NUREG/CR-6115 

BNL-NUREG-52395

PWR and BWR Pressure

Vessel Fluence Calculation 

Benchmark Problems and 

Solutions 

Brookhaven National Laboratory 

U.S. Nuclear Regulatory Commission o RE,. 

Office of Nuclear Regulatory Research 

Washington, DC 20555-0001
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NUREG/CR-6115 

BNL-NUREG-52395 

PWR and BWR Pressure 

Vessel Fluence Calculation 

Benchmark Problems and 

Solutions 

Manuscript Completed: September 2001 

Date Published: September 2001 

Prepared by 

J.F. Carew, K. Hu, A. Aronson, A. Prince, G. Zamonsky 

Brookhaven National Laboratory 

Upton, NY 11973-5000 

W.R1 Jones, NRC Project Manager 

Prepared for 

Division of Engineering Technology 

Office of Nuclear Regulatory Research 

U.S. Nuclear Regulatory Commission 

Washington, DC 20555-0001 

NRC Job Code W6968
ABSTRACT 

In order to provide the high confidence required in the determination of pressure vessel embrittlement and the 

evaluation of the Pressurized Thermal Shock (PTS) screening criteria, Regulatory Guide 1.190, "Calculational and 

Dosimetry Methods for Determining Pressure Vessel Neutron Fluence," recommends detailed benchmarking of 

pressure vessel fluence calculations. In response to this recommendation, this report provides the detailed 

specification and corresponding numerical solutions for a set of PWR and BWR pressure vessel fluence benchmark 

problems. PWR benchmark problems have been specified for (1) a standard core loading pattern, (2) a low-leakage 

core loading pattern and (3) a partial length shield assembly core design. Since BWR fuel loading patterns are 

presently not being designed for vessel fluence reduction, only a single BWR problem is specified. These 

benchmark problems allow a detailed assessment of the numerical procedures, code implementation, and the various 

modeling approximations against state-of-the-art solutions for representative operating configurations. 

The problems have been solved using the DORT discrete ordinates transport code, the MESH source processing 

code, and the BUGLE-93 ENDF/B-VI nuclear data. Detailed neutron flux solutions are provided at selected 

pressure vessel azimuthal, radial, and axial locations. A pin-wise core neutron source is provided which includes 

the fuel burnup dependence of both the magnitude and energy dependence of the neutron source. Dosimeter 

responses are calculated for a typical set of LWR fast neutron dosimeter materials. In addition, MCNP Monte 

Carlo calculations have been performed for the PWR standard core and partial length shield assembly core 

loadings and the BWR problem. Comparisons of the MCNP and DORT vessel fluence calculations are 

presented.

iii
CONTENTS 

Page 

A bstract .................................................................. iii 

List of Figures ............................................................ vii 

List of Tables .............................................................. ix 

Acknowledgments .......................................................... xiii 

Introduction ......................................................... 1-1 

1.1 Background ................................................... 1-1 

1.2 Regulatory Guide 1.190 ........................................... 1-1 

1.3 Pressure Vessel Fluence Benchmark Problems ............................. 1-2 

1.3.1 DORT Discrete Ordinates Calculations ............................. 1-2 

1.3.2 MCNP Monte Carlo Calculations ............................... 1-2 

1.4 Application of the Benchmark Problems ................................. 1-3 

2 Benchmark Problem Specification .......................................... 2-1 

2.1 PWR Problem Specification ......................................... 2-1 

2.1.1 Introduction ............................................. 2-1 

2.1.2 Specification of the Standard Core Loading Problem .................... 2-1 

2.1.3 Specification of the Low-Leakage Core Loading Problem ................. 2-2 

2.1.4 Specification of the Partial Length Shield Assembly Core Loading Problem .... 2-3 

2.2 BWR Problem Specification ......................................... 2-3 

2.2.1 Introduction ............................................. 2-3 

2.2.2 Specification of the BWR Problem ............................... 2-4 

3 DORT Calculational Methodology .......................................... 3-1 

3.1 Introduction ................................................... 3-1 

3.2 Neutron Cross Sections and Fission Spectra .............................. 3-1 

3.3 Core Neutron Source ............................................. 3-1 

3.4 Neutron Transport Calculations ...................................... 3-1 

3.5 Flux Synthesis ................................................. 3-2 

3.6 Dosimetry Cross Sections .......................................... 3-2 

4 DORT Benchmark Problem Calculation Results ............................................ 4-1 

4.1 PWR Benchmark Problem Calculation Results ............................. 4-1 

4.1.1 Calculated Flux, Reaction Rates and Spectra ................................ 4-1 

4.1.2 Standard Core Loading Benchmark Problem ................................ 4-1 

4.1.3 Low-Leakage Core Loading Benchmark Problem ............................ 4-2 

4.1.4 Partial Length Shield Assembly Core Loading Benchmark Problem .............. 4-2 

4.2 BWR Benchmark Problem Calculation Results ............................. 4-3 

4.2.1 Calculated Flux, Reaction Rates and Spectra .......................... 4-3 

4.2.2 BWR Benchmark Problem Results ............................... 4-3

v
CONTENTS (Cont'd.) 

5 PWR and BWR MCNP Benchmark Problem Calculations ................................... 5-1 

5.1 Introduction ................................................................ 5-1 

5.2 Calculation M ethodology ...................................................... 5-1 

5.3 PWR MCNP Calculations and Comparison with DORT .............................. 5-1 

5.4 BWR MCNP Calculations and Comparison with DORT .............................. 5-2 

6 References ......................................................................... 6-1 

For each benchmark problem, the pin-wise data (geometry, power and burnup) for all the peripheral 

assemblies are provided on a separate CD ROM.

vi
FIGURES 

Page 

2.1.2.1 Standard Core Loading .............................................................. 2-57 

2.1.2.2 Standard Core Loading Axial Geometry at 0 = 00 .......................................... 2-58 

2.1.2.3 Location of Surveillance Capsules ................................. ................... 2-59 

2.1.2.4 Surveillance Capsule ................................................................ 2-60 

2.1.3.1 Low-Leakage Core Loading .......................................................... 2-61 

2.1.3.2 Low-Leakage Core Loading Axial Geometry at 0 = 0 0 ...................................... 2-62 

2.1.3.3 Location of Surveillance Capsules ..................................................... 2-63 

2.1.3.4 Surveillance Capsule ................................................................ 2-64 

2.1.4.1 Partial Length Shield Assembly Core Loading ............................................ 2-65 

2.1.4.2 Partial Length Shield Assembly Core Design ............................................. 2-66 

2.1.4.3 Partial Length Shield Assembly Core Loading Axial Geometry at 0 = 00 ....................... 2-67 

2.2.2.1 BW R Planar Geometry ............................................................. 2-104 

2.2.2.2 BW R Axial Geometry at 0 = 0 ........................................................ 2-105 

2.2.2.3 Surveillance Capsule ............................................................... 2-106 

4.1.2.1 Standard Core Loading Pressure Vessel Flux Spectrum at the 0-T Location ..................... 4-62 

4.1.2.2 Standard Core Loading Pressure Vessel Flux Spectrum at the T/4 Location .................... 4-63 

4.1.2.3 Standard Core Loading Pressure Vessel Flux Spectrum at the T/2 Location .................... 4-64 

4.1.2.4 Standard Core Loading Pressure Vessel Flux Spectrum at the 3T/4 Location ................... 4-65 

4.1.2.5 Standard Core Loading Pressure Vessel Flux Spectrum at the 1-T Location ..................... 4-66 

4.1.2.6 Standard Core Loading Thermal Shield Capsule Flux Spectrum .............................. 4-67 

4.1.2.7 Standard Core Loading Pressure Vessel Capsule Flux Spectrum .............................. 4-68 

4.1.2.8 Standard Core Loading Cavity Capsule Flux Spectrum ..................................... 4-69 

4.1.3.1 Low-Leakage Core Loading Pressure Vessel Flux Spectrum at the 0-T Location ................ 4-70 

4.1.3.2 Low-Leakage Core Loading Pressure Vessel Flux Spectrum at the T/4 Location ................. 4-71 

4.1.3.3 Low-Leakage Core Loading Pressure Vessel Flux Spectrum at the T/2 Location ................. 4-72 

4.1.3.4 Low-Leakage Core Loading Pressure Vessel Flux Spectrum at the 3T/4 Location ................ 4-73 

4.1.3.5 Low-Leakage Core Loading Pressure Vessel Flux Spectrum at the 1 -T Location ................. 4-74 

4.1.3.6 Low-Leakage Core Loading Thermal Shield Capsule Flux Spectrum .......................... 4-75 

4.1.3.7 Low-Leakage Core Loading Pressure Vessel Capsule Flux Spectrum .......................... 4-76 

4.1.3.8 Low-Leakage Core Loading Cavity Capsule Flux Spectrum .................................. 4-77 

4.1.4.1 Flux >1.0 MeV at the Pressure Vessel Weld Surface ....................................... 4-78 

4.1.4.2 Flux >0.1 MeV at the Pressure Vessel Weld Surface ....................................... 4-79 

4.1.4.3 Displacements Per Atom at the Pressure Vessel Weld Surface ................................ 4-80 

4.1.4.4 Pressure Vessel Weld Flux Spectrum at 0 = 00 ............................................. 4-81 

4.2.2.1 Pressure Vessel 0-T Flux Spectrum ................................................... 4-112 

4.2.2.2 Pressure Vessel 1/4 T Flux Spectrum .................................................. 4-113 

4.2.2.3 Pressure Vessel 1/2 T Flux Spectrum ................................................. 4-114 

4.2.2.4 Pressure Vessel 3/4 T Flux Spectrum .................................................. 4-115 

4.2.2.5 Pressure Vessel 1.0 T Flux Spectrum .................................................. 4-116 

4.2.2.6 Pressure Vessel Capsule Flux Spectrum ................................................ 4-117 

4.2.2.7 Cavity Peak Location Flux Spectrum .................................................. 4-118

vii
FIGURES (Cont'd.) 

Page 

5.3.1 Region-Wise Importance I for the Standard Core Problem ................................... 5-8 

5.3.2 MCNP Radial Geometry Standard Core Loading ........................................... 5-9 

5.3.3 MCNP Axial Geometry Standard Core Loading .......................................... 5-10 

5.3.4 MCNP Radial Geometry PLSA Core Loading ............................................ 5-11 

5.3.5 MCNP Axial Geometry PLSA Core Loading ............................................. 5-12 

5.3.6 E>1.0 MeV Flux at Pressure Vessel Inner Wall Standard Core Loading 

Peak Axial Location ................................................................. 5-13 

5.3.7 E>1.0 MeV Flux at Pressure Vessel T/4 Location Standard Core Loading 

Peak Axial Location ................................................................. 5-14 

5.3.8 E>1.0 MeV Flux at Pressure Vessel Lower Weld Standard Core Loading ....................... 5-15 

5.3.9 E> 1.0 MeV Flux at Pressure Vessel Lower Weld Partial Length Shield 

Assembly Core Loading .............................................................. 5-16 

5.4.1 M CNP Radial Geometry ............................................................. 5-21 

5.4.2 M CNP Axial Geometry .............................................................. 5-22 

5.4.3 Radial Region-W ise Importance I ...................................................... 5-23 

5.4.4 Axial Region-W ise Importance I ...................................................... 5-24 

5.4.5 Comparison of MCNP and DORT E> 1.0 MeV Flux in Downcomer ........................... 5-25 

5.4.6 Comparison of MCNP and DORT E> 1.0 MeV Flux at Pressure Vessel Wall ................... 5-26 

5.4.7 E>1.0 MeV Flux in Downcomer at Core Axial Midplane ................................... 5-27 

5.4.8 E>1.0 MeV Flux at Pressure Vessel Wall at Core Axial Midplane ............................ 5-28

viii
TABLES 

Page 

2.1.1.1 Fraction of Fissions by Isotope as a Function of Exposure .................................... 2-5 

2.1.2.1 Standard Core Loading Basic Design Data ................................................ 2-6 

2.1.2.2 Standard Core Loading Core and Fuel Assemblies .......................................... 2-7 

2.1.2.3 Standard Core Loading Design Specification Material Compositions ............................ 2-8 

2.1.2.3.1 Isotopic Fractions in Cr, Fe and Ni ............................................ 2-10 

2.1.2.4 Standard Core Loading Axial Zone Assignments .......................................... 2-11 

2.1.2.5 Standard Core Loading Fuel Assembly Geometry, Power, and Burnup Distributions ............... 2-12 

2.1.2.6 Standard Core Loading Pin Geometry, Power, and Burnup Distributions ........................ 2-13 

2.1.2.7 Standard Core Loading Axial Power Distributions ......................................... 2-18 

2.1.2.8 Standard Core Loading Edit Locations .................................................. 2-20 

2.1.3.1 Low-Leakage Core Loading Basic Design Data ........................................... 2-21 

2.1.3.2 Low-Leakage Core Loading Core and Fuel Assemblies .................................... 2-22 

2.1.3.3 Low-Leakage Core Loading Design Specification Material Compositions ....................... 2-23 

2.1.3.4 Low-Leakage Core Loading Axial Zone Assignments ....................................... 2-25 

2.1.3.5 Low-Leakage Core Loading Fuel Assembly Geometry, Power, and Burnup Distributions ........... 2-26 

2.1.3.6 Low-Leakage Core Loading Pin Geometry, Power, and Burnup Distributions .................... 2-27 

2.1.3.7 Low-Leakage Core Loading Axial Power Distributions ..................................... 2-32 

2.1.3.8 Low-Leakage Core Loading Edit Locations .............................................. 2-34 

2.1.4.1 Partial Length Shield Assembly Core Loading Basic Design Data ............................. 2-35 

2.1.4.2 Partial Length Shield Assembly Core Loading Core and Fuel Assemblies ....................... 2-36 

2.1.4.3 Partial Length Shield Assembly Core Loading Design Specification Material Compositions ......... 2-37 

2.1.4.4 Partial Length Shield Assembly Core Loading Axial Zone Assignments ........................ 2-39 

2.1.4.5 Upper Partial Length Assembly Core Loading Fuel Assembly Geometry, Power, 

and Burnup Distributions ............................................................. 2-40 

2.1.4.6 Lower Partial Length Assembly Core Loading Fuel Assembly Geometry, Power, 

and Burnup Distributions ............................................................. 2-41 

2.1.4.7 Upper Partial Length Assembly Core Loading Pin Geometry, Power, 

and Burnup Distributions ............................................................. 2-42 

2.1.4.8 Lower Partial Length Assembly Core Loading Pin Geometry, Power, 

and Burnup Distributions ............................................................. 2-47 

2.1.4.9 Upper Partial Length Assembly Core Loading Axial Power Distributions ....................... 2-52 

2.1.4.10 Lower Partial Length Assembly Core Loading Axial Power Distributions ....................... 2-54 

2.1.4.11 Partial Length Shield Assembly Core Loading Edit Locations ................................ 2-56 

2.2.1.1 Fraction of Fissions by Isotope as a Function of Exposure ................................... 2-68 

2.2.2.1 Basic Design Data .................................................................. 2-69 

2.2.2.2 Core and Fuel Assemblies ........................................... 2-70 

2.2.2.3 Design Specification Material Compositions .............................................. 2-71 

2.2.2.3.1 Isotopic Fractions in Cr, Fe and Ni ............................................ 2-75 

2.2.2.4 Fuel Assembly Geometry and Power .................................................... 2-76 

2.2.2.5 Pin Geometry and Power ............................................................. 2-79 

2.2.2.6 Axial Power Distributions ........................................................... 2-100 

2.2.2.7 Edit Locations .................................................................... 2-102

ix
TABLES (Cont'd.) 

Page 

3.2.1 Benchmark Problem Fission Spectrum by Isotope ........................................... 3-3 

3.4.1 Sensitivity of the DORT Calculated Flux to Numerical Input Parameters ......................... 3-4 

3.4.2 Sensitivity of the DORT Calculated Flux to S, Quadrature ................................... 3-6 

4.1.1.1 Mesh Used in DORT Calculation (Inner Model) ............................................ 4-4 

4.1.1.2 Mesh Used in DORT Calculation (Outer Model) ........................................... 4-7 

4.1.1.3 47-Group Energy Structure of Cross-Section Library ....................................... 4-10 

4.1.1.4 Nuclear Parameters for Neutron Flux Monitors ............................................ 4-11 

4.1.1.5 Dosimeter Activation Cross Sections (BUGLE 93) ......................................... 4-12 

4.1.2.1 Standard Core Loading Flux (E>1.0 MEV) at Pressure Vessel ................................ 4-15 

4.1.2.2 Standard Core Loading Flux (E>0. 1 MEV) at Pressure Vessel ................................ 4-17 

4.1.2.3 Standard Core Loading DPA Rate at Pressure Vessel ....................................... 4-19 

4.1.2.4 Standard Core Loading Flux (E> 1.0 MEV) at Pressure Vessel Lower Weld ..................... 4-21 

4.1.2.5 Standard Core Loading Flux (E>0. 1 MEV) at Pressure Vessel Lower Weld ..................... 4-23 

4.1.2.6 Standard Core Loading DPA Rates at Pressure Vessel Lower Weld ............................ 4-25 

4.1.2.7 Standard Core Loading Downcomer Fluxes and DPA Rates .................................. 4-27 

4.1.2.8 Standard Core Loading Cavity Fluxes and DPA Rates ...................................... 4-29 

4.1.2.9 Standard Core Loading Flux Spectrum at Pressure Vessel 

(Pressure Vessel Capsule Included) ..................................................... 4-31 

4.1.2.10 Standard Core Loading Flux Spectrum at Capsule Location .................................. 4-32 

4.1.2.11 Standard Core Loading - Effect of Selected Cross Sections on the 

Calculated Reaction Rates - Axial Peak Reaction Rate 

Thermal Shield Capsule .............................................................. 4-33 

4.1.2.12 Standard Core Loading - Effect of Selected Cross Sections on the 

Calculated Reaction Rates - Axial Peak Reaction Rate 

Pressure Vessel Capsule .............................................................. 4-34 

4.1.2.13 Standard Core Loading - Effect of Selected Cross Sections on the 

Calculated Reaction Rates - Axial Peak Reaction Rate - Cavity Capsule ........................ 4-35 

4.1.3.1 Low-Leakage Core Loading Flux (E>1.0 MEV) at Pressure Vessel ............................ 4-36 

4.1.3.2 Low-Leakage Core Loading Flux (E>O. 1 MEV) at Pressure Vessel ............................ 4-38 

4.1.3.3 Low-Leakage Core Loading DPA Rates at Pressure Vessel .................................. 4-40 

4.1.3.4 Low-Leakage Core Loading Flux (E>1.0 MEV) at Pressure Vessel Lower Weld .................. 4-42 

4.1.3.5 Low-Leakage Core Loading Flux (E>0.1 MEV) at Pressure Vessel Lower Weld .................. 4-44 

4.1.3.6 Low-Leakage Core Loading DPA Rates at Pressure Vessel Lower Weld ........................ 4-46 

4.1.3.7 Low-Leakage Core Loading Downcomer Fluxes and DPA Rates .............................. 4-48 

4.1.3.8 Low-Leakage Core Loading Cavity Fluxes and DPA Rates .................................. 4-50 

4.1.3.9 Low-Leakage Core Loading Flux Spectrum at Pressure Vessel 

(Pressure Vessel Capsule Included) ..................................................... 4-52 

4.1.3.10 Low-Leakage Core Loading Flux Spectrum at Capsule Location .............................. 4-53 

4.1.3.11 Low-Leakage Core Loading - Effect of Selected Cross Sections on the 

Calculated Reaction Rates - Axial Peak Reaction Rate 

Thermal Shield Capsule .............................................................. 4-54 

4.1.3.12 Low-Leakage Core Loading - Effect of Selected Cross Sections on the 

Calculated Reaction Rates - Axial Peak Reaction Rate 

Pressure Vessel Capsule .............................................................. 4-55 

4.1.3.13 Low-Leakage Core Loading - Effect of Selected Cross Sections on the 

Calculated Reaction Rates - Axial Peak Reaction Rate - Cavity Capsule ........................ 4-56 

4.1.4.1 Partial Length Shield Assembly Core Loading Fluxes and DPA Rates

Pressure Vessel Inner Wall at Lower Weld (z = 67.1048 cm) ................................. 4-57

x
TABLES (Cont'd.) 

Page 

4.1.4.2 Partial Length Shield Assembly Core Loading Flux Spectrum-Pressure 

Vessel Inner Wall at Lower Weld (z = 67.1048 cm) ........................................ 4-59 

4.1.4.3 Partial Length Shield Assembly Core Loading-Reduction Factors for Fluxes 

and DPA Rates-Pressure Vessel Inner Wall at Lower Weld (z = 67.1048 cm) .................... 4-60 

4.2.1.1 Mesh Used in DORT Calculation ...................................................... 4-82 

4.2.1.2 47-Group Energy Structure of Cross-Section Library ....................................... 4-87 

4.2.1.3 Nuclear Parameters for Neutron Flux Monitors ............................................ 4-88 

4.2.1.4 Dosimeter Activation Cross Sections (BUGLE 93) ......................................... 4-89 

4.2.2.1 Flux (E>1.0 MEV) at Pressure Vessel ................................................... 4-91 

4.2.2.2 Flux (E>0. 1 MEV) at Pressure Vessel ................................................... 4-93 

4.2.2.3 DPA Rate at Pressure Vessel .......................................................... 4-95 

4.2.2.4 Flux (E>1.0 MEV) at Pressure Vessel (Axial Midplane) ..................................... 4-97 

4.2.2.5 Flux (E>0. 1 MEV) at Pressure Vessel (Axial Midplane) ..................................... 4-99 

4.2.2.6 DPA Rates at Pressure Vessel (Axial Midplane) .......................................... 4-101 

4.2.2.7 Downcomer Fluxes and DPA Rates .................................................... 4-103 

4.2.2.8 Downcomer Fluxes and DPA Rates (Axial Midplane) ..................................... 4-105 

4.2.2.9 Cavity Fluxes and DPA Rates ........................................................ 4-107 

4.2.2.10 Flux Spectrum at Pressure Vessel ..................................................... 4-109 

4.2.2.11 Flux Spectrum at the Downcomer, Capsule and Cavity Locations ............................ 4-110 

4.2.2.12 Calculated Reaction Rates at the Capsule ............................................... 4-111 

5.3.1 MCNP Standard Core Loading Flux (E>1.0 MeV) at Pressure Vessel Inner-Wall 

Peak Axial Location ................................................................. 5-4 

5.3.2 MCNP Standard Core Loading Flux (E>1.0 MeV) at Pressure Vessel 1/4 T 

Peak Axial Location ................................................................. 5-5 

5.3.3 MCNP Standard Core Loading Flux (E>1.0 MeV) at Pressure Vessel Inner-Wall 

Lower W eld Location ................................................................ 5-6 

5.3.4 MCNP Flux (E>1.0 MeV) Partial Length Shield Assembly Core Loading at Pressure 

Vessel Inner-W all Lower W eld Location ................................................. 5-7 

5.4.1 MCNP Flux at Downcomer - Explicit Water Gap - Flux (E>1.0 MeV) ......................... 5-17 

5.4.2 MCNP Flux at Pressure Vessel Wall - Explicit Water Gap - Flux (E>1.0 MeV) .................. 5-18 

5.4.3 MCNP Flux at Downcomer - Homogenized Water Gap - Flux (E>1.0 MeV) .................... 5-19 

5.4.4 MCNP Flux at Pressure Vessel Wall - Homogenized Water Gap - Flux (E>1.0 MeV) .............. 5-20

xi
ACKNOWLEDGMENTS 

The work documented in this report was performed under the auspices of the United States Nuclear Regulatory 

Commission (USNRC). It was funded by the Materials Engineering Branch of the Division of Engineering 

Technology in the Office of Nuclear Regulatory Research, under Job Code W-6968. The program was monitored at 

the USNRC by William R. Jones, Carolyn Fairbanks, and A] Taboada, whose support of this work is greatly 

appreciated. 

The authors are also grateful to Mike Mayfield of the Office of Nuclear Regulatory Research and Chuck Serpan, Jr. 

of the Office of International Programs for many valuable discussions and contributions to this work. 

Special thanks are also due to Mrs. N. Siemon and Mrs. N. Santiago who accomplished the difficult task of editing 

and bringing this final report to compliance with NRC documentation requirements.

xiii
1 INTRODUCTION

1.1 Background 1.2 Regulatory Guide 1.190

The U.S. Nuclear Regulatory Commission (NRC) has 

promulgated regulations that ensure the structural 

integrity of the reactor pressure vessel for light water 

power reactors. Specific fracture toughness require

ments for normal operation and for anticipated 

operational occurrences for power reactors are set forth 

in Appendix G, "Fracture Toughness Requirements," of 

10 CFR Part 50, "Domestic Licensing of Production and 

Utilization Facilities." These requirements are imposed 

through 10 CFR Part 50.60. Additionally, in response 

to concerns over potential pressurized thermal shock 

(PTS) events in pressurized water reactors (PWRs), the 

NRC issued 10 CFR 50.61, "Fracture Toughness 

Requirements for Protection Against Pressurized 

Thermal Shock Events." 

In order to satisfy the requirements of both Appendix G 

(General Design Criteria 14, 30 and 31) and 10 CFR 

50.61, methods for determining the fast neutron fluence 

(E > 1 MeV) are necessary to estimate the fracture 

toughness of the pressure vessel materials. Appendix H, 

"Reactor Vessel Material Surveillance Program 

Requirements," of 10 CFR Part 50 requires the 

installation of surveillance capsules, including material 

test specimens and flux dosimeters, to provide data on 

material damage correlations as a function of fluence. 

The fracture toughness of pressure vessel materials is 

related to the material's "reference nil-ductility 

temperature," or simply reference temperature, which is 

denoted as RTNDT. The RT NDT is defined in Revision 2 

of Regulatory Guide 1.99, "Radiation Embrittlement of 

Reactor Vessel Materials," by a correlation of the fast 

neutron fluence (E > 1 MeV), material chemistry 

(concentrations of Cu and Ni), initial reference 

temperature, and margin to account for uncertainties in 

the correlation and input values. Section 10 CFR 50.61 

requires evaluation of the reference temperature based 

on the best estimate of the fast neutron fluence at the end 

of the license period, and the corresponding reference 

temperature is termed RTrs.

As the pressure vessels of operating plants continue to 

accumulate neutron fluence reducing the margin to the 

vessel RTmT, certain PWR plants are approaching the 

RTrs screening criteria with the potential, in some cases, 

for reaching this limit prior to end-of-license. The 

approach to this limit, together with the difficulty in 

making an accurate determination of the vessel neutron 

fluence using calculations and/or measurements, requires 

that the most accurate methods and procedures be used to 

determine the pressure vessel fluence. 

The difficulty in calculating the vessel fluence is due to 

(1) the strong attenuation of the flux between the core and 

the vessel and (2) the complexity of the neutron source 

calculation. The neutron fluence is attenuated by several 

decades (typically - 4 in the case of both PWRs and 

BWRs) between the core and the vessel which results in 

a very strong sensitivity of the calculated fluence to the 

representation of the core and internals geometry and 

material compositions, nuclear cross sections and 

numerical procedures for performing the transport 

calculation. The rapid spatial variation of the neutron 

source near the core boundary requires that the detailed 

fuel pin-wise source variation be explicitly represented. 

In addition, in order to account for the fuel burnup 

dependence of this source data, the source must be 

calculated for each plant operating cycle. The source 

determination is further complicated by the coordinate 

transformation required to convert the data from the 

rectangular (x, y) core geometry to the cylindrical (r, 0) 

geometry typically used for the core-to-vessel neutron 

transport calculations. 

In practice, the pressure vessel fluence estimates required 

for the Appendix G and RTprs analyses have been 

determined using various modeling approximations, 

computer codes and nuclear cross section sets. Over the 

past decade, substantial improvements have been made in 

both the calculation and measurement of the pressure 

vessel fluence. These improvements have stemmed from 

both NRC and industry programs. These improvements 

include the development and improvement of computer 

codes and calculational models, revision of basic cross

section data, improved measurement techniques, and the

1-1
systematic qualification of the fluence methods by 

comparison to NRC-sponsored benchmark experiments. 

The NRC has issued Regulatory Guide 1.190, 

"Calculational and Dosimetry Methods for Determining 

Pressure Vessel Neutron Fluence," to provide guidance 

on the methods and assumptions acceptable to the NRC 

staff for determining vessel fluence. This Guide 

provides a detailed description of the methods for 

constructing the neutron transport model, determination 

of the core neutron source, and recommendations for the 

geometric and nuclear input data. Because of the 

importance and difficulty of these calculations, the 

Guide recommends that the calculational methodology 

used for the determination of vessel fluence be validated 

against power reactor and vessel simulator 

measurements and calculational benchmarks. 

In support of the development of the Regulatory Guide, 

the Materials Engineering Branch of the NRC Division 

of Engineering Technology has requested that BNL 

develop a typical set of PWR and BWR power-reactor 

calculational benchmark problems together with 

solutions determined with the methods described in the 

Regulatory Guide. This report documents the PWR and 

BWR power-reactor benchmark problems and the 

associated vessel fluence calculations and results. 

1.3 Pressure Vessel Fluence 

Benchmark Problems 

The PWR vessel fluence benchmark problems are for a 

typical 204 fuel assembly PWR core including the core 

baffle and barrel, thermal shield, and a vessel having an 

inner radius of -219.1 cm. The rated power is 2527.73 

MWt with an average coolant temperature of 293.3 °C. 

The core power and fuel burnup distributions are for a 

typical equilibrium cycle. Benchmark problems are 

defined for three types of fuel loadings: 1) a Standard 

out-in-Core Loading (SCL), 2) a Low-Leakage Core 

Loading (LLCL) and 3) a core including Partial Length 

Shield Assemblies (PLSAs). 

The BWR vessel fluence benchmark problem is for a 

typical 800 fuel assembly core including the shroud, jet 

pumps and risers and a vessel having an inner radius of 

-321.8 cm. The rated power is 3833 MW, with a core 

inlet temperature of 278.9 'C. As in the case of the 

PWR benchmarks, the core power and fuel burnup 

distributions are for a typical equilibrium cycle.

The benchmark problem calculation requires the 

calculation of typical in-vessel and/or ex-vessel dosimeter 

reaction rates. 

1.3.1 DORT Discrete Ordinates 

Calculations 

The benchmark problems were calculated using the Oak 

Ridge National Laboratory (ORNL) DORT Discrete 

Ordinates Transport code (Reference- 1) and the BUGLE

93 (Reference-2) cross section library. The BUGLE-93 

cross section library includes the most recent version of 

the ENDF/B-VI iron, hydrogen and oxygen cross 

sections, which are known to have a significant effect on 

the vessel fluences. In performing the calculations, a 

substantial effort was made to insure an accurate 

representation of the spatial and energy dependence of the 

neutron source. In order to determine the annealing or 

flattening of the axial flux shape between the core and the 

vessel, calculations were performed in DORT (r, 0), (r, z) 

and (r) geometries. The methodology used in the 

benchmark calculations was that described in Regulatory 

Guide 1.190. 

The neutron flux (fluence per unit time) solution is 

presented in terms of the flux above 1-MeV (>I-MeV), 

above 0.1 MeV (>0.1 MeV), and the displacements-per

atom per second (dpa/s). These edits are provided at the 

axial locations of the peak flux and the lower 

circumferential weld, and at selected radial and azimuthal 

locations. In the case of the PWR PLSA core loading 

pattern, the flux reduction at the vessel inner wall at the 

lower circumferential weld (relative to the standard core 

loading) is also calculated. The multigroup neutron 

energy spectrum is calculated at several radial locations. 

1.3.2 MCNP Monte Carlo Calculations 

MCNP Monte Carlo (Reference-3) calculations of the 

PWR Standard Core and Partial Length Shield Assembly 

Core Loadings and the BWR benchmark problem were 

also performed to provide an independent benchmark 

solution and to allow comparison with the DORT discrete 

ordinates methodology. The calculations were performed 

in three-dimensions using an ENDF/B-VI multigroup 

nuclear cross section library. A substantial effort was 

made in the modeling to provide an exact spatial 

representation of the benchmark problem geometry. The

1-2
methodology used in the benchmark calculations was 

essentially that described in Regulatory Guide 1.190. 

The neutron flux above 1 -MeV is calculated at the inner 

wall of the vessel as a function of azimuth and compared 

to the corresponding DORT predictions. 

1.4 Application of the Benchmark 

Problems 

The benchmark problems provide a well-documented 

specification and format which will allow detailed inter 

comparisons of pressure vessel fluence computational 

methodologies. The benchmark problems include all the 

features which have a significant effect on the 

calculation of pressure vessel fluence and include 

sufficient space-energy detail to allow (I) comparison of 

the multigroup fluences through the vessel and cavity 

and (2) evaluation of the extrapolation of the dosimetry 

measurements from the surveillance capsules to the 

vessel. 

The fluence solutions provided are based on state-of-the

art transport methodology. These solutions have the 

advantage that they do not include the as-built and 

experimental variability that typically limits the 

benchmarking process when comparisons are made 

directly with fluence dosimeter measurements. 

The calculation-to-calculation benchmark comparisons 

allow an assessment of the numerical procedures, code 

implementation, and the various modeling 

approximations against detailed validated solutions for 

representative operating configurations. The differences 

resulting from the uncertainty in the numerical 

procedures and the modeling of the source and geometry 

should be small and with present methodologies can be 

reduced to s(5-10)%. The effects of using pre

ENDF/B-VI multigroup cross section sets can be larger; 

up to a -20% (30%) underprediction of the >1-MeV and 

>0.1 -MeV fluences at the vessel inner (outer) wall. 

The observed calculation-to-calculation differences 

provide the quantitative effect of the procedures and 

approximations used in the proposed methodology and 

a basis for model adjustments and improvements. The 

reference solutions provided in this report are based on 

present methods and available data. It is intended that as 

the calculational methods and nuclear data are improved, 

the benchmark solutions will be updated as necessary.

The benchmark problem specifications are given in 

Chapter-2 for the PWR standard core, low-leakage core, 

and the partial length shield assembly core loadings and 

for the BWR benchmark problem. The DORT 

calculation and modeling methodology used to determine 

the solutions is presented in Chapter-3, and the detailed 

benchmark solutions are given in Chapter-4. The MCNP 

Monte Carlo calculations together with comparisons with 

the DORT results are presented in Chapter-5.

1-3
2 BENCHMARK PROBLEM SPECIFICATION

2.1 PWR Problem Specification 

2.1.1 Introduction 

The PWR pressure vessel fluence benchmark problems 

are for a 204 fuel assembly PWR core having an axial 

height of 335.28 cm. and including a core barrel, thermal 

shield, vessel and an outer concrete biological shield. 

The pressure vessel has an inner radius of 219.075 cm 

and is 21.59 cm thick including a 0.635 cm stainless steel 

liner on the inner surface. Separate benchmark problems 

are provided for a standard core loading, a low-leakage 

core loading and a partial length shield assembly core. 

The SCL is for a typical equilibrium cycle core and the 

LLCL is based on recent core designs in which high 

burnup fuel assemblies are loaded on the core periphery 

to reduce the core leakage, and which ultimately reduce 

the vessel inner-wall fluence. The PLSA core benchmark 

problem is representative of core designs that have been 

used to reduce the vessel fluence at the off beltline axial 

locations of circumferential welds. In the PLSA core 

design, partial length shield assemblies in which the fuel 

rods in the lower sections of the fuel assembly have been 

replaced with stainless steel rods for shielding, are 

located on the periphery of the core. The LLCL and 

PLSA problem geometry and materials are identical to 

the standard core benchmark problem specifications, 

except for the fuel assembly core loadings. 

The problem specification consists of the definition of the 

problem geometry, material compositions by region, core 

neutron source, and specification of the solution edits. 

The problem geometry is specified for a horizontal plane 

and is assumed to be uniform over the height of the core 

or, as in the case of the PLSA core, over the specified 

(upper or lower) section of the core. The regions above 

and below the core are assumed to be uniform 

homogeneous compositions out to the core baffle. All 

regions in the horizontal geometry, except for the core 

(and including the dosimetry capsules) are assumed to be 

uniform in the axial dimension and to extend over the full 

height of the core. The material compositions are 

specified for each geometrical region. 

The source description includes the core power and 

exposure distributions in rectangular geometry. The 

power distribution is based on a detailed 15x15 fuel

assembly pin-wise power distribution for a typical core 

loading. The fuel nuclide fission fraction is provided in 

Table 2. 1. 1.1 to allow the determination of the exposure 

dependence of the neutron source strength (neutrons/ 

MeV) and the source spectrum. 

The required edits include the flux above 1-MeV and 

0.10 MeV, the displacements-per-atomr/sec., and the 

group-wise flux at specified locations. 

In order to evaluate the method of predicting vessel 

fluence as the product of the surveillance capsule lead 

factor and a dosimetry measurement, dosimetry reaction 

rates are calculated for a surveillance capsule at the 

following locations: (1) on the outer wall of the thermal 

shield, (2) on the inner wall of the vessel, and (3) in the 

cavity. The inner capsule is located at an azimuth of 20° 

on the outer surface of the thermal shield at a radius of 

202.25 cm. The vessel capsule is located at an azimuth 

of 20* near the inner surface of the pressure vessel at a 

radius of 215.43 cm. The cavity capsule geometry and 

materials are not represented in the benchmark problem, 

however, the capsule edit is taken at the azimuth of 9.5' 

near the concrete shield at a radius of 320.06 cm.t In 

performing the calculations, both the vessel and thermal 

shield capsules are never in the problem simultaneously. 

The vessel capsule is always included in the model 

except when the thermal shield capsule response or 

downcomer flux and spectrum are being calculated. 

The detailed specifications of the benchmark problems 

for the standard core, low-leakage core and PLSA core 

are provided in the tables and figures of the following 

Sections - 2.2, 2.3 and 2.4, respectively. 

2.1.2 Specification of the Standard Core 

Loading Problem 

The basic design data for the standard core loading is 

presented in Table 2.1.2.1 including the radii of the 

various material regions. The pressure and temperature 

tThe cavity capsule was not included in the problem 

in order to avoid unnecessarily complicating the 

azimuthal mesh and to minimize running times. In 

practice, however, the cavity capsule should be 

modeled explicitly.

2-1
of the coolant regions are included to allow the 

determination of the coolant density. The material map 

is given in Figure 2.1.2.1 along with the component 

locations and dimensions. The x and y orientations are 

also given in order to orient the source data given in 

Tables 2.1.2.5 and 2.1.2.6. The core and fuel assemblies 

are described in Table 2.1.2.2 including the reflector 

materials and temperatures for the upper and lower 

reflector regions to be used in the axial calculations. The 

specification material compositions are provided in Table 

2.1.2.3 for each mixture used in the radial and axial 

geometry of the benchmark problem. The fraction of the 

individual isotopes (taken from Reference-4) is given in 

Table 2.1.2.3. 1. 

The axial map of the SCL benchmark problem is given 

in Figure 2.1.2.2. This map represents a vertical plane 

through the core at the core flats at 0 = 00. The material 

regions outside the core (Regions 4 through 16) are 

considered to be axially uniform. The axial regions of 

Figure 2.1.2.2 are assigned in Table 2.1.2.4. 

The SCL fuel assembly source data is provided in 

Table 2.1.2.5 including the location, relative assembly 

power, and the beginning and end-of-cycle (BOC and 

EOC) fuel burnup for each fuel assembly in the octant 

representation. The locations of the peripheral fuel 

assemblies are included with the assembly pin power 

data of Table 2.1.2.6. The fuel pin-wise geometry, 

power and burnup data for a selected peripheral 

assembly are also given in Table 2.1.2.6. The orientation 

of this data is defined by the pin-cell boundaries and the 

directions given in Figure 2.1.2.1. The pin-wise data 

(geometry, power and burnup) for all the peripheral 

assemblies are provided on a separate CD ROM. The 

axial power distributions to be used in determining the 

axial source are provided in Table 2.1.2.7 for each of the 

four radial zones defined at the bottom of Table 2.1.2.7. 

The specific locations of the in-vessel surveillance 

capsules and the location where the cavity capsule edit is 

to be taken are presented in Figure 2.1.2.3. Unlike the 

in-vessel surveillance locations, no physical capsule is 

present at the cavity location. The in-vessel capsule 

geometry, material laydown and orientation are given in 

Figure 2.1.2.4. 

The specific edit quantities and corresponding locations 

for the standard core loading are given in Table 2.1.2.8. 

The axial location of the peak flux edits varies since the 

axial peak location depends on the radial location.

2.1.3 Specification of the Low-Leakage 

Core Loading Problem 

The basic design data for the low-leakage core loading is 

presented in Table 2.1.3.1 including the radii of the 

various material regions. The pressure and temperature 

of the coolant regions are included to allow the 

determination of the coolant density. The material map 

is given in Figure 2.1.3.1 along with the component 

locations and dimensions. The x and y orientations are 

also given in order to orient the source data given in 

Tables 2.1.3.5 and 2.1.3.6. The core and fuel assemblies 

are described in Table 2.1.3.2 including the reflector 

materials and temperatures for the upper and lower 

reflector regions to be used in the axial calculations. The 

specification material compositions are provided in 

Table 2.1.3.3 for each mixture used in the radial and 

axial geometry of the benchmark problem. 

The axial map of the LLCL benchmark problem is given 

in Figure 2.1.3.2. This map represents a vertical plane 

through the core at the core flats at 0 = 00. The material 

regions outside the core (Regions 4 through 16) are 

considered to be axially uniform. The axial regions of 

Figure 2.1.3.2 are assigned in Table 2.1.3.4. 

The LLCL fuel assembly source data is provided in 

Table 2.1.3.5 including the location, relative assembly 

power, and the beginning and end-of-cycle fuel burnup 

for each fuel assembly in the octant representation. The 

locations of the peripheral fuel assembly are included 

with the assembly pin power data of Table 2.1.3.6. The 

fuel pin-wise geometry, power and burnup data for a 

selected peripheral assembly are also given in Table 

2.1.3.6. The orientation of this data is defined by the 

pin-cell boundaries and the directions given in Figure 

2.1.3.1. The pin-wise data (geometry, power and 

burnup) for all the peripheral assemblies are provided on 

a separate CD ROM. The axial power distributions to be 

used in determining the axial source are provided in 

Table 2.1.3.7 for each of the four radial zones defined at 

the bottom of Table 2.1.3.7. 

The specific locations of the in-vessel surveillance 

capsules and the location where the cavity capsule edit is 

to be taken are presented in Figure 2.1.3.3. Unlike the 

in-vessel surveillance locations, no physical capsule is 

present at the cavity location. The in-vessel capsule 

geometry, material laydown and orientation are given in 

Figure 2.1.3.4. 

The specific edit quantities and corresponding locations

2-2
for the 1ow-leakage core loading are given in Table 

2.1.3.8. The axial location of the peak flux edits varies 

since the axial peak location depends on the radial 

location. 

2.1.4 Specification of the Partial Length 

Shield Assembly Core Loading 

Problem 

The basic design data for the partial length shield 

assembly core loading is presented in Table 2.1.4.1 

including the radii of the various material regions. The 

pressure and temperature of the coolant regions are 

included to allow the determination of the coolant 

density. The material map is given in Figure 2.1.4.1 

along with the component locations and dimensions. 

The x and y orientations are also given in order to orient 

the source data given in Tables 2.1.4.5 through 2.1.4.8. 

The core and fuel assemblies are described in 

Table 2.1.4.2 including the reflector materials and 

temperatures for the upper and lower reflector regions to 

be used in the axial calculations. The specification 

material compositions are provided in Table 2.1.4.3 for 

each mixture used in the radial and axial geometry of the 

benchmark problem. 

The PLSA configuration is presented in Figure 2.1.4.2, 

and the axial map of the PLSA problem is given in 

Figure 2.1.4.3. This map represents a vertical plane 

through the core at the core flats at 0 = 00. The material 

regions outside the core (Regions 6 through 18) are 

considered to be axially uniform. The axial regions of 

Figure 2.1.4.3 are assigned in Table 2.1.4.4. 

The PLSA fuel assembly source data is provided in 

Tables 2.1.4.5 and 2.1.4.6 for the upper and lower core 

regions, respectively, including the location, relative 

assembly power, and the beginning and end-of-cycle fuel 

burnup for each fuel assembly in the octant 

representation. The locations of the peripheral fuel 

assemblies are included with the assembly pin power 

data of Tables 2.1.4.7 and 2.1.4.8. The fuel pin-wise 

geometry, power and burnup data for a selected 

peripheral assembly for the upper and lower cores are 

given in Tables 2.1.4.7 and 2.1.4.8, respectively. The 

orientation of this data is defined by the pin-cell 

boundaries and the directions given in Figure 2.1.4.1. 

The pin-wise data (geometry, power and burnup) for all 

the peripheral assemblies are provided on a separate CD 

ROM. The axial power distributions to be used in

determining the axial source are provided in Tables 

2.1.4.9 and 211.4.10 for the upper and lower cores, 

respectively, for each of the four radial zones defined at 

the bottom of Tables. 

The specific edit quantities and corresponding locations 

for the partial length shield assembly core loading are 

given in Table 2.1.4.11. 

2.2 BWR Problem Specification 

2.2.1 Introduction 

The BWR pressure vessel fluence benchmark problem is 

for an 800 fuel assembly core having an axial height of 

381.0 cm and including the shroud, jet pumps and riser, 

vessel and an outer concrete biological shield. The 

pressure vessel has an inner radius of- 321.786 cm and 

is 16.129 cm thick with a 0.476 cm stainless steel liner 

on the inner surface. The core power and fuel assembly 

burnup distributions are for a typical equilibrium core. 

The problem specification consists of the definition of 

the problem geometry, material compositions by region, 

core neutron source, and specification of the solution 

edits. The dimensions are specified for each of the 

geometrical regions used to define the problem. The 

inner and peripheral core are each divided into seven 

axial material regions. The regions above and below the 

core are assumed to be uniform homogeneous 

compositions out to the edge of the core. All regions in 

the horizontal geometry, except for the core (and 

including the dosimetry capsules) are assumed to be 

uniform in the axial dimension and to extend over the 

full height of the core. The material compositions are 

specified for each geometrical region. 

The source description includes the core power and 

exposure distributions in rectangular geometry. The 

power distribution is based on a detailed 8x8 fuel 

assembly pin-wise power distribution for a typical core 

loading. The fuel nuclide fission fraction is provided in 

Table 2.2. 1.1 to allow the determination of the exposure 

dependence of the neutron source strength (neutrons/ 

MeV) and the source spectrum. 

The required edits include the flux above 1-MeV and 

0.10 MeV, the displacements-per-atom/sec., and the 

group-wise flux at specified locations.

2-3
In order to evaluate the method of predicting vessel 

fluence as the product of the surveillance capsule lead 

factor and a dosimetry measurement, dosimetry reaction 

rates are calculated for a surveillance capsule on the 

inner wall of the vessel. The vessel capsule is located at 

an azimuth of 3° at the inner surface of the pressure 

vessel at a radius of 321.310 cm. 

The detailed specification of the benchmark problem is 

provided in the tables and figures of the following 

Section. 

2.2.2 Specification of the BWR Benchmark 

Problem 

The basic design data for the BWR benchmark problem 

is presented in Table 2.2.2.1 including the radii of the 

various material regions. The material map is given in 

Figure 2.2.2.1 along with the component locations and 

dimensions. The x and y orientations are also given in 

order to orient the source data given in Tables 2.2.2.5 

and 2.2.2.6. The core and fuel assemblies are described 

in Table 2.2.2.2 including the reflector materials for the 

upper and lower reflector regions to be used in the axial 

calculations. The specification material compositions are 

provided in Table 2.2.2.3 for each mixture used in the 

radial and axial geometry of the benchmark problem. 

The fraction of the individual isotopes (taken from 

Reference-4) is given in Table 2.2.2.3.1. 

The axial map of the benchmark problem is given in 

Figure 2.2.2.2. This map represents a vertical plane 

through the core at the core flats at 0 = 00. The material 

regions outside the core are considered to be axially 

uniform. The axial extent of the jet pumps and risers is 

taken to be the same as the height of the core. The axial 

regions of Figure 2.2.2.2 are assigned the compositions 

in Table 2.2.2.3. 

The fuel assembly source data is provided in 

Table 2.2.2.4 including the location, relative assembly 

power, and the fuel bumup for each fuel assembly in the 

octant representation. The locations of the peripheral 

fuel assemblies are included with the assembly pin power 

data of Table 2.2.2.5. The fuel pin-wise geometry, 

power and burnup data for the peripheral assemblies are 

also given in Table 2.2.2.5. The orientation of this data 

is defined by the pin-cell boundaries and the directions 

given in Figure 2.2.2. 1. The pin power distribution for 

assemblies on the edge of the core is represented with an 

8x8 array, assemblies one-row from the edge are

represented with a 4x4 array, and assemblies two rows 

from the edge are represented with a 2x2 array. The pin

wise data (geometry, power and bumup) for all the 

peripheral assemblies are provided on a separate CD 

ROM. The axial power distributions to be used in 

determining the axial source are provided in Table 

2.2.2.6 for each of the three radial zones defined at the 

bottom of Table 2.2.2.6. The pressure vessel capsule 

geometry, material laydown and orientation are given in 

Figure 2.2.2.3. 

The specific edit quantities and corresponding locations 

for the BWR core loading are given in Table 2.2.2.7. 

The axial location of the peak flux edits varies since the 

axial peak location depends on the radial location.

2-4
Table 2.1.1.1

Fraction Of Fissions by Isotope as Function of Exposure

U-235 U-238 Pu-239 Pu-240 Pu-241 Pu-242

9.28100E-01 6.17165E-02 1.01828E-02 1.65450E-07 4.25775E-07 O.OOOOOE+00 

9.05149E-01 6.21387E-02 3.26955E-02 1.77633E-06 1.49927E-05 1.88872E-10 

5.57019E-01 7.07435E-02 3.39497E-01 3.10546E-04 3.24187E-02 1.08465E-05 

3.56399E-01 7.81926E-02 4.64707E-01 7.40748E-04 9.98821E-02 7.83614E-05 

1.23133E-01 9.01198E-02 5.82823E-01 1.43769E-14 2.03544E-01 3.80635E-04

2-5

Exposure 

(MWD) 

1.500E+02 

5.000E+02 

1. OOOE+04 

2. OOOE+04 

4.OOOE+04
Table 2.1.2.1 

Standard Core Loading 

Basic Design Data 

--------------------------------------------------------------------

Reactor . material 

-----------------------------------------------

* Thermal Power 2527.73 MW(TH) . -

-----------------------------------------------

Core Inlet Temp. . 536(280C). -

--------------------------- :--------------------

. Core Operating Pressure . 2010 psia (13.859 MPa) -

------------------------ ----------------------

Baffle Thickness 1.5875 cm . SS-304 

------------------------------------------------ -Pass-- . 2 0 (560 P 293.3*C) * -as 2010 psia 

--------------------------------.------------..-----.---...(13.959 MPa) 

Tnner Radius of Core Barrel . 190.185 cm . -

------------------- --------- - ---------------

Barrel Thickness 3.81 cm SS-304 

-----------------------------------------------

. Inner Inlet Thickness 2.54 cm H2 0 (536*F 280 0C) 

2010 psia. 

------------------------------------------------------- (13.859 M Pa) . 

. Inner Radius of Thermal Shield. 196.535 cm 

.0----------------------------------------------

• Thermal Shield Thickness 3.81 cm SS-304 

------------- ------------------------------- ---

Cuter Inlet Thickness . 18.095 cm . H20 (536 PF .290 'C 

* 2010 psia 

..------------------------------ .-------- .-------- .... -(13.859 M Pa) •. 

* Inner Radius of Liner Clad . 218.440 cm . --

------------------------------------------------

* Vessel Liner Clad Thickness - 0.635 cm . SS-304 

------------------------------------------- 0__-. 

* Vessel Thickness . 21.59 cm SA-302B 

------------------------------------------------

. PV Insulation Air Thickness . 1.835 cm . Air 

------------------------------- -----------------.-----------

PV Insulation Thickness 10.16 cm . PV Insulation . 

-----------------------------------

Cavity Thickness 82.62 cm . Air 

-------------------------....-----------------------------------

Inner Radius of 335.280 cm -

Biological Shield 

.-----......------------ . --------------------------- ---

. Bio-Shield Liner Thickness 0.635 cm SA-302B 

-----------------------------------

. Bio-Shield Thickness 213.36 cm Concrete 

-.....-----.........---...-. °.° .. °-------------------------------

2-6
Table 2.1.2.2 

Standard Core Loading 

Core and Fuel Assemblies

* Total Number of Fuel Assemblies 

. Number of Rods per assembly (15x15)

204

216 fuel rods 

8 guide tubes

1 instrument tube

* Assembly Pitch 

P Pin Pitch 

Fuel Material 

. Cladding Material 

* Fuel Active Length

21.485 cm 

1.43233 cm 

Sintered U0 2 pellets 

Zr-4 

335.28 cm

Standard Core Loading Basic Design Data 

Upper and Lower Reflectors 

-- --------------------------------------------------------------

. Lower Reflector Thickness 13.97 cm SS-304 + Water (5360F) (280 0C) 

Upper Reflector Thickness 32.865 cm SS-304 + Water (584 0 F) (306.7 C) 

------------------------------------------------

2-7
Table 2.1.2.3 

Standard Core Loading 

Design Specification Material Compositions 

---------------------------------------------------------

ixiture Component Atom Densities 

(atom/b*m) 

---------------------------------------------------------

R 2.82500E-02 

B 2.69200-E05 

O 1.41200E-02 

C 2.58100E-05 

0 (fuel) 1.28500E-02 

A.1 3.56000E-04 

Core Cr 1.60800E-05 

Fe 2.20500E-05 

Ni 3.87700E-05 

Zr 5.44800E-03 

U-235 1.12000E-04 

U-238 6.03000E-03 

Pu-239 2.20000E-05 

Pu-240 7.12000E-06 

-...--....-------------.----------------------------------------

Cr 1.85300E-02 

Baffle Mn 1.75200E-03 

(SS-304) Fe 5.80700E-02 

Ni 8.57400E-03 

----- ------------------------------------------------------

Bypass+ R 4.92900E-02 

. (560 F)(293.3 *Q 0 2.46400E-02 

B 4.90000E-06 

C•r 1.85300E-02 

* Core Barrel Mn 1.752009-03 

(SS-304) Fe 5.80700E-02 

Ni 8.57400E-03 

------ --------------------------------- ---------------------

Inlet Water Gap H 5.09600E-02 

(536 F) (280 OQ 0 2.54800E-02 

B 5.100003-06 

-----------.. ..-----.-----------------------------------------

Cr 1.85300E-02 

Thermal Shield Mn 1.75200E-03 

(SS-304) Fe 5.80700E-02 

Ni 8.574003-03 

-- -- ---------------------------------------------------

Cr 1.853003-02 

RPV Liner Mn 1.75200E-03 

(SS-304) Fe 5.80700E-02 

Ni 8.57400E-03 

----- ------------------------------------------------------

Cavity N 3.200003-OS 

(Air) 0 8.00000E-06 

+This composition is also to be used in the water region between the fuel assembly 

and the core baffle (see Figure 2.2.1). 

2-8
Table 2.1.2.3 

Standard Core Loading 

Design Specification Material Compositions (cont'd)

mixture

RPV Wall 

(SA-3 02B)

RPV 

Insulation

Bia-Shield Liner 

(SA-302B)

Bio- Shield 

(Concrete)

Lower Reflector 

(Water- Steel) 

(536 F) (280 OQ~

Upper Reflector 

(Water-Steel) 

(584 F) (306.7 'Q

Component

C 

Si 

Mn 

Fe 

Mo 

Cr 

Mn 

Fe 

Ni 

Al 

N 

0 

C 

Si 

Mn 

Fe 

Mo

H 

C 

0

Mg 

Al 

Si 

K 

Ca 

Fe 

Cr 

Mn 

Fe 

Ni 

H 

0 

B 

Cr 

Mn 

Fe 

Ni 

H 

0 

B

Atom Densities 

(atom/b*cm) 

9 .84000E-04 

7.58900E-04 

1 .39100E-03 

8 .18300E-02 

3 .14800E-04 

3 .43000E-04 

3 .24000E-05 

1.07400E-03 

1.59 OOOE-04 

l.30000E-04 

3 .77000E-05 

9 .96000E-06 

9 .84000E-04 

7 .58900E-04 

1.39100E-03 

8.18300E-02 

3 .14800E-04 

7 .77000E-03 

1.15000E-04 

4 .3800aE- 02 

1.05000E-03 

1 .48000E- 04 

2.39 OOOE-03 

1 .58000E-02 

6 .93000E-04 

2 .29000E-03 

3 .130O0E-04 

4 .63250E-03 

4.3 8000E-04 

1.45175E-02 

2.143S0E-03 

3 .82200E-02 

1.9 1100E-02 

3. 82500E-06

4. 63250E-03 

4 .38000E-04 

l.45175E-02 

2.14350E-03 

3 .55383E-02 

1 .77656E-02 

3 .53293E-06

2-9
Table 2.1.2.3.1 

Isotopic Fractions in Cr, Fe and Ni* 

°...... .............. ° ....... ................. °..... .. °..... 

.ISOTOPE WT % .ISOTOPE. WT % .ISOTOPE . WT % 

. Cr-50 4.345 Fe-54 5.9 1Ni-58 68.27 

................................... ..... . . .......... .. ....... 

. Cr-52 . 83.79 . Fe-56 . 91.72 . Ni-60 . 26.10 

. Cr-53 9.5 . Fe-57 2.1 . Ni-61 . 1.13 

..... °... ..... ... .... . ... ........ ...... .......... °.. ... .... .... 

. Cr-54 . 2.365 . Fe-58 . 0.28 . Ni-62 . .5 

S.... ... °... °.... ..... .. °... ..... ... ......... ..... . .. . °.. °...... 

S-- - - - - - N-64 . 0.91 

*Taken from Reference- 4 .

2-10
Table 2.1.2.4 

Standard Core Loading Axial Zone Assignments 

. Zone Description 

* 1 Lower Reflector 

2 Active Core Fuel Assemblies 

3 Upper Reflector 

4 Core Baffle 

* 5 By-Pass 

. 6 Core Barrel 

7 Inner Inlet Water Gap 

8 Thermal Shield 

9 Outer Inlet Water Gap 

10 Reactor Pressure Vessel Liner 

11 Reactor Pressure Vessel 

12 Air Gap 

13 Pressure Vessel Insulation 

14 Cavity 

15 Biological Shield Liner 

16 Biological Shield 

---- -------- --- ---- --- ---- --- --- ---- --- --- ---

2-11
Table 2.1.2.5

Standard Core Loading 

Fuel Assembly Geometry, Power, and Burnup Distributions

X-Left 

0. 00000E+00 

2 .14850E+01 

4 .29700E+01 

6. 44550E+01 

8 .59400E+01 

1 .07425E+02 

1 .28930E+02 

1 .50399E402 

2.14850E+01 

4.29700E÷01 

6.44550E+01 

8.59400E+01 

1.07425E+02 

1.28910E+02 

1.50399E+02 

4.29700E+01 

6.44550E+01 

8.53400E+01 

1.07425E+02 

1.28910E+02 

1.50399E+02 

6.44550E+01 

8.59400E+01 

1.07425E+02 

1.28910E+02 

8.59400E+01 

1.07425E+02 

1.28910E+02

X-Right 

2.14850E+01 

4.29700E+01 

6.44550E+01 

8.59400E+01 

1.07425E+02 

0.00000E+00 

0.OOOOOE+00 

0.00000E+00 

4.29700E+01 

6.44550B+01 

8.59400E+01 

1.07425E+02 

0..00000E+00 

0.OOOOOE+00 

0.00000E+00 

6.44550E+01 

8.59400E+01 

1.07425E+02 

0.00000E+00 

0.00000E+00 

0.00000E+00 

8 .59400E+01 

0 00000E+00 

0. 00000E+00 

0. 00000E+00 

0 OOOOOE+00 

0. 00000E+00 

0. O0000E+00

Y-Bot 

0.00000E+00 

0,000005+00 

O.OOOOOE+00 

0,00000E+00 

0.OOOOOE+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

2.14850E+01 

2.14850E+01 

2.14850E+01 

2.14850E+01 

2.14850E+01 

2.148509+01 

2.14850E+01 

4.29700E+01 

4.29700E+01 

4.29700E+01 

4 .29700E+01 

4 .29700E+01 

4.29700E+01 

6 .44550E+01 

6 .44550E+01 

6.44550E+01 

6.44950E+01 

8 .59400E-0l 

8 .59400E+01 

8 .59400E+01

Y-Top 

2.14850E+01 

2.14850E+01 

2.14850E+01 

2.14850E+01 

2.14850E+01 

0.00000E+00 

0.00000E+00 

0 OOOOOE+00 

4. 29700E+01 

4. 29700E+01 

4.29700E+01 

4. 29700E+01 

0. 00000E+00 

0. 00000E+00 

0. 00000E+00 

6.44550E+01 

6.44550E+01 

6.44550E+01 

0. 00000E+00 

0.00000E+00 

0.O0000E+00 

8.59400E+01 

0.OOOOOE+00 

0.OOOOOE+00 

0.00000E+00 

0.00000E+00 

0.00000R+00 

O.O0000E+00

Relative 

Assembly Power 

1.01300E+00 

1.13100E+00 

1.10800E+00 

1.03600E+00 

1.09700E+00 

1.04600E+00 

9.53000E-01 

8.70000E-01 

9.60000E-01 

1.08700E+00 

1.09800E+00 

1.03000E+00 

1.00500E+00 

1.07000E+00 

8.56000E-01 

1.08900E+00 

1.11000E+00 

1.18100E+00 

9.20000E-01 

1. 10800E+00 

6. 82000E-01 

1. 02900E+00 

9 .46000E-01 

1. 05200E+00 

9 .33000E-01 

1. 15900E+00 

9 .57000E-01 

6. 00000E-01

BOC Burnup 

(MWD) 

0. OOOOOE+00 

0.00000E+00 

0,00000E+00 

0.OOOOOE+00 

0.OOOOOE+00 

6. 62100E+03 

1.00270E+04 

0 OOOOOE+00 

0. 00000E+00 

0 OOOOOE+00 

0.00000E+00 

o .OOOOOE+00 

1 .05600E+04 

3 .29400E+03 

1.30000E+01 

0. OOOOOE+00 

0.OOOOOE+00 

0.OOOOOE+00 

1.18730E+04 

2.30000E+01 

1.20000E+01 

0.OOOOOE+00 

1.06620E+04 

7. 03800E+03 

1. 60000E+01 

3. 30000E+01 

2.30000E+01 

1. 80000E+01

EOC Burnup (MWD) 

2.28360E+04 

2 28360E+04 

2 .28360E+04 

1. 22870E+04 

1 .27610E-04 

1 .89180E+04 

2. 13700E+04 

1.02930E+04 

2.28360E+04 

2.28360E+04 

1.29860E+04 

1.21130E+04 

2.22680E+04 

1.60840E+04 

1.015508+04 

2.28360E+04 

1.28360E+04 

1. 35620E+04 

2.28360E+04 

1.30620E+04 

8.09600E+03 

1. 19120E+04 

2.16400E+04 

1.96890E+04 

1.10590E+04 

1.36550E+04 

1.13490E+04 

7.12900E+03

Note: Assemblies including pin power sets do not have right or top boundaries specified here. These data are included with the pin 

geometry data.

Assembly 

Number 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28

Axial 

Peaking 

Factor 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000

Pi ri 

Power 

Set 

0 

0 

0 

0 

0 

13 

14 

15 

0 

10 0 

0 11 

12 

0 0 

0 

7 

8 

9 

0 

4 

5 

6 

1 

2 

3
Table 2.1.2.6

Standard Core Loading 

Pin Geometry, Power, and Burnup Distributions

Assembly 6

Y-Bot

Pin Power Set 13 

Relative 

Pin 

Y-Top Power

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E÷02 

1.07425E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E÷02 

1.10289E÷02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E÷02

0.00000E+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E101 

1.14578E÷01 

1.28901E÷01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

0.00000+E00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E÷00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E101 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

0.00000E+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E1i01 

2.00512E+01

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

2.14835E+01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E;01 

1.71868E+01 

1.86190E+01 

2.00512E.01 

2.14835E+01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

2.14835E+01

1.09342E+00 

1.03256E+00 

1.00315E+00 

1.00619E+00 

0.00000E+00 

9.98075E-01 

9.75760E-01 

9.69674E-01 

9.77789E-01 

1.00213E+00 

0.00000E+00 

1.00517E+00 

9.90975E-01 

9.96046E-01 

1.01633E+00 

1.09038E+00 

1.03358E+00 

1.00112E+00 

1.02850E+00 

1.03256E100 

1.02546E+00 

1.00923E+00 

1.00213E+00 

1.01126E+00 

1.02952E+00 

1.03560E+00 

1.02648E+00 

9.84889E-01 

9.91989E-01 

1.00112E+00 

1.09240E100 

1.03256E+00 

1.00619E+00 

1.01126E+00 

1.01126E+00 

6.09596E-01 

9.99089E-01 

9.90975E-01 

1.00112E+00 

6.16697E-01 

1.01329E+CO 

1.00720E+00 

9.86917E-01 

9.86917E-01 

9.99089E-01

6.621E+03 

6.621E+03 

6.621E÷03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.6211E÷03 

6.621E+03 

6.621E+03 

6.621E+03

1.8922+04 

1. 892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

2.892E+04 

1.892E+04 

1.892E+C4 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.89 2E+04

2-13

X-Left X-Right

BOC 

Burnup 

(XWD)

EOC 

Burnup 

(MWD)
Table 2.1.2.6 

Standard Core Loading 

Pin Geometry, Power, and Burnup Distributions (cont'd)

Assembly 6

Y-Bot

Pin Power Set 13

Y-Top

Relative 

Pin 

Power

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E÷02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E÷02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+0;

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+O;

o.00000E+00 

1.43223E÷00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E÷01 

2.00512E+01 

0.00000E+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

0.00000E+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

2.14835E+01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

2.14835E+01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

2.14835E+01

1.10762E+00 

1.07719E+00 

1.02648E+00 

1.00112E+00 

9.93003E-01 

9.90975E-01 

9.83874E-01 

9.78803E-01 

9.85903E-01 

9.94017E-01 

9.95032E-01 

9.97060E-01 

1.00822E+00 

1.03053E+00 

1.01532E+00 

0.OOOOOE+00 

1.08733E+00 

1.03256E+00 

9.99089E-01 

9.79817E-01 

9.72717E-01 

9.69674E-01 

9.69674E-01 

9.71703E-01 

9.76774E-01 

9.82860E-01 

9.96046E-01 

1.01532E+00 

1.04169E+00 

0.00000E+00 

1.10458E+00 

1.08023E+00 

6.19739E-01 

9.97060E-01 

9.73731E-01 

9.65617E-01 

9.65617E-01 

9.68660E-01 

9.68660E-o1 

9.69674E-01 

9.76774E-01 

9.95032E-01 

6.2582SE-01 

1.03662E+00 

1.01227E+00

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6. 621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6. 621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6. 621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+.04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1. 892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E÷04 

1.892E+04 

1.892E+04 

1.892E÷04 

1.892E+04 

1.892E+04 

1.892E÷04 

1.892E+04

2-14

X-Left X-Right

BOC 

Burnup 

(MWD)

EOC 

Burnup 

(MWD)
Table 2.1.2.6

Standard Core Loading 

Pin Geometry, Power, and Burnup Distributions (cont'd)

Assembly 6

Y-Bot

Pin Power Set 13 

Relative 

Pin 

Y-Top Power

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E÷02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E÷02 

1.17451E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.18883E+02 

1.18883E÷02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E÷02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02

0.OOOOOE+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E÷01 

2.00512E+01 

0.OOOOOE+00 

1.43223E÷00 

2.86446E÷00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E÷01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

0.OOOOOE+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E÷01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

2.14835E+01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E÷00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E9.1 

1.71868E+01 

1.86190E+01 

2.00512E+01 

2.14835E+01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E÷01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

2.14835E+01

1.08226E+00 

1.06096E+00 

1.01938E+00 

9.87932E-01 

9.68660E-01 

9.64603E-01 

9.72717E-01 

9.82860E-01 

9.75760E-01' 

9.68660E-01 

9.72717E-01 

9.86917E-01 

1.00416E+00 

1.01836E+00 

9.88946E-01 

1.07415E+00 

1.05082E+00 

1.00822E+00 

9.80832E-01 

9.65617E-01 

9.63588E-01 

9.79817E-01 

0.OOOOOE+00 

9.82860E-01 

9.68660E-01 

9.69674E-01 

9.79817E-01 

9.94017E-01 

1.00822E+00 

9.80832E-01 

1.07922E+00 

1.05792E+00 

1.01532E+00 

9.84889E-01 

9.64603E-01 

9.60545E-01 

9.69674E-01 

9.79817E-01 

9.72717E-01 

9.65617E-01 

9.69674E-01 

9.84889E-01 

1.00315E+00 

1.01735E+00 

9.87932E-01

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621+03 

6.621E+03 

6.621E+03 

6.621E÷03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E÷03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E÷03 

6.621E+03 

6.621E÷03

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.89.2E÷04 

1. 892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

i.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E÷04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.89 2E+04 

1. 892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.89 2E+04

2-1f5

X-Left X-Right

BOC 

Burnup 

(MWD)

EOC 

Burnup 

(MWD )
Table 2.1.2.6

Standard Core Loading 

Pin Geometry, Power, and Burnup Distributions (cont'd)

Assembly 6

Y-Bot

Pin Power Set 13 

Relative 

Pin 

Y-Top Power

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E÷02 

1.21747E+02 

1.21747E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E÷02 

1.24612E+02 

1.24612E+02 

1.24612E+02

o.OOOOOE+00 

1.43223E+00 

2.86446E+00 

4.29669F+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E÷+O1 

1.71868E+01 

1.86190E+01 

2.00512E+01 

o.OOOOOE+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

0.OOOOOE+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E÷00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

2.14835E+01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E÷00 

1.00256E+01 

1.14578E*01 

1.28901E+01 

1.43223E+01 

1.57545E4:01 

1.71868E+01 

1.86190E+01 

2.00512E÷01 

2.14835E+01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E÷00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71858E+01 

1.86190E+01 

2.00512E+01 

2.14835E+01

1.09748E+00 

1.07415E+00 

6.15682E-01 

9.90975E-01 

9.67646E-01 

9.59531E-01 

9.55531E-01 

9.62574E-01 

9.63588E-01 

9.64603E-01 

9.72717E-01 

9-93003E-01 

6.21768E-01 

1.03662E+00 

1.01227E+00 

0.00000E+00 

1.08125E+00 

1.02546E+00 

9.91989E-01 

9.72717E-01 

9.65617E-01 

9.63588E-01 

9.63588E-01 

9.66631E-01 

9.71703E-01 

9.78803E-01 

9.94017E-01 

1.01532E+00 

1.04068E+00 

0.OOOOOE+00 

1.10255E+00 

1.07415E+00 

1.02343E+00 

9.97060E-01 

9.89960E-01 

9.87932E-01 

9.81846E-01 

9.76774E-01 

9.84889E-01 

9.95032E-01 

9.98075E-01 

1.00112E+00 

1.01430E÷00 

1.03966E+00 

1.02242E+00

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6. 621E+03 

6. 621E+03 

6. 621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E-& 0 3 

6.621E+03 

6.621E+03 

6.621E÷03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E÷03

2-16

X-Left X-Right

BOC 

Burnup 

(.,•,D )

EOC 

Burnup 

(MWD)

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1..892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E*G4 

1.892E÷04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+')4 

1.892E+04 

1.892E+04 

1. 892E+04 

1. 892E+04 

1.892E+04 

1.892E+04 

1. 892E+04 

1. 892E+04 

1.892E+04 

1.892E+04 

1.892E+C4 

1. 892E+04 

1.8923+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1. 892E+04 

1.892E+04 

1.892E+04 

1. 892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1. 89 2E+ 04
Table 2.1.2.6

Standard Core Loading 

Pin Geometry, power, and Burnup Distributions (cont'd)

Assembly 6

Y-Bot

Pin Power Set 13 

Relative 

Pin 

Y-Top Power

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E÷02 

1.24612E+02 

1.26044E÷02 

1.26044E÷02 

1.26044E÷02 

1.26044E÷02 

1.26044E÷02 

1.26044E÷02 

1.26044E+02 

1.26044E+02 

1.26044E÷02 

1.26044E÷02 

1.26044E+02 

1.26044E+02 

1.26044E÷02 

1.26044E÷02 

1.26044E+02 

1.27476E+02 

1.27476E+0: 

1.27476E÷O0 

1.27476E+0; 

1.27476E÷O0 

1.27476E+0Z 

1.27476E÷0, 

1.27476E+50 

1.27476E+0; 

1.27476E+50 

1.27476E+0: 

1.27476ED0; 

1.27476E+0: 

1.27476E+0; 

1.27476E+0:

1.26044E÷02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1. 26044E÷02 

1.26044E÷02 

1.26044E÷02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E.02 

1.26044E÷02 

1.26044E+02 

1.27476E+02 

1.27476E÷02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E÷02 

1.27476E÷02 

1.27476E÷02 

1.27476E+02 

1.27476E+02 

*1.27476E÷02 

* 1.27476E+02 

t 1.28908E÷02 

* 1.28908E÷0' 

* 1.28908E+0; 

1.28908E÷OZ 

1.28908E+0; 

Z 1.28908E+O, 

1.28908E÷0' 

2 1.28908E+0; 

Z 1.28908E+0; 

2 1.28908E÷0• 

2 1.28908E+0: 

2 1.28908E+0: 

2 1.28908E+0: 

2 1.28908E+0: 

2 1.28908E÷0;

o.OOOOOE+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E÷01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

0.OOOOOE+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E÷01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

S2.00512E+01 

0.OOOOOE+00 

1.43223E+00 

1 2.86446E÷00 

4.29669E+00 

2 5.72892E+0O 

2 7.16115E+OC 

2 8.59338E+OC 

2 1.00256E+03 

2 1.14578E+03 

2 1.28901E+03 

2 1.43223E+01 

2 1.57545E+01 

2 1.71868E+0• 

2 1.86190E+0 

2 2.00512E+0:

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

2.14835E+01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.C0256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E÷01 

2.14835E+01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

I 5.72892E+OC 

I7.16115E+OC 

S8.59338E+OC 

I 1.00256E+01 

1.14578E+03 

l1.28901E+03 

1.43223E+01 

L 1.57545E+0• 

L 1.71868E+01 

L 1.86190E+0: 

L 2.00512E+0: 

L 2.14835E+0:

1.09748E+00 

1.03763E+00 

1.01329E+00 

1.02039E+00 

1.02242E+00 

6.15682E-01 

1. 01025E+00 

1.00315E+00 

I. 01532E+00 

6.23797E-01 

1.03155E+00 

1.02648E+00 

1. 00619E+00 

1.00619E÷00 

1.01938E+00 

1.11776E+00 

1.06400E+00 

1.03256E+00 

1.06908E+00 

1.07516E+00 

1.06806E+00 

1.04980E+00 

1.04372E+00 

1.05488E+00 

1.07820E+00 

1.08733E+00 

1.07820E+00 

1.03053E+00 

1.03966E÷00 

1.05082E+00 

1.16848E+00 

1.1 1269E+00 

1.08733E+00 

S1.09139E+OC 

I 0.00000E+OC 

i 1.08429E+OC 

L 1.06400E+O÷ 

S1.05893E+OC 

L 1.06908E÷OC 

L 1.09545E+0C 

L 0.OOOOOE+0( 

L 1.10458E+0( 

L 1.09240E+0( 

L 1.09951E+O÷ 

L 1.11878E+01

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.62!E+03 

6.621E+03 

6.621E÷03 

6.621E+03 

6.621E+03 

6. 621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6. 621E+03 

6.621E÷03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

6.621E+03 

I 6.621E+03 

S6.621E+03 

I 6.621E+03 

6.621E+03 

6.621E+03 

6.621E÷03 

6.621E+03 

0 6.621E+03 

3 6.621E÷03 

0 6.621E+03 

0 6.621E+03

L.892E+04 

1.892E+04 

1. 892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E÷04 

1.892E+04 

1.892E+04 

1.892E+04 

1. 892E+04 

1. 892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.89 2E+04 

1.892E404 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E+04 

1.892E÷04 

1.892E+04 

1.892E+04

2-i7

X-Left x-Right

BOC 

Burnup 

(MWD)

EOC Burnup 

(MWD)
Table 2.1.2.7

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22

Standard Core Loading 

Axial Power Distributions 

Radial Zone 

1 2 3

Zone 

Axial 

Boundary 

0. 0000E+00 

1.3970E+01 

2.7381E+01 

4.0792E+01 

5.4204E+01 

6.7615E+01 

8.1026E+01 

9.4437E+01 

1.0785E+02 

1.2126E+02 

1.3467E+02 

1.4808E+02 

1.6149E+02 

1.7490E+02 

1. 8832E+02 

2. 0173E+02 

2.1514E+02 

2.2855E+02 

2.4196E+02 

2.5537E+02 

2.6878E+02 

2.8219E+02 

2.9561E+02

0.0000E+00 

1.9360E-02 

2.8241E-02 

3.5325E-02 

4.0447E-02 

4.3715E-02 

4.5463E-02 

4.6111E-02 

4.6087E-02 

4.5767E-02 

4.5387E-02 

4.5075E-02 

4.4835E-02 

4.4715E-02 

4.4683E-02 

4.4663E-02 

4.4707E-02 

4.4771E-02 

4.4759E-02 

4.4459E-02 

4.3543E-02 

4.1611E-02

4

0.0000E+00 0.0000E+00 0.0000E+00

2.0747E-02 

2.9300E-02 

3.6001E-02 

4.0745E-02 

4.3682E-02 

4.5160E-02 

4.5620E-02 

4.5499E-02 

4.5147E-02 

4.4778E-02 

4.4495E-02 

4.43191-02 

4.4218E-02 

4.4192E-02 

4.4189E-02 

4.4258E-02 

4.4378E-02 

4.4446E-02 

4.4264E-02 

4.3515E-02 

4.1800E-02

1.9581E-02 

2.8411E-02 

3.5445E-02 

4.0522E-02 

4.3754E-02 

4.5466E-02 

4.6087E-02 

4.6053E-02 

4.5726E-02 

4.5332E-02 

4.5011E-02 

4.4773E-02 

4.4632E-02 

4.4576E-02 

4.4542E-02 

4.4565E-02 

4.4630E-02 

4.4626E-02 

4.4340E-02 

4.3459E-02 

4.1583E-02

2-18

1.7615E-02 

2.7002E-02 

3.4601E-02 

4.0195E-02 

4.3844E-02 

4.5848E-02 

4.6649E-02 

4.6700E-02 

4.6412E-02 

4.6035E-02 

4.5710E-02 

4.5476E-02 

4.5361E-02 

4.5362E-02 

4.5288E-02 

4.5260E-02 

4.5246E-02 

4.5146E-02 

4.4728E-02 

4.3642E-02 

4.1492E-02
Table 2.1.2.7

Zone 

Axial 

Boundary 

2.9561E+02 

3.0902E+02 

3.2243E+02 

3.3584E+02 

3.4925E+02 

3.8211E+02 

Radial 

Zone 

1 

2 

3 

4

Standard Core Loading 

Axial Power Distributions (cont'd) 

Radial Zone 

1 2 3

3.8301E-02 

3.3308E-02 

2.6532E-02 

1.8132E-02 

O.O000E+00

3.8718E-02 

3.3962E-02 

2.7405E-02 

1.9163E-02 

0.0000E+00

3.8329E-02 

3.3348E-02 

2.6793E-02 

1.8417E-02 

0.OOOOE+00

4

3.7878E-02 

3.2529E-02 

2.5372E-02 

1.6608E-02 

O.OOOOE+00

Zone 

Radial 

Boundary 

107.175 

128.610 

150.040 

184.461

2-19

22 

23 

24 

25 

26 

27
Table 2.1.2.8 

Standard Core Loading Edit Locations 

---------- -------------------------------------------------

R (cm) Z(cm) 8 (degrees). --------------------------------------------

Thermal Shield Capsule: 

Flux Spectrum and 

Peak Reacion Rates 202.25 121.79 20 

--------------------------------------------

Pressure Vessel Capsule: 

Flux Spectrum 215.43 121.79 20 

Peak Reaction Rates 215.43 125.49 20 --------------------------------------------

Cavity Capsule: 

Flux Spectrum and 

Peak Reaction Rates 320.06 177.27 9.5 

Fluxes and DPA Rates 320.06 177.27 0-45 --------------------------------------------

Pressure Vessel 0-T: + (A) Axial Peak Location 

(a) E > 1.0 bMV 219.393 125.488 0-45 

(b) E > 0.1 14=V 219.393 125.488 0-45 

(c) DPA Rates 219.393 125.488 0-45 

(d) Flux Spect-rum 219.393 125.488 15.5 

(B) Lower Weld Location 219.393 67.1048 0-45 

------------------------------------ --------

Pressure Vessel 1/4 T: 

(A) Axial Peak Location 

(a) E > 1.0 IiMV 224.473 125.488 0-45 

(b) E > 0.1 MEV 224.473 129.186 0-45 

(c) DPA Rates 224.473 129.186 0-45 

(d) Flux Spectrum 224.473 125.488 15.5 

(B) Lower Weld Location 224.473 67.1048 0-45 -.. .. ... .. ... .. ... .. ... .. ... .. ... .. ... .. ... ..-------------------.. .. 

