(_~ DUKE ENERGY®

William R. Gideon Vice President

Brunswick Nuclear Plant P.O. Box 10429

Southport, NC 28461

o: 910.832.3698

May 29, 2018

Serial: RA-18-0024 10 CFR 50.90

U.S. Nuclear Regulatory Commission ATTN: Document Control Desk Washington, DC 20555-0001

Subject: Brunswick Steam Electric Plant, Unit Nos. 1 and 2 Renewed Facility Operating License Nos. DPR-71 and DPR-62 Docket Nos. 50-325 and 50-324 Supplemental Information to Request for License Amendment to Revise the Technical Specifications to Relocate the Pressure-Temperature Limit Curves to a Pressure and Temperature Limits Report

Reference: Letter from William R. Gideon (Duke Energy) to the U.S. Nuclear Regulatory Commission Document Control Desk, Request for License Amendment to Revise the Technical Specifications to Relocate the Pressure-Temperature Limit Curves to a Pressure and Temperature Limits Report, dated April 4, 2018, ADAMS Accession Number ML 180948058

Ladies and Gentlemen:

On April 4, 2018 (i.e., Reference), Duke Energy Progress, LLC (Duke Energy), submitted a license amendment request (LAR) for the Brunswick Steam Electric Plant (BSEP), Unit Nos. 1 and 2. The proposed LAR modifies the Technical Specifications (TS)1.0, TS 3.4.9, and TS 5.6 to relocate the pressure and temperature limit curves from TSs to a Pressure and Temperature Limits Report (PTLR).

In support of the LAR, Duke Energy is submitting WCAP-17660-NP, Revision 0, Neutron Exposure Evaluations for Core Shroud and Pressure Vessel Brunswick Units 1 and 2, November 2012. WCAP-17660-NP is included in the enclosure to this submittal.

Duke Energy has determined that the information provided in this submittal does not alter the conclusions reached in the 10 CFR 50.92 no significant hazards determination previously submitted. In addition, the information provided in this submittal does not affect the bases for concluding that neither an environmental impact statement nor an environmental assessment needs to be prepared for the proposed amendment.

This document contains no new regulatory commitments.

Please refer any questions regarding this submittal to Mr. Lee Grzeck, Manager - Regulatory Affairs, at (910) 832-2487.

U.S. Nuclear Regulatory Commission Page 2 of 2

I declare, under penalty of perjury, that the foregoing is true and correct. Executed on May 29, 2018.

Sincerely,

rµi)J> William R. Gideon

MAT/mat

Enclosure:

cc:

WCAP-17660-NP, Revision 0, Neutron Exposure Evaluations for Core Shroud and Pressure Vessel Brunswick Units 1 and 2, November 2012

U. S. Nuclear Regulatory Commission, Region II ATTN: Ms. Catherine Haney, Regional Administrator 245 Peachtree Center Ave, NE, Suite 1200 Atlanta, GA 30303-1257

U. S. Nuclear Regulatory Commission ATTN: Mr. Dennis J. Galvin 11555 Rockville Pike Rockville, MD 20852-2738

U.S. Nuclear Regulatory Commission ATTN: Mr. Gale Smith, NRC Senior Resident Inspector 8470 River Road Southport, NC 28461-8869

Chair - North Carolina Utilities Commission (Electronic Copy Only) 4325 Mail Service Center Raleigh, NC 27699-4300 swatson@ncuc.net

Mr. W. Lee Cox, Ill, Section Chief (Electronic Copy Only) Radiation Protection Section North Carolina Department of Health and Human Services 1645 Mail Service Center Raleigh, NC 27699-1645 lee.cox@dhhs.nc.gov

WCAP-17660-NP, Revision 0

RA-18-0024 Enclosure

Neutron Exposure Evaluations for Core Shroud and Pressure Vessel Brunswick Units 1 and 2

WCAP-17660-N P Revision 0

Westinghouse Non-Proprietary Class 3

November 2012

Neutron Exposure Evaluations for Core Shroud and Pressure Vessel

Brunswick Units 1 and 2

8 Westinghouse

WESTINGHOUSE NON-PROPRIETARY CLASS 3

Westinghouse Electric Company LLC 1000 Westinghouse Drive

Cranberry Township, PA 16066, USA

© 2012 Westinghouse Electric Company LLC All Rights Reserved

WCAP-17660-NP Revision 0

Neutron Exposure Evaluations for Core Shroud and Pressure Vessel

Brunswick Units 1 and 2

Sylvia S. Wang* Radiation Engineering and Analysis

November 2012

Reviewer: Stanwood L. Anderson* Radiation Engineering Analysis

Approved: Laurent P. Houssay*, Manager Radiation Engineering Analysis

Work Performed Under Shop Order 450 Prepared by Westinghouse for Progress Energy

*Electronically approved records are authenticated in the electronic document management system.

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TABLE OF CONTENTS

LIST OF TABLES ....................................................................................................................................... iii 

LIST OF FIGURES ...................................................................................................................................... v 

ACRONYMS ............................................................................................................................................... vi 

1  INTRODUCTION ........................................................................................................................ 1-1 2  NEUTRON TRANSPORT CALCULATIONS ............................................................................ 2-1 

2.1  CALCULATION MODEL .............................................................................................. 2-1 2.2  RESULTS ........................................................................................................................ 2-5 

3  CONCLUSIONS .......................................................................................................................... 3-1 4  REFERENCES ............................................................................................................................. 4-1 

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LIST OF TABLES

Table 1.1-1 Brunswick Fuel Management Strategy ................................................................................ 1-2

Table 2.1-1 Brunswick Units 1 and 2 Operating History ...................................................................... 2-10 

Table 2.1-2 Elevations and Azimuths of Shroud Welds and Top Guide/Core Plate ............................ 2-11 

Table 2.1-3 Elevations and Azimuths of Reactor Pressure Vessel Welds ............................................ 2-12

Table 2.2-1 Unit 1 Shroud Horizontal Weld H1 Neutron Exposure Predictions .................................. 2-13 

Table 2.2-2 Unit 1 Shroud Horizontal Weld H2 Neutron Exposure Predictions .................................. 2-14 

Table 2.2-3 Unit 1 Shroud Horizontal Weld H3 Neutron Exposure Predictions .................................. 2-15 

Table 2.2-4 Unit 1 Shroud Horizontal Weld H4 Neutron Exposure Predictions .................................. 2-16 

Table 2.2-5 Unit 1 Shroud Horizontal Weld H5 Neutron Exposure Predictions .................................. 2-17

Table 2.2-6 Unit 1 Shroud Horizontal Weld H6A Neutron Exposure Predictions ............................... 2-18 

Table 2.2-7 Unit 1 Shroud Horizontal Weld H6B Neutron Exposure Predictions ............................... 2-19 

Table 2.2-8 Unit 1 Shroud Horizontal Weld H7 Neutron Exposure Predictions .................................. 2-20 

Table 2.2-9 Unit 1 Shroud Vertical Welds V1 and V2 Neutron Exposure Predictions ........................ 2-21 

Table 2.2-10 Unit 1 Shroud Vertical Welds V3 and V4 Neutron Exposure Predictions ...................... 2-22 

Table 2.2-11 Unit 1 Shroud Vertical Welds V5 and V6 Neutron Exposure Predictions ...................... 2-23 

Table 2.2-12 Unit 1 Shroud Vertical Welds V7 and V8 Neutron Exposure Predictions ...................... 2-25 

Table 2.2-13 Unit 1 Shroud Vertical Weld V9 Neutron Exposure Predictions .................................... 2-26 

Table 2.2-14 Unit 1 Shroud Vertical Weld V10 Neutron Exposure Predictions .................................. 2-27 

Table 2.2-15 Unit 1 Shroud Vertical Weld V11 Neutron Exposure Predictions .................................. 2-28 

Table 2.2-16 Unit 1 RPV Girth Weld GH Neutron Exposure Predictions ........................................... 2-29 

Table 2.2-17 Unit 1 RPV Girth Weld FG Neutron Exposure Predictions ............................................ 2-30 

Table 2.2-18 Unit 1 RPV Girth Weld EF Neutron Exposure Predictions ............................................. 2-31 

Table 2.2-19 Unit 1 RPV Vertical Welds G1 and G2 Neutron Exposure Predictions .......................... 2-32 

Table 2.2-20 Unit 1 RPV Vertical Welds F1 and F2 Neutron Exposure Predictions ........................... 2-34 

Table 2.2-21 Unit 1 RPV Lower Shell Plate Neutron Exposure Predictions ........................................ 2-36 

Table 2.2-22 Unit 1 RPV Lower Intermediate Shell Plate Neutron Exposure Predictions ................... 2-38 

Table 2.2-23 Unit 1 RPV N16 Nozzle/Nozzle Forging Neutron Exposure Predictions ....................... 2-40 

Table 2.2-24 Unit 1 Top Guide Neutron Exposure Predictions ............................................................ 2-41 

Table 2.2-25 Unit 1 Core Plate Neutron Exposure Predictions ............................................................ 2-43 

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Table 2.2-26 Unit 2 Shroud Horizontal Weld H1 Neutron Exposure Predictions ................................ 2-45 

Table 2.2-27 Unit 2 Shroud Horizontal Weld H2 Neutron Exposure Predictions ................................ 2-46 

Table 2.2-28 Unit 2 Shroud Horizontal Weld H3 Neutron Exposure Predictions ................................ 2-47 

Table 2.2-29 Unit 2 Shroud Horizontal Weld H4 Neutron Exposure Predictions ................................ 2-48 

Table 2.2-30 Unit 2 Shroud Horizontal Weld H5 Neutron Exposure Predictions ................................ 2-49 

Table 2.2-31 Unit 2 Shroud Horizontal Weld H6A Neutron Exposure Predictions ............................. 2-50 

Table 2.2-32 Unit 2 Shroud Horizontal Weld H6B Neutron Exposure Predictions ............................. 2-51 

Table 2.2-33 Unit 2 Shroud Horizontal Weld H7 Neutron Exposure Predictions ................................ 2-52 

Table 2.2-34 Unit 2 Shroud Vertical Welds V1 and V2 Neutron Exposure Predictions ...................... 2-53 

Table 2.2-35 Unit 2 Shroud Vertical Welds V3 and V4 Neutron Exposure Predictions ...................... 2-54 

Table 2.2-36 Unit 2 Shroud Vertical Welds V5 and V6 Neutron Exposure Predictions ...................... 2-55 

Table 2.2-37 Unit 2 Shroud Vertical Welds V7 and V8 Neutron Exposure Predictions ...................... 2-57 

Table 2.2-38 Unit 2 Shroud Vertical Weld V9 Neutron Exposure Predictions .................................... 2-58 

Table 2.2-39 Unit 2 Shroud Vertical Weld V10 Neutron Exposure Predictions .................................. 2-59 

Table 2.2-40 Unit 2 Shroud Vertical Weld V11 Neutron Exposure Predictions .................................. 2-60 

Table 2.2-41 Unit 2 RPV Girth Weld GH Neutron Exposure Predictions ........................................... 2-61 

Table 2.2-42 Unit 2 RPV Girth Weld FG Neutron Exposure Predictions ............................................ 2-62 

Table 2.2-43 Unit 2 RPV Girth Weld EF Neutron Exposure Predictions ............................................. 2-63 

Table 2.2-44 Unit 2 RPV Vertical Welds G1 and G2 Neutron Exposure Predictions .......................... 2-64 

Table 2.2-45 Unit 2 RPV Vertical Welds F1 and F2 Neutron Exposure Predictions ........................... 2-66 

Table 2.2-46 Unit 2 RPV Lower Shell Plate Neutron Exposure Predictions ........................................ 2-68 

Table 2.2-47 Unit 2 RPV Lower Intermediate Shell Plate Neutron Exposure Predictions ................... 2-70 

Table 2.2-48 Unit 2 RPV N16 Nozzle/Nozzle Forging Neutron Exposure Predictions ....................... 2-72 

Table 2.2-49 Unit 2 Top Guide Neutron Exposure Predictions ............................................................ 2-73 

Table 2.2-50 Unit 2 Core Plate Neutron Exposure Predictions ............................................................ 2-75 

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LIST OF FIGURES

Figure 2.1-1 Brunswick DORT (r,) Model ........................................................................................ 2-6 

Figure 2.1-2 Brunswick DORT (r,z) Model ........................................................................................ 2-7 

Figure 2.1-3 Brunswick Shroud Welds ................................................................................................ 2-8 

Figure 2.1-4 Brunswick Reactor Vessel Welds ................................................................................... 2-9 

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ACRONYMS

3-D Three-dimensional BWR Boiling Water Reactor CFR Code of Federal Regulations dpa Displacement per Atom EFPY Effective Full Power Years LWR Light Water Reactor NUREG U. S. Nuclear Regulatory Commission Regulation RPV reactor pressure vessel SER Safety Evaluation Report SRP Standard Review Plan NRC Nuclear Regulatory Commission WCAP Westinghouse Commercial Atomic Power

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1 INTRODUCTION

In the assessment of the state of embrittlement of light water reactor (LWR) pressure vessels, an accurate evaluation of the neutron exposure of each of the materials comprising the beltline region of the pressure vessel is required. In Appendix G to 10 CFR 50 (Reference 1), the beltline region is defined as “the region of the reactor vessel shell material (including welds, heat affected zones, and plates or forgings) that directly surrounds the effective height of the reactor core and adjacent regions of the reactor vessel that are predicted to experience sufficient neutron radiation damage to be considered in the selection of the most limiting material with regard to radiation damage”. In Appendix H to 10 CFR 50 (Reference 1), the threshold fast neutron fluence to be used to determine if a specific material is to be included in the beltline region is further defined as 1.0E+17 n/cm2 (E > 1.0 Mev). Therefore, in order to encompass all areas of the reactor vessel anticipated to accrue a fast neutron exposure greater than 1.0E+17 n/cm2, plant specific exposure assessments must include evaluations not only at locations of maximum exposure at the inner diameter of the vessel, but, also as a function of axial, azimuthal, and radial location throughout the vessel wall. Regulatory Guide 1.190, “Calculational and Dosimetry Methods for Determining Pressure Vessel Neutron Fluence” (Reference 2) describes state-of-the-art calculation and measurement procedures that are acceptable to the NRC staff for determining pressure vessel fluence applicable to these beltline locations.

This document describes neutron fluence/exposure assessments performed for the Brunswick Unit 1 and Unit 2 reactor pressure vessel, core shroud, top guide, and core plate based on the guidance specified in Regulatory Guide 1.190 (Reference 2). In these assessments, fast neutron exposures expressed in terms of fast neutron fluence (n/cm2, E > 1.0 MeV) and the iron displacements per atom (dpa) were established for the inner surface of the pressure vessel and for the core shroud, top guide, and core plate within the reactor vessel. The methodology used in the analysis has been applied to the Brunswick reactors in the past and was previously reviewed and accepted by the USNRC staff as being complient with Regulatory Guide 1.190 (Reference 3).

In the current evaluation, the neutron exposures of the materials were determined on a plant and fuel cycle specific basis for the first 18 operating cycles at Brunswick Unit 1 and the first 19 operating cycles at Brunswick Unit 2, based on actual plant operating data. At the conclusion of fuel cycle 18, Brunswick Unit 1 has accrued 25.0 effective full power years (EFPY) of operation. Likewise at the conclusion of fuel cycle 19, Brunswick Unit 2 has accrued 24.5 EFPY.

Following completion of the plant-and-cycle-specific exposure assessments encompassing the operating fuel cycles completed to date, projections of future operations based on an equilibrium cycle designed for both Units were performed. The projections of neutron exposure of the pressure vessel, shroud, top guide, and core plate extending to 32 EFPY as well as 54 EFPY are carried out for both units. The specifics of the long term projections are detailed in Section 2.1 of this report.

The fuel management strategies employed during the operating lifetime of both Brunswick Units 1 and 2 are categorized and summarized in Table 1.1-1.

Based on the above fuel management scenarios for Unit 1 and Unit 2, neutron exposure projections applicable to the core shroud and the pressure vessel were developed for Brunswick Units 1 and 2. Results of these plant specific calculations are provided in Section 2.2 of this report.

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Table 1.1-1 Brunswick Fuel Management Strategy

CYCLE Fuel TypeFuel height

(cm) Power CYCLE Fuel TypeFuel height

(cm) Power

1 GE4 370.84 2436 1 GE3 365.76 2436

2 GE5 381 2436 2 GE4 370.84 2436

3 GE6 381 2436 3 GE5 381 2436

4 GE6 381 2436 4 GE6 381 2436

5 GE7 381 2436 5 GE6 381 2436

6 GE7 381 2436 6 GE7 381 2436

7 GE8 381 2436 7 GE7 381 2436

8 GE10 381 2436 8 GE8 381 2436

9 GE10 381 2436 9 GE9 381 2436

10 GE10 381 2436 10 GE10 381 2436

11 GE13 370.84 2558 11 GE10 381 2436

12 GE13 370.84 2558 12 GE13 370.84 2436

13 GE13 370.84 2558 13 GE13 370.84 2558

14 GE14 381 2754 14 GE13 370.84 2558

15 GE14 381 2923 15 GE14 381 2558

16 GE14 381 2923 16 GE14 381 2825

17 A10 379.60 2923 17 GE14 381 2923

18 A10 379.60 2923 18 GE14 381 2923

19 (EQ) A10XM 381 2923 19 A10 379.60 2923

20 (AVG) A10XM 381.00 2923 20 (EQ) A10XM 381.00 2923

21 (AVG) A10XM 381 2923

UNIT 1 UNIT 2

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2 NEUTRON TRANSPORT CALCULATIONS

In performing the fast neutron exposure evaluations for the Brunswick Units 1 and 2 reactors, plant specific forward transport calculations were carried out using the three-dimensional (3-D) flux synthesis technique described in Section 1.3.4 of Regulatory Guide 1.190 (Reference 2). For all fuel cycles, the following single channel synthesis equation was employed:

)r(φ

)z,r(φ*)θ,r(φ=)z,θ,r(φ

where (r,,z) is the synthesized three-dimensional neutron flux distribution, (r,) is the transport solution in (r,) geometry, (r,z) is the two-dimensional solution for a cylindrical reactor model using the actual axial core power distribution, and (r) is the one-dimensional solution for a cylindrical reactor model using the same source per unit height as that used in the (r,) two-dimensional calculation.

For the Brunswick Units 1 and 2 analyses, all of the transport calculations were carried out using the DORT two-dimensional discrete ordinates code Version 3.1 and the BUGLE-96 cross–section library. The BUGLE-96 library provides a 67 group coupled neutron-gamma ray cross-section data set produced specifically for light water reactor application. In these analyses, anisotropic scattering was treated with a P5 Legendre expansion and the angular discretization was modeled with an S16 order of angular quadrature.

2.1 CALCULATION MODEL

(R-) DORT Models A plan view of the (r,) model of the Brunswick Units 1 and 2 reactor geometry at the core midplane is shown in Figure 2.1-1. Since the reactor exhibits quadrant symmetry only a 0° to 90° sector is depicted. In addition to the active core, core shroud, pressure vessel, and primary biological shield, the model also included homogenized representations of the jet pump riser and mixer tubes and the insulation located external to the pressure vessel. The modeling shown in Figure 2.1-1 is representative of the core midplane elevation. The dosimetry surveillance capsule installed near the pressure vessel is not modeled in the current analysis.

In developing the (r,) analytical model of the reactor geometry shown in Figure 2.1-1, nominal design dimensions were employed for the various structural components with the core shroud dimension based on design information provided by Progress Energy. As shown in Figure 2.1-1, the interior regions of the reactor core were treated as a homogeneous mixture of fuel, cladding, water, and miscellaneous core structures. Since the primary contributors to neutron exposure of the core shroud and pressure vessel are the fuel assemblies located on the core periphery, the fuel assemblies and associated coolant flow channels at the core periphery were modeled separately from the core interior region.

The (r,) model consisted of 156 radial by 181 azimuthal mesh intervals. Mesh interval size was chosen to assure convergence of the point-wise flux solution in the DORT transport calculations. Point-wise inner iteration flux convergence criterion utilized in the (r,) calculations was set at a value of 0.001. The stainless

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steel riser and jet pump mixer tubes located between the core shroud and the pressure vessel were modeled as homogenized mixture of steel and water. The core midplane diameter of these pipes are preserved in the (r,) model.

(R-Z) DORT Models An elevation view of the (r,z) model of the Brunswick Units 1 and 2 reactors is shown in Figure 2.1-2. The model extended radially from the centerline of the reactor core out to a location interior to the primary biological shield. The axial span of the model in Figure 2.1-2 spans an axial elevation from approximately 25 inches below the active fuel zone to approximately 21 inches above the active fuel. The axial extent of the model was chosen to permit the determination of the maximum exposure of vessel materials expected to experience a fast neutron fluence greater than 1.0e+17 n/cm2 (E > 1.0 MeV) over the service life of the respective units.

As in the case of the (r,) model, nominal design dimensions and full power coolant densities were employed in the calculations. In this case, the homogenous core region was treated as an equivalent cylinder with axial zoning appropriate to modeling the change in void fraction in the coolant and fuel pin lengths in the fuel bundles. The active core was modeled as seven axial zones and the coolant void fraction in each zone was used to adjust the water density in the zone to match the average value over the discrete zone height. The various cycle specific fuel types loaded into the active core in each cycle were modeled as homogeneous materials with reduced fuel and cladding densities in the appropriate elevations in the active core region. The water density in the zones with reduced fuel/cladding density was adjusted to model the increased volume fraction of the water/steam coolant. The total volume of the cylindrical region model of the active core has a volume equal to that of the active core zone. Risers and jet tubes included in the (r,) geometric model are not included in the (r,z) model. The (r,z) geometric mesh description of the reactor model shown in Figure 2.1-2 consisted of 156 radial by 85 axial intervals. Mesh sizes were defined to assure that proper point-wise flux convergence is achieved during the inner iterations of the DORT solution. The point-wise inner iteration flux convergence criterion utilized in the (r,z) calculations was set at a value of 0.001. The radial mesh definition in the (r,z) model is identical to the radial modeling of the (r,) model.

One-dimensional radial models used in the synthesis procedure consisted of the same 156 radial mesh intervals included in the (r,z) model. Thus, radial synthesis factors could be determined on a mesh-by-mesh basis throughout the entire geometry.

Fuel Cycle Modeling The fuel cycle information provided for the Brunswick Unit 1 and Unit 2 plants is summarized in Table 2.1-1. The cycle times and operating thermal power used in the prediction of the neutron flux distributions in the various models required for the synthesis methodology are listed. Also shown are the total accumulated cycle times at end-of-cycle including completed fuel cycles up to Cycle 18 for Unit 1 and Cycle 19 for Unit 2. Unit 1 Cycle 19 and Unit 2 Cycle 20 are assumed to operate with nominal equilibrium core design as provided by Progress Energy in Reference 7. Projected neutron flux distributions for future fuel cycles for Unit 1 are based on radial data represented by the average of post-EPU cycles (Cycles 15 to 19) and listed as C20 (Avg) in Table 2.1-1; and on axial power

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distribution and void distributions from the nominal MELLLA+ equilibrium fuel cycle design contained in Reference 7. Similarly, future projections for Unit 2 are based on radial data represented by the average of post-EPU Cycles 17 to 20 and listed as C21 (Avg) in Table 2.1-1. As is the case for Unit 1, the axial power distribution and void data from the nominal MELLLA+ equilibrium cycle design are also applied to the Unit 2 neutron flux projections. These future cycles are used to provide projected fluence values up to 32 and 54 EFPY. Table 2.1-1 also lists the fuel bundle types inserted in each of the cycles. It should be noted that the cycle EFPDs are based on the rated power listed for each cycle; accumulated EFPY represent the sum of the individual cycle EFPD and are not indexed to a single core power level. This is consistent with the use of cycle flux and cycle time in the calculation of neutron fluence. In regard to the average radial data used for the neutron flux projections for future fuel cycles, it should be noted that the mechanics of the averaging procedure did not involve the explicit use of an average radial power distribution in a single transport calculation. Rather, neutron flux solutions were obtained using each of the individual radial power distributions being considered (Cycles 15-19 for Unit 1 and Cycles 17-20 for Unit 2) in combination with the axial power and void distributions from the nominal MELLLA+ equilibrium fuel cycle design in separate calculations. The electronic neutron flux files from these individual calculations were then averaged to obtain the flux distributions for the future projections. This averaging approach is fully equivalent to defining an average radial power distribution and subsequently computing an average neutron flux distribution based on that average radial power profile. As an aid to provide core designers with a tool to compare future fuel cycle designs with the neutron projections provided in this report, the following composite radial power distributions have been generated for Units 1 and 2, respectively. Future fuel cycle designs that exhibit cycle average peripheral powers that are close to those shown would be expected to result in neutron flux distributions that are in close agreement with those used for the future Brunswick Units 1 and 2 fluence projections.

1.052 1.104 1.232 1.101 1.219 1.100 1.205 1.083 1.178 1.054 1.046 0.836 0.483

1.117 1.225 1.110 1.231 1.117 1.216 1.101 1.228 1.094 1.162 1.024 0.866 0.486

1.247 1.112 1.229 1.110 1.289 1.099 1.213 1.127 1.209 1.054 1.049 0.845 0.474

1.103 1.212 1.095 1.200 1.085 1.215 1.098 1.224 1.109 1.147 1.004 0.786 0.460

1.220 1.101 1.203 1.089 1.167 1.116 1.218 1.121 1.160 1.041 0.936 0.678 0.376

1.112 1.219 1.102 1.302 1.127 1.249 1.127 1.230 1.099 1.046 0.788 0.479

1.228 1.104 1.221 1.117 1.239 1.129 1.225 1.109 1.087 0.952 0.614

1.112 1.229 1.128 1.238 1.112 1.228 1.100 1.112 0.987 0.830 0.481

1.204 1.103 1.211 1.121 1.171 1.083 1.080 0.977 0.845 0.671 0.362

1.092 1.190 1.070 1.160 1.059 1.050 0.952 0.831 0.669 0.400

1.095 1.052 1.073 1.019 0.944 0.794 0.623 0.484 0.363

0.857 0.890 0.863 0.795 0.686 0.480

0.499 0.501 0.485 0.463 0.381

Unit 1 ­ Composite Cycles 15 ­ 19 Average Radial Power Distribution

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Along with these cycle average radial power distributions, the following axial power and void distributions were used in the calculation of the neutron flux distributions used for future projections at both Brunswick Units 1 and 2. These axial distributions were based on the nominal MELLLA+ equilibrium fuel cycle design.

0.976 1.062 1.198 1.101 1.217 1.099 1.205 1.100 1.199 1.072 1.079 0.857 0.519

1.085 1.193 1.102 1.227 1.119 1.203 1.095 1.236 1.114 1.182 1.054 0.879 0.500

1.224 1.101 1.213 1.110 1.224 1.100 1.216 1.120 1.220 1.061 1.058 0.857 0.469

1.097 1.200 1.091 1.197 1.099 1.203 1.112 1.232 1.102 1.144 1.009 0.877 0.422

1.214 1.097 1.201 1.103 1.158 1.101 1.208 1.110 1.190 1.026 0.936 0.655 0.356

1.115 1.214 1.112 1.239 1.130 1.235 1.118 1.231 1.089 1.052 0.787 0.466

1.228 1.109 1.205 1.123 1.246 1.122 1.220 1.091 1.121 0.965 0.620

1.101 1.222 1.114 1.240 1.121 1.232 1.095 1.140 1.016 0.849 0.470

1.195 1.107 1.207 1.104 1.197 1.092 1.118 1.016 0.855 0.688 0.367

1.083 1.189 1.068 1.171 1.051 1.061 0.968 0.850 0.686 0.404

1.097 1.068 1.073 1.007 0.965 0.798 0.615 0.464 0.367

0.863 0.889 0.870 0.785 0.673 0.478

0.511 0.499 0.468 0.436 0.370

Unit 2 ­ Composite Cycles 17 ­ 20 Average Radial Power Distribution

Fractional Core Height

Weighted Relative Power

Weighted Void Fraction

0.98 0.2071 0.7585

0.94 0.6049 0.7537

0.90 0.7820 0.7452

0.86 0.8693 0.7345

0.82 0.9301 0.7222

0.78 0.9735 0.7082

0.74 0.9880 0.6928

0.70 1.0060 0.6758

0.66 1.0162 0.6571

0.62 1.0251 0.6368

0.58 1.0537 0.6142

0.54 1.0675 0.5898

0.50 1.1836 0.5606

0.46 1.2158 0.5260

0.42 1.2340 0.4870

0.38 1.2561 0.4431

0.34 1.2690 0.3938

0.30 1.2632 0.3392

0.26 1.2491 0.2799

0.22 1.2494 0.2158

0.18 1.2263 0.1479

0.14 1.1724 0.0815

0.10 1.0847 0.0290

0.06 0.8478 0.0042

0.02 0.2256 0.0000

Nominal MELLLA+ Axial Power and Void Distributions

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Core Shroud and Reactor Vessel Welds The neutron exposure values, neutron fluence (n/cm2, E>1.0 MeV) and iron atom displacements (dpa) are predicted for a series of shroud welds and reactor vessel welding locations. Brunswick Units 1 and 2 reactor system locations specified in Table 2.1-2 include the horizontal and vertical welds of the shroud structure and the elevations of the bottom of the top guide and the top of the core plate. Note that the H1 and H2 welds have different shroud diameters than the rest of horizontal shroud welds. A schematic sketch is also shown in Figure 2.1-3. The shroud diameter at the H7 elevation is reduced from that at core midplane, however, the exposure data for that weld have been extracted at the core midplane shroud radius.

Table 2.1-3 lists locations specific to the reactor pressure vessel including girth welds, vertical welds, shell plates, and the top/centerline/bottom of the N-16 nozzles and nozzle forgings.

2.2 RESULTS

The calculated cycle-specific neutron exposure of the core shroud, reactor pressure vessel, top guide, and core plate are listed in Tables 2.2-1 through 2.2-50. Neutron exposure values listed are fast neutron fluence (n/cm2, E > 1.0 MeV) and iron atom displacements (dpa) experienced at key locations, welds and shell plates in the core shroud, reactor pressure vessel (RPV), top guide, and core plate of the Unit 1 and Unit 2 reactor systems. The predicted neutron exposure at the Unit 1 core shroud key locations are listed in Tables 2.2-1 through 2.2-15. Unit 1 neutron exposure values for key locations at the RPV and N-16 nozzles are provided in Tables 2.2-16 through Tables 2.2-23. Table 2.2-24 and Table 2.2-25 list the Unit 1 top guide and core plate neutron exposure values. Values are provided for plant operation up to and including the end of actual operating fuel cycle and projected values for 32 and 54 EFPY of operation. Predicted neutron exposure data at the Unit 2 core shroud key locations are listed in Tables 2.2-26 to 2.2-40. Unit 2 neutron exposure values for key locations at the RPV and N-16 nozzles are provided in Tables 2.2-41 to Tables 2.2-48. Table 2.2-49 and Table 2.2-50 list the Unit 2 top guide and core plate neutron exposure values.

The first six columns of each table are the cycle specific exposure values of neutron fluence and dpa at the conclusion of the most recent operating cycles. The next two columns are exposure approximations for the next projected fuel cycle based on the equilibrium cycle design provided in Reference 7, and the average of post-EPU cycles as described in Section 2.1. The last two columns of data in each table are projected fluence and dpa based on operation with the post-EPU average cycle to 32 and 54 EFPY, respectively. The tabulated values provided in all tables are the projected values at azimuths, radii, or elevations in the analytical model. The azimuths are in angles (degrees) and radii and elevations are in centimeters. All elevation values are from the bottom of the active core region. As an enhancement for expediting the processes of P-T curve updating and reactor internals flaw inspection, the tabulated data are high-lighted with yellow shade for shroud fluences (E > 1 MeV) exceeding 1e21 n/cm2, RPV fluences exceeding 1e17 n/cm2, as well as top guide and core plate fluences that exceed 5.5e20 n/cm2.

