ML20077G567
| ML20077G567 | |
| Person / Time | |
|---|---|
| Site: | Grand Gulf  |
| Issue date: | 04/30/1991 |
| From: | Dunnivant W, Hershberger D, Macduff R SIEMENS POWER CORP. (FORMERLY SIEMENS NUCLEAR POWER |
| To: | |
| Shared Package | |
| ML20077G566 | List: |
| References | |
| ANF-89-171(NP), NUDOCS 9107020006 | |
| Download: ML20077G567 (64) | |
Text
____ - _ _ ___ - _ ___ _ -
ANF-89-171(NP) poq,.:.
n VOLUMES 1 AND 2 fl{S jLn ' ADVANCED NUCLEAR FUELS CORPORATION GRAND GULF 1 ANF-1.4 DESIGN REPORT MECHANICAL, THERMAL-HYDRAULIC AND NEUTRONIC DESIGN FOR ADVANCED NUCLEAR FUELS 9X9-5 FUEL ASSEMBLIES APRIL 1991 9107020006 910624 Ompaq fDR ADOCK 0500 ,
6
l l
l ADVANCED NUCL3AR FUELS CORPORATION 1 .
ANF 89171(NP)
Volume 1 of 2 I 1ssue Date:
Rovision 0 01/31/90 GRAND GULF 1 ANF.1.4 DESIGN REPORT MECHANICAL. THERMAL-HYDRAULIC AND NEUTRONIC DESIGN FOR ADVANCED NUCLEAR FUELS 9X9 5 FUEL ASSEMBLIll l Prepared By:
I I
M1. h w_ i j 'l2 6 / 9 o l W. S. "unnivant Date 5 Project 2991n'aer BWR Design Fuel Design h
~
- s. t I/?.l',/90 I
~
R.'B. MacDutf Date Engineer BWR 3afety Analysis Licensing & Safety Engineering Aw h ybbn - I /L C./ To D. E.'fershberger " Date Engineer BWR Neutronics Neutronics & Fuel Management December 1969
ANF 89171(NP)
.t. Volumo 1 of 2 Rovision 0 l
h GPAND GULF 1 ANF 1.4 DESIGN REPORT NECHANICAL. THERMAL HYDRAULIC AND NEUTRONIC UESIGN FOR ADVANCED NUCLEAR FUELS 9X9-5 FUEL ASSEMBLIES TABLE OF CONTENTS Section J,1.tig hgg
1.0 INTRODUCTION
AND
SUMMARY
...................... I 1.1 Introduction ............................ 1 1.2 Summary . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 2.0 DESICH DESCRIPTION ......................... 3 3.0 DESIGN EVALUATION . . . . . . . . . . . . . . , , . . . . . . . . . 3 4.0 THERMAL HYDRAULIC ANALYSIS ..................... 4 4.1 Design Criteria . . . . . . . . . . . , , . . . . . . . . . . . . . 4 4.2 Hydraulic Characterization
..................... 5 4.3 Hydraulic Compatibility and Thermal Performance . . . . . . . . . . . 6 4.4 Bypass Flow . . . . . . . . . . . . . . . . . . . . . . . . . , . 9 4.5 Water Rod Design and Analysis . . . . . . . . . . . . . . . . . , , . 9 5.0 NEUTRONIC DESIGN ,,,....................... 21 5.1 Neutronics Casign Parameters
.................... 21 5.2 Enrichment level .......................... 21 5.3 Beginning of Life Fuel Assembly Reactivity ........... . 22 5.4 Exposure Dependent Fucl Assembly Reactivity and Isotopics . . . . . . 23 5.5 Local Power and F Factor Distributions ............... 23 5.6 Assembly i'PI ?: My Defects at BOL ................. 24 6.0 REFEREU.-; ..
......................... 91
s
[ ANF-89171(NP)
-li- Volume 1 of 2 Rovision 0 LIST OF TABLES Table 11111 PJLqt 4.1 , COMPARATIVE DESCRIPTION OF BWR/6 ANF 9x9-5 AND ANF 8x8 FUEL ,,.. 12 4.2 HYDRAULIC CHARACTERIZATION COMPARISON BETWEEN ANF 9X9 5 AND ANF 8X8 FUEL ASSEMBLIES . . . . . . . . . . . . . . . . . . . . . . . . . . . 13 4.3 GRAND GULF UNIT 1 THERMAL HYDRAULIC DESIGN CONDITIONS . . . .... 14 4.4 GRAND GULF UNIT 1 CYCLE 5 NIXED CORE THERMAL-HYDRAULIL RECUL.S ... 16 4.5 GRAND GULF UNIT I MIXED CORE THERMAL HYDRAULIC RESULTS ....... 17 4.6 ANF 9X9-5 WATER ROD FLOW AS A FUNCTION OF ACTIVE CHANNEL FLOW (AT CONSTANT POWER) ........................ . 18 5.1 GRAND GULF UNIT 1 RELOAD BATLH ,*.Mc 1 4 NEUTRONIC DESIGN VALUES ... 25 5.2 GRAND GULF UNIT 1 RELOAD BATCH ANF .t.* FUEL LATTICE K-INFINITY AT VARIOUS BOL CONDITIONS ....... ... ....... 28 5.3 GRAND GULF UNIT 1 ANF-1.4 3.80 W/0 K-INFINITY VS EXPOSURE ,............ ....... 33 5.4 GRAND GULF UNIT 1 ANF-1.4 3.80 W/0 K !NFINITY VS EXPOSURE ............. ....... 34 5.5 GRAND GULF UNIT 1 ANF-1.4 3.80 W/0 K-INFINITY VS EXPOSURE ............. ....... 35 5.6 GRAND Gbti UNIT 1 ANF-1.4 3.80 W/0 K-INFINITY VS EXPOSul:E ............. ....... 36 5.7 GRAND GULF UNIT 1 ANF-1.4 3.80 W/0 K INFINITY VS EXPOSURE ............. ....... 37 5.8 GRAND GULF UNIT 1 ANF-1.4 3.80 W/0 K-INFINITY VS EXPOSURE ............. ........ 38 5.9 GRAND GULF UNIT 1 ANF-1.4 3.80 W/0 K-INFINITY VS EXPOSURE ............. . ........ 39 5.10 GRAND GULF UNIT 1 ANF 1.4 3.80 W/0 . K-INFINITY VS EXPOSURE ............ . . . . .'. . . . 40 5.11 GRAND GULF UNIT 1 ANF 1.4 3.80 W/0 . K INFINITY VS EXPOSURE ................... ........ 41 5.12 GRAND GULF UNIT 1 ANF 1.4 0.711 W/0 NATURAL URANIUM BLANKET K-INFINITY VS EXPOSURE ....................... 42 5.13 GRAND GULF UNIT 1 ANF-1.4 3.80 W/0 EXPOSURE DEPENDENT IS0 TOPICS (KG/MTU INITIAL) ........ 43 l
I ANF 89171(NP)
Volume 1 of e
-111 RovlSlon 0 1
LIST OF TABLES (Continued) i M M h 5.14 GRAND GULF UNIT 1 ANF-1.4 3.80 W/0 EXPOSURE DEPENDENT IS0 TOPICS (KG/MTU INITIAL ........ 44 5.15 GRAND GULF UNIT 1 ANF-1.4 3.80 W/0 EXPOSURE DEPENDENT !$0 TOPICS (KG/MTU INITIAL ........ 45 5.16 GRAND GULF UNIT 1 ANF-1.4 3.80 W/0 EXPOSURE DEPENDENT IS0 TOPICS (KG/MTU INITIAL ,....... 46 5.17 GRAND GULF UNIT 1 ANF 1.4 3.80 W/0 EXPOSURE DEPENDENT IS0 TOPICS (KG/KTU INITIAL ........ 47 5.18 GRAND GULF UNIT 1 ANF-1.4 3.80 W/0 EXPOSURE DEPENDENTIS0 TOPICS (KG/MTUINITIAL ........ 48 5.19 GRAND GULF UNIT 1 ANF-1.4 3.80 W/0 EXPOSURE DEPENDENT IS0 TOPICS (KG/MTU INITIAL ........ 49 5.20 GRAND GULF UNIT 1 ANF-1.4 3.80 W/0 EXPOSURE DEPENDENT ISOTOP!CS (KG/MTU INITIAL ........ 50 5.21 GRAND GULF UNIT 1 ANF 1.4 3.80 W/0 EXPOSURE DEPENDENT IS0 TOPICS (KG/MTU INITIAL ........ 51 5.22 GRAND GULF UNIT 1 ANF 1.4 3.80 W/0 EXPOSURE CEPENDENT IS0 TOPICS (KG/MTU INITIAL ........ 52 5.23 GRAND GULF UNIT 1 ANF-1.4 3.80 W/0 EXPOSURE I DEPENDENT IS0 TOPICS (KG/MTU INITIAL ,....... 53 m 5.24 GRAND GULF UNIT . ANF-1.4 3.80 W/0 EXPOSURE DEPENDENT ISOTOPECS (KG/MTU INITIAL ........ 54 5.25 GRAND GULF UNIT 1 ANF-1.4 3.80 W/0 EXPOSURE DEPENDENT IS0 TOPICS (KG/MTU INITIAL ........ 55 5.26 GRAND GULF UNIT 1 ANF-1.4 3.80 W/0 EXPOSURE DEPENDENT IS0 TOPICS (KG/MTU INITIAL ........ 56 '
5.27 GRAND GULF UNIT 1 ANF-1.4 3.80 W/0 EXPOSURE g DEPENDENT IS0 TOPICS (KG/MTU INITIAL ........ 57 g 5.28 GRAND GULF UNIT 1 ANF-1.4 3.80 W/0 EXPOSURE DEPENDENT ISUTOPICS (KG/MTV INITIAL ........ 58 5.29 GRAND GULF UNIT 1 ANF 1.4 3.80 W/0 EXPOSURE DEPENDENT IS0 TOPICS (KG/MTU INITIAL ........ 59 5.30 GRAND GULF UNIT 1 ANF-1.4 3.80 W/0 EXPOSURE DEPENDENT IS0 TOPICS (KG/MTU INITIAL ........ 60 t
O I
1 l
l l
-iv- ANF 09171(NP)
Volume 1 of 2 Revision 0 LIST OF TABLES (Continued) .
l labla 11111 PJLG l
5.31 GRAND GULF UNIT 1 ANF-1.4 3.80 W/0 EXPOSURE DEPENDENT ISOT0 PICS (KG/MTU INITIAL ........ 61 5.32 GRAND GULF UNIT 1 ANF 1.4 3.80 W/0 EXPOSURE DEPENDENT IS0 TOPICS (KG/MTU INITIAL ,....... 62 5.33 GRAND GULF UNIT 1 ANF-1.4 3.80 W/0 EXPOSURE 1 DEPENDENT IS0 TOPICS (KG/MTU INITIAL ........ 63 5.34 GRAND GULF UNIT 1 ANF-1.4 3.80 W/0 EXPOSURE 64 g DEPENDENT IS0 TOPICS (KG/MTU INITIAL ........