Pressure Vessel 1/2 T: 

(A) Axial Peak Location 

(a) E > 1.0 N=- 229.870 129.186 0-45 

(b) E > 0.1 14EV 229.870 132.885 0-45 

(c) DPA Rates 229.870 132.88S 0-45 

(d) Flux Spectrum 229.870 125.483 15.5 

(B) Lower Weld Location 229.-70 67.1048 0-45 -.. ... ..... .. ... ..... .. ... ... .. ... .. ..... ... ..-------------------.... 

Pressure Vessel 3/4 T: 

(A) Axial Peak Location 

(a) E > 1.0 MEV 235.268 129.186 0-45 

(b) E > 0.-1 b.V 235.268 140.282. 0-45 

(c) DPA Rates 235.268 136.5?3 0-45 

(d) Flux Spectrum 235.258 125.488 15.5 

(B) Lower Weld Location 235.268 67.1048 0-45 

--------------------------------------------

Pressure Vessel Outer T: 

(A) Axial Peak Location 

(a) E > 1.0 -MEV 240.342 140.282 0-45 

(b) Z > 0.1 MEV 240.342 152.473 0-45 

(c) DPA Rates 240.342 156.775 0-45 

(d) Flux Spectrum 240.342 125.488 15.5 

(B) Lower Weld Location 240.342 67.1048 0-45 -.................................................................... 

Downcomer 210.50 121.79 0-45 -..............................................--------------------.... 

+The inner-wall (O-T) and vessel outer-wall (I) edits were taken at the center of 

the mesh blocks immediately inside the vesseL The vessel internal edits were taken 

at mesh blocks centered about the required edit location.

2-20
Table 2-1.3.1 

Low Leakage Core Loading 

Basic Design Data 

. Reactor . Material 

. Thermal Power . 2527.73 MW(TH) -

. Core Inlet Teamp. . 536*F (280C) . . ----------------------- a-----------j-----------

. Core Operating Pressure 2010' psia (13.59MPa) -- -- --------------------- a-.------------

* Baffle Thickness 1.5875 cm . SS-304 . 0 

By-Pass -H . 120 (560 F 293.3 C) 

2010 psia 

.... (13.859Mfa) 

. Inner Radius of Core Barrel 190.185 cm -

* Barrel Thickness 3.81 cm SS-304 

. Inner Inlet Thickness 2.54 cm . H2P (5361F '20-C) 

. 2010 psia . 

.-----------------------------------------------.. . . ---- (13. 59 MPa) . 

. Inner Radius of Thermal Shield. 196.535 cm 

. Thermal Shield Thickness 3.81 cm SS-304 

. Outer Inlet Thickness 18.095 cm . H2 0 (5360 F 280 -C) 

2010 psia . 

------------------------ -. (13.859 MPa --. 

. Inner Radius of Liner Clad 218.440 cm -

. . . . . . . . . . . . . . . . . -- . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -- - - - -- . 

. Vessel Liner Clad Thickness 0.635 cm SS-304 

. Vessel Thickness 21.59 cm SA-302B 

PV Insulation Air Thickness 1.835 cm Air . .. . . .. ... . . . . .. . . .- . . - --- -. - - . - -. -. ----.. . . . . . . .-- - . . . . . . . . . . . . .-- -- -. 

PV Insulation Thickness 10.16 cm . PV Insulation 

Cavity Thickness . 82.62 cm. Air . . . . .-- - . 0 . . 0 .-- . . . . . . . . - . . . . . . .-• . - . . .- - . -. . . . . . . . . . . . . . . . . _ . . . - - - 0

Inner Radius of 335.280 cm -

Biological Shield 

Bio-Shield Liner Thickness 0.635 cm SA-302B ------ --------------------------------------------------------

. Bio-Shield Thickness 213.36 cm . Concrete --------------------------------------------------------

2-21
Table 2.1.3.2 

Low Leakage Core Loading 

Core and Fuel Assemblies

. Total Number of Fuel Assemblies 

. Number of Rods per assembly (15x15)

204

215 fuel rods 

8 guide tubes

1 instrument tube

. Assembly Pitch 

Pin Pitch 

Fuel Material 

Cladding Material 

* Fuel Active Length

21.485 cm 

1.43233 cm 

Sintered U02 pellets 

Zr-4 

335.28 cm

Low Leakage Core Loading Basic Design Data 

Upper and Lower Reflectors 

. Lower Reflector Thickness 13.97 cm SS-304 + Water (536 0F) (280 'Q 

Upper Reflector Thickness 32.865 cm SS-304 + Water (584 F) (306.7 'Q .----................................................................

2-22
Table 2.1.3.3 

Low Leakage Core Loading 

Design Specification Material Compositions 

"-- - '''-'' - - -- -- -' ------ ''' '''-----'-' '' '' '' ''-------....---------------e 

Mixture Component Atom Densities 

(atom/b*cm) 

H 2.82500E-02 

B 2.69200E-05 

0 1.41200-E02 

C 2.581001-05 

0 (fuel) 1.28500E-02 

Al 3.560003-04 

. Core Cr 1.60800E-05 

Fe 2.20500E-05 

Ni 3.87700E-05 

Zr 5.448001-03 

U-235 1.12000E-04 

U-238 6.03000E-03 

Pu-239 2.20000E-05 

Pu-240 7.120001-06 

Cr l..853001-02 

Baffle Mn 1.75200E-03 

(SS-304) Fe 5.807001- 02 

Ni. 8.574001-03 

Bypass+ H 4.929001-02 

(560PF) (293.3 OQ 0 2.464001-02 

B 4.90000E-06 

Cr 1.85300E-02 

Core Barrel Mn 1.75200E-03 

(SS-304) Pe 5.80700E-02 

Ni 8.57400E-03 

Inlet Water Gap H 5.096009-02 

(536PF) (280 -Q 0 2.54800E-02 

B 5.10000E-06 - - - - - ----- - - - - - - - - - - - -. -. -. -.- - - - - -. -. - -. --.. .. . -- . -. -.. . . . . . . . . - -. . . . . 

Cr 1.85300E-02 

Thermal Shield Mn 1.75200E-03 

(SS-304) Fe 5.80700E-02 

Ni 8.57400E-03 -- - - - - ..- - - .. - -.----.. -- - - . - . - - . - . --------... . .. . . . . . . . .---- ..... • 

Cr 1.85300E-02 

RPV Liner Mn 1.752001-03 

(SS-304) Fe 5.80700E-02 

Ni 8.574001-03 

Cavity N 3.20000E-05 

(Air) 0 8.00000E-06 

+This composition is also to be used in the water region between the fuel 

assembly and the core baffle (see Figure 23.1).

2-23
Ilable 2.1.3.3

Low Leakage Core Loading 

Design Specification Material Compositions (cont'd)

Mixture Component

RPV Wall 

(SA-3 023)

RPV 

Insulation

Bio-Shield Liner 

(SA- 3023)

Bio- Shield 

(Concrete)

Lower Reflector 

(Water- Steel) 

(536*F) (280 -Q)

Upper Reflector 

(Water-Steel) 

(584*F) (306.7 0CQ

C 

Si 

Ma 

Fe 

Mo 

Cr 

Mn 

Fe 

Ni 

Al 

N 

0 

C 

Si 

Mn 

Fe 

Mo 

C 

0 

Na 

Mg 

Al 

Si 

K 

Ca 

Fe 

Cr 

14h 

Fe 

Ni 

H 

0 

B 

Cr 

Mn 

Fe 

Ni 

H 

0 

B

Atom Densities 

(atomlb*cm) 

9 .84000E-04 

7.58900E-04 

l..39100E-03 

8 .18300E-02 

3 .14800E-04 

3 .43000E-04 

3 .24000E-05 

1.07400E-03 

1.59 OOOE-04 

1.3 OOOOE-04 

3 .77000E-05 

9 .960OO0E-06 

9. 840OOE-04 

7.58900E-04 

1.39lODE- 03 

8.18300E-02 

3-.14800E-04 

7 .77000E-03 

1.15000E-04 

4.3 8000E-02 

l-OSOOOE-03 

1.48000E-04 

2.39 OOOE-03 

1.58000E-02 

6.93000E-04 

2.29 OOOE-03 

3 .13000E-04 

4. 63250E-03 

4.380003-04 

1.451753-02 

2.143503-03 

3 .82200E-02 

1.911003-02 

3. 825003-06 

4.632503-03 

4.380003-04 

1 .45175E-02 

2.143503-03 

3.55383E-02 

1.77656E-02 

3.53293E-06

2-24
Table 2.1.3.4 

Low Leakage Core Loading Axial Zone Assignments 

-----------------------------------------------------------

. Zone Description ----------------------------------------------------------

1 Lower Reflector 

. 2 Active Core Fuel Assemblies 

3 Upper Reflector 

* 4 Core Baffle 

* 5 By-Pass 

6 Core Barrel 

7 Inner Inlet Water Gap 

!8 Thermal Shield 

9 Outer Inlet Water Gap 

10 Reactor Pressure Vessel Liner 

S 11 Reactor Pressure Vessel 

. 12 Air Gap 

. 13 Pressure Vessel Insulation 

- 14 Cavity 

* 15 Biological Shield Liner 

16 Biological Shield 

---------------------------------------------

2-25
Table 2.1.3.5 

Low Leakage Core Loading 

Fuel Assembly Geometry, Power, and Burnup Distributions

X-Left 

0 .00000E+00 

2. 14850E+01 

4 .29700E+01 

6 44550E+01 

8. 59400E+01 

1 .07425E+02 

1.28910E+02 

1.50399E+02 

2 .14850E+01 

4.29700E+01 

6.44550E+01 

8. 59400E+01 

1 07425E+02 

1.28910E+02 

1.50399E+02 

4.29700E+01 

6.44550E+01 

8.59400E+01 

1.07425E+02 

1.28910E+02 

1.50399E+02 

6.44550E+01 

8.59400E+.01 

1.07425E+02 

1.28910E+02 

8.59400E+01 

1.07425E+02 

1.28910E+02

X-Right 

2.14850E+01 

4.29700E+01 

6.44550E+01 

8.59400E+01 

1.07425E+02 

0.00000E+00 

0 .00000E+00 

0.00000E+00 

4 29700E+01 

6.44550E+01 

8.59400E+01 

1 .07425E+02 

0.00000E+00 

0.00000E+00 

0.00000E+00 

6.44550E+01 

8.59400E+01 

1.07425E+02 

0.00000E+00 

0.00000E+00 

0.00000E+00 

8.59400E+01 

0.00000E+00 

0.00000E+00 

0.00000E+00 

O.00000E+00 

0.00000E+00 

0.00000E+00

Y-Bot 

0.00000E+00 

0. 00000E+00 

0,00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000H+00 

0.00000E+00 

2.14850E+01 

2.14850E+01 

2.14850E+01 

2.14850E+01 

2.14850E+01 

2.14850E+01 

2.14850E+01 

4.29700E+01 

4.29700E+01 

4.29700E+01 

4.29700E+01 

4.29700E+01 

4.29700E+01 

6.44550E+01 

6,44550E+01 

6 .44r50E+01 

6.44550E+01 

8.59400E+01 

8.59400E+01 

8.59400E+01

Y-Top 

2.14850E+01 

2.14850E+01 

2.14850E+01 

2.14850E+01 

2.14850E+01 

0.00000E+00 

0.00000H+00 

0.00000E+00 

4.29700E+01 

4.29700E+01 

4.29700E+01 

4.29700E+01 

0.00000E+00 

0.00000E+00 

0.00000E+00 

6.44550E+01 

6.44550E+01 

6.44550E+01 

0,00000E+00 

0.00000E+00 

0.00000E+00 

8.59400E+01 

0. 00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

O.00000E+00

Relative 

Assembly Power 

1.08800E+00 

1.19500E+00 

1.23700E+00 

1.13200E+00 

1.25100E+00 

1.28000E+00 

1.22700E+00 

3.51000E-01 

1.20900E+00 

1.04000E+00 

1.29100E+00 

1.06600E+00 

1.31300E+00 

1. 22200E+00 

4.47000E-01 

1.04900E+00 

1.10200E+00 

1.29200E+00 

1.38500E+00 

1.06300E+00 

3.55000E-01 

1.24000E+00 

1.27100E+00 

1.13200E+00 

5.25000E-01 

7.72000E-01 

4.76000E-01 

1.69000E-01

BOC Burnup 

(MWD) 

1. 63043E+04 

1.63043E+04 

1.63043E+04 

1. 63043E+04 

1.63043E+04 

1. 50810E+04 

o.00000E+00 

3.44510E+04 

1. 63043E+04 

1. 63043E+04 

1,.63043E+04 

1. 63043E+04 

O.00000E+00 

7.56600E+03 

2. 67040E+04 

1.63043E+04 

1.63043E+04 

1. 63043E+04 

9. 28750E+03 

0 OOOOOE+00 

2. 58990E+04 

1. 63043E+04 

1. 10260E+04 

0.00000E+00 

2. 64120E+04 

2. 68580E+04 

2. 60160E+04 

3. 52640E+04

EOC Burnup (MWD) 

2.44443E+04 

2.44443E+04 

2.44443E+04 

2.44443E+04 

2.44443E+04 

2.71080E+04 

1. 14300E+04 

3.78570E+04 

2.44443E+04 

2.44443E+04 

2.44443E+04 

2.44443E+04 

1.22710E+04 

1.90260E+04 

3.10300E+04 

2.44443E+04 

2.44443E+04 

2.44443E+04 

2.22845E+04 

9.90600E+03 

2.93340E+04 

2.44443E+04 

2.29480E+04 

1.05460E+04 

3.13230E+04 

3.40760E+04 

3.06280E+04 

3. 68980E+04

Note: Assemblies including pin power sets do not have right or top boundaries specified here. These data are included with the pin 

geometry data.

t'.

Assembly Number

1 

2 

3 

4 

5 

6 7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28

Axial 

Peaking 

Factor 

1.0000 

1 .0000 

1.0000 

1. 0000 

1 .0000 

1. 0000 

1 0000 

1.0000 

1. 0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000

Pin 

Power 

Set 

0 

0 

0 

0 

0 

13 

14 

15 

0 

0 

0 

0 

10 

11 

12 

0 

0 

0 

7 

8 

9 

0 

4 

5 

6 

1 

2 

3
Table 2.1.3.6 

Low Leakage Core Loading 

Pin Geometry, Power, and Burnup Distributions

Assembly 6

Y-Bot Y- Top

Pin Power Set 13

Relative 

Pin 

Power

1.07425E+02 

1. 07425E+02 

1.07425E+02 

1. 07425E+02 

1. 07425E+02 

1. 07425E+02 

1.07425SE+02 

1. 07425E+02 

1. 07425E+02 

1. 07425E+02 

1.07425E+02 

1. 07425E+02 

1.07425E+02 

1.074 2SE+02 

1. 07425E+02 

1. 08857E+02 

1. 08857E+02 

1. 08857E+02 

1. 08857E+02 

1. 08857E+02 

1.08857E+02 

1. 08857E+02 

1.08857E+02 

1.08857E+02 

1. 08857E+02 

1..08857E+02 

1.08857E+0; 

1.08857E+O; 

1. 08857E+0; 

1. 08857E+OZ* 

1. 10289E+0', 

1.120289E+0, 

1.10289E+0' 

1 .1O289E+0, 

1 .10289E+0: 

1 .10289E+0: 

1. 10289E+0: 

1.10289E+0: 

1. 102 89E+0 

1.10289E+0 

1.10289E+0 

1.10289E+0 

2..10289E+0 

1.10289E+0 

1.10289E+0

1. 08857E+02 

1. 08857E+02 

1.08857E+02 

1. 08857E+02 

1. 08857E+02 

1. 08857E+02 

1. 08857E+02 

1. 08857E+02 

1. 08857E+02 

1. 08857E+02 

1. 08857E+02 

1. 08857E+02 

1. 08857E+02 

1.08857E+02 

1.08857E+02 

1 .10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1. 10289E+02 

1.102 89E+02 

1.10289E+02 

1.1.0289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

t. 1.10289E+02 

1.10289F.+02 

1.10289E+0; 

I1.10289E+OZ' 

I1.11722E+O: 

a 1.11722E+0: 

a 1.2.1722E+0', 

2 1.11722E+0: 

2 1.11722E+O: 

2 1..21722E+0: 

2 1.12.722E+O: 

2 1.11722E+0: 

2 2..11722E+0: 

2 1.12.722E+0: 

2 1.11722E+0 

2 1.11722E+0 

2 1.12.722E+O 

2 1.11722E+0 

2 1.11722E+0

o .OOOOOE+00 

1 .43223E+00 

2. 86446E+00 

4 .29669E+00 

5 .72892E+00 

7. 16115E+00 

8 .59338E+00 

1. 00256E+01 

1.14578E+01 

1.28901E+01 

1. 43223E+01 

1. 57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

0 .OOOOOE.00 

1.43223E+00 

2. 86446E+00 

4 .29669E+00 

5 .72892E+00 

7 .16115E+00 

8 .59338E+00 

1. 00256E+02 

1.1457 8E+01 

1. 2890O1E+01 

1.43223E+02 

1.57545E+01 

1.71868E+03 

1. 86190OE+03 

2.00512E+01 

0.00000E+0C 

Z1.43223E+0( 

a 2.86446E+0( 

a 4.29669E+O( 

2 5.72892E+01 

2 7.16115E+01 

a 8.59338E+01 

2 1.00256E+0: 

2 1.14578E+O: 

2 1.28902.E+0 

2 1.43223E+0 

2 1.57545i3+0 

2 1.71868E+0 

2 1.86190E+0 

2 2.0052.2E+0

1.43223E+00 

2.86446E+00 

4 .29669E+00 

5 .72892E+00 

7 .162115E+00 

8 .59338E+00 

1.00256E+01 

1.14578E+01 

1. 2890O1E+01 

1 .43223E4.01 

1. 57545E+01 

1.71868E+01 

1. 8619 0E+01 

2 .0051!E+01 

2 .14835E+01 

1. 43223E+00 

2 .86446E+00 

4.29 669E+00 

5 .72892E+bO 

7 .16115E+00 

8 .59338E+oO 

1. 00256E+01 

*1.14578E+01 

1. 2890O1E+03 

1.43223E+.03 

*1.57545E+03 

*1.71868E+03 

*1.86190E+01 

*2.00512E+Ofl 

*2.14835E+0' 

31.43223E+0( 

2.86446E+01 

24.29669E+01 

25.72892E+01 

27.161.15E+01 

28.59338E+01 

2 i.00256E+O' 

I 1.14578E+0 

I1 2.28902.E+0 

I. 1.43223E+0 

1 1.57545E+0 

1 2..71868E+0 

1 1.86190E+0 

1 2.00512E+0 

1 2.2.4835E+0

1. 02683E+00 

1.00624E+00 

9 .73782E-01 

9 .63490E-01 

o .OOOOaE+0O 

9 .41323E-01 

9 .23906E-01 

9 .18364E-01 

9 .18364E-01 

9 .29448E-01 

0.OOOOOE+00 

9 .31031E-01 

9 .19947E-01 

9 .14406E-01 

8 .76404E-01 

1. 08779E+00 

1. 02603E+00 

9 .91200E-01 

2..02524E+00 

1. 00862E+00 

9 .94367E-01. 

*9.88033E-01 

9.87241E-01 

*9.82491E-03 

*9.84075E-01 

*9.90408E-03 

-9.94367E-03 

L9.41.323E-01 

L 9.36573E-01 

L 9.26282.E-01 

2 1.09966E+0( 

2 1.03553E+0( 

2 6.68189E-0: 

2 1.01891E+01 

2 9.92783E-0: 

D 9.81699E-0: 

3. 9.85658E-0:. 

1 6.27813E-O0 

1 9.81699E-0 

1 9.72991E-0 

1 9.76949E-0 

1 9.91200E-O 

1 6.40480E-0 

1 9.49240E-0 

1 9.3894SE-0

1. 508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1..508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E4-04 

1.508E+04 

1.508E+04 

1 .508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

*1.508E+04 

*1.508E+04 

1.508E+04 

*1.508E+04 

* .508E+04 

1 .508E+04 

*1.508E+04 

1 .508E+04 

L1.508E+04 

L 1.508E+04 

) 1.508E+04i 

) 1.508E+04 

L 1.5O8E+0O' 

2 1.508E+04 

1. l.5O8E+0j 

I 1.508E+O' 

I. 1.508E+O, 

I. 1.5O8E+O, 

1 1.508E+O, 

21 1.508E+0

I1 .508E+O 

1 l.508E+0 

2. 1.508E+0 

1 1.508E.O 

1 1.508E+O

2.711E+04 

2 .71!.E+04 

2 .711E+04 

2.711E+04 

2.711E+04 

2 .711E+04 

2. 711E+04 

2.7211E+04 

2 .711E+04 

2..711E+04 

2.711E+04 

2 .711E+04 

2.711E+04 

2. 711E+04 

2 .711E+04 

2 .711E+04 

2 .711E+04 

2 .711.E+04 

2 .711E+04 

2 .711E+04 

2 .711E+04 

2 .'711E+04 

2 .711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

L2.711E+04 

i 2.711E+04 

I 2.711E+04 

I 2.711E+04 

I 2.71!E+04 

I 2.711E+04 

t 2.71!.E+04 

I 2.711E+04 

I2.711E+04 

4 2.711E+04 

4 2.711E+04 

4 2.711E+04 

4 2.711E+04 

4 2.711E+04 

4 2.711.E+04

2-27

X- Left Z-Right

BOC 

Bu~rnup 

(MWD )

EOC 

Burnup 

(MWD '
Table 2.1.3.6

Low Leakage Core Loading 

Pin Geometry, Power, and Burnup Distributions (cont'd)

Assembly 6 Pin Power Set 13

BOC EOC 

Burnup Burnup 

(',0M ) (MWD)

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E÷02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+0; 

1.17451E+0; 

1.18883E+0; 

1. 18883E+01 

1.18883E+0, 

1.18883E+0, 

1. 18883E+0, 

1. 18883E+0• 

1.18883E+0, 

1.18883E+O0 

1.18883E+0• 

1.18883E+0• 

1.18883E+0: 

1.18883E+0: 

1.18883E÷0: 

1.18883E+0: 

1.18883E+0:

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

*1.18883E+02 

S1.18883E+02 

1.18883E+02 

1.18883E+02 

* 1.18883E+02 

2 1.20315E+02 

2 1.20315E+02 

1.20315E+02 

2 1.20315E+02 

Z 1.20315E+02 

Z 1.20315E+02 

I 1.20315E+0ý 

Z 1.20315E+0• 

Z 1.20315E+0• 

2 1.20315E+0' 

2 1.20315E+0: 

2 1.20315E+0' 

2 1.20315E+0, 

2 1.20315E+0O 

2 1.20315E+0•

0.OOOOOE+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

0.OOOOOE+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

0.OOOOOE+0C 

1.43223E+0C 

2.86446E+OC 

4.29669E+OC 

5.72892E+OC 

7.16115E+0C 

8.59338E+0( 

t 1.00256E+01 

1.14578E+01 

1.28901E+0• 

1.43223E+0: 

1.57545E+0: 

1.71868E+0: 

Z 1.86190E+0: 

I 2.00512E+0:

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.8619 OE+01 

2.00512E+01 

2.14835E+01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+DO 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

* 1.71868E+01 

* 1.86190E+01 

2.00512E+01 

2.14835E+01 

1.43223E+00 

I 2.86446E+00 

I 4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

L 1.14578E+01 

L 1.28901E+01 

L 1.43223E+01 

L 1.57545E+01 

L 1.71868E÷01 

L 1.86190E+03 

L 2.00512E+03 

L 2.14835E+01

1.09729E÷00 

1.08304E+00 

1.03158E+00 

9.95158E-01 

9.72991E-01 

9.69032E-01 

9.79324E-01 

9.87241E-01 

9.76949E-01 

9.64282E-01 

9.63490E-01 

9.76949E-01 

9.94367E-01 

1.00545E+00 

9.54782E-01 

1.09570E+00 

1.08620E+00 

6.56314E-01 

1.00149E+00 

9.76158E-01 

9.72991E-01 

9.89616E-01 

0.00000E+00 

9.88033E-01 

9.69032E-01 

9.67449E-01 

9.84075E-01 

6.36521E-01 

1.01099E+00 

9.55574E-01 

1.09966E+00 

1.08541E+00 

1.03474E+00 

9.97533E-01 

9.75366E-01 

9.72199E-01 

9.82491E-01 

9.90408E-01 

L 9.80908E-02 

* 9.68241E-01 

* 9.68241E-03 

* 9.80908E-03 

* 9.99908E-01 

- 1.01099E+0( 

1 9.60324E-01

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

* 1.508E+04 

L 1.508E+04 

* 1.508E+04 

1.508E+04 

* 1.508E+04 

* 1.508E÷04 

* 1.508E÷04 

1.508E+04 

- 1.508E+04

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.7i!E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.71!E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E÷04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E÷04

2-28

X-Left X-Right Y-Bot Y-Top

Relative 

Pin 

Power
Table 2.1.3.6

Low Leakage Core Loading 

Pin Geometry, Power, and Burnup Distributions (cont'd)

Assembly 6

Y-Bot Y-Top

Pin Power Set 13

Relative 

Pin 

Power

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 1.16018E+02

o.OOOOOE+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

0.00000E+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

0.00000E+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

2.14835E+01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.432237•01 

1.57545E+01 

1.71868E+01 

1.86190E÷01 

2.00512E+01 

2.14835E+01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

2.14835E+01

1.11075E+00 

1.09887E+00 

1.04345E+00 

1.00387E+00 

9.80116E-01 

9.70616E-01 

9.72991E-01 

9.76158E-01 

9.69824E-01 

9.63490E-01 

9.66657E-01 

9.79324E-01 

9.96742E-01 

1.00783E+00 

9.54782E-01 

O.OOOOOE+00 

1.09491E+00 

1.02920E+00 

9.91991E-01 

9.72199E-01 

9.64282E-01 

9.62699E-01 

9.62699E-01 

9.60324E-01 

9.57949E-01 

9.60324E-01 

9.69824E-01 

9.85658E-01 

1.00783E+00 

0.OOOOOE+00 

1.10758E+00 

1.08620E+00 

1.02445E+00 

9.88825E-01 

9.70616E-01 

9.64282E-01 

9.65074E-01 

9.66657E-01 

9.62699E-01 

9.58740E-01 

9.60324E-01 

9.69032E-01 

9.84866E-01 

1.00466E+00 

9.61907E-01

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E÷04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.71!E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.71!E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.:711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E*04

2-29

X-Left X-Right

BOC 

Burnup 

(MWD)

EOC 

Burnup 

(MWD )
Table 2.1.3.6

Low Leakage Core Loading 

Pin Geometry, Power, and Burnup Distributions (cont'd)

Assembly 6

Y-Bot

Pin Power Set 13 

Relative 

Pin 

Y-Top Power

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02

o.OOOOOE+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

0.OOOOOE+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

0.OOOOOE+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

2.14835E+01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E301 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

2.14835E+01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

2.14835E+01

1.11312E+00 

1.09254E+00 

1.03078E+00 

9.95158E-01 

9.76949E-01 

9.70616E-01 

9.72199E-01 

9.74574E-01 

9.71407E-01 

9.67449E-01 

9.69824E-01 

9.79324E-01 

9.95950E-01 

1.01733E+00 

9.74574E-01 

0.OOOOOE+00 

1.10679E+00 

1.04108E+00 

1.00387E+00 

9.84866E-01 

9.77741E-01 

9.76949E-01 

9.77741E-01 

9.75366E-01 

9.74574E-01 

9.77741E-01 

9.88825E-01 

1.00624E+00 

1.02999E+00 

0.00000E+00 

1.13133E+00 

1.12183E+00 

1.06799E+00 

1.02920E+00 

1.00545E+00 

9.96742E-01 

9.99908E-01 

1.00387E+00 

9.98325E-01 

9.93575E-01 

9.98325E-01 

1.01337E+00 

1.03237E+00 

1.04424E+00 

9.89616E-01

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04

2-3b

X-Left X-Right

BOC 

Burnup 

(MWD)

EOC 

Burnup 

(MWD)
Table 2.1.3.6

Low Leakage Core Loading 

Pin Geometry, Power, and Burnup Distributions (cont'd)

X-Left

1.24612E+02 

1.24612E+02 

1.24612E÷02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02

X-Right

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E÷02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02

Assembly 6 

Y-Bot 

o.oooo0E+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

o.00000E+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E÷01 

1.86190E+01 

2.00512E+01 

0.OOOOOE+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+03

Pin Power Set 13

Y-Top

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E÷00 

7.16115E÷00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

2.14835E+01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223 01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

2.14835E+01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

L 1.57545E+01 

* 1.71868E+01 

* 1.86190E+01 

* 2.00512E+01 

* 2.14835E+01 

2-31

Relative 

Pin 

Power

1.14083E÷00 

1.07908E+00 

6.96690E-01 

1.06958E+00 

1.04424E+00 

1.03474E+00 

1.03949E+00 

6.59480E-01 

1.03791E+00 

1.03158E+00 

1.03712E+00 

1.05374E+00 

6.76898E-01 

1.00862E+00 

9.97533E-01 

1.17012E+00 

1.11312E+00 

1.08304E+00 

1.12737E+00 

1.11391E+00 

1.10045E+00 

1.09412E+00 

1.09570E+00 

1.09254E+00 

1.09649E+00 

1.10600E+00 

1.11075E+00 

1.04820E+00 

1.04187E+00 

1.02762E+00 

1.17646E+00 

1.17646E+00 

1.15033E+00 

1.14162E+00 

o.OOOOCE+00 

1.12500E+00 

1.11312E+00 

1 .11075E+00 

1 .11233E+00 

1.12104E+00 

o .OOOOOE+00 

1.12420E+00 

* 1.11391E+00 

L 1.10283E+00 

* 1.04345E÷00

BOC 

Burnup 

(MfD )

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E÷04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

!.50eE+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.S08E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04 

1.508E+04

EOC Burnup 

MWD )

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E÷04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

"2.711E+04 

2.711E-P04 

2.711E+04 

2.711E+04 

2.71!E-04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+C4 

2.711E+04 

2.711E+04 

2.71'1E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+C4 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E+04 

2.711E÷04
Table 2.1.3.7

Low Leakage Core Loading 

Axial Power Distributions

Zone 

Axial 

Boundary 

0.OOOOE+00 

1.3970E+01 

2.7381E+01 

4.0792E+01 

5.4204E+01 

6.7615E+01 

8.1026E+01 

9.4437E+01 

1.0785E+02 

1.2126E+02 

1.3467E+02 

1.4808E+02 

1.6149E+02 

1.7490E+02 

1.8832E+02 

2.0173E+02 

2.1514E+02 

2.2855E+02 

2.4196E+02 

2.5537E+02 

2.6878E+02 

2.8219E+02 

2.9561E+02

Radial Zone

1 

0.0000E+00 

2.0078E-02 

2.6358E-02 

3.2677E-02 

3.7477E-02 

3.9837E-02 

4.1797E-02 

4.2797E-02 

4.3677E-02 

4.4156E-02 

4.4596E-02 

4.4876E-02 

4.5156E-02 

4.5316E-02 

4.5516E-02 

4.5596E-02 

4.5716E-02 

4.5676E-02 

4.5596E-02 

4.5156E-02 

4.4636E-02 

4.3117E-02

2 

0.OOOOE+00 

2.0504E-02 

2.6696E-02 

3.2856E-02 

3.7568E-02 

3.9824E-02 

4.1704E-02 

4.2648E-02 

4.3512E-02 

4.3976E-02 

4.4416E-02 

4.4688E-02 

4.4960E-02 

4.5136E-02 

4.5320E-02 

4.5416E-02 

4.5512E-02 

4.5480E-02 

4.5432E-02 

4.5048E-02 

4.4560E-02 

4.3120E-02

3 

0.OOOOE+00 

1.9647E-02 

2.6087E-02 

3 .2519E-02 

3.7447E-02 

3.9879E-02 

4.1879E-02 

4.2871E-02 

4.3767E-02 

4.4262E-02 

4.4718E-02 

4.4990E-02 

4.5270E-02 

4.5454E-02 

4.5630E-02 

4.5742E-02 

4.5854E-02 

4.5806E-02 

4.5758E-02 

4.5318E-02 

4.4766E-02 

4.3167E-02

4 

0.OOOOE+00 

2.3472E-02 

2.9048E-02 

3.4631E-02 

3.8815E-02 

4.0735E°02 

4.2295E-02 

4.3079E-02 

4.3743E-02 

4.4079E-02 

4.4383E-02 

4.4519E-02 

4.4647E-02 

4.4671E-02 

4.4687E-02 

4.4639E-02 

4.4567E-02 

4.4367E-02 

4.4159E-02 

4.3639E-02 

4.3031E-02 

4.1671E-02

2-32

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

I1 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22
Table 2.1.3.7

Zone 

Axial 

Boundary 

2.9561E+02 

3.0902E+02 

3.2243E+02 

3.3584E+02 

3.4925E+02 

3.8211E+02

Radial 

Zone 

1 

2 

3 

4

Low Leakage Core Loading 

Axial Power Distributions (cont'd) 

Radial Zone 

. 2 3

4.1157E-02 

3.6277E-02 

2.9678E-02 

2.3078E-02 

0.0000E+00

4.1272E-02 

3.6560E-02 

3.0120E-02 

2.3672E-02 

0.OOOOE+00

4.1127E-02 

3.6127E-02 

2.9343E-02 

2.2567E-02 

0.OOOOE+00

4

3.9967E-02 

3.5896E-02 

3.0384E-02 

2.4872E-02 

0.OOOOE+00

Zone 

Radial 

Boundary 

107.175 

128.610 

150.040 

184.461

2-33

22 

23 

24 

25 

26 

27
Table 2.1.3.8 

Low Leakage Core Loading Edit Locations 

-...................................................................... 

R(cm) Z(cm) e (degrees). 

-..................................................................... 

Thermal Shield Capsule: 

Flux Spectrum and 

Peak Reaction Rates 202.25 195.76 20 

Pressure Vessel Capsule: 

Flux Spectrum and 

Peak Reaction Rates 215.43 195.76 20 

Cavity Capsule: 

Flux Spectrum and 

Peak Reaction Rates 320.06 184.665 9.5 

Fluxes and DPA Rates 320.06 184.665 0-45 

Pressure Vessel 0-T-+ 

(A) Axial Peak Location 

(a) Z > 1.0 M1V 219.393 195.760 0-45 

(b) E > 0.1 NEV 219.393 195.760 0-45 

(c) DPA Rates 219.393 195.760 0-45 

(d) Flux Spectrum 219.393 195.760 15.5 

(B) Lower Weld Location 219.393 67.1048 0-45 

Pressure Vessel 1/4 T: 

(A) Axial Peak Location 

(a) E > 1.0 MEV 224.473 195-760 0-45 

(b) E > 0.1 MEV 224.473 192.062 0-45 

(c) DPA Rates 224.473 195.760 0-45 

(d) Flux Spectrum 224.473 195.760 15.5 

(B) Lower Weld Location 224.473 67.1048 0-45 

- --------------------------------------------------------------------

Pressure Vessel 1/2 T: 

(A) Axial Peak Location 

(a) E > 1.0 MEV 229.870 195.760 0-45 

(b) E > 0.1 MEV 229.870 192.062 0-45 

(c) DPA Rates 229.870 192.062 0-45 

(d) Flux Spectrum 229.870 195.760 15.5 

(B) Lower Weld Location 229.870 67.1048 0-45 

Pressure Vessel 3/4 T: 

(A) Axial Peak Location 

(a) E > 1.0 MEV 235.268 192.062 0-45 

(b) E > 0.1 MEV 235.258 192.062 0-45 

(c) DPA Rates 235.268 192.062 0-45 

(d) Flux Spectrum 229.870 192.062 15.5 

(B) Lower Weld Location 235.268 67.1048 0-45 -..................................................................... 

Pressure Vessel Outer T: 

(A) Axial Peak Location 

(a) E > 1.0 MEV 240.342 192.062 0-45 

(b) Z > 0.1 MEV 240.342 188.363 0-45 

(c) DPA Rates 240.342 188.363 0-45 

(d) Flux Spectrum 240.342 195.760 15.5 

(B) Lower Weld Location 240.342 67.1048 0-45 

Downcomer 210.50 195.76 0-45 - - - - - - - - - - - - - -- - -- -- - - - -- - - - - - - - - - - -. . - --.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

+The inner-wall (O-T) and vessel outer-wall (T) edits were taken at the center 

of the mesh blocks immediately inside the vessel. The vessel internal edits were 

taken at mesh blocks centered about the required edit location.

2-34
Table 2.1.4.1 

Partial Length Shield Assembly Core Loading 

Basic Design Data ----------------

--------------------------------------------------------

Reactor .Material 

----------------------------

Thermal Power . 2527.73 MW(TH) . -

------------------------------------------------

Core Inlet Temp. . 536"F (2800C - " 

---------------- -------------- ----- A--- 

Core Operating Pressure . 2010 psia (13.859Mfa) -

----------------------------------------

a -----

Baffle Thickness 1.5875 cm SS-304 

----------------------------------- 0-------- ;-----

..... By-Pass (560 F 293.3 °C) 

2010 psia . 

- ---- - --- -- ---- --- -- - ---- --. -.- . -. . . . ..- .-- (13.859 M Pa) . 

Inner Radius of Core Barrel . 190.185 cm = . . 

------------------------ ----------------------

Barrel Thickness 3.81 cm . SS-304 

------------------------------------- 

---------

Inner Inlet Thickness 2.54 cm . H2O (5367F '290 'Q 

2010 psia. S

(13.859 MPa) 

---- --- --- --- ---- -- - --- -------------- '' ------- . '' - ' .. . . . ---- (1 . o 5 t 

Inner Radius of Thermal Shield. 196.535 cm 

-------------------------------------- 

------

Thermal Shield Thickness . 3.81 cm . SS-304 

------- '--" - - -- - - - --------- -----------------------------

Outer Inlet Thickness 18.095 cm . H2 0 (53 6*F '280 C)* 2010 psia 

"-- (13.859 MPa) -. 

Inner Radius of Liner Clad 218.440 cm. 

----------------------- ----------- - ---------------

Vessel Liner Clad Thickness 0.635 cm SS-304 

S... .......------ -- - - - - - - - -- - - - - - - - - - - - - - - -----. 

Vessel Thickness 21.59 cm SA-302B 

S... .... ------------------ -------------- ... 

PV Insulation Air Thickness 1.835 cm Air 

... . ........------- -- - - - - - - - -- - -- - - - - - - - - - --.--

PV Insulation Thickness . 10.16 cm . PV Insulation._ 

---------------------------------------------- Cavity Thickness 82.62 cm Air 

----------------- ----------------------------

. Inner Radius of . 335.280 cm . -" 

Biological Shield 

----------------------------------------------

Bio-Shield Liner Thickness . 0.635 cm . SA-302B 

------------------------------------ 

-----------

. Bio-Shield Thickness . 213.36 cm . Concrete 

--------------------- -----------

2-35
Table 2.1.4.2 

Partial Length Shield Assembly Core Loading 

Core and Fuel Assemblies

. Total Number of Fuel Assemblies 204

. Number of Partial Length Fuel Assemblies 24

. Number of Rods per assembly (15x15) 216 fuel rods 

8 guide tubes

1 instrument tube

Assembly Pitch 

Pin Pitch 

Fuel Material 

.. Cladding Material 

. Fuel Active Length

21.485 cm 

1.43233 cm 

Sintered U0 2 pellets 

Zr-4 

335.28 cm

. Fuel Active Length of 240.148 cm 

• Partial Length Assembly ------ -------------------------------------------------------

Partial Length Shield Assembly Core Loading Basic Design Data 

Upper and Lower Reflectors 

Lower Reflector Thickness 13.97 cm SS-304 + Water (536"F) (28000 

* Upper Reflector Thickness 32.865 cm SS-304 + Water (584*F)(306.70C)

2-36
Table 2.1.4.3 

Partial Length Shield Assembly Core Loading 

Design Specification Material Compositions 

---- '''''''''''' " .... " .. . ----- " .. .. " ....... ........ " .... "---'

Mixture Component Atom Densities 

(atom/bocm) 

H 2.82500E-02 

B 2.692001-05 

0 1.41200E-02 

C 2.581001-05 

0 (fuel) 1.285001-02 

1l 3.560001-04 

Core Cr 1.60800E-05 

Fe 2.20S00E-05 

Ni 3.877001-05 

Zr 5.448009-03 

U-235 1.12000E-04 

U-238 6.030001-03 

Pu-239 2.200001-05 

Pu-240 7.12000E-06 

Cr 1.85300E-02 

Baffle Mn 1.752001-03 

(SS-304) Fe 5.80700E-02 

Ni 8.57400E-03 

Bypass+ H 4.929001-02 

* (560°F) (293.3 °C) 0 2.46400E-02 

B 4.900001-06 

Cr 1.85300E-02 

Core Barrel Mn 1.752001-03 

(SS-304) Fe 5.807001-02 

Ni 8.574001-03 

Inlet Water Gap H 5.09600E-02 

(536*F) (280 0C) 0 2.548001-02 

B 5.100001-06 

Cr 1.853001-02 

Thermal Shield Mn 1.752001-03 

(SS-304) Fe 5.807001-02 

Ni 8.574001-03 

Cr 1.85300E-02 

RPV Liner Mn 1.752001-03 

(SS-304) Fe 5.807001-02 

Ni 8.57400E-03 

C 9.84000E-04 

RPV Wall Si 7.58900E-04 

(SA-3029) Mn 1.39100-E03 

Fe 8.183001-02 

Mo 3.14800E-04 

+This composition is also to be used in the water region between the fuel 

assembly and the core baffle (see Figure 2.4.1).

2-37
Table 2.1.4.3 

Partial Length Shield Assembly Core Loading 

Design Specification Material Compositions (cont'd) 

. . . . . . . . . . . ..---------------------------------------

Mixture Component Atom Densities 

(atom/b*cm) ........................----------------------------------------

Cr 3.43000E-04 

Mn 3.24000E-05 

RPV Fe 1.07400E-03 

Insulation Ni 1.59000E-04 

Al 1.30000E-04 

N 3-77000E-05 

0 9.96000E-06 -. . . . . . . . . . ..--------------------------------------------------

Cavity N 3.20000E-05 

(Air) 0 8.000003-06 ------------- --------------------------------------------------

C 9.84000E-04 

Bio-Shield Liner Si 7.58900E-04 

(SA-302B) Mn 1.39100E-03 

Fe 8.18300E-02 

Mo 3.14800E-04 ------- --------------------------------------------------

H 7.77000E-03 

C 1.15000E-04 

0 4-38000E-02 

Na 1.05000E-03 

Bio-Shield Mg 1.48000E-04 

(Concrete) Al 2.39000E-03 

Si 1.58000E-02 

K 6.93000E-04 

Ca 2.29000E-03 

Fe 3.13000E-04 ------- --------------------------------------------------

Cr 8.783003-03 

Mn 8.304003-04 

Fe 2.753003-02 

Shield Ni 4.06400E-03 

Assembly H 2-684003-02 

0 1.34200E-02 

B-10 2.67200E-06 -. . . . . . . . . . ..------------------------------------------

Cr 4.63250E-03 

Mn 4.38000E-04 

Lower Reflector Fe 1.45175E-02 

(Water-Steel) Ni 2.14350E-03 

(536"F) (280 QC) H 3.8220CE-02 

0 1.91100E-02 

B 3.82500E-06 ------- --------------------------------------------------

Cr 4.63250E-03 

Mn 4.38000E-04 

'Upper Reflector Fe 1.45175E-02 

(Water-Steel) Ni 2.14350E-03 

(584'F) (306.7 *c H 3.55383E-02 

0 1.77656E-02 

B 3.53293E-06 -. . . . . . . . . . ..--------------------------------------------------

2-38
Table 2.1.4.4 

Partial Length Shield Assembly Core Loading 

Axial Zone Assignments 

Zone Description 

1 Lower Reflector 

2,3 Active Core Fuel Assemblies 

4 Upper Reflector 

5 Shield Assembly 

6 Core Baffle 

. 7 By-Pass 

. 8 Core Barrel 

9 Inner Inlet Water Gap 

10 Thermal Shield 

11 Outer Inlet Water Gap 

. 12 Reactor Pressure Vessel Liner 

. 13 Reactor Pressure Vessel 

14 Air Gap 

. 15 Pressure Vessel Insulation 

16 Cavity 

17 Biological Shield Liner 

18 Biological Shield 

2-39
Table 2.1.4.5

Upper Partial Assembly Core Loading 

Fuel Assembly Geometry, Power, and Burnup Distributions

X-Left 

0.00000E+00 

2.14850E+01 

4.29700E+01 

6.44550E+01 

8.59400E+01 

1.07425E+02 

1.28910E+02 

1 50399E+02 

2,14850E+01 

4 .29700E+01 

6.44550E+01 

8.59400E+01 

1,07425E+02 

1,28910E+02 

1 .50399E+02 

4 29700E+01 

6.44550E+01 

8,59400E+01 

1.07425E+02 

1.28910E+02 

1.50399E+02 

6.44550E+01 

8.59400E+01 

1.07425E+02 

1.28910E+02 

8.59400E+01 

1.07425E+02 

1.28910E+02

X-Right 

2.14850E+01 

4.29700E+01 

6.44550E+01 

8.59400E+01 

1.07425E+02 

0.00000E+00 

0.00000E+00 

0.00000E+00 

4.29700E+01 

6.44550E+01 

8.59400E+01 

1.07425E+02 

0.00000E+00 

0.00000E+00 

0 .00000E+00 

6.44550E+01 

8.59400E+01 

1.07425E+02 

0 .00000E+00 

0.00000E+00 

0.00000E+00 

8.59400E+01 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00

Y-Bot 

0.00002E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.O0000E+00 

0.00000E+00 

0.00000E+00 

2.14850E+01 

2.14850E+01 

2.14850E+01 

2.14850E+01 

2.14850E+01 

2.14850E+01 

2.14850E+01 

4.29700E+01 

4.29700E+01 

4.29700E+01 

4.29700E+01 

4.29700E+01 

4.29700E+01 

6.44550E+01 

6.44550E+01 

6,44550E+01 

6.44t50E+01 

8.59400E+01 

8.59400E+01 

8.59400E+01

Y-Top 

2.14850E+01 

2.14850E+01 

2.14850E+01 

2.14850E+01 

2.14850E+01 

0.00000E+00 

0.00000E+00 

0.00000E+00 

4.29700E+01 

4.29700E+01 

4.29700E+01 

4.29700E+01 

0.00000E+00 

0.00000E+00 

0.00000E+00 

6.44550E+01 

6.44550E+01 

6.44550E+01 

0.00000E+00 

0.000002+00 

0.00000E+00 

8.59400E+01 

0.00000E+00 

8.00000E+00 

0.00000E+00 

0.00000E+00 

O.00000E+00 

0.00000E+00

Relative Assembly Power 

.7.72900E-01 

8.77600E-01 

8.91400E-01 

7.63500E-01 

8.77600E-01 

8.20900E-01 

8.22400E-01 

3.60000E-01 

8.20900E-01 

7 .52500E-01 

9.43000E-01 

7.80200E-01 

8.48400E-01 

8.493002-01 

4.58000E-01 

8. 13600E-01 

7.671002-01 

9 42300E-01 

6 86000E-01 

7.63400E-01 

3 60000E-01 

8.20900E-01 

7.31700E-01 

8.60900E-01 

5.46200E-01 

8.45500E-01 

6.60800E-01 

4.67600E-01

BOC (MWD) Burnup 

4.02000E+03 

4.02000E+03 

4.02000E+03 

0.00000E+00 

0.00000E+00 

1.46200E+04 

7,50500E+03 

0. 00000E+00 

4.02000E+03 

4.02000E+03 

0.00000E+00 

0.00000E+00 

8.52800E+03 

1.21170E+04 

0.00000E+00 

4.02000E+03 

0.00000E+00 

0.00000E+00 

2.47790E+04 

0.00000E+00 

0.00000E+00 

0.00000E+00 

2.08950E+04 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00

EOC (MWD) Burnup 

1.54280E+04 

1.54280E+04 

1.54280E+04 

1.21140E+04 

1 .43140E+04 

2.81650E+04 

2.09740E+04 

3.43500E+03 

1 .54280E+04 

1.54280E+04 

1.49700E+04 

1.18320E+04 

2.24750E+04 

2.60290E+04 

4.32600E+03 

1.54280E+04 

1.20663E+04 

1.49243E+04 

3.61655E+04 

1.26090E+04 

3.43500E+03 

1.28990E+04 

3.30110E+04 

1.41970E+04 

8.91500E+03 

1.40180E+04 

1 .08970E+04 

7.63500E+03

Note: Assemblies including pin power sets do not have right or top boundaries specified here. These data are included with the pin 

geometry data.

Assembly Number 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

0 18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28

Peaking Axial 

Factor 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1,0000 

1.0000 

1. 0000 

1.0000 

1 .0000 

1.0000 

1.0000 

1 .0000 

1. 0000

Power Pin 

Set 

0 

0 

0 

0 

0 

13 

14 

15 

0 

0 

0 

0 

10 

11 

12 

0 

0 

0 

7 

8 

9 

0 

4 

5 

6 

1 

2 

3
Table 2.1.4.6

Lower Partial Assembly Core Loading 

Fuel Assembly Geometry, Power, and Burnup Distributions

X-Left 

0.OOOOOE+00 

2.14850E+01 

4.29700E+01 

6.44550E+01 

8.59400E+01 

1.07425E+02 

1.28910E+02 

2.14850E+01 

4.29700E+01 

6.44550E+01 

8.59400E+01 

1.07425E+02 

1.28910E+02 

4.29700E+01 

6.44550E+01 

8.59400E+01 

1.07425E+02 

1.28910E+02 

6.44550E+01 

8.59400E+01 

1.07425E+02 

1.28910E+02 

8.59400E+01 

1.07425E+02 

1.28910E+02

X-Right 

2.14850E+01 

4.29700E+01 

6.44550E+01 

8.59400E+01 

1.07425E+02 

0.OOOOOE+00 

0.OOOOOE+00 

4.29700E+01 

6.44550E+01 

8.59400E+01 

1.07425E+02 

0.OOOOOE+00 

0.OOOOOE+00 

6.44550E+01 

8.59400E+01 

1.07425E+02 

0.OOOOOE+00 

0.OOOOOE+00 

8.59400E+01 

0.OOOOOE+00 

0.OOOOOE+00 

0.OOOOOE+00 

0.OOOOOE+00 

0.00000E+00 

0.OOOOOE+00

Y-Bot 

0.OOOOOE+00 

0.OOOOOE+00 

0.OOOOOE+00 

0.OOOOOE+00 

0.OOOOOE+00 

0.OOOOOE+00 

0.OOOOOE+00 

2.14850E+01 

2.14850E+01 

2.14850E+01 

2.14850E+01 

2.14850E+01 

2.14850E+01 

4.29700E+01 

4.29700E+01 

4.29700E+01 

4.29700E+01 

4.29700E+01 

6.44550E+01 

6.44150E+01 

6.445 50E+01 

6.44550E+01 

8.59400E+01 

8.59400E+01 

8.59400E+01

Y-Top 

2.14850E+01 

2.14850E+01 

2.14850E+01 

2.14850E+01 

2.14850E+01 

0.OOOOOE+00 

0.OOOOOE+00 

4.29700E+01 

4.29700E+01 

4.29700E+01 

4.29700E+01 

0.OOOOOE+00 

0.OOOOOE+00 

6.44550E+01 

6.44550E+01 

6.44550E+01 

0.OOOOOE+00 

0.OOOOOE+00 

8.59400E+01 

0.OOOOOE+00 

0.OOOOOE+00 

0.OOOOOE+00 

0.OOOOOE+00 

0.OOOOOE+00 

0.OOOOOE+00

Relative 

Assembly Power 

2.90100E-01 

3.29400E-01 

3.34600E-01 

2.86500E-01 

3.29400E-01 

3.11100E-01 

3.07600E-01 

3.08100E-01 

2.82500E-01 

3.54000E-01 

2.92800E-01 

3.21500E-01 

3.17700E-01 

3.05400E-01 

2.87900E-01 

3.53700E-01 

2.60000E-01 

2.85600E-01 

3.08100E-01 

2.77300E-03. 

3.22100E-01 

1.96800E-01 

3.20500E-01 

2.47100E-01 

1.68400E-01

BOC Burnup 

(MWD) 

4.02000E+03 

4.02000E+03 

4.02000E+03 

0.OOOOOE+00 

0.OOOOOE+00 

1.46200E+04 

7.50500E+03 

4.02000E+03 

4.02000E+03 

o.OOOOOE+00 

0.OOOOOE+00 

8.52800E+03 

1.21170E+04 

4.02000E+03 

0.OOOOOE+00 

0.00000E+00 

2.47790E+04 

0.OOOOOE+00 

0.OOOOOE+00 

2.08950E+04 

o.00000E+00 

o.00000E+00 

0.OOOOOE+00 

0.OOOOOE+00 

0.OOOOOE+00

EOC Burnup 

(MWD) 

1.54280E+04 

1.54280E+04 

1.54280E+04 

1.21140E+04 

1.43140E+04 

2.81650E+04 

2.09740E+04 

1.54280E+04 

1.54280E+04 

1.49700E+04 

1.18320E+04 

2.24750E+04 

2.60290E+04 

1.54280E+04 

1.20663E+04 

1.49243E+04 

3.61655E+04 

1.26090E+04 

1.28990E+04 

3.30110E+04 

1.41970E+04 

8.91500E+03 

1.40180E+04 

1.08970E+04 

7.63500E+03

:Note: Assemblies including pin power sets do not have right or top boundaries specified here. These data are included with the pin 

geometry data.

Assembly Number 

1 

2 

3 

4 

5 

6 

7 

9 

10 

11 

12 

13 

14 

16 

17 

.& 18 - 19. 

20 

22 

23 

24 

25 

26 

27 

28

Axial 

Peaking 

Factor 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1. 0000 

1.0000 

1. 0000 

1. 0000 

1. 0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.0000 

1.000.0 

1.0000

Pin 

Power 

Set 

0 

0 

0 

0 

0 

11 

12 

0 

0 

0 

0 

9 

10 

0 

0 

0 

7 

a 

0 

4 

5 

6 

1 

2 

3
Table 2.1.4.7 

Upper Partial Assembly Core Loading 

Pin Geometry, Power, and Burnup Distributions

Assembly 6

Y-Bot Y-Top

Pin Power Set 13

Relative 

Pin 

Power

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.1 1722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

t 1.11722E+02

0.OOOOOE+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

0.00000E+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

0.00000E+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01

L.43223E+00 

2.86446E+00 

1.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E÷01 

1.86190E+01 

2.00512E+01 

2.14835E+01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223Ei0l 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

2.14835E+01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+02 

2.00512E+01 

2.14835E+01 

2-42

1.09862E+00. 

1.07792E+00 

1.03894E+00 

1.03163E+00 

0.00000E+00 

1.01093E+00 

9.89004E-01 

9.81696E-01 

9.84132E-01 

9.98748E-01 

0.OOOOOE+00 

9.97530E-01 

9.78042E-01 

9.70735E-01 

9.19579E-01 

1.13638E+00 

1.05843E+00 

1.01336E+00 

1.06208E+00 

1.04990E+00 

1.03285E+00 

1.02067E+00 

1.01702E+00 

1.01580E+00 

1.02189E+00 

1.03042E+00 

1.02798E+00 

9.56119E-01 

9.52465E-01 

9.46375E-01 

1.13029E+00 

1.04747E+00 

1.00727E+00 

1.03042E+00 

1.00727E+00 

9.96312E-01 

9.93876E-01 

9.09835E-01 

9.89004E-03 

9.86568E-03 

* 9.90222E-03 

9.98748E-01 

* 9.52465E-01 

9.-45157E-0J 

9.42721E-0:

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

l1.462E+04 

1.462E+04 

* 1.462E+04 

*1.462E+04 

* 1.462E+04 

1.462E+04 

L 1.462E+0' 

L 1.462E+04 

L 1.462E+01

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

S2.816E+04 

L 2.816E+04 

k 2.816E+04 

L 2.816E+04 

k 2.816E+04 

i 2.816E+04

X-Left X-Right

BOC 

Burnup 

(MWD)

EOC 

Burnup 

(MWD)
Table 2.1.4.7

Upper Partial Assembly Core Loading 

Pin Geometry, Power, and Burnup Distributions (cont'd)

Assembly 6

Y-Bot Y- Top

Pin Power Set 13

Relative Pin 

Power

1.11722E÷02 

1.11722E+02 

1.11722E+02 

1.11722E÷02 

1.11722E÷02 

1.11722E+02 

1.11722E+02 

1.11722E÷02 

1.11722E÷02 

1.11722E÷02 

1.11722E+02 

1.11722E÷02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.131S4E+02 

1.13154E÷02 

1.13154E÷02 

1.13154E÷02 

1.13154E102 

1. 1314E÷02 

1.13154E÷02 

1.13154E÷02 

1.13154E+02 

1.13154E÷02 

1.13154E+02 

1.13154E+02 

1.13154E÷02 

1.13154E÷02 

1.13154E÷02 

1.14586E+02 

1.14586E÷02 

1.14586E+02 

1.14586M+02 

1.14586E÷02 

1.14586E÷02 

1.14586E÷0; 

1.14586E÷02 

1.14586E1.0: 

1.14586E+02 

1.14586E+0: 

1.14586E÷0; 

1.14586E÷0; 

1.14586E÷0: 

1.14586E÷0:

1.13154E÷02 

1.13154E÷02 

1.13154E÷02 

1.13154E÷02 

1.13154E÷02 

1.13154E÷02 

1.13154E÷02 

1.13154E÷02 

1.13154E÷02 

1.13154E÷02 

1.13134E+02 

1.13154E+02 

1.13154E+02 

1.13154E÷02 

1.13154E÷02 

1.14586E+02 

1.14586E÷02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E÷02 

1.14586E÷02 

1.14586E÷02 

1.14586E+02 

1.14586E÷02 

1.14586E÷02 

1.14586E+02 

1.14586E÷02 

1.14586E+02 

1.14586E÷02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+0; 

1.16018E÷0; 

1.16018E÷02 

a 1.16018E+10 

a 1.16018E+,0 

2 1.16018E÷02 

2 1.16018E+02 

2 1.16018E+02 

2 1.16018E÷0• 

2 1.16018E+0:

0.00000E+00 

1.43223E+00 

2.86446E+00 

4.29669E÷00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E÷01 

1.14578E÷01 

1.28901E÷01 

1.43223E÷01 

1.57545E÷01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

0.000001E00 

1.43223E+00 

2.86446E+00 

4.29669E÷00 

S.72892E÷00 

7.16115E+00 

8.59338E÷00 

1.00256E÷01 

1.14578E÷01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E÷01 

2.00512E+01 

S0.00000E+00 

1.43223E+00 

2.86446E+OC 

4.29669E+0C 

5.72892E+0C 

7.16115E+OC 

8.59338E+OC 

1.00256E÷03 

t 1.14578E+0J 

1.28901E+01 

z 1.43223E÷0• 

Z 1.57545E+0: 

a 1.71868E+0: 

Z 1.86190E÷0: 

2 2.00512E+O:

1.43223E÷00 

2.86446E÷00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E÷01 

1.14578E+01 

1.28901E÷01 

1.43223E÷01 

1.57545E+01 

1.71868E+01 

1.86190E÷01 

2.00512E+01 

2.14835E÷01 

1.43223E÷00 

2.86446E÷00 

4.29669E÷00 

5.72892E+00 

7.16115E+00 

8.59338E÷00 

1.00256E÷01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E÷03 

2.14835E+03 

1.43223E+0( 

I 2.86446E+O( 

I 4.29669E+0( 

I 5.72892E+0( 

I 7.16115E+O( 

I 8.59338E÷O( 

S1.00256E+O: 

L 1.14578E+0: 

L 1.28901E+0: 

L 1.43223E+0: 

L 1.57545E+0: 

L 1.71868E+0: 

L 1.86190E+O 

L 2.00512E+0 

1 2.14835E+0

1.13638E+00 

1.11689E+00 

1.04869E+00 

1.00727E+00 

9.84132E-01 

9.74388E-o01 

9.71952E°01 

9.71952E-01 

9.68299E-01 

9.65863E-01 

9.68299E-01 

9.78042E-01 

9.92658E-01 

1.00727E+00 

9.52465E-01 

0.00000E+00 

1.11202E+00 

1.03407E+00 

9.92658E-01 

9.70735E-01 

9.62209E-01 

9.58555E-01 

9.58555E-01 

* 9.56119E-01 

* 9.53683E-01 

* 9.56119E-01 

* 9.65863E-02 

9.80478E-01 

* 1.00484E+00 

* 0.OOOOOE+OC 

1.12420E+OC 

1.09741E+OC 

1.02433E+OC 

9.85350E-0O 

9.64645E-01 

0 9.56119E-01 

L 9.57337E-0: 

L 9.58555E-0: 

L 9.54901E-0: 

I 9.50029E-0: 

1 9.52465E-0: 

1 9.59773E-0: 

1 9.74388E-0: 

1 9.95094E-0: 

1 9.48811E-0

1.462E÷04 2 2 

1.462E÷04 2 

1.462E+04 

1.462E+04 

1.462E÷04 

1.462E÷04 

1.462E÷04 

1.462E÷04 

1.462E÷04 

1.462E÷04 

1.462E+04 

1.462E+04 

1.462E÷04 

1.462E÷04 

1.462E÷04-: 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E÷04 

1.462E÷04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E÷04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E÷04 

I 1.462E÷04 

S1.462E÷04 

I 1.462E+04 

I 1.462E÷04 

. 1.462E+04 

L 1.462E÷04 

L 1.462E÷04 

L 1.462E+04 

L 1.462E÷04 

L 1.462E+04 

L 1.462E÷04 

L 1.462E÷04 

1 1.462E÷04 

1 1.462E+04 

1 1.462E+04 

1 1.462E÷04

K.816E+04 V.816E+04 

L.816E+04 

.816E+04 

I.816E+04 

2.816E+04 

.816E+04 

1.816E+04 

Z. 816E+04 

2.816E+04 

2.816E÷04 

Z.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E÷04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E404 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2. 816E+04 

2.816E+04 

2.816E+04

2-43

X-Left X-Right

BOC Burnup 

(M D)

EOC Burnup 

(MID)
Table 2.1.4.7

Upper Partial Assembly Core Loading 

Pin Geo=etry. Power. and Eurnup Distributions (conttd)

Assembly 6

Y-Bot Y-Top

Pin Power Set 13

Relative 

Pin 

Power

1.16018E+02 

1.16018E+02 

1.16018E÷02 

1.16018E.02 

1.16018E÷02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E102 

1.16013E+02 

1.16018E.02 

1.16018Z÷02 

1.16018E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.1745!E÷02 

1.17451E+02 

1.1745!E+02 

1.17451E+02 

1.17451E+02 

1.17451Z+02 

1.17451E+02 

1.17451E+02 

1.17451L+02 

1.17451E.02 

1.17451E+02 

1.17451E+02 

1.18883E+02 

1.18883E+.0 

1.18883E+02 

1. 18883E+02 

1.18883E÷02 

1.18883E+10 

1.18883E+0• 

1.18883E+0: 

1.18883E÷0: 

1.18883E+0: 

1.18883E10: 

1.188S3E+0: 

1.18Sa3E+0: 

1.18883E+0: 

1.18883E+0:

1.17451E+02 

1.17451Z÷02 

1.17451E÷02 

1.17451E÷02 

1.17451E÷02 

1.17451E÷02 

1.17451E+02 

1.174511E02 

1.17451E÷02 

1.17451E÷02 

1.17451E+02 

1.17451E÷02 

1.17451E+02 

1.17451E+C2 

1.17451E+02 

1.18883E÷02 

1.18883E+02 

1.18883E+02 

1.18883E÷02 

1.18883E÷02 

1.18883E÷02 

1.18883E.02 

1.18883E÷02 

1.18883E÷02 

1.18883E.02 

1.18883E+02 

1.18883E+02 

1.18883E÷02 

1.18883E+02 

1.18883E+02 

1.20315E÷02 

1.203151E02 

1.20315E+02 

1.20315E+02 

1.20315E÷02 

1.20315E+02 

1.20315E+02 

1.20315E÷02 

2 1.20315E02 

Z 1.20315E+.0 

Z 1.20315E÷10 

2 1.20315:+'3 

2 1.20315E+O 

2 1.20315E14 

Z 1.203i5.E02

0.00000E+00 

1.43223E÷00 

2.86446E÷00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E÷00 

1.00256E÷01 

1.14578E÷01 

1.28901E÷01 

1.43223E÷01 

1.57545E01 

1.71868E÷01 

1.86190E+01 

2.0G512E÷01 

o. 00000E00 

1.43223E+00 

2.86446E÷00 

4.29669E+00 

S.72892E+00 

7.16115E÷00 

8.593361+OC 

1.00256E+01 

1.14578E+01 

1.28901E÷01 

1.43223E+01 

1.57545E+C! 

1.71868.+01 

1.86190E+01 

2.00512E-01 

0.0000OE+00 

1.43223E.00 

2.86446E*00 

4.29669E.00 

5.72892E÷00 

7.16115E+00 

8.59338E+00 

1.00256E÷01 

1.14578E÷01 

1.28901E+01 

1. 43223E.01 

1.57545E+01 

21.7i969E+01 

2 1.86190E+01 

Z 2.00512E÷01

1.43223E+00 1 

2.86446E÷00 3 

1.29669E÷00 3 

5.72892E÷00 9 

7.16.151E00 S 

8.59338E+00 S 

1.00256E÷01 9 

1.14578E+01 5 

1.28901E÷01 I 

1.43223E+01 5 

1.57545E.01 I 

1.71868E+01 

1.86190E÷01 

2.00512E÷01 

2.14835E÷01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E÷00 

7.16115E÷00 

8.59338E+00 

1.00256E101 

1.14578E+01 

1.28901E+01 

1.43223EtDI 

1.57545E÷01 

1.71868E+01 

1.86190E+01 

2.00512E÷01 

2.14835E÷01 

1.43223E÷00 

2.86446E÷00 

4.29669E.00 

5.72892E÷00 

7.16115E+00 

8.S9338E+00 

1.00256E÷01 

1.!4578E+01. 

1.28901E+01 

1.43223E÷01 

1.57? 45Z+01 

1.71866eS01 

1I.s6:3:1÷01 

2.00512E+01 

2.14835E+01

L.10349E+00 

.084GIE+00 

L.02311E÷00 

.82914E-01 

.62209E-01 

57337E-01 

P.67081E-01

.756061-01 

.6464SE-01 

.52465E-01 

P.51247E-01 

9.59773E-01 

.75606E-01 

9.87786E-01 

9.32977E-01 

1.09619E÷00 

1.08035E÷00 

9.415C3E-01 

9.81636Z-01 

9.39773E-01 

9.57337B-01 

9.74388E-01 

0.00000E÷00 

9.71952E-01 

9.52465E-01 

9.51247E-01 

9.62209E-01 

9.04963E-01 

9.87786E-01 

9.28105E-01 

1.09741E÷00 

1.07792E+00 

1.01702E÷00 

9.78042E-01 

9.57337E-01 

9.52465E-01 

9.62209E-01 

9.71952E-01 

9.62209E-01 

9.50C29E-01 

9.50029E-01 

9.58555E-01 

9.75606E-01 

9.87786E-01 

9.32977E-01

1.462E+04 

1.462E÷04 

1.462E÷04 

1.462E÷04 

1.462E+04 

1.462E÷04 

1.462E.04 

1.462E÷04 

1.462E+04 

1.462E÷04 

1.462E÷04 

1.462E÷04 

1.462E÷04 

1.462E÷04 

1.462E÷04 

1.462E÷04 

1.462E+04 

1.462E÷04 

1.462E÷04 

1.462E÷04 

1.462E÷04 

1.462E÷04 

1.462E÷04 

1.462E÷04 

1.462E÷04 

1.462E+04 

1.462E.04 

1.462E+04 

1.462E÷04 

1.462E+04 

1.462E+04 

1.462E÷04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E104 

1.462E+04 

1.462E÷04 

1.462E÷04 

1.462E÷04 

1.462E+04 

1.462Z+04 

1.462E+04 

1.462E+04 

1.462E+04

2.816E.04 

2.8163÷04 

2.816E+04 

2.8162.04 

2.816E÷04 

2.816E÷04 

2.816E÷04 

2.816E÷04 

2.816E÷04 

2.816E÷04 

2.816E÷04 

2.816E÷04 

2.816E÷04 

2.816E÷04 

2.816E+04 

2.816E+04 

2.816E÷04 

2.816E+04 

2.816E+04 

2.816E104 

2.816E+04 

2.816E+04 

2.816E÷04 

2.816E÷04 

2.816E+04 

2.816E104 

2.816E+04 

2.816E+04 

2.916E+04 

2.816E÷04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E÷04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E÷04 

S2.816E+04 

S2.816E+04 

S2.816E÷04

2-44

X-Left X-Right

BOC 

Burnup 

OOWD)

EOC 

Burnup 

(MWD)
Table 2.1.4.7

Upper Partial Asseubly Coe Loading 

Pin Geometry, Power, and Burnup Distributions (cont'd)

Assembly 6

Y-Bot Y-Top

Pin Power Set 13

Relative Pin 

Power

1.20315E+02 

1.20315E÷02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E÷02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+0: 

1.23180E+0; 

1.23180E+0: 

1.23180E+0: 

1.23180E+0: 

1.23180E+0: 

1.23180E+0: 

1.23180E+0: 

1.23180E+0: 

1.23180E+0: 

1.23180E+0:

1.21747E÷02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E÷02 

1.21747E÷02 

1.21747E+02 

1.21747E÷02 

1.21747E+02 

1.21747E÷02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.23180E÷02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E÷02 

1.23180E+02 

1.23180E+02 

S1.23180E+02 

S1.23180E+02 

* 1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E*02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

a 1.24612E+02 

2 1.24612E+02 

2 1.24612E+02 

2 1.24612E÷0: 

2 1.24612E÷0' 

2 1.24612E+20 

2 1.24612E+0

0.00000+E00 

1.43223E÷00 

2.86446E÷00 

4.29669Z÷00 

5.72892E÷00 

7.16115E+00 

8.59338E÷00 

1.00256E+01 

1.14578E÷01 

1.28901E÷01 

1.43223E÷01 

1.57545E÷01 

1.71868E÷01 

1.86190E+01 

2.00512E+01 

0.00000E+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E200 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868.+01 

1.86190E+01 

2.00512E+01 

0.00000+E00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+OC 

1.00256E+03 

t 1.14578E+03 

1.28901E+01 

1.43223E+.0 

1.57545E+02 

I 1.71862E+c: 

2 1.86190E+0• 

Z 2.00512E+0:

1.43223E÷00 

2.86446E+00 

4.29669E÷00 

5.72892E÷00 

7.16115E+00 

8.59338E+00 

1.00256E÷01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

2.14835E÷01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E÷00 

7.16115E÷00 

8.59338E+00 

1.00256E+01 

1.14578E.01 

1.28901E+01 

1.43223Et 0 1 

1..57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

2.14835E+01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

I 5.72892E+.0 

7.16115E÷00 

I 8.59338E+.0 

I 1.00256E÷02 

. 1.14578E+01 

L 1.28901E+01 

1 1.43223E.02 

L 1.57545E÷02 

L 1.71868E÷0• 

L 1.86190E÷0: 

L 2.00512E÷0: 

L 2.14835E+0:

1.11080E+00 

1.085232+00 

1.01458E+00 

9.75606E-01 

9.56119E-01 

9.50029E-01 

9.50029E-01 

9.52465E-01 

9.50029E-01 

9.46375E-01 

9.48811E-01 

9.58555E-01 

9.743882-01 

9.96312E-01 

9.50029E-01 

o.00000.E00 

1.09741M+00 

1.02067E+00 

9.80478E-01 

9.59773E-01 

9.52465E-01 

9.50029E-01 

9.51247E-01 

9.50029E-01 

9.50029E-01 

9.54901E-01 

9.65863E-01 

9.81696E-01 

1.00727E÷00 

0.00000E+00 

1. 11811E+00 

1.10106E+00 

1.03651E+00 

I 9.97530E-01 

9.75606E-03 

9.65863E-03 

9.65863E-01 

9.68299E-01 

L 9.65863E-01 

1 9.65863E-01 

L 9.71952E-02 

L 9.82914E-0: 

L 9.9996SE-0: 

L 1.01458E÷01 

L 9.59773E-0:

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1'462E+04 

1.462Z+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E÷04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.452E÷04 

1.462E+04 

1.462E÷04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E÷04 

1.462E+04 

1.462E÷04 

1.462E+04 

L 1.462E+04 

L 1.462E+04 

* 1.462E+04 

* 1.462E÷04 

- 1.462E+04 

L 1.462E+04 

L 1.462E+04 

L 1.462E÷04 

L 1.462E÷0• 

L 1.462E+0C 

0 1.462E÷0' 

1 1.462E+Cý

2.816E+04 

2.816E÷04 

2.816E÷04 

2.816E+04 

2.816E÷04 

2.816E+04 

2.816E+04 

2.816E+04 

2.8163÷04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E÷04 

2.81E.+04 

2.816E+04 

2 .8162-Q4 

2. S16Zý04 

2.816E+04 

2.816E+04 

2.816E2C4 

2.816E+04 

2.816E+04 

2.816E÷04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E÷04 

2.8163+04 

2.816E+04 

S2.816E+04 

6 2.816E+04 

k 2.816E÷04 

2.816E+04 

L 2.816E+04 

L 2.816E+04 

I 2.216E+04 

4 2.816E+04 

4 2.816E+04 

4 2.816E+04

2-45

X-Left X-Right

BOC Burnup 

U&WD )

EOC Burnup 

(M D)
Table 2.1.4.7

Upper Partial Assembly Core Loading 

Pin Geometry, Power, and Burnnp Distributions (conttd)

Assembly 6

Y-Bot Y-Top

Pin Power Set 13

Relative 

Pin 

Power

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02

0.OOOOOE+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

0. 00000E00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1 57545E+0! 

1.71868E+01 

1.86190E+01 

2.00512E+01 

O.OOOOOE+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.002E6E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

2.14835E+01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E-01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

2.14835E+01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

2.14835E+01

1.11446E+00 

1.03772E+00 

1.02189E+00 

1.02798E+00 

1.00727E+00 

9.97530E-01 

9.97530E-01 

9.32977E-01 

9.97530E-01 

9.97530E-01 

1.00484E+00 

1.01702E+00 

9.91440E-01 

9.64645E-01 

9.60991E-01 

1.12907E+00 

1.06087E+00 

1.02311E+00 

1.07426E+00 

1.06452E+00 

1.05112E+00 

1.04260E+00 

1.04260E+00 

1.04260E+00 

1.05234E+00 

1.06330E+00 

1.06452E+00 

9.95094E-01 

9.91440E-01 

9.82914E-01 

1.10715E+00 

1.10106E+00 

1.06939E+00 

1.06208E+00 

0.OOOOOE+00 

1.04869E+00 

1.03285E+00 

1.03042E+00 

1.03529E+00 

1.04990E+00 

o.OOOOOE+00 

1.05599E+00 

1.04381E+00 

1.03651E+00 

9.81696E-01

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+'4 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+C4 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E÷04 

2.816E+04 

2.6!6E+04 

2. 816E+04 

2.816E+04 

2.816E÷(4 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2-816E+04 

2.816E+04 

2.816BE+04 

2. 816E+C4 

2.816E+04 

2.816E+04 

2.316E+C4 

2.816E+04 

2. 816Er04 

2.816E+04 

2.816E+04 

2. 81 6E+04 

2.816E1 04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E÷04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04

2-46

X-Left X-Right

BOC 

Burnup 

(MWD)

EOC 

Burnup 

(MWD)
Table 2.1.4.8 

Lower Partial Assembly Core Loading 

Pin Geometry. Power, and Burnup Distributions

Assembly 6

Y-Bot Y-Top

Pin Power Set 11

Relative 

Pin 

Power

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.07425E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E÷02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.10289E+0; 

1.10289E+0; 

1.10289E+0; 

1.10289E+0: 

1.I0289E+0' 

1.10289E+0' 

I.10289E+0• 

1.10289E+0• 

1.10289E+0: 

1.10289E+÷: 

1.10239E+0; 

1.10289E+÷0 

1.10289E+0: 

1.10289E+0; 

1.10289E+O:

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1. 0857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.08857E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.1 0289E+02 

1.10289E+02 

1.1 0289E+02 

*1.10289E+02 

1.10289E+02 

1.10289E+02 

1.10289E+02 

1.11722E+02 

I 1.11722E+02 

! 1.11722E+02 

2 1.11722E+02 

I 1.11722E+02 

I 1.11722E+02 

Z 1.11722E+02 

2 1.11722E+02 

Z 1.11722E+02 

2 I.11722E+0• 

2 1.11722E+O÷ 

2 1.11722E+0; 

2 1.11722E÷O' 

2 1.11722E+0' 

2 1.I1722E+0'

0.00000E+00 

1.43223E÷00 

2.86446E+00 

4.29669E÷00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

0.00000E+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E÷00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

0.OOOOOE+00 

1.43223E+00 

2.86446E+00 

4.29669E+0C 

5.72892E÷0C 

7.16115E+OC 

8.59338E+OC 

1.00256E+03 

1.14578E+01 

1.28901E+01 

1.43223E÷01 

1.57545E+01 

1.71868E+02 

1.86190E+a: 

2 2.00512E+0:

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72692E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14573E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

2.14835E+01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E•_01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

2.14835E+01 

1.43223E+00 

2.86446E+0C 

4.29669E+OC 

5.72892E+OC 

I 7.16115E+OC 

8.59338E+OC 

I 1.00256E+03 

1 1.14578E+01 

* 1.28901E+0• 

L 1.43223E+O0 

L 1.57545E÷0• 

L 1.71868E+0• 

L 1.86190E+0: 

L 2.00512E+0• 

L 2.14835E+0: 

2-47

1.09889E+00 

1.07640E÷00 

1.04106E+00 

1.03142E÷00 

0.OOOOOE÷00 

1.01214E+00 

9.89647E-01 

9.80007E-01 

9.83220E-01 

9.99286E-01 

o.OOOOOE+00 

9.96073E-01 

9.80007E-01 

9.70368E-01 

9.18958E-01 

1.13745E+00 

1.05712E+00 

1.01535E+00 

1.06355E+00 

1.05070E+00 

1.03463E+00 

1.02178E+00 

1.01856E÷00 

1.01535E+00 

1.02178E+00 

1.02820E+00 

1.02820E+00 

9.57515E-01 

* 9.54302E-01 

L 9.47876E-01 

I 1.13102E+00 

I 1.04748E+00 

i 1.00571E+00 

i 1.03142E+00 

i 1.00893E+0C 

S9.96073E-03 

L 9.92860E-03 

L 9 .09318E-03 

L 9.89647E-01 

L 9.86433E-01 

L 9.89647E-0• 

L 9.99286E-0: 

L 9.54302E-0: 

1 9.44663E-0: 

1 9.41449E-0:

1.462E+04 

1.462E04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

* 1.462E+04 

1.462E+04 

I1.462E+04 

* 1.462E+04 

* 1.462E+04 

* 1.462E÷01 

1.462E+0• 

L 1.462E+04 

L 1.462E+0, 

L 1.462E+0' 

L 1.462E+0 

L 1.462E+0 

L 1.462E+O

2.816E+04 

2.816E+04 

2.816E+04 

2.816E&04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.616E+04 

.2.816E+04 

2.816E404 

2.816E+04 

2.816E÷04 

2.816E+04 

.2.816E÷04 

2.816E+04 

2.316E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

L 2.816E+04 

L 2.816E+04 

L 2.816E+04 

L 2.816E+04 

I 2.816E+04 

I 2.816E+04 

t 2.816E+04 

I 2.816E+04 

4 2.816E+04 

4 2.816E+04 

4 2.816E+04 

4 2.816E+04

X-Left X-Right

BOC Burnup 

(OMD)

EOC Burnup 

(MWD)
Table 2.1.4.8 

Lower Partial Assembly Core Loading 

Pin Geometry, Power, and B-r-nup Distributions (cont'd)

Assembly 6

Y-Bot

Pin Power Set I1

Y-Top

Relative 

Pin 

Power

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.I1722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.11722E+02 

1.1-722E+02 

1.11722E+02 

I.11722E+02 

1.13154E+02 

.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

!.13154E+02 

1.13154E+02 

1.13154E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.13154E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.14586E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02

0.0000OE+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.002S6E+01 

1.14578E÷01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

0.00000E+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

0.OOOOOE+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

2.14835E+01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E +D2 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

2.14835E+01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E÷01 

1.43223E+01 

1.57545E+01 

1.71868E.01 

1.86190E+01 

2.00512E+01 

2.14835E+01

1.13745E+00 

1.11496E+00 

1.05070E+00 

1.C0893E+00 

9.83220E-01 

9.73581E-01 

9.7358!E-01 

9.73581E-01 

9.67155E-01 

9.63941E-01 

9.67155E-01 

9.76794E-01 

9.92860E-01 

1.00571E+00 

9.51089E-01 

0.00000E+00 

1.11175E+00 

1.03463E+00 

9.92860E-01 

9.70368E-01 

9.60728E-01 

9.57515E-01 

9.57515E-01 

9.54302E-01 

9.54302E-01 

9.57515E-01 

9.63941E-01 

9.80007E-01 

1.00571E+00 

0.00000E+00 

1.12460E+00 

1.09568E+00 

1.02499E+00 

9.83220E-01 

9.63941E-01 

9.57515E-01 

9.57515E-01 

9.57515E-01 

9.54302E-01 

9.51089E-01 

9.51089E-01 

9.60728E-01 

9.73581E-01 

9.96073E-01 

9.47876E-01

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E5104 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E÷04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E÷04 

1.462E÷04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04

2.816E+04 

2.816E+04 

2.816E+04 

2.816E÷04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816v+04 

2.816E+04 

2.816E+04 

2.816E504 

. 816E+04 

2.816E+C4 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2. 8i6E1 04 

2.816E÷04 

2.816E+04 

2. 816E+04 

2.816E.04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+Q4 

2.816E+04 

2.816E÷04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E÷04 

2.816E+04

2-48

X-Left X-Right

BOC 

Burnup 

(MWD)

EOC 

Burnup 

(MWD )
Table 2.1.4.8

Lower Partial Assembly Core Loading 

Pin Geometry, Power, and Burnup Distributions (cont~d)

Assembly 6

Y-Bot

Pin Power Set 11 

Relative 

Pin 

Y-Top Power

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E÷02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E+02 

1.16018E÷02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E÷02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.17451E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E÷02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.18883E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02

0.OOOOOE+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E÷01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

0.OOOOE+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E÷01 

1.86190E+01 

2.00512E+01 

0.OOOOOE+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E÷01 

1.28901E÷01 

143223E÷01 

1.57545E+01 

1.71868E÷01 

1.86190E+01 

2.00512E+01 

2.14835E+01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E*01 

1.57545ER01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

2.14835E+01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

2.14835E+01 

2-49

1.10211E÷00 

1.08283E+00 

1.02178E+00 

9.83220E-01 

9.60728E-01 

9.57515E-01 

9.67155E-01 

9.73581E-01 

9.63941E-01 

9.51089E-01 

9.51089E-01 

9.60728E-01 

9.76794E-01 

9.89647E-01 

9.31810E-01 

1.09568E+00 

1.07961E+00 

9.41449E-01 

9.83220E-01 

9.60728E-01 

9.57515E-01 

9.73581E-01 

0.OOOOOE+00 

9.73581E-01 

9.54302E-01 

9.51089E-01 

9.63941E-01 

9.06105E-01 

9.86433E-01 

9.28597E-01 

1.09568E+00 

1.07640E+00 

1.01535E+00 

9.76794E-01 

9.5751SE-01 

9.54302E-01 

9.63941E-01 

9.70368E-01 

9.60728E-01 

9.47876E-01 

9.47876E-01 

9.57515E-01 

9.73581E-01 

9.89647E-01 

9.35023E-01

1.462E+04 

1.462E÷04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E÷04 

1.462E+04 

1.462E÷04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E204 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E÷04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E÷04 

1.462E+04

2.816E÷04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2..816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E÷04 

2.816E+04 

2.816E+04 

2.816E÷04 

2.816E+04 

2.816E+04 

2.816E÷04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E÷04 

2.816E+04 

2.816E+04 

2.816E÷04

X-Left X-Right

BOC 

Burnup 

(MWD)

EOC 

Burnup (14D )
Table 2.1.4.8 

Lower Partial AssemblY Core Loading 

Pin Geometry, Power, and Burnup Distributions (cont'd)

Assembly 6

Y-Bot

Pin Power Set 11 

Relative 

Pin 

Y-Top POwer

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E÷02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.20315E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.23180E+02 

1.23180E+02 

1.23180E÷02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E÷02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

1.21747E+02 

2.21747E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.23180E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02

o.00000E+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E-01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

o.00000E+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

S.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

0.OOOOOE+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115B+00 

8.59338E-+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

2.14835E+01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14576E+01 

1.28901E+01 

1.43223E+i9! 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

2.14835E+01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.7186812+01 

1.86190E+01 

2.00512E+01 

2.14835E+01 

2-50

1.11175E+00 

1.08604E+00 

1.01535E+00 

9.73581E-01 

9.54302E-01 

9.47876E-01 

9.51089E-01 

9.47876E-01 

9.47876E-01 

5.47876E-01 

9.57515E-C1 

9.73581E-01 

9.96073E-01 

9.51089E-01 

0.00000E+00 

1.09568E+00 

1.02178E+00 

9.80007E-01 

9.60728E-01 

9.51029E-0! 

