i - ~- f file no: nuh004.0414 i calculation package nuh-04 ... · client: pacific nuclear fuel...

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CALCULATION PACKAGE

FILe NO:

PROJECT NO:

CALC. NO:

NUH004.0414

NUH-04

NIJH004. 0414

PROJECT NAME:

NUHOMS 1OCFR72 CERTIFICATIONPROJECT

CI ~ENT:PACIFIC NUCLEAR FUEL SERVICES

CALCULATION TITLE:

NUHOMS®-52B DSC Thermal Analysis

PROBLEM STATEMENT OR OBJECTIVE OF THE CALCULATION:

To perform the thermal analysis of the BWR DSC in the HSM. Themaximum fuel cladding temperature will be calculated for thefollowing cases; normal operating conditions at 70, 100, 125 OF,HSM vents blocked at 125 OF ambient, DSC in cask with internalvacuum at 100 OF. The spacer disk temperature distribution iscalculated for the normal operating condition, DSC in cask withinternal vacuum and DSC in cask with normal operating conditions,all at 100 OF ambient.

NTREED oYFOlR Mr ORNMAON ONLY

W

DOCUMENT AFFECTED REVISION PROJECT ENGINEER NAMES AND INITIALSREVISION PAGES DESCRIPTION APPROY4/DATE OF PREPARERS AND CHECKERS

0 1-74 Initial Issue /. e ks

I PAGE 1 OF 74a a a

QPPNF 3-2. 1.REV.

94061601B5 940504PDR ADOCK 07201004B__ PDR

Pacific Nuclear Fuel Services, Inc.NUHOMS 10CFR72 CERTIFICATION

PROJECT: PROJECT FILE NO: NUH004.0414

CLIENT: PACIFIC NUCLEAR FUEL SERVICES CALC. NO: NUH004.0414

CONTENTS

PaQe

1.0 INTRODUCTION ......................................... 3

2.0 METHODOLOGY .......................................... 4

3.0 INPUT PARAMETERS ..................................... 53.1 Geometry ........................................ 53.2 Thermal Conductivity ............................ 53.3 Heat Generation ................................. 63.4 Boundary Conditions ............................. 7

4.0 SPACER DISK TEMPERATURE DISTRIBUTION .................. 254.1 Spacer Disk Temperature Estimation .............. 25

5.0 HEATING6 INPUT FILES ................................. 305.1 Input File for BWR42 ............................ 305.2 Input File for BWR52 ............................ 405.3 Input File for BWRVAC ............................ .51

6.0 RESULTS .............................................. 64

7.0 REFERENCES ........................................... 73

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CLIENT: PACIFIC NUCLEAR FUEL SERVICES CALC. NO: NUHO04.0414

1.0 INTRODUCTION

This document performs the thermal analysis of the NUHOMSO-52BBWR Dry Shielded Canister (DSC). The peak fuel cladding temperaturesare calculated and compared to the limiting value of 421 0 C (790 0 F)[1]. The calculations are performed for the following cases;

A) Normal operating conditions at 70, 100, and 125 0 F ambient

B) HSM vents blocked at 125 0 F ambient

C) DSC in cask with internal vacuum at 100OF ambient

The spacer disk temperature distributions are calculated

for the following 100OF ambient cases;

A) Normal operating condition

B) DSC in cask, normal operating condition

C) DSC in cask, with internal vacuum

The DSC basket and shell were modeled using the HEATING6computer code. HEATING6 solves steady-state and/or transient heatconduction problems in one, two or three dimensions; and is afunctional module within the SCALE system for performing thermalanalyses on problems in licensing evaluations of spent fuel casks.The HEATING6 model of the Horizontal Storage Model (HSM) in which theDSC rests, provides the canister shell temperatures used as input inthis analysis [2,3].

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2.0 METHODOLOGY

The DSC is a stainless steel cylinder surrounding acarbon/stainless steel basket which supports the 52 spent fuelassemblies. The DSC basket assembly consists of spacer disks, guidesleeves, poison plates and support rods. The DSC is stored in a pre-fabricated concrete HSM.

The thermal analysis of the DSC in storage is split intoseparate models for the DSC and HSM. This allows for independentcalculation of DSC internal temperatures, using DSC shell temperaturescalculated in the HSM model as input.

Due to symmetry, half of the DSC is modeled in HEATING6. Themodel includes 26 fuel assemblies, 70 poison plates and the DSC shell.The effects of the spacer disks were neglected in this analysis. Fuelthermal conductivities are those used in the E-MAD document [4].

The spacer disk temperature distribution is determined byaveraging the temperatures from the two dimensional HEATING6calculation of the heat transfer across a spacer disk (steel assumedto be between the fuel channels and the DSC shell) and the highertemperatures of the helium on either side of the spacer disk (from theanalysis results with helium assumed to be between the fuel channelsand the DSC shell). This accounts for the effects of helium heatingthe surfaces of the spacer disk and provides a more conservativetemperature distribution for use in the thermal stress analysis of theDSC spacer disk.

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3.0 INPUT PARAMETERS

The input parameters for the HEATING6 code are determined inthis section.

3.1 Geometry

HEATING6 models require a common geometrical type andrectangular coordinates were chosen. The basket is modelled as a halfcylinder to take advantage of symmetry. Due to a rectangularcoordinate system, the DSC shell was split into rectangular pieces.

The fuel assemblies were assumed to sit on the bottom of thespacer disk cutout and touch its right edge. This choice was made tominimize the amount of grid lines in the model. This geometryintroduces low conductivity helium regions on the top and left handsides of the assembly. These low conductivity regions add to theconservatism of the model.

The majority of poison plates were shortened to match thedimensions of the fuel assemblies. 10 of the poison plates are longerthen the fuel assemblies but still shorter than their actual length.In both cases these decisions minimize the number of grid lines in themodel. These decisions are conservative since high conductivity metalwas replaced by low conductivity helium.

The spacer disks and support rods have been deleted to reducethe complexity of the model. The deletion of these parts is againconservative since high conductivity metal was replaced by lowconductivity helium.

Figure 3-1 shows the HEATING6 model used in this analysis.The regions are numbered as shown in Table 3-1. The dimensions usedin the model are shown in Figure 3-2.

3.2 Thermal Conductivity

3.2.1 Fuel in helium

The temperature dependent thermal conductivity of the fuel inhelium was assumed to equal that of the fuel regions in Reference 4.The values used are given in Table 3-2.

3.2.2 Fuel in vacuum

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CLIENT: PACIFIC NUCLEAR FUEL SERVICES CALC.NO: NUH004.0414

The temperature dependent thermal conductivity of the fuel ina vacuum is taken from test data [4]. The test data in Reference 4 isused to calculate the thermal conductivity as documented in Reference5. The values used are given in Table 3-3.

3.2.3 Zircaloy-4

The temperature dependent thermal conductivity of Zircaloy-4was assumed to equal that of Zircaloy-2 used in Reference 6. For thecase of DSC in cask with internal vacuum (BWRVAC), higher temperaturevalues of thermal conductivity were needed. The published values wereplotted and values for 900, 1000 and 1100OF were extrapolated. Theplot is shown in Figure 3-3. The values used are given in Table 3-4.

3.2.4 Stainless Steel

The temperature dependent thermal conductivity of stainlesssteel (ASME SA-240 Type 304) is the same as that used in Reference 7.The values used are given in Table 3-5.

3.2.5 Helium

The temperature dependent thermal conductivity of pure heliumis used for all regions within the DSC. The values used are given inTable 3-6 and are found in Reference 8.

3.3 Heat Generation

The maximum decay heat per DSC is assumed 19.24 kw. Thevolume used for determining the heat flux input into the HEATING6input file is calculated assuming a 142.24 inch active fuel length andan 5.294 inch inner fuel assembly width. All heat is assumed to begenerated in the active fuel region of the assembly. A peaking factorof 1.08 is used to account for axial variations in heat flux of theassembly [9]. The decay heat flux for each assembly is then equal to,

.37kwx 1.08 x 3413 Btu= 5.70E-3 Btu

60 MIh x (5.294 inches)2 x 142.24inches minxinch

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3.4 Boundary Conditions

The following boundary conditions are used in the model:

1) Insulated surface. This condition is used on the axisof symmetry and on the edges of the DSC shell regionswhich only exist in the model due to lack of cylindricalelements in the model.

3) Provides a radiation linkage between two parallel metalsurfaces. Used to model radiation heat transfer betweenfuel channels and poison plates.

301-320) Constant temperature boundaries on the outside ofthe sections that compose the DSC shell. Thesetemperatures were determined in the HSM HEATING6models (2,3].

3.4.1 Temperatures

The temperatures assigned to the regions that compose the DSCshell are taken from the HSM HEATING6 models (2] for the 70, 100, and125 OF ambient temperature cases. The shell region geometries of thetwo models are substantially different. The temperatures used in theDSC model were assigned by calculating the DSC shell region midpointY coordinate, and estimating the temperature corresponding to thatcoordinate from the HSM model. The estimates use the highesttemperature on each region and are considered conservative. Thetemperatures used in the input file for boundary conditions 301-320are given in Table 3-7. A sample calculation for DSC vertical region305, 70 OF ambient temperature follows;

Midpoint DSC Model

(61.219 + 54.169)/2 = 57.694 inches

Convert to HSM Model

57.975 - 33.415 = 24.279 inches

24.279 inches in the HSM model is conservatively estimated to be226.93 deg F [2].

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The calculated HSM coordinates for the remaining regions appear inTable 3-8

Note: 33.415 inches is the y-axis midpoint coordinate of the DSCmodel. Subtracting it from a particular DSC regions midpoint convertsit to an HSM dimension. This allows estimation of temperature fromthe HSM model. For DSC horizontal regions the outer y coordinate wasconverted.

Due to a difference in estimation methods, the DSC maximumshell temperatures in the PWR calculation package [13] are 1-20 Fhigher than those used in this BWR package. The effects of thisdifference is minimal.

For all blocked vent and vacuum cases the DSC shelltemperatures are a constant value. These values are 579 OF (3] forthe blocked vent case, 358 OF [3] for the BWRVAC case and 402 OF forthe DSC in cask with internal vacuum and steel fill (BWRVACCS) case.The temperatures are the maximum DSC shell temperatures respectively.

Note: Both BWRVAC and BWRVACCS were originally run with a maximumshell temperature of 402 0 F. This value is the maximum shelltemperature for a total decay heat of 24 kW. This analysis is basedon a total decay heat of 19.24 kW and the corresponding maximum shelltemperature of 358 0 F. BWRVAC was rerun with the 358OF shelltemperature and BWRVACCS was not to save computer cost. The originalresults of BWRVACCS are conservative as higher shell temperaturesyield higher fuel clad temperatures.

3.4.2 Emissivities

The thermal radiation parameter in HEATING6, h,, is equal tothe product of the Stephan Boltzman constant and the effectiveemissivity. of the surface. The Stephan-Boltzman constant is equal to0.173E-8 Btu/ft 2 hr W (2.002E-13 Btu/in2 min R) [10]. Theeffective emissivity, Eff, between two parallel surfaces for greyradiation is given by,

+ 1El E2

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where El is the emissivity of one surface and E2 is the emissivity ofthe opposing surface [11]. The emissivities of steel and zircaloy are0.587 (12] and .400 [8] respectively.

The effective emissivity and h, for the fuel channel to poisonplate linkage (B.C. #2) are,

Eeff= 1 = .31251 + 1 -1.587 .400

h= .31215 x 2.002E-13 = 6.249e-14 Btumin • inch2 - R"

For the BWRVAC case a Zircaloy emissivity of .8 [13] was used.The lower emissivity of .4 [8] adds to the conservatism of the othercases. The effective emissivity and h, for the fuel channel to poisonplate linkage (B.C. #2) for the BWRVAC case are,

Eefff 1 = .5119+ -8 1.587 .800

hr = .5119 x 2.002E-13 = 1. 025E-13 Btumin • inch2 • R4

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Pacific Nuclear Fuel Services, Inc.NUHONS 10CFR72 CERTIFICATION



FUEL REGION

FUEL CHANNEL

FIGURE 3-1

HEATING6 BWR MODEL

POISON PLATE

I - ____________ a_

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ructjtc ivuctear ruet 3ervices, Inc.NUHOMS 1OCFR72 CERTIFICATION



OWNER

/ 71-~.,uv *,-=j

7~j~ ~~'~d~7V ~ f~ 0 ~

~Wm%~C C- Ds~ v/7 /?/,, , I

4r-S

U

0

Figure 3-3

ZIRCALOY THERMAL CONDUCTIVITY PLOT....... • T •




TABLE 3-1.

LISTING OF REGION NUMBERS AND MATERIALS FOR HELIUM CASES

Regions Materials Location

1-26 Fuel Smeared insidefuel channels

27-70 Borated SS Poison Plates

101-182 Helium Gaps betweenfuel channelsand poisonplates

201-212 Helium Gaps betweenfuel channelsand DSC shell

301-320 SS304 DSC shell

401-504 Zircaloy-4 Fuel channels

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TABLE 3-2

THERMAL. M'cn~rMTUc'TM7V nV VTTPT. TMJ UPTT.TITTMTABLE

3-2

Temperature (OF) Thermal Conductivity(Btu/MinIn OF)

400 2.2222E-3

500 2.9167E-3

600 3.6111E-3

700 4.4444E-3

800 5.4167E-3

900 6.5278E-3

1000 7.6389E-3

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TABLE 3-3

Temperature (OF) Thermal Conductivity(Btu/minin OF)

200 2.0990E-4

250 2.2218E-4

300 2.4173E-4

350 2.7053E-4

400 3.1069E-4

450 3.6439E-4

500 4.3393E-4

550 5.2168E-4

600 6.3011E-4

650 7.6172E-4

700 9.1914E-4

750 1.1050E-3

800 1.3221E-3

850 1.5731E-3

900 1.8609E-3

950 2.1885E-3

1000 2.5588E-3

1050 2.9747E-3

1100 3.4393E-3

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TABLE 3-4TABLE

3-4

71RrAT-QY-4 'VRPPMPT. rCtv..nrTj-rrT7TrmV

Temperature (OF) Thermal Conductivity_ (Btu/MinIn OF)

100 9.4722E-3

200 9.5694E-3

400 9.8750E-3

600 10.2361E-3

800 10.6111E-3

900 10.84E-3

1000 11.06E-3

1100 11.29E-3

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TABLE 3-5

SS304 THERMAL CONDUCTIVITYTemperature (OF) Thermal Conductivity

(Btu/MinIn OF)

70 .0119

100 .0121

150 .0125

200 .0129

250 .0133

300 .0136

350 .0140

400 .0144

450 .0147

500 .0151

550 .0154

600 .0157

650 .0161

700 .0164

750 .0164

800 .0169

850 .0174

900 .0176

950 .0179

1000 .0183

1050 .0186

1100 .0189

1150 .0192

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TABLE 3-5 cont.

SS304 THERMAL CONDUCTIVITY

Temperature (F) Thermal ConductivityTemperature____ (°)(Btu/MinInr OF)

1200 .0194

1250 .0199

1300 .0201

1350 .0204

1400 .0207

1450 .0210

1500 .0213

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PROJECT: PROJECT FILE NO: NUH004. 0414


TABLE 3-6

HELIUM THERMAL CONDUCTIVITY

Temperature (OF) Thermal Conductivity(Btu/MinIn deg F)

45 1.1535E-4

80 1.2032E-4

98 1.2281E-4

152 1.2996E-4

206 1.3710E-4

260 1.4408E-4

296 1.4874E-4

350 1.5628E-4

404 1.6423E-4

458 1. 7258E-4

495 1.7820E-4

549 1.8703E-4

603 1.9505E-4

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CLIENT: PACIFIC NUCLEAR FUEL SERVICES CAMC. NO: NUH004.0414

TABLE 3-6 cont.

