ILSINIReviiews

From:Sent:To:Cc:Subject:Attachments:

David Esh [DWE@nrc.gov]Thursday, October 26, 2000 1:40 PMsmohanty@gargol.cnwra.swri.edurjanetzke@gargol.cnwra.swri.edu; RBC@nrc.govTPA 4.0tpa.inp.isi.005.fix; tpa.inp.isi.005

Sitakanta,

The weird problem that I observed and referred to in my phone message was:

Problem I Spent nuclear fuel particle radius 0.02, 0.02001 Problem 2 Spent nuclear fuel particle radius0.0007, 0.0007001 and otherwise everything else was the same

Out of the first 100 vectors, 18 give non-zero doses. Of these 16 are smaller in problem 2 but two are larger.It is the two that are larger that concern me. Why would this be when the problems are identical except for oneparameter value?

Attached are the files.

Dave

tpa inp isi 005.fixtitle

Input file tpa.inp as supplied with TPA Version 4.0 code.Base case, ACM - ISI analysis files 06/27/00,

** ***>>> GLOBAL PARAMETERS <<<***

** ***>>> Importance Analysis Flags <<<***

iflagImportanceAnal ysi sF1 ag(yes=l,no=0)0

iflagInnerContai nerPresenceFl ag(yes=l, no=0)1

iflagOuterContai nerPresenceFl ag (yes=l, no=0)1

i flagcl addi ngPresenceFl ag (yes=l, no=0)

iflagsol a PresenceFl ag(yes=1, no=0)1

iflagUpperUnsatueratedLayerPresenceFlag(yes=l,no=0)1

i flagTSwpresenceFltage(yes=l,rno=c)1

iflagCHnvPresenceFl ag (yes=l, no=0)1

iflagCHnzPresenceFl ag(yes=l, no=0)1

iflagPPwPresenceFl ag(yes=l, no=0)1

iflagUCFPresenceFl ag (yes=l, no=0)1

iflagBFwPresenceFlag(yes=l, no=0)1

iflagBTFFPresenceFl ag (yes=l, no=0)1

iflag

SAVPresenceFl ag(yes=l, no=0)Page 1

tpa inp isi 005.fix1

i flaqPumpi ngwel 1 PresenceF1 ag(yes=l, no=O)1

** ***>>> Disruptive Scenario Fla

i flagvol cani smDi s rupti veScenari oFl ag (yes=l, no=O)0

iflagFaultingDi sruptiveScenarioFlag(yes=l, no=O)0

ifl agSei smi cDi s rupti veScenari oFl ag (yes=l, no=0)1

gs <<<***

** ***>>> subarea Size <<<***

** Number and Location of SubAreas[m] Based On Fig3.4-1 in TSPA95**subarea**1

****ZONE T="ONE RECTANGULAR ZONE SUBAREA", F=POINT** 547500.0 4076000.0** 547500.0 4079467.56** 548500.0 4079467.56** 548500.0 4076000.0** 547500.0 4076000.0**subarea**7**ZONE T="Subarea 1",I=5,F=POINT**547472.0, 4079323.7**548069.2, 4079136.5**547847.3, 4077816.2**547318.4, 4077934.0**547472.0, 4079323.7**ZONE T="Subarea 2",I=5,F=POINT**548069.2, 4079136.5**548609.7, 4078968.6**548547.9, 4077654.1**547847.3, 4077816.2**548069.2, 4079136.5**ZONE T="Subarea 3",I=5,F=POINT**547318.4, 4077934.0**547847.3, 4077816.2**548322.7, 4077192.2**547474.7, 4077281.6**547318.4, 4077934.0**ZONE T="Subarea 4",I=5,F=POINT**547847.3, 4077816.2**548547.9, 4077654.1**548504.8, 4077170.0**548322.7, 4077192.2**547847.3, 4077816.2**ZONE T="Subarea 5",I=5,F=POINT**547474.7, 4077282.6**547887.3, 4077238.1**547995.0, 4076338.9

Page 2

tpa inp isi 005.fix**547670.4, 4076435.5**547474.7, 4077282.6**ZONE T="Subarea 6",I=5,F=POINT**547887.3, 4077238.1**548322.7, 4077192.2**548319.5, 4076220.2**547995.0, 4076338.9**547887.3, 4077238.1**ZONE T="Subarea 7",I=5,F=POINT**548322.7, 4077192.2**548504.8, 4077170.0**548473.1, 4076533.7**548319.5, 4076220.2**548322.7, 4077192.2

** Number and Location of SubAreas[m] Based On EDA-II Design.subarea8edaii 1-cw547514.88,4079310.61548069.2,4079136.5547847.3,4077816.2547370.95,4077922.04547514.88,4079310.61edaii 2-cw548069.2,4079136.5548569.32,4078981.548504.06,4077664.24547847.3,4077816.2548069.2,4079136.5edaii 3-cw547370.95,4077922.04547847.3,4077816.2548322.7,4077192.2547474.7,4077281.6547370.95,4077922.04edaii 4-cw547847.3,4077816.2548504.06,4077664.24548479.71,4077173.06548322.7,4077192.2547847.3,4077816.2edaii 5-cw547474.7,4077282.6547887.3,4077238.1547897.79,4076045.46547655.97,4076123.07547474.7,4077282.6edaii 6-c547887.3,4077238.1548322.7,4077192.2548155.7,4075962.63547897.79,4076045.46547887.3,4077238.1edaii 7-cw548322.7,4077192.2548479.71,4077173.06548455,4076674.51548155.7,4075962.63548322.7,4077192.2edaii 8-cw547645.27,4079656.06548588.98,4079377.55

Page 3

tpa inp isi 005.fix548569.32,4078981547514.88,4079310.61547645.27,4079656.06**edaii 9-cw**547732.82,4081208.07**548251.91,4081034.69**548116.89,4079516.81**547645.27,4079656.06**547732.82,4081208.07**edaii 10-cw**548251.91,4081034.69**548664.55,4080902.19**548588.98,4079377.55**548116.89,4079516.81**548251.91,4081034.69

iconstantStartAtSubarea1

iconstantStopAtSubarea8

***>>> Nuclides and chains <<.

** 5/25/1998 tpa3.2 new parameter section

** Nuclides can be eliminated from the ba•** However, if additional nuclides (Pu242** u235, Pa231, Ac227, Pu241, u233, Th229** Cs137, Sn126, Sn121m, Agl08m, Pd107, M4** are added to the basecase set, then coi** solubilities, gap fractions, and corre

i flagchec kNuclidesAndChains(yes=1,no=0)0

secase set.Am242m, Pu238, Cm243,Cm244, U236, U232, Sm151,

o93, Zr93, Sr90, or Ni63)rresponding RDS, KDS,lations must be added.

aqueousnuclides** number of nuclides, number of chains2013

** chain 12cm246u238** chain 23cm245Am241Np237** chain 32Am243Pu239** chain 41Pu240** chain 54

Page 4

tpa inp isi 005.fixU234Th230Ra226Pb210** chain 61Cs135** chain 711129** chain 81Tc99** chain 91Ni59** chai n 101C14** chain 111Se79** chain 121Nb94** chain 131C136

endofnucl ides

** **>>> Parameter Sampling <<<***

** 5/25/1998 tpa3.2 new parameter;option to conduct direct-release only calculation

iflagDi rectRel easeonl yFl ag (yes=l, no=O)0

constantSeedForRandomNumber188910452.0

iconstantLati nHypercubeSampl i ng(yes=l, no=0)1

iconstantNsetLati nHypercubeSampl i ng1

iconstantNumberOfRealizations250

iconstantStartAtReal i zati on1

i constantStopAtReal i zati on0

Page 5

tpa inp isi 005.fix

****>>> Simulation Times <<<***

** 6/2/1998 tpa3.2 4 new parameters; calculations at two time periods

constantDurationofCompl i ancePeri od [yr]1.0e4

constantMaxi mumTi me [yr]1.0e4

** Sum of pre- and post-compliance time steps must not exceed 201

iconstantNumberOfTi mestepsincompli ancePeri od401

constantRati oOfLastToFi rstTi meStepincompli ancePeri od1.0

** Next two parameters ignored if MaximumTime[yr] = DurationofCompliancePeriod[yr]

iconstantNumberOfTi meStepsAfterCompli ancePeri od0

constantRati oOfLastToFi rstTi meStepAfterCompli ancePeri od1.0

** ***>>> Output Print Options <<<***

iconstantOutputMode(0=None, l=A11,2=userDefi ned)0

iconstantuse rDefi nedLowerReal i zati onAppended1

i constantuserDefi nedupperReal i zati onAppended1

** 5/25/1998 tpa3.2 new parameter

** select Append Files** 0 = append all files** 1 = uzflow.ech and uzflow.rlt only** 2 = nfenv.ech and nfenv.rlt only** 3 = ebsfail.ech and ebsfail.rlt only** 4 = seismo.ech and seismo.rlt only

5 = faulto.ech and faulto.rlt only** 6 = volcano.ech and volcano.rlt only* 7 = ebsrel.ech and ebsrel.rlt only** 8 = uzft.ech and uzft.rlt only** 9 = szft.ech and szft.rlt only** 10 = dcagw.ech and dcagw.rlt only

Page 6

tpa inp isi 005.fix** 11 = ashplumo.ech and ashplumo.rlt only** 12 = ashrmovo.ech and ashrmovo.rlt only** 13 = dcags.ech and dcags.rlt only** 14 = ashplume.cum only** 15 = fail t.cum only** 16 = nefiiuz.cum only** 17 = releaset.cum only** 18 = ggenii.cum only** 19 = genv.cum only** 20 = dcf.cum only (gw.cb-ad.dat and gw-pb-ad.dat)

iconstantSel ectAppendFi 1 es0

** ***>>> UZFLOW <<<***

uniformArealAverageMeanAnnual Infi 1 trati onAtStart [mm/yr]1.0, 10.0

uniformMeanAveragePreci pi tati onMul ti pl i erAtGl aci al Maximum1.5, 2.5

uniformMeanAverageTemperatureIncreaseAtGl aci al Maximum [degc]-10, -5

constantTi meStepForCl i mate [yr]500.0

constantstandardDevi ati onOfMAPAboutMeanInOneTi mePeri od [mm/yr]0.0

constantstandardDevi ati onOfMATAboutMeanInOneTi mePeri od [degc]0.0

constantcorrel ati onBetweenMAPAndMAT-0.8

iconstantcl imatepertu rbati onset1

** ***>>> NFENV <<<***

i flagTabu arTemperatureRHFlag(yes=l, no=0)0

iconstantnsetusedToPi ckTempRHDataSet1

constantWPLength [m]

Page 7

tpa inp isi 005.fix5.275

constantWPDi ameter [m]1.579

**csml/24/2000

constantEmpl acementDri ftDi ameter [m]5.5

**csml/24/2000constantCircumferential Fracti onNotCoveredByFl oor[]0.75**csml/24/2000

constantEmplacementBackfi 1 iThickness [m]0.6

constantDri pshi el dThi ckness [m]0.02

**csml/26/2000constantDri pshi el dEqvintDi a [m]2.75**csml/26/2000

** 6/2/98 tpa3.2 name change for UseReflux2

iconstantSel ectRefl uxModel (1,2,3)3

constantLengthOfRefl uxZone [m]20

constantMaxi mumFl uxInRefl uxzone [m/s]1.0e-9

constantPerchedBucketvol umePerSAarea [m3/m2]0.5

constantRefl ux2Thi ckness100.0

constantReflux2Porosity0.14

constantRefl ux2SatIni t0.9

constantRefl ux2SatResi d

Page 8

tpa inp isi 005.fix0.1

constantRefl ux2Peri od100.0

constantReflux2LossI0.1

constantRefl ux2LOSSD0.1

****1-22-00 EDA II design **

constantEmpl acementDri ftspaci ng [m]81.

constantWPSpaci ngAl ongEmpl acementDri ft [m]6.1392

constantTotal WasteEmpl acedInReposi tory [MTU]68030.0** The above value fills subarea 8 completely at 81x6.1392 spacing & 9.76 MTU/WP

** 6/4/98 tpa3.2: Next 4 new parameters specific to reflux3 model

** wPunitcellwidth is replaced by EmplacementDriftspacing**constant**wPuni tCel lwidth [m]**81.

loguniformFracti onofcondensateRemoved [1/yr]1.0e-8, 1.0

uniformFractionofcondensateTowardReposi tory[1/yr]0.0, 1.0

l oguni formFracti onOfCondensateTowardReposi toryRemoved [1/yr]1.0e-8, 1.0

constantDensi tyOfWaterAtBoi ii ng [kg/mA3]960.5

constantEnthal pyofphaseChangeForwater [J/kg]2.4e6

uniformTemperatureGradi entInvi ci ni tyofBoi 1 i ngIsotherm[K/m]1.0, 100.0

**constant**Areal MaSSLoadi ng [MTU/acre]**83.0

Page 9

tpa inp isi 005.fix

constantwastePackagePayl oad [MTU]9.76

constantAgeofwaste[yr]26.0

constantAmbi entRepositoryTemperature [c]20.0

constantMassDensi tyofYMRock[kg/mA3]2580.0

constantspeci ficHeatofYMRock[J/(kg-K)]840.0

uniformThermal conducti vi tyofYMRock [W/(m-K)]1.8, 2.2

constantEmi ssivityOfDriftWall I[-]0.8

constantEmi ssi vi tyOfDri pShi el d [-]0.63

constantEmi ssi vi tyOfwastePackage [-]0.87

constantThermal Conducti vityofFloor[w/(m-C)]0.6

**csml/26/2000constantCondEqvForNaturalConvection [W/(m-C)]0.90

**csm2/11/2000constantFactorForVenti 1 ati onHeatl osses []0.3**csm2/11/2000**csml/26/2000

constantTi meOfBackfi 1l Empl aced [yr]50.0

**csml/26/2000

iconstantNumberOfwei ghtsForGaussLegendreIntegrati on[]20

Page 10

tpa inp isi 005.fixconstantThermalConductivityOfDripShi eld[w/(m-C)]20.77**csml/26/2000

constantThermal conducti vi tyOfBackfi 11 [W/(m-C)]0.27

constantThermal Conducti vi tyofInnerOverpack[w/m-c]15.0

constantThermal conducti vi tyofouteroverpack [w/m-C]11.1

constantEffecti veThermal conducti vi tyOfBasket&SFi nWP [W/(m-C)]1.0

constantEl evati onOfReposi toryHori zon [m]1072.0

constantEl evati onOfGroundSurface [m]1400.0

** ***>>> EBSFAIL <<<***

constantouterWPThi ckness [m]0.02

constantInnerwPThi ckness [m]0.05

constantMetal Grai nRadi us [mi crometer]13.75

constantGrai nBoundaryThi ckness [micrometer]7.0e-4

constantDryOxi dati onconstant9999

constantCritical Rel ati veHumi di tyHumi dAi rCorrosi on0.55

normalcritical Rel ati veHumi di tyAqueousCorrosi on0.6, 0.65

uni formThi cknessofwaterFi lm[m]0.001, 0.003

Page 11

tpa inp isi 005.fix

constantBoil I ngPoi ntofwater [c]97.0

constantouteroverpackErpIntercept2006.0

constantTempCoefofouterPackErpIntercept-15.2

constantouteroverpackErpSlope-590.7

constantTempCoefofouterPackErpSlope4.3

constantInneroverpackErpIntercept-10000.0**48.5, 148.5 >>> 625 <<<

constantTempcoefoflnnerPackErpIntercept0.0**

constantInneroverpackErpSlope0.0**-160.8 >>> 625 <<<

constantTempCoefoflnnerPackErpSlope0.0

constantOuterWPBetaKineticsParameterforOxygen0.75

constantOuterwPBetaKineticsParameterforWater0.5

constantInnerWPBetaKineticsParameterforoxygen0.75

constantInnerWPBetaKineticsParameterforwater0.5

constantOuterWPRateConstantforoxygenReduction[coulomb-m/mole/yr]3.0elO

constantOuterWPRateConstantforWaterReduction[coulomb-m/mA2/yr]3.2

Page 12

tpa inp isi 005.fixconstantOuterWPActivationEnergyforOxygenReduction[J/mole]40000.0

constantOuterWPActivationEnergyforWaterReduction[j/mole]25000.0

constantInnerWPRateConstantforoxygenReduction[coulomb-m/mole/yr]3.0elO

constantInnerWPRateConstantforWaterReduction[coulomb-m/mA2/yr]3.2

constantInnerWPActi vati onEnergyforoxygenReducti on [J/mol e]40000.0

constantInnerWPActivationEnergyforWaterReduction[j/mole]25000.0

normalAAL1l1[c/m2/yr]1.6e3, 1.7e4

constantAA_2_l[c/m2/yr]le1O

constantMeasuredGalvanicCouplePotential0.0

constantCoefForLoccorrOfOuterOverpack2.5e-4

constantExponetForLocCorrofouterOverpack1.0**OPRconstantCoefForLocCorrofInneroverpack1.0

constantExponentForLocCorrOfInnerOverpack1.0**ENDOPRconstantHumi dAi rCorrosi onRate [m/yr]1.0e-15