9.51089E-01 

9.51089E-01 

9.51089E-01 

9.51089E-01 

9.54302E-01 

9.63941E-01 

9.83220E-01 

1. 008923E400 

0.00000E+00 

1.11817E+00 

1.10211E+00 

1.03784E+00 

9.96073E-01 

9.76794E-01 

9.67155E-01 

9.67155E-01 

9.67155E-01 

9.67155E-CI 

9.67155E-01 

9.70368E-01 

9.83220E-01 

9.99286E-01 

1.0153SE4-00 

9.60728E-01

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1 .462E+04 

1.462E+04 

1.462E+04 

1.462E504 

1.4G2E+04 

1.462E-04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1-462Z+34 

1.462E+04 

1.462E+04 

1.462E+04 

!.462E5-!04 

1.452E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E!..04 

2.816E4.04 

2.81EE+04 

2.816E+04 

2,8!6E+04 

2.. 81SE-+04 

2.816EE-04 

2.816::+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816M+C4 

2.816E+04 

2.816E^04 

2.816Z+04 

2.816E+04 

2.816E+04 

2.816E504 

2.816E+04 

2.81612+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2. 816E+04 

2.816E+04 

2.816E*04 

2.816E+04

X-Left X-Right

BOC 

Burnup 

(MVD)

EOC 

Burnuup 

(-XWD
Table 2.1.4.8

Lower Partial assembly Core Loading 

Pin Geometry, Power, and Burn-up Distributions (cont'd)

Assembly 6

Y-Bot

Pin Power Set 11 

Relative 

Pin 

Y-Top Power

1.24612E+02 

1.24612E+02 

1.24612E÷02 

1.24612E÷02 

1.24612E÷02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E+02 

1.24612E÷02 

1.24612E÷02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E÷02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E÷02 

1.26044E÷02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.27476E÷02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E÷02 

1.27476E÷02 

1.27476E÷02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E÷02 

1.27476E+02

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.26044E+02 

1.27476E+02 

1.27476E-02 

1.27476E+02 

1.27476E÷02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.27476E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02 

1.28908E+02

0.00000E÷00 

1.43223E÷00 

2.86446E+00 

4.29669E÷00 

5.72892E÷00 

7.16115E÷00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

0.00000+E00 

1.43223E.00 

2.86446E÷00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01 

0.00000E+00 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E+01 

1.2890!E+01 

1.43223E+01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.00512E+01

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E÷00 

7.16!15E-00 

8.59338.-00 

1.00256;E01 

1.14578E+01 

1.28901E÷01 

1.43223E÷01 

1.57545E÷01 

1.71868E+01 

1.86190E+01 

2.00512E÷01 

2.14835E+01 

1.43223E100 

2.86446E÷00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E.t0 

1.00256E+01 

1.14578E+01 

1.28901E+01 

1.43223E1.01 

1.57545E+01 

1.71868E+01 

1.86190E+01 

2.005127+01 

2.14835÷+01 

1.43223E+00 

2.86446E+00 

4.29669E+00 

5.72892E+00 

7.16115E+00 

8.59338E+00 

1.00256E+01 

1.14578E401 

1.28901E+01 

1.43223E+01 

1.57545E+01 

1.718689+01 

1.86190S+01 

2.00512E+01 

2.14835E+01 

2-51

1.11496E+00 1.462E+04 

1.03784E+00 1.462E+04 

1.02178E+00 1.462E+04 

1.02820E+00 1.462E+04

1.00893E÷00 

9.992a6E-01 

5.96073E-01 

9.33023E-01 

9.99286E-01 

9.99286E-01 

1.00571E+60 

1.01535E+00 

9.92860E-01 

9.63941E-01 

9.60728E-01 

2.13102.E+00 

1.06034E+00 

1.02499E+00 

1.07640E+00 

1.06355E+00 

1.05070E+00 

1.04106E÷00 

1.04106E+00 

1.04427E+00 

1.05070E.00 

1.06355E+00 

1.06355E+00 

9.96073E-01 

9.9286CE-01 

9.83220E-01 

1.10532E+00 

1.09889E+00 

1.06998E+00 

1.06355E+00 

0.00000E+00 

1.04748E+00 

1.034632+00 

1.02820E+00 

1.03463E+00 

1.05070E+00 

0. 00000EC0 

1.05391E+00 

1.04427E+00 

1.03784E+00 

9.83220E-01

1.462E+04 

1.462E104 

1.462E+04 

1.462E÷04 

1.462E÷04 

1.462E+04 

1.462E104 

1.462E-04 

1.462E+04 

1.462E+04 

1.462E÷04 

1.462E+04 

1.462B÷04 

1.462E+04 

1.462E+04 

!.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

1.462E+04 

2 .462E.04

2.816E+04 

2.816E+04 

2.816E104 

2.816E+04 

2.816E+04 

2.8161.04 

22.316E+04 

2.816E404 

2. 816E+04 

2.816E+04 

22. S16E÷04 

2..816E+04 

2-S616Z04 

2.8166E04 

2.816E+04 

2.S16B+04 

2.816E÷.04 

2.816E604 

2.9I6E+04 

2.816E+04 

2.816E104 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.8165+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04 

2.816E+04

X-Left X-Right

BOC 

Burnup 

(!CD )

ECC 

Burnup 

(MWD)
Table 2.1.4.9

Zone 

Axial 

Boundary 

0. OOOOE+00 

1.3970E+01 

2.7381E+01 

4. 0792E+01 

5 .4204E+01 

6 .7615E+01 

8 .1026E+01 

9 .4437E+01 

1..0785E+02 

1. 0910E+02 

1.2126E+02 

1.3467E+02 

1.4808E+02 

1. 6149E+02 

1.7490E+02 

1. 8832E+02 

2. 0173E+i02 

2 .1514E+.02 

2. 2855E+02 

2 .4196E-.02 

2. 5537E+02 

2. 6878E+02 

2. 8219E+i02

Upper Parti-al Ass8elY 'Core Loading 

Axial Power Distributions 

Rcadial Zone 

12 3

1 

2 

3 

4 

7 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22

0.OOOOE+00 

o .OOOOE+00 

0.0000OE+,00 

0 .OOOOE+CO 

0. OOOOE+00 

o .OOOOE+00 

3. OOOOE-i00 

0. OOOOE+00 

0.OOOOE+00 

5 .4211E-02 

5 .9469E-02 

5 .9304E-02 

5 .9304E-02 

5 .9414E-02 

5 .9469E-02 

5 .9414E-02 

5 .9249E-02 

5.9 029E-02 

5.8864E-02 

5. 8809E-02 

5. 8699E-02 

5.8204E-02

0. OOOOE+00 

0. 0000E+0O 

C.O03OOE-i00 

0. OOOOE+00 

0 .OOOOE+00 

0. 0000E+00 

0. OOOOE+00 

0.OOOOE+00 

0. OOOOE+00 

5 .3658E-02 

5. 8s826E-32 

5 .8727E-02 

5.8837E-02 

5.9 014E-02 

5 .9157E-02 

5 .9124E-02 

5 .8970E-02 

5. 8782E-02 

5.8 650E-02 

5.859 SE-02 

5 .8540E-02 

S .8i86E-02

4 

0.O00OOE+CO 

0.00O0E-00 

0_0000E+00 

o .OOOOE+00 

o0.0003E+00 

co .000E+,0O 

0.30 00E+00 

0.O000E+00 

C.00030+.03 

4.2657E-02 

6_0467E~-02 

6-0590E-02 

6.056CE-02 

6.057SE-02 

6.0558Z-02 

6 .0504E-02 

6.0423E-02 

6.03 62E-02 

6. 0272E-02 

6. 0158E-02 

5.9 670E-02 

S .6885E-02

2-52

O.OOOOE+00 

0. 0OOOO-1-00 

0.OOOOE+00 

0.OOOOE+00 

0. OOOOE+00 

0. OOOOE+C0 

0.OOOOE i-CO 

0 .OOOOE+CO 

0. 00CQX+00 

5 .4819E-02 

6. 0141E-32 

5 .9965E-02 

5.9954E-02 

6. 0020E-02 

6. 0031E-02 

5.9-910E-02 

5 .9679E-02 

5 .9415E-02 

5 .9184E-02 

5 .8998E-02 

5.?723E-02 

5 .8008E-02
Table 2.1.4.9

Zone 

Axial 

Boundary 

2.8219E+02 

2.9561E+02 

3.0902E+02 

3.2243E+02 

3.3584E+02 

3.4925E+02 

3.8211E+02

Radial 

Zone 

1 

2 

3 

4

Upper Partial Assembly Core Loading 

Axial Power Distributions (cont'd) 

Radial Zone 

1 2 3

5.6829E-02 

5.4133E-02 

4.9512E-02 

4.2635E-02 

3.3448E-02 

0.OOOOE+00

5.7083E-02 

5.4667E-02 

5.0375E-02 

4.3855E-02 

3.4952E-02 

0.00002+00

5.6458E-02 

5.3413E-02 

4.8445E-02 

4.12002-02 

3.1637E-02 

0.0000E+00

4

5.7019E-02 

5.4180E-02 

4.8655E-•2 

4.1559E-02 

3.2901E-02 

0.OOOCE+00

Zone 

Radial 

Boundary 

107.175 

128.610 

150.040 

184.461

2-53

22 

23 

24 

25 

26 

27 

28
Table 2.1.4.10 

Lower Partijal Assezably Core Loading

Axia;-l Power Diz.stributions

Zone 

Axial 

Boundary 

0. OOOOE+00 

1-39 70E+01 

2 .7381E+01 

4. 0792E+0O. 

5 .4204E+01. 

6 .7615E+01 

8. 1026E+0l 

9 .4437E+01 

1. 0785E+02 

1. 09 10E+02 

1.2126E+02 

1 .3467E+02 

1 .4808E-.02 

1-6149E+02 

1.749 0E+02 

1.8832E+02 

2. 0173E+02 

2 .1514E+e02 

2 .2855E+02 

2.4i96E+02 

2. 5537E+02 

2. 6878E+02 

2. 8219E+02

Radial Zone

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

is 

16 

17 

18 

19 

20 

21 

22

1 

0.0000OE+00 

9 .5272E-02 

1.2078E-01 

1.3939E-01 

1.5141E-01 

1.5786GE-01 

1.6020E-01 

1.6020E-01 

1.4890E-02 

0. OOOOE+00 

0. 0000E+00 

0 .OOOOE+00 

0 .OOOOE+00 

0. OOOOE+00 

0. 00C~E+00 

0. OOOOE+00 

0 .OOOOE+00 

0 .OOOOE+00 

0. OOOOE+00 

0.0000OE+00 

0. CCOOE+00 

0. OOOOE+00

2 

0. OOOCE+OC 

9 .8730E-02 

1.23 09E- 01 

1.4050E-o:0 

1. 5124E- 01 

1. 5648E-C1 

1.5799E-01 

1.5738E-01 

1.4594E-02 

0. OOCOE+00 

0. OOOOE+00 

0. OOOOE+00 

0.000 OE+00 

0. OOOOE+00 

0. O000E+00 

0. OOOOE+00 

0. OOOOE+00 

0. OOOOE+00 

0. OOOOE+00 

0. OOOOE+00 

0. 0000E+00 

0. OOOOE+00

3 

o0.0000E+00 

9 .1657EP-02 

1.1372E-01 

1.3 873E-01 

1-51-96E-ol 

1-59 22E-01 

1. 6216E- 01 

1. 624SE-01 

1.5108E-C;2 

0. OOOOEi-00 

0. 0'00Ei+00 

0. OOOOE+O0 

C. OOOOE+00 

0. OOOOE+00 

0. OOOOE+00 

0 .OOOOE+00 

0. OOOOE+00 

0. OOOOE+00 

0. OOOOE+00 

0 .OOOOE+00 

0.000 OE+00 

0. OOOOE+O0

2-54

4 

0. 0000E+00 

1.1.306E-01 

I .3S!4E- 01 

1-5218E-Cl 

1.623 OE-01 

1.6b759E-01 

1.6548E-01 

1.SB39E.02 

0 .0000E+,00 

0. 00OOEd-00 

0. GOOOE+rJO 

0. 'OCOE+00 

o .0000E~ao 

0.0000E+00 

0. OOOC^E+CC 

0 .0OOOE-'00 

0. 0000E+-00 

0. OOOOEi.00 

0. OOOOE÷00 

0. OOOOE-00
Table 2.1.4.10

Zone 

Axial 

Boundary 

2.8219E+02 

2.9561E÷02 

3.0902E+02 

3.2243E+02 

3.3584E+02 

3.4925E+02 

3.8211E+02

Radial 

Zone 

1 

2 

3 

4

Lower Partial Assembly Core Lcading 

Axial Power Distributions (cont 'd) 

Radial Zone 

1 2 3

0.OOOOE+^0 

o.OOOE+00 

0.OOOOE+00 

0.OOOOE+00 

0.0000E+00 

0.0000E+00

0.OOOOE+00 

0.0000M+00 

0.O000E+O0 

0.COOOE+00 

o.OOOOE+00 

0.OOOE+00

0.0000E+00 

0-0000E+00 

0.00003+00 

0.0000E+-00 

o .OOOOE+00 

0.OOOOE+00 

0.0000E+-00

4

0.0000E+00 

0.0000E+00 

0.0000E+00 

0.0000E+00 

O.OOOE+00 

O.OOOOE+C0

Zone 

Radial 

Boundary 

107.175 

128.610 

150.040 

184.461

2-55

22 

23 

24 

25 

26 

27 

28
Table 2.1.4.11 

Partial Length Shield Assembly Core Loading Edit Locations 

-. .......-------------------------------------------------------------

Edit R (cm) Z (cm) 8 (degrees). 

o ..................................--------------------------------.. 

Pressure Vessel Inner 0-T+ 

Low Weld Location: 

(a)Fluxes and DPA Rates 219.393 67.1048 0-45 

(b)Reduction Factors 219.393 67.1048 0-45 

--------------------------------------------------

+The inner-wall (0-T) edit was taken at the center of the mesh block immediately 

inside the vessel.

2-56
Core 

Material 

-4 Z Assembly .-" !". 

Del 

Y-Top 

X-Left X-Right 

Y-Bottom 

Assembly 

Number

(-I'

Note: All Dimensions in cm.

-..--..-..-- L .-- r%3 P- CO 

-4 --4 (0 (0 CO C, W 

cc0 .-,•CO C n co -J 0 )o 0o '-.4 CO .o .o J:4 .1 -- Mco 

".n4J1CJ1CJ1CJ1 Cii 01 0 Cii

Standard Core Loading 

Figure 2.1.2.1

Biological 

Shield 

(Concrete)
cn)

LO

OCD 

m C=

381.0 

335.915 

335.280

252.660 

242.500 

240.665 

219.075 

218.440 

200.345 

196.535 

193.995 

190.185 

173.8775 

172.29

0 

.E- 1 

o "oCD CD 

0D

C41 

.2m

00

C.) 

C 

00 

C 

0 

00 

C 

E 

0) a
Core

Baffle

Assembly

Y-Top

X-Left

Y-Bottom

" -&" " .L" ". WA •--4 -- 4 CO CO CO C . 

00 .& CO tC Wr . n• 0 0 00J0t C" 00 Note: All Dimensions C0M1 nC n nC in cm.

Location of Surveillance Capsules 

Figure 2.1.2.3

',.I

Biological 

Shield 

(Concrete)
SS-304 

Core*

Surveillance Capsule 

Figure 2.1.2.4

2-60

= -3.81 cm 

. • I-• ~1.91 cm •-_ 

S• •Capsule CO-. Co.; 

:• • • SS-304

(J1 

01 

CA

B

IjF

I
Core 

Material 

Assembly

Y-Top

X-Left

Y-Bottom 

Assembly 

Number 

/9 

12 

Note: All Dimensions in cm.

-4--4(0CO COCD~ -" ~A WOCD )C)O (O 0D CMi 

W-4J003WO1W 1 --4i M 00 

401Mc L n MC

Low Leakage Core Loading

Figure 2.1.3.1

Biological 

Shield 

(Concrete)
382.115 

3 

349.25 

2 4 5 6 7 8 9 10 11 12 13 

13.97 

0.00 1 - *.. .-- &• t'3 r• r ". I .,'rf3 r 

-4.- oo to co -'- M CD 

0 -4 CDT CA) al .c CD . J Cn Note: All Dimensions in cm. M 

Low Leakage Core Loading 

Axial Geometry at 0=O0 

Figure 2.1.3.2

n co -. 

D) CD (0

2-62
Core 

Material Baffle

Assembly

Y-Top

X-Left

Y-Bottom 

Note: All Dimensions in cm.

-- L4 -. & -. O - D " D 

-4 --.C O W CO CD w 

COCo -", co C.0 Cj mi• a):•O 0-40(WV.--4 M) 00 

4 -n 010 L10M 0 01 C 01

Location of Surveillance Capsules 

Figure 2.1.3.3

Biological 

* Shield 

(Concrete)
SS-304 

Core -----

3.81 cm 

'-- 1.91 cm"• 

Capsule CO 

SBlock 

SSS-304 

Water 

Holder Tube

Surveillance Capsule 

Figure 2.1.3.4

2-64

CAD 

C'3 

3 I

I
Core 

Material 

Assembly

Baffle

Y-Top

X-Left

Y-Bottom 

Assembly 

Number 

/9 

1 2 

Note: All Dimensions in cm.

-.-.& & -& " r%) W'. 

4 I-4 tototoCD -L wf.C 

-& =WMC) ~ ~ C w DC 

00 -4 00CO W-Ik --4 0) 00 

-4 Cn Cn CJ 01 01 0nC 

01

Partial Length Shield Assembly Core Loading 

Figure 2.1.4.1

Biological 

Shield 

(Concrete)
Reactor Vessel

Thermal Shield

Core Barrel -mo

Core Baffle )mm

Top of Core---)

Fissile Zone 

Shield Zone 

Bottom of Core ii -

-109.102 cm 

Lower Girth - Weld 

"67.1048 cm 

13.97 cm

Partial Length Shield Assembly Core Design

Figure 2.1.4.2

2-66
382.115 

4 

349.25 

3 

6 7 8 9 10 11 12 13 14 15 16 17 1 

109.102 

2 5 

13.97 1 

0.00 -- co( to coC -& --L al c 

cc30 -- L co(01 W -DI i= 0) ( 0) to3( w(040 (0 CDw 4.~ :.~ -40) CD 0M 0C -. L Note: All Dimensions in cm. C c" CD M . 4 = C C 

Partial Length Shield Assembly Core Loading 

Axial Geometry at e=00 

Figure 2.1.4.3

2-67
Table 2.2.1.1

Fraction of Fissions by 

Exposure U-235 

(Mwd/T) 

4.33 0.7651 

5.92 0.7190 

6.62 0.7085 

11.13 0.6153 

14.12 0.5630 

15.66 0.5370 

17.88 0.5070

Isotope as 

U-238 

0.0733 

0.0733 

0.0733 

0.0766 

0.0766 

0.0766 

0.0766

a Function of 

Pu-239 

0.1566 

0.1936 

0.2096 

0.2814 

0.3220 

0.3400 

0.3580

Exposure 

Pu241 

0. 

0.0059 

0.0074 

0.0220 

0.0373 

0.0440 

0.0533

2-68
Table 2.2.2.1 

Basic Design Data 

-------------------

--------------------------------------------------------

Reactor Parameter material 

--------------------------------------------

Thermal Power 3833 3IF(TH) -

• Core Inlet Temp. 278.9 C 

-------------------------- - - - ---------

Core operating Pressure 7.20 MPa 

* Core Saturated Temp. 287.7 C "

----------------------------- -- - -

* Inner Radius of Shroud 268.2875 cm -" 

--------------------------------------------

* Shroud Thickness 5.08 cm SS-304 

-. . . . . . . . . . . . . . . . . . . . -. . . . . . . . . ..-- . ..-- - - - - - - - - - - - - - - - - - - - -- - -. . . 

* Inner Radius of Liner RPV 321.31 cm 

------------------------------------ -----

Thickness of Liner 0.476 cm SS-304 

--------------------------------------------------------

Inner Radius of RPV 321.786 cm 

------------------------------------ -----

RPV Wall Thickness 16.129 cm . Steel 

-----------------------------------------

Inner Radius of Insulation Liner 351.79 cm 

--------------------------------- -- ---- -

Thickness of Insulation Liner 0.159 cm . SS-304 

----------------------------------- --------- 

. Thickness of Insulation 8.571 cm Al 

---------------------------------------------

* Inner Radius of Concrete Shield 436.88 cm -" 

---------------------------------------------

. Thickness of Concrete Shield* 40.62 cm -

---------------------------------------------

* Radius of Center of Jet Pump & 

• Riser to Core Center 293 cm 

------------------------------------ -- 

.Number of Jet Pumps 24 -

------------------------------------ -- 

Location of Jet Pump Every 15 deg. of Circumference 

-----------------------... 

Location of Risers Every 30 deg. of Circumference 

------------------------------------------- -

Jet Pump ID 18.212 cm 

- - ----- - - -- -- ---------------- - - - -- - - - - -

* Jet Pump OD 20.752 cm "" 

----------------------------------- ------

Riser ID 25.40 cm -" 

----------------------------------- ------

Riser OD 28.245 cm 

----------------------------------- ------

. Capsule Total Width 8.38 cm 

Radial Thickness 3.385 cm Steel 

---------------------

* The thickness used in calculation

2-69
Table 2.2.2.2 

Core and Fuel Assemblies

. Total Number of Fuel Assemblies 

. Number of Fuel Rods per assembly (8X8) 

Number of Water Rods 

Channel Box Outer Width 13.8557 cm

800 

62 

2

Thickness of Channel 

. Box 

. Assembly Pitch 

Pin Pitch 

Cladding Material 

Fuel Active Length

0.3048 cm 

15.24 am 

1.61544 cm

Zr

381.0 cm

Basic Design Data 

Upper and Lower Reflectors 

Region Height Material 

Lower Reflector: 

Inlet Region 12.39 cm SS-304,Sat.water,Zr 

Core Plate 37.04 cm SS-304,Sat.water 

Upper Reflector: 

Top Guide 37.04 cm 70% void water, Zr 

Upper Reflector 18.52 cm SS-304,70% void water,Zr. 

Steam Seperation & 327.24 cm 70% void water 

Dryer Region S....................................................................

2-70
Table 2.2.2,3 

Material Compositions

-. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

. Mixture Component Atom Densities 

.. (atom/b-cm) 

S.................................................................. 

a 2.88090E-02 

0 1.44040E-02 

inner Core 1 0 (fuel) 1.04150E-02 

U-235 9.45460E-05 

U-238 5.11200E-03 

Zr 6.48000E-03 

S.................................................................. 

H 2.67990E-02 

0 1.34000E-02 

Inner Core 2 0 (fuel) 1.04150E-02 

U-235 9.45460E-05 

U-238 5.11200E-03 

Zr 6.48000E-03 

S.................................................................. 

H 2.17470E-02 

0 1.08730E-02 

inner Core 3 0 (fuel) 1.04150E-02 

U-235 9.45460E-05 

U-238 5.11200E-03 

Zr 6.48000E-03 

S.................................................................. 

H 1.85510E-02 

0 9.27550E-03 

inner Core 4 0 (fuel) 1.04150E-02 

U-235 9.45460E-05 

U-238 5.11200E-03 

Zr 6.48000E-03 

H 1.64650E-02 

0 8.23250E-03 

Inner Core 5 0 (fuel) 1.04150E-02 

U-235 9.45460E-05 

U-238 5.11200E-03 

Zr 6.48000E-03 

S.................................................................. 

H 1.51250E-02 

0 7.56270E-03 

inner Core 6 0 (fuel) 1.04150E-02 

U-235 9.45460E-05 

U-238 5.11200E-03 

Zr 6.48000E-03 

S.................................................................. 

H 1.42640E-02 

0 7.13210E-03 

Inner Core 7 0 (fuel) 1.04150E-02 

U-235 9.45460E-05 

U-238 5.11200E-03 

Zr 6.48000E-03 

S..................................................................

2-71
Table 2.2.2.3 

Material Compositions (Cont'd) 

* Mixture Component Atom Densities 

(atom/b*cmI) 

H 2.88090E-02 

0 1.44040E-02 

* Outer Core 1 0 (fuel) 1.04150E-02 

U-235 9.45460E-05 

U-238 5.11200E-03 

Zr 6.48000E-03 

H 2.87770E-02 

0 1.43880E-02 

* Outer Core 2 0 (fuel) 1.04150E-02 

U-235 9.45460E-05 

U-238 5.11200E-03 

Zr 6.48000E-03 

H 2.71340E-02 

O 1-35670E-02 

* Outer Core 3 0 (fuel) 1.04150E-02 

U-235 9.45460E-05 

U3-238 5.11200E-03 

Zr 6.48000E-03 

H 2.41770E-02 

O 1.20890E-02 

* Outer Core 4 0 (fuel) 1-04150E-02 

U3-235 9.45460E-05 

U3-238 5.11200E-03 

Zr 6.48000E-03 

H 2.11540E-02 

O 1-05770E-02 

* Outer Core 5 0 (fuel) 1.04150E-02 

U3-235 9.45460E-05 

U3-238 5.11200E-03 

Zr 6.48000E-03 

H 1.90290E-02 

0 9.51470E-03 

* Outer Core 6 0 (fuel) 1.04150E-02 

U3-235 9.45460E-05 

13-238 5-11200E-03 

Zr 6.48000E-03 

H l.81300E-02 

0 9.06500E-03 

Outer Core 7 0 (fuel) 1.04150E-02 

U3-235 9.45460E-05 

U3-238 5.11200E-03 

Zr 6.48000E-03 

2-72
Table 2.2.2.3 

Material Compositions (Cont"d) 

----- -------------------------------------------------------

Mixture Component Atom Densities 

(atom/b*cm) 

. . . . . . . . . . . . ..--------------------------------------------------

H 3.54150E-02 

0 1.77080E-02 

Zr 7.97470E-03 

Cr 1.97490E-03 

Inlet Region Mn 1.72520E-04 

Fe 6.61705E-03 

Ni 9.70425E-04 

Si 1.01356E-04 

C 2.68995E-05 

. ........-------------------------------------------------------

H 4.66420E-02 

O 2.33210E-02 

Cr 1.31544E-03 

Core Plate Mn 1.14912E-04 

Fe 4.40748E-03 

Ni 6.46380E-04 

Si 6.75108E-05 

C 1.79172E-05 

. ........-------------------------------------------------------

H 1.21530E-02 

Top Guide 0 6.07670E-03 

Zr 7.68960E-03 

. ........-------------------------------------------------------

H 9.82230E-03 

0 4.91120E-03 

Zr 7.51250E-03 

Cr 2.81532E-03 

Upper Reflector Mn 2.45936E-04 

Fe 9.43294E-03 

Ni 1.38339E-03 

Si 1.44487E-04 

C 3.83466E-05 

. . .. . .. ..----------------------------------

Steam Seperator & Dryer H 1.47850E-02 

Region 0 7.39260E-03 

. ........-------------------------------------------------------

H 5.04550E-02 

Jet Pump Water 0 2.52280E-02 

. . . . .. . ..-----------------------------------

Cr 1.55174E-02 

Jet Pump Metal Fe 6.37909E-02 

Ni 6.89647E-03 

-------------- -------------------------------- -----------------. 

H 5.04550E-02 

Riser Water 0 2.52280E-02 

. . . . .. . ..-----------------------------------

Cr 1.55126E-02 

Riser Metal Fe 6.37767E-02 

Ni 6.89487E-03 

. ... ...----------------------------------------------

2-73
Table 2.2.2.3 

material Compositions (Cont'd) 

----------------------------------------------------------------

Mixture Component Atom Densities 

(atom/b*cm) ----------------------------------------------------------------

4.92840E-02 

Reflector 0 2.46420E-02 

-----------------------------------------------------------------

Cr 1.740OOE-02 

Mn 1.520OOE-03 

Shroud Ni 8-55000E-03 

(SS-304) Fe 5.830OOE-02 

C 2.370OOE-04 

Si 8.930OOE-04 

----------------------------------------------------------------

H 5-045SOE-02 

Downcomer 0 2.52280E-02 

-----------------------------------------------------------------

Cr 1.740OOE-02 

Mn 1.520OOE-03 

RPV Liner Ni 8.550OOE-03 

(SS-304) Fe 5.830OOE-02 

C 2.370OOE-04 

Si 8.930OOE-04 

-----------------------------------------------------------------

Cr 1-270OOE-04 

Mn 1-120OOE-03 

RPV Wall Ni 4.440OOE-04 

(Steel) Fe 8.190OOE-02 

C 9.810OOE-04 

Si 3.710OOE-04 

-----------------------------------------------------------------

Cavity 0 9.620OOE-06 

----------------------------------------------------------------

Cr 1.740OOE-02 

Mn 1.520OOE-03 

Insulation Liner Ni B-SSOOOE-03 

(SS-304) Fe 5-830OOE-02 

C 2.370OOE-04 

Si 8.930OOE-04 

-----------------------------------------------------------------

Insulation Al 6.06030E-03 

-----------------------------------------------------------------

H 1.51367E-02 

C 2.24032E-04 

0 8.53268E-02 

Na 2.04551E-03 

Mg 2.88319E-04 

Concrete Wall Al 4.65596E-03 

Si 3.07780E-02 

K 1.35003E-03 

Ca 4.4611SE-03 

Fe 6.09755E-04

2-74
Table 2.2.2.3.1 

Isotopic Fractions in Cr, Fe and Ni* 

.................................................... 

. ISOTOPE. w" % . ISOTOPE . WT %. . ISOTOPE . WT % 

........ ..................... ....................... 

. Cr-50 . 4.345 . Fe-54 5.9 . Ni-58 . 68.27 

................................................... 

. Cr-52 . 83.79 . Fe-56 . 91.72 . Ni-60 . 26.10 

..................................................... 

. Cr-53 - 9.5 . Fe-57 2.1 . Ni-61 . 1.13 

..................................................... 

. Cr-54 . 2.365 . Fe-58 0.28 . Ni-62 . 3.59 

..................................................... - - -. -Ni-64 . 0.91 

..................................................... 

*Taken from Reference-4. 

2-75
Table 2.2.2.4

Fuel Assembly Geometry and Power

Assmb. 

Number X-Left

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31 

32 

33 

34 

35 

36 

37 

38

1.15824 

16.39824 

31.63824 

46.87824 

62.11824 

77.35824 

92.59824 

107.83824 

123.07824 

138.31824 

153.55824 

168.79824 

184.03824 

199.27824 

214.51824 

229.75824 

16.39824 

31.63824 

46.87824 

62.11824 

77.35824 

92.59824 

107.83824 

123.07824 

138.31824 

153.55824 

168.79824 

184.03824 

199.27824 

214.51824 

229.75824 

31.63824 

46.87824 

62.11824 

77.35824 

92.59824 

107.83824 

123.07824

X-Right Y-Bot

14.08176 

29.32176 

44.56176 

59.80176 

75.04176 

90.28176 

105.52176 

120.76176 

136.00176 

151.24176 

166.48176 

181.72176 

196.96176 

212.20176 

227.44176 

242.68176 

29.32176 

44.56176 

59.80176 

75.04176 

90.28176 

105.52176 

120.76176 

136.00176 

151.24176 

166.48176 

181.72176 

196.96176 

212.20176 

227.44176 

242.68176 

44.56176 

59.80176 

75.04176 

90.28176 

105.52176 

120.76176 

136.00176

Y-Top

1.15824 

1.15824 

1.15824 

1.15824 

1.15824 

1.15824 

1.15824 

1.15824 

1.15824 

1.15824 

1.15824 

1.15824 

1.15824 

1.15824 

1.15824 

1.15824 

16.39824 

16.39824 

16.39824 

16.39824 

16.39824 

16.39824 

16.39824 

16.39824 

16.39824 

16.39824 

16.39824 

16.39824 

16.39824 

16.39824 

16.39824 

31.63824 

31.63824 

31.63824 

31.63824 

31.63824 

31.63824 

31.63824

Relative Axial 

Assembly Burnup Peaking 

Power+ Group* Factor

14.08176 

14.08176 

14.08176 

14.08176 

14.08176 

14.08176 

14.08176 

14.08176 

14.08176 

14.08176 

14.08176 

14.08176 

14.08176 

14.08176 

14.08176 

14.08176 

29.32176 

29.32176 

29.32176 

29.32176 

29.32176 

29.32176 

29.32176 

29.32176 

29.32176 

29.32176 

29.32176 

29.32176 

29.32176 

29.32176 

29.32176 

44.56176 

44.56176 

44.56176 

44.56176 

44.56176 

44.56176 

44.56176

5.0353e-03# 

1.0735e-02 

1.0578e-02 

1.1137e-02 

1.1007e-02 

1.1072e-02 

1.3563e-02 

1.0817e-02 

1.0795e-02 

1.0763e-02 

1.3165e-02 

1.0626e-02 

1.1916e-02 

8.2017e-03 

6.0158e-03 

3.2642e-03 

6.4619e-03# 

1.1217e-02 

1.3327e-02 

1.1084e-02 

1.3584e-02 

1.1164e-02 

1.3234e-02 

1.0781e-02 

1.3192e-02 

1.0958e-02 

1.2877e-02 

9.9125e-03 

9.9915e-03 

5.8691e-03 

3.2011e-03 

5.6259e-03# 

1.1137e-0.2 

1.3600e-02 

1.1276e-02 

1.3444e-02 

1.0870e-02 

1.1092e-02

+ The relative assembly power has been normalized so that the one-eighth of the

total core power equals 1.0. 

* The three burnup groups 1,2 and 

13.788,12.755 GWD/T.

3 correspond to assembly burnups of 13.831,

# Note that the assembly power for assemblies on the core diagonal at 45 is 

actually one-half of the assembly power, since only half of the assembly is 

included in the octant.

2-76

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000

Pin 

Power 

Set

0 

0 

0 

0 

0 

0 

0 

0 

0 

0 

0 

0 

0 

1 

12 

23 

0 

0 

0 

0 

0 

0 

0 

0 

0 

0 

0 

0 

2 

13 

24 

0 

0 

0 

0 

0 

0 

0
Table 2.2.2.4 

Fuel Assembly Geometry and Power (cont'd)

Assmb. 

Number X-Left

39 

40 

41 

42 

43 

44 

45 

46 

47 

48 

49 

50 

51 

52 

53 

54 

55 

56 

57 

58 

59 

60 

61 

62 

63 

64 

65 

66 

67 

68 

69 

70 

71 

72 

73 

74 

75 

76 

77

138.31824 

153.55824 

168.79824 

184.03824 

199.27824 

214.51824 

46.87824 

62.11824 

77.35824 

92.59824 

107.83824 

123.07824 

138.31824 

153.55824 

168.79824 

184.03824 

199.27824 

214.51824 

62.11824 

77.35824 

92.59824 

107.83824 

123'.07824 

138.31824 

153.55824 

168.79824 

184.03824 

199.27824 

214.51824 

77.35824 

92.59824 

107.83824 

123.07824 

138.31824 

153.55824 

168.79824 

184.03824 

199.27824 

214.51824

X-Right Y-Bot

151.24176 

166.48176 

181.72176 

196.96176 

212.20176 

227.44176 

59.80176 

75.04176 

90.28176 

105.52176 

120.76176 

136.00176 

151.24176 

166.48176 

181.72176 

196.96176 

212.20176 

227.44176 

75.04176 

90.28176 

105.52176 

120.76176 

136.00176 

151.24176 

166.48176 

181.72176 

196.96176 

212.20176 

227.44176 

90.28176 

105.52176 

120.76176 

136.00176 

151.24176 

166.48176 

181.72176 

196.96176 

212.20176 

227.44176

Y-Top

31.63824 

31.63824 

31.63824 

31.63824 

31.63824 

31.63824 

46.87824 

46.87824 

46.87824 

46.87824 

46.87824 

46.87824 

46.87824 

46.87824 

46.87824 

46.87824 

46.87824 

46.87824 

62.11824 

62.11824 

62.11824 

62.11824 

62.11824 

62.11824 

62.11824 

62.11824 

62.11824 

62.11824 

62.11824 

77.35824 

77.35824 

77.35824 

77.35824 

77.35824 

77.35824 

77.35824 

77.35824 

77.35824 

77.35824

Relative Axial 

Assembly Burnup 'Peaking 

Power Group Factor

44.56176 

44.56176 

44.56176 

44.56176 

44.56176 

44.56176 

59.80176 

59.80176 

59.80176 

59.80176 

59.80176 

59.80176 

59.80176 

59.80176 

59.80176 

59.80176 

59.80176 

59.80176 

75.04176 

75.04176 

75.04176 

75.04176 

75.04176 

75.04176 

75.04176 

75.04176 

75.04176 

75.04176 

75.04176 

90.28176 

90.28176 

90.28176 

90.28176 

90.28176 

90.28176 

90.28176 

90.28176 

90.28176 

90.28176

1.0SOe-02 

1.3296e-02 

1.0577e-02 

1.1734e-02 

7.9120e-03 

5.4178e-03 

6.7304e-03# 

1.1008e-02 

1.3305e-02 

1.0890e-02 

1.1169e-02 

1.0976e-02 

1.3404e-02 

1.0980e-02 

1.2697e-02 

9.6807e-03 

9.4040e-03 

4.7132e-03 

5.4676e-03# 

1.0832e-02 

1.1061e-02 

1.0958e-02 

1.3438e-02 

1.1088e-02 

1.3175e-02 

1.0412e-02 

1.1221e-02 

7.3459e-03 

4.3773e-03 

6.6264e-03# 

1.1015e-02 

1.3409e-02 

1.1139e-02 

1.3279e-02 

1.0653e-02 

1.2053e-02 

8.9775e-03 

8.3615e-03 

3.9167e-03

2-77

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

i.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000

Pin 

Power 

Set

0 

0 

0 

3 

14 

25 

0 

0 

0 

0 

0 

0 

0 

0 

0 

4 

15 

26 

0 

0 

0 

0 

0 

0 

0 

0 

5 

16 

27 

0 

0 

0 

0 

0 

0 

0 

6 

17 

28
Table 2.2.2.4

Fuel Assembly Geometry and Power (cont'd)

Assmb. 

Number X-Left

92.59824 

107.83824 

123.07824 

138.31824 

153.55824 

168.79824 

184.03824 

199.27824 

214.51824 

107.83824 

123.07824 

138.31824 

153.55824 

168.79824 

184.03824 

199.27824 

123.07824 

138.31824 

153.55824 

168.79824 

184.03824 

138.31824 

153.55824 

168.79824 

184.03824 

153.55824 

168.79824 

184.03824 

168.79824

X-Right 

105.52176 

120.76176 

136.00176 

151.24176 

166.48176 

181.72176 

196.96176 

212.20176 

227.44176 

120.76176 

136.00176 

151.24176 

166.48176 

181.72176 

196.96176 

212.20176 

136.00175 

151.24176 

166.48176 

181.72176 

196.96176 

151.24176 

166.48176 

181.72176 

196.96176 

166.48176 

181.72176 

196.96176 

181.72176

Y-Bot

92.59824 

92.59824 

92.59824 

92.59824 

92.59824 

92.59824 

92.59824 

92.59824 

92.59824 

107.83824 

107.83824 

107.83824 

107.83824 

107.83824 

107.83824 

107.83824 

123.07824 

123.07824 

123.07824 

123.07824 

123.07824 

138.31824 

138.31824 

138.31824 

138.31824 

153.55824 

153.55824 

153.55824 

168.79824

Y-Top

105.52176 

105.52176 

105.52176 

105.52176 

105.52176 

105.52176 

105.52176 

105.52176 

105.52176 

120.76176 

120.76176 

120.76176 

120.76176 

120.76176 

120.76176 

120.76176 

136.00176 

136.00176 

136.00176 

136.00176 

136.00176 

151.24176 

151.24176 

151.24176 

151.24176 

166.48176 

166.48176 

166.48176 

181.72176

Relative Axial 

Assembly Burnup Peaking 

Power Group Factor

6.7159e-03# 1 

1.1005e-02 1 

1.3245e-02 1 

1.0791e-02 1 

1.2404e-02 1 

9.4730e-03 1 

9.7112e-03 1 

5.8641e-03 2 

3.2748e-03 3 

5.4160e-03# 1 

1.0679e-02 1 

1.2509e-02 1 

9.7937e-03 1 

1.0372e-02 1 

6.6826e-03 2 

4.2816e-03 3 

6.2480e-03# 1 

9.9663e-03 1 

1.0792e-02 1 

7.3882e-03 2 

4.8407e-03 3 

2.7223e-03# 1 

7.8106e-03 1 

6.0455e-03 2 

3.6073e-03 3 

3.1472e-03 # 1 

4.6201e-03 2 

2.6529e-03 3 

1.6018e-03# 3

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000 

1.000

2-78

78 

79 

80 

81 

82 

83 

84 

85 

86 

87 

88 

89 

90 

91 

92 

93 

94 

95 

96 

97 

98 

99 

100 

101 

102 

103 

104 

105 

106

Pin 

Power 

Set

0 

0 

0 

0 

0 

0 

7 

18 

29 

0 

0 

0 

0 

8 

19 

30 

0 

0 

9 

20 

31 

0 

10 

21 

32 

11 

22 

33 

34
Table 2.2.2.5 

Pin Geometry and Power Distributions 

Pin Pitch Set 1#

X-Right Y-Bot Y-Top

Pin* 

Power 

Fraction

1.99278E+02 

2.05740E+02 

1.99278E+02 

2.05740E+02 

1.99278E+02 

2.05740E+02 

1.99278E+02 

2.05740E+02 

1.84038E+02 

1.90500E+02 

1.84038E+02 

1.90500E+02 

1.84038E+02 

1.90500E+02 

1.84038E+02 

1.90500E+02 

1.84038E+02 

1.90500E+02 

1.84038E+02 

1.90500E+02 

1.84038E+02 

1.90500E+02 

1.84038E+02 

1.90500E+02 

1.84038E+02 

1.90500E+02 

1.84038E+02 

1.90500E+02 

1.68798E+02 

1.75260E+02 

1.68798E+02 

1.75260E+02 

1.53558E+02 

1.60020E+02 

1.53558E+02 

1.60020E+02 

1.53558E+02 

1.60020E+02 

1.53558E+02 

1.60020E+02 

1.53558E+02 

1.60020E+02 

1.53558E+02 

1.60020E+02

2.05740E+02 

2.12202E+02 

2.05740E+02 

2.12202E+02 

2.05740E+02 

2.12202E+02 

2.05740E+02 

2.12202E+02 

1.90500E+02 

1.96962E+02 

1.90500E+02 

1.96962E+02 

1.90500E+02 

1.96962E+02 

1.90500E+02 

1.96962E+02 

1.90500E+02 

1.96962E+02 

1.90500E+02 

1.96962E+02 

1.90500E+02 

1.96962E+02 

1.90500E+02 

1.96962E+02 

1.90500E+02 

1.96962E+02 

1.90500E+02 

1.96962E+02 

1.75260E+02 

1.81722E+02 

1.75260E+02 

1.81722E+02 

1.60020E+02 

1.66482E+02 

1.60020E+02 

1.66482E+02 

1.60020E+02 

1.66482E+02 

1.60020E+02 

1.66482E+02 

1.60020E+02 

1.66482E+02 

1.60020E+02 

1.66482E+02

1.15824E+00 

1.15824E+00 

7.62000E+00 

7.62000E+00 

1.63982E+01 

1.63982E+01 

2.28600E+01 

2.28600E+01 

3.16382E+01 

3.16382E+01 

3.81000E+01 

3.81000E+01 

4.68782E+01 

4.68782E+01 

5.33400E+01 

5.33400E+01 

6.21182E+01 

6.21182E+01 

6.85800E+01 

6.85800E+01 

7.73582E+01 

7.73582E+01 

8.38200E+01 

8.38200E+01 

9.25982E+01 

9.25982E+01 

9.90600E+01 

9.90600E+01 

1.07838E+02 

1.07838E+02 

1.14300E+02 

1.14300E+02 

1.23078E+02 

1.23078E+02 

1.29540E+02 

1.29540E+02 

1.38318E+02 

1.38318E+02 

1.44780E+02 

1.44780E+02 

1.53558E+02 

1.53558E+02 

1.60020E+02 

1.60020E+02

7.62000E+00 

7.62000E+00 

1.40818E+01 

1.40818E+01 

2.28600E+01 

2.28600E+01 

2.93218E+01 

2.93218E+01 

3.81000E+01 

3.81000E+01 

4.45618E+01 

4.45618E+01 

5.33400E+01 

5.33400E+01 

5.98018E+01 

5.98018E+01 

6.85800E+01 

6.85800E+01 

7.50418E+01 

7.50418E+01 

8.38200E+01 

8.38200E+01 

9.02818E+01 

9.02818E+01 

9.90600E+01 

9.90600E+01 

1.05522E+02 

1.05522E+02 

1.14300E+02 

1.14300E+02 

1.20762E+02 

1.20762E+02 

1.29540E+02 

1.29540E+02 

1.36002E+02 

1.36002E+02 

1.44780E+02 

1.44780E+02 

1.51242E+02 

1.51242E+02 

1.60020E+02 

1.60020E+02 

1.66482E+02 

1.66482E+02

2.58373E-01 

2.70264E-01 

2.41618E-01 

2.29746E-01 

2.58807E-01 

2.72605E-01 

2.43342E-01 

2.25246E-01 

2.51616E-01 

2.64870E-01 

2.50658E-01 

2.32856E-01 

2.51964E-01 

2.64982E-01 

2.47466E-01 

2.35588E-01 

2.53546E-01 

2.64866E-01 

2.50773E-01 

2.30815E-01 

2.59070E-01 

2.64613E-01 

2.47647E-01 

2.28670E-01 

2.63613E-01 

2.64005E-01 

2.53136E-01 

2.19247E-01 

2.60743E-01 

2.61962E-01 

2.54997E-01 

2.22297E-01 

2.57155E-01 

2.59758E-01 

2.56820E-01 

2.26268E-01 

2.65023E-01 

2.57084E-01 

2.55241E-01 

2.22652E-01 

2.87226E-01 

2.43955E-01 

2.43955E-01 

2.24865E-01

# Pin Pitch Set 1 is a 2x2 array. 

* Pin Power Fraction of Assembly power.

2-79

X-Left

Pin 

Power 

Set

Assemb. 

Number

1 1 

1 

1 

2 

2 

2 

2 

3 

3 

3 

3 

4 

4 

4 

4 

5 

5 

5 

5 

6 

6 

6 

6 

7 

7 

7 

7 

8 

8 

8 

8 

9 

9 

9 

9 

10 

10 

10 

10 

11 

11 

11 

II

14 14 

14 

14 

29 

29 

29 

29 

42 

42 

42 

42 

54 

54 

54 

54 

65 

65 

65 

65 

75 

75 

75 

75 

84 

84 

84 

84 

91 

91 

91 

91 

96 

96 

96 

96 

100 

100 

100 

100 

103 

103 

103 

103
Table 2.2.2.5

Pin Geometry and Power Distributions (cont'd) 

$ 

Pin Pitch Set 2

X-Left X-Right Y-Bot

Pjin* 

Power 

Y-Top Fraction

2.14518E+02 

2.17749E+02 

2.20980E+02 

2.24211E+02 

2.14518E+02 

2.17749E+02 

2.20980E+02 

2.24211E+02 

2.14518E+02 

2.17749E+02 

2.20980E+02 

2.24211E+02 

2.14518E+02 

2.17749E+02 

2.20980E+02 

2.24211E+02 

2.14518E+02 

2.17749E+02 

2.20980E+02 

2.24211E+02 

2.14518E+02 

2.17749E+02 

2.20980E+02 

2.24211E+02 

2.14518E+02 

2.17749E+02 

2.20980E+02 

2.24211E+02 

2.14518E+02 

2.17749E+02 

2.20980E+02 

2.24211E+02 

1.99278E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02 

1.99278E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02 

1.99278E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02

2.17749E+02 

2.20980E+02 

2.24211E+02 

2.27442E+02 

2.17749E+02 

2.20980E+02 

2.24211E+02 

2.27442E+02 

2.17749E+02 

2.20980E+02 

2.24211E+02 

2.27442E+02 

2.17749E+02 

2.20980E+02 

2.24211E+02 

2.27442E+02 

2.17749E+02 

2.20980E+02 

2.24211E+02 

2.27442E+02 

2.17749E+02 

2.20980E+02 

2.24211E+02 

2.27442E+02 

2.17749E+02 

2.20980E+02 

2.24211E+02 

2.27442E+02 

2.17749E+02 

2.20980E+02 

2.24211E+02 

2.27442E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02 

2.12202E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02 

2.12202E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02 

2.12202E+02

1.15824E+00 

1.15824E+00 

1.15824E+00 

1.15824E+00 

4.38912E+00 

4.38912E+00 

4.38912E+00 

4.38912E+00 

7.62000E+00 

7.62000E+00 

7.62000E+00 

7.62000E+00 

1.08509E+01 

1.08509E+01 

1.08509E+01 

1.08509E+01 

1.63982E+01 

1.63982E+01 

1.63982E+01 

1.63982E+01 

1.96291E+01 

1.96291E+01 

1.96291E+01 

1.96291E+01 

2.28600E+01 

2.28600E+01 

2.28600E+01 

2.28600E+01 

2.60909E+01 

2.60909E+01 

2.60909E+01 

2.60909E+01 

3.16382E+01 

3.16382E+01 

3.16382E+01 

3.16382E+01 

3.48691E+01 

3.48691E+01 

3.48691E+01 

3.48691E+01 

3.81000E+01 

3.81000E+01 

3.81000E+01 

3.81000E+01

4.38912E+00 

4.389121+00 

4.38912E+00 

4.38912E+00 

7.62000E+00 

7.62000E+00 

7.62000E+00 

7.62000E+00 

1.08509E+01 

1.08509E+01 

1.08509E+01 

1.08509E+01 

1.40818E+01 

1.40818E+01 

1.40818E+01 

1.40818E+01 

1.96291E+01 

1.96291E+01 

1.96291E+01 

1.96291E+01 

2.28600E+01 

2.28600E+01 

2.28600E+01 

2.28600E+01 

2.60909E+01 

2.60909E+01 

2.60909E+01 

2.60909E+01 

2.93218E+01 

2.93218E+01 

2.93218E+01 

2.93218E+01 

3.48691E+01 

3.48691E+01 

3.48691E+01 

3.48691E+01 

3.81000E+01 

3.81000E+01 

3.81000E+01 

3.81000E+01 

4.13309E+01 

4.13309E+01 

4.13309E+01 

4.13309E+01

7.38249E-02 

7.28075E-02 

7.61966E-02 

7.45121E-02 

6.68030E-02 

6.74201E-02 

4.95235E-02 

6.98152E-02 

6.31469E-02 

4.41128E-02 

6.15057E-02 

6.03148E-02 

5.50509E-02 

5.64820E-02 

5.40202E-02 

5.44638E-02 

7.59897E-02 

7.77915E-02 

7.38117E-02 

7.31928E-02 

7.14149E-02 

5.05720E-02 

6.79001E-02 

6.54075E-02 

6.14037E-02 

6.19440E-02 

4.35594E-02 

6.09388E-02 

5.46818E-02 

5.31705E-02 

5.47570E-02 

5.34646E-02 

7.16472E-02 

7.26314E-02 

6.93772E-02 

7.01406E-02 

6.94787E-02 

4.89417E-02 

6.67952E-02 

6.52023E-02 

6.25975E-02 

6.24834E-02 

4.48911E-02 

6.33330E-02

$ Pin Pitch Set 2 is a 4x4 array. 

* Pin Power Fraction of Assembly Power.

2-80

Pin 

Power 

Set

Assemb. 

Number

12 

12 

12 

12 

12 

12 

12 

12 

12 

12 

12 

12 

12 

12 

12 

12 

13 

13 

13 

13 

13 

13 

13 

13 

13 

13 

13 

13 

13 

13 

13 

13 

14 

14 

14 

14 

14 

14 

14 

14 

14 

14 

14 

14

15 

15 

15 

15 

15 

15 

15 

15 

15 

15 

15 

15 

15 

15 

15 

15 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

43 

43 

43 

43 

43 

43 

43 

43 

43 

43 

43 

43
Table 2.2.2.5

Pin Geometry and Power Distributions (cont'd) 

Pin Pitch Set 2

X-Right Y-Bot Y- Top

Pin* 

Power 

Fraction

Pin 

Power 

Set

1.99278E+02 

2.02509E+02 

2.05740E+02 

2.08971E÷02 

1.99278E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02 

1.99278E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02 

1.99278E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02 

1.99278E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02 

1.99278E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02 

1.99278E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02 

1.99278E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02 

1.99278E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02 

1.99278E+02 

2.02509E+02 

2.05740E÷02 

2.08971E+02 

1.99278E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02

2.02509E+02 

2.05740E+02 

2.08971E+02 

2.12202E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02 

2.12202E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02 

2.12202E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02 

2.12202E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02 

2.12202E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02 

2.12202E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02 

2.12202E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02 

2.12202E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02 

2.12202E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02 

2.12202E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02 

2.12202E+02

4.13309E+01 

4.13309E+01 

4.13309E+01 

4.13309E+01 

4.68782E+01 

4.68782E+01 

4.68782E+01 

4.68782E+01 

5.01091E+01 

5.01091E+01 

5.01091E+01 

5.01091E+01 

5.33400E+01 

5.33400E+01 

5.33400E+01 

5.33400E+01 

5.65709E+01 

5.65709E+01 

5.65709E+01 

5.65709E+01 

6.21182E+01 

6.21182E+01 

6.21182E+01 

6.21182E+01 

6.53491E+01 

6.53491E+01 

6.53491E+01 

6.53491E+01 

6.85800E+01 

6.85800E+01 

6.85800E+01 

6.85800E+01 

7.18109E+01 

7.18109E+01 

7.18109E+01 

7.18109E+01 

7.73582E+01 

7.73582E+01 

7.73582E+01 

7.73582E+01 

8.05891E+01 

8.05891E+01 

8.05891E+01 

8.05891E+01

4.45618R+01 

4.45618E+01 

4.45618E+01 

4.45618E+01 

5.01091E+01 

5.01091E+01 

5.01091E+01 

5.01091E+01 

5.33400E+01 

5.33400E+01 

5.33400E÷01 

5.33400E+01 

5.65709E+01 

5.65709E÷01 

5.65709E+01 

5.65709E+01 

5.98018E+01 

5.98018E÷01 

5.98018E+01 

5.980183+01 

6.53491E+01 

6.53491E÷01 

6.53491E+01 

6.53491E+01 

6.85800E+01 

6.85800E+01 

6.85800E+01 

6.85800E+01 

7.18109E+01 

7.18109E+01 

7.18109E+01 

7.18109E÷01 

7.50418E+01 

7.50418E÷01 

7.50418E+01 

7.50418E+01 

8.05891E÷01 

8.05891E+01 

8.05891E÷01 

8.05891E+01 

8.38200E+01 

8.38200E÷01 

8.38200E÷01 

8.38200E+01

5.90314E-02 

5.72940B-02 

5.90009E-02 

5.71545E-02 

7.26179E-02 

7.18881E-02 

7.32261E-02 

6.95664E-02 

6.80513E-02 

5.14407E-02 

6.47437E-02 

6.83586E-02 

6.47394E-02 

6.03222E-02 

4.68186E-02 

6.24668E-02 

5.64213E-02 

5.86278E-02 

5.73603E-02 

5.33506E-02 

7.36288E-02 

7.42735E-02 

7.02250E-02 

7.02387E-02 

7.07413E-02 

4.95758E-02 

6.69879E-02 

6.47069E-02 

6.28275E-02 

6.24396E-02 

4.43827E-02 

6.21910E-02 

5.82272E-02 

5.64215E-02 

5.77464E-02 

5.53862E-02 

7.54454E-02 

7.33047E-02 

7.41111E-02 

6.88551E-02 

6.95871E-02 

5.22809E-02 

6.48424E-02 

6.71823E-02

2-81

X-Left

Assemb. 

Number

14 

14 

14 

14 

15 

15 

15 

15 

15 

15 

15 

15 

15 

15 

15 

15 

15 

15 

15 

15 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

17 

17 

17 

17 

17 

17 

17 

17

43 

43 

43 

43 

55 

55 

55 

55 

55 

55 

55 

55 

55 

55 

55 

55 

55 

55 

55 

55 

66 

66 

66 

66 

66 

66 

66 

66 

66 

66 

66 

66 

66 

66 

66 

66 

76 

76 

76 

76 

76 

76 

76 

76
Table 2.2.2.5 

Pin Geometry and Power Distributions (cont'd) 

Pin Pitch Set 2

Y-Bot Y- Top

Pin* Pin 

Power Power 

Fraction Set

Assemb. 

Number

1.99278E+0: 

2.02509E+0: 

2.05740E+0: 

2.08971E+O0 

1.99278E+0: 

2.02509E+0• 

2.05740E+O, 

2.08971E+.0, 

1.99278E+0O 

2.02509E+0, 

2.05740E+10 

2.08971E+02 

1.99278E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02 

1.99278E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02 

1.99278E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02 

1.84038E+02 

1.87269E+02 

1.90500E+02 

1.93731E+02 

1.84038E+02 

1.87269E+02 

1.90500E+02 

1.93731E+02 

1.84038E+02 

1.87269E+02 

1.90500E+02 

1.93731E+02 

1.84038E+02 

1.87269E+02 

1.90500E+02 

1.93731E+02 

1.68798E+02 

1.72029E+02 

1.75260E+02 

1.78491E+02

2 2.02509E+02 

2 2.05740E+02 

2 2.08971E+02 

2 2.12202E+02 

2 2.02509E+02 

2 2.05740E+02 

2 2.08971E+02 

2.12202E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02 

2.12202E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02 

2.12202E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02 

2.12202E+02 

2.02509E+02 

2.05740E+02 

2.08971E+02 

2.12202E+02 

1.87269E+02 

1.90500E+02 

1.93731E+02 

1.96962E+02 

1.87269E+02 

1.90500E+02 

1.93731E+02 

1.96962E+02 

1.87269E+02 

1.90500E+02 

1.93731E+02 

1.96962E+02 

1.87269E+02 

1.90500E+02 

1.93731E+02 

1.96962E+02 

1.72029E+02 

1.75260E+02 

1.78491E+02 

1.81722E+02

8.38200E+01 

8.38200E+01 

8.38200E+01 

8.38200E+01 

8.70509E+01 

8.70509E+01 

8.70509E+01 

8.70509E+01 

9.25982E+01 

9.25982E+01 

9.25982E+01 

9.25982E+01 

9.58291E+01 

9.58291E+01 

9.58291E+01 

9.58291E+01 

9.90600E+01 

9.90600E+01 

9.90600E+01 

9.90600E+01 

1.02291E+02 

1.02291E+02 

1.02291E+02 

1.02291E+02 

1.07838E+02 

1.07838E+02 

1.07838E+02 

1.07838E+02 

1.11069E+02 

1.11069E+02 

1.11069E+02 

1.11069E+02 

1.14300E+02 

1.14300E+02 

1.14300E+02 

1.14300E+02 

1.17531E+02 

1.17531E+02 3 

1.17531E+02 3 

1.17531E+02 3 

1.23078E+02 3 

1.23078E+02 I 

1.23078E+02 1 

1.23078E+02 1

8.70509E+01 

8.70509E+01 

8.70509E+01 

8.70509E+01 

9.02818E+01 

9.02818E+01 

9.02818E+01 

9.02818E+01 

9.58291E+01 

9.58291E+01 

9.58291E+01 

9.58291E+01 

9.90600E+01 

9.90600E+01 

9.90600E+01 

9.90600E+01 

1.02291E+02 

1.02291E+02 

1.02291E+02 

1.02291E+02 

1.05522E+02 

1.05522E+02 

1.05522E+02 

1.05522E+02 

1.11069E+02 

1.11069E+02 

1.11069E+02 

1.11069E+02 

1.14300E+02 

1.14300E+02 

1.14300E+02 

1.14300E+02 

1.17531E+02 

1.17531E+02 

1.17531E+02 

L.17531E+02 

L.20762E+02 

L.20762E+02 

L.20762E+02 

-. 20762E+02 I 

.26309E+02 

.. 26309E+02 

.. 26309E+02 

.26309E+02

6.59272E-02 

6.06664E-02 

4.62258E-02 

6.05320E-02 

5.63801E-02 

5.81633E-02 

5.59313E-02 

5.05650E-02 

7.92382E-02 

7.82869E-02 

7.11724E-02 

6.73636E-02 

7.56348E-02 

5.17247E-02 

6.68024E-02 

6.06529E-02 

6.58134E-02 

6.35309E-02 

4.28615E-02 

5.71213E-02 

5.90890E-02 

5.53590E-02 

5.45343E-02 

5.08145E-02 

7.74534E-02 

7.68078E-02 

7.02795E-02 

6.74748E-02 

7.42464E-02 

5.09560E-02 

6.55080Z-02 

6.09946E-02 

6.58713E-02 

6.39645E-02 

t.30284E-02 

5.80998E-02 

5.07664E-02 

5.65263E-02 

5.55264E-02 

.24964E-02 

.50462E-02 

.39381E-02 

.77671E-02 

p.59961E-02

2-82

X-Left X-Right

17 

17 

17 

17 

17 

17 

17 

17 

18 

18 

18 

18 

18 

18 

18 

18 

18 

18 

18 

18 

18 

18 

18 

18 

19 

19 

19 

19 

19 

19 

19 

19 

19 

19 

19 

19 

19 

19 

19 

19 

20 

20 

20 

20

76 

76 

76 

76 

76 

76 

76 

76 

85 

85 

85 

85 

85 

85 

85 

85 

85 

85 

85 

85 

85 

85 

85 

85 

92 

92 

92 

92 

92 

92 

92 

92 

92 

92 

92 

92 

92 

92 

92 

92 

97 

97 

97 

97
Table 2.2.2.5 

Pin Geometry and Power Distributions (cont'd) 

Pin Pitch Set 2

X-Right Y-Bot Y- Top

Pin* 

Power 

Fraction

Pin 

Power 

Set

1.68798E+02 

1.72029E+02 

1.75260E+02 

1.78491E+02 

1.68798E+02 

1.72029E+02 

1.75260E+02 

1.78491E+02 

1.68798E+02 

1.72029E+02 

1.75260E+02 

1.78491E+02 

1.68798E+02 

1.72029E+02 

1.75260E+02 

1.78491E+02 

1.68798E+02 

1.72029E+02 

1.75260E+02 

1.78491E+02 

1.68798E+02 

1.72029E+02 

1.75260E+02 

1.78491E+02 

1.68798E+02 

1.72029E+02 

1.75260E+02 

1.78491E+02 

1.68798E+02 

1.72029E+02 

1.75260E+02 

1.78491E+02 

1.68798E+02 

1.72029E+02 

1.75260E+02 

1.78491E+02 

1.68798E+02 

1.72029E+02 

1.75260E+02 

1.78491E+02 

1.68798E+02 

1.72029E+02 

1.75260E+02 

1.78491E+02

1.72029E+02 

1.75260E+02 

1.78491E+02 

1.81722E+02 

1.72029E+02 

1.75260E+02 

1.78491E+02 

1.81722E+02 

1.72029E+02 

1.75260E+02 

1.78491E+02 

1.81722E+02 

1.72029E+02 

1.75260E+02 

1.78491E+02 

1.81722E+02 

1.72029E+02 

1.75260E+02 

1.78491E+02 

1.81722E+02 

1.72029E+02 

1.75260E+02 

1.78491E+02 

1.81722E+02 

1.72029E+02 

1.75260E+02 

1.78491E+02 

1.81722E+02 

1.72029E+02 

1.75260E+02 

1.78491E+02 

1.81722E+02 

1.72029E+02 

1.75260E+02 

1.78491E+02 

1.81722E+02 

1.72029E+02 

1.75260E+02 

1.78491E+02 

1.81722E+02 

1.72029E+02 

1.75260E+02 

1.78491E+02 

1.81722E+02

1.26309E+02 

1.26309E+02 

1.26309E+02 

1.26309E+02 

1.29540E+02 

1.29540E+02 

1.29540E+02 

1.29540E+02 

1.32771E+02 

1.32771E+02 

1.32771E+02 

1.32771E+02 

1.38318E+02 

1.38318E+02 

1.38318E+02 

1.38318E+02 

1.41549E+02 

1.41549E+02 

1.41549E+02 

1.41549E+02 

1.44780E+02 

1.44780E+02 

1.44780E+02 

1.44780E+02 

1.48011E+02 

1.48011E+02 

1.48011E+02 

1.48011E+02 

1.53558E+02 

1.53558E+02 

1.53558E+02 

1.53558E+02 

1.56789E+02 

1.56789E+02 

1.56789E+02 

1.56789E+02 

1.60020E+02 

1.60020E+02 

1.60020E+02 

1.60020E+02 

1.63251E+02 

1.63251E+02 

1.63251E+02 

1.63251E+02

1.29540E+02 

1.29540E+02 

1.29540E+02 

1.29540E+02 

1.32771E+02 

1.32771E+02 

1.32771E+02 

1.32771E+02 

1.36002E+02 

1.36002E+02 

1.36002E+02 

1.36002E+02 

1.41549E+02 

1.41549E+02 

1.41549E+02 

1.41549E+02 

1.44780E+02 

1.44780E+02 

1.44780E+02 

1.44780E+02 

1.48011E+02 

1.48011E+02 

1.48011E+02 

1.48011E+02 

1.51242E+02 

1.51242E+02 

1.51242E+02 

1.51242E+02 

1.56789E+02 

1.56789E+02 

1.56789E+02 

1.56789E+02 

1.60020E+02 

1.60020E+02 

1.60020E+02 

1. 60020E+02 

1.63251E+02 

1.63251E+02 

1.63251E+02 

1.63251E+02 

1.66482E+02 

1.66482E+02 

1.66482E+02 

1.66482E+02

7.33948E-02 

4.98977E-02 

6.52329E-02 

6.12728E-02 

6.64117E-02 

6.38749E-02 

4.36941E-02 

5.96622E-02 

6.30655E-02 

5.89017E-02 

5.80814E-02 

5.37628E-02 

7.70431E-02 

7.24457E-02 

7.17453E-02 

6.66866E-02 

7.10549E-02 

6.89371E-02 

4.73810E-02 

6.42501E-02 

6.85786E-02 

4.59769E-02 

6.00146E-02 

5.68247E-02 

6.14419E-02 

6.02735E-02 

5.46604E-02 

5.26854E-02 

8.18676E-02 

7.89096E-02 

6.99618E-02 

6.44585E-02 

7.82103E-02 

5.19621E-02 

6.55618E-02 

5.81213E-02 

6.82592E-02 

6.41111E-02 

4.21956E-02 

5.50026E-02 

6.17959E-02 

5.64056E-02 

5.42642E-02 

4.89129E-02

2-83

X-Left

Assemb. 

Number

20 

20 

20 

20 

20 

20 

20 

20 

20 

20 

20 

20 

21 

21 

21 

21 

21 

21 

21 

21 

21 

21 

21 

21 

21 

21 

21 

21 

22 

22 

22 

22 

22 

22 

22 

22 

22 

22 

22 

22 

22 

22 

22 

22

97 

97 

97 

97 

97 

97 

97 

97 

97 

97 

97 

97 

101 

101 

101 

101 

101 

101 

101 

101 

101 

101 

101 

101 

101 

101 

101 

101 

104 

104 

104 

104 

104 

104 

104 

104 

104 

104 

104 

104 

104 

104 

104 

104
Table 2.2.2.5 

Pin Geometry and Power Distributions (cont'd) 

+ 

Pin Pitch Set 3 

Pin* P 

Power Pa 

ight Y-Bot Y-Top Fraction S

in 

ver 

et

2.29758E+0 

2.313741+0 

2.32989E+0 

2.346051+0 

2.36220E+0 

2.37835E+0 

2.39451E+0 

2.41066E+0 

2.29758E+0. 

2.31374E+0: 

2.32989E+0: 

2.34605E+0: 

2.36220E+0: 

2.37835E+0: 

2.39451E+0: 

2.41066E+0: 

2-29758E+0, 

2.31374E+0; 

2.32989E+0; 

2.34605E+0; 

2.36220E+02 

2.37835E+02 

2.39451E+02 

2.41066E+02 

2.29758E+02 

2.31374E+02 

2.32989E+02 

2.34605E+02 

2.36220E+02 

2.37835E+02 

2.39451E+02 

2.41066E+02 

2.29758E+02 

2.31374E+02 

2.32989E+02 

2.34605E+02 

2.36220E+02 

2.37835E+02 

2.39451E+02 

2.41066E+02 

2.29758E+02 

2.31374E+02 

2-32989E+02 

2.34605E+02 

2.36220E+02 

2.37835E+02

2 2.31374E+0 

2 2.32989E+0 

2 2.34605E+0 

2 2.36220E+0 

2 2.37835E+0 

2 2.39451E+0 

2 2.41066E+0 

2 2.42682E+0 

2 2.31374E÷0 

2 2.32989E+0. 

2 2.34605E+0: 

2 2.36220E+0: 

2 2.37835E+0: 

2 2.39451E+0: 

2 2.41066E+0: 

2 2.42682E+0: 

I 2.31374E+0: 

2.32989E+0; 

2.34605E+0; 

2.36220E+0; 

2.37835E+02 

2.39451E+02 

2.41066E+02 

2.42682E+02 

2.31374E+02 

2.32989E+02 

2.34605E+02 

2.36220E+02 

2.37835E+02 

2.39451E+02 

2.41066E+02 

2.42682E+02 

2.31374E+02 

2.32989E+02 

2.34605E+02 

2.36220E+02 

2.37835E+02 

2.39451E+02 

2.41066E+02 

2.42682E+02 

2.31374E+02 

2.32989E+02 

2.34605E+02 

2.36220E+02 

2.37835E+02 

2.39451E+02

2 1.15824E+( 

2 1.15824E1+ 

2 1.15824E+0 

2 1.15824E+0 

2 1.158241+0 

2 1.15824E+0 

2 1.15824E+0 

2 1.15824E+0 

2 2.77368E+0 

2 2.77368E+0 

2 2.77368E+0 

2 2.77368E+0 

2 2.77368E+0 

2 2.77368E+0O 

2 2.77368E+0O 

2 2.77368E+01 

4.38912E+01 

I 4.38912E+0( 

4.38912E+0 

4.38912E+0c 

4.38912E+0( 

4.38912E+OC 

4.38912E+OC 

4.38912E+0C 

6.00456E+00 

6.00456E+00 

6.00456E+00 

6.00456E+00 

6.00456E+00 

6.00456E+00 

6.00456E+00 

6.00456E+00 

7.62000E+00 

7.62000E+00 

7.62000E+00 

7.62000E+00 

7.62000E+00 

7.62000E+00 

7.62000E+00 

7.62000E+00 

9.23544E+00 

9.23544E+00 

9.23544E+00 

9.23544E+00 

9.23544E+00 

9.23544E+00

10 2.77368E+0 

10 2.77368E+0 

'0 2.77368E+0 

'0 2.77368E+0 

0 2.77368E+0 

0 2.77368E+0 

0 2.77368E+0 

0 2.77368E+0 

0 4.38912E+0 

0 4.38912E+0 

0 4.38912E+01 

0 4.38912E+01 

0 4.38912E+01 

0 4.38912E+01 

0 4.38912E+0( 

D 4.38912E+0( 

2 6.00456E+0( 

0 6.00456E+0( 

2 6.00456E+OC 

6.00456E+0C 

6.00456E+OC 

6.00456E+OC 

I 6.00456E+0( 

I 6.00456E+00 

1 7.62000E+00 

S7.62000E+00 

7.62000E+00 

7.62000E+00 

7.62000E+00 

7.62000E+00 

7.62000E+00 

7.62000E+00 

9.23544E+00 

9.23544E+00 

9.23544E+00 

9.23544E+00 

9.23544E+00 

9.23544E+00 

9.23544E+00 

9.23544E+00 

1.08509E+01 

1.08509E+01 

1.08509E+01 

1.08509E+01 

1.08509E+01 

1.08509E+01

0 2.20726E-02 

0 2.15033E-02 

0 2.110501-02 

0 2.06648E-02 

0 2.05695E-02 

0 2.08215E-02 

0 2.10195E-02 

0 2.13527E-02 

0 2.04287E-02 

0 1.87171E-02 

0 1.82948E-02 

D 1.79038E-02 

D 1.77691E-02 

0 1.79714E-02 

0 1.81896E-02 

2 1.95975E-02 

1.87909E-02 

1.71445E-02 

1.65420E-02 

I 1.65021E-02 

I 1.61547E-02 

I 1.60281E-02 

I 1.65912E-02 

1.79118E-02 

1.71304E-02 

1.56315E-02 

1.53893E-02 

0.00000E+00 

1.55264E-02 

1.48557E-02 

1.50837E-02 

1.62641E-02 

1.58553E-02 

1.44929E-02 

1.40706E-02 

1.45028E-02 

0.00000E+00 

1.39956E-02 

1.39956E-02 

1.50167E-02 

1.50585E-02 

1.38327E-02 

1.324001-02 

1.31625E-02 

1.32714E-02 

1.31091E-02

+ Pin Pitch Set 3 is an 8x8 array. * Pin Power Fraction of Assembly Power.

2-84

As semb. 