HELIUM THERMAL CONDUCTIVITY

Thermal ConductivityTemperature• • (OF) (Btu/MinIn OF)

657 2.0388E-4

693 2.0950E-4

747 2.1592E-4

801 2.2315E-4

855 2.3037E-4

891 2.3438E-4

909 2.3679E-4

945 2.4161E-4

1017 2.5044E-4

1071 2.5766E-4

1125 2.6408E-4

1197 2.7291E-4

1251 2.8014E-4

1341 2.9138E-4

1431 3.0181E-4

1520 3.1225E-4

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TABLE 3-7

INITIAL DSC SHELL TEMPERATURES FOR 70, 100 AND 125 OF AMBIENTTEMPERATURES

Temperature Temperature Temperature(OF) (OF) (OF)

Region # for 70 OF for 100 OF for 125 OFambient ambient ambient

case case case

301 274.52 303.43 328.33

302 273.39 302.10 326.78

303 271.89 295.26 318.62

304 267.88 275.40 294.59

305 226.93 242.37 254.31

306 219.50 232.98 243.02

307 215.29 227.70 236.69

308 211.86 224.88 233.34

309 214.44 226.87 235.74

310 228.86 244.18 255.59

311 227.31 242.72 254.25

312 207.52 223.72 232.90

313 205.31 217.47 226.18

314 204.56 217.34 226.67

315 206.39 220.08 230.28

316 210.26 235.53 250.02

317 223.08 249.66 268.94

318 229.42 254.53 275.48

319 229.32 255.39 277.19

320 229.94 255.72 277.82

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TABLE 3-8

CALCULATED HSM COORDINATES

Region # Coordinate (inches)

301 33.411

302 32.786

303 30.006

304 28.429

305 24.279

306 21.316

307 17.146

308 14.116

309 9.871

310 2.802

311 -3.683

312 -10.433

313 -15.15

314 -17.708

315 -21.941

316 -24.833

317 -28.975

318 -30.258

319 -32.790

320 -33.415

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4.0 SPACER DISK TEMPERATURE DISTRIBUTION

To calculate the spacer disk temperature distributions allhelium or vacuum regions, except those between fuel channels andpoison plates were assumed to be carbon steel. The HEATING6 code wasrun and results averaged with the corresponding helium or vacuum casegiving the temperature distribution.

For the case of DSC in cask with normal operating conditions,the maximum and minimum spacer disk temperatures were estimated. Thedetails of this estimation appear in section 4.1

The temperature dependent thermal conductivity of carbon steel(ASME SA 516 Grade 70) is the same as that used in Reference 7. Thevalues used are given in Table 4-1.

4.1 Spacer Disk Temperature Estimation

To estimate the maximum and minimum spacer disk temperaturewhen the DSC is in cask (100 0 F ambient) case, the results for the caseof DSC in HSM (100OF ambient) spacer disk temperatures will beutilized.

DSC in HSM (PWR case) [14]:

Maximum spacer disk temperature = 529.3 0 F

Minimum spacer disk temperature = 221.1 0 F (Carbon steel cases)

DSC average shell temperature = 270.50F

The maximum spacer disk temperature is 35% higher than the DSCaverage temperature.

(529.3 - 270.5 xl10% = 35%460 + 27 0. 5

The minimum spacer disk temperature is 7% lower than the DSCaverage temperature.

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(270.5 - 221.1 x 100% )7%460 + 270.5 /

Based on these percentages and the DSC in cask average

temperature of 360.6 0 F

Estimated maximum spacer disk temperature =

((360.6 + 460) x 1.35) - 460 = 648OF

Estimated minimum spacer disk temperature

((360.6 + 460) x (1-.07))-460 = 303*F

Actual values calculated by HEATING6 [14]:

Maximum spacer disk temperature = 605OF

Minimum spacer disk temperature = 277 0F

Estimated values are within 5 to 10% of the actual calculated valueson the conservative side.

Due to the conservativness of the PWR estimation the same methodologyis applied to the BWR case.

For BWR Fuel (DSC in HSM, 100 0 F ambient):

Maximum spacer disk temperature = 553 0F

Minimum spacer disk temperature = 220OF

Average DSC shell temperature = 270.5 0 F

The maximum spacer disk temperature is 39% higher than the averagetemperature

(553 - 270.5 x 100% = 39%270. 5 + 460•0

The minimum spacer disk temperature is 7% lower than the averagetemperature

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(220 - 270.5 x 100% )7%270.5 + 4601

For the DSC in cask [3]:

Maximum DSC shell temperature = 437 0 F

Minimum DSC shell temperature = 267 0F

Average DSC shell temperature = 352 0F

The estimated spacer disk temperatures are;

Maximum = ((352 + 460) x 1.39) - 460 = 669OF

Minimum = ((352 + 460) x .93) - 460 = 295OF

Average = 482OF

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TABLE 4-1

THERMAL CONDUCTIVITY OF CARBON STEELTemperature (OF) Thermal Conductivity

(Btu/Inmin OF)

70 3.2777E-2

100 3.3194E-2

150 3.3611E-2

200 3.3889E-2

250 3.3889E-2

300 3.3889E-2

350 3.3750E-2

400 3.3611E-2

450 3.3194E-2

500 3.2917E-2

550 3.2500E-2

600 3.2083E-2

650 3.1528E-2

700 3.1111E-2

750 3.0556E-2

800 3.0139E-2

850 2.9444E-2

900 2.9028E-2

950 2.8472E-2

1000 2.7778E-2

1050 2.7222E-2

1100 2.6667E-2

1150 2.5972E-2

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TABLE 4-1 (cont.)

THERMAL CONDUCTIVITY OF CARBON STEEL

Temperature (OF) Thermal Conductivity(Btu/MinIn OF)

1200 2.5278E-2

1250 2.4306E-2

1300 2.3194E-2

1350 2.1944E-2

1400 2.1250E-2

1450 2.0972E-2

1500 2.0972E-2

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PROJECT: PROJECT' FILE NO: NUHO04.0414

CUENT: PACIFIC NUCLEAR FUEL SERVICES CALC. NO: NUH004.0414

5.0 HEATING6 INPUT FILES

Seven HEATING6 runs were made as listed in Table 5-1. Theinput files for BWR42 (storage in the HSM at 100OF ambient and filledwith helium), BWR52 (storage in the HSM at 100OF ambient and filledwith steel), and BWRVAC (vacuum drying in the cask at 100OF ambientand a vacuum in the DSC cavity) are shown below. The remaining inputfiles differ from these only in the constant temperature boundaryconditions discussed above.

5.1 InDut File for BWR42

HEAT6,P1.USER,PNFS1O3,XPNFSX,NC.CHARGE,N976301,30023000.REWIND,OUTPUT.BEGINHEAT6,HEATPRC,DATAFILuINPUT,TIM=10,CLASS=Z,DATNAME=BWR42,CORE--0OOK./*EOR

&OPTION MAXBDC=22, ND IMEN,2,MAXGGL=62,MAXMAT=5 ,MAXNSNI1,NMAXPBT,6,UMAXPTSu2400,1NAXREGu279,MAXRFGU34,MAXSURzIO00, NAXTBLz3O,MAXTFGU7O,SNAXZFG=I ,MWIOTH,50,O IRECT.T,LBOUND=T,AXINT=5,NAXPRS=30,&ENO

PRE-FAB STO CANISTER, Qu1.0OKW, KHE=IOOF,KF=ISTIT,1ST RUN250 7 1 0.0 0.0 0.0 1 0 00 0 0 0 0 0 0 0 200REGIONS

* FUEL REGIONS

1 1 1.3921 1 0

2 1 1.3921 1 0

3 1 1.3921 1 0

4 1 1.3921 1 0

5 1 1.3921 1 0

6 1 1.3921 1 0

7 1 1.3921 1 0

8 1 1.3921 1 0

9 1 8.7261 1 0

10 1 8.7261 1 0

11 1 8.7261 1 0

12 1 8.7261 1 0

13 1 8.7261 1 0

14 1 8.7261 1 0

Is 1 8.7261 1 0

6.68606.68606.68606.68606.68606.68606.68606.6860

14.0200

14.0200

14.0200

14.0200

14.0200

14.0200

14.020.0

55.9040

48.7950

41.5790

34.2450

26.7290

19.3950

12.17905.1450

55.9040

48.7950

41.5790

34.2450

26.7290

19.3950

12.1790

61.1390

54.0890

46.8730

39.5390

32.0230

24.6890

17.4730

10.4390

61.1390

54.0890

46.8730

39.5390

32.0230

24.6890

17.4730

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16 1 8.726 14.020 5.145 10.4391 1 0 0 0 0

17 1 15.942 21.236 48.795 54.0891 1 0 0 0 0

18 1 15.942 21.236 41.579 46.8731 1 0 0 0 0

19 1 15.942 21.236 34.245 39.5391 1 0 0 0- 0

20 1 15.942 21.236 26.729 32.0231 1 0 0 0 0

21 1 15.942 21.236 19.395 24.6891 1 0 0 0 0

22 1 15.942 21.236 12.179 17.4731 1 0 0 0 0

23 1 22.976 28.270 41.579 46.8731 1 0 0 0 0

24 1 22.976 28.270 34.245 39.5391 1 0 0 0 0

25 1 22.976 28.270 26.729 32.0231 1 0 0 0 0

26 1 22.976 28.270 19.395 24.6891 1 0 0 0 0

*

* POISON PLATES*

27 2 1.312 6.766 55.690 55.824.2 0 0 0 0 0

28 2 .600 .734 48.715 54.1692 0 0 0 0 0

29 2 6.766 6.900 48.565 54.1692 0 0 0 0 0

30 2 1.312 6.766 47.531 47.6652 0 0 0 0 0

31 2 1.312 6.766 41.365 41.4992 0 0 0 0 0

32 2 .600 .734 34.165 39.6192 0 0 0 0 0

33 2 6.766 6.900 34.165 39.6192 0 0 0 0 0

34 2 1.312 6.766 32.681 32.8152 0 0 0 0 0

35 2 1.312 6.766 26.515 26.6492 0 0 0 0 0

36 2 .600 .734 19.315 24.7692 0 0 0 0 0

37 2 6.766 6.900 19.315 24.7692 0 0 0 0 0

38 2 1.312 6.766 18.131 18.2652 0 0 0 0 0

39 2 1.312 6.766 11.965 12.0992 0 0 0 0 0

40 2 .600 .734 5.065 10.5192 0 0 0 0 0

41 2 6.766 6.900 5.065 10.5192 0 0 0 0 0

42 2 7.950 8.084 55.690 61.2192 0 0 0 0 0

43 2 8.646 14.100 54.731 54.8652 0 0 0 0 0

44 2 8.646 14.100 48.565 48.7152 0 0 0 0 0

45 2 7.950 8.084 41.499 46.9532 0 0 0 0 0

46 2 14.100 14.250 41.499 46.953




2 0 0 0 0 047 2 7.950 14.100 40.181 40.315

2 0 0 0 0 048 2 8.646 14.100 34.015 34.165

2 0 0 0 0 049 2 7.950 8.084 26.649 32.815

2 0 0 0 0 050 2 14.100 14.250 26.649 32.103

2 0 0 0 0 051 2 7.950 14.100 25.331 25.465

2 0 0 0 0 052 2 7.950 14.100 19.165 19.315

2 0 0 0 0 053 2 7.950 8.084 12.099 17.553

2 0 0 0 0 054 2 14.100 14.250 12.099 17.553

2 0 0 0 0 055 2 7.950 14.100 11.006 11.140

2 0 0 0 0 056 2 15.150 15.284 48.565 54.169

2 0 0 0 0 057 2 15.862 21.316 47.531 47.665

2 0 0 0 0 058 2 15.862 21.316 41.365 41.499

2 0 0 0 0 059 2 15.150 15.284 34.165 40.315

2 0 0 0 0 060 2 21.316 21.450 34.165 39.619

2 0 0 0 0 061 2 15.150 21.316 32.681 32.815

2 0 0 0 0 062 2 15.150 21.316 26.515 26.649

2 0 0 0 0 063 2 15.150 15.284 19.315 24.769

2 0 0 0 0 064 2 21.316 21.450 19.315 24.769

2 0 0 0 0 065 2 15.150 21.316 18.131 18.265

2 0 0 0 0 066 2 22.275 22.409 41.499 46.953

2 0 0 0 0 067 2 22.275 28.350 40.181 40.315

2 0 0 0 0 068 2 22.896 28.350 34.015 34.165

2 0 0 0 0 069 2 22.275 22.409 26.649 32.815

2 0 0 0 0 070 2 22.275 28.350 25.331 25.465

2 0 0 0 0 0

* HELIUM (PURE)

101 3 0 1.312 55.690 61.2192 0 1 0 0 0

102 3 6.766 7.950 55.690 61.2192 0 3 3 0 0

103 3 8.084 8.646 55.690 61.2192 0 3 3 0 0

104 3 0 .600 47.665 55.6902 0 1 0 0 0

105 3 .600 6.900 54.169 55.6902 0 0 0 3 3

106 3 6.900 8.646 48.565 55.6902 0 3 3 0 0

REVISION 0PAGE 31

PREPARED BY I DATE x 8/14/91 OF 74

CHECKED BY / DATE q11 W




107 3 8.646 14.100 54.865 55.6902 0 0 0 3 3

108 3 8.646 14.100 54.169 55.8242 0 0 0 3 3

109 3 .734 1.312 48.715 54.1692 0 3 3 0 0

110 3 14.100 15.150 48.565 54.1692 0 3 3 0 0

111 3 15.284 15.862 48.565 54.1692 0 3 3 0 0

112 3 .600 6.766 47.665 48.7152 0 0 0 3 3

113 3 15.862 21.316 47.665 48.7152 0 0 0 3 3

114 3 0 1.312 41.365 47.6652 0 1 0 0 0

115 3 1.312 6.766 46.953 47.5312 0 0 0 3 3

116 3 6.766 15.862 46.953 48.5652 0 0 0 3 3

117 3 15.862 21.316 46.953 47.5312 0 0 0 3 3

118 3 21.316 22.275 41.365 46.9532 0 3 3 0 0

119 3 6.766 7.950 41.365 46.9532 0 3 3 0 0

120 3 8.084 8.646 41.499 46.9532 0 3 3 0 0

121 3 14.250 15.862 40.315 46.9532 0 3 3 0 0

122 3 22.409 22.896 41.499 46.9532 0 3 3 0 0

123 3 0 7.950 39.619 41.3652 0 1 0 3 3

124 3 6.900 8.646 34.165 39.6192 0 3 3 0 0

125 3 7.950 14.250 40.315 41.4992 0 0 0 3 3

126 3 15.862 22.275 39.619 41.3652 0 0 0 3 3

127 3 22.275 28.350 40.315 41.4992 0 0 0 3 3

129 3 7.950 14.100 39.619 40.1812 0 0 0 3 3

130 3 14.100 15.150 34.015 40.3152 0 3 3 0 0

132 3 21.450 22.896 32.815 39.6192 0 3 3 0 0

133 3 22.275 28.350 39.619 40.1812 0 0 0 3 3

134 3 0 .600 32.815 39.6192 0 1 0 0 0

135 3 .734 1.312 34.165 39.6192 0 3 3 0 0

136 3 15.284 15.862 34.165 40.3152 0 3 3 0 0

137 3 .600 8.646 32.815 34.1652 0 0 0 3 3

138 3 8.646 15.150 32.103 34.0152 0 0 0 3 3

139 3 15.150 21.450 32.815 34.1652 0 0 0 3 3

140 3 22.896 28.350 32.103 34.0152 0 0 0 3 3

REVISION 0PAGE 32


CHECKED BY I DATE I4 '/s?/V




141 3 0 1.312 26.515 32.8152 0 1 0 0 0

142 3 1.312 6.766 32.103 32.6812 0 0 0 3 3

143 3 6.766 7.950 26.515 32.8152 0 3 3 0 0

146 3 15.150 21.316 32.103 32.6812 0 0 0 3 3

148 3 8.084 8.646 26.649 32.8152 0 3 3 0 0

149 3 14.250 15.862 26.649 32.1032 0 3 3 0 0

150 3 21.316 22.275 26.515 32.8152 0 3 3 0 0

151 3 22.409 22.896 26.649 32.8152 0 3 3 0 0

152 3 0 7.950 24.769 26.5152 0 1 0 3 3

153 3 7.950 14.100 24.769 25.3312 0 0 0 3 3

154 3 15.150 22.275 24.769 26.5152 0 0 0 3 3

155 3 22.275 28.350 25.465 26.6492 0 0 0 3 3

157 3 7.950 15.150 25.465 26.6492 0 0 0 3 3

158 3 14.100 15.150 19.165 25.4652 0 3 3 0 0

160 3 22.275 28.350 24.769 25.3312 0 0 0 3 3

161 3 0 .600 18.265 24.7692 0 1 0 0 0

162 3 .734 1.312 19.315 24.7692 0 3 3 0 0

163 3 6.900 8.646 19.315 24.7692 0 3 3 0 0

164 3 15.284 15.862 19.315 24.7692 0 3 3 0 0

165 3 21.450 22.896 19.315 24.7692 0 3 3 0 0

166 3 .600 7.950 18.265 19.3152 0 0 0 3 3

167 3 7.950 15.150 17.553 19.1652 0 0 0 3 3

168 3 15.150 21.316 18.265 19.3152. 0 0 0 3 3

169 3 0 1.312 11.965 18.2652 0 1 0 0 0

170 3 1.312 6.766 17.553 18.1312 0 0 0 3 3

171 3 6.766 7.950 11.965 18.2652 0 3 3 0 0

172 3 8.084 8.646 12.099 17.5532 0 3 3 0 0

173 3 14.250 15.862 12.099 17.5532 0 3 3 0 0

175 3 15.150 21.316 17.553 18.1312 0 0 0 3 3

176 3 0 7.950 10.519 11.9652 0 1 0 3 3

177 3 7.950 14.100 11.140 12.0992 0 0 0 3 3

178 3 0 .600 5.065 10.5192 0 1 0 0 0

REVISION 0PAGE 33

PREPARED BY I DATE 8/14/91 OF 74

CHECKED BY I DATE _____/lom




179 3 .734 1.312 5.065 10.5192 0 3 3 0 0

180 3 6.900 8.646 5.065 10.5192 0 3 3 0 0

182 3 7.950 14.100 10.519 11.0062 0 0 0 3 3

* HELIUM (DSC BOUNDED)