5.35 GRAND GULF UNIT 1 ANF-1.4 3.80 W/0 EXPOSURE DEPENDENT IS0 TOPICS (KG/MTU INITIAL , ...... 65 5.36 GRAND GULF UNIT 1 ANF-1.4 3.80 W/0 EXPOSURE DEPENDENT IS0 TOPICS (KG/MTU INITIAL ........ 66 I 5.37 GRAND GULF UNIT 1 ANF-1.4 3.80 W/0 DEPENDENT IS0 TOPICS (KG/MTU INITIAL 5.38 GRAND GULF UNIT 1 ANF-1.4 3.80 W/0 EXPOSURE EXPOSURE 67 I DEPENDENT IS0 TOPICS (KG/MTU INITIAL 5.39 GRAND GULF UNIT 1 ANF-1.4 3.80 W/0 EXPOSURE 68 DEPENDENT IS0 TOPICS (KG/MTU INITIAL ........ 69 I 5.40 GRAND GULF UNIT 1 ANF-1.4 0.711 W/0 NATURAt. URANIUM EXPOSURE DEPENDENT IS0 TOPICS (KG/MTU INITIAL) . . .. 70 5.41 GRAND GULF UNIT 1 ANF-1.4 0.711 W/0 NATURAL URANIUM EXPOSURE DEPENDENT IS0 TOPICS (KG/MTU INITIAL) ..... 71 5.42 GRAND GULF UNIT 1 ANF-1.4 0.711 W/0 NATURAL URANIUM EXPOSURE DEPENDENT IS0 TOPICS (KG/MTU INITIAL) . . .. 72 5.43 GRAND GULF UNIT 1 RELOAD BATCH ANF-1.4 CALCULATED LATTICE REACTIVITY DEFECTS AT BOL, .................... 73 .
5.44 GRAND GULF UNIT 1 RELOAD BATCH ANF-1.4 CALCULATED LATTICE REACTIVITY DEFECTS AT BOL, .................... 78 5.45 GRAND GULF UNIT 1 RELOAD BATCH ANF-1.4 CALCULATED LATTICE REACTIVITY DEFECTS AT BOL, .................... 75
) "* ANF 89171(NP)
Volumo 1 of 2 Rovision 0 LIST OF FIGURES l
- f. taur.1 li. tit hat 4.1 GRAND GULF UNIT 1 EOC5 MICR0 BURN AXIAL POWER SHAPE . . . . . . . . 19 4.2 HYDRAULIC DEMAND CURVES FOR ANF 9X9-5 AND ANF 8X8 FUEL . . . . . . 20 5.1 GRAND GULF UNI 1 1 CY5 ANF-1.4 ANF380E 3XS95 ENRICHMENT DISTRIBUTION ..................... 76 5.2 GRAND GULF UNIT 1 CY5 ANF-1.4 ANF380E GXS95 ENRICHMENT DISTRIBUTION ..................... 77 5.3 GRAND GULF UNIT 1 CVS ANF 1.4 ANF380E GXS95 ENRICHMENT DISTRIBUTION ..................... 78 5.4 GRAND GULF UNIT 1 CY5 ANF-1.4 ANF342B GZS95 FUEL PIN MAP . . . . . 79 5.5 GRAND GULF UNIT 1 CYS ANF-1.4 ANF342B GZS95 FUEL PIN MAP .... 80 5.6 GRAND GULF UNIT 1 ANF-1.4 RELOAD FUEL 3.80 W/0 GD 023..................... 81 5.7 GRAND GULF UNIT 1 ANF-1.4 RELOAD FUEL 3.80 W/0 GDgD3..................... 82 3.8 GRAND GULF UNIT 1 ANF-1.4 RELOAD FUEL 3.80 W/0 GDgD3 ..................... 83 5.9 GRAND GULF UNIT 1 ANF-1.4 RELOAD FUEL 3.80 W/0 GD 023 ..................... 84 5.10 GRAND GULF UNIT 1 ANF 1.4 RELOAD FUEL 3.80 W/0 GDzo3 ..................... 85 5.11 GRAND GULF UNIT 1 ANF-1.4 RELOAD FUEL 3.80 W/0 GDgo3 ..................... 86 5.12 GRAND GULF UNIT 1 ANF-1.4 RELOAD FUEL 3.80 W/0 GD 023...................... '
87 5.13 GRAND GULF UNIT 1 ANF-1.4 RELOAD FUEL l1 80,W/0 30 023...................... 88
- 5.14 GRAND GULF UNIT 1 ANF-1.4 RELOAD FUEL 3.80 *" W/0 GD 023 * .......... 89 5.15 GRAND GULF UNIT 1 ANF-1.4 RELOAD FUEL 0.711 W/0 NATURAL U BLANKET . 90
ADVANCED NUCLEAR FUELS CORPORATION J ANe 89171(NP)
Volumes 1 and 2
( Rovision 0 issuo Dato: 4/11/91 1
I e _ ,,e<,,AN,.,,,ee,eN ,e,ce, MECHANICAL THERMAL HYDRAUUC AND NEUTRON 1Q oes,eN eon Aov4Neen NucaAn ruets ex9.s gueusseMeues i
I I
I i
1 APRIL 1991
i I
CUST.NER DISCt.AIMQ 00CUMIDtf
_ _ _ l 845AOS RMO CAMEP%LY A._ _ _e _e _. _e.e._e _
esmmg the ausgest mener of me osament we those est form m the Agreement seemeen Aweemees tweneer Puse Caporesen ene tre Cm pursuant to semah enee answnent e eeued. " _ vi, secost as omerwee eaarsawy pro-mese M mean Agreement, neaher Asvenced Phaser Puees Caporeson nor any pereen aseng on es genef enemme siy marrenry or represaritemon, encreemos or eesses, men resseet a the ensuresy, ommesseenees, or usosumees of tne afor= .
inmem ennenstes m IMe Gesument. or that the use of any iMermusen aspersrue, fnested or process Gleefomed a true Gernament endl not amfrmge prvvete8V owned ngnent or ammunes ersy neemene men resseet a the use of arry coormenon, m.
parsham, meeMed of pressus Obsessees M thee escument.
The eveemessen eeneuries herem a ter the sans une of Cuenorner.
M areer le suena Wiesyment of regnes of Adreroes Nucceer Pvese Cavioreson m poemse or rivaisere unece may ne vienaces m the emormamon cornennes e mas GemsstWil. IPts reelement, try its necessence of INue Gooument. agrees not to immesR er mese puses use (M the ponent use of the terW of guen informenon urval as theMonese m wramg spy Advanese Nuclear Fusse Caporeton or unal 4Mer sts (85 merahs totemeng termnemen or escreann of me asotonese Agreement ano arty answison thereof, umees camerwege escreespy pronoce e the Agreement, No nomes or nennene m or to any pesoras are imanee try me fumeneg of mm accu.
ment.
I I
I I
8 E
ANF-3145.472A (10/87) j 3
June 24. 1991 GNRO-91/00103 Page 2 of 3 cc: Mr. D. C. Illntz (w/a)
Mr. J. L. Mathin (w/a)
Mr. R.11. McGehee (w/a)
Mr. N. S. Reynolds (w/a)
Mr. II. L. Thoman (w/o)
Mr. F. W. Titun (w/a)
Mr. Stewntt D. Ebneter (w/a)
Regional Admin 1ntrator U.S. Nuclear Regulatory ' mmisalon Region 11 101 Mariet ta St. , N.W. , Suite 2900 Atlanta, Georgia 30323 Mr. L. L. Kintner, Project Manager (w/c)
Office of Nuclear Reactor Regulation U.S. Nuclear Regulatory Commission Hall Stop 11D21 Washington, D.C. 20555 l
G9106102/SNLICFLR - ?.
. . . . . ../
1 I
ANF-89171(NP)
I VOLUMES 1 AND 2
- . 4 .;.
I ,
?@y$$5 I
l
- , ADVANCED NUCLEAR FUELS CORPORATION I
GRAND GULF 1 ANF-1.4 DESIGN REPORT l MECHANICAL, THERMAL-HYDRAULIC AND NEUTRONIC DESIGN FOR ADVANCED NUCLEAR FUELS l 9X9-5 FUEL ASSEMBLIES g
1 APRIL 1991 l
t f i
ll maanwy,m A Sienions Company
- ws ar.,
- ,.: .. o x,oo m..
n.a
ANF 89171(NP)
Volume 1 of 2
) Rovision 0
) Pago1 L
GRAND GULF 1 ANF-1.4 DESIGN REPORT MECHANICAL. THERMAL HYDRAULIC AND NEUTRONIC DESIGN FOR ADVANCED NUCLEAR FUELS 9X9-5 FUEL ASSEMBLIES
1.0 INTRODUCTION
AND SUPMARY 1.1 Introduction This report provides a design description and a summary of the design criteria, technical bases, supporting analyses, and test results for the Advanced Nuclear Fuels (ANF) 9x9-5 Fuel Assemblies for the Grand Gulf Unit 1 Nuclear Power Reactor. The specific mechanical design analysis is reported in Reference 1.