WCAP-17660-NP

WESTINGHOUSE NON-PROPRIETARY CLASS 3

Brunswick R-T with Jet Pumps 30 60 90 degrees Meshes: 156R.1818

2-6

--· - •wr - 1101!!Et111 111D - .Vl\11 --- C#WIQID

Figure 2.1-1

-N51Umt All -~

Brunswick DORT (r,8) Model

November 2012 Revision 0

WESTINGHOUSE NON-PROPRIETARY CLASS 3

Brunswfck r - z Model wfthout fet pumps Meshes: 156R, 852

1-------~~ • i i ~ N

: I

fcml

Figure 2.1-2 Brunswick DORT (r,z) Model

2-7

WCAP-17660-NP November 2012 Revision 0

WESTINGHOUSE NON-PROPRIETARY CLASS 3 2-8

WCAP-17660-NP November 2012 Revision 0

Figure 2.1-3 Brunswick Shroud Welds

Figure 2.1-3 Brunswick Shroud Welds

WESTINGHOUSE NON-PROPRIETARY CLASS 3 2-9

WCAP-17660-NP November 2012 Revision 0

Figure 2.1-4 Brunswick Reactor Vessel Welds

WESTINGHOUSE NON-PROPRIETARY CLASS 3 2-10

WCAP-17660-NP November 2012 Revision 0

Table 2.1-1 Brunswick Units 1 and 2 Operating History

CYCLE PowerCycle Exposure

(MWd/MT) EFPDAccumulated

EFPY CYCLE PowerCycle Exposure

(MWd/MT) EFPDAccumulated

EFPY

1 2436 10817.0 463.7 1.27 1 2436 350.4 0.96

2 2436 6220.3 265.1 2.00 2 2436 301.6 1.79

3 2436 9604.4 407.6 3.11 3 2436 188.8 2.30

4 2436 9606.6 404.9 4.22 4 2436 310.0 3.15

5 2436 9554.8 403.0 5.32 5 2436 298.7 3.96

6 2436 10165.5 430.2 6.50 6 2436 289.0 4.76

7 2436 10970.2 460.3 7.76 7 2436 475.4 6.06

8 2436 8171.4 339.1 8.69 8 2436 440.7 7.26

9 2436 9886.1 406.3 9.80 9 2436 424.9 8.43

10 2436 11341.8 462.4 11.07 10 2436 372.2 9.45

11 2558 13012.4 499.8 12.44 11 2436 13266.4 541.9 10.93

12 2558 16139.7 611.6 14.11 12 2436 12680.0 511.8 12.33

13 2558 18697.2 701.1 16.03 13 2558 13714.7 520.9 13.76

14 2754 18858.0 669.5 17.86 14 2558 16428.2 616.5 15.45

15 2923 19306.8 659.6 19.67 15 2558 18246.1 696.6 17.35

16 2923 19291.2 662.7 21.48 16 2825 19024.4 670.6 19.19

17 2923 18637.7 639.3 23.23 17 2923 18301.0 628.3 20.91

18 2923 19234.6 648.1 25.01 18 2923 19211.1 659.1 22.71

19(EQ) 2923 19376.6 675 26.86 19 2923 18829.7 644.3 24.48

20(AVG) 2923 19169 675 28.70 20(EQ) 2923 19376.6 675 26.33

21(AVG) 2923 18930 675 28.17

Note: For Unit 1, assume Cycle 20 is the average of C15, C16, C17, C18, C19 - which has equilibrium core load

For Unit 2, assume Cycle 21 is the average of C17, C18, C19, C20 - which has equilibrium core load

UNIT 1 UNIT 2

WESTINGHOUSE NON-PROPRIETARY CLASS 3 2-11

WCAP-17660-NP November 2012 Revision 0

Table 2.1-2 Elevations and Azimuths of Shroud Welds and Top Guide/Core Plate

Description

Elevation

Note 1

Elevation

Note 2

Elevation

Note 3

Notes/Comments

(in) (in) (cm)

Horizontal Weld H1 388.63 180.07 457.38 Shroud ID above top guide = 186.5”

Horizontal Weld H2 356.63 148.07 376.09 Shroud ID above top guide = 186.5”

Horizontal Weld H3 353.63 145.07 368.47 Shroud ID = 174.5”

Horizontal Weld H4 317.63 109.07 277.03 Shroud ID = 174.5”

Horizontal Weld H5 219.50 10.94 27.79 Shroud ID = 174.5”

Horizontal Weld H6A 183.50 -25.06 -63.65 Shroud ID = 174.5”

Horizontal Weld H6B 179.25 -29.31 -74.45 Shroud ID = 174.5”

Horizontal Weld H7 127.19 -81.37 -206.69 Shroud ID = 174.5”

Bottom of Top Guide 356.63 148.07 376.09

Top of Core Plate 201.50 -7.06 -17.93

Vertical Weld V1 N/A N/A N/A Extends between H1 and H2 @ 50 degree azimuth.

Vertical Weld V2 N/A N/A N/A Extends between H1 and H2 @ 230 degree azimuth.

Vertical Weld V3 N/A N/A N/A Extends between H3 and H4 @ 140 degree azimuth.

Vertical Weld V4 N/A N/A N/A Extends between H3 and H4 @ 320 degree azimuth.

Vertical Weld V5 N/A N/A N/A Extends between H4 and H5 @ 50 degree azimuth.

Vertical Weld V6 N/A N/A N/A Extends between H4 and H5 @ 230 degree azimuth.

Vertical Weld V7 N/A N/A N/A Extends between H5 and H6A @ 140 degree azimuth.

Vertical Weld V8 N/A N/A N/A Extends between H5 and H6A @ 320 degree azimuth.

Vertical Weld V9 N/A N/A N/A Extends between H6B and H7 @ 50 degree azimuth.

Vertical Weld V10 N/A N/A N/A Extends between H6B and H7 @ 170 degree azimuth.

Vertical Weld V11 N/A N/A N/A Extends between H6B and H7 @ 70 degree azimuth.

Notes:

Elevation Relative to Vessel Zero

Elevation Relative To Bottom of Active Fuel at 208.56 in.

Elevation Relative To Bottom of Active Fuel at 529.74 cm.

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3.42

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2.58

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3.10

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3.57

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4.64

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5.71

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6.85

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7.93

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1.56

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601.

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2.12

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2.59

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3.09

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3.55

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6.91

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2.75

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3.34

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3.96

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4.51

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8.65

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54E

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1.71

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21.

90E

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2.04

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2.40

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2.74

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C19

(eq

)C

20 (

avg)

Pro

ject

edP

roje

cted

Tim

e,s

6.06

E+

075.

78E

+07

5.70

E+

075.

73E

+07

5.52

E+

075.

60E

+07

5.83

E+

075.

83E

+07

1.04

E+

086.

94E

+08

EF

PY

16

.03

17.8

619

.67

21.4

823

.23

25.0

126

.86

28.7

032

54

Azi

mut

h

09.

86E

+19

1.07

E+

201.

17E

+20

1.23

E+

201.

33E

+20

1.45

E+

201.

59E

+20

1.70

E+

201.

89E

+20

3.19

E+

20

151.

82E

+20

1.97

E+

202.

18E

+20

2.31

E+

202.

52E

+20

2.74

E+

202.

98E

+20

3.19

E+

203.

56E

+20

6.02

E+

20

301.

09E

+20

1.19

E+

201.

31E

+20

1.39

E+

201.

52E

+20

1.67

E+

201.

83E

+20

1.96

E+

202.

19E

+20

3.75

E+

20

453.

52E

+20

3.83

E+

204.

20E

+20

4.45

E+

204.

86E

+20

5.31

E+

205.

85E

+20

6.26

E+

207.

00E

+20

1.19

E+

21

601.

08E

+20

1.20

E+

201.

32E

+20

1.39

E+

201.

52E

+20

1.66

E+

201.

82E

+20

1.95

E+

202.

17E

+20

3.70

E+

20

751.

81E

+20

1.96

E+

202.

16E

+20

2.28

E+

202.

47E

+20

2.70

E+

202.

93E

+20

3.12

E+

203.

48E

+20

5.84

E+

20

909.

86E

+19

1.06

E+

201.

16E

+20

1.21

E+

201.

30E

+20

1.42

E+

201.

55E

+20

1.65

E+

201.

83E

+20

3.03

E+

20

Azi

mut

h

01.

42E

-01

1.53

E-0

11.

68E

-01

1.77

E-0

11.

91E

-01

2.09

E-0

12.

29E

-01

2.45

E-0

12.

72E

-01

4.58

E-0

1

152.

62E

-01

2.84

E-0

13.

14E

-01

3.34

E-0

13.

63E

-01

3.96

E-0

14.

30E

-01

4.59

E-0

15.

13E

-01

8.68

E-0

1

301.

57E

-01

1.71

E-0

11.

89E

-01

2.00

E-0

12.

19E

-01

2.40

E-0

12.

63E

-01

2.82

E-0

13.

15E

-01

5.39

E-0

145

5.14

E-0

15.

58E

-01

6.13

E-0

16.

49E

-01

7.09

E-0

17.

74E

-01

8.53

E-0

19.

13E

-01

1.02

E+

001.

74E

+00

601.

56E

-01

1.72

E-0

11.

89E

-01

2.00

E-0

12.

18E

-01

2.39

E-0

12.

62E

-01

2.80

E-0

13.

13E

-01

5.32

E-0

175

2.61

E-0

12.

83E

-01

3.12

E-0

13.

28E

-01

3.56

E-0

13.

89E

-01

4.22

E-0

14.

50E

-01

5.01

E-0

18.

42E

-01

901.

42E

-01

1.53

E-0

11.

67E

-01

1.74

E-0

11.

88E

-01

2.04

E-0

12.

23E

-01

2.37

E-0

12.

63E

-01

4.35

E-0

1

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: A

zim

uth

is A

ngle

in F

irst

Qua

dran

t

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

16

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-4

U

nit

1 S

hro

ud

Hor

izon

tal W

eld

H4

Neu

tron

Exp

osu

re P

red

icti

ons

Cyc

le

13C

ycle

14

Cyc

le

15C

ycle

16

Cyc

le

17C

ycle

18

C19

(eq

)C

20 (

avg)

Pro

ject

edP

roje

cted

Tim

e,s

6.06

E+

075.

78E

+07

5.70

E+

075.

73E

+07

5.52

E+

075.

60E

+07

5.83

E+

075.

83E

+07

1.04

E+

086.

94E

+08

EF

PY

16

.03

17.8

619

.67

21.4

823

.23

25.0

126

.86

28.7

032

54

Azi

mut

h

02.

82E

+20

3.14

E+

203.

46E

+20

3.77

E+

204.

05E

+20

4.40

E+

204.

73E

+20

5.06

E+

205.

64E

+20

9.54

E+

20

155.

24E

+20

5.85

E+

206.

51E

+20

7.15

E+

207.

74E

+20

8.36

E+

208.

93E

+20

9.56

E+

201.

07E

+21

1.82

E+

21

303.

12E

+20

3.52

E+

203.

90E

+20

4.28

E+

204.

66E

+20

5.06

E+

205.

44E

+20

5.84

E+

206.

54E

+20

1.13

E+

21

459.

94E

+20

1.11

E+

211.

24E

+21

1.35

E+

211.

47E

+21

1.60

E+

211.

72E

+21

1.85

E+

212.

07E

+21

3.56

E+

21

603.

10E

+20

3.54

E+

203.

93E

+20

4.29

E+

204.

65E

+20

5.04

E+

205.

43E

+20

5.81

E+

206.

50E

+20

1.11

E+

21

755.

17E

+20

5.76

E+

206.

41E

+20

6.96

E+

207.

51E

+20

8.14

E+

208.

69E

+20

9.29

E+

201.

04E

+21

1.75

E+

21

902.

79E

+20

3.08

E+

203.

40E

+20

3.64

E+

203.

91E

+20

4.23

E+

204.

54E

+20

4.84

E+

205.

38E

+20

8.95

E+

20

Azi

mut

h

04.

02E

-01

4.47

E-0

14.

93E

-01

5.38

E-0

15.

77E

-01

6.27

E-0

16.

74E

-01

7.21

E-0

18.

04E

-01

1.36

E+

00

157.

49E

-01

8.35

E-0

19.

30E

-01

1.02

E+

001.

11E

+00

1.20

E+

001.

28E

+00

1.37

E+

001.

53E

+00

2.61

E+

00

304.

45E

-01

5.01

E-0

15.

56E

-01

6.10

E-0

16.

64E

-01

7.21

E-0

17.

76E

-01

8.32

E-0

19.

33E

-01

1.61

E+

00

451.

44E

+00

1.61

E+

001.

79E

+00

1.96

E+

002.

13E

+00

2.31

E+

002.

49E

+00

2.67

E+

002.

99E

+00

5.15

E+

00

604.

41E

-01

5.05

E-0

15.

60E

-01

6.11

E-0

16.

63E

-01

7.19

E-0

17.

73E

-01

8.29

E-0

19.

27E

-01

1.58

E+

00

757.

39E

-01

8.24

E-0

19.

16E

-01

9.95

E-0

11.

07E

+00

1.16

E+

001.

24E

+00

1.33

E+

001.

48E

+00

2.51

E+

00

903.

97E

-01

4.39

E-0

14.

84E

-01

5.19

E-0

15.

57E

-01

6.02

E-0

16.

47E

-01

6.90

E-0

17.

66E

-01

1.28

E+

00

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: A

zim

uth

is A

ngle

in F

irst

Qua

dran

t

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

17

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-5

U

nit

1 S

hro

ud

Hor

izon

tal W

eld

H5

Neu

tron

Exp

osu

re P

red

icti

ons

Cyc

le

13C

ycle

14

Cyc

le

15C

ycle

16

Cyc

le

17C

ycle

18

C19

(eq

)C

20 (

avg)

Pro

ject

edP

roje

cted

Tim

e,s

6.06

E+

075.

78E

+07

5.70

E+

075.

73E

+07

5.52

E+

075.

60E

+07

5.83

E+

075.

83E

+07

1.04

E+

086.

94E

+08

EF

PY

16

.03

17.8

619

.67

21.4

823

.23

25.0

126

.86

28.7

032

54

Azi

mut

h

01.

08E

+20

1.20

E+

201.

35E

+20

1.52

E+

201.

67E

+20

1.80

E+

201.

91E

+20

2.05

E+

202.

31E

+20

4.03

E+

20

152.

01E

+20

2.25

E+

202.

55E

+20

2.90

E+

203.

20E

+20

3.44

E+

203.

63E

+20

3.91

E+

204.

42E

+20

7.79

E+

20

301.

19E

+20

1.35

E+

201.

53E

+20

1.73

E+

201.

93E

+20

2.08

E+

202.

21E

+20

2.38

E+

202.

70E

+20

4.80

E+

20

453.

80E

+20

4.28

E+

204.

84E

+20

5.48

E+

206.

08E

+20

6.56

E+

206.

98E

+20

7.54

E+

208.

53E

+20

1.51

E+

21

601.

19E

+20

1.36

E+

201.

54E

+20

1.74

E+

201.

92E

+20

2.07

E+

202.

20E

+20

2.37

E+

202.

67E

+20

4.72

E+

20

751.

98E

+20

2.22

E+

202.

51E

+20

2.81

E+

203.

09E

+20

3.33

E+

203.

51E

+20

3.78

E+

204.

26E

+20

7.44

E+

20

901.

06E

+20

1.18

E+

201.

33E

+20

1.46

E+

201.

60E

+20

1.72

E+

201.

82E

+20

1.95

E+

202.

19E

+20

3.76

E+

20

Azi

mut

h

01.

54E

-01

1.72

E-0

11.

93E

-01

2.17

E-0

12.

37E

-01

2.56

E-0

12.

72E

-01

2.92

E-0

13.

29E

-01

5.75

E-0

1

152.

87E

-01

3.21

E-0

13.

65E

-01

4.15

E-0

14.

58E

-01

4.92

E-0

15.

18E

-01

5.59

E-0

16.

31E

-01

1.11

E+

00

301.

70E

-01

1.93

E-0

12.

18E

-01

2.47

E-0

12.

75E

-01

2.96

E-0

13.

15E

-01

3.40

E-0

13.

85E

-01

6.83

E-0

1

455.

50E

-01

6.19

E-0

16.

99E

-01

7.92

E-0

18.

79E

-01

9.47

E-0

11.

01E

+00

1.09

E+

001.

23E

+00

2.19

E+

00

601.

69E

-01

1.94

E-0

12.

20E

-01

2.47

E-0

12.

74E

-01

2.95

E-0

13.

13E

-01

3.38

E-0

13.

81E

-01

6.72

E-0

1

752.

83E

-01

3.17

E-0

13.

59E

-01

4.02

E-0

14.

42E

-01

4.76

E-0

15.

02E

-01

5.40

E-0

16.

08E

-01

1.06

E+

00

901.

52E

-01

1.69

E-0

11.

89E

-01

2.08

E-0

12.

28E

-01

2.45

E-0

12.

60E

-01

2.78

E-0

13.

12E

-01

5.35

E-0

1

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: A

zim

uth

is A

ngle

in F

irst

Qua

dran

t

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

18

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-6

U

nit

1 S

hro

ud

Hor

izon

tal W

eld

H6A

Neu

tron

Exp

osu

re P

red

icti

ons

Cyc

le

13C

ycle

14

Cyc

le

15C

ycle

16

Cyc

le

17C

ycle

18

C19

(eq

)C

20 (

avg)

Pro

ject

edP

roje

cted

Tim

e,s

6.06

E+

075.

78E

+07

5.70

E+

075.

73E

+07

5.52

E+

075.

60E

+07

5.83

E+

075.

83E

+07

1.04

E+

086.

94E

+08

EF

PY

16

.03

17.8

619

.67

21.4

823

.23

25.0

126

.86

28.7

032

54

Azi

mut

h

01.

44E

+17

1.60

E+

171.

77E

+17

1.94

E+

172.

10E

+17

2.29

E+

172.

45E

+17

2.62

E+

172.

93E

+17

5.00

E+

17

152.

67E

+17

2.99

E+

173.

34E

+17

3.68

E+

174.

02E

+17

4.36

E+

174.

64E

+17

4.98

E+

175.

58E

+17

9.62

E+

17

301.

59E

+17

1.80

E+

172.

00E

+17

2.20

E+

172.

42E

+17

2.64

E+

172.

83E

+17

3.04

E+

173.

42E

+17

5.94

E+

17

455.

06E

+17

5.70

E+

176.

33E

+17

6.96

E+

177.

64E

+17

8.32

E+

178.

95E

+17

9.61

E+

171.

08E

+18

1.88

E+

18

601.

58E

+17

1.81

E+

172.

01E

+17

2.21

E+

172.

42E

+17

2.63

E+

172.

82E

+17

3.03

E+

173.

40E

+17

5.86

E+

17

752.

63E

+17

2.95

E+

173.

28E

+17

3.58

E+

173.

89E

+17

4.24

E+

174.

50E

+17

4.82

E+

175.

39E

+17

9.20

E+

17

901.

42E

+17

1.57

E+

171.

74E

+17

1.87

E+

172.

01E

+17

2.19

E+

172.

34E

+17

2.50

E+

172.

78E

+17

4.66

E+

17

Azi

mut

h

02.

17E

-04

2.42

E-0

42.

68E

-04

2.93

E-0

43.

17E

-04

3.46

E-0

43.

70E

-04

3.97

E-0

44.

43E

-04

7.57

E-0

4

154.

05E

-04

4.53

E-0

45.

06E

-04

5.59

E-0

46.

10E

-04

6.62

E-0

47.

04E

-04

7.55

E-0

48.

47E

-04

1.46

E-0

3

302.

40E

-04

2.72

E-0

43.

02E

-04

3.33

E-0

43.

66E

-04

4.00

E-0

44.

28E

-04

4.60

E-0

45.

17E

-04

8.99

E-0

4

457.

76E

-04

8.73

E-0

49.

70E

-04

1.07

E-0

31.

17E

-03

1.28

E-0

31.

37E

-03

1.47

E-0

31.

66E

-03

2.88

E-0

3

602.

39E

-04

2.74

E-0

43.

05E

-04

3.34

E-0

43.

66E

-04

3.99

E-0

44.

27E

-04

4.58

E-0

45.

14E

-04

8.87

E-0

4

753.

99E

-04

4.47

E-0

44.

98E

-04

5.43

E-0

45.

90E

-04

6.42

E-0

46.

83E

-04

7.31

E-0

48.

18E

-04

1.40

E-0

3

902.

14E

-04

2.38

E-0

42.

63E

-04

2.83

E-0

43.

04E

-04

3.31

E-0

43.

54E

-04

3.78

E-0

44.

20E

-04

7.04

E-0

4

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: A

zim

uth

is A

ngle

in F

irst

Qua

dran

t

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

19

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-7

U

nit

1 S

hro

ud

Hor

izon

tal W

eld

H6B

Neu

tron

Exp

osu

re P

red

icti

ons

Cyc

le

13C

ycle

14

Cyc

le

15C

ycle

16

Cyc

le

17C

ycle

18

C19

(eq

)C

20 (

avg)

Pro

ject

edP

roje

cted

Tim

e,s

6.06

E+

075.

78E

+07

5.70

E+

075.

73E

+07

5.52

E+

075.

60E

+07

5.83

E+

075.

83E

+07

1.04

E+

086.

94E

+08

EF

PY

16

.03

17.8

619

.67

21.4

823

.23

25.0

126

.86

28.7

032

54

Azi

mut

h

05.

48E

+16

6.11

E+

166.

76E

+16

7.40

E+

167.

99E

+16

8.72

E+

169.

33E

+16

1.00

E+

171.

12E

+17

1.91

E+

17

151.

02E

+17

1.14

E+

171.

27E

+17

1.40

E+

171.

53E

+17

1.66

E+

171.

77E

+17

1.90

E+

172.

13E

+17

3.67

E+

17

306.

06E

+16

6.85

E+

167.

62E

+16

8.40

E+

169.

23E

+16

1.01

E+

171.

08E

+17

1.16

E+

171.

30E

+17

2.27

E+

17

451.

93E

+17

2.17

E+

172.

41E

+17

2.66

E+

172.

91E

+17

3.17

E+

173.

41E

+17

3.67

E+

174.

12E

+17

7.15

E+

17

606.

01E

+16

6.91

E+

167.

68E

+16

8.42

E+

169.

22E

+16

1.00

E+

171.

07E

+17

1.15

E+

171.

29E

+17

2.24

E+

17

751.

00E

+17

1.12

E+

171.

25E

+17

1.36

E+

171.

48E

+17

1.62

E+

171.

72E

+17

1.84

E+

172.

06E

+17

3.51

E+

17

905.

40E

+16

6.00

E+

166.

63E

+16

7.14

E+

167.

67E

+16

8.34

E+

168.

92E

+16

9.52

E+

161.

06E

+17

1.78

E+

17

Azi

mut

h

08.

40E

-05

9.37

E-0

51.

04E

-04

1.13

E-0

41.

23E

-04

1.34

E-0

41.

43E

-04

1.53

E-0

41.

71E

-04

2.92

E-0

4

151.

57E

-04

1.75

E-0

41.

96E

-04

2.16

E-0

42.

36E

-04

2.56

E-0

42.

72E

-04

2.92

E-0

43.

27E

-04

5.64

E-0

4

309.

30E

-05

1.05

E-0

41.

17E

-04

1.29

E-0

41.

42E

-04

1.55

E-0

41.

65E

-04

1.78

E-0

42.

00E

-04

3.48

E-0

4

453.

00E

-04

3.37

E-0

43.

75E

-04

4.13

E-0

44.

53E

-04

4.93

E-0

45.

30E

-04

5.70

E-0

46.

41E

-04

1.11

E-0

3

609.

22E

-05

1.06

E-0

41.

18E

-04

1.29

E-0

41.

41E

-04

1.54

E-0

41.

65E

-04

1.77

E-0

41.

99E

-04

3.43

E-0

4

751.

54E

-04

1.73

E-0

41.

93E

-04

2.10

E-0

42.

28E

-04

2.48

E-0

42.

64E

-04

2.83

E-0

43.

16E

-04

5.39

E-0

4

908.

29E

-05

9.20

E-0

51.

02E

-04

1.09

E-0

41.

18E

-04

1.28

E-0

41.

37E

-04

1.46

E-0

41.

63E

-04

2.72

E-0

4

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: A

zim

uth

is A

ngle

in F

irst

Qua

dran

t

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

20

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-8

U

nit

1 S

hro

ud

Hor

izon

tal W

eld

H7

Neu

tron

Exp

osu

re P

red

icti

ons

Cyc

le

13C

ycle

14

Cyc

le

15C

ycle

16

Cyc

le

17C

ycle

18

C19

(eq

)C

20 (

avg)

Pro

ject

edP

roje

cted

Tim

e,s

6.06

E+

075.

78E

+07

5.70

E+

075.

73E

+07

5.52

E+

075.

60E

+07

5.83

E+

075.

83E

+07

1.04

E+

086.

94E

+08

EF

PY

16

.03

17.8

619

.67

21.4

823

.23

25.0

126

.86

28.7

032

54

Azi

mut

h

07.

30E

+11

8.14

E+

119.

00E

+11

9.86

E+

111.

06E

+12

1.16

E+

121.

24E

+12

1.33

E+

121.

49E

+12

2.54

E+

12

151.

36E

+12

1.52

E+

121.

70E

+12

1.87

E+

122.

04E

+12

2.22

E+

122.

36E

+12

2.53

E+

122.

84E

+12

4.89

E+

12

308.

08E

+11

9.13

E+

111.

02E

+12

1.12

E+

121.

23E

+12

1.34

E+

121.

44E

+12

1.54

E+

121.

74E

+12

3.02

E+

12

452.

57E

+12

2.89

E+

123.

21E

+12

3.54

E+

123.

88E

+12

4.23

E+

124.

54E

+12

4.88

E+

125.

49E

+12

9.53

E+

12

608.

01E

+11

9.21

E+

111.

02E

+12

1.12

E+

121.

23E

+12

1.34

E+

121.

43E

+12

1.54

E+

121.

73E

+12

2.98

E+

12

751.

34E

+12

1.50

E+

121.

67E

+12

1.82

E+

121.

98E

+12

2.15

E+

122.

29E

+12

2.45

E+

122.

74E

+12

4.67

E+

12

907.

20E

+11

7.99

E+

118.

84E

+11

9.51

E+

111.

02E

+12

1.11

E+

121.

19E

+12

1.27

E+

121.

41E

+12

2.37

E+

12

Azi

mut

h

01.

25E

-09

1.40

E-0

91.

55E

-09

1.69

E-0

91.

83E

-09

1.99

E-0

92.

13E

-09

2.29

E-0

92.

56E

-09

4.36

E-0

9

152.

33E

-09

2.61

E-0

92.

92E

-09

3.22

E-0

93.

51E

-09

3.82

E-0

94.

06E

-09

4.35

E-0

94.

88E

-09

8.41

E-0

9

301.

39E

-09

1.57

E-0

91.

74E

-09

1.92

E-0

92.

11E

-09

2.30

E-0

92.

47E

-09

2.65

E-0

92.

98E

-09

5.18

E-0

9

454.

47E

-09

5.03

E-0

95.

59E

-09

6.16

E-0

96.

75E

-09

7.36

E-0

97.

91E

-09

8.50

E-0

99.

55E

-09

1.66

E-0

8

601.

38E

-09

1.58

E-0

91.

76E

-09

1.93

E-0

92.

11E

-09

2.30

E-0

92.

46E

-09

2.64

E-0

92.

96E

-09

5.11

E-0

9

752.

30E

-09

2.58

E-0

92.

87E

-09

3.13

E-0

93.

40E

-09

3.70

E-0

93.

93E

-09

4.21

E-0

94.

71E

-09

8.04

E-0

9

901.

24E

-09

1.37

E-0

91.

52E

-09

1.63

E-0

91.

75E

-09

1.91

E-0

92.

04E

-09

2.18

E-0

92.

42E

-09

4.06

E-0

9

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: A

zim

uth

is A

ngle

in F

irst

Qua

dran

t

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

21

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-9

U

nit

1 S

hro

ud

Ver

tica

l Wel

ds

V1

and

V2

Neu

tron

Exp

osu

re P

red

icti

ons

Cyc

le

13C

ycle

14

Cyc

le

15C

ycle

16

Cyc

le

17C

ycle

18

C19

(eq

)C

20 (

avg)

Pro

ject

edP

roje

cted

Tim

e,s

6.06

E+

075.

78E

+07

5.70

E+

075.

73E

+07

5.52

E+

075.

60E

+07

5.83

E+

075.

83E

+07

1.04

E+

086.

94E

+08

EF

PY

16

.03

17.8

619

.67

21.4

823

.23

25.0

126

.86

28.7

032

54

Ele

vatio

n

376.

092.

39E

+19

2.71

E+

193.

02E

+19

3.34

E+

193.

68E

+19

4.01

E+

194.

31E

+19

4.65

E+

195.

24E

+19

9.18

E+

19

391.

331.

20E

+19

1.36

E+

191.

52E

+19

1.68

E+

191.

85E

+19

2.01

E+

192.

17E

+19

2.33

E+

192.

63E

+19

4.61

E+

19

406.

577.

69E

+18

8.70

E+

189.

71E

+18

1.07

E+

191.

18E

+19

1.29

E+

191.

39E

+19

1.49

E+

191.

68E

+19

2.95

E+

19

421.

811.

71E

+19

1.93

E+

192.

16E

+19

2.39

E+

192.

63E

+19

2.86

E+

193.

08E

+19

3.32

E+

193.

74E

+19

6.56

E+

19

437.

052.

20E

+19

2.49

E+

192.

77E

+19

3.07

E+

193.

38E

+19

3.68

E+

193.

96E

+19

4.27

E+

194.

81E

+19

8.43

E+

19

452.

291.

97E

+19

2.23

E+

192.

49E

+19

2.76

E+

193.

03E

+19

3.31

E+

193.

56E

+19

3.83

E+

194.

32E

+19

7.57

E+

19

457.

371.

83E

+19

2.07

E+

192.

31E

+19

2.55

E+

192.

81E

+19

3.07

E+

193.

30E

+19

3.55

E+

194.

01E

+19

7.02

E+

19

Ele

vatio

n

376.

093.

85E

-02

4.35

E-0

24.

85E

-02

5.37

E-0

25.

91E

-02

6.45

E-0

27.

03E

-02

7.58

E-0

28.

56E

-02

1.51

E-0

1

391.

331.

87E

-02

2.11

E-0

22.

35E

-02

2.61

E-0

22.

87E

-02

3.13

E-0

23.

41E

-02

3.68

E-0

24.

16E

-02

7.34

E-0

2

406.

571.

22E

-02

1.37

E-0

21.

53E

-02

1.70

E-0

21.

87E

-02

2.04

E-0

22.

22E

-02

2.40

E-0

22.

71E

-02

4.78

E-0

2

421.

812.

60E

-02

2.94

E-0

23.

28E

-02

3.63

E-0

23.

99E

-02

4.36

E-0

24.

75E

-02

5.12

E-0

25.

78E

-02

1.02

E-0

1

437.

053.

28E

-02

3.70

E-0

24.

13E

-02

4.57

E-0

25.

03E

-02

5.49

E-0

25.

99E

-02

6.45

E-0

27.

29E

-02

1.29

E-0

1

452.

292.

92E

-02

3.30

E-0

23.

68E

-02

4.07

E-0

24.

48E

-02

4.89

E-0

25.

33E

-02

5.75

E-0

26.

50E

-02

1.15

E-0

1

457.

372.

70E

-02

3.05

E-0

23.

41E

-02

3.77

E-0

24.

15E

-02

4.53

E-0

24.

93E

-02

5.32

E-0

26.

01E

-02

1.06

E-0

1

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: E

leva

tion

is D

ista

nce

(cm

) fro

m B

otto

m o

f Act

ive

Cor

e

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

22

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-1

0

Un

it 1

Sh

rou

d V

erti

cal W

eld

s V

3 an

d V

4 N

eutr

on E

xpos

ure

Pre

dic

tion

s

Cyc

le

13C

ycle

14

Cyc

le

15C

ycle

16

Cyc

le

17C

ycle

18

C19

(eq

)C

20 (

avg)

Pro

ject

edP

roje

cted

Tim

e,s

6.06

E+

075.

78E

+07

5.70

E+

075.

73E

+07

5.52

E+

075.

60E

+07

5.83

E+

075.

83E

+07

1.04

E+

086.

94E

+08

EF

PY

16

.03

17.8

619

.67

21.4

823

.23

25.0

126

.86

28.7

032

54

Ele

vatio

n

277.

039.

22E

+20

1.04

E+

211.

16E

+21

1.27

E+

211.

39E

+21

1.51

E+

211.

65E

+21

1.78

E+

212.

01E

+21

3.51

E+

21

292.

278.

84E

+20

9.93

E+

201.

10E

+21

1.21

E+

211.

32E

+21

1.44

E+

211.

58E

+21

1.70

E+

211.

92E

+21

3.35

E+

21

307.

518.

28E

+20

9.29

E+

201.

03E

+21

1.13

E+

211.

23E

+21

1.34

E+

211.

48E

+21

1.60

E+

211.

80E

+21

3.16

E+

21

322.

757.

40E

+20

8.28

E+

209.

20E

+20

1.00

E+

211.

10E

+21

1.20

E+

211.

33E

+21

1.43

E+

211.

62E

+21

2.85

E+

21

337.

996.

16E

+20

6.86

E+

207.

62E

+20

8.27

E+

209.

09E

+20

9.95

E+

201.

11E

+21

1.20

E+

211.

35E

+21

2.39

E+

21

353.

234.

66E

+20

5.15

E+

205.

71E

+20

6.14

E+

206.

76E

+20

7.42

E+

208.

33E

+20

8.98

E+

201.

01E

+21

1.79

E+

21

368.

473.

24E

+20

3.53

E+

203.

90E

+20

4.14

E+

204.

54E

+20

4.98

E+

205.

59E

+20

6.01

E+

206.

76E

+20

1.18

E+

21

Ele

vatio

n

277.

031.

33E

+00

1.50

E+

001.

67E

+00

1.84

E+

002.

00E

+00

2.18

E+

002.

35E

+00

2.53

E+

002.

84E

+00

4.93

E+

00

292.

271.

28E

+00

1.44

E+

001.

60E

+00

1.75

E+

001.

91E

+00

2.08

E+

002.

25E

+00

2.42

E+

002.

72E

+00

4.71

E+

00

307.

511.

20E

+00

1.34

E+

001.

49E

+00

1.63

E+

001.

78E

+00

1.94

E+

002.

11E

+00

2.27

E+

002.

55E

+00

4.43

E+

00

322.

751.

07E

+00

1.20

E+

001.

33E

+00

1.45

E+

001.

59E

+00

1.74

E+

001.

89E

+00

2.03

E+

002.

29E

+00

3.99

E+

00

337.

998.

91E

-01

9.92

E-0

11.

10E

+00

1.20

E+

001.

31E

+00

1.44

E+

001.

58E

+00

1.70

E+

001.

91E

+00

3.34

E+

00

353.

236.

75E

-01

7.45

E-0

18.

26E

-01

8.88

E-0

19.

78E

-01

1.07

E+

001.

18E

+00

1.27

E+

001.

43E

+00

2.50

E+

00

368.

474.

73E

-01

5.16

E-0

15.

68E

-01

6.04

E-0

16.

63E

-01

7.26

E-0

18.

00E

-01

8.59

E-0

19.