**OPR deleted parameter 1/10/2000**constant**LocalizedcorrRateofInneroverpack[m/yr]**2.5e-4**ENDOPR

constantPage 13

tpa inp isi 005.fixFractional coupli ngstrength0.0

constantFactorForDefi ni ngChoi ceofcri tPotentia]0.0

constantcri tChlori deConcForFi rstLayer[mol/L]0.5

constantCri tChl o rideConcForSecondLayer [mol/L]1.Oe-10**3.0e-2 >>> 625 <<<

uniformChl ori deMul t Factor1.0, 30.0

**OPR

constant

chl ori deMul tFactorIntactDri pshi el d1.0

l ognormalDri pshi eldFai 1 ureTime[yr]3700.0, 27300.0**ENDOPRconstantReferencepH9.0

constantwPsurfaceScal eThi ckness [m]0.0

constantTortuosi tyOfScal eonWP1.0

constantPorosi tyOfScal eonWP1.0

constantYi el dstrength [MPa]370.0

constantsafetyFactor1.4

constantFractureToughness [MPa-m**0.5]1.0e7

**OPRconstantDensi tyouterOverpack [kg/mA3]8690.0

Page 14

tpa inp isi 005.fixconstantDensityInneroverpack[kg/mA3]7700.0

constantEquivalentweightouteroverpack[kg/mol]0.02597

constantEquival entweightInneroverpack[kg/mol]0.02494

constantDeltaPotential DueToRadi ol ysi s [v]0.0

constantDecayi ngConstantRadi ol ysi s [1/yr]7.0e-5**ENDOPR

** ***>>> SEISMO <<<***

** mam 01/14/00 Seed only for random numbers used by samplehazardcurve).** It should be constant as it is used only once.constantSeedForRandomNumberForSEISMO505187067.0

hazardcurveseismicHazardCurveforSEISMO100.05 180.00.10 500.00.15 1200.00.20 2400.00.25 4400.00.30 7800.00.35 11000.00.40 20000.00.45 30000.00.50 44000.0

constantweightPercentageOfRockFallThatHitswPforSEISMO1.0

constantWeightofwPforSEISMO[N]1.27D05

constantWPModulusOfElasticityforsEISMO[Pa]1.76D11

normalRockModul usofEl asti ci tyforSEISMO[Pa]2.76D10, 4.14D10

constantWPPoissonRatioforSEISMO[]0.2DO

Page 15

tpa inp isi 005.fixnormalRockPoi ssonRati oforSEISMO[]0.15, 0.25

constantRockFal 1 i ngDi stanceforSEISMO[m]2.ODO

constantWPFal Ii ngDi stanceforSEISMO [m]0. 3DO

i constantWPNumberofSupportPai rforSEISMO2

constantwPsupportsti ffnessforSEISMO[pa*m]5.5D09

constantDi stri buti onjoi ntspaci nglforSEISMO5.OD-03

constantDi stri buti onjoi ntspaci ng2forSEISMO5.OD-03

constantDi stri buti onJoi ntSpaci ng3forSEISMO5.OD-03

constantDi stri buti onJoi ntSpaci ng4forSEISMO0.629D0

constantDi stri buti onJoi ntSpaci ng5forSEISMO0.356D0

normalSEISMOJoi ntSpaci ngl[m]0.466, 0.600

normalSEISMOJoi ntSpaci ng2 [m]0.333 0.466

normalSEISMOJoi ntSpaci ng3 [m]0.20, 0.333

normalSEISMOJoi ntSpaci ng4 [m]0.06, 0.20

normalSEISMOJoi ntSpaci ng5 [m]0.03, 0.06

** 5/28/1998 tpa3.2 new value (smh)

constantPage 16

tpa inp isi 005.fixWPUltimateStrength[N/mA2]6.2D08

constantGrai nDensi tyforTSw2SEISMO[]2.55

** 5/28/1998 tpa3.2 new values

constantFractionAreaForGroundMotionl0.05

constantFractionAreaForGroundMotion20.12

constantFractionAreaForGroundMotion30.17

constantFracti onAreaForGroundMoti on40.23

constantFracti onAreaForGroundMoti on50.28

constantFractionAreaForGroundMotion60.34

constantFractionAreaForGroundMotion70.4

constantFracti onAreaForGroundMoti on80.46

constantFractionAreaForGroundMotion90.5

constantFractionAreaForGroundMotionlO0.54

** rwr 7/8/98 modify the verticconstantverti cal ExtentOfRockFal 1 -1[m]0.0

constantVertical ExtentOfRockFal 1 1-2 Em]0.0

constantvertical ExtentOfRockFal 1 -3 [m]0.0

constant

next 60 parameters(replacing seismo.dat)

alExtentOfRockFall names by adding "_"

Page 17

tpa inp isi 005.fixvertical ExtentOfRockFal 1L.4 [m]0.0

constantvertical ExtentOfRockFal 11_5 [m]0.0

constantVertical ExtentOfRockFal 1l_6[m]0.0

constantVertical ExtentOfRockFal 1l_7 [m]0.0

constantvertical ExtentOfRockFal 11_8 [m]0.0constantVerti cal ExtentOfRockFal 11l_9[m]0.0

constantverti cal ExtentOfRockFal 11_10 [m]0.0

uniformverti cal ExtentOfRockFal 12_1[m]0.5 0.6

uniformVerti cal ExtentOfRockFal 12_2 [m]0.5 1.0

uni formvertical ExtentOfRockFal 12_3 [m]0.5 1.1

uni formvertical ExtentOfRockFal 12_4 [m]0.5 1.2

uni formVertical ExtentOfRockFal 12_5 [m]0.5 1.3

uniformVertical ExtentOfRockFal 12_6 [m]0.5 1.4

uni formVertical ExtentOfRockFal 12_ [m]0.5 1.45

uni formVertical ExtentOfRockFal 12_8 [m]0.5 1.5

uni formvertical ExtentOfRockFal 12_9[m]0.5 1.65

uniformPage 18

tpa inp isi 005.fixVerti cal ExtentOfRockFal 1 2_0[m]0.5 1.8

uni formVertical ExtentOfRockFal 13_1[m]0.5 1.0

uni formVerti cal ExtentOfRockFal 13_2 [m]0.5 2.0

uni formVertical ExtentOfRockFal 133 [m]0.5 2.5

uni formVertical ExtentOfRockFal 13_4 [m]0.5 3.0

uni formverti cal ExtentOfRockFal 13_5 [m]0.5 3.5

uniformVertical ExtentOfRockFal 1 3_6[m]0.5 4.0

uniformverti cal ExtentOfROckFal 13_7 [m]0.5 4.5

uniformVertical ExtentOfRockFal 13_8 [m]0.5 5.0

uniformVertical ExtentOfRockFal 13_9 [m]0.5 5.7

uniformVertical ExtentOfROckFal 13_.10[m]0.5 6.5

uniformVertical ExtentOfROckFal 141l[m]0.5 2.7

uniformVerti cal ExtentOfROckFal 14_2 [m]0.5 5.5

uniformverti cal ExtentOfRockFal 14_3 [m]0.5 6.0

uniformverti cal ExtentOfRockFal 14_4 [m]0.5 6.5

uni formVertical ExtentOfROckFal 14_5 [m]0.5 7.0

Page 19

tpa inp isi 005.fixuni formvertical ExtentOfRockFal 14_6 [m]0.5 7.5

uniformvertical ExtentOfRockFal 14_ [m]0.5 8.0

uniformVertical ExtentOfRockFal 14_8 [m]0.5 8.5

uniformVertical ExtentOfRockFal 14_9 [m]0.5 9.3

uniformvertical ExtentOfRockFal 14_10 [m]0.5 10.0

uniformvertical ExtentOfRockFal I 5_1[m]0.5 4.7

uni formvertical ExtentOfRockFal 1 5_2 [m]0.5 9.33

uni formvertical ExtentOfRockFal 1 5_3 [m]0.5 9.7

uniformVertical ExtentOfRockFal 1 5_4 [m]0.5 10.0

uniformVertical ExtentOfRockFal I 5_5 [m]0.5 10.7

uniformvertical ExtentOfRockFall 5_6 [m]0.5 11.33

uniformvertical ExtentOfRockFal I 5_7 m]0.5 12.0

uniformVertical ExtentOfRockFal I 5_8 [m]0.5 12.66

uniformvertical ExtentOfRockFal 5_9[m]0.5 13.3

uniformVerti cal ExtentOfRockFal 1 5_10 [m]0.5 14.0

** 5/28/1998 tpa3.2 two new parameters introduced

constantPage 20

tpa inp isi 005.fixwPYi el dPoi nt []0.002

constantWPPl asti cEl ongati on []-0.05

* ***>>> EBSREL <<<***

** rwr 1/12/00 modified to allow for failure type-specific* * water contact modes (added a flag for each of** the 8 failure types)** ** rwr 7/8/98 modify flow model flag** iflag** FlowModel Flag(O=BathTub, l=Fl owTh rough)** 0i flagwaterContactModeInitial (O=BathTub, l=Fl owTh rough)1

i flagWaterContactModeFaul ti ng (O=BathTub, l=Fl owTh rough)1

iflagwate rContactModeVol cani c (0=BathTub, l=Fl owTh rough)1

iflagWaterContactMode-sei smi cInterval 1(0=BathTub, l=F1 owThrough)0

i flagwaterContactMode-sei smi cinterval 2(0=BathTub, l=Fl owTh rough)0

iflagwatercontactModeSei smi cInterval 3(0=BathTub, l=Fl owTh rough)0

iflagwate rContactMode-sei smi cInte rval 4 (0=BathTub, l=Fl owTh rough)0

i flagwaterContactModeCorrosi on (O=BathTub, l=Fl owTh rough)1

** rwr 1/17/00 modified to allow for temporal variability** in FowFactor and FmultFactor as specified** in the new data file, wpflow.dat, and added** the waste package flow multiplication factor** lognormal** FowFactor** 0.01, 3.0

** lognormal** FmultFactor** 0.01, 0.2

l ognormalPage 21

tpa inp isi 005.fixwastePackageF1 owMul tipl i cati onFactor3.15E-2, 1.05E3

uni formSubAreawetFracti on0.0, 1.0

** 5/21/98 tpa3.2: New parameter; nonzero initial failure times

uni formInitial FailureTime[yr]0.0, 0.001

uniformDefecti veFracti onOfwPs/cel 11.0e-4, 1.0e-2** 6/2/1998 tpa3.2 5 new parameters; number of SEISMO inservals not to exceed 4

iconstantNumberOfSEISMOWPFai 1 ureInterval s4

constantBeginningOfSEISMOWPFailureInterval l[yr]0.0

constantBegi nni ngOfSEISMOWPFai 1 ureInterval 2 [yr]2000.0

constantBegi nni ngofSEISMOWPFai 1 ureInterval 3 [yr]5000.0

constantBegi nni ngOfSEISMOWPFai 1 ureInterval 4 [yr]10000.0

constantWPInternal volume[m3]4.83

constantFl owOnsetTemperatu re [C]999.

constantSFDensi ty [kg/m3]10600.

iconstantSu rfaceAreaModel1

iconstantIModel2

constantoxygenPartial Pressure [atm]0.21

Page 22

tpa inp isi 005.fixconstantNegativeLogl0CarbonateConcentration[mol/L]3.71

constantUserLeachRate[kg/yr/m2]2.5e-4

**csml/20/2000loguni formPreexponenti alSFDi ssol uti onModel 21.2e7, 1.201e7**csml/20/2000

constantRDInvertCm6.00e3

constantRDInvertPu3.00e3

constantRDInvert-U6.01e2

constantRDInvertAm3.00e3

constantRDInvertNp1.20e3

constantRDInvertTh3.00e3

constantRDInvert-Ra6.01e2

constantRDInvertPb3.01e2

constantRDInvert-Cs1.21e2

constantRDInvertI7.OOeO

constantRDInvert-Tc1.0

constantRDInvertNi6.10el

constantPage 23

tpa inp isi 005.fixRD-InvertCl1.0

constantRDInvert-C6.10el

constantRD-InvertSe1.0

constantRDInvertNb6.01e2

constantGapFractionForCM2460.0

constantGapFractionForU2380.0

constantGapFractionForCM2450.0

constantGapFractionForAM2410.0

constantGapFractionForNP2370.0

constantGapFractionForAM2430.0

constantGapFractionForPU2390.0

constantGapFractionForPU2400.0

constantGapFractionForU2340.0

constantGapFractionForTH2300.0

constantGapFractionForRA2260.0

constantGapFractionForPB2100.0

Page 24

tpa inp isi 005.fix

constantGapFractionForCS1350.06

constantGapFractionForI1290.06

constantGapFractionForTC990.01

constantGapFractionForNI590.0

constantGapFractionForCL360.12

constantGapFractionForC140.1

constantGapFractionForSE790.06

constantGapFractionForNB940.0

normalInitial Radi usOfSFParti cl e [m]7.0e-4, 7.00le-4

constantRadi usOfSFGrai n [m]1.25e-4

constantCladdi ngCorrectionFactor1.0

normalSubGrainFragmentRadiusAfterTransFrac[m]2.0e-5, 2.O0le-5

constantThi cknessofcl adding [m]6.le-4

constantSFC-141nventoryPerKgSF[cil7.2e-4

constantCladC-141nventoryPerKgSF[ci]4.89e-4

constantzyroxideAndcrudc-14InvPerKgSF[ci]

Page 25

tpa inp isi 005.fix2.48e-5

constantGapAndGrai nBoundaryInventoryPerKgSF[ci]6.2e-6

uniformsolubi 1 ityAm[kg/m3]2.4e-3, 2.401e-3

uniformSol ubi 1 i tyNp [kg/m3]2.4e0, 2.401e0

constantSol ubi 1 ityI [kg/m3]1.29e3

constantsol ubi 1 i tyTc [kg/m3]9.93e2

constantsolubilitycl [kg/m3]3.6e2

constantsol ubi Ii ty-c[kg/m3]1.4e2

constantsol ubi ii tyu [kg/m3]7.6e-2

constantSol ubilitycm[kg/m3]2.4e-3

uniformSol ubilityPu [kg/m3]2.4e-3, 2.401e-3

constantsol ubi Ii tyTh [kg/m3]2.3e-3

constantsol ubi 1 i tyRa [kg/m3]2.3e-4

constantSol ubi Ii tyPb [kg/m3]6.6e-4

constantSolubilitycs[kg/m3]1.35e3

constantsol ubilityNi [kg/m3]1.le-0

constantPage 26

tpa inp isi 005.fixsol ubi 1 i tySe [kg/m3]