1.2 Sumary The ANF 9x9-5 fuel design is shown to meet the Oasign criteria and Technical Bases for Design. The fuel description, mechanical, thermal -
hydraulic, and neutronic design are sumarized below.
1.2.1 Desian Descriotion Sumary The 9x9-5 fuel assembly design uses 76 fuel rods and five water rods, one of which functions as a spacer capture rod. Seven spacers maintain fuel rod spacing. The design uses a quick removable upper tie plate design to facilitate fuel inspection and bundle reconstitution of irradiated assemblies.
The fuel rods are pressurized, clad with Zircaloy 2, contain either U0 2*
Gd 02 3 or UO2 with a nominal density of 94.5% TD, Natuni uranium axial fuel blankets are provided for greater neutron economy.
I ANF 89171(NP)
Volume 1 of 2 Rovision 0 Page 2 I
I This design incorporates conventional water rods clustered in a cross configuration in the center of the bundle. The assemblies ara designed to allow handling in the same manner, to the same extent, and with the same equipment as that now being used for 8x8 fuel.
1.2.2 liechanical Desi1n Sumary Mechanical design analyses were performed to evaluate cladding steady- g state strain and stresses, transient stress, fatigue damago, creep collapse, 5 corrosion and hydrogen absorption, fuel rod maximum pressure, differential fuel rod growth, creep bow, and grid spacer spring design.
- The results of these analyses are presented in Reference 1.
g 1.2.3 Thermal-Hydraulic Sumary ANF 9x9-5 Reload fuel Assemblies for Grand Gulf Unit 1 Cycle 5 have been evaluated to be hydraulically compatible with ANF 8x8 fuel resident in the reactor.
The ANF 9x9-5 fuel design is geometrically different from the resident ANF 8xd design.
I I
I E
ANF 89171(NP) i Volumo 1 of 2 Revision 0 Page 3 1.2.4 Neutronic Desian SumarY The average enrichment and enrichment distribution have been selected to meet the Energy Services, Inc. energy requirements (Reference 8), while also meeting the requirements for shutdown margin and power coefficients definse in the Design Criteria and the operating license Technical Specifications.
2.0 DESIGN DESCRIPTION Design description for the 9x9-5 fuel assemblies presented in Reference 1 are applicable to this report.
3.0 DESIGN EVALUATION The design evaluation section presented in Section 3 of Reference 1 is applicable to this report. -
.,,.,m.,-eii ..-.iils . __ _ _ ____ ______
h I ANF 89-171(NP)
Volume 1 of 2 iI Revision 0 Pago 4 I 4.0 TilERMAL-liYDRAULIC ANALYSIS The thermal hydraulic analysis for the ANF fuel designs considers the
- hydraulic compatibility between the 9x9-5 fuel and the existing 8x8 fuel design currently in the Grand Gulf Unit I core. Further, the anaiysis assesses the themal margin perfomance of the 9x9 5 fuel This latter assessment is perfomed using the ANFB critical power j correlation.
I 4.1 Desian Criteria Primary themal-hydraulic design criteria for ANF BWR relond fuel
!I applicable to Grand Gulf Unit 1 are as follows:
Hydraulic comoatit,ility l
The hydraulic flow rts:., of the reload fuel must be such that there g are no significant unplani impacts to total core ficw or to the flow distribution among assenbi'es in the core.
I i
Themal Marain Perfomance Fuel assembly geometry, including spacer design and rod-to rod local power peaking, should minimize the likelihood of boiling transition during nomal reactor operationr as well as during anticipated operational transients. The fuel design should fall within the bounds of applicable empirically based boiling transition correlations established and approved for ANF reload fuel. Within other applicable mechanical, neutronic, and fuel perfomance constraints the fuel design.should achieve good themal margin perfomance.
I ANF-89171(NP)
I 1 Volume 1 of 2 Rovision 0 Page5 l<l Byoass Flow '
I The fuel assembly design should provide sufficient flow in the bypass '
region between channels to provide adequate cooling for control rods and in core detectors without unwarranted reductions in the active assembly flow.
4.2 Hydraulie Characterization The basic geometric parameters for 8x8 and 9x9 5 fuel designs are sunnarized in Table 4.1.
g I
I I
I Component loss coefficients for the 9x9 5 and 8x8 are based on tests documented in References 2, 3. and 4 and reported in Table 4.2. 1 I
I I
I, Il I
J ANF 89171(NP)
- Volume 1 of 2 Rovision 0 Page 6 l
The irreversible pressure loss coefficient for the orifice and the LTP is computed analytically using a model developed from test data reported in Reference 5.
I I
I I
I I
The final aspect of the fuel hydraulic characterizstion is the I development of the leakage flow resistances for the LTP flow holes for the LTP-to-channel seal. The method used to evaluate these resistances and their value has not changsd since they were reported in Reference 6.
I I
I 4.3 Hydraulic Comoatibility and Thermal Performance Hydraulic compatibility as it relates to thermal margin performance and the relative thermal margin performance of the 9x9 5 reload design and the 8x8 design have been determined. Detailed thermal hydraulic analyses were
E ANF 89171(NP)
Volume 1 of 2 Revision 0 I)
Pago 7 performed for the calculation of critical power ratios for both fuel types.
The results are given for typical mixed core configuration (Grand Gulf Unit 1 Cycle 5) as well as for other configurations. The Cycle 5 configuration considers 284 9x9 5 relord fuel assemblies being co-resident with four (4) exposed 9x9-5 Lead Fuel Assemblies and 512 exposed 8x8 assemblies.
Additionally, analyses for one other mixed core configuration as well as a full core of 9x9-5 loading and a full core of 8x8 have been performed.
l I
The thermal-hydraulic analyses were performed in g
accordance with ANF's thermal hydraulic methodology for BWR's which are u implemented in ANF's XCOBRA code. Critical power ratios evaluated by XCOBRA are in accordance with ANF's ANFB Critical Power Correlation. This correlation is applicable to 8x8 and 9x9 5 fuel.
Table 4.3 summarizes the input conditions for the Cycle 5 analysis.
These conditions reflect 100% design power and 100% design flow conditions for the Grand Gulf Unit i reactor ~
Table 4.3 also defines the core loading for the Cycle 5 core configuration.
I 5
I I
I I
5 -
g ANF 89171(NP)
Volume 1 of 2 I Revision 0 Page8 I
I I
I I
I I
Table 4.4 provides a sumary of calculated thermal-hydraulic parameter results from the Grand Gulf 1 Cycle 5 mixed core configuration, and Table 4.5 provides a summary of results for all core configurations studied.
I ANF 89171(NP)
Volumo 1 of 2 I(l1 Revision 0 Pago 9 l I
This confirms I
that the 9x9-5 fuel is hydraulically compatible with the reactor system.
l Il
~
I I-I 4.5 Water Rod Desian and Analysis I
4,5.1 Desian I
The water rod design is based on the following criteria:
g I
I I
I I
ANF 89171(NP)
- Volume 1 of 2 Rovision 0
, Pago 10 l
l 1
1 l
~
I g Analyses were performed to size the inlet holes for the water rods to B satisfy the above criteria.
I 1
l i
e e
m 1
I 1
ANF-89171(NP)
I Volume 1 of 2
- Rovision 0 Pago 11 4.5.2 Analysis The water rod design is analyzed to show adequate flow within the roo I
I l Detailed hydraulic ' analyse ~s of the water rods for the 9x9-5 reload fuel design for Cycle 5 are presented in Table 4.6. l I
I I
I B
I I
I I
I B
I
I ANF 89171(NP) l Volume 1 of 2 Revision 0 Page 12 i
)
TABLE 4.1 COMPARATIVE DESCRIPTION OF BWR/6 ANF 9x9-5 AND ANF 8x8 FUEL ANF ANF Fuel Parameter 9x9-5 8x8 4
I ANF 89-171(NP)
Volume 1 of 2 Revision 0 E l Pago 13 3 i
i i TABLE 4.2 HYDRAULIC CHARACTERIZATION COMPARISON I
BETWEEN ANF 9X9-5 AND ANF 8X8 FUEL ASSEMBLIES
- l l
I
! I I
~
I-l I I
I I
I I
1 I
1 I
. . . . _ _ _ . . . _ _ . _ _ _ . . . . . - . ~ _ . _ . . . . . . _ . . , . _ _ _ _ _ . - . _ . . _ _ . _ - . . _ _ . _ . . . . . _ _ - . . . . . . _ , , . . . , . . _ . - _ _ _ _ -
I ANF 89-171(NPj
- Volume 1 of u jg Revision 0 ig Page 14 1
i TA8LE 4.3 GRAND GULF UNIT 1 THERMAL-HYDRAULIC DESIGN CONDITIONS
..;I 1
< Reactor Conditions l j Core Power Level (MWt) (100%) 3833
. Core Exit Pressure (psia) 1050 ll j
Core Inlet Enthalpy (Btu /lbm)
Total Core Coolant Flow (Mlbm/:..-)
527.9 112.'i Core loadina ig Central Reaion Perioheral Reaion lE ANF 8x8 420 92
Axial Power Shape Figure 4.1 Average Bundle Power (MWt) 4.79 i Central Region 5.21 l Peripheral Region 1.58 Average Bundle Power by Type (HWt) l ANF 8x8 Central 4.'60 j ANF 9x9 5 LTA Central 5.82
- ANF 9x9-5 Reload Central 6.10 ANF 8x8 Peripheral 1.58 I
l -
I I .