201 3 0 6.766 61.219 66.2013 0 1 0 3 3

202 3 6.766 14.100 61.219 65.6243 0 0 0 3 3

203 3 14.100 22.275 54.169 61.2193 0 3 3 3 3

204 3 21.316 29.200 46.953 54.1693 0 3 3 3 3

205 3 28.350 32.375 39.619 46.9533 0 3 3 0 0

206 3 28.350 33.000 32.815 39.6193 0 3 3 0 0

207 3 28.350 33.000 26.649 32.8153 0 3 3 0 0

208 3 28.350 32.375 19.315 26.6493 0 3 3 0 0

209 3 21.316 29.200 12.099 19.3153 0 3 3 3 3

210 3 14.100 22.275 5.065 12.0993 0 3 3 3 3

211 3 6.766 14.100 1.250 5.0653 0 0 0 3 3

212 3 0. 6.766 0.625 5.0653 0 1 0 3 3

*

* DSC SHELL*

301 4 0 6.766 66.201 66.8264 0 1 1 0 301

302 4 6.766 14.100 65.624 66.2014 0 1 1 0 302

303 4 14.100 15.150 61.219 65.6244 0 0 303 0 1

304 4 15.150 22.275 61.219 61.8444 0 0 1 0 304

305 4 22.275 22.896 54.169 61.2194 0 0 305 0 1

306 4 22.896 29.200 54.169 54.7314 0 0 1 0 306

307 4 29.200 29.825 46.953 54.1694 0 0 307 0 1

308 4 29.825 32.375 46.953 47.5314 0 0 1 0 308

309 4 32.375 33.000 39.619 46.9534 0 0 309 0 1

310 4 33.000 33.625 32.815 39.6194 0 0 310 0 1

311 4 33.000 33.625 26.649 32.8154 0 0 311 1 0

312 4 32.375 33.000 19.315 26.6494 0 0 312 1 0

313 4 29.825 32.375 18.265 19.3154 0 0 1 313 0

314 4 29.200 29.825 12.099 19.3154 0 0 314 1 0

REVISION 0PAGE 34


CHECKED BY / DATE /




315 4 22.896 29.200 11.474 12.0994 0 0 1 315 0

316 4 22.275 22.896 5.065 12.0994 0 0 316 1 0

317 4 15.150 22.275 4.440 5.0654 0 0 1 317 0

318 4 14.100 15.150 1.250 5.0654 0 0 318 1- 0

319 4 6.766 14.100 .625 1.2504 0 0 1 319 0

320 4 0 6.766 0 0.6254 0 1 1 320 0

* FUEL CHANNELS

401 5 1.312 1.392 55.824 61.2192 0 0 0 0 0

402 5 1.392 6.686 61.139 61.2192 0 0 0 0 0

403 5 6.686 6.766 55.824 61.2192 0 0 .0 0 0

404 5 1.392 6.686 55.824 55.9042 0 0 0 0 0

405 5 1.312 1.392 48.715 54.1692. 0. 0 0 0 0

406 5 1.392 6.686 54.089 54.1692 0 0 0 0 0

407 5 6.686 6.766 48.715 54.1692 0 0 0 0 0

408 5 1.392 6.686 48.715 48.7952 0 0 0 0 0

409 5 1.312 1.392 41.499 41.5792 0 0 0 0 0

410 5 1.392 6.686 46.873 46.9532 0 0 0 0 0

411 5 6.686 6.766 41.499 46.9532 0 0 0 0 0

412 S 1.392 6.686 41.499 41.5792 0 0 0 0 0

413 5 1.312 1.392 34.165 39.6192 0 0 0 0 0

414 5 1.392 6.686 39.539 39.6192 0 0 0 0 0

415 5 6.686 6.766 34.165 39.6192 0 0 0 0 0

416 5 1.392 6.686 34.165 34.2452 0 0 0 0 0

417 5 1.312 1.392 26.649 32.1032 0 0 0 0 0

418 5 1.392 6.686 32.023 32.1032 0 0 0 0 0

419 5 6.686 6.766 26.649 32.1032 0 0 0 0 0

420 5 1.392 6.686 26.649 26.7292 0 0 0 0 0

421 5 1.312 1.392 19.315 24.7692 0 0 0 0 0

422 5 1.392 6.686 24.689 24.7692 0 0 0 0 0

423 5 6.686 6.766 19.315 24.7692 0 0 0 0 0

424 5 1.392 6.686 19.315 19.3952 0 0 - 0 0 0

425 5 1.312 1.392 12.099 17.553

REVISION 0 PG 3PAGE 35PREPARED BY DATE cce 8/14/91 OF 74CHECKED BY IDATE { u-'//q




2 0426 5

2 0427 5

2 0428 5

2 0429 5

2 0430 5

2 0431 5

2 0432 5

2 0433 5

2 0434 5

2 0435 5

2 0436 5

2 0437 5

2 0438 5

2 0439 5

2 0440 5

2 0441 5

2 0442 5

2 0443 5

2 0444 5

2 0445 5

2 0446 5

2 0447 5

2 0448 5

2 0449 5

2 0450 5

2 0451 5

2 0452 5

2 0453 5

2 0454 5

2 0455 5

456 52 0

457 5

01.39206.68601.39201.31201.39206.68601.39208.64608.7260

14.02008.72608.64608.7260

14.02008.72608.64608.7260

14.02008.72608.64608.7260

14.02008.72608.64608.7260

14.02008.72608.64608.7260

14.02008.72608.646

06.68606.76606.68601.39206.68606.76606.68608.7260

14.0200

14.1000

14.02008.7260

14.0200

14.100014.02008.7260

14.0200

14.1000

14.02008.7260

14.0200

14.1000

14.02008.7260

14.0200

14.1000

14.02008.7260

14.0200

14.1000

14.02008.726

017.4730

12.0990

12.09905.0650

10.43905.06505.0650

55.8240

61.1390

55.8240

55.8240

48.7150

54.0890

48.715048.7150

41.4990

46.8730

41.4990

41.4990

34.1650

39.5390

34.1650

34.1650

26.6490

32.0230

26.6490

26.6490

19.3150

24.6890

19.3150

19.3150

12.099

017.5530

17.5530

12.1790

10.5190

10.5190

10.51905.1450

61.2190

61.2190

61.2190

55.9040

54.1690

54.1690

54.1690

48.7950

46.9530

46.9530

46.9530

41.5790

39.6190

39.6190

39.6190

34.2450

32.1030

32.1030

32.1030

26.7290

24.7690

24.7690

24.7690

19.3950

17.553

REVISION 0 PAGE 36PREPARED BY I DATE • 8/14/91 OF 74CHECKED BY DATE i q.q9 q//• •-y..


PROJECT: PROJECT FILE NO: NUHO04.0414


2 0458 5

2 0459 5

2 0460 5

2 0461 5

2 0462 5

2 0463 5

2 0464 5

2 0465 5

2 0466 5

2 0467 5

2 0468 5

2 0469 5

2 0470 5

2 0471 5

2 0472 5

2 0473 5

2 0474 5

2 0475 5

2 0476 5

2 0477 5

2 0478 5

2 0479 5

2 0480 5

2 0481 5

2 0482 5

2 0483 5

2 0484 5

2 0485 5

2 0486 5

2 0487 5

2 0488 5

2 0489 5

08.7260

14.02008.72608.64608.7260

14.02008.7260

15.8620

15.9420

21.2360

15.9420

15.8620

15.9420

21.2360

15.9420

15.8620

15.9420

21.2360

15.9420

15.8620

15.9420

21.2360

15.9420

15.8620

15.9420

21.2360

15.9420

15.8620

15.9420

21.2360

15.9420

22.896

014.0200

14.1000

14.02008.7260

14.0200

14.1000

14.0200

15.9420

21.2360

21.3160

21.2360

15.9420

21.3160

21.3160

21.2360

15.9420

21.2360

21.3160

21.2360

15.9420

21.2360

21.3160

21.2360

15.9420

21.2360

21.3160

21.2360

15.9420

21.2360

21.3160

21.2360

22.976

017.4730

12.0990

12.09905.0650

10.43905.06505.0650

48.7150

54.0890

48.7150

48.7150

41.4990

46.8730

41.4990

41.4990

34.1650

39.5390

34.1650

34.1650

26.6490

32.0230

26.6490

26.6490

19.3150

24.6890

19.3150

19.3150

12.0990

17.4730

12.0990

12.0990

41.499

017.5530

17.5530

12.1790

10.5190

10.5190

10.51905.1450

54.1690

54.1690

54.1690

48.7950

46.9530

46.9530

46.9530

41.5790

39.6190

39.6190

39.6190

34.2450

32.1030

32.1030

32.1030

26.7290

24.7690

24.7690

24.7690

19.3950

17.5530

17.5530

17.5530

12.1790

46.953

REVISION 0PAGE 37

PREPARED BY DATE 8/14/91 OF 74CHECKED BY IDATE 1//_ 1 •///q11




2 0 0 0 0 0490 5 22.976 28.270 46.873 46.953

2 0 0 0. 0 0491 5 28.270 28.350 41.499 46.953

2 0 0 0 0 0492 5 22.976 28.270 41.499 41.579

2 0 0 0 0 0493 5 22.896 22.976 34.165 39.619

2 0 0 0 0 0494 5 22.976 28.270 39.539 39.619

2 0 0 0 0 0495 5 28.270 28.350 34.165 39.619

2 0 0 0 0 0496 5 22.976 28.270 34.165 34.245

2 0 0 0 0 0497 5 22.896 22.976 26.649 32.103

2 0 0 0 0 0498 5 22.976 28.270 32.023 32.103

2 0 0 0 0 0499 5 28.270 28.350 26.649 32.103

2 0 0 0 0 0500 5 22.976 28.270 26.649 26.729

2 0 0 0 0 0501 5 22.896 22.976 19.315 24.769

2 0 0 0 0 0502 5 22.976 28.270 24.689 24.769

2 0 0 0 0 0503 5 28.270 28.350 19.315 24.769

2 0 0 0 0 0504 5 22.976 28.270 19.315 19.395

2 0 0 0 0 0MATERIALS1 FUEL 0 0 0 -32 POISON 0 0 0 -13 HELIUM 0 0 0 -24 SS304 0 0 0 -15 ZALOY 0 0 0 -4INITIAL TEMPERATURES1 5502 4503 2504 200HEAT GENERATIONS1 5.700-3BOUNDARY CONDITIONS1 -00.0 0.0 0.0 0.0 0.0 0

3 30.0 6.2490-14 0.0 0.0 0.0 0

301 2 303.4

302 2 302.1

303 2 295.3

304 2 275.4

305 2 242.4

306 2 233.0

307 2 227.7

308 2 224.9

REVISION 0 I-~ __________________________________________ l•fC )O1

PREPARED BY I DATE

CHECKED BY / DATE




309 2 226.9

310 2 244.2

311 2 242.7

312 2 223.7

313 2 217.5

314 2 217.3

315 2 220.1

316 2 235.5

317 2 249.7

318 2 254.5

319 2 255.4

320 2 255.7

XGRID0.0 0.600 0.734 1.3122 8.084 8.646 8.726215.862 15.942 [email protected] 28.270 28.3501 1 1 1 2 1 1 1 1 1 1I

YGRID0.0 0.625 1.250 [email protected] 11.474 [email protected] 19.165 [email protected] 26.649 [email protected] 34.245 39.539241.579 46.873 [email protected] 54.169 54.731&61.219 61.844 65.6241 1 1 1 1 2 1 1 1 1 2 1

21 1 1 1 1 2 1 1 1 1 1*1 1 121 1

1.39214.02021.31629.2001111

5.06512.09919.39532.02339.61947.53154.86566.20111211111

6.68614.10021.45029.8251 1 1 1

6.76614.25022.27532.3751 1 1

6.90015.15022.40933.000

1 1 1

5.145 10.439 10.51912.179 17.473 17.55324.689 24.769 25.33132.103 32.681 32.81540.181 40.315 41.36547.665 48.565 48.71555.690 55.824 55.90466.82611 111 2 11 1112111 11121

7.95015.28422.89633.6251 1 1 1

11.00618.13125.46534.01541.49948.79561.139

TABULAR FUNCTIONS1 30

70. 0.0119 100,8 300. 0.0136 350,2 550. 0.0154 600.@ 800. 0.0169 850.21050. 0.0186 1100.21300. 0.0201 1350.2 29

45. 1.15350-48 206. 1.37100-4& 404. 1.64230-4@ 603. 1.9505D-42 801. 2.23150-48 945. 2.41610-4W1197. 2.72910-4@1520. 3.1225D-4'37

400. 2.22220-32 800. 5.41670-3

Q

I

t

Q

t

0.0121* 0.014* 0.0157

0.01740.0189

* 0.0204

80. 1260. 1458. 1657. 2855. 2

1017. 21251. 2

150.400.650.900.

1150.1400.

0.01250.01"0.01610.01760.01920.0207

200. 0.0129450. 0.0147700. 0.0164950. 0.0179

1200. 0.01941450. 0.0210

250. 0.0133500. 0.0151750. 0.0164

1000. 0.01831250. 0.01991500. 0.0213

.20320-4

.4408D-4

.72580-4

.03880-4

.30370-4

.50440-4

.80140-4

98.296.495.693.891.

1071.1341.

1.22810-41.48740-41.78200-42.09500-42.34380-42.57660-42.91380-4

152.350.549.747.909.

1125.1431.