7.9e2

constantSol ubi ii tyNb [kg/m3]9.3e-6

** 6/2/1998 tpa3.2 next parameter replaced with 44 new parameters** SFWettedFracti on_(fai 1 ureki nd)_subarea

uni formSFWettedFracti onIni ti all0.0, 1.0

uniformSFWettedFracti onIni ti al20.0, 1.0

uniformSFWettedFracti onIni ti al_30.0, 1.0

uniformSFWettedFracti onIni ti al40.0, 1.0

uni formSFWettedFracti onIni ti al50.0, 1.0

uni formSFWettedFracti onIni ti al60.0, 1.0

uni formSFWettedFracti onIni ti al_70.0, 1.0

uni formSFWettedFracti onIni ti al_80.0, 1.0

uni formSFWettedFracti onFAULTO,0.0, 1.0

uni formSFwettedFracti on-VOLCANO0.0, 1.0

uni formSFWettedFracti onSEISMOI1_0.0, 1.0

uniformSFWettedFracti onSEISMOI_20.0, 1.0

uniformSFWettedFracti onSEISMO1_30.0, 1.0

uni formPage 27

tpa inp isi 005.fixSFWettedFracti onSEISMOI_40.0, 1.0

uni formSFWettedFracti onSEISMOlI50.0, 1.0

uni formSFwettedFracti onSEISMOL_60.0, 1.0

uni formSFWettedFraction-SEISMOl_70.0, 1.0

uni formSFWettedFracti onSEISMOl80.0, 1.0

uni formSFWettedFracti onSEISMO2-I0.0, 1.0

uniformSFWettedFracti onSEISMO2_20.0, 1.0

uni formSFWettedFracti onSEISMO2_30.0, 1.0

uni formSFWettedFracti onSEISMo2_40.0, 1.0

uniformSFWettedFracti onSEISMO2_50.0, 1.0

uni formSFWettedFracti onSEISMO2_60.0, 1.0

uniformSFWettedFracti onSEISMO2-70.0, 1.0

uni formSFWettedFracti onSEISMO2_80.0, 1.0

uni formSFWettedFracti onSEISMO3_I0.0, 1.0

uni formSFWettedFracti onSEISMO3_20.0, 1.0

uni formSFWettedFracti onSEISMO3_30.0, 1.0

Page 28

tpa inp isi 005.fixunliform

SFWettedFracti onS EISMO3_40.0, 1.0

uni formSFWettedFracti onSEISMO3_50.0, 1.0

uni formSFWettedFracti onSEISMO3_60.0, 1.0

uni formSFWettedFracti onSEISMO3_70.0, 1.0

uni formSFWettedFracti onSEISMO3_80.0, 1.0

uni formSFWettedFracti onSEISM04_10.0, 1.0

uni formSFWettedFracti onSEISM04_20.0, 1.0

uniformSFWettedFracti onSEISM04_30.0, 1.0

uniformSFWettedFracti onSEISM04_40.0, 1.0

uniformSFWettedFracti onSEISM04_50.0, 1.0

uni formSFWettedFracti onSEISMO4_60.0, 1.0

uni formSFWettedFraction_SEISMO4_70.0, 1.0

uniformSFWettedFracti onSEISMO4_80.0, 1.0

uniformSFWettedFracti onCorrosi onl10.0, 1.0

uni formSFWettedFracti onCorrosi on_20.0, 1.0

uniformSFWettedFracti on.corrosi on_30.0, 1.0

Page 29

tpa inp isi 005.fix

uniformSFwettedFracti onCorrosi on_40.0, 1.0

uniformSFWettedFracti onCorrosi on_50.0, 1.0

uniformSFWettedFracti onCorrosi on_60.0, 1.0

uniformSFWettedFracti onCorrosi on_70.0, 1.0

uniformSFWettedFracti onCorrosi on_80.0, 1.0

** 7/4/1998 tpa3.2 four new parameters for invert**

i flagInvertBypass (O=ebsfi It, l=bypass-ebsfi it)0

constantInvertRockPorosi ty0.3

constantInvertThi ckness [m]0.75

constantInvertDi ffusi oncoeffi ci ent [mA2/yr]4.4e-5

1 ognormalInvertMatri xPermeabi Ii ty [mA2]2.0e-18, 2.0e-16

4 ***>>> UZFT <<<***

constantunsaturatedZoneMi nimumvelocityChangeFactor[Fraction]0.4

constantMatri xLongi tudi nal Di spersi vi ty [Fracti onOfLayer]0.1

constantFractu reLongi tudi nal Di spersi vi ty [Fracti onOfLayer]0.1

l ognormalMat ri xKDTSwAm [m3/kg]4.2e+00 3.8e+06

l ognormalPage 30

tpa inp isi 005.fixMat ri xKDCHnvAm [m3/kg]1.3e+01 1.2e+07

lognormalMat ri xKDCHnzAm [m3/kg]1.2e+01 1.1e+07

l ognormalMat ri xKDPPwAm [m3/kg]9.5e+00 8.7e+06

l ognormalMatri xKDUCF-Am [m3/kg]1.0e+01 9.1e+06

l ognormalMatri XKDBFWAm [m3/kg]4.1e+00 3.7e+06

l ognormalMatri xKDUFZAm[m3/kg]3.9e+00 3.5e+06

l ognormalMatri xKDTSwNp [m3/kg]1.6e-06 2.2e-01

1 ognormalMatri XKDCHnvNp [m3/kg]4.8e-06 6.6e-01

1 ognormalMat ri xKDCHnzNp [m3/kg]4.4e-06 6.0e-01

lognormalMatri xKDPPWNp [m3/kgl3.6e-06 5.0e-01

1 ognormalMatri xKDUCFNp [m3/kg]3.8e-06 5.2e-01

l ognormalMatri xKDBFwNp [m3/kg]1.5e-06 2.1e-01

l ognormalMatri xKDUFZNp [m3/kgl1.5e-06 2.0e-01

constantMatri xKDTSwI [m3/kg]0.0

constantMat ri xKDCHnvI [m3/kg]0.0

constantMatri xKD-CHnzI [m3/kgl0.0

Page 31

tpa inp isi 005.fixconstantMat ri xKDPPWI [m3/kg]0.0

constantMatrixKDUCFI [m3/kg]0.0

constantMat ri xKDBFwI [m3/kg]0.0

constantMat ri XKDUFZI [m3/kg]0.0

constantMat ri XKDTSwTC [m3/kg]0.0

constantMat ri xKDCHnvTc [m3/kg]0.0

constantMatri xKDCHnZTC [m3/kg]0.0

constantMatri xKDPPWTC [m3/kg]0.0

constantMat ri xKDUCFTc [m3/kg]0.0

constantMatri xKDBFwTc [m3/kg]0.0

constantMat ri XKDUFZTC [m3/kg]0.0

constantMatri XKDTSwCl [m3/kg]0.0

constantMatri XKDCHnvCl [m3/kg]0.0

constantMatri XKDCHnzCl [m3/kg]0.0

constantMat ri xKDPPwCl [m3/kg]0.0

constantMat ri xKDUCFC1 [m3/kg]0.0

Page 32

tpa inp isi 005.fix

constantMat ri XKDBFwCl [m3/kg]0.0

constantMatri xKDUFZCl [m3/kg]0.0

constantMatri xKDTSwCm [m3/kg]0.0

constantMatri xKDCHnvCm[m3/kg]0.0

constantMatri XKDCHnzCm[m3/kgl0.0

constantMatri XKDPPwCm [m3/kg]0.0

constantMatri XKDUCFCm[m3/kg]0.0

constantMatri XKDBFwCm[m3/kg]0.0

constantMat ri XKDUFZCm [m3/kg]0.0

l ognormalMatri xKDTSwU [m3/kg]4.2e-10 1.1e+00

1 ogno rmalMatri xKDCHnvU [m3/kg]1.3e-09 3.3e+00

1 ognormalMat ri xKDCHnzU [m3/kg]1.2e-09 3.0e+00

1 ognormalMatriXKDPPw.U[m3/kg]9.6e-10 2.5e+00

1 ognormalMatri XKDUCFU [m3/kg]1.0e-09 2.6e+00

l ognormalMatri xKDBFwU [m3/kg]4.1e-10 1.0e+00

l ognormalMat r XKDUFZU [m3/kg]

Page 33

tpa inp isi 005.fix3.9e-10 1.Oe+O0

1 ognormalMatri xKDTSwPu [m3/kg]2.3e-02 2.2e+01

l ognormalMatri XKDCHnvPu [m3/kg]7.1e-02 6.7e+01

lognormalMatri xKDCHnzPu [m3/kg]6.5e-02 6.le+01

lognormalMatri xKDPPwPu [m3/kg]5.3e-02 5.0e+01

lognormalMat ri xKDUCFPu [m3/kg]5.6e-02 5.2e+01

lognormalMatri xKDBFwPu [m3/kg]2.3e-02 2.1e+01

l ognormalMatri xKDUFZPu [m3/kg]2.2e-02 2.1e+01

l ognormalMat ri xKDTSwTh [m3/kg]4.8e-05 2.5e+03

lognormalMat ri xKDCHnvTh [m3/kg]1.5e-04 7.6e+03

l ognormalMat ri XKDCHnzTh [m3/kg]1.3e-04 6.9e+03

lognormalMat ri xKDPPwTh [m3/kg]1.1e-04 5.7e+03

l ognormalMatri xKDUCFTh [m3/kg]1.1e-04 5.9e+03

l ognormalMatri xKDBFwTh [m3/kg]4.7e-05 2.4e+03

l ognormalMatri xKDUFZTh [m3/kg]4.5e-05 2.3e+03

uni formMatri xKDTSwRa [m3/kg]0.10, 0.50

uniformPage 34

tpa inp isi 005.fixMat ri xKDCHnvRa [m3/kg]0.050, 0.10

uniformMatri xKDCHnzRa[m3/kg]1.0, 5.0

uni formMatri xKDPPwRa [m3/kg]0.1, 0.5

uni formMatrixKDUCFRa[m3/kg]0.1, 0.5

uni formMatri xKD_BFwRa [m3/kg]0.1, 0.5

uni formMatri xKDUFZRa [m3/kg]0.1, 0.5

uni formMatri xKDTSwPb [m3/kg]0.10, 0.50

uniformMatri xKDCHnvPb [m3/kg]0.10, 0.50

uni formMat ri xKDCHnzPb [m3/kg]0.10, 0.50

uniformMat ri xKDPPwPb [m3/kg]0.10, 0.50

uni formMatri xKDUCFPb [m3/kg]0.10, 0.50

uniformMatri xKDBFwPb [m3/kg]0.10, 0.50

uni formMat ri xKDUUFZPb [m3/kg]0.10, 0.50

uni formMatri xKDTSwCs [m3/kg]0.020, 1.0

uniformMat ri xKDCHnvCs [m3/kg]0.010, 0.10

uni formMatri xKDCHnzCs [m3/kg]0.50, 5.0

Page 35

tpa inp isi 005.fixuni formMatri xKDPPwCs [m3/kg]0.020, 1.0

uniformMat ri XKDUCFCS [m3/kg]0.020, 1.0

uniformMatri xKDBFwCs [m3/kg]0.020, 1.0

uniformMatri xKDUFZCS [m3/kg]0.020, 1.0

uniformMatri xKDTSWNi [m3/kg]5.0e-6, 0.50

uni formMat ri XKDCHnvNi [m3/kg]1.0e-6, 0.10

uniformMatrixKDCHnZNi [m3/kg]5.0e-6, 0.50

uniformMatri xKDPPWNi [m3/kg]5.0e-6, 0.50

uniformMatrixKDUCFNi [m3/kg]5.0e-6, 0.50

uniformMatri xKDBFwNi [m3/kg]5.0e-6, 0.50

uniformMatri xKDUFZNi [m3/kg]5.0e-6, 0.50

constantMatri xKDTSwC [m3/kg]0.0

constantMatri xKDCHnvC [m3/kg]0.0

constantMat ri xKDCHnzC [m3/kg]0.0

constantMatri xKDPPwC[m3/kg]0.0

constantMat ri xKDUCFC [m3/kg]0.0

Page 36

tpa inp isi 005.fix

constantMat ri xKDBFwC [m3/kg]0.0

constantMatri xKDU FZC [m3/kg]0.0

uni formMatri xKDTSwSe [m3/kg]3.0e-7, 0.030

uni formMat ri xKDCHnvSe [m3/kg]2.0e-7, 0.020

uni formMatri xKDCHnzSe [m3/kg]1.5e-7, 0.015

uniformMatri xKDPPwSe [m3/kg]3.0e-7, 0.030

uni formMat ri xKDUCFSe [m3/kg]3.0e-7, 0.030

uniformMatri xKDBFwSe [m3/kg]3.0e-7, 0.030

uni formMat ri xKDUFZSe [m3/kg]3.0e-7, 0.030

constantMatri xKDTSwNb [m3/kg]0.0

constantMatri xKDCHnvNb [m3/kg]0.0

constantMat ri xKDCHnzNb [m3/kg]0.0

constantMat ri xKDPPwNb [m3/kg]0.0

constantMatri XKDUCFNb [m3/kg]0.0

constantMatri xKDBFwNb[m3/kg]0.0

constantMatri XKDUFZNb [m3/kg]

Page 37

tpa inp isi 005.fix0.0

constantFractureRDTSWAm1.0

constantFractureRD-CHnvAm1.0

constantFractureRD-CHnzAm1.0

constantFractureRDPPwAm1.0

constantFractureRDUCFAm1.0

constantFractureRDBFWAm1.0

constantFractureRD_UFZAm1.0

constantFractureRDTSw Np1.0

constantFractureRD-CHnvNp1.0

constantFractureRDCHnzNp1.0

constantFractureRDPPwNp1.0

constantFractureRD-UCFNp1.0

constantFractureRDBFwNp1.0

constantFractureRDUFZ-Np1.0

constantFractureRDTSWI1.0

constantPage 38

tpa inp isi 005.fixFractureRD-CHnvI1.0

constantFractureRD-CHnzI1.0

constantFractureRD-PPwI1.0

constantFractureRDUCFI1.0

constantFractureRDBFwI1.0

constantFractureRDUFZI1.0

constantFractureRDTSwTc1.0

constantFractureRDCHnVTC1.0

constantFractureRDCHnzTc1.0

constantFractureRDPPWTC1.0

constantFractureRDUCF-TC1.0

constantFractureRDBFWTC1.0

constantFractureRDUFZ_Tc1.0

constantFractureRDTSwCl1.0

constantFractureRDCHnvCl1.0

constantFractureRD-CHnzCl1.0

Page 39

tpa inp isi 005.fixconstantFractureRDPPw_Cl1.0

constantFractureRDUCFCl1.0

constantFractureRDBFWCl1.0

constantFractureRDUFZCl1.0

constantFractureRDTSWCm1.0

constantFractureRD-CHnvcm1.0

constantFractureRD-CHnzCm1.0

constantFractureRDPPwCm1.0

constantFractureRD_UCF_Cm1.0

constantFractureRDBFWCm1.0

constantFractureRD-UFZ-Cm1.0

constantFractureRD-TSWU1.0

constantFractureRDCHnvU1.0

constantFractureRD-CHnzU1.0

constantFractureRD-PPwU1.0

constantFractureRDUCF_U1.0

Page 40

tpa inp isi 005.fix

constantFractureRDBFw U1.0

constantFractu reRDUFZU1.0

constantFractu reRDTSwPu1.0

constantFractu reRDCHnvPu1.0

constantFractureRDCHnzPu1.0

constantFractureRD-PPwPu1.0

constantFractureRDCUCF-Pu1.0

constantFractureRDBFwPU1.0

constantFractu reRDUFZPU1.0

constantFractu reRDTSwTh1.0

constantFractu reRDCHnvTh1.0

constantFractu reRDCHnzTh1.0

constantFractu reRDPPwTh1.0

constantFractureRDOUCFTh1.0

constantFractu reRDBFwTh1.0

constantFractureRDUFZTh

Page 41

tpa inp isi 005.fix1.0

constantFractureRDTSwRa1.0

constantFractureRDCHnvRa1.0

constantFractureRD-CHnzRa1.0

constantFractureRDPPwRa1.0

constantFractureRD-UCF-Ra1.0

constantFractureRDBFwRa1.0

constantFractureRDUFZ-Ra1.0

constantFractureRDTSwPb1.0

constantFractureRDCHnvPb1.0

constantFractureRDCHnzPb1.0

constantFractureRDPPwPb1.0

constantFractureRDUCF-Pb1.0

constantFractureRDBFwPb1.0

constantFractureRDUFZ-Pb1.0

constantFractureRD-TSwCs1.0

constantPage 42

tpa inp isi 005.fixFractureRD-CHnvCs1.0

constantFractureRDCHnzCs1.0

constantFractureRDPPWCs1.0

constantFractureRDUCF_CS1.0

constantFractureRDBFWCS1.0

constantFractureRDUFZCS1.0

constantFractureRDTSwNi1.0

constantFractureRD-CHnvNi1.0

constantFractureRD-CHnZNi1.0

constantFractureRDPPwNi1.0

constantFractureRDUCFNi1.0

constantFractureRDBFwNi1.0

constantFractureRDUFZ-Ni1.0

constantFractureRDTSwC1.0

constantFractureRDCHnvC1.0

constantFractureRDCHnzC1.0

Page 43

tpa inp isi 005.fixconstantFractureRD-PPwC1.0

constantFractureRDUCFC1.0

constantFractureRDBFw C1.0

constantFractureRD-UFZC1.0

constantFractureRD-TSwSe1.0

constantFractureRDCHnvSe1.0

constantFractureRDCHnzSe1.0

constantFractureRDPPwSe1.0

constantFractureRDUCFSe1.0

constantFractureRDBFwSe1.0

constantFractureRDUFZSe1.0

constantFractureRDTSwNb

1.0

constantFractureRDCHnvNb1.0

constantFractureRDCHnzNb1.0

constantFractureRDPPwNb1.0

constantFractureRDUCFNb

Page 44

tpa inp isi 005.fix1.0

constantFractureRDBFwNb1.0

constantFractu reRDUFZNb1.0

1 ognormalMatri xPermeabi 1i tyTSw_[m2]0.2e-19, 0.2e-17

l ognormalMatri xpermeabi 1 ityCHnv [m2]0.2e-14, 0.2e-12

l ognormalMatri xpermeabi Ii tyCHnz [m2]0.5e-18, 0.5e-16

lognormalMatri xpermeabi 1 i tyPPwrm2]0.le-17, 0.le-15

1 ognormalMatri xPermeabi 1 ityUCFm2]0.3e-18, 0.3e-16

l ognormalMatri xPermeabi 1 ityBFwJm2]0.2e-19, 0.2e-17

l ognormalMatrixPermeabi 1 ityUFZ_ [m2]1.8e-18, 2.le-16

constantMatri xPorosi tyTSw_0.12

constantMatri xPorosi tyCHnv0.33

constantMat ri xPorosi tyCHnz0.32

constantMatri xPorosi tyPPw_0.28

constantMatri xPorosi tyUCF_0.28

constantMatri xPorosi tyBFW_0.12

constantPage 45

tpa inp isi 005.fixMat ri xPorosi tyUFZ_0. 12

constantMat ri xBetaTSw_1.5

constantMatri xBetaCHnv1.3

constantMatri xBetaCHnz2.3

constantMatri xBetaPPw_1.5

constantMatrixBetaUCF1.4

constantMatri xBetaBFw_1.7

constantMatrixBetaUFZ_2.3

constantMatri xGrai nDensi tyTSw_ [kg/m3]2460.0

constantMatri xGrai nDensi tyCHnv [kg/m3]2260.0

constantMatri xGrai nDensi tyCHnz [kg/m3]2400.0

constantMatri xGrai nDensi tyPPw_[kg/m3]2540.0

constantMatri xGrai nDensi tyUCF_[kg/m3]2420.0

constantMatri xGrai nDensi tyBFW_[kg/m3]2570.0

constantMatri xGrai nDensi tyUFZ_ [kg/m3]2630.0

l ognormalFracturePermeabi 1 i tyTswT[m2]8.0e-15, 8.0e-11

Page 46

tpa inp isi 005.fix1 ognormalFracturePermeabi 1 ityCHnv [m2]8.0e-15, 8.0e-11

l ognormalFracturePermeabi 1 ityCHnz [m2]6.0e-15, 6.0e-11

1 ognormalFracturePermeabi 1 ityPPw_[m2]6.0e-15, 6.0e-11

l ognormalFracturePermeabi 1 ityUCF_[m2]6.0e-15, 6.0e-11

l ognormalFracturePermeabi 1 ityBFw_[m2]3.0e-15, 3.0e-11

l ognormalFracturePermeabi Ii tyUFZ_[m2]1.0e-13, 1.0e-11

loguniformFracturePorosi tyTSw1.0e-3, 1.0e-2

1 oguni formFracturePorosi ty-CHnv1.0e-4, 1.0e-3

l oguni formFracturePorosi tyCHnz1.Oe-4, 1.0e-3

loguniformFracturePorosi tyPPw_1.0e-4, 1.0e-3

loguniformFracturePorosi tyUCF_1.Oe-4, 1.0e-3

l oguni formFracturePorosity-BFW_1.0e-4, 1.0e-3

loguniformFracturePorosi tyUFZ_1.0e-3, 1.0e-2

constantFractu reBetaTSw.2.0

** FractureBeta is fitting parameter where lambda=1-(1/beta) and beta>1constantFractureBetaCHnv2.0

constantFractu reBetaCHnz

Page 47

tpa inp isi 005.fix2.0

constantFractu reletaPPw_2.0

constantFractu reBeta-UCF_2.0

constantFractu reBetaBFw_2.0

constantFractureBetaUFZ_1.6

constantInl etArealSubArea [m2]5.4e5

constantInl etArea._2subArea [m2]5.4e5

constantInl etArea-3SubArea [m2]5.4e5

constantInl etArea_4SubArea [m2]5.4e5

constantInl etArea_5SubArea [m2]5.4e5

constantInl etArea-6SubArea [m2]5.4e5

constantInletArea 7SubArea[m2]