E ANF 89171(NP)
Volume 1 of 2 Revision 0 Pago 15 TABLE 4.3 GRAND GULF UNIT 1 THERMAL HYDRAULIC DESIGN CONDITIONS (Continued)
Core Power Distribution (cont)
I I
Fuel Assemb1v Descriotion -
Hydraulic Resistance Characteristics Table 4.2 Number of Fuel Rods per Assembly I
ANF 8x8 ANF 9x9-5 62 76 l
Number of Spacers (all fuel types) 7 Active Fuel length (ft) 12.5 Fuel Rod Length (tie plate-to-tie plate) (ft) 13.5 I
I
! I I
I I
I
1
.I ANF 89171(NP)
Volume 1 of 2 I Revision 0 Page 16 I TABLE 4,4 GRAND GULF UNIT 1 CYCLE 5 HlXE0 CORE THERMAL HYDRAULIC RESULTS g
Core Averace Results I Exit Enthalpy (Btu /lbs)
Exit Quality (active region) 644.2 16.2%
Exit Void Fraction 0,683 I
I l
I I
I I
1 I
l ANF 89171(NP)
I Volume 1 of 2 Revision 0 Page 17 )
TABLE 4.5 GRAND GULF UNIT 1 MIXED CORE THERMAL HYDRAULIC RESULTS Core loadina Assembly 1/3 ANF9x9-5 ANF 9x9-5 ANF 8x8 2/3 ANF9x9 5 ANF 9x9 5 l
All ANF9x9-5 ANF 9x9-5 All ANF8x8 ANF 8x8 I
Core loadina 1/3 9x9 5 l
2/3 9x9 5 g
All 9x9-5 !
All 8x8 l All GE 8x8 I
I As determined by the ANFB correlation I
I I
I
i I ANF 89171(NP)
Volume 1 of 2 1
Revision 0
'I Pago 18
. TABLE 4.6 ANF 9x9 5 WATER R00 FLOW AS A FUNCTION OF ACTIVE CHANNEL FLOW (AT CONSTANT POWER) i I
'I I
I I
I E
I 1
I L
c l
I Volunio 1 of
"*/="a g I
I
-- . e g g si
-s l
. 53 es " E I i i:
si I
- P I
- }4 I
s-
=a 2
1
- , I I
, , , ,N I e..ai. ., !;n.1.r e e g
I I
I l
I -
ANF 89-171(NP)
Volume 1 of 2 I Revision 0 Page 20 I
I E
. a3 5 . u.
E*
l 8*
ie l *a a.
?s l z<
l C.
o i f I
I I
f ANF 89171(NP)
L Volume i of 2 Revision 0 Page 21 5.0 ME 'TRONIC JE31GN The rest..'ts of the neutronic design analysis for ANF's Type ANF-1.4
] relot.d h el ass.mbly design for Grand Gulf Unit I are presented in this uction, Th~ key nuclear design characteristics for the ANF Type ANF-1.4 fuel eseembly tre sumarized below:
5.1 Neutronics Desian Parameters The key neutronic design parameters for the ANF Type ANF-1.4, fuel design are presented in Table 5.1.
5.2 Enrichment Level The nominal enrichment level (average fissile content of the ent iched lattice of the ANF-1.4 reload fuel assemblies is U-235.
4
ANF-89171(NP)
Volume 1 of 2 Revision 0 Page 22 The enrichment distribution of the ANF Type ANF-1.4 reload fuel designs were selected on the basis of maintaining a balance between the local power peaking factors, assembly reactivity, maximum average planar linear heat generation rate (MAPLHGR), and the minimum critical power ratio (MCPR) g considerations. The enrichment distributions of the ANF Type ANF-1.4 reload E 1
design are shown in Figures 5.1 through 5.3. Figures 5.4 and 5.5 show the fuel pin design and placement for the ANF-1.4L and ANF-1.4H assembly types.
5.3 Beainnino-of-Life Fuel Assembly Reactivity The beginning-of-life (BOL) fuel assembly reactivity (km) was esiculated using the CASMO-3GI9) computer code for each of the enriched lattict;.
4 The reactivity was computed at six specific moderator and fuel conditions expected during normal reactor operation.
4 I
I I
1 At each condition, the controlled ar.d uncontrolled values of km are determined using the CASMO-3G code.
The results of these calculations for each enriched lattice are presented in Table 5.2 along with the resulting control rod reactivity worth (Akm/k=).
I l
I
I ANF-89-171(NP)
Volume 1 of 2 I Revision 0 Page 23 I 5.4 Exoosure Denendent Fuel lattice Reactivity and Isotonics The exposure dependent fuel lattice reactivity (uncontrolled) was calculated with the CASH 0-3G computer code. The fuel lattice reactivity (km) values are shown in Tables 5.3 I through 5.12 and are presented graphically in Figures 5.6 through 5.15.
I l The void ano expsure dependent fuel lattice isotopics are also obtained from the CASH 0-3G calculations. The isotopics are presented in Tables 5.13 through $.47 5.5 Local Power and F-Factor Distributior,s I
I
.I I
I I
I I
I
1 l
I ANI 171(NP) i Vol:.e 1 of 2 Revision 0 Page 24 I
I I
I I
5.6 Assemb1v Reactivity Defects at BOL Lattice reactivity defects (Ake) at BOL were evaluated using the results shown in Table 5.2. This information is provided for comparison g
purposes.
E The reactivity characteristics of the fuel assembly design are fully characterized in evaluating the transient performance of the fuel as part of the licensing phase. l I
I ll
' The results of these I
') calculations are tabulated in Tables 5.43 through 5.45 for uncontrolled lattices.
I I
I ANF-89-171(NP)
Volume 1 of 2 Revision 0 Page 25 I TABLE 5.1 GRAND GULF UNIT 1 RELOAD BATCH ANF-1.4 I
NEUTRONIC DESIGN VALUES Fuel ' Pellets Fuel Material 002 Sintered Pellets Density g/cc 10.36
% of TD 94.5 Diameter, inches ,
I I
I Reference Fuel Temperature, 'F 1070.83 Fuel Rod Total Active Fuel Length, inches 150.0 I .
Length of Axial Blanket, inches Top 12.0 Bottom 6.0 I Cladding Material Zircaloy-2 I Clad I.D., inches Large Small 0.381 0.359 Clad 0.D., inches Large 0.443 Small 0.417 I
I
3 ANF-89-171(NP)
Volume 1 of 2 m Revision 0 Page 26 3
TABLE 5.1 GRAND GULF UNIT 1 RELOAD BATCH ANF-1.4 I
NEUTRONIC DESIGN VALUES (CONT.)
Fuel Assemb1v:
Number of Rods Total 81 l
Fuel Rod Array; Fuel Assembly for Reload Batch ANF-1.4 Figures 5.1 Through 5.5 l
I Core Data:
Number of Fuel Assemblies 800 Rated Thermal Power Level, NWt 3833 Rated Core Flow, M1b/hr .
112.5 Core Inlet Subcooling, Btu /lbm 22.25 Core Pressure, psia 1050 Moderator Temperature, 'F 551.00 Channel Dimensions:
Thickness, inches Internal Face-to-F* ace Dimension, inches 0.120 5.215 l
Corner Outside Radius, inches 0.500
. I I
I I
ANF-69-171(NP)
Volume 1 of 2 Resisjon 0 Page 27 TABLE 5.1 GRAND OULF UNIT 1 RELOAD CATCH ANF-1.4 NEUTRONIC DESICit VAI.UES (COHi.)
Contr'ol Rod Data Total Blade Span, inches 9.804 Total Blade Support Span, inches 1.550 Blade Thickness, inches 0.3280 I Blade Face-to-Face Internal Dimension, inches 0.238 Number of B4 C Rods Per Blade 72 B4 C Rod 0.D., inches 0.220 84C Rod I.D., inches 0.166 Percent of B4C Theoretical Density 70 I
I k .
e
e.._ -.. - --aA4-*.45 4 -4.awA- m--*w-mw rme.--a .- _.-.-mm%..- -w_-- - r -ia.e a sa m-.a-a .--,ma_ah..r ma_ w.-.-ma-. 6.a _s .a..sa.,ee%..,a-hamwmm-w., 4A._.h_-,
1 I
l I
i
)
i l
I i
1 i
i I-I 4
i I
I l
I l .
I i
l l
l
!1 I
1 i
i I
~
f 4
J i
1
)
i _
l ANF-89-171(NP)
Volume 1 of 2 Revision 0 Page 28 Pages 28 72 have been deleted.
(Tables 5.2 - 5.42) 1
s ADVANCED NUCLEAR FUELS CORPORATION
] ANF 89-171(NP)
Volume 2 of 2 Revision 0
!ssue Date: 01/31/90 1
GRAND GULF 1 ANF-1.4 DESIGN REPORT MECHANICAL. THERMAL-HYDRAULIC AND NEUTRONIC DESIGN FOR ADVANCED NUCLEAR FUELS 9X9-5 FUEL ASSEMBLIES 1
I Prepared By:
I d S. E 1 1-W. S. Dennivant
% /9o Date I Project Engineer BWR Design Fuel Design u '
ll2.6/90 R. B. MacDuff i Engineer BWR Safety Analysis Date Licensing & Safety Engineering
..Aw) $5n - I / 2 C./ 90 l 0. E.' F ershberger '~ Oate R Engineer BWR Neutronics Neutronics & Fuel Management I
December 1989 I
a L
, ADVANCEDNUCLEAR FUELS CORPORATION ANF-89171(NP)
Volume 2 of 2 Revision 0 issue Date: 01/31/00 l
l GRAND GULF 1 ANF-1.4 DESIGN REPORT MECHANICAL. THERMAL-HYDRAULIC AND NEUTRONIC DESIGN FOR ADVANCED NUCLEAR FUELS 9X9-5 FUEL ASSEMBLIES Section 5.0 Local Peaking and F-Factor Distribution Figures 5.16 thru 5.318 I
I I
I I
I l
J ANF-89-171(NP)
- -i- Volume 2 of 2 Revision 0 1
GRAND GULF 1 ANF-1.4 DESIGN REPORT MECHANICAL. THERMAL-HYDRAULIC AND NEUTRONIC DESIGN FOR ADVANCED NUCLEAR FUELS 9X9-5 FUEL ASSEMBLIES l
LIST OF FIGURES Fiaure Iltle .Pagg g 5.16 GRAND GULF UNIT 1 ANF-1.4 A380E S95 l UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS ...... 1 5.17 GRAND GULF UNIT 1 ANF-1.4 A380E 595 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS ...... 2 I 5.18 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS ...... 3 5.19 GRAND GULF UNIT 1 ANF-1.4 A380E 595 1 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 4 5.20 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . .
l 5.21 GRAND GULF UNIT 1 ANF-1.4 A380E S95 5
UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 6 5.22 GRAND GULF UNIT 1 ANF-1.4 A380E 595 .
UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 7 5.23 GRAND GULF UNIT 1 ANF-1.4 A380E S95 I UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 8 5.24 GRAND GULF UNIT 1 ANF-1.4 A380E 595 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 9 5.25 GRAND GULF UNIT 1 ANF-1.4 A380E 595 UNCONTROLLED LOCAL PEAKING AND'F-FACTOR DISTRIBUTIONS . . 10 5.26 GRAND GULF UNIT 1 ANF-1.4 A380E 595 l -
UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 11 l 5.27 GRAND GULF UNIT 1 ANF-1.4 A380E 595 l UNCO'iTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 12 5.28 GRAND GULF UNIT 1 ANF-1.4 A380E S9f UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 13 5.29 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 14 5.30 GRAND GULF UNIT 1 ANF-1.4 A380E .595 1
UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 15 5.31 GRAND GULF UNIT 1 ANF-1.4 A380E 595 UNCONTROLLED LOCAL PEAXING AND F-FACTOR DISTRIBUTIONS . . . 16 l
-tj-ANF-89-171(NP)
Volume 2 of 2 I!
Revision 0 LIST OF FIGURES (Continued)
Fioure 5.32 lilla GRAND GULF UNIT 1 ANF-1.4 A380E 595 P3gg l
UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 17 5.33 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 18 5.34 GRAND GULF UNIT 1 ANF-1.4 A380E 595 E UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 19 E 5.35 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND'F-FACTOR DISTRIBUTIONS . . . 20 5.36 GRAND GULF UNIT 1 ANF-1.4 A380E 595 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 21 5.37 GRAND GULF UNIT 1 ANF-1.4 A380E8G55595 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 22 5.38 GRAND GULF UNIT 1 ANF-1.4 A380E 595 . m Ufj',0NTROLLED LOCAL PEAKING AND F. FACTOR DISTRIBUTIONS . . . 23 3 5.39 GRAND GULF UNIT 1 ANF-1.4 A380E 595 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 24 5.40 GRAND GULF UNIT 1 ANF-1.4 A380E 595 CONTROLLED LOCAL PEAKINC AND F-FACTOR DISTRIBUTIONS ....... 25 5.41 GRAND GULF UNIT 1 ANF-1.4 A380E S95 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . 26 l l 5.42 GRAND GULF UNIT 1 ANF-1.4 A380E S95 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS , . . . 27 l
5.43 GRAND GULF UNIT 1 ANF-1.4 A380E
"~
595 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . 28 5.44 GRAND GULF UNIT 1 ANF-1.4 A380E S95 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . 29 5.45 GRAND GUL: UNIT 1 ANF-1.4 A380E S95 E
, CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . 30 5 5.46 GRAND GULF UNIT 1 ANF-1.4 A380E 595 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . 31 5.47 GRAND GULF UNIT 1 ANF-1.4 A380E $95 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . .
^
32 5.48 GRAND GULF UNIT 1 ANF-1.4 A380E' 595 . .
UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS ...... 33 5.49 GRAND GULF UNIT 1 ANF-1.4 A380E .S95
~
UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS ...... 34 I
I I ANF-89171(NP)
"iii' I Voiume 2 of 2 Revision 0 LIST OF FIGURES (Continued) l Fiqure 5.50 GRAND GULF UNIT 1 ANF-1.4 A380E Jitig 595 P.Agg UNCONTROLLED LOCAL PEAKING AND F FACTOR DISTRIBUTIONS ...... 35 5.51 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 36 I 5.52 5.53 GRAND GULF UNIT 1 ANF-1.4 A380E, GRAND GULF UNIT 1 ANF-1.4 A380E 395 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS 595
. . 37 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 38 5.54 GRAND GULF UNIT 1 ANF-1.4 A380E: 595 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 39 l 5.55 GRAND GULF UNIT 1 ANF-1.4 A380E. S95
' UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 40 5.56 I 5.57 GRAND GULF UNIT 1 ANF-1.4 A380E.
GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . .
.395 41 I 5.58
' UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . .
GRAND GULF UNIT 1 ANF-1.4 A380E .595 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . .
42 4?
I 5.59 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 44 5.60 GRAND GULF UNIT 1 ANF-1.4 A380E 595
- UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 45 5.61 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 46 5.52 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 47 I 5.63 5.64 GRAND GULF UNIT 1 ANF-1.4 A380E .395 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . .
GRAND GULF UNIT 1 ANF-1.4 A380E S95 48 I 5.65 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . .
GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . .
49 50 I 5.66 GRAND GULF UNIT 1 ANF-1.4 A380E. S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 51 5.67 GRAND GULF UNIT 1 ANF-1.4 A380E l
S95
~ UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 52 1
I
1 i
-iv- ANF-89-171(NP)
Volume 2 of 2 Revision 0 LIST OF FIGURES (Continued)
Fiaure litig P_itgg 5.68 GRAND GULF UNIT 1 ANF-1.4 A380E S95 MWD /MT UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 53 5.69 GRAND GULF UNIT 1 ANF-1.4 A380E 595 MWD /MT UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 54 5.70 GRAND GULF UNIT 1 ANF-1.4 A380E 595 g MWD /MT UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 55 g 5.71 GRAND GULF UNIT 1 ANF-1.4 A380E 395 MWD /MT UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 56 5.72 GRAND GULF UNIT 1 ANF-1.4 A380E S95 MWD /MT UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 57 5.73 GRAND GULF UNIT 1 ANF-1.4 A380E 595 MWD /MT UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 58 l 5.74 GRAND GULF UNIT 1 ANF-1.4 A380E 595 5.75 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS GRAND GULF UNIT 1 ANF-1.4 A380E 595
....... 59 l
MWD /MT CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . 60 5.76 g
GRAND GULF UNIT 1 ANF-1.4 A380E 595 5 MWD /MT CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . 61 5.77 GRAND GULF UNIT 1 ANF-1.4 A380E $95 MWD /MT CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . 62 3
3 5.78 GRAND GULF UNIT 1 ANF-1.4 A380E. S95 MWD /MT CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . 63 5.79 GRAND GULF UNIT 1 ANF-1.4 A380E .S95 MWD /MT CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . 64 5.80 GRAND GULF UNIT 1 ANF-1.4 A380E .S95 MWD /MT CONTROLLED LCCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . 65 5.81 GRAND GULF UNIT 1 AriF-1.4 A380E S95 g MWD /MT CONTROLLED LOCAL FEAKING AND F-FACTOR DISTRIBUTIONS . . . . 66 g 5.82 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS ...... 87 5.83 GRAND GULF UNIT 1 ANF-1.4 A380E 595 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS ...... 68 5.84 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS ...... 69 D T 0 LLE OC L K NG A F-FACTOR DISTRIBUTIONS . . . 70 I
I I
- ANF 89-171(NP)
-v-I Volumo 2 of 2 Revision 0 LIST OF FIGURES (Continued) l Fiaure 5.86 GRAND GULF UNIT 1 ANF-1.4 A380E Iitig
.S95 Pjtqg UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 71 I 5.87 GRAND GULF UNIT 1 ANF-1.4 A380E 395 .
j UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 72 lE5 5.88 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIPUTIONS . . . 73
~
5.89 GRAND GULF UNIT 1 ANF-1.4 A380E' .S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 74 5.90 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 75 5.91 GRAND GULF UNIT 1 ANF 1.4 A380E 595 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 76 I 5.92 5.93 GRAND GULF UNIT 1 ANF-1.4 A380E 595 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . .
GRAND GULF UNIT 1 ANF-1.4 A380E 595 77 I 5.94 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . .
GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS , . .
78 79 I 5.95 GRAND GULF UNIT 1 ANF-1.4 A380E 595 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 80 5.96 GRAND GULF UNIT 1 ANF-1.4 A380E S95 .
UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 81 5.97 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 82 5.98 GRAND GULF UNIT 1 ANF-1.4 A380E 595 .
UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 83 I 5.99 5.100 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . .
GRAND GULF UNIT I ANF-1.4 A380E S95 84 I 5.101 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . .
GRAND GULF UNIT 1 ANF-1.4 A380E - 59S 85 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 86 5.102 GRAND GULF UNIT l' ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 87 5.103 GRAND GULF UNIT 1 ANF-1.4 A380E l S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 88 I
I
-vi- ANF 89-171(NP)
I Volume 2 of 2 Revision 0 LIST OF FIGURES (Continued)
Fiaure J. tug p.ggg 5.104 GRAND GULF UNIT 1 ANF-1.4 A380E S95 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS ....... 89 5.105 GRAND GULF UNIT 1 ANF-1.4 A380E. .S95 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . .' . 90 5.106 GRAND GULF UNIT 1 ANF-1.4 A380E S95 g CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . 91 5 5.107 GRAND GULF UNIT 1 ANF-1.4 A380E 395 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . 92 5.108 GRAND GULF UNIT 1 ANF-1.4 A380E 595 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . 93 5.109 g
GRAND GULF UNIT 1 ANF-1.4 A380E 595 m CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . 94 5.110 GRAND GULF UNIT 1 ANF-1.4 A380E S95 E CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 95 5 5.111 GRAND GULF UNIT 1 ANF-1.4 A380E S95 CONTROLLED LOCAL P 3XING AND F-FACTOR DISTRIBUTIONS . . . . 96 I
5.112 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS ...... 97 5.113 GRAND GULF UNIT 1 ANF-1.4 A380E. S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS ...... 98 5.114 GRAND GULF UNIT 1 ANF-1.4 A380E 595 3 l UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS ...... 99 3 l 5.115 GRAND GULF UNIT 1 ANF-1.4 A380E. 595 i UNCONTROLLED LOCAL PEAXING AND F-FACTOR DISTRIBUTIONS . . 100 l
5.116 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . 101 5.117 5.118 GRAND GULF UNIT 1 ANF-1.4 A380E 595 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 102 l GRAND GULF UNIT 1 ANF-1.4 A380E 595 ,
UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . 103 5.119 GRAND GULF UNIT 1 ANF-1.4 A380E - S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 104 5.120 GRAND GULF UNIT 1 ANF-1.4 A380E .595 .
5 W
UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 105 i Ei I
I
1 ANF-89-171(NP)
-vii- Volume 2 of 2 Revision 0 LIST OF FIGURES (Continued)
Ficure Iillt Eitg.g 5.121 GRAND GULF UNIT 1 ANF-1.4 A380E $95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 106 5.122 GRAND GULF UNIT 1 ANF-1.4 A380E S95
' UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 107 I 5.123 GRAND GULF UNIT 1 ANF-1.4 A380E 595 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 108 0 LLE OC L E NG'A F-FACTOR DISTRIBUTIONS . , , 109 5.125 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAXING AND F-FACTOR DISTRIBUTIONS . 110 l 5.126 GRAND GULF UNIT 1 ANF-1.4 A380E $95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 1.51 I 5.127 5.128 GRAND GULF UNIT 1 ANF-1.4'A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . .
GRAND GULF UNIT 1 ANF-1.4 A380E. S95 112 I 5.129 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . .
GRAND GULF UNIT 1 ANF-1.4 A380E 595 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . .
113 114 I 5.130 GRAND CULF UNIT 1 ANF-1.4 A380E 595 U.1 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 115 5.131 GRAND GULF UNIT 1 ANF-1.4 A380E. ,595 l 5.132 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . .
GRAND GULF UNIT 1 ANF-1.4 A380E. S95 116 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 117 5.133 GRAND GULF UNIT 1. ANF-1.4 A380E 595 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 118 I 5.134 5.135 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLE,D LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 119 GRAND GULF UNIT 1 ANF-1.4 A380E. .595 I 5.136 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS GRAND GULF UNIT 1 ANF-1.4 A380E- 595
. . . . . . 12 0 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 121 I 5.137 GRAND GULF UNIT 1 ANF-1.4 A380E .i95 CONTROLLED LOCAL PEAKING AND F-FACTOR D JTRIBUTIONS . . . 122 5.138 l GRAND GULF UNIT 1 ANF-1.4 A380E .595 CONTROLLED LOCAL PEAKING AND F. FACTOR DISTRIBUTI Q . . . 123
)
I I
I I'
-v1ij- ANF 89171(NP)
Volumo 2 of 2 Revision 0 LIST OF FIGURES (Continued)
Fiaure 5.139 Iill.t GRAND GULF UNIT 1 ANF-1.4 A380E 995 Eag.e l
CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 124 5.140 GRAND GULF UNIT 1 ANF-1.4 A380E- .595 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 125 5.141 GRAND GULF UNIT 1 ANF-1.4 A380E '395 E CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 126 3 5.142 GRAND GULF UNIT 1 ANF-1.4 A380C '595 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 127 5.143 GRAND GULF UNIT 1 ANF-1.4 A380E .595 UNCONTROLLED LOCAL PEAKING AND F FACTOR DISTRIBUTIONS . . . . . 128 5.144 GRAND GULF UNIT 1 ANF-1.4 A380E $95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . . 12 9 5.145 GRAND GULF UNIT 1 ANF-1.4 A380E' 395
- . a UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . . 13 0 g 5.146 GRAND GULF UNIT 1 ANF-1.4 A380E 595 .
UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . . 131 5.147 GRAND GULF UNIT 1 ANF-1.4 A380E ' -595 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 132 5.148 5.149 GRAND GULF UNIT 1 ANF-1.4 A380E . S95 UNCONTPOLLED LOCAL PEAKING AND F FACTOR DISTRIBUTIONS . . 133 l GRAND GULF UNIT 1 ANF-1.4 A380E' 395 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 134 5.150 GRAND GULF UNIT 1 ANF-1.4 A380E. 395
' UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 135 5.151 GRAND GULF UNIT 1 ANF-1.4 A380F 595 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 136 5.152 GRAND GULF UNIT 1 ANF-1.4 A380E 595 E
UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 137 5 5.153 GRAND GULF UNIT 1 ANF-1.4 A380E. S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBWTIONS . . 138 5.154 GRAND GULF UNIT 1 ANF-1.4 A380E .395 .
UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 139 5.155 GRAND GULF UNIT 1 ANF-1.4 A380E 595 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 140 5.156 GRAND GULF UNIT 1 ANF-1.4 A380E 595 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 141 .
I I
I I
-ix- ANF-89-171(NP)
I Volumo 2 of 2 Revision 0 LIST OF FIGURES (Continued) l Fiaure 5.157 Iith GRAND GULF UNIT 1 ANF-1.4 A380E S95 LLqa NS . .
I UNCONTROLLED LOCAL PEAKING AND F-FACTOR F 142 5.158 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FAC. wwi10NS . . 143 5.159 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 144 5.160 GRAND GULF UNIT 1 ANF-1.4 A380E . 595 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 145 5.161 GRAND GULF UNIT 1 ANF-1.4 A380E 595 .
UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 146 5.162 GRAND GULF UNIT 1 ANF-1.4 A380E 995 UNCONTROLLED LOCAL PEAKING 3 F-FACTOR DISTRIBUTIONS . . 147 I 5.163 5.164 GRAND GULF UNIT 1 ANF-1.4 A36aE S95 ,
UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . .
GRAND GULF UNIT 1 ANF-1.4 A380E :595 148 I 5.165 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . .
GRAND GULF UNIT 1 ANF-1.4 A380E. ;S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . .
149 150 I 5.166 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 151 5.167 GRAND GULF UNIT 1 ANF-1.4 A380E.
l
.S95 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . . . 152 5.168 GRAND GULF UNIT 1 ANF-1.4 A380E 595 .
CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 153 5.169 GRAND GULF UNIT 1 ANF-1.4 A380E 395 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 154 I 5.170 5.171 GRAND GULF UNIT 1 ANF-1.4 A380E S95 CONTROLLED. LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 155 GRAND GULF UNIT 1 ANF-1.4 A380E S95 I 5.172 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . .
GRAND GULF UNIT 1 ANF-1.4 A380E S95 156 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 157 l 5.173 GRAND GULF UNIT 1 ANF-1.4 A380E .595 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 158 5.174 I GRAND GULF UNIT 1 ANF-1.4 A380E. S95 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 159 I
l Il l
-x- ANF-89-171(NP)
Volume 2 of 2 ,
Revision 0 '
LIST OF FIGURES (Continued)
Fiaure 5.175 Title GRAND GULF UNIT 1 ANF-1.4 A380E aS95 P_iLqa l
UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS 160 g
5.176 GRAND GULF UNIT 1 ANF-1.4 A380E- 595 g UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . . 161
- i.177 GRAND GULF UNIT 1 ANF-1.4 A380E: .595 l UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . . 162 m 5.178 GRAND GULF UNIT 1 ANF-1.4 A380E... S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . . 163 5.179 GRAND GULF UNIT 1 ANF-1.4 A380E ,S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 16d 5.180 GRAND GULF UNIT 1 ANF-1.4 A380E: 395 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 1, 5.181 GRAND GULF UNIT 1 ANF-1.4 A380E . ,S95 3 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 166 3 5.182 GRAND GULF UNIT 1 ANF-1.4 A380E. S95 .
UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 167 5.183 GRAND GULF UNIT 1 ANF-1.4 A380E 595 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 168 5.184 GRAND GULF UNIT 1 ANF-1.4 A380E 'S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 169 l 5.185 GRAND GULF UNIT 1 ANF-1.4 A380E. S95 na UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 170 g 5.186 GRAND GULF UNIT 1 ANF-1.4 A380E. 'S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 171 5.187 GRAND GULF UNIT 1 ANF-1.4 A380E. .S95 E
5 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 172 5.188 GRAND GULF UNIT 1 ANF-1.4 A380E. S95 g UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 173 5 5.189 GRAND GULF UNIT 1 ANF-1.4 A380E G95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 174 5.190 GRAND GULF UNIT 1 ANF-1.4 A380E. .S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 175 5.191 GRAND GULF UNIT 1 ANF-1.4 A380E .S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 176 5.192 GRAND GULF UNIT 1 ANF-1.4 A380E. S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 177 4
- g
- -Xi- ANF-89-171(NP)
- I Volume 2 of 2 Revision 0 llSJ OF FIGURES (Continued)
Fioure J
5.193 Iitig GRAND GULF UNIT 1 ANF-1.4 A380E S95 Eagg UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 178 5.194 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNC0h7 ROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 179
- 3 5.195 GRAND GULF UNIT 1 ANF-1.4 A380E 595 3 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 180 3.196 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 181 5.197 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 182 5.198 GRAND GULF UNIT 1 ANF-1.4 A380E. 395 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 183 5.195 GRAND GULF UNIT 1 ANF-1.4 A380E S95
,l
' UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 184 5.200 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS , . 185 5.201 GRAND GULF UNIT 1 ANF-1.4 A380E S95 l CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . . . 186 lg 5.202 GRAND GULF UNIT 1 ANF-1.4 A380E S95 l5 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 187 l 5.203 ' GRAND GULF UNIT 1 ANF-1.4 A380E 595 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 188 5.204 GRAND GULF UNIT 1 ANF-1.4 A380E S95 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 189 5.205 GRAND GULF UNIT 1 ANF-1.4 A380E S95 CONTROLLED LOCAL PEAKING AND F. FACTOR DISTRIBUTIONS . . . 190 5.206 GRAND GULF UNIT 1 ANF-1.4 A380E S95 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS , . . 191 5.207 GRAND GULF UNIT 1 ANF-1.4 A380E 595
, I 5.208 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . .
GRAND GULF UNIT 1 ANF-1.4 A380E 395 CONTROLLED LOCAL PEAKING ANL F-FACTOR DISTRIBUTIONS . . .
192 193 I 5.209 GRAND GULF UNIT 1 ANF-1.4 A380E10 .595 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS
. . . . . 194 5.210 GRAND GULF UNIT 1 ANF-1.4 A380E10G45S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . . 195 i
8 .
i I:
ANF 89-171(NP)
-xii- Volume 2 of 2 m Revision 0 gl LIST OF FIGURES (Continued) f.iSRtt 11111 fjl92 l
5.211 GRAND GULF UNIT 1 ANF-1.4 A380E. 395 l UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . . 196 g)
'5.212 GRAND GULF UNIT 1 ANF-1.4 A380E. 395 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . . 197 5) 5.213 GRAND GULF UNIT 1 ANF-1.4 A380E. S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 198 5.214 GRAND GULF UNIT 1 ANF-1.4 A360E S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 199 5.215 GRAND GULF UNIT 1 ANF-1.4 A380E 595 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 200 5.216 GRAND GULF UNIT 1 ANF-1.4 A380E 'S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 201 5.217 GRAND GULF UNIT 1 ANF-1.4 A380E. S95 E UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUT.10'NS . 202 W.
5.218 GRAND GULF UNIT 1 ANF-1.4 A380E 595 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 203 5.219 GRAND GULF UNIT 1 ANF-I.4 A380E. 595 .
UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 204 5.220 GRAND GULF UNIT 1 ANF-1.4 A380E 595 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 205 5.221 GRAND GULF UNIT 1 ANF-1.4 A380E $95 g UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 206 g 5.222 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 207 g
5.223 GRAND GULF UNIT 1 ANF-1.4 A380E S95 m UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 208 5.224 GRAND GULF UNIT 1 ANF-1.4 A380E 595 l UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 209 l 5.225 GRAND GULF UNIT 1 ANF-1.4 A380E' ,S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 210 5.226 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 211 l 5.227 GRAND GULF UNIT 1 ANF-1.4 A380E S95 '.
! UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 212 5.228 GRAND GULF UNIT 1 ANF 1.4 A380E. S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS , . 213 I
J
-xiii* ANF-89-171(NP)
Volume 2 of 2 Revision 0 l LIST OF FIGURES l (Continued)
Fiaure Iltig Egg.g 5.229 GRAND GULF UNIT 1 ANF-1.4 A380E .595 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 214 l 5.230 GRAND GULF UNIT 1 ANF-1.4 A380E 595
~ UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 215 g 5.231 GRAND GULF UNIT 1 ANF-1.4 A380E 595 l UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 216 5.232 GRAND GULF UNIT 1 ANF-1.4 A380E 195 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . . . 217 5.233 GRAND GULF UNIT 1 ANF-1.4 A380E S95 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 218 5.234 GRAND GULF UNIT 1 ANF-1.4 A380E 595 1 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 219 5.235 GRAND GULF UNIT 1 ANF-1.4 A380E. S95 l 5.236 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 220 GRAND GULF UNIT 1 ANF-1.4 A380E S95 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 221 5.237 GRAND GULF UNIT 1 ANF-1.4 A380E .i95 .
CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 222 5.238 GRAND GULF UNIT 1 ANF-1.4 A380E S95 1
~ CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 223 5.239 GRAND GULF UNIT l' ANF-1.4 A380E. -S95 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 224 5.240 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . . 225 5.241 l GRAND GULF UNIT 1 ANF-1.4 A380E UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . .
595 226 5.242 GRAND GULF UNIT 1 ANF-1.4 A38'.'E 595 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . . . 227 5.243 GRAND GULF UNIT.1 ANF-1.4 A380E '395 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . . 228 b.244 GRAND GULF UNIT 1 ANF-1.4 A380E 95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 229 5.245 GRAND GULF UNIT 1 ANF-1.4 A380E 595 I UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . .
230 5.246 GRAND GULF UNIT 1 ANF-1.4 A380E 95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTI0'NS . . 231 L
I ANF-89-171(NP)
I
-xiv- Volume 2 of 2 Revision 0 LIST OF FIGURES (Continued)
Fioure Iltig P_ggg 5.247 GRAND GULF UNIT 1 ANF-1.4 A380E, 395 .
UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 232 5.248 GRAND GULF UNIT 1 ANF-1.4 A380E: 595 .
UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 233 5.249 GRAND GULF UNIT I ANF-1.4 A380E S95 .
E UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 234 5 5.250 GRAND GULF UNIT 1 ANF-1.4 A380E' S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 235 5.251 GRAND GULF UNIT 1 ANF-1.4 A380E10G55595
~ UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 236 5.252 GRAND GULF UNIT 1 ANF-1.4 A380E 395 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 237 l
5.253 GRAND GULF UNIT 1 ANF-1.4 A380E 595 g UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 238 g 5.254 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 239 5.255 GRAND GULF UNIT 1 ANF-1.4 A380E. 595 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 240 5.256 GRAND GULF UNIT 1 ANF-1.4 A380E 595 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 241 l 5.257 GRAND GULF UNIT 1 ANF-1.4 A380E 595 5.258 UNCONTROLI.ED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . .
GRAND GULF UNIT 1 ANF-1.4 A380E 595 242 l
UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 243 5.259 GRAND GULF UNIT 1 ANF-1.4 A380E 395 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 244 5.260 GRAND GULF UNIT 1 ANF-1.4 A380E S95 E
UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 245 -
5 5.261 GRAND GULF UNIT 1 ANF-1.4 A380E 595 .
UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 246 5.262 GRAND GULF UNIT 1 ANF-1.4 A380E 395 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 247 5.263 GRAND GULF UNIT 1 ANF-1.4 A380E. S95 .
UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 248 I
I
I
- ANF-89-171(NP)
-xv- Volume 2 of 2 Revision 0 LIST OF FIGURES (Continued)
Fiqure Iitig Eggg 5.264 GRAND GULF UNIT 1 ANF-1.4 A380E .S95 CONTROLLED LOCAL PEAXING AND F-FACTOR DISTRIBUTIONS . . . . . . 249 5.265 GRAND GULF UNIT 1 ANF-1.4 A380E .S95 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 250 I 5.266 5.267 GRAND GULF UNIT 1 ANF-1.4 A380E. S95 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . .
GRAND GUI F UNIT 1 ANF-1.4 A380E 'S95 251 I 5.268 CCdTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . .
GRAND GULF UNIT 1 ANF-1.4 A380E 595 252 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 253 I 5.269 GRAND GULF UNIT 1 ANF-1.4 A380E. 395 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTION 3 . . . 254 5.270 GRAND GULF UNIT 1 ANF-1.4 A380E 595 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 255 5.271 GRAND GULF UNIT 1. ANF-1.4 A380E' .595 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 256 5.272 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAXING AND F-FACTOR DISTRIBUTIONS . . . . . 257 I 5.273 GRAND GULF UNIT 1 ANF-1.4 A380E. 395 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . . 258 5.274 GRAND GULF UNIT 1 ANF-1.4 A380E10G70S95' UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . . 259 5.275 GRAND GULF UNIT 1 ANF-1.4 A380E. S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . . . 260 5.276 GRAND GULF UNIT 1 ANF-1.4 A380E. $95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 261 5.277 GRAND GULF UNIT 1 ANF-1.4 A380E. S95 5 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 262 5.278 GRAND GULF UNIT 1 ANF-1.4 A380E $95 I
UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 263 5.279 GRAND GULF UNIT 1 ANF-1.4 A380E $95 . .
UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 264 I 5.280 GRAND GULF UNIT 1 ANF-1.4 A380F S95 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . .
265 5.281 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F-FAC1GR DISTRIBUTIONS . . 266 I
I ANF 89171(NP)
I
-xvi- Volumo 2 of 2 m Revision 0 g LIST OF FIGURES (Continued)
Fiaure 5.282 1111e GRAND GULF UNIT 1 ANF-1.4 A380E. .595 Elat l UNCONTROLLED LOCAL PEAKING AND F FACTOR DISTRIBUTIONS . . 267 5.283 g
GRAND CULF UNIT 1 ANF-1.4 A380E' $95 5 UNCONTROLLED LOCAL PEAKING AND F FACTOR DISTRIBUTIONS . . 258 5.284 GRAND GULF UNIT 1 ANF 1.4 A380E. 595 .
E UNCONTROLLED LOCAL PEAKING AND F FACTOR DISTRIBUTIONS . . 269 m 5.285 GRAND GULF UNIT 1 ANF 1.4 A380E 59b 5.286 UNCONTROLLED LOCAL PEAKING AND F FACTOR DISTRIBUTIONS . .