63E

-01

1.66

E+

00

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: E

leva

tion

is D

ista

nce

(cm

) fro

m B

otto

m o

f Act

ive

Cor

e

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

23

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-1

1

Un

it 1

Sh

rou

d V

erti

cal W

eld

s V

5 an

d V

6 N

eutr

on E

xpos

ure

Pre

dic

tion

s

Cyc

le

13C

ycle

14

Cyc

le

15C

ycle

16

Cyc

le

17C

ycle

18

C19

(eq

)C

20 (

avg)

Pro

ject

edP

roje

cted

Tim

e,s

6.06

E+

075.

78E

+07

5.70

E+

075.

73E

+07

5.52

E+

075.

60E

+07

5.83

E+

075.

83E

+07

1.04

E+

086.

94E

+08

EF

PY

16

.03

17.8

619

.67

21.4

823

.23

25.0

126

.86

28.7

032

54

Ele

vatio

n

27.7

93.

53E

+20

3.99

E+

204.

53E

+20

5.15

E+

205.

74E

+20

6.19

E+

206.

60E

+20

7.13

E+

208.

09E

+20

1.45

E+

21

43.0

34.

54E

+20

5.16

E+

205.

86E

+20

6.67

E+

207.

44E

+20

8.04

E+

208.

57E

+20

9.27

E+

201.

05E

+21

1.89

E+

21

58.2

75.

34E

+20

6.10

E+

206.

93E

+20

7.90

E+

208.

81E

+20

9.52

E+

201.

02E

+21

1.10

E+

211.

25E

+21

2.24

E+

21

73.5

16.

00E

+20

6.89

E+

207.

84E

+20

8.93

E+

209.

96E

+20

1.08

E+

211.

15E

+21

1.24

E+

211.

41E

+21

2.54

E+

21

88.7

56.

32E

+20

7.29

E+

208.

30E

+20

9.46

E+

201.

06E

+21

1.14

E+

211.

22E

+21

1.32

E+

211.

50E

+21

2.71

E+

21

103.

996.

57E

+20

7.61

E+

208.

67E

+20

9.89

E+

201.

10E

+21

1.20

E+

211.

28E

+21

1.39

E+

211.

58E

+21

2.86

E+

21

119.

236.

98E

+20

8.10

E+

209.

24E

+20

1.05

E+

211.

18E

+21

1.28

E+

211.

37E

+21

1.49

E+

211.

69E

+21

3.06

E+

21

134.

477.

49E

+20

8.70

E+

209.

93E

+20

1.13

E+

211.

26E

+21

1.37

E+

211.

48E

+21

1.60

E+

211.

82E

+21

3.30

E+

21

149.

717.

77E

+20

9.02

E+

201.

03E

+21

1.17

E+

211.

30E

+21

1.42

E+

211.

53E

+21

1.66

E+

211.

89E

+21

3.42

E+

21

164.

958.

04E

+20

9.31

E+

201.

06E

+21

1.20

E+

211.

34E

+21

1.46

E+

211.

57E

+21

1.70

E+

211.

94E

+21

3.50

E+

21

180.

198.

47E

+20

9.77

E+

201.

11E

+21

1.25

E+

211.

39E

+21

1.52

E+

211.

63E

+21

1.77

E+

212.

01E

+21

3.62

E+

21

195.

438.

98E

+20

1.03

E+

211.

17E

+21

1.31

E+

211.

45E

+21

1.58

E+

211.

70E

+21

1.84

E+

212.

09E

+21

3.73

E+

21

210.

679.

17E

+20

1.05

E+

211.

18E

+21

1.32

E+

211.

45E

+21

1.59

E+

211.

70E

+21

1.84

E+

212.

08E

+21

3.69

E+

21

225.

919.

27E

+20

1.05

E+

211.

18E

+21

1.31

E+

211.

44E

+21

1.57

E+

211.

69E

+21

1.82

E+

212.

05E

+21

3.61

E+

21

241.

159.

39E

+20

1.06

E+

211.

19E

+21

1.31

E+

211.

44E

+21

1.56

E+

211.

69E

+21

1.81

E+

212.

04E

+21

3.56

E+

21

256.

399.

47E

+20

1.07

E+

211.

19E

+21

1.32

E+

211.

44E

+21

1.56

E+

211.

68E

+21

1.81

E+

212.

03E

+21

3.53

E+

21

271.

639.

29E

+20

1.05

E+

211.

17E

+21

1.28

E+

211.

40E

+21

1.52

E+

211.

64E

+21

1.77

E+

211.

98E

+21

3.44

E+

21

277.

039.

19E

+20

1.04

E+

211.

15E

+21

1.27

E+

211.

38E

+21

1.50

E+

211.

62E

+21

1.74

E+

211.

96E

+21

3.40

E+

21

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

24

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-1

1

Un

it 1

Sh

rou

d V

erti

cal W

eld

s V

5 an

d V

6 N

eutr

on E

xpos

ure

Pre

dic

tion

s (C

onti

nu

ed)

Cyc

le

13C

ycle

14

Cyc

le

15C

ycle

16

Cyc

le

17C

ycle

18

C19

(eq

)C

20 (

avg)

Pro

ject

edP

roje

cted

Tim

e,s

6.06

E+

075.

78E

+07

5.70

E+

075.

73E

+07

5.52

E+

075.

60E

+07

5.83

E+

075.

83E

+07

1.04

E+

086.

94E

+08

EF

PY

16

.03

17.8

619

.67

21.4

823

.23

25.0

126

.86

28.7

032

54

Ele

vatio

n

27.7

95.

10E

-01

5.77

E-0

16.

55E

-01

7.45

E-0

18.

29E

-01

8.95

E-0

19.

54E

-01

1.03

E+

001.

17E

+00

2.09

E+

00

43.0

36.

56E

-01

7.46

E-0

18.

47E

-01

9.64

E-0

11.

08E

+00

1.16

E+

001.

24E

+00

1.34

E+

001.

52E

+00

2.73

E+

00

58.2

77.

72E

-01

8.82

E-0

11.

00E

+00

1.14

E+

001.

27E

+00

1.38

E+

001.

47E

+00

1.59

E+

001.

81E

+00

3.24

E+

00

73.5

18.

68E

-01

9.96

E-0

11.

13E

+00

1.29

E+

001.

44E

+00

1.56

E+

001.

66E

+00

1.80

E+

002.

04E

+00

3.68

E+

00

88.7

59.

14E

-01

1.05

E+

001.

20E

+00

1.37

E+

001.

53E

+00

1.65

E+

001.

77E

+00

1.91

E+

002.

18E

+00

3.92

E+

00

103.

999.

49E

-01

1.10

E+

001.

25E

+00

1.43

E+

001.

60E

+00

1.73

E+

001.

85E

+00

2.01

E+

002.

28E

+00

4.13

E+

00

119.

231.

01E

+00

1.17

E+

001.

34E

+00

1.52

E+

001.

70E

+00

1.85

E+

001.

98E

+00

2.15

E+

002.

44E

+00

4.43

E+

00

134.

471.

08E

+00

1.26

E+

001.

44E

+00

1.64

E+

001.

82E

+00

1.98

E+

002.

13E

+00

2.31

E+

002.

63E

+00

4.78

E+

00

149.

711.

12E

+00

1.30

E+

001.

49E

+00

1.69

E+

001.

89E

+00

2.05

E+

002.

21E

+00

2.40

E+

002.

73E

+00

4.95

E+

00

164.

951.

16E

+00

1.35

E+

001.

53E

+00

1.74

E+

001.

93E

+00

2.11

E+

002.

27E

+00

2.46

E+

002.

80E

+00

5.06

E+

00

180.

191.

22E

+00

1.41

E+

001.

61E

+00

1.81

E+

002.

01E

+00

2.19

E+

002.

36E

+00

2.55

E+

002.

90E

+00

5.22

E+

00

195.

431.

30E

+00

1.49

E+

001.

69E

+00

1.90

E+

002.

10E

+00

2.29

E+

002.

46E

+00

2.66

E+

003.

02E

+00

5.39

E+

00

210.

671.

33E

+00

1.51

E+

001.

71E

+00

1.91

E+

002.

10E

+00

2.29

E+

002.

46E

+00

2.66

E+

003.

01E

+00

5.33

E+

00

225.

911.

34E

+00

1.52

E+

001.

71E

+00

1.90

E+

002.

08E

+00

2.27

E+

002.

44E

+00

2.63

E+

002.

97E

+00

5.22

E+

00

241.

151.

36E

+00

1.54

E+

001.

72E

+00

1.90

E+

002.

08E

+00

2.26

E+

002.

44E

+00

2.62

E+

002.

95E

+00

5.15

E+

00

256.

391.

37E

+00

1.55

E+

001.

72E

+00

1.90

E+

002.

08E

+00

2.26

E+

002.

43E

+00

2.62

E+

002.

94E

+00

5.11

E+

00

271.

631.

34E

+00

1.51

E+

001.

69E

+00

1.86

E+

002.

02E

+00

2.20

E+

002.

38E

+00

2.55

E+

002.

87E

+00

4.97

E+

00

277.

031.

33E

+00

1.50

E+

001.

67E

+00

1.83

E+

002.

00E

+00

2.17

E+

002.

35E

+00

2.52

E+

002.

83E

+00

4.91

E+

00

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: E

leva

tion

is D

ista

nce

(cm

) fro

m B

otto

m o

f Act

ive

Cor

e

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

25

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-1

2

Un

it 1

Sh

rou

d V

erti

cal W

eld

s V

7 an

d V

8 N

eutr

on E

xpos

ure

Pre

dic

tion

s

Cyc

le

13C

ycle

14

Cyc

le

15C

ycle

16

Cyc

le

17C

ycle

18

C19

(eq

)C

20 (

avg)

Pro

ject

edP

roje

cted

Tim

e,s

6.06

E+

075.

78E

+07

5.70

E+

075.

73E

+07

5.52

E+

075.

60E

+07

5.83

E+

075.

83E

+07

1.04

E+

086.

94E

+08

EF

PY

16

.03

17.8

619

.67

21.4

823

.23

25.0

126

.86

28.7

032

54

Ele

vatio

n

-63.

654.

70E

+17

5.31

E+

175.

92E

+17

6.54

E+

177.

22E

+17

7.88

E+

178.

47E

+17

9.12

E+

171.

03E

+18

1.80

E+

18

-48.

411.

84E

+18

2.08

E+

182.

32E

+18

2.56

E+

182.

83E

+18

3.09

E+

183.

32E

+18

3.57

E+

184.

03E

+18

7.06

E+

18

-33.

177.

06E

+18

7.97

E+

188.

89E

+18

9.82

E+

181.

08E

+19

1.18

E+

191.

27E

+19

1.37

E+

191.

54E

+19

2.71

E+

19

-17.

932.

61E

+19

2.95

E+

193.

28E

+19

3.63

E+

194.

00E

+19

4.37

E+

194.

70E

+19

5.06

E+

195.

70E

+19

1.00

E+

20

-2.6

98.

24E

+19

9.32

E+

191.

04E

+20

1.15

E+

201.

27E

+20

1.38

E+

201.

49E

+20

1.60

E+

201.

80E

+20

3.16

E+

20

12.5

51.

84E

+20

2.08

E+

202.

32E

+20

2.56

E+

202.

83E

+20

3.09

E+

203.

32E

+20

3.57

E+

204.

03E

+20

7.06

E+

20

27.7

93.

12E

+20

3.52

E+

203.

92E

+20

4.34

E+

204.

79E

+20

5.23

E+

205.

62E

+20

6.05

E+

206.

82E

+20

1.20

E+

21

Ele

vatio

n

-63.

657.

21E

-04

8.15

E-0

49.

08E

-04

1.00

E-0

31.

11E

-03

1.21

E-0

31.

30E

-03

1.40

E-0

31.

58E

-03

2.77

E-0

3

-48.

412.

77E

-03

3.13

E-0

33.

49E

-03

3.86

E-0

34.

26E

-03

4.65

E-0

35.

00E

-03

5.38

E-0

36.

07E

-03

1.06

E-0

2

-33.

171.

04E

-02

1.18

E-0

21.

32E

-02

1.45

E-0

21.

60E

-02

1.75

E-0

21.

88E

-02

2.03

E-0

22.

29E

-02

4.01

E-0

2

-17.

933.

81E

-02

4.31

E-0

24.

80E

-02

5.30

E-0

25.

85E

-02

6.39

E-0

26.

87E

-02

7.40

E-0

28.

34E

-02

1.46

E-0

1

-2.6

91.

20E

-01

1.35

E-0

11.

51E

-01

1.67

E-0

11.

84E

-01

2.01

E-0

12.

16E

-01

2.32

E-0

12.

62E

-01

4.59

E-0

1

12.5

52.

66E

-01

3.01

E-0

13.

36E

-01

3.71

E-0

14.

09E

-01

4.47

E-0

14.

80E

-01

5.17

E-0

15.

83E

-01

1.02

E+

00

27.7

94.

50E

-01

5.09

E-0

15.

67E

-01

6.27

E-0

16.

92E

-01

7.56

E-0

18.

12E

-01

8.74

E-0

19.

85E

-01

1.73

E+

00

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: E

leva

tion

is D

ista

nce

(cm

) fro

m B

otto

m o

f Act

ive

Cor

e

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

26

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-1

3

Un

it 1

Sh

rou

d V

erti

cal W

eld

V9

Neu

tron

Exp

osu

re P

red

icti

ons

Cyc

le

13C

ycle

14

Cyc

le

15C

ycle

16

Cyc

le

17C

ycle

18

C19

(eq

)C

20 (

avg)

Pro

ject

edP

roje

cted

Tim

e,s

6.06

E+

075.

78E

+07

5.70

E+

075.

73E

+07

5.52

E+

075.

60E

+07

5.83

E+

075.

83E

+07

1.04

E+

086.

94E

+08

EF

PY

16

.03

17.8

619

.67

21.4

823

.23

25.0

126

.86

28.7

032

54

Ele

vatio

n

-206

.69

2.38

E+

122.

69E

+12

3.00

E+

123.

32E

+12

3.65

E+

123.

99E

+12

4.29

E+

124.

62E

+12

5.20

E+

129.

12E

+12

-191

.45

8.22

E+

129.

30E

+12

1.04

E+

131.

15E

+13

1.26

E+

131.

38E

+13

1.48

E+

131.

60E

+13

1.80

E+

133.

15E

+13

-176

.21

2.86

E+

133.

23E

+13

3.61

E+

133.

98E

+13

4.39

E+

134.

79E

+13

5.15

E+

135.

55E

+13

6.25

E+

131.

10E

+14

-160

.97

1.02

E+

141.

15E

+14

1.29

E+

141.

42E

+14

1.57

E+

141.

71E

+14

1.84

E+

141.

98E

+14

2.23

E+

143.

91E

+14

-145

.73

3.67

E+

144.

16E

+14

4.64

E+

145.

12E

+14

5.64

E+

146.

16E

+14

6.62

E+

147.

13E

+14

8.04

E+

141.

41E

+15

-130

.49

1.35

E+

151.

53E

+15

1.71

E+

151.

89E

+15

2.08

E+

152.

27E

+15

2.44

E+

152.

63E

+15

2.96

E+

155.

19E

+15

-115

.25

5.07

E+

155.

73E

+15

6.40

E+

157.

06E

+15

7.79

E+

158.

50E

+15

9.14

E+

159.

84E

+15

1.11

E+

161.

94E

+16

-100

.01

1.89

E+

162.

14E

+16

2.39

E+

162.

64E

+16

2.91

E+

163.

17E

+16

3.41

E+

163.

67E

+16

4.14

E+

167.

25E

+16

-84.

777.

18E

+16

8.12

E+

169.

06E

+16

1.00

E+

171.

10E

+17

1.20

E+

171.

29E

+17

1.39

E+

171.

57E

+17

2.75

E+

17

-74.

451.

78E

+17

2.02

E+

172.

25E

+17

2.49

E+

172.

74E

+17

2.99

E+

173.

22E

+17

3.47

E+

173.

91E

+17

6.84

E+

17

Ele

vatio

n

-206

.69

4.14

E-0

94.

68E

-09

5.23

E-0

95.

77E

-09

6.36

E-0

96.

94E

-09

7.47

E-0

98.

04E

-09

9.06

E-0

91.

59E

-08

-191

.45

1.41

E-0

81.

60E

-08

1.78

E-0

81.

97E

-08

2.17

E-0

82.

37E

-08

2.55

E-0

82.

75E

-08

3.10

E-0

85.

43E

-08

-176

.21

4.88

E-0

85.

52E

-08

6.16

E-0

86.

80E

-08

7.49

E-0

88.

18E

-08

8.80

E-0

89.

48E

-08

1.07

E-0

71.

87E

-07

-160

.97

1.72

E-0

71.

95E

-07

2.17

E-0

72.

40E

-07

2.64

E-0

72.

89E

-07

3.11

E-0

73.

34E

-07

3.77

E-0

76.

61E

-07

-145

.73

6.14

E-0

76.

94E

-07

7.75

E-0

78.

55E

-07

9.43

E-0

71.

03E

-06

1.11

E-0

61.

19E

-06

1.34

E-0

62.

36E

-06

-130

.49

2.23

E-0

62.

52E

-06

2.82

E-0

63.

11E

-06

3.43

E-0

63.

75E

-06

4.03

E-0

64.

34E

-06

4.89

E-0

68.

57E

-06

-115

.25

8.26

E-0

69.

34E

-06

1.04

E-0

51.

15E

-05

1.27

E-0

51.

39E

-05

1.49

E-0

51.

60E

-05

1.81

E-0

53.

17E

-05

-100

.01

3.03

E-0

53.

43E

-05

3.83

E-0

54.

23E

-05

4.66

E-0

55.

09E

-05

5.47

E-0

55.

89E

-05

6.64

E-0

51.

16E

-04

-84.

771.

13E

-04

1.28

E-0

41.

43E

-04

1.58

E-0

41.

74E

-04

1.90

E-0

42.

04E

-04

2.20

E-0

42.

48E

-04

4.34

E-0

4

-74.

452.

78E

-04

3.14

E-0

43.

50E

-04

3.87

E-0

44.

26E

-04

4.66

E-0

45.

01E

-04

5.39

E-0

46.

08E

-04

1.07

E-0

3

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Not

e: E

leva

tion

is D

ista

nce

(cm

) fro

m B

otto

m o

f Act

ive

Cor

e

Iron

Ato

m D

ispl

acem

ents

, dp

a

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

27

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-1

4

Un

it 1

Sh

rou

d V

erti

cal W

eld

V10

Neu

tron

Exp

osu

re P

red

icti

ons

Cyc

le

13C

ycle

14

Cyc

le

15C

ycle

16

Cyc

le

17C

ycle

18

C19

(eq

)C

20 (

avg)

Pro

ject

edP

roje

cted

Tim

e, s

6.06

E+

075.

78E

+07

5.70

E+

075.

73E

+07

5.52

E+

075.

60E

+07

5.83

E+

075.

83E

+07

1.04

E+

086.

94E

+08

EF

PY

16.0

317

.86

19.6

721

.48

23.2

325

.01

26.8

628

.70

3254

Ele

vatio

n-2

06.6

99.

76E

+11

1.09

E+

121.

21E

+12

1.33

E+

121.

44E

+12

1.57

E+

121.

67E

+12

1.79

E+

122.

01E

+12

3.43

E+

12

-191

.45

3.37

E+

123.

76E

+12

4.18

E+

124.

60E

+12

4.99

E+

125.

42E

+12

5.78

E+

126.

19E

+12

6.93

E+

121.

19E

+13

-176

.21

1.17

E+

131.

31E

+13

1.45

E+

131.

60E

+13

1.73

E+

131.

89E

+13

2.01

E+

132.

15E

+13

2.41

E+

134.

13E

+13

-160

.97

4.19

E+

134.

67E

+13

5.19

E+

135.

71E

+13

6.19

E+

136.

73E

+13

7.17

E+

137.

69E

+13

8.61

E+

131.

47E

+14

-145

.73

1.51

E+

141.

68E

+14

1.87

E+

142.

06E

+14

2.23

E+

142.

42E

+14

2.58

E+

142.

77E

+14

3.10

E+

145.

30E

+14

-130

.49

5.55

E+

146.

19E

+14

6.89

E+

147.

57E

+14

8.22

E+

148.

93E

+14

9.52

E+

141.

02E

+15

1.14

E+

151.

95E

+15

-115

.25

2.08

E+

152.

32E

+15

2.58

E+

152.

84E

+15

3.08

E+

153.

34E

+15

3.56

E+

153.

82E

+15

4.27

E+

157.

32E

+15

-100

.01

7.76

E+

158.

65E

+15

9.62

E+

151.

06E

+16

1.15

E+

161.

25E

+16

1.33

E+

161.

42E

+16

1.60

E+

162.

73E

+16

-84.

772.

94E

+16

3.29

E+

163.

65E

+16

4.02

E+

164.

36E

+16

4.74

E+

165.

05E

+16

5.41

E+

166.

05E

+16

1.04

E+

17

-74.

457.

32E

+16

8.17

E+

169.

08E

+16

9.99

E+

161.

08E

+17

1.18

E+

171.

25E

+17

1.34

E+

171.

51E

+17

2.58

E+

17

Ele

vatio

n-2

06.6

91.

67E

-09

1.87

E-0

92.

08E

-09

2.28

E-0

92.

48E

-09

2.69

E-0

92.

87E

-09

3.08

E-0

93.

44E

-09

5.90

E-0

9

-191

.45

5.72

E-0

96.

38E

-09

7.10

E-0

97.

80E

-09

8.46

E-0

99.

20E

-09

9.80

E-0

91.

05E

-08

1.18

E-0

82.

01E

-08

-176

.21

1.97

E-0

82.

20E

-08

2.45

E-0

82.

69E

-08

2.92

E-0

83.

17E

-08

3.38

E-0

83.

62E

-08

4.06

E-0

86.

95E

-08

-160

.97

6.96

E-0

87.

77E

-08

8.64

E-0

89.

50E

-08

1.03

E-0

71.

12E

-07

1.19

E-0

71.

28E

-07

1.43

E-0

72.

45E

-07

-145

.73

2.48

E-0

72.

77E

-07

3.08

E-0

73.

39E

-07

3.67

E-0

73.

99E

-07

4.26

E-0

74.

56E

-07

5.11

E-0

78.

74E

-07

-130

.49

9.03

E-0

71.

01E

-06

1.12

E-0

61.

23E

-06

1.34

E-0

61.

45E

-06

1.55

E-0

61.

66E

-06

1.86

E-0

63.

18E

-06

-115

.25

3.34

E-0

63.

73E

-06

4.14

E-0

64.

56E

-06

4.94

E-0

65.

37E

-06

5.72

E-0

66.

14E

-06

6.87

E-0

61.

18E

-05

-100

.01

1.23

E-0

51.

37E

-05

1.52

E-0

51.

67E

-05

1.82

E-0

51.

97E

-05

2.10

E-0

52.

25E

-05

2.52

E-0

54.

32E

-05

-84.

774.

57E

-05

5.10

E-0

55.

67E

-05

6.24

E-0

56.

77E

-05

7.36

E-0

57.

84E

-05

8.40

E-0

59.

41E

-05

1.61

E-0

4

-74.

451.

12E

-04

1.25

E-0

41.

39E

-04

1.53

E-0

41.

66E

-04

1.81

E-0

41.

92E

-04

2.06

E-0

42.

31E

-04

3.95

E-0

4

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: E

leva

tion

is D

ista

nce

(cm

) fro

m B

otto

m o

f Act

ive

Cor

e

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

28

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-1

5

Un

it 1

Sh

rou

d V

erti

cal W

eld

V11

Neu

tron

Exp

osu

re P

red

icti

ons

Cyc

le

13C

ycle

14

Cyc

le

15C

ycle

16

Cyc

le

17C

ycle

18

C19

(eq

)C

20 (

avg)

Pro

ject

edP

roje

cted

Tim

e,s

6.06

E+

075.

78E

+07

5.70

E+

075.

73E

+07

5.52

E+

075.

60E

+07

5.83

E+

075.

83E

+07

1.04

E+

086.

94E

+08

EF

PY

16

.03

17.8

619

.67

21.4

823

.23

25.0

126

.86

28.7

032

54E

leva

tion

-206

.69

1.58

E+

121.

79E

+12

1.99

E+

122.

18E

+12

2.38

E+

122.

59E

+12

2.76

E+

122.

96E

+12

3.31

E+

125.

69E

+12

-191

.45

5.47

E+

126.

18E

+12

6.89

E+

127.

54E

+12

8.23

E+

128.

97E

+12

9.53

E+

121.

02E

+13

1.14

E+

131.

96E

+13

-176

.21

1.90

E+

132.

15E

+13

2.39

E+

132.

62E

+13

2.86

E+

133.

12E

+13

3.31

E+

133.

55E

+13

3.98

E+

136.

83E

+13

-160

.97

6.79

E+

137.

68E

+13

8.55

E+

139.

36E

+13

1.02

E+

141.

11E

+14

1.18

E+

141.

27E

+14

1.42

E+

142.

44E

+14

-145

.73

2.44

E+

142.

76E

+14

3.08

E+

143.

37E

+14

3.68

E+

144.

01E

+14

4.26

E+

144.

57E

+14

5.12

E+

148.

78E

+14

-130

.49

9.01

E+

141.

02E

+15

1.13

E+

151.

24E

+15

1.36

E+

151.

48E

+15

1.57

E+

151.

68E

+15

1.89

E+

153.

24E

+15

-115

.25

3.37

E+

153.

81E

+15

4.25

E+

154.

65E

+15

5.08

E+

155.

53E

+15

5.88

E+

156.

30E

+15

7.06

E+

151.

21E

+16

-100

.01

1.26

E+

161.

42E

+16

1.58

E+

161.

73E

+16

1.89

E+

162.

06E

+16

2.19

E+

162.

35E

+16

2.63

E+

164.

52E

+16

-84.

774.

78E

+16

5.40

E+

166.

02E

+16

6.59

E+

167.

19E

+16

7.83

E+

168.

33E

+16

8.93

E+

161.

00E

+17

1.72

E+

17

-74.

451.

19E

+17

1.34

E+

171.

50E

+17

1.64

E+

171.

79E

+17

1.95

E+

172.

07E

+17

2.22

E+

172.

49E

+17

4.27

E+

17

Ele

vatio

n-2

06.6

92.

74E

-09

3.09

E-0

93.

45E

-09

3.77

E-0

94.

12E

-09

4.49

E-0

94.

77E

-09

5.11

E-0

95.

73E

-09

9.83

E-0

9

-191

.45

9.35

E-0

91.

06E

-08

1.18

E-0

81.

29E

-08

1.41

E-0

81.

53E

-08

1.63

E-0

81.

75E

-08

1.96

E-0

83.

36E

-08

-176

.21

3.22

E-0

83.

65E

-08

4.06

E-0

84.

44E

-08

4.85

E-0

85.

29E

-08

5.62

E-0

86.

03E

-08

6.75

E-0

81.

16E

-07

-160

.97

1.14

E-0

71.

29E

-07

1.43

E-0

71.

57E

-07

1.71

E-0

71.

87E

-07

1.98

E-0

72.

13E

-07

2.38

E-0

74.

09E

-07

-145

.73

4.06

E-0

74.

59E

-07

5.11

E-0

75.

59E

-07

6.11

E-0

76.

65E

-07

7.07

E-0

77.

58E

-07

8.49

E-0

71.

46E

-06

-130

.49

1.48

E-0

61.

67E

-06

1.86

E-0

62.

03E

-06

2.22

E-0

62.

42E

-06

2.57

E-0

62.

76E

-06

3.09

E-0

65.

30E

-06

-115

.25

5.46

E-0

66.

17E

-06

6.87

E-0

67.

52E

-06

8.22

E-0

68.

95E

-06

9.51

E-0

61.

02E

-05

1.14

E-0

51.

96E

-05

-100

.01

2.01

E-0

52.

27E

-05

2.52

E-0

52.

76E

-05

3.02

E-0

53.

29E

-05

3.49

E-0

53.

75E

-05

4.20

E-0

57.

20E

-05

-84.

777.

48E

-05

8.45

E-0

59.

41E

-05

1.03

E-0

41.

13E

-04

1.23

E-0

41.

30E

-04

1.40

E-0

41.

56E

-04

2.69

E-0

4

-74.

451.

83E

-04

2.08

E-0

42.

31E

-04

2.53

E-0

42.

76E

-04

3.01

E-0

43.

20E

-04

3.43

E-0

43.

84E

-04

6.59

E-0

4

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: E

leva

tion

is D

ista

nce

(cm

) fro

m B

otto

m o

f Act

ive

Cor

e

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

29

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-1

6

Un

it 1

RP

V G

irth

Wel

d G

H N

eutr

on E

xpos

ure

Pre

dic

tion

s

Cyc

le

13C

ycle

14

Cyc

le

15C

ycle

16

Cyc

le

17C

ycle

18

C19

(eq

)C

20 (

avg)

Pro

ject

edP

roje

cted

Tim

e,s

6.06

E+

075.

78E

+07

5.70

E+

075.

73E

+07

5.52

E+

075.

60E

+07

5.83

E+

075.

83E

+07

1.04

E+

086.

94E

+08

EF

PY

16

.03

17.8

619

.67

21.4

823

.23

25.0

126

.86

28.7

032

54

Azi

mut

h

03.

20E

+11

3.58

E+

113.

99E

+11

4.40

E+

114.

77E

+11

5.19

E+

115.

55E

+11

5.95

E+

116.

68E

+11

1.15

E+

12

154.

17E

+11

4.68

E+

115.

24E

+11

5.82

E+

116.

34E

+11

6.88

E+

117.

34E

+11

7.88

E+

118.

86E

+11

1.54

E+

12

302.

94E

+11

3.33

E+

113.

73E

+11

4.14

E+

114.

55E

+11

4.95

E+

115.

31E

+11

5.71

E+

116.

44E

+11

1.13

E+

12

455.

87E

+11

6.65

E+

117.

45E

+11

8.28

E+

119.

10E

+11

9.92

E+

111.

07E

+12

1.15

E+

121.

30E

+12

2.28

E+

12

602.

92E

+11

3.34

E+

113.

74E

+11

4.13

E+

114.

52E

+11

4.92

E+

115.

28E

+11

5.67

E+

116.

38E

+11

1.11

E+

12

754.

08E

+11

4.60

E+

115.

14E

+11

5.64

E+

116.

14E

+11

6.67

E+

117.

11E

+11

7.63

E+

118.

55E

+11

1.47

E+

12

902.

27E

+11

2.53

E+

112.

82E

+11

3.06

E+

113.

32E

+11

3.60

E+

113.

86E

+11

4.13

E+

114.

61E

+11

7.85

E+

11

Azi

mut

h

09.

57E

-09

1.07

E-0

81.

19E

-08

1.32

E-0

81.

43E

-08

1.55

E-0

81.

66E

-08

1.78

E-0

82.

00E

-08

3.44

E-0

8

151.

23E

-08

1.39

E-0

81.

55E

-08

1.72

E-0

81.

88E

-08

2.04

E-0

82.

17E

-08

2.33

E-0

82.

62E

-08

4.55

E-0

8

308.

80E

-09

9.97

E-0

91.

12E

-08

1.24

E-0

81.

36E

-08

1.48

E-0

81.

59E

-08

1.71

E-0

81.

93E

-08

3.38

E-0

8

451.

72E

-08

1.96

E-0

82.

19E

-08

2.43

E-0

82.

68E

-08

2.92

E-0

83.

14E

-08

3.38

E-0

83.

82E

-08

6.72

E-0

8

608.

74E

-09

1.00

E-0

81.

12E

-08

1.24

E-0

81.

35E

-08

1.47

E-0

81.

58E

-08

1.70

E-0

81.

91E

-08

3.33

E-0

8

751.

21E

-08

1.36

E-0

81.

52E

-08

1.67

E-0

81.

82E

-08

1.97

E-0

82.

11E

-08

2.26

E-0

82.

53E

-08

4.35

E-0

8

906.

81E

-09

7.60

E-0

98.

46E

-09

9.19

E-0

99.

96E

-09

1.08

E-0

81.

16E

-08

1.24

E-0

81.

38E

-08

2.36

E-0

8

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: A

zim

uth

is A

ngle

in F

irst

Qua

dran

t

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

30

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-1

7

Un

it 1

RP

V G

irth

Wel

d F

G N

eutr

on E

xpos

ure

Pre

dic

tion

s

Cyc

le

13C

ycle

14

Cyc

le

15C

ycle

16

Cyc

le

17C

ycle

18

C19

(eq

)C

20 (

avg)

Pro

ject

edP

roje

cted

Tim

e,s

6.06

E+

075.

78E

+07

5.70

E+

075.

73E

+07

5.52

E+

075.

60E

+07

5.83

E+

075.

83E

+07

1.04

E+

086.

94E

+08

EF

PY

16

.03

17.8

619

.67

21.4

823

.23

25.0

126

.86

28.7

032

54

Azi

mut

h

03.

57E

+17

4.07

E+

174.

60E

+17

5.19

E+

175.

69E

+17

6.17

E+

176.

58E

+17

7.10

E+

178.

02E

+17

1.42

E+

18

154.

65E

+17

5.32

E+

176.

05E

+17

6.88

E+

177.

58E

+17

8.20

E+

178.

72E

+17

9.42

E+

171.

07E

+18

1.90

E+

18

303.

28E

+17

3.79

E+

174.

31E

+17

4.90

E+

175.

45E

+17

5.91

E+

176.

31E

+17

6.83

E+

177.

76E

+17

1.39

E+

18

456.

55E

+17

7.57

E+

178.

62E

+17

9.80

E+

171.

09E

+18

1.18

E+

181.