X-Left X-R Number

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16* 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16
Table.2.2.2.5 

Pin Geometry and Power Distributions (cont'd) 

Pin Pitch Set 3

X-Right Y-Bot Y- Top

Pin* Power 

Fraction

Pin 

Power 

Set

2.39451E+02 

2.41066E+02 

2.29758E+02 

2.31374E+02 

2.32989E+02 

2.34605E+02 

2.36220E+02 

2.37835E+02 

2.39451E+02 

2.41066E+02 

2.29758E+02 

2.31374E+02 

2.32989E+02 

2.34605E+02 

2.36220E+02 

2.37835E+02 

2.39451E+02 

2.41066E+02 

2.29758E+02 

2.31374E+02 

2132989E+02 

2.34605E+02 

2.36220E+02 

2.37835E+02 

2.39451E+02 

2.41066E+02 

2.29758E+02 

2.31374E+02 

2.32989E+02 

2.34605E+02 

2.36220E+02 

2.37835E+02 

2.39451E+02 

2.41066E+02 

2.29758E+02 

2.31374E+02 

2.32989E+02 

2.34605E+02 

2.36220E+02 

2.37835E+02 

2.39451E+02 

2.41066E+02 

2.29758E+02 

2.31374E+02 

2.32989E÷02 

2.34605E+02 

2.36220E+02 

2.37835E+02 

2.39451E÷02

2.41066E+02 

2.42682E+02 

2.31374E+02 

2.32989E+02 

2.34605E+02 

2.36220E+02 

2.37835E+02 

2.39451E+02 

2.41066E+02 

2.42682E+02 

2.31374E+02 

2.32989E+02 

2.34605E+02 

2.36220E+02 

2.37835E+02 

2.39451E+02 

2.41066E+02 

2.42682E+02 

2.31374E+02 

2.32989E+02 

2.34605E+02 

2.36220E+02 

2.37835E+02 

2.39451E+02 

2.41066E+02 

2.42682E+02 

2.31374E+02 

2.32989E+02 

2.34605E+02 

2.36220E+02 

2.37835E+02 

2.39451E+02 

2.41066E+02 

2.42682E+02 

2.31374E+02 

2.32989E+02 

2.34605E+02 

2.36220E+02 

2.37835E+02 

2.39451E+02 

2.41066E+02 

2.42682E+02 

2.31374E+02 

2.32989E+02 

2.34605E+02 

2.36220E+02 

2.37835E+02 

2.39451E+02 

2.41066E+02

9.23544E+00 

9.23544E+00 

1.08509E+01 

1.08509E+01 

1.08509E+01 

1.08509E+01 

1.08509E+01 

1.08509E+01 

1.08509E+01 

1.08509E+01 

1.24663E+01 

1.24663E+01 

1.24663E+01 

1.24663E+01 

1.24663E+01 

1.24663E+01 

1.24663E+01 

1.24663E+01 

1.63982E+01 

1.63982E+01 

1.63982E+01 

1.63982E+01 

1.63982E+01 

1.63982E+01 

1.63982E+01 

1.63982E÷01 

1.80137E+01 

1.80137E+01 

1.80137E+01 

1.80137E+01 

1.80137E+01 

1.80137E+01 

1.80137E+01 

1.80137E+01 

1.96291E+01 

1.96291E+01 

1.96291Ee01 

1.96291E+01 

1.96291E+01 

1.96291E+01 

1.96291E+01 

1.96291E+01 

2.12446E+01 

2.12446E+01 

2.12446E+01 

2.12446E+01 

2.12446E+01 

2.12446E+01 

2.12446E+01

1.08509E+01 

1.08509E+01 

1.24663E+01 

1.24663E+01 

1.24663E+01 

1.24663E+01 

1.24663E+01 

1.24663E+01 

1.24663E+01 

1.24663E+01 

1.40818E+01 

1.40818E+01 

1.40818E+01 

1.40818E+01 

1.40818E+01 

1.40818E+01 

1.40818E+01 

1.40818E+01 

1.80137E+01 

1.80137E+01 

1.80137E+01 

1.80137E+01 

1.80137E+01 

1.80137E+01 

1.80137E+01 

1.80137E+01 

1.96291E+01 

1.96291E+01 

1.96291E+01 

1.96291E+01 

1.96291E+01 

1.96291E+01 

1.96291E+01 

1.96291E+01 

2.12446E+01 

2.12446E+01 

2.12446E+01 

2.12446E+01 

2.12446E+01 

2.12446E+01 

2.12446E+01 

2.12446E+01 

2.28600E+01 

2.28600E+01 

2.28600E+01 

2.28600E+01 

2.28600E+01 

2.28600E+01 

2.28600E+01

1.33408E-02 

1.42513E-02 

1.46042E-02 

1.35745E-02 

1.33507E-02 

1.30869E-02 

1.30156E-02 

1.30888E-02 

1.31127E-02 

1.38468E-02 

1.48956E-02 

1.49891E-02 

1.49135E-02 

1.46915E-02 

1.46177E-02 

1.46755E-02 

1.45569E-02 

1.42569E-02 

2.16985E-02 

2.08917E-02 

2.03213E-02 

1.98806E-02 

1.99677E-02 

2.07482E-02 

2.20546E-02 

2.44995E-02 

2.00542E-02 

1.82018E-02 

1.76539E-02 

1.72495E-02 

1.73548E-02 

1.80325E-02 

1.93327E-02 

2.31567E-02 

1.83234E-02 

1.66007E-02 

1.57211E-02 

1.56259E-02 

1.59086E-02 

1.62101E-02 

1.76457E-02 

2.14378E-02 

1.65681E-02 

1.50153E-02 

1.44812E-02 

1.49062E-02 

0.00000E+00 

1.49200E-02 

1.59612E-02

2-85

X-Left

Assemb. Number

23 23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

23 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24

16 16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

16 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31
Table 2.2.2.5

Pin Geometry and Power Distributions (cont'd) 

Pin Pitch Set 3

X-Right Y-Bot Y-Top

Pin* 

Power 

Fraction

Pin Power 

Set

2.41066E+02 2.42682E+02 

2.29758E+02 2.31374E+02

2.313741+02 

2.329891+02 

2.34605E+02 

2.36220E+02 

2.37835E+02 

2.39451E+02 

2.41066E+02 

2.29758E+02 

2.31374E+02 

2.32989E+02 

2.34605E+02 

2.36220E+02 

2.37835E+02 

2.39451E+02 

2.41066E+02 

2.29758E+02 

2.31374E+02 

2.32989E+02 

2.34605E+02 

2.36220E+02 

2.37835E+02 

2.39451E+02 

2.41066E+02 

2.29758E+02 

2.31374E+02 

2.32989E+02 

2.34605E+02 

2.36220E+02 

2.37835E+02 

2.39451E+02 

2.41066E+02 

2.14518E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.14518E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02

2.32989E+02 

2.34605E+02 

2.36220E+02 

2.37835E+02 

2.39451E+02 

2.41066E+02 

2.42682E+02 

2.31374E+02 

2.32989E+02 

2.34605E+02 

2.36220E+02 

2.37835E+02 

2.39451E+02 

2.41066E+02 

2.42682E+02 

2.31374E+02 

2.32989E+02 

2.34605E+02 

2.36220E+02 

2.37835E+02 

2.39451E+02 

2.41066E+02 

2.42682E+02 

2.31374E+02 

2.32989E+02 

2.34605E+02 

2.36220E+02 

2.37835E+02 

2.39451E+02 

2.41066E+02 

2.42682E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.27442E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.27442E+02

2.12446E+01 

2.28600E+01 

2.286001+01 

2.286003+01 

2.28600E+01 

2.28600E+01 

2.28600E+01 

2.28600E+01 

2.28600E+01 

2.44754E+01 

2.44754E+01 

2.44754E+01 

2.44754E+01 

2.44754E+01 

2.44754E+01 

2.44754E+01 

2.44754E+01 

2.60 909E+01 

2.60909E+01 

2.60909E+01 

2.60909E+01 

2.60909E+01 

2.60909E+01 

2.60909E+01 

2.60909E+01 

2.77063E+01 

2.77063E+01 

2.77063E+01 

2.77063E+01 

2.77063E+01 

2.77063E+01 

2.77063E+01 

2.77063E+01 

3.16382E+01 

3.16382E+01 

3.16382E+01 

3.16382E+01 

3.16382E+01 

3.16382E+01 

3.16382E+01 

3.16382E+01 

3.32537E+01 

3.32537E+01 

3.32537E+01 

3.32537E+01 

3.32537E+01 

3.32537E+01 

3.32537E+01 

3.32537E+01

2.28600E+01 

2.44754E+01 

2.44754E+01 

2.44754E+01 

2.44754E+01 

2.44754E+01 

2.44754E+01 

2.44754E+01 

2.44754E+01 

2.60909E+01 

2.60909E+01 

2.60909E+01 

2.60909E+01 

2.60909E+01 

2.60909E+01 

2.60909E+01 

2.60909E+01 

2.77063E+01 

2.77063E+01 

2.77063E+01 

2.77063E+01 

2.77063E+01 

2.77063E+01 

2.77063E+01 

2.77063E+01 

2.93218E+01 

2.93218E+01 

2.93218E+01 

2.93218E+01 

2.93218E+01 

2.93218E+01 

2.93218E+01 

2.93218E+01 

3.32537E+01 

3.32537E+01 

3.32537E+01 

3.32537E+01 

3.32537E+01 

3.32537E+01 

3.32537E+01 

3.32537E+01 

3.48691E+01 

3.48691E+01 

3.48691E+01 

3.48691E+01 

3.48691E+01 

3.48691E+01 

3.48691E+01 

3.48691E+01

1.95107E-02 

1.51870E-02 

1.38242E-02 

1.35245E-02 

0.00000E+00 

1.36863E-02 

1.34681E-02 

1.46184E-02 

1.79309E-02 

1.43094E-02 

1.30876E-02 

1.25861E-02 

1.25240E-02 

1.23171E-02 

1.25334E-02 

1.37490E-02 

1.67261E-02 

1.38762E-02 

1.28838E-02 

1.26068E-02 

1.23052E-02 

1.22444E-02 

1.256601-02 

1.32418E-02 

1.56014E-02 

1.44649E-02 

1.45721E-02 

1.44611E-02 

1.41514E-02 

1.40079E-02 

1.40969E-02 

1.42467E-02 

1.46673E-02 

1.99385E-02 

1.94177E-02 

1.85347E-02 

1.89932E-02 

1.88777E-02 

1.91332E-02 

1.88036E-02 

1.91306E-02 

1.87173E-02 

1.75690E-02 

1.66704E-02 

1.79454E-02 

1.78965E-02 

1.82406E-02 

1.71079E-02 

1.80554E-02

2-86

X-Left

Assemb. 

Number

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

24 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25

31 31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44
Table 2.2.2.5

Pin Geometry and Power Distributions (cont'd) 

Pin Pitch Set 3

Y-Bot Y- Top

Pin* Pin Power Power 

Fraction Set Assemb. Number

2.14518E+02 2 

2.16134E+02 Z 

2.17749E+02 Z 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.14518E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.14518E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.14518E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2-24211E+02 

2.25826E+02 

2.14518E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.14518E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.14518E+02

2.16134E+02 

2.17749E+02 

2.19365E+02 

.20980E+02 

2.22595E÷02 

2.24211E+02 

2.25826E+02 

2.27442E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.27442E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.27442E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.27442E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.27442E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.27442E+02 

2.16134E+02

3.48691E+01 3 

3.48691E+01 3 

3.48691E+01 

3.48691E+01 

3.48691E+01 

3.48691E+01 

3.48691E+01 

3.48691E+01 

3.64846E+01 

3.64846E+01 

3.64846E+01 

3.64846E+01 

3.64846E+01 

3.64846E+01 

3.64846E+01 

3.64846E+01 

3.81000E+01 

3.81000E+01 

3.81000E+01 

3.81000E+01 

3.81000E+01 

3.81000E+01 

3.81000E+01 

3.81000E+01 

3.97154E+01 

3.97154E+01 

3.97154E+01 

3.97154E+01 

3.97154E+01 

3.97154E+01 

3.97154E+01 

3.97154E+01 

4.13309E+01 

4.13309E+01 

4.13309E+01 

4.13309E+01 

4.13309E+01 

4.13309E+01 

4.13309E+01 

4.13309E+01 

4.29463E+01 

4.29463E+01 

4.29463E+01 

4.29463E+01 

4.29463E+01 

4.29463E+01 

4.29463E+01 

4.29463E+01 

4.68782E+01

.64846E+01 3 I 

.64846E+01 

3.64846E+01 

3.64846E+01 

3.64846E+01 

3.64846E+01 

3.64846E+01 

3.81000E+01 

3.81000E+01 

3.81000E+01 

3.81000E+01 

3.81000E+01 

3.81000E+01 

3.81000E+01 

3.81000E+01 

3.97154E+01 

3.97154E+01 

3.97154E+01 

3.97154E+01 

3.97154E+01 

3.97154E+01 

3.97154E+01 

3.97154E+01 

4.13309E+01 

4.13309E+01 

4.13309E+01 

4.13309E+01 

4.13309E+01 

4.13309E+01 

4.13309E+01 

4.13309E+01 

4.29463E+01 

4.29463E+01 

4.29463E+01 

4.29463E+01 

4.29463E+01 

4.29463E+01 

4.29463E+01 

4.29463E+01 

4.45618E+01 

4.45618E+01 

4.45618E+01 

4 .45618E+01 

4.45618E+01 

4.45618E+01 

4.45618E+01 

4.45618E+01 

4.84937E+01

.. 70923E-02 .59370R-02 

1.66923E-02 

L.65200E-02 

L . 67615E-02 

1.41854E-02 

1.72357E-02 

1.73479E-02 

1.67075E-02 

1.63730E-02 

1.57577E-02 

1.55474E-02 

0.00000E+00 

1.57137E-02 

1.58426E-02 

1.60241E-02 

1.59033E-02 

1.56466E-02 

1.53251E-02 

0.0OOO0E+00 

1. 51888E-02 

1 .45402E-02 

1 .49080E-02 

1 .50743E-02 

1.56300E-02 

1 .55114E-02 

1. 26260E-02 

1 .46680E-02 

1.41565E-02 

1.40431E-02 

1.31623E-02 

1.38757E-02 

1.52784E-02 

1.45832E-02 

1.54340E-02 

1.48914E-02 

1.46273E-02 

1.32675E-02 

1.36057E-02 

1.40383E-02 

1.61556E-02 

1.62211E-02 

1.64760E-02 

1.60278E-02 

1.57766E-02 

1.49440E-02 

1.50395E-02 

1.46047E-02 

2.14131E-02

2-87

X-Left X-Right

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

25 

26

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

44 

56
Table 2.2.2.5 

Pin Geometry and Power Distributions (cont'd) 

Pin Pitch Set 3

X-Right Y-Bot Y-Top

Pin* 

Power 

Fraction

Pin Power 

Set

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.14518E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.14518E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.14518E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.14518E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.14518E+02 

2.16134E÷02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2 22595E+02 

2.24211E+02 

2.25826E+02 

2.14518E+02 

2.16134E+02

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.27442E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.27442E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980+E02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.27442E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.27442E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.27442E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.27442E+02 

2.16134E+02 

2.17749E+02

4.68782E+01 

4.68782E+01 

4.68782E+01 

4.68782E+01 

4.68782E+01 

4.68782E+01 

4.68782E+01 

4.84937E+01 

4.84937E+01 

4.84937E+01 

4.84937E+01 

4.84937E+01 

4.84937E+01 

4.84937E+01 

4.84937E+01 

5.01091E+01 

5.01091E+01 

5.01091E+01 

5.01091E+01 

5.01091E+01 

5.01091E+01 

5.01091E+01 

5.01091E+01 

5.17246E+01 

5.17246E+01 

5.17246E+01 

5.17246E+01 

5.17246E+01 

5.17246E+01 

5.17246E+01 

5.17246E+01 

5.33400E+01 

5.33400E+01 

5.33400E+01 

5.33400E+01 

5.33400E+01 

5.33400E+01 

5.33400E+01 

5.33400E+01 

5.49554E+01 

5.49554E+01 

5.49554E+01 

5.49554E+01 

5.49554E+01 

5.49554E+01 

5.49554E+01 

5.49554E+01 

5.65709E+01 

5.65709E+01

4.84937E+01 

4.84937E+01 

4.84937E+01 

4.84937E+01 

4.84937E+01 

4.84937E+01 

5.01091E+01 

5.01091E+01 

5.01091E+01 

5.01091E+01 

5.01091E+01 

5.01091E+01 

5.01091E+01 

5.01091E+01 

5.17246E+01 

5.17246E+01 

5.17246E+01 

5.17246E+01 

5.17246E+01 

5.17246E+01 

5.17246E+01 

5.17246E+01 

5.33400E+01 

5.33400E+01 

5.33400E+01 

5.33400E+01 

5.33400E+01 

5.33400E+01 

5.33400E+01 

5.33400E+01 

5.49554E+01 

5.49554E+01 

5.49554E+01 

5.49554E+01 

5.49554E+01 

5.49554E+01 

5.49554E+01 

5.49554E+01 

5.65709E+01 

5.65709E+01 

5.65709E+01 

5.65709E+01 

5.65709E+01 

5.65709E+01 

5.65709E+01 

5.65709E+01 

5.81863E+01 

5.81863E+01

2.07553E-02 2.03202E-02 

1.98340E-0 2 

1.96884E-02 

1.99191E-02 

2.02142E-02 

2.07928E-02 

1.99315E-02 

1.82024E-02 

1.77064E-02 

1.72615E-02 

1.71146E-02 

1.73219E-02 

1.76115E-02 

1.92336E-02 

1.85154E-02 

1.68357E-02 

1.61860E-02 

1.60612E-02 

1.56972E-02 

1.56121E-02 

1.62260E-02 

1.77545E-02 

1.70746E-02 

1.55184E-02 

1.51999E-02 

0.00000E+00 

1.52097E-02 

1.46064E-02 

1.49129E-02 

1.63248E-02 

1.60378E-02 

1.45711E-02 

1.40874E-02 

1.44459E-02 

0.00000E+00 

1.39486E-02 

1.40269E-02 

1.530723-02 

1.54554E-02 

1.41312E-02 

1.34666E-02 

1.33623E-02 

1.34572E-02 

1.33210E-02 

1.36109E-02 

1.47563E-02 

1.52536E-02 

1.41466E-02

2-88

X-Left

Assemb. Number

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56
Table 2.2.2.5 

Pin Geometry and Power Distributions (cont'd) 

Pin Pitch Set 3

X-Left X-Right

2.17749E+02 2.19365E÷02 5 

2.19365E+02 2.20980E+02 5 

2.20980E+02 2.22595E+02 5 

2.22595E+02 2.24211E+02 5 

2.24211E+02 2.25826E+02 I 

2.25826E+02 2.27442E+02 I 

2.14518E+02 2.16134E+02 

2.16134E+02 2.17749E+02 

2.17749E+02 2.19365E+02 

2.19365E+02 2.20980E+02 

2.20980E+02 2.22595E+02 

2.22595E+02 2.24211E+02 

2.24211E+02 2.25826E+02 

2.25826E+02 2.27442E+02 

2.14518E+02 2.16134E+02 4 

2.16134E+02 2.17749E+02 

2.17749E+02 2.19365E+02 

2.19365E+02 2.20980E+02 

2.20980E+02 2.22595E+02 

2.22595E+02 2.24211E+02 

2.24211E+02 2.25826E+02 

2.25826E+02 2.27442E+02 

2.14518E+02 2.16134E+02 

2.16134E+02 2.17749E+02 

2.17749E+02 2.19365E+02 

2.19365E+02 2.20980E+02 

2.20980E+02 2.22595E+02 

2.22595E+02 2.24211E+02 

2.24211E+02 2-25826E+02 

2.25826E+02 2.27442E+02 

2.14518E+02 2.16134E+02 

2.16134E+02 2.17749E+02 

2.17749E+02 2.19365E+02 

2.19365E+02 2.20980E+02 

2.20980E+02 2.22595E+02 

2.22595E+02 2.24211E+02 

2.24211E+02 2.25826E+02 

2.25826E+02 2.27442E+02 

2.14518E+02 2.16134E+02 

2.16134E+02 2.17749E+02 

2.17749E+02 2.19365E+02 

2.19365E+02 2.20980E+02 

2.20980E+02 2.22595E+02 

2.22595E+02 2.24211E+02 

2.24211E+02 2.25826E+02 

2.25826E+02 2.27442E+02 

2.14518E+02 2.16134E+02 

2.16134E+02 2.17749E+02

Y-Bot 

.65709E+01 5 

.65709E+01 5 

.65709E+01 5 

5.65709E+01 5 

.65709E+01 ! 

5.65709E+01 I 

5.81863E+01 I 

5.81863E+01 

5.81863E+01 

5.81863E+01 

5.81863E+01 

5.81863E+01 

5.81863E+01 

5.81863E+01 

6.21182E+01 

6.21182E+01 

6.21182E+01 

6.21182E+01 

6.21182E+01 

6.21182E+01 

6.21182E+01 

6.21182E+01 

6.37337E+01 

6.37337E+01 

6.37337E+01 

6.37337E+01 

6.37337E+01 

6.37337E+01 

6.37337E+01 

6.37337E+01 

6.53491E+01 

6.53491E+01 

6.53491E+01 

6.53491E+01 

6.53491E+01 

6.53491E+01 

6.53491E+01 

6.53491E+01 

6.69646E+01 

6.69646E+01 

6.69646E+01 

6.69646E+01 

6.69646E+01 

6.69646E+01 

6.69646E+01 

6.69646E+01 

6.85800E+01 

6.85800E+01

Y-Top 

.81863E+01 2 

.81863E+01 

5.81863E+01 

5.81863E+01 

5.81863E+01 

5.81863E+01 

5.98018E+01 

5.98018E+01 

5.98018E+01 

5.98018E+01 

5.98018E+01 

5.98018E+01 

5.98018E+01 

5.98018E+01 

6.37337E+01 

6.37337E+01 

6.37337E+01 

6.37337E+01 

6.37337E+01 

6.37337E+01 

6.37337E+01 

6.37337E+01 

6.53491E+01 

6.53491E+01 

6.53491E+01 

6.53491E÷01 

6.53491E+01 

6.53491E+01 

6.53491E+01 

6.53491E+01 

6.69646E+01 

6.69646E+01 

6.69646E+01 

6.69646E+01 

6.69646E+01 

6.69646E+01 

6.69646E+01 

6.69646E+01 

6.85800E+01 

6.85800E+01 

6.85800E+01 

6.85800E+01 

6.85800E+01 

6.85800E+01 

6.85800E+01 

6.85800E+01 

7.01954E+01 

7.01954E+01

Pin* Pin Power Power 

Fraction Set 

L.3875 8 E-0 2 26 

L.35709E-0 2 26 

L.34870E-0 2 26 

1.35875E-02 26 

1.36535E-02 26 

1.45502E-0 2 26 

1.59101E-02 26 

1.59195E-02 26 

1.58262E-02 26 

1.55763E-0 2 26 

1.54720E-0 2 26 

1.55363E-0 2 26 

1.54115E-02 26 

1.51820E-02 26 

2.24830E-02 27 

2.15363E-02 27 

2.08399E-02 27 

2.02174E-02 27 

2.00014E-02 27 

2.01536E-02 27 

2.02825E-02 27 

2.06286E-02 27 

2.07363E-02 27 

1.86692E-02 27 

1.80141E-02 27 

1.74474E-02 27 

1.72673E-02 27 

1.74002E-02 27 

1.75996E-02 27 

1.89942E-02 27 

1.90832E-02 27 

1.71311E-02 27 

1.61684E-02 27 

1.59227E-02 27 

1.59836E-02 27 

1.57925E-02 27 

1.61418E-02 27 

1.74786E-02 27 

1.74786E-02 27 

1.56861E-02 27 

1.50635E-02 27 

1.53739E-02 27 

0.00000E+00 27 

1.47500E-02 27 

1.47706E-02 27 

1.59777E-02 27 

1.63133E-02 27 

1.46775E-02 27

2-89

Assemb. Number 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67
Table 2.2.2.5

Pin Geometry and Power Distributions (cont'd) 

Pin Pitch Set 3

X-Right Y-Bot Y-Top

Pin* 

Power 

Fraction

Pin 

Power 

Set

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.14518E+02 

2.16134E+02 

2.17749E÷02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.14518E+02 

2.16134E+02 

2.17749E÷02 

2.19365E+02 

2.20980E÷02 

2.22595E+02 

2.24211E÷02 

2.25826E÷02 

2.14518E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.14518E+02 

2.16134E+02 

2.17749E÷02 

2.19365E÷02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E÷02 

2.14518E+02 

2.16134E+02 

2.17749E+02 

2.19365E÷02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E÷02 

2.14518E÷02 

2.16134E+02 

2.17749E+02

2.193653+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.27442E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.27442E+02 

2.16134E÷02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.27442E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E÷02 

2.24211E+02 

2.25826E+02 

2.27442E+02 

2.16134E÷02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.27442E+02 

2.16134E+02 

2.17749E+02. 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.27442E+02 

2.16134E÷02 

2.17749E+02 

2.19365E+02

6.85800E+01 

6.85800E+01 

6.85800E+01 

6.85800E+01 

6.85800E+01 

6.85800E+01 

7.01954E+01 

7.01954E+01 

7.01954E+01 

7.01954E+01 

7.01954E+01 

7.01954E+01 

7.01954E+01 

7.01954E+01 

7.18109E+01 

7.18109E+01 

7.18109E+01 

7.18109E+01 

7.18109E+01 

7.18109E+01 

7.18109E+01 

7.18109E+01 

7.34263E+01 

7.34263E+01 

7.34263E+01 

7.34263E+01 

7.34263E+01 

7.34263E+01 

7.34263E+01 

7.34263E÷01 

7.73582E+01 

7.73582E+01 

7.73582E÷01 

7.73582E+01 

7.73582E+01 

7.73582E+01 

7.73582E+01 

7.73582E+01 

7.89737E+01 

7.89737E+01 

7.89737E+01 

7.89737E+01 

7.89737E+01 

7.89737E+01 

7.89737E÷01 

7.89737E+01 

8.05891E+01 

8.05891E+01 

8.05891E+01

7.01954E+01 

7.01954E+01 

7.01954E+01 

7.01954E+01 

7.01954E+01 

7.01954E+01 

7.18109E+01 

7.18109E+01 

7.18109E+01 

7.18109E+01 

7.18109E+01 

7.18109E+01 

7.18109E+01 

7.18109E+01 

7.34263E+01 

7.34263E+01 

7.34263E+01 

7.34263E+01 

7.34263E+01 

7.34263E+01 

7.34263E+01 

7.34263E+01 

7.50418E+01 

7.50418E+01 

7.50418E+01 

7.50418E+01 

7.50418E+01 

7.50418E+01 

7.50418E+01 

7.50418E+01 

7.89737E+01 

7.89737E+01 

7.89737E+01 

7.89737E+01 

7.89737E+01 

7.89737E+01 

7.89737E+01 

7.89737E÷01 

8.05891E+01 

8.05891E÷01 

8.05891E+01 

8.05891E+01 

8.05891E÷01 

8.05891E÷01 

8.05891E+01 

8.05891E+01 

8.22046E÷01 

8.22046E+01 

8.22046E÷01

1.43154E-02 

0.00000E+00 

1.42429E-02 

1.35965E-02 

1.37845E-02 

1.48935E-02 

1.56256E-02 

1.41494E-02 

1.35805E-02 

1.34530E-02 

1.30876E-02 

1.29254E-02 

1.32949E-02 

1.42755E-02 

1.53001E-02 

1.40742E-02 

1.37473E-02 

1.33925E-02 

1.32224E-02 

1.32696E-02 

1.32742E-02 

1.40504E-02 

1.58415E-02 

1.57498E-02 

1.55958E-02 

1.52749E-02 

1.51332E-02 

1.51286E-02 

1.49673E-02 

1.46894E-02 

2.26491E-02 

2.19041E-02 

2.12990E-02 

2.06299E-02 

2.02825E-02 

2.02861E-02 

2.03107E-02 

2.05602E-02 

2.09158E-02 

1.90329E-02 

1.84201E-02 

1.78284E-02 

1.75107E-02 

1.75225E-02 

1.75655E-02 

1.88710E-02 

1.92512E-02 

1.74513E-02 

1.66812E-02

2-90

X-Left

Assemb. 

Number

27 

27 

27 

27 

27 

27 

27 

27 

27 

27 

27 

27 

27 

27 

27 

27 

27 

27 

27 

27 

27 

27 

27 

27 

27 

27 

27 

27 

27 

27 

28 

28 

28 

28 

28 

28 

28 

28 

28 

28 

28 

28 

28 

28 

28 

28 

28 

28 

28

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

67 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77
Table 2.2.2.5

Pin Geometry and Power Distributions (cont'd) 

Pin Pitch Set 3

X-Left X-Right

2.19365E+02 

2.20980+E02 

2.22595E+02 

2.24211E+02 

2.258263+02 

2.14518E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.14518E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.14518E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.14518E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.14518E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+0, 

2.25826E+OZ 

2.14518E+0: 

2.16134E+0:

2.20980E+02 8 

2.225953+02 8 

2.24211E+02 8 

2.25826E+02 E 

2.27442E+02 f 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 I 

2.24211E+02 

2.25826E+02 

2.27442E+02 I 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.27442E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.27442E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

*2.27442E+02 

*2.16134E+02 

* 2.17749E+02 

* 2.19365E+02 

* 2.20980E+02 

2.22595E+02 

I 2.24211E+02 

I 2.25826E+02 

a 2.27442E+02 

a 2.16134E+02 

2 2.17749E+02

Y-Bot 

.058913+01 8 

1.05891E+01 8 

1.05891E+01 a 

3.05891E+01 8 

1.05891E+01 f 

3.22046E+01 

3.22046E+01 

3.22046E+01 

8.22046E+01 

8.22046E+01 

8.22046E+01 

8.22046E+01 

8.22046E+01 

8.38200E+01 I 

8.38200E+01 

8.38200E+01 

8.38200E+01 

8.38200E+01 

8.38200E+01 

8.38200E+01 

8.38200E+01 

8.54354E+01 

8.54354E+01 

8.54354E+01 

8.54354E+01 

8.54354E+01 

8.54354E+01 

8.54354E+01 

8.54354E+01 

8.70509E+01 

8.70509E+01 

8.70509E+01 

8.70509E+01 

8.70509E+01 

8.70509E+01 

8.70509E+01 

8.70509E+01 

8.86663E+01 

8.86663E+01 

8.86663E+01 

8.86663E+01 

8.86663E+01 

8.86663E+01 

8.86663E+01 

8.86663E+01 

9.25982E+01 

9.25982E+01

Y-Top 

.220463+01 1 

.22046E+01 1 

1.22046E+01 1 

3.22046E+01 1 

8.22046E+01 1 

8.38200E+01 1 

3.38200E+01 1 

3.38200E+01 I 

8.38200E+01 C 

8.38200E+01 1 

8.38200E+01 1 

8.38200E+01 3 

8.38200E+01 I 

8.54354E+01 

8.54354E+01 

8.54354E+01 

8.54354E+01 

8.54354E+01 

8.54354E+01 

8.54354E+01 

8.54354E+01 

8.70509E+01 

8.70509E+01 

8.70509E+01 

8.70509E+01 

8.70509E+01 

8.70509E+01 

8.70509E+01 

8.70509E+01 

8.86663E+01 

8.86663E+01 

8.86663E+01 

8.86663E+01 

8.86663E+01 

8.86663E+01 

8.86663E+01 

8.86663E+01 

9.02818E+01 

9.02818E+01 

9.02818E+01 

9.02818E+01 

9.02818E+01 

9.02818E+01 

9.02818E+01 

9.02818E+01 

9.42137E+01 

9.42137E+01

Pin* Pin Power Power 

Fraction Set 

.64532E-02 28 

.59326E-02 28 

.56729E-02 28 

.. 60500E-02 28 

L.72612E-02 28 

L.75788E-02 28 

.59357E-02 28 

*.55310E-02 28 

.OOOOOE+00 28 

.. 53163E-02 28 

1.45278E-02 28 

.. 46302E-02 28 

.. 57277E-02 28 

1.63389E-02 28 

1.47988E-02 28 

L.4231 6E-0 2 28 

L.4526 2 E-0 2 28 

0.00000E+00 28 

1.3736 2E-0 2 28 

1.3628 6E-0 2 28 

1.46103E-0 2 28 

1.55837E-02 28 

1.41824E-02 28 

1.34370E-0 2 28 

1.32515E- 0 2 28 

1.32387E-02 28 

1.29610E-02 28 

1.30799E-02 28 

1.39529E-02 28 

1.52102E-02 28 

1.40103E-02 28 

1.36552E-02 28 

1.32633E-02 28 

1.30901E-02 28 

1.30635E-02 28 

1.29805E-02 28 

1.36486E-02 28 

1.56929E-02 28 

1.55704E-02 28 

1.53655E-02 28 

1.50237E-02 28 

1.48249E-02 28 

1.47722E-02 28 

1.45308E-02 28 

1.41507E-02 28 

2.37878E-02 29 

2.24182E-02 29

2-91

Assemb. Number 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

77 

86 

86
Table 2.2.2.5 

Pin Geometry and Power Distributions (cont'd) 

Pin Pitch Set 3

X-Left X-Right Y-Bot Y- Top

Pin* 

Power 

Fraction

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.14518E÷02 

2.16134E÷02 

2.17749E÷02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.14518E÷02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E÷02 

2'24211E+02 

2.25826E÷02 

2.14518E÷02 

2.16134E+02 

2.17749E+02 

2.19365E÷02 

2.20980E÷02 

2.22595E+02 

2.24211E+02 

2.25826E÷02 

2.14518E÷02 

2.16134E+02 

2.17749E÷02 

2.19365E÷02 

2.20980E+02 

2.22595E÷02 

2.24211E÷02 

2.25826E+02 

2.14518E÷02 

2.16134E÷02 

2.17749E÷02 

2.193659+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E÷02 

2.14518E+02 

2.16134E+02

2.19365E+02 

2.20980E+02 

2.22595E÷02 

2.24211E+02 

2.25826E+02 

2.27442E÷02 

2.16134E+02 

2.17749E+02 

2.19365E÷02 

2.20980E÷02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.27442E÷02 

2.16134E÷02 

2.17749E÷02 

2.19365E÷02 

2.20980E÷02 

2.22595E÷02 

2.24211E+02 

2.25826E+02 

2.27442E÷02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.27442E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E÷02 

2.25826E+02 

2.27442E÷02 

2.16134E102 

2.17749E÷02 

2.19365E÷02 

2.20980E+02 

2.22595E102 

2.24211E+02 

2.25826E÷02 

2.27442E÷02 

2.16134E÷02 

2.17749E÷02

9.25982E+01 

9.25982E+01 

9.25982E÷01 

9.25982E÷01 

9.25982E+01 

9.25982E÷01 

9.42137E÷01 

9.42137E+01 

9.42137E÷01 

9.42137E÷01 

9.42137E÷01 

9.42137E+01 

9.42137E÷01 

9.42137E+01 

9.58291E+01 

9.58291E+01 

9.58291E+01 

9.58291E+01 

9.58291E÷01 

9.58291E÷01 

9.58291E+01 

9.58291E+01 

9.74446E+01 

9.74446E+01 

9.74446E÷01 

9.74446E÷01 

9.74446E+01 

9.74446E.01 

9.74446E+01 

9.74446E+01 

9.90600E+01 

9.90600E+01 

9.90600E+01 

9.90600E÷01 

9.90600E÷01 

9.90600E+01 

9.90600E+01 

9.90600E+01 

1.00675E102 

1.00675E+02 

1.00675E÷02 

1.00675E÷02 

1.00675E+02 

1.00675E+02 

1.00675E+02 

1.00675E+02 

1.02291E+02 

1.02291E+02

9.42137E+01 

9.42137E+01 

9.42137E+01 

9.42137E÷01 

9.42137E101 

9.42137E÷01 

9.58291E+01 

9.58291E÷01 

9.58291E÷01 

9.58291E÷01 

9.58291E+01 

9.58291E÷01 

9.58291E+01 

9.58291E+01 

9.74446E+01 

9.74446E+01 

9.74446E+01 

9.74446E÷01 

9.74446E+01 

9.74446E+01 

9.74446E÷01 

9.74446E+01 

9.90600E+01 

9.90600E+01 

9.90600E÷01 

9.90600E+01 

9.90600E÷01 

9.90600E+01 

9.90600E÷01 

9.90600E+01 

1.00675E÷02 

1.00675E+02 

1.00675E+02 

1.00675E+02 

1.00675E+02 

1.00675E+02 

1.00675E+02 

1.00675E+02 

1.02291E+02 

1.02291E+02 

1.02291E+02 

1.02291E+02 

1.02291E+02 

1.02291E+02 

1.02291E+02 

1.02291E+02 

1.03906E+02 

1.03906E+02

2.12006E-02 

2.00755E-02 

1.94928E-02 

1.95559E-02 

2.01803E-02 

2.19832E-02 

2.20408E-02 

1.95933E-02 

1.85080E-02 

1.75098E-02 

1.70018E-02 

1.70355E-02 

1.76446E-02 

2.05063E-02 

2.01650E-02 

1.79191E-02 

1.65747E-02 

1.59484E-02 

1.56917E-02 

1.54104E-02 

1.61635E-02 

1.89309E-02 

1.82470E-02 

1.62389E-02 

1.52842E-02 

1.52664E-02 

0.OOOOOE+00 

1.42718E-02 

1.46971E-02 

1.72769E-02 

1.67506E-02 

1.49655E-02 

1.43172E-02 

0.00000E+00 

1.36688E-02 

1.29733E-02 

1.35585E-02 

1.59797E-02 

1.57683E-02 

1.416701-02 

1.33367E-02 

1.29261E-02 

1.23446E-02 

1.21332E-02 

1.28606E-02 

1.50409E-02 

1.52701E-02 

1.38882E-02

2-92

Pin 

Power 

Set

Assemb. 

Number

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86
Table 2.2.2.5 

Pin Geometry and Power Distributions (cont'd) 

Pin Pitch Set 3

X- Right Y-Bot Y-Top

Pin* Power 

Fraction

Pin Power 

Set

2.17749E+02 

2.19365E+02 

2.209803+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.14518E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.209803+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

1.99278E+02 

2.00894E+02 

2.02509E+02 

2.04125E+02 

2.05740E+02 

2.07355E+02 

2.08971E+02 

2.10586E+02 

1.99278E+02 

2.00894E+02 

2.02509E+02 

2.04125E+02 

2.05740E+02 

2.07355E+02 

2.08971E+02 

2.10586E+02 

1.99278E+02 

2.00894E+02 

2.02509E+02 

2.04125E+02 

2.05740E+02 

2.07355E+02 

2.08971E+02 

2.10586E+02 

1.99278E+02 

2.00894E+02 

2.02509E+02 

2.04125E+02 

2.05740E+02 

2.07355E+02 

2.08971E+02 

2.10586E+02 

1.99278E+02 

2.00894E+02

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.27442E+02 

2.16134E+02 

2.17749E+02 

2.19365E+02 

2.20980E+02 

2.22595E+02 

2.24211E+02 

2.25826E+02 

2.27442E+02 

2.00894E+02 

2.02509E+02 

2.04125E+02 

2.05740E+02 

2.07355E+02 

2.08971E+02 

2.10586E+02 

2.12202E+02 

2.00894E+02 

2.02509E+02 

2.04125E+02 

2.05740E+02 

2.07355E+02 

2.08971E+02 

2.10586E+02 

2.12202E+02 

2.00894E+02 

2.02509E+02 

2.04125E+02 

2.05740E+02 

2.07355E+02 

2.08971E+02 

2.10586E+02 

2.12202E+02 

2.00894E+02 

2.02509E+02 

2.04125E+02 

2.05740E+02 

2.07355E+02 

2.08971E+02 

2.10586E+02 

2.12202E+02 

2.00894E+02 

2.02509E+02

1.02291Z+02 

1.02291B+02 

1.02291E+02 

1.02291E+02 

1.02291E+02 

1.02291E+02 

1.03906E+02 

1.03906E+02 

1.03906E+02 

1.03906E+02 

1.03906E+02 

1.03906E+02 

1.03906E+02 

1.03906E+02 

1.07838E+02 

1.07838E+02 

1.07838E+02 

1.07838E+02 

1.07838E+02 

1.07838E+02 

1.07838E+02 

1.07838E+02 

1.09454E+02 

1.09454E+02 

1.09454E+02 

1.09454E+02 

1.09454E+02 

1.09454E+02 

1.09454E+02 

1.09454E+02 

1.11069E+02 

1.11069E+02 

1.11069E+02 

1.11069E+02 

1.11069E+02 

1.11069E+02 

1.11069E+02 

1.11069E+02 

1.12685E+02 

1.12685E+02 

1.12685E+02 

1.12685E+02 

1.12685E+02 

1.12685E+02 

1.12685E+02 

1.12685E+02 

1.14300E+02 

1.14300E+02

1.03906E+02 

1.039063+02 

1.03906E+02 

1.03906E+02 

1.03906E+02 

1.03906E+02 

1.05522E+02 

1.05522E+02 

1.05522E+02 

1.05522E+02 

1.05522E+02 

1.05522E+02 

1.05522E+02 

1.05522E+02 

1.09454E+02 

1.09454E+02 

1.09454E+02 

1.09454E+02 

1.09454E+02 

1.09454E+02 

1.09454E+02 

1.09454E+02 

1.11069E+02 

1.11069E+02 

1.11069E+02 

1.11069E+02 

1.11069E+02 

1.11069E+02 

1.11069E+02 

1.11069E+02 

1.12685E+02 

1.12685E+02 

1.12685E+02 

1.12685E+02 

1.12685E+02 

1.12685E+02 

1.12685E+02 

1.12685E+02 

1.14300E+02 

1.14300E+02 

1.14300E+02 

1.14300E+02 

1.14300E+02 

1.14300E+02 

1.14300E+02 

1.14300E+02 

1.15915E+02 

1.15915E+02

1.33134E-02 1.27043E-02 

1.23134E-02 

1.22717E-02 

1.25168E-02 

1.42087E-02 

1.58161E-02 

1.55354E-02 

1.50825E-02 

1.44679E-02 

1.40525E-02 

1.38331E-02 

1.36394E-02 

1.36750E-02 

2.20405E-02 

2.07371E-02 

1.96380E-02 

1.86266E-02 

1.81185E-02 

1.82620E-02 

1.89589E-02 

2.08613E-02 

2.04906E-02 

1.83168E-02 

1.73508E-02 

1.64599E-02 

1.60577E-02 

1.62119E-02 

1.69679E-02 

2.00069E-02 

1.90681E-02 

1.70513E-02 

1.58112E-02 

1.52867E-02 

1.51082E-02 

1.49540E-02 

1.58506E-02 

1.89092E-02 

1.76967E-02 

1.58506E-02 

1.49661B-02 

1.49797E-02 

0.00000E÷00 

1.41361E-02 

1.46985E-02 

1.75922E-02 

1.67804E-02 

1.50904E-02

2-93

X-Left

Assemb. Number

29 29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

29 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30

86 86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

86 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93
Table 2.2.2.5 

Pin Geometry and Power Distributions (cont'd) 

Pin Pitch Set 3 

Pin* P 

Power Po 

Light Y-Bot Y-Top Fraction S

'in 

Wer 

et

2.02509E+02 

2.04125E+02 

2.05740E+02 

2.07355E+02 

2.08971E+02 

2.10586E+02 

1.99278E+02 

2.00894E+02 

2.02509E+02 

2.04125E+02 

2.05740E+02 

2.07355E+02 

2.08971E÷02 

2.10586E+02 

1.99278E+02 

2.00894E+02 

2.02509E+02 

2.04125E+02 

2.05740E+02 

2.07355E+02 

2.08971E+02 

2.10586E+02 

1.99278E+02 

2.00894E+02 

2.02509E+02 

2.04125E+02 

2.05740E+02 

2.07355E+02 

2.08971E+02 

2.10586E+02 

1.84038E+02 

1.85654E+02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.84038B+02 

1.85654E+02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.84038E+02 

1.85654E+02

2.04125E+02 

2.05740E+02 

2.07355E+02 

2.08971E+02 

2.10586E+02 

2.12202E+02 

2.00894E+02 

2.02509E+02 

2.04125E+02 

2.05740E+02 

2.07355E+02 

2.08971E+02 

2.10586E+02 

2.12202E+02 

2.00894E+02 

2.02509E+02 

2.04125E+02 

2.05740E+02 

2.07355E+02 

2.08971E+02 

2.10586E+02 

2.12202E+02 

2.00894E+02 

2.02509E+02 

2.04125E+02 

2.05740E+02 

2.07355E+02 

2.08971E+02 

2.10586E+02 

2.12202E+02 

1.85654E+02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.96962E+02 

1.85654E+02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.96962E+02 

1.85654E+02 

1.87269E+02

1.14300E+02 

1.14300E+02 

1.14300E+02 

1.14300E+02 

1.14300E+02 

1.14300E+02 

1.15915E+02 

1.15915E+02 

1.15915E+02 

1.15915E+02 

1.15915E+02 

1.15915E+02 

1.15915E+02 

1.15915E+02 

1.17531E+02 

1.17531E+02 

1.17531E+02 

1.17531E+02 

1.17531E+02 

1.17531E+02 

1.17531E+02 

1.17531E+02 

1.19146E+02 

1.19146E+02 

1.19146E+02 

1.19146E+02 

1.19146E+02 

1.19146E+02 

1.19146E+02 

1.19146E+02 

1.23078E+02 

1.23078E+02 

1.23078E+02 

1.23078E+02 

1.23078E+02 

1.23078E+02 

1.23078E+02 

1.23078E+02 

1.24694E+02 

1.24694E+02 

1.24694E+02 

1.24694E÷02 

1.24694E+02 

1.24694E+02 

1.24694E+02 

1.24694E+02 

1.26309E+02 

1.26309E+02

1.15915B÷02 

1.15915E+02 

1.15915E+02 

1.15915E+02 

1.15915E÷02 

1. 15915E+02 

1.17531E+02 

1.17531E+02 

1.17531E+02 

1.17531E+02 

1.17531E+02 

1.17531E+02 

1.17531E÷02 

1.17531E+02 

1.19146E+02 

1. 19146E+02 

1. 19146E+02 

1.19146E+02 

1.19146E+02 

1.19146E+02 

1.19146E+02 

1.19146E+02 

1.20762E+02 

1.20762E+02 

1.20762E+02 

1.20762E+02 

1.20762E÷02 

1.20762E÷02 

1. 20762E+02 

1.20762E+02 

1.24694E+02 

1.24694E+02 

1. 24694E+02 

1.24694E+02 

1.24694E+02 

1.24694E+02 

1.24694E+02 

1.24694E÷02 

1.26309E+02 

1.26309E+02 

1.26309E+02 

1.26309E+02 

1.26309E+02 

1.26309E+02 

1. 26309E+02 

1.26309E+02 

1. 27925E+02 

1.27925E+02 

2-94

1.44464E-02 

0.00000E+00 

1.37766E-02 

1.31476E-02 

1.38324E-02 

1.65264E-02 

1.64734E-02 

1.48424E-02 

1.39336E-02 

1.34453E-02 

1.28121E-02 

1.26002E-02 

1.33698E-02 

1.57629E-02 

1.66928E-02 

1.51522E-02 

1.44126E-02 

1.362801-02 

1.31111E-02 

1.29963E-02 

1.32217E-02 

1.50482E-02 

1.80881E-02 

1.75758E-02 

1.68728E-02 

1.59795E-02 

1.52942E-02 

1.48968E-02 

1.45748E-02 

1.45504E-02 

2.23674E-02 

2.12025E-02 

2.02093E-02 

1.92222E-02 

1.86070E-02 

1.83060E-02 

1.80279E-02 

1.805311-02 

2.07813E-02 

1.86136E-02 

1.77269E-02 

1.68605E-02 

1.63323E-02 

1.60873E-02 

1.59244E-02 

1.69061E-02 

1.94332E-02 

1.73832E-02

X-Left

Assemb. 

Number

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

93 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98

X-3
Table 2.2.2.5

Pin Geometry and Power Distributions (cont'd) 

Pin Pitch Set 3

Y-Bot

Pin* 

Power 

Y-Top Fraction

Pin 

Power 

Set

Assemb. 

Number

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.84038E+02 

1.85654E+02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.84038E+02 

1.85654E+02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.84038E+02 

1.85654E+02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115EK02 

1.93731E+02 

1.95346E+02 

1.84038E+02 

1.85654E+02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E÷02 

1.84038E+02 

1.85654E+02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731EK02 

1-.95346E+02 

1.84038E+02 

1.85654E+02

1.88885E÷02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.96962E+02 

1.85654E+02 

1.87269E÷02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.96962E+02 

1.85654E+02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.96962E+02 

1.85654E+02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.96962E+02 

1.85654E+02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.96962E+02 

1.85654E+02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.96962E+02 

1.85654E+02 

1.87269E+02

1.26309E+02 

1.26309E+02 

1.26309E+02 

1.26309E+02 

1.26309E+02 

1.26309E+02 

1.27925E+02 

1.27925E+02 

1.27925E+02 

1.27925E+02 

1.27925E+02 

1.27925E+02 

1.27925E+02 

1.27925E+02 

1.29540E+02 

1.29540E+02 

1.29540E+02 

1.29540E+02 

1.29540E+02 

1.29540E+02 

1.29540E+02 

1.29540E+02 

1.31155E+02 

1.31155E+02 

1.31155E+02 

1.31155E+02 

1.31155E+02 

1.31155E+02 

1.31155E+02 

1.31155E+02 

1.32771E+02 

1.32771E+02 

1.32771E+02 

1.32771E+02 

1.32771E+02 

1.32771E+02 

1.32771E+02 

1.32771E+02 

1.34386E+02 

1.34386E+02 

1.34386E+02 

1.34386E+02 

1.34386E+02 

1.34386E+02 

1.34386EK02 

1.34386E+02 

1.38318E+02 

1.38318E+02

1.27925E+02 

1.27925E+02 

1.27925E+02 

1.27925E+02 

1.27925E+02 

1.27925E÷02 

1.29540E+02 

1.29540E+02 

1.29540E÷02 

1.29540E+02 

1.29540E+02 

1.29540E+02 

1.29540E+02 

1.29540E+02 

1.31155E+02 

1.31155E+02 

1.31155E+02 

1.31155E+02 

1.31155E+02 

1.31155E+02 

1.31155E+02 

1.31155E+02 

1.32771E+02 

1.32771E+02 

1.32771E+02 

1.32771E+02 

1.32771E+02 

1.32771E+02 

1.32771E+02 

1.32771E+02 

1.34386E+02 

1.34386E÷02 

1.34386E+02 

1.34386E+02 

1.34386E+02 

1.34386E+02 

1.34386E+02 

1.34386E+02 

1.36002E+02 

1.36002E+02 

1.36002E+02 

1.36002E+02 

1.36002E+02 

1.36002E+02 

1.36002E+02 

1.36002E+02 

1.39934E+02 

1.39934E+02

1.61997E-02 

1.56823E-02 

1.54000E-02 

1.48814E-02 

1.48855E-02 

1.58576E-02 

1.82003E-02 

1.62681E-02 

1.54228E-02 

1.54510E-02 

0.0000KE+00 

1.41700E-02 

1.38835E-02 

1.47781E-02 

1.74703E-02 

1.56222E-02 

1.50136E-02 

0.00000E+00 

1.42943E-02 

1.33206E-02 

1.32057E-02 

1.40373E-02 

1.72966E-02 

1.55003E-02 

1.46123E-02 

1.41389E-02 

1.34155E-02 

1.29155E-02 

1.29810E-02 

1.36829E-02 

1.75640E-02 

1.58763E-02 

1.51434E-02 

1.43744E-02 

1.38114E-02 

1.34959E-02 

1.31763E-02 

1.36630E-02 

1.88238E-02 

1.81817E-02 

1.74943E-02 

1.66532E-02 

1.60392E-02 

1.56048E-02 

1.50472E-02 

1.44200E-02 

2.35079E-02 

2.23686E-02

2-95

X-Left X-Right

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

32 

32

98 98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

98 

102 

102
Table 2.2.2.5

Pin Geometry and Power Distributions (cont'd) 

Pin Pitch Set 3

Y-Bot Y- Top

Pin* Pin 

Power Power 

Fraction Set

Assemb. Number

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.84038E+02 

1.85654E+02 

1.87269E÷02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.84038E+02 

1.85654E+02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.84038E+02 

1.85654E+02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.84038E+02 

1.85654E÷02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.84038E÷02 

1.85654E+02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.84038E+02 

1.85654E+02

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.96962E+02 

1.85654E+02 

1.87269E+02 

1.88885E÷02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.96962E+02 

1.85654E+02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.96962E+02 

1.85654E÷02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E÷02 

1.96962E+02 

1.85654E+02 

1.87269E102 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E÷02 

1.96962E+02 

1.85654E+02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

S1.92115E+02 

*1.93731E÷02 

* 1.95346E+02 

1.96962E+02 

1.85654E+02 

1.87269E+02

1.38318E+02 

1.38318E+02 

1.38318E+02 

1.38318E+02 

1.38318E+02 

1.38318E+02 

1.39934E+02 

1.39934E+02 

1.39934E+02 

1.39934E+02 

1.39934E+02 

1.39934E+02 

1.39934E+02 

1.39934E+02 

1.41549E+02 

1.41549E+02 

1.41549E+02 

1.41549E+02 

1.41549E+02 

1.41549E+02 

1.41549E+02 

1.41549E+02 

1.43165E+02 

1.43165E+02 

1.43165E+02 

1.43165E+02 

1.43165E+02 

1.43165E+02 

1.43165E+02 

1.43165E+02 

1.44780E+02 

1.44780E+02 

1.44780E+02 

1.44780E+02 

1.44780E+02 

1.44780E+02 

1.44780E+02 

1.44780E+02 

1.46395E+02 

1.46395E+02 

1.46395E+02 

1.46395E+02 

1.46395E+02 

1.46395E+02 

1.46395E+02 

1.46395E+02 

1.48011E+02 

1.48011E+02

1.39934E+02 

1.39934E+02 

1.39934E+02 

1.39934E+02 

1.39934E+02 

1.39934E+02 

1.41549E+02 

1.41549E+02 

1.41549E+02 

1.41549E+02 

1.41549E+02 

1.41549E+02 

1.41549E+02 

1.41549E+02 

1.43165E÷02 

1.43165E+02 

1.43165E+02 

1.43165E+02 

1.43165E+02 

1.43165E+02 

1.43165E+02 

1.43165E÷02 

1.44780E+02 

1.44780E+02 

1.44780E+02 

1.44780E+02 

1.44780E+02 

1.44780E+02 

1.44780E+02 

1.44780E+02 

1.46395E+02 

1.46395E÷02 

1.46395E+02 

1.46395E+02 

1.46395E+02 

1.46395E+02 

1.46395E+02 

1.46395E+02 

1.48011E+02 

1.48011E+02 

1.48011E+02 

1.48011E+02 

1.48011E+02 

1.48011E+02 

1.48011E+02 

*1.48011E+02 

*1.49626E+02 

1.49626E+02

2.13511E-02 

2.02742E-02 

1.95332E-02 

1.91721E-02 

1.88762E-02 

1.88189E-02 

2.19898E-02 

1.95799E-02 

1.85302E-02 

1.75483E-02 

1.68791E-02 

1.65653E-02 

1.63389E-02 

1.73330E-02 

2.04911E-02 

1.81224E-02 

1.69219E-02 

1.63139E-02 

1.54505E-02 

1.48959E-02 

1.50055E-02 

1.59584E-02 

1.89268E-02 

1.67250E-02 

1.59028E-02 

0.OOOOOE+00 

1.49932E-02 

1.39202E-02 

1.37783E-02 

1.46378E-02 

1.77619E-02 

1.56786E-02 

1.47151E-02 

1.46661E-02 

0.00000E+00 

1.32921E-02 

1.29511E-02 

1.37099E-02 

1.70532E-02 

1.51312E-02 

1.39969E-02 

1.35018E-02 

1.32042E-02 

1.26713E-02 

1.25545E-02 

1.32109E-02 

1.66855E-02 

1.50166E-02

2-96

X-Left X-Right

32 32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32

102 102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102
Table 2.2.2.5 

Pin Geometry and Power Distributions (cont'd) 

Pin Pitch Set 3

Y-Bot

Pin* Power 

Y-Top Fraction

Pin 

Power 

Set Assemb. Number

1.87269E+02 

1.88885E+02 

1.90500÷+02 

1.921159+02 

1.93731E+02 

1.95346E+02 

1.84038E+02 

1.85654E+02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.84038E+02 

1.85654E+02 

1.87269E+02 

1.88885E÷02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.84038E+02 

1.85654E+02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.84038E+02 

1.85654E+02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.84038E+02 

1.85654E+02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.84038E+02 

1.85654E+02

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.96962E+02 

1.85654E+02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.96962E+02 

1.85654E+02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.96962E+02 

1.85654E+02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.96962E+02 

1.85654E+02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.96962E+02 

1.85654E+02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.96962E+02 

1.85654E+02 

1.87269E+02

1.48011E+02 

1.48011E+02 

1.48011E+02 

1.48011E+02 

1.48011E+02 

1.48011E+02 

1.49626E+02 

1.49626E+02 

1.49626E+02 

1.49626E+02 

1.49626E+02 

1.49626E+02 

1.49626E+02 

1.49626E+02 

1.53558E+02 

1.53558E+02 

1.53558E+02 

1.53558E+02 

1.53558E+02 

1.53558E+02 

1.53558E+02 

1.53558E+02 

1.55174E+02 

1.55174E+02 

1.55174E+02 

1.55174E+02 

1.55174E+02 

1.55174E+02 

1.55174E+02 

1.55174E+02 

1.56789E+02 

1.56789E+02 

1.56789E+02 

1.56789E+02 

1.56789E+02 

1.56789E+02 

1.56789E+02 

1.56789E+02 

1.58405E+02 

1.58405E+02 

1.58405E+02 

1.58405E+02 

1.58405E+02 

1.58405E+02 

1.58405E+02 

1.58405E+02 

1.60020E+02 

1.60020E+02

1.49626E+02 

1.49626E+02 

1.49626E+02 

1.49626E+02 

1.49626E+02 

1.49626E+02 

1.51242E+02 

1.51242E+02 

1.51242E+02 

1.51242E+02 

1.51242E+02 

1.51242E+02 

1.51242E+02 

1.51242E+02 

1.55174E+02 

1.55174E+02 

1.55174E+02 

1.55174E+02 

1.55174E+02 

1.55174E+02 

1.55174E+02 

1.55174E+02 

1.56789E+02 

1.56789E+02 

1.56789E+02 

1.56789E+02 

1.56789E+02 

1.56789E+02 

1.56789E+02 

1.56789E+02 

1.58405E+02 

1.58405E+02 

1.58405E+02 

1.58405E+02 

1.58405E+02 

1.58405E+02 

1.58405E+02 

1.58405E+02 

1.60020E+02 

1.60020E+02 

1.60020E+02 

1.60020E+02 

1.60020E+02 

1.60020E+02 

1.60020E+02 

1.60020E+02 

1.61635E+02 

1.61635E+02

1.43290E-02 

1.36398E-02 

1.32003E-02 

1.29261E-02 

1.26207E-02 

1.30585E-02 

1.71678E-02 

1.67194E-02 

1.62149E-02 

1.55868E-02 

1.51384E-02 

1.48425E-02 

1.43452E-02 

1.36993E-02 

2.47813E-02 

2.31368E-02 

2.16437E-02 

2.02768E-02 

1.94720E-02 

1.92866E-02 

1.95892E-02 

2.09924E-02 

2.29780E-02 

2.00695E-02 

1.87231E-02 

1.75151E-02 

1.68025E-02 

1.66316E-02 

1.69977E-02 

1.95839E-02 

2.10900E-02 

1.83714E-02 

1.67488E-02 

1.59190E-02 

1.54773E-02 

1.49992E-02 

1.55484E-02 

1.80741E-02 

1.91694E-02 

1.66974E-02 

1.54871E-02 

1.52821E-02 

0.00000E+00 

1.39062E-02 

1.41376E-02 

1.65121E-02 

1.76807E-02 

1.54553E-02

2-97

X-Left X-Right

32 32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

32 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33

102 102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

102 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105
Table 2.2.2.5

Pin Geometry and Power Distributions (cont'd) 

Pin Pitch Set 3

X-Left X-Right Y-Bot Y- Top

Pin* 

Power 

Fraction

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E÷02 

1.84038E+02 

1.85654E+02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.84038E+02 

1.85654E÷02 

1.87269E+02 

1.88885E÷02 

1.90500E÷02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.84038E+02 

1.85654E+02 

1.87269E+02 

1.88885E+02 

1.90500E÷02 

1.92115E÷02 

1.93731E÷02 

1.95346E+02 

1.68798E+02 

1.70414E+02 

1.72029E÷02 

1.73645E+02 

1.75260E÷02 

1.76875E+02 

1.78491E÷02 

1.80106E+02 

1.68798E+02 

1.70414E+02 

1.72029E+02 

1.73645E+02 

1.75260E+02 

1.76875E÷02 

1.78491E+02 

1.80106E+02 

1.68798E+02 

1.70414E+02

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.96962E+02 

1.85654E+02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.96962E+02 

1.85654E÷02 

1.87269E+02 

1.88885E÷02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.96962E+02 

1.85654E+02 

1.87269E+02 

1.88885E+02 

1.90500E+02 

1.92115E+02 

1.93731E+02 

1.95346E+02 

1.96962E÷02 

1.70414E+02 

1.72029E+02 

1.73645E÷02 

1.75260E+02 

1.76875E+02 

1.78491E+02 

1.80106E+02 

1.81722E+02 

1.70414E302 

1.72029E+02 

1.73645E÷02 

1.75260E.02 

1.76875E+02 

1.78491E+02 

1.80106E÷02 

1.81722E+02 

1.70414E+02 

1.72029E+02

1.60020E+02 

1.60020E+02 

1.60020E+02 

1.60020E+02 

1.60020E+02 

1.60020E+02 

1.61635E+02 

1.61635E+02 

1.61635E+02 

1.61635E+02 

1.61635E+02 

1.61635E+02 

1.61635E+02 

1.61635E+02 

1.63251E+02 

1.63251E+02 

1.63251E+02 

1.63251E+02 

1.63251E+02 

1.63251E÷02 

1.63251E+02 

1.63251E+02 

1.64866E+02 

1.64866E+02 

1.64866E+02 

1.64866E+02 

1.64866E+02 

1.64866E÷02 

1.64866E+02 

1.64866E÷02 

1.68798E÷02 

1.68798E÷02 

1.68798E+02 

1.68798E+02 

1.68798E+02 

1.68798E+02 

1.68798E+02 

1.68798E+02 

1.70414E+02 

1.70414E÷02 

1.70414E+02 

1.70414E+02 

1.70414E+02 

1.70414E+02 

1.70414E+02 

1.70414E+02 

1.72029E+02 

1.72029E+02

1.61635E+02 

1.61635E+02 

1.61635E+02 

1.61635E+02 

1.61635E+02 

1.61635E÷02 

1.63251E+02 

1.63251E+02 

1.63251E+02 

1.63251E+02 

1.63251E÷02 

1.63251E+02 

1.63251E+02 

1.63251E+02 

1.64866E+02 

1.64866E+02 

1.64866E+02 

1.64866E+02 

1.64866E+02 

1.64866E+02 

1.64866E+02 

1.64866E+02 

1.66482E+02 

1.66482E+02 

1.66482E+02 

1.66482E+02 

1.66482E+02 

1.66482E+02 

1.66482E+02 

1.66482E+02 

1.70414E+02 

1.70414E+02 

1.70414E+02 

1.70414E+02 

1.70414E+02 

1.70414E+02 

1.70414E÷02 

1.70414E+02 

1.72029E+02 

1.72029E+02 

1.72029E÷02 

1.72029E+02 

1.72029E÷02 

1.72029E+02 

1.72029E÷02 

1.72029E÷02 

1.73645E+02 

1.73645E÷02

1.45476E-02 

0.00000E+00 

1.35302E-02 

1.26497E-02 

1.30567E-02 

1.52995E-02 

1.66951E-02 

1.46528E-02 

1.35522E-02 

1.29689E-02 

1.22080E-02 

1.18494E-02 

1.24077E-02 

1.44326E-02 

1.61240E-02 

1.43381E-02 

1.35227E-02 

1.27254E-02 

1.21807E-02 

1.20000E-02 

1.21225E-02 

1.36815E-02 

1.65559E-02 

1.59652E-02 

1.52874E-02 

1.44916E-02 

1.39304E-02 

1.36134E-02 

1.33131E-02 

1.32617E-02 

2.18757E-02 

2.07686E-02 

1.90348E-02 

1.87378E-02 

1.78587E-02 

1.75592E-02 

1.71507E-02 

1.81488E-02 

2.07686E-02 

1.89095E-02 

1.72083E-02 

1.78287E-02 

1.70523E-02 

1.68806E-02 

1.57484E-02 

1.75467E-02 

1.90348E-02 

1.72083E-02

2-98

Pin 

Power 

Set

Assemb. 

Number

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

33 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

105 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106
Table 2.2.2.5

Pin Geometry and Power Distributions (cont'd) 

Pin Pitch Set 3

Y-Bot

Pin* Power 

Y-Top Fraction

Pin Power 

Set Assemb. Number

1.72029E+02 

1.73645E+02 

1.75260E+02 

1*76875E+02 

1.78491E+02 

1.80106E+02 

1.68798E+02 

1.70414E+02 

1.72029E+02 

1.73645E+02 

1.75260E+02 

1.76875E+02 

1.78491E+02 

1.80106E+02 

1.68798E+02 

1.70414E+02 

1.72029E+02 

1.73645E+02 

1.75260E+02 

1.76875E+02 

1.:78491E+02 

1.80106E+02 

1.68798E+02 

1.70414E+02 

1.72029E+02 

1.73645E+02 

1.75260E+02 

1.76875E+02 

1.78491E+02 

1.80106E+02 

1.68798E+02 

1.70414E+02 

1.72029E+02 

1.73645E+02 

1.75260E+02 

1.76875E+02 

1.78491E+02 

1.80106E+02 

1.68798E+02 

1.70414E+02 

1.72029E+02 

1.73645E+02 

1.75260E+02 

1.76875E+02 

1.78491E+02 

1.80106E+0;

1.73645E+02 

1.75260E+02 

1.76875E+02 

1.78491E+02 

1.80106E+02 

1.81722E+02 

1.70414E+02 

1.72029E+02 

1.73645E+02 

1.75260E+02 

1.76875E+02 

1.78491E+02 

1.80106E+02 

1.81722E+02 

1.70414E+02 

1.72029E+02 

1.73645E+02 

1.75260E+02 

1.76875E+02 

1.78491E+02 

1.80106E+02 

1.81722E+02 

1.70414E+02 

1.72029E+02 

1.73645E+02 

1.75260E+02 

1.76875E+02 

1.78491E+02 

1.80106E+02 

1.81722E+02 

1.70414E+02 

1.72029E+02 

1.73645E+02 

1.75260E+02 

1.76875E+02 

1.78491E+02 

1.80106E+02 

1.81722E+02 

1.70414E+02 

1.72029E+02 

1.73645E+02 

1.75260E+02 

1.76875E+02 

1.78491E+02 

1.80106E+02 

1.81722E+02

1.72029E+02 

1.72029E+02 

1.72029E+02 

1.72029E+02 

1.72029E+02 

1.72029E+02 

1.73645E+02 

1.73645E+02 

1.73645E+02 

1.73645E+02 

1.73645E+02 

1.73645E+02 

1.73645E+02 

1.73645E+02 

1.75260E+02 

1.75260E+02 

1.75260E+02 

1.75260E+02 

1.75260E+02 

1.75260E+02 

1.75260E+02 

1.75260E+02 

1.76875E+02 

1.76875E+02 

1.76875E+02 

1.76875E+02 

1.76875E+02 

1.76875E+02 

1.76875E+02 

1.76875E+02 

1.78491E+02 

1.78491E+02 

1.78491E+02 

1.78491E+02 

1.78491E+02 

1.78491E+02 

1.78491E+02 

1.78491E+02 

1.80106E+02 

1.80106E+02 

1.80106E+02 

1.80106E+02 

1.80106E+02 

1.80106E+02 

1.80106E+02 

1.80106E+02

1.73645E+02 

1.73645E+02 

1.73645E+02 

1.73645E+02 

1.73645E+02 

1.73645E+02 

1.75260E+02 

1.75260E+02 

1.75260E+02 

1.75260E+02 

1.75260E+02 

1.75260E+02 

1.75260E+02 

1.75260E+02 

1.76875E+02 

1.76875E+02 

1.76875E+02 

1.76875E+02 

1.76875E+02 

1.76875E+02 

1.76875E+02 

1.76875E+02 

1.78491E+02 

1.78491E+02 

1.78491E+02 

1.78491E+02 

1.78491E+02 

1.78491E+02 

1.78491E+02 

1.78491E+02 

1.80106E+02 

1.80106E+02 

1.80106E+02 

1.80106E+02 

1.80106E+02 

1.80106E+02 

1.80106E+02 

1.80106E+02 

1.81722E+02 

1.81722E+02 

1.81722E+02 

1.81722E+02 

1.81722E+02 

1.81722E+02 

1.81722E+02 

1.81722E+02

1.73374E-02 1.63938E-02 

1.60041E-02 

1.30172E-02 

1.60097E-02 

1.70981E-02 

1.87378E-02 

1.78287E-02 

1.63938E-02 

1.61131E-02 

0.OOOOOE+00 

1.45730E-02 

1.47484E-02 

1.59019E-02 

1.78587E-02 

1.70523E-02 

1.60041E-02 

0.00000E+00 

1.40191E-02 

1.34332E-02 

1.38555E-02 

1.49984E-02 

1.75592E-02 

1.68806E-02 

1.30172E-02 

1.45730E-02 

1.34332E-02 

1.28912E-02 

1.20911E-02 

1.36343E-02 

1.71507E-02 

1.57484E-02 

1.60097E-02 

1.47484E-02 

1.38555E-02 

1.20911E-02 

1.23680E-02 

1.34382E-02 

1.81488E-02 

1.75467E-02 

1.70981E-02 

1.59019E-02 

1.49984E-02 

1.36343E-02 

1.34382E-02 

1.30447E-02

2-99

X-Left X-Right

34 34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34 

34

106 106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106 

106
Table 2.2.2.6

Axial Power

Zone 

Axial 

Boundary (cm) 

0.0003+00 

1 4.9430E+01 

2 6.4670E+01 

3 7.99103+01 

4 9.5150E+01 

5 1.10393+02 

6 1.2563E+02 

7 1.4087E+02 

8 1.56113+02 

9 1.7135E+02 

10 1.86593+02 

11 2.01833+02 

12 2.1707E+02 

13 2.3231E+02 

14 2.4755E+02 

15 2.6279E+02 

16 2.7803E+02 

17 2.9327E+02 

18 3.0851E+02 

19 3.2375E+02 

20 3.3899E+02 

21 3.5423E+02 

22 3.6947E+02

1 

0.0000 

0.0127 

0.0401 

0.0497 

0.0519 

0.0506 

0.0483 

0.0463 

0.0449 

0.0440 

0.0435 

0.0432 

0.0437 

0. 0441 

0. 0439 

0. 0445 

0.0448 

0.0441 

0.0433 

0.0430 

0.0412 

0.0374

Distributions 

Radial Zone 

2 

0.0000 

0.0100 

0.0308 

0.0395 

0.0430 

0.0439 

0.0440 

0.0439 

0.0440 

0.0443 

0.0447 

0.0453 

0.0460 

0.0469 

0.0476 

0.0482 

0.0486 

0.0484 

0. 0478 

0.0470 

0.0450 

0.0414

2-100

3

0.0000 

0.0099 

0.0266 

0.0340 

0.0372 

0.0383 

0.0392 

0.0399 

0.0408 

0.0418 

0.0430 

0.0443 

0.0457 

0.0472 

0.0488 

0.0500 

0.0509 

0.0516 

0.0516 

0.0507 

0.0491 

0.0462
Table 2.2.2.6

Zone 

Axial 

Boundary (cm) 

3.6947E+02 

3.8471E+02 

3.9995E+02 

4.1519E+02 

4.3043E+02 

8.1323E+02

Axial Power DistributionS (cont' d) 

Radial Zone 

1 2 3

0.0348 

0.0293 

0.0214 

0.0091 

0.0000E÷00

0.0373 

0.0309 

0.0226 

0.0090 

0.0000+E00

0.0415 

0.0347 

0.0258 

0.0112 

0.0000E÷00

Zone 

Radial 

Boundary (cm) 

220.282 

234.874 

259.530

2-101

22 

23 

24 

25 

26 

27

Radial 

Zone 

1 

2 

3
Table 2.2.2.7

Edit Locations 

R[cm) Z(cm) O(degrees). 

Pressure Vessel Capsule: 

. Flux Spectrum and 

Peak Reaction Rates 319.195 306.605 3 .-- -. . . . . . - - - - - - --.- - . . - -. -. -. --.-----. . . . . . --.. . . . . -- . . . . . . . . . . . . - . . . .. . 

Pressure Vessel 0-T: 

. (A) Axial Peak Location 

. (a) E > 1.0 REV 321.786 306.605 0-45 

. (b) E > 0.1 NEV 321.786 306.605 0-45 

( Cc) DPA Rates 321.786 306.605 0-45 

. (d) Flux Spectrum 322.286 306.605 42.51 

. (B) At the Axial Core Midplane 

. (a) B > 1.0 REV 321.786 239.93 0-45 

(b) E > 0.1 ZEV 321.786 239.93 0-45 

(c) DPA Rates 321.786 239.93 0-45 ..... -- - --- ----...----. -- - - - -- . -. -. -.. -- ..- - -. ------.--------- .. . -. . ... . .. . . . . 

Pressure Vessel 1/4 T: 

(A) Axial Peak Location 

(a) E > 1.0 b1EV 325.818 306.605 0-45 

(b) E > 0.1 MEV 325.818 302.795 0-45 

(c) DPA Rates 325.818 298.985 0-45 

(d) Flux Spectrum 325.818 306.605 42.51 

(B) At the Axial Core Midplane 

(a) E > 1..0 MEV 325.818 239.93 0-45 

(b) E > 0.o1 EV 325.818 239.93 0-45 

(c) DPA Rates 325.818 239.93 0-45 

Pressure Vessel 1/2 T: 

(A) Axial Peak Location 

(a) E > 1.0 MEV 329.851 306.605 0-45 

(b) E > 0.1 REV 329.851 306.605 0-45 

(c) DPA Rates 329.851 306.605 0-45 

Cd) Flux Spectrum 329.851 306.605 42.51 

(B) At the Axial Core Midplane 

Ca) E > 1.0 MEV 329.851 239.93 0-45 

(b) E > 0. 1 MEV 329.851 239.93 0-45 

Cc) DPA Rates 329.851 239.93 0-45 

Pressure Vessel 3/4 T: 

(A) Axial Peak Location 

(a) E > 1.0 MEV 333.883 302.795 0-45 

(b) E > 0.1 MEV 333.883 302.795 0-45 

(c) DPA Rates 333.883 298.985 0-45 

(d) Flux Spectrum 333.883 302.795 42.51 

(B) At the Axial Core Midplane 

(a) E > 1.0 REV 333.883 239.93 0-45 

(b) E > 0.1 MEV 333.883 239.93 0-45 

(c) DPA Rates 333.883 239.93 0-45

2-102
Table 2.2.2.7

Edit Locations (cont' d) ...... ... ...-- ..----.-.... - --. --....--.... ...... . . . --.----- . . -. ..-- .-- ... 

R (cm) Z (cm) 9 (degrees). 

Pressure Vessel T: 

(A) Axial Peak Location 

(a) E > 1.0 31EV 337.915 302.795 0-45 

(b) E > 0.1 REV 337.915 302.795 0-45 

(c) DPA Rates 337.915 298.985 0-45 

( (d) Flux Spectrum 337.032 302.795 42.51 

(B) At the Axial Core Midplane 

* (a) E > 1.0 1EV 337.915 239.93 0-45 

(b) E > 0.1 DIEV 337.915 239.93 0-45 

(c) DPA Rates 337.915 239.93 0-45 . .... . .. . . . . .... . .. ... .- . ... . .. - -. -. -. - -- .. - -. - -. . -----.. . .--.. .. -- . .-- . . 

. DownComer 

(A) Axial Peak Location 

(a) E > 1.0 bIEV 278.100 306.605 0-45 

(b) E > 0.1 MEV 278.100 306.605 0-45 

(c) DPA Rates 278.100 306.605 0-45 

(d) Flux Spectrum 278.100 306.605 23.5 

(B) At the Axial Core Midplane 

(a) E > 1.0 MEV 278.100 239.93 0-45 

(b) E > 0.1 MEV 278.100 239.93 0-45 

(c) DPA Rates 278.100 239.93 0-45 - -.. . . . . . . - . . . . . . . . .- .-- . .-- .- . . . . . . . . . . . . . . . . . -- -- -. . . . . . . . . . . . . . . . . . 

Cavity 

(A) Axial Peak Location 

(a) E > 1.0 NEV 398.700 282.602 0-45 

(b) B > 0. 1 MEV 398.700 279.554 0-45 

( Cc) DPA Rates 398.700 279.554 0-45 

(d) Flux Spectrum 398.700 282.602 44.975 . . . . . . . . . . . . . - -. . . . . . . . . . . . . . - - -. . . . . . . . . . . . . . . . . . - - -. . . . . . . . . . . . . . . . . . .

2-103
co 

co

CD

0 

1 

CD 

(I)
Figure 2.2.2.2 

BWR Axial Geometry 

SHROUD INSULATION 

LINER 

813.23 a 

- . 0 

S: - ~0 ' - .. .oW 

-: :.'STE AM SEPARATOR AND DRYER REGION 0 

-0 

485.99 

467.47 TO-UD 

! ...... .TOP GUID .-- , .:: . . . . . .,..

:430.43 - .0 

00. 

c_>.,.. 

iv INNER CORE 

201.83 -

T-1 1 ..0

140.81 

79.9 

49.4: 

19 1(1

3 *- 11 111t 11 11 

SCORE PLATE

,, 4 Vco -.. VD co co 

INLET c" CD o MM"3 

RADIUS (cm) 

NOTE: AlU Dimensions in cm 

2-105

0~ 

:-! 0.. 

F_: .3

0
Figure 2.2.2.3 

Surveillance Capsule 

3.385 cm

Water

2-106

Core E 

Co 

cO, 

Co 

06

Capsule 

SS-304
3 DORT CALCULATIONAL METHODOLOGY

3.1 Introduction 

The methodology used to perform the pressure vessel 

fluence benchmark problems follows the methods and 

approach described in the pressure vessel fluence 

calculation and measurement methods Regulatory Guide 

1.190. The modeling and numerical procedures used in 

these calculations are based on well established state-of

the-art techniques and, except for nuclear data 

uncertainties, are believed to provide a flux solution 

accuracy of a few percent. It is intended that the flux 

solutions to these benchmark problems will be updated as 

significant improvements are made in the basic methods 

and in the nuclear data sets. 

The nuclear cross sections, determination of the core 

neutron source, transport calculations, synthesis 

approach, and the dosimetry cross sections are described 

in the following sections. 

3.2 Neutron Cross Sections and 

Fission Spectra 

The BUGLE-93 47-group cross section library was used 

in the benchmark calculations. The BUGLE-93 library 

was determined by collapsing the ENDF/B-VI 

VITAMIN-B6 fine-group cross section set using spatially 

dependent spectra calculated for a typical PWR 

configuration. The BUGLE-93 library includes the 

ENDF/B-VI versions of the iron, hydrogen and oxygen 

cross sections, which are known to have a significant 

effect on pressure vessel fluence predictions. 

The fission spectra for U-235, U-238 and Pu-239 were 

taken from BUGLE-93 and are provided in Table-3.2. 1. 

The fission spectra for Pu 240, Pu-241 and Pu-242 of 

Table 3.2.1 were determined with NJOY using the 

ENDF/B-VI data. These spectra were used in the MESH 

(Reference-5) calculations of the core neutron source. 

3.3 Core Neutron Source 

The benchmark calculation of the core neutron source 

includes the effect of the strong pin-wise variations of the 

power distribution in the fuel assemblies located near the

core boundary. The MESH code was used to allocate the 

pin-wise power to the individual (r, 0) mesh blocks. This 

allocation was performed by a numerical integration of 

the power distribution, defined on the (x, y) pin-wise 

mesh, over the (r, 0) mesh block. This numerical 

integration typically employed : 100 integration mesh per 

fuel pin and was shown to be accurate to within s 1% for 

each (r, 0) mesh block. 

The magnitude of the core neutron source increases with 

fuel burnup due to the higher number of neutrons 

released per MeV of energy produced by Pu fission. 

This was taken into account by calculating the number of 

neutrons per MeV, V/c [neutrons/MeV], using the fuel 

bumup dependent isotopic fission fractions. In addition, 

the fission spectrum was also considered to be dependent 

on the fuel burnup in order to account for the harder 

more penetrating neutron spectrum characteristic of the 

Pu fissions in the high burnup fuel. This exposure 

dependence was included in both the radial (r, 0) and 

axial (r, z) source distributions. 

3.4 Neutron Transport Calculations 

The neutron transport calculations for the benchmark 

problems were performed with the ORNL DORT 

discrete ordinates transport code using the 47-group 

BUGLE-93 library. The calculations were performed in 

a fixed source mode for a radial (r, 0) plane, an axial (r, 

z) plane, and in a one-dimensional (r) geometry. 

The PWR radial (r, 0) calculations were performed in a 

two-step "boot strap" fashion in which an inner one

eighth 450 azimuthal sector was first calculated. A 

second outer one-eighth core 450 annular sector was 

then calculated using the flux on the inner surface of the 

annulus, calculated in the first inner calculation, as an 

input boundary condition. A -15 cm radial overlap

region between the inner and outer calculations was 

maintained to insure that the neglect of the outer 

geometry in the inner problem had a negligible effect 

(_0.5%) on the vessel fluence calculations. In the BWR 

calculations, the bootstrap method was not used and the 

solution on the full radial (r, 0) geometry was determined 

in one step. 