1.29960-41.56280-41.87030-42.1592D-42.36790-42.64080-43.0181D-4

500. 2.91670-3 600. 3.61110-3900. 6.5278D-3 1000. 7.63890-3

700. 4.4444D-3

REVISION 0

PREPARED BY I DATE - 8/14/91 OF 74

CHECKED BY / DATE V/_WJ /-' yL




4 5100. 9.472D-3 200. 9.5690-3 400. 9.875D-3 600. 10.24D-3

@ 800. 10.61D-3STEADY STATE PARAMETERS-15 0.001

5.2 Input File for BWR52

HEAT6,P1.USER,PNFS1O3,XPNFSX,NC.CHARGEE,N976301,30023000.REWIND,OUTPUT.BEGIN,HEAT6,HEATPRC,DATAFIL=INPUT,TIM=10,CLASS=C,DATNAME=BWR52,CORE=6400K./*EOR

&OPTION MAXBDC=22,NDIMEN=2,MAXGGL=62,MAXMAT=6,MAXNSN=1,MAXPBT=6,@MAXPTS=2400,MAXREG=279,MAXRFG=34,MAXSUR=1000,MAXTBL=10,MAXTFG=70,2IAXZFG=1,MWIDTH=500,DIRECT=T,LBOUND=T,MAXINT=5,MAXPRS=30,&END

PRE-FAB STD CANISTER, 0=1.0OKW, KHE=100F,KF=CSTEEL,1ST RUN250 7 1 0.0 0.0 0.0 1 0 00 0 0 0 0 0 0 0 200REGIONS*

FUEL REGIONS

1 1 1.392 6.686 55.904 61.1391 1 0 0 0 0

2 1 1.392 6.686 48.795 54.0891 1 0 0 0 0

3 1 1.392 6.686 41.579 46.8731 1 0 0 0 0

4 1 1.392 6.686 34.245 39.5391 1 0 0 0 0

5 1 1.392 6.686 26.729 32.0231 1 0 0 0 0

6 1 1.392 6.686 19.395 24.6891 1 0 0 0 0

7 1 1.392 6.686 12.179 17.4731 1 0 0 0 0

8 1 1.392 6.686 5.145 10.4391 1 0 0 0 0

9 1 8.726 14.020 55.904 61.1391 1 0 0 0 0

10 1 8.726 14.020 48.795 54.0891 1 0 0 0 0

11 1 8.726 14.020 41.579 46.8731 1 0 0 0 0

12 1 8.726 14.020 34.245 39.5391 1 0 0 0 0

13 1 8.726 14.020 26.729 32.0231 1 0 0 0 0

14 1 8.726 14.020 19.395 24.6891 1 0 0 0 0

15 1 8.726 14.020 12.179 17.4731 1 0 0 0 0

16 1 8.726 14.020 5.145 10.4391 1 0 0 0 0

17 1 15.942 21.236 48.795 54.0891 1 0 0 0 0

18 1 15.942 21.236 41.579 46.8731 1 0 0 0 0

19 1 15.942 21.236 34.245 39.5391 1 0 0 0 0

20 1 15.942 21.236 26.729 32.023

REVISION 0PAGE 40

PREPARED BY I DATE 8/14/91 OF 74

CHECKED BY / DATE




1 1 0 0 0 021 1 15.942 21.236 19.395 24.689

1 1 0 0 0 022 1 15.942 21.236 12.179 17.4731 1 0 0 0 0

23 1 22.976 28.270 41.579 46.8731 1 0 0 0 0

24 1 22.976 28.270 34.245 39.5391 1 0 0 0 0

25 1 22.976 28.270 26.729 32.0231 1 0 0 0 0

26 1 22.976 28.270 19.395 24.6891 1 0 0 0 0

* POISON PLATES

27 2 1.312 6.766 55.690 55.8242 0 0 0 0 0

28 2 .600 .734 48.715 54.1692 0 0 0 0 0

29 2 6.766 6.900 48.565 54.1692 0 0 0 0 0

30 2 1.312 6.766 47.531 47.6652 0 0 0 0 0

31 2 1.312 6.766 41.365 41.4992 0 0 0 0 0

32 2 .600 .734 34.165 39.6192 0 0 0 0 0

33 2 6.766 6.900 34.165 39.6192 0 0 0 0 0

34 2 1.312 6.766 32.681 32.8152 0 0 0 0 0

35 2 1.312 6.766 26.515 26.6492 0 0 0 0 0

36 2 .600 .734 19.315 24.7692 0 0 0 0 0

37 2 6.766 6.900 19.315 24.7692 0 0 0 0 0

38 2 1.312 6.766 18.131 18.2652 0 0 0 0 0

39 2 1.312 6.766 11.965 12.0992 0 0 0 0 0

40 2 .600 .734 5.065 10.5192 0 0 0 0 0

41 2 6.766 6.900 5.065 10.5192 0 0 0 0 0

42 2 7.950 8.084 55.690 61.2192 0 0 0 0 0

43 2 8.646 14.100 54.731 54.8652 0 0 0 0 0

2 8.646 14.100 48.565 48.7152 0 0 0 0 0

45 2 7.950 8.084 41.499 46.9532 0 0 0. 0 0

46 2 14.100 14.250 41.499 46.9532 0 0 0 0 0

47 2 7.950 14.100 40.181 40.3152 0 0 0 0 0

48 2 8.646 14.100 34.015 34.1652 0 0 0 0 0

49 2 7.950 8.084 26.649 32.8152 0 0 0 0 0

50 2 14.100 14.250 26.649 32.1032 0 0 0 0 0

REVISION 0PAGE 41

PREPARED BY I DATE c 8/14/91 OF 74

CHECKED BY I DATE )1j?' i//s>q,




51 2 7.9502 0 0

52 2 7.9502 0 0

53 2 7.9502 0 0

54 2 14.1002 0 0

55 2 7.9502 0 0

56 2 15.1502 0 0

57 2 15.8622 0 0

58 2 15.8622 0 0

59 2 15.1502 0 0

60 2 21.3162 0 0

61 2 15.1502 0 0

62 2 15.1502 0 0

63 2 15.1502 0 0

64 2 21.3162 0 0

65 2 15.1502 0 0

66 2 22.2752 0 0

67 2 22.2752 0 0

68 2 22.8962 0 0

69 2 22.2752 0 0

70 2 22.2752 0 0

* HELIUM (PURE)

101 6 02 0 1

102 6 6.7662 0 0

103 3 8.0842 0 3

104 6 02 0 1

105 6 .6002 0 0

106 6 6.9002 0 0

107 6 8.6462 0 0

108 3 8.6462 0 0

109 3 .7342 0 3

110 6 14.1002 0 0

111 3 15.284

14.100 25.331 25.4650 0 0

14.100 19.165 19.3150 0 08.084 12.099 17.5530 0 0

14.250 12.099 17.5530 0 0

14.100 11.006 11.1400 0 0

15.284 48.565 54.1690 0 0

21.316 47.531 47.6650 0 0

21.316 41.365 41.4990 0 0

15.284 34.165 40.3150 0 0

21.450 34.165 39.6190 0 0

21.316 32.681 32.8150 0 0

21.316 26.515 26.6490 0 0

15.284 19.315 24.7690 0 0

21.450 19.315 24.7690 0 0

21.316 18.131 18.2650 0 0

22.409 41.499 46.9530 0 0

28.350 40.181 40.3150 0 0

28.350 34.015 34.1650 0 0

22.409 26.649 32.8150 0 0

28.350 25.331 25.4650 0 0

1.312 55.690 61.2190 0 07.950 55.690 61.2190 0 08.646 55.690 61.2193 0 0

.600 47.665 55.6900 0 06.900 54.169 55.6900 0 08.646 48.565 55.6900 0 0

14.100 54.865 55.6900 0 0

14.100 54.169 55.8240 3 31.312 48.715 54.1693 0 0

15.150 48.565 54.1690 0 0

15.862 48.565 54.169

REVISION 0, ~PAGE 42

PREPARED BY I DATE I 8 / 1 4 / 9 1 OF 74

CHECKED BY / DATE Ilp.flIl/




2112

2113

2114

2115

2116

2117

2118

2119

2120

2121

2122

2123

2

1242

1252

1262

1272

1292

1302

1322

1332

1342

1352

1362

1372

1382

1392

1402

1412

1422

1432

1462

148

060

60

60

3060

30

60

60

30

60

3

6

6

6060

60

30

6

60

30

60

30

30

60

60

60

60

60

30

60

30

3

3.600

015.862001

1.31206.7660

15.8620

21.31606.76608.0843

14.2500

22.409301

6.90007.9500

15.8620

22.27507.9500

14.1000

21.4500

22.275001

.7343

15.2843

.60008.6460

15.1500

22.896001

1.3120

6.766015.15008.084

36.7660

21.31601.31206.7660

15.8620

21.3160

22.27507.95008.6463

15.8620

22.89637.95008.6460

14.2500

22.2750

28.3500

14.1000

15.1500

22.8960

28.3500

.60001.3123

15.86238.6460

15.1500

21.4500

28.35001.31206.76607.9500

21.31608.646

047.6650

47.6650

41.3650

46.9530

46.9530

46.9533

41.3650

41.3650

41.4990

40.3150

41.4990

39.6190

34.1650

40.3150

39.6190

40.3150

39.6193

34.0150

32.8150

39.6193

32.8150

34.1650

34.1650

32.8150

32.1030

32.8150

32.1030

26.5150

32.1033

26.5150

32.1033

26.649

048.7150

48.7150

47.6650

47.5310

48.5650

47.5313

46.9530

46.9530

46.9530

46.9530

46.9530

41.3650

39.6190

41.4990

41.3650

41.4990

40.1813

40.3150

39.6190

40.1813

39.6190

39.6190

40.3150

34.1650

34.0150

34.1650

34.0150

32.8150

32.6813

32.8150

32.6813

32.815

REVISION 0

PAGE 43PREPARED BY /DATE 8/14/91 OF 74CHECKED BY IDATE 168 - 1.-11




2149

2150

2151

2152

2153

2154

2155

2157

2158

2160

2161

2162

2163

2164

2165

2166

2167

2168

2169

2170

2171

2172

2173

2175

2176

2177

2178

2179

2180

2182

2

06

060

30

60

30

60

60

60

60

30

60

30

60

30

60

60

60

60

60

30

60

30

60

30

60

60

60

30

60

30

314.2500

21.3160

22.409301

7.9500

15.1500

22.27507.9500

14.1000

22.275001

.73436.9000

15.2843

21.4500

.60007.9500

15.150001

1.31206.76608.0843

14.2500

15.150001

7.950001

.73436.90007.9500

315.8620

22.2750

22.89637.9500

14.1000

22.2750

28.3500

15.1500

15.1500

28.3500

.60001.31238.6460

15.8623

22.89607.9500

15.1500

21.31601.31206.76607.95008.6463

15.8620

21.31607.9500

14.1000

.60001.31238.6460

14.1000

026.6490

26.5150

26.6490

24.7690

24.7693

24.7690

25.4650

25.4650

19.1650

24.7693

18.2650

19.3150

19.3150

19.3150

19.3150

18.2650

17.5530

18.2650

11.9650

17.5533

11.9650

12.0990

12.0990

17.5533

10.5190

11.14005.06505.06505.0650

10.5193-

032.103

032.815

032.815

026.515

025.3313

26.5150

26.6490

26.6490

25.4650

25.3313

24.7690

24.7690

24.7690

24.7690

24.7690

19.3150

19.1650

19.3150

18.2650

18.1313

18.2650

17.5530

17.5530

18.1313

11.9650

12.0990

10.5190

10.5190

10.5190

11.0063

*


REVISION 0PAGE 44

PREPARED BY /DATE 8/14/91 OF 74CHECKED BY IDATE wil q A




2013

2023

2033

2043

2053

2063

2073

2083

2093

2103

2113

2123

* DSC

3014

3024

3034

3044

3054

3064

3074

3084

3094

3104

3114

3124

3134

3144

3154

3164

3174

3184

319

60

60

60

60

60

60

60

60

60

60

60

6

0

SHELL

40

4

040

40

40

40

40

40

40

40

40

40

40

40

40

40

40

40

4

016.7660

14.1000

21.3160

28.3500

28.3500

28.3500

28.3500

21.3160

14.10006.76600.1

01

6.7661

14.1000

15.1500

22.2750

22.8960

29.2000

29.8250

32.3750

33.0000

33.0000

32.3750

29.8250

29.2000

22.8960

22.2750

15.1500

14.10006.766

6.7660

14.1000

22.2750

29.2000

32.3750

33.0000

33.0000

32.3750

29.2000

22.2750

14. 10006.7660

6.7661

14.1001

15.150303

22.2751

22.896305

29.2001

29.825307

32.3751

33.000309

33.625310

33.625311

33.000312

32.3751

29.825314

29.2001

22.896316

22.2751

15.150318

14.100

61.2190

61.2190

54.1690

46.9530

39.6190

32.8150

26.6490

19.3150

12.09905.06501.25000.6250

66.2010

65.6240

61.2190

61.2190

54.1690

54.1690

46.9530

46.9530

39.6190

32.8150

26.6491

19.3151

18.265313

12.0991

11.4743155.065I

4.4403171.2501

.625

66.2010

65.6240

61.2190

54.1690

46.9530

39.6190

32.8150

26.6490

19.3150

12.09905.06505.0650

66.826301

66.201302

65.6241

61.844304

61.2191

54.731306

54.1691

47.531308

46.9531

39.6191

32.8150

26.6490

19.3150

19.3150

12.0990

12.09905.06505.06501.250

REVISION 0PAGE 45

PREPARED BY /DATE 8/14/91 OF 74

CHECKED BY I DATE

OF 74




4 0320 4

4 0

* FUEL CHANNELS

401 52 0

402 52 0

403 52 0

404 52 0

405 52 0

406 52 0

407 52 0

408 52 0

409 52 0

410 52 0

411 52 0

412 52 0

413 52 0

414 52 0

415 52 0

416 52 0

417 52 0

418 52 0

419 52 0

420 52 0

421 52 0

422 52 0

423 52 0

424 52 0

425 52 0

426 52 0

427 52 0

428 52 0

429 52 0

001

1.31201.39206.68601.39201.31201.39206.68601.39201.31201.39206.68601.39201.31201.39206.68601.39201.31201.39206.68601.39201.31201.39206.68601.39201.31201.39206.68601.39201.3120

16.7661

1.39206.68606.76606.68601.39206.68606.76606.68601.39206.68606.76606.68601.39206.68606.76606.68601.39206.68606.76606.68601.39206.68606.76606.68601.39206.68606.76606.68601.3920

3190320

55.8240

61.1390

55.8240

55.8240

48.7150

54.0890

48.7150

48.7150

41.4990

46.8730

41.4990

41.4990

34.1650

39.5390

34.1650

34.1650

26.6490

32.0230

26.6490

26.6490

19.3150

24.6890

19.3150

19.3150

12.0990

17.4730

12.0990

12.09905.0650

00.6250

61.2190

61.2190

61.2190

55.9040

54.1690

54.1690

54.1690

48.7950

41.5790

46.9530

46.9530

41.5790

39.6190

39.6190

39.6190

34.2450

32.1030

32.1030

32.1030

26.7290

24.7690

24.7690

24.7690

19.3950

17.5530

17.3530

17.5530

12.1790

10.5190

REVISION 0PAGE 46

PREPARED BY / DATE , 8/14/91 OF 74CHECKED BY IDATE 14_11 ý!/iq/, ]