5.4e5

constantInl etArea_8SubArea [m2]5.4e5

constantTSwThi ckness-lSubArea [m]100.0

constantCHnvThi ckness-lsubArea [m]19.0

constantCHnzThi ckness-lSubArea [m]72.0

Page 48

tpa inp isi 005.fixconstantPPwThi ckness-lsubArea [m]50.0

constantUCFThi ckness-lsubArea [m]57.0

constantBFwThi ckness-lsubArea [m]22.0

constantUFZThi ckness-lsubArea [m]0.0

constantTSwThi ckness-2SubArea [m]161.0

constantCHnvThi ckness-2subArea [m]0.0

constantCHnzThi ckness-2subArea [m]108.0

constantPPwThi ckness-2subArea [m]50.0

constantUCFThi ckness-2subArea [m]18.0

constantBFwThi ckness-2subArea [m]0.0

constantUFZThi ckness-2subArea [m]0.0

constantTSwThi ckness-3SubArea [m]79.0

constantCHnvThi ckness-3subArea [m]24.0

constantCHnzThi ckness-3subArea [m]55.0

constantPPwThickness-3subArea[m]52.0

constantUCFThi ckness-3subArea [m]68.0

Page 49

tpa inp isi 005.fix

constantBFwThi ckness_3subArea [m]81.0

constantUFZThi ckness_3SubArea [m]0.0

constantTSwThi ckness_4SubArea [m]144.0

constantCHnvThi ckness_4subArea [m]17.0

constantCHnzThi ckness_4subArea [m]88.0

constantPPwThickness_4SubArea[m]56.0

constantUCFThi ckness_4SubArea [m]61.0

constantBFwThi ckness_4SubArea [m]0.0

constantUFZThi ckness_4subArea [m]0.0

constantTSwThi ckness_5SubArea [m]58.0

constantCHnvThi ckness_5subArea[m]31.0

constantCHnzThi ckness_5subArea [m]49.0

constantPPwThi ckness_5subArea [m]65.0

constantUCFThi ckness_5subArea [m]71.0

constantBFwThi ckness5SubArea [m]101.0**

constantUFZThi ckness_5subArea [m]

Page 50

tpa inp isi 005.fix0.0

constantTSwjThi ckness_6SubArea [m]58.0

constantCHnvThi ckness_6SubArea [m]37.0

constantCHnzThi ckness_6subArea [m]58.0

constantPPwThi ckness_6subArea [m]66.0

constantUCF-Thi ckness_6subArea [m]81.0

constantBFWThi ckness_6subArea [m]51.0

constantUFZThi ckness_6subArea [m]0.0

constantTSwThi ckness_7subArea [m]138.0

constantCHnvThi ckness_7subArea [m]44.0

constantCHnzThi ckness_7subArea [m]63.0

constantPPwThi ckness_7subArea [m]66.0

constantUCFThi ckness_7subArea [m]67.0

constantBFwThi ckness_7subArea [m]0.0

constantUFZThi ckness_7subArea [m]0.0

constantTSwThi ckness_8SubArea [m]163.0

constantPage 51

tpa inp isi 005.fixCHnvThi ckness_8SubArea [m]0.0

constantCHnzThi ckness_8subArea[m]120.0

constantPPwThi ckness_8SubArea [m]25.0

constantUCFThi ckness_8SubArea [m]0.0

constantBFwThi ckness_8subArea [m]0.0

constantUFZThi ckness_8SubArea [m]0.0

** ***>>> SZFT <<<***

1oguni formImmobi 1 eporosi tyPenetrati onFracti onSTFF0.01, 0.1

constantFracturesPermeterSTFF [1/m]0.05

constantMi xi ngZoneDi spersi onFracti on0.01

constantDispersionFractionSTFF0.01

constantDi spersi onFracti onSAV0.1

constantMini mumResi denceTi meSTFF [yr]10.0

constantMini mumResi denceTi meSAV [yr]10.0

constantFractu reRDSTFFAm1.0

** rwr 7/8/98 use KDs from D. Turner with** por = 0.125 and grain dens = 2470 kg/m3log normalAll uvi umMatri XRDSAVAm

Page 52

tpa inp isi 005.fix7.5e4, 6.8e10

constantFractu reRD-STFFNp1.0

** rwr 7/8/98 use KDS from D. Turner with** por = 0.125 and grain dens = 2470 kg/m3log normalAll uvi umMat ri XRDSAVNp1.0, 3.9e3

constantFractu reRD-STFF-I1.0

log uniformAll uvi umMatri xRDSAVI1.0, 4.0

constantFractureRD-STFF-Tc1.0

log uniformAl] uvi umMatri xRDSAVTC1.0, 30.0

constantFractu reRDSTFFCl1.0

constantAll uvi umMatri XRDSAVCl1.0

constantFractu reRDSTFFCm1.0

constantAll uvi umMatri xRDSAVCm7.5e4

constantFractu reRDSTFFU1.0

** rwr 7/8/98 use KDS from D. Turner with** por = 0.125 and grain dens = 2470 kg/m3lognormalAlluvi umMatri xRDSAVU1.0, 1.9e4

constantFractu reRDSTFF.PU1.0

** rwr 7/8/98 use KDS from D. Turner with** por = 0.125 and grain dens = 2470 kg/m3lognormalAlluvi umMatri xRDSAVPu4.2e2, 3.9e5

Page 53

tpa inp isi 005.fix

constantFractu reRD-STFF-Th1.0

** rwr 7/8/98 use KDS from D. Turner with** por = 0.125 and grain dens = 2470 kg/m3lognormal

All uvi umMat ri XRDSAVTh1.9, 4.5e7

constantFractureRD-STFF-Ra1.0

l og uni form

Al] uvi umMatri XRDSAVRa2.0e3, 8.0e3

constantFractu reRD-STFF-Pb1.0

log uni formAl uvi umMatri xRDSAVPb2.0e3, 8.0e3

constantFractureRDSTFF-Cs1.0

log uniform

Al] uvi umMatri xRDSAVCS9.0e4, 1.0e5

constantFractu reRDSTFFNi1.0

l og uni formAl luvi umMat ri xRDSAVNi1.0, 8.0e3

constantFractureRDSTFFC1.0

constantAll uvi umMatri xRDSAVC1.0

constantFractureRD-STFF-Se1.0

loguniformAl uvi umMatri xRDSAV-Se1.0, 500.0

constantFractu reRDSTFFNb1.0

Page 54

tpa inp isi 005.fixlog uniformAl] uvi umMatri xRDSAVNb2.0e3, 3.0e4

loguni formFracturePorosi ty-STFF1.0e-3, 1.0e-2

uniformAll uvi umMatri xPorosi tySAV1.0e-1, 1.5e-1

constantImmobi 1 eRDSTFFAm1.8e4

constantImmobi 1 eRDSTFFNp19.0

constantImmobi 1 eRDSTFFI1.0

constantImmobi 1 eRDSTFF-TC1.0

constantImmobi 1 eRDSTFFCl1.0

constantImmobi 1 eRDSTFFCm1.8e4

constantImmobileRDSTFFU37.0

constantImmobi 1 eRDSTFFPu1.8e3

constantimmobi 1 eRDSTFFTh1.8e4

constantImmobi 1 eRDSTFFRa5.4e3

constantImmobi 1 eRDSTFFPb5.4e3

constantimmobi 1 eRDSTFFCs9.0e3

constantimmobi 1 eRDSTFFNi1.8e3

Page 55

tpa inp isi 005.fix

constantImmobi 1 eRDSTFFC1.0

constantImmobileRDSTFFSe55.0

constantImmobi 1 eRDSTFFNb1.8e4

constantImmobi 1 ePorosi tySTFF0.2

constantDi ffusi onRateSTFF0.00

uni formDi stanceToTUffA11 uvi umInterface [km]5.0, 20.0

** ***>>> DCAGW <<<***

constantDi stanceToReceptorGroup [km] [shoul dbe_10_or_20]20.0

uniformWell PumpingRateAtReceptorGrouplOkm[gal/day]1.5e4, 2.64e5

uniformWell PumpingRateAtReceptorGroup20km[gal/day]4.5e6, 1.3e7

uniformP1 umeThi ckness5km [m]10.0, 100.0

uniformAqui ferThi ckness5kmi[m]300.0, 700.0

uniformMixi ngzoneThi ckness20km [m].50.0, 200.0

iflagPl umecaptu remodel0

iflagDi I uti onModel0

constantuserDefi nedPlumecaptu reFraction1.OdO

Page 56

tpa inp isi 005.fixconstantUserDefi nedDi 1 uti onvol ume [gal/day]10901787. 249406d0

uniformPl uvi al well Pumpi ngRateAtRecepto rG roup20km [gal/day]3.2e6, 9.23e6

constantP1 uvi al Swi tchTi me [yr]13000.0

**- gentpa** (icrp72 for 1-5) 1=infant,2=toddler,3=pre-teen,4=teen,5=adult,6=adult(fgrll)i constantReceptorAgeGroup(l=Nfnt, 2Tod, 3PTeen, 4Teen, 5Adl t, 6Adl tFGR11)6

triangularIntercepti onFracti on/Irri gate0.06, 0.4, 1.0

constantDepthofsurfaceSoi 1 [cm]15.0** See AirborneMassLoadAbovesoil [g/m3]**constant**MassLoadi ngFactor [g/m3]**0.0001

iconstantYearsOfIrri gati onPri orToIntakePeri od [yr]15

triangularLeafyvegetabl eIrrigationRatePB[in/yr]23.0, 43.0, 43.0

triangularothervegetabl eIrri gati onRatePB[i n/yr]23.0, 43.0, 43.0

triangularFruitIrrigationRatePB[i n/yr]23.0, 43.0, 43.0

triangularGrai nIrri gati onRatePB [i n/yr]23.0, 43.0, 43.0

uni formHomeIrrigationRatePB[i n/yr]18.0, 65.0

triangularPoul tryFeedI rri gati onRatePB [i n/yr]23.0, 43.0, 43.0

triangularHenFeedIrrigationRatePB[i n/yr]23.0, 43.0, 43.0

Page 57

tpa inp isi 005.fixuniformLeafyvegetabl eIrri gationTimePB[mo/yr]3.0, 10.0

uniformothervegetabl eIrri gati onTi mePB [mo/yr]2.0, 10.0

uni formFrui tIrri gati onTi mePB [mo/yr]2.0, 6.0

uni formGrai nIrrigationTimePB[mo/yr]6.0, 8.0

uniformHomeI rri gati onTi mePB [mo/yr]9.0, 12.0

uniformPoultryFeedIrri gati onTi mePB [mo/yr]6.0i 8.0

uni formHenFeedIrri gati onTimePB[mo/yr]6.0, 8.0

uniformLeafyvegetabl eIrri gati onRateCB [i n/yr]37.0, 53.0

uni formothervegetabl eI rri gati onRateCB [i n/yr]37.0, 53.0

uni formFruitIrrigationRateCB[i n/yr]37.0, 53.0

uniformGrai nIrri gationRateCB[i n/yr]37.0, 53.0

uniformHomeIrri gati onRateCB [i n/yr]26.0, 91.0

uni formPoul tryFeedIrri gati onRateCB [i n/yr]37.0, 53.0

uniformHenFeedIrrigati onRateCB [i n/yr]37.0, 53.0

uni formLeafyvegetabl eIrri gati onTimeCB[mo/yr]3.0, 8.0

uniformothervegetabl eIrrigationTimeCB[mo/yr]2.0, 8.0

Page 58

tpa inp isi 005.fix

uniformFrui tIrri gati onTi meCB[mo/yr]2.0, 3.0

uniformGrai nIrrigationTimeCB[mo/yr]6.0, 8.0

uniformHomeIrri gati onTi meCB [mo/yr]6.0, 12.0

uni formPoul tryFeedIrri gati onTi meCB [mo/yr]6.0, 8.0

uniformHenFeedirri gati onTi meCB [mo/yr]6.0, 8.0

uniformPoul t ryFeedGrowTi me [day]60.0, 90.0

uni formHen FeedGrowTi me [day]60.0, 90.0

normalBeefFreshForageDi etFracti on0.12, 0.98

normalMi 1 kFreshForageDi etFraction0.12, 0.98

uniformBeefFreshForageGrowTi me [day]30.0, 62.0

uniformMi 1 kFreshForageGrowTi me [day]30.0, 62.0

triangularBeefFreshForageIrrigationRatePB[i n/yr]23.0, 43.0, 43.0

triangularMi 1 kFreshForageIrrigationRatePB[i n/yr]23.0, 43.0, 43.0

uniformBeefFreshForageIrri gati onTi mePB[mo/yr]3.0, 10.0

uniformMil kFreshForageIrrigationTimePB[mo/yr]3.0, 10.0

uniformBeefFreshForageIrrigationRateCB[i n/yr]

Page 59

tpa inp isi 005.fix37.0, 53.0

uniformMi 1 kFreshForageIrri gati onRateCB [i n/yr]37.0, 53.0

uniformBeefFreshForageIrri gati onTi meCB [mo/yr]3.0, 8.0

uniformMi kFreshForageIrrigationTimeCB[mo/yr]3.0, 8.0

1 ognormalDri nki ngwaterconsumptionRatel[L/yr]12.0, 670.0

constantLeafyvegetabl eConsumpti onRatel[kg/yr]0.0

constantothervegetabl econsumptionRatel[kg/yr]0.0

constantFrui tConsumptionRatel[kg/yr]0.0

constantGrai nConsumptionRatell[kg/yr]0.0

constantBeefConsumpti onRatel[kg/yr]0.0

constantPoul tryConsumptionRatel[kg/yr]0.0

constantMi 1 kConsumptionRatel[kg/yr]226.0

constantEggconsumpti onRatel [kg/yr]0.0

constantInhal ati onExposureTi mel[hr]4563.0

constantInhal ati onRatel[cm3/s]52.0

constantSoi lContaminationExposureTimel[hr]2770.0**

l ognormalPage 60

tpa inp isi 005.fixDrinkingWaterConsumptionRate2[L/yr]50.0, 1240.0

constantLeafyvegetableConsumptionRate2[kg/yr]3.5

constantothervegetabl econsumpti onRate2 [kg/yr]16.0

constantFruitConsumptionRate2[kg/yr]48.0

constantGrainconsumptionRate2[kg/yr]30.0

constantBeefConsumptionRate2[kg/yr]4.0

constantPoultryconsumptionRate2[kg/yr]3.0

constantMi 1 kConsumpti onRate2 [kg/yr]127.0

constantEggConsumptionRate2[kg/yr]1.0

constantInhal ati onExposureTi me2[hr]4790.0

constantInhalationRate2l[cm3/s]88.0

constantSoil Contami nati onExposureTi me2 [hr]2620.0

l ognormalDri nki ngwaterconsumpti onRate3 [L/yr]50.0, 1240.0

constantLeafyvegetableconsumptionRate3[kg/yr]4.8

constantothervegetabl eConsumpti onRate3 [kg/yr]22.0

constantFruitConsumptionRate3[kg/yr]52.0

Page 61

tpa inp isi 005.fixconstantGrai nConsumpti onRate3 [kg/yr]49.0

constantBeefConsumpti onRate3 [kg/yr]6.0

constantPoul tryconsumpti onRate3 [kg/yr]5.0

constantMi 1 kconsumpti onRate3 [kg/yr]160.0

constantEggConsumptionRate3 [kg/yr]2.0

constantInhalati onExposureTime3 [h r]4840.0

constantInhalationRate3[cm3/s]139.0

constantSoil Contami nati onExposureTi me3 [hr]3500.0

1 ognormalDri nki ngwaterConsumpti onRate4 [L/yr]55.0, 1850.0

constantLeafyvegetabl econsumpti onRate4 [kg/yr]6.6

constantothervegetabl econsumpti onRate4 [kg/yr]30.0

constantFrui tConsumpti onRate4 [kg/yr]58.0

constantGrai nConsumptionRate4[kg/yr]56.0

constantBeefConsumpti onRate4 [kg/yr]10.0

constantPoul tryconsumpti onRate4 [kg/yr]5.0

constantMi 1 kConsumpti onRate4 [kg/yr]143.0

Page 62

tpa inp isi 005.fix

constantEggConsumptionRate4[kg/yr]2.0

constantInhal ati onExposureTi me4 [hr]4690.0

constantInhal ati onRate4 [cm3/s]185.0

constantsoil Contami nati onExposureTi me4 [hr]3310.0

l ognormalDri nki ngwaterConsumpti onRate5 [L/yr]95.0, 2380.0

constantLeafyvegetableconsumptionRate5[kg/yr]8.9

constantothervegetableconsumptionRate5[kg/yr]41.0

constantFruitConsumptionRate5[kg/yr]52.0

constantGrainConsumptionRate5[kg/yr]50.0

constantBeefConsumptionRate5[kg/yr]12.0

constantPoultryconsumptionRate5[kg/yr]6.0

constantMilkconsumptionRate5[kg/yr]74.0

constantEggConsumptionRate5[kg/yr]2.0

constantInhal ati onExposureTi me5 [hr]6910.0

constantInhal ati onRate5 [cm3/s]176.0

constantPage 63

tpa inp isi 005.fixSoil Contami nati onExposureTi me5 [hr]3830.0

constantDri nki ngwaterConsumpti onRate6 [L/yr]730.0

lognormalLeafyvegetableconsumptionRate6[kg/yr]