The calculations were performed using an Sg quadrature

3-1
and a P-3 angular decomposition of the scattering cross

sections."' In the PWR calculation, the (r, 0) mesh 

included 61 angular mesh intervals, and 108 and 102 

radial mesh intervals in the inner and outer bootstrap 

calculations, respectively. In the BWR calculation, the 

(r, 0) mesh included 61 angular mesh intervals and 222 

radial mesh intervals. The angular (0) and radial (r) mesh 

densities were increased at material interfaces where the 

geometry was changing rapidly and at the capsule 

locations. The radial mesh used in the axial (r, z) 

calculations was essentially identical to that used in the (r, 

0) calculations. The spatial mesh used in the calculations 

is given in Chapter-4 with the calculated results. 

Vacuum boundary conditions were used on the outer 

radial and axial boundaries of the problems and reflecting 

boundary conditions were used on the internal 0 = 00 and 

0 = 45' azimuthal boundaries. A pointwise flux 

convergence of 10-' was used together with an integrated 

flux convergence criteria of 10-'. 

In order to validate the numerical methods used in these 

calculations, DORT sensitivity calculations were 

performed for selected numerical input parameters. The 

sensitivity calculations included an increase in the angular 

quadrature from S. to S16, an increase in the angular 

representation of the scattering cross sections from P3 to 

P, and a factor of 10 increase in the flux pointwise 

convergence. The results of these calculations are 

presented in Table 3.4.1, and indicate that the >1 MeV 

and >0.1 MeV fluxes vary by less than 2% at all (r, 0) 

locations when the numerical input parameters are varied. 

3.5 Flux Synthesis 

The vessel fluxes were determined by combining the 

DORT (r, 0) and DORT (r, z) calculated fluxes. The flux 

at the (r, 0, z) location was determined by the relation 

9,8(r, 9, z) = 9p(r, O)[I(g(r, z)lpg(r)] , (1) 

where pg(r, 0), pg(r, z) and cpg(r) are the group-g 

fluxes calculated in the indicated geometry. The effective 

"

1t

While the BWR (r, 0) and (r) calculations were 

performed using an S, quadrature, the BWR (r, z) 

calculations were performed using an S,6 quadrature.

core radius Rf used in the cylindrical geometry (rz) and 

(r) calculations was determined so that the flux above 1

MeV, 9p,,, at the vessel inner-wall satisfies the condition

~4(r;eff)=1 2z 

O,(r; Re? ) = -I 2r (r,O)dO. (2)

The radial source distribution in these cylindrical 

calculations was determined as an azimuthal average of 

the (r, 0) source distribution. 

In the case of the PWR partial length shield assembly 

core design, equation (2) was applied separately to the 

axial core regions above and below the partial length 

shield material interface at z = 109.102 cm. 

3.6 Dosimetry Cross Sections 

The capsule dosimeter reaction rates were calculated 

using ENDFJB-VI cross sections. The cross section data 

were collapsed to the 47-group structure using NJOY. 

The calculated reaction rates are for dosimeter materials 

having a 90% response range above 0.1 MeV, and 

include those reactions that are typically used to 

determine the pressure vessel fluence above 0.1 MeV. 

The specific dosimeter reactions, response ranges and 

corresponding half- lives are given in Chapter 4 with the 

benchmark calculation results.

3-2
Table 3.2.1

Benchmark Problem 

Fission Spectrum by Isotope

U-238 Pu-239 Pu-240

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31 

32 

33 

34 

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47

5.01790E-05 

2.01670E-04 

1.14600E-03 

2.52230E-03 

5.65690E-03 

1.61470E-02 

3.07130E-02 

8.05130E-02 

7.67580E-02 

4.40110E-02 

4.66870E-02 

2.00290E-02 

4.02620E-03 

2.43450E-02 

7.35500E-02 

7.19480E-02 

8.94980E-02 

1.15030E-01 

6.26870E-02 

2.72400E-02 

4.68520E-02 

3.76160E-02 

4.17720E-02 

2.13900E-02 

3.00470E-02 

1.54080E-02 

7.42510E-03 

3.54620E-03 

9.98080E-04 

5.69770E-04 

1.73370E-0(4 

2.03050E-04 

5.40380E-04 

4.84200E-04 

1.57460E-04 

5.11560E-05 

2.08270E-05 

2.54840E-06 

8.27310E-07 

3.09000E-07 

6.00000E-08 

5.40660E-12 

0.OOOOOE+00 

0.OOOOOE+00 

0.OOOOOE+00 

0.OOOOOE+00 

0.00000E+00

2.55680E-05 

1.38950E-04 

9.23970E-04 

2.30120E-03 

5.39710E-03 

1.59700E-02 

3.13400K-02 

8.35720E-02 

7.87770E-02 

4.45130E-02 

4.67790E-02 

1.99590E-02 

4.00560E-03 

2.41820E-02 

7.28080E-02 

7.11800E-02 

8.88220E-02 

1.14380E-01 

6.21080E-02 

2.68800E-02 

4.60320E-02 

3.68060E-02 

4.10120E-02 

2.12210E-02 

3.02460E-02 

1.58020E-02 

7.72090E-03 

3.72200E-03 

1.05290E-03 

6.02400E-04 

1.83510E-04 

2.15060E-04 

5.73110E-04 

5.14660E-04 

1.67660E-04 

5.45120E-05 

2.21990E-05 

2.71460E-06 

8.80310E-07 

3.28840E-07 

7.96970E-08 

9.55630E-09 

2.67170E-09 

2.16310E-I1 

0.OOOOOE+00 

O.OOOOOE+00 

O.OOOOOE+00

5.62080E-05 

2.26770E-04 

1.29210E-03 

2.93940E-03 

6.47000E-03 

1.81090E-02 

3.40160E-02 

8.77920E-02 

8.12310E-02 

4.55610E-02 

4.76560E-02 

2.02720E-02 

4.04740E-03 

2.45230E-02 

7.34400E-02 

7.12330E-02 

8.80130E-02 

1.11580E-01 

5.98610E-02 

2.57760E-02 

4.39290E-02 

3.49500E-02 

3.88410E-02 

2.02000E-02 

2.86650E-02 

1.50480E-02 

7.49710E-03 

3.55110E-03 

9.96940E-04 

5.63780E-04 

1.74090E-04 

2.12840E-04 

5.30120E-04 

5.19380E-04 

1.57790E-04 

5.33090E-05 

2.19810E-05 

2.65010E-06 

8.62760E-07 

3.14170E-07 

6.14480E-08 

2.17655E-II 

8.29070E-12 

6.85750E-13 

O.OOOOOE+00 

0.OOOOOE+00 

O.OOOOOE+00

1.59837E-04 

4.24436E-04 

1.90310E-03 

3.67560E-03 

7.23358E-03 

1.93265E-02 

3.19116E-02 

7.78502E-02 

7.04721E-02 

3.95926E-02 

4.15580E-02 

1.78618E-02 

3.46967E-03 

2.17653E-02 

6.58307E-02 

6.52904E-02 

8.36931E-02 

1.14986E-01 

6.61640E-02 

2.93997E-02 

5.13975E-02 

4.21326E-02 

4.79967E-02 

2.51519E-02 

3.60326E-02 

1.87262E-02 

8.99821E-03 

4.24394E-03 

1.18278E-03 

6.71909E-04 

2.03574E-04 

-2.38119E-04 

6.32934E-04 

5.59137E-04 

1.78267E-04 

5.76396E-05 

2.35810E-05 

2.95265E-06 

9.93296E-07 

3.97077E-07 

1.14164E-07 

1.93115E-08 

4.59724E-09 

1.54375E-09 

8.08059E-I0 

7.18356E-10 

5.22107E-10

1.11229E-04 

3.33440E-04 

1.62701E-03 

3.33102E-03 

6.82821E-03 

1.79642B-02 

3.22692E-02 

8.08065E-02 

7.41343E-02 

4.17697E-02 

4.38197E-02 

1.88091E-02 

3.65159E-03 

2.28879E-02 

6.89789E-02 

6.79461E-02 

8.62904E-02 

1.13412E-01 

6.31523E-02 

2.77316E-02 

4.80479E-02 

3.91602E-02 

4.44988E-02 

2.33548E-02 

3.38058E-02 

1.80121E-02 

8.92036E-03 

4.31820E-03 

1.23205E-03 

7.10592E-04 

2.17281E-04 

2.55417E-04 

6.90362E-04 

6.22162E-04 

2.00672E-04 

6.68779E-05 

2.84631E-05 

3.78926E-06 

1.34411E-06 

5.75995E-07 

1.82060E-07 

3.30303E-08 

9.11550E-09 

2.79927E-09 

1.32100E-09 

8.97826E-I0 

2.85903E-10

3-3

Group U-235 Pu-241 Pu-242

9.41379E-05 

2.91573E-04 

1.46138E-03 

3.05379E-03 

6.35974E-03 

1.70033E-02 

3.09993E-02 

7.88116E-02 

7.31336E-02 

4.14407E-02 

4.36216E-02 

1.87651E-02 

3.64570E-03 

2.28701E-02 

6.91083E-02 

6.83101E-02 

8.70281E-02 

1.14737E-01 

6.40114E-02 

2.81294E-02 

4.87647E-02 

3.96986E-02 

4.50850E-02 

2.36678E-02 

3.42529E-02 

1.82283E-02 

9.01824E-03 

4.36831E-03 

1.24343E-03 

7.14680E-04 

2.18043E-04 

2.56065E-04 

6.88273E-04 

6.19155E-04 

2.00929E-04 

6.62128E-05 

2.76345E-05 

3.55021E-06 

1.21832E-06 

4.99476E-07 

1.48558E-07 

2.57267E-08 

4.77114E-09 

1.46516E-09 

6.91426E-10 

4.69930E-10 

1.49644E-10
Table 3.4.1

Sensitivity of the DORT Calculated Flux to Numerical Input Parameters+ 

Standard Problem (r,0) Calculation

Location r=202.25 cm r=215.43 cm r=219.393 cm r=224.473 cm r=229.870 cm r=235.268 cm r=240.342 cm r=320.06 cm 

0=200 0=200 0=15.5o 0=15.50 0=15.50 0=15.50 0=15.5° 0=9.50 

E > 1.0 MeV 

BASE CASE* 2.74340(+ 11)++ 4.82786(+1 0) 3.70878(+ 10) 2.07115(+ 10) 9.87759(+09) 4.49649(+09) 1.87858(+09) 1.18914(+09) 

NEGFIX = 1 2.74341(+11) 4.82769(+10) 3.70878(+10) 2.07116(+10) 9.87756(+09) 4.49645(+09) 1.87854(+09) 1.18908(+09) 

% diff. 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 

MODE 0 = 0.3 2.74782(+11) 4.88035(+10) 3.75722(+10) 2.10279(+10) 1.00388(+10) 4.57132(+09) 1.90718(+09) 1.19941(+09) 

% diff. +0.16 +1.09 +1.31 +1.53 +1.63 +1.60 +1.52 +0.86 

NO.DIR.s = 16 2.77494(+11) 4.90304(+10) 3.77070(+10) 2.09948(+10) 1.00378(+10) 4.57470(+09) 1.91243(+09) 1.19121(+09) 

% diff. +1.15 +1.56 +1.67 +1.37 +1.62 +1.74 +1.80 +0.17 

EPSPTWISE = 2.74340(+11) 4.82786(+10) 3.70878(+10) 2.07115(+10) 9.87760(+09) 4.49649(+09) 1.87858(+09) 1.18914(+09) 

0.0001 

% diff. 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 

P5 CASE 2.74121(+11) 4.82110(+10) 3.71238(+10) 2.07133(+10) 9.87417(+09) 4.49647(+09) 1.87945(+09) 1.18945(+09) 

% diff. -0.1 -0.1 +0.1 0.0 0.0 0.0 +0.1 0.0
Table 3.4.1 (Cont'd.) 

Sensitivity of the DORT Calculated Flux to Numerical Input Parameters+ 

Standard Problem (r,O) Calculation

+ The DORT Numerical options are as follows: NEGFIX is the negative source fix, MODE is the 0-weighted flux extrapolation, 

NO.DIR.s is the number of angular quadratures, and EPSPTWISE is the flux point wise convergence. 

* BASE CASE: NEGFIX = 0, MODE 0 = 0.0, NO.DIR.s = 8, EPSPTWISE = 0.001 

*÷ Read as 2.74340x10+1 neutrons/(cm2

-sec).

Location r=202.25 cm r-215.43 cm r=219.393 cm r=224.473 cm r=229.870cm r=235.268 cm r=240.342 cm r=320.06cm 

0=200 0=20' 0=15.50 0 = 15.50 0=15.50 0 = 15.50 0 = 15.50 0 = 9.5' 

E > 0.1 MeV 

BASE CASE* 6.33036(+ 11) 9.60304(+ 10) 8.54595(+ 10) 7.10408(+ 10) 5.07562(+ 10) 3.26705(+ 10) 1.68486(+ 10) 1.18751(+ 10) 

NEGFIX = 1 6.33037(+11) 9.60282(+10) 8.54591(+10) 7.10403(+10) 5.07555(+10) 3.26699(+10) 1.68482(+10) 1.18746(+10) 

% diff. 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 

MODE 0 = 0.3 6.34654(+1l) 9.71702(+10) 8.65981(+10) 7.20723(+10) 5.15099(+10) 3.31450(+10) 1.70503(+10) 1.19674(+10) 

% diff. +0.26 +1.19 +1.33 +1.45 +1.48 +1.45 +1.20 +0.78 

NO.DIR.s = 16 6.39342(+I1) 9.75237(+10) 8.69504(+ 10) 7.19877(+10) 5.14835(+10) 3.31332(+10) 1.70851(+10) 1.19170(+10) 

% diff. +1.00 +1.56 +1.74 +1.33 +1.43 +1.42 1.40 +0.35 

EPSPTWISE = 6.33036(+l 1) 9.60304(+ 10) 8.54595(+ 10) 7.10408(+ 10) 5.07562(+ 10) 3.26702(+ 10) 1.68480(+ 10) 1.18744(+ 10) 

0.0001 

% diff. 0.0 0.0 0,0 0.0 0.0 0.0 0.0 0.0 

P5 CASE 6.32864(+11) 9.59391(+10) 8.55101(+10) 7.10480(+10) 5.07512(+10) 3.26692(+10) 1.68492(+10) 1.18752(+10) 

% diff. 0.0 -0.1 +0.1 0.0 0.0 0.0 0.0 0.0
Table 3.4.2 

Sensitivity of the DORT Calculated Flux to S,, Quadrature 

Partial Length Shield Assembly (r, z) Calculation (at 0=0°)

Axial Peak r=202.25 cm r=215.43 cm r=219.393 cm r-224.473 cm r=229.870 cm r=235.268 cm r=240.342 cm r=320.06 cm 

Location z=188.363 cm z=192.062 cm z=195.761 cm z=199.459cm z=199.459cm z=203.158 cm z=206.856 cm z=221.65 cm 

E > 1.0 MeV 

S8 CASE 1.93804E+ 11 5.62798E+ 10 2.55168E+ 10 1.44130E+ 10 6.94778E+09 3.17615E+09 1.26196E+09 6.84196E+08 

S16 CASE 1.94670E+ 11 5.68005E+10 2.595288+10 1.459808+10 7.05053E+09 3.22510E+09 1.28726E+09 6.86218E+09 

% diff.* +0.4 +0.9 +1.7 +1.3 +1.5 +1.5 +2.0 0.3 

Axial Peak r=202.25 cm r=215.43 cm r=219.393 cm r=224.473 cm r=229.870 cm r=235.268 cm r=240.342 cm r=320.06 cm 

Location z=188.363 cm z=192.062 cm z=199.459 cm z=203.158 cm z=203.158 cm z=206.856 cm z=210.555 cm z=221.65 cm 

E > 0.1 MeV 

S8 CASE 4.314041+ 11 1.01910E+11 5.87544E+ 10 4.93831E+10 3.53358E+ 10 2.231691+10 1.02282E+ 10 5.76909E+09 

S16 CASE 4.34119E+11 1.02865E+11 5.97682E+10 4.999738+10 3.58176E+10 2,26348E+10 1.04519E+ 10 5.79595E+09 

% diff.* +0.6 +0.9 +1.7 +1.2 +1.4 +1.4 +2.2 +0.5

I

t

-,
Table 3.4.2 (Cont'd.) 

Sensitivity of the DORT Calculated Flux to S, Quadrature 

Partial Length Shield Assembly (r, z) Calculation (at 0 =0°)

Lower Weld r=202.25 cm r=215.43 cm r=219.393 cm r=224.473 cm r=229.870 cm r=235.268 cm r=240.342 cm r=320.06 cm 

Location z=67.1048 cm z=67.1048 cm z=67.1048 cm z=67.1048 cm z=67.1048 cm z=67.1048 cm z=67.1048 cm z=67.1048 cm 

E > 1.0 MeV 

S8 CASE 2.93827E+09 1.34748E+09 8.77387E+08 5.44246E+08 2.97191E+08 1.67741E+08 1.22672E+08 2.43208E+08 

S16 CASE 2.93118E+09 1.35314E+09 8.89447E+08 5.50882E+08 3.02727E+08 1.71633E+08 1.27715E+08 2.48526E+08 

% diff.* -0.2 +0.4 +1.4 +1.2 +1.9 +2.3 +4.1 +2.2 

E > 0.1 MeV 

S8 CASE 6.05030E+09 2.27455E+09 2.34299E+09 2.50280E+09 2.30346E+09 2.00939E+09 1.71868E+09 2.43826E+09 

S16 CASE 6,07039E+09 2.28721E+09 2.38497E+09 2.54234E+09 2.34933E+09 2.06107E+09 1.79908E+09 2.50080E+09 

% diff.* +0.3 +0.6 +1.8 +1.6 +2.0 +2.6 +4.7 +2.6

* %diff = (S16 CASE - S8 CASE) x 100/S8 CASE 

** Cross sections used in calculation are from BUGLE-93
4 DORT BENCHMARK PROBLEM CALCULATION RESULTS

4.1 PWR Benchmark Problem 

Calculation Results 

4.1.1 Calculated Flux, Reaction Rates and 

Spectra 

The scalar neutron flux or fluence rate 9p(r, E) [n/cm2 

sec-MeV] is the fundamental quantity of interest in the 

pressure vessel benchmark calculations. The neutron flux 

has been calculated throughout the problem geometry on 

a discrete spatial and energy dependent mesh. The 

calculated flux is an average over the three dimensional 

(Ar, AO, Az) spatial mesh block and is labeled by the 

coordinates of the center of the mesh block. The 

calculated group-wise solution is an integral over each 

energy group. The (r, 0, z) solution spatial mesh is given 

in Tables 4.1.1.1 and 4.1.1.2. The energy mesh is given 

in Table 4.1.1.3. Both the group-wise and energy 

integrated >I-MeV and >0.1 MeV flux solutions are 

provided with the benchmark results. The calculated 

reaction rates for surveillance capsule dosimeter 

materials typically used for measuring the fast neutron 

fluence are included, together with the iron displacement

per-atom reaction rates. The nuclear parameters for the 

neutron flux monitors are given in Table 4.1 .1.4. For 

comparison the dosimeter reaction rates have been 

calculated using both the SAILOR (Reference-7) and 

ORNL-TM-1 1476 (Reference-8) dosimetry cross 

sections, as well as the ENDFIB-VI dosimetry cross 

sections given in Table 4.1.1.5. In addition to the group

wise flux, the neutron spectrum at the surveillance 

capsule locations and several vessel locations is also 

provided. 

The benchmark problem calculated results include: 

a) the azimuthal distribution of the E > I -MeV flux, E 

> 0.10 MeV flux and dpa rate at the pressure vessel 

axial peak location at the inner-wall, T/4, T12, 3T/4 

and outer surface locations, 

b) the axial peak reaction rates of the neutron 

dosimeters at the capsule locations, 

c) the PLSA core-to-standard core flux and dpa 

reduction factors (e.g., PLSA flux/SCL flux) at the

lower circumferential weld at 0° for the partial 

length shield assembly core loading, 

d) the downcomer and cavity fluxes and dpa rates at the 

radii of 210.50 cm and 320.06 cm, respectively, and 

e) the flux spectrum at the pressure vessel peak flux 

location and at the capsule locations. 

The benchmark solution for the Standard Core Loading, 

the Low-Leakage Core Loading and the Partial Length 

Shield Assembly core are given in Sections 4.1.2 - 4.1.4, 

respectively. 

4.1.2 Standard Core Loading Benchmark 

Problem 

The calculated > 1-MeV and >0.10 MeV fluxes [n/cm2-sl 

and dpa rates [dpa/s] for the standard core loading 

benchmark problem are given in Tables 4.1.2.1 - 4.1.2.3, 

respectively. The fluxes and dpa rates are given for the 

vessel inner-wall and four vessel internal locations, as a 

function of the azimuthal (0) location. The flux edit is 

taken at the axial (z) location where the flux or dpa rate 

peak occurs, which is seen to increase as the vessel radial 

location increases. The same data is presented in Tables 

4.1.2.4 - 4.1.2.6 for the vessel axial location of the 

circumferential weld. The vessel inner-wall data at the 

circumferential weld location will be used to determine 

the relative reduction factors of Table 4.1.4.3 resulting 

from the PLSA core loading. 

The fluxes and dpa rates are presented in Table 4.1.2.7 

for a location near the center of the downcomer and in 

Table 4.1.2.8 for a cavity location close to the biological 

shield. These edits are taken at the axial location 

corresponding to the peak of the >I-MeV flux. The 

downcomer fluxes are calculated with the thermal shield 

capsule included in the model and the vessel capsule 

removed. 

The neutron flux spectrum at the >I-MeV peak 

azimuthal/axial location is provided in Table 4.1.2.9 for 

the vessel inner-wall and four vessel internal locations. 

The five spectra are also given in Figures 4.1.2.1 

4.1.2.5.

4-1
The neutron flux spectrum for the thermal shield, 

pressure vessel and cavity capsules at the axial location 

of the maximum >I-MeV flux is provided in Table 

4.1.2.10. These spectra are also given in Figures 4.1.2.6 

-4.1.2.8. 

The calculated reaction rates for the dosimeter materials 

of Table 4.1.1.4 are given in Tables 4.1.2.11 - 4.1.2.13 

for the thermal shield, pressure vessel and cavity 

capsules, respectively."' The axial locations correspond 

to the peak >I-MeV flux locations for each capsule. For 

user convenience, the reaction rates have been 

determined using each of the dosimeter cross section sets 

given in Table 4.1.1.5 and are provided in the Tables. 

4.1.3 Low-Leakage Core Loading 

Benchmark Problem 

The calculated > 1-MeV and >0.10 MeV fluxes [n/crn2

-s] 

and dpa rates [dpa/s] for the low-leakage core loading 

benchmark problem are given in Tables 4.1.3.1-4.1.3.3, 

respectively. The fluxes and dpa rates are given for the 

vessel inner-wall and four vessel internal locations, as a 

function of the azimuthal (0) location. The flux edit is 

taken at the axial (z) location where the flux or dpa rate 

peak occurs, which is seen to increase as the vessel radial 

location increases. The same data is presented in Tables 

4.1.3.4 - 4.1.3.6 for the vessel axial location of the 

circumferential weld. 

The fluxes and dpa rates are presented in Table 4.1.3.7 

for a location near the center of the downcomer and in 

Table 4.1.3.8 for a cavity location close to the biological 

shield. These edits are taken at the axial location 

corresponding to the peak of the >I-MeV flux. The 

downcomer fluxes are calculated with the thermal shield 

capsule included in the model and the vessel capsule 

removed. 

The neutron flux spectrum at the >I-MeV peak 

azimuthal/axial location is provided in Table 4.1.3.9 for 

the vessel inner-wall and four vessel internal locations.

The five spectra are also given in Figures 4.1.3.1 

4.1.3.5. 

The neutron flux spectrum for the thermal shield, 

pressure vessel and cavity capsules at the axial location 

of the maximum >I-MeV flux is provided in Table 

4.1.3.10. These spectra are also given in Figures 4.1.3.6 

- 4.1.3.8. 

The calculated reaction rates for the dosimeter materials 

of Table 4.1.1.4 are given in Tables 4.1.3.11 - 4.1.3.13, 

for the thermal shield, pressure vessel and cavity 

capsules, respectively. The axial locations correspond to 

the peak >I-MeV flux locations for each capsule. For 

user convenience, the reaction rates have been 

determined using each of the dosimeter cross section sets 

given in Table 4.1.1.5 and are provided in the Tables. 

4.1.4 Partial Length Shield Assembly Core 

Loading Benchmark Problem 

The calculated >I-MeV and >0. 10 MeV fluxes [n/cmn-s] 

and dpa rates for the partial length shield assembly core 

loading benchmark problem are given in Table 4.1.4.1. 

The fluxes and dpa rates are given for the vessel inner

wall at the lower circumferential weld as a function of the 

azimuthal (0) location. The same data is also given in 

Figures 4.1.4.1 - 4.1.4.3. 

The vessel inner-wall neutron flux spectrum at the lower 

circumferential weld is given in Table 4.1.4.2, for the 0 

= 00 azimuthal location. This spectrum is also given in 

Figure 4.1.4.4. 

The reduction factors for the vessel inner-wall flux and 

the dpa defined, for the flux, as

RF = PLSA flux/SCL flux, (3)

are presented in Table 4.1.4.3. These RFs are calculated 

for the circumferential weld as a function of the 

azimuthal location and are based on the SCL results of 

Section - 4.1.2.

"IttIt is noteworthy that the dosimeters with thresholds Ž7

MeV were found to be sensitive to the material cross section 

representation of the peripheral assemblies in the radial 

calculation. Increasing the core effective radius Rff by -12 

cm for the SCL(LLCL) resulted in a -30% (5%) reduction in 

these dosimeter responses.

4-2
4.2 BWR Benchmark Problem 

Calculation Results 

4.2.1 Calculated Flux, Reaction Rates and 

Spectra 

The scalar neutron flux or fluence rate 0p(r, E) [n/cm2 

sec-MeV] is the fundamental quantity of interest in the 

pressure vessel benchmark calculations. The neutron 

flux has been calculated throughout the problem 

geometry on a discrete spatial and energy dependent 

mesh. The calculated flux is an average over the three 

dimensional (Ar, AO, Az) spatial mesh block and is 

labeled by the coordinates of the center of the mesh 

block. The calculated group-wise solution is an integral 

over each energy group. The (r, 0, z) solution spatial 

mesh is given in Table 4.2.1.1, and the energy mesh is 

given in Table - 4.2.1.2. Both the group-wise and energy 

integrated >I-MeV and >0.1-MeV flux solutions are 

provided with the benchmark results. The calculated 

reaction rates for surveillance capsule dosimeter 

materials typically used for measuring the fast neutron 

fluence are included, together with the iron 

displacement-per-atom reaction rates. The nuclear 

parameters for the neutron flux monitors are given in 

Table 4.2.1.3. The dosimeter reaction rates were 

calculated using the BUGLE-93 ENDF/B-VI dosimetry 

cross sections given in Table 4.2.1.4. In addition to the 

group-wise flux, the neutron spectrum at the surveillance 

capsule, cavity and several vessel locations is also 

provided. 

The benchmark problem calculated results include: 

a) the azimuthal distribution of the E > 1 -MeV flux, E 

> 0.10 MeV flux and dpa rate at the pressure vessel 

axial peak and core Midplane locations at the inner

wall, T/4, T/2, 3T/4 and outer surface locations, 

b) the axial peak reaction rates of the neutron 

dosimeters at the capsule location, 

c) the downcomer and cavity fluxes and dpa rates at 

the radii of 278.1 cm and 398.7 cm, respectively, 

and 

d) the flux spectrum at the pressure vessel peak flux 

location, cavity peak flux location and at the capsule 

location.

The benchmark solution for the BWR benchmark 

problem is given in the following section. 

4.2.2 BWR Benchmark Problem Results 

The calculated >1-MeV and >0.10 MeV fluxes [n/cm2 -s] 

and dpa rates [dpa/s] for the BWR benchmark problem 

are given in Tables 4.2.2.1 - 4.2.2.3, respectively. The 

fluxes and dpa rates are given for the vessel inner-wall 

and four vessel internal locations, as a function of the 

azimuthal (0) location. The flux edit is taken at the axial 

(z) location where the flux or dpa rate peak occurs, 

which is seen to generally decrease as the vessel radial 

location increases. The same data is presented in Tables 

4.2.2.4 - 4.2.2.6 for the core axial midplane location. 

The fluxes and dpa rates are presented in Tables 4.2.2.7 

and 4.2.28 for a location near the center of the 

downcomer at the peak axial location and at the core 

axial midplane location, respectively. In Table 4.2.2.9, 

the corresponding data is presented for the cavity at the 

peak axial location close to the biological shield. These 

edits are taken at the axial location corresponding to the 

peak of the >I-MeV flux. 

The neutron flux spectrum at the >I-MeV peak 

azimuthal/axial location is provided in Table 4.2.2.10 for 

the vessel inner-wall and four vessel internal locations. 

The five spectra are also given in Figures 4.2.2.1 

4.2.2.5. 

The neutron flux spectrum for the downcomer, pressure 

vessel capsule and the cavity at the location of the 

maximum >I-MeV flux is provided in Table 4.2.2.11. 

The spectra for the capsule and cavity locations are also 

given in Figures 4.2.2.6 and 4.2.2.7, respectively. 

The calculated reaction rates for the dosimeter materials 

of Table 4.2.1.3 are given in Table 4.2.2.12 for the 

pressure vessel capsule. The axial locations correspond 

to the peak >1 -MeV flux locations for the capsule.

4-3
Table 4.1.1.1

Mesh Used in DORT Calculation (Inner Model) 

R(cm) Z(cm) 0(revolution) 

1 0.00000 0.00000 0.00000E+00 

2 5.00000 4.44500 6.94400E-04 

3 10.0000 6.50125 2.083003-03 

4 15.0000 8.55750 4.86100E-03 

5 20.0000 10.6138 7.63900E-03 

6 25.0000 12.6700 1.04170E-02 

7 30.0000 13.9700 1.31940E-02 

8 35.0000 16.2200 1.66670E-02 

9 40.0000 18.4700 2.01390E-02 

10 45.0000 20.7200 2.22220E-02 

11 50.0000 22.9700 2.50000E-02 

12 55.0000 25.2200 2.77780E-02 

13 60.0000 27.4700 3.05560E-02 

14 65.0000 29.7200 3.33330E-02 

15 70.0000 31.9700 3.61110E-02 

16 75.0000 34.2200 3.88890E-02 

17 80.0000 36.4700 4.166703-02 

18 85.0000 38.7200 4.44440E-02 

19 90.0000 40.9700 4.68750E-02 

20 95.0000 43.2200 4.75690E-02 

21 100.000 45.4700 5.000003-02 

22 107.106 47.7200 5.13890E-02 

23 114.320 49.9700 5.35410E-02 

24 120.040 52.2200 5.37770R-02 

25 124.320 54.4700 5.41760E-02 

26 128.610 56.7200 5.51140E-02 

27 132.900 58.9700 5.60520E-02 

28 137.180 61.2200 5.69900E-02 

29 141.470 63.4700 5.73890E-02 

30 144.330 65.7500 5.76250E-02 

31 147.190 68.4595 5.94720E-02 

32 150.040 71.1690 6.11110E-02 

33 151.470 73.8785 6.25000E-02 

34 152.628 76.5880 6.38890E-02 

35 153.687 79.2975 6.52780E-02 

36 154.745 82.0070 6.66670B-02 

37 155.886 84.7165 6.94440E-02 

38 156.944 87.4260 7.222203-02 

39 158.002 90.1355 7.50000E-02 

40 159.061 92.8450 7.77780E-02 

41 160.119 95.5545 8.05560E-02 

42 161.177 98.2640 8.29860E-02

4-4
Table 4.1.1.1

Mesh Used in DORT Calculation (cont'd) 

(Inner Model) 

R(cm) Z(cm) g(revolution) 

43 162.236 100.973 8.36810E-02 

44 163.294 103.683 8.61110E-02 

45 164.352 106.393 8.88890E-02 

46 165.411 109.102 9.13190E-02 

47 166.469 111.812 9.20140E-02 

48 166.998 114.521 9.44440E-02 

49 167.527 117.230 9.72220E-02 

50 168.057 119.940 1.00000E-01 

51 168.586 123.639 1.01389E-01 

52 169.115 127.337 1.02778E-01 

53 169.644 131.036 1.04861E-01 

54 170.173 134.734 1.06944E-01 

55 170.702 138.433 1.09028E-01 

56 171.232 142.131 1.11111E-01 

57 171.761 145.830 1.13889E-01 

58 172.290 149.528 1.15972E-01 

59 172.819 153.227 1.18750E-01 

60 173.348 156.925 1.20833E-01 

61 173.878 160.624 1.22917E-01 

62 174.407 164.323 1.25000E-01 

63 174.936 168.021 

64 175.465 171.720 

65 175.994 175.418 

66 176.523 179.117 

67 177.053 182.815 

68 177.582 186.514 

69 178.111 190.212 

70 178.640 193.911 

71 179.169 197.610 

72 179.698 201.308 

73 180.228 205.007 

74 180.757 208.705 

75 181.286 212.404 

76 181.815 216.102 

77 182.344 219.801 

78 182.873 223.499 

79 183.403 227.198 

80 183.932 230.896 

81 184.461 234.595 

82 184.990 238.294 

83 185.519 241.992 

84 186.578 245.691

4-5
Table 4.1.1'1

Mesh Used 

R (cm) 

187.636 

188.694 

189.753 

190.185 

190.820 

191.455 

192.090 

192.725 

193.360 

193.995 

194.630 

195.268 

196.535 

197.870 

199 .000 

200.345 

200.660 

201.295 

201.932 

202.568 

203.205 

203.840 

204.155 

205.000 

206.000

85 

86 

87 

88 

89 

90 

91 

92 

93 

94 

95 

96 

97 

98 

99 

100 

101 

102 

103 

104 

105 

106 

107 

108 

109 

110 

ill 

112 

113 

114 

115 

116 

117 

118 

119 

120 

121 

122 

123 

124 

125

4-6

in DORT Calculation (cont'd) 

(Inner Model) 

Z (cm) 

249.389 

253.088 

256.786 

260.485 

264.183 

267.882 

271.581 

275.279 

278.978 

282.676 

286.375 

290.073 

293.772 

297.470 

301.169 

304.867 

308.566 

312.265 

315.963 

319.662 

323.360 

327.059 

330.757 

334.456 

338.154 

341.853 

345.551 

349.250 

350.528 

352.528 

355.895 

359.261 

362.628 

365.994 

367.994 

369.415 

370.715 

372.715 

375.848 

378.982 

382.115
Table 4.1.1.2

Mesh Used in DORT Calculation (Outer Model) 

R(cm) Z(cm) 8(revolution) 

1 190.185 0.00000 0.00000E+00 

2 190.820 4.44500 6.94400E-04 

3 191.455 6.50125 2.08300E-03 

4 192.090 8.55750 4.86100E-03 

5 192.725 10.6138 7.63900E-03 

6 193.360 12.6700 1.04170E-02 

7 193.995 13.9700 1.31940E-02 

8 194.630 16.2200 1.66670E-02 

9 195.268 18.4700 2.01390E-02 

10 196.535 20.7200 2.22220E-02 

11 197.870 22.9700 2.50000E-02 

12 199.000 25.2200 2.77780E-02 

13 200.345 27.4700 3.05560E-02 

14 200.660 29.7200 3.33330E-02 

15 201.295 31.9700 3.61110E-02 

16 201.932 34.2200 3.88890E-02 

17 202.568 36.4700 4.16670E-02 

18 203.205 38.7200 4.44440E-02 

19 203.840 40.9700 4.68750E-02 

20 204.155 43.2200 4.75690E-02 

21 205.000 45.4700 5.00000E-02 

22 206.000 47.7200 5.13890E-02 

23 207.000 49.9700 5.35410E-02 

24 208.000 52.2200 5.37770E-02 

25 209.000 54.4700 5.41760E-02 

26 210.000 56.7200 5.51140v-02 

27 211.000 58.9700 5.60520E-02 

28 212.000 61.2200 5.69900E-02 

29 212.750 63.4700 5.73890E-02 

30 213.210 65.7500 5.76250E-02 

31 213.525 68.4595 5.94720E-02 

32 213.845 71.1690 6.11110E-02 

33 214.478 73.8785 6.25000E-02 

34 215.112 76.5880 6.38890E-02 

35 215.748 79.2975 6.52780E-02 

36 216.382 82.0070 6.66670E-02 

37 217.015 84.7165 6.94440E-02 

38 217.335 87.4260 7.22220E-02 

39 217.890 90.1355 7.50000E-02 

40 218.440 92.8450 7.77780E-02 

41 219.075 95.5545 8.05560E-02 

42 219.710 98.2640 8.29860E-02

4-7
Table 4.1.1.2

Mesh Used in DO-IT Calculation 

(Outer Model) 

R(cm) Z(cm)

(cont'd) 

8(revolution)

8.36810E-02 

8.61110E-02 

8.88890K-02 

9.13190E-02 

9.20140K-02 

9.44440E-02 

9.72220E-02 

1.000OOE-01 

1.01389E-01 

1.02778E-01 

1.04861E-01 

1.06944K-01 

1.09028K-01 

1.11111E-01 

1.13889E-01 

1.15972E-01 

1.18750K-01 

1.20833E-01 

1.22917E-01 

1.25000E-01

43 

44 

45 

46 

47 

48 

49 

50 

51 

52 

53 

54 

55 

56 

57 

58 

59 

60 

61 

62 

63 

64 

65 

66 

67 

68 

69 

70 

71 

72 

73 

74 

75 

76 

77 

78 

79 

80 

81 

82 

83 

84

220.694 

221.774 

222.853 

223.933 

225.012 

226.092 

227.171 

228.251 

229.330 

230.410 

231.489 

232.569 

233.648 

234.728 

235.807 

236.887 

237.966 

239.046 

240.020 

240.665 

242.500 

245.000 

248.000 

252.660 

257.000 

262.500 

269.240 

279.400 

288.000 

300.000 

315.000 

325.120 

330.200 

334.010 

335.280 

335.915 

336.750 

338.000 

339.750 

341.500 

343.250 

345.000

100.973 

103.683 

106.393 

109.102 

111.812 

114.521 

117.230 

119.940 

123.639 

127.337 

131.036 

134.734 

138.433 

142.131 

145.830 

149.528 

153.227 

156.925 

160.624 

164.323 

168.021 

171.720 

175.418 

179.117 

182.815 

186.514 

190.212 

193.911 

197.610 

201.308 

205.007 

208.705 

212.404 

216.102 

219.801 

223.499 

227.198 

230.896 

234.595 

238.294 

241.992 

245.691

4-8
Table 4.1.1.2

Mesh Used in DORT Calculation (coat'd) 

(Outer Model) 

R(cm) Z(cm) 

85 346.750 249.389 

86 348.500 253.088 

87 350.250 256.786 

88 352.000 260.485 

89 353.750 264.183 

90 355.500 267.882 

91 357.250 271.581 

92 359.000 275.279 

93 361.000 278.978 

94 363.000 282.676 

95 365.000 286.375 

96 367.000 290.073 

97 369.000 293.772 

98 371.000 297.470 

99 373.000 301.169 

100 375.000 304.867 

101 377.000 308.566 

102 379.000. 312.265 

103 381.000 315.963 

104 319.662 

105 323.360 

106 327.059 

107 330.757 

108 334.456 

109 338.154 

110 341.853 

1il 345.551 

112 349.250 

113 350.528 

114 352.528 

115 355.895 

116 359.261 

117 362.628 

118 365.994 

119 367.994 

120 369.415 

121 370.715 

122 372.715 

123 375.848 

124 378.982 

125 382.115

4-9
Table 4.1.1.3

47-Group Energy Structure of Cross-Section Library

Group Midpoint Energy 

(MeV)

Energy Width Group Midpoint Energy Energy Width

(3ev) (mev) (Mev)

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24

1.5762E+01 

1.3203E+01 

1.1107E+01 

9.3035E+00 

8.0077E+00 

6.7368E+00 

5.5156E+00 

4.32249+00 

3.3454E÷00 

2.8686E+00 

2.5956E+00 

2.4156E+00 

2.3555E+00 

2.2885E+00 

2.0759E+00 

1.7867E+00 

1.5032E+00 

1.1780E+00 

9.1172E-01 

7.8180E-01 

6.7542E-01 

5.5299E-01 

4.3335E-01 

3.3302E-01

3.14103+00 

1.9770E÷00 

2.2140E+00 

1.3929E+00 

1.1989E+00 

1.3429E+00 

1.09943+00 

1.2871E+00 

6.6690E-01 

2.86603-01 

2.59303-01 

1.0070E-01 

1.96003-02 

1.1440Z-01 

3.1080E-01 

2.6750E-01 

2.9960E-01 

3.5080E-01

1.8175E-01 

7.8110E-02 

1.3464E-01 

1.1023E-01 

1.2904E-01 

7.1620E-02

25 

26 

27 

28 

29 

30 

31 

32 

33 

34 

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47

2.4018E-01 

1.47133-01 

8.9235E-02 

5.4123E-02 

3.6348E-02 

2.89433-02 

2.5117E-02 

2.3025E-02 

1.8454E-02 

1.1068E-02 

5.22823-03 

2.4696E-03 

1.0193E-03 

3.3423E-04 

1.5787E-04 

6.9283E-05 

2.39713-05 

7.8602E-06 

3.4495E-06 

1.3659E-06 

6.4521E-07 

2.5700E-07 

5.0005E-08

4-10

1.1405E-01 

7.2070E-02 

4.3711E-02 

2.6511E-02 

9.04003-03 

5.7700E-03 

1.8820E-03 

2.3010E-03 

6.8410E-03 

7.9323E-03 

3.74713-03 

1.7700E-03 

1.1306E-03 

2.3955E-04 

1.1315E-04 

6.4034E-05 

2.6589E-05 

5.6335E-06 

3.1881E-06 

9.7897E-07 

4.6244E-07 

3.1399E-07 

9.9990E-08
Table 4.1.1.4 

Nuclear Parameters For Neutron Flux Monitors 

--- -----------------------------------------------------------

Reaction of . + . Product 

. Monitor . Interest . Response Range . Half-life 

*.63 60 

. Copper . Cu(n,0(0 Co . 6.13Mev < E < 11Mev . 5.27 y 

--------------------------------------------------------------

*.54 54 

. Iron . Fe(n,p) Mn . 2.47Mev < E < 7.8Mev. 312.2 d 

-------------------------------------------------------------

.58 58 

. Nickel . Ni(n,p) Co . 2.09Mev < E < 7.6Mev. 70.88 d 

-------------------------------------------------------------

•.238 137 

. U-238 U(n,f) Cs . 1.51Mev < E < 6.7Mev. 30.17 y 

--------------------------------------------------------------

.237 137 

. Np-237 Np(n,f) Cs. 0.67Mev < E < 5.7Mev. 30.17 y 

........................................................... 

.27 24 

Aluminium . Al(n,v) Na . 6.5Mev < E < 12Mev 14.96 h 

. . . .--------------------------------------------------

.32 32 . 14.28 d 

Sulfur . S(n,p) P . 2.29Mev < E < 7.4Mev. 

--- ----------------------------------------------------------

.56 56 

Iron . Fe(n,p) Mn . 5.44Mev < E < l1Mev . 2.578 h 

--- ----------------------------------------------------------

.65 64. * 

. Copper . Cu(n,2n) Cu. E > 10.5 Mev 12.70 h 

--- ----------------------------------------------------------

.46 46 

Titanium . Ti(n,p) Sc . 3.86Mev < E < 9.4Mev. 83.81 d 

--- ----------------------------------------------------------

.115 115 

Indium . In(n,n') In . 1.16Mev < E < 5.9Mev. 4.486 h 

--- -----------------------------------------------------------

----- ----------------------------------------------------------

+ The upper and lower limits of the energy range are defined such 

that 95% of the detector response occurs above the lower energy and 

5% detector response occurs above the upper energy . 

* Effective threshold used for group averaged cross sections 

4-11
Table 4.1.1.5

Dosimeter Activation Cross Sections (BIUGL93)

* 27

Group dpa Al (n4) -- - ----- - ---------------

32 

S (np)

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31 

32 

33 

34 

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47

2.928001÷03 

2.683001.03 

2.45500B+03 

2.245001+03 

2.092001÷03 

1.971001÷03 

1.79200E+03 

1.60000E÷03 

1.369001÷03 

1.26500E103 

1.198001+03 

1.24600E÷03 

1.16600E÷03 

1.09600E÷03 

1.03600E÷03 

8.19000E÷02 

9.15000E+02 

6.32000E+02 

2.67000E+02 

5.16000E÷02 

4.000001+02 

2.69000E÷02 

3.08000E÷02 

2.24000E÷02 

1.78000E÷02 

1.920001÷02 

1.34000E÷02 

7.54000E÷01 

7.14000E÷01 

2.94000E+02 

6.08000E÷01 

3.61000E÷00 

7.73000E+00 

1.19000E+01 

7.36000E÷00 

3.82000E+00 

1.17000E+00 

9.30000-E02 

1.36000E-01 

2.060001-01 

1.10000E-01 

6-09000E-01 

9.25000E-01 

1.47000E÷00 

2.12000E÷00 

3.38000E÷00 

7.65000E.00

1.079601-01 

1.266201-01 

1.046001-01 

7.47180E-02 

3.983601-02 

9.675201-03 

3.574301-04 

3.165501-07 

0.00000E+00 

0.00000E+00 

0.00000E÷00 

0.00000E+00 

0.00000E+00 

0.00000,E00 

0.00000E+00 

0.00000E+00 

0.00000E÷00 

0.00000E+00 

0.00000E÷00 

0.OOOOOE÷00 

0.00000.E00 

0.00000E+00 

0.00000E÷00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E÷00 

0.00000E÷00 

0.00000E÷00 

0.OOOOOE+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.OOOOOE÷00 

0.00000,E00 

0.00000E+00 

0.00000E+00 

0.00000E÷00 

0.00000E÷00 

0.00000E÷00 

0.00000E÷00 

0.00000E÷00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00

1.99690R-01 

3.215609-01 

3.819001-01 

3.401501-01 

3.179201-01 

3.065501-01 

2.486101-01 

2.766701-01 

1.862501-01 

9.96220E-02 

6.87660E-02 

7.23790E-02 

6.64680E-02 

6.10960E-02 

2.12780E-02 

3.79620E-03 

5.72810E-04 

5.48290E-05 

1.434501-07 

0.00000E÷00 

0.00000E÷00 

0.00000.E00 

0.00000E+00 

0.00000E+00 

0.00000.E00 

0.00000.E00 

0.00000E+00 

0.00000Z+00 

0.00000E÷00 

0.00000E+00 

0-700000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

O.000000E+0 

0.00000E+00 

0.000001E00 

0.00000,E00 

0.00000E÷00 

O.000000E+0 

0.00000E+00 

0.00000E÷00 

0.00000E÷00 

0.00000E+00 

0.00000E+00 

0.00000E÷00

* dpa is from Reference-8 and not from 

BUGLE-93.

4-12

46 

Ti (n, p)

2.39950E-01 

2.664901-01 

2.609201-01 

2.359901-01 

2.045801-01 

1.549301-01 

9.755601-02 

4.002201-02 

5.254201-03 

4.641901-04 

6.858701-06 

1.06920Z-06 

3.77160E-07 

3.422301-07 

2.334401-07 

7.947501-08 

8.39500E-10 

0.000001+00 

0.00000E+00 

0.000001+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000.E00 

0.000001+00 

0.000001.00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.000001E00 

0.00000E÷00 

0.00000E+00 

0.00000E+00 

O.000000E+0 

0.00000E+00 

0.00000E.00 

0.00000E+00 

O.000000E+0 

0.000001+00 

0.000001+00 

0.00000E+00 

0.000001+00 

0.00000E÷00
EI-17

00+X00000,0 

00+X00000*0 

00+100000*0 

00+200000*0 

00+300000,0 

00+300000,0 

00+200000*0 

00+200000,0 

00+200000*0 

00+300000,0 

00+300000*0 

00+300000,0 

00+300000,0 

00+300000,0 

00+800000,0 

00+300000,0 

00+300000*0 

00+30000010 

00+800000,0 

00+300000*0 

00+300000*0 

00+300000,0 

00+200000,0 

00+2100000'0 

00+300000,0 

00+300000*0 

00+20000010 

00+X0000010 

00+H1000000 

00+300000*0 

00+Z00000*0 

80-306i'LE'T 

LO-309ZLI r 

LO-ZOEIVL 9 

LO-Z0S9LT*8 

LO-30LEW6E 

90-209066*Z 

90-HOZ9ET 9 

SO-2O50SI I 

E0-R0ZESr E 

EO-0RZ898 6 

ZO-Z00S081T 

?Z0-3OE6L9*Z 

ZO-HOLLE9 E 

ZO-2O9LESV 

(#O'u) no

00+210000010 

00+210000010 

00+2100000*0 

00+300000*0 

00+210000O00 

00+R0000010 

00+aO0000*00 

00+300000,0 

00+Z00000,0 

00+30000010 

o0+o01ooo00 

00+300000o0 

00+200000*0 

00+Z00000,0 

00+30000010 

00+300000*0 

00+300000~-:o 

00+H00000*0 

00+300000,0 

00+30000010 

00+300000,0 

00+200000*0 

00+X00000*0 

00+H00000,0 

00+-100000*0 

V0-2lOSS9L*T 

t0-R0901V s 

V0-H089Z6 8 

CO-R10IV6VT 

EO -2101Vi't s 

ro-a101r9f11 

ZO-ZO9ZOL'Z 

ZO-S0LS90*S 

ZO-306116'L 

Zo-3osSV8sS 

Z0-S0LSS9 6 

T0-a0s6vzlT 

T0-30001L'T 

!0-H0ISVIIZ 

10-106118 

T0-0SOS890S 

TO-H1018i'09 

10-N01ISZ 9 

T0-ZOZTEZ*9 

T0-S00EZ6 S 

T0-HOSVOL't 

TO-190S009'Z

(d'u) Tx 

8S

00+300000*0 

U00+0000010 

00+300000*0 

00+200000O0 

00+30000010 

00+30000010 

00+H00000*0 

00+30000010 

00+300000*0 

00+5100000*0 

00+H00000*0 

00+H0000010 

00+H00000*0 

00+X00 00010 

00+300000*0 

00+H00000*0 

00+210000010 

00+210000010 

00+5100000,0 

00+Z00000*0 

00+H0000010 

00+Z00000*0 

00+Z0000010 

00+X00000*0 

00+300000*0 

00+200000*0 

00+30000010 

00+300000*0 

00+300000,0 

00+Z0000010 

00+H0000010 

00+30000010 

01:-206ZSS'9 

LO-21OO9SET/ 

V0-a096T1L* 

ZO-H00S0E*Z 

ZO-H01S801t 

ZO-210L0B9'S 

ZO-210S860'8 

ZO-H0S6L8 6 

(d'u) oil 

9s

00+300000,0 

00+200000,0 

00+Z0000010 

00+200000. 0 

00+30000010 

00+30000010 

00+30000010 

00+200000,0 

00+Z0000010 

00+30000010 

00+2100000'0 

00+30000010 

00+H0000010 

00+30000010 

00+S0000010 

00+R0000010 

00+210000010 

00+H00000*0 

00+a10000,0 

00+R0000010 

00+Z1000000 

00+H00000 0 

00+a00000*0 

00+a1000010 

00+10000010 

00+S0000010 

LO-R019E9*Z 

90-a0609S19 

SO-R08169*8 

:P0-ZOOOZE*L 

Eo-1308Z06rZ 

EO -21OZLS*88 

rO-MOSVE61Z 

ZO-0R1~6V11 

rO-aOlOrV S 

zO -21OZ99 S 

rO-2[OSOLB*L 

TO-210EMVT 

T0-21OZZECT 

TO20-KreV 

T0-H056EE IP 

T0-HOSTSL' I 

-T0-H10PEZ8 I 

10 -ZOSZZB* I 

T0-S06969 I 

TO20-lZT~V I 

TO-Z019T9 r

(d'TX) eA dnoaf)

(PAUOD) (EWr~nla) suoT~tog ssoab uo-pieA-rjT a;eour~soa

9,LL't alqe_.

Lt 

91, 

SIl 

01, 

6E 

B E 

LE 

9 c 

SE 

VE 

rE 

6z 

9z 

su 

EZ 

61 

Li 

9T 

I'T 

ET 

6 

8 

L 

9 

5
Table 4.1.1.5

Dosimeter Activation Cross Sections (BUGLE93) (cont'd)

65 

Group Cu (n,2n)

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31 

32 

33 

34 

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47

9.90880E-01 

7.19280E-01 

1.385203-01 

0.00000E+00 

0.00000E÷000 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000Z+00 

0.00000E+00 

0.00000+E00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.000003E00 

0.00000E+00

238 

U (n, f

115 

In (n,n') 

6.07760E-02 

9.42420E-02 

2.03630E-01 

2.70850E-01 

2.95180E-01 

3.238503-01 

3.31200E-01 

3.15650E-01 

3.31330E-01 

3.35530E-01 

3.32990E-01 

3.234103-01 

3.19360E-01 

3.12010E-01 

2.73260E-01 

2.09410E-01 

1.66980E-01 

9.10700E-02 

4.84140E-02 

2.50700E-02 

1.24750E-02 

3.86310E-03 

1.74660E-03 

9.51840E-05 

0.00000E+00 

O.00000E+00 

O.00000E+00 

O.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000Z+00 

0.OOOOOE+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.000003+00 

0.00000E+00 

0.00000E+00 

0.00000R+00 

0.00000E+00

1.20300E+ 

1.03450E+ 

9.84680E

9.95010E

9.91140E

8.30640E

5.59790E

5.46370E

5.25280E

5.23280E

5.32720E

5.36910E

5.37700E

5.38310-E 

5.30140E

4.74430E

3.16460E

4.08720E-' 

1.23080E-i 

3.76100E-i 

1.40440E-4 

6.25180E-4 

2.78530E-I 

1.52050E-I 

7.91640E-4 

1.07100E-4 

3.69970E-4 

9.15930E-C 

2.90420E-C 

5.28370E-c 

2-.33180E-C 

2.53650E-{ 

1.44660E-( 

5.26090E-( 

1.27240E-( 

5.90660E-c 

1.033103-C 

1.15010E-0 

1.70540E-0 

2.88680E-0 

1.42830E-0 

7.566703-0 

1.74680E-0 

1.84880E-0 

2.47760E-0 

3.77770E-0 

7.84540E-0

4-14

237 

3) Np (n, f) 

00 2.20080E+00 

00 2.08210E+00 

01 2.10550E+00 

01 2.17530E+00 

01 2.23870E+00 

01 1.956803+00 

01 1.49180E+00 

01 1.53110E+00 

01 1.60980E+00 

01 1.65070E+00 

01 1.66340E+00 

01 1.66060E+00 

01, 1.66980E+00 

01 1.68260E÷00 

01 1.68220E+00 

01 1.64620E+00 

01 1.58540E+00 

02 1.47170E+00 

02 1.33850E+00 

03 1.19340E÷00 

03 9.21250E-01 

04 6.14430E-01 

04 2.63980E-01 

04 9.18480E-:02 

05 4.628703-02 

04 2.332503-02 

05 1.46710E-02 

05 1.18920E-02 

05 1.06860E-02 

35 1.01340E-02 

35 9.909103-03 

)5 9.77070E-03 

34 9.54510E-03 

34 9.14010E-03 

35 8.80730E-03 

9 9.33510E-03 

33 1.36970R-02 

35 2.60970E-02 

35 3.08330E-02 

35 6.26140E-02 

44 2.468703-02 

45 8.15180E-03 

6 3.95390E-03 

6 1.10250E-02 

6 7.11220E-03 

6 4.98640E-03 

6 1.134803-02
Table 4.1.2.1

Standard Core Loading 

Flux (E>1.0 MEV) At Pressure Vessel

z 125.488cm 

e 0-T 

1 3.14799E+10 

2 3.14939E+10 

3 3.15515E+10 

4 3.18090E+10 

5 3.22184E+10 

6 3.27523E+10 

7 3.34669E+10 

8 3.44603E+10 

9 3.54574E+10 

10 3.63728E+10 

11 3.74744E+10 

12 3.85964E+10 

13 3.96873E+10 

14 4.06848E+10 

15 4.15408E+10 

16 4.22000E+10 

17 4.25965E+10 

18 4.25805E+10 

19 4.21634E+10 

20 4.20061E+10 

21 4.11917E+10 

22 4.02185E+10 

23 3.88038E+10 

24 3.82263E+10 

25 3.73962E+10 

26 3.67420E+10 

27 3.63552E+10 

28 3.64033E+10 

29 3.65714E+10 

30 3.70498E+10 

31 3.68078E+10 

32 3.62594E+10

125.488cm 

1/4 T 

1.78931E+10 

1.78948E+10 

1.79309E+10 

1.80707E+10 

1.82947E+10 

1.85911E+10 

1.89955E+10 

1.95427E+10 

2.00747E+10 

2.05806E+10 

2.11727E+10 

2.17730E+10 

2.23491E+10 

2.28693E+10 

2.33066E+10 

2.36185E+10 

2.37640E+10 

2.36866E+10 

2.34630E+10 

2.32440E+10 

2.27246E+10 

2.21933E+10 

2.17186E+10 

2.15915E+10 

2.12952E+10 

2.09653E+10 

2.07451E+10 

2.06613E+10 

2.06166E+10 

2.05760E+10 

2.04258E+10 

2.02359E+10

129.186cm 

1/2 T 

8.69114E+09 

8.69181E+09 

8.71023E+09 

8.77347E+09 

8.87711E+09 

9.01599E+09 

9.20569E+09 

9.45942E+09 

9.70318E+09 

9.93677E+09 

1.02041E+10 

1.04749E+10 

1.07308E+10 

1.09581E+10 

1.11436E+10 

1.12659E+10 

1.13064E+10 

1.12453E+10 

1.11362E+10 

1.10309E+10 

1.08174E+10 

1.06133E+10 

1.04642E+10 

1.04226E+10 

1.03327E+10 

1.02152E+10 

1.01082E+10 

1.00430E+10 

1.00083E+10 

9.92482E+09 

9.81075E+09 

9.70994E+09

129.186cm

3/4 T

4.00968E+09 

4.01204E+09 

4.01916E+09 

4.04608E+09 

4.09152E+09 

4.15139E+09 

4.23439E+09 

4.34323E+09 

4.44796E+09 

4.54712E+09 

4.66105E+09 

4.77398E+09 

4.88026E+09 

4.97269E+09 

5.04551E+09 

5.08990E+09 

5.09949E+09 

5.06928E+09 

5.02312E+09 

4.98065E+09 

4.90050E+09 

4.82491E+09 

4.77406E+09 

4.75869E+09 

4.72600E+09 

4.68137E+09 

4.63723E+09 

4.60702E+09 

4.59093E+09 

4.54562E+09 

4.48443E+09 

4.43473E+09

140.282cm

T

1.63867E+09 

1.63590E+09 

1.63546E+09 

1.64438E+09 

1.65943E+09 

1.67925E+09 

1.70608E+09 

1.74117E+09 

1.77511E+09 

1.80693E+09 

1.84307E+09 

1.87884E+09 

1.91205E+09 

1.94069E+09 

1.96229E+09 

1.97516E+09 

1.97593E+09 

1.96689E+09 

1.95418E+09 

1.93913E+09 

1.91354E+09 

1.89446E+09 

1.88876E+09 

1.88401E+09 

1.86809E+09 

1.85169E+09 

1.83997E+09 

1.83573E+09 

1.83048E+09 

1.80541E+09 

1.78065E+09 

1.76407E+09

4-15
Table 4.1.2.1

Standard Core Loading 

Flux (E>1.0 MEV) At Pressure Vessel (cont'd)

z 125.488cm 

a 0-T 

33 3.56841E+10 

34 3.50515E+10 

35 3.44059E+10 

36 3.34183E+10 

37 3.25664E+10 

38 3.20601E+IO 

39 3.18527E+10 

40 3.18881E+10 

41 3.20596E+10 

42 3.21762E+10 

43 3.22997E+10 

44 3.24275E+10 

45 3.22800E+10 

46 3.18627E+10 

47 3.17519E+10 

48 3.11006E+10 

49 3.00742E+10 

50 2.90423E+10 

51 2.83755E+10 

52 2.75587E+10 

53 2.64817E+10 

54 2.53619E+10 

55 2.42393E+10 

56 2.29862E+10 

57 2.19661E+10 

58 2.10252E+10 

59 2.04426E+10 

60 2.00683E+10 

61 1.98790E+10

125.488cm 

1/4 T 

2.00119E+10 

1.97443E+10 

1.94493E+10 

1.89984E+10 

1.85583E+10 

1.82674E+10 

1.81151E+10 

1.80834E+10 

1.81229E+10 

1.81522E+10 

1.81744E+10 

1.81670E+10 

1.80383E+10 

1.78479E+10 

1.77103E+10 

1.73353E+10 

1.68012E+10 

1.62947E+10 

1.59367E+10 

1.54926E+10 

1.49294E+10 

1.43443E+10 

1.37581E+10 

1.31122E÷10 

1.25603E+10 

1.20735E+10 

1.17442E+10 

1.15420E+10 

1.14396E+10

129.186cm 

1/2 T 

9.60770E+09 

9.49650E+09 

9.37791E+09 

9.20303E+09 

9.01527E+09 

8.87729E+09 

8.79206E+09 

8.75314E+09 

8.74310E+09 

8.73745E+09 

8.72901E+09 

8.69442E+09 

8.61449E+09 

8.52620E+09 

8.44757E+09 

8.26856E+09 

8.02813E+09 

7.80654E+09 

7.64313E+09 

7.44148E+09 

7.19011E+09 

6.93103E+09 

6.67180E+09 

6.38859E+09 

6.14181E+09 

5.92692E+09 

5.77594E+09 

5.68379E+09 

5.63730E+09

129.186cm 140.282cm

3/4 T

4.38845E+09 

4.34081E+09 

4.29200E+09 

4.22263E+09 

4.14578E+09 

4.08568E+09 

4.04422E+09 

4.01860E+09 

4.00349E+09 

3.99398E+09 

3.98305E+09 

3.95756E+09 

3.91564E+09 

3.87575E+09 

3.83815E+09 

3.75861E+09 

3.65574E+09 

3.56252E+09 

3.49306E+09 

3.40697E+09 

3.30096E+09 

3.19288E+09 

3.08487E+09 

2.96794E+09 

2.86499E+09 

2.77596E+09 

2.71222E+09 

2.67354E+09 

2.65388E+09

T

1.74834E+09 

1.73226E+09 

1.71536E+09 

1.69156E+09 

1.66600E+09 

1.64576E+09 

1.63026E+09 

1.61888E+09 

1.61190E+09 

1.60844E+09 

1.60099E+09 

1.58850E+09 

1.57376E+09 

1.56143E+09 

1.54649E+09 

1.51796E+09 

1.48481E+09 

1.45554E+09 

1.43270E+09 

1.40336E+09 

1.36866E÷09 

1.33392E+09 

1.29944E+09 

1.26188E+09 

1.22943E+09 

1.20064E+09 

1.18071E+09 

1.16813E+09 

1.16185E+09

4-16
. Table 4.1.2.2

Standard Core Loading 

Flux (E>0.1 MEV) At Pressure Vessel

z 125.488cm

O-T 

7.28418E+10 

7.28885E+10 

7.30665E+10 

7.36611E+10 

7.46130E+10 

7.58764E+10 

7.75947E+10 

7.99122E+10 

8.21982E+10 

8.43711E+10 

8.69307E+10 

8.95420E+10 

9.20828E+10 

9.44203E+10 

9.64313E+10 

9.79835E+10 

9.89511E+10 

9.91436E+10 

9.86822E+10 

9.84408E+10 

9.74895E+10 

9.63065E+10 

9.47901E+10 

9.42138E+10 

9.33791E+10 

9.23160E+10 

9.11457E+10 

9.03482E+10 

9.00590E+10 

8.94794E+10 

8.75827E+10

129.186cm 

1/4 T 

6.21982E+10 

6.22313E+10 

6.24103E+10 

6.28935E+10 

6.36518E+10 

6.46632E+10 

6.60499E+10 

6.78797E+10 

6.96247E+10 

7.13121E+10 

7.32583E+10 

7.52202E+10 

7.70984E+10 

7.87976E+10 

8.02277E+10 

8.12714E+10 

8.18442E+10 

8.18592E+10 

8.15371E+10 

8.10906E+10 

8.01586E+10 

7.90716E+10 

7.81654E+10 

7.78701E+10 

7.72587E+10 

7.64440E+10 

7.56813E+10 

7.51708E+10 

7.49149E+10 

7.42427E+10 

7.30066E+10

132.885cm 

1/2 T 

4.52833E+10 

4.53048E+10 

4.54281E+10 

4.57487E+10 

4.62541E+10 

4.69303E+10 

4.78559E+I10 

4.90610E+10 

5.01974E+10 

5.12946E+10 

5.25412E+10 

5.37877E+10 

5.49640E+10 

5.60127E+10 

5.68746E+10 

5.74801E+10 

5.77752E+10 

5.77209E+10 

5.74971E+10 

5.71875E+10 

5.66184E+10 

5.59722E+10 

5.54807E+10 

5.53148E+10 

5.49788E+10 

5.45087E+10 

5.40363E+10 

5.36943E+10 

5.35168E+10 

5.30312E+10 

5.22068E+10

140.282cm

3/4 T

2.91806E+10 

2.91970E+10 

2.92636E+10 

2.94435E+10 

2.97305E+10 

3.01121E+10 

3.06333E+10 

3.13046E+10 

3.19367E+10 

3.25410E+I10 

3.32270E+10 

3.39031E+10 

3.45375E+10 

3.50960E+10 

3.55449E+10 

3.58499E+10 

3.59865E+10 

3.59385E+10 

3.58115E+10 

3.56443E+10 

3.53451E+10 

3.50055E+10 

3.47522E+10 

3.46670E+10 

3..44913E+10 

3.42406E+10 

3.39867E+10 

3.37974E+10 

3.36973E+10 

3.34214E+10 

3.29555E+10

162.474cm

T

1.40176E+10 

1.39967E+10 

1.39959E+10 

1.40537E+10 

1.41500E+10 

1.42744E+10 

1.44397E+10 

1.46527E+10 

1.48555E+10 

1.50467E+10 

1.52606E+10 

1.54725E+10 

1.56693E+10 

1.58406E+10 

1.59753E+10 

1.60646E110 

1.60947E+10 

1.60824E+10 

1.60518E+10 

1.59856E+10 

1.58726E+10 

1.57931E+10 

1.57811E+10 

1.57511E+10 

1.56547E+10 

1.55553E+10 

1.54899E+10 

1.54654E10 

1.54319E+10 

1.52719E+10 

1.50935E+10

4-17

e

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31
Table 4.1.2.2

Standard Core Loading 

Flux (E>0.1 Mev) At Pressure Vessel (cont'd)

z 125.488cm 

9 0-T 

32 8.56464E+10 

33 8.39387E+10 

34 8.22567E+10 

35 8.06326E+10 

36 7.84725E+10 

37 7.64705E+10 

38 7.52147E+10 

39 7.46141E+10 

40 7.45576E+10 

41 7.48192E+10 

42 7.50367E+10 

43 7.52560E+10 

44 7.54531E+10 

45 7.51745E+10 

46 7.45256E+10 

47 7.40997E+10 

48 7.26620E+10 

49 7.04374E+10 

50 6.82461E+10 

51 6.66377E+10 

52 6.46396E+10 

53 6.21119E+10 

54 5.94916E+10 

55 5.68729E+10 

56 5.40304E+10 

57 5.16124E+10 

58 4.94943E+10 

59 4.80550E+10 

60 4.71664E+10 

61 4.67194E+10

129.186cm 

1/4 T 

7.18420E+10 

7.07282E+10 

6.95934E+10 

6.84715E+10 

6.698941+10 

6.54650E+10 

6.43821E+10 

6.37040E+10 

6.33731E+10 

6.32593E+10 

6.32186E+10 

6.31725E+10 

6.29892E+10 

6.25228E+10 

6.20101E+10 

6.14746E+10 

6.02641E+10 

5.85724E+10 

5.70037E+10 

5.57971E+10 

5.42843E+10 

5.24208E+10 

5.05040E+10 

4.86011E+10 

4.65561E+10 

4.47535E+10 

4.32268E+10 

4.21135E+10 

4.14481E+10 

4.11122E+10

132.885cm 

1/2 T 

5.14634E+10 

5.07681E+10 

5.00777E+10 

4.93966E+10 

4.85019E+10 

4.75206E+10 

4.67546E+10 

4.62042E+10 

4.58352E+10 

4.55938E+10 

4.54564E+10 

4.53142E+10 

4.50231E+10 

4.45907E+10 

4.42128E+10 

4.37911E+10 

4.29457E+10 

4.18381E+10 

4.08387E+10 

4.00597E+10 

3.90913E+10 

3.79124E+10 

3.67100E+10 

3.55218E+10 

3.42530E+10 

3.31257E+10 

3.21767E+10 

3.14698E+10 

3.10476E+10 

3.08350E+10

140.282cm

3/4 T

3.25402E+10 

3.21531E+10 

3.177231+10 

3.14011E+10 

3.09112E+10 

3.03604E+10 

2.99072E+10 

2.95553E+10 

2.92872E+10 

2.90835E+10 

2.89624E+10 

2.88360E+10 

2.86065E+10 

2.83105E+10 

2.80735E+10 

2.78130E+10 

2.73148E+10 

2.66851E+10 

2.61276E+10 

2.56953E+10 

2.51586E+10 

2.45094E+10 

2.38535E+10 

2.32071E+10 

2.25211E+10 

2.19097E+10 

2.13966E+10 

2.10120E+10 

2.07826E+10 

2.06665E+10

162.474cm

T

1.49675E+10 

1.48426E+10 

1.47160E+10 

1.45857E+10 

1.44115E+10 

1.42241E+10 

1.40690E+10, 

1.39384E+101 

1.38290E+101 

1.37526E+10) 

1.37153E+10, 

1.36448E+10, 

1.35394E+10 

1.34383E+10 

1.33661E+10 

1.32583E+10 

1.30735E+10 

1.28675E+10 

1.26931E+10 

1.25494E+10 

1.23630E+10 

1.21485E+10 

1.19377E+10 

1.17295E+10 

1.15076E+10 

1.13142E+10 

1.11471E+10 

1.10271E+10 

1.09526E+10 

1.09151E+10

4-18
Table 4.1.2.3

Standard Core Loading 

DPA Rate At Pressure Vessel

z 125.488cm 

8 0-T 

1 4.87642E-11 

2 4.87791E-11 

3 4.88673E-11 

4 4.92580E-11 

5 4.98761E-11 

6 5.06854E-11 

7 5.17683E-11 

8 5.32618E-11 

9 5.47531E-11 

10 5.61318E-11 

11 5.77802E-11 

12 5.94572E-11 

13 6.10822E-11 

14 6.25667E-11 

15 6.38360E-11 

16 6.48097E-11 

17 6.53942E-11 

18 6.53972E-1I 

19 6.48353E-11 

20 6.46337E-11 

21 6.35187E-11 

22 6.22097E-11 

23 6.02722E-11 

24 5.94514E-l1 

25 5.82509E-11 

26 5.73072E-11 

27 5.67185E-11 

28 5.67577E-11 

29 5.69619E-11 

30 5.75501E-11 

31 5.70412E-11

129.186cm 

1/4 T 

3.17777E-11 

3.17857E-11 

3.18587E-11 

3.21022E-11 

3.24873E-11 

3.29972E-11 

3.36921E-11 

3.46223E-11 

3.55201E-11 

3.63763E-11 

3.73731E-11 

3.83787E-11 

3.93408E-11 

4.02077E-11 

4.09347E-11 

4.14573E-11 

4.17175E-11 

4.16382E-11 

4.13342E-11 

4.10307E-11 

4.03013E-11 

3.95361E-11 

3.88462E-11 

3.86577E-11 

3.82094E-11 

3.76927E-11 

3.73157E-11 

3.71429E-11 

3.70474E-11 

3.69026E-11 

3.65277E-11

132.885cm 

1/2 T 

1.90527E-11 

1.90584E-l1 

1.91042E-11 

1.92389E-11 

1.94538E-11 

1.97412E-11 

2.01331E-11 

2.06496E-11 

2.11406E-11 

2.16120E-11 

2.21497E-11 

2.26892E-11 

2.31979E-11 

2.36501E-11 

2.40194E-11 

2.42713E-11 

2.43754E-11 

2.43039E-11 

2.41465E-11 

2.39777E-11 

2.36408E-11 

2.32979E-11 

2.30428E-11 

2.29666E-11 

2.28038E-11 

2.25843E-11 

2.2373SE-Il 

2.22342E-11 

2.21596E-11 

2.19732E-11 

2.16862E-11

136.584cm

3/4 T

1.08896E-11 

1.08955E-11 

1.09183E-11 

1.09864E-11 

1.10967E-11 

1.12430E-11 

1.14433E-11 

1.17031E-11 

1.19495E-I1 

1.21840E-11 

1.24512E-11 

1.27149E-11 

1.29623E-11 

1.31788E-11 

1.33513E-11 

1.34637E-11 

1.35047E-11 

1.34653E-11 

1.33921E-11 

1.33140E-11 

1.31685E-11 

1.30182E-11 

1.29120E-11 

1.28782E-11 

1.28070E-11 

1.27069E-11 

1.26057E-11 

1.25331E-11 

1.24946E-11 

1.23862E-11 

1.22209E-11

158.775cm

T

5.02117E-12 

5.01373E-12 

5.01329E-12 

5.03524E-12 

5.07192E-12 

5.11961E-12 

5.18329E-12 

5.26576E-12 

5.34471E-12 

5.41889E-12 

5.50229E-12 

5.58481E-12 

5.66127E-12 

5.72751E-12 

5.77857E-12 

5.81104E-12 

5.81842E-12 

5.80686E-12 

5.78759E-12 

5.75803E-12 

5.70744E-12 

5.67123E-12 

5.66366E-12 

5.65206E-12 

5.61476E-12 

5.57632E-12 

5.55011E-12 

5.54026E-12 

5.52728E-12 

5.46635E-12 

5.40167E-12

4-19
Table 4.1.2.3

Standard Core Loading 

DPA Rate At Pressure Vessel (cont'd)

z 125.488cm 

8 O-T 

32 5.61350E-11 

33 5.52032E-11 

34 5.42153E-11 

35 5.32264E-11 

36 5.17570E-11 

37 5.04684E-11 

38 4.96781E-11 

39 4.93221E-1I 

40 4.93173E-11 

41 4.95139E-11 

42 4.96542E-11 

43 4.98002E-11 

44 4.99290E-11 

45 4.96748E-11 

46 4.90599E-11 

47 4.88516E-11 

48 4.78500E-11 

49 4.63161E-11 

50 4.47937E-11 

51 4.37826E-11 

52 4.25348E-11 

53 4.09189E-11 

54 3.92480E-11 

55 3.75797E-11 

56 3.57263E-11 

57 3.42084E-11 

58 3.28168E-11 

59 3.19432E-11 

60 3.13832E-11 

61 3.11002E-11

129 .186cm 

1/4 T 

3.61079E-11 

3.56547E-11 

3.51507E-11 

3.46200E-11 

3.38516E-11 

3.30845E-11 

3.25547E-11 

3.22450E-11 

3.21242E-11 

3.21181E-11 

3.21229E-11 

3.21211E-11 

3.20508E-11 

3.17978E-11 

3.14766E-11 

3.12207E-11 

3.05771E-11 

2.96787E-11 

2.88388E-11 

2.82291E-11 

2.74712E-11 

2.65219E-11 

2.55436E-11 

2.45682E-11 

2.35027E-11 

2.25840E-11 

2.17824E-11 

2.12273E-11 

2.08889E-11 

2.07175E-11

132.885cm 

1/2 T 

2.14259E-II 

2.11724E-11 

2.09090E-11 

2.06401E-11 

2.02667E-11 

1.98597E-11 

1.95473E-11 

1.93325E-11 

1.92015E-11 

1.91261E-11 

1.90818E-11 

1.90345E-11 

1.89239E-11 

1.87376E-11 

1.85598E-11 

1.83846E-11 

1.80152E-11 

1.75301E-II 

1.70896E-11 

1.67569E-11 

1.63449E-11 

1.58391E-11 

1.53211E-11 

1.48073E-11 

1.42519E-11 

1.37642E-11 

1.33455E-11 

1.30433E-11 

1.28605E-11 

1.27684E-11

136.584cm

3/4 T

1.20780E-11 

1.19439E-11 

1.18096E-11 

1.16759E-11 

1.14944E-11 

1.12904E-11 

1.11244E-11 

1.09987E-11 

1.09071E-11 

1.08400E-11 

1.07992E-11 

1.07562E-11 

1.06736E-11 

1.05601E-11 

1.04643E-11 

1.03659E-11 

1.01720E-11 

9.92603E-12 

9.70734E-12 

9.54047E-12 

9.33402E-12 

9.08277E-12 

8.82850E-12 

8.57667E-12 

8.30746E-12 

8.06883E-12 

7.86603E-12 

7.71689E-12 

7.62730E-12 

7.58181E-12

158.775cm

T

5.35689E-12 

5.31329E-12 

5.26859E-12 

5.22221E-12 

5.15881E-12 

5.09023E-12 

5.03380E-12 

4.98731E-12 

4.94935E-12 

4.92317E-12 

4.90995E-12 

4.88543E-12 

4.84728E-12 

4.80820E-12 

4.77875E-12 

4.73888E-12 

4.66801E-12 

4.58824E-12 

4.51975E-12 

4.46483E-12 

4.39383E-12 

4.31144E-12 

4.23002E-12 

4.14943E-12 

4.06296E-12 

3.98781E-12 

3.92227E-12 

3.87587E-12 

3.84691E-12 

3.83234E-12

4-20
Table 4.1-24

Standard Core Loading 

Flux (E>I.0 MEV) At Pressure Vessel Lower Weld 

(z=67.1048cm)

8 0-T 1/4 T 1/2 T 3/4 T

2.70106E+10 

2.70227E+10 

2.70722E+I10 

2.72932E+I10 

2.76446E+10 

2.81029E+10 

2.87163E+10 

2.95690E+10 

3.04249E+10 

3.12107E+10 

3.21563E+10 

3.31195E+10 

3.40559E+10 

3.49123E+10 

3.56472E+10 

3.62132E+10 

3.65537E+10 

3.65402E+10 

3.61825E+10 

3.60475E+10 

3.53490E+I10 

3.45140E+10 

3.33007E+10 

3.28057E+10 

3.20941E+10 

3.15329E+10 

3.12006E+10 

3.12411E+10 

3.13849E+10 

3.17941E+10 

3.15857E+10

1.53047E+10 

1.53062E+10 

1.53371E+10 

1.54567E+10 

1.56483E+10 

1.59019E+10 

1.62478E+10 

1.67160E+I10 

1.71711E+10 

1.76039E+10 

1.81104E+10 

1.86240E+10 

1.91169E+10 

1.95620E+10 

1.99362E+I10 

2.02030E+10 

2.03275E+10 

2.02614E+10 

2.00701E+10 

1.98828E+10 

1.94385E+10 

1.89840E+10 

1.85779E+10 

1.84692E+10 

1.82158E+10 

1.79336E+10 

1.77452E+10 

1.76735E+10 

1.76353E+10 

1.76004E+10 

1.74718E+10

7.40890E+09 

7.40946E+09 

7.42517E+09 

7.47908E+09 

7.56744E+09 

7.68584E+09 

7.84757E+09 

8.06388E+09 

8.27170E+09 

8.47085E+09 

8.69878E+09 

8.92960E+09 

9.14781E+09 

9.34163E+09 

9.49978E+09 

9.60402E+09 

9.63859E+09 

9.58645E+09 

9.49345E+09 

9.40366E+09 

9.22160E÷09 

9.04761E+09 

8.92049E+09 

8.88501E+09 

8.80838E+09 

8.70816E+09 

8.61701E+09 

8.56138E+09 

8.53178E+09 

8.46064E+09 

8.36340E+09

3.40212E+09 

3.40413E+09 

3.41016E÷09 

3.43301E+09 

3.47156E+09 

3.52236E+09 

3.59279E+09 

3.68514E+09 

3.77401E+09 

3.85815E+09 

3.95482E+09 

4.05064E+09 

4.14083E+09 

4.21925E+09 

4.28104E+09 

4.31870E+09 

4.32684E+09 

4.30120E+09 

4.26202E+09 

4.22597E+09 

4.15794E+09 

4.09379E+09 

4.05063E+09 

4.03759E+09 

4.00985E+09 

3.97198E+09 

3.93453E+09 

3.90889E+09 

3.89524E+09 

3.85679E+09 

3.80488E+09

1.37703E+09 

1.37470E+09 

1.37433E+09 

1.38183E+09 

1.39447E+09 

1.41113E+09 

1.43368E+09 

1.46317E+09 

1.49169E+09 

1.51842E+09 

1.54880E+09 

1.57886E+09 

1.60677E+09 

1.63083E+09 

1.64898E+09 

1.65979E+09 

1.66043E+09 

1.65282E+09 

1.64213E+09 

1.62947E+09 

1.60796E+09 

1.59191E+09 

1.58712E+09 

1.58313E$09 

1.56975E+09 

1.55597E+09 

1.54612E+09 

1.54256E+09 

1.53815E+09 

1.51707E+09 

1.49628E+09

4-21

T

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31
Table 4.1.2.4

Standard Core Loading 

Flux (E>1.0 MEV) At Pressure Vessel Lower Weld (cont'd) 