27E

+18

1.38

E+

181.

56E

+18

2.82

E+

18

603.

26E

+17

3.81

E+

174.

32E

+17

4.89

E+

175.

42E

+17

5.87

E+

176.

27E

+17

6.78

E+

177.

69E

+17

1.37

E+

18

754.

55E

+17

5.23

E+

175.

94E

+17

6.65

E+

177.

32E

+17

7.93

E+

178.

44E

+17

9.10

E+

171.

03E

+18

1.81

E+

18

902.

53E

+17

2.87

E+

173.

25E

+17

3.60

E+

173.

95E

+17

4.27

E+

174.

56E

+17

4.91

E+

175.

52E

+17

9.65

E+

17

Azi

mut

h

05.

71E

-04

6.51

E-0

47.

36E

-04

8.31

E-0

49.

10E

-04

9.86

E-0

41.

05E

-03

1.14

E-0

31.

28E

-03

2.27

E-0

3

157.

37E

-04

8.44

E-0

49.

59E

-04

1.09

E-0

31.

20E

-03

1.30

E-0

31.

38E

-03

1.49

E-0

31.

69E

-03

3.01

E-0

3

305.

25E

-04

6.07

E-0

46.

90E

-04

7.85

E-0

48.

72E

-04

9.46

E-0

41.

01E

-03

1.09

E-0

31.

24E

-03

2.23

E-0

3

451.

03E

-03

1.19

E-0

31.

35E

-03

1.54

E-0

31.

72E

-03

1.86

E-0

32.

00E

-03

2.16

E-0

32.

46E

-03

4.44

E-0

3

605.

22E

-04

6.10

E-0

46.

92E

-04

7.82

E-0

48.

67E

-04

9.40

E-0

41.

00E

-03

1.09

E-0

31.

23E

-03

2.20

E-0

3

757.

21E

-04

8.28

E-0

49.

40E

-04

1.05

E-0

31.

16E

-03

1.26

E-0

31.

33E

-03

1.44

E-0

31.

63E

-03

2.87

E-0

3

904.

06E

-04

4.61

E-0

45.

22E

-04

5.78

E-0

46.

33E

-04

6.86

E-0

47.

32E

-04

7.87

E-0

48.

87E

-04

1.55

E-0

3

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: A

zim

uth

is A

ngle

in F

irst

Qua

dran

t

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

31

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-1

8

Un

it 1

RP

V G

irth

Wel

d E

F N

eutr

on E

xpos

ure

Pre

dic

tion

s

Cyc

le

13C

ycle

14

Cyc

le

15C

ycle

16

Cyc

le

17C

ycle

18

C19

(eq

)C

20 (

avg)

Pro

ject

edP

roje

cted

Tim

e,s

6.06

E+

075.

78E

+07

5.70

E+

075.

73E

+07

5.52

E+

075.

60E

+07

5.83

E+

075.

83E

+07

1.04

E+

086.

94E

+08

EF

PY

16

.03

17.8

619

.67

21.4

823

.23

25.0

126

.86

28.7

032

54

Azi

mut

h

02.

39E

+16

2.68

E+

162.

98E

+16

3.29

E+

163.

56E

+16

3.88

E+

164.

15E

+16

4.45

E+

164.

99E

+16

8.59

E+

16

153.

11E

+16

3.50

E+

163.

92E

+16

4.35

E+

164.

74E

+16

5.14

E+

165.

48E

+16

5.89

E+

166.

62E

+16

1.15

E+

17

302.

20E

+16

2.49

E+

162.

78E

+16

3.10

E+

163.

40E

+16

3.70

E+

163.

97E

+16

4.27

E+

164.

81E

+16

8.43

E+

16

454.

38E

+16

4.97

E+

165.

57E

+16

6.19

E+

166.

80E

+16

7.41

E+

167.

98E

+16

8.60

E+

169.

70E

+16

1.71

E+

17

602.

18E

+16

2.50

E+

162.

79E

+16

3.09

E+

163.

38E

+16

3.68

E+

163.

94E

+16

4.24

E+

164.

77E

+16

8.31

E+

16

753.

05E

+16

3.44

E+

163.

84E

+16

4.21

E+

164.

59E

+16

4.99

E+

165.

32E

+16

5.70

E+

166.

39E

+16

1.10

E+

17

901.

70E

+16

1.89

E+

162.

11E

+16

2.29

E+

162.

48E

+16

2.69

E+

162.

88E

+16

3.09

E+

163.

45E

+16

5.87

E+

16

Azi

mut

h

03.

76E

-05

4.21

E-0

54.

69E

-05

5.18

E-0

55.

61E

-05

6.10

E-0

56.

53E

-05

7.01

E-0

57.

85E

-05

1.35

E-0

4

154.

85E

-05

5.45

E-0

56.

10E

-05

6.77

E-0

57.

38E

-05

8.02

E-0

58.

54E

-05

9.18

E-0

51.

03E

-04

1.79

E-0

4

303.

46E

-05

3.92

E-0

54.

39E

-05

4.87

E-0

55.

35E

-05

5.83

E-0

56.

25E

-05

6.73

E-0

57.

58E

-05

1.33

E-0

4

456.

78E

-05

7.69

E-0

58.

61E

-05

9.57

E-0

51.

05E

-04

1.15

E-0

41.

24E

-04

1.33

E-0

41.

50E

-04

2.64

E-0

4

603.

44E

-05

3.93

E-0

54.

40E

-05

4.86

E-0

55.

32E

-05

5.80

E-0

56.

21E

-05

6.68

E-0

57.

52E

-05

1.31

E-0

4

754.

75E

-05

5.36

E-0

55.

99E

-05

6.56

E-0

57.

14E

-05

7.76

E-0

58.

28E

-05

8.88

E-0

59.

95E

-05

1.71

E-0

4

902.

68E

-05

2.99

E-0

53.

33E

-05

3.61

E-0

53.

91E

-05

4.25

E-0

54.

55E

-05

4.87

E-0

55.

44E

-05

9.27

E-0

5

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: A

zim

uth

is A

ngle

in F

irst

Qua

dran

t

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

32

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-1

9

Un

it 1

RP

V V

erti

cal W

eld

s G

1 an

d G

2 N

eutr

on E

xpos

ure

Pre

dic

tion

s

Cyc

le

13C

ycle

14

Cyc

le

15C

ycle

16

Cyc

le

17C

ycle

18

C19

(eq

)C

20 (

avg)

Pro

ject

edP

roje

cted

Tim

e,s

6.06

E+

075.

78E

+07

5.70

E+

075.

73E

+07

5.52

E+

075.

60E

+07

5.83

E+

075.

83E

+07

1.04

E+

086.

94E

+08

EF

PY

16

.03

17.8

619

.67

21.4

823

.23

25.0

126

.86

28.7

032

54

Ele

vatio

n

-250

.24

4.09

E+

114.

61E

+11

5.15

E+

115.

64E

+11

6.14

E+

116.

68E

+11

7.12

E+

117.

64E

+11

8.56

E+

111.

47E

+12

-219

.76

7.75

E+

118.

74E

+11

9.77

E+

111.

07E

+12

1.16

E+

121.

27E

+12

1.35

E+

121.

45E

+12

1.62

E+

122.

79E

+12

-189

.28

2.13

E+

122.

40E

+12

2.68

E+

122.

94E

+12

3.19

E+

123.

47E

+12

3.70

E+

123.

97E

+12

4.45

E+

127.

66E

+12

-158

.81.

14E

+13

1.29

E+

131.

44E

+13

1.58

E+

131.

72E

+13

1.87

E+

131.

99E

+13

2.14

E+

132.

40E

+13

4.12

E+

13

-128

.32

8.37

E+

139.

44E

+13

1.06

E+

141.

16E

+14

1.26

E+

141.

37E

+14

1.46

E+

141.

57E

+14

1.75

E+

143.

02E

+14

-97.

846.

07E

+14

6.84

E+

147.

65E

+14

8.38

E+

149.

12E

+14

9.92

E+

141.

06E

+15

1.13

E+

151.

27E

+15

2.19

E+

15

-67.

363.

89E

+15

4.38

E+

154.

90E

+15

5.37

E+

155.

84E

+15

6.35

E+

156.

77E

+15

7.26

E+

158.

14E

+15

1.40

E+

16

-36.

882.

01E

+16

2.26

E+

162.

53E

+16

2.77

E+

163.

02E

+16

3.28

E+

163.

50E

+16

3.75

E+

164.

20E

+16

7.23

E+

16

-6.4

7.84

E+

168.

83E

+16

9.87

E+

161.

08E

+17

1.18

E+

171.

28E

+17

1.37

E+

171.

46E

+17

1.64

E+

172.

82E

+17

24.0

81.

87E

+17

2.11

E+

172.

35E

+17

2.58

E+

172.

81E

+17

3.05

E+

173.

26E

+17

3.49

E+

173.

91E

+17

6.73

E+

17

54.5

63.

02E

+17

3.40

E+

173.

80E

+17

4.16

E+

174.

53E

+17

4.93

E+

175.

25E

+17

5.64

E+

176.

32E

+17

1.09

E+

18

85.0

43.

90E

+17

4.40

E+

174.

92E

+17

5.39

E+

175.

87E

+17

6.38

E+

176.

80E

+17

7.30

E+

178.

18E

+17

1.41

E+

18

114.

914.

62E

+17

5.21

E+

175.

83E

+17

6.38

E+

176.

95E

+17

7.56

E+

178.

06E

+17

8.64

E+

179.

69E

+17

1.67

E+

18

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Not

e: E

leva

tion

is D

ista

nce

(cm

) fro

m B

otto

m o

f Act

ive

Cor

e

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

33

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-1

9

Un

it 1

RP

V V

erti

cal W

eld

s G

1 an

d G

2 N

eutr

on E

xpos

ure

Pre

dic

tion

s (C

onti

nu

ed)

Cyc

le

13C

ycle

14

Cyc

le

15C

ycle

16

Cyc

le

17C

ycle

18

C19

(eq

)C

20 (

avg)

Pro

ject

edP

roje

cted

Tim

e,s

6.06

E+

075.

78E

+07

5.70

E+

075.

73E

+07

5.52

E+

075.

60E

+07

5.83

E+

075.

83E

+07

1.04

E+

086.

94E

+08

EF

PY

16.0

317

.86

19.6

721

.48

23.2

325

.01

26.8

628

.70

3254

Ele

vatio

n

-250

.24

1.21

E-0

81.

36E

-08

1.52

E-0

81.

67E

-08

1.82

E-0

81.

97E

-08

2.10

E-0

82.

26E

-08

2.53

E-0

84.

35E

-08

-219

.76

2.15

E-0

82.

42E

-08

2.71

E-0

82.

97E

-08

3.23

E-0

83.

51E

-08

3.74

E-0

84.

01E

-08

4.50

E-0

87.

73E

-08

-189

.28

3.49

E-0

83.

93E

-08

4.40

E-0

84.

82E

-08

5.24

E-0

85.

70E

-08

6.08

E-0

86.

52E

-08

7.31

E-0

81.

26E

-07

-158

.86.

81E

-08

7.69

E-0

88.

59E

-08

9.41

E-0

81.

02E

-07

1.11

E-0

71.

19E

-07

1.27

E-0

71.

43E

-07

2.45

E-0

7

-128

.32

2.22

E-0

72.

51E

-07

2.80

E-0

73.

07E

-07

3.34

E-0

73.

63E

-07

3.87

E-0

74.

16E

-07

4.66

E-0

78.

01E

-07

-97.

841.

17E

-06

1.32

E-0

61.

47E

-06

1.61

E-0

61.

76E

-06

1.91

E-0

62.

04E

-06

2.18

E-0

62.

45E

-06

4.21

E-0

6

-67.

366.

72E

-06

7.58

E-0

68.

47E

-06

9.28

E-0

61.

01E

-05

1.10

E-0

51.

17E

-05

1.26

E-0

51.

41E

-05

2.42

E-0

5

-36.

883.

31E

-05

3.74

E-0

54.

18E

-05

4.58

E-0

54.

98E

-05

5.42

E-0

55.

77E

-05

6.19

E-0

56.

94E

-05

1.19

E-0

4

-6.4

1.26

E-0

41.

42E

-04

1.59

E-0

41.

74E

-04

1.89

E-0

42.

06E

-04

2.19

E-0

42.

35E

-04

2.64

E-0

44.

53E

-04

24.0

82.

96E

-04

3.34

E-0

43.

73E

-04

4.09

E-0

44.

45E

-04

4.84

E-0

45.

16E

-04

5.54

E-0

46.

21E

-04

1.07

E-0

3

54.5

64.

77E

-04

5.38

E-0

46.

01E

-04

6.59

E-0

47.

17E

-04

7.80

E-0

48.

31E

-04

8.92

E-0

49.

99E

-04

1.72

E-0

3

85.0

46.

18E

-04

6.97

E-0

47.

79E

-04

8.53

E-0

49.

29E

-04

1.01

E-0

31.

08E

-03

1.15

E-0

31.

29E

-03

2.22

E-0

3

114.

917.

31E

-04

8.25

E-0

49.

22E

-04

1.01

E-0

31.

10E

-03

1.20

E-0

31.

27E

-03

1.37

E-0

31.

53E

-03

2.63

E-0

3

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: E

leva

tion

is D

ista

nce

(cm

) fro

m B

otto

m o

f Act

ive

Cor

e

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

34

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-2

0

Un

it 1

RP

V V

erti

cal W

eld

s F

1 an

d F

2 N

eutr

on E

xpos

ure

Pre

dic

tion

s

Cyc

le

13C

ycle

14

Cyc

le

15C

ycle

16

Cyc

le

17C

ycle

18

C19

(eq

)C

20 (

avg)

Pro

ject

edP

roje

cted

Tim

e,s

6.06

E+

075.

78E

+07

5.70

E+

075.

73E

+07

5.52

E+

075.

60E

+07

5.83

E+

075.

83E

+07

1.04

E+

086.

94E

+08

EF

PY

16

.03

17.8

619

.67

21.4

823

.23

25.0

126

.86

28.7

032

54

Ele

vatio

n

114.

914.

72E

+17

5.31

E+

175.

94E

+17

6.59

E+

177.

18E

+17

7.80

E+

178.

31E

+17

8.93

E+

171.

00E

+18

1.74

E+

18

145.

395.

36E

+17

6.02

E+

176.

74E

+17

7.48

E+

178.

15E

+17

8.85

E+

179.

43E

+17

1.01

E+

181.

14E

+18

1.97

E+

18

175.

875.

75E

+17

6.46

E+

177.

22E

+17

8.02

E+

178.

74E

+17

9.49

E+

171.

01E

+18

1.09

E+

181.

22E

+18

2.12

E+

18

206.

355.

93E

+17

6.66

E+

177.

45E

+17

8.27

E+

179.

01E

+17

9.79

E+

171.

04E

+18

1.12

E+

181.

26E

+18

2.18

E+

18

236.

835.

98E

+17

6.72

E+

177.

51E

+17

8.34

E+

179.

09E

+17

9.87

E+

171.

05E

+18

1.13

E+

181.

27E

+18

2.20

E+

18

267.

315.

95E

+17

6.69

E+

177.

49E

+17

8.31

E+

179.

05E

+17

9.83

E+

171.

05E

+18

1.13

E+

181.

27E

+18

2.19

E+

18

297.

795.

63E

+17

6.32

E+

177.

07E

+17

7.85

E+

178.

55E

+17

9.29

E+

179.

90E

+17

1.06

E+

181.

20E

+18

2.07

E+

18

328.

274.

73E

+17

5.32

E+

175.

95E

+17

6.60

E+

177.

19E

+17

7.81

E+

178.

33E

+17

8.95

E+

171.

01E

+18

1.74

E+

18

363.

522.

70E

+17

3.04

E+

173.

40E

+17

3.77

E+

174.

11E

+17

4.46

E+

174.

76E

+17

5.11

E+

175.

74E

+17

9.95

E+

17

379.

581.

44E

+17

1.62

E+

171.

81E

+17

2.01

E+

172.

19E

+17

2.38

E+

172.

53E

+17

2.72

E+

173.

06E

+17

5.30

E+

17

419.

714.

07E

+16

4.58

E+

165.

12E

+16

5.68

E+

166.

19E

+16

6.73

E+

167.

17E

+16

7.70

E+

168.

65E

+16

1.50

E+

17

450.

194.

36E

+16

4.90

E+

165.

48E

+16

6.08

E+

166.

63E

+16

7.20

E+

167.

68E

+16

8.25

E+

169.

26E

+16

1.61

E+

17

480.

373.

12E

+16

3.50

E+

163.

92E

+16

4.35

E+

164.

74E

+16

5.15

E+

165.

49E

+16

5.89

E+

166.

62E

+16

1.15

E+

17

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Not

e: E

leva

tion

is D

ista

nce

(cm

) fro

m B

otto

m o

f Act

ive

Cor

e

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

35

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-2

0

Un

it 1

RP

V V

erti

cal W

eld

s F

1 an

d F

2 N

eutr

on E

xpos

ure

Pre

dic

tion

s (C

onti

nu

ed)

Cyc

le

13C

ycle

14

Cyc

le

15C

ycle

16

Cyc

le

17C

ycle

18

C19

(eq

)C

20 (

avg)

Pro

ject

edP

roje

cted

Tim

e,s

6.06

E+

075.

78E

+07

5.70

E+

075.

73E

+07

5.52

E+

075.

60E

+07

5.83

E+

075.

83E

+07

1.04

E+

086.

94E

+08

EF

PY

16.0

317

.86

19.6

721

.48

23.2

325

.01

26.8

628

.70

3254

Ele

vatio

n

114.

917.

47E

-04

8.40

E-0

49.

40E

-04

1.04

E-0

31.

14E

-03

1.23

E-0

31.

32E

-03

1.41

E-0

31.

59E

-03

2.75

E-0

3

145.

398.

48E

-04

9.53

E-0

41.

07E

-03

1.18

E-0

31.

29E

-03

1.40

E-0

31.

49E

-03

1.60

E-0

31.

80E

-03

3.13

E-0

3

175.

879.

09E

-04

1.02

E-0

31.

14E

-03

1.27

E-0

31.

38E

-03

1.50

E-0

31.

60E

-03

1.72

E-0

31.

93E

-03

3.35

E-0

3

206.

359.

37E

-04

1.05

E-0

31.

18E

-03

1.31

E-0

31.

43E

-03

1.55

E-0

31.

65E

-03

1.77

E-0

31.

99E

-03

3.45

E-0

3

236.

839.

45E

-04

1.06

E-0

31.

19E

-03

1.32

E-0

31.

44E

-03

1.56

E-0

31.

66E

-03

1.79

E-0

32.

01E

-03

3.48

E-0

3

267.

319.

41E

-04

1.06

E-0

31.

18E

-03

1.31

E-0

31.

43E

-03

1.55

E-0

31.

66E

-03

1.78

E-0

32.

00E

-03

3.47

E-0

3

297.

798.

88E

-04

9.98

E-0

41.

12E

-03

1.24

E-0

31.

35E

-03

1.47

E-0

31.

56E

-03

1.68

E-0

31.

89E

-03

3.27

E-0

3

328.

277.

46E

-04

8.39

E-0

49.

39E

-04

1.04

E-0

31.

14E

-03

1.23

E-0

31.

31E

-03

1.41

E-0

31.

59E

-03

2.75

E-0

3

363.

524.

28E

-04

4.81

E-0

45.

38E

-04

5.97

E-0

46.

51E

-04

7.07

E-0

47.

53E

-04

8.09

E-0

49.

09E

-04

1.58

E-0

3

379.

582.

30E

-04

2.59

E-0

42.

89E

-04

3.21

E-0

43.

50E

-04

3.80

E-0

44.

05E

-04

4.35

E-0

44.

89E

-04

8.48

E-0

4

419.

716.

49E

-05

7.30

E-0

58.

17E

-05

9.06

E-0

59.

88E

-05

1.07

E-0

41.

14E

-04

1.23

E-0

41.

38E

-04

2.39

E-0

4

450.

196.

78E

-05

7.62

E-0

58.

53E

-05

9.46

E-0

51.

03E

-04

1.12

E-0

41.

19E

-04

1.28

E-0

41.

44E

-04

2.50

E-0

4

480.

374.

85E

-05

5.45

E-0

56.

10E

-05

6.77

E-0

57.

38E

-05

8.01

E-0

58.

54E

-05

9.18

E-0

51.

03E

-04

1.79

E-0

4

Not

e: E

leva

tion

is D

ista

nce

(cm

) fro

m B

otto

m o

f Act

ive

Cor

e

Iron

Ato

m D

ispl

acem

ents

, dp

a

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

36

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-2

1

Un

it 1

RP

V L

ower

Sh

ell P

late

Neu

tron

Exp

osu

re P

red

icti

ons

Cyc

le

13C

ycle

14

Cyc

le

15C

ycle

16

Cyc

le

17C

ycle

18

C19

(eq

)C

20 (

avg)

Pro

ject

edP

roje

cted

Tim

e,s

6.06

E+

075.

78E

+07

5.70

E+

075.

73E

+07

5.52

E+

075.

60E

+07

5.83

E+

075.

83E

+07

1.04

E+

086.

94E

+08

EF

PY

16

.03

17.8

619

.67

21.4

823

.23

25.0

126

.86

28.7

032

54

Ele

vatio

n

-250

.24

5.87

E+

116.

65E

+11

7.45

E+

118.

28E

+11

9.10

E+

119.

92E

+11

1.07

E+

121.

15E

+12

1.30

E+

122.

28E

+12

-219

.76

1.11

E+

121.

26E

+12

1.41

E+

121.

57E

+12

1.73

E+

121.

88E

+12

2.03

E+

122.

18E

+12

2.46

E+

124.

33E

+12

-189

.28

3.05

E+

123.

46E

+12

3.88

E+

124.

31E

+12

4.73

E+

125.

16E

+12

5.56

E+

125.

99E

+12

6.76

E+

121.

19E

+13

-158

.81.

64E

+13

1.86

E+

132.

09E

+13

2.32

E+

132.

55E

+13

2.78

E+

132.

99E

+13

3.22

E+

133.

64E

+13

6.40

E+

13

-128

.32

1.20

E+

141.

36E

+14

1.53

E+

141.

70E

+14

1.87

E+

142.

03E

+14

2.19

E+

142.

36E

+14

2.66

E+

144.

68E

+14

-97.

848.

72E

+14

9.89

E+

141.

11E

+15

1.23

E+

151.

35E

+15

1.47

E+

151.

59E

+15

1.71

E+

151.

93E

+15

3.39

E+

15

-67.

365.

58E

+15

6.33

E+

157.

09E

+15

7.87

E+

158.

66E

+15

9.44

E+

151.

02E

+16

1.09

E+

161.

24E

+16

2.17

E+

16

-36.

882.

88E

+16

3.27

E+

163.

66E

+16

4.07

E+

164.

47E

+16

4.87

E+

165.

25E

+16

5.65

E+

166.

38E

+16

1.12

E+

17

-6.4

1.12

E+

171.

28E

+17

1.43

E+

171.

59E

+17

1.74

E+

171.

90E

+17

2.05

E+

172.

21E

+17

2.49

E+

174.

38E

+17

24.0

82.

68E

+17

3.04

E+

173.

41E

+17

3.78

E+

174.

16E

+17

4.54

E+

174.

88E

+17

5.26

E+

175.

94E

+17

1.04

E+

18

54.5

64.

33E

+17

4.91

E+

175.

50E

+17

6.11

E+

176.

72E

+17

7.32

E+

177.

88E

+17

8.49

E+

179.

58E

+17

1.69

E+

18

85.0

45.

61E

+17

6.36

E+

177.

12E

+17

7.91

E+

178.

70E

+17

9.48

E+

171.

02E

+18

1.10

E+

181.

24E

+18

2.18

E+

18

114.

916.

64E

+17

7.53

E+

178.

43E

+17

9.37

E+

171.

03E

+18

1.12

E+

181.

21E

+18

1.30

E+

181.

47E

+18

2.59

E+

18

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Not

e: E

leva

tion

is D

ista

nce

(cm

) fro

m B

otto

m o

f Act

ive

Cor

e

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

37

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-2

1

Un

it 1

RP

V L

ower

Sh

ell P

late

Neu

tron

Exp

osu

re P

red

icti

ons

(Con

tin

ued

)

Cyc

le

13C

ycle

14

Cyc

le

15C

ycle

16

Cyc

le

17C

ycle

18

C19

(eq

)C

20 (

avg)

Pro

ject

edP

roje

cted

Tim

e,s

6.06

E+

075.

78E

+07

5.70

E+

075.

73E

+07

5.52

E+

075.

60E

+07

5.83

E+

075.

83E

+07

1.04

E+

086.

94E

+08

EF

PY

16.0

317

.86

19.6

721

.48

23.2

325

.01

26.8

628

.70

3254

Ele

vatio

n

-250

.24

1.72

E-0

81.

96E

-08

2.19

E-0

82.

43E

-08

2.68

E-0

82.

92E

-08

3.14

E-0

83.

38E

-08

3.82

E-0

86.

72E

-08

-219

.76

3.07

E-0

83.

48E

-08

3.89

E-0

84.

33E

-08

4.76

E-0

85.

19E

-08

5.58

E-0

86.

02E

-08

6.79

E-0

81.

19E

-07

-189

.28

4.98

E-0

85.

65E

-08

6.33

E-0

87.

03E

-08

7.73

E-0

88.

43E

-08

9.08

E-0

89.

78E

-08

1.10

E-0

71.

94E

-07

-158

.89.

73E

-08

1.10

E-0

71.

24E

-07

1.37

E-0

71.

51E

-07

1.65

E-0

71.

77E

-07

1.91

E-0

72.

15E

-07

3.79

E-0

7

-128

.32

3.17

E-0

73.

60E

-07

4.03

E-0

74.

48E

-07

4.92

E-0

75.

37E

-07

5.78

E-0

76.

23E

-07

7.03

E-0

71.

24E

-06

-97.

841.

67E

-06

1.89

E-0

62.

12E

-06

2.35

E-0

62.

59E

-06

2.82

E-0

63.

04E

-06

3.27

E-0

63.

69E

-06

6.50

E-0

6

-67.

369.

59E

-06

1.09

E-0

51.

22E

-05

1.35

E-0

51.

49E

-05

1.62

E-0

51.

75E

-05

1.88

E-0

52.

13E

-05

3.74

E-0

5

-36.

884.

73E

-05

5.36

E-0

56.

00E

-05

6.68

E-0

57.

34E

-05

8.00

E-0

58.

61E

-05

9.28

E-0

51.

05E

-04

1.84

E-0

4

-6.4

1.80

E-0

42.

04E

-04

2.28

E-0

42.

54E

-04

2.79

E-0

43.

04E

-04

3.27

E-0

43.

53E

-04

3.98

E-0

47.

00E

-04

24.0

84.

23E

-04

4.80

E-0

45.

37E

-04

5.97

E-0

46.

56E

-04

7.15

E-0

47.

70E

-04

8.30

E-0

49.

37E

-04

1.65

E-0

3

54.5

66.

81E

-04

7.73

E-0

48.

65E

-04

9.62

E-0

41.

06E

-03

1.15

E-0

31.

24E

-03

1.34

E-0

31.

51E

-03

2.65

E-0

3

85.0

48.

82E

-04

1.00

E-0

31.

12E

-03

1.25

E-0

31.

37E

-03

1.49

E-0

31.

61E

-03

1.73

E-0

31.

95E

-03

3.44

E-0

3

114.

911.

04E

-03

1.19

E-0

31.

33E

-03

1.48

E-0

31.

62E

-03

1.77

E-0

31.

90E

-03

2.05

E-0

32.

31E

-03

4.07

E-0

3

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: E

leva

tion

is D

ista

nce

(cm

) fro

m B

otto

m o

f Act

ive

Cor

e

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

38

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-2

2

Un

it 1

RP

V L

ower

In

term

edia

te S

hel

l Pla

te N

eutr

on E

xpos

ure

Pre

dic

tion

s

Cyc

le

13C

ycle

14

Cyc

le

15C

ycle

16

Cyc

le

17C

ycle

18

C19

(eq

)C

20 (

avg)

Pro

ject

edP

roje

cted

Tim

e,s

6.06

E+

075.

78E

+07

5.70

E+

075.

73E

+07

5.52

E+

075.

60E

+07

5.83

E+

075.

83E

+07

1.04

E+

086.

94E

+08

EF

PY

16

.03

17.8

619

.67

21.4

823

.23

25.0

126

.86

28.7

032

54

Ele

vatio

n

114.

916.

64E

+17

7.53

E+

178.

43E

+17

9.37

E+

171.

03E

+18

1.12

E+

181.

21E

+18

1.30

E+

181.

47E

+18

2.59

E+

18

145.

397.

54E

+17

8.55

E+

179.

57E

+17

1.06

E+

181.

17E

+18

1.27

E+

181.

37E

+18

1.48

E+

181.

67E

+18

2.94

E+

18

175.

878.

08E

+17

9.17

E+

171.

03E

+18

1.14

E+

181.

25E

+18

1.37

E+

181.

47E

+18

1.59

E+

181.

79E

+18

3.15

E+

18

206.

38.

34E

+17

9.46

E+

171.

06E

+18

1.18

E+

181.

29E

+18

1.41

E+

181.

52E

+18

1.64

E+

181.

85E

+18

3.25

E+

18

236.

838.

40E

+17

9.53

E+

171.

07E

+18

1.19

E+

181.

30E

+18

1.42

E+

181.

53E

+18

1.65

E+

181.

86E

+18

3.27

E+

18

267.

318.

38E

+17

9.50

E+

171.

06E

+18

1.18

E+

181.

30E

+18

1.42

E+

181.

53E

+18

1.64

E+

181.

85E

+18

3.26

E+

18

297.

797.

91E

+17

8.98

E+

171.

00E

+18

1.12

E+

181.

23E

+18

1.34

E+

181.

44E

+18

1.55

E+

181.

75E

+18

3.08

E+

18

328.

276.

66E

+17

7.55

E+

178.

45E

+17

9.39

E+

171.

03E

+18

1.13

E+

181.

21E

+18

1.31

E+

181.

47E

+18

2.59

E+

18

363.

523.

80E

+17

4.31

E+

174.

83E

+17

5.37

E+

175.

90E

+17

6.43

E+

176.

92E

+17

7.46

E+

178.

42E

+17

1.48

E+

18

371.

552.

98E

+17

3.38

E+

173.

78E

+17

4.20

E+

174.

62E

+17

5.04

E+

175.

42E

+17

5.84

E+

176.

59E

+17

1.16

E+

18

379.

582.

02E

+17

2.30

E+

172.

57E

+17

2.86

E+

173.

14E

+17

3.42

E+

173.

69E

+17

3.97

E+

174.

48E

+17

7.88

E+

17

387

1.43

E+

171.

62E

+17

1.82

E+

172.

02E

+17

2.22

E+

172.

42E

+17

2.60

E+

172.

80E

+17

3.16

E+

175.

57E

+17

395.

439.

93E

+16

1.13

E+

171.

26E

+17

1.40

E+

171.

54E

+17

1.68

E+

171.

81E

+17

1.95

E+

172.

20E

+17

3.87

E+

17

419.

715.

73E

+16

6.50

E+

167.

27E

+16

8.08

E+

168.

88E

+16

9.69

E+

161.

04E

+17

1.12

E+

171.

27E

+17

2.23

E+

17

450.

196.

13E

+16

6.96

E+

167.

79E

+16

8.65

E+

169.

51E

+16

1.04

E+

171.

12E

+17

1.20

E+

171.

36E

+17

2.39

E+

17

480.

374.

38E

+16

4.97

E+

165.

57E

+16

6.19

E+

166.

80E

+16

7.41

E+

167.

98E

+16

8.60

E+

169.

70E

+16

1.71

E+

17

Fas

t N

eutr

on F

luen

ce (

n/cm

2,

E >

1.0

Mev

)

Not

e: E

leva

tion

is D

ista

nce

(cm

) fro

m B

otto

m o

f Act

ive

Cor

e

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

39

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-2

2

Un

it 1

RP

V L

ower

In

term

edia

te S

hel

l Pla

te N

eutr

on E

xpos

ure

Pre

dic

tion

s (C

onti

nu

ed)

Cyc

le

13C

ycle

14

Cyc

le

15C

ycle

16

Cyc

le

17C

ycle

18

C19

(eq

)C

20 (

avg)

Pro

ject

edP

roje

cted

Tim

e,s

6.06

E+

075.

78E

+07

5.70

E+

075.

73E

+07

5.52

E+

075.

60E

+07

5.83

E+

075.

83E

+07

1.04

E+

086.

94E

+08

EF

PY

16.0

317

.86

19.6

721

.48

23.2

325

.01

26.8

628

.70

3254

Ele

vatio

n

114.

911.

04E

-03

1.19

E-0

31.

33E

-03

1.48

E-0

31.

62E

-03

1.77

E-0

31.

90E

-03

2.05

E-0

32.

31E

-03

4.07

E-0

3

145.

391.

18E

-03

1.34

E-0

31.

50E

-03

1.67

E-0

31.

84E

-03

2.00

E-0

32.

16E

-03

2.33

E-0

32.

62E

-03

4.62

E-0

3

175.

871.

27E

-03

1.44

E-0

31.

61E

-03

1.79

E-0

31.

97E

-03

2.15

E-0

32.

31E

-03

2.49

E-0

32.

81E

-03

4.95

E-0

3

206.

31.

31E

-03

1.49

E-0

31.

66E

-03

1.85

E-0

32.

03E

-03

2.22

E-0

32.

39E

-03

2.57

E-0

32.

90E

-03

5.11

E-0

3

236.

831.

32E

-03

1.50

E-0

31.

68E

-03

1.86

E-0

32.