430 52 0

431 52 0

432 52 0

433 52 0

434 52 0

435 52 0

436 52 0

437 52 0

438 52 0

439 52 0

440 52 0

441 52 0

442 52 0

443 52 0

444 52 0

445 52 0

446 52 0

447 52 0

448 52 0

449 52 0

450 52 0

451 52 0

452 52 0

453 52 0

454 52 0

455 52 0

456 52 0

457 52 0

458 52 0

459 52 0

460 52 0

461 52 0

1.39206.68601.39208.64608.7260

14.02008.72608.64608.7260

14.02008.72608.64608.7260

14.02008.72608.64608.7260

14.02008.72608.64608.7260

14.02008.72608.64608.7260

14.02008.72608.64608.7260

14.02008.72608.6460

6.68606.76606.68608.7260

14.0200

14.1000

14.02008.7260

14.0200

14.100014.02008.7260

14.0200

14.1000

14.02008.7260

14.0200

14.1000

14.02008.7260

14.0200

14.1000

14.02008.7260

14.0200

14.1000

14.02008.7260

14.0200

14.1000

14.02008.7260

10.43905.06505.0650

55.8240

61.1390

55.8240

55.8240

48.7150

54.0890

48.715048.715

041.499

046.8730

41.4990

41.4990

34.1650

39.5390

34.1650

34.1650

26.6490

32.0230

26.6490

26.6490

19.3150

24.6890

19.3150

19.3150

12.0990

17.4730

12.0990

12.09965.0650

10.5190

10.51905.1450

61.2190

61.2190

61.2190

55.9040

54.1690

54.1690

54.1690

48.7950

46.9530

46.9530

46.9530

41.5790

39.6190

39.6190

39.6190

34.2450

32.1030

32.1030

32.1030

26.7290

24.7690

24.7690

24.7690

19.3950

17.5530

17.5530

17.5530

12.1790

10.5190

REVISION 0PAGE 47

PREPARED BY / DATE 8/14/91 OF 74CHECKED BY I DATE A '/l

V




462 5 8.726 14.020 10.439 10.5192 0 0 0 0 0

463 5 14.020 14.100 5.065 10.5192 0 0 0 0 0

464 5 8.726 14.020 5.065 5.1452 0 0 0 0 0

465 5 15.862 15.942 48.715 54.1692 0 0 0 0 0

466 5 15.942 21.236 54.089 54.1692 0 0 0 0 0

467 5 21.236 21.316 48.715 54.1692 0 0 0 0 0

468 5 15.942 21.236 48.715 48.7952 0 0 0 0 0

469 5 15.862 15.942 41.499 46.9532 0 0 0 0 0

470 5 15.942 21.316 46.873 46.9532 0 0 0 0 0

471 5 21.236 21.316 41.499 46.9532 0 0 0 0 0

472 5 15.942 21.236 41.499 41.5792 0 0 0 0 0

473 5 15.862 15.942 34.165 39.6192 0 0 0 0 0

474 5 15.942 21.236 39.539 39.6192 0 0 0 0 0

475 5 21.236 21.316 34.165 39.6192 0 0 0 0 0

476 5 15.942 21.236 34.165 34.2452 0 0 0 0 0

477 5 15.862 15.942 26.649 32.1032 0 0 0 0 0

478 5 15.942 21.236 32.023 32.1032 0 0 0 0 0

479 5 21.236 21.316 26.649 32.1032 0 0 0 0 0

480 5 15.942 21.236 26.649 26.7292 0 0 0 0 0

481 5 15.862 15.942 19.315 24.7692 0 0 0 0 0

482 5 15.942 21.236 24.689 24.7692 0 0 0 0 0

483 5 21.236 21.316 19.315 24.7692 0 0 0 0 0

484 5 15.942 21.236 19.315 19.3952 0 0 0 0 0

485 5 15.862 15.942 12.099 17.5532 0 0 0 0 0

486 5 15.942 21.236 17.473 17.5532 0 0 0 0 0

487 5 21.236 21.316 12.099 17.5532 0 0 0 0 0

488 5 15.942 21.236 12.099 12.1792 0 0 0 0 0

489 5 22.896 22.976 41 .499 46.9532 0 0 0 0 0

490 5 22.976 28.270 46.873 46.9532 0 0 0 0 0

491 5 28.270 28.350 41.499 46.9532 0 0 0 0 0

492 5 22.976 28.270 41.499 41.5792 0 0 0 0 0

493 5 22.896 22.976 34.165 39.6192 0 0 0 0 0

REVISION 0PAGE 48


CHECKED BY / DATE 1<82 qf/fl/ 2-ir




494 5 22.976 28.270 39.539 39.6192 0 0 0 0 0

495 5 28.270 28.350 34.165 39.6192 0 0 0 0 0

496 5 22.976 28.270 34.165 34.2452 0 0 0 0 0

497 5 22.896 22.976 26.649 32.1032 0 0 0 0 0

498 5 22.976 28.270 32.023 32.1032 0 0 0 0 0

499 5 28.270 28.350 26.649 32.1032 0 0 0 0 0

500 5 22.976 28.270 26.649 26.7292 0 0 0 0 0

501 5 22.896 22.976 19.315 24.7692 0 0 0 0 0

502 5 22.976 28.270 24.689 24.7692 0 0 0 0 0

503 5 28.270 28.350 19.315 24.7692 0 0 0 0 0

504 5 22.976 28.270 19.315 19.3952 0 0 0 0 0

MATERIALS1 FUEL 0 0 0 -32 POISON 0 0 0 -13 HELIUM 0 0 0 -24 SS304 0 0 0 -1

5 ZALOY 0 0 0 -46 CSTEEL 0 0 0 -5INITIAL TEMPERATURES1 5502 4503 2504 200HEAT GENERATIONS1 5.70D-3BOUNDARY CONDITIONS1 0

0.0 0.0 0.0 0.0 0.0 03 3

0.0 6.2490-14 0.0 0.0 0.0 0301 2 303.4

302 2 302.1

303 2 295.3

304 2 275.4

305 2 242.4

306 2 233.0

307 2 227.7

308 2 224.9

309 2 226.9

310 2 244.2

311 2 242.7

312 2 223.7

REVISION 0PAGE 49

PREPARED BY I DATE r 8/14/91 OF 74

CHECKED BY I DATE ILG qlf/f10f




313 2 217.5

314 2 217.3

315 2 220.1

316 2 235.5

317 2 249.7

318 2 254.5

319 2 255.4

320 2 255.7

XGRID0.0 0.600 0.734 1.312 1.392@ 8.084 8.646 8.726 14.020215.862 15.942 21.236 [email protected] 28.270 28.350 29.200a1 11 1 1 1 1 1 1 12111

YGRID0.0 0.625 1.250 4.440 [email protected] 11.474 11.965 [email protected] 19.165 19.315 [email protected] 26.649 26.729 32.023034.165 34.245 39.539 39.619241.579 46.873 46.953 [email protected] 54.169 54.731 54.865261.219 61.844 65.624 66.2011 1 1 1 1 2 1 1 1 1 1 1 12 1@1 1 2 1 1 1 1 1 1 2 1 1 1 1 1a1 1 1 1 1 2 1 1 1 1 1 1

6.68614.10021.45029.8251 1 1 1

5.14512.17924.68932.10340.18147.66555.69066.826

6.76614.25022.27532.3751 1 1

10.43917.47324.76932.68140.31548.56555.824

6.90015.15022.40933.000

1 1 1

10.51917.55325.33132.81541.36548.71555.904

7.95015.28422.89633.6251 1 1 1

11.00618.13125.46534.01541.49948.79561.139

1 1 1 1 1 2 1 1 1 112 1 11 1112 1


70. 0.0119 100. 0.0121 150. 0.0125 200. 0.0129 2@ 300. 0.0136 350. 0.014 400. 0.0144 450. 0.0147 5a 550. 0.0154 600. 0.0157 650. 0.0161 700. 0.0164 ?2 800. 0.0169 850. 0.0174 900. 0.0176 950. 0.0179 1021050. 0.0186 1100. 0.0189 1150. 0.0192 1200. 0.0194 1221300. 0.0201 1350. 0.0204 1400. 0.0207 1450. 0.0210 152 29

45. 1.15350-4 80. 1.20320-4 98. 1.22810-4a 206. 1.37100-4 260. 1.44080-4 296. 1.48740-4a 404. 1.64230-4 458. 1.72580-4 495. 1.78200-4@ 603. 1.95050-4 657. 2.03880-4 693. 2.09500-4@ 801. 2.23150-4 855. 2.30370-4 891. 2.34380-4S 945. 2.41610-4 1017. 2.50440-4 1071. 2.57660-421197. 2.72910-4 1251. 2.8014D-4 1341. 2.91380-4@1520. 3.12250-43 7

400. 2.22220-3 500. 2.9167D-3 600. 3.61110-32 800. 5.41670-3 900. 6'.52780-3 1000. 7.6389D-34 5

100. 9.472D-3 200. 9.5690-3 400. 9.875D-32 800. 10.610-35 30

70. 3.27770-2 100. 3.31940-2 150. 3.36110-2a 250. 3.38890-2 300. 3.38890-2 350. 3.37500-22 450. 3.31940-2 500. 3.29170-2 550. 3.25000-22 650. 3.15280-2 700. 3.11110-2 750. 3.05560-2

250. 0.013300. 0.0151'50. 0.0164100. 0.0183'50. 0.019900. 0.0213

152.350.549.747.909.

1125.1431.

1.29960-41.56280-41.87030-42.15920-42.36790-42.64080-43.0181D-4

700. 4.44440-3

600. 10.240-3

200. 3.38890-2400. 3.36110-2600. 3.20830-2800. 3.01390-2

REVISION 0PAGE 50

PREPARED BY I DATE c 8/14/91 OF 74

CHECKED BY I DATE /•9 L1f -// -,



CLIENT: PACIFIC NUCLEAR FUEL SERVICES CALC.NO: NUHO04.0414

Q 850. 2.94440-2 900. 2.9028.-2 950. 2.8472D-2 1000. 2.77780-22 1050. 2.7222D-2 1100. 2.66670-2 1150. 2.59720-2 1200. 2.52780-29 1250. 2.43060-2 1300. 2.3194D-2 1350. 2.1944D-2 1400. 2.12500-2a 1450. 2.0972D-2 1500. 2.0972D-2STEADY STATE PARAMETERS-15 0.001

5.3 Input File for BWRVAC

HEAT6,P1.USER,PNFS103,XPNFSX,NC.CHARGE, N976301,30023000.REWINDO,OUTPUT.BEGIN,HEAT6,HEATPRC,DATAFIL=INPUT,TIM=10,CLASS=Z,DATNAME=BWRVAC2,CORE=6400K./*EOR

&OPTION MAXBDC=22,NDIMEN=2,MAXGGL=62,MAXMAT=5,•AXNSN=1 ,MAXPBT=6,@NAXPTS=2400,MAXREG=279,MAXRFG=34,MAXSUR=1000,MAXTBL=30,PMAXTFG=70,@IAXZFG=1,MWIDTH=500,DIRECT=T,LBOUND=T,MAXINT=5,MAXPRS=30,&END

PRE-FAB STD CANISTER, Q=1.OOKW, KHE=BWRVAC2,KF=BWRVAC2,1ST RUN300 7 1 0.0 0.0 0.0 1 0 00 0 0 0 0 0 0 0 200REGIONS

* FUEL REGIONS*

1 1 1.392 6.686 55.904 61.1391 1 0 0 0 0

2 1 1.392 6.686 48.795 54.0891 1 0 0 0 0

3 1 1.392 6.686 41.579 46.8731 1 0 0 0 0

4 1 1.392 6.686 34.245 39.5391 1 0 0 0 0

5 1 1.392 6.686 26.729 32.0231 1 0 0 0 0

6 1 1.392 6.686 19.395 24.6891 1 0 0 0 0

7 1 1.392 6.686 12.179 17.4731 1 0 0 0 0

8 1 1.392 6.686 5.145 10.4391 1 0 0 0 0

9 1 8.726 14.020 55.904 61.1391 1 0 0 0 0

10 1 8.726 14.020 48.795 54.0891 1 0 0 0 0

11 1 8.726 14.020 41.579 46.8731 1 0 0 0 0

12 1 8.726 14.020 34.245 39.5391 1 0 0 0 0

13 1 8.726 14.020 26.729 32.0231 1 0 0 0 0

14 1 8.726 14.020 19.395 24.6891 1 0 0 0 0

15 1 8.726 14.020 12.179 17.4731 1 0 0 0 0

16 1 8.726 14.020 5.145 10.4391 1 0 0 0 0

17 1 15.942 21.236 48.795 54.0891 1 0 0 0 0

18 1 15.942 21.236 41.579 46.8731 1 0 0 0 0

19 1 15.942 21.236 34.245 39.539

REVISION 0PAGE 51


CHECKED BY I DATE I IV. fl(W/.,




1 1 0 0 0 020 1 15.942 21.236 26.729 32.023

1 1 0 0 0 021 1 15.942 21.236 19.395 24.689

1 1 0 0 0 022 1 15.942 21.236 12.179 17.473

1 1 0 0 0 023 1 22.976 28.270 41.579 46.873

1 1 0 0 0 024 1 22.976 28.270 34.245 39.539

1 1 0 0 0 025 1 22.976 28.270 26.729 32.023

1 1 0 0 0 026 1 22.976 28.270 19.395 24.689

1 1 0 0 0 0

* POISON PLATES

27 2 1.312 6.766 55.690 55.8242 0 0 0 0 0

28 2 .600 .734 48.715 54.1692 0 0 0 0 0

29 2 6.766 6.900 48.565 54.1692 0 0 0 0 0

30 2 1.312 6.766 47.531 47.6652 0 0 0 0 0

31 2 1.312 6.766 41.365 41.4992 0 0 0 0 0

32 2 .600 .734 34.165 39.6192 0 0 0 0 0

33 2 6.766 6.900 34.165 39.6192 0 0 0 0 0

34 2 1.312 6.766 32.681 32.8152 0 0 0 0 0

35 2 1.312 6.766 26.515 26.6492 0 0 0 0 0

36 2 .600 .734 19.315 24.7692 0 0 0 0 0

37 2 6.766 6.900 19.315 24.7692 0 0 0 0 0

38 2 1.312 6.766 18.131 18.2652 0 0 0 0 0

39 2 1.312 6.766 11.965 12.0992 0 0 0 0 0

40 2 .600 .734 5.065 10.5192 0 0 0 0 0

41 2 6.766 6.900 5.065 10.5192 0 0 0 0 0

42 2 7.950 8.084 55.690 61.2192 0 0 0 0 0

43 2 8.646 14.100 54.731 54.8652 0 0 0 0 0

44 2 8.646 14.100 48.565 48.7152 0 0 0 0 0

45 2 7.950 8.084 41.499 46.9532 0 0 0 0 0

46 2 14.100 14.250 41.499 46.9532 0 0 0 0 0

47 2 7.950 14.100 40.181 40.3152 0 0 0 0 0

48 2 8.646 14.100 34.015 34.1652 0 0 0 0 0

49 2 7.950 8.084 26.649 32.815*2 0 0 0 0 0

REVISION 0PAGE 52

PREPARED BY I DATE F 8/14/91 OF 74

CHECKED BY I DATE 168 V //Iy/


PROJECT: PROJECT FILE NO: NUHO04. 0414


50 2 14.1002 0 0

51 2 7.9502 0 0

52 2 7.9502 0 0

53 2 7.9502 0 0

54 2 14.1002 0 0

55 2 7.9502 0 0

56 2 15.1502 0 0

57 2 15.8622 0 0

58 2 15.8622 0 0

59 2 15.1502 0 0

60 2 21.3162 0 0

61 2 15.1502 0 0

62 2 15.1502 0 0

63 2 15.1502 0 0

64 2 21.3162 0 0

65 2 15.1502 0 0

66 2 22.2752 0 0

67 2 22.2752 0 0

68 2 22.8962 0 0

69 2 22.2752 0 0

70 2 22.2752 0 0

* HELIUM (PURE)