(z=67 .1048cm)

1/4 T 1/2 T 3/4 T T

3.11147E+10 

3.06207E+10 

3.00777E+10 

2.95235E+10 

2.86758E+10 

2.79447E+10 

2.75101E+10 

2.73322E+10 

2.73627E+10 

2.75101E+10 

2.76104E+10 

2.77165E+10 

2.78265E+10 

2.77002E+10 

2.73425E+10 

2.72474E+10 

2.66886E+10 

2.58078E+10 

2.49222E+10 

2.43498E+10 

2.36487E+10 

2.27241E+10 

2.17628E+10 

2.07991E+10 

1.97233E+10 

1.88476E+10 

1.80399E+10 

1.75397E+10 

1.72183E+10 

1.70558E+10

1.73093E+10 

1.71176E+10 

1.68887E+10 

1.66363E+I10 

1.62506E+10 

1.58741E+10 

1.56253E+10 

1.54950E+10 

1.54679E+10 

1.55018E+10 

1.55269E+10 

1.55459E+10 

1.55397E+10 

1.54297E+10 

1.52669E+10 

1.51492E+10 

1.48284E+10 

1.43715E+10 

1.39382E+10 

1.36320E+10 

1.32520E+10 

1.27702E+10 

1.22697E+10 

1.17681E+10 

1.12155E+10 

1.07433E+10 

1.03268E+10 

1.00451E+10 

9.87210E+09 

9.78452E+09

8.27746E+09 

8.19031E+09 

8.09551E+09 

7.99442E+09 

7.84532E+09 

7.68525E+09 

7.56763E+09 

7.49499E+09 

7.46182E+09 

7.45329E+09 

7.44848E+09 

7.44130E+09 

7.41183E+09 

7.34371E+09 

7.26845E+09 

7.20142E+09 

7.04881E+09 

6.84384E+09 

6.65492E+09 

6.51561E+09 

6.34370E+09 

6.12940E+09 

5.90851E+09 

5.68750E+09 

5.44603E+09 

5.23563E+09 

5.05243E+09 

4.92370E+09 

4.84514E+09 

4.80550E+09

3.76273E+09 

3.72347E+09 

3.68306E+09 

3.64164E+09 

3.58279E+09 

3.51758E+09 

3.46659E+09 

3.43142E+09 

3.40969E+09 

3.39687E+09 

3.38880E+09 

3.37954E+09 

3.35791E+09 

3.32234E+09 

3.28849E+09 

3.25659E+09 

3.18910E+09 

3.10181E+09 

3.02271E+09 

2.96377E+09 

2.89073E+09 

2.80078E+09 

2.70907E+09 

2.61742E+09 

2.51820E+09 

2.43084E+09 

2.35530E+09 

2.30122E+09 

2.26839E+09 

2.25171E+09

1.48235E+09 

1.46914E+09 

1.45563E+09 

1.44144E+09 

1.42144E+09 

1.39997E+09 

1.38296E+09 

1.36994E+09 

1.36037E+09 

1.35451E+09 

1.35160E+09 

1.34534E+09 

1.33484E+09 

1.32244E+09 

1.31208E+09 

1.29952E+09 

1.27555E+09 

1.24769E+09 

1.22309E+09 

1.20389E+09 

1.17924E+09 

1.15009E+09 

1.12090E+09 

1.09192E+09 

1.06035E+09 

1.03309E+09 

1.00889E+09 

9.92144E+08 

9.81573E+08 

9.76293E+08

4-22

e O-T

32 

33 

34 

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47 

48 

49 

50 

51 

52 

53 

54 

55 

56 

57 

58 

59 

60 

61
Table 4.1.2.5

Standard Core Loading 

Flux (E> 0.1MEV) At Pressure Vessel Lower Weld 

(zs67. 1048cm)

0-T 1/4 T 1/2 T 3/4 T

6.22826E÷10 

6.23225E10 

6.24748E+10 

6.29832E10 

6.37973E110 

6.48777E+10 

6.63471E110 

6.83291E+10 

7.02842E+10 

7.21425E+10 

7.43316E+10 

7.65649E+10 

7.87381E+10 

8.07373E+10 

8.24573E+10 

8.37850E+10 

8.46125E+10 

8.47767E+10 

8.43811E+10 

8.41741E+10 

8.33586E+10 

8.23442E+10 

8.10439E+10 

8.05498E+10 

7.98343E+10 

7.89243E÷10 

7.79238E+10 

7.72430E+10 

7.69969E+10 

7.65040E÷10 

7.48847E10

5.27904E+10 

5.28185E+10 

5.29703E÷10 

5.33805E+10 

5.40242E÷10 

5.48829E÷10 

5.60602E+10 

5.76137E110 

5.90954E110 

6.05282E÷10 

6.21807E110 

6.38467E+10 

6.54416E+10 

6.68845E110 

6.80989E÷10 

6.89851E÷10 

6.94711E110 

6.94830E+10 

6.92082E110 

6.88280E÷10 

6.80341E110 

6.71089E+10 

6.63375E+10 

6.60864E+10 

6.55661E÷10 

6.48736E+10 

6.42261E+10 

6.37933E+10 

6.35764E+10 

6.30071E+10 

6.19597E.10

3.81521E+10 

3.817031+10 

3.82741E+10 

3.85442E+10 

3.89703E+10 

3.95403E110 

4.03205E10 

4.13365E+10 

4.22947E110 

4.32197E+10 

4.42708E110 

4.53218E+10 

4.63136E÷10 

4.71979E+10 

4.79246E+10 

4.84350E+10 

4.86834E+10 

4.86369E+10 

4.84472E110 

4.81855E+10 

4.77043E110 

4.71585E+10 

4.67434E+10 

4.66035E+10 

4.63199E+10 

4.59232E+10 

4.55249E110 

4.52366E+10 

4.50870E+10 

4.467791+10 

4.39837E+10

2.43557E+10 

2.43694E+10 

2.44250E+10 

2.45752E+10 

2.48150E+10 

2.51338E+10 

2.55694E+10 

2.61304E+10 

2.66587E+10 

2.71637E10 

2.77370E+10 

2.83021E+10 

2.88324E110 

2.92992E+10 

2.96743E+10 

2.99291E+10 

3.00430E+10 

3.00023E+10 

2.98956E+10 

2.97556E+10 

2.95049E+10 

2.92206E+10 

2.90086E+10 

2.89374E+10 

2.87905E÷10 

2.85809E+10 

2.83687E+10 

2.82105E÷10 

2.81268E+10 

2.78963E+10 

2.75072E÷10

1.14706E+10 

1.14535E+10 

1.14528E÷10 

1.15002E+10 

1.15794E+10 

1.16816E+10 

1.18175E÷10 

1.19925E+10 

1.21593E+10 

1.23164E+10 

1.249231+10 

1.26665E+10 

1.28283E.10 

1.29692E÷10 

1.30798E÷10 

1.31532E÷10 

1.31778E÷10 

1.31675E÷10 

1.31420E+10 

1.30875E+10 

1.29945E+10 

1.29290E+10 

1.29189E+10 

1.28942E÷10 

1.28150E÷10 

1.27333E+10 

1.26796E10 

1.26594÷+10 

1.26319E+10 

1.25006E+10 

1.23542E+10

4-23

T

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31
Table 4.1.2.5

Standard Core Loading 

Flux (E> 0.1MEV) At Pressure Vessel Lower Weld (cont'd) 

(z=67.1048cm)

8 0-T 1/4 T 1/2 T 3/4 T

7.32302E+10 

7.17707E+10 

7.03326E+10 

6.89440E+10 

6.70963E+10 

6.53843E+10 

6.43107E+10 

6.37975E+10 

6.37499E+10 

6.39743E+10 

6.41607E+10 

6.43487E+10 

6.45179E+10 

6.42800E+10 

6.37247E+10 

6.33609E+10 

6.21315E+10 

6.02288E+10 

5.83543E+10 

5.69788E+10 

5.52703E+10 

5.31085E+10 

5.08674E+10 

4.86276E+10 

4.61963E+10 

4.41282E+10 

4.23165E+10 

4.10856E+10 

4.03256E+10 

3.99433E+10

6.09725E+10 

6.00280E+10 

5.90653E+10 

5.81132E+10 

5.68548E+10 

5.55609E+10 

5.46420E+10 

5.40670E+10 

5.37871E+10 

5.36914E+10 

5.36575E+10 

5.36190E+10 

5.34641E+10 

5.30686E÷10 

5.26330E+10 

5.21787E+10 

5.11510E+10 

4.97144E+10 

4.83821E+10 

4.73576E+10 

4.60732E+10 

4.44910E+10 

4.28632E+10 

4.12474E+10 

3.95106E÷10 

3.79798E+10 

3.66832E10 

3.57379E+10 

3.51729E+10 

3.48877E+10

4.33577E+10 

4.27723E+10 

4.21907E+10 

4.16170E+10 

4.08630E+10 

4.00361E+10 

3.93908E+10 

3.89274E+10 

3.86172E+10 

3.84144E+10 

3.82991E÷10 

3.81797E+10 

3.79349E+10 

3.75707E+10 

3.72521E+10 

3.68968E+10 

3.61842E+10 

3.52503E÷10 

3.44076E+10 

3.37509E+10 

3.29345E+10 

3.19406E+10 

3.09267E+10 

2.99248E+10 

2.88549E+10 

2.79043E+10 

2.71039E+10 

2.65078E+10 

2.61519E+10 

2.59726E+10

2.71605E+10 

2.68374E+10 

2.65195E+10 

2.62096E+10 

2.58005E+10 

2.53406E+10 

2.49623E+10 

2.46686E+10 

2.44451E+10 

2.42754E+10 

2.41745E310 

2.40693E+10 

2.38778E+10 

2.36307E+10 

2.34328E+10 

2.32152E+10 

2.27990E+10 

2.22728E+10 

2.18069E+10 

2.14456E+10 

2.09971E+10 

2.04546E+10 

1.99064E+10 

1.93662E+10 

1.87927E+10 

1.82817E+10 

1.78527E+10 

1.75313E+10 

1.73396E+10 

1.72425E÷10

1.22507E+10 

1.21483E+10 

1.20444E+10 

1.19375E+10 

1.17945E+10 

1.16408E+10 

1.15136E+10 

1.14065E+10 

1.13170E+10 

1.12544E+10 

1.12239E÷10 

1.11662E+10 

1.10799E+10 

1.09969E÷10 

1.09376E+10 

1.08491E+10 

1.06974E+10 

1.05282E+10 

1.03848E+10 

1.02668E+10 

1.01136E+10 

9.93734E+09 

9.76416E+09 

9.59302E+09 

9.41060E+09 

9.25162E+09 

9.11422E+09 

9.01566E+09 

8.95435E+09 

8.92357E+09

4-24

T

32 

33 

34 

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47 

48 

49 

50 

51 

52 

53 

54 

55 

56 

57 

58 

59 

60 

61
Table 4.1.2.6

Standard Core Loading 

DPA Rates At Pressure Vessel Lower Weld 

(z=67.1048cm)

8 0-T 1/4 T 1/2 T 3/4 T

4.17566E-11 

4.17693E-I1 

4.18449E-I1 

4.21796E-I1 

4.27091E-11 

4.34023E-11 

4.43301E-1I 

4.56095E-lI 

4.68871E-11 

4.80683E-11 

4.94805E-11 

5.09173E-11 

5.2309SE-II 

5.35816E-11 

5.46691E-11 

5.5503SE-Il 

5.60045E-11 

5.60071E-I1 

5.55258E-11 

5.53528E-11 

5.43973E-11 

5.32750E-11 

5.16147E-11 

5.09117E-11 

4.98836E-11 

4.90751E-1I 

4.85707E-11 

4.86040E-11 

4.87789E-11 

4.92826E-11 

4.88472E-11

2.70640E-1I 

2.70709E-11 

2.71329E-1I 

2.73403E-11 

2.76684E-11 

2.81028E-11 

2.86947E-11 

2.94873E-11 

3.02523E-11 

3.09818E-11 

3.18311E-11 

3.26879E-11 

3.35077E-11 

3.42465E-11 

3.48659E-11 

3.53112E-11 

3.55328E-11 

3.54647E-11 

3.52050E-I1 

3.49459E-11 

3.43231E-11 

3.36700E-1I 

3.30810E-11 

3.29202E-11 

3.25376E-11 

3.20970E-I1 

3.17758E-11 

3.16290E-11 

3.15477E-11 

3.14252E-11 

3.11070E-11

1.61195E-11 

1.61243E-11 

1.61630E-11 

1.62770E-11 

1.64589E-11 

1.67022E-11 

1.70339E-11 

1.74712E-11 

1.78869E-11 

1.82861E-11 

1.87413E-11 

1.91982E-11 

1.96290E-11 

2.00118E-11 

2.03245E-11 

2.05377E-11 

2.06257E-11 

2.05646E-11 

2.04307E-11 

2.02874E-11 

2.00012E-11 

1.97102E-11 

1.94938E-11 

1.94291E-11 

1.92912E-11 

1.9101SE-Il 

1.89265E-11 

1.88087E-11 

1.87456E-11 

1.85879E-11 

1.83456E-11

9.13123E-12 

9.13615E-12 

9.15522E-12 

9.21237E-12 

9.30504E-12 

9.42784E-12 

9.59604E-12 

9.81418E-12 

1.00211E-11 

1.02180E-11 

1.04425E-1I 

1.06640E-11 

1.08718E-I1 

1.10536E-11 

1.11984E-11 

1.12928E-11 

1.13270E-11 

1.12936E-11 

1.12316E-11 

1.11659E-1I 

1.10432E-11 

1.09167E-11 

1.08274E-11 

1.07990E-11 

1.07391E-11 

1.06550E-Il 

1.05699E-11 

1.05090E-1I 

1.04767E-11 

1. 03856E-11 

1.02470E-11

4.13311E-12 

4.12695E-12 

4.12658E-12 

4.14475E-12 

4.17511E-12 

4.21459E-12 

4.26732E-12 

4.33563E-12 

4.40103E-12 

4.46247E-12 

4.53157E-12 

4.59992E-12 

4.66326E-12 

4.71813E-12 

4.76040E-12 

4.78724E-12 

4.79325E-12 

4.78350E-12 

4.76734E-12 

4.74278E-12 

4.70072E-12 

4.67059E-12 

4.66423E-12 

4.65464E-12 

4.62376E-12 

4.59193E-12 

4.57020E-12 

4.56206E-12 

4.55134E-12 

4.50090E-12 

4.44746E-12

4-25

T

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31
Table 4.1.2.6

Standard Core Loading 

DPA Rates At Pressure Vessel Lower Weld (cont'd) 

(z=67.1048cm)

8 0-T 1/4 T 1/2 T 3/4 T

4.80714E-11 

4.72734E-11 

4.64272E-lI 

4.55801E-11 

4.43213E-11 

4.32175E-11 

4.25407E-11 

4.22360E-11 

4.22324E-1I 

4.24013E-11 

4.25219E-11 

4.26473E-11 

4.27582E-11 

4.25410E-11 

4.20146E-11 

4.18364E-11 

4.09788E-11 

3.96648E-11 

3.83607E-11 

3.74945E-1I 

3.64257E-11 

3.50412E-11 

3.36096E-11 

3.21802E-11 

3.05922E-11 

2.92915E-11 

2.80992E-11 

2.73506E-11 

2.68708E-11 

2.66284E-11

3.07502E-11 

3.03647E-11 

2.99358E-11 

2.94840E-11 

2.88292E-1I 

2.81758E-11 

2.77248E-II 

2.74613E-11 

2.73588E-11 

2.73542E-11 

2.73587E-11 

2.73574E-11 

2.72979E-11 

2.70826E-11 

2.68088E-11 

2.65910E-11 

2.60427E-11 

2.52771E-11 

2.45613E-11 

2.40419E-II 

2.33962E-11 

2.25874E-11 

2.17538E-1I 

2.09226E-11 

2.00146E-I1 

1.92317E-I1 

1.85486E-I1 

1.80757E-11 

1.77873E-11 

1.76412E-11

1.81258E-1I 

1.79116E-11 

1.76889E-I1 

1.74616E-11 

1.71456E-11 

1.68013E-11 

1.65370E-11 

1.63556E-11 

1.62450E-II 

1.61816E-11 

1.61444E-11 

1.61045E-11 

1.60112E-11 

1.58536E-I1 

1.57029E-11 

1.55547E-11 

1.52420E-11 

1.48313E-11 

1.44582E-11 

1.41765E-1I 

1.38278E-11 

1.33995E-11 

1.29609E-11 

1.25258E-11 

1.20554E-I1 

1.16424E-11 

1.12878E-11 

1.10320E-11 

1.08772E-I1 

1.07991E-11

1.01273E-11 

1.00150E-II 

9.90246E-12 

9.79030E-12 

9.63805E-12 

9.46696E-12 

9.32775E-12 

9.22249E-12 

9.14576E-12 

9.08972E-12 

9.05559E-12 

9.01967E-12 

8.95042E-12 

8.85519E-12 

8.77472E-12 

8.69218E-12 

8.52934E-12 

8.32279E-12 

8.13911E-12 

7.99899E-12 

7.82565E-12 

7.61466E-12 

7.40112E-12 

7.18960E-12 

6.96346E-12 

6.76302E-12 

6.59264E-12 

6.46739E-12 

6.39213E-12 

6.35392E-12

4.41050E-12 

4.37452E-12 

4.33764E-12 

4.29935E-12 

4.24697E-12 

4.19033E-12 

4.14373E-12 

4.10538E-12 

4.07411E-12 

4.05255E-12 

4.04167E-12 

4.02146E-12 

3.98998E-12 

3.95766E-12 

3.93325E-12 

3.90030E-12 

3.84166E-12 

3.77562E-12 

3.71891E-12 

3.67345E-12 

3.61469E-12 

3.54648E-12 

3.47907E-12 

3.41234E-12 

3.34072E-12 

3.27849E-12 

3.22418E-12 

3.18576E-12 

3.16178E-12 

3.14971E-12

4-26

T

32 

33 

34 

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47 

48 

49 

50 

51 

52 

53 

54 

55 

56 

57 

58 

59 

60 

61
Table 4.1.2.7 

Standard Core Loading 

Downcomer Fluxes and DPA Rates 

(r=210.50cm, z=121.79cm)

FLUX

(E>I.0 MEV) 

6.69557E+10 

6.69299E+I10 

6.70314E+10 

6.76476E+10 

6.85990E+10 

6.98858E+10 

7.16070E+10 

7.40597E+10 

7.65923E+10 

7.89127E+10 

8.18024E+10 

8.48495E+10 

8.78962E+10 

9.08014E+10 

9.33791E+10 

9.54602E+10 

9.68927E+10 

9.72561E+10 

9.62388E+10 

9.61728E+10 

9.36431E+10 

9.12471E+10 

8.78276E+10 

8.73276E+10 

8.56507E+10 

8.36407E+10 

8.22150E+10 

8.16417E+10 

8.12521E+10 

8.10532E+I10 

7.99106E+10 

7.85587E+10

(E>0.1 MEV) 

1.19710E+II 

1.19688E+II 

1.19961E+II 

1.21097E+II 

1.22908E+II 

1.25388E+II 

1.28773E+II 

1.33554E+11 

1.38414E+II 

1.43033E+11 

1.48743E+II 

1.54802E+II 

1.60935E+1I 

1.66898E+1I 

1.72303E+II 

1.76843E+1I 

1.80188E+II 

1.81678E+II 

1.80988E+11 

1.80991E+11 

1.78056E+1I 

1.74852E+11 

1.70559E+II 

1.69624E+11 

1.67236E+÷I 

1.64018E+11 

1.61057E+1I 

1.59223E+÷I 

1.58249E+÷I 

1.56061E+1I 

1.51556E+÷I 

1.47340E+II

1.01187E-10 

1.01150E-10 

1.01324E-10 

1.02248E-10 

1.03679E-10 

1.05616E-10 

1.08224E-10 

1.11935E-10 

1.15733E-10 

1.19257E-10 

1.23634E-10 

1.28253E-10 

1.32885E-10 

1.37322E-10 

1.41274E-10 

1.44507E-10 

1.46770E-10 

1.47462E-10 

1.46166E-10 

1.46048E-10 

1.42538E-10 

1.39068E-10 

1.34282E-10 

1.33561E-10 

1.31066E-10 

1.28088E-10 

1.25909E-10 

1.24984E-10 

1.24333E-10 

1.23826E-10 

1.21809E-10 

1.19525E-10

4-27

FLUX

e

DPA/s

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31 

32
Table 4.1.2.7 

Standard Core Loading 

Downcomer Fluxes and DPA Rates (Cont'd) 

(r=210.50cm, z=121.79cm)

FLUX FLUX DPA/s

(E>1.0 MEV) 

7.70282E+10 

7.53840E+10 

7.37100E+10 

7.10300E+10 

6.91086E+10 

6.81846E+10 

6.81982E+10 

6.89345E+10 

7.01030E+10 

7.09580E+10 

7.17176E+10 

7.29319E+10 

7.35366E+10 

7.28144E+10 

7.31298E+10 

7.18644E+10 

6.91968E+10 

6.61544E+10 

6.43077E+10 

6.19648E+10 

5.87934E+10 

5.55210E+10 

5.22970E+10 

4.87318E+10 

4.59419E+10 

4.33028E+10 

4.17339E+10 

4.06858E+10 

4.01580E+10

(E>0.1 MEV) 

1.43255E+II 

1.39254E+11 

1.35372E+11 

1.30034E+1I 

1.25912E+11 

1.23951E+II 

1.23996E+11 

1.25613E+11 

1.28214E+11 

1.30158E+11 

1.31995E+11 

1.34839E+11 

1.36659E+II 

1.36276E+II 

1.36780E+11 

1.34837E+11 

1.30108E+11 

1.24561E+11 

1.20746E+11 

1.15797E+11 

1.09279E+11 

1.02537E+11 

9.59097E+10 

8.87261E+10 

8.28802E+10 

7.76801E+10 

7.43051E+10 

7.21870E+10 

7.11196E+10

1.17027E-10 

1.14400E-10 

1.11761E-10 

1.07718E-10 

1.04697E-10 

1.03242E-10 

1.03236E-10 

1.04354E-10 

1.06143E-10 

1.07439E-10 

1.08654E-10 

1.10542E-10 

1.11531E-10 

1.10618E-10 

1.11021E-10 

1.09144E-10 

1.05151E-10 

1.00666E-10 

9.78108E-11 

9.41684E-11 

8.93163E-11 

8.43148E-11 

7.93982E-11 

7.39848E-11 

6.96960E-11 

6.57280E-11 

6.33090E-11 

6.17144E-11 

6.08971E-11

4-28

e

33 

34 

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47 

48 

49 

50 

51 

52 

53 

54 

55 

56 

57 

58 

59 

60 

61
Table 4.1.2.8

Standard Core Loading 

Cavity Fluxes and DPA Rates 

(r=320.06cm, z=177.27cm) 

FLUX

(E>1.0 MEV) 

1.02943E+09 

1.02944E+09 

1.02804E+09 

1.02813E+09 

1.02837E+09 

1.02878E+09 

1.02897E+09 

1.03016E+09 

1.03135E+09 

1.03097E+09 

1.03047E+09 

1.02956E+09 

1.02798E+09 

1.02565E+09 

1.02265E+09 

1.01929E+09 

1.01584E+09 

1.01287E+09 

1.01059E+09 

1.01040E+09 

1.00840E+09 

1.00706E+09 

1.00604E+09 

1.00605E+09 

1.00582E+09 

1.00505E+09 

1.00355E+09 

1.00211E+09 

1.00127E+09 

9.99412E+08 

9.96954E+08 

9.94791E+08 

9.92102E+08

(E>O.1 MEV) 

9.01502E+09 

9.01542E+09 

9.00899E+09 

9.00762E+09 

9.00607E+09 

9.00456E+09 

9.00078E+09 

9.00052E+09 

9.00128E+09 

8.99529E+09 

8.98847E+09 

8.98104E+09 

8.97178E+09 

8.96029E+09 

8.94605E+09 

8.92877E+09 

8.90796E+09 

8.88662E+09 

8.86927E+09 

8.86274E+09 

8.84432E+09 

8.83167E+09 

8.82245E+09 

8.82129E+09 

8.81787E+09 

8.81120E+09 

8.80142E+09 

8.79281E+09 

8.78804E+09 

8.77755E+09 

8.76228E+09 

8.74939E+09 

8.73482E+09

3.23295E-12 

3.23302E-12 

3.23017E-12 

3.22989E-12 

3.22971E-12 

3.22968E-12 

3.22889E-12 

3.22981E-12 

3.23097E-12 

3.22910E-12 

3.22685E-12 

3.22405E-12 

3.22013E-12 

3.21495E-12 

3.20846E-12 

3.20095E-12 

3.19262E-12 

3.18475E-12 

3.17858E-12 

3.17678E-12 

3.17058E-12 

3.16624E-12 

3.16308E-12 

3.16279E-12 

3.16173E-12 

3.15936E-12 

3.15555E-12 

3.15210E-12 

3.15015E-12 

3.14580E-12 

3.13969E-12 

3.13444E-12 

3.12830E-12

4-29

FLUX DPA/S

e

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31 

32 

33
Table 4.1.2.8 

Standard Core Loading 

Cavity Fluxes and DPA Rates (cont'd) 

(r=320.06cm, z=177.27cm)

FLUX FLUX DPA/s

(E>I. 0 MEV) 

9.89077E+08 

9.85241E+08 

9.78658E+08 

9.71692E+08 

9.64724E+08 

9.57418E+08 

9.49384E+08 

9.41926E+08 

9.37228E+08 

9.31896E+08 

9.23716E+08 

9.16185E+08 

9.11425E+08 

9.07294E+08 

9.00514E+08 

8.93981E+08 

8.90181E+08 

8.87471E+08 

8.84169E+08 

8.80975E+08 

8.78105E+08 

8.75496E+08 

8.71876E+08 

8.70113E+08 

8.67167E+08 

8.66773E+08 

8.66015E+08 

8.65740E+08

(E>0.l MEV) 

8.71871E+09 

8.69836E+09 

8.66429E+09 

8.62215E+09 

8.57789E+09 

8.53207E+09 

8.48433E+09 

8.44180E+09 

8.41580E+09 

8.38662E+09 

8.34163E+09 

8.29952E+09 

8.27302E+09 

8.24855E+09 

8.20879E+09 

8.16985E+09 

8.14608E+09 

8.12907E+09 

8.10989E+09 

8.08973E+09 

8.07109E+09 

8.05448E+09 

8.03293E+09 

8.02070E+09 

8.00366E+09 

7.99914E+09 

7.99392E+09 

7.99194E+09

3.12148E-12 

3.11287E-12 

3.09840E-12 

3.08174E-12 

3.06466E-12 

3.04689E-12 

3.02793E-12 

3-01070E-12 

3.00005E-12 

2.98805E-12 

2.96959E-12 

2.95244E-12 

2.94169E-12 

2.93193E-12 

2.91606E-12 

2.90062E-12 

2.89140E-12 

2.88477E-12 

2.87705E-12 

2.86920E-12 

2.86202E-12 

2.85558E-12 

2.84705E-12 

2.84247E-12 

2.83569E-12 

2.83424E-12 

2.83230E-12 

2.83157E-12

4-30

e

34 

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47 

48 

49 

50 

51 

52 

53 

54 

55 

56 

57 

58 

59 

60 

61
Table 4.1.2.9

Standard Core Loading 

Flux Spectrum At Pressure Vessel (Pressure Vessel Capsule In) 

0=15.50 z=125.488cm

0 T 1/4 T 1/2 T 3/4 T T

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31 

32 

33 

34 

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47

1.34004E+07 

4.20813E+07 

1.75195E+08 

3.39395E+08 

5.90665E+08 

1.54113E+09 

2.27942E+09 

4.17926E+09 

2.94717E+09 

2.16745E+09 

2.46760E+09 

1.22373E+09 

3.15611E+08 

1.55286E+09 

3.98671E+09 

4.15372E+09 

5.75889E+09 

8.73523E+09 

5.56635E+09 

2.86008E+09 

7.95371E+09 

6.39531E+09 

7.09089E+09 

7.22374E+09 

8.92968E+09 

8.65439E+09 

6.02155E+09 

4.73095E+09 

1.65571E+09 

8.18351E+08 

2.07212E+09 

1.21342E+09 

2.39033E+09 

4.19607E+09 

5.23504E+09 

4.69929E+09 

7.68285E+09 

4.24908E+09 

4.66985E+09 

6.05506E÷09 

7.63070E+09 

4.41493E+09 

5.92169E+09 

4.47157E+09 

3.82771E+09 

8.29237E+09 

3.88610E+10

6.03020E+06 

1.86479E+07 

7.77592E+07 

1.51262E+08 

2.58392E+08 

6.46641E+08 

9.40904E+08 

1.72441E+09 

1.26987E+09 

9.81458E+08 

1.16140E+09 

5.84109E+08 

1.59021E+08 

7.96555E+08 

2.15949E+09 

2.49334E+09 

3.68149E+09 

6.61604E+09 

4.68957E+09 

2.20627E+09 

8.09916E+09 

6.54231E+09 

7.37463E+09 

8.79679E+09 

9.14224E+09 

9.59941E+09 

6.12114E+09 

4.45339E+09 

1.19812E+09 

4.08395E+08 

2.27206E+09 

1.29224E+09 

2.08344E+09 

2.41114E+09 

3.65217E+09 

2.85953E+09 

4.43931E+09 

1.96382E+09 

2.37076E+09 

2.92646E+09 

3.66787E+09 

1..97298E+09 

2.39279E+09 

1.60795E+09 

7.61855E+08 

9.88803E+08 

1.19486E+09

2.54426E+06 

7.70275E+06 

3.17580E+07 

6.10609E+07 

1.00967E+08 

2.39974E+08 

3.43468E+08 

6.31242E+08 

4.84919E+08 

3.83223E+08 

4.64842E+08 

2.36458E+08 

6.70858E+07 

3.41008E+08 

9.58512E+08 

1.20167E+09 

1.86892E+09 

3.86360E+09 

3.05523E+09 

1.38858E+09 

6.03883E+09 

5.09178E+09 

5.83849E+09 

7.70684E+09 

7.58075E+09 

8.38386E+09 

5.25983E+09 

3.70920E+09 

9.57109R+08 

3.23962E+08 

1.99328E+09 

1.16184E+09 

1.71712E+09 

1.66284E+09 

2.47138E+09 

1.83504E+09 

2.65387E+09 

1.10425E+09 

1.26143E+09 

1.47883E+09 

1.77643E+09 

9.18737E+08 

1.03252E+09 

6.31627E+08 

2.19882E+08 

1.50504E+08 

3.61846E+07

1.06968E+06 

3.15887E+06 

1.27914E+07 

2.41801E+07 

3.86032E+07 

8.72151E+07 

1.23041E+08 

2.27138E+08 

1.80883E+08 

1.44961E+08 

1.79066E+08 

9.18980E+07 

2.69577E+07 

1.38897E+08 

4.00040E+08 

5.35826E+08 

8.69067E+08 

2.00538E+09 

1.75235E+09 

7.745422+08 

3.78933E+09 

3.32359E+09 

3.76972E+09 

5.34731E+09 

5.19241E+09 

5.92608E+09 

3.70188E+09 

2.56747E+09 

6.57726E+08 

2.22161E+08 

1.48555E+09 

8.84812E+08 

1.27142E+09 

1.15857E+09 

1.60971E+09 

1.15592E+09 

1.60042E+09 

6.55982E+08 

7.22978E+08 

8.14790E+08 

9.34762E+08 

4.71662E+08 

5.12118E+08 

3.02245E+08 

1.04247E+08 

7.33782E+07 

2.63903E+07

4-31

Group

4.65023E+05 

1.33379E+06 

5.30266E+06 

9.83754E+06 

1.51169E+07 

3.23568E+07 

4.44146E+07 

8.02326E+07 

6.38869E+07 

5.12002E+07 

6.28895E+07 

3.23944E+07 

1.00840E+07 

5.15699E+07 

1.45036E+08 

2.03143E+08 

3.38535E+08 

8.18435E+08 

7.89423E+08 

3.28518E+08 

1.70351E+09 

1.53636E+09 

1.54915E+09 

2.38270E+09 

2.44049E+09 

2.78120E+09 

1.72611E+09 

1.16605E+09 

3.15729E+08 

1.28353E+08 

8.43522E+08 

5.06656E+08 

7.41995E+08 

7.21073E+08 

8.35726E+08 

6.19866E+08 

8.84664E+08 

4.04734E+08 

4.25704E+08 

4.94604E+08 

5.62218E+08 

2.96609E+08 

3.53170E+08 

2.38733E+08 

1.66904E+08 

3.16178E+08 

7.03751E+08
Table 4.1.2.10 

Standard Core Loading 

Flux Spectrum At Capsule Location

Group Thermal Shield Pressure Vessel

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

is 

16 

17 

is 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31 

32 

33 

34 

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47

4.26711E+07 

1.45534E÷08 

6.88301E÷08 

1.43540E309 

2.75610E÷09 

7.41577E÷09 

1.23333E10 

2.69783E÷10 

2.26943E÷10 

1.73637E10 

2.02292E÷10 

9.91556E+09 

2.62757E÷09 

1.32935E÷10 

3.57681E÷10 

3.99955E÷10 

5.95111E+10 

1.00036E÷II 

6.47656E.10 

3.48231E÷10 

8.40700E÷10 

6.90718E÷10 

7.59862E÷10 

6.45291E÷10 

9.69050E÷10 

8.80710E÷10 

6.92903E÷10 

5.71735E÷10 

2.27717E÷10 

1.49069E÷10 

1.44251E÷10 

1.15322E10 

2.78089E÷10 

5.88810E+10 

6.91935E÷10 

6.67670E+10 

1.03894E÷I1 

6.06505E÷10 

6.24260E.10 

8.32327E÷10 

1.02317E÷II 

5.96955E+.0 

7.81268E+10 

5.77013E÷10 

5.41499E÷10 

1.14442E÷.I 

2.92557E÷11

1.60000E÷07 

5.10916E÷07 

2.18393E÷08 

4.28801E÷08 

7.58847E÷08 

1.97883E÷09 

2.98321E÷09 

5.61416E÷09 

4.04138E+09 

2.96182E÷09 

3.33380E÷09 

1.64268E÷09 

4.27656E÷08 

2.09754E÷09 

5.26555.E09 

5.35579E÷09 

7.37786E+09 

1.03559E÷.0 

6.26882E÷09 

3.49851E÷09 

7.48525E÷09 

6.26286E÷09 

7.03286E÷09 

5.72732E÷09 

9.311212E09 

8.28525E÷09 

6.65551E+09 

5.59812E÷09 

2.35407E÷09 

1.62842E÷09 

1.31002E÷09 

1.05862E÷09 

2.96885E÷09 

6.47066E÷09 

7.30820E÷09 

6.96069E+09 

1.09998E+10 

6.62742E÷09 

6.78022E÷09 

9.08457E.09 

1.13741E÷10 

6.77776E÷09 

9.22740E÷09 

7.10652E+09 

7.09199E÷09 

1.67072E+10 

8.3777!E÷10

Thermal Shield Capsule flux spectrum is at r-202.25cm, z-121.79cm, 0-20 0 

Pressure Vessel Capsule flux spectrum is at r=215.43cm, z-121.79cm, e-200 

Cavity Capsule flux spectrum is at r=320.06cm, z=177.27cm, 8.9.5*

Cav-ity

2.86728E÷05 

8.06094E÷05 

3.12212E÷06 

5.66333E÷06 

8.51957E÷06 

1.792333+07 

2.45560E÷07 

4.42734E307 

3.495293÷07 

2.787062÷07 

3.45107E÷07 

1.77617E÷07 

5.53974E.06 

2.73420E÷07 

7.43913E÷07 

1.04204E÷08 

1.78811E÷08 

4.19930E÷08 

4.08216E÷08 

2.03052E÷08 

8.59878E+08 

8.37963E÷08 

8.61022E÷08 

1.24396E÷09 

1.60116E+09 

1.70632E÷09 

1.12321E÷09 

8.11518E÷08 

2.54254E.08 

1.18106E÷08 

4.10315E÷08 

2.75023E÷08 

5.69065E+08 

-- 6.34438E+08 

6.49980E÷08 

5.20495E÷08 

7.76458E÷08 

3.70476E÷08 

3.82704E+08 

4.53879E÷08 

5.16374E+08 

2.79154E÷08 

3.44807E÷08 

2.43411E÷08 

2.01739E+08 

4.18805E+08 

1.09568E+09

4-32
Table 4.1.2.11 

Standard Core Loading 

Effect of Selected Crcss Sections an the Calculated Reaction Rates 

Axial Peak Reaction Rate (reactions/sec*atom) 

a 

Thermal Shield Capsule (r=202.25cm, z-121.79cm, =20 ) 

.................................................................... 

.Detector . SAILOR 

*Material . BUGLE93 . ENDF/B.EIV ORNL/TM-11476 

......................................................................... 

.27 -16 -16 

.A1 (n,) 3.88239X=0 4.03820xi0 

.................................................... ....................... 

. 32 -14 

.S (n,p) 2.44909xi0 2.527S9xl0 

......................................................................... 

. 46 -15 -15 

.Ti (n.p) . 4.69939X10 4.54495xi0 

.................................................................... 

.54 -14 -14 .- 14 

.Fe (np) 3.09814X0 . 3.12051xi0 3.07175Iz0 

... .................................................................... 

. 56 -16 -16 

.Fe (np) 5.12145x10 5.54759xi0 

................................ .................................... 

. 58 -14 -14 -14 

.Ni (n,p) 4.19745x10 4.17753xi0 4.10360X:010 

... .................................................................... 

. 63 -16 -16 

.Cu (n,'-:) 2 .51129x0 1.96732xi0 

..... ................................................................ .... 

65 -16 -16 

.Cu (n,2n) 2.42305x!0 2.99767xi0 

.................................................................... 

.115 - -14 . -14 

.In (n,n') 8.72960X10 8.5050310 

........................................-............................ 

. 237 -13 -13 -13 

.Np (n,f) 9.98422x!0 9.46386xi0 9.36238xi0 

.. ..................................................................... 

.238 -13 -13 -13 

.U (n,f) . 1.40695x!0 1.40763x!0 1.41495x10 

... ..................................................................... 

SAILOR used a flat weighting spectrum to collapse the cross sections. 

BUGLE93 used a pressure vessel I/4T weighting spectrum to collapse the 

cross sections. 

4-33
TabW 4.1.2.12 

Standard Core Loading 

Effect of Selected Cross Sectior.3 cn the Calculated Reaction Rates 

Axial Peak Reaction Rate (reactions/secwatom) 

Pressure vessel Capsule (r-2l5.43cmz=l25.49cmG=2e) 

.......................................................................... 

Detector . SAILOR 

material . BUGLE93 ENDF/B-1V ORNL/TZ4-11476 

.......................................................................... 

27 -16 -16 

Al (n,.,0 1.13574=0 1.17931xlO 

.......................................................................... 

. 32 -15 -15 

.S (np) S.08199XIO 5.20481xlO 

.......................................................................... 

. 46 -is -15 

.Ti (np) 1.17613xlO 1.14241xlO 

.......................................................................... 54 -15 -15 -15 

.Fe (n , p) 6.57302XIO 6.78698x10 6.S0612xlO 

.......................................................................... 

. S6 -16 -16 

.Fe (n , P) 1.43009x10 l.S4390xlO 

.......................................................................... 

. ss -15 -15 -15 

.Ni (n , P) 8.62894mlO 8.68697xlO 8.4S897x10 

.......................................................................... 

. 63 -17 -17 

.Cu (n,,:4) 6.86179X10 5.63829x10 

.......................................................................... 

. 6s -16 -16 

.Cu (n,2n) 8.2914OXIO 1.01S44x10 

.......................................................................... 

. 115 -14 -14 

.In (nn') 1.38141xlO 1.33868xlO 

.......................................................................... 

. 237 -13 -13 -13 

.Mp (nf) 1.18077xlO 1.2714SxlO 1.22359xlO 

.......................................................................... 

. 238 -14 -14 -14 

.U (nf) 2.37573xlO 2.39417xlO 2.38418mlO 

.......................................................................... 

----------------------------------------------------------------------

BUGL.E93 used press-are vessel 1/4T weighting spectrum to collapse cross 

sec,ýions. 

SAILOR used flat weighting spectrum to collapse cross sections. 

4-34
*Table 4.1.2.13 

Standard Core Loading 

Effect of Selected Cross Sections on the Calculated Reaction Rates 

Axial Peak Reaction Rate (reactions/sec*atom) 

0 

Cavity Capsule (r=320.O6cm,z=177.27cm,8=9.5) 

. Detector . . SAILOR 

. Material . BUGLE93 . PMMF/B-IV .ORNL/TM-11476 

. 27 .- 18 .- 18 

.Al (nz4) . 1.40434XI0 1.45241x10 

. 32 .- 17 .- 17 

.S (n,p) .4.70800x10 4.88722x10 

. 46 .- 17 .- 17 

.Ti (n~p) . 1.13189xl0 1.10318x10 

. 54 .- 17 .- 17 .- 17 

.Fe (n,p) . 6.14379=10 . 6.25252x10 6.08292x10 

. 56 .- 18 .- 18 

.Fe (n,p) . 1.59444X10 . 1.71283x10 

.58 .- 17 .- 17 .- 17 

.Ni (n,p) . 8.63266x10 8.52622x10 8.60783x10 

... ..................................................................... . 63 .- 19 .- 19 

.Cu (n,,0) . 7.48370x10 6.63479x10 

... ..................................................................... .65 .- 18 .- 18 

.Cu (n,2n) 1 .29640x10 . .56898xl0 

... ..................................................................... . 115 - -16 .- 16 

.In (n,n') . 2.31850x10 2.28786x10 

... ..................................................................... . 237 .- 15 .- 15 .- 15 

-Np (n,f) .4.32775xl0 4.55761x10 4.62438x10 

. 238 .- 16 .- 16 .- 16 

.U (n~f) .3,22105xlO . 3.18192x10 3.24756x10 

BUGLE93 used pressure vessel 1/4T weigeting spectrum to collapse cross 

sections. 

SAILOR used flat weighting spectrum to collapse cross sections. 

4-35
Table 4.1.3.1

Low Leakage Core Loading 

Flux (E>1.0 MEV) At Pressure Vessel

z 195.760cm 195.760cm 195.760cm 192. 062cm 192.062cm

6 O-T

1.53440E+10 

1.53465E+10 

1.53808E+10 

1.55703E+10 

1.58767E+10 

1.62824E+10 

1.68219E+10 

1.75564E+10 

1.82704E+10 

1.89160E+10 

1.96779E+10 

2.04448E+10 

2.11853E+10 

2.18621E+10 

2.24440E+10 

2.28961E+10 

2.31802E+10 

2.32153E+10 

2.30083E+10 

2.29534E+10 

2.25502E+10 

2.20532E+10 

2.12926E+10 

2.09762E+10 

2.05238E+10 

2.01735E+10 

1.99720E10 

2.00115E+10 

2.01135E10 

2.03881E+10 

2.02263E+10 

1.98781E+10 

1.95098E+10 

1.91004E+10

8.77316E+09 

8.77444E+09 

8.80021E+09 

8.90427E+09 

9.07218E+09 

9.29594E+09 

9.59862E÷09 

1.00013E+10 

1.03835E+10 

1.07406E+10 

1.11528E+10 

1.15664E+10 

1.19619E+10 

1.23200E+10 

1.26233E+10 

1.28465E+10 

1.29663E+10 

1.29529E+10 

1.28464E+10 

1.27433E+10 

1.24785E+10 

1.22022E+10 

1.19476E+10 

1.18797E+10 

1.17203E+10 

1.15437E10 

1.14270E+10 

1.13828E+10 

1.13576E+10 

1.13347E+10 

1.12338E+10 

1.11019E+10 

1.09463E+10 

1.07601E+10

4.28603E+09 

4.28683E+09 

4.30069E+09 

4.34861E+09 

4.42652E+09 

4.53086E+09 

4.67203E+09 

4.85784E+09 

5.03303E+09 

5.19834E+09 

5.38592E+09 

5.57393E+09 

5.75164E+09 

5.91054E+09 

6.04233E+09 

6.13457E+09 

6.17690E+09 

6.15850E+09 

6.10690E+09 

6.05719E+09 

5.94840E+09 

5.84253E+09 

5.76314E+09 

5.74106E+09 

5.69289E+09 

5.62920E+09 

5.57020E+09 

5.53295E+09 

5.51286E+09 

5.46461E+09 

5.39127E+09 

5.32148E+09 

5.24838E+09 

5.16669E+09

1.99076E+09 

1.99228E+09 

1.99800E+09 

2.01860E+09 

2.05268E+09 

2.09764E+09 

2.15909E+09 

2.23875E+09. 

2.31405E+09 

2.38465E+09 

2.46500E+09 

2.54425E+09 

2.61885E+09 

2.68456E+09 

2.73773E+09 

2.77331E+09 

2.78773E+09 

2.77813E+09 

2.75654E+09 

2.73661E+09 

2.69583E+09 

2.65651E+09 

2.62921E+09 

2.62093E+09 

2.60318E+09 

-2.57844E+09 

2.55336E+09 

2.53564E+09 

2.52611E+09 

2.49951E+09 

2.46027E+09 

2.42591E+09 

2.39232E+09 

2.35630E+09

8.23397E+08 

8.22090E+08 

8.22556E+08 

8.29407E+08 

8.40659E+08 

8.55525E+08 

8.75460E+08 

9.01185E+08 

9.25666E+08 

9.48505E+08 

9.74243E+08 

9.99594E+08 

1.02321E+09 

1.04386E+09 

1.06007Z+09 

1.07080E+09 

1.07424E+09 

1.07143E+09 

1.06545E+09 

1.05837E+09 

1.04510E+09 

1.03514E+09 

1.03195E+09 

1.02934E+09 

1.02052E+09 

1.01120E+09 

1.00427E+09 

1.00139E+09 

9.98167E+08 

9.83678E+08 

9.67816E+08 

9.56042E+08 

9.44384E+08 

9.31959E+08

4-36

1/4 T 1/2 T 3/4 T T

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31 

32 

33 

34
Table 4.1.3.1

Low Leakage Core Loading 

Flux (E>1.0 MEV) At Pressure Vessel (cont'd)

195.760cm 195.760cm 195.760cm 192.062cm 192.062cm

8 0-T

1.86739E+10 

1.80366E+10 

1.73041E+10 

1.66555E+10 

1.60820E÷10 

1.55741E÷10 

1.51352E+10 

1.48690E+10 

1.46073E+10 

1.41865E+10 

1.37151E÷I0 

1.33673E+10 

1.30799E÷10 

1.25494E+10 

1.19600E+10 

1.15097E+10 

1.12010E+10 

1.08357E10 

1.04211E+10 

1.00285E÷10 

9.66131E+09 

9.27224E+09 

8.96927E÷09 

8.69695E+09 

8.53277E+09 

8.42832E+09 

8.37590E+09

1.05516E+10 

1.02334E+10 

9.84269E+09 

9.48091E+09 

9.15020E+09 

8.85210E+09 

8.59263E+09 

8.43455E+09 

8.27503E+09 

8.02084E+09 

7.74946E+09 

7.56416E+09 

7.38977E+09 

7.09495E+09 

6.77711E+09 

6.53434E+09 

6.36387E÷09 

6.16252E÷09 

5.93579E+09 

5.72101E+09 

5.52110E+09 

5.31364E+09 

5.14457E÷09 

5.00024E+09 

4.90510E+09 

4.84754E+09 

4.81874E+09

5.07709E+09 

4.94250E+09 

4.76751E+09 

4.59813E+09 

4.43900E+09 

4.29191E+09 

4.16180E+09 

4.08174E+09 

4.00094E+09 

3.87306E+09 

3.74090E+09 

3.65350E+09 

3.56792E+09 

3.42879E÷09 

3.28135E+09 

3.16884E+09 

3.08883E+09 

2.99506E+09 

2.88987E+09 

2.79046E+09 

2.69816E÷09 

2.60333E+09 

2.52498E+09 

2.45921E+09 

2.41428E+09 

2.38730E+09 

2.37389E+09

2.31783E+09 

2.26129E+09 

2.18682E÷09 

2.11312E+09 

2.04247E+09 

1.97554E+09 

1.91534E+09. 

1.87822E+09 

1.84044E+09 

1.78133E+09 

1.72135E+09 

1.68243E+09 

1.64378E+09 

1.58211E.09 

1.51753E+09 

1.46838E÷09 

1.43340E+09 

1.39239E+09 

1.34649E+09 

1.30341E÷09 

1.26330E+09 

1.22253E+09 

1.18853E+09 

1.16033E+09 

-1.14066E+09 

1.12900E+09 

1.12311E+09

9.18423E+08 

8.98905E+08 

8.73824E+08 

8.49110E+08 

8.24875E+08 

8.01495E.08 

7.80872E+08 

7.68619E+08 

7.54258E÷08 

7.32955E+08 

7.12752E+08 

7.00233E+08 

6.85980E+08 

6.64330E+08 

6.42842E÷08 

6.26879E+08 

6.15041E+08 

6.00677E+08 

5.85150E÷08 

5.70782E+08 

5.57406E+08 

5.43730E÷08 

5.32574E+08 

5.23063E÷08 

5.16687E+08 

5.12768E+08 

5.10808E÷08

4-37

1/4 T 1/2 T 3/4 T T

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47 

48 

49 

50 

51 

52 

53 

54 

55 

56 

57 

58 

59 

60 

61
Table 4.1.3.2

Low Leakage Core Loading 

Flux (E>0.1 MEV) At Pressure Vessel

z 195.760cm 192.062cm 192.062cm 192.062cm 1 88.363cm

a 0-T

3-S1282E+10 

3.51508E+10 

3.52711E+10 

3.57027E+10 

3.63970E+10 

3.73249E+10 

3.85758E+10 

4.02351E+10 

4.18353E110 

4.33325E+10 

4.50687E+10 

4.68184E+10 

4.85070E+10 

5.005500E+0 

5.13883E+10 

5.24290E+10 

5.31071E+10 

5.33204E10 

5.31259E+10 

5.30582E+10 

5.26165E+10 

5.203263+10 

5.12279E+10 

5.09146E+10 

5.04631E+10 

4.98965E+10 

4.92754E+10 

4.88595E+10 

4.87143E+10 

4.84128E+10 

4.73246E+10 

4.61745E+10 

4.51261E+10 

4.40606E+10

3.02704E+1I0 

3.02935E+10 

3.04196E+10 

3.07688E+10 

3.13189E+1I0 

3.20535E+10 

3.30529E+10 

3.43548E+10 

3.55781E+10 

3.67440E+10 

3.80754E+10 

3.94053E+10 

4.06732E+10 

4.18215E+10 

4.27957E+10 

4.35283E+10 

4.39722E+10 

4.40791E+I10 

4.39562E+10 

4.37594E10 

4.32996E+10 

4.27383E+10 

4.22550E+10 

4.20965E+10 

4.17654E+10 

4.13215E+I10 

4.09019E+I10 

4.06166E+10 

4.04704E+10 

4.00830E+10 

3.93377E+10 

3.86068E+I10 

3.78836E+10 

3.71215E+10

2.22113E+10 

2.22270E+10 

2.23157E+10 

2.25483E+10 

2.29139E+10 

2.34021E+10 

2.40649E+10 

2.49191E+10 

2.57160E+10 

2.64770E+10 

2.73363E+10 

2.81898E+10 

2.89946E+10 

2.97159E+10 

3.03180E+10 

3.07608E+10 

3.10136E+10 

3.10528E+10 

3.09660E+10 

3.08260E+10 

3.05414E+10 

3.02019E+10 

2.99359E+10 

2.98451E+10 

2.96591E+10 

2.93951E+10 

2.91246E+10 

2.89248E+10 

2.88199E+10 

2.85286E+10 

2.80150E+10 

2.75316E+10 

2.70617E+I10 

2.65755E+10

1.44301E+10 

1.44413E+10 

1.44902E+10 

1.46211E+10 

1.48283E+10 

1.51032E+10 

1.54758E+10 

1.59518E+10 

1.63958E+10 

1.68172E+10 

1.72928E+10 

1.77602E10 

1.81990E+10 

1.85887E+10 

1.89088E+10 

1.91393E+10 

1.92662E+10 

1.92783E+10 

1.92279E+10 

1.91510E+10 

1.89986E+10 

1.88162E+10 

1.86754E+10 

1.86275E+10 

-1.85278E+1I0 

1.83828E+10 

1.82328E+10 

1.81185E+10 

1.80575E+10 

1.78878E+10 

1.75897E+10 

1.73121E+10 

1.70433E+10 

1.67672E+10

6.99788E+09 

6.98836E+09 

6.99298E+09 

7.03531E+09 

7.10412E+09 

7.19375E+09 

7.31254E+09 

7.46377E+09 

7.60631E+09 

7.74061E+09 

7.89009E+09 

8.03751E+09 

8.17467E+09 

8.295261E09 

8.39252E+09 

8.46120E+09 

8.49342E+09 

8.49718E+09 

8.48454E+09 

8.45294E+09 

8.39262E+09 

8.34843E+09 

8.33878E+09 

8.32144E+09 

8.26662E+09 

8.20816E+09 

8.16732E+09 

8.14907E+09 

8.12772E+09 

8.03335E+09 

7.91877E+09 

7.83062E+09 

7.74107E+09 

7.64717E+09

4-38

1/4 T 1/2 T 3/4 T T

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31 

32 

33 

34
Table 4.1.3.2

Low Leakage Core Loading 

Flux (E>0.1 MEV) At Pressure Vessel (cont'd)

195.760cm 192.062cm 192.062cm 192.062cm 188.363cm

a 0-T

4.29928E+10 

4.15235E+10 

3.98175E+10 

3.83011E+10 

3.69579E+10 

3.57727E+10 

3.47560E+10 

3.41401E+10 

3.35318E+10 

3.25757E+10 

3.15486E+10 

3.08280E+10 

3.01550E+10 

2.89910E+10 

2.76998E+10 

2.66928E+10 

2.59685E+10 

2.51160E+10 

2.41484E+10 

2.32216E+10 

2.23494E+10 

2.14467E+10 

2.07062E+10 

2.00750E+10 

1.96533E+I10 

1.93961E+10 

1.92676E+10

3.63359E+10 

3.52380E+10 

3.38989E+10 

3.26567E+10 

3.15146E+10 

3.04739E+10 

2.95591E+10 

2.90021E+10 

2.84515E+10 

2.75887E+10 

2.66975E+10 

2.61107E+10 

2.55299E+10 

2.45803E+10 

2.35556E+10 

2.27626E+10 

2.21913E+10 

2.15200E+I0 

2.07621E+10 

2.00390E+10 

1.93633E+10 

1.86736E+10 

1.80885E+10 

1.76088E+10 

1.72653E+10 

1.70632E+10 

1.69621E+10

2.60734E+10 

2.53707E+10 

2.44850E+10 

2.36356E+10 

2.28361E+10 

2.20894E+10 

2.14233E+10 

2.10144E+10 

2.06084E+10 

1.99771E+10 

1.93417E+10 

1.89330E+10 

1.85216E+10 

1.78677E÷10 

1.71760E+10 

1.66431E+10 

1.62585E+10 

1.58102E+10 

1.53063E+10 

1.48272E+10 

1.43812E+10 

1.39284E+10 

1.35425E+10 

1.32283E+10 

1.29992E+10 

1.28644E+10 

1.27974E+10

1.64844E+10 

1.60876E+10 

1.55824E+10 

1.50896E+10 

1.46187E+10 

1.41716E+10 

1.37682E+10 

1.35201E+10 

1.32718E+10 

1.28889E+10 

1.25076E+10 

1.22649E+10 

1.20206E+10 

1.16368E+10 

1.12353E+10 

1.09280E+10 

1.07070E+10 

1.04496E+10 

1.01608E+10 

9.88800E+09 

9.63410E+09 

9.37780E+09 

9.15878E+09 

8.98124E+09 

-8.85108E+09 

8.77485E+09 

8.73658E+09

7.54705E+09 

7.40745E+09 

7.23521E+09 

7.06796E+09 

6.90420E+09 

6.74600E+09 

6.60829E+09 

6.52740E+09 

6.43057E+09 

6.28995E+09 

6.16164E+09 

6.08359E+09 

5.99025E+09 

5. 8522!3+09 

5.71654E+09 

5.61674E÷09 

5.54076E+09 

5.44866E+09 

5.34973E+09 

5.25839E+09 

5.17291E+09 

5.08597E÷09 

5.01388E+09 

4.95316E+09 

4.91117E+09 

4.88541E÷09 

4.87254E+09

4-39

1/4 T 1/2 T 3/4 T T

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47 

48 

49 

50 

51 

52 

53 

54 

55 

56 

57 

58 

59 

60 

61
Table 4.1.3.3

Low Leakage Core Loading 

DPA Rates At Pressure Vessel

z 195.760cm 195.760cm 192.062cm 192.062cm 188.363cm

* O-T

2.38408E-11 

2.38422E-11 

2.38959E-11 

2.41832E-11 

2.46448E-11 

2.52577E-11 

2.60725E-11 

2.71750E-11 

2.82433E-11 

2.92148E-11 

3.03556E-11 

3.15028E-11 

3.26076E-11 

3.36165E-11 

3.44817E-11 

3.51521E-1. 

3.55740E-11 

3.56417E-11 

3.53632E-11 

3.52999E-11 

3.47474E-11 

3.40785E-11 

3.30276E-11 

3.25732E-11 

3.19118E-11 

3.14028E-11 

3.10954E-11 

3.11401E-11 

3.12701E-11 

3.16166E-11 

3.12960E-11 

3.07275E-11 

3.01353E-11 

2.94963E-11

1.55955E-11 

1.56009E-11 

1.565211-11 

1.58313E-11 

1.611701-11 

1.64973E-11 

1.70115E-11 

1.76899E-11 

1.83312E-11 

1.89326E-11 

1.96244E-11 

2.03159E-11 

2.09756E-11 

2.15719E-11 

2.20764E-11 

2.24506E-11 

2.26613E-11 

2.26669E-11 

2.25261E-11 

2.23867E-11 

2.20155E-11 

2.16161E-11 

2.12429E-11 

2.11416E-11 

2.08982E-11 

2.06187E-11 

2.04160E-11 

2.03227E-11 

2.02682E-11 

2.01857E-11 

1.99466E-11 

1.96674E-11 

1.93605E-11 

1.90133E-11

9.39363E-12 

9.39798E-12 

9.43129E-12 

9.53091E-12 

9.68945E-12 

9.90120E-12 

1.01876E-11 

1.05604E-11 

1.09096E-11 

1.12406E-11 

1.16153E-11 

1.19884E-11 

1.23403E-11 

1.26551E-11 

1.29166E-11 

1.31046E-11 

1.32017Z-11 

1.31923E-11 

1.31215E-11 

1.30431E-11 

1.28717E-11 

1.26920E-11 

1.25544E-11 

1.25133E-11 

1.24244E-11 

1.230301-11 

1-21841E-11 

1.21033E-11 

1.20595E-11 

1.19489E-11 

1.17665E-11 

1.15918E-11 

1.14154E-11 

1.12258E-1.1

5.40361E-12 

5.40757E-12 

5.42461E-12 

5.47507E-12 

5.55601E-12 

5.66317E-12 

5.80853E-12 

5.99534E-12 

6.17030E-12 

6.33545E-12 

6.52236E-12 

6.70611E-12 

6.87870E-12 

7.03136E-12 

7.15596E-12 

7.24316E-12 

7.28642E-12 

7.28019E-12 

7.24780E-12 

7.21147E-12 

7.13698E-12 

7.05717E-12 

6.99884E-12 

6.98013E-12 

-6.94029E-12 

6.88322E-12 

6.82410E-12 

6.78055E-12 

6.75719E-12 

6.69154E-12 

6.58513E-12 

6.48794E-12 

6.39306E-12 

6.29390E-12

2.51654E-12 

2.51310E-12 

2.51469E-12 

2.53107E-12 

2.55777E-12 

2.59272E-12 

2.63917E-12 

2.69861E-12 

2.75478E-12 

2.80746E-12 

2.86633E-12 

2.92430E-12 

2.97820E-12 

3.02544E-12 

3.06305E-12 

3.08889E-12 

3.09939E-12 

3.09740E-12 

3.08863E-12 

3.07454E-12 

3.04771E-12 

3.02807E-12 

3.02309E-12 

3.01648E-12 

2.99542E-12 

2.97302E-12 

2.95691E-12 

2.94980E-12 

2.94164E-12 

2.90582E-12 

2.86408E-12 

2.83241E-12 

2.80057E-12 

2.76681E-12

4-40

1/4 T 1/2 T 3/4 T T

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31 

32 

33 

34
Table 4.1.3.3

Low Leakage Core Loading 

DPA Rates At Pressure Vessel (cont'd)

z 195.760cm 195.760cm 192.062cm 192.062cm 188.363cm

a O-T

2.88398E-11 

2.78796E-11 

2.67692E-11 

2.57775E-11 

2.48937E-11 

2.41041E-11 

2.34184E-11 

2.30022E-11 

2.25905E-11 

2.19312E-11 

2.12060E-11 

2.06797E-11 

2.02303E-11 

1.94187E-11 

1.85272E-11 

1.78502E-11 

1.73789E-11 

1.68195E-11 

1.61920E-11 

1.5599SE-II 

1.50479E-11 

1.44661E-11 

1.40107E-11 

1.36042E-11 

1.33559E-11 

1.31982E-11 

1.31192E-11

1.86380E-11 

1.80855E-11 

1.74071E-11 

1.67755E-11 

1.61941E-11 

1.56642E-11 

1.51989E-11 

1.49147E-11 

1.46309E-11 

1.41807E-11 

1.37072E-11 

1.33889E-11 

1.30858E-11 

1.25806E-11 

1.20384E-11 

1.16250G-lI 

1.13316E-11 

1.09859E-11 

1.05979E-11 

1.02315E-11 

9.89088E-12 

9.54003E-12 

9.25079E-12 

9.00690E-12 

8.84186E-12 

8.74286E-12 

8.69328E-12

1.10248E-11 

1.07342E-11 

1.03619E-11 

1.00023E-11 

9.66302E-12 

9.34644E-12 

9.06421E-12 

8.89053E-12 

8.71701E-12 

8.44480E-12 

8.16765E-12 

7.98755E-12 

7.80901E-12 

7.52280E-12 

7.22083E-12 

6.99004E-12 

6.82481E-12 

6.63156E-12 

6.41541E-12 

6.21092E-12 

6.02144E-12 

5.82796E-12 

5.66607E-12 

5.53201E-12 

5.43758E-12 

5.38139E-12 

5.35346E-12

6.19058E-12 

6.04316E-12 

5.85272E-12 

5.66564E-12 

5.48621E-12 

5.31566E-12 

5.16162E-12 

5.06666E-12 

4.97125E-12 

4.82319E-12 

4.67478E-12 

4.57978E-12 

4.48482E-12 

4.33502E-12 

4.17851E-12 

4.05933E-12 

3.97391E-12 

3.87432E-12 

3.76283E-12 

3.65801E-12 

3.56054E-12 

3.46205E-12 

3.37875E-12 

3.31068E-12 

-3.26174E-12 

3.23297E-12 

3.21847E-12

2.73052E-12 

2.67923E-12 

2.61479E-12 

2.55170E-12 

2.48977E-12 

2.42983E-12 

2.37729E-12 

2.34620E-12 

2.30949E-12 

2.25563E-12 

2.20575E-12 

2.17518E-12 

2.13953E-12 

2.08621E-12 

2.03375E-12 

1.99505E-12 

1.96598E-12 

1.93071E-12 

1.89281E-12 

1.85783E-12 

1.82520E-12 

1.79201E-12 

1.76468E-12 

1.74160E-12 

1.72582E-12 

1.71617E-12 

1.71132E-12

4-41

1/4 T 1/2 T 3/4 T T

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47 

48 

49 

50 

51 

52 

53 

54 

55 

56 

57 

58 

59 

60 

61
Table 4.1.3.4

Low Leakage Core Loading 

Flux (E>1.0 MEV) At Pressure Vessel Lower Weld 

(z=67.1048cm)

1/4 T 1/2 T 3/4 T

1.28711E+10 

1.28733E+10 

1.29021E+10 

1.30611E+10 

1.33183E+10 

1.36588E+10 

1.41116E+10 

1.47280E+10 

1.53273E+10 

1.58692E+10 

1.65088E+10 

1.71525E+10 

1.77741E+10 

1.83422E+10 

1.88307E+10 

1.92103E+10 

1.94489E+10 

1.94785E+10 

1.93051E+10 

1.92590E+10 

1.89210E+10 

1.85042E+10 

1.78667E+10 

1.76017E+10 

1.72228E+10 

1.69291E+10 

1.67598E+10 

1.67921E+10 

1.68773E+10 

1.71066E+10 

1.69701E+10 

1.66776E+10 

1.63684E+10

7.33657E+09 

7.33765E+09 

7.35922E+09 

7.44626E+09 

7.58671E+09 

7.77389E+09 

8.02708E+09 

8.36394E+09 

8.68363E+09 

8.98236E+09 

9.32720E+09 

9.67316E+09 

1.00040E+10 

1.03036E+10 

1.05574E3I0 

1.07441E+10 

1.08444E+10 

1.08332E+10 

1.07442E+10 

1.06580E+10 

1.04366E+10 

1.02055E+10 

9.99265E+09 

9.93589E+09 

9.80265E+09 

9.65495E+09 

9.55736E+09 

9.52031E+09 

9.49922E+09 

9.47987E+09 

9.39528E+09 

9.28489E+09 

9.15470E+09

3.57204E+09 

3.57271E+09 

3.58427E+09 

3.62421E+09 

3.68915E+09 

3.77612E+09 

3.89380E+09 

4.04869E+09 

4.19472E+09 

4.33252E+09 

4.48889E+09 

4.64562E+09 

4.79375E+09 

4.92622E+09 

5.03609E+09 

5.11298E+09 

5.14828E+09 

5.13296E4-09 

5.08997E+09 

5.04853E+09 

4.95786E+09 

4.86962E+09 

4.803442+09 

4.78504E+09 

4.74489E+09 

4.69180E+09 

4.64261E+09 

4.61156E+09 

4.59482E+09 

4.55459E+09 

4.49343E+09 

4.43524E+09 

4.37430E+09

1.65025E+09 

1.65152E+09 

1.65625E+09 

1.67333E+09 

1.70158E+09 

1.73886E+09 

1.78981E+09 

1.85585E+09 

1.91827E+09 

1.97681E+09 

2.04342E+09 

2.10913E+09 

2.17098E+09 

2.22545E+09 

2.26953E+09 

2.29903E+09 

2.31099E+09 

2.30303E+09 

2.28513E+09 

2.26861E+09 

2.23479E+09 

2.20219E+09 

2.17955E+09 

-2.17269E+09 

2.15797E+09 

2.13746E+09 

2.11667E+09 

2.10197E+09 

2.09408E+09 

2.07202E+09 

2.03950E+09 

2.01101E+09 

1.98317E+09

6.74094E+08 

6.73025E+08 

6.73405E+08 

6.79015E+08 

6.88227E+08 

7.00398E+08 

7.16719E+08 

7.37781E+08 

7.57825E+08 

7.76523E+08 

7.97595E+08 

8.18351E+08 

8.37686E÷08 

8.54590E+08 

8.67861E+08 

8.76649E+08 

8.79459E+08 

8.77152E+08 

8.72255E+08 

8.66458E+08 

8.55582E+08 

8.47429E+08 

8.44817E+08 

8.42677E+08 

8.35460E+08 

8.27829E+08 

8.22157E+08 

8.19795E+08 

8.17157E+08 

8.05294E+08 

7.92311E+08 

7.82675E+08 

7.73134E+08

4-42

a 0-T T

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31 

32 

33
Table 4.1.3.4

Low Leakage Core Loading 

Flux (E>1.0 MEV) At Pressure Vessel Lower Weld (cont'd) 

(z=67 .1048cm)

e 0-T 1/4 T 1/2 T 3/4 T T

1.60247E+10 

1.56667E+10 

1.51317E+10 

1.45170E+10 

1.39726E+10 

1.34914E+10 

1.30653E+10 

1.26972E+10 

1.24739E+10 

1.22544E+10 

1.19015E+10 

1.15061E+10 

1.12144E+10 

1.09733E+10 

1.05283E+10 

1.00338E+10 

9.65588E+09 

9.39684E+09 

9.09028E+.09 

8.74234E+09 

8.41276E+09 

8.10445E÷09 

7.77782E+09 

7.52341E+09 

7.29479E+09 

7.15689E+09 

7.06918E+09 

7.02516E+09

8.99886E+09 

8.82449E÷09 

8.55825E+09 

8.23144E+09 

7.92884E+09 

7.65224E÷09 

7.40293Z+09 

7.18595E+09 

7.05376E+09 

6.92036E÷09 

6.70781E+09 

6.48088E+09 

6.32593E+09 

6.18010E÷09 

5.93354E+09 

5.66771E+09 

5.46464E+09 

5.32206E+09 

5.15364E+09 

4.96398E÷09 

4.7843!E+09 

4.61705E+09 

4.44349E÷09 

4.30203E+09 

4.18128E+09 

4.10166E+09 

4.05350E+09 

4.02940E+09

4.30619E+09 

4.23151E÷09 

4.11931E+09 

3.97345E+09 

3.83226E+09 

3.69963E+09 

3.57704E109 

3.46860E÷09 

3.40188E+09 

3.33454E+09 

3.22797E+09 

3.11782E+09 

3.04498E+09 

2.97365E+09 

2.85770E+09 

2.73480E+09 

2.64103E+09 

2.57433E+09 

2.49618E+09 

2.40849E+09 

2.32563E+09 

2.24869E+09 

2.16963E+09 

2.10431E+09 

2.04948E+09 

2.01203E+09 

1.98953E+09 

1.97835E+09

1.95330E+09 

1.92141E+09 

1.87454E+09 

1.81281E+09 

1.75171E+09 

1.69314E+09 

1.63766E+09 

1.58776E+09. 

1.55698E+09 

1.52566E+09 

1.47666E+09 

1.42694E+09 

1.39468E÷09 

1.36264E÷09 

1.31152E+09 

1.25798E.09 

1.21723E+09 

1.18823E+09 

1.15423E+09 

1.11618E+09 

1.08047E+09 

1.04721E+09 

1.01341E+09 

9.85220E+08 

9.61838E+08 

4.45530E+08 

9.35864E+08 

9.30987E+08

7.62965E+08 

7.51886E+08 

7.35910E+08 

7.15377E+08 

6.95144E+08 

6.75303E+08 

6.56161E+08 

6.39276E+08 

6.29244E+08 

6.17486E+08 

6.00044E+08 

5.83502E+08 

5.73252E+08 

5.61582E+08 

5.43856E+08 

5.26263E+08 

5.13194E+08 

5.03501E+08 

4.91741E+08 

4.79030E+08 

4.67267E+08 

4.56317E+08 

4.45120E+08 

4.35988E+08 

4.28201E+08 

4.22982E+08 

4.19773E+08 

4.18169E+08

4-43

34 

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47 

48 

49 

50 

51 

52 

53 

54 

55 

56 

57 

58 

59 

60 

61
Table 4.1.3.5

Low Leakage Core Loading 

Flux (E> 0.1MEV) At Pressure Vessel Lower Weld 

(z=67 .1048cm)

e 0-T 1/4 T 1/2 T 3/4 T

2.93710E+10 

2.93899E+10 

2.94905E+10 

2.98514E+10 

3.04322E+10 

3.12082E+10 

3.22544E+10 

3.36423E+10 

3.49807E+10 

3.62329E+10 

3.76851E+10 

3.91487E+10 

4.05611E+10 

4.18560E+10 

4.29712E+10 

4.38418E+I0 

4.44090E+10 

4.45872E+10 

4.44242E+10 

4.43673E+10 

4.39971E+10 

4.35074E+10 

4-28330E+10 

4.25705E+10 

4.21924E+10 

4.17182E+10 

4.11989E+10 

4.08515E+10 

4.07304E+10 

4.04793E+10 

3.95703E+10 

3.86091E+10 

3.77327E+10 

3.68419E+10

2.51181E+10 

2.51373E+10 

2.52419E+10 

2.55317E+10 

2.59884E+10 

2.65982E+10 

2.74279E+10 

2.85088E+10 

2.95244E+10 

3.04924E+10 

3.15978E+10 

3.27020E+10 

3.37548E+10 

3.47082E+10 

3.55171E+10 

3.61253E+10 

3.64937E+10 

3.65819E+10 

3.64792E+10 

3.63153E+10 

3.59323E+10 

3.54652E+10 

3.50631E+10 

3.49313E+10 

3.46559E+10 

3.42871E+10 

3.39388E+10 

3.37023E+10 

3.35811E+10 

3.32602E+10 

3.26427E+10 

3.20368E+10 

3.14371E+10 

3.08050E+10

1.82841E+10 

1.82970E+10 

1.83700E+10 

1.85616E+10 

1.88628E+10 

1.92649E+10 

1.98110E+10 

2.05147E+10 

2.11713E+10 

2.17983E+10 

2.25063E+10 

2.32095E+10 

2.38727E+10 

2.44670E+10 

2.49631E+10 

2.53278E+10 

2.55359E+10 

2.55678E+10 

2.54958E+10 

2.53801E+10 

2.51449E+10 

2.48648E+10 

2.46453E+10 

2.45704E+10 

2.44171E+10 

2.41995E+10 

2.39766E+10 

2.38121E+10 

2.37257E+10 

2.34859E+10 

2.30633E+10 

2.26656E+10 

2.22789E+10 

2.18788E+10

1.17509E+10 

1.17600E+10 

1.17998E+10 

1.19066E+10 

1.20755E+10 

1.22997E+10 

1.26035E+10 

1.29917E+10. 