.2.3, 52.0

lognormalothervegetabl econsumpti onRate6 [kg/yr]3.8, 680.0

l ognormalFrui tConsumpti onRate6 [kg/yr]3.4, 620.0

1 ognormalGrai nConsumpti onRate6 [kg/yr]5.1, 920.0

l ognormalBeefConsumpti onRate6 [kg/yr]12.0, 280.0

1 ognormalPoul tryconsumpti onRate6 [kg/yr]1.3, 28.0

lognormalMi lkconsumptionRate6[kg/yr]7.5, 1340.0

constantEggConsumpti onRate6 [kg/yr]3.0

constantInhal ati onExposu reTi me6 [h r]4200.0

constantInhalationRate6[cm3/s]270.0

constantSoi lContami nationExposureTime6[hr]1800.0

1 ognormalPlantuptakescal eFactor0.10, 9.8

l ognormalAnimal uptakeScal eFactor0.10, 9.8

1 ognormalKDSoi lCmm[cm3/g]1.5, 1.1e7

Page 64

tpa inp isi 005.fix

1 ognormalKDSoi lPu [cm3/g]2.0, 1.5e5

l ognormalKDSoi lu [cm3/g]9.3e-4, 1.3e6

l ognormalKDSoi lAm [cm3/g]3.7e-1, 9.9e6

lognormalKDSOi lNp[cm3/g]1.9e-2, 1.3e3

1 ognormalKDSoi lTh [cm3/g]3.2, 3.2e6

l ognormalKDSoi lRa[cm3/g]1.3e-2, 1.9e7

l ognormalKDSoi lPb [cm3/g]1.4e-1, 5.2e5

l ognormalKDSoi lCs [cm3/g]7.5e-2, 1.0e6

1 ognormalKDSoi lI [cm3/g]7.2e-4, 1.4e3

l ognormalKDSoi lTc [cm3/g]2.7e-4, 3.7el

l ognormalKDSoilNi [cm3/g]2.9, 5.6e4

constantKDSoi lCl [cm3/g]0.25

1 ognormalKDSoi lC[cm3/g]3.6e-1, 7.Oel

l ognormalKDSoi lSe [cm3/g]1.5el, 2.1e2

constantKDSoi lNb [cm3/g]160.0

constantAnnual Preci pi tati on [m/yr]

Page 65

tpa inp isi 005.fix0.085

constantAnnual Irrigation [m/yr]1.52

constantSoil Bul kDensi ty[g/cm3]1.5

constantSoi Ivol umetri cWaterContent0.35

constantTotal Annual Evapotranspi ration [m/yr]0.80

** ***>>> FAULTO <<<***

fi ni teexponenti alTi meOfNextFaul ti ngEventi nRegi onofInterest [yr]100.0, 10000.0, 2.0e-5

userdi stri buti onThreshol dDi spl acementforFaul tDi s rupti onofwP [m]40.10.20.30.4

uni formXLocati onOfFaul ti ngEventInRegi onofinte rest [m]547400.0, 548600.0

uni formYLocati onOfFaul ti ngEventInRegi onofInterest [m]4076000.0, 4079600.0

constantProbabi 1 i tyForNwori entati onOfFaults0.05

uni formRNtoDetermi neFaul tori entati on0.0, 1.0

constantNWFaul tStri keori entati onMeasu redfromNorthcl ockwi se [degrees]-32.5

constantNEFaul tStri keori entati onMeasuredfromNorthCl ockwi se [degrees]10.0

constantNWFaul tTraceLength [m]4000.0

constantNEFaul tTraceLength [m]4000.0

Page 66

tpa inp isi 005.fix

betaNWFaul tZoneWi dth [m]0.5, 275.0, 1.25, 15.0

betaNEFaul tzonewi dth [m]0.5, 365.0, 1.25, 15.0

1 ognormalNWAmountOfLargestCredi bl eDi spl acement [m]5.41e-2, 3.3e-1

l ognormalNEAmountOfLargestCredi bl eDi spl acement [m]5.41e-2, 3.3e-1

constantNWCumul ati veDi spl acementRate [mm/yr]0. 00005

constantNECumul ati veDi spl acementRate [mm/yr]0. 00005

** ***>>> VOLCANO <<<***

iconstantvol canoModel (l=Geomet ri c, 2=Di st ri buti on)2

fi ni teexponenti alTi meOfNextVol cani cEventi nRegi onofInterest [yr]100.0, 10000.0, 1.0e-7

constantXLocati onInRegi onofInterest [m]548000.0

constantYLocati onInRegi onofInterest [m]4078000.0

uniformRNtoDetermi neIfExtrusi veOrIntrusi veVol cani cEvent0.0, 1.0

constantFractionOfTimeVol cani cEventIsExtrusive0.999

uniformAngl eofvol cani cDi keMeasuredFromNorthCl ockwi se [degrees]0.0, 15.0

uniformLengthofvol cani cDi ke [m]2000.0, 11000.0

uniformwi dthofvol cani cDi ke [m]1.0, 10.0

Page 67

tpa inp isi 005.fix

uniformDi ameterofvol cani cCone [m]24.6, 77.9

** For Distribution model only.

i constantsubareaofvol cani cEvent []2

betaNumberofwPsEntrai nedByEjecta[]1.0, 150.0, 1.0, 2.0

loguni formNumberOfMagmalnducedMechani cal Fail uresRemai ni ngInDri ft []1.0, 1402.0

** ***>>> ASHPLUMO <<<***

constantDensityofAi rAtSTP[g/cm3]0. 00129

constantVi scosi tyofAi rAtSTP [g/cm-s]0. 00018

constantConstantRel ati ngFal l Ti meToEddyDi ffusi vi ty [cm2/s 5/2]400.0

constantMaxi mumParti cl eDi ameterForParti cl eTransport [cm]10.dO

constantMi ni mumFuel Parti cul ateSi ze [cm]0. 0001

constantModeFuel Parti cul ateSi ze [cm]0.001

constantMaxi mumFuel Parti cul ateSi ze [cm]0.01

constantMini mumAshDensi tyForvari ati onwi thSi ze [g/cm3]0.8

constantMaxi mumAshDensi tyForVari ati onwi thSi ze [g/cm3]1.6

constantMini mumAshLogdi ameterForDensi tyvari ati on-2.0

constantPage 68

tpa inp isi 005.fixMaxi mumAshLogdi ameterForDensi tyvari ati on-1.0

constantParti cl eshapeParameter0.5

constantIncorporationRatio0.3

constantwi ndDi recti on [degrees]-90.0

exponentialwi ndSpeed [cm/s]0. 00083

lo uniformVolcanicEventDuration[s]1.8e5, 1.3e6

log uniform

Vol cani cEventPower[w]3.5e9, 5.3e11

constantvol cani cCol umnConstantBeta10.0

logtriangularAshMeanParti cl eLogDi ameter [d-i ncm]0.01, 0.1, 1.0

constantAshParti cl esi zeDi stri buti onstandardDevi ati on1.0

** ***>>> ASHRMOVO <<<***

constantRel ati veRateOfBl anketRemoval [1/yr]0. 0007

constantFracti onOfPreci pi tati onLostToEvapotranspi ration0.68

constantFracti onofIrri gati onLostToEvapotranspi ration0.5

*"constant**Annual Preci pi tati on [m/yr]**0.12

**constant**Annual Irrigation[m/yr]**1.52

constantPage 69

tpa inp isi 005.fixFracti onofYearsoi l IssaturatedDueToPreci pi tati on0.0054

constantFractionofYearsoil IsSaturatedDueToIrrigation0.2

constantAshBUl kDensity[g/cm3]1.4

constantAshvolumetricMoi stureFractionAtSaturation0.4

constantDepthofTheRooti ngZone [m]0.15

constantKdOfUrani uminvol cani cAsh [cm3/g]35.0

constantKdOfCuri umInvol cani cAsh [cm3/g]4000.0

constantKdOfPl utoni umInvol cani cAsh [cm3/g]550.0

constantKdofAmeri ci uminvol cani cAsh [cm3/g]1900.0

constantKdOfThori uminvol cani cAsh [cm3/g]3200.0

constantKdOfRadi umInVol cani cAsh [cm3/g]500.0

constantKdOfLeadInvol cani cAsh [cm3/g]270.0

constantKdofProtacti ni umInvol cani cAsh [cm3/g]550.0

constantKdOfActi ni umInvol cani cAsh [cm3/g]450.0

constantKdOfNeptuni uminvol cani cAsh [cm3/g]5.0

constantKdofsamari uminvol cani cAsh [cm3/g]245.0

Page 70

tpa inp isi 005.fixconstantKdOfCesi umInvol cani cAsh [cm3/g]280.0

constantKdOfIodi neinvol cani cAsh [cm3/g]1.0

constantKdOfTi nInvol cani cAsh [cm3/g]130.0

constantKdOfSi 1verinvol cani cAsh [cm3/g]55.0

constantKdOfPal adi umInvol cani cAsh [cm3/g]55.0

constantKdOfTechneti umInvol cani cAsh [cm3/g]0.1

constantKdOfMol ybdenuminvol cani cAsh [cm3/g]10.0

constantKdOfNi obi uminvol cani cAsh [cm3/gl160.0

constantKdOfZi rconi umInvol cani cAsh [cm3/g]600.0

constantKdOfStronti umInvol cani cAsh [cm3/g]15.0

constantKdofsel eni umInvol cani cAsh [cm3/g]150.0

constantKdOfNi ckel Invol cani cAsh [cm3/g]400.0

constantKdofchl ori neInvol cani cAsh [cm3/g]0.25

constantKdOfCarbonInvol cani cAsh [cm3/g]5.0

constantsol ubi 1 ityofurani uminvol cani cAsh [moles/] i ter]4.5e-5

constantSol ubi Ii tyofCuri umInvol cani cAsh [mol es/l i ter]1.Oe-6

Page 71

tpa inp isi 005.fix

constantsolubilityofPlutoni umInvol cani cAsh [moles/liter]5.0e-6

constantsol ubi Ii tyofAmeri ci umInvol cani cAsh [moles/liter]1.0e-6

constantsol ubi I ityofThori umInvol cani cAsh [moles/1i ter]3.2e-9

constantsol ubi I ityOfRadi umInvol cani cAsh [moles/i i ter]1.0e-7

constantsol ubi Ii tyOfLeadInvol cani cAsh [moles/liter]3.2e-7

constantsol ubi ii tyOfProtacti ni umInvol cani cAsh [moles/l i ter]3.2e-8

constantSol ubi ii tyofActi ni umInvol cani cAsh [moles/l i ter]1.0e-6

constantsol ubi I ityOfNeptuni umInvol cani cAsh [moles/1i ter]1.0e-4

constantSol ubi I ityOfSamari umInvol cani cAsh [moles/l iter]5.0e-6

constantSol ubi 1 ityOfCesi umInvol cani cAsh [mol es/li ter]1.0

constantSol ubi I ityofiodi neinvol cani cAsh [moles/i i ter]1.0

constantsol ubi Ii tyofTi nInvol cani cAsh [moles/1i ter]5.0e-8

constantsol ubi Ii tyOfSi 1verinvol cani cAsh [moles/l iter]1.0

constantSol ubii tyofPal adi umInvol cani cAsh [moles/1i ter]9.5e-4

constantsol ubi I ityOfTechneti umInvol cani cAsh [moles/1i ter]1.0

constantsol ubi I ityOfMol ybdenumInvol cani cAsh [moles/1i ter]

Page 72

tpa inp isi 005.fix1.0

constantsol ubi Ii tyofNi obi umInvol cani cAsh [moles/i i ter]1.0e-8

constantsolubilityofzi rconiumInvolcanicAsh[moles/liter]3.2e-10

constantsol ubi Ii tyofstronti umInvol cani cAsh [moles/liter]1.3e-4

constantsol ubi Ii tyofsel eni uminvol cani cAsh [moles/liter]1.0

constantSol ubi 1 i tyofNi ckel Invol cani cAsh [mol es/liter]2.0e-3

constantsol ubi i tyofchl ori neInvol cani cAsh [moles/liter]1.0

constantsol ubi Ii tyofcarbonInvol cani cAsh [moles/liter]1.0

** ***>>> DCAGS <<<***

constantDi stanceCutoffForDoseConversi onDual i tyInDCAGS [km]19.99

l oguni formAi rborneMassLoadAboveFreshAshBlanket[g/m3]1.2e-3, 1.6e-2

constantOccupancyFactorForVol cani smDoseCal cul ati on [-]0.485

constantDepthOfResuspendabl eLayer [cm]0.3

loguni formAi rborneMassLoadAboveSoi 1 [g/m3]5e-5, 3e-4

constantRateOfReducti onofMassLoadi ngFactor [1/yr]0.07

** ***>>> CORRELATED PARAMETERS <<<***

correlatei nputsSubAreawetFracti onArealAverageMeanAnnual infi 1 trati onAtStart [mm/yr]

Page 73

tpa inp isi 005.fix0.631

correl atei nputsSubAreawetFracti onMatri xPermeabi Ii tyTSw_[m2]-0.623

** rwr 1/17/00 modified to allow for temporla variability** in Fmult and FOW** correlateinputs** FowFactor** ArealAverageMeanAnnualInfiltrationAtStart[mm/yr]** -0.224

** correlateinputs** FowFactor** Matri xPermeabi 1 i tyTSwj[m2]** 0.13

* correlateinputs** FowFactor** SubAreawetFraction** -0.366

correlateinputsAl luviumMatrixRDSAVAmAll uvi umMatri xRDSAVPu0.964

correl atei nputsAll uvi umMatri xRDSAVAmAll uvi umMatrixRDSAVU0.346

correlatei nputsAll uvi umMatri xRDSAVAmAl 1 uvi umMat ri XRDSAVNp0.837

correlateinputsAll uvi umMatri xRDSAVAmAll uvi umMatri xRDSAVTh0.112

correl atei nputsAl 1 uvi umMat ri xRDSAVPUAll uvi umMatri xRDSAVU0.489

correl atei nputsAll uvi umMatri xRDSAVPuAll uvi umMatri xRDSAVNp0.881

correlateinputsAll uvi umMatri xRDSAVPUAll uvi umMatriXRDSAVTh0.109

cOrrel atei nputsAll uvi umMatri xRDSAVNpAll uvi umMatrixRDSAVTN

Page 74

tpa inp isi 005.fix0.260

correlateinputsAll uvi umMatri xRDSAVNpAll uvi umMatri XRDSAVU0.610

correlateinputsAll uvi umMatri xRDSAVThAll uvi umMatri xRDSAVU0.165

endoffile

Page 75

tpa inp isi.005titleInput file tpa.inp as supplied with TPA Version 4.0 Code.Base case, ACM - ISI analysis files 06/27/00

** ***>>> GLOBAL PARAMETERS <<<***

** ***>>> Importance Analysis Flags <<*

iflagImportanceAnal ysi sF1 ag (yes=l, no=O)0

iflagInnerContai nerPresenceFl ag(yes=l, no=O)1

iflagOuterContai nerPresenceF1 ag(yes=l, no=0)1

i flagCl addi ngPresenceF1 ag (yes=l, no=O)

iflagsoi ngPresenceFl ag(yes=1, no=0)1

iflaguppe runsaturatedLaye rPresenceF1ag(yes=l,no=)1

iflagTSwPresenceF1uagt(yes=l,gno=O)1

iflagCHnvPresenceFl ag (yes=l, no=O)1

iflagCHnzPresenceFl ag(yes=l, no=O)1

iflagPPwPresenceFl ag(yes=l, no=0)1

iflagUCFPresenceFl ag (yes=l, no=0)1

iflagBFwPresenceFl ag (yes=l, no=0)1

iflagSTFFPresenceFl ag (yes=l, no=O)1

iflag

SAVPresenceFl ag(yes=l, no=O)Page 1

tpa inp isi.0051

i flaqPumpi ngwel 1 PresenceF1 ag (yes=l, no=O)1

***>>> Disruptive Scenario Flags <<<*

iflagvol cani smDi S rupti veScenari oF1 ag (yes=l, no=0)0

iflagFaul ti ngDi srupti veScenari oFl ag(yes=l, no=0)0

iflagsei smi cDi s rupti veScenari oF1 ag (yes=l, no=0)1

* * ***>>> subarea Size <<**

*'1**Number and Location of SubAreas[M] Based on Fig3.4-1 in TSPA95

****ZONE T="ONE RECTANGULAR ZONE SUBAREA", F=POINT** 547500.0 4076000.0** 547500.0 4079467.56** 548500.0 4079467.56** 548500.0 4076000.0** 547500.0 4076000.0**subarea**7**ZONE T="Subarea 1",I=5,F=POINT**547472.0, 4079323.7**548069.2, 4079136.5**547847.3, 4077816.2**547318.4, 4077934.0**547472.0, 4079323.7**ZONE T="Subarea 2",I=5,F=POINT**548069.2, 4079136.5**548609.7, 4078968.6**548547.9, 4077654.1**547847.3, 4077816.2**548069.2, 4079136.5**ZONE T="Subarea 3",I=5,F=POINT**547318.4, 4077934.0**547847.3, 4077816.2**548322.7, 4077192.2**547474.7, 4077281.6**547318.4, 4077934.0**ZONE T="Subarea 4"j,=5,F=POINT**547847.3, 4077816.2**548547.9, 4077654.1**548504.8, 4077170.0**548322.7, 4077192.2**547847.3, 4077816.2**ZONE T="Subarea 5",I=5,F=POINT**547474.7, 4077282.6**547887.3, 4077238.1**547995.0, 4076338.9