05E

-03

2.23

E-0

32.

41E

-03

2.59

E-0

32.

92E

-03

5.15

E-0

3

267.

311.

31E

-03

1.49

E-0

31.

67E

-03

1.86

E-0

32.

04E

-03

2.22

E-0

32.

40E

-03

2.58

E-0

32.

91E

-03

5.12

E-0

3

297.

791.

24E

-03

1.41

E-0

31.

58E

-03

1.75

E-0

31.

93E

-03

2.10

E-0

32.

26E

-03

2.44

E-0

32.

75E

-03

4.84

E-0

3

328.

271.

04E

-03

1.18

E-0

31.

32E

-03

1.47

E-0

31.

62E

-03

1.76

E-0

31.

90E

-03

2.05

E-0

32.

31E

-03

4.06

E-0

3

363.

525.

98E

-04

6.78

E-0

47.

59E

-04

8.44

E-0

49.

28E

-04

1.01

E-0

31.

09E

-03

1.17

E-0

31.

32E

-03

2.33

E-0

3

371.

554.

71E

-04

5.34

E-0

45.

98E

-04

6.64

E-0

47.

30E

-04

7.96

E-0

48.

57E

-04

9.24

E-0

41.

04E

-03

1.83

E-0

3

379.

583.

21E

-04

3.65

E-0

44.

08E

-04

4.54

E-0

44.

99E

-04

5.44

E-0

45.

86E

-04

6.31

E-0

47.

12E

-04

1.25

E-0

3

387

2.29

E-0

42.

60E

-04

2.91

E-0

43.

23E

-04

3.55

E-0

43.

87E

-04

4.17

E-0

44.

50E

-04

5.07

E-0

48.

93E

-04

395.

431.

60E

-04

1.82

E-0

42.

03E

-04

2.26

E-0

42.

48E

-04

2.71

E-0

42.

92E

-04

3.14

E-0

43.

55E

-04

6.24

E-0

4

419.

719.

07E

-05

1.03

E-0

41.

15E

-04

1.28

E-0

41.

41E

-04

1.53

E-0

41.

65E

-04

1.78

E-0

42.

01E

-04

3.54

E-0

4

450.

199.

48E

-05

1.08

E-0

41.

20E

-04

1.34

E-0

41.

47E

-04

1.60

E-0

41.

73E

-04

1.86

E-0

42.

10E

-04

3.69

E-0

4

480.

376.

78E

-05

7.69

E-0

58.

61E

-05

9.57

E-0

51.

05E

-04

1.15

E-0

41.

24E

-04

1.33

E-0

41.

50E

-04

2.64

E-0

4

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: E

leva

tion

is D

ista

nce

(cm

) fro

m B

otto

m o

f Act

ive

Cor

e

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

40

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-2

3

Un

it 1

RP

V N

16 N

ozzl

e/N

ozzl

e F

orgi

ng

Neu

tron

Exp

osu

re P

red

icti

ons

Cyc

le

13C

ycle

14

Cyc

le

15C

ycle

16

Cyc

le

17C

ycle

18

C19

(eq

)C

20 (

avg)

Pro

ject

edP

roje

cted

Tim

e,s

6.06

E+

075.

78E

+07

5.70

E+

075.

73E

+07

5.52

E+

075.

60E

+07

5.83

E+

075.

83E

+07

1.04

E+

086.

94E

+08

EF

PY

16

.03

17.8

619

.67

21.4

823

.23

25.0

126

.86

28.7

032

54

Ele

vatio

n

363.

523.

23E

+17

3.66

E+

174.

10E

+17

4.56

E+

175.

02E

+17

5.47

E+

175.

88E

+17

6.34

E+

177.

15E

+17

1.26

E+

18

371.

552.

53E

+17

2.87

E+

173.

21E

+17

3.57

E+

173.

93E

+17

4.28

E+

174.

61E

+17

4.97

E+

175.

61E

+17

9.87

E+

17

379.

581.

72E

+17

1.95

E+

172.

18E

+17

2.43

E+

172.

67E

+17

2.91

E+

173.

13E

+17

3.38

E+

173.

81E

+17

6.70

E+

17

387.

51.

21E

+17

1.38

E+

171.

54E

+17

1.71

E+

171.

89E

+17

2.06

E+

172.

21E

+17

2.38

E+

172.

69E

+17

4.74

E+

17

395.

438.

43E

+16

9.56

E+

161.

07E

+17

1.19

E+

171.

31E

+17

1.43

E+

171.

54E

+17

1.65

E+

171.

87E

+17

3.29

E+

17

Ele

vatio

n

363.

525.

09E

-04

5.78

E-0

46.

47E

-04

7.20

E-0

47.

91E

-04

8.63

E-0

49.

28E

-04

1.00

E-0

31.

13E

-03

1.99

E-0

3

371.

554.

01E

-04

4.55

E-0

45.

09E

-04

5.67

E-0

46.

23E

-04

6.79

E-0

47.

31E

-04

7.88

E-0

48.

89E

-04

1.57

E-0

3

379.

582.

74E

-04

3.11

E-0

43.

48E

-04

3.87

E-0

44.

25E

-04

4.64

E-0

44.

99E

-04

5.38

E-0

46.

07E

-04

1.07

E-0

3

387.

51.

95E

-04

2.21

E-0

42.

48E

-04

2.76

E-0

43.

03E

-04

3.31

E-0

43.

56E

-04

3.83

E-0

44.

33E

-04

7.62

E-0

4

395.

431.

36E

-04

1.55

E-0

41.

73E

-04

1.93

E-0

42.

12E

-04

2.31

E-0

42.

49E

-04

2.68

E-0

43.

02E

-04

5.32

E-0

4

Iron

Ato

m D

ispl

acem

ents

, dp

a

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Not

e: E

leva

tion

is D

ista

nce

(cm

) fro

m B

otto

m o

f Act

ive

Cor

e

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

41

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-2

4

Un

it 1

Top

Gu

ide

Neu

tron

Exp

osu

re P

red

icti

ons

Cyc

le

13C

ycle

14

Cyc

le

15C

ycle

16

Cyc

le

17C

ycle

18

C19

(eq

)C

20 (

avg)

Pro

ject

edP

roje

cted

Tim

e,s

6.06

E+

075.

78E

+07

5.70

E+

075.

73E

+07

5.52

E+

075.

60E

+07

5.83

E+

075.

83E

+07

1.04

E+

086.

94E

+08

EF

PY

16

.03

17.8

619

.67

21.4

823

.23

25.0

126

.86

28.7

032

54

Rad

ius

5.01

9.25

E+

219.

78E

+21

1.05

E+

221.

08E

+22

1.16

E+

221.

26E

+22

1.40

E+

221.

49E

+22

1.64

E+

222.

67E

+22

30.4

81.

07E

+22

1.13

E+

221.

21E

+22

1.24

E+

221.

33E

+22

1.43

E+

221.

59E

+22

1.68

E+

221.

85E

+22

2.98

E+

22

60.9

69.

99E

+21

1.06

E+

221.

14E

+22

1.17

E+

221.

25E

+22

1.35

E+

221.

50E

+22

1.59

E+

221.

76E

+22

2.84

E+

22

91.4

49.

32E

+21

9.83

E+

211.

07E

+22

1.10

E+

221.

18E

+22

1.28

E+

221.

42E

+22

1.51

E+

221.

67E

+22

2.74

E+

22

121.

921.

08E

+22

1.15

E+

221.

23E

+22

1.26

E+

221.

35E

+22

1.46

E+

221.

61E

+22

1.71

E+

221.

88E

+22

3.02

E+

22

152.

48.

41E

+21

8.92

E+

219.

63E

+21

9.89

E+

211.

06E

+22

1.15

E+

221.

28E

+22

1.36

E+

221.

50E

+22

2.45

E+

22

182.

886.

36E

+21

6.73

E+

217.

26E

+21

7.44

E+

217.

99E

+21

8.62

E+

219.

46E

+21

1.00

E+

221.

10E

+22

1.77

E+

22

213.

361.

13E

+21

1.21

E+

211.

32E

+21

1.38

E+

211.

49E

+21

1.61

E+

211.

77E

+21

1.89

E+

212.

09E

+21

3.46

E+

21

221.

615

2.66

E+

202.

88E

+20

3.15

E+

203.

32E

+20

3.62

E+

203.

95E

+20

4.35

E+

204.

65E

+20

5.19

E+

208.

79E

+20

225.

425

1.44

E+

201.

56E

+20

1.71

E+

201.

81E

+20

1.97

E+

202.

15E

+20

2.37

E+

202.

54E

+20

2.83

E+

204.

81E

+20

236.

855

2.13

E+

192.

31E

+19

2.54

E+

192.

70E

+19

2.95

E+

193.

22E

+19

3.54

E+

193.

80E

+19

4.25

E+

197.

26E

+19

240.

665

9.40

E+

181.

03E

+19

1.13

E+

191.

20E

+19

1.31

E+

191.

43E

+19

1.58

E+

191.

69E

+19

1.89

E+

193.

25E

+19

Fas

t N

eutr

on F

luen

ce (

n/cm

2,

E >

1.0

Mev

)

Not

e: R

adiu

s (c

m)

from

Cor

e C

ente

rline

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

42

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-2

4

Un

it 1

Top

Gu

ide

Neu

tron

Exp

osu

re P

red

icti

ons

(Con

tin

ued

)

Cyc

le

13C

ycle

14

Cyc

le

15C

ycle

16

Cyc

le

17C

ycle

18

C19

(eq

)C

20 (

avg)

Pro

ject

edP

roje

cted

Tim

e,s

6.06

E+

075.

78E

+07

5.70

E+

075.

73E

+07

5.52

E+

075.

60E

+07

5.83

E+

075.

83E

+07

1.04

E+

086.

94E

+08

EF

PY

16

.03

17.8

619

.67

21.4

823

.23

25.0

126

.86

28.7

032

54

Rad

ius

5.01

1.46

E+

011.

55E

+01

1.67

E+

011.

72E

+01

1.85

E+

012.

01E

+01

2.23

E+

012.

37E

+01

2.62

E+

014.

29E

+01

30.4

81.

66E

+01

1.76

E+

011.

89E

+01

1.95

E+

012.

09E

+01

2.26

E+

012.

51E

+01

2.66

E+

012.

93E

+01

4.75

E+

01

60.9

61.

58E

+01

1.67

E+

011.

80E

+01

1.85

E+

011.

99E

+01

2.15

E+

012.

39E

+01

2.54

E+

012.

80E

+01

4.57

E+

01

91.4

41.

47E

+01

1.56

E+

011.

69E

+01

1.74

E+

011.

88E

+01

2.04

E+

012.

26E

+01

2.41

E+

012.

67E

+01

4.40

E+

01

121.

921.

69E

+01

1.79

E+

011.

93E

+01

1.98

E+

012.

13E

+01

2.30

E+

012.

54E

+01

2.69

E+

012.

97E

+01

4.80

E+

01

152.

41.

34E

+01

1.42

E+

011.

54E

+01

1.58

E+

011.

70E

+01

1.85

E+

012.

05E

+01

2.18

E+

012.

41E

+01

3.95

E+

01

182.

889.

55E

+00

1.01

E+

011.

09E

+01

1.12

E+

011.

21E

+01

1.31

E+

011.

44E

+01

1.52

E+

011.

68E

+01

2.72

E+

01

213.

361.

65E

+00

1.76

E+

001.

92E

+00

2.00

E+

002.

17E

+00

2.35

E+

002.

58E

+00

2.75

E+

003.

05E

+00

5.05

E+

00

221.

615

3.96

E-0

14.

28E

-01

4.69

E-0

14.

94E

-01

5.38

E-0

15.

87E

-01

6.46

E-0

16.

91E

-01

7.71

E-0

11.

30E

+00

225.

425

2.18

E-0

12.

36E

-01

2.59

E-0

12.

73E

-01

2.98

E-0

13.

25E

-01

3.58

E-0

13.

83E

-01

4.28

E-0

17.

26E

-01

236.

855

3.44

E-0

23.

74E

-02

4.11

E-0

24.

36E

-02

4.76

E-0

25.

20E

-02

5.73

E-0

26.

13E

-02

6.86

E-0

21.

17E

-01

240.

665

1.52

E-0

21.

66E

-02

1.82

E-0

21.

94E

-02

2.12

E-0

22.

31E

-02

2.55

E-0

22.

73E

-02

3.05

E-0

25.

23E

-02

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: R

adiu

s (c

m)

from

Cor

e C

ente

rline

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

43

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-2

5

Un

it 1

Cor

e P

late

Neu

tron

Exp

osu

re P

red

icti

ons

Cyc

le

13C

ycle

14

Cyc

le

15C

ycle

16

Cyc

le

17C

ycle

18

C19

(eq

)C

20 (

avg)

Pro

ject

edP

roje

cted

Tim

e,s

6.06

E+

075.

78E

+07

5.70

E+

075.

73E

+07

5.52

E+

075.

60E

+07

5.83

E+

075.

83E

+07

1.04

E+

086.

94E

+08

EF

PY

16

.03

17.8

619

.67

21.4

823

.23

25.0

126

.86

28.7

032

54

Rad

ius

5.01

1.95

E+

202.

13E

+20

2.34

E+

202.

57E

+20

2.79

E+

202.

98E

+20

3.16

E+

203.

38E

+20

3.76

E+

206.

30E

+20

30.4

82.

10E

+20

2.29

E+

202.

51E

+20

2.75

E+

202.

98E

+20

3.18

E+

203.

38E

+20

3.60

E+

204.

01E

+20

6.68

E+

20

60.9

61.

99E

+20

2.17

E+

202.

39E

+20

2.63

E+

202.

86E

+20

3.04

E+

203.

24E

+20

3.45

E+

203.

84E

+20

6.44

E+

20

91.4

41.

89E

+20

2.06

E+

202.

29E

+20

2.53

E+

202.

76E

+20

2.95

E+

203.

13E

+20

3.35

E+

203.

75E

+20

6.38

E+

20

121.

922.

14E

+20

2.34

E+

202.

58E

+20

2.84

E+

203.

08E

+20

3.28

E+

203.

49E

+20

3.72

E+

204.

14E

+20

6.94

E+

20

152.

41.

73E

+20

1.91

E+

202.

11E

+20

2.33

E+

202.

54E

+20

2.71

E+

202.

89E

+20

3.09

E+

203.

45E

+20

5.86

E+

20

182.

881.

56E

+20

1.72

E+

201.

91E

+20

2.12

E+

202.

31E

+20

2.47

E+

202.

61E

+20

2.80

E+

203.

13E

+20

5.31

E+

20

213.

361.

00E

+20

1.10

E+

201.

22E

+20

1.36

E+

201.

49E

+20

1.59

E+

201.

68E

+20

1.80

E+

202.

01E

+20

3.43

E+

20

221.

615

3.58

E+

193.

97E

+19

4.43

E+

194.

97E

+19

5.47

E+

195.

85E

+19

6.21

E+

196.

67E

+19

7.49

E+

191.

30E

+20

225.

425

1.94

E+

192.

15E

+19

2.40

E+

192.

70E

+19

2.97

E+

193.

18E

+19

3.37

E+

193.

62E

+19

4.07

E+

197.

06E

+19

236.

855

4.22

E+

184.

70E

+18

5.27

E+

185.

94E

+18

6.56

E+

187.

03E

+18

7.47

E+

188.

04E

+18

9.06

E+

181.

58E

+19

240.

665

2.79

E+

183.

11E

+18

3.50

E+

183.

94E

+18

4.35

E+

184.

67E

+18

4.96

E+

185.

34E

+18

6.02

E+

181.

05E

+19

Fas

t N

eutr

on F

luen

ce (

n/cm

2,

E >

1.0

Mev

)

Not

e: R

adiu

s (c

m)

from

Cor

e C

ente

rline

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

44

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-2

5

Un

it 1

Cor

e P

late

Neu

tron

Exp

osu

re P

red

icti

ons

(Con

tin

ued

)

Cyc

le

13C

ycle

14

Cyc

le

15C

ycle

16

Cyc

le

17C

ycle

18

C19

(eq

)C

20 (

avg)

Pro

ject

edP

roje

cted

Tim

e,s

6.06

E+

075.

78E

+07

5.70

E+

075.

73E

+07

5.52

E+

075.

60E

+07

5.83

E+

075.

83E

+07

1.04

E+

086.

94E

+08

EF

PY

16

.03

17.8

619

.67

21.4

823

.23

25.0

126

.86

28.7

032

54

Rad

ius

5.01

2.84

E-0

13.

10E

-01

3.40

E-0

13.

74E

-01

4.06

E-0

14.

33E

-01

4.61

E-0

14.

92E

-01

5.47

E-0

19.

17E

-01

30.4

83.

02E

-01

3.29

E-0

13.

61E

-01

3.96

E-0

14.

30E

-01

4.58

E-0

14.

87E

-01

5.19

E-0

15.

77E

-01

9.64

E-0

1

60.9

62.

89E

-01

3.16

E-0

13.

48E

-01

3.82

E-0

14.

15E

-01

4.42

E-0

14.

70E

-01

5.02

E-0

15.

58E

-01

9.36

E-0

1

91.4

42.

75E

-01

2.99

E-0

13.

32E

-01

3.68

E-0

14.

01E

-01

4.28

E-0

14.

55E

-01

4.87

E-0

15.

44E

-01

9.25

E-0

1

121.

923.

09E

-01

3.38

E-0

13.

72E

-01

4.09

E-0

14.

44E

-01

4.73

E-0

15.

03E

-01

5.36

E-0

15.

97E

-01

1.00

E+

00

152.

42.

55E

-01

2.80

E-0

13.

10E

-01

3.43

E-0

13.

73E

-01

3.98

E-0

14.

24E

-01

4.53

E-0

15.

06E

-01

8.59

E-0

1

182.

882.

26E

-01

2.49

E-0

12.

76E

-01

3.07

E-0

13.

35E

-01

3.57

E-0

13.

79E

-01

4.05

E-0

14.

53E

-01

7.71

E-0

1

213.

361.

44E

-01

1.58

E-0

11.

75E

-01

1.95

E-0

12.

13E

-01

2.28

E-0

12.

41E

-01

2.58

E-0

12.

89E

-01

4.93

E-0

1

221.

615

5.22

E-0

25.

79E

-02

6.47

E-0

27.

25E

-02

7.98

E-0

28.

54E

-02

9.06

E-0

29.

73E

-02

1.09

E-0

11.

89E

-01

225.

425

2.85

E-0

23.

16E

-02

3.53

E-0

23.

96E

-02

4.36

E-0

24.

67E

-02

4.96

E-0

25.

32E

-02

5.98

E-0

21.

04E

-01

236.

855

6.35

E-0

37.

08E

-03

7.94

E-0

38.

94E

-03

9.86

E-0

31.

06E

-02

1.12

E-0

21.

21E

-02

1.36

E-0

22.

38E

-02

240.

665

4.19

E-0

34.

67E

-03

5.25

E-0

35.

91E

-03

6.53

E-0

37.

01E

-03

7.45

E-0

38.

02E

-03

9.04

E-0

31.

58E

-02

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: R

adiu

s (c

m)

from

Cor

e C

ente

rline

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

45

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-2

6

Un

it 2

Sh

rou

d H

oriz

onta

l Wel

d H

1 N

eutr

on E

xpos

ure

Pre

dic

tion

s

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

ed

Tim

e,s

5.33

E+

076.

02E

+07

5.79

E+

075.

43E

+07

5.69

E+

075.

57E

+07

5.83

E+

075.

83E

+07

1.21

E+

086.

94E

+08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Azi

mut

h

06.

75E

+18

7.60

E+

188.

44E

+18

9.26

E+

181.

01E

+19

1.10

E+

191.

18E

+19

1.27

E+

191.

45E

+19

2.50

E+

19

151.

13E

+19

1.27

E+

191.

40E

+19

1.54

E+

191.

69E

+19

1.85

E+

191.

97E

+19

2.12

E+

192.

42E

+19

4.17

E+

19

308.

88E

+18

1.00

E+

191.

11E

+19

1.22

E+

191.

34E

+19

1.47

E+

191.

58E

+19

1.70

E+

191.

95E

+19

3.40

E+

19

452.

01E

+19

2.25

E+

192.

48E

+19

2.71

E+

192.

99E

+19

3.28

E+

193.

52E

+19

3.79

E+

194.

36E

+19

7.59

E+

19

608.

87E

+18

1.00

E+

191.

10E

+19

1.20

E+

191.

33E

+19

1.45

E+

191.

56E

+19

1.68

E+

191.

93E

+19

3.34

E+

19

751.

13E

+19

1.27

E+

191.

39E

+19

1.51

E+

191.

66E

+19

1.81

E+

191.

93E

+19

2.07

E+

192.

36E

+19

4.02

E+

19

907.

05E

+18

7.95

E+

188.

76E

+18

9.56

E+

181.

04E

+19

1.14

E+

191.

22E

+19

1.31

E+

191.

49E

+19

2.54

E+

19

Azi

mut

h

01.

02E

-02

1.15

E-0

21.

27E

-02

1.40

E-0

21.

52E

-02

1.66

E-0

21.

79E

-02

1.92

E-0

22.

19E

-02

3.77

E-0

2

151.

70E

-02

1.91

E-0

22.

11E

-02

2.31

E-0

22.

55E

-02

2.78

E-0

22.

97E

-02

3.19

E-0

23.

65E

-02

6.28

E-0

2

301.

30E

-02

1.47

E-0

21.

62E

-02

1.78

E-0

21.

97E

-02

2.15

E-0

22.

31E

-02

2.49

E-0

22.

86E

-02

4.99

E-0

2

453.

02E

-02

3.39

E-0

23.

73E

-02

4.08

E-0

24.

50E

-02

4.93

E-0

25.

31E

-02

5.71

E-0

26.

56E

-02

1.14

E-0

1

601.

30E

-02

1.47

E-0

21.

62E

-02

1.77

E-0

21.

95E

-02

2.13

E-0

22.

29E

-02

2.46

E-0

22.

82E

-02

4.89

E-0

2

751.

69E

-02

1.90

E-0

22.

09E

-02

2.27

E-0

22.

49E

-02

2.72

E-0

22.

90E

-02

3.11

E-0

23.

55E

-02

6.05

E-0

2

901.

04E

-02

1.17

E-0

21.

29E

-02

1.40

E-0

21.

53E

-02

1.67

E-0

21.

79E

-02

1.92

E-0

22.

19E

-02

3.73

E-0

2

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: A

zim

uth

is A

ngle

in F

irst

Qua

dran

t

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

46

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-2

7

Un

it 2

Sh

rou

d H

oriz

onta

l Wel

d H

2 N

eutr

on E

xpos

ure

Pre

dic

tion

s

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

ed

Tim

e,s

5.33

E+

076.

02E

+07

5.79

E+

075.

43E

+07

5.69

E+

075.

57E

+07

5.83

E+

075.

83E

+07

1.21

E+

086.

94E

+08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Azi

mut

h

08.

85E

+18

9.96

E+

181.

11E

+19

1.21

E+

191.

32E

+19

1.45

E+

191.

55E

+19

1.67

E+

191.

91E

+19

3.28

E+

19

151.

48E

+19

1.66

E+

191.

84E

+19

2.02

E+

192.

22E

+19

2.42

E+

192.

58E

+19

2.78

E+

193.

18E

+19

5.47

E+

19

301.

16E

+19

1.31

E+

191.

45E

+19

1.59

E+

191.

76E

+19

1.93

E+

192.

07E

+19

2.23

E+

192.

56E

+19

4.46

E+

19

452.

63E

+19

2.95

E+

193.

25E

+19

3.56

E+

193.

92E

+19

4.30

E+

194.

62E

+19

4.98

E+

195.

71E

+19

9.95

E+

19

601.

16E

+19

1.31

E+

191.

45E

+19

1.58

E+

191.

74E

+19

1.91

E+

192.

05E

+19

2.20

E+

192.

52E

+19

4.38

E+

19

751.

48E

+19

1.66

E+

191.

82E

+19

1.98

E+

192.

17E

+19

2.37

E+

192.

53E

+19

2.71

E+

193.

09E

+19

5.28

E+

19

909.

25E

+18

1.04

E+

191.

15E

+19

1.25

E+

191.

36E

+19

1.49

E+

191.

60E

+19

1.71

E+

191.

95E

+19

3.33

E+

19

Azi

mut

h

01.

45E

-02

1.63

E-0

21.

81E

-02

1.99

E-0

22.

17E

-02

2.37

E-0

22.

54E

-02

2.73

E-0

23.

12E

-02

5.37

E-0

2

152.

42E

-02

2.72

E-0

23.

01E

-02

3.29

E-0

23.

63E

-02

3.96

E-0

24.

22E

-02

4.54

E-0

25.

19E

-02

8.94

E-0

2

301.

85E

-02

2.09

E-0

22.

31E

-02

2.53

E-0

22.

80E

-02

3.07

E-0

23.

29E

-02

3.55

E-0

24.

07E

-02

7.10

E-0

2

454.

30E

-02

4.83

E-0

25.

31E

-02

5.81

E-0

26.

40E

-02

7.02

E-0

27.

55E

-02

8.13

E-0

29.

34E

-02

1.62

E-0

1

601.

85E

-02

2.09

E-0

22.

30E

-02

2.51

E-0

22.

77E

-02

3.03

E-0

23.

26E

-02

3.51

E-0

24.

02E

-02

6.97

E-0

2

752.

41E

-02

2.71

E-0

22.

98E

-02

3.24

E-0

23.

55E

-02

3.87

E-0

24.

13E

-02

4.43

E-0

25.

05E

-02

8.62

E-0

2

901.

48E

-02

1.66

E-0

21.

83E

-02

2.00

E-0

22.

17E

-02

2.37

E-0

22.

55E

-02

2.73

E-0

23.

11E

-02

5.31

E-0

2

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: A

zim

uth

is A

ngle

in F

irst

Qua

dran

t

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

47

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-2

8

Un

it 2

Sh

rou

d H

oriz

onta

l Wel

d H

3 N

eutr

on E

xpos

ure

Pre

dic

tion

s

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

ed

Tim

e,s

5.33

E+

076.

02E

+07

5.79

E+

075.

43E

+07

5.69

E+

075.

57E

+07

5.83

E+

075.

83E

+07

1.21

E+

086.

94E

+08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Azi

mut

h

09.

79E

+19

1.04

E+

201.

13E

+20

1.23

E+

201.

32E

+20

1.44

E+

201.

58E

+20

1.69

E+

201.

93E

+20

3.29

E+

20

151.

85E

+20

1.97

E+

202.

13E

+20

2.31

E+

202.

50E

+20

2.72

E+

202.

96E

+20

3.17

E+

203.

61E

+20

6.15

E+

20

301.

12E

+20

1.20

E+

201.

30E

+20

1.40

E+

201.

52E

+20

1.66

E+

201.

82E

+20

1.96

E+

202.

24E

+20

3.87

E+

20

453.

79E

+20

4.02

E+

204.

32E

+20

4.67

E+

205.

04E

+20

5.51

E+

206.

05E

+20

6.50

E+

207.

42E

+20

1.27

E+

21

601.

12E

+20

1.20

E+

201.

29E

+20

1.40

E+

201.

51E

+20

1.65

E+

201.

81E

+20

1.94

E+

202.

22E

+20

3.81

E+

20

751.

86E

+20

1.98

E+

202.

13E

+20

2.29

E+

202.

46E

+20

2.68

E+

202.

91E

+20

3.11

E+

203.

53E

+20

5.94

E+

20

909.

68E

+19

1.03

E+

201.

11E

+20

1.20

E+

201.

28E

+20

1.40

E+

201.

53E

+20

1.64

E+

201.

86E

+20

3.16

E+

20

Azi

mut

h

01.

41E

-01

1.50

E-0

11.

63E

-01

1.77

E-0

11.

90E

-01

2.07

E-0

12.

30E

-01

2.48

E-0

12.

84E

-01

4.91

E-0

1

152.

67E

-01

2.85

E-0

13.

08E

-01

3.33

E-0

13.

60E

-01

3.92

E-0

14.

41E

-01

4.76

E-0

15.

47E

-01

9.57

E-0

1

301.

61E

-01

1.72

E-0

11.

86E

-01

2.02

E-0

12.

19E

-01

2.39

E-0

12.

68E

-01

2.89

E-0

13.

33E

-01

5.85

E-0

1

455.

53E

-01

5.87

E-0

16.

30E

-01

6.81

E-0

17.

36E

-01

8.04

E-0

18.

95E

-01

9.64

E-0

11.

11E

+00

1.92

E+

00

601.

62E

-01

1.73

E-0

11.

86E

-01

2.01

E-0

12.

17E

-01

2.37

E-0

12.

65E

-01

2.85

E-0

13.

27E

-01

5.69

E-0

1

752.

69E

-01

2.86

E-0

13.

07E

-01

3.30

E-0

13.

55E

-01

3.87

E-0

14.

29E

-01

4.60

E-0

15.

25E

-01

8.99

E-0

1

901.

39E

-01

1.49

E-0

11.

60E

-01

1.73

E-0

11.

85E

-01

2.01

E-0

12.

20E

-01

2.35

E-0

12.

68E

-01

4.52

E-0

1

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: A

zim

uth

is A

ngle

in F

irst

Qua

dran

t

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

48

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-2

9

Un

it 2

Sh

rou

d H

oriz

onta

l Wel

d H

4 N

eutr

on E

xpos

ure

Pre

dic

tion

s

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

ed

Tim

e,s

5.33

E+

076.

02E

+07

5.79

E+

075.

43E

+07

5.69

E+

075.

57E

+07

5.83

E+

075.

83E

+07

1.21

E+

086.

94E

+08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Azi

mut

h

02.

64E

+20

2.95

E+

203.

27E

+20

3.59

E+

203.

89E

+20

4.22

E+

204.

56E

+20

4.89

E+

205.

58E

+20

9.54

E+

20

154.

98E

+20

5.56

E+

206.

14E

+20

6.71

E+

207.

34E

+20

7.98

E+

208.

54E

+20

9.17

E+

201.

05E

+21

1.79

E+

21

303.

02E

+20

3.38

E+

203.

74E

+20

4.09

E+

204.

49E

+20

4.89

E+

205.

28E

+20

5.67

E+

206.

50E

+20

1.12

E+

21

451.

02E

+21

1.13

E+

211.

24E

+21

1.35

E+

211.

48E

+21

1.61

E+

211.

74E

+21

1.87

E+

212.

14E

+21

3.68

E+

21

603.

02E

+20

3.38

E+

203.

72E

+20

4.06

E+

204.

44E

+20

4.84

E+

205.

23E

+20

5.61

E+

206.

42E

+20

1.10

E+

21

754.

96E

+20

5.55

E+

206.

08E

+20

6.59

E+

207.

18E

+20

7.81

E+

208.

36E

+20

8.95

E+

201.

02E

+21

1.72

E+

21

902.

59E

+20

2.90

E+

203.

19E

+20

3.47

E+

203.

76E

+20

4.09

E+

204.

40E

+20

4.71

E+

205.

36E

+20

9.10

E+

20

Azi

mut

h

03.

76E

-01

4.21

E-0

14.

66E

-01

5.11

E-0

15.

54E

-01

6.02

E-0

16.

59E

-01

7.08

E-0

18.

11E

-01

1.40

E+

00

157.

11E

-01

7.95

E-0

18.

77E

-01

9.58

E-0

11.

05E

+00

1.14

E+

001.

26E

+00

1.36

E+

001.

56E

+00

2.73

E+

00

304.

30E

-01

4.82

E-0

15.

33E

-01

5.83

E-0

16.

39E

-01

6.97

E-0

17.

66E

-01

8.27

E-0

19.

51E

-01

1.67

E+

00

451.

47E

+00

1.64

E+

001.

79E

+00

1.95

E+

002.

14E

+00

2.33

E+

002.

55E

+00

2.74

E+

003.

15E

+00

5.47

E+

00

604.

30E

-01

4.83

E-0

15.

31E

-01

5.78

E-0

16.

33E

-01

6.90

E-0

17.

56E

-01

8.14

E-0

19.

34E

-01

1.63

E+

00

757.

09E

-01

7.93

E-0

18.

68E

-01

9.41

E-0

11.

03E

+00

1.12

E+

001.

22E

+00

1.31

E+

001.

49E

+00

2.56

E+

00

903.

69E

-01

4.14

E-0

14.

54E

-01

4.95

E-0

15.

35E

-01

5.82

E-0

16.

27E

-01

6.72

E-0

17.

64E

-01

1.30

E+

00

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: A

zim

uth

is A

ngle

in F

irst

Qua

dran

t

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

49

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-3

0

Un

it 2

Sh

rou

d H

oriz

onta

l Wel

d H

5 N

eutr

on E

xpos

ure

Pre

dic

tion

s

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

ed

Tim

e,s

5.33

E+

076.

02E

+07

5.79

E+

075.

43E

+07

5.69

E+

075.

57E

+07

5.83

E+

075.

83E

+07

1.21

E+

086.

94E

+08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Azi

mut

h

01.

07E

+20

1.21

E+

201.

34E

+20

1.50

E+

201.

67E

+20

1.82

E+

201.

93E

+20

2.08

E+

202.

40E

+20

4.22

E+

20

152.

03E

+20

2.27

E+

202.

52E

+20

2.81

E+

203.

16E

+20

3.44

E+

203.

63E

+20

3.92

E+

204.

52E

+20

7.96

E+

20

301.

23E

+20

1.38

E+

201.

53E

+20

1.72

E+

201.

94E

+20

2.11

E+

202.

24E

+20

2.43

E+

202.

81E

+20

5.00

E+

20

454.

13E

+20

4.62

E+

205.

07E

+20

5.67

E+

206.

36E

+20

6.94

E+

207.