1.33538E+10 

1.36975E+10 

1.40854E+10 

1.44666E+10 

1.48245E+10 

1.51424E+10 

1.54034E+10 

1.55913E+10 

1.56947E+10 

1.57043E+10 

1.56629E+10 

1.56000E+10 

1.54755E+10 

1.53265E+10 

1.52116E+10 

1.51725E+10 

1.50912E+10 

-. 49729E+10 

1.48506E+10 

1.47575E+10 

1.47077E+10 

1.45694E+10 

1.43265E+10 

1.41004E+10 

1.38814E+10 

1.36565E+10

5.58424E+09 

5.57663E+09 

5.58032E+09 

5.61423E+09 

5.66936E+09 

5.74118E+09 

5.83637E+09 

5.95759E+09 

6.07184E+09 

6.17947E+09 

6.29929E+09 

6.41746E+09 

6.52740E+09 

6.62407E+09 

6.70202E+09 

6.75704E+09 

6.78283E+09 

6.78575E+09 

6.77550E+09 

6.75017E+09 

6.70178E+09 

6.66630E+09 

6.65848E+09 

6.64461E+09 

6.60072E+09 

6.55390E+09 

6.52118E+09 

6.50656E+09 

6.48947E+09 

6.41396E+09 

6.322283+09 

6.25174E+09 

6.18010E+09 

6.10498E+09

4-44

T

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31 

32 

33 

34
Table 4.1.3.5

Low Leakage Core Loading 

Flux (E> 0.1MEV) At Pressure Vessel Lower Weld (cont'd) 

(z=67 .1048cm)

a 0-T 1/4 T 1/2 T 3/4 T

3.59489E+10 

3.47201E+10 

3.32933E+10 

3.20252E+10 

3.09021E+10 

2.99111E+10 

2.90611E+10 

2.85462E+10 

2.80376E+10 

2.72383E+10 

2.63794E+10 

2.57768E+10 

2.52141E+10 

2.42407E+10 

2.31608E+10 

2.23185E+10 

2.17128E+10 

2.09999E+10 

2.01906E+10 

1.94156E+10 

1.86861E+10 

1.79310E+10 

1.73116E+10 

1.67836E+10 

1.64309E+10 

1.62159E+10 

1.61084E+10

3.01531E+10 

2.92419E+10 

2.81305E+10 

2.70996E+10 

2.61517E+10 

2.52881E+10 

2.45290E+10 

2.40669E+10 

2.36099E+10 

2.28939E+10 

2.21542E+10 

2.16671E+10 

2.11851E+10 

2.03968E+10 

1.95461E+10 

1.88878E+10 

1.84136E+10 

1.78564E+10 

1.72273E+10 

1.66270E+10 

1.60662E+10 

1.54936E+10 

1.50079E+10 

1.46097E+10 

1.43246E+10 

1.41568E+10 

1.40729E+10

2.14655E+10 

2.08869E+I10 

2.01575E+10 

1.94580E+10 

1.87997Z+10 

1.81849E+10 

1.76364E+10 

1.72997E+I10 

1.69655E+10 

1.64456E+10 

1.59223E+10 

1.55856E+10 

1.52468E+10 

1.47082E+10 

1.41384E+10 

1.36995E+10 

1.33828E+10 

1.30134E+10 

1.25984E+10 

1.22037E+10 

1.18364E+10 

1.14634E+10 

1.114551+10 

1.08868E+10 

1.06980E+10 

1.05871E+10 

1.05318E+10

1.34261E+10 

1.31028E+10 

1.26911E+10 

1.22894E+10 

1.19057E+10 

1.15413E+10 

1.12126E+10 

1.10104E+10 

1.08081E+10 

1.04960E+10 

1.01852E+10 

9.98731E+09 

9.78816E+09 

9.47526E+09 

9.14794E+09 

8.89740E+09 

8.71725E+09 

8.50741E+09 

8.27198E+09 

8.04958E+09 

7.84258E+09 

7.63362E+09 

7.45507E+09 

7.31032E+09 

7.20422E+09 

7.14208E+09 

7.11088E+09

6.02487E+09 

5.91316E+09 

5.77532E+09 

5.64145E+09 

5.51038E+09 

5.38378E+09 

5.27356E+09 

5.20881E+09 

5.13132E+09 

5.01877E+09 

4.91604E+09 

4.85354E+09 

4.77883E+09 

4.66822E+09 

4.55968E÷09 

4.47975E+09 

4.41892E+09 

4.34517E+09 

4.26595E+09 

4.19281E+09 

4.12436E+09 

4.05474E+09 

3.99701E+09 

3.94838E+09 

3.91477E+09 

3.89414E+09 

3.88383E+09

4-45

T

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47 

48 

49 

50 

51 

52 

53 

54 

55 

56 

57 

58 

59 

60 

61
Table 4.1.3.6

Low Leakage Core Loading 

DPA Rates At Pressure Vessel Lower Weld 

(z=67-1048cm)

e 0-T 1/4 T 1/2 T 3/4 T

1.99532E-1I 

1.99544E-li 

1.99995E-II 

2.02400E-lI 

2.06267E-lI 

2.11399E-Il 

2.18223E-lI 

2.27456E-il 

2.36404E-lI 

2.44541E-lI 

2.54095E-lI 

2.63704E-Il 

2.72959E-lI 

2.81410E-lI 

2.88659E-Il 

2.94278E-li 

2.97810K-li 

2.98379E-1i 

2.96049E-Il 

2.95517E-Il 

2.90892E-11 

2.85286E-li 

2.76489E-Il 

2.72688E-1i 

2.67157E-I1 

2.62895E-II 

2.60319E-Il 

2.60687E-11 

2.61771E-il 

2.64664E-lI 

2.61978K-lI 

2.57217E-lI 

2.52259E-11

1.29823E-il 

1.29867E-i1 

1.30293E-li 

1.31786E-II 

1.34165E-li 

1.37332E-li 

1.41615E-Il 

1.47266E-il 

1.52608E-11 

1.57617E-lI 

1.63380E-lI 

1.69140E-li 

1.74635E-Il 

1.79603E-il 

1.83806E-Il 

1.86923E-I1 

1.88678E-lI 

1.88722E-lI 

1.87547K-Il 

1.86383E-li 

1.83286E-lI 

1.79954E-lI 

1.76841E-lI 

1.75997E-lI 

1.73967E-lI 

1.71638E-li 

1.69950K-lI 

1.69174E-Il 

1.68722E-il 

1.68037E-li 

1.66050KE-I 

1.63729E-1I 

1.61176E-I1

7.76481E-12 

7.76839E-12 

7.79590K-12 

7.87829E-12 

8.00945E-12 

8.18464E-12 

8.42159E-12 

8.73003E-12 

9.01903E-12 

9.29286E-12 

9.60288E-12 

9.91163E-12 

1.02028E-lI 

1.04633E-lI 

1.06797E-lI 

1.08352E-Il 

1.09155E-Il 

1.09075E-il 

1.08485E-li 

1.07835E-lI 

1.06412E-Il 

1.04922E-II 

1.03782E-lI 

1.03441E-il 

1.02706E-Il 

1.01701E-lI 

1.00717E-Il 

1.00049E-li 

9.96867E-12 

9.87730E-12 

9.72667E-12 

9.58245E-12 

9.43677E-12

4.42089E-12 

4.42412E-12 

4.43806E-12 

4.47940E-12 

4.54573E-12 

4.63356E-12 

4.75270E-12 

4.90582E-12 

5.04925E-12 

5.18462E-12 

5.33784E-12 

5.48848E-12 

5.62997E-12 

5.75511E-12 

5.85723E-12 

5.92866E-12 

5.96402E-12 

5.95873E-12 

5.93199E-12 

5.90210E-12 

5.84082E-12 

5.77528E-12 

5.72741E-12 

5.71207E-12 

5.67940E-12 

5.63261E-12 

5.58416E-12 

5.54848E-12 

5.52934E-12 

5.47557E-12 

5.38851E-12 

5.30903E-12 

5.23144E-12

2.01856E-12 

2.01579E-12 

2.01706E-12 

2.03028E-12 

2.05181E-12 

2.08002E-12 

2.11750E-12 

2.16547E-12 

2.21081E-12 

2.25332E-12 

2.30084E-12 

2.34764E-12 

2.39114E-12 

2.42927E-12 

2.45961E-12 

2.48045E-12 

2.48889E-12 

2.48722E-12 

2.48005E-12 

2.46866E-12 

2.44696E-12 

2.43106E-12 

2.42701E-12 

2.42169E-12 

2.40471E-12 

2.38665E-12 

2.37366E-12 

2.36793E-12 

2.36137E-12 

2.33249E-12 

2.29889E-12 

2.27341E-12 

2.24780E-12

4-46

T

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31 

32 

33
Table 4.1.3.6

Low Leakage Core Loading 

DPA Rates At Pressure Vessel Lower Weld (cont'd) 

(z=67.1048cm)

a 0-T 1/4 T 1/2 T 3/4 T

2.46908E-li 

2.41409E-il 

2.33367E-11 

2.24068E-Il 

2.15764E-II 

2.08365E-il 

2.01756E-11 

1.96017E-11 

1.92534E-II 

1.89088E-Il 

1.83572E-Il 

1.77502E-Il 

1.73098E-lI 

1.69336E-li 

1.62543E-lI 

1.55079E-Il 

1.49410E-1i 

1.45464E-Il 

1.40780E-lI 

1.35525E-il 

1.30564E-I1 

1.25941E-Il 

1.21068E-lI 

1.17252E-lI 

1.13846E-il 

1.I1765E-11 

1.10445E-lI 

1.09782E-11

1.58286E-11 

1.55163E-lI 

1.50562E-Il 

1.44913E-Il 

1.39654E-lI 

1.34813E-il 

1.30402E-li 

1.26528E-li 

1.24163E-lI 

1.21800K-II 

1.18053E-il 

1.14110KE-I 

1.11460E-Il 

1.08936E-Il 

1.04729E-li 

1.00213E-li 

9.67703E-12 

9.4327CE-12 

9.14481E-12 

8.82172E-12 

8.51653E-12 

8.23284E-12 

7.94060E-12 

7.69970E-12 

7.49655E-12 

7.35909E-12 

7.27665E-12 

7.23535E-12

9.28015E-12 

9.11402E-12 

8.87380E-12 

8.56597E-12 

8.26858E-12 

7.98804E-12 

7.72628E-12 

7.49295E-12 

7.34935E-12 

7.20588E-12 

6.98077E-12 

6.75156E-12 

6.60257E-12 

6.45491E-12 

6.21815E-12 

5.96835E-12 

5.77744E-12 

5.64077E-12 

5.48092E-12 

5.30212E-12 

5.13298E-12 

4.97624E-12 

4.81620E-12 

4.68229E-12 

4.57139K-12 

4.49330E-12 

4.44683E-12 

4.42372E-12

5.15031E-12 

5.06576E-12 

4.94508E-12 

4.78915E-12 

4.63594E-12 

4.48900E-12 

4.34933E-12 

4.22319E-12 

4.14542E-12 

4.06728E-12 

3.94600E-12 

3.82442E-12 

3.74658E-12 

3.66878E-12 

3.54604E-12 

3.41780E-12 

3.32015E-12 

3.25017E-12 

3.16857E-12 

3.07722E-12 

2.99135E-12 

2.91150E-12 

2.83080E-12 

2.76256E-12 

1.70678E-12 

2.66670E-12 

2.64313E-12 

2.63126E-12

2.22065E-12 

2.19144E-12 

2.15014E-12 

2.09824E-12 

2.04741E-12 

1.99753E-12 

1.94924E-12 

1.90690E-12 

1.88185E-12 

1.85227E-12 

1.80887E-12 

1.76866E-12 

1.74401E-12 

1.71527E-!2 

1.67225E-12 

1.63000E-12 

1.59879E-12 

1.57536E-12 

1.54694E-12 

1.51638E-12 

1.48818E-12 

1.46188E-12 

1.43513E-12 

1.41310E-12 

1.39450E-12 

1.38178E-12 

1.37400E-12 

1.37010E-12

4-47

T

34 

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47 

48 

49 

50 

51 

52 

53 

54 

55 

56 

57 

58 

59 

60 

61
Table 4.1.3.7

Low Leakage Core Loading 

Downcomer Fluxes and DPA Rates 

(r=210 .50cm, z=195.76cm)

FLUX DPA/s

8 (E>I. 0 MEV)

3.18651E+10 

3.18411E+10 

3.18950E+10 

3.23444E+10 

3.30588E+10 

3.40324E+10 

3.53272E+10 

3.71271E+10 

3.891753+10 

4.05292E+10 

4.24824E+10 

4.44983E+10 

4.64801E+10 

4.83429E+10 

4.99792E+10 

5.12922E+10 

5.21975E+10 

5.24664E+10 

5.19313E+10 

5.19369E+10 

5.06161E+10 

4.93955E+10 

4.76592E+10 

4.74112E+10 

4.65370E+10 

4.55225E+10 

4.48305E+10 

4.45762E+10 

4.43745E+10 

4.43231E+10

(E>0.1 MEV) 

5.60212Z+10 

5.60045E+10 

5.61790E+10 

5.70009E+10 

5.83302E+10 

6.01477E+10 

6.26086E+10 

6.60018E+10 

6.93465E÷10 

7.24619E+10 

7.62165E÷10 

8.01112E+10 

8.39766E+10 

8.76671E+10 

9.09645E+10 

9.37011E+10 

9.57035E+10 

9.66256E+10 

9.62961E+10 

9.63712E+10 

9 48906E+10 

9.33077E+10 

9.11678E+10 

9.07098E+10 

8.94933E+10 

8.78887E+10 

8.64338E+10 

8.55482E+10 

8.50526E+10 

8.39937E+10

4.83286E-11 

4.82945E-11 

4.83900E-11 

4.90644E3-1 

5.01388E-11 

5.16032E-11 

5.35612E-11 

5.62794E-11 

5.89651E-11 

6.140503-11 

6.43572E-11 

6.74051E-11 

7.04078E-11 

7.32390E-11 

7.57330E-11 

7.77541E-11 

7.91657E-11 

7.96417E-11 

7.89526E-11 

7.89538E-11 

7.71096E-11 

7.53354E-11 

7.28851E-11 

7.25287E-11 

7.12210E-11 

6.97135E-11 

6.86578E-11 

6.82517E-11 

6.79163E-11 

6.77442E-11

4-48

FLUX

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

is 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30
Figure 4.1.3.7

Low Leakage Core Loading 

-Downcomer Fluxes and DPA Rates (cont'd) 

(r=210.50cm, z=195.76cm)

FLUX FLUX DPA/s

a (E>1. 0 MEV)

4.37137E÷10 

4.29418E+10 

4.20618E+10 

4.10899E+10 

4.00589E10 

3.84513E+10 

3.67752E+10 

3.53559E+10 

3.41932E+10 

3.32277E+10 

3.24444E÷10 

3.20013E+10 

3.15354E+10 

3.08166E+10 

2.99768E+10 

2.92380E÷10 

2.87002E+10 

2.75257E+10 

2.61091E+10 

2.49621E+10 

2.42073E+10 

2.32986E+10 

2.22364E+10 

2.12117E+10 

2.02471E10 

1.92168E+10 

1.84344E+10 

1.77035E+IC 

1.72778E+10 

1.69920E+10 

1.68483E+10

(E>0.1 MEV) 

8.16508E+10 

7.93698E+10 

7.71129E+10 

7.48318E+10 

7.253221+10 

6.92870E+10 

6.59132E+10 

6.31654E+10 

6.10148E+10 

5.93237E+10 

5.80441E+10 

5.73483E+10 

5.66412E+10 

5.55360E+10 

5.42423Z+10 

5.31363E+10 

5.22066E÷10 

5.02271E+10 

4.77301E+10 

4.56059E+10 

4.41343E+10 

4.23330E+10 

4.02029E+10 

3.81266E+10 

3.61638E+10 

3.40970E+10 

3.24515E+10 

3.10056E+10 

3.00773E+10 

2.94950E+10 

2.92019E+10

6.66917E-11 

6.54131E-11 

6.39939E-11 

6.24558E-11 

6.08455E-11 

5.84054E-11 

5.58178E-11 

5.36466E-11 

5.18752E-11 

5.04129E-11 

4.92320E-11 

4.85610E-11 

4.78768E-11 

4.680201-11 

4.55506E-11 

4.44744E-11 

4.36479E-11 

4.18811E-11 

3.97461E-11 

3.80329E-11 

3.68774E-11 

3.548201-11 

3.38616E-11 

3.22988E-11 

3.08309E-11 

2.92691E-11 

2.80702E-11 

2.69749E-11 

2.63223E-11 

2.58882E-11 

2.56643E-11

4-49

31 

32 

33 

34 

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47 

48 

49 

50 

51 

52 

53 

54 

55 

56 

57 

58 

59 

60 

61
Table 4.1.3.8

Low Leakage Core Loading 

Cavity Fluxes and DPA Rates 

(r=320.06cm,z=184.665cm)

FLUX FLUX

8 (E>I. 0 MEV)

5.37593E+08 

5.37704E+08 

5.36881E+08 

5.36931E+08 

5.37056E+08 

5.37306E+08 

5.37364E+08 

5.38072E+08 

5.38778E+08 

5.38455E+08 

5.38037E+08 

5.37377E+08 

5.36326E+08 

5.34858E+08 

5.33004E+08 

5.30911E+08 

5.28670E+08 

5.26545E+08 

5.24726E+08 

5.24433E+08 

5.22500E+08 

5.211893+08 

5.20084E+08 

5.19989E+08 

5.19622E+08 

5.18784E+08 

5.17376E+08 

5.16059E+08 

5.15304E+08 

5.13781E+08

(E>0. 1 MEV) 

4.61026E+09 

4.61094E+09 

4.60706E+09 

4.60596E+09 

4.60449E+09 

4.60298E÷09 

4.59961E÷09 

4.59822E+09 

4.59748E+09 

4.59236E+09 

4.58633E+09 

4.57974E+09 

4.57193E+09 

4.56272E+09 

4.55177E+09 

4.53875E+09 

4.52323E+09 

4.50684E+09 

4.49327E+09 

4.48750E+09 

4.47190E+09 

4.46088E+09 

4.45244E+09 

4.45110E+09 

4.44759E+09 

4.44132E+09 

4.43261E+09 

4.42505E+09 

4.42091E+09 

4.41222E+09

1.66455E-12 

1.66479E-12 

1.66307E-12 

1.66284E-12 

1.66258E-12 

1.66242E-12 

1.66163E-12 

1.661893-12 

1.66230R-12 

1.66072E-12 

1.65881-E12 

1.65651E-12 

1.65352E-12 

1.64979E-12 

1.64526E-12 

1.64005E-12 

1.63415E-12 

1.62824E-12 

1.62335E-12 

1.62166E-12 

1.61614E-12 

1.61223E-12 

1.60917E-12 

1.60875E-12 

1.60755E-12 

1.60522E-12 

1.60178E-12 

1.59870E-12 

1.59699E-12 

1.59342E-12

4-50

DPA/s

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30
Figure 4.1.3.8

Low Leakage Core Loading 

Cavity Fluxes and DPA Rates (cont'd) 

(r=320.06cm, z=184.665cm)

FLUX FLUX DPA/s

e (E>1.0 NEV)

5.11393E+08 

5.09310E÷08 

5.06999E+08 

5.04530E+08 

5.01353E+08 

4.96574E+08 

4.90774E+08 

4.85004E+08 

4.79168E+08 

4.73081E+08 

4.67586E+08 

4.64309E+08 

4.60506E+08 

4.546691+08 

4.49120E+08 

4.45907E+08 

4.42390E+08 

4.37117E+08 

4.31829E+08 

4.28690E+08 

4.26250E+08 

4.23627E+08 

4.20722E+08 

4.17937E+08 

4.15488E+08 

4.12520E+08 

4.10654E+08 

4.08426E+08 

4.07563E+08 

4.06810E+08 

4.06494E+08

(E>0.1 MEV) 

4.39820E+09 

4.38629E+09 

4.37380E+09 

4.36056E+09 

4.34372E+09 

4.31838E+09 

4.28456E+09 

4.24941E+09 

4.21363E+09 

4.17713E+09 

4.14480E+09 

4.12568E+09 

4.10416E+09 

4.07103E+09 

4.03917E+09 

4.02038E+09 

4.00035E+09 

3.96979E+09 

3.93870E+09 

3.91921E+09 

3.904581+09 

3.88937E+09 

3.87197E+09 

3.85523E+09 

3.84067E+09 

3.82357E+09 

3.81214E+09 

3.79948E+09 

3.79392E+09 

3.78941E+09 

3.78753E+09

1.58772E-12 

1.58282E-12 

1.57756E-12 

1.57199E-12 

1.56488E-12 

1.55422E-12 

1.54063E-12 

1.52681E-12 

1.51279E-12 

1.49833E-12 

1.48540E-12 

1.47772E-12 

1.46899E-12 

1.45554E-12 

1.44266E-12 

1.43515E-12 

1.42702E-12 

1.41473E-12 

1.40230E-12 

1.39469E-12 

1.38889E-12 

1.38276E-12 

1.37584E-12 

1.36920E-12 

1.36339E-12 

1.35648E-12 

1.35198E-12 

1.34685E-12 

1.34469E-12 

1.34290E-12 

1.34215E-12

4-51

31 

32 

33 

34 

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47 

48 

49 

so 

51 

52 

53 

54 

S5 

56 

57 

58 

59 

60 

61
Table 4.1.3.9

Low Leakage Core Loading 

Flux Spectrum At Pressure Vessel (Pressure Vessel Capsule In) 

e=15.5 0 z=195.760cm

0-T 1/4 T 1/2 T 3/4 T T

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31 

32 

33 

34 

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47

8.95971E+06 

2.66728E+07 

1.06687E+08 

2.04944E+08 

3.49216E+08 

8.99565E+08 

1.30087E+09 

2.31851E+09 

1.61447E+09 

1.17790E+09 

1.33508E+09 

6.60471E+08 

1.70224E+08 

8.37224E+08 

2.14839E+09 

2.23472E+09 

3.09285E+09 

4.69342E+09 

2.99026E+09 

1.53302E+09 

4.26216E+09 

3.42242E+09 

3.79426E+09 

3.86580E+09 

4.76833E+09 

4.61586E+09 

3.20577E+09 

2.51505E+09 

8.79362E+08 

4.34403E+08 

1.10068E+09 

6.44102E+08 

1.26761E+09 

2.22481E+09 

2.77412E+09 

2.48875E+09 

4.06557E+09 

2.24728E+09 

2.46858E+09 

3.19862E+09 

4.02753E+09 

2.32885E+09 

3.12152E+09 

2.35583E+09 

2.01571E+09 

4.36504E+09 

2.04036E+10

4.04639E+06 

1.18582E+07 

4.74877E+07 

9.15840E307 

1.53135E+08 

3.78206E+08 

5.37998E+08 

9.58891E+08 

6.98629E+08 

5.35940E+08 

6.31525Z+08 

3.16891E+08 

8.61218E+07 

4.31467E+08 

1.17028E+09 

1.34924E+09 

1.98878E+09 

3.57421E+09 

2.53073E+09 

1.18983E+09 

4.35878E+09 

3.51560E+09 

3.96428E+09 

4.72220E+09 

4.90140E+09 

5.13492E+09 

3.26790E+09 

2.37374E+09 

6.38401E+08 

2.176343+08 

1.20820E+09 

6.86094E+08 

1.10466E+09 

1.27925E+09 

1.93564E+09 

1.51446E+09 

2.34878E+09 

1.03870E+09 

1.25322E+09 

1.54584E+09 

1.93545E+09 

1.04054E+09 

1.26120E+09 

8.46985E+08 

4.01121E+08 

5.20484E+08 

6.29138E+08

1.71127E+06 

4.91037E+06 

1.94349E+07 

3.70330E+07 

5.99373E+07 

1.40533E+08 

1.96720E+08 

3.52008E+08 

2.67952E+08 

2.10237E+08 

2.54021E+08 

1.28904E+08 

3.64668E+07 

1.85441E+08 

5.21746E+08 

6.52857E+08 

1.01350E+09 

2.09348E+09 

1.65250E+09 

7.51146E+08 

3.25634E+09 

2.74099E+09 

3.14348E+09 

4.14134E+09 

4.06939E+09 

4.48869E+09 

2.81039E+09 

1.97864E+09 

5.10448E+08 

1.72810E+08 

1.060113+09 

6.16769E+08 

9.10021E+08 

8.82025E+08 

1.30894E+09 

9.71059E+08 

1.40238E+09 

5.83287E+08 

6.65827E+08 

7.79807E+08 

9.35486E+08 

4.83561E+08 

5.42939E+08 

3.31896E+08 

1.15435E+08 

7.91824E+07 

1.87944E+07

7.20446E+05 

2.01695E+06 

7.83696E+06 

1.46790E+07 

2.29414E+07 

5.11175E+07 

7.05824E+07 

1.27042E+08 

1.00362E+08 

7.98665E+07 

9.82945E+07 

5.03147E+07 

1.4703.6E+07 

7.57869E+07 

2.18524E+08 

2.91964E+08 

4.72548E+08 

1.08842E+09 

9.48778E+08 

4.19502E+08 

2.04435E+09 

1.78949E+09 

2.02927E+09 

2.87263E+09 

2.78572E+09 

3.17051E+09 

1.97630E+09 

1.36828E+09 

3.50385E+08 

1.18348E+08 

7.89183E+08 

4.69131E+08 

6.73229E+08 

6.13543E+08 

8.51121E+08 

6.10536E+08 

8.44043E+08 

3.45706E+08 

3.80715E+08 

4.28626E+08 

4.90924E+08 

2.47461E+08 

2.68401E+08 

1.58293E+08 

5.46227E+07 

3.86840E+07 

1.41357E+07

4-52

Group

3.13552E+05 

8.52613E+05 

3.25155E+06 

5.97526E+06 

8.98942E+06 

1.89706E+07 

2.54868E+07 

4.49000E+07 

3.54585E+07 

2.82120E+07 

3.45238E+07 

1.77265E+07 

5.49417E+06 

2.81014E+07 

7.91228E+07 

1.10470E+08 

1.835993+08 

4.42641E+08 

4.25846E+08 

1.77012E+08 

9.14851E+08 

8.22432E+08 

8.28609E+08 

1.27340E+09 

1.30129E+09 

1.47962E+09 

9.16890E+08 

6.18772E+08 

1.67833E+08 

6.84491E+07 

4.46329E+08 

2.67381E+08 

3.92060E+08 

3.82835E+08 

4.43179E+08 

3.29150E+08 

4.70063E+08 

2.15568E+08 

2.26521E+08 

2.63301E+08 

2.99183E+08 

1.57893E+08 

1.88177E+08 

1.27369E+08 

8.94442E+07 

1.69931E+08 

3.79498E+08
Table 4.1.3.10 

Low Leakage Core Loading 

Flux Spectrum At Capsule Location

Group Thermal Shield Pressure Vessel

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31 

32 

33 

34 

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47

2.86233E+07 

9.25192E+07 

4.21285E+08 

8.72879E+08 

1.63932E+09 

4.35756E+09 

7.05957E+09 

1.48779E+10 

1.22241E+10 

9.33050E+09 

1.08180E+10 

5.30890E+09 

1.41178E+09 

7.12017E÷09 

1.90028E+10 

2.11101E+10 

3.12948E+10 

5.22985E+10 

3.37349E+10 

1.81129E+10 

4.35261E+10 

3.56877E+10 

3.93046E+10 

3.33019E+10 

4.99846E+10 

4.53695E+10 

3.56713E+10 

2.94159E+10 

1.17175E+10 

7.67403E+09 

7.41426E+09 

5.92500E+09 

1.43009E+10 

3.02836E+10 

3.55670E+10 

3.42967E+10 

5.33232E+10 

3.11189E+10 

3.20081E+10 

4.26472E+10 

5.23847E+10 

3.05480E+10 

3.99628E+10 

2.95076E+10 

2.76915E+10 

5.85309E+10 

1.50116E÷+1

1.08290E+07 

3.28134E+07 

1.34860E+08 

2.62567E+08 

4.54683E+08 

1.16997E+09 

1.72212E+09 

3.14231E+09 

2.22688E+09 

1.61970E+09 

1.81467E+09 

8.92312E+08 

2.32396E+08 

1.13812E+09 

2.84974E+09 

2.88950E+09 

3.96978E+09 

5.56405E+09 

3.36514E+09 

1.87476E+09 

4.00287E+09 

3.34595E+09 

3.75960E+09 

3.05957E+09 

4.97060E+09 

4.41779E+09 

3.54696E+09 

2.98244E+09 

1.25426E+09 

8.67824E+08 

6.95390E+08 

5.63288E+08 

1.58100E+09 

3.44303E+09 

3.88496E+09 

3.69890E+09 

5.84162E+09 

3.51722E+09 

3.59640E+09 

4.81535E+09 

6.02390E+09 

3.58744E+09 

4.88106E+09 

3.75736E+09 

3.74894E+09 

8.83175E+09 

4.41768E+10

Thermal Shield Capsule flux spectrum is at r=202.25cm, z-195.76cm, 8-20° 

Pressure Vessel Capsule flux spectrum is at r=215.43cm, z=195.76cm, 8=20 

Cavity Capsule flux spectrum is at r=320.06cm, z=184.665cm, 0-9.50

4-53

Cavity

1.88102E+05 

5.00176E+05 

1.85392E+06 

3.32626E+06 

4.88952E+06 

1.01258E+07 

1.35494E+07 

2.37664E+07 

1.85833E+07 

1.47019E+07 

1.81245E+07 

9.29861E+06 

2.88943E+06 

1.42535E+07 

3.87701E+07 

5.41140E+07 

9.25220E+07 

2.16581E+08 

2.09905E+08 

1.04103E+08 

4.40184E+08 

4.27577E+08 

4.38445E+08 

6.33305E+08 

8.11848E+08 

8.63564E+08 

5.67060E+08 

4.08944E+08 

1.27929E308 

5.93436E+07 

2.06875E+08 

1.38458E+08 

2.85779E+08 

3.18189E+08 

3.25683E+08 

2.60552E+08 

3.88560E+08 

1.85291E+08 

1.91398E+08 

2.26942E+08 

2.58066E+08 

1.39480E+08 

1.72279E+08 

1.21621E+08 

1.00872E+08 

2.09488E+08 

5.48801E+08
Table 4.1.3.11 

Low Leakage Care Loading 

Effect of Selected Cress Sections on the Calculated Reaction Ratýs 

Axial Peak Reaction Rate (reactions/sec*atom) 

0 

Thermal Shield Capsule (r-202.25cmz-195.76c=,9-20 

.......................................................................... 

. Detector . SAILOR 

. Material . BUGLE93 ENDF/B-IV ORNL/TH-11476 

.......................................................................... 

. 27 -16 -16 

.Al 2.34084=0 2.43356xlO 

.......................................................................... 

. 32 -14 -14 

.S (np) 1.35902xlO 1.40130xlO 

.......................................................................... 

. 46 -15 -is 

.Ti (np) 2.71072XIO 2.62811xlO 

.......................................................................... 

. 54 -14 -14 -14 

.Fe (np) 1.72762=0 1.74803xlO 1.71228xlO 

.......................................................................... 

. S6 -16 -16 

.Fe (np) 3.04757xlO 3.29786xlO 

.......................................................................... 

. 58 -14 -14 -14 

.Ni (np) 2.33009xlO 2.32339xlO 2.27883xlO 

.......................................................................... 

. 63 -16 -16 

.Cu (n,*O 1.48S20xlO 1.17917xlO 

.......................................................................... 

. 6s -16 -16 

.Cu (n,2n) l.S3266xlO 1.8872SxlO 

.......................................................................... 

lis -14 -14 

In (nn') 4.6876SX10 4.S6S21xlO 

.......................................................................... 

237 -13 -13 -13 

_Np (nf) 4.7S3S3xlO S.00191xlo 4.94987xlO 

.......................................................................... 

. 238 -14 -14 -14 

X (nf) 7.60617xlO 7.61544xlO 7.647SIxlO .......................................................................... 

----------------------------------------------------------------------

BUGLE93 used pressure vessel 1/4T weighting spectrum to collapse cross 

sections. 

SAILOR used flat weighting spectrism to collapse cross sections. 

4-54
Table 4.1.3.12 

Low Leakage Core Loading 

Effect of Selected Cross Sections on the Calculated Reaction Rates 

Axial Peak Reaction Rate (reactions /sec-atomr) 

Pressure Vessel Capsule (r=215.43cm,z=195.76cm,&=20) 

... .................................................................... 

"* Detector . SAILOR 

"* material . BUGLE93 . WIF/B -IV .ORNL/TM-11476 

....... ..... .... ...................................... 

. 27. -17 .- 17 

.A.1 (n,oO . 6.90977X10 7.17096x10 

...................................................... 

. 32. -15 .- 15 

.S (n,p) . 2.87891x10 2.94648x10 

...................................................... 

. 46 .- 16 .- 16 

.Ti (n,p) . 6.89007x10 6.69567x10 

.. ............... ..................................... 

. 54. -15 .- 15 .- 15 

.Fe (n,p) .3.74169X10 3.87673xl0 3.70166xl0 

...................................................... 

. 56 .- 17 .- 17 

.Fe (n,p) . 8.59219xl0 9.26725x10 

.................................................... 

.58 .- is -15 .- 15 

.Ni (n,p) .4.89663x10 4.93634xl0 4.80096x10 

....................................................... 

. 63 -17 .- 17 

.Cu (n, ) . 4.10297=10 . 3.40917xl0 

....................................................... 

. 65 -17 .- 17 

.Cu (n,2n) . 5.30130Z10 6.46168xl0 

....................................................... 

. 115 .- 15 .- 15 

.In (n,n') .7.61418xl0 7.37723xl0 

....................................................... 

* 237 .- 13 .- 13 .- 13 

-Np (n,f) . 6.44534xlQ . 6.92798x10 6.67566x10 

....................................................... 

. 238 .- 14 .- 14 .- 14 

.U (n,f) . 1.31794xl0 1.32889x10 1.32237xl0 

. ... .................................................. 

BUGLE93 used pressure vessel 1/4T weighting spectrum to collapse cross 

sections. 

SAILOR used flat weighting spectrum to ccllapse cross sections.

4-55
Table 4.1.3.13 

Low Leakage Care Loading 

Effect of Selected Cross Sections on the Calculated Reaction Rates 

Axial Peak Reaction Rate (reactions/sec*atom) 

0 

Cavity Capsule (r-320.06cmz=l84.665cm,8-9.S 

.......................................................................... 

. Detector . SAILOR . Material . BUGLE93 MMF/B-IV ORNL/TM-11476 .......................................................................... 

27 -19 -19 

.Al (n, 09 8.23690XID 8.51363xlO .......................................................................... 

. 32 -17 -17 

.S (np) 2.56430xlO 2.65870xlO .......................................................................... 

. 46 -18 -18 

.Ti (np) 6.39383xlO 6.23519xlO .......................................................................... 

. 54 -17 -17 -17 

.Fe (np) 3.35862XIO 3.43927xlO 3.32SO2xlO .......................................................................... 

. 56 -19 -19 

.Fe (np) 9.24108=0 9.91762xlO .......................................................................... 

. 58 -17 -17 -17 

.Ni (np) 4.69114xlO 4.64371xlO 4.67184xlO .......................................................................... 

63 -19 -19 

.Cu (noO 4.31875xlO 3.86573xlO .......................................................................... 

. 65 -19 -19 

.Cu (n,2n) 8.02959xlO 9.66674xlO ............................ 

. lis -16 * ...... -16 

.In (nn') 1.21393xlO 1.19735xlO .......................................................................... 

. 237 -15 -15 -15 -NP (nf) 2.23060xlO 2.34751xlO 2.38177xlO .......................................................................... 

. 238 -16 -16 .16 

.U (nf) 1.70382x10 1.68464xlO 1.71748xlO .......................................................................... 

----------------------------------------------------------------------

SUGLE93 used pressure vessel 1/4T weighting spectrum to collapse cross 

sections. 

SAILOR used flat weighting spectrum to collapse cross sections.

4-56
Table 4.1.4.1

Partial Length Shield Assembly Core Loading 

Fluxes and DPA Rates 

Pressure Vessel Inner Wall at Lower Weld (z=67.1048 cm)

FLUX FLUX DPA/s

(E>1.0 MEV) 

2.23379E+09 

2.23418E+09 

2.23845E+09 

2.26291E+09 

2.30312E+09 

2.35724E+09 

2.43213E+09 

2.54093E+09 

2.65700E+09 

2.76892E+09 

2.91754E+09 

3.09111E+09 

3.29411E+09 

3.53195E+09 

3.81302E+09 

4.14606E+09 

4.54195E+09 

4.98766E+09 

5.33654E+09 

5.62173E+09 

6.07852E+09 

6.46491E+09 

6.72432E+09 

6.81068E+09 

7.01473E+09 

7.41520E÷09 

7.87787E+09 

8.30629E+09 

8.54121E+09 

8.98766E+09 

9.74142E+09

(E>0.1 )EV) 

5.38276E+09 

5.38584E+09 

5.40259E+09 

5.463183+09 

5.562493+09 

5.69822E+09 

5.889133+09 

6.15797E+09 

6.43975E+09 

6.72406E÷09 

7.09340E÷09 

7.52352E+09 

8.02449E÷09 

8.60801E+09 

9.29202E+09 

1.00976E+10 

1.10492E÷10 

1.21176E+10 

1.29364E+10 

1.37063E+10 

1.48724E+10 

1.59917E310 

1.67994E+10 

1.70941E+10 

1.76814E+10 

1.85605H+10 

1.94505E+10 

2.01528E+10 

2.05372E÷10 

2.13749E+10 

2.28830E+10

3.62020E-12 

3.62030E-12 

3.62731E-12 

3.66648E-12 

3.73053E-12 

3.81720E-12 

3.93721E-12 

4.11042E-12 

4.29478E-12 

4.474003-12 

4.71104E-12 

4.98762E-12 

5.31052E-12 

5.68827E-12 

6.13329E-12 

6.65903E-12 

7.28119E-12 

7.98068E-12 

8.52741E-12 

8.98314E-12 

9.70165E-12 

1.03184E-11 

1.07272E-11 

1.08657E-11 

1.11807E-11 

1.17893E-11 

1.24861E-11 

1.31337E-11 

1.34880E-11 

1.41441E-11 

1.52631E-11

4-57

a

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31
Table 4.1.4.1

Partial Length Shield Assembly Core Loading 

Fluxes and DPA Rates (cont'd) 

Pressure Vessel Inner Wall at Lower Weld (z=67.1048 cm)

FLUX FLUX DPA/s

(E>1.0 NIV) 

1.04062E+10 

1.10525E+10 

1.17238E+10 

1.24306E+10 

1.34318E+I10 

1.48678E+10 

1.63700E+10 

1.78870E+10 

1.93876E+10 

2.07336+10 

2.14759E+10 

2.22616E÷10 

2.33053E110 

2.39822E÷10 

2.40271E÷10 

2.43835E÷10 

2.44085EI10 

2.40220E+10 

2.34054E110 

2.30299E+10 

2.255833÷10 

2.18412E÷10 

2.10390E÷10 

2.01911E10 

1.92011E+10 

1.83672E+10 

1.75780E÷10 

1.70842Z÷10 

1.67637E+10 

1.66007E+10

(E>0.1 MEV) 

2.42896E+10 

2.56928E+10 

2.71705E÷10 

2.87461E+10 

3.09832E+10 

3.41484E+10 

3.74935Z+10 

4.08966E+10 

4.427341+10 

4.73207E÷10 

4.90930E+10 

5.08257E+10 

5.31482E+10 

5,.47806E110 

5.52326E÷10 

5.58794E+10 

5.59965E+10 

5.52536E+10 

5.40702E+10 

5.31671E110 

5.19755E÷10 

5.02998E110 

4.84424E+10 

4.64943E110 

4.42950E+10 

4.23688E110 

4.06419E+10 

3.94581E110 

3.87197E+10 

3.83468E+10

1.62611E-11 

1.72311E-11 

1.82430E-11 

1.93101E-11 

2.08249E-11 

2.29840E-11 

2.52387E-11 

2.75112E-11 

2.97507E-11 

3.17566E-11 

3.28684E-11 

3.40339E-11 

3.55752E-11 

3.65907E-11 

3.66894E-11 

3.72053E-11 

3.72478E-11 

3.66997E-11 

3.582113-11 

3.52632E-11 

3.45514E-11 

3.34921E-11 

3.23133E-11 

3.10704E-11 

2.96250E-11 

2.83993E-11 

2.72450E-11 

2.65135E-11 

2.60389E-11 

2.579803-11

4-58

a

32 

33 

34 

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47 

48 

49 

50 

51 

52 

53 

54 

55 

56 

57 

58 

59 

60 

61
Table 4.1.4.2

Partial Length Shield Assembly Core Loading 

Flux. Spectrum 

Pressure Vessel Inner Wall at Lower Weld 

(z-67.1048cm 8-0*) 

Group Total 

1 1.94136E+06 

2 5.41025E+06 

3 1.94800E+07 

4 3.44448E+07 

5 5.21147E+07 

6 1.17683E+08 

7 1.50194Z+08 

8 2.37159E+08 

9 1.54074E+08 

10 1.07761E+08 

11 1.19241E+08 

12 5-79618E÷07 

13 1.49749E+07 

14 7.36268H+07 

15 1.90632E+08 

16 1.98391E+08 

17 2.73455E÷08 

18 4.25248E+08 

19 2.79068E+08 

20 1.39489E+08 

21 4.16880E+08 

22 3.42922E+08 

23 3.79122E+08 

24 4.36742E+08 

25 5.17911E+08 

26 5.55939E+08 

27 3.84285E+08 

28 2.91996E+08 

29 9.45355E+07 

30 4.41874E+07 

31 1.65994E+08 

32 1.05850E+08 

33 1.77714E+08 

34 2.49331E+08 

35 3.13009E+08 

36 2.68347E+08 

37 4.25142E+08 

38 2.26666E+08 

39 2.47554E+08 

40 3.14975E÷08 

41 3.89356E+08 

42 2.21554E+08 

43 2.91047E+08 

44 2.15918E+08 

45 1.80784E+08 

46 3.85360B+08 

47 1.61766E+09

4-59
Table 4.1.4.3

Partial Length Shield Assembly Core Loading 

Reduction Factors of Fluxes and DPA Rates 

Pressure Vessel Inner Wall at Lower Weld (z=67.1048 cm)

FLUX FLUX DPA/s

(E>1.0 MEV) 

1.209E+01 

1.210E+01 

1.209E+01 

1.206E+01 

1.200E+01 

1.192E+01 

1.181E+01 

1.164E+01 

1.145E+01 

1.127E+01 

1. 102E+01 

1.071E+01 

1.0343+01 

9.885E+00 

9.349E÷00 

8.734E+00 

8.048E+00 

7.326E+00 

6.780E+00 

6.412E+00 

5.815E+00 

5.339E+00 

4.952E+00 

4.817E+00 

4.575E+00 

4.252E+00 

3.961E+00 

3.761E300 

3.675E+00 

3.538E+00

(E>0.1 IEV) 

1.1573+01 

1.157E+01 

1.156E+01 

1.153E+01 

1.147E÷01 

1.139E+01 

1.127E+01 

1.110E+01 

1.091E+01 

1. 073E+01 

1.048E+01 

1.018E+01 

9.812E+00 

9.379Z÷00 

8.874E+00 

8.298E+00 

7.658E+00 

6.996E+00 

6.523E÷00 

6.141E+00 

5.605E+00 

5.1493+00 

4.824E+00 

4.712E+00 

4.515E+00 

4.252E+00 

4.006E+00 

3.833E+00 

3.749E+00 

3.579E+00

1.153E+01 

1. 154E+01 

1.154H+01 

1.150E+01 

1.1453+01 

1. 137E+01 

1.126E+01 

1. 110Z+01 

1.092E+01 

1. 074E+01 

1.0503+01 

1. 021E+01 

9.850E+00 

9.420E+00 

8.914E+00 

8.335E+00 

7.692E+00 

7.018E÷00 

6.511E+00 

6.1623+00 

5.6073+00 

5.163E+00 

4.812E+00 

4.686E+00 

4.4623+00 

4.163E+00 

3.890E÷00 

3.701E300 

3.616E+00 

3.484E+00

. 4-60

a

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30
Table 4.1.4.3

Partial Length Shield Assembly Core Loading 

Reduction Factors of Fluxes and DPA Rates (cont'd) 

Pressure Vessel Inner Wall at Lower Weld (z-67.1048 cm)

FLUX FLUX DPA/s

(E>1.0 MEV) 

3.242E+00 

2.990E+00 

2.770E+00 

2.566E+00 

2.375E+00 

2.135E+00 

1.880E+00 

1.681E+00 

1.5283+00 

1.411E+00 

1.327E+00 

1.286E+00 

1.245E+00 

1.1943+00 

1.155E+00 

1.138E+00 

1.117E+00 

1.093E+00 

1.074E+00 

1.0653+00 

1. 057E+00 

1.048E+00 

1.040E+00 

1.034E+00 

1.030E+00 

1. 027E+00 

1.026E+00 

1.026E+00 

1.027E+00 

1.027E+00 

1.027E+00

(E>0.1 MEV) 

3.273Z+00 

3.0153+00 

2.793E+00 

2.5893+00 

2.398E+00 

2.166E+00 

1.915E+00 

1.715E+00 

1.560E+00 

1.440E+00 

1.352E+00 

1.307E+00 

1.266E+00 

1.2143+00 

1. 173E+00 

1.154E+00 

1.134E+00 

1.110E+00 

1.090E+00 

1.079E+00 

1.072E+00 

1. 063E+00 

1.056E+00 

1.050E+00 

1.046E+00 

1.043E+00 

1.042E+00 

1.041E+00 

1.041E+00 

1. 041E+00 

1. 042E+00

3.200E+00 

2.956E+00 

2.743E+00 

2.545E+00 

2.360E+00 

2.128E+00 

1.880B+00 

1.686E+00 

1.535E+00 

1.420E+00 

1.335E+00 

1.294E+00 

1.253E+00 

1.202E+00 

1.163E+00 

1.145E+00 

1.1243+00 

1.100E+00 

1.081Z+00 

1.071E+00 

1.063E+00 

1.054E+00 

1.046E+00 

1.040E+00 

1.036E+00 

1.033E+00 

1. 031E+00 

1.031E+00 

1.032E+00 

1. 032E+00 

1.032B+00

4-61

9

31 

32 

33 

34 

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47 

48 

49 

50 

51 

52 

53 

54 

55 

56 

57 

58 

59 

60 

61
Standard Core Loading Pressure Vessel Flux Spectrum 

At The O-T Location

Energy (eV) 

Figure 4.1.2.1

1010

ci) 

A-J 

4 -J

109

108
Standard Core Loading Pressure Vessel Flux Spectrum 

At The T/4 Location

Energy (eV) 

Figure 4.1.2.2

1010

C, 

.c 

-J 

L. 

=

108

109
Standard Core Loading Pressure Vessel Flux Spectrum 

At The T/2 Location 

I_ ! fill I tl i t 111 I I 1t ti 11 ! i 11 1 fll 1 111f 1i 111 1l 1 1 1 t 11 11 

1010 

Cz 

S109 

X 108 

107

Energy (eV) 

Figure 4.1.2.3
Standard Core Loading Pressure Vessel Flux Spectrum 

At The 3T/4 Location

Energy (eV) 

Figure 4.1.2.4

101

,-'

0) 

.-. 

CD 

=

109 

108

107
Standard Core Loading Pressure Vessel Flux Spectrum 

At The 1-T Location

Energy (eV) 

Figure 4.1.2.5

1010

EPi0 9 

CD 

.-j 

:t=

0

1Oki L-, 

X

107
Standard Core Loading Thermal Shield Capsule 

Flux Spectrum 

11 fil I fll 1 If l IfilI~ fill I fllj I1 fil 1 11f ll1 11111 11 fil 1 I ill I 

10 

I~-. 

0) 

0_ 

109 

108 11 l 111i i. iWi i W i, u

Energy (eV) 

Figure 4.1.2.6
Standard Core Loading Pressure Vessel Capsule 

Flux Spectrum

Energy (eV) 

Figure 4.1.2.7

00

1010 

109

C13 

.- ' 

U) 

1-J 

4-

I.L

108
Standard Core Loading Cavity Capsule Flux Spectrum

Energy (eV) 

Figure 4.1.2.8

109

0' 

'0

LQ. 

CO 

a_ 

X 

-"J 

4-

108 

107
Low-Leakage Core Loading Pressure Vessel Flux Spectrum 

At The O-T Location 

101° 

>1 

CD 

__J 

" 109 

CL 

X 

108_

Energy (eV) 

Figure 4.1.3.1
Low-Leakage Core Loading Pressure Vessel 

At The T/4 Location

10-4 10-2 100 102 104 106

Energy (eV) 

Figure 4.1.3.2

Flux Spectrum

1

>

21 

a.

X 

u 108 

107
Low-Leakage Core 

-r-T*"-I 111- m11r117 

1010 

E 109 

c- " 

108 

X 

.a

107 

106

Loading Pressure Vessel Flux Spectrum 

At The T/2 Location

Energy (eV) 

Figure 4.1.3.3
Low-Leakage Core Loading Pressure Vessel Flux Spectrum 

At The 3T/4 Location

~io 

>,109 

S108 

1.1_ 

107 

106

Energy (eV) 

Figure 4,1.3.4

wM
Low-Leakage Core 

109 

108 

107 

106 L 'Aii I niI i

Loading Pressure Vessel Flux Spectrum 

At The 1-T Location

Energy (eV) 

Figure 4.1.3.5

a,J 

Q) 

CL 

X 

L.L..
Low-Leakage Core Loading Thermal Shield Capsule 

Flux Spectrum 

"-T 7TT'I'Irfl -'T -rlF l F'Ir'" i , ,, I , ,,I in, l In, lT [ 

1011 

• 1010 .. J

a_ 

X 

,,- 1 ,'" 0

Energy (eV) 

Figure 4.1.3.6
Low-Leakage Core Loading Pressure Vessel Capsule 

Flux Spectrum 

1010 _7

109 L. 

X 

,--' 

.-J 

R 

108

Energy (eV) 

Figure 4.1.3.7
Low-Leakage Core Loading Cavity Capsule 

Flux Spectrum

Energy (eV) 

Figure 4.1.3.8

-I

10~9 

•=log 

0) 

L_ 

108 

10, 

106
Flux >1.0 MeV At The Pressure Vessel Weld Surface 

32 

28 

N 24

E 

S2o 

0 

~16 

~12 

,7" 

4 

0 5 10 15 20 25 30 35 40 45 

Angle (deg) 

Figure 4.1.4.1
Flux >0.1 MeV At The Pressure Vessel Weld Surface

5 10 15 20 25 30 35 40 45 

Angle (deg)

Figure 4.1.4.2

8 

7 

6 

5 

4 

3 

2

,-3

C-, 

C,, 

E 

4-' to

1

0'

0
Displacements Per Atom At The Pressure 

Vessel Weld Surface

0 5 10 15 20 25 30 35 40 45

Angle (deg) 

Figure 4.1.4.3

8 

7

-fl. 

00 

0

E 

0 

CL 

C,) 

E 

C., 'a 

C,) 

E

6 

5 

4 

3 

2

1 

0

0
Pressure Vessel Weld Flux Spectrum at 0 = 0 deg 

I il Il~j-7Ir-rrg -rT -r ni1fl n nIfl il1 

109 

-J 

S108 

1 L 

107 _-

Energy (eV) 

Figure 4.1.4.4
Table 4.2.1.1

Mesh Used in DORT Calculation 

R(cm) Z(cm) 8(revolution) 

1 0.00000 0.00000 0.00000E+00 

2 7.50000 3.09750 6.24722E-03 

3 15.0000 6.19500 7.63889E-03 

4 22.5000 9.29250 9.02778E-03 

5 30.0000 12.3900 1.04194E-02 

6 37.5000 15.4767 1.37889E-02 

7 45.0000 18.5633 1.53167E-02 

8 52.5000 21.6500 1.79556E-02 

9 60.0000 24.7367 1.95444E-02 

10 67.5000 27.8233 2.00389E-02 

11 75.0000 30.9100 2.06556E-02 

12 82.5000 33.9967 2.15389E-02 

13 90.0000 37.0833 2.36278E-02 

14 97.5000 40.1700 2.379443-02 

15 105.000 43.2567 2.47944E-02 

16 112.500 46.3433 2.63556E-02 

17 120.000 49.4300 3.065003-02 

18 127.500 52.4780 3.39278E-02 

19 135.000 55.5260 3.89833E-02 

20 142.500 58.5740 4.15722E-02 

21 150.000 61.6220 4.45389E-02 

22 157.500 64.6700 4.71278E-02 

23 165.000 67.7180 4.94056E-02 

24 172.500 70.7660 5.26833E-02 

25 180.000 73.8140 5.56500E-02 

26 182.602 76.8620 5.67889E-02 

27 185.560 79.9100 6.12056E-02 

28 186.709 82.9580 6.37944E-02 

29 187.785 86.0060 6.67611E-02 

30 188.897 89.0540 6.80222E-02 

31 189.782 92.1020 6.88444E-02 

32 190.616 95.1500 7.01389E-02 

33 191.625 98.1980 7.16222E-02 

34 192.706 101.246 7.21278E-02 

35 193.369 104.294 7.54611E-02 

36 194.008 107.342 7.76833E-02 

37 194.782 110.390 7.95444E-02 

38 195.444 113.438 8.04611E-02 

39 196.207 116.486 8.20389E-02 

40 198.098 119.534 8.321113-02 

41 198.825 122.582 8.48778E-02 

42 199.580 125.630 8.601673-02 

43 200.562 128.678 8.759443-02

4-82
Table 4.2.1.1

Mesh Used in DORT Calculation (cont'd) 

R(cm) Z(cm) 0(revolution) 

44 201.416 131.726 8.80056E-02 

45 202.458 134.774 9.03722E-02 

46 203.446 137.822 9.296111-02 

47 204.500 140.870 9.42056E-02 

48 205.506 143.918 9.71278E-02 

49 206.520 146.966 9.86445E-02 

50 207.440 150.014 1.01506E-01 

51 208.610 153.062 1.05650E-01 

52 209.491 156.110 1.09689E-01 

53 210.474 159.158 1.11206E-01 

54 211.606 162.206 1.12328E-01 

55 212.585 165.254 1.15372E-01 

56 213.795 168.302 1.17356E-01 

57 214.611 171.350 1.18811E-01 

58 215.643 174.398 1.22222E-01 

59 216.308 177.446 1.23611E-01 

60 217.732 180.494 1.24861E-01 

61 218.318 183.542 1.25000E-01 

62 219.483 186.590 

63 220.282 189.638 

64 221.543 192.686 

65 222.394 195.734 

66 223.735 198.782 

67 225.048 201.830 

68 226.423 204.878 

69 227.237 207.926 

70 228.431 210.974 

71 229.450 214.022 

72 230.719 217.070 

73 231.344 220.118 

74 232.630 223.116 

75 233.895 226.214 

76 234.874 229.262 

77 235.625 232.310 

78 236.176 235.430 

79 237.228 238.430 

80 238.470 241.430 

81 239.300 244.430 

82 240.227 247.550 

83 240.783 250.598 

84 241.970 253.646 

85 242.570 256.694 

86 243.672 259.742

4-83
Table 4.2.1.1

Mesh Used in DORT Calculation (cont'd) 

R(CM) Z(cm) 

87 244.461 262.790 

88 244.974 265.838 

89 245.616 268.886 

90 247.540 271.934 

91 248.091 274.982 

92 249.019 278.030 

93 250.597 281.078 

94 251.148 284.126 

95 251.568 287.174 

96 252.267 290.222 

97 254.077 293.270 

98 255.598 297.080 

99 257.727 300.890 

100 258.519 304.700 

101 259.530 308.510 

102 260.326 310.430 

103 261.122 313.430 

104 261.918 316.430 

105 262.715 319.430 

106 263.511 323.750 

107 264.307 326.798 

108 265.103 329.846 

109 265.899 332.894 

110 266.695 335.942 

ill 267.491 338.990 

112 268.288 344.070 

113 269.557 349.150 

114 270.828 354.230 

115 272.098 359.310 

116 273.367 364.390 

117 274.073 369.470 

118 274.778 374.550 

119 275.484 379.630 

120 276.189 384.710 

121 276.895 389.790 

122 277.600 394.870 

123 278.600 399.950 

124 278.878 405.030 

125 279.627 410.110 

126 280.376 415.190 

127 281.125 420.270 

128 281.875 425.350

4-84
Table 4.2.1.1

Mesh Used in DORT Calculation (cont'd)

R (CM)

129 

130 

131 

132 

133 

134 

135 

136 

137 

138 

139 

140 

141 

142 

143 

144 

145 

146 

147 

148 

149 

150 

151 

152 

153 

154 

155 

156 

157 

158 

159 

160 

161 

162 

163 

164 

165 

166 

167 

168 

169 

170

z (cm)

282.624 

283.454 

284.284 

285.114 

285.944 

286.774 

287.604 

288.435 

289.265 

290.095 

290.925 

291.755 

292.585 

293.415 

294.245 

295.075 

295.905 

296.735 

297.565 

298.396 

299.226 

300.056 

300.886 

301.716 

302.546 

303.376 

304.125 

304.875 

305. 624 

306.373 

307.122 

307.919 

308.716 

309.513 

310.310 

311.156 

312.002 

312.848 

313.695 

314.541 

315.387 

316.233

4-85

430.430 436.603 

442.777 

448.950 

455.123 

461.297 

467.470 

473.643 

479.817 

485.990 

495.637 

505.284 

514.931 

524.578 

534.225 

543.872 

553.519 

563.166 

572.814 

582.461 

592.108 

601.755 

611.402 

621. 049 

630.696 

640.343 

649.990 

659.637 

669.284 

678.931 

688.578 

698.225 

707.872 

717.519 

727.166 

736.813 

746.461 

756.108 

765.755 

775.402 

785.049 

794.696
Table 4.2.1.1

Mesh Used in DORT Calculation (cont'd) 

R(cm) Z(cm) 

171 317.079 804.343 

172 317.925 813.990 

173 318.772 

174 319.618 

175 320.464 

176 321.310 

177 321.786 

178 322.786 

179 324.500 

180 325.318 

181 326.318 

182 327.834 

183 329.351 

184 330.351 

185 331.867 

186 333.383 

187 334.383 

188 336.149 

189 337.915 

190 340.790 

191 346.290 

192 351.790 

193 351.949 

194 354.806 

195 357.663 

196 360.520 

197 365.611 

198 370.701 

199 375.792 

200 380.883 

201 385.973 

202 391.064 

203 396.155 

204 401.245 

205 406.336 

206 411.427 

207 416.517 

208 421.608 

209 426.699 

210 431.789 

211 436.880 

212 437.500 

213 441.500 

214 445.500 

215 449.500 

216 453.500 

217 457.500 

218 461.500 

219 465.500 

220 469.500 

221 473.500 

222 477.500

4-86
Table 4.2.1.2 

47-Group Energy Structure of Cross-Section Library 

Lower Energy Lower Energy 

Group (Mev) Group (Mev) 

1 14.19* 25 1.83xl0"' 

2 12.21 26 1.1 xl0'

3 10.00 27 6.76x10"2 

4 8.61 28 4.09x10 2 

5 7.41 29 3.18xl0"2 

6 6.07 30 2.61x10"2 

7 4.97 31 2.42x10-2 

8 3.68 32 2.19x10"2 

9 3.01 33 1.50x10"2 

10 2.73 34 7.10x10"3 

11 2.47 35 3.36x10-3 

12 2.37 36 1.59xIO- 3 

13 2.35 37 4.54x10"4 

14 2.23 38 2.14x10" 

15 1.92 39 1.01xl0" 

16 1.65 40 3.73x10"5 

17 1.35 41 1.07x10 5 

18 1.00 42 5.04x0"6 

19 8.21x10"' 43 1.86x10"6 

20 7.43x10"l 44 8.76x10"7 

21 6.08x10"' 45 4.14x10"7 

22 4.98x10Y' 46 i.00xl0"7 

23 3.69x10"1 47 0.00 

24 2.98x10l' 

* The upper energy of group I is 17.33 Mev.

4-87
Table 4.2.1.3 

Nuclear Parameters For Neutron Flux Monitors 

* . Reaction of . + . Product 

*Monitor . Interest . Response Range . Half-life 

.63 60 

Copper . Cu(n,d) Co .6.13Mev < E < llMev. 5.27 y 

*.54 54 

Iron . Fe(n,p) Mn 2.47Mev < E < 7.9Mev. 312.2 d 

.58 58 

. Nickel . Ni(np) Co . 2.09Mev < E < 7.6Mev. 70.88 d - --.. . . .- - - . -. -- .- - - - - -. --.. . . . . . . - -. -. ------.. . . . -. .-- . .--- - - . . . . . . . . 

.238 137 

. U-238 U(n,f) Cs . 1.51Mev < B < 6.7Mev. 30.17 y 

.237 137. 

. Np-237 . Np(n,f) Cs. 0.67Mev < E < 5.7Mev. 30.17 y - - - ---- - - - - - - -'' - -' - ' - - . - -. -" . - -. - -' -' - ' - -' -' - -" . - -. -. - - -. --- . . .-

.46 46 

. Titanium . Ti(n,p) Sc . 3.86Mev < E < 9.4Mev. 83.81 d 

+ The upper and lower limits of the energy range are defined such 

that 95% of the detector response occurs above the lower energy and 

5% detector response occurs above the upper energy . 

* Effective threshold used for group averaged cross sections 

4-88
Table 4.2.1.4

Dosimeter Activation Cross Sections (BUGLE93)

54 

Fe (n,p)

58 46

Ni (n,p) Ti (n,p)

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31 

32 

33 

34 

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47

2.92800E+03 

2.68300E+03 

2.45500E+03 

2.24500E+03 

2.09200E+03 

1.97100E+03 

1.79200E+03 

1.60000E+03 

1.369001+03 

1.26500E+03 

1.19800E+03 

1.24600E+03 

1.16600E+03 

1.09600E+03 

1.03600E+03 

8.19000E+02 

9.15000E+02 

6.32000E+02 

2.67000E+02 

5.16000E+02 

4.00000E+02 

2.69000E+02 

3.08000E+02 

2.24000E+02 

1.78000E+02 

1.92000E+02 

1.34000E+02 

7.54000E+01 

7.14000E+01 

2.94000E+02 

6.08000E+01 

3.61000E÷00 

7.73000E+00 

1.19000Z+01 

7.36000E+00 

3.82000E100 

1.17000E+00 

9.30000E-02 

1.360001-01 

2.06000E-01 

1.10000E-01 

6.090001-01 

9.25000E-01 

1.47000E+00 

2.12000E+00 

3.38000E+00 

7.65000E+00

2.616101-01 

4.041201-01 

4.69690E-01 

4.82250E-01 

4.82340E-01 

4.78150E-01 

4.33950E-01 

3.12820E-01 

1.93220E-01 

1.32630E-01 

7.87050E-02 

5.65520R-02 

5.12010E-02 

4.49420E-02 

2.934801-02 

8.87320Z-03 

2.90280E-03 

7.32000E-04 

8.69480E-05 

6.56090E-06 

2.63610E-07 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000Z+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000+E00 

0.00000E+00 

0.00000E+00 

0.00000E÷00 

O.O00000+00 

O.O00000E+0 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00

2.60050E-01 

4.70450E-01 

5.92300E-01 

6.231201-01 

6.25410E-01 

6.04840E-01 

5.08850E-01 

3.81490E-01 

2.44540E-01 

1.71000E-01 

1.24950E-01 

9.65570E-02 

8.854501-02 

7.91190E-02 

5.06570E-02 

2.78260E-02 

1.46240E-02 

5.61440E-03 

1.29440E-03 

8.926801-04 

5.21060E-04 

1.765501-04 

0.00000E+00 

0.000001+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.000001+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

o0.0000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000H+00 

0.00000E+00 

0.000001+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00

* dpa is from Reference-4 and not from 

BUGLE-93.

4-89

Group dpa

2.39950E-01 

2.66490E-01 

2.60920E-01 

2.35990E-01 

2.04580E-01 

1.54930E-01 

9.75560E-02 

4.002201-02 

5.25420E-03 

4.641901-04 

6.85870E-06 

1.06920Z-06 

3.77160E-07 

3.422301-07 

2.334401-07 

7.947501-08 

8.395001-10 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

O.00000E+00 

0.000001+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

O.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

O.00000E+00 

0.000001+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

O.O0000E+00 

0.00000E÷00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00
Table 4.2.1.4

Dosimeter Activation Cross Sections (BUGLE93) (cont'd)

63 

Group Cu (n,d)

238 

U (n,.f)

237 

Np (n, f)

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31 

32 

33 

34 

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47

3.541401-02 

4.337601-02 

3.63770E-02 

2.67930E-02 

1.80500E-02 

9.868201-03 

3.253201-03 

5.750501-04 

4.45250E-05 

8.136201-06 

2.99060E-06 

9.39370E-07 

8.17650E-07 

6.74430E-07 

2.47260E-07 

1.37490E-08 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E÷00 

0.00000+E00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000+E00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000E+00 

0.00000R+00 

0.000001+00 

0.00000+E00 

0.00000E+00 

0. 00000E00

1.20300E+00 

1.03450E+00 

9.84680E-01 

9.950101-01 

9.91140E-01 

8.306401-01 

5.597901-01 

5.46370E-01 

5.25280E-01 

5.23280E-01 

5.32720R-01 

5.36910E-01 

5.37700E-01 

5.38310E-01 

5.30140E-01 

4.74430E-01 

3.164601-01 

4.08720E-02 

1.23080E-02 

3.76100E-03 

1.40440E-03 

6.25180E-04 

2.78530E-04 

1.52050E-04 

7.91640E-05 

1.071001-04 

3.699701-05 

9.15930E-05 

2.90420E-05 

5.28370E-05 

2.331801-05 

2.536501-05 

1.44660B-04 

5.26090E-04 

1.27240E-05 

5.906601-09 

1.03310E-03 

1.15010E-05 

1.70540E-05 

2.88680E-05 

1.42830E-04 

7.56670E-05 

1.74680E-06 

1.84880E-06 

2.47760E-06 

3.77770E-06 

7.84540E-06

4-90

2.20080E+00 

2.08210E+00 

2.10550E+00 

2.17530E+00 

2.23870E+00 

1.956801+00 

1.49180E+00 

1.53110E+00 

1.60980E+00 

1.65070E+00 

1.66340E+00 

1.66060E+00 

1.66980E+00 

1.68260E+00 

1.68220E+00 

1.64620E+00 

1.58540E+00 

1.47170E+00 

1.33850E+00 

1.19340E+00 

9.21250E-01 

6.14430E-01 

2.63980E-01 

9.184801-02 

4.62870E-02 

2.33250E-02 

1.46710E-02 

1.18920E-02 

1.068601-02 

1.01340E-02 

9.90910E-03 

9.770701-03 

9.54510E-03 

9.140101-03 

8.80730R-03 

9.33510E-03 

1.36970E-02 

2.60970E-02 

3.08330E-02 

6.26140E-02 

2.468701-02 

8.15180E-03 

3.95390E-03 

1.10250E-02 

7.11220E-03 

4.98640E-03 

1.13480E-02
Table 4.2.2.1

Flux (9>1.0 MEV) At Pressure Vessel

z 306.605cm 

9 0-T 

1 8.04704E+08 

2 7.51923E+08 

3 7.30486E+08 

4 7.14457E+08 

5 7.04935E+08 

6 6.75798E+08 

7 6.35154E+08 

8 6.03784E+08 

9 5.84788E+08 

10 5.72970E+08 

11 5.64775E+08 

12 5.64012E+08 

13 5.69041E+08 

14 5.71479E+08 

15 5.75982E+08 

16 5.64153E+08 

17 5.53714E+08 

18 5.40836E+08 

19 5.39869E+08 

20 5.62998E+08 

21 6.20419E+08 

22 6.80138E+08 

23 7.18103E+08 

24 7.46659E+08 

25 7.59540E+08 

26 7.60286E+08 

27 7.67001E+08 

28 8.08205E+08 

29 8.53479E+08 

30 8.775071+08 

31 8.95443E+08 

32 9.15604E+08 

33 9.32874E+08

306.605cm 

1/4 T 

5.38242E+08 

4.86441E+08 

4.62759E+08 

4.59483E+08 

4.61510E+08 

4.57436E+08 

4.36763E+08 

4.14114E+08 

4.06232E+08 

3.97521E+08 

3.92897E+08 

3.89864E+08 

3.89601E+08 

3.91101E+08 

3.90400E+08 

3.83472E+08 

3.75614E+08 

3.71960E+08 

3.72041E+08 

3.89891E÷08 

4.26224E+08 

4.62021E+08 

4.84872E+08 

5.02767E+08 

5.13283E+08 

5.18336E+08 

5.30253E+08 

5.55070E+08 

5.82831E+08 

5.94074B+08 

6.06078E+08 

6.20048E+08 

6.29801E+08

306.605cm 

1/2 T 

3.20670E+08 

2.94913E+08 

2.82809E+08 

2.77362E+08 

2.75164E+08 

2.73660E+08 

2.64619E+08 

2.53652E+08 

2.45636E+08 

2.45363E+08 

2.41872E+08 

2.39961E+08 

2.39832E+08 

2.36730E+08 

2.37748E+08 

2.32058E+08 

2.28697E+08 

2.26994E+08 

2.29485E+08 

2.39874E+08 

2.60021E+08 

2.78695E+08 

2.91483E+08 

3.02462E+08 

3.06972E+08 

3.14537E+08 

3.23542E+08 

3.38661E+08 

3.51052E+08 

3.58735E+08 

3.65439E+08 

3.73060E+08 

3.80233E+08

302.795cm

3/4 T

1.80936E+08 

1.69523E+08 

1.64414E+08 

1.59558E+08 

1.57319E+08 

1.55429E+08 

1.51886E+08 

1.469821+08 

1.44847E+08 

1.428081+08 

1.42073E+08 

1.39633E+08 

1.36479E+08 

1.39215E+08 

1.36899E+08 

1.34802E+08 

1.32995E+08 

1.32548E+08 

1.34961E+08 

1.40508E+08 

1.51224E+08 

1.59409E+08 

1.67431E+08 

1.72620E+08 

1.77024E+08 

1.80638E+08 

1.87423E+08 

1.94837E+08 

2.01298E+08 

2.05336E+08 

2.08148E+08 

2.13136E+08 

2.16443E+08

302.795cm

T

8.53931E+07 

8.24166E+07 

8.06129E+07 

7.92864E+07 

7.77229E+07 

7.66896E+07 

7.57088E+07 

7.41660E+07 

7.33537E+07 

7.28916E+07 

7.26591E+07 

7.21474E+07 

7.17359E+07 

7.11394E+07 

7.09126E+07 

7.01720E+07 

6.95822E+07 

7.00568E+07 

7.12561E+07 

7.38026E+07 

7.70577E+07 

8.02247E+07 

8.29682E+07 

8.54608E+07 

8.68721E.07 

8.92499E+07 

9.25041E+07 

9.52940E+07 

9.78804E+07 

9.89335E+07 

1.00427E+08 

1.02240E+08 

1.03631E+08

4-91
Table 4.2.2.1

Flux (E>1.0 MEV) At Pressure Vessel (cont'd)

z 306.605cm 

8 0-T 

34 9.68023E÷08 

35 9.98636E+08 

36 1.01103E+09 

37 1.014941+09 

38 1.020321+09 

39 1.01705E+09 

40 1.01342E+09 

41 1.01598E+09 

42 1.02131E+09 

43 1.029731+09 

44 1.04678E+09 

45 1.06991E+09 

46 1.073001+09 

47 1.06388E+09 

48 1.060001+09 

49 1.07420E+09 

50 1.13609E+09 

51 1.25809E+09 

52 1.36002E+09 

53 1.39142E+09 

54 1.417131+09 

55 1.437201+09 

56 1.44114E+09 

57 1.390761+09 

58 1.34542E+09 

59 1.32628E+09 

60 1.32311E+09

306.605cm 

1/4 T 

6.532591+08 

6.79698E+08 

6.87299E+08 

6.908971+08 

6.95353E+08 

6.93485E+08 

6.946971+08 

6.933651+08 

6.99027E+08 

7.05702E+08 

7.13300E+08 

7.25584E+08 

7.27117E108 

7.249191+08 

7.255731+08 

7.36789E+08 

7.80327E+08 

8.56192E+08 

9.148691+08 

9.30684E+08 

9.47785E+08 

9.63974E+08 

9.67931E+08 

9.47376E+08 

9.20414E+08 

9.10632E+08 

9.08093E+08

306.605cm 

1/2 T 

3.92472E+08 

4.08384E+08 

4.151131+08 

4.17490E+08 

4.18937E÷08 

4.20985R+08 

4.20275E+08 

4.21776E+08 

4.23864E+08 

4.26405E+08 

4.31426E+08 

4.36796E+08 

4.37853E+08 

4.38525E+08 

4.40045E+08 

4.48227E+08 

4.73936E÷08 

5.15659E+08 

5.44577E+08 

5.53277E+08 

5.63783E+08 

5.73208E+08 

5.77174E+08 

5.69035E+08 

5.58133E+08 

5.52710E+08 

5.49483E+08

302.795cm

3/4 T

2.23152E+08 

2.32147E+08 

2.361821+08 

2.38269E+08 

2.38827E÷08 

2.40336E+08 

2.406491+08 

2.41186E+08 

2.43304E+08 

2.45224B÷08 

2.46550E+08 

2.48372E+08 

2.499951+08 

2.50546E+08 

2.52216E+08 

2.57372E÷08 

2.71027E+08 

2.92448E+08 

3.05598E+08 

3.11440E+08 

3.162621+08 

3.22041E+08 

3.23511E+08 

3.21387E+08 

3.17121E+08 

3.15108E+08 

3.18484E+08

302.795cm

T

1.06081E+08 

1.095431+08 

1.115591+08 

1.12341E+08 

1.131529+08 

1.136131+08 

1.14403E+08 

1.148091+08 

1.15531E+08 

1.16096Z+08 

1.16697E+08 

1.17736E+08 

1.18294E+08 

1.19283E+08 

1.204921+08 

1.225859+08 

1.27828E+08 

1.34781E+08 

1.395001+08 

1.40812E+08 

1.43178E+08 

1.450931+08 

1.45892E+08 

1.45722E+08 

1.45039E÷08 

1.445571+08 

1.431991+08

4-92
Table 4.2.2.2

Flux (E>0.1 REV) At Pressure Vessel

z 306.605cm 

0 0-T 

1 1.56025E+09 

2 1.63429E+09 

3 1.63585E+09 

4 1.56057E+09 

5 1.41384E+09 

6 1.29754E+09 

7 1.22810E+09 

8 1.17013E+09 

9 1.13906E+09 

10 1.12219E+09 

11 1.10833E+09 

12 1.10015E+09 

13 1.096941+09 

14 1.10110E+09 

15 1.10400E+09 

16 1.083991+09 

17 1.06665E+09 

18 1.05111E+09 

19 1.06066E+09 

20 1.10585E+09 

21 1.20049E+09 

22 1.29536E+09 

23 1.36942E+09 

24 1.427001+09 

25 1.45591E+09 

26 1.46965E+09 

27 1.499101+09 

28 1.56891E+09 

29 1.64285E+09 

30 1.68121E+09 

31 1.71449E+09 

32 1.75231E÷09 

33 1.78205E+09

302.795cm 

1/4 T 

1.41189E+09 

1.37310E+09 

1.34334E+09 

1.316111+09 

1.26338E+09 

1.20310E÷09 

1.14630E+09 

1.09349E+09 

1.07362E+09 

1.05768E+09 

1.04751E+09 

1.03367Z+09 

1.02686B+09 

1.02647E+09 

1.02094E+09 

1.00568E+09 

9.89202E+08 

9.87251E+08 

9.99982E+08 

1.04396Z+09 

1.11768E+09 

1.18996E+09 

1.24964E+09 

1.30043E+09 

1.32887E+09 

1.35410E÷09 

1.39556E+09 

1.45286E+09 

1.51061E+09 

1.53635E+09 

1.56477E+09 

1.59810E+09 

1.62172E+09

306.605cm 

1/2 T 

1.09493E+09 

1.06105E+09 

1.03822E+09 

1.019291+09 

9.84322E+08 

9.48537E+08 

9.11404E÷08 

8.76533E÷08 

8.56435E+08 

8.52746E+08 

8.434181+08 

8.33000E+08 

8.27923E+08 

8.21707E+08 

8.17776E+08 

8.04681E+08 

7.94615E+08 

7.96262E+08 

8.11102E+08 

8.43533E+08 

8.93451E+08 

9.41277E+08 

9.83863E+08 

1.02327E+09 

1.04323E÷09 

1.07114E+09 

1.10738E+09 

1.15078E+09 

1.18641E+09 

1.20777E+09 

1.22659E+09 

1.25098E+09 

1.26951E+09

302.795cm 

3/4 T 

7.64354E+08 

7.43910E+08 

7.31504E+08 

7.17086E+08 

6.96896Z+08 

6.74410E+08 

6.54818E+08 

6.34540E+08 

6.25840E+08 

6.20391E+08 

6.16015E+08 

6.07778E+08 

5.99594E+08 

6.00989E+08 

5.963371+08 

5.88726E+08 

5.83396E+08 

5.86127E+08 

5.98443E+08 

6.18693E+08 

6.49633E+08 

6.76471E+08 

7.05213E+08 

7.29924E+08 

7.46486E+08 

7.64695E+08 

7.92174E+08 

8.18816E+08 

8.41918E+08 

8.54108E+08 

8.65961E+08 

8.82115E+08 

8.93700E108

302.795cm 

T 

4.06886E+08 

4.00694E+08 

3.96432E+08 

3.92436E+08 

3.85385E+08 

3.78459E+08 

3.72593E+08 

3.66529E+08 

3.64008E+08 

3.62239E+08 

3.609781+08 

3.58611E+08 

3.56510E+08 

3.55974E+08 

3.545321+08 

3.52772E+08 

3.51686E+08 

3.548551+08 

3.60605E+08 

3.69237E+08 

3.79699E+08 

3.90113E+08 

4.00655E÷08 

4.11571E+08 

4.18120E+08 

4.27632E+08 

4.40165E+08 

4.51139E+08 

4.60458E+08 

4.64780E+08 

4.69852E+08 

4.76242E+08 

4.80978E+08

4-93
Table 4.2.2.2

Flux (E>0.1 Kev) At Pressure Vessel (cont'd)

z 306.605cm 

a 0-T 

34 1.83717E+09 

35 1.89057E+09 

36 1.91487E+09 

37 1.92263E+09 

38 1.93322E+09 

39 1.93224E+09 

40 1.93296E÷09 

41 1.94006E+09 

42 1.95199E+09 

43 1.96736E+09 

44 1.99227E+09 

45 2.03125E109 

46 2.04414E+09 

47 2.04555E+09 

48 2.05525E+09 

49 2.09347E+09 

50 2.216141+09 

51 2.43274E+09 

52 2.60458E+09 

53 2.66457E+09 

54 2.71879E+09 

55 2.76047E+09 

56 2.76594E+09 

57 2.70341E+09 

58 2.64411E+09 

59 2.62005E+09 

60 2.61399E÷09

302.795cm 

1/4 T 

1.66830E+09 

1.72336E+09 

1.74621E+09 

1.75706E+09 

1.767881+09 

1.770811+09 

1.778291+09 

1.782451+09 

1.79604E+09 

1.80835E.09 

1.82534E109 

1.85358E+09 

1.86627E109 

1.87766E109 

1.89537E+09 

1.93421E+09 

2.04281E+09 

2.21413E+09 

2.34074E109 

2.38385E+09 

2.43087E+09 

2.47111E+09 

2.48029E+09 

2.45294E+09 

2.41673E+09 

2.40287E+09 

2.39932B+09

306.605cm 

1/2 T 

1.30169E+09 

1.34306E+09 

1.36401E+09 

1.37415E+09 

1.381191+09 

1.389301+09 

1.39397E+09 

1.40176E+09 

1.40985E+09 

1.41847E+09 

1.43002E+09 

1.44907E+09 

1.45960E+09 

1.47355E+09 

1.49080E+09 

1.52332E+09 

1.60256E+09 

1.71968E+09 

1.80079E+09 

1.831071+09 

1.86545E+09 

1.89570E109 

1.90513E+09 

1.89554E+09 

1.87993E+09 

1.87280E+09 

1.868951+09

302.795cm 

3/4 T 

9.14092E+08 

9.41422E+08 

9.559911+08 

9.641831+08 

9.69470E+08 

9.75447E+08 

9.807861+08 

9.855111+08 

9.92960E+08 

9.97886E+08 

1.00514E+09 

1.01618E+09 

1.02575E+09 

1.03565E+09 

1.04960E+09 

1.07146E+09 

1.12133E+09 

1.19166E+09 

1.23864E+09 

1.25770E+09 

1.27903E+09 

1.29857E+09 

1.30520E+09 

1.30312E+09 

1.29795E+09 

1.29446E+09 

1.29896E+09

302.795cm 

T 

4.89150E+08 

5.00489E+08 

5.07620E+08 

5.11446E+08 

5.14780E+08 

5.18003E+08 

5.21467E+08 

5.24542E+08 

5.27723E108 

5.30363E+08 

5.334931+08 

5.39414E+08 

5.43715E+08 

5.496021+08 

5.56284E+08 

5.65411E+08 

5.83898E+08 

6.07884E+08 

6.23827E+08 

6.29953E+08 

6.37947E+08 

6.45252E+08 

6.48093E+08 

6.49094E+08 

6.487721+08 

6.48475E+08 

6.46926E+08

4-94
Table 4.2.2.3

DPA Rate At Pressure Vessel

z 306.605cm

0-T 

1.26616E-12 

1.18024E-12 

1.148193-12 

1.12469E-12 

1.11281E-12 

1.06609E-12 

1.00064E-12 

9.52544E-13 

9.20754E-13 

9.02673E-13 

8.899083-13 

8.88707E-13 

8.98539E-13 

9.02923E-13 

9.09732E-13 

8.90527E-13 

8.74508E-13 

8.547133-13 

8.52701E-13 

8.87620E-13 

9.771053-13 

1.06975E-12 

1.12715E-12 

1.16943E-12 

1.19120E-12 

1.19042E-12 

1.20060E-12 

1.26441E-12 

1.33648E-12 

1.37377E-12 

1.40087E-12 

1.43135E-12 

1.45804E-12

298.985cm 

1/4 T 

8.94866E-13 

8.19774E-13 

7.84016E-13 

7.77918E-13 

7.75517E-13 

7.63526E-13 

7.27669E-13 

6.90047E-13 

6.77194E-13 

6.63253E-13 

6.55229E-13 

6.50300E-13 

6.50149E-13 

6.52192E-13 

6.50951E-13 

6.38872E-13 

6.26816E-13 

6.22202E-13 

6.23290B-13 

6.51260E-13 

7.08846E-13 

7.65022E-13 

8.00407E-13 

8.28803E-13 

8.46565E-13 

8.56283E-13 

8.76495E-13 

9.16629E-13 

9.60695E-13 

9.78922E-13 

9.97188E-13 

1.01901E-12 

1.03427E-12

306.605cm 

1/2 T 

5.85760E-13 

5.47685E-13 

5.28927E-13 

5.19075E-13 

5.112633-13 

5.04010E-13 

4.86343E-13 

4.66314E-13 

4.53233E-13 

4.51974E-13 

4.46295E-13 

4.41800E-13 

4.40647E-13 

4.36890E-13 

4.36853E-13 

4.27697E-13 

4.21885E-13 

4.20609E-13 

4.25694E-13 

4.43580E-13 

4.76844E-13 

5.07653E-13 

5.29340E-13 

5.485413-13 

5.57765E-13 

5.71692B-13 

5.88991E-13 

6.14641E-13 

6.360983-13 

6.48467E-13 

6.59676E-13 

6.72729E-13 

6.84169E-13

298.985cm

3/4 T

3.63642E-13 

3.46251E-13 

3.37831E-13 

3.29444E-13 

3.23148E-13 

3.17148E-13 

3.09166E-13 

2.99328E-13 

2.94955E-13 

2.91791E-13 

2.89876E-13 

2.85654E-13 

2.80778E-13 

2.83611E-13 

2.80331E-13 

2.76255E-13 

2.73301E-13 

2.73477E-13 

2.78531E-13 

2.88707E-13 

3.07104E-13 

3.21669E-13 

3.35878E-13 

3.46332E-13 

4.28333E-13 

4.40014E-13 

4.56173E-13 

4.63874E-13 

4.67748E-13 

4.69628E-13 

4.72519E-13 

4.73944E-13 

4.28333E-13

298.985cm

T

1.851313-13 

1.80386E-13 

1.77393E-13 

1.74999E-13 

1.71887E-13 

1.69595E-13 

1.67421E-13 

1.64447E-13 

1.63011E-13 

1.62151E-13 

1.61675E-13 

1.60536E-13 

1.59559E-13 

1.58893E-13 

1.58301E-13 

1.57090E-13 

1.56256E-13 

1.57473E-13 

1.59980E-13 

1.64582E-13 

1.70440E-13 

1.76064E-13 

1.811503-13 

1.85991E-13 

2.20392E-13 

2.25051E-13 

2.31485E-13 

2.35322E-13 

2.37045E-13 

2.38593E-13 

2.39897E-13 

2.41407E-13 

1.88906E-13

4-95

e

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31 

32 

33
Table 4.2.2.3

DPA Rate At Pressure Vessel (cont'd)

z 306.605cm 

8 0-T 

34 1.51410E-12 

35 1.56300E-12 

36 1.582301-12 

37 1.59011E-12 

38 1.59850E-12 

39 1.59319E-12 

40 1.587151-12 

41 1.59057E-12 

42 1.59925E-12 

43 1.61152E-12 

44 1.63945E-12 

45 1.67645E-12 

46 1.68007B-12 

47 1.66382E-12 

48 1.65563E-12 

49 1.67625E-12 

50 1.76882E-12 

51 1.95400E-12 

52 2.10860E-12 

53 2.15576E-12 

54 2.19308E-12 

55 2.22526E-12 

56 2.23280E-12 

57 2.15436E-12 

58 2.08265E-12 

59 2.05333E-12 

60 2.04584E-12

298.985cm 

1/4 T 

1.07226E-12 

1.115501-12 

1.12826E-12 

1.134971-12 

1.14243E-12 

1.14078E-12 

1.14223E-12 

1.14084E-12 

1.14985E-12 

1.16038E-12 

1.17343E-12 

1.19318E-12 

1.19624E-12 

1.19310E-12 

1.19469E-12 

1.21336E-12 

1.28157E-12 

1.39958E-12 

1.48980E-12 

1.51397E-12 

1.54031Z-12 

1.567161-12 

1.57572E-12 

1.544971-12 

1.50421B-12 

1.48852E-12 

1.48526E-12

306.605cm 

1/2 T 

7.05342E-13 

7.32687E-13 

7.44668E-13 

7.49248E-13 

7.52537E-13 

7.56498E-13 

7.56210E-13 

7.59049E-13 

7.63188E-13 

7.67949E-13 

7.76344E-13 

7.86051E-13 

7.88904E-13 

7.91396E-13 

7.95551E-13 

8.10496E-13 

8.54123E-13 

9.23120E-13 

9.70449E-13 

9.84946E-13 

1.00267E-12 

1.01967Z-12 

1.02709E-12 

1.01598E-12 

9.99383E-13 

9.91360E-13 

9.86301E-13

298.985cm

3/4 T

4.40014E-13 

4.56173E-13 

4.638741-13 

4.677481-13 

4.69628E-13 

4.72519E-13 

4.73944E-13 

4.75326E-13 

4.79320E-13 

4.82562E-13 

4.85599Z-13 

4.89858E-13 

4.93348E-13 

4.957381-13 

5.000421-13 

5.09949E-13 

5.34821E-13 

5.721841-13 

5.95508E-13 

6.05234E-13 

6.14616E-13 

6.25147E-13 

6.28645E-13 

6.26031E-13 

6.19985E-13 

6.16801E-13 

6.21254E-13

298.985cm

T

1.93551E-13 

1.99886E-13 

2.05217E-13 

2.09954E-13 

2.11963E-13 

2.14633E-13 

2.17967E-13 

2.42528E-13 

2.43978E-13 

2.45215E-13 

2.46488E-13 

2.48776E-13 

2.50246E-13 

2.523801-13 

2.54998E-13 

2.590501-13 

2.68535E-13 

2.80885E-13 

2.89037E-13 

2.91590E-13 

2.95711E-13 

2.99388E-13 

3.00993E-13 

3.01098E-13 

3.002541-13 

2.99529E-13 

2.977621-13

4-96
Table 4.2.2.4

Flux (E>I. 0MEV) At Pressure Vessel 

At the Axial Core Midplane z=239.93cm

8 0-T 1/4 T 1/2 T 3/4 T

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31 

32 

33

7.26704E+08 

6.78830E+08 

6.59431E+08 

6.45008E+08 

6.36571E+08 

6.10317E+08 

5.73601E+08 

5.45277E+08 

5.281031+08 

5.17419E+08 

5.10015E+08 

5.09342E+08 

5.13915E+08 

5.16125E+08 

5.20206E+08 

5.09513E+08 

5.00084E+08 

4.88438E+08 

4.87540E+08 

5.08415E+08 

5.60294E+08 

6.14253E+08 

6.48517E+08 

6.74283E+08 

6.85914E+08 

6.86551E+08 

6.92577E+08 

7.297991+08 

7.70715E+08 

7.92426E+08 

8.08620E+08 

8.26817E+08 

8.42415E+08

4.86038E+08 

4.39211E+08 

4.17809E+08 

4.14865E+08 

4.16730E+08 

4.13080E+08 

3.94408E+08 

3.73949E+08 

3.66832E+08 

3.58961E+08 

3.54780E+08 

3.52051E+08 

3.51822E+08 

3.53182E+08 

3.52554E+08 

3.46291E+08 

3.39195E+08 

3.35893E+08 

3.35954E+08 

3.520671+08 

3.84889E+08 

4.17224E+08 

4.37843E+08 

4.53988E+08 

4.63483E+08 

4.68038E+08 

4.78785E+08 

5.01200E+08 

5.26277E+08 

5.36431E+08 

5.47266E+08 

5.59875E+08 

5.68681E+08

2.90146E+08 

2.66826E+08 

2.55870E+08 

2.50942E+08 

2.48963E+08 

2.47613E+08 

2.39434E+08 

2.29509E+08 

2.22256E+08 

2.22008E+08 

2.18849E+08 

2.17120E+08 

2.17007E+08 

2.14202E+08 

2.15121E+08 

2.09973E+08 

2.06931E+08 

2.05390E+08 

2-.07640E108 

2.17038E+08 

2.35273E+08 

2.52171E+08 

2.63736E+08 

2.73663E+08 

2.77745E+08 

2.84587E+08 

2.92733E+08 

3.06412E+08 

3.17626E+08 

3.24576E+08 

3.30639E+08 

3.37534E+08 

3.44022E+08

1.64137E+08 

1.53785E+08 

1.49150E+08 

1.44745E+08 

1.427141+08 

1.41000E+08 

1.37786E+08 

1.33337E+08 

1.314001+08 

1.29550E+08 

1.28884E+08 

1.26671E+08 

1.23809E+08 

1.26290E+08 

1.24192E+08 

1.22289E+08 

1.20649E+08 

1.20245E+08 

1.22433E+08 

1.27465E+08 

1.37185E+08 

1.44610E+08 

1.51885E+08 

1.56591E+08 

1.60585E+08 

1.63864E+08 

1.70019E+08 

1.76745E+08 

1.82605E+08 

1.86267E+08 

1.88818E+08 

1.93342E+08 

1.96341E+08

4-97

T

7.91649E+07 7.64112E+07 

7.47423E+07 

7.351441+07 

7.206371+07 

7.11014E+07 

7.01897E+07 

6.87598E+07 

6.80072E+07 

6.75791E+07 

6.73628E+07 

6.68891E+07 

6.65083E+07 

6.59555E+07 

6.57453E+07 

6.50598E+07 

6.45136B+07 

6.49543E+07 

6.60669E+07 

6.84265E+07 

7.14415E+07 

7.43763E+07 

7.69204E+07 

7.92334E+07 

8.05424E+07 

8.27465E+07 

8.57617E+07 

8.834821+07 

9.07457E+07 

9.17224E+07 

9.31068E+07 

9.47864E+07 

9.60769E+07
Table 4.2.2.4

Flux (E>1.0 REV) At Pressure Vessel (cont'd) 