Page 2

**547670.4, 4076435.5 tpa ifp 151.005

**547474.7, 4077282.6**ZONE T="Subarea 6",I=5,F=POINT**547887.3, 4077238.1**548322.7, 4077192.2**548319.5, 4076220.2**547995.0, 4076338.9**547887.3, 4077238.1**ZONE T="Subarea 7",I=5,F=POINT**548322.7, 4077192.2**548504.8, 4077170.0**548473.1, 4076533.7**548319.5, 4076220.2**548322.7, 4077192.2

** Number and Location of SubAreas[m] Based On EDA-II Design.subarea8edaii 1-cw547514.88,4079310.61548069.2,4079136.5547847.3,4077816.2547370.95,4077922.04547514.88,4079310.61edaii 2-cw548069.2,4079136.5548569.32,4078981.548504.06,4077664.24547847.3,4077816.2548069.2,4079136.5edaii 3-cw547370.95,4077922.04547847.3,4077816.2548322.7,4077192.2547474.7,4077281.6547370.95,4077922.04edaii 4-cw547847.3,4077816.2548504.06,4077664.24548479.71,4077173.06548322.7,4077192.2547847.3,4077816.2edaii 5-cw547474.7,4077282.6547887.3,4077238.1547897.79,4076045.46547655.97,4076123.07547474.7,4077282.6edaii 6-c547887.3,4077238.1548322.7,4077192.2548155.7,4075962.63547897.79,4076045.46547887.3,4077238.1edaii 7-cw548322.7,4077192.2548479.71,4077173.06548455,4076674.51548155.7,4075962.63548322.7,4077192.2edaii 8-cw547645.27,4079656.06548588.98,4079377.55

Page 3

tpa inp isi.005548569.32,4078981547514.88,4079310.61547645.27,4079656.06**edaii 9-cw**547732.82,4081208.07**548251.91,4081034.69**548116.89,4079516.81**547645.27,4079656.06**547732.82,4081208.07**edaii 10-cw**548251.91,4081034.69**548664.55,4080902.19**548588.98,4079377.55**548116.89,4079516.81**548251.91,4081034.69

iconstantStartAtSubarea1

iconstantStopAtSubarea8

** ***>>> Nuclides and Chains <<<***

** 5/25/1998 tpa3.2 new parameter section

** Nuclides can be eliminated from the basecase set.** However, if additional nuclides (Pu242, Am242m, Pu238, Cm243,** U235, Pa231, Ac227, Pu241, u233, Th229, Cm244, U236, U232, Sm151,** Cs137, Sn126, Sn121m, Agl08m, Pd107, Mo93, zr93, Sr90, or Ni63)** are added to the basecase set, then corresponding RDs, KDs,** solubilities, gap fractions, and correlations must be added.

iflagChec kNucl i desAndchai ns (yes=1, no=0)0

aqueousnuclides** number of nuclides, number of chains2013

** chain 12cm246u238** chain 23cm245Am241Np237** chain 32Am243Pu239** chain 41Pu240** chain 54

Page 4

tpa inp isi.005U234Th230Ra226Pb210** chain 61Cs135** chain 711129** chain 81Tc99** chain 91Ni59** chain 101C14** chain 111Se79** chain 121Nb94** chain 131c136

endofnucl ides

** ***>>> Parameter sampling <<<***

** 5/25/1998 tpa3.2 new parameter;option to conduct direct-release only calculation

iflagDi rectRel easeonl yFl ag (yes=l, no=0)0

constantSeedForRandomNumber188910452.0

iconstantLati nHypercubesampl i ng (yes=l, no=0)1

iconstantNsetLati nHypercubesampl i ng1

iconstantNumberOfRealizations250

iconstantStartAtReal i zati on1

iconstantStopAtReal i zati on0

Page 5

tpa inp isi.005

** ***>>> Simulation Times <<<***

** 6/2/1998 tpa3.2 4 new parameters; calculations at two time periods

constantDu rati onOfcompl i ancePe ri od [yr]1.0e4

constantMaxi mumTi me [yr]1.0e4

** Sum of pre- and post-compliance time steps must not exceed 201

i constantNumberOfTi mestepsincompl i ancePeri od401

constantRati oOfLastToFi rstTi meStepIncompl i ancePeri od1.0

** Next two parameters ignored if MaximumTime[yr] = Durationofcomplianceperiod[yr]

iconstantNumberofTi meStepsAfterCompli ancePeri od0

constantRati oOfLastToFi rstTi meStepAfterCompli ancePeri od1.0

** ***>>> output Print options <<<***

iconstantOutputMode (0=None, l=Al 1, 2=UserDefi ned)0

iconstantuserDefi nedLowerReal i zati onAppended1

iconstantuserDefi nedupperReal i zati onAppended1

** 5/25/1998 tpa3.2 new parameter

select Append Files** 0 = append all files** 1 = uzflow.ech and uzflow.rlt only** 2 = nfenv.ech and nfenv.rlt only** 3 = ebsfail.ech and ebsfail.rlt only

4 = seismo.ech and seismo.rlt only** 5 = faulto.ech and faulto.rlt only** 6 = volcano.ech and volcano.rlt only** 7 = ebsrel.ech and ebsrel.rlt only** 8 = uzft.ech and uzft.rlt only** 9 = szft.ech and szft.rlt only** 10 = dcagw.ech and dcagw.rlt only

Page 6

tpa inp isi.005** 11 = ashplumo.ech and ashplumo.rlt only** 12 = ashrmovo.ech and ashrmovo.rlt only** 13 = dcags.ech and dcags.rlt only** 14 = ashplume.cum only** 15 = fail t.cum only** 16 = nefiiuz.cum only** 17 = releaset.cum only** 18 = ggenii.cum only** 19 = genv.cum only** 20 = dcf.cum only (gw.cb-ad.dat and gw-pb-ad.dat)

iconstantSel ectAppendFi 1 es0

** ***>>> UZFLOW <<<***

uniformArealAverageMeanAnnual Infi 1 trati onAtStart [mm/yr]1.0, 10.0

uniformMeanAveragePreci pi tati onMul tipl i erAtGl aci al Maximum1.5, 2.5

uniformMeanAverageTemperatureIncreaseAtGl aci al Maxi mum[degc]-10, -5

constantTi meStepForCl i mate [yr]500.0

constantstandardDevi ati onOfMAPAboutMeanInOneTi mePeri od [mm/yr]0.0

constantstandardDevi ati onOfMATAboutMeanInoneTi mePeri od [degc]0.0

constantcorrel ati onBetweenMAPAndMAT-0.8

iconstantcli matePertu rbati onSet1

** ***>>> NFENV <<<***

i flagTabul arTemperatureRHF1 ag(yes=l, no=0)0* *

iconstantnsetusedToPi ckTempRHDataSet1

constantWPLength [m]

Page 7

tpa inp isi.0055.275

constantWPDi ameter [m]1. 579

**csml/24/2000constantEmp]acementDri ftDi ameter [m]5.5

**csml/24/2000constantci rcumferenti al Fracti onNotCoveredByFl oor []0.75**csml/24/2000

constantEmpl acementBackfi 1 1Thi ckness [m]0.6

constantDripShieldThi ckness [m]0.02

**csml/26/2000constantDri pShi el dEqvIntDi a [m]2.75**csml/26/2000

** 6/2/98 tpa3.2 name change for UseReflux2

iconstantSel ectRefl uxModel (1,2,3)3

constantLengthOfRefl uxzone [m]20

constantMaxi mumFl uxInRefl uxzone [m/s]1.Oe-9

constantPerchedBucketvol umeperSAarea[m3/m2]0.5

constantRefl ux2Thi ckness100.0

constantRefl ux2Porosi ty0.14

constantRefl ux2SatIni t0.9

constantRefl ux2SatResi d

Page 8

tpa inp isi.0050.1

constantRefl ux2Period100.0

constantRefl ux2LossI0.1

constantRefl ux2LOSSD0.1

1-22-00 EDA II design *

constantEmpl acementDri ftSpaci ng [ml81.

constantwPSpaci ngAl ongEmpl acementDri ft [m]6.1392

constantTotal WasteEmpl acedInReposi tory [MTU]68030.0** The above value fills subarea 8 completely at 81x6.1392 spacing & 9.76 MTU/WP

** 6/4/98 tpa3.2: Next 4 new parameters specific to reflux3 model

** WPUnitCel1width is replaced by EmplacementDriftspacing**constant**WPUni tCel lwidth [m]**81.

l oguni formFracti onofcondensateRemoved [1/yr]1.0e-8, 1.0

uni formFracti onofcondensateTowardReposi tory [1/yr]0.0, 1.0

l oguni formFracti onofcondensateTowardReposi toryRemoved [1/yr]1.0e-8, 1.0

constantDensi tyofwaterAtBoi 1 i ng [kg/mA3]960.5

constantEnthal pyofPhaseChangeForwater [J/kg]2.4e6

uni formTemperatureGradi entInvi ci ni tyOfBoi 1 i ngIsotherm[K/m]1.0, 100.0

**constant**Areal MassLoadi ng [MTU/acre]**83.0

Page 9

tpa inp isi.005

constantwastePackagePayload[MTU]9.76

constantAgeofwaste [yr]26.0

constantAmbi entReposi toryTemperature [C]20.0

constantMassDensityofYMROck[kg/mA3]2580.0

constantSpecifi cHeatofYMROckl[J/(kg-K)]840.0

uniformThermalconductivityofYMRock[W/(m-K)]1.8, 2.2

constantEmi ssi vi tyOfDri ftwall [-]0.8

constantEmi ssi vi tyOfDri pShi el dl[-]0.63

constantEmissivityOfWastePackage[-]0.87

constantThermalConductivityOfFloor[W/(m-C)I0.6

**,csml/26/2000constantcondEqvForNaturalConvection [W/(m-C)]0.90

**csm2/11/2000constantFactorForventi 1 ati onHeatl osses []0.3**csm2/11/2000**csml/26/2000

constantTi meOfBackfi I1 Empl aced [yr]50.0

**csml/26/2000

iconstantNumberofweightsForGaussLegendreIntegration[]20

Page 10

tpa inp isi.005constantThermal conducti vi tyOfDri pshi el d [w/(m-c)]20.77**csml/26/2000

constantThermal Conducti vi tyOfBackfi ll[w/(m-C)]0.27

constantThermal conducti vi tyofInne rove rpack [w/m-c]15.0

constantThermal Conducti vi tyofouteroverpack[w/m-c]11.1

constantEffectiveThermalconductivityOfBasket&SFi nWP[W/(m-C)]1.0

constantEl evati onOfReposi toryHori zon [m]1072.0

constantEl evati onOfGroundsurface [m]1400.0

***>>> EBSFAIL <<<***

constantOuterWPThi ckness [m]0.02

constantInnerWPThi ckness [m]0.05

constantMetalGrai nRadi us [micrometer]13.75

constantGrai nBoundaryThi ckness [mi crometer]7.0e-4

constantDryoxi dati onconstant9999

constantCritical Rel ati veHumi di tyHumi dAi rCorrosi on0.55

normalcritical Rel ati veHumi di tyAqueousCorrosi on0.6, 0.65

uniformThi cknessofwaterFi lm[m]0.001, 0.003

Page 11

tpa inp isi.005

constantBoi Ii ngPoi ntofwater [C)97.0

constantouteroverpackErpIntercept2006.0

constantTempCoefofouterPackErpintercept-15.2

constantOuteroverpackErpSlope-590.7

constantTempCoefofouterPackErpSlope4.3

constantInneroverpackErpIntercept-10000.0**48.5, 148.5 >>> 625 <<<

constantTempCoefofInnerPackErpIntercept0.0

constantInneroverpackErpSlope0.0**-160.8 >>> 625 <<<

constantTempCoefofInnerPackErpSlope0.0

constantOuterWPBetaKineticsparameterforoxygen0.75

constantOuterWPBetaKineticsParameterforWater0.5

constantInnerWPBetaKineticsParameterforoxygen0.75

constantInnerWPBetaKineticsParameterforWater0.5

constantOuterWPRateConstantforoxygenReduction[coulomb-m/mole/yr]3.0elO

constantOuterWPRateConstantforwaterReduction[coulomb-m/mA2/yr]3.2

Page 12

tpa inp isi.005constantOuterWPActivationEnergyforOxygenReduction[J/mole]40000.0

constantOuterWPActivationEnergyforWaterReduction[J/mole]25000.0

constantInnerWPRateConstantforoxygenReduction[coulomb-m/mole/yr]3.0elO

constantInnerWPRateConstantforWaterReduction[coulomb-m/mA2/yr]3.2

constantInnerwPActivationEnergyforOxygenReduction[J/mole]40000.0

constantInnerwPActivationEnergyforWaterReduction[J/mole]25000.0

normalAA-1l1[C/m2/yr]1.6e3, 1.7e4

constantAA_2_1[c/m2/yr]le10

constantMeasuredGalvanicCouplePotential0.0

constantCoefForLocCorrofouteroverpack2.5e-4

constantExponetForLocCorrofouteroverpack1.0**OPRconstantcoefForLoccorrofInnerOverpack1.0

constantExponentForLocCorrofinneroverpack1.0**ENDOPRconstantHumi dAi rCorrosi onRate [m/yr]1.0e-15

**OPR deleted parameter 1/10/2000**constant**LocalizedCorrRateofInneroverpack[m/yr]**2.5e-4**ENDOPR

constantPage 13

tpa inp isi.005Fractional Coupl i ngstrength0.0

constantFactorForDefi ni ngchoi ceofCri tpotential0.0

constantCri tchlori deConcForFi rstLayer[mol/L]0.5

constantCri tchl ori deConcForSecondLayer [mol/L]1.0e-10**3.0e-2 >>> 625 <<<

uniformChl ori deMul tFactor1.0, 30.0

**OPRconstantchl ori deMul tFactorIntactDri pshi el d1.0

lognormalDri pShi el dFai 1 ureTi me [yr]3700.0, 27300.0**ENDOPRconstantReferencepH9.0

constantWPsurfacescal eThi ckness [m]0.0

constantTortuosi tyofscal eonWP1.0

constantPorosi tyofscal eonwP1.0.

constantYi el dstrength [MPa]370.0

constantSafetyFactor1.4

constantFractureToughness [MPa-m**0.5]1.0e7

**OPRconstantDensi tyouteroverpack [kg/mA3]8690.0

constantPage 14

tpa inp isi.005DensityInnerOverpack[kg/mA3]7700.0

constantEquivalentweightOuteroverpack[kg/mol]0.02597

constantEquival entweightinneroverpack[kg/mol]0.02494

constantDeltaPotentialDueToRadiolysis[V]0.0

constantDecayi ngConstantRadi ol ysis [1/yr]7.0e-5**ENDOPR

** ***>>> SEISMO <<<***

** mam 01/14/00 Seed only for random numbers used by samplehazardcurveO.* * It should be constant as it is used only once.constantSeedForRandomNumberForSEISMO505187067.0

hazardcurveSeismicHazardCurveforSEISMO100.05 180.00.10 500.00.15 1200.00.20 2400.00.25 4400.00.30 7800.00.35 11000.00.40 20000.00.45 30000.00.50 44000.0

constantweightPercentageofRockFallThatHitsWPforSEISMO1.0

constantWei ghtofwPforSEISMO[N]1.27D05

constantWPModul usOfEl asti ci tyforSEISMO[Pa]1. 76D11

normalRockModul usOfEl asti ci tyforSEISMO[Pa]2.76D10, 4.14D10

constantWPPoissonRatioforSEISMO[]0.2D0

normalPage 15

trRockPoi ssonRatioforSEISMO[]0.15, 0.25

constantRockFal Ii ngDi stanceforSEISMO [m]2.ODO

constantWPFal Ii ngDi stanceforSEISMO [m]0.3DO

iconstantWPNumberofSupportPai rforSEISMO2

constantwPSupportsti ffnessforSEISMO[pa*m]5.5D09

constantDi stri buti onJoi ntspaci nglforSEISMO5.OD-03

constantDi stri buti onjoi ntspaci ng2forSEISMO5.OD-03

constantDi stri buti onjoi ntSpaci ng3forSEISMO5.OD-03

constantDi stri buti onjoi ntspaci ng4forSEISMO0.629D0

constantDi stri buti onjoi ntspaci ngSforSEISMO0.356D0

normalSEISMO3oi ntSpaci ngl[m]0.466, 0.600

normalSEISMOJoi ntSpaci ng2 [m]0.333 0.466

normalSEISMOJoi ntSpaci ng3 [m]0.20, 0.333

normalSEISMOJoi ntSpaci ng4[m]0.06, 0.20

normalSEISMOJOi ntSpaci ng5 [m]0.03, 0.06

** 5/28/1998 tpa3.2 new value (smh)

constantWPUl ti mateStrength [N/mA2]