37E

+20

7.97

E+

209.

20E

+20

1.63

E+

21

601.

23E

+20

1.38

E+

201.

53E

+20

1.70

E+

201.

91E

+20

2.09

E+

202.

22E

+20

2.39

E+

202.

76E

+20

4.90

E+

20

752.

02E

+20

2.27

E+

202.

49E

+20

2.76

E+

203.

08E

+20

3.36

E+

203.

54E

+20

3.81

E+

204.

38E

+20

7.63

E+

20

901.

05E

+20

1.18

E+

201.

30E

+20

1.46

E+

201.

61E

+20

1.76

E+

201.

86E

+20

2.00

E+

202.

30E

+20

4.02

E+

20

Azi

mut

h

01.

53E

-01

1.72

E-0

11.

91E

-01

2.14

E-0

12.

38E

-01

2.59

E-0

12.

78E

-01

3.01

E-0

13.

48E

-01

6.19

E-0

1

152.

89E

-01

3.25

E-0

13.

59E

-01

4.02

E-0

14.

52E

-01

4.92

E-0

15.

32E

-01

5.77

E-0

16.

69E

-01

1.20

E+

00

301.

75E

-01

1.97

E-0

12.

18E

-01

2.45

E-0

12.

76E

-01

3.01

E-0

13.

25E

-01

3.52

E-0

14.

10E

-01

7.38

E-0

1

455.

97E

-01

6.68

E-0

17.

33E

-01

8.18

E-0

19.

19E

-01

1.00

E+

001.

08E

+00

1.17

E+

001.

35E

+00

2.42

E+

00

601.

75E

-01

1.97

E-0

12.

17E

-01

2.42

E-0

12.

73E

-01

2.98

E-0

13.

20E

-01

3.47

E-0

14.

02E

-01

7.19

E-0

1

752.

88E

-01

3.24

E-0

13.

55E

-01

3.94

E-0

14.

41E

-01

4.80

E-0

15.

14E

-01

5.55

E-0

16.

40E

-01

1.13

E+

00

901.

50E

-01

1.69

E-0

11.

86E

-01

2.07

E-0

12.

29E

-01

2.50

E-0

12.

65E

-01

2.86

E-0

13.

29E

-01

5.75

E-0

1

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: A

zim

uth

is A

ngle

in F

irst

Qua

dran

t

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

50

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-3

1

Un

it 2

Sh

rou

d H

oriz

onta

l Wel

d H

6A N

eutr

on E

xpos

ure

Pre

dic

tion

s

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

ed

Tim

e,s

5.33

E+

076.

02E

+07

5.79

E+

075.

43E

+07

5.69

E+

075.

57E

+07

5.83

E+

075.

83E

+07

1.21

E+

086.

94E

+08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Azi

mut

h

01.

34E

+17

1.50

E+

171.

67E

+17

1.84

E+

172.

00E

+17

2.19

E+

172.

38E

+17

2.56

E+

172.

94E

+17

5.12

E+

17

152.

52E

+17

2.83

E+

173.

14E

+17

3.43

E+

173.

78E

+17

4.13

E+

174.

53E

+17

4.89

E+

175.

63E

+17

9.92

E+

17

301.

53E

+17

1.72

E+

171.

91E

+17

2.09

E+

172.

31E

+17

2.54

E+

172.

77E

+17

2.99

E+

173.

46E

+17

6.11

E+

17

455.

14E

+17

5.76

E+

176.

33E

+17

6.91

E+

177.

60E

+17

8.33

E+

179.

07E

+17

9.78

E+

171.

12E

+18

1.97

E+

18

601.

53E

+17

1.72

E+

171.

90E

+17

2.08

E+

172.

29E

+17

2.51

E+

172.

73E

+17

2.94

E+

173.

39E

+17

5.94

E+

17

752.

51E

+17

2.82

E+

173.

10E

+17

3.37

E+

173.

69E

+17

4.03

E+

174.

37E

+17

4.70

E+

175.

38E

+17

9.29

E+

17

901.

31E

+17

1.48

E+

171.

63E

+17

1.78

E+

171.

93E

+17

2.11

E+

172.

26E

+17

2.43

E+

172.

77E

+17

4.72

E+

17

Azi

mut

h

02.

02E

-04

2.28

E-0

42.

53E

-04

2.78

E-0

43.

03E

-04

3.31

E-0

43.

60E

-04

3.88

E-0

44.

45E

-04

7.75

E-0

4

153.

83E

-04

4.30

E-0

44.

76E

-04

5.21

E-0

45.

74E

-04

6.26

E-0

46.

87E

-04

7.42

E-0

48.

55E

-04

1.51

E-0

3

302.

32E

-04

2.61

E-0

42.

89E

-04

3.17

E-0

43.

50E

-04

3.84

E-0

44.

19E

-04

4.53

E-0

45.

23E

-04

9.24

E-0

4

457.

90E

-04

8.84

E-0

49.

70E

-04

1.06

E-0

31.

17E

-03

1.28

E-0

31.

39E

-03

1.50

E-0

31.

72E

-03

3.02

E-0

3

602.

31E

-04

2.61

E-0

42.

88E

-04

3.14

E-0

43.

46E

-04

3.79

E-0

44.

13E

-04

4.46

E-0

45.

13E

-04

8.98

E-0

4

753.

82E

-04

4.29

E-0

44.

70E

-04

5.11

E-0

45.

60E

-04

6.11

E-0

46.

63E

-04

7.13

E-0

48.

16E

-04

1.41

E-0

3

901.

98E

-04

2.23

E-0

42.

46E

-04

2.69

E-0

42.

92E

-04

3.19

E-0

43.

42E

-04

3.67

E-0

44.

18E

-04

7.15

E-0

4

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: A

zim

uth

is A

ngle

in F

irst

Qua

dran

t

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

51

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-3

2

Un

it 2

Sh

rou

d H

oriz

onta

l Wel

d H

6B N

eutr

on E

xpos

ure

Pre

dic

tion

s

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

ed

Tim

e,s

5.33

E+

076.

02E

+07

5.79

E+

075.

43E

+07

5.69

E+

075.

57E

+07

5.83

E+

075.

83E

+07

1.21

E+

086.

94E

+08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Azi

mut

h

05.

10E

+16

5.74

E+

166.

38E

+16

7.00

E+

167.

64E

+16

8.34

E+

169.

08E

+16

9.78

E+

161.

12E

+17

1.95

E+

17

159.

62E

+16

1.08

E+

171.

20E

+17

1.31

E+

171.

44E

+17

1.58

E+

171.

73E

+17

1.87

E+

172.

15E

+17

3.78

E+

17

305.

83E

+16

6.57

E+

167.

29E

+16

7.99

E+

168.

83E

+16

9.67

E+

161.

06E

+17

1.14

E+

171.

32E

+17

2.33

E+

17

451.

96E

+17

2.20

E+

172.

41E

+17

2.64

E+

172.

90E

+17

3.18

E+

173.

46E

+17

3.73

E+

174.

29E

+17

7.51

E+

17

605.

83E

+16

6.57

E+

167.

26E

+16

7.92

E+

168.

73E

+16

9.56

E+

161.

04E

+17

1.12

E+

171.

29E

+17

2.26

E+

17

759.

59E

+16

1.08

E+

171.

18E

+17

1.29

E+

171.

41E

+17

1.54

E+

171.

67E

+17

1.79

E+

172.

05E

+17

3.54

E+

17

905.

00E

+16

5.63

E+

166.

21E

+16

6.78

E+

167.

36E

+16

8.05

E+

168.

63E

+16

9.26

E+

161.

06E

+17

1.80

E+

17

Azi

mut

h

07.

82E

-05

8.80

E-0

59.

78E

-05

1.07

E-0

41.

17E

-04

1.28

E-0

41.

39E

-04

1.50

E-0

41.

72E

-04

3.00

E-0

4

151.

48E

-04

1.66

E-0

41.

84E

-04

2.01

E-0

42.

22E

-04

2.42

E-0

42.

66E

-04

2.87

E-0

43.

31E

-04

5.82

E-0

4

308.

95E

-05

1.01

E-0

41.

12E

-04

1.23

E-0

41.

35E

-04

1.48

E-0

41.

62E

-04

1.75

E-0

42.

02E

-04

3.57

E-0

4

453.

05E

-04

3.42

E-0

43.

75E

-04

4.10

E-0

44.

51E

-04

4.94

E-0

45.

38E

-04

5.80

E-0

46.

67E

-04

1.17

E-0

3

608.

95E

-05

1.01

E-0

41.

11E

-04

1.21

E-0

41.

34E

-04

1.47

E-0

41.

60E

-04

1.72

E-0

41.

98E

-04

3.47

E-0

4

751.

48E

-04

1.66

E-0

41.

82E

-04

1.98

E-0

42.

16E

-04

2.36

E-0

42.

56E

-04

2.76

E-0

43.

16E

-04

5.45

E-0

4

907.

66E

-05

8.64

E-0

59.

52E

-05

1.04

E-0

41.

13E

-04

1.23

E-0

41.

32E

-04

1.42

E-0

41.

62E

-04

2.76

E-0

4

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: A

zim

uth

is A

ngle

in F

irst

Qua

dran

t

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

52

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-3

3

Un

it 2

Sh

rou

d H

oriz

onta

l Wel

d H

7 N

eutr

on E

xpos

ure

Pre

dic

tion

s

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

ed

Tim

e,s

5.33

E+

076.

02E

+07

5.79

E+

075.

43E

+07

5.69

E+

075.

57E

+07

5.83

E+

075.

83E

+07

1.21

E+

086.

94E

+08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Azi

mut

h

06.

79E

+11

7.65

E+

118.

50E

+11

9.33

E+

111.

02E

+12

1.11

E+

121.

21E

+12

1.30

E+

121.

50E

+12

2.60

E+

12

151.

28E

+12

1.44

E+

121.

59E

+12

1.75

E+

121.

92E

+12

2.10

E+

122.

30E

+12

2.49

E+

122.

86E

+12

5.04

E+

12

307.

77E

+11

8.76

E+

119.

71E

+11

1.06

E+

121.

18E

+12

1.29

E+

121.

41E

+12

1.52

E+

121.

76E

+12

3.10

E+

12

452.

61E

+12

2.93

E+

123.

22E

+12

3.51

E+

123.

86E

+12

4.23

E+

124.

61E

+12

4.97

E+

125.

72E

+12

1.00

E+

13

607.

77E

+11

8.76

E+

119.

67E

+11

1.06

E+

121.

16E

+12

1.27

E+

121.

39E

+12

1.50

E+

121.

72E

+12

3.02

E+

12

751.

28E

+12

1.44

E+

121.

58E

+12

1.71

E+

121.

88E

+12

2.05

E+

122.

22E

+12

2.39

E+

122.

73E

+12

4.72

E+

12

906.

66E

+11

7.51

E+

118.

28E

+11

9.03

E+

119.

81E

+11

1.07

E+

121.

15E

+12

1.23

E+

121.

41E

+12

2.40

E+

12

Azi

mut

h

01.

17E

-09

1.31

E-0

91.

46E

-09

1.60

E-0

91.

75E

-09

1.91

E-0

92.

08E

-09

2.24

E-0

92.

57E

-09

4.47

E-0

9

152.

21E

-09

2.48

E-0

92.

74E

-09

3.00

E-0

93.

31E

-09

3.61

E-0

93.

96E

-09

4.28

E-0

94.

93E

-09

8.68

E-0

9

301.

34E

-09

1.50

E-0

91.

67E

-09

1.83

E-0

92.

02E

-09

2.21

E-0

92.

42E

-09

2.61

E-0

93.

01E

-09

5.33

E-0

9

454.

55E

-09

5.10

E-0

95.

59E

-09

6.11

E-0

96.

72E

-09

7.36

E-0

98.

02E

-09

8.65

E-0

99.

94E

-09

1.74

E-0

8

601.

33E

-09

1.50

E-0

91.

66E

-09

1.81

E-0

92.

00E

-09

2.19

E-0

92.

38E

-09

2.57

E-0

92.

96E

-09

5.18

E-0

9

752.

20E

-09

2.47

E-0

92.

71E

-09

2.95

E-0

93.

23E

-09

3.52

E-0

93.

82E

-09

4.11

E-0

94.

71E

-09

8.13

E-0

9

901.

14E

-09

1.29

E-0

91.

42E

-09

1.55

E-0

91.

68E

-09

1.84

E-0

91.

97E

-09

2.12

E-0

92.

41E

-09

4.12

E-0

9

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: A

zim

uth

is A

ngle

in F

irst

Qua

dran

t

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

53

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-3

4

Un

it 2

Sh

rou

d V

erti

cal W

eld

s V

1 an

d V

2 N

eutr

on E

xpos

ure

Pre

dic

tion

s

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

ed

Tim

e,s

5.33

E+

076.

02E

+07

5.79

E+

075.

43E

+07

5.69

E+

075.

57E

+07

5.83

E+

075.

83E

+07

1.21

E+

086.

94E

+08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Ele

vatio

n

376.

092.

46E

+19

2.76

E+

193.

05E

+19

3.34

E+

193.

68E

+19

4.05

E+

194.

35E

+19

4.69

E+

195.

39E

+19

9.40

E+

19

391.

331.

24E

+19

1.39

E+

191.

53E

+19

1.68

E+

191.

85E

+19

2.03

E+

192.

19E

+19

2.36

E+

192.

71E

+19

4.72

E+

19

406.

577.

91E

+18

8.89

E+

189.

81E

+18

1.07

E+

191.

18E

+19

1.30

E+

191.

40E

+19

1.51

E+

191.

73E

+19

3.02

E+

19

421.

811.

76E

+19

1.98

E+

192.

18E

+19

2.39

E+

192.

63E

+19

2.89

E+

193.

11E

+19

3.35

E+

193.

85E

+19

6.72

E+

19

437.

052.

26E

+19

2.54

E+

192.

80E

+19

3.07

E+

193.

39E

+19

3.72

E+

194.

00E

+19

4.31

E+

194.

95E

+19

8.64

E+

19

452.

292.

03E

+19

2.28

E+

192.

52E

+19

2.76

E+

193.

04E

+19

3.34

E+

193.

59E

+19

3.87

E+

194.

45E

+19

7.76

E+

19

457.

371.

88E

+19

2.11

E+

192.

33E

+19

2.55

E+

192.

82E

+19

3.10

E+

193.

33E

+19

3.59

E+

194.

12E

+19

7.19

E+

19

Ele

vatio

n

376.

094.

00E

-02

4.50

E-0

24.

96E

-02

5.43

E-0

26.

00E

-02

6.58

E-0

27.

08E

-02

7.63

E-0

28.

77E

-02

1.53

E-0

1

391.

331.

94E

-02

2.18

E-0

22.

41E

-02

2.64

E-0

22.

91E

-02

3.19

E-0

23.

44E

-02

3.70

E-0

24.

26E

-02

7.43

E-0

2

406.

571.

27E

-02

1.42

E-0

21.

57E

-02

1.72

E-0

21.

90E

-02

2.08

E-0

22.

24E

-02

2.41

E-0

22.

77E

-02

4.84

E-0

2

421.

812.

70E

-02

3.04

E-0

23.

35E

-02

3.67

E-0

24.

05E

-02

4.44

E-0

24.

78E

-02

5.15

E-0

25.

92E

-02

1.03

E-0

1

437.

053.

41E

-02

3.83

E-0

24.

23E

-02

4.62

E-0

25.

11E

-02

5.60

E-0

26.

03E

-02

6.50

E-0

27.

47E

-02

1.30

E-0

1

452.

293.

04E

-02

3.41

E-0

23.

76E

-02

4.12

E-0

24.

55E

-02

4.99

E-0

25.

37E

-02

5.79

E-0

26.

65E

-02

1.16

E-0

1

457.

372.

81E

-02

3.16

E-0

23.

48E

-02

3.81

E-0

24.

21E

-02

4.62

E-0

24.

97E

-02

5.36

E-0

26.

16E

-02

1.07

E-0

1

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: E

leva

tion

is D

ista

nce

(cm

) fro

m B

otto

m o

f Act

ive

Cor

e

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

54

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-3

5

Un

it 2

Sh

rou

d V

erti

cal W

eld

s V

3 an

d V

4 N

eutr

on E

xpos

ure

Pre

dic

tion

s

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

ed

Tim

e,s

5.33

E+

076.

02E

+07

5.79

E+

075.

43E

+07

5.69

E+

075.

57E

+07

5.83

E+

075.

83E

+07

1.21

E+

086.

94E

+08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Ele

vatio

n

277.

039.

31E

+20

1.04

E+

211.

15E

+21

1.26

E+

211.

38E

+21

1.51

E+

211.

63E

+21

1.75

E+

212.

01E

+21

3.49

E+

21

292.

278.

94E

+20

9.97

E+

201.

10E

+21

1.20

E+

211.

32E

+21

1.44

E+

211.

56E

+21

1.67

E+

211.

92E

+21

3.33

E+

21

307.

518.

42E

+20

9.36

E+

201.

03E

+21

1.12

E+

211.

23E

+21

1.34

E+

211.

46E

+21

1.57

E+

211.

80E

+21

3.13

E+

21

322.

757.

59E

+20

8.39

E+

209.

21E

+20

1.01

E+

211.

10E

+21

1.20

E+

211.

31E

+21

1.41

E+

211.

62E

+21

2.82

E+

21

337.

996.

41E

+20

7.03

E+

207.

69E

+20

8.39

E+

209.

16E

+20

1.00

E+

211.

10E

+21

1.18

E+

211.

36E

+21

2.38

E+

21

353.

234.

93E

+20

5.33

E+

205.

79E

+20

6.31

E+

206.

88E

+20

7.55

E+

208.

30E

+20

8.95

E+

201.

03E

+21

1.80

E+

21

368.

473.

45E

+20

3.67

E+

203.

96E

+20

4.30

E+

204.

67E

+20

5.11

E+

205.

62E

+20

6.05

E+

206.

93E

+20

1.20

E+

21

Ele

vatio

n

277.

031.

35E

+00

1.51

E+

001.

66E

+00

1.81

E+

001.

99E

+00

2.18

E+

002.

39E

+00

2.58

E+

002.

97E

+00

5.22

E+

00

292.

271.

29E

+00

1.44

E+

001.

59E

+00

1.73

E+

001.

90E

+00

2.07

E+

002.

28E

+00

2.46

E+

002.

84E

+00

4.99

E+

00

307.

511.

22E

+00

1.35

E+

001.

49E

+00

1.62

E+

001.

78E

+00

1.94

E+

002.

15E

+00

2.32

E+

002.

67E

+00

4.69

E+

00

322.

751.

10E

+00

1.21

E+

001.

33E

+00

1.45

E+

001.

59E

+00

1.74

E+

001.

93E

+00

2.08

E+

002.

40E

+00

4.24

E+

00

337.

999.

27E

-01

1.02

E+

001.

11E

+00

1.21

E+

001.

32E

+00

1.45

E+

001.

62E

+00

1.75

E+

002.

02E

+00

3.57

E+

00

353.

237.

14E

-01

7.71

E-0

18.

38E

-01

9.13

E-0

19.

95E

-01

1.09

E+

001.

22E

+00

1.32

E+

001.

53E

+00

2.71

E+

00

368.

475.

03E

-01

5.36

E-0

15.

78E

-01

6.27

E-0

16.

81E

-01

7.46

E-0

18.

35E

-01

9.01

E-0

11.

04E

+00

1.83

E+

00

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: E

leva

tion

is D

ista

nce

(cm

) fro

m B

otto

m o

f Act

ive

Cor

e

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

55

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-3

6

Un

it 2

Sh

rou

d V

erti

cal W

eld

s V

5 an

d V

6 N

eutr

on E

xpos

ure

Pre

dic

tion

s

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

ed

Tim

e,s

5.33

E+

076.

02E

+07

5.79

E+

075.

43E

+07

5.69

E+

075.

57E

+07

5.83

E+

075.

83E

+07

1.21

E+

086.

94E

+08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Ele

vatio

n

27.7

93.

80E

+20

4.27

E+

204.

71E

+20

5.27

E+

205.

95E

+20

6.51

E+

206.

91E

+20

7.49

E+

208.

67E

+20

1.55

E+

21

43.0

34.

83E

+20

5.44

E+

206.

02E

+20

6.76

E+

207.

63E

+20

8.36

E+

208.

90E

+20

9.64

E+

201.

12E

+21

2.01

E+

21

58.2

75.

63E

+20

6.36

E+

207.

05E

+20

7.92

E+

208.

94E

+20

9.81

E+

201.

05E

+21

1.13

E+

211.

32E

+21

2.37

E+

21

73.5

16.

31E

+20

7.12

E+

207.

92E

+20

8.88

E+

201.

00E

+21

1.10

E+

211.

18E

+21

1.27

E+

211.

48E

+21

2.66

E+

21

88.7

56.

62E

+20

7.47

E+

208.

34E

+20

9.35

E+

201.

06E

+21

1.16

E+

211.

24E

+21

1.35

E+

211.

56E

+21

2.82

E+

21

103.

996.

86E

+20

7.73

E+

208.

66E

+20

9.71

E+

201.

10E

+21

1.21

E+

211.

29E

+21

1.40

E+

211.

63E

+21

2.95

E+

21

119.

237.

23E

+20

8.15

E+

209.

17E

+20

1.03

E+

211.

16E

+21

1.28

E+

211.

37E

+21

1.49

E+

211.

73E

+21

3.14

E+

21

134.

477.

69E

+20

8.67

E+

209.

78E

+20

1.10

E+

211.

24E

+21

1.36

E+

211.

47E

+21

1.59

E+

211.

85E

+21

3.36

E+

21

149.

717.

95E

+20

8.96

E+

201.

01E

+21

1.13

E+

211.

28E

+21

1.41

E+

211.

52E

+21

1.65

E+

211.

92E

+21

3.48

E+

21

164.

958.

19E

+20

9.24

E+

201.

04E

+21

1.17

E+

211.

32E

+21

1.45

E+

211.

56E

+21

1.69

E+

211.

97E

+21

3.56

E+

21

180.

198.

60E

+20

9.70

E+

201.

09E

+21

1.22

E+

211.

37E

+21

1.51

E+

211.

62E

+21

1.76

E+

212.

04E

+21

3.67

E+

21

195.

439.

09E

+20

1.03

E+

211.

15E

+21

1.28

E+

211.

43E

+21

1.57

E+

211.

69E

+21

1.83

E+

212.

12E

+21

3.80

E+

21

210.

679.

26E

+20

1.05

E+

211.

17E

+21

1.29

E+

211.

44E

+21

1.58

E+

211.

70E

+21

1.84

E+

212.

12E

+21

3.76

E+

21

225.

919.

36E

+20

1.06

E+

211.

17E

+21

1.29

E+

211.

43E

+21

1.57

E+

211.

69E

+21

1.82

E+

212.

09E

+21

3.68

E+

21

241.

159.

49E

+20

1.07

E+

211.

18E

+21

1.30

E+

211.

43E

+21

1.57

E+

211.

69E

+21

1.82

E+

212.

09E

+21

3.64

E+

21

256.

399.

57E

+20

1.08

E+

211.

19E

+21

1.30

E+

211.

43E

+21

1.56

E+

211.

69E

+21

1.82

E+

212.

08E

+21

3.63

E+

21

271.

639.

42E

+20

1.06

E+

211.

16E

+21

1.27

E+

211.

40E

+21

1.53

E+

211.

65E

+21

1.77

E+

212.

04E

+21

3.53

E+

21

277.

039.

33E

+20

1.04

E+

211.

15E

+21

1.26

E+

211.

38E

+21

1.51

E+

211.

63E

+21

1.75

E+

212.

01E

+21

3.49

E+

21

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

56

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-3

6

Un

it 2

Sh

rou

d V

erti

cal W

eld

s V

5 an

d V

6 N

eutr

on E

xpos

ure

Pre

dic

tion

s (C

onti

nu

ed)

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

ed

Tim

e,s

5.33

E+

076.

02E

+07

5.79

E+

075.

43E

+07

5.69

E+

075.

57E

+07

5.83

E+

075.

83E

+07

1.21

E+

086.

94E

+08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Ele

vatio

n

27.7

95.

49E

-01

6.17

E-0

16.

80E

-01

7.62

E-0

18.

59E

-01

9.40

E-0

11.

01E

+00

1.10

E+

001.

28E

+00

2.30

E+

00

43.0

36.

98E

-01

7.87

E-0

18.

70E

-01

9.76

E-0

11.

10E

+00

1.21

E+

001.

30E

+00

1.42

E+

001.

65E

+00

2.98

E+

00

58.2

78.

15E

-01

9.20

E-0

11.

02E

+00

1.14

E+

001.

29E

+00

1.42

E+

001.

53E

+00

1.66

E+

001.

94E

+00

3.52

E+

00

73.5

19.

12E

-01

1.03

E+

001.

14E

+00

1.28

E+

001.

45E

+00

1.59

E+

001.

72E

+00

1.87

E+

002.

18E

+00

3.96

E+

00

88.7

59.

57E

-01

1.08

E+

001.

21E

+00

1.35

E+

001.

53E

+00

1.68

E+

001.

82E

+00

1.98

E+

002.

31E

+00

4.20

E+

00

103.

999.

91E

-01

1.12

E+

001.

25E

+00

1.40

E+

001.

59E

+00

1.74

E+

001.

90E

+00

2.06

E+

002.

41E

+00

4.40

E+

00

119.

231.

05E

+00

1.18

E+

001.

32E

+00

1.49

E+

001.

68E

+00

1.85

E+

002.

01E

+00

2.19

E+

002.

56E

+00

4.68

E+

00

134.

471.

11E

+00

1.25

E+

001.

41E

+00

1.58

E+

001.

79E

+00

1.97

E+

002.

15E

+00

2.34

E+

002.

74E

+00

5.02

E+

00

149.

711.

15E

+00

1.30

E+

001.

46E

+00

1.64

E+

001.

85E

+00

2.03

E+

002.

23E

+00

2.42

E+

002.

83E

+00

5.19

E+

00

164.

951.

19E

+00

1.34

E+

001.

51E

+00

1.68

E+

001.

90E

+00

2.09

E+

002.

29E

+00

2.49

E+

002.

90E

+00

5.31

E+

00

180.

191.

24E

+00

1.40

E+

001.

58E

+00

1.76

E+

001.

98E

+00

2.18

E+

002.

38E

+00

2.59

E+

003.

01E

+00

5.48

E+

00

195.

431.

31E

+00

1.48

E+

001.

66E

+00

1.85

E+

002.

07E

+00

2.27

E+

002.

48E

+00

2.69

E+

003.

13E

+00

5.66

E+

00

210.

671.

34E

+00

1.51

E+

001.

69E

+00

1.86

E+

002.

08E

+00

2.28

E+

002.

49E

+00

2.70

E+

003.

13E

+00

5.60

E+

00

225.

911.

35E

+00

1.53

E+

001.

69E

+00

1.86

E+

002.

06E

+00

2.26

E+

002.

47E

+00

2.67

E+

003.

09E

+00

5.48

E+

00

241.

151.

37E

+00

1.55

E+

001.

71E

+00

1.87

E+

002.

07E

+00

2.26

E+

002.

47E

+00

2.67

E+

003.

08E

+00

5.43

E+

00

256.

391.

38E

+00

1.56

E+

001.

72E

+00

1.88

E+

002.

07E

+00

2.26

E+

002.

47E

+00

2.67

E+

003.

07E

+00

5.41

E+

00

271.

631.

36E

+00

1.53

E+

001.

68E

+00

1.84

E+

002.

02E

+00

2.21

E+

002.

42E

+00

2.61

E+

003.

00E

+00

5.27

E+

00

277.

031.

35E

+00

1.51

E+

001.

66E

+00

1.82

E+

001.

99E

+00

2.18

E+

002.

39E

+00

2.58

E+

002.

97E

+00

5.21

E+

00

Iron

Ato

m D

ispl

acem

ents

, dp

a

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

57

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-3

7

Un

it 2

Sh

rou

d V

erti

cal W

eld

s V

7 an

d V

8 N

eutr

on E

xpos

ure

Pre

dic

tion

s

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

ed

Tim

e,s

5.33

E+

076.

02E

+07

5.79

E+

075.

43E

+07

5.69

E+

075.

57E

+07

5.83

E+

075.

83E

+07

1.21

E+

086.

94E

+08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Ele

vatio

n

-63.

654.

72E

+17

5.31

E+

175.

86E

+17

6.43

E+

177.

12E

+17

7.81

E+

178.

40E

+17

9.06

E+

171.

04E

+18

1.82

E+

18

-48.

411.

85E

+18

2.08

E+

182.

30E

+18

2.52

E+

182.

79E

+18

3.06

E+

183.

29E

+18

3.55

E+

184.

08E

+18

7.15

E+

18

-33.

177.

09E

+18

7.97

E+

188.

81E

+18

9.66

E+

181.

07E

+19

1.17

E+

191.

26E

+19

1.36

E+

191.

56E

+19

2.74

E+

19

-17.

932.

62E

+19

2.95

E+

193.

25E

+19

3.57

E+

193.

95E

+19

4.33

E+

194.

66E

+19

5.02

E+

195.

78E

+19

1.01

E+

20

-2.6

98.

28E

+19

9.32

E+

191.

03E

+20

1.13

E+

201.

25E

+20

1.37

E+

201.

47E

+20

1.59

E+

201.

83E

+20

3.20

E+

20

12.5

51.

85E

+20

2.08

E+

202.

30E

+20

2.52

E+

202.

79E

+20

3.06

E+

203.

29E

+20

3.55

E+

204.

08E

+20

7.15

E+

20

27.7

93.

13E

+20

3.52

E+

203.

89E

+20

4.27

E+

204.

72E

+20

5.18

E+

205.

57E

+20

6.01

E+

206.

91E

+20

1.21

E+

21

Ele

vatio

n

-63.

657.

24E

-04

8.15

E-0

48.

99E

-04

9.87

E-0

41.

09E

-03

1.20

E-0

31.

31E

-03

1.41

E-0

31.

63E

-03

2.89

E-0

3

-48.

412.

79E

-03

3.13

E-0

33.

46E

-03

3.79

E-0

34.

20E

-03

4.61

E-0

35.

03E

-03

5.44

E-0

36.

28E

-03

1.11

E-0

2

-33.

171.

05E

-02

1.18

E-0

21.

30E

-02

1.43

E-0

21.

58E

-02

1.74

E-0

21.

90E

-02

2.05

E-0

22.

37E

-02

4.19

E-0

2

-17.

933.

83E

-02

4.31

E-0

24.

75E

-02

5.21

E-0

25.

77E

-02

6.33

E-0

26.

91E

-02

7.47

E-0

28.

63E

-02

1.53

E-0

1

-2.6

91.

20E

-01

1.35

E-0

11.

49E

-01

1.64

E-0

11.

81E

-01

1.99

E-0

12.

17E

-01

2.35

E-0

12.

71E

-01

4.81

E-0

1

12.5

52.

68E

-01

3.01

E-0

13.

32E

-01

3.65

E-0

14.

03E

-01

4.43

E-0

14.

84E

-01

5.23

E-0

16.

04E

-01

1.07

E+

00

27.7

94.

53E

-01

5.09

E-0

15.

62E

-01

6.16

E-0

16.

82E

-01

7.49

E-0

18.

18E

-01

8.84

E-0

11.

02E

+00

1.81

E+

00

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: E

leva

tion

is D

ista

nce

(cm

) fro

m B

otto

m o

f Act

ive

Cor

e

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

58

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-3

8

Un

it 2

Sh

rou

d V

erti

cal W

eld

V9

Neu

tron

Exp

osu

re P

red

icti

ons

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

ed

Tim

e,s

5.33

E+

076.

02E

+07

5.79

E+

075.

43E

+07

5.69

E+

075.

57E

+07

5.83

E+

075.

83E

+07

1.21

E+

086.

94E

+08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Ele

vatio

n

-206

.69

2.40

E+

122.

70E

+12

2.98

E+

123.

27E

+12

3.61

E+

123.

97E

+12

4.27

E+

124.

60E

+12

5.29

E+

129.

26E

+12

-191

.45

8.31

E+

129.

34E

+12

1.03

E+

131.

13E

+13

1.25

E+

131.

37E

+13

1.48

E+

131.

59E

+13

1.83

E+

133.

20E

+13

-176

.21

2.89

E+

133.

25E

+13

3.59

E+

133.

93E

+13

4.34

E+

134.

77E

+13

5.13

E+

135.

53E

+13

6.36

E+

131.

11E

+14

-160

.97

1.03

E+

141.

16E

+14

1.28

E+

141.

40E

+14

1.55

E+

141.

70E

+14

1.83

E+

141.

98E

+14

2.27

E+

143.

98E

+14

-145

.73

3.71

E+

144.

17E

+14

4.61

E+

145.

05E

+14

5.58

E+

146.

13E

+14

6.60

E+

147.

11E

+14

8.18

E+

141.

43E

+15

-130

.49

1.37

E+

151.

54E

+15

1.70

E+

151.

86E

+15

2.06

E+

152.

26E

+15

2.43

E+

152.

62E

+15

3.01

E+

155.

27E

+15

-115

.25

5.12

E+

155.

76E

+15

6.36

E+

156.

97E

+15

7.70

E+

158.

46E

+15

9.10

E+

159.

81E

+15

1.13

E+

161.

97E

+16

-100

.01

1.91

E+

162.

15E

+16

2.37

E+

162.

60E

+16

2.87

E+

163.

16E

+16

3.40

E+

163.

66E

+16

4.21

E+

167.

37E

+16

-84.

777.

26E

+16

8.16

E+

169.

01E

+16

9.87

E+

161.

09E

+17

1.20

E+

171.

29E

+17

1.39

E+

171.

60E

+17

2.80

E+

17

-74.