101 3 02 0 1

102 3 6.7642 0 3

103 3 8.08b2 0 3

104 3 02 0 1

105 3 .6012 0 0

106 3 6.90'2 0 3

107 3 8.6442 0 0

108 3 8.642 0 0

109 3 .732 0 3

110 3 14.1

14.2500

14.1000

14.10008.0840

14.2500

14.1000

15.2840

21.3160

21.3160

15.2840

21.4500

21.3160

21.3160

15.2840

21.4500

21.3160

22.4090

28.3500

28.3500

22.4090

28.3500

26.6490

25.3310

19.1650

12.0990

12.0990

11.0060

48.5650

47.5310

41.3650

34.1650

34.1650

32.6810

26.5150

19.3150

19.3150

18.1310

41.4990

40.1810

34.0150

26.6490

25.3310

32.1030

25.4650

19.3150

17.5530

17.5530

11.1400

54.1690

47.6650

41.4990

40.3150

39.6190

32.8150

26.6490

24.7690

24.7690

18.2650

46.9530

40.3150

34.1650

32.8150

25.4650

61.2190

61.2190

61.2190

55.6900

55.6903

55.6900

55.6903

55.8243

54.1690

54.169

0

0

6

4

00

1.312 55.6900 07.950 55.6903 08.646 55.6903 0

.600 47.6650 06.900 54.1690 38.646 48.5653 0

14.100 54.8650 3

14.100 54.1690 31.312 48.7153 0

15.150 48.565

.REVISION 0 P

PREPARED BY / DATE c 8/14/91 OF 74

CHECKED BY / DATE [j•" -




2 0 3 3 0 0111 3 15.284 15.862 48.565 54.169

2 0 3 3 0 0112 3 .600 6.766 47.665 48.715

2 0 0 0 3 3113 3 15.862 21.316 47.665 48.715

2 0 0 0 3 3114 3 0 1.312 41.36,5 47.665

2 0 1 0 0 0115 3 1.312 6.766 46.953 47.531

2 0 0 0 3 3116 3 6.766 15.862 46.953 48.565

2 0 0 0 3 3

117 3 15.862 21.316 46.953 47.5312 0 0 0 3 3

118 3 21.316 22.275 41.365 46.9532 0 3 3 0 0

119 3 6.766 7.950 41.365 46.9532 0 3 3 0 0

120 3 8.084 8.646 41.499 46.9532 0 3 3 0 0

121 3 14.250 15.862 40.315 46.9532 0 3 3 0 0

122 3 22.409 22.896 41.499 46.9532 0 3 3 0 0

123 3 0 7.950 39.619 41.3652 0 1 0 3 3

124 3 6.900 8.646 34.165 39.6192 0 3 3 0 0

125 3 7.950 14.250 40.315 41.4992 0 0 0 3 3

126 3 15.862 22.275 39.619 41.3652 0 0 0 3 3

127 3 22.275 28.350 40.315 41.4992 0 0 0 3 3

129 3 7.950 14.100 39.619 40.1812 0 0 0 3 3

130 3 14.100 15.150 34.015 40.3152 0 3 3 0 0

132 3 21.450 22.896 32.815 39.6192 0 3 3 0 0

133 3 22.275 28.350 39.619 40.1812 0 0 0 3 3

134 3 0 .600 32.815 39.6192 0 1 0 0 0

135 3 .734 1.312 34.165 39.6192 0 3 3 0 0

136 3 15.254 15.862 34.165 40.3152 0 3 3 0 0

137 3 .600 8.646 32.815 34.1652 0 0 0 3 3

138 3 8.646 15.150 32.103 34.0152 0 0 0 3 3

139 3 15.150 21.450 32.815 34.1652 0 0 0 3 3

140 3 22.896 28.350 32.103 34.0152 0 0 0. 3 3

141 3 0 1.312 26.515 32.8152 0 1 0 0 0

142 3 1.312 6.766 32.103 32.6812 0 0 0 3 3

143 3 6.766 7.950 26.515 32.8152 0 3 3 0 0

146 3 15.150 21.316 32.103 32.681

REVISION 0PAGE 54

PREPARED BY IDATE 8/14/91 PGOF 74

CHECKED BY IDATE 1,__90 1//•




2 0148 3

2 0149 3

2 0150 3

2 0151 3

2 0152 3

2 0153 3

2 0154 3

2 0155 3

2 0157 3

2 0158 3

2 0160 3

2 0161 3

2 0162 3

2 0163 3

2 0164 3

2 0165 3

2 0166 3

2 0167 3

2 0168 3

2 0169 3

2 0170 3

2 0171 3

2 0172 3

2 0173 3

2 0175 3

2 0176 3

2 0177 3

2 0178 3

2 0179 3

2 0180 3

2 0182 3

2 0

08.0843

14.2503

21.3163

22.4093017.9500

15.1500

22.27507.9500

14.1003

22.275001

.73436.9003

15.2843

21.4503

.60007.9500

15.1500011.31206.76638.0843

14.2503

15.1500017.950001.734

36.90037.9500

08.6463

15.8623

22.2753

22.89637.9500

14.1000

22.2750

28.3500

15.1500

15.1503

28.3500

.60001.31238.6463

15.8623

22.89637.9500

15.1500

21.31601.31206.76607.95038.6463

15.8623

21.31607.9500

14.1000

.60001.31238.6463

14.1000

326.649

026.6490

26.5150

26.6490

24.7693

24.7693

24.7693

25.4653

25.4653

19.1650

24.7693

18.2650

19.3150

19.3150

19.3150

19.3150

18.2653

17.5533

18.2653

11.9650

17.5533

11.9650

12.0990

12.0990

17.5533

10.5193

11.14035.06505.06505.0650

10.5193

332.8150

32.1030

32.8150

32.8150

26.5153

25.3313

26.5153

26.6493

26.6493

25.4650

25.3313

24.7690

24.7690

24.7690

24.7690

24.7690

19.3153

19.1653

19.3153

18.2650

18.1313

18.2650

17.5530

17.5530

18.1313

11.9653

12.0993

10.5190

10.5190

10.5190

11.0063

*

REVISION 0PAGE 55

PREPARED BY I DATE p' 8/14/91 OF 74

CHECKED BY I DATE / ,i•





201 3 0 6.766 61.219 66.2013 0 1 0 3 3

202 3 6.766 14.100 61.219 65.6243 0 0 0 3 3

203 3 14.100 22.275 54.169 61.2193 0 3 3 3 3

204 3 21.316 29.200 46.953 54.1693 0 3 3 3 3

205 3 28.350 32.375 39.619 46.9533 0 3 3 0 0

206 3 28.350 33.000 32.815 39.6193 0 3 3 0 0

207 3 28.350 33.000 26.649 32.8153 0 3 3 0 0

208 3 28.350 32.375 19.315 26.6493 0 3 3 0 0

209 3 21.316 29.200 12.099 19.3153 0 3 3 3 3

210 3 14.100 22.275 5.065 12.0993 0 3 3 3 3

211 3 6.766 14.100 1.250 5.0653 0 0 0 3 3

212 3 0. 6.766 0.625 5.0653 0 1 0 3 3

* DSC SHELL

301 4 0 6.766 66.201 66.8264 0 1 1 0 301

302 4 6.766 14.100 65.624 66.2014 0 1 1 0 302

303 4 14.100 15.150 61.219 65.6244 0 0 303 0 1

304 4 15.150 22.275 61.219 61.8444 0 0 1 0 304

305 4 22.275 22.896 54.169 61.2194 0 0 305 0 1

306 4 22.896 29.200 54.169 54.7314 0 0 1 0 306

307 4 29.200 29.825 46.953 54.1694 0 0 307 0 1

308 4 29.825 32.375 46.953 47.5314 0 0 1 0 308

309 4 32.375 33.000 39.619 46.9534 0 0 309 0 1

310 4 33.000 33.625 32.815 39.6194 0 0 310 0 1

311 4 33.000 33.625 26.649 32.8154 0 0 311 1 0

312 4 32.375 33.000 19.315 26.6494 0 0 312 1 0

313 4 29.825 32.375 18.265 19.3154 0 0 1 313 0

314 4 29.200 29.825 12.099 19.3154 0 0 314 1 0

315 4 22.896 29.200 11.474 12.0994 0 0 1 315 0

316 4 22.275 22.896 5.065 12.0994 0 0 316 1 0

317 4 15.150 22.275 4.440 5.0654 0 0 1 317 0

318 4 .14.100 15.150 1.250 5.065

REVISION 0PAGE 56

PREPARED BY t DATE p 8114/91 OF 74

CHECKED BY / DATE L1- 2g, p




4 0319 4

4 0320 4

4 0

* FUEL CHANNELS

401 52 0

402 52 0

403 52 0

404 52 0

405 52 0

406 52 0

407 52 0

408 52 0

409 52 0

410 52 0

411 52 0

412 52 0

413 52 0

414 52 0

415 52 0

416 52 0

417 52 0

418 52 0

419 52 0

420 52 0

421 52 0

422 52 0

423 52 0

424 52 0

425 52 0

426 52 0

427 52 0

428 5.2 0

06.766001

1.31201.39206.68601.39201.31201.39206.68601.39201.31201.39206.68601.39201.31201.39206.68601.39201.31201.39206.68601.39201.31201.39206.68601.39201.31201.39206.68601.3920

31814.100

16.1661

.6253190320

1.392 55.8240 06.686 61.1390 06.766 55.8240 06.686 55.8240 01.392 48.7150 06.686 54.0890 06.766 48.7150 06.686 48.7150 01.392 41.4990 06.686 46.8730 06.766 41.4990 06.686 41.4990 01.392 34.1650 06.686 39.5390 06.766 34.1650 06.686 34.1650 01.392 26.6490 06.686 32.0230 06.766 26.6490 06.686 26.6490 01.392 19.3150 06.686 24.6890 06.766 19.3150 06.686 19.3150 01.392 12.0990 06.686 17.4730 06.766 12.0990 06.686 12.0990 0

01.25000.6250

61.2190

61.2190

61.2190

55.9040

54.1690

54.1690

54.1690

48.7950

41.5790

46.9530

46.9530

41.5790

39.6190

39.6190

39.6190

34.2450

32.1030

32.1030

32.1030

26.7290

24.7690

24.7690

24.7690

19.3950

17.5530

17.5530

17.5530

12.1790

REVISION 0PAGE 57

PREPARED BY I DATE 8/14/91 OF 74CHECKED BY I DATE 1 a I




429 52 0

430 52 0

431 52 0

432 52 0

433 52 0

434 52 0

435 52 0

436 52 0

437 52 0

438 52 0

439 52 0

440 52 0

441 52 0

442 52 0

443 52 0

444 52 0

445 52 0

446 52 0

447 52 0

448 52 0

449 52 0

450 52 0

451 52 0

452 52 0

453 52 0

454 52 0

455 52 0

456 52 0

457 52 0

458 52 0

459 52 0

460 52 0

1.31201.39206.68601.39208.64608.7260

14.02008.72608.64608.7260

14.02008.72608.64608.7260

14.02008.72608.64608.7260

14.02008.72608.64608.7260

14.02008.72608.64608.7260

14.02008.72608.64608.7260

14.02008.7260

1.39206.68606.76606.68608.7260

14.0200

14.1000

14.02008.7260

14.0200

14.100014.02008.7260

14.0200

14.1000

14.02008.7260

14.0200

14.1000

14.02008.7260

14.0200

14.1000

14.02008.7260

14.0200

14.1000

14.02008.7260

14.0200

14.1000

14.0200

5.0650

10.43905.06505.0650

55.8240

61.1390

55.8240

55.8240

48.7150

54.0890

48.715048.715

041.499

046.873

041.499

041.499

034.165

039.539

034.165

034.165

026.649

032.023

026.649

026.649

019.3150

24.6890

19.3150

19.3150

12.0990

17.4730

12.0990

12.0990

10.5190

10.5190

10.51905.1450

61.2190

61.2190

61.2190

55.9040

54.1690

54.1690

54.1690

48.7950

46.9530

46.9530

46.9530

41.5790

39.6190

39.6190

39.6190

34.2450

32.1030

32.1030

32.1030

26.7290

24.7690

24.7690

24.7690

19.3950

17.5530

17.5530

17.5530

12.1790

REVISION 0PAGE 58

PREPARED BY / DATE • 8/14/91 OF 74CHECKED BY / DATE 4(_114// ,/•.;


PROJECT: PROJECT FILENO: NUHOO4.0414


461 5 8.646 8.726 5.065 10.5192 0 0 0 0 0

462 5 8.726 14.020 10.439 10.5192 0 0 0 0 0

463 5 14.020 14.100 5.065 10.5192 0 0 0 0 0

464 5 8.726 14.020 5.065 5.1452 0 0 0 0. 0

465 5 15.862 15.942 48.715 54.1692 0 0 0 0 0

466 5 15.942 21.236 54.089 54.1692 0 0 0 0 0

467 5 21.236 21.316 48.715 54.1692 0 0 0 0 0

468 5 15.942 21.236 48.715 48.7952 0 0 0 0 0

469 5 15.862 15.942 41.499 46.9532 0 0 0 0 0

470 5 15.942 21.316 46.873 46.9532 0 0 0 0 0

471 5 21.236 21.316 41.499 46.9532 0 0 0 0 0

472 5 15.942 21.236 41.499 41.5792 0 0 0 0 0

473 5 15.862 15.942 34.165 39.6192 0 0 0 0 0

474 5 15.942 21.236 39.539 39.6192 0 0 0 0 0

475 5 21.236 21.316 34.165 39.6192 0 0 0 0 0

476 5 15.942 21.236 34.165 34.2452 0 0 0 0 0

477 5 15.862 15.942 26.649 32.1032 0 0 0 0 0

478 5 15.942 21.236 32.023 32.1032 0 0 0 0 0

479 5 21.236 21.316 26.649 32.1032 0 0 0 0 0

480 5 15.942 21.236 26.649 26.7292 0 0 0 0 0

481 5 15.862 15.942 19.315 24.7692 0 0 0 0 0

482 5 15.942 21.236 24.689 24.7692 0 0 0 0 0

483 5 21.236 21.316 19.315 24.7692 0 0 0 0 0

484 5 15.942 21.236 19.315 19.3952 0 0 0 0 0

485 5 15.862 15.942 12.099 17.5532 0 0 0 0 0

486 5 15.942 21.236 17.473 17.5532 0 0 0 0 0

487 5 21.236 21.316 12.099 17.5532 0 0 0 0 0

488 5 15.942 21.236 12.099 12.1792 0 0 0 0 0

489 5 22.896 22.976 41.499 46.9532 0 0 0 0 0

490 5 22.976 28.270 46.873 46.9532 0 0 0 0 0

491 5 28.270 28.350 41.499 46.9532 0 0 0 0 0

492 5 22.976 28.270 41.499 41.5792 0 0 0 0 0

REVISION 0PAGE 59

PREPARED BY / DATE cr 8/14/91 OF 74CHECKED BY / DATE t.• •/[/•




493 5 22.896 22.976 34.165 39.6192 0 0 0 0 0

494 5 22.976 28.270 39.539 39.6192 0 0 0 0 0

495 5 28.270 28.350 34.165 39.6192 0 0 0 0 0

496 5 22.976 28.270 34.165 34.2452 0 0 0 0 0

497 5 22.896 22.976 26.649 32.1032 0 0 0 0 0

498 5 22.976 28.270 32.023 32.1032 0 0 0 0 0

499 5 28.270 28.350 26.649 32.1032 0 0 0 0 0

500 5 22.976 28.270 26.649 26.7292 0 0 0 0 0

501 5 22.896 22.976 19.315 24.7692 0 0 0 0 0

502 5 22.976 28.270 24.689 24.7692 0 0 0 0 0

503 5 28.270 28.350 19.315 24.7692 0 0 0 0 0

504 5 22.976 28.270 19.315 19.3952 0 0 0 0 0

MATERIALSI FUEL 0 0 0 -32 POISON 0 0 0 -13 HELIUM 1.00-10 0 04 SS304 0 0 0 -15 ZALOY 0 0 0 -4INITIAL TEMPERATURES1 5502 4503 2504 200HEAT GENERATIONS1 5.700-3BOUNDARY CONDITIONS1 0

0.0 0.0 0.0 0.0 0.0 03 3

0.0 1.025D-13 0.0 0.0 0.0 0301 2 358.0

302 2 358.0

303 2 358.0

304 2 358.0

305 2 358.0

306 2 358.0

307 2 358.0

308 2 358.0

309 2 358.0

310 2 358.0

311 2 358.0

REVISION 0PAGE 60

PREPARED BY I DATE 4 8/14/91 OF 74

CHECKED BY I DATE //- .1m T/



CLIENT: PACIFIC NUCLEAR FUEL SERVICES CALC. NO: NUHOO4.0414

312 2 358.0

313 2 358.0

314 2 358.0

315 2 358.0

316 2 358.0

317 2 358.0

318 2 358.0

319 2 358.0

320 2 358.0

XGRID0.0 0.600 0.734 1.312 1.392@ 8.084 8.646 8.726 [email protected] 15.942 21.236 [email protected] 28.270 28.350 29.200@1 11 1 1 1 1 1 1 1

YGRID0.0 0.625 1.250 4.440 [email protected] 11.474 11.965 [email protected] 19.165 19.315 [email protected] 26.649 26.729 32.023634.165 34.245 39.539 39.619241.579 46.873 46.953 [email protected] 54.169 54.731 54.865261.219 61.844 65.624 66.2011 11 1 1 2 1 1 11 1 112 121 1 2 1 1 1 1 1 1 2 1 1 1 1 11 1 1 1 1 2 1 1 1 1 1 1

6.68614.10021.45029.8251 1 1 1

6.76614.25022.27532.3751 1 1

6.90015.15022.40933.000

1 1 1

7.95015.28422.89633.6251 1 1 1

11.00618.13125.46534.01541.49948.79561.139

5.145 10.439 10.51912.179 17.473 17.55324.689 24.769 25.33132.103 32.681 32.81540.181 40.315 41.36547.665 48.565 48.71555.690 55.824 55.90466.8261 1 1 1 1 2 1 1 1 1

12111 1112 1


70. 0.0119 100. 0.0121 150. 0.0125 200. 0.0129@ 300. 0.0136 350. 0.014 400. 0.0144 450. 0.0147@ 550. 0.0154 600. 0.0157 650. 0.0161 700. 0.0164@ 800. 0.0169 850. 0.0174 900. 0.0176 950. 0.017921050. 0.0186 1100. 0.0189 1150. 0.0192 1200. 0.0194a1300. 0.0201 1350. 0.0204 1400. 0.0207 1450. 0.02102 29

45. 1.15350-4 80. 1.2032D-4 98. 1.22810-42 206. 1.37100-4 260. 1.44080-4 296. 1.48740-42 404. 1.64230-4 458. 1.72580-4 495. 1.7820D-42 603. 1.95050-4 657. 2.0388D-4 693. 2.09500-42 801. 2.23150-4 855. 2.30370-4 891. 2.34380-42 945. 2.4161D-4 1017. 2.50440-4 1071. 2.57660-421197. 2.72910-4 1251. 2.8014D-4 1341. 2.9138D-421520. 3.12250-43 19

200. 2.09900-4 250. 2.22180-4 300. 2.41730-49 400. 3.10690-4 450. 3.64390-4 500. 4.33930-4& 600. 6.30100-4 650. 7.6172D-4 700. 9.19140-48 800. 1.32210-3 850. 1.5731D-3 900. 1.8609D-3@ 1000. 2.55880-3 1050. 2.97470-3 1100. 3.43930-34 8

100. 9.472D-3 200. 9.5690-3 400. 9.8750-32 800. 10.61D-3 900. 10.8400-3 1000. 11.0600-3

250. 0.0133500. 0.0151750. 0.0164

1000. 0.01831250. 0.01991500. 0.0213

$$

152.350.549.747.909.

1125.1431.

1.29960-41.56280-41.87030-42.1592D-42.36790-42.64080-43.01810-4

350. 2.70530-4550. 5.21680-4750. 1.10500-3950. 2.18850-3

600. 10.240-31100. 11.290-3

REVISION 0PAGE 61

PREPARED BY I DATE 1 8/14/91 OF 74

CHECKED BY / DATE ILO -//11/'-72yV




STEADY STATE PARAMETERS-15 0.001

REVISION 0PAGE 62

PREPARED BY / DATE = 8/14/91 OF 74CHECKED BY / DATE 163a W/[/i/




TABLE S-1.