)a inp isi.005

Page 16

tpa inp isi.0056.2D08

constantGrainDensityforTSw2SEISMO[]2.55

** 5/28/1998 tpa3.2 new values next 60 parameters(replacing seismo.dat)

constantFractionAreaForGroundMotionl0.05

constantFractionAreaForGroundMotion20.12

constantFractionAreaForGroundMotion30.17

constantFracti onAreaForGroundMoti on40.23

constantFractionAreaForGroundMotion50.28

constantFractionAreaForGroundMotion60.34

constantFractionAreaForGroundMotion70.4

constantFractionAreaForGroundMotion80.46

constantFractionAreaForGroundMotion90.5

constantFractionAreaForGroundMotionlO0. 54** rwr 7/8/98 modify the verticalExtentofRockFall names by adding "_"

constantverti cal ExtentOfRockFal 1li[nm]0.0

constantVerti cal ExtentOfRockFal 11_2 [m]0.0

constantVertical ExtentOfRockFal 1 1_3 Em]0.0

constantPage 17

tpa inp isi.005vertical ExtentOfRockFal 1 L14[m]0.0

constantverti cal ExtentOfRockFal 1 L15 [m]0.0

constantVertical ExtentOfRockFal 1 1_-6[m]0.0

constantvertical ExtentOfRockFal 1 1_7 [m]0.0

constantVertical ExtentOfRockFal 1 1_8 [m]0.0constantVertical ExtentOfRockFal 1 L19 [m]0.0

constantvertical ExtentOfRockFal 1 110[m]0.0

uniformVertical ExtentOfRockFal 1 2_lm]0.5 0.6

uniformvertical ExtentOfRockFal 1 2_2 [m]0.5 1.0

uni formVertical ExtentOfRockFal 12_3 [m]0.5 1.1

uniformVertical ExtentOfRockFal 12_4 [m]0.5 1.2

uni formvertical ExtentOfRockFal 12_5 [m]0.5 1.3

uniformvertical ExtentOfRockFal 12_6 [m]0.5 1.4

uniformVertical ExtentOfRockFal 12_7 [m]0.5 1.45

uniformVertical ExtentOfRockFal 12_8 [m]0.5 1.5

uniformVerti cal ExtentOfRockFal 12_9[m]0.5 1.65

uni formPage 18

tpa inp isi.005vertical ExtentOfRockFal 12_0[m]0.5 1.8

uniformverti cal ExtentOfRockFal 13_l[m]0.5 1.0

uni formverti cal ExtentOfRockFal 13.2 [m]0.5 2.0

uniformvertical ExtentOfRockFal 13l3 [m]0.5 2.5

uni formverti cal ExtentOfRockFal 13_4[m]0.5 3.0

uni formVertical ExtentOfRockFal l35 [m]0.5 3.5

uni formVerti cal ExtentOfRockFal 13_6[m]0.5 4.0

uniformvertical ExtentOfRockFal 13_7 [m]0.5 4.5

uni formverti cal ExtentOfRockFal L38 [m]0.5 5.0

uni formverti cal ExtentOfRockFal 3_9 [m]0.5 5.7

uni formvertical ExtentOfRockFal 1 3_0[m]0.5 6.5

uni formverti cal ExtentOfRockFal 14_1[m]0.5 2.7

uni formvertical ExtentOfRockFal 14_2 [m]0.5 5.5

uniformvertical ExtentOfRockFal 14_3 [m]0.5 6.0

uniformVertical ExtentOfRockFal 144 [m]0.5 6.5

uniformVertical ExtentOfRockFal 14_5 [m]0.5 7.0

Page 19

tpa inp isi.005uniformverti cal ExtentOfRockFal 14_6[m]0.5 7.5

uni formVertical ExtentOfRockFal 14_ [m]0.5 8.0

uni formverti cal ExtentOfRockFal 14_8 [m]0.5 8.5

uni formVertical ExtentOfRockFal 14_9 [m]0.5 9.3

uni formverti cal ExtentOfRockFal 14_0 [m]0.5 10.0

uniformvertical ExtentOfRockFal 1 5_1[m]0.5 4.7

uni formVertical ExtentOfRockFal I 52 [m]0.5 9.33

uni formvertical ExtentOfRockFal 5_3 [m]0.5 9.7

uni formvertical ExtentOfRockFal 1 54[m]0.5 10.0

uni formvertical ExtentOfRockFal 1 55 [m]0.5 10.7

uni formvertical ExtentOfRockFal 1 56[m]0.5 11.33

uni formVertical ExtentOfRockFal 1 5_7 [m]0.5 12.0

uni formverti cal ExtentOfRockFal 1 58 [m]0.5 12.66

uni formVertical ExtentOfRockFal 1 59 [m]0.5 13.3

uni formVertical ExtentOfRockFal 5_10[m]0.5 14.0

** 5/28/1998 tpa3.2 two new parameters introduced

constantPage 20

tpa inp isi.005wPYi el dPoi nt []0.002

constantWPPl asti cEl ongati on[]0.05

** ***>>> EBSREL <<<***

** rwr 1/12/00 modified to allow for failure type-specific** water contact modes (added a flag for each of** the 8 failure types)** ** rwr 7/8/98 modify flow model flag** iflag** FlowModel Flag(0=BathTub, l=FlowThrough)** 0i flagWaterContactModeInitial (0=BathTub, l=FlowThrough)1

iflagwate rContactModeFaul ti ng (O=BathTub, l=Fl owTh rough)1

iflagwatercontactMode-vol cani c(O=BathTub, l=FlowThrough)1

iflagWaterContactMode-sei smi cinterval l(O=BathTub, l=Fl owTh rough)0

iflagwaterContactModeSei smi cInterval 2 (0=BathTub, l=Fl owThrough)0

iflagwate rContactMode-sei smi cInte rval 3 (0=BathTub, l=Fl owTh rough)0

i flagwaterContactMode-sei smi cinterval 4(0=BathTub, l=Fl owTh rough)0

iflagwaterContactModeCorrosion(O=BathTub, l=Fl owThrough)1

** rwr 1/17/00 modified to allow for temporal variability** in FowFactor and FmultFactor as specified** in the new data file, wpflow.dat, and added* * the waste package flow multiplication factor** lognormal** FowFactor** 0.01, 3.0

** lognormal** FmultFactor** 0.01, 0.2lognormal

wastePackageFl owMul ti pl i cation FactorPage 21

tpa inp isi.0053.15E-2, 1.05E3

uniformsubAreaWetFraction0.0, 1.0

** 5/21/98 tpa3.2: New parameter; nonzero initial failure times

uniformIni ti al Fail ureTi me [yr]0.0, 0.001

uni formDefectiveFractionofwPs/cell1.0e-4, 1.0e-2

** 6/2/1998 tpa3.2 5 new parameters; number of SEISMO inservals not to exceed 4

iconstantNumberOfSEISMOWPFailureIntervals4

constantBegi nni ngofsEISMOWPFai 1 ureInterval l[yr]0.0

constantBeginningOfSEISMOWPFailureInterval2[yr]2000.0

constantBegi nni ngofsEISMOWPFai 1 ureinterval 3 [yr]5000.0

constantBeginningofSEISMOWPFailureInterval4[yr]10000.0

constantWPInternalvolume[m3]4.83

constantFlowOnsetTemperature[C]999.

constantSFDensity[kg/m3]10600.

i constantsurfaceAreaModel1

iconstantIModel2

constantOxygenPartial Pressure [atm]0.21

constantPage 22

tpa inp isi.005NegativeLoglOCarbonateconcentration [mol/L]3.71

constantUserLeachRate[kg/yr/m2]2.5e-4

**csml/20/20001 oguni formPreexponenti alSFDi ssol uti onModel 21.2e7, 1.201e7**csml/20/2000

constantRDInvertCm6.00e3*.

constantRD!InvertPu3.00e3

constantRDInvert_U6.01e2

constantRDInvertAm3.00e3

constantRDInvertNp1.20e3

constantRDInvertTh3.00e3

constantRDInvert-Ra6.01e2

constantRDInvert.Pb3.01e2

constantRDInve rtCs1.21e2

constantRDInvert_I7.OOeO

constantRDInvert-Tc1.0

constantRDInvertNi6.10el

constantRDInvert_Cl

Page 23

1.0

constantRDInvert-c6.10el

constantRDInvert_Se1.0

constantRDInvertNb6.01e2

constantGapFractionForCM2460.0

constantGapFractionForU2380.0

constantGapFractionForCM2450.0

constantGapFractionForAM2410.0

constantGapFractionForNP2370.0

constantGapFractionForAM2430.0

constantGapFractionForPu2390.0

constantGapFracti'OnForPu2400.0

constantGapFractionForU2340.0

constantGapFractionForTH2300.0

constantGapFractionForRA2260.0

constantGapFractionForPB2100.0

constant

tpa inp isi.005

Page 24

tpa inp isi.005GapFractionForCS1350.06

constantGapFractionForI1290.06

constantGapFractionForTC990.01

constantGapFractionForNI590.0

constantGapFractionForCL360.12

constantGapFractionForC140.1

constantGapFractionForSE790.06

constantGapFracti onForNB940.0

normalInitial Radi usOfSFParti cl e [m]3.0e-2, 3.00le-2

constantRadi usOfSFGrai n [m]1.25e-4

constantCladdingCorrectionFactor1.0

normalsubGrainFragmentRadiusAfterTransFrac[m]2.0e-5, 2.00le-5

constantThi cknessofcl adding [m]6.le-4

constantSFC-141nventoryPerKgSF[ci]7.2e-4

constantcladC-141nventoryPerKgSF[ci]4.89e-4

constantzyroxideAndcrudC-14InvPerKgSF[ci]2.48e-5

Page 25

tpa inp isi.005constantGapAndGrai nBoundaryInventoryPerKgSF [ci]6.2e-6

uniformSol ubi Ii tyAm [kg/m3]2.4e-3, 2.401e-3

uni formsol ubi Ii tyNp[kg/m3]2.4e0, 2.401e0

constantsol ubi Ii tyI [kg/m3]1.29e3

constantsolubilityTc[kg/m3]9.93e2

constantsolubilityCl [kg/m3]3.6e2

constantsolubilityC[kg/m3].1.4e2

constantSol ubi Ii tyu [kg/m3]7.6e-2

constantSol ubi Ii tycml[kg/m3]2.4e-3

uni formSol ubi Ii tyPu [kg/m3]2.4e-3, 2.401e-3

constantSol ubi Ii tyTh [kg/m3]2.3e-3

constantSol ubi Ii tyRa [kg/m3]2.3e-4

constantSol ubi Ii tyPb [kg/m3]6.6e-4

constantSol ubi Ii tycs [kg/m3]1.35e3

constantSol ubilityNi [kg/m3]1 le-0

constantsol ubilityse[kg/m3]7.9e2

Page 26

tpa inp isi.005

constantsolubilityNb[kg/m3]9.3e-6

** 6/2/1998 tpa3.2 next parameter replaced with 44 new parameters** SFWettedFracti on_(fai 1 u reki nd)_subarea

uni formSFWettedFracti onIni ti all0.0, 1.0* *

uniformSFWettedFracti onIni ti al20.0, 1.0* *

uni formSFWettedFracti onIni ti al30.0, 1.0* *

uniformSFWettedFracti onIni ti al40.0, 1.0**

uniformSFWettedFracti onIni ti al50.0, 1.0

uniformSFWettedFracti onIni ti al60.0, 1.0

uni formSFWettedFracti onIni ti al_70.0, 1.0**

uniformSFWettedFracti onIni ti al_80.0, 1.0

uniformSFWettedFracti onFAULTO0.0, 1.0* *

uniformSFWettedFracti on-VOLCANO0.0, 1.0

uniformSFWettedFracti onSEISMOI1_0.0, 1.0

uni formSFWettedFracti onSEISMOI_20.0, 1.0

uniformSFWettedFracti onSEISMOI_30.0, 1.0

uni formSFWettedFracti onSEISMOI_40.0, 1.0

Page 27

tpa inp isi.005

uni formSFWettedFracti onSEISMO1_50.0, 1.0

uni formSFWettedFracti onSEISMOI_60.0, 1.0

uniformSFWettedFracti onSEISMOI_70.0, 1.0

uniformSFWettedFracti onSEISMOI_80.0, 1.0

uni formSFWettedFracti onSEISMO2_10.0, 1.0

uni formSFWettedFracti onSEISMO2_20.0, 1.0

uni formSFwettedFracti onSEISMO230.0, 1.0

uni formSFWettedFracti onSEISMO240.0, 1.0

uni formSFWettedFracti onSEISMO2_50.0, 1.0

uni formSFWettedFracti onSEISMO260.0, 1.0

uni formSFWettedFracti onSEISMO2J70.0, 1.0

uni formSFWettedFracti onSEISMO2-80.0, 1.0

uniformSFWettedFracti on-SEISMO3_10.0, 1.0

uniformSFWettedFracti onSEISMO320.0, 1.0

uniformSFWettedFracti on_SEISMO3_30.0, 1.0

uniformSFWettedFracti onSEISMO34

Page 28

tpa inp isi.0050.0, 1.0

uniformSFWettedFracti onSEISM03_50.0, 1.0

uniformSFWettedFracti onSEISM03-60.0, 1.0

uniformSFWettedFracti onSEISMo3_70.0, 1.0

uni formSFWettedFracti onSEISMo3_80.0, 1.0

uni formSFWettedFracti on-SEISM04_10.0, 1.0

uni formSFWettedFracti onSEISMo4_20.0, 1.0

uniformSFWettedFracti onSEISMo4-30.0, 1.0

uniformSFWettedFracti onSEISM04_40.0, 1.0

uni formSFWettedFracti on-SEISM04-50.0, 1.0

uni formSFWettedFracti on_SEISM04_60.0, 1.0

uniformSFWettedFracti onSEISM04_70.0, 1.0

uni formSFWettedFracti onSEISM04_80.0, 1.0

uni formSFWettedFracti onCorrosi on-l0.0, 1.0

uniformSFWettedFracti onCorrosi on_20.0, 1.0

uniformSFWettedFracti onCorrosi on_30.0, 1.0

uni formPage 29

tpa inp isi.005SFWettedFracti onCorrosi on_4

0.0, 1.0

uniformSFWettedFracti onCorrosi on_50.0, 1.0

uniformSFWettedFracti onCorrosi on60.0, 1.0

uniformSFWettedFracti onCorrosi on_70.0, 1.0

uniformSFWettedFracti onCorrosi on80.0, 1.0

** 7/4/1998 tpa3.2 four new parameters for invert

i flagInvertBypass (0=ebsfi it, l=bypass-ebsfi It)0

constantInvertRockPorosi ty0.3

constantInvertThickness [m]0.75

constantInvertDi ffusi oncoeffi ci ent [mA2/yr]4.4e-5

l ognormalInvertMatri xPermeabi Ii ty[mA2]2.0e-18, 2.0e-16

** ***>>> UZFT <<<***

constantunsaturatedzoneMi ni mumvei oci tychangeFactor [Fraction]0.4

constantMatri xLongi tudi nal Di spersi vi ty [Fracti onOfLayer]0.1

constantFractu reLongi tudi nal Di spersi vi ty [Fracti onOfLayer]0.1

l ognormalMatri XKDTSwAm[m3/kg]4.2e+00 3.8e+06

1 ognormalMatri XKDCHnVAm[m3/kg]

Page 30

tpa inp isi.0051.3e+01 1.2e+07

l ognormalMatri XKDCHnZAm [m3/kg]1.2e+01 1.1e+07

l ognormalMatri xKDPPwAm [m3/kg]9.5e+00 8.7e+06

l ognormalMat ri xKDUCFAm[m3/kgl1.0e+01 9.1e+06

lognormalMatri xKDBFwAm [m3/kg]4.1e+00 3.7e+06

l ognormalMatri xKDUFZAm [m3/kg]3.9e+00 3.5e+06

1 ognormalMatri XKDTSWNp [m3/kg]1.6e-06 2.2e-01

l ognormalMatri xKDCHnvNp [m3/kg]4.8e-06 6.6e-01

l ognormalMatri xKDCHnzNp [m3/kg]4.4e-06 6.0e-01

lognormalMatri xKDPPwNp [m3/kg]3.6e-06 5.0e-01

l ognormalMatri xKDUCFNp [m3/kg]3.8e-06 5.2e-01

1 ognormalMatri XKDBFWNp [m3/kg]1.5e-06 2.1e-01

1 ognormalMat ri XKDUFZNp [m3/kg]1.5e-06 2.0e-01

constantMat ri XKDTSWI [m3/kg]0.0

constantMatrixKDCHnvI [m3/kg]0.0

constantMatri xKDCHnzI [m3/kg]0.0

constantPage 31

tpa inp isi.005Mat ri xKDPPwI [m3/kg]0.0

constantMatri xKDUCFI [m3/kg]0.0

constantMatri XKDBFWI [m3/kg]0.0

constantMatrixKD-UFZI [m3/kg]0.0

constantMatri XKDTSWTC [m3/kg]0.0

constantMatri xKDCHnVTC [m3/kg]0.0

constantMatriXKDCHnzTc[m3/kg]0.0

constantMatri xKDPPwTc [m3/kg]0.0

constantMatri XKDUCFTC [m3/kg]0.0

constantMatri XKDBFWTC [m3/kg]0.0

constantMatri xKDUFZTc [m3/kg]0.0

constantMatri XKDTSWCl [m3/kg]0.0

constantMatri XKDCHnvCl [m3/kg]0.0

constantMatriXKDCHnzCl [m3/kg]0.0

constantMatri xKDPPwCl [m3/kgl0.0

constantMatriXKDUCFCl [m3/kg]0.0

Page 32

tpa inp isi.005constantMatri xKDBFwCl [m3/kg]0.0

constantMatri XKDUFZCl [m3/kg]0.0

constantMatri xKDTSwCm [m3/kg]0.0

constantMatri XKDCHnvCm[m3/kg]0.0

constantMatri xKDCHnzCm [m3/kg]0.0

constantMatri xKDPPwCm [m3/kg]0.0

constantMatri xKDUCFCm [m3/kg]0.0

constantMat ri xKDBFwCm [m3/kg]0.0

constantMatri xKDUFZCm [m3/kg]0.0

lognormalMatri xKDTSWU [m3/kg]4.2e-10 1.1e+00

1 ognormalMatri xKDCHnvU [m3/kg]1.3e-09 3.3e+00

1 ognormalMatri xKDCHnzU [m3/kg]1.2e-09 3.0e+00

lognormalMatri xKDPPwU [m3/kg]9.6e-10 2.5e+00

lognormalMat ri xKDUCFU [m3/kg]1.0e-09 2.6e+00

l ognormalMatri XKDBFwU [m3/kg]4.1e-10 1.0e+00

l ognormalMatri xKDUFZU [m3/kg]3.9e-10 1.0e+00

Page 33

tpa inp isi.005

1 ognormalMatri xKDTSwPu [m3/kg]2.3e-02 2.2e+01

l ognormalMatri xKDCHnvPu [m3/kg]7.1e-02 6.7e+01

1 ognormalMatri XKDCHnZPU [m3/kg]6.5e-02 6.1e+01

lognormalMatri xKDPPwPU [m3/kg]5.3e-02 5.0e+01

1 ognormalMat ri XKDUCFPU [m3/kg]5.6e-02 5.2e+01

1 ognormalMatri xKDBFwPu [m3/kg]2.3e-02 2.1e+01

1 ognormalMat rixKDUFZPU [m3/kg]2.2e-02 2.1e+01

l ognormalMatri xKDTSwTh [m3/kg]4.8e-05 2.5e+03

1 ognormalMatriXKDCHnvTh [m3/kg]1.5e-04 7.6e+03

l ognormalMatri xKDCHnzTh [m3/kg]1.3e-04 6.9e+03

l ognormalMatri xKDPPwTh [m3/kg]1.le-04 5.7e+03

lognormalMat ri XKDUCFTh [m3/kg]1.le-04 5.9e+03

1 ognormalMatri xKDBFwTh [m3/kg]4.7e-05 2.4e+03

1 ognormalMatri xKDUFZTh [m3/kg]4.5e-05 2.3e+03

uniformMatri xKDTSwRa[m3/kg]0.10, 0.50

uniformMatri XKDCHnVRa [m3/kg]

Page 34

tpa inp isi.0050.050, 0.10

uni formMatri xKDCHnzRa [m3/kg]1.0, 5.0

uni formMatri xKDPPwRa[m3/kg]0.1, 0.5

uni formMat ri XKDUCFRa [m3/kg]0.1, 0.5

uniformMatri xKDBFwRa [m3/kg]0.1, 0.5

uni formMatri XKDUFZRa [m3/kg]0.1, 0.5

uni formMat ri xKDTSwPb [m3/kg]0.10, 0.50

uni formMatri xKDCHnvPb [m3/kg]0.10, 0.50

uni formMatri XKDCHnzPb [m3/kg]0.10, 0.50

uni formMatri xKDPPwPb [m3/kg]0.10, 0.50

uni formMatri XKD-UCFPb [m3/kg]0.10, 0.50

uni formMatri xKDBFwPb [m3/kg]0.10, 0.50

uni formMatri xKD-UFZPb [m3/kg]0.10, 0.50

uni formMatri XKD-TSwCS [m3/kg]0.020, 1.0

uni formMatri xKD-CHnvCs [m3/kg]0.010, 0.10

uniformMatri xKDCHnzCs [m3/kg]0.50, 5.0

Page 35

tpa inp isi.005uniformMatri xKDPPwCs [m3/kg]0.020, 1.0

uni formMat ri xKDUCFCS [m3/kg]0.020, 1.0

uni formMat ri XKDBFWCS [m3/kg]0.020, 1.0

uni formMatri xKDUFZCs [m3/kg]0.020, 1.0

uni formMat ri xKDTSwNi [m3/kg]5.0e-6, 0.50

uni formMatri XKDCHnvNi [m3/kg]1.0e-6, 0.10

uniformMatrixKDCHnzNi [m3/kg]5.0e-6, 0.50

uni formMatri xKDPPwNi [m3/kg]5.0e-6, 0.50

uni formMat ri xKDUCFNi [m3/kg]5.0e-6, 0.50

uni formMatri xKDBFwNi [m3/kg]5.0e-6, 0.50

uni formMatri XKDUFZNi [m3/kg]5.0e-6, 0.50

constantMatri xKDTSwC[m3/kg]0.0

constantMatri xKDCHnvC [m3/kg]0.0

constantMatri xKDCHnzC[m3/kg]0.0

constantMatri xKDPPwC[m3/kg]0.0

constantMatri xKDUCFC [m3/kg]0.0

Page 36

tpa inp isi.005

constantMatri xKDBFwC [m3/kgl0.0

constantMatri xKD-UFZC [m3/kg]0.0

uniformMatri xKDTSwSe [m3/kg]3.0e-7, 0.030

uniformMatri XKDCHnvSe [m3/kg]2.0e-7, 0.020

uni formMat ri xKDCHnzSe [m3/kg]1.5e-7, 0.015

uni formMatri XKDPPwSe [m3/kg]3.0e-7, 0.030

uni formMatri XKDUCFSe [m3/kg]3.0e-7, 0.030

uni formMatri xKDBFWSe [m3/kg]3.0e-7, 0.030

uni formMat ri xKDUFZSe [m3/kg]3.0e-7, 0.030

constantMatri XKDTSwNb [m3/kg].0.0

constantMatri XKDCHnvNb [m3/kg]0.0

constantMatri XKDCHnzNb [m3/kg]0.0

constantMatri XKDPPwNb [m3/kg]0.0

constantMatri XKDUCFNb [m3/kg]0.0

constantMatri xKDBFwNb [m3/kg]0.0

constantMat ri xKDUFZNb [m3/kg]

Page 37

tpa inp isi.0050.0

constantFractureRDTSwAm1.0

constantFractureRDCHnvAm1.0

constantFractureRDCHnzAm1.0

constantFractureRDPPwAm1.0

constantFractureRDUCFAm1.0

constantFractureRDBFWAm1.0

constantFractureRDUFZAm1.0

constantFractureRDTSwNp1.0

constantFractureRDCHnvNp1.0

constantFractureRDCHnzNp1.0

constantFractureRDPPwNp1.0

constantFractureRDUCFNp1.0

constantFractureRDBFWNp1.0

constantFractureRD-UFZ-Np1.0

constantFractureRDTSwI1.0

constantPage 38

tpa inp isi.005FractureRDCHnvI1.0

constantFractureRD-CHnzI1.0

constantFractu reRDPPwI1.0

constantFractu reRD-UCF-I1.0

constantFractu reRDBFwI1.0

constantFractureRD-UFZ-I1.0

constantFractu reRD-TSw.Tc1.0

constantFractu reRDCHnvTc.1.0

constantFractu reRDCHnzTc1.0

constantFractureRD-PPw Tc1.0

constantFractu reRDUCF-Tc1.0

constantFractu reRDBFwTc1.0

constantFractu reRDUFZTc1.0

constantFractu reRDTSw Cl1.0

constantFractureRDCHnvCl1.0

constantFractureRDCHnzCl1.0

Page 39

tpa inp isi.005constantFractu reRDPPwCl1.0

constantFractureRDUCFCl1.0

constantFractu reRDBFwCl1.0

constantFractu reRDUFZcl1.0

constantFractu reRDTSwCm1.0

constantFractureRD-CHnvCm1.0

constantFractu reRD-CHnzCm1.0

constantFractu reRDPPwCm1.0

constantFractureRD-UCF-Cm1.0

constantFractu reRD-BFwCm1.0

constantFractureRDUFZCm1.0

constantFractureRDTSwU1.0

constantFractureRDCHnvU1.0

constantFractureRD-CHnzU1.0

constantFractureRDPPwU1.0

constantFractu reRDUCF-U1.0

Page 40

tpa inp isi.005

constantFractureRD-BFwU1.0

constantFractureRDUFZ-U1.0

constantFractureRD-TSwPu1.0

constantFractureRDCHnvPu1.0

constantFractureRD-CHnzPu1.0

constantFractureRD-PPwPu1.0

constantFractureRDUCF-PU1.0

constantFractureRD-BFwPu1.0

constantFractureRD-UFZ-Pu1.0

constantFractureRDTSwTh1.0

constantFractureRD-CHnvTh1.0

constantFractureRDCHnzTh1.0

constantFractureRDPPwTh1.0

constantFractureRDUCFTh1.0

constantFractureRD-BFwTh1.0

constantFractureRDUFZTh

Page 41

tpa inp isi.0051.0

constantFractureRD-TSWRa1.0

constantFractureRDCHnvRa1.0

constantFractureRDCHnzRa1.0

constantFractureRDPPwRa1.0

constantFractureRDUCFRa1.0

constantFractureRDBFWRa1.0

constantFractureRDUFZRa1.0

constantFractureRDTSwPb1.0

constantFractureRDCHnvPb1.0

constantFractureRDCHnzPb1.0

constantFractureRDPPwPb1.0

constantFractureRDUCFPb1.0

constantFractureRDBFwPb1.0

constantFractureRDUFZPb1.0

constantFractureRDTSw_Cs1.0

constantPage 42

tpa inp isi.005Fractu reRDCHnvCs1.0

constantFractu reRDCHnzCs1.0

constantFractureRD-PPwCs1.0

constantFractu reRD-UCF-CS1.0

constantFractu reRDBFwCs1.0

constantFractureRD-UFZ-CS1.0

constantFractu reRDTSSwNi1.0

constantFractu reRD-CHnVNi.1.0

constantFractureRDCHnzNi1.0

constantFractureRDPPW NI1.0

constantFractureRDUCFNi1.0

constantFractureRD-BFWNi1.0

constantFractu reRDUFZNi1.0

constantFractureRD-TSw C1.0

constantFractureRDCHnvC1.0

constantFractureRDCHnzC1.0

Page 43

tpa inp isi.005constantFractureRDPPw_C1.0

constantFractureRDUCFC1.0

constantFractureRD_BFw_C1.0

constantFractureRDUFZ-C1.0

constantFractureRDTSwSe1.0

constantFractureRDCHnvSe1.0

constantFractureRDCHnzSe1.0

constantFractureRDPPwSe1.0

constantFractureRDUCFSe1.0

constantFractureRDBFwSe1.0

constantFractureRDUFZSe1.0

constantFractureRDTSwNb1.0

constantFractureRDCHnvNb1.0

constantFractureRDCHnzNb1.0

constantFractureRDPPwNb1.0

constantFractureRDUCFNb1.0

Page 44

tpa inp isi.005

constantFractureRDBFwNb1.0

constantFractureRDUFZ-Nb1.0

1 ognormalMatri xPermeabi 1 ityTSw_[m2]0.2e-19, 0.2e-17

l ognormalMatri xPermeabi 1 ityCHnv [m2]0.2e-14, 0.2e-12

l ognormalMatri xPermeabi Ii tyCHnz [m2]0.5e-18, 0.5e-16

l ognormalMatri xPermeabi 1 ityPPw_[m2]0.1e-17, 0.1e-15

l ognormalMatri xPermeabi Ii tyUCF_[m2]0.3e-18, 0.3e-16

1 ognormalMatri xPermeabi i tyBFw[m2]0.2e-19, 0.2e-17

l ognormalMatri xPermeabi Ii tyUFZ_[m2]1.8e-18, 2.1e-16

constantMatri xPorosi tyTSw_0.12

constantMatri xPorosi tyCHnv0.33

constantMatri xPorosi tyCHnz0.32

constantMat ri xPorosi tyPPw_0.28

constantMatri xPorosi tyUCF_0.28

constantMatri xPorosi tyBFw_0.12

constantMatri xPorosi tyUFZ_

Page 45

tpa inp isi.0050.12

constantMat ri xBetaTSw_1.5

constantMatri xBetaCHnv1.3

constantMatri xBetaCHnz2.3

constantMat ri xBetaPPw_1.5

constantMat ri xBetaUCF-1.4

constantMatri xBetaBFw_1.7

constantMatri xBetaUFZ_2.3

constantMatri xGrai nDensi tyTSw_[kg/m3]2460.0

constantMatri xGrai nDensi tyCHnv [kg/m3]2260.0

constantMatri xGrai nDensi tyCHnz [kg/m3]2400.0

constantMatri xGrai nDensi tyPPw_[kg/m3]2540.0

constantMatri xGrai nDensi tyUCF_[kg/m3]2420.0

constantMatri xGrai nDensi tyBFw_[kg/m3]2570.0

constantMatri xGrai nDensi tyUFZ_[kg/m3]2630.0

l ognormalFracturePermeabi 1 i tySw[m2]8.0e-15, 8.0e-11

1 ognormalPage 46

tpa inp isi.005FracturePermeabil ityCHnv[m2]8.Oe-15, 8.0e-11

1 ognormalFracturePermeabi 1 ityCHnz [m2]6.0e-15, 6.0e-11

1 ognormalFracturePermeabi Ii tyPPw_[m2]6.0e-15, 6.0e-11

lognormalFracturePermeabi 1 ityUCF_[m2]6.0e-15, 6.0e-11

l ognormalFracturePermeabi Ii tyBFw_[m2]3.0e-15, 3.0e-11

1 ognormalFracturePermeabi Ii tyUFZ_[m2]1.0e-13, 1.0e-11

loguniformFractu rePoros t yTSw_1.Oe-3, i.Oe-2

loguni formFractu rePorosi tyCHnv1.0e-4, 1.0e-3

loguni formFractu rePorosi tyCHnz1.0e-4, 1.0e-3

loguniformFracturePorosi tyPPw_1.Oe-4, 1.0e-3

loguniformFractu rePorosi tyUCF_1.Oe-4, 1.0e-3

loguniformFracturePorosi tyBFw_1.Oe-4, 1.0e-3

loguniformFracturePorosi ty-UFZ_1.Oe-3, 1.Oe-2

constantFractureBetaTSw_2.0

** FractureBeta is fitting parameter where lambda=1-(1/beta) and beta>1constantFractu reBetaCHnv2.0

constantFractureBetaCHnz2.0

Page 47

tpa inp isi.005

constantFractureBetaPPw_2.0

constantFractu reBetaUCF_2.0

constantFractu reBetaBFw_2.0

constantFractureBetaUFZ_1.6

constantInl etArea-lSubArea[m2]5.4e5

constantInl etArea-2SubArea [m2]5.4e5

constantInl etArea-3SubArea [m2]5.4e5

constantInl etArea-4SubArea [m2]5.4e5

constantInl etArea-5SubArea [m2]5.4e5

constantInl etArea-6subArea [m2]5.4e5

constantInl etArea-7SubArea [m2]5.4e5

constantInl etArea-8SubArea [m2]5.4e5

constantTSwThi ckness-lSubArea [m]100.0

constantCHnvThi ckness-lsubArea [m]19.0

constantCHnzThi ckness-lsubArea [m]72.0

constantPPwThi ckness-lsubArea [m]

Page 48

tpa inp isi.00550.0

constantUCFThickness-lSubArea[m]57.0

constantBFwThi ckness-lsubArea [m]22.0

constantUFZThi ckness-lSubArea [m]0.0

constantTSwThickness_2SubArea[m]161.0

constantCHnvThi ckness_2subArea [m]0.0

constantCHnzThi ckness_2subArea [m]108.0

constantPPwThi ckness_2subArea [m]50.0

constantUCFThickness_2subArea[m]18.0

constantBFwThi ckness_2subArea [m]0.0

constantUFZThi ckness_2subArea [m]0.0

constantTSwThickness_3subArea[m]79.0

constantCHnvThi ckness_3subArea [m]24.0

constantCHnzThi ckness_3subArea [m]55.0

constantPPwThi ckness_3subArea [m]52.0

constantUCFThickness_3subArea[m]68.0

constantPage 49

tpa inp isi.005BFwThi ckness_3subArea [m]81.0

constantUFZThi ckness_3subArea [m]0.0

constantTSwThi ckness_4subArea [m]144.0

constantCHnvThi ckness_4subArea [m]17.0

constantCHnzThi ckness_4SubArea [m]88.0

constantPPwThi ckness_4SubArea [m]56.0

constantUCFThi ckness_4subArea [m]61.0

constantBFwThi ckness_4SubArea [m]0.0

constantUFZThi ckness_4SubArea [m]0.0

constantTSwThi ckness_5SubArea[m]58.0

constantCHnvThi ckness_5subArea[m]31.0

constantCHnzThi ckness_5subArea [m]49.0

constantPPwThi ckness_5subArea[m]65.0

constantUCFThi ckness_5SubArea [m]71.0

constantBFwThi ckness_5SubArea [m]101.0

constantUFZThi ckness_5subArea [m]0.0

Page 50

tpa inp isi.005constantTSwThi ckness_6subArea [m]58.0

constantCHnvThi ckness-6subArea [m]37.0

constantCHnzThi ckness-6subArea [m]58.0

constantPPwThi ckness-6subArea [m]66.0

constantUCFThi ckness-6subArea[m]81.0

constantBFwThi ckness-6subArea [m]51.0

constantUFZThi ckness-6subArea[m]0.0

constantTSwThi ckness-7SubArea [m]138.0

constantCHnvThi ckness-7subArea [m]44.0

constantCHnzThi ckness-7subArea [m]63.0

constantPPwThi ckness-7SubArea [m]66.0

constantUCFThi ckness-7subArea [m]67.0

constantBFwThickness_7subArea[m]0.0

constantUFZThickness_7subArea[m]0.0

constantTSwThickness_8SubArea[m]163.0

constantCHnvThickness_8SubArea[m]0.0

Page 51

tpa inp isi.005

constantCHnzThi ckness_8SubArea [m]120.0

constantPPwThi ckness_8subArea [m]25.0

constantUCFThi ckness_8SubArea [m]0.0

constantBFwThi ckness_8subArea [m