GRAND GULF UNIT 1 ANF 1.4 A380E 595 270 l
UNCONTROLLED LOCAL PEAKING AND F FACTOR DISTRIBUTIONS . . 271 5.287 GRAND GULF UNIT 1 ANF-1.4 A380E 595 .
UNCONTROLLED LOCAL PEAKING AND F ' ACTOR DISTRIBUTIONS . . 272 5.288 GRAND GULF UNIT 1 ANF 1.4 A380E 595 E 5.289 UNCONTROLLED LOCAL PEAKING AND F FACTOR DISTRIBUTIONS . . 273 5 GRAfiD GULF UNIT 1 ANF 1.4 A380E $95 UNCONTROLLED LOCAL PEAKING AND F FACTOR DISTRIBUTIONS . . 274 5.290 GRAND GULF UNIT 1 ANF 1.4 A380E 495 UNCONTROLLED LOCAL PEAKING AND F FACTOR DISTRIBUTIONS . . 275 5.291 5.292 GRAND GULF UNIT 1 ANF-1.4 A380E 595 UNCONTROLLED LOCAL PLAKING AND F FACTOR DISTRIBUTIONS . . 276 l GRAND GULF UNIT 1 ANF 1.4 A380E 395 UNCONTROLLED LOCAL PEAKING AND F FACTOR DISTRIBUTIONS . 277 5.293 GRAND GULF UNIT 1 ANF-1.4 A380E S95 UNCONTROLLED LOCAL PEAKING AND F FACTOR DISTRIBUTIONS . 278 .
5.294 GRAND GULF UNIT 1 ANF-1.4 A380E. S95 UNCONTROLLED LOCAL PEAKING AND F FACTOR DISTRIBUTIONS . 279 .
5.295 GRAND GULF UNIT 1 ANF-1.4 A380E. t95 E
UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 280 W 5.296 GRAND GULF UNIT 1 ANF-1.4 A380E. S95 UNCONTROLLED LOCAL PEAKlf;G AND F-FACTOR DISTRIBUTIONS . . 281 5.297 GP^ND GULF UNIT 1 ANF-1.4 A380E'. S95 UNCONTROLLED LOCAL PEAKING AND F FACTOR DISTRIBUTIONS . 282 5.298 GRAND GULF UNIT 1 ANF-1.4 A3BOE' 595 CONTROLLED LOCAL PEAKING AND F FACTOR DISTRIBUTIONS. . . . . . 283 5.299 GRAND GULF UNIT 1 ANF 1.4 A380E. S95 .
m CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . . 284, 3
I
I I
. xvii- Ayofun o7of l Rovision 0 LIST OF FIGURES (Continued) l Fiqure 5.300
.Ilth GRAND GULF UNIT 1 ANF 1.4 A380E' 595 .
Dat CONTROLLED LOCAL PEAKING AND F FACTOR DISTRIBUTIONS . . 285 5.301 GRAND GULF UNIT 1 ANF 1.4 A380E 595 CONTROLLED LOCAL PEAKING AND t FACTOR DISTRIBUTIONS . . . 2B6 I 5.302 5.303 GRAND GULF UNIT 1 ANF-1.4 A380E10G70S95 CONTROLLED LOCAL PEAKING AND F FACTOR DISTRIBUTIONS . . 287 GRAND GULF UNIT 1 ANF 1.4 A380E. S95 I 5.304
~ CONTROLLED LOCAL PEAKING AND F FACTOR DISTRIBUTIONS *. . .
GRAND GULF UNIT 1 ANF 1.4 A380E. .S95 288 CONTROLLED LOCAL PEAKING AND F FACTOR DISTRIBUTIONS . . . 289 I 5.305 GRAND GULF UNIT 1 ANF 1.4 A380E, S95 CONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 290 5.306 I 5.307 GRAND GULF UNIT 1 ANF-1.4 A711E GRAND GULF UNIT 1 ANF-1.4 A711E 595 UNCONTROLLED LOCAL PEAKING AND F FACTOR DISTRIBUTIONS 595
. . . . . 291 I 5.308 UNCONTROLLED LOCAL PEAKING AND F FACTOR DISTRIBUTIONS GRAND GULF UNIT 1 ANF-1.4 A711E 595 UNCONTROLLED LOCAL PEAKING AND F FACTOR DISTRIBUTIONS 292 293 I 5.309 GRAND GULF UNIT 1 ANF 1.4 A711C 595 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTI0ld . . , . .
294 0 OL E bCkL K NG A F-FACTOR DISTRIBUTIONS . . 295 5.311 GRAND GULF UNIT 1 ANF-1.4 A711E 595 UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 296 5.312 GRAND GULF UNIT 1 ANF-1.4 A711E $95 .
UNCONTROLLED LOCAL PEAKING AND F-FACTOR DISTRIBUTIONS . . 297 0 OL E bCL E NG At F-FACTOR DISTRIBUTIONS,. . 298 5.314 GRANr, GULF UNIT 1 ANF-1.4 A711E S95 I 5.315 CONTROLLED LOCAL PEAKING AND F FACTOR DISTRIBUTICNS GRAND GULF UNIT 1 ANF-1.4 A711E S95
. . . . . . 299 CONTROLLED LOCAL PEAKING AND F FACTOR DISTRIBUTIONS . . . 300 I
I I
I xviti* ANF 89171(NP)
Volume 2 of 2 I
Revision 0 LIST OF FIGURES (Continued)
Finure , lillt Etag 5,316 GRAND GULF UNIT 1 ANF-1.4 A711E 595 CONTROLLED LOCAL PEAKING AND F FACTOR DISTRIBUTIONS . . 301 5.317 GRAND GULF UNIT 1 ANF-1.4 A711 595 r.'sNTROLLED LOCAL PEAKING AND F FACTOR DISTRIBUTIONS . . . 302 l 5.318 GRAND GULF UNIT 1 ANF 1.4 A711. 395 CONTROLLED LOCAL PEAKING AND F FACTOR DISTRIBUTIONS . . . 303 I
I g
I I
I I
I I
I I
I
I I ANF 89171(NP)
Volumo 2 of 2 Revision 0 Page1 I
jI 1
I I
I Pages 1 333 have been doloted.
(Figuies 5.16 5.318)
I I
I I
I I
I
ANF-89171(NP)
L Volumos 1 and 2 Revision 0 issuo Dato: 4f)1jg)
GRAND GULF 1 ANF 1.4 DESIGN REPORT MECHANICAL THERMAL HYDRAULIC AND NEUTRONIC DESIGN FOR ADVANCED NUCLEAR FUELS 9X9-5 FUEL ASSEMBLIES Distribution GJ Busselman NL Garner (8)
J ANF 89171(NP)
Volume 1 of 2 Rovision 0
- Pago 73 s
TABLE 5.43 GRAND GULF UNIT 1 RELOAD BATCH ANF 1.4 CALCULATED LATTICE REACTIVITY DEFECTS AT BOL, Defects Doppler Defect Void Defect Moderator Temperature Defect (Cold to Hot Standby) t
I I
ANF-89-171(NP]
Ro ision 0 Pago 74 TABLE 5.44 GRAND GULF UNIT 1 RELOAD BATCH ANF-1.4 I
CALCULATED LATTICE REACTIVITY DEFECTS AT BOL, Defects Doppler Defect I
Void Defect Moderator Temperature Defect '
(Cold to Hot Standby)
I I
I g
e 4
I I
I I
I I ANF 89171(NP)
I Re ision Pago 75 TABLE 5.45 GRAND GULF UNIT 1 RELOAD BATCH ANF-1.4 CALCULATED LATTICE REACTIVITY DEFECTS AT BOL, Defects Doppler Defect I Void Defect Moderator Temperature Defect (Cold to Hot Standby)
I I
I I
I I
I
I ANF-89171(NP)
L Volumo 1 of 2 Rovision 0 Page 76
)
(
I l
l l Pages 76 90 have been deleted.
(Figuros 5.1 5.15)
ANF-89-171
' Volumo 1 of Revision 0 Page 91
6.0 REFERENCES
- 1. " Generic Mechanical Design for Advanced Nuclear Fuels 9x9 5 BWR Reload Fuel". ANF-88-152(P), Amendment 1, September 1989.
- 2. Single Phase Hydraulic Performance of Exxon Nuclear and General Electric Jet Pump BWR 8x8 Fuel Assemblies', XN-NF 80-35(P), August, 1980.
- 3. " Single Phase Hydraulic Performance of Exxon Nuclear BWR 9x9 Fuel Assembly", XN NF-683, February, 1893.
- 4. " Single Phase Hydraulic Flow Test of Exxon Nuclear 9x9 5 Fuel Assembly",
XN-NF-86-167(P), January, 1987.
- 5. " Pressure Drop Test on ENC 9x9 Lower Tie Plate and Inlet Hardware in the Portable Hydraulic Test Facility", XN-NF-83-73, March, 1984.
- 6. " Grand Gulf 1 XN-1 Design Report, Mechanical, Thermal Hydraulic and Neutronic Design for Exxon Nuclear JP BWR/6 Fuel Assemblies *, XN-NF 25. Rev 1, August, 1983.
- 7. " Exxon Nuclear Methodology for Boiling Water Reactors", Vol. 1, Neutroq_i.g Methods for Desian and Analysis, XN NF-80-19(P)(A), March 1983.
- 8. Letter, S. Thompson (SSI) to N. L. Garner (ANF), Grand Gulf Nucleg Station Unit 1 Final Schedq]ed Delivery Date Notification and Eneray E1].ization Plan for Reload Batch ANF-1.4, April 28, 1989, EXMP-89/0048.
- 9. Studsvik/NFA-86/8, CASMO-3: A Fuel Assembiv Burnuo Proaram (Methodoloav),
Studsvik Energiteknik AB, Nyk6 ping, Sweden, tiovember 1986.
- 10. 'ANFB Critical Power Correlation", ANF-1125(P), Supplement 1, April 1989.
.