HEATING6 RUNS

Case Input File Output File Run ID #

DSC in HSM BWR28.INP BWR28.OUT OPHEAT670 0 F ambient 91186

Fill = Helium 13.35.57.14

DSC in HSM BWR42.INP BWR42.OUT OPHEAT6100OF ambient 91189Fill = Helium 13.43.03.14

DSC in HSM BWR52CS. BWR52CS.OUT OPHEAT6100OF ambient INP 91192Fill = Steel 12.34.54.14

DSC in HSM BWR44.INP BWR44.OUT OPHEAT6125 0 F ambient 91189Fill = Helium 13.42.07.14

DSC in HSM BWRBLKV. BLKVENT.OUT OPHEAT6125OF ambient INP 91193

HSM vent 12.50.54.14blocked

Fill = Helium

DSC in Cask BWRVAC.INP BWRVAC.OUT OPHEAT6100OF ambient 91219

Internal 15.21.19.14Vacuum

DSC in Cask BWRVACCS. BWRVACCS. OPHEAT6100OF ambient INP OUT 91206

Internal 07.12.12.14Vacuum

Fill = Steel

REVISION 0PAGE 63

PREPARED BY / DATE 8/14/91 OF 74CHECKED BY I DATE I a / 3,




6.0 RESULTS

Seven HEATING6 runs were made to calculate the maximum fuelcladding temperatures and spacer disk temperature distributions forthe cases defined above. The maximum fuel cladding temperatures areshown in Table 5-1. The temperature distribution for BWR28 (storagein the HSM at 70 OF ambient and filled with helium) is shown in Figure5-1. Spacer disk temperatures are shown in Table 5-2. Spacer disktemperature distributions for BWR52 (storage in HSM at 100OF ambientand filled with steel) and BWRVACCS (vacuum drying in cask at 100OFambient and filled with steel) are shown in Figures 5-2 and 5-3.

REVISION 0 PAGE 64PREPARED BY DATE 8/14/91 OF 74

CHECKED BY / DATE - C 4/I,/OF 74

Pacific Nuclear Fuel Services, Inc.

Figure 5-1S ~ DSC IN HSM 70OF AMBIENT TEMPERATURE DISTRIBUTION

1 A 01/23/83 -"11 CA4Iu11T, 691.001W. KNIIYSIT,KF-ISyTT, ISTRUN .4* 03U33 U P11I-FAI 8TO CANIIITE. Q-1.001II,3PywAT6 20.72.04 37-03.9-

STUADY STATE TmitAIAIM 0ISTRIJUlTOi AFTER 6 ITEA7I01S, rillf 0.0 STEADY STATI TErIS"llAS DISTRIBUTIC

•ias$GIl0 2 3 6 1 6 a ' 1 *Z 73 16 73 76 77[ I ! l [: [ [ [ : ; I [ r

FINE G100 1 2 3 6 5 6 7 8 9 0 i1 '2 '3 Is '3 '6 11 i83ISTAMCI 0.0 0.60 0.73 1.31 7.39 4.04 6.69 6.77 6.90 7.;S 8.08 8.65 8.73 14.02 14.10 16.25 '35.7 13.23

1 . 229-.2,--2:6.-2: 299- 2:6- 22,9- -229 .... 9: ....66, . 6:.9 9 .... --@:a - . ... ..6. 6.6 . g..... 0

2 0.63 22391' "259:'1231 1 6 :i 13 l" "23 I: " " F ... 2321.74 ... 2346. .• 9"• 229..36- "0- •"2213 .2 0.... 2 ...... 29 .....IS- 2 ....3 ... ... 229-:1.-229-- M#30 0.0 0.0 0.03 3 1.25 265196 288.06 288.06 266.09 266.07 263.06 23S.65 231197"- V'233:6-3"•.36,5"."239,:44 .229- :66- - 229f Fy17 a:w "'91 0.0

.. 4.. 426116 '26.95 427.3- '30.03 4.30.31 .28.91 .08.32 408.63 . 03.6; 372.,0 369.06 338.7" 337.3243.9 236139 238.03 2291..- .

3 5 3.06 434139 45616S---4S681I 1.62140-4630:3-.67:88---476 8---,Y,- '-146139 382.25 379.72 2................. -: 1, - - 8.--232,422-...2299.-6. 6 5.14 4",129 6-57153 1.57156 | 661•J Is •.35--,1•-,•~ 0143 | .50120 9. 3.5 38183 z 8i•-71iZ|719 f,• •.&D. Z35.zl

7 7.79 495190 1 96%124 4796188 500183 46548 [, 308.81 .,86146 .5193 I.a818O 3948.17 443.36 383 L1 1 Jt: 23101 8 3 2 16 3 2 18 4 1 36,9.33 332.37 330.01

S8 •0.44 532171 2833 328138/ 3371652 331164 --- 29:;44..- 46176 316157 513613 .96.4" 490.11 4.3712Z 4.718339132 | 400.66 401.60 -01. 357 9 10."2 537176 527615---276136 532162-331 9--.v:T.--.:O--26193- -33T237 502.98 4.9.74 .358i139". -- 92112'03.19 4.04.70 4.06.01; 10 11.01 330164 5349.64 S50.43 117.74 338.28 338.73 175.1 9 •-.SZ 34.7.22U -3i6"--372:3T- --i '--'W'' '-4:68..-',j186 443.96 S . 4.6 ' 22.69

'0 11 71.76 354143 334.93 536.0s S6".72 563.67 566.68 553.364 553.9 348.20 513161--.-.44,729---5....---5?:'5 -656:92---,21420 451.01 429.,9 427.347 12 17.47 563159 566.64 368.50 •83.t' 584.62 586.43 574.19 571.49 566.462 538.89 537.43 531.76 531.00 473.00 865.69 '68.67 "o.0.27 4.37.71

12 13 11.96 373173 577.35 580.8? 613182 --- 6:4 -6SS:. --532..W46..-.67177 5388.70 569.90 572.22 365.21 3686.77 321.51 506.63 313.26 430.9j 4A7?.1173 14 12.10 582135 587.12 5933 6117 6 . 96- 4 -61:-9-45 61... --- 6121i61 398... 5 sg119.-8§109 i I.--• 1 -53-52... - I- 1 450.37 "6.0?146 73 72.18 587122 592.54 395.50 615120 6 67:..-0SM.- - 91- 6 0 609106 603.79 086112 586104 374110 333137 336193 462.26 457.41

6 74.8.3 639136 640.30 640.30j 61279 1661179860636361921 63186 632.30 61197 612189 698W99.398292 385,19 I 53 6 385163 322.46 516.197s I7 17.47 673195 671.62 670.30 661127 66112 ---. 65862328161 653156 652.66 • 341 634155 | 621115 1 -339869 5891 8519 556.06 546.9116 78 17.53 676138 676.30 672.96 66118--6646:44...-6|96---6 *-1 0 655.20 63519---6351'13 62199- --- 856914- -569166 557.94 349.1917 19 18.73 619569 696.84 6968.3 693164--.693:65 ..-694:05---22,53---6 1i31 682 .? 664.11 659.97 867.01 86.60 613.09 60,0 803.33 55716.---.. r61 7-i8 20 78.26 700126 702.22 703.04 694122---693:...--696M:..---61S1M ..-- 6151 689.16 666.6 6686.56 652.23 630.6? 61.631 616.29 607.56 Min6... S %-- ,94..79 21 19.16 7231T7 725.57 725.67 725.03 725.06 722.93 715.46 714.? 7 713.39 6131Q---683,n.---.. ,13u---dia? -86,l---86m19 863.3m 609.39 608.0920 Z2 19.31 726187 r291,93 ... 2918l 729176 ... F36:27 ... 725i:39--- 726:ir-- .Z12F~ -719130 6411167 .. 61111183 fuWi .i -M1.-869111 650.79 621118- --626 1 U21 23 19.39 728137 730119 730119 730265 514 6---7257 .-.. I 720270 720150 683.03 616.66 1•8329 6'61111 653.9? 681191 621176

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WION 0 (D FUEL CHANNEL

PREPARED BY!DT 8/1419 PAGE 65 (a) FUEL A.SSEMBLY

P O R DBY IDATE 8/14/91__ _ __ _ _ __ _ __ _ _ __ __ _ _ OF 74 (1) HELIUM

Pacific Nuclear Fuel Services, Inc.

NUTIOU OVUM11 onsisITKP.IST*T 187 Ma

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3986 398.29 359.035 355.195 347.17 302.755 236.56 225.065 2227224515.15 414.87 388.245 383.955 388.445 . 320.895 295.215 278.255 225.06427.4 428.93 400.15 395.835 379.845 330.8 310.905 295.295 226.15

460015 433.04 430.83 426.935 393.87 39313 388.985 388.275 339.965 338.795 316.08 299.525 226.585469.66 434.595 432.16 427.85 394.105 393.105 389.01 388.32 340.02 339.045 317.1 300.405 228.695 24 06460.26 45201 451.515 444.863 419.13 416.35 401.48 309.625 351.095 345.605 325.075 307.28 227.89 4,480.51 452.125 451.875 445.31 422.33 421.745 400.91 400.83 354.23 353.395 326.455 308.16 228.245 223.7 'N

452.01 447.605 422.685 422.515 353.985 327.235 308.685 231.075 229.365459.08 455.115 43049 430.36 360.685 338.4 322.035 256405 242.147460.16 456.23 432.98 432.85 395 _412 363.125 340.63 325.015 260.26 243.64

459.765 455.86 432.985 432.855 410.39 409.875 363.575 362.555 340.355 325.01 260.33 243.69487.815 457.525 458.685 452.34 432.89 432.73 419.205 415.945 355.52 349.57 337.72 324.86 260.755 244.065487.805 457.52 458.95 450.47 432.0 432.265 421.14 418.82 354745 348.585 337.52 324.915 260.84 244.25

486.3 454.75 452.235 447.525 429.875 426.45 412.54 411.835 366.85 365.89 343.045 327.07 261.405 244.775485.78 455.365 454.985 454.335 430.33 428.57 412.395 412 366.82 366.385 343.43 327.23 2614 244.79

454.985 454.585 430.53 426.655 412.485 366.41 343.81 327.305 261.395 244.795454.72 454.455 43101 427.215 413.46[ 364.275 341.635 324.985 258.315 24372

450.705 450.435 420.91 417.525 408.34 357.825 330.8 311.78 234.08 232.105481.08 450.88 450.8 450.075 418.005 414.89 408.215 _____ 357.095 330.085 311.21 231.31 226.9480.55 443.81 441.53 437.48 400.66 399395 394.98 394.26 346.305 345.81 32429 307.025 230.375479.97 442.48 440.04 435.72 400.34 399.31 394.92 394.195 346.25 345.32 32.01 308.025 230.21467.54 437.45 437.135 434.18 404815 400.405 382.485 380.2 332.355 328.015 312.88 298245 229.495

427.585 437.28 436945 432.865 402.015 401.385 378365 377.81 331.8 331.225 312.13 297.33 229.43436.765 432.185 401.94 401.761[ 331.38 311.80 298.79 229.395 f426.41 421.66 392.135 39199 320.75 29.97 280.55 228.5340944 401 985 372.07 371.89 _______305.845 242.335 230.54 226.94 G

407.695 396.67 371.165 370.52 34796 347.755 306.105 304.955 231.575 227.74 228.585427.875 384.225 383.445 381.77 362.705 359.635 346.75 344.905 288.2 204.355 230.445.427.74 384.105 383.085 379.29 360665 357.58 345.845 344M1 284.615 280.725 230.5407.82 360.275 354.875 356.15 34688 344.935 337.165 335.89 266.56 263.785 230.395

403.2 357.92 357.315 355505 345.08 343.14 335.65 334.425 264.1 261.495 230.385357.205 355.32 344.15 3422 334.835 333.83 262.85 260.33 230.38 a343.825 340.52 319.39 316.19 305.16 303.425 244.38 243.2 230.105329.655 320.39 257.49 252.355 241.78 240.245 233.475 23325 230.58

369.555 330.32 329.57 320.33 245.775 244.31 238.705 237.495 233.2 233.04 230.945362.8 311.8 307.89 300.825 245.035

361.115 307.9865 304.045 297.18 245.23350.155 289.575 288.645 281.58 24595348.41 287.115 284.335 279.535 246.045

347.375 285.72 283.02 278.37 246.10531694 267.69 26826 263.81 247.44

278 795 270.43 .269.53 267.94 253.627722 2709 27031 26926 260055 0

-nCO0

S t o,-,,' 4"A A 4'/,L ,v U7"

DISTANCE 0 0.8 0.73 1.31 1.39 4.04 6.69 6.77 6.9 7.95 8.08 8.65 8.73 14.02 14.1 14.25 15.15 1 5.28 15.860

0.63 381.435 381.92 381.97 381.935 381.935 381.86 380.615 3801.25 392.13 392.405 392.455 392.625 392.84 391.29 382.87 381.725 381.725 381.13 381.16 381.545 381.59 380.465 380.465

S4.44 437.495 446.73 447.945 440.965 450.17 446.585 443.95 442.925 441.07 419.725 419.87 427.595 428.49 384.425 382.645X M 508 385.235 477.84 477.58 484.35 484.91 457.26 406.24 468.31 465.805 384.145 384.125 440.08 440.34 391.395 387.49 386.37 382.37 382.185 382.37

S. 5.14 422.43 478.93 478.885 408.78 466.875 402.255 404.805 446.9 391.455 389.38 384.265 383.925 383.505C 7.79 520.395 522.01 522.04 517.78 517.685 510.26 509.86 509.57 434.37 432.92 424.73 423.615 419.1455 10.44 555.68 552.26 552.34 557.4 557.04 570.005 565 545.185 470.955 468.55 454.035 452.87 448.96

M 1052 558.815 552.52 552.85 576.015 575.635 581.445 558.2 557.77 557.265 580.97 566.015 545.57 470.8 469.645 453.67 452.38 448.80511.01 561.185 562.09 504.015 580.52 582.22 588.63 589.32 568.415 568.985 567.28 567.345 564.765 564.34 503.805 502.24 479.305 449.27 448.685 454.9151114 561.6 583.27 565.43 582.88 584.805 590.76 572.495 571.14 568.89 567.53 567.475 584.875 564.45 503.945 502.9 472.485 445.73 44588 45864111.47 561.945 563.38 565.935 588.45 581.805 596.34 581 577.775 571.59 574.42 574.7 572.225 571.76 471.78 389.505 429.735 432.215 435.22 480.51

"11.9 560.84 554.345 554.385 606.255 W8&.515 605.12 598.83 598.52 558.84 584.765 589.11 583.925 583.49 500.595 390.025 489.285 404.64 407.385 470.56512.1 587.995 588.145 570.71 606.895 06.855 605.32 598.98 599.005 581.42 598.655 598.05 588.62 586.85 529.76 529.19 527.945 389.64 389.34 479.482.18 572.255 575.945 579.41 60726 599.345 592.765 599.03 59.9651 529.75 529.485 42086 421.955 480.74

S4.83 639.46 640.305 640.72 643.41 833.285 632.41 627 626.975 570.645 570.425 554.225 552.86 548.855rl 4 873.83 672.425 671.685 86.585 656.635 656.31 648.885 648.88 803.41 602.86 599.85 593.61 576.3417.55 875.385 674.45 673.635 668.7651 656.65 657.89 649.215 849.36 848.535 848.18 604.185 603.895 803.045 810.34 589.74 578.5918.13 889.085 891.42 690.78 880.645 680.79 878.255 671.765 671.455 674.91 871.1 664.375 655.415 654.355 812.185 610.475 607.235 590.74 590.5 587.00518.26 691.645 696.47 696.475 881.035 880.915 678.335 871.88 871.78 881.225 663.885 883.185 858.8 655.7 614.275 612.16 607.91 590.885 590.605 587.0919.18 696.34 886.58 896.16 681.805 6891.47 888.075 660.505 680.425 680.175 663.49 663.435 684.025 664.09 631.53 631.365 604.1 814.405 613.85 602.81519.31 697.02 897.31 697.155 692.775 893.065 889.745 881.055 881.915 681.87 863.73 683.715 664.41 684.39 831.77 831.7 819.78 621.675 820.94 604.2051939 697.37 697.435. 697.0 682.04 681.06 608.305 885.64 664.955 631. 626.71 622.03 621201F22.04 707.585 707.63 707.84 698.625 686.505 891.13 690.545 688.355 855.765 653.905 643.61 643.54124.69 718.225 715.79 715.815 707.91 707.715 707.365 705.37 899.425 669.74 668.19 657.225 857.1424.77 718.745 715.9 718.035 719.4 719.295 717.98 708285 708.055 707.805 710.535 704.48 699.565 889.55 86a.02 657.45 657.235 648.E225.33 717.505 717.71 717.985 72022 720.44 719.48 710.84 710.18 709.41 704.89 704.6 703.45 703.24 677.625 677.265 878.03 678.645 868.695 653.78

