.277e-11 3.436e-09 2.428e-14 6.536e-12 1.0 1.347e+14 4.156e-10 6.406e-08 7.660e-13 1.181e-10 1.5 7.849e+13 4.583e-07 2.906e-05 7.710e-10 4.889e-08 2.0 1.499e+13 8.942e-06 3.355e-04 1.383e-08 5.188e-07 3.0 2.521e+10 3.456e-06 6.876e-05 4.689e-09 9.328e-08 4.0 1.447e+05 4.515e-10 6.136e-09 5.586e-13 7.591e-12 5.0 6.857e+08 1.623e-05 1.685e-04 1.861e-08 1.932e-07 TOTALS: 1.833e+15 2.909e-05 6.019e-04 3.790e-08 8.543e-07

MicroShield v5.01 (5.01-00076)Pennsylvania Power & Light Co.Page :1 File Ref:DOS File: 10SP24I.MS5 EC-JADN -1135 Date:Run Date: August 19, 2005 Page 176 By:Run Time: 11:09:45 AM Checked:Duration: 00:00:22 Case Titlet Suppression Pool

Description:

24 Hour, ICRP38 Geometry: 7 - Cylinder Volume - Side Shields Source Dimensions Height 914.4 cm 30 ft Radius 16.828 cm 6.6 in Dose Points z

 # 1 304.8 cm 457.2 cm 0 cm 10 ft 0.0 in 15 ft 0.0 in Shields Shield Name Dimension MaterialDensity Source 8.13e+05 cm 3 Water 1 -x Shield 1 243.84 cmConcrete2.35 Transition Air 0.00122 Air Gap Air 0.00122 Wall Clad .953 cm Iron 7.86 Source Input Grouping Method: Standard Indices Number of Groups: 25 Lower Energy Cutoff: 0.015 Photons < 0.015: Excluded Library: ICRP-36 Nuclide curies -becouerels jtCi/cm 3}}