At the Axial Core Midplane z=239.93cm

0 0-T 1/4 T 1/2 T 3/4 T

8.74186E+08 

9.01848E+08 

9.13042E+08 

9.16585E+08 

9.21437E+08 

9.18479E÷08 

9.15174E+08 

9.17480E+08 

9.22295E+08 

9.29895E+08 

9.45307E+08 

9.66213E+08 

9.68985E+08 

9.60701E+08 

9.57141E÷08 

9.69930E+08 

1.02577E÷09 

1.13593E109 

1.22798E÷09 

1.25631E+09 

1.27951E+09 

1.29763E÷09 

1.30121E109 

1.25565E+09 

1.21466E+09 

1.19735E÷09 

1.19447E+09

5.89877E÷08 

6.137681.08 

6.20631E÷08 

6.23880E+08 

6.27906E÷08 

6.26217E+08 

6.27300E÷08 

6.260921+08 

6.31204E÷08 

6.372341÷08 

6.44104E÷08 

6.551981÷08 

6.56573B+08 

6.54567E108 

6.55136E÷08 

6.65251+E08 

7.04546E÷08 

7.73041E÷08 

8.26015E÷08 

8.40283E÷08 

8.55711E÷08 

8.70334E+08 

8.73920E+08 

8.55344E+08 

8.30975E÷08 

8.22129E÷08 

8.19835E÷08

3.55101E+08 

3.695061+08 

3.75596E÷08 

3.777461÷08 

3.790561÷08 

3.80907E108 

3.80262E+08 

3.81617R+08 

3.83508H+08 

3.85809E.08 

3.90353E+08 

3.95210E+08 

3.961641+08 

3.96764E+08 

3.98133E÷08 

4.05530E+08 

4.28786E+08 

4.66530E+08 

4.92690E÷08 

5.00555E+08 

5.10056E÷08 

5.18586E+08 

5.22180E+08 

5.14814E+08 

5.04942E÷08 

5.00030E+08 

4.97111E+08

2.02428E+08 

2.10589R÷08 

2.14250E+08 

2.16143E÷08 

2.16649E+08 

2.18019E+08 

2.18302E÷08 

2.18789E+08 

2.20709E+08 

2.22450E÷08 

2.23655E+08 

2.25308E÷08 

2.26779E÷08 

2.27278E+08 

2.28792E+08 

2.33467E+08 

2.45853E÷08 

2.65280E+08 

2.77207E+08 

2.82503E+08 

2.86878E+08 

2.921209+08 

2.93455E+08 

2.91530E+08 

2.87660E+08 

2.85833E+08 

2.88890E+08

9.83445E+07 

1.01550E+08 

1.03417E+08 

1.04142E+08 

1.04894E+08 

1.05321E108 

1.06055E+08 

1.064321+08 

1.07101E+08 

1.07625E+08 

1.08183E+08 

1.09148E+08 

1.09667B÷08 

1.10587E+08 

1.11710E+08 

1.13652E+08 

1.18512E+08 

1.24957E÷08 

1.29333E÷08 

1.30551E+08 

1.32746E+08 

1.34520E+08 

1.35259E+08 

1.35102E+08 

1.34471E+08 

1.34027E+08 

1.32770E+08

4-98

T

34 

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47 

48 

49 

50 

51 

52 

53 

54 

55 

56 

57 

58 

59 

60
Table 4.2.2.5

Flux (E>0.1 MEV) At Pressure Vessel 

At the Axial Core Midplane z=239.93cm

a 0-T 1/4 T 1/2 T 3/4 T

1.41066E+09 

1.47760E+09 

1.47902E+09 

1.41096E+09 

1.27832E+09 

1.17315E+09 

1.11037E+09 

1.05796E+09 

1.02986E+09 

1.01460E+09 

1.00208E+09 

9.94682E+08 

9.91797E+08 

9.95572E+08 

9.98194E+08 

9.80096E+08 

9.64423E+08 

9.50374E+08 

9.58994E+08 

9.99839E+08 

1.08541E+09 

1.17118B+09 

1.23811E+09 

1.29015E+09 

1.31630E+09 

1.32870E+09 

1.35531E+09 

1.41842E+09 

1.48529E+09 

1.51996E+09 

1.55005E+09 

1.58423E+09 

1.61111E+09

1.28037E+09 

1.24540E+09 

1.21848E+09 

1.19376E+09 

1.14583E+09 

1.09107E+09 

1.03954E+09 

9.91669E+08 

9.73654E+08 

9.59206E+08 

9.499881+08 

9.37430E+08 

9.31250E+08 

9.30886E+08 

9.25873E+08 

9.12032E+08 

8.97103E+08 

8.95354E+08 

9.06920E+08 

9.46782E+08 

1.01358E+09 

1.07908E+09 

1.13317E+09 

1.17922E+09 

1.20502E+09 

1.22793E+09 

1.26553E+09 

1.31747E+09 

1.36981E+09 

1.39314E+09 

1.41889E+09 

1.44910E+09 

1.47051E+09

9.97952E+08 

9.67224E+08 

9.46472E+08 

9.29223E+08 

8.97289E108 

8.64597E+08 

8.307401+08 

7.98965E+08 

7.80676E+08 

7.77301E+08 

7.68808E+08 

7.59303B+08 

7.54660E+08 

7.49016E+08 

7.45411E+08 

7.33497E+08 

7.24329E+08 

7.25857E+08 

7.39396E+08 

7.68936E+08 

8.14370E+08 

8.579031+08 

8.96696E+08 

9.32608E+08 

9.50806E+08 

9.76246E+08 

1.00930E+09 

1.04881E+09 

1.08127E+09 

1.10070E+09 

1.11784E÷09 

1.14006E+09 

1.15693E+09

7.02148E+08 

6.83487E+08 

6.72133E+08 

6.58921E+08 

6.40341E+08 

6.19642E+08 

6.01633E+08 

5.83014E+08 

5.75023E+08 

5.70039E+08 

5.66012E+08 

5.584591+08 

5.50969E+08 

5.52207E+08 

5.47955E+08 

5.40973E÷08 

5.36091E+08 

5.38622E+08 

5.49939E+08 

5.68519E+08 

5.96871E+08 

6.21481E+08 

6.47848E+08 

6.70548E+08 

6.85747E+08 

7.02482E+08 

7.27712E+08 

7.52157E+08 

7.73351E+08 

7.84526E+08 

7.95406E+08 

8.10218E+08 

8.20846E+08

3.84296E+08 

3.78504E+08 

3.74511E+08 

3.70757E+08 

3.64115E+08 

3.57577E+08 

3.52043E+08 

3.46335E+08 

3.43967E.08 

3.42302E+08 

3.41114E+08 

3.38883E+08 

3.369031+08 

3.36411E+08 

3.35053E+08 

3.33406E+08 

3.32397E+08 

3.35394E+08 

3.40820E+08 

3.48943E+08 

3.58782E+08 

3.68578E+08 

3.78508E+08 

3.88800E+08 

3.94977E+08 

4.03941E+08 

4.15748E+08 

4.26087E+08 

4.34861E+08 

4.38933E+08 

4.43707E+08 

4.49722E+08 

4.54179E+08

4-99

T

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31 

32 

33
Table 4.2.2.5

Flux (E>0.1 Mev) At Pressure Vessel (cont'd) 

At the Axial Core Midplane z=239.93cm

8 0-T 1/4 T 1/2 T 3/4 T

1.66096E+09 

1.70925E+09 

1.73122E+09 

1.73825E+09 

1.74783E+09 

1.74693E+09 

1.74758E+09 

1.75399E+09 

1.76478E+09 

1.77867E+09 

1.80119E+09 

1.836451+09 

1.84809E+09 

1.84934E+09 

1.85808E+09 

1.89261E+09 

2.00348E+09 

2.19925E+09 

2.35459E+09 

2.40880E+09 

2.45779E+09 

2.495481+09 

2.50045E+09 

2.44390E+09 

2.39027E+09 

2.368511+09 

2.36302E+09

1.51272E+09 

1.56263E+09 

1.58335E+09 

1.59320E+09 

1.60301Z+09 

1.60569E+09 

1.61247E+09 

1.61626E+09 

1.62858E+09 

1.63974E+09 

1.65514E+09 

1.68074E+09 

1.69226E+09 

1.70261E+09 

1.71870E+09 

1.75394E+09 

1.85237E+09 

2.00762E+09 

2.12235E+09 

2.16142E+09 

2.20405E+09 

2.24054E+09 

2.24887E+09 

2.22414E+09 

2.19137E+09 

2.17882E+09 

2.17561E+09

1.18623E+09 

1.22389E+09 

1.24298E+09 

1.25222E+09 

1.25865E+09 

1.26604E+09 

1.27032E+09 

1.277431+09 

1.28480E+09 

1.29266E+09 

1.30317E+09 

1.32053E÷09 

1.33015E+09 

1.34289E+09 

1.35864E+09 

1.38829E+09 

1.46046E+09 

1.56710E+09 

1.64094E+09 

1.66853E+09 

1.69984E+09 

1.72740E+09 

1.73599E+09 

1.72731E+09 

1.71315E+09 

1.70668E+09 

1.70319E+09

8.39538E+08 

8.64595E+08 

8.77964E+08 

8.85487E+08 

8.90353E+08 

8.95843E+08 

9.00761E+08 

9.05111E+08 

9.11947E+08 

9.16458E+08 

9.23132E+08 

9.33282E+08 

9.42083E+08 

9.51208E+08 

9.64043E+08 

9.84108E+08 

1.02987E+09 

1.09435E+09 

1.137451+09 

1.15492E+09 

1.17451E+09 

1.19243E+09 

1.19852E+09 

1.19664E+09 

1.19196E+09 

1.18876E+09 

1.19286E+09

4.61867E+08 

4.72535E+08 

4.792491+08 

4.82859E+08 

4.86004E+08 

4.89052E+08 

4.92320E+08 

4.95229E+08 

4.98230E+08 

5.007221+08 

5.036771+08 

5.09272E+08 

5.13340E+08 

5.18902E+08 

5.25212E+08 

5.33816E+08 

5.51214E+08 

5.73782E+08 

5.887801+08 

5.94556E+08 

6.02076E+08 

6.08954E+08 

6.11627E+08 

6.125811+08 

6.12293E+08 

6.12025E+08 

6.10587B+08

4-100

T

34 

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47 

48 

49 

50 

51 

52 

53 

54 

55 

56 

57 

58 

59 

60
Table 4.2.2.6

DPA Rate At Pressure Vessel 

At the Axial Core Midplane z-239.93cm

e 0-T 1/4 T 1/2 T 3/4 T

1.14500E-12 

1.06705E-12 

1.03804E-12 

1.01684E-12 

1.00629E-12 

9.64114E-13 

9.049133-13 

8.614303-13 

8.326503-13 

8.16284E-13 

8.04735E-13 

8.036743-13 

8.126153-13 

8.16597E-13 

8.22775E-13 

8.05394E-13 

7.90902E-13 

7.72981E-13 

7.711213-13 

8.02680E-13 

8.83632E-13 

9.67449E-13 

1.01932E-12 

1.057523-12 

1.07720E-12 

1.07643E-12 

1.085583-12 

1.14330E-12 

1.208523-12 

1.242253-12 

1.26675E-12 

1.29430E-12 

1.31843E-12

8.10792E-13 

7.42808E-13 

7.10428E-13 

7.049003-13 

7.02701E-13 

6.91817E-13 

6.59322E-13 

6.25236E-13 

6.13592E-13 

6.00963E-13 

5.93688E-13 

5.89229E-13 

5.89098E-13 

5.90951E-13 

5.898303-13 

5.78879E-13 

5.679613-13 

5.63787E-13 

5.647713-13 

5.90100E-13 

6.42265E-13 

6.93147E-13 

7.25182E-13 

7.50894E-13 

7.669863-13 

7.757953-13 

7.94100E-13 

8.304583-13 

8.703753-13 

8.868893-13 

9.034263-13 

9.231813-13 

9.370033-13

5.322403-13 

4.97725E-13 

4.807093-13 

4.71759E-13 

4.64627E-13 

4.58000E-13 

4.419403-13 

4.23745E-13 

4.11874E-13 

4.107243-13 

4.05567E-13 

4.014783-13 

4.00427E-13 

3.97025E-13 

3.96975E-13 

3.88668E-13 

3.83389E-13 

3.82245E-13 

3.86869E-13 

4.03112E-13 

4.33306E-13 

4.61271E-13 

4.809633-13 

4.984013-13 

5.06791E-13 

5.194433-13 

5.351683-13 

5.584563-13 

5.779423-13 

5.891683-13 

5.993422-13 

6.11195E-13 

6.21574E-13

3.32735E-13 

3.16902E-13 

3.09224E-13 

3.01569E-13 

2.95781E-13 

2.90253E-13 

2.829403-13 

2.73942E-13 

2.69943E-13 

2.67056E-13 

2.65304E-13 

2.61446E-13 

2.56997E-13 

2.59563E-13 

2.565783-13 

2.528533-13 

2.50157E-13 

2.50331E-13 

2.54960E-13 

2.64261R-13 

2.810523-13 

2.94355E-13 

3.073413-13 

3.16912E-13 

3.24256E-13 

3.31677E-13 

3.43693E-13 

3.56314E-13 

3.66959E-13 

3.73409E-13 

3.78326E-13 

3.861503-13 

3.918673-13

1.734123-13 1.69013E-13 

1.66236E-13 

1.640103-13 

1.611013-13 

1.589433-13 

1.569023-13 

1.541283-13 

1.527913-13 

1.51989Z-13 

1.51543E-13 

1.50479E-13 

1.495673-13 

1.48953E-13 

1.484003-13 

1.47277Z-13 

1.46506E-13 

1.476503-13 

1.49998Z-13 

1.54288E-13 

1.597453-13 

1.64987E-13 

1.697383-13 

1.74268Z-13 

1.76996E-13 

1.813353-13 

1.872473-13 

1.922263-13 

1.96647Z-13 

1.985253-13 

2.01015E-13 

2.041243-13 

2.06387E-13

4-101

T

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31 

32 

33
Table 4.2.2.6

DPA Rate At Pressure Vessel (cont'd) 

At the Axial Core Midplane z=239.93cm

e 0-T 1/4 T 1/2 T 3/4 T

1.36917E-12 

1.41343E-12 

1.43087E-12 

1.43795E-12 

1.44554E-12 

1.44072E-12 

1.43523E-12 

1.43831E-12 

1.44615E-12 

1.45724E-12 

1.48253E-12 

1.516021-12 

1.51925E-12 

1.50448E-12 

1.49699E-12 

1.51558E-12 

1.59921E-12 

1.76661E-12 

1.90640E-12 

1.949011-12 

1.98272E-12 

2.01182E-12 

2.01867E-12 

1.94766E-12 

1.88272E-12 

1.85619E-12 

1.84939E-12

9.714201-13 

1.01060Z-12 

1.02217B-12 

1. 02825E-12 

1. 03501E-12 

1.03352E-12 

1.03482E-12 

1.03357E-12 

1.04172E-12 

1.051271-12 

1.06309E-12 

1.08099E-12 

1.08376E-12 

1.08091E-12 

1.08234E-12 

1.099251-12 

1.16100E-12 

1.26787E-12 

1.34955E-12 

1.37144E-12 

1.39528E-12 

1.419611-12 

1.42739E-12 

1.39954E-12 

1.36263E-12 

1.34841E-12 

1.34545E-12

6.40801E-13 

6.65633E-13 

6.76515E-13 

6.80678E-13 

6.83672E-13 

6.87271E-13 

6.87019E-13 

6.89597E-13 

6.93362E-13 

6.97691E-13 

7.053101-13 

7.14130E-13 

7.16731E-13 

7.19006E-13 

7.22793E-13 

7.363711-13 

7.75982E-13 

8.38611E-13 

8.81569E-13 

8.94732E-13 

9.10820E-13 

9.26272E-13 

9.33010E-13 

9.22954E-13 

9.07900E-13 

9.00626E-13 

8.96044E-13

4.02533E-13 

4.17286E-13 

4.24324E-13 

4.27867E-13 

4.29594E-13 

4.322391-13 

4.33552E-13 

4.34824E-13 

4.38473E-13 

4.41430E-13 

4.44214E-13 

4.481201-13 

4.51322E-13 

4.535291-13 

4.57486E-13 

4.66549E-13 

4.89281E-13 

5.23405E-13 

5.44720E-13 

5.53603E-13 

5.62189E-13 

5.71810E-13 

5.75011E-13 

5.72639E-13 

5.671441-13 

5.64245E-13 

5.68288E-13

2.10726E-13 

2.16718E-13 

2.20296E-13 

2.21907E-13 

2.23356E-13 

2.24579E-13 

2.25994E-13 

2.27048E-13 

2.28405E-13 

2.29560E-13 

2.30756E-13 

2.32904E-13 

2.342901-13 

2.36298E-13 

2.38755E-13 

2.42546E-13 

2.51394E-13 

2.62913E-13 

2.70518E-13 

2.72909E-13 

2.76754E-13 

2.80184E-13 

2.81678E-13 

2.81783E-13 

2.81007E-13 

2.80341E-13 

2.78707E-13

4-102

T

34 

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47 

48 

49 

50 

51 

52 

53 

54 

55 

56 

57 

58 

59 

60
Table 4.2.2.7

Downcomer Fluxes and DPA Rates 

(r-278.10cm, z=306.605cm)

FLUX FLUX DPA/S

8 (E>I. 0 XEV)

7.25624E+10 

7.29598E+10 

7.26484E+10 

7.16205E+10 

6.77477E+10 

6.39683E+10 

6.16799E+10 

5.90013E+10 

5.84768E+10 

5.81329E+10 

5.71350E+10 

5.56754E+10 

5.41228E+10 

5.30998E+10 

5.14766E+10 

4.81467E+10 

4.68881E+10 

4.95816E+10 

5.31465E+10 

5.65551E+10 

6.19186E+10 

6.70586E+10 

7.20848E+10 

7.82011E+10 

8.32541E+10 

9.04047E+10 

9.86623E+10 

9.91442E+10 

9.79038E+10 

9.76924E+10 

9.70467E+10 

9.76712E+10 

9.74799E+10

(E>0.1 IEV) 

1.32820E+11 

1.32613E+11 

1.31726E+11 

1.29708E+11 

1.23602E+11 

1.17110E+I1 

1.12612E+11 

1.07374E+11 

1.05921E+11 

1.04797E+11 

1.02867E+11 

9.96783E+10 

9.70504E+10 

9.48583E+10 

9.19491E+10 

8.60722E+10 

8.38222E+10 

8.85162E+10 

9.54570E+10 

1.02120E+11 

1.11952E+11 

1.21153E+11 

1.30825E+11 

1.43204E+11 

1.53070E+11 

1.664231+11 

1.81314E+11 

1.84136E+11 

1.82787E+11 

1.82694E+11 

1.810531+11 

1.80787E+11 

1.79699E+11

1.10502E-10 

1.11082E-10 

1.10644E-10 

1.08979E-10 

1.03184E-10 

9.74438E-11 

9.39032E-11 

8.98694E-11 

8.89752E-11 

8.844501-11 

8.69997E-11 

8.47665E-11 

8.25602E-11 

8.09817E-11 

7.86062E-11 

7.36487E-11 

7.15378E-11 

7.51518E-11 

8.02959E-11 

8.54056E-11 

9.34593E-11 

1.01452E-10 

1.09561E-10 

1.19084E-10 

1.26566E-10 

1.37366E-10 

1.49569E-10 

1.50534E-10 

1.48854E-10 

1.48618E-10 

1.47838E-10 

1.48638E-10 

1.48537E-10

4-103

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31 

32 

33
Table 4.2.2.7

Downcomer Fluxes and DPA Rates (Cont'd) 

(r=278.10cm, z=306.605cm)

FLUX FLUX DPA/s

0 (E>1. 0 2sEV)

9.61024E+10 

9.06185E+10 

8.48232E+10 

8.16531E+10 

7.95092E+10 

7.90791E+10 

7.87170E+10 

7.98183E+10 

8.02073E+10 

8.008993+10 

8.15130E+.0 

8.43237E+10 

8.817473+10 

9.583503+10 

1.05302E+11 

1.17721E+11 

1.40142E+31 

1.683643+11 

1.83158E+31 

1.87330E+11 

1.95986E+11 

2.05900E+11 

2.11886E+11 

2.14478E+31 

2.13838E÷I1 

2.11683E+31 

2.12178E+.1

(E>0.1 MEV) 

1.75665E+11 

1.65623E+11 

1.55773E+31 

1.50329E+II 

1.46334E+II 

1.44564E+.1 

1.43282E+.1 

1.44043E+.1 

1.44508E+.1 

1.44332E+11 

1.47087E+I1 

1.533963+11 

1.61410E+11 

1.76402E+11 

1.95758E+.1 

2.206513+.1 

2.66256E+.1 

3.22637E+31 

3.54577E+I1 

3.64740E+II 

3.81241E+11 

3.99845E+I1 

4.11390E+11 

4.16842E+I1 

4.17023E+31 

4.14384E+31 

4.15588E+I1

1.46186E-10 

1.37976E-10 

1.29350E-10 

1.24532E-10 

1.21408E-10 

1.20598E-10 

1.20151E-10 

1.21747E-10 

1.22321E-10 

1.22175E-10 

1.24256E-10 

1.28692E-10 

1.34585E-10 

1.46028E-10 

1.60424E-10 

1.79092E-10 

2.13342E-10 

2.56196E-10 

2.79363E-10 

2.86302E-10 

2.99061E-10 

3.12691E-10 

3.19917E-10 

3.22964E-10 

3.22038E-10 

3.19146E-10 

3.19652E-10

4-104

34 

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47 

48 

49 

50 

51 

52 

53 

54 

55 

56 

57 

58 

59 

60
Table 4.2.2.8

Downcomer Fluxes and DPA Rates 

(At the Axial Core Xidplane r-278.10cm,z-239.9 3 am)

FLUX FLUX DPA/s

8 (E>1. 0 MEV)

6.376893+10 

6.41228E+10 

6.385153+10 

6.29473E+10 

5.95411E+10 

5.62185E+10 

5.42094E+10 

5.18584E+10 

5.13990E+10 

5.10988E+10 

5.02236E+10 

4.89432E+10 

4.75803E+10 

4.66817E+10 

4.52557E+10 

4.232883+10 

4.122253+10 

4.35905E+10 

4.67210E+10 

4.97133E+10 

5.442603+10 

5.89434E+10 

6.33574E+10 

6.87252E+10 

7.31611E+10 

7.94440E+10 

8.669803+10 

8.71147E+10 

8.60210E+10 

8.583523+10 

8.52711E+10 

8.582403+10 

8.56617E+10

(9>0.1 EV) 

1.16516E+11 

1.163413+11 

1.15566E+11 

1.13795E+11 

1.08433E+11 

1.02737E+11 

9.879323+10 

9.42019E+10 

9.29299E+10 

9.19465E+10 

9.025583+10 

8.74614E+10 

8.51574E+10 

8.32354E+10 

8.068373+10 

7.55272E+10 

7.35531E+10 

7.76722E+10 

8.37578E+10 

8.95987E+10 

9.82231E+10 

1.06295E+11 

1.14776E+11 

1.25626E+11 

1.34275E+11 

1.45987E+11 

1.590483+11 

1.61513E+I1 

1.603243+11 

1.602423+11 

1.58807E+11 

1.58580E+11 

1.57633÷+11

9.71895E-11 9.770823-11 

9.732773-11 

9.58624E-11 

9.075933-11 

8.57088E-11 

8.259893-11 

7.90568E-11 

7.82738E-11 

7.78113E-11 

7.654353-11 

7.458393-11 

7.264603-11 

7.125853-11 

6.917003-11 

6.48082E-11 

6.295203-11 

6.61346E-11 

7.06555E-11 

7.51434E-11 

8.22257E-11 

8.925473-11 

9.637903-11 

1.04739E-10 

1.113113-10 

1.20808E-10 

1.31537E-10 

1.32371E-10 

1.30886E-10 

1.30678E-10 

1.29997E-10 

1.30710E-10 

1.30632E-10

4-105

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31 

32 

33
Table 4.2.2.8

Downcomer Fluxes and DPA Rates 

(At the Axial Core Midplane r=278.10cm,z=239.93cm)

FLUX FLUX DPA/s

8.44549E+10 

7.96374E+10 

7.45431E+10 

7.17556E+10 

6.98736E+10 

6.94984E+10 

6.91849E+10 

7.01579E+10 

7.05008E+10 

7.03974E+10 

7.16462E+10 

7.41121E+10 

7.74922E+10 

8.42162E+10 

9.25277E+10 

1.03429E+11 

1.23113E+11 

1.47887E+11 

1.60869E+11 

1.64528E+11 

1.72128E+11 

1.80833E+11 

1.86086E+11 

1.88362E+11 

1.87798E+11 

1.85903E+11 

1.86334E+11

(E>0.1 MEV) 

1.54101E+11 

1.452941+11 

1.36650E+11 

1.31872E+II 

1.28369E+11 

1.26821E+11 

1.25703E+11 

1.26377E+11 

1.26787E+11 

1.26632E+11 

1.29047B+11 

1.345751+11 

1.41600E+11 

1.54741E+11 

1.71709E+I1 

1.93529E+I1 

2.33508E+11 

2.82931E+I1 

3.10922E+I1 

3.19827E+11 

3.34293E+11 

3.50605E+11 

3.60724E+11 

3.65503E+11 

3.65658E+11 

3.63339E+I1 

3.64391E+II

1.28572E-10 

1.21354E-10 

1.13764E-10 

1.09524E-10 

1.06779E-10 

1.06073E-10 

1.05689E-10 

1.07103E-10 

1.07610E-10 

1.07481E-10 

1.09308E-10 

1.13201E-10 

1.18376E-10 

1.28425E-10 

1.410701-10 

1.57465E-10 

1.87548E-10 

2.25186E-10 

2.45522E-10 

2.51609E-10 

2.62819E-10 

2.74798E-10 

2.81146E-10 

2.83826E-10 

2.83009E-10 

2.80460E-10 

2.80901E-10

4-106

34 

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47 

48 

49 

50 

51 

52 

53 

54 

55 

56 

57 

58 

59 

60

9 (E>I. 0 DIEV)
Table 4.2.2.9

Cavity Fluxes and DPA Rates 

r=398.70cm

FLUX FLUX

(E>I. 0 NEV)

z=282.602cm 

5.19479E+07 

5.239481+07 

5.25180E+07 

5.25311E+07 

5.22965E+07 

5.19117E+07 

5.16546E+07 

5.15872E+07 

5.16924E+07 

5.17694E+07 

5.19453E+07 

5.21545E+07 

5.210791+07 

5.22074E+07 

5.21325E+07 

5.19375E+07 

5.20797E+07 

5.30672E+07 

5.41511E+07 

5.46691E+07 

5.53507E+07 

5.57146E+07 

5.63417E+07 

5.76811E+07 

5.86674E+07 

5.99887E+07 

6.14913E+07 

6.26567E+07 

6.35637E+07 

6.397991+07 

6.43432E+07 

6.48287E+07 

6.526711+07

(E>0.1 MEV) 

z=279.554cm 

2.54473E+08 

2.54803E+08 

2.54716E+08 

2.54611E+08 

2.54347E+08 

2.54138E+08 

2.54200E+08 

2.54302E+08 

2.54459E+08 

2.54532E+08 

2.54706E+08 

2.54948E+08 

2.55045E+08 

2.55037E+08 

2.550651+08 

2.55417E+08 

2.56622E+08 

2.59465E+08 

2.62516E+08 

2.64710E+08 

2.67316E+08 

2.69311E+08 

2.72255E+08 

2.76394E+08 

2.79530E+08 

2.83705E+08 

2.88908E+08 

2.93103E+08 

2.96182E+08 

2.97893E+08 

2.99347E+08 

3.01374E+08 

3.02902E+08

z-279.554cm 

1.15963E-13 

1.16678E-13 

1.16829E-13 

1.16871E-13 

1.16508E-13 

1.15932E-13 

1.15561E-13 

1.15476E-13 

1.15666E-13 

1.15798E-13 

1.16085E-13 

1.16451E-13 

1.16495E-13 

1.16583E-13 

1.16428E-13 

1.16169E-13 

1.16542E-13 

1.18321E-13 

1.20301E-13 

1.21318E-13 

1.22525E-13 

1.23285E-13 

1.24544E-13 

1.26972E-13 

1.28817E-13 

1.31185B-13 

1.33943E-13 

1.36141E-13 

1.37841E-13 

1.38675E-13 

1.39383E-13 

1.40330E-13 

1.41128E-13

4-107

DPA/S

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31 

32 

33
Table 4.2.2.9

Cavity Fluxes and DPA Rates (cont'd) 

r=398.70cm

FLUX FLUX DPA/s

z=282.602cm

e (E>I. 0 HEV)

6.60600E+07 

6.73731E+07 

6.85105E+07 

6.92978E+07 

7.00342E+07 

7.08230E+07 

7.14632E+07 

7.20260E+07 

7.245391+07 

7.28179E+07 

7.309541+07 

7.38825E+07 

7.45634E+07 

7.56717E+07 

7.69237E+07 

7.80299E+07 

7.91807E+07 

8.00746E+07 

8.05541E+07 

8.06036E+07 

8.08069E+07 

8.12391E+07 

8.17068E+07 

8.25914E+07 

8.32210E+07 

8.33420E+07 

8.36596B+07

z=279.554cm 

'(E>0.1 EV) 

3.05956E+08 

3.10582E+08 

3.14241E+08 

3.16764E+08 

3.19020E+08 

3.214311+08 

3.23735E+08 

3.25909E+08 

3.27801E+08 

3.29240E+08 

3.30948E+08 

3.34326E+08 

3.37075E+08 

3.40485E+08 

3.441921+08 

3.47575E+08 

3.51918E+08 

3.55983E+08 

3.58188E+08 

3.58805E+08 

3.60049E+08 

3.616051+08 

3.627001+08 

3.64401E+08 

3.65700E+08 

3.65999E+08 

3.66444E+08

z=279.554cm

1.42639E-13 

1.45063E-13 

1.47140E-13 

1.48588E-13 

1.49946E-13 

1.51384E-13 

1.525991-13 

1.53666E-13 

1.54484E-13 

1.55127E-13 

1.55744E-13 

1.57261E-13 

1.58548E-13 

1.60521E-13 

1.62772E-13 

1.64721E-13 

1.66792E-13 

1.68482E-13 

1.69392E-13 

1.69537E-13 

1.69954M-13 

1.70733E-13 

1.71549E-13 

1.730091-13 

1.74101E-13 

1.74314E-13 

1.74711E-13

4-108

34 

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47 

48 

49 

50 

51 

52 

53 

54 

55 

56 

57 

58 

59 

60
Table 4.2.2.10

Flux Spectrum At Pressure Vessel 

0=42 .51

Group

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31 

32 

33 

34 

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47

z=306.605cm 

o T 

1.45144E+06 

3.98221E+06 

1.38250E+07 

2.42949E+07 

3.66752E+07 

8.85306E+07 

1.10113E+08 

1.627103+08 

1.01256E308 

6.86134E+07 

7.33791E+07 

3.50676E+07 

8.65360E+06 

4.33860E+07 

1.12498E+08 

1.15858E+08 

1.54977E+08 

2.39865E+08 

1.45214E+08 

7.61680E+07 

2.23453E+08 

1.47690E+08 

1.89661E+08 

1. 81696E+08 

1.91614E+08 

2.04774E+08 

1.51798E+08 

9.13819E+07 

3.36533E+07 

2.21608E+07 

4.31436E+07 

2.33147E+07 

4.82868E+07 

7.98184E+07 

1.21562E+08 

1.05427E+08 

1.57190E+08 

9.415413+07 

9.61211E+07 

1.27251E+08 

1.53565E+08 

8.80941E÷07 

1. 12239E+08 

8.17431E+07 

7.43535E+07 

1.57507E+08 

1.082823+09

z=306.605cm 

1/4 T 

8.51148E+05 

2.31806E÷06 

8.07480E+06 

1.43174E+07 

2.14025E+07 

5.02178E+07 

6.158213+07 

9.102563+07 

5.892323+07 

4.22007E+07 

4.62005E+07 

2.24949Z+07 

5.77535E+06 

2.93996E+07 

7.99966E+07 

8.92594E+07 

1.24302E+08 

2.18249E+08 

1.36801E+08 

7.03784E+07 

2.53669E+08 

1.54698E+08 

2.16406E+08 

2.21221E+08 

1.91157E+08 

2.31926E+08 

1.70517E÷08 

7.80000E+07 

2.28332E÷07 

1.23038E÷07 

4.53749E+07 

2.36310E+07 

3.97948E+07 

3.97861E÷07 

9.64862E+07 

7.91381E+07 

1.04127E÷08 

5.92886E÷07 

6.22186E+07 

8.25196E+07 

9.53296E+07 

5.14179E+07 

5.66321E+07 

3.54918E+07 

2.38461E+07 

3.28214E+07 

7.03264E+07

z=306.605cm 

1/2 T 

4.55280E305 

1.22421E+06 

4.24131E+06 

7.48060E+06 

1.09403E+07 

2.46778E÷07 

2.99427E+07 

4.47425E+07 

3.02845E+07 

2.23501E+07 

2.49657E+07 

1.23057E+07 

3.26255E+06 

1.67870E+07 

4.72184E÷07 

5.62290E+07 

8.12742E+07 

1.58086E+08 

1.04883E+08 

5.35826E+07 

2.20689E+08 

1.33078E+08 

1.92411E+08 

2.09219E+08 

1.65710E÷08 

2.14825E÷08 

1.59793E+08 

6.47475E+07 

1.75979E÷07 

9.40842E+06 

3.99941E+07 

2.12853E+07 

3.196653+07 

2.53249E+07 

6.81251E+07 

5.577453+07 

6.80836E+07 

3.72325E+07 

3.84280E+07 

5.04327E+07 

5.65150E+07 

2.94949E+07 

2.93236E+07 

1.63386E+07 

8.91602E+06 

7.80908E+06 

4.63913E+06

4-109

z=302.795cm 

3/4 T 

2.40675E+05 

6.361463+05 

2.18018E+06 

3.804773+06 

5.43558E+06 

1.17776E+07 

1.41802E+07 

2.14402E+07 

1.49937E+07 

1.131563+07 

1.285343+07 

6.38137E+06 

1.73874E+06 

9.01552E+06 

2.581963+07 

3.227703+07 

4.80871E+07 

1.00680E+08 

7.10078E+07 

3.57649E+07 

1.59703E+08 

9.828253+07 

1.39829E+08 

1.59934E+08 

1.24799E+08 

1.65236E+08 

1.228593+08 

4.84103E+07 

1.28947E+07 

6.89944E+06 

3.14806E+07 

1.70028E+07 

2.47100E+07 

1.89619E+07 

4.67343E+07 

3.72227E+07 

4.46165E+07 

2.40360E+07 

2.42199E+07 

3.11393E+07 

3.41860E+07 

1.75775E+07 

1.72131E+07 

9.37243E+06 

5.00614E+06 

4.51151E+06 

2.21562E+06

z=302.795cm 

T 

1.45519E+05 

3.78338E+05 

1.28286E+06 

2.21551E+06 

3.10342E+06 

6.516783+06 

7.75899E+06 

1.16773E+07 

8.21885E÷06 

6.17816E+06 

7.03824E+06 

3.51085E÷06 

9.83372E+05 

5.06771E+06 

1.43668E+07 

1.83716E+07 

2.79281E+07 

5.98535E+07 

4.46924E+07 

2.20858E+07 

9.84222E+07 

6.50064E+07 

8.37832E+07 

9.98713E+07 

8.53724E+07 

1.07721E+08 

7.91146E+07 

3.30616E+07 

8.89195E+06 

6.27014E+06 

2.24942E+07 

1.21623E+07 

1.86002E+07 

1.81539E+07 

3.13456E+07 

2.47032E+07 

3.22886E+07 

1.75710E+07 

1.723713+07 

2.17334E÷07 

2.41848E+07 

1.28650E+07 

1.40101E+07 

8.66707E+06 

6.295553+06 

1.14895E+07 

2.71357E+07
Table 4.2.2.11

Flux Spectrum at the Downcomer, Capsule and Cavity

Group Downcomer Pressure Vessel 

Capsule

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31 

32 

33 

34 

35 

36 

37 

38 

39 

40 

41 

42 

43 

44 

45 

46 

47

3.06440E+07 

9.94113E+07 

4.34619E+08 

8.69995E+08 

1.57902E+09 

4.24337E+09 

6.44469E+09 

1.18478E+10 

8.28758E+09 

5.72389E+09 

6.28604E+09 

3.01237E+09 

7.81276E+08 

3.72442E+09 

8.89592E+09 

8.93241E+09 

1.19526E+10 

1.596151+10 

1.00176E+10 

5.75172E+09 

1.06772E+10 

9.47762E+09 

1.05198E+10 

8.27485E+09 

1.52337E+10 

1.28278E+10 

1.08677E+10 

9.59758E+09 

4.47478E+09 

3.46514E+09 

1.28394E+09 

1. 69532E+09 

6.21169E+09 

1.19938E+10 

1.17352E+10 

1.17072E+10 

1.95127E+10 

1.18174E+10 

1.18917E+10 

1.59635E+10 

2.01242E110 

1.21640E+10 

1.70609E+10 

1.36351E+10 

1.49940E+10 

4.18799E+10 

7.26381E+11

1.20397E+06 

3.21690E+06 

1.06770E+07 

1.84146E107 

2.71738E+07 

6.54588E+07 

8.01483E÷07 

1.15285E+08 

7.12901E+07 

4.74982E+07 

5.03231E+07 

2.38313E+07 

5.80002E+06 

2.93640E+07 

7.66362E+07 

7.85537E+07 

1.03870E+08 

1.57156E+08 

9.33834E+07 

4.87374E+07 

1.36337E+08 

8.96021E+07 

1.14643E+08 

1.05726E+08 

1.14367E+08 

1.20772E+08 

8.91329E+07 

5.37322E+07 

1.89532E+07 

1.08276E+07 

2.57457E+07 

1.37871E+07 

3.12861E+07 

4.56788E+07 

7.63772E+07 

6.39967E+07 

9.43503E+07 

5.64554E+07 

5.81865E+07 

7.70609E+07 

9.25460E+07 

5.27821E+07 

6.63114E+07 

4.76412E+07 

4.14897E+07 

8.56534E+07 

5.95337E+08

Downcomer flux spectrum is at r=278.10cm,z=306.605cm,8-23.5. 

Pressure Vessel Capsule flux spectrum is at r=319.195cm,z=306.605cm,e=3. 

Cavity flux spectrum is at r=398.70cm,z=282.602cm,8=44.975.

4-110

Cavity

8.82735E+04 

2.22049E+05 

7.27237E+05 

1.22673E+06 

1.67074E+06 

3.42529E+06 

4.00089E+06 

5.85934E+06 

4.01597E+06 

2.94413E+06 

3.36623E+06 

1.71368E+06 

4.71627E+05 

2.34469E+06 

6.17582E+06 

7.88597E+06 

1.22991E+07 

2.50803E+07 

1.96089E+07 

1.08405E+07 

3.84548E+07 

3.03620E+07 

3.41054E+07 

4.09960E+07 

4.93562E+07 

5.05848E+07 

3.76139E+07 

2.22784E+07 

7.16805E+06 

7.45577E+06 

1.00461E+07 

6.53739E+06 

1.40931E+07 

1.82946E+07 

2.03678E+07 

1.76332E+07 

2.58626E+07 

1.41391E+07 

1.35024E+07 

1.68843E+07 

1.92489E+07 

1.06510E+07 

1.27264E+07 

8.62314E+06 

7.54572E+06 

1.71394E+07 

5.50658E+07
Table 4.2.2.12 

Calculated Reaction Rates (reactionslsec*at am) at the Capsule 

*Detector 

*material . r=318.348cm .r=319.l95cm .r=320.O4lcm .r=320.887cm 

. 46 .- 17 . -17 . -17 . -17. 

.Ti (n,p) -4.19811X10 . 3.70240x10 . 3.22615xl0 . 2.78949x10 

. 54 .- 16 . -16 . -16 . -16. 

.Fe (n,p) .1.81953X10 . 1.61912xl0 . 1.41706xl0 . 1.22869x10 

. 58 .- 16 . -16 . -16 . -16. 

.Ni (n,p) .2.32589X10 . 2.07686xl0 . 1.82286x10 . 1.58472xl0 

. 63 . 18 . -18 . -18 . -18. 

.Cu (,) .2.894131xl0 . 2.54905x10 . 2.22507xl0 . 1.92927x10 

. 237 .- 15 . -15 . -15 . -15. 

.Np (n,f) .2.10361x10 . 2.03505x10 . l.90963x10 . 1.76904xl0 

.238 .- 16 . -16 . -16 . -16. 

.U (n,f) .5.04572x10 . 4.65176xl0 . 4.17612x10 - 3.71114x10 

BUGLE93 used pressure vessel 1/4T weighting spectrum to collapse cross 

sections. 

46 

Te (n,p) axial peak reaction rate at z=302.795cm 

54 

Fe (n,p) axial peak reaction rate at z=302.795cm 

58 

Ni (n,p) axial peak reaction rate at z=302.795cin 

63 

Cu (n~oe) axial peak reaction rate at z=302.795cm 

237 

Np (n,f) axial peak reaction rate at z=306.605cm 

238 

U (n,f) axial peak reaction rate at z=306.6O5cm

4-111
PRESSURE VESSEL O-T FLUX SPECTRUM 

I I ! 111111 I ! I I IIII I I I IIIIII t I I IIIIII I I I IIIIII I I I IIIIII1 I I I IIIIII I I I I IIIII I I I IIIIII I I I I I III 

10 

CD 

i z 

4-.. 

ID 

x 

I, 

7D 

5*106

10-2

ENERPY (EV)
Figure 4.2.2.2 

PRESSURE VESSEL 1/4 T FLUX SPECTRUM

ENERGY (EV)

Uj 

rY 

310 6 

T 

L-- 10-. 

__1 

H-. 

z 

-_J 

i, 

,108
PRESSURE VESSEL 1/2 T FLUX SPECTRUM 

I I 1111111 I I 111 1 1111111 1 1 11111IMF I I 1 1111111 1 1 1111111 1 1 1111 M I I 1 1111111 1 1 1111111 1 

-n

C T 

(D Lii 

l-

:D 

0• 

><1 

4 *1 0 ' ~1s -1 I I I I I I 1111111 T- I 1 1111 1 1 1 1 f i I I 1 11111 1 1 1111

ENERGY (EV)
ST T -t' 

FLUX PER UNIT LETHARGY 

0 cU 0 

61-. 

06 

6

C-) -U 

mm 

_ - m 

-Ku 

mC 

'-C:0
PRESSURE VESSEL 1.0 T FLUX SPECTRUM

1 - 11111 11 M1111 1111111 I I1 I I 1111111 - VI II I I 11111 1111111 I I 1111111 I III

1 IH ilI 1111111 1 I 11111111 1 1 11 11 I I I F- II T F T f - -1 1111 II 1111 T I 1 11111 r7 7 " I I I I11, I till1 I I 1 11111 -

102-, 10 10' 10 id0 0 

ENERGY (Ev)

10

-n 

(D 

4ý1 

FO 

K). 

.c7

LI 

EL 

H10

104 O0 1

1111 1 1

LF

19
PRESSURE VESSEL CAPSULE FLUX SPECTRUM 

1 ~Z~9 IIII - I I I I I11111 I 111 I I I 1111 11111 I 11111 1111 I11111111- 1- 111111 1 11111111 1 f l 

'-l T 5*-10 II • L iJ ) i" - I 

H

-_lJ 

.106

0d i0 10

ENERGY (EV)
811 -i' 

Uj FLUX PER UNIT LETHARGY 

010 

C~C 

9 

M 0< 

fmA 

L0 

zz 

CU) 

L-
5 PWR and BWR MCNP BENCHMARK PROBLEM 

CALCULATIONS

5.1 Introduction 

MCNP calculations were performed for (1) the PWR 

Standard Core and Partial Length Shield Assembly Core 

Problems and (2) the BWR Benchmark Problem. The 

purpose of these calculations is to allow an independent 

assessment of the DORT discrete ordinates methodology 

and to provide an additional solution to the benchmark 

problems. The calculations are based on the 

configuration geometry, material assignments and core 

neutron source provided with the problem definitions of 

Chapter 2. The methods used in the MCNP calculations 

follow the guidance of Regulatory Guide 1.190 and, 

except for the methods associated with the solution of the 

transport equation, are consistent with the DORT 

methods of Chapter 3. In addition to the numerical 

transport techniques, the major differences between the 

DORT and MCNP calculations are: (1) the DORT (r, 0) 

representation of the core (x, y) cartesian geometry and 

(2) the axial synthesis of the (r, 0) and (r, z) fluxes 

required to determine the three-dimensional solution in 

the DORT methodology. The details of the MCNP 

calculations and the calculated fluxes are presented in the 

following sections. 

5.2 Calculation Methodology 

The Monte Carlo calculations were performed in the 

fixed source mode with the MCNP 4A Version of 

MCNP. Essentially, no approximations were made in 

representing the problem geometry. Reflecting boundary 

conditions were imposed on the azimuthal boundaries at 

0 and 45 degrees and a void boundary condition was 

employed in the cavity outside of the pressure vessel. 

Axial void boundary conditions were imposed at the 

outside of the top and bottom reflector regions. The 

detailed fuel pin geometry including fuel pellet, clad and 

surrounding moderator region was represented as a 

homogenized fuel composition. 

The material compositions of each region were essentially 

those given in the Chapter 2 problem definition. 

However, because all material compositions were not 

available in the cross section library, the Pu-239 and Pu

240 were not included in the core composition and

Molybdenum was not included in the vessel 

composition. These nuclides are relatively small 

components of the material compositions and have been 

determined, using DORT, to have a negligible effect 

(<0. 1%) on the vessel inner-wall fluence. 

The BUGLE-93 ENDF/B-VI 47-group cross section 

library used in the DORT calculations (Section 3.2) was 

reformatted for use in MCNP using the CRSRD 

(Version-2) cross section processing program described 

in Reference-9.

5.3 PWR MCNP Calculations 

Comparison with DORT

and

The MCNP PWR core neutron source was constructed 

using the pin-wise source given in the Chapter-2 

problem definition. The pin-wise spatial detail of the 

source in the outer two rows of fuel assemblies in the 

core was represented explicitly in the MCNP model. 

The source in the inner fuel assemblies was 

homogenized over the volume of the fuel assembly. The 

fission spectrum used in the MCNP calculation was 

identical to that used in the DORT calculations and 

included the effects of fuel assembly burnup and Pu 

buildup (Section-3.3). 

The MCNP calculated fluxes were edited in tally regions 

located radially on the vessel inner-wall and at the T/4 

location, and distributed uniformly over 20 azimuthal 

locations. Axially, the tally regions were located at the 

location having the peak (DORT) flux in the Standard 

Core Problem and at the axial location of the 

circumferential weld in the PLSA Problem. An energy 

cutoff of 1 -MeV was used. 

In order to improve the neutron tracking efficiency and 

reduce the variance in the flux edits, geometrical 

splitting with Russian Roulette was applied using the 

region-wise importances of Figure-5.3. 1. Each 

calculation was run for 40x106 neutron histories which 

provided a relative (one-sigma) probable error of 

s 3.0%. The edited fluxes satisfied all of the statistical 

acceptance criteria on the mean value, probable error, 

variance of the variance and the figure of merit.

5-1
In order to allow consistent comparisons between 

the MCNP and DORT calculations several adjustments 

were made to the DORT results. The DORT >I-MeV 

vessel inner-wall fluxes were increased by: (1) 1.31 % to 

account for the difference between the 0 = 0.0 and 0 = 0.3 

flux extrapolation (Table 3.4.1), recommended in 

Regulatory Guide 1.190, and (2) 3.0% to account for the 

difference between Ss and higher order discrete ordinate 

calculations. While the DORT and MCNP flux edits 

were taken at identical radial locations and over identical 

volumes in the standard core loading calculations, in the 

PLSA calculation the MCNP and DORT edit locations 

and volumes are slightly different. To account for this 

difference, the PLSA DORT calculation was edited at a 

vessel internal mesh location centered at r=220.202 cm, 

and this edit was used for the comparison to MCNP. 

(This resulted in an angular dependent reduction of the 

Table 4.1.4.1 (r=219.393 cm) fluxes, which ranged from 

0.937 at 0=00 to 0.931 at 0=450.) In order to provide an 

MCNP calculation for comparison with DORT, the 

MCNP (Table 5.3.4) fluxes were increased by 1.6% to 

account for the extrapolation from r=220.345 cm to 

r=220.202 cm and for the difference in the edit volumes. 

The MCNP radial and axial geometry models for the 

Standard and PLSA benchmark problems are provided in 

Figures 5.3.2 - 5.3.5. The MCNP calculated vessel > 1

MeV fluxes for the Standard Core Loading at the inner

wall, T/4 and lower weld locations are presented in 

Tables 5.3.1, 5.3.2 and 5.3.3, respectively. The results 

are presented for each azimuthal location including the 

relative probable error. The MCNP calculated fluxes at 

the lower axial weld location are presented in Table 5.3.4 

for the Partial Length Shield Assembly core. The MCNP 

and corresponding DORT calculated fluxes for the 

Standard and PLSA core loadings are presented in 

Figures 5.3.6 - 5.3.9 and indicate generally good 

agreement between the two methods.

5.4 BWR MCNP Calculations 

Comparison with DORT

and

The BWR MCNP core neutron source was constructed 

using the pin-wise source given in the Chapter-2 problem 

definition. In the BWR problem, the outer most 

assemblies included an explicit source for each of the fuel 

rods in the 8x8 fuel rod lattice. The second row of 

assemblies from the core edge were modeled using a 4 x 

4 power distribution to represent the 8x8 fuel rod array, 

and the fuel assemblies in the third row from the core 

edge were represented using a 2x2 power distribution.

The source in the inner fuel assemblies was 

homogenized over the volume of the fuel assembly. The 

fission spectrum used in the MCNP calculation was 

identical to that used in the DORT calculations and 

included the effects of fuel assembly burnup and Pu 

buildup (Section-3.3). 

As shown in Figure 5.4.1, the MCNP calculated fluxes 

were edited in tally regions located radially in the 

downcomer, just inside the riser, and on the vessel inner

wall, and distributed uniformly over 20 azimuthal 

locations. Axially the tally regions were located at the 

core axial midplane (Figure 5.4.2). An energy cutoff of 

1-MeV was used. 

In order to improve the neutron tracking efficiency and 

reduce the variance in the flux edits, geometrical 

splitting with Russian Roulette was applied using the 

region-wise importances of Figures 5.4.3 and 5.4.4. 

Each calculation was run for 40 x I 7 neutron histories 

which provided a relative (one-sigma) probable error of 

-5.0%. The edited fluxes satisfied all of the statistical 

acceptance criteria on the mean value, probable error, 

variance of the variance and the figure of merit. 

In order to allow consistent comparisons between the 

MCNP and DORT calculations an adjustment was made 

to the DORT results. An azimuthally dependent 

adjustment was applied to the DORT > I -MeV down

comer and vessel inner-wall fluxes to account for the 

difference between the 0=0.9 and 0--0.3 flux 

extrapolation, recommended in Regulatory Guide 1.190. 

The average adjustment applied at the downcomer 

(vessel) was -0.05% (-0.7%). Since the MCNP and 

DORT edit volumes were identical, no geometrical 

adjustment was required. Also, since the BWR (rz) 

calculations were performed using an S 16quadrature, no 

adjustment was made for the effect of using an S8 

quadrature. 

The MCNP radial and axial geometry models for the 

BWR benchmark problem are provided in Figures 5.4.1 

and 5.4.2. The MCNP calculated > I -MeV fluxes in the 

downcomer and at the vessel inner-wall are presented in 

Tables 5.4.1 and 5.4.2, respectively. The results are 

presented for each azimuthal location including the 

relative probable error. The MCNP and corresponding 

DORT calculated fluxes for the BWR benchmark 

problem are presented in Figures-5.4.5 and 5.4.6 and 

indicate generally good agreement between the two 

methods.

5-2
In the MCNP calculations of Tables 5.4.1 and 5.4.2, the 

inter-assembly water gap was modeled explicitly. In 

order to evaluate the effect of homogenizing the water 

gap, a second set of calculations was performed in which 

the water gap was homogenized with the channel box, 

fuel rods and intra-assembly water. The results of these 

calculations are presented in Tables 5.4.3 and 5.4.4 and 

are compared with the corresponding explicit water gap 

calculations in Figures 5.4.7 and 5.4.8. The comparisons 

indicate that the approximate homogenized water gap 

calculations are in good agreement with the explicit water 

gap results.

5-3
Table 5.3.1 MCNP Standard Core Loading Flux (E>1.0 MeV) at the Pressure Vessel Inner-Wall 

Peak Axial Location 

(R=219.393 cm, Z4125.488 cm)

6 

degrees 

1.125 

3.375 

5.625 

7.875 

10.125 

12.375 

14.625 

16.875 

19.125 

21.375

FLUX 

3.30326e+10 

3.36730e+10 

3.51559e+10 

3.59988e+10 

3.86426e+10 

4.26095e+10 

4.34216e+10 

4.40699e+10 

4.36045e+10 

4.19659e+10

+ 

ERROR 

0.0243 

0.0230 

0.0208 

0.0209 

0.0201 

0.0202 

0.0206 

0.0197 

0.0210 

0.0220

o 

degree 

23.625 

25.875 

28.125 

30.375 

32.625 

34.875 

37.125 

39.375 

41.625 

43.875

FLUX 

3.72762e+10 

3.57059e+10 

3.49483e+10 

3.59072e+10 

3.41357e+10 

3.27583e+10 

3.01682e+10 

2.54211e+10 

2.35423e+10 

2.09435e+10

*FLUX in [n/cm2-s]. 

'ERROR is the 1-sigma relative probable error.

5-4

+ 

ERROR 

0.0214 

0.0204 

0.0213 

0.0224 

0.0221 

0.0233 

0.0245 

0.0240 

0.0270 

0.0299
Table 5.3.2 MCNP Standard Core Loading Flux (E>1.0 MeV) at the Pressure Vessel 1/4 T Location 

Peak Axial Location 

(R=224.473 cm, Z=125.488 cm)

8 

degrees 

1.125 

3.375 

5.625 

7.875 

10.125 

12.375 

14.625 

16.875 

19.125 

21.375

* 

FLUX 

1.91850e+10 

1.89468e+10 

1.97919e+10 

2.14177e+10 

2.14849e+10 

2.37752e+10 

2.46090e+i10 

2.37518e+10 

2.38443e+10 

2.22642e+10

÷ 

ERROR 

0.0260 

0.0231 

0.0225 

0.0214 

0.0210 

0.0206 

0.0201 

0.0203 

0.0219 

0.0214

8 

degrees 

23.625 

25.875 

28.125 

30.375 

32.625 

34.875 

37.125 

39.375 

41.625 

43.875

FLUX

2.11687e+10 

1.94504e+10 

1.98708e+10 

1.99643e+10 

1.91480e+i10 

1.85446e+10 

1.63334e+10 

1.42662e+10 

1.26837e+10 

1.20046e+10

*FLUX-in [nlcm2-s]. 

+ERROR is the 1-sigma relative probable error.

- 5-5

ERROR 

0.0213 

0.0212 

0.0220 

0.0233 

0.0229 

0.0236 

0.0248 

0.0261 

0.0286 

0.0298
Table 5.3.3 MCNP Standard Core Loading Flux (E>1.0 MeV) at the Pressure Vessel Inner-Wall 

Lower Weld Location 

(R=219.393 cm, Z-67.1048 cm)

9 

degrees 

1.125 

3.375 

5.625 

7.875 

10.125 

12.375 

14.625 

16.875 

19.125 

21.375

* 

FLUX 

2.79499e+10 

2.82001e+10 

3.04488e+i10 

3..17712e+10 

3.45589e+10 

3.89546e+10 

3.89420e+10 

3.99371e+10 

3.61876e+10 

3.27623e+10

+ 

ERROR 

0.0307 

0.0249 

0.0235 

0.0238 

0.0243 

0.0250 

0.0230 

0.0250 

0.0226 

0.0240

e 

degrees 

23.625 

25.875 

28.125 

30.375 

32.625 

34.875 

37.125 

39.375 

41.625 

43.875

FLUX 

3.08956e+10 

3.05221e+10 

2.94234e+10 

2.99037e+10 

3.03531e+l0 

3.06920e+10 

2.62849e+10 

2.24878e+10 

1.96412e+10 

1.79155e+10

*FLUX in [n/cm2-s]. 

+ERROR is the I-sigma relative probable error.

5-6

+ 

ERROR 

0.0247 

0.0256 

0.0246 

0.0247 

0.0259 

0.0369 

0.0286 

0.0285 

0.0311 

0.0336
Table 5.3.4 MCNP Flux (E>1.0 MeV) Partial Length Shield Assembly Core Loading 

at the Pressure Vessel Inner-Wall 

Lower Weld Location 

(R=220.345 cm,** Z-=67.1048 cm)

FLUX 

2.05086e+09 

2.19044e+09 

2.29836e+09 

2.41004e+09 

2.61979e+09 

3.00202e+09 

3.55716e+09 

4.57061e+09 

6.41668e+09 

9.17252e+09

ERROR 

0.0416 

0.0379 

0.0354 

0.0319 

0.0317 

0.0335 

0.0285 

0.0238 

0.0208 

0.0186

0 

degree 

23.625 

25.875 

28.125 

30.375 

32.625 

34.875 

37.125 

39.375 

41.625 

43.875

FLUX 

1.23452e+10 

1.61689e+10 

1.97642e+10 

2.27788e+10 

2.50328e+10 

2.46216e+10 

2.26603e+10 

2.04922e+10 

1.80545e+10 

1.65248e+10

*FLUX in [n/Cm2 -s]. 

+ERROR is the 1-sigma relative probable error. "**This radius is the center of the MCNP Tally cell and does not correspond exactly to the inner-wall location.

5-7

8 

degree 

1.125 

3.375 

5.625 

7.875 

10.125 

12.375 

14.625 

16.875 

.19.125 

21.375

ERROR 

0.0164 

0.0154 

0.0145 

0.0145 

0.0149 

0.0144 

0.0146 

0.0145 

0.0153 

0.0168
I=1

I=25 

I=64.

FIgure 5.3.1 1 = 4 1 = 4096 

Region-wise Importance I For The 

Standard Core Problem

5-8
Talley 

Regions

Figure 5.3.2

MCNP Radial Geometry 

Standard Core Loading

5-9
Talley Regions

Figure 5.3.3 

MCNP Axial Geometry 

Standard Core Loading

5-10
Talley 

Regions

Figure 5.3.4

MCNP Radial Geometry 

PLSA Core Loading

5-11
Talley 

Region 

Figure 5.3.5 

MCNP Axial Geometry 

PLSA Core Loading

5-12
Figure 5.3.6 

E > 1-MeV Flux At Pressure Vessel Inner Wall 

Standard Core Loading 

Peak Axial Location

0 5 10 15 20 25 30 

Angle (deg)

35 40 45

0 

X 

CoJ 

E 

C.3 

X 

U

A 

LU

55 

50 

45 

40 

35 

30 

25 

20 

15
Figure 5.3.7

E > 1-MeV Flux At Pressure Vessel T/4 Location 

Standard Core Loading 

Peak Axial Location

0 5 10 15 20 

Angle

25 30 35 

(deg)

40 45

C0 

X 

C4J 

E 

X 

A 

Lii

30.0 

27.5 

25.0 

22.5 

20.0 

17.5 

15.0 

12.5 

10.0
Figure 5.3.8

E > 1-MeV Flux At Pressure Vessel Lower Weld 

Standard Core Loading

0 5 10 15 20 

Angle

25 30 35 

(deg)

40 45

LA

44 

40 

36 

32 

28 

24 

20 

16 

12

M 

CDJ 

E 

X 

1.a, 

A 

LlJ
Figure 5.3.9 

E > 1-MeV Flux At Pressure Vessel Lower Weld 

Partial Length Shield Assembly Core Loading

I I I I I I I

MCNP (r = 220.202 cm) 

- ------- DORT (r = 220.202 cm)

32 

.28 

24 

20 

16 

12 

8

I I I

0 5 10

I I I

15 20 

Angle

25 

(deg)

I I

30 35 40

t.,,-

6;,//

% 

1 9 

U.j 

=• 

>= 

u-I

4 

0

45

I m I I

I
Table 5.4.1 

MCNP Flux at Downcomer

Explicit 

R=278.10cmn, 

FLUX (E 

* + 

FLUX ERRlOR

5.83903e+10 

5.33293e+10 

5.89746e+10 

4.45477e+10 

3.975640+10 

3.85787e+10 

4.67540e+10 

5.89143e+10 

6.86036e+10 

8.16774e+10

0.0442 

0.0424 

0.0439 

0.0472 

0.0486 

0.0509 

0.0497 

0.0426 

0.0399 

0.0360

Water Gap 

Z=239.93cm 

>1.0 Mev) 

0 

degree 

23.625 

25.875 

28.125 

30.375 

32.625 

34.875 

37.125 

39.375 

41.625 

43.875

FLUX 

8.78056e+10 

8.20344e+10 

7.46868e+10 

7.61948e+10 

7.40129e+10 

8.95386e+10 

1.25014e+11 

1.55212e+ii 

1.83638e+li 

1.92218e+II

* FLUX in [n/cz-s]. 

+ ERROR is the 1-sigma relative probable error.

5-17

0 

degree 

1.125 

3.375 

5.625 

7.875 

10.125 

12.375 

14.625 

16.875 

19.125 

21.375

ERROR 

0.0348 

0.0363 

0.0378 

0.0383 

0.0382 

0.0345 

0.0303 

0.0273 

0.0251 

0.0264
Table 5.4.2

XCNP Flux at Pressure Vessel Wall 

Explicit Water Gap

( R=323.143cm,

FLUX (E 

* + 

FLUX ERROR

6.03113e+08 

6.01035e+08 

5.14640e+08 

4.12581e+08 

4.25150e+08 

4.08336e+08 

4.73165e+08 

5.05795e+08 

5.70097e+08 

6.42908e+08

0.0511 

0.0458 

0.0503 

0.0505 

0.0510 

0.0534 

0.0499 

0.0472 

0.0447 

0.0420

Z=239.93cm) 

>1.0 Nev) 

e 

degree 

23.625 

25.875 

28.125 

30.375 

32.625 

34.875 

37.125 

39.375 

41.625 

43.875

FLUX 

7.01064e+08 

7.25801e+08 

8.08798e+08 

8.78108e+08 

8.43930e+08 

8.07605e+08 

9.30806e+08 

1.12012e+09 

1.20922e+09 

1.11808e+09

** This radius is the center of the MCNP Tally cell,and does not 

correspond exactly to the inner-wall location. 

* FLUX in [n/cm4-s]. 

+ ERROR is the 1-sigma relative probable error.

5-18

e 

degree 

1.125 

3.375 

5.625 

7.875 

10.125 

12.375 

14.625 

16.875 

19.125 

21.375

ERROR 

0.0433 

0.0417 

0.0390 

0.0398 

0.0375 

0.0365 

0.0352 

0.0339 

0.0335 

0.0354
Table 5.4.3

#

XCNP Flux at Downcomer ( ROM ) 

Homogenized Water Gap 

( R=278.10ocm , Z=239.93cm)

*

FLUX

6.10441e+10 

5.42945e÷10 

5.51802e+10 

4.49564e+10 

4.11493e+10 

4.20877e+10 

4.88037e+10 

5.83458e+10 

6.91055e+10 

7.81624e+10

FLUX (E >1.0 Mev) e 

ERROR e 

degrees 

0.0432 23.625 

0.0428 25.875 

0.0440 28.125 

0.0471 30.375 

0.0490 32.625 

0.0491 34.875 

0.0478 37.125 

0.0423 39.375 

0.0410 41.625 

0.0368 43.875

FLUX 

8.52113e+10 

8.31111e+10 

7.45137e+10 

7.52133e+10 

7.41093e+10 

9.01422e+10 

1.28040e+ii 

1.55341e+ii 

1.81845e+II 

1.90983e+II

# In the homogenized case ROM, each assembly including the fuel rods, 

in-channel water, channel box and water gap is homogenized, rather 

than being included explicitly. 

* FLUX in [n/cm2 -s]. 

+ ERROR is the 1-sigma relative probable error.

5-19

8 

degrees 

1.125 

3.375 

5.625 

7.875 

10.125 

12.375 

14.625 

16.875 

19.125 

21.375

+ 

ERROR 

0.0349 

0.0355 

0. 0377 

0.0384 

0.0381 

0.0342 

0.0303 

0.0268 

0.0252 

0.0260
Table 5.4.4

# 

MCNP Flux at Pressure Vessel Wall ( 9024 

Homogenized Water Gap 

( R=323.143cm , Z=239.93cm)

FLUX (E >1.0 Mev)

* E 

FLUX ERROR

5.69317e+08 

5.88823e+08 

5.30936e+08 

4.28586e+08 

4.09933e+08 

4.31201e+08 

4.69051e+08 

5.35999e+08 

5.70021e+08 

6.28348e+08

0.0525 

0.0465 

0.0500 

0.0515 

0.0497 

0.0523 

0.0505 

0.0466 

0.0447 

0.0432

a 

degrees 

23.625 

25.875 

28.125 

30.375 

32.625 

34.875 

37.125 

39.375 

41.625 

43.875

* 

FLUX 

6.87684e+08 

7.32140e+08 

8.20822e+08 

8.58914e+08 

8.57230e+08 

8.20901e+08 

9.10506e+08 

1.08834e+09 

1.18576e+09 

1.13768e+09

# In the homogenized case HOM, each assembly including the fuel rods, 

in-channel water, channel box and water gap is homogenized, rather 

than being included explicitly. 

*FLUX in En/om.2- s]. 

+ ERROR is the 1-sigma. relative probable error.

ERROR 

0. 0433 

0.0418 

0.0380 

0. 0393 

0. 0374 

0.0363 

0.0363 

0.0344 

0.0326 

0.0353

e 

degrees 

1.125 

3.375 

5.625 

7.875 

10.125 

12.375 

14.625 

16.875 

19.125 

21.375

5-20
Figure 5.4.1 

MCNP Radial Geometry

Talley 

Regions

EWD]W0D 00 0M

Shroud Liner

5-21
Figure 5.4.2 

MCNP Axial Geometry

Upper 

Reflector 

Core 

Midplane

Shroud 

I

Inlet Liner

Talley

Talley 

Regions 

RPV

5-22

Steam Separator and 

Dryer Region 

Top Guide 

Core Plate * L U A. - E. -
Figure 5.4.3

Radial Region-Wise Importance I. 

Liner 

I = 1024 

1 = 64 

=16 1 = 8192 

256 

MMEME I =2096

ME E]ETIE]IMM, 

,•irnir iiiiiriinrnnrrnnrrnmi

Downcomer RPV

Shroud

5-23

I
Figure 5.4.4 

Axial Region-Wise Importance I 

I= 64 1= 256 

I = 4096

I = 4 1=16 1 = 1024

5-24
Figure 5.4.5 

Comparison of MCNP and DORT E > 1-MeV Flux In Downcomer 

(r= 278.10 cm) at The Core Axial Midplane

5 10 15 20 25 30 35 40 45

Angle (deg)

20 

18 

16 

14 

12 

10 

8 

6

a) 

0 

C)j 

X 

2 

CD, 

A 

LU.

4 

2

0
Figure 5.4.6 

Comparison of MCNP and DORT E > 1-MeV Flux at Pressure Vessel 

Inner Wall (r = 323.143 cm) at The Core Axial Midplane

MCNP 

----- DORT

15 20

Angle (deg)

13 

12 

11 

10 

9 

8 

7 

6

co 

C4i 

E 

X 

(3 

a.) 

A 

UJ

5 

4 

3

0 5 10 25 30 35 40 45

• ' ' II II

I I I I I I I

I I I I I i !
Figure 5.4.7

E > 1-MeV Flux In Downcomer (r = 278.10 cm) at 

Midplane With Probable Error

The Core Axial

I I I I I I I I

Homogenized Fuel/Gap Materials 

----- Explicit Water Gap

10 15 20 25 30 35 40

Angle (deg)

20 

18 

16 

14 

12 

10 

8 

6

le,

0 

E C.). 

X 

A 

w

4 

2

0 5 45

I I I I I I I I
Figure 5.4.8 

E > 1-MeV Flux at Pressure Vessel Inner-Wall (r= 323.143 cm) 

at The Core Axial Midplane With Probable Error

5 10 15 20 25 30 35 40 45

Angle (deg)

13 

12 

11 

10 

9 

8 

7 

6 

5

00

00 

X 

c., 

E 

C.

X 

U, 

A 

LU

4 

3

0
6 REFERENCES

1. W. A. Rhoades et. al.,"TORT-DORT Two- and 

Three-Dimensional Discrete Ordinates Transport, 

Version 2.8.14," CCC-543, Radiation Safety 

Information Computational Center, Oak Ridge 

National Laboratory, 1994.1 

2. D. T. Ingersoll, J. E. White, R. Q. Wright, H. T. 

Hunter, C. 0. Slater, N. M. Greene, R. E. 

MacFarlane, R. W. Roussin, "Production and 

Testing of the VITAMIN-B6 Fine-Group and the 

BUGLE-93 Broad-Group Neutron/Photon Cross

section Libraries Derived fromENDF/B-VI Nuclear 

Data," ORNL-6795, NUREG/CR-6214, January 

1995.' 

3. J. F Breismeister (Ed.), "MCNP - A General Monte 

Carlo N-Particle Transport Code, Version 4b," LA

12625, Los Alamos National Laboratory, March 

1997V 

4. F. W. Walker, J. R. Parrington, F. Feiner, "Nuclides 

and Isotopes," (Fourteenth Edition), 1989, Nuclear 

Energy Operations, General Electric Company.

6. R. E. MacFarlane and D. W. Muir, "The NJOY 

Nuclear Data Processing System, Version 91," LA

12740-M, Los Alamos National Laboratory, 

October 1994.' 

7. GL. Simmons and R.W. Roussin, "SAILOR

Coupled, Self-Shielded, 47 Neutron, 20 Gamma 

Ray, P3, Cross-Section Library for Light Water 

Reactors," RSIC-DLC-76, Oak Ridge National 

Laboratory, June 1985.' 

8. M. L. Williams, R. L. Childs, M. Asgari, "Analysis 

of H. B. Robinson PWR Vessel Fluence For Cycle

10 Utilizing Partial Length Shield Assemblies," 

NUREGICR-5530, ORNL/TM-11476, September 

1990. 

9. J. C. Wagner, E. L. Redmond, S. P. Palmtag, and J. 

S. Hendricks, "MCNP: Multigroup/Adjoint 

Capabilities," LA-12704, Los Alamos National 

Laboratory, April 1994.

5. "MESH - A Code for Determining the DOT Fixed 

Neutron Source," BNL-Memorandum, M. D. 

Zentner to J. F. Carew, August 25, 1981. 

1 Available from the Radiation Safety Information 

Computational Center, Oak Ridge National Laboratory, 

Post Office Box 2008, Oak Ridge, TN 37831-6362.

6-1
NRC FORM 335 U.S. NUCLEAR REGULATORY COMMISSION 1. REPORT NUMBER 

(2-89) (Assigned by NRC, Add Vol., Supp., Rev., 

NRCM 1102, and Addendum Numbers, if any.) 

3201, 3202 BIBLIOGRAPHIC DATA SHEET 

(See instructions on the reverse) NUREG/CR-6115 

2. TITLE AND SUBTITLE BNL-NUREG-52395 

PWR and BWR Pressure Vessel Fluence Calculation Benchmark Problems and Solutions 

3. DATE REPORT PUBLISHED 

MONTH YEAR 

September 2001 

4. FIN OR GRANT NUMBER 

W6968 

5. AUTHOR(S) 6. TYPE OF REPORT 

J. F. Carew, K. Hu, A. Aronson, A. Prince, and G. Zamonsky Technical 

7. PERIOD COVERED (Inclusive Dates) 

8. PERFORMING ORGANIZATION - NAME AND ADDRESS (If NRC, provide Division, Office or Region, U.S. Nuclear Regulatory Commission, and mailing address; if contractor, 

provide name and mailing address.) 

Brookhaven National Laboratory 

Upton, NY 11973-5000

9. SPONSORING ORGANIZATION - NAME AND ADDRESS (If NRC, type "Same as above'; if contractor, provide NRC Division, Office or Region, U.S. Nuclear Regulatory Commission, 

and mailing address.)

Division of Engineering Technology 

Office of Nuclear Regulatory Research 

U.S. Nuclear Regulatory Commission 

Washington, DC 20555-0001 

10. SUPPLEMENTARY NOTES 

W. R. Jones, NRC Project Manager 

11. ABSTRACT (200 words or less) 

In order to provide the high confidence required in the determination of pressure vessel embrittlement and the evaluation of the 

RTPTS screening criteria, Regulatory Guide 1.190, "Calculational and Dosimetry Methods for Determining Pressure Vessel 

Neutron Fluence," recommends detailed benchmarking of pressure vessel fluence calculations. In response to this 

recommendation, this report provides the detailed specification and corresponding numerical solutions for a set of PWR and 

BWR pressure vessel fluence benchmark problems. PWR benchmark problems have been specified for (1) a standard core 

loading pattern, (2) a low-leakage core loading pattern and (3) a partial length shield assembly core design. Since BWR fuel 

loading patterns are presently not being designed for vessel fluence reduction, only a single BWR problem is specified. These 

benchmark problems allow a detailed assessment of the numerical procedures, code implementation, and the various 

modeling approximations against state-of-the-art solutions for representative operating configurations. 

The problems have been solved using the DORT discrete ordinates transport code, the MESH source processing code, and 

the BUGLE-93 ENDF/B-VI nuclear data. Detailed neutron flux solutions are provided at selected pressure vessel azimuthal, 

radial, and axial locations. A pin-wise core neutron source is provided which includes the fuel bumup dependence of both the 

magnitude and energy dependence of the neutron source. Dosimeter responses are calculated for a typical set of LWR fast 

neutron dosimeter materials. In addition, MCNP Monte Carlo calculations have been performed for the PWR standard core 

and partial length shield assembly core loadings and the BWR problem. Comparisons of the MCNP and DORT vessel fluence 

calculations are presented.

12. KEY WORDS/DESCRIPTORS (List words or phrases that will assist researchers in locating the report.) 13. AVAILABILITY STATEMENT 

Pressure Vessel Fluence, Pressure Vessel Embrittlement, Regulatory Guide 1.190, Vessel Fluence unlimited 

Benchmark Problems, Core Loadings, Numerical Calculational Procedures, Modeling Approximations, 14. SECURITY CLASSIFICATION 

DORT Discrete Ordinates Transport Code, Neutron Source, Dosimeter, MCNP Monte Carlo Code, (ThisPege) 

Fast Neutron Fluence unclassified 

(This Report) 

unclassified 

15. NUMBER OF PAGES 

16. PRICE

NRC FORM 335 (2-89)
Federal Recycling Program
UNITED STATES 

NUCLEAR REGULATORY COMMISSION 

WASHINGTON, DC 20555-0001 

OFFICIAL BUSINESS 

PENALTY FOR PRIVATE USE, $300