8 717.635 717.2 718.215 720.575 720.82 719.87 711.285 710.71 709.88 704.95 704.845 703.49 703.28 877.68 677.505 680.76 881.47 662.16 654.27 I-'-26.51 717.64 716.705 716.715 725.285 725.365 72&755 718.135 718.045 708.41 711.945 711.71 708.26 707.905 881.015 880.425 679.215 859.505 659.3 658.73 '.4ý- 26.65 718945 703 709 7565 7829 /1.7 740 739,1 8.35 8.3 6.8 6.3 664

-. 2 718.945 719.05 719.48 725.49 725.48 723.865 71824 718.185 713.645 713.905 713.585 706.46 708.51 881.505 681.335 681.11 659.645 659.515 859.035.& C 26.73 719.72 720.36 720.96 725.61 5 7 18.28 718.275 714.05 713.99 68.385 681.13 662.68 861.535 659.41

29.38 732.09 732.345 732.465 733.265 725.835 725.015 720.75 720.725 88.27 688.065 679.7 678.615 674.445 CD32.02 734.72 734.82 734.875 735.24 727.8 727.21 723.22 723.175 891.72 691.475 680.885 877.815 675.0632.1 734.735 734.83 734.88 735-225 727.65 727.16 723265 723.22 718.285 718.11 691.955 891.755 691.495 683.27 672.235 674.945 Ln

32.88 734.745 734.77 734.785 734.87 734.88 733.25 727.83 727.655 726.82 723.545 723.51 722.955 719.61 691.52 690.49 688.47 671.905 671.49 869.41 132.81 734.745 734.75 734.755 734.865 734.86 733.235 727.83 727.745 726.48 723.51 723.395 719.255 719.315 891.56 690.43 688.22 671.78 871.505 669.395 w

34.01 734.885 734.73 734.775 735.13 735.16 733.55 726.855 726.88 726.37 723.28 722.675 718.475 718.41 694.51 694.37 891.34 684.295 681.09 670.434.18 734.625 734.60 734.695 735.235 735275 733.86 726.715 726.6 726.405 72352 723.45 718.6 718.495 694.49 894.31 891.95 681.195 680.725 689.31534.24 734.6 734.64 734.64 728.575 726.455 72321 722.61F 694.25 692.205 681.295 81.736.89 733.045 733.115 733.13 725.36 725.255 721.305 720.91 892.055 680.34 880.4739.54 728.99 729.535 729.53 720.105 720.06 710.165 709.21 683.98 682.13 673.695 673.59539.62 728.53 729.485 729.46 728.035 728.19 726.335 720.055 720.025 720.005 709.4 704.86 883.585 681.27 673.585 873.49 657.76540.18 728.255 728.27 728.125 726.86 726.725 724.435 717.51 717.09 716.33 704.145 703.83 703.07 702.935 076.155 876.085 672.845 673 672.94 671.44540.31 728.18 726.12 727.96 726.51 726.35 724.01 716.99 716.8 715.82 703.985 703.805 703.02 702.88 676.08 875.98 868.91 672.78 672.54 667.635A1.38 727.82 728.85 728.87 722.875 722.865 721.11 713.93 713.865 719.315 706.865 705.935 699.27 698.54 665.305 860.17 648.995 855.475 654.78 647.70541.5 726.395 726.61 726.38 722.61 722.86 721.135 713.795 713.655 715.43 704.085 703.93 696.125 697.895 865.635 865.315 664.86 655.185 654.025 647.79

41.58 725.535 725.32 725.01 722.40 713.49 713.455 704.03 703.96 65.17 664.805 654.98 653.635 847.64544.23 701.47 701.47 701.47 701.47 702.345 701.365 694.885 894.835 651.96 651.755 641.885 640.76 638.8948.87 877.175 677.77 678.12 880.315 687.085 675.86 681.075 660.98 633.2 633.1 594.22 593.935 608.6848.95 676.08 676.57 677.045 881.12 886.885 658.745 680.895 680.555 667.065 667.245 833.09 633.055 633.005 584.12 584.04 608.2554753 667.67 6886.5 887.41 880.54 680.465 680.03 873.965 674.12 670.76 674.295 673.1 663.56 662.39 625.725 624.505 622.01 591.1 588.4 . 580.2854786 669.025 663.03 883.05 680.225 680.35 679.94 673.845 673.87 671.255 673.76 672.475 662.395 661.13 624.165 623.1 621.075 591.405 588.6 579.7848568 82.75 862.96 863.59 689.785 670.275 670.53 859.125 657.52 657.325 679.55 679.44 651.4 651.145 614.78 614.59 631.99 582.645 582.49 801.3254871 862.105 862.075 662.315 6689.14 688.95 6069.095 657.585 857.34 657.115 670.33 869.135 651.085 651.035 614.49 814.145 618.36 582.38 582.225 564.91548.79 661.765 881.905 661.945[ - 657.17 656.975 665.75 664.26 650.965 613.8 612.285 582.165 582.0251.44 647.69 647.77 647.785 637.625 637.715 633.025 632.42 629.67 575.855 571.85 551.755 551.66564.09 630.59 630.715 830.67 612.1 612.16 601.26 600.215 598.41 524.74 472.875 500.475 500.3354.17 830.005 630.515 630.325 620.835 621.26 617.47 611.72 611.795 611.755 509.62 598.92 586.44 522.75 391:68 498.79 498.48 464.5964.73 825.345 624.61 023.575 614.905 613.995 608.175 597.475 595.43 591.58 588.34 588.585 591.96 588.925 441.595 387.9 397.895 458.535 461.39 457.9164.88 624.425 624.035 622.915 612.98 611.935 607.245 594.805 592.86 589.365 585.21 585.575 589.725 587.025 432.935 387.31 399.31 453.095 456.12 456.06565.69 619.62 628.72 628.74 596.17 595.975 595.79 584.025 583.94 589.125 561.505 561.855 580.01 574.605 459.26 386.005 423.275 448.08 448.86 440.9965.82 615.59 618.395 617.09 595.535 595.64 595.7 583.675 583.455 584 561.09 561.09 569.65 569.695 484.91 484.38 454.2 449.98 449.305 445.75555.9 613.05 612.57 610.795 595.16 563.05 51.32 560.77 580.73 464.375 469.46 451.115 449.595 445.025

58.52 539.39 541.255 542.185 548.02 535.045 53323 523.3 523.285 439.465 437.45 426.53 425.08 419.32"V 61.14 394.74 401.805 408.595 472.91 469.915 437.515 471 470.961 390.83 388.58 384.595 384.255 383.25

0 > 61.22 386.09 386.105 386.14 471.73 472.305 464.18 469.34 4693 384.72 4609.6 469.82 449.155 449.5 390.815 396.29 384.915 382.93 382.745 382.08' C) 61 84 416.38 420.955 423415 440.475 442.4 450.76 442.15 440.525 437.605 442.815 442.515 438.835 438295 383.875 382.06

r1 562 387.925 388.14 388.285 389.14 38924 389.74 382.02 381.11 381.075 381.69 381.69 381.525 381.51 380.36 380.35

.P 0D 662 381.24 381.34 381.42 382.07 382.14 381.9 360.66 380(D 6663

S ,AWC64se . 70f14 ,- ,0 /• :5 7A--J 1.6V ,"AOSC .ZW ~Z4~4~

/00' ~

1 0,

15.94 21.24 21.32 21.45 22.27 22.41 22.9 22.98 28.27 28.35 29.2 29.82 32.38 33 33.63

382.39 380.895 380.935383.455 381.155 381.13418.545 389.54 388.93

448.48 403.605 402.11449.455 404.445 402.935

455.72 410.1 408.585457.735 411.82 410.52483.49 418.315 416.32475.43 422.245 429.1479.79 422.37 422.48

422.385449.38

478.485477.91

588.45 505.845 503.995588,53 505.965 504.285

601.885 495.325 389.845604.38 531.81 531.08

531.53584.89589.42

84.59 590.075 589.825852.365 593.84 591.475

653.15 595.055 592.335658.62 809.93 608.705

658.845 610.02 609.8280.87

621.085823.07

622.8558869.08 821.815 621.3

689.065 621.795 621.535669.24 611.37 599.745

6809.125 615.13 614.725:614.845811 355603.885

657.31 604.005 603.83682.015 5W8.985 596.4662.485 598.11 595.44847.58 596.315 596.105847.61 596.14 595.8

595.545589.12

529.805527.86

579.645 502.925 501.775579.51 502.805 501.355

574.875 459.85 388.325564.74 476.255 477.575

477.505445.905419.21

484.97 419.185 419.32457.58 409.06 405.485

455.9 407.28 404.54468.35 389.905 398.495445.235 398.925 397.645444.405 398.36 397.15

418.58 388.32 387.785383.13 3809 380.84

382005 380 8a 38082

381.005381.09387.89

399.545400.34405.91408.17416.03

444.035487.91

434.045447.48

476.355477.625483.465493.22452.36

530.405531.26

584.875586.9w5589.105587,385587.535589.815509.82

604.8818275

820.2819.735615.04610.47577.77

814.185814.22611.13803.68

603.835591.865590.78602.83

595.705592.18564.87480.53

388.935480.21

485.775425.12454.79

487.4443.755404.265381.92

398.785399.88396.11395.47

395.095386.875380.745380.51

380.425380.3938123382.17

382205382.505

382.48382.095

382.68

381,OO391.47

435481.83

481.055481.09458.42

410.945369.66424.98548.49

573.825582.82

557.425557.41

588.805589.84590.12

801.615604.425804.535805.35580522

587.405589.81590.92595.03572.78573.0354829548.03

574.9657

561,655541.95

500.115498.83

478.835473.155451.815452.80

453.485431.39388.92

385.825382.345381.945381.56381.88

382.005381.185

380.31380.3

382.725 382.605 382.575 380.76 380.74 380.57538882 384.585 384.07 380.995 380.96 380.84

433.125 426.695 425.69 388.87 388.055 381.435459.875 453.705 452.725 398.115 398.82 382225480.005 454.355 453.485 398.64 397.305 382255459.155 458.77 456.745 402.885 401.255 382.53

45888 459.71 480.15 404.04 402.345 382.54415.125 486.555 472.4 413.85 411.73 382.085369.305 476.74 476.9 415.63 415.13 382.19

428.37 477.825 415.545 387.13544.4 538.88 437.87 422.26

56&665 554.94 454.02 436275557.035 554.94 453.57 436.505

558.075 554.095 553.54 484.325 483.205 438.005557.05 554.125 553.565 4e4.35 483.16 437.8

583.355 568.285 584.13 445.54 384.15 4282589.105 585.47 585.355 465.13 484.6 433.21

5809.95 484.895 435.935601.51[ 482.445 445.19560429 1 470.23 442.935

804.405 579.635 579.055 470.76 489693 441.085605.25 603.425 593.8 420.185 385.355 423.62604.89 607.64 595.38 415.605 385.33 422.10588.03 575.935 575.72 477.225 475.98 448.56

587.085 578.315 575.935 477.14 478.82 450.34587.7 578.59 476.575 451.19

593.715 588.38 484.02 447.645

5672 569.405 481.735 442.525550.19 569.025 481.135 442.105548.85 546,645 548.23 461.435 480.415 438.725548.83 546.58 548.18 461.42 460.3 437,565565.5 543.49 540.77 438.89 384.17 4222

581.15 539.97 539.88 452.635 452.145 425.645581.48 452.155 427.47541.84 433.9865 41.94499.986 412.235 387275

498.365 481.19 461.41 412.305 411.865 383.145474.44 460.22 458.305 405.865 404.19 382.845

470.635 459.11 457.335 404.57 402.885 382.535452.405 448.305 448.895 397.83 396.535 381.68452.08 448.01 447.315 398.905 395.68 381.83451.98 447.34 448.585 398.43 395.245 361.91

429.565 423.37 422.405 387.945 387.385 381.32387.5 384.115 383.83 380.85 380.825 380.57

384.94 382.555 382.235 380.625 380.615 380.505

m

0X

m

TUm

m0.w

m

co

m

02

381275 380.57382.615 360.64412.175 381.215424.065 381.655424.22 381.665

425 381.71425.08 381.6895

424.355 381.07424.8 381.1

425.09 382.325433.27 390.995

430.405 391.325429.995 391.31426.715 391.15426.525 391.10435.31 392.245436.13 392.34438.54 392.385436.08 391.805

429.515 382.975429.145 381.72428.275 381.72425.515 381.705418.70 381.275418.38 381.425418.14 381.495

409.415 381.15382.34 380.475

381.035 380.39

380380.8

381.815362.015381.955381.355381.305382.115

382.18302.175

381.82380.58

380

0I

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0




TABLE 5-1

NUHOMS-52B DSC THERMAL ANALYSIS RESULTS SUMMARY

Case Max. DSC Max. Fuel FuelShell Cladding Cladding

Temperature Temperature Acceptance(OF) (OF/OC) Criteria

(°F/IC)

DSC in HSM 275 782/417 790/42170OF ambient

Fill = Helium

DSC in HSM 303 788/420 1058/570100OF ambientFill = Helium

DSC in HSM 303 324/162 1058/570100OF ambientFill = Steel

DSC in HSM 328 793/423 1058/570125 0 F ambientFill = Helium

DSC in HSM 579 923/495 1058/570125 0 F ambient

HSM ventblocked

Fill = Helium

DSC in Cask 358 988/531 1058/570100OF ambient

InternalVacuum

DSC in Cask 402 542/283 1058/570100OF ambient

InternalVacuum

Fill = Steel

REVISION 0 PPAGE 71PREPARED BY I DATE p 8/14/91 OF 74

CHECKED BY ! DATE / I 1-i• 4• .I




TABLE 5-2

SPACER DISK TEMPERATURES

Case Maximum Minimum AverageTemperature Temperature Tempera-

(OF) (OF) ture(OF)

DSC in HSM 553 220 387100°F ambientFill = Steel

DSC in Cask 735 380 558100OF ambient

InternalVacuum

Fill = Steel

DSC in Cask 669" 295" 482"100OF AmbientFill = Steel

* Estimated. See section 4.1

REVISION 0

PREPARED BY I DATE 8/14/91 PAGE 72

CHECKED BY / DATE 1g#

O'///,742..




7.0 REFERENCES

1.) PNFS calculation NUH004.0410, "Dry Storage CladdingTemperature Limits for the Standardized NUHOMS-52B using theCSFM Model presented in PNL-6189", Rev 0, File No.NUH004.0410.

2.) PNFS calculation NUH004.0415, "Standardized NUHOMS HSM HeatTransfer Analysis for 24 Kw Decay Heat per DSC", Rev 0, FileNo. NUH004.0415.

3.) PNFSI calculation NUH004.0406, "Cask Axial and RadialThermal Analysis for Standardized NUHOMS-52B Design",Revision 0, File No. NUH004.0406.

4.) Westinghouse Electric Corporation, "Spent Fuel Storage at E-MAD (March 1978 - March 1982)", PNL-4522, September 1983.

5.) "Topical Report for the NUTECH Horizontal Modular StorageSystem for Irradiated Nuclear Fuel- NUHOMS-24P", Revision 2,File No. NUH002.0103.

6.) James H Rust, Nuclear Power Plant EnQineerinQ, HaralsonPublishing Co., 1979.

7.) American Society of Mechanical Engineers, ASME Boiler andPressure Vessel Code, Section III, Division 1, Appendix I,1983.

8.) Handbook of Chemistry and Physics, 1975-1976, 56th Edition,CRC Press, Ohio, 1975.

9.) General Electric Corporation, "IF-300 SHIPPING CASK CSAR",NEDO-10084-3, September 1984.

10.) Computer Code, "HEATING6: A Multidimensional Heat ConductionAnalysis With the Finite Difference Formulation", NUREG/CR-200, Volume 2, Section F10, ORNL/NUREG/CSD-2/V2, 1981.

11.) Kreith, Frank, Principles of Heat Transfer, 3rd EditionHarper & Row Publishers, 1973.

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12.) Bucholz, J.A., Scoping Design Analysis for OptimizedShinr~ina Casks Containina 1-. 2-. 3-. 5-. 7-. or 10-Year-Old

13..)

14.)

PWR Spent Fuel, Oak Ridge National Laboratory,ORNL/CSD/TM-149, TTC-0316, 1983.

Electric Power Research Institute, "The TN-24P PWR Spent-FuelStorage Cask: Testing and Analyses", EPRI NP-5128, Project2406-4, PNL-6054, UC-85, Interim Report, April 1987.

PNFSI Calculation NUH004.0412, "NUHOMS®-24P DSC ThermalAnalysis for 1 kW Fuel.", Rev 0, File No. NUH004.0412

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i - ~- f file no: nuh004.0414 i calculation package nuh-04 ... · client: pacific nuclear fuel...

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