451.

80E

+17

2.03

E+

172.

24E

+17

2.45

E+

172.

71E

+17

2.98

E+

173.

21E

+17

3.46

E+

173.

97E

+17

6.95

E+

17

Ele

vatio

n

-206

.69

4.19

E-0

94.

71E

-09

5.19

E-0

95.

69E

-09

6.29

E-0

96.

91E

-09

7.53

E-0

98.

14E

-09

9.39

E-0

91.

66E

-08

-191

.45

1.43

E-0

81.

61E

-08

1.77

E-0

81.

94E

-08

2.15

E-0

82.

36E

-08

2.57

E-0

82.

78E

-08

3.21

E-0

85.

67E

-08

-176

.21

4.93

E-0

85.

54E

-08

6.12

E-0

86.

71E

-08

7.41

E-0

88.

14E

-08

8.88

E-0

89.

59E

-08

1.11

E-0

71.

96E

-07

-160

.97

1.74

E-0

71.

96E

-07

2.16

E-0

72.

37E

-07

2.62

E-0

72.

87E

-07

3.13

E-0

73.

38E

-07

3.91

E-0

76.

90E

-07

-145

.73

6.21

E-0

76.

98E

-07

7.70

E-0

78.

44E

-07

9.33

E-0

71.

02E

-06

1.12

E-0

61.

21E

-06

1.39

E-0

62.

46E

-06

-130

.49

2.26

E-0

62.

54E

-06

2.80

E-0

63.

07E

-06

3.39

E-0

63.

72E

-06

4.06

E-0

64.

39E

-06

5.07

E-0

68.

95E

-06

-115

.25

8.35

E-0

69.

39E

-06

1.04

E-0

51.

14E

-05

1.25

E-0

51.

38E

-05

1.50

E-0

51.

62E

-05

1.87

E-0

53.

31E

-05

-100

.01

3.07

E-0

53.

45E

-05

3.80

E-0

54.

17E

-05

4.61

E-0

55.

06E

-05

5.52

E-0

55.

97E

-05

6.88

E-0

51.

22E

-04

-84.

771.

14E

-04

1.29

E-0

41.

42E

-04

1.55

E-0

41.

72E

-04

1.89

E-0

42.

06E

-04

2.22

E-0

42.

57E

-04

4.54

E-0

4

-74.

452.

81E

-04

3.16

E-0

43.

48E

-04

3.82

E-0

44.

22E

-04

4.63

E-0

45.

05E

-04

5.46

E-0

46.

30E

-04

1.11

E-0

3

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Not

e: E

leva

tion

is D

ista

nce

(cm

) fro

m B

otto

m o

f Act

ive

Cor

e

Iron

Ato

m D

ispl

acem

ents

, dp

a

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

59

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-3

9

Un

it 2

Sh

rou

d V

erti

cal W

eld

V10

Neu

tron

Exp

osu

re P

red

icti

ons

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

edTi

me,

s 5.

33E

+07

6.02

E+

075.

79E

+07

5.43

E+

075.

69E

+07

5.57

E+

075.

83E

+07

5.83

E+

071.

21E

+08

6.94

E+

08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Ele

vatio

n

-206

.69

9.17

E+

111.

03E

+12

1.14

E+

121.

25E

+12

1.37

E+

121.

49E

+12

1.60

E+

121.

71E

+12

1.96

E+

123.

36E

+12

-191

.45

3.17

E+

123.

55E

+12

3.94

E+

124.

31E

+12

4.73

E+

125.

16E

+12

5.51

E+

125.

92E

+12

6.76

E+

121.

16E

+13

-176

.21

1.10

E+

131.

24E

+13

1.37

E+

131.

50E

+13

1.64

E+

131.

79E

+13

1.92

E+

132.

06E

+13

2.35

E+

134.

04E

+13

-160

.97

3.93

E+

134.

41E

+13

4.90

E+

135.

36E

+13

5.87

E+

136.

40E

+13

6.85

E+

137.

35E

+13

8.40

E+

131.

44E

+14

-145

.73

1.42

E+

141.

59E

+14

1.76

E+

141.

93E

+14

2.11

E+

142.

31E

+14

2.46

E+

142.

65E

+14

3.02

E+

145.

19E

+14

-130

.49

5.22

E+

145.

85E

+14

6.49

E+

147.

11E

+14

7.79

E+

148.

49E

+14

9.08

E+

149.

75E

+14

1.11

E+

151.

91E

+15

-115

.25

1.95

E+

152.

19E

+15

2.43

E+

152.

66E

+15

2.92

E+

153.

18E

+15

3.40

E+

153.

65E

+15

4.17

E+

157.

16E

+15

-100

.01

7.29

E+

158.

18E

+15

9.07

E+

159.

93E

+15

1.09

E+

161.

19E

+16

1.27

E+

161.

36E

+16

1.56

E+

162.

67E

+16

-84.

772.

77E

+16

3.10

E+

163.

44E

+16

3.77

E+

164.

13E

+16

4.50

E+

164.

82E

+16

5.17

E+

165.

91E

+16

1.01

E+

17

-74.

456.

88E

+16

7.72

E+

168.

56E

+16

9.37

E+

161.

03E

+17

1.12

E+

171.

20E

+17

1.29

E+

171.

47E

+17

2.52

E+

17

Ele

vatio

n

-206

.69

1.57

E-0

91.

76E

-09

1.96

E-0

92.

14E

-09

2.35

E-0

92.

56E

-09

2.74

E-0

92.

94E

-09

3.36

E-0

95.

77E

-09

-191

.45

5.37

E-0

96.

03E

-09

6.68

E-0

97.

32E

-09

8.02

E-0

98.

74E

-09

9.35

E-0

91.

00E

-08

1.15

E-0

81.

97E

-08

-176

.21

1.85

E-0

82.

08E

-08

2.31

E-0

82.

52E

-08

2.77

E-0

83.

02E

-08

3.23

E-0

83.

46E

-08

3.96

E-0

86.

79E

-08

-160

.97

6.54

E-0

87.

34E

-08

8.14

E-0

88.

91E

-08

9.76

E-0

81.

06E

-07

1.14

E-0

71.

22E

-07

1.40

E-0

72.

40E

-07

-145

.73

2.33

E-0

72.

62E

-07

2.90

E-0

73.

18E

-07

3.48

E-0

73.

80E

-07

4.06

E-0

74.

36E

-07

4.98

E-0

78.

55E

-07

-130

.49

8.48

E-0

79.

52E

-07

1.06

E-0

61.

16E

-06

1.27

E-0

61.

38E

-06

1.48

E-0

61.

59E

-06

1.81

E-0

63.

11E

-06

-115

.25

3.14

E-0

63.

52E

-06

3.90

E-0

64.

27E

-06

4.68

E-0

65.

11E

-06

5.46

E-0

65.

86E

-06

6.70

E-0

61.

15E

-05

-100

.01

1.15

E-0

51.

29E

-05

1.43

E-0

51.

57E

-05

1.72

E-0

51.

88E

-05

2.01

E-0

52.

15E

-05

2.46

E-0

54.

23E

-05

-84.

774.

30E

-05

4.82

E-0

55.

35E

-05

5.85

E-0

56.

41E

-05

6.99

E-0

57.

48E

-05

8.03

E-0

59.

17E

-05

1.58

E-0

4

-74.

451.

05E

-04

1.18

E-0

41.

31E

-04

1.44

E-0

41.

57E

-04

1.72

E-0

41.

84E

-04

1.97

E-0

42.

25E

-04

3.87

E-0

4

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: E

leva

tion

is D

ista

nce

(cm

) fro

m B

otto

m o

f Act

ive

Cor

e

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

60

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-4

0

Un

it 2

Sh

rou

d V

erti

cal W

eld

V11

Neu

tron

Exp

osu

re P

red

icti

ons

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

ed

Tim

e,s

5.33

E+

076.

02E

+07

5.79

E+

075.

43E

+07

5.69

E+

075.

57E

+07

5.83

E+

075.

83E

+07

1.21

E+

086.

94E

+08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Ele

vatio

n

-206

.69

1.51

E+

121.

71E

+12

1.88

E+

122.

04E

+12

2.24

E+

122.

40E

+12

2.56

E+

122.

74E

+12

3.11

E+

125.

23E

+12

-191

.45

5.23

E+

125.

90E

+12

6.49

E+

127.

06E

+12

7.75

E+

128.

29E

+12

8.86

E+

129.

48E

+12

1.07

E+

131.

81E

+13

-176

.21

1.82

E+

132.

05E

+13

2.26

E+

132.

45E

+13

2.69

E+

132.

88E

+13

3.08

E+

133.

30E

+13

3.74

E+

136.

28E

+13

-160

.97

6.50

E+

137.

33E

+13

8.06

E+

138.

76E

+13

9.62

E+

131.

03E

+14

1.10

E+

141.

18E

+14

1.33

E+

142.

24E

+14

-145

.73

2.34

E+

142.

64E

+14

2.90

E+

143.

15E

+14

3.46

E+

143.

71E

+14

3.96

E+

144.

24E

+14

4.80

E+

148.

07E

+14

-130

.49

8.62

E+

149.

72E

+14

1.07

E+

151.

16E

+15

1.28

E+

151.

37E

+15

1.46

E+

151.

56E

+15

1.77

E+

152.

98E

+15

-115

.25

3.23

E+

153.

64E

+15

4.00

E+

154.

35E

+15

4.78

E+

155.

11E

+15

5.47

E+

155.

84E

+15

6.63

E+

151.

11E

+16

-100

.01

1.20

E+

161.

36E

+16

1.49

E+

161.

62E

+16

1.78

E+

161.

91E

+16

2.04

E+

162.

18E

+16

2.47

E+

164.

16E

+16

-84.

774.

57E

+16

5.16

E+

165.

67E

+16

6.16

E+

166.

77E

+16

7.24

E+

167.

74E

+16

8.28

E+

169.

39E

+16

1.58

E+

17

-74.

451.

14E

+17

1.28

E+

171.

41E

+17

1.53

E+

171.

68E

+17

1.80

E+

171.

92E

+17

2.06

E+

172.

33E

+17

3.92

E+

17

Ele

vatio

n

-206

.69

2.62

E-0

92.

95E

-09

3.25

E-0

93.

53E

-09

3.87

E-0

94.

15E

-09

4.43

E-0

94.

74E

-09

5.38

E-0

99.

04E

-09

-191

.45

8.95

E-0

91.

01E

-08

1.11

E-0

81.

21E

-08

1.32

E-0

81.

42E

-08

1.51

E-0

81.

62E

-08

1.84

E-0

83.

09E

-08

-176

.21

3.09

E-0

83.

48E

-08

3.82

E-0

84.

16E

-08

4.57

E-0

84.

89E

-08

5.22

E-0

85.

59E

-08

6.34

E-0

81.

07E

-07

-160

.97

1.09

E-0

71.

23E

-07

1.35

E-0

71.

47E

-07

1.61

E-0

71.

73E

-07

1.84

E-0

71.

97E

-07

2.24

E-0

73.

76E

-07

-145

.73

3.88

E-0

74.

38E

-07

4.81

E-0

75.

23E

-07

5.74

E-0

76.

15E

-07

6.57

E-0

77.

03E

-07

7.97

E-0

71.

34E

-06

-130

.49

1.41

E-0

61.

59E

-06

1.75

E-0

61.

90E

-06

2.09

E-0

62.

24E

-06

2.39

E-0

62.

56E

-06

2.90

E-0

64.

87E

-06

-115

.25

5.22

E-0

65.

89E

-06

6.47

E-0

67.

04E

-06

7.73

E-0

68.

28E

-06

8.84

E-0

69.

46E

-06

1.07

E-0

51.

80E

-05

-100

.01

1.92

E-0

52.

16E

-05

2.38

E-0

52.

59E

-05

2.84

E-0

53.

04E

-05

3.25

E-0

53.

47E

-05

3.94

E-0

56.

62E

-05

-84.

777.

15E

-05

8.07

E-0

58.

87E

-05

9.64

E-0

51.

06E

-04

1.13

E-0

41.

21E

-04

1.30

E-0

41.

47E

-04

2.47

E-0

4

-74.

451.

76E

-04

1.98

E-0

42.

18E

-04

2.37

E-0

42.

60E

-04

2.78

E-0

42.

97E

-04

3.18

E-0

43.

61E

-04

6.06

E-0

4

Fas

t N

eutr

on F

luen

ce (

n/cm

2,

E >

1.0

Mev

)

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: E

leva

tion

is D

ista

nce

(cm

) fro

m B

otto

m o

f Act

ive

Cor

e

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

61

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-4

1

Un

it 2

RP

V G

irth

Wel

d G

H N

eutr

on E

xpos

ure

Pre

dic

tion

s

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

ed

Tim

e,s

5.33

E+

076.

02E

+07

5.79

E+

075.

43E

+07

5.69

E+

075.

57E

+07

5.83

E+

075.

83E

+07

1.21

E+

086.

94E

+08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Azi

mut

h

02.

99E

+11

3.37

E+

113.

79E

+11

4.17

E+

114.

58E

+11

4.99

E+

115.

35E

+11

5.76

E+

116.

59E

+11

1.14

E+

12

153.

94E

+11

4.43

E+

114.

97E

+11

5.47

E+

116.

04E

+11

6.59

E+

117.

04E

+11

7.57

E+

118.

68E

+11

1.51

E+

12

302.

85E

+11

3.21

E+

113.

60E

+11

3.97

E+

114.

40E

+11

4.82

E+

115.

17E

+11

5.58

E+

116.

41E

+11

1.12

E+

12

455.

90E

+11

6.63

E+

117.

40E

+11

8.14

E+

119.

03E

+11

9.89

E+

111.

06E

+12

1.15

E+

121.

32E

+12

2.32

E+

12

602.

85E

+11

3.21

E+

113.

59E

+11

3.93

E+

114.

36E

+11

4.77

E+

115.

12E

+11

5.51

E+

116.

34E

+11

1.11

E+

12

753.

88E

+11

4.37

E+

114.

86E

+11

5.32

E+

115.

86E

+11

6.39

E+

116.

83E

+11

7.34

E+

118.

40E

+11

1.45

E+

12

902.

12E

+11

2.39

E+

112.

66E

+11

2.92

E+

113.

20E

+11

3.49

E+

113.

74E

+11

4.02

E+

114.

59E

+11

7.91

E+

11

Azi

mut

h

08.

95E

-09

1.01

E-0

81.

13E

-08

1.25

E-0

81.

37E

-08

1.49

E-0

81.

60E

-08

1.72

E-0

81.

97E

-08

3.41

E-0

8

151.

17E

-08

1.31

E-0

81.

47E

-08

1.62

E-0

81.

79E

-08

1.95

E-0

82.

09E

-08

2.24

E-0

82.

57E

-08

4.47

E-0

8

308.

54E

-09

9.62

E-0

91.

08E

-08

1.19

E-0

81.

32E

-08

1.44

E-0

81.

55E

-08

1.67

E-0

81.

92E

-08

3.37

E-0

8

451.

73E

-08

1.95

E-0

82.

17E

-08

2.39

E-0

82.

66E

-08

2.91

E-0

83.

13E

-08

3.38

E-0

83.

89E

-08

6.84

E-0

8

608.

53E

-09

9.62

E-0

91.

07E

-08

1.18

E-0

81.

30E

-08

1.43

E-0

81.

53E

-08

1.65

E-0

81.

90E

-08

3.31

E-0

8

751.

15E

-08

1.29

E-0

81.

44E

-08

1.57

E-0

81.

73E

-08

1.89

E-0

82.

02E

-08

2.17

E-0

82.

49E

-08

4.29

E-0

8

906.

36E

-09

7.17

E-0

97.

99E

-09

8.76

E-0

99.

59E

-09

1.05

E-0

81.

12E

-08

1.21

E-0

81.

38E

-08

2.37

E-0

8

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: A

zim

uth

is A

ngle

in F

irst

Qua

dran

t

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

62

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-4

2

Un

it 2

RP

V G

irth

Wel

d F

G N

eutr

on E

xpos

ure

Pre

dic

tion

s

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

ed

Tim

e,s

5.33

E+

076.

02E

+07

5.79

E+

075.

43E

+07

5.69

E+

075.

57E

+07

5.83

E+

075.

83E

+07

1.21

E+

086.

94E

+08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Azi

mut

h

03.

43E

+17

3.86

E+

174.

41E

+17

4.94

E+

175.

49E

+17

5.99

E+

176.

41E

+17

6.93

E+

178.

00E

+17

1.42

E+

18

154.

51E

+17

5.08

E+

175.

78E

+17

6.47

E+

177.

25E

+17

7.92

E+

178.

44E

+17

9.13

E+

171.

06E

+18

1.88

E+

18

303.

27E

+17

3.69

E+

174.

19E

+17

4.70

E+

175.

29E

+17

5.80

E+

176.

20E

+17

6.72

E+

177.

80E

+17

1.40

E+

18

456.

75E

+17

7.60

E+

178.

60E

+17

9.62

E+

171.

08E

+18

1.19

E+

181.

28E

+18

1.38

E+

181.

61E

+18

2.89

E+

18

603.

26E

+17

3.69

E+

174.

17E

+17

4.65

E+

175.

23E

+17

5.73

E+

176.

13E

+17

6.64

E+

177.

70E

+17

1.38

E+

18

754.

44E

+17

5.01

E+

175.

65E

+17

6.28

E+

177.

02E

+17

7.68

E+

178.

18E

+17

8.84

E+

171.

02E

+18

1.80

E+

18

902.

43E

+17

2.74

E+

173.

10E

+17

3.45

E+

173.

83E

+17

4.19

E+

174.

47E

+17

4.83

E+

175.

57E

+17

9.82

E+

17

Azi

mut

h

05.

48E

-04

6.18

E-0

47.

05E

-04

7.90

E-0

48.

79E

-04

9.59

E-0

41.

03E

-03

1.11

E-0

31.

28E

-03

2.27

E-0

3

157.

14E

-04

8.05

E-0

49.

16E

-04

1.02

E-0

31.

15E

-03

1.26

E-0

31.

34E

-03

1.45

E-0

31.

67E

-03

2.97

E-0

3

305.

23E

-04

5.91

E-0

46.

71E

-04

7.52

E-0

48.

47E

-04

9.28

E-0

49.

93E

-04

1.08

E-0

31.

25E

-03

2.24

E-0

3

451.

06E

-03

1.20

E-0

31.

35E

-03

1.51

E-0

31.

70E

-03

1.87

E-0

32.

01E

-03

2.18

E-0

32.

53E

-03

4.55

E-0

3

605.

23E

-04

5.90

E-0

46.

68E

-04

7.44

E-0

48.

37E

-04

9.18

E-0

49.

82E

-04

1.06

E-0

31.

23E

-03

2.20

E-0

3

757.

03E

-04

7.94

E-0

48.

95E

-04

9.94

E-0

41.

11E

-03

1.22

E-0

31.

30E

-03

1.40

E-0

31.

61E

-03

2.85

E-0

3

903.

89E

-04

4.40

E-0

44.

97E

-04

5.54

E-0

46.

14E

-04

6.72

E-0

47.

18E

-04

7.76

E-0

48.

94E

-04

1.58

E-0

3

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: A

zim

uth

is A

ngle

in F

irst

Qua

dran

t

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

63

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-4

3

Un

it 2

RP

V G

irth

Wel

d E

F N

eutr

on E

xpos

ure

Pre

dic

tion

s

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

ed

Tim

e,s

5.33

E+

076.

02E

+07

5.79

E+

075.

43E

+07

5.69

E+

075.

57E

+07

5.83

E+

075.

83E

+07

1.21

E+

086.

94E

+08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Azi

mut

h

02.

24E

+16

2.52

E+

162.

83E

+16

3.12

E+

163.

42E

+16

3.73

E+

164.

00E

+16

4.30

E+

164.

93E

+16

8.53

E+

16

152.

94E

+16

3.31

E+

163.

71E

+16

4.09

E+

164.

52E

+16

4.92

E+

165.

26E

+16

5.66

E+

166.

49E

+16

1.13

E+

17

302.

13E

+16

2.40

E+

162.

69E

+16

2.97

E+

163.

29E

+16

3.60

E+

163.

86E

+16

4.17

E+

164.

79E

+16

8.41

E+

16

454.

41E

+16

4.96

E+

165.

53E

+16

6.08

E+

166.

75E

+16

7.39

E+

167.

96E

+16

8.58

E+

169.

88E

+16

1.74

E+

17

602.

13E

+16

2.40

E+

162.

68E

+16

2.94

E+

163.

26E

+16

3.56

E+

163.

83E

+16

4.12

E+

164.

73E

+16

8.26

E+

16

752.

90E

+16

3.27

E+

163.

64E

+16

3.98

E+

164.

38E

+16

4.78

E+

165.

11E

+16

5.49

E+

166.

28E

+16

1.08

E+

17

901.

58E

+16

1.79

E+

161.

99E

+16

2.18

E+

162.

39E

+16

2.61

E+

162.

79E

+16

3.00

E+

163.

43E

+16

5.91

E+

16

Azi

mut

h

03.

52E

-05

3.96

E-0

54.

46E

-05

4.91

E-0

55.

39E

-05

5.86

E-0

56.

29E

-05

6.77

E-0

57.

75E

-05

1.34

E-0

4

154.

59E

-05

5.16

E-0

55.

79E

-05

6.37

E-0

57.

04E

-05

7.67

E-0

58.

20E

-05

8.83

E-0

51.

01E

-04

1.76

E-0

4

303.

36E

-05

3.78

E-0

54.

24E

-05

4.67

E-0

55.

19E

-05

5.67

E-0

56.

09E

-05

6.57

E-0

57.

56E

-05

1.33

E-0

4

456.

82E

-05

7.66

E-0

58.

55E

-05

9.41

E-0

51.

04E

-04

1.14

E-0

41.

23E

-04

1.33

E-0

41.

53E

-04

2.69

E-0

4

603.

35E

-05

3.78

E-0

54.

22E

-05

4.63

E-0

55.

13E

-05

5.61

E-0

56.

03E

-05

6.49

E-0

57.

46E

-05

1.30

E-0

4

754.

51E

-05

5.08

E-0

55.

66E

-05

6.19

E-0

56.

82E

-05

7.44

E-0

57.

95E

-05

8.55

E-0

59.

78E

-05

1.69

E-0

4

902.

50E

-05

2.82

E-0

53.

14E

-05

3.44

E-0

53.

77E

-05

4.12

E-0

54.

41E

-05

4.74

E-0

55.

42E

-05

9.34

E-0

5

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: A

zim

uth

is A

ngle

in F

irst

Qua

dran

t

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

64

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-4

4

Un

it 2

RP

V V

erti

cal W

eld

s G

1 an

d G

2 N

eutr

on E

xpos

ure

Pre

dic

tion

s

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

ed

Tim

e,s

5.33

E+

076.

02E

+07

5.79

E+

075.

43E

+07

5.69

E+

075.

57E

+07

5.83

E+

075.

83E

+07

1.21

E+

086.

94E

+08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Ele

vatio

n

-250

.24

3.88

E+

114.

37E

+11

4.86

E+

115.

32E

+11

5.86

E+

116.

39E

+11

6.83

E+

117.

34E

+11

8.40

E+

111.

45E

+12

-219

.76

7.36

E+

118.

29E

+11

9.23

E+

111.

01E

+12

1.11

E+

121.

21E

+12

1.30

E+

121.

39E

+12

1.59

E+

122.

75E

+12

-189

.28

2.02

E+

122.

27E

+12

2.53

E+

122.

77E

+12

3.05

E+

123.

33E

+12

3.56

E+

123.

82E

+12

4.37

E+

127.

53E

+12

-158

.81.

09E

+13

1.22

E+

131.

36E

+13

1.49

E+

131.

64E

+13

1.79

E+

131.

91E

+13

2.06

E+

132.

35E

+13

4.06

E+

13

-128

.32

7.96

E+

138.

96E

+13

9.97

E+

131.

09E

+14

1.20

E+

141.

31E

+14

1.40

E+

141.

51E

+14

1.72

E+

142.

97E

+14

-97.

845.

77E

+14

6.50

E+

147.

23E

+14

7.90

E+

148.

71E

+14

9.50

E+

141.

02E

+15

1.09

E+

151.

25E

+15

2.15

E+

15

-67.

363.

69E

+15

4.16

E+

154.

63E

+15

5.06

E+

155.

57E

+15

6.08

E+

156.

50E

+15

6.99

E+

157.

99E

+15

1.38

E+

16

-36.

881.

91E

+16

2.15

E+

162.

39E

+16

2.61

E+

162.

88E

+16

3.14

E+

163.

36E

+16

3.61

E+

164.

13E

+16

7.11

E+

16

-6.4

7.44

E+

168.

38E

+16

9.33

E+

161.

02E

+17

1.12

E+

171.

23E

+17

1.31

E+

171.

41E

+17

1.61

E+

172.

78E

+17

24.0

81.

77E

+17

2.00

E+

172.

22E

+17

2.43

E+

172.

68E

+17

2.92

E+

173.

12E

+17

3.36

E+

173.

84E

+17

6.62

E+

17

54.5

62.

86E

+17

3.23

E+

173.

59E

+17

3.93

E+

174.

32E

+17

4.72

E+

175.

04E

+17

5.42

E+

176.

20E

+17

1.07

E+

18

85.0

43.

71E

+17

4.18

E+

174.

65E

+17

5.09

E+

175.

60E

+17

6.11

E+

176.

53E

+17

7.02

E+

178.

03E

+17

1.38

E+

18

114.

914.

39E

+17

4.95

E+

175.

51E

+17

6.02

E+

176.

63E

+17

7.24

E+

177.

74E

+17

8.32

E+

179.

51E

+17

1.64

E+

18

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Not

e: E

leva

tion

is D

ista

nce

(cm

) fro

m B

otto

m o

f Act

ive

Cor

e

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

65

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-4

4

Un

it 2

RP

V V

erti

cal W

eld

s G

1 an

d G

2 N

eutr

on E

xpos

ure

Pre

dic

tion

s (C

onti

nu

ed)

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

ed

Tim

e,s

5.33

E+

076.

02E

+07

5.79

E+

075.

43E

+07

5.69

E+

075.

57E

+07

5.83

E+

075.

83E

+07

1.21

E+

086.

94E

+08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Ele

vatio

n

-250

.24

1.15

E-0

81.

29E

-08

1.44

E-0

81.

57E

-08

1.73

E-0

81.

89E

-08

2.02

E-0

82.

17E

-08

2.49

E-0

84.

29E

-08

-219

.76

2.04

E-0

82.

30E

-08

2.56

E-0

82.

80E

-08

3.08

E-0

83.

36E

-08

3.60

E-0

83.

86E

-08

4.42

E-0

87.

62E

-08

-189

.28

3.32

E-0

83.

74E

-08

4.16

E-0

84.

55E

-08

5.01

E-0

85.

47E

-08

5.84

E-0

86.

28E

-08

7.19

E-0

81.

24E

-07

-158

.86.

47E

-08

7.29

E-0

88.

12E

-08

8.88

E-0

89.

78E

-08

1.07

E-0

71.

14E

-07

1.23

E-0

71.

40E

-07

2.42

E-0

7

-128

.32

2.11

E-0

72.

38E

-07

2.65

E-0

72.

90E

-07

3.19

E-0

73.

48E

-07

3.72

E-0

74.

00E

-07

4.58

E-0

77.

89E

-07

-97.

841.

11E

-06

1.25

E-0

61.

39E

-06

1.52

E-0

61.

68E

-06

1.83

E-0

61.

96E

-06

2.10

E-0

62.

40E

-06

4.15

E-0

6

-67.

366.

39E

-06

7.19

E-0

68.

01E

-06

8.76

E-0

69.

65E

-06

1.05

E-0

51.

13E

-05

1.21

E-0

51.

38E

-05

2.39

E-0

5

-36.

883.

15E

-05

3.55

E-0

53.

95E

-05

4.32

E-0

54.

75E

-05

5.19

E-0

55.

55E

-05

5.96

E-0

56.

82E

-05

1.18

E-0

4

-6.4

1.20

E-0

41.

35E

-04

1.50

E-0

41.

64E

-04

1.81

E-0

41.

97E

-04

2.11

E-0

42.

26E

-04

2.59

E-0

44.

47E

-04

24.0

82.

81E

-04

3.17

E-0

43.

53E

-04

3.86

E-0

44.

25E

-04

4.64

E-0

44.

96E

-04

5.33

E-0

46.

10E

-04

1.05

E-0

3

54.5

64.

53E

-04

5.11

E-0

45.

68E

-04

6.22

E-0

46.

85E

-04

7.48

E-0

47.

99E

-04

8.59

E-0

49.

82E

-04

1.69

E-0

3

85.0

45.

87E

-04

6.61

E-0

47.

36E

-04

8.05

E-0

48.

87E

-04

9.68

E-0

41.

03E

-03

1.11

E-0

31.

27E

-03

2.19

E-0

3

114.

916.

95E

-04

7.83

E-0

48.

72E

-04

9.54

E-0

41.

05E

-03

1.15

E-0

31.

23E

-03

1.32

E-0

31.

51E

-03

2.60

E-0

3

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: E

leva

tion

is D

ista

nce

(cm

) fro

m B

otto

m o

f Act

ive

Cor

e

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

66

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-4

5

Un

it 2

RP

V V

erti

cal W

eld

s F

1 an

d F

2 N

eutr

on E

xpos

ure

Pre

dic

tion

s

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

ed

Tim

e,s

5.33

E+

076.

02E

+07

5.79

E+

075.

43E

+07

5.69

E+

075.

57E

+07

5.83

E+

075.

83E

+07

1.21

E+

086.

94E

+08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Ele

vatio

n

114.

914.

46E

+17

5.02

E+

175.

63E

+17

6.19

E+

176.

84E

+17

7.46

E+

177.

97E

+17

8.58

E+

179.

83E

+17

1.71

E+

18

145.

395.

06E

+17

5.69

E+

176.

39E

+17

7.03

E+

177.

77E

+17

8.46

E+

179.

04E

+17

9.73

E+

171.

12E

+18

1.94

E+

18

175.

875.

43E

+17

6.10

E+

176.

85E

+17

7.53

E+

178.

33E

+17

9.07

E+

179.

70E

+17

1.04

E+

181.

20E

+18

2.08

E+

18

206.

355.

60E

+17

6.30

E+

177.

06E

+17

7.77

E+

178.

59E

+17

9.36

E+

171.

00E

+18

1.08

E+

181.

23E

+18

2.14

E+

18

236.

835.

64E

+17

6.35

E+

177.

12E

+17

7.83

E+

178.

66E

+17

9.43

E+

171.

01E

+18

1.09

E+

181.

24E

+18

2.16

E+

18

267.

315.

63E

+17

6.33

E+

177.

10E

+17

7.81

E+

178.

63E

+17

9.40

E+

171.

01E

+18

1.08

E+

181.

24E

+18

2.15

E+

18

297.

795.

31E

+17

5.98

E+

176.

70E

+17

7.38

E+

178.

15E

+17

8.88

E+

179.

49E

+17

1.02

E+

181.

17E

+18

2.03

E+

18

328.

274.

47E

+17

5.03

E+

175.

64E

+17

6.20

E+

176.

86E

+17

7.47

E+

177.

99E

+17

8.59

E+

179.

85E

+17

1.71

E+

18

363.

522.

55E

+17

2.87

E+

173.

22E

+17

3.54

E+

173.

92E

+17

4.27

E+

174.

56E

+17

4.91

E+

175.

63E

+17

9.77

E+

17

379.

581.

36E

+17

1.53

E+

171.

72E

+17

1.89

E+

172.

09E

+17

2.27

E+

172.

43E

+17

2.61

E+

173.

00E

+17

5.20

E+

17

419.

713.

85E

+16

4.33

E+

164.

85E

+16

5.34

E+

165.

90E

+16

6.43

E+

166.

87E

+16

7.40

E+

168.

48E

+16

1.47

E+

17

450.

194.

12E

+16

4.63

E+

165.

20E

+16

5.72

E+

166.

32E

+16

6.89

E+

167.

36E

+16

7.92

E+

169.

08E

+16

1.58

E+

17

480.

372.

94E

+16

3.31

E+

163.

71E

+16

4.09

E+

164.

52E

+16

4.92

E+

165.

26E

+16

5.66

E+

166.

49E

+16

1.13

E+

17

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Not

e: E

leva

tion

is D

ista

nce

(cm

) fro

m B

otto

m o

f Act

ive

Cor

e

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

67

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-4

5

Un

it 2

RP

V V

erti

cal W

eld

s F

1 an

d F

2 N

eutr

on E

xpos

ure

Pre

dic

tion

s (C

onti

nu

ed)

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

ed

Tim

e,s

5.33

E+

076.

02E

+07

5.79

E+

075.

43E

+07

5.69

E+

075.

57E

+07

5.83

E+

075.

83E

+07

1.21

E+

086.

94E

+08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Ele

vatio

n

114.

917.

06E

-04

7.94

E-0

48.

91E

-04

9.81

E-0

41.

08E

-03

1.18

E-0

31.

26E

-03

1.36

E-0

31.

56E

-03

2.71

E-0

3

145.

398.

01E

-04

9.01

E-0

41.

01E

-03

1.11

E-0

31.

23E

-03

1.34

E-0

31.

43E

-03

1.54

E-0

31.

77E

-03

3.07

E-0

3

175.

878.

59E

-04

9.66

E-0

41.

08E

-03

1.19

E-0

31.

32E

-03

1.44

E-0

31.

54E

-03

1.65

E-0

31.

90E

-03

3.29

E-0

3

206.

358.

86E

-04

9.96

E-0

41.

12E

-03

1.23

E-0

31.

36E

-03

1.48

E-0

31.

58E

-03

1.71

E-0

31.

96E

-03

3.40

E-0

3

236.

838.

93E

-04

1.00

E-0

31.

13E

-03

1.24

E-0

31.

37E

-03

1.49

E-0

31.

60E

-03

1.72

E-0

31.

97E

-03

3.42

E-0

3

267.

318.

89E

-04

1.00

E-0

31.

12E

-03

1.24

E-0

31.

36E

-03

1.49

E-0

31.

59E

-03

1.71

E-0

31.

96E

-03

3.41

E-0

3

297.

798.

39E

-04

9.44

E-0

41.

06E

-03

1.17

E-0

31.

29E

-03

1.40

E-0

31.

50E

-03

1.62

E-0

31.

85E

-03

3.22

E-0

3

328.

277.

05E

-04

7.93

E-0

48.

90E

-04

9.79

E-0

41.

08E

-03

1.18

E-0

31.

26E

-03

1.36

E-0

31.

56E

-03

2.70

E-0

3

363.

524.

04E

-04

4.54

E-0

45.

10E

-04

5.62

E-0

46.

20E

-04

6.76

E-0

47.

23E

-04

7.78

E-0

48.

92E

-04

1.55

E-0

3

379.

582.

17E

-04

2.44

E-0

42.

74E

-04

3.02

E-0

43.

34E

-04

3.64

E-0

43.

89E

-04

4.18

E-0

44.

80E

-04

8.33

E-0

4

419.

716.

14E

-05

6.90

E-0

57.

74E

-05

8.52

E-0

59.

42E

-05

1.03

E-0

41.

10E

-04

1.18

E-0

41.

35E

-04

2.35

E-0

4

450.

196.

41E

-05

7.21

E-0

58.

09E

-05

8.91

E-0

59.

84E

-05

1.07

E-0

41.

15E

-04

1.23

E-0

41.

41E

-04

2.46

E-0

4

480.

374.

59E

-05

5.16

E-0

55.

79E

-05

6.37

E-0

57.

04E

-05

7.67

E-0

58.

20E

-05

8.83

E-0

51.

01E

-04

1.76

E-0

4

Not

e: E

leva

tion

is D

ista

nce

(cm

) fro

m B

otto

m o

f Act

ive

Cor

e

Iron

Ato

m D

ispl

acem

ents

, dp

a

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

68

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-4

6

Un

it 2

RP

V L

ower

Sh

ell P

late

Neu

tron

Exp

osu

re P

red

icti

ons

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

ed

Tim

e,s

5.33

E+

076.

02E

+07

5.79

E+

075.

43E

+07

5.69

E+

075.

57E

+07

5.83

E+

075.

83E

+07

1.21

E+

086.

94E

+08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Ele

vatio

n

-250

.24

5.90

E+

116.

63E

+11

7.40

E+

118.

14E

+11

9.03

E+

119.

89E

+11

1.06

E+

121.

15E

+12

1.32

E+

122.

32E

+12

-219

.76

1.12

E+

121.

26E

+12

1.40

E+

121.

54E

+12

1.71

E+

121.

88E

+12

2.02

E+

122.

18E

+12

2.51

E+

124.

41E

+12

-189

.28

3.07

E+

123.

45E

+12

3.85

E+

124.

23E

+12

4.70

E+

125.

14E

+12

5.54

E+

125.

98E

+12

6.88

E+

121.

21E

+13

-158

.81.

65E

+13

1.86

E+

132.

07E

+13

2.28

E+

132.

53E

+13

2.77

E+

132.

98E

+13

3.22

E+

133.

70E

+13

6.51

E+

13

-128

.32

1.21

E+

141.

36E

+14

1.52

E+

141.

67E

+14

1.85

E+

142.

03E

+14

2.18

E+

142.

35E

+14

2.71

E+

144.

76E

+14

-97.

848.

76E

+14

9.85

E+

141.

10E

+15

1.21

E+

151.

34E

+15

1.47

E+

151.

58E

+15

1.71

E+

151.

96E

+15

3.45

E+

15

-67.

365.

61E

+15

6.31

E+

157.

04E

+15

7.74

E+

158.

59E

+15

9.40

E+

151.

01E

+16

1.09

E+

161.

26E

+16

2.21

E+

16

-36.

882.

90E

+16

3.26

E+

163.

64E

+16

4.00

E+

164.

44E

+16

4.86

E+

165.

23E

+16

5.64

E+

166.

50E

+16

1.14

E+

17

-6.4

1.13

E+

171.

27E

+17

1.42

E+

171.

56E

+17

1.73

E+

171.

90E

+17

2.04

E+

172.

20E

+17

2.54

E+

174.

45E

+17

24.0

82.

70E

+17

3.03

E+

173.

38E

+17

3.72

E+

174.

13E

+17

4.52

E+

174.

87E

+17

5.25

E+

176.

05E

+17

1.06

E+

18

54.5

64.

35E

+17

4.89

E+

175.

46E

+17

6.01

E+

176.

66E

+17

7.30

E+

177.

86E

+17

8.48

E+

179.

76E

+17

1.71

E+

18

85.0

45.

64E

+17

6.34

E+

177.

07E

+17

7.78

E+

178.

63E

+17

9.45

E+

171.

02E

+18

1.10

E+

181.

26E

+18

2.22

E+

18

114.

916.

68E

+17

7.51

E+

178.

38E

+17

9.21

E+

171.

02E

+18

1.12

E+

181.

21E

+18

1.30

E+

181.

50E

+18

2.63

E+

18

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Not

e: E

leva

tion

is D

ista

nce

(cm

) fro

m B

otto

m o

f Act

ive

Cor

e

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

69

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-4

6

Un

it 2

RP

V L

ower

Sh

ell P

late

Neu

tron

Exp

osu

re P

red

icti

ons

(Con

tin

ued

)

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

ed

Tim

e,s

5.33

E+

076.

02E

+07

5.79

E+

075.

43E

+07

5.69

E+

075.

57E

+07

5.83

E+

075.

83E

+07

1.21

E+

086.

94E

+08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Ele

vatio

n

-250

.24

1.73

E-0

81.

95E

-08

2.17

E-0

82.

39E

-08

2.66

E-0

82.

91E

-08

3.13

E-0

83.

38E

-08

3.89

E-0

86.

84E

-08

-219

.76

3.08

E-0

83.

46E

-08

3.86

E-0

84.

25E

-08

4.72

E-0

85.

17E

-08

5.57

E-0

86.

01E

-08

6.92

E-0

81.

22E

-07

-189

.28

5.01

E-0

85.

63E

-08

6.28

E-0

86.

91E

-08

7.67

E-0

88.

40E

-08

9.05

E-0

89.

76E

-08

1.12

E-0

71.

98E

-07

-158

.89.

78E

-08

1.10

E-0

71.

23E

-07

1.35

E-0

71.

50E

-07

1.64

E-0

71.

77E

-07

1.91

E-0

72.

20E

-07

3.86

E-0

7

-128

.32

3.19

E-0

73.

59E

-07

4.00

E-0

74.

40E

-07

4.89

E-0

75.

35E

-07

5.76

E-0

76.

22E

-07

7.16

E-0

71.

26E

-06

-97.

841.

68E

-06

1.88

E-0

62.

10E

-06

2.31

E-0

62.

57E

-06

2.81

E-0

63.

03E

-06

3.27

E-0

63.

76E

-06

6.61

E-0

6

-67.

369.

65E

-06

1.08

E-0

51.

21E

-05

1.33

E-0

51.

48E

-05

1.62

E-0

51.

74E

-05

1.88

E-0

52.

17E

-05

3.81

E-0

5

-36.

884.

75E

-05

5.34

E-0

55.

96E

-05

6.56

E-0

57.

28E

-05

7.97

E-0

58.

58E

-05

9.26

E-0

51.

07E

-04

1.88

E-0

4

-6.4

1.81

E-0

42.

03E

-04

2.26

E-0

42.

49E

-04

2.76

E-0

43.

03E

-04

3.26

E-0

43.

52E

-04

4.05

E-0

47.

12E

-04

24.0

84.

25E

-04

4.78

E-0

45.

33E

-04

5.87

E-0

46.

51E

-04

7.13

E-0

47.

68E

-04

8.29

E-0

49.

54E

-04

1.68

E-0

3

54.5

66.

85E

-04

7.70

E-0

48.

59E

-04

9.45

E-0

41.

05E

-03

1.15

E-0

31.

24E

-03

1.33

E-0

31.

54E

-03

2.70

E-0

3

85.0

48.

87E

-04

9.96

E-0

41.

11E

-03

1.22

E-0

31.

36E

-03

1.49

E-0

31.

60E

-03

1.73

E-0

31.

99E

-03

3.50

E-0

3

114.

911.

05E

-03

1.18

E-0

31.

32E

-03

1.45

E-0

31.

61E

-03

1.76

E-0

31.

90E

-03

2.05

E-0

32.

36E

-03

4.14

E-0

3

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: E

leva

tion

is D

ista

nce

(cm

) fro

m B

otto

m o

f Act

ive

Cor

e

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

70

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-4

7

Un

it 2

RP

V L

ower

In

term

edia

te S

hel

l Pla

te N

eutr

on E

xpos

ure

Pre

dic

tion

s

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

ed

Tim

e,s

5.33

E+

076.

02E

+07

5.79

E+

075.

43E

+07

5.69

E+

075.

57E

+07

5.83

E+

075.

83E

+07

1.21

E+

086.

94E

+08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Ele

vatio

n

114.

916.

68E

+17

7.51

E+

178.

38E

+17

9.21

E+

171.

02E

+18

1.12

E+

181.

21E

+18

1.30

E+

181.

50E

+18

2.63

E+

18

145.

397.

58E

+17

8.52

E+

179.

51E

+17

1.05

E+

181.

16E

+18

1.27

E+

181.

37E

+18

1.48

E+

181.

70E

+18

2.98

E+

18

175.

878.

13E

+17

9.14

E+

171.

02E

+18

1.12

E+

181.

24E

+18

1.36

E+

181.

47E

+18

1.58

E+

181.

82E

+18

3.20

E+

18

206.

358.

38E

+17

9.42

E+

171.

05E

+18

1.16

E+

181.

28E

+18

1.40

E+

181.

51E

+18

1.63

E+

181.

88E

+18

3.30

E+

18

236.

838.

45E

+17

9.50

E+

171.

06E

+18

1.17

E+

181.

29E

+18

1.42

E+

181.

52E

+18

1.65

E+

181.

89E

+18

3.33

E+

18

267.

318.

42E

+17

9.47

E+

171.

06E

+18

1.16

E+

181.

29E

+18

1.41

E+

181.

52E

+18

1.64

E+

181.

89E

+18

3.32

E+

18

297.

797.

96E

+17

8.94

E+

179.

98E

+17

1.10

E+

181.

22E

+18

1.33

E+

181.

44E

+18

1.55

E+

181.

78E

+18

3.13

E+

18

328.

276.

69E

+17

7.52

E+

178.

40E

+17

9.23

E+

171.

02E

+18

1.12

E+

181.

21E

+18

1.30

E+

181.

50E

+18

2.64

E+

18

363.

523.

82E

+17

4.30

E+

174.

80E

+17

5.28

E+

175.

85E

+17

6.41

E+

176.

90E

+17

7.44

E+

178.

57E

+17

1.51

E+

18

379.

582.

04E

+17

2.29

E+

172.

55E

+17

2.81

E+

173.

12E

+17

3.41

E+

173.

67E

+17

3.96

E+

174.

56E

+17

8.02

E+

17

419.

715.

76E

+16

6.47

E+

167.

23E

+16

7.95

E+

168.

82E

+16

9.65

E+

161.

04E

+17

1.12

E+

171.

29E

+17

2.27

E+

17

450.

196.

17E

+16

6.93

E+

167.

74E

+16

8.51

E+

169.

44E

+16

1.03

E+

171.

11E

+17

1.20

E+

171.

38E

+17

2.43

E+

17

480.

374.

41E

+16

4.96

E+

165.

53E

+16

6.08

E+

166.

75E

+16

7.39

E+

167.

96E

+16

8.58

E+

169.

88E

+16

1.74

E+

17

Fas

t N

eutr

on F

luen

ce (

n/cm

2,

E >

1.0

Mev

)

Not

e: E

leva

tion

is D

ista

nce

(cm

) fro

m B

otto

m o

f Act

ive

Cor

e

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

71

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-4

7

Un

it 2

RP

V L

ower

In

term

edia

te S

hel

l Pla

te N

eutr

on E

xpos

ure

Pre

dic

tion

s (C

onti

nu

ed)

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

ed

Tim

e,s

5.33

E+

076.

02E

+07

5.79

E+

075.

43E

+07

5.69

E+

075.

57E

+07

5.83

E+

075.

83E

+07

1.21

E+

086.

94E

+08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Ele

vatio

n

114.

911.

05E

-03

1.18

E-0

31.

32E

-03

1.45

E-0

31.

61E

-03

1.76

E-0

31.

90E

-03

2.05

E-0

32.

36E

-03

4.14

E-0

3

145.

391.

19E

-03

1.34

E-0

31.

49E

-03

1.64

E-0

31.

82E

-03

2.00

E-0

32.

15E

-03

2.32

E-0

32.

67E

-03

4.70

E-0

3

175.

871.

28E

-03

1.44

E-0

31.

60E

-03

1.76

E-0

31.

96E

-03

2.14

E-0

32.

31E

-03

2.49

E-0

32.

87E

-03

5.04

E-0

3

206.

351.

32E

-03

1.48

E-0

31.

65E

-03

1.82

E-0

32.

02E

-03

2.21

E-0

32.

38E

-03

2.57

E-0

32.

96E

-03

5.20

E-0

3

236.

831.

33E

-03

1.49

E-0

31.

66E

-03

1.83

E-0

32.

03E

-03

2.23

E-0

32.

40E

-03

2.59

E-0

32.

98E

-03

5.24

E-0

3

267.

311.

32E

-03

1.49

E-0

31.

66E

-03

1.82

E-0

32.

02E

-03

2.22

E-0

32.

39E

-03

2.58

E-0

32.

97E

-03

5.22

E-0

3

297.

791.

25E

-03

1.40

E-0

31.

56E

-03

1.72

E-0

31.

91E

-03

2.09

E-0

32.

25E

-03

2.43

E-0

32.

80E

-03

4.92

E-0

3

328.

271.

05E

-03

1.18

E-0

31.

31E

-03

1.45

E-0

31.

61E

-03

1.76

E-0

31.

89E

-03

2.04

E-0

32.

35E

-03

4.14

E-0

3

363.

526.

01E

-04

6.75

E-0

47.

54E

-04

8.29

E-0

49.

20E

-04

1.01

E-0

31.

09E

-03

1.17

E-0

31.

35E

-03

2.37

E-0

3

379.

583.

23E

-04

3.63

E-0

44.

05E

-04

4.46

E-0

44.

95E

-04

5.42

E-0

45.

84E

-04

6.30

E-0

47.

25E

-04

1.28

E-0

3

419.

719.

12E

-05

1.03

E-0

41.

14E

-04

1.26

E-0

41.

40E

-04

1.53

E-0

41.

65E

-04

1.78

E-0

42.

05E

-04

3.60

E-0

4

450.

199.

53E

-05

1.07

E-0

41.

20E

-04

1.32

E-0

41.

46E

-04

1.60

E-0

41.

72E

-04

1.86

E-0

42.

14E

-04

3.76

E-0

4

480.

376.

82E

-05

7.66

E-0

58.

55E

-05

9.41

E-0

51.

04E

-04

1.14

E-0

41.

23E

-04

1.33

E-0

41.

53E

-04

2.69

E-0

4

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: E

leva

tion

is D

ista

nce

(cm

) fro

m B

otto

m o

f Act

ive

Cor

e

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

72

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-4

8

Un

it 2

RP

V N

16 N

ozzl

e/N

ozzl

e F

orgi

ng

Neu

tron

Exp

osu

re P

red

icti

ons

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

ed

Tim

e,s

5.33

E+

076.

02E

+07

5.79

E+

075.

43E

+07

5.69

E+

075.

57E

+07

5.83

E+

075.

83E

+07

1.21

E+

086.

94E

+08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Ele

vatio

n

363.

523.

23E

+17

3.63

E+

174.

05E

+17

4.46

E+

174.

95E

+17

5.42

E+

175.

84E

+17

6.30

E+

177.

26E

+17

1.28

E+

18

371.

552.

53E

+17

2.84

E+

173.

18E

+17

3.50

E+

173.

88E

+17

4.25

E+

174.

58E

+17

4.94

E+

175.

69E

+17

1.00

E+

18

379.

581.

72E

+17

1.93

E+

172.

16E

+17

2.38

E+

172.

64E

+17

2.89

E+

173.

11E

+17

3.36

E+

173.

86E

+17

6.79

E+

17

387.

51.

21E

+17

1.36

E+

171.

52E

+17

1.68

E+

171.

86E

+17

2.04

E+

172.

20E

+17

2.37

E+

172.

73E

+17

4.80

E+

17

395.

438.

43E

+16

9.48

E+

161.

06E

+17

1.17

E+

171.

29E

+17

1.42

E+

171.

52E

+17

1.65

E+

171.

90E

+17

3.33

E+

17

Ele

vatio

n

363.

525.

09E

-04

5.72

E-0

46.

40E

-04

7.05

E-0

47.

82E

-04

8.56

E-0

49.

22E

-04

9.95

E-0

41.

15E

-03

2.02

E-0

3

371.

554.

01E

-04

4.51

E-0

45.

04E

-04

5.55

E-0

46.

16E

-04

6.74

E-0

47.

26E

-04

7.83

E-0

49.

02E

-04

1.59

E-0

3

379.

582.

74E

-04

3.08

E-0

43.

44E

-04

3.79

E-0

44.

21E

-04

4.60

E-0

44.

96E

-04

5.35

E-0

46.

16E

-04

1.08

E-0

3

387.

51.

95E

-04

2.19

E-0

42.

45E

-04

2.70

E-0

43.

00E

-04

3.28

E-0

43.

53E

-04

3.81

E-0

44.

39E

-04

7.72

E-0

4

395.

431.

36E

-04

1.53

E-0

41.

71E

-04

1.89

E-0

42.

09E

-04

2.29

E-0

42.

47E

-04

2.66

E-0

43.

07E

-04

5.40

E-0

4

Iron

Ato

m D

ispl

acem

ents

, dp

a

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Not

e: E

leva

tion

is D

ista

nce

(cm

) fro

m B

otto

m o

f Act

ive

Cor

e

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

73

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-4

9

Un

it 2

Top

Gu

ide

Neu

tron

Exp

osu

re P

red

icti

ons

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

ed

Tim

e,s

5.33

E+

076.

02E

+07

5.79

E+

075.

43E

+07

5.69

E+

075.

57E

+07

5.83

E+

075.

83E

+07

1.21

E+

086.

94E

+08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Rad

ius

5.01

9.39

E+

219.

79E

+21

1.05

E+

221.

11E

+22

1.17

E+

221.

27E

+22

1.41

E+

221.

50E

+22

1.69

E+

222.

79E

+22

30.4

81.

11E

+22

1.15

E+

221.

23E

+22

1.30

E+

221.

37E

+22

1.47

E+

221.

62E

+22

1.73

E+

221.

94E

+22

3.16

E+

22

60.9

61.

06E

+22

1.11

E+

221.

18E

+22

1.25

E+

221.

32E

+22

1.42

E+

221.

57E

+22

1.67

E+

221.

87E

+22

3.07

E+

22

91.4

49.

67E

+21

1.01

E+

221.

08E

+22

1.15

E+

221.

22E

+22

1.32

E+

221.

46E

+22

1.56

E+

221.

76E

+22

2.94

E+

22

121.

921.

15E

+22

1.19

E+

221.

27E

+22

1.34

E+

221.

42E

+22

1.52

E+

221.

67E

+22

1.78

E+

222.

00E

+22

3.25

E+

22

152.

49.

01E

+21

9.36

E+

219.

96E

+21

1.06

E+

221.

12E

+22

1.21

E+

221.

34E

+22

1.43

E+

221.

61E

+22

2.66

E+

22

182.

886.

77E

+21

6.99

E+

217.

41E

+21

7.90

E+

218.

37E

+21

9.03

E+

219.

87E

+21

1.05

E+

221.

18E

+22

1.94

E+

22

213.

361.

22E

+21

1.28

E+

211.

36E

+21

1.46

E+

211.

57E

+21

1.70

E+

211.

86E

+21

1.99

E+

212.

25E

+21

3.78

E+

21

221.

615

2.86

E+

203.

03E

+20

3.25

E+

203.

50E

+20

3.77

E+

204.

12E

+20

4.52

E+

204.

84E

+20

5.52

E+

209.

43E

+20

225.

425

1.55

E+

201.

64E

+20

1.76

E+

201.

90E

+20

2.05

E+

202.

24E

+20

2.46

E+

202.

64E

+20

3.01

E+

205.

15E

+20

236.

855

2.28

E+

192.

43E

+19

2.62

E+

192.

83E

+19

3.05

E+

193.

34E

+19

3.67

E+

193.

94E

+19

4.50

E+

197.

73E

+19

240.

665

1.01

E+

191.

07E

+19

1.16

E+

191.

25E

+19

1.36

E+

191.

48E

+19

1.63

E+

191.

75E

+19

2.00

E+

193.

44E

+19

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Not

e: R

adiu

s (c

m)

from

Cor

e C

ente

rline

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

74

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-4

9

Un

it 2

Top

Gu

ide

Neu

tron

Exp

osu

re P

red

icti

ons

(Con

tin

ued

)

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

ed

Tim

e,s

5.33

E+

076.

02E

+07

5.79

E+

075.

43E

+07

5.69

E+

075.

57E

+07

5.83

E+

075.

83E

+07

1.21

E+

086.

94E

+08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Rad

ius

5.01

1.49

E+

011.

55E

+01

1.66

E+

011.

77E

+01

1.87

E+

012.

02E

+01

2.24

E+

012.

39E

+01

2.70

E+

014.

47E

+01

30.4

81.

73E

+01

1.80

E+

011.

92E

+01

2.04

E+

012.

15E

+01

2.31

E+

012.

54E

+01

2.71

E+

013.

04E

+01

4.97

E+

01

60.9

61.

67E

+01

1.74

E+

011.

86E

+01

1.98

E+

012.

09E

+01

2.24

E+

012.

48E

+01

2.64

E+

012.

98E

+01

4.90

E+

01

91.4

41.

53E

+01

1.59

E+

011.

70E

+01

1.83

E+

011.

94E

+01

2.10

E+

012.

32E

+01

2.48

E+

012.

81E

+01

4.71

E+

01

121.

921.

79E

+01

1.86

E+

011.

98E

+01

2.10

E+

012.

22E

+01

2.39

E+

012.

63E

+01

2.80

E+

013.

15E

+01

5.15

E+

01

152.

41.

43E

+01

1.49

E+

011.

58E

+01

1.69

E+

011.

79E

+01

1.94

E+

012.

14E

+01

2.28

E+

012.

58E

+01

4.28

E+

01

182.

881.

02E

+01

1.05

E+

011.

12E

+01

1.19

E+

011.

27E

+01

1.37

E+

011.

50E

+01

1.60

E+

011.

80E

+01

2.97

E+

01

213.

361.

78E

+00

1.87

E+

001.

98E

+00

2.13

E+

002.

28E

+00

2.48

E+

002.

71E

+00

2.89

E+

003.

28E

+00

5.51

E+

00

221.

615

4.26

E-0

14.

51E

-01

4.83

E-0

15.

21E

-01

5.61

E-0

16.

12E

-01

6.71

E-0

17.

20E

-01

8.21

E-0

11.

40E

+00

225.

425

2.35

E-0

12.

49E

-01

2.67

E-0

12.

88E

-01

3.10

E-0

13.

39E

-01

3.72

E-0

13.

99E

-01

4.55

E-0

17.

78E

-01

236.

855

3.69

E-0

23.

93E

-02

4.23

E-0

24.

57E

-02

4.94

E-0

25.

40E

-02

5.93

E-0

26.

36E

-02

7.27

E-0

21.

25E

-01

240.

665

1.63

E-0

21.

73E

-02

1.87

E-0

22.

03E

-02

2.19

E-0

22.

39E

-02

2.63

E-0

22.

82E

-02

3.23

E-0

25.

55E

-02

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: R

adiu

s (c

m)

from

Cor

e C

ente

rline

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

75

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-5

0

Un

it 2

Cor

e P

late

Neu

tron

Exp

osu

re P

red

icti

ons

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

ed

Tim

e,s

5.33

E+

076.

02E

+07

5.79

E+

075.

43E

+07

5.69

E+

075.

57E

+07

5.83

E+

075.

83E

+07

1.21

E+

086.

94E

+08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Rad

ius

5.01

2.05

E+

202.

26E

+20

2.47

E+

202.

69E

+20

2.91

E+

203.

12E

+20

3.31

E+

203.

52E

+20

3.97

E+

206.

56E

+20

30.4

82.

22E

+20

2.44

E+

202.

66E

+20

2.90

E+

203.

14E

+20

3.35

E+

203.

55E

+20

3.79

E+

204.

27E

+20

7.04

E+

20

60.9

62.

16E

+20

2.38

E+

202.

59E

+20

2.83

E+

203.

07E

+20

3.28

E+

203.

48E

+20

3.70

E+

204.

18E

+20

6.92

E+

20

91.4

41.

97E

+20

2.16

E+

202.

37E

+20

2.62

E+

202.

88E

+20

3.09

E+

203.

28E

+20

3.51

E+

204.

00E

+20

6.79

E+

20

121.

922.

34E

+20

2.56

E+

202.

78E

+20

3.04

E+

203.

30E

+20

3.53

E+

203.

74E

+20

3.98

E+

204.

50E

+20

7.45

E+

20

152.

41.

88E

+20

2.07

E+

202.

25E

+20

2.48

E+

202.

71E

+20

2.91

E+

203.

09E

+20

3.30

E+

203.

75E

+20

6.33

E+

20

182.

881.

73E

+20

1.89

E+

202.

05E

+20

2.25

E+

202.

48E

+20

2.67

E+

202.

82E

+20

3.01

E+

203.

42E

+20

5.79

E+

20

213.

361.

14E

+20

1.25

E+

201.

34E

+20

1.48

E+

201.

63E

+20

1.76

E+

201.

85E

+20

1.98

E+

202.

26E

+20

3.82

E+

20

221.

615

4.01

E+

194.

42E

+19

4.80

E+

195.

31E

+19

5.89

E+

196.

37E

+19

6.73

E+

197.

23E

+19

8.26

E+

191.

42E

+20

225.

425

2.17

E+

192.

39E

+19

2.60

E+

192.

87E

+19

3.19

E+

193.

46E

+19

3.65

E+

193.

92E

+19

4.49

E+

197.

74E

+19

236.

855

4.67

E+

185.

17E

+18

5.65

E+

186.

27E

+18

6.99

E+

187.

59E

+18

8.02

E+

188.

64E

+18

9.91

E+

181.

72E

+19

240.

665

3.08

E+

183.

42E

+18

3.74

E+

184.

15E

+18

4.63

E+

185.

03E

+18

5.32

E+

185.

73E

+18

6.58

E+

181.

15E

+19

Fas

t N

eutr

on F

luen

ce (

n/cm

2 , E

> 1

.0 M

ev)

Not

e: R

adiu

s (c

m)

from

Cor

e C

ente

rline

WE

ST

ING

HO

US

E N

ON

-PR

OP

RIE

TAR

Y C

LA

SS

3

2-

76

WC

AP-

1766

0-N

P N

ovem

ber

2012

Rev

isio

n 0

Tab

le 2

.2-5

0

Un

it 2

Cor

e P

late

Neu

tron

Exp

osu

re P

red

icti

ons

(Con

tin

ued

)

Cyc

le

14C

ycle

15

Cyc

le

16C

ycle

17

Cyc

le

18C

ycle

19

C20

(E

q)C

21 (

Avg

)P

roje

cted

Pro

ject

ed

Tim

e,s

5.33

E+

076.

02E

+07

5.79

E+

075.

43E

+07

5.69

E+

075.

57E

+07

5.83

E+

075.

83E

+07

1.21

E+

086.

94E

+08

EF

PY

15.4

517

.35

19.1

920

.91

22.7

124

.48

26.3

328

.17

3254

Rad

ius

5.01

2.98

E-0

13.

29E

-01

3.60

E-0

13.

92E

-01

4.24

E-0

14.

54E

-01

4.82

E-0

15.

13E

-01

5.79

E-0

19.

56E

-01

30.4

83.

20E

-01

3.52

E-0

13.

83E

-01

4.18

E-0

14.

53E

-01

4.83

E-0

15.

13E

-01

5.46

E-0

16.

16E

-01

1.02

E+

00

60.9

63.

14E

-01

3.46

E-0

13.

76E

-01

4.11

E-0

14.

46E

-01

4.76

E-0

15.

05E

-01

5.38

E-0

16.

07E

-01

1.00

E+

00

91.4

42.

86E

-01

3.15

E-0

13.

46E

-01

3.82

E-0

14.

18E

-01

4.50

E-0

14.

76E

-01

5.10

E-0

15.

80E

-01

9.84

E-0

1

121.

923.

37E

-01

3.69

E-0

14.

00E

-01

4.37

E-0

14.

75E

-01

5.09

E-0

15.

38E

-01

5.74

E-0

16.

48E

-01

1.07

E+

00

152.

42.

76E

-01

3.04

E-0

13.

31E

-01

3.64

E-0

13.

98E

-01

4.28

E-0

14.

53E

-01

4.85

E-0

15.

51E

-01

9.28

E-0

1

182.

882.

50E

-01

2.73

E-0

12.

97E

-01

3.26

E-0

13.

59E

-01

3.86

E-0

14.

08E

-01

4.37

E-0

14.

96E

-01

8.40

E-0

1

213.

361.

63E

-01

1.78

E-0

11.

92E

-01

2.11

E-0

12.

33E

-01

2.52

E-0

12.

65E

-01

2.84

E-0

13.

23E

-01

5.49

E-0

1

221.

615

5.86

E-0

26.

45E

-02

7.00

E-0

27.

74E

-02

8.59

E-0

29.

30E

-02

9.82

E-0

21.

05E

-01

1.21

E-0

12.

08E

-01

225.

425

3.18

E-0

23.

51E

-02

3.81

E-0

24.

22E

-02

4.69

E-0

25.

08E

-02

5.36

E-0

25.

76E

-02

6.59

E-0

21.

14E

-01

236.

855

7.03

E-0

37.

78E

-03

8.51

E-0

39.

44E

-03

1.05

E-0

21.

14E

-02

1.21

E-0

21.

30E

-02

1.49

E-0

22.

59E

-02

240.

665

4.62

E-0

35.

12E

-03

5.61

E-0

36.

23E

-03

6.95

E-0

37.

54E

-03

7.98

E-0

38.

60E

-03

9.87

E-0

31.

72E

-02

Iron

Ato

m D

ispl

acem

ents

, dp

a

Not

e: R

adiu

s (c

m)

from

Cor

e C

ente

rline

WESTINGHOUSE NON-PROPRIETARY CLASS 3 3-1

WCAP-17660-NP November 2012 Revision 0

3 CONCLUSIONS

This report provides neutron exposures at the Brunswick Unit 1 and Unit 2 core shroud and reactor pressure vessel welds, plus top guide and core plate of these plants. This report is based on the results of recent analysis which is intended to update prior calculations documented in References 4 and 5. These updates include updating previously projected fuel cycle designs with actual operating history at both Brunswick Units 1 and 2. In addition, the current analysis includes an assessment of the implementation of MELLLA+ operation on the neutron exposure of the reactor pressure vessel and reactor internals components. Future projections of the neutron exposure based on continued operation with the average power distribution of uprated cycles plus a MELLLA+ equilibrium cycle are provided for operating times up to 54 effective-full-power-years of operation. In addition to the incorporation of new fuel cycle designs, several enhancement to the analytical model were included to better describe the BWR fuel and bypass coolant features for the outermost row of peripheral assemblies, which are the most influential to the neutron exposures at the core shroud and the reactor vessel. The results of this evaluation indicate that, in general, the projected neutron exposures of critical components are less than those reported in Reference 4.

WESTINGHOUSE NON-PROPRIETARY CLASS 3 4-1

WCAP-17660-NP November 2012 Revision 0

4 REFERENCES

1. Code of Federal Regulations Title 10 Part 50, “Domestic Licensing of Production and Utilization Facilities”.

2. Regulatory Guide 1.190, “Calculational and Dosimetry for Determining Pressure Vessel Neutron Fluence”, U. S. Nuclear Regulatory Commission, Office of Nuclear Regulatory Research, March 2001.

3. US NRC Letter to Carolina Power & Light Company “Brunswick Steam Electric Plant Units 1 and 2 – Issuance of Amendment Re: Pressure Temperature Limit Curves (TAC Nos. MB5579 and MB5580),” June 18, 2003.

4. Letter from J.S Keenan, Carolina Power & Light Company, to USNRC, “Request for License Amendments to Revise Technical Specification Pressure Temperature Limit Curves,” June 26, 2002.

5. Letter from J.S Keenan, Carolina Power & Light Company, to USNRC, “Response to Request for Additional Information, Proposed License Amendments to Revise Technical Specification Pressure Temperature Limit Curves,” November 22, 2002.

6. Westinghouse letter LTR-REA-02-7, Rev. 0, ‘Transmittal of Brunswick Units 1 and 2 Neutron Fluence Report,’ January 24, 2002.

7. Progress Energy Design Calculation 0B21-1319 Attachment 5, Rev. 1 – as attachment of email from D. Alford (Progress energy) to S. Anderson (Westinghouse), ‘FW: DC For Westinghouse Fluence,’ April 03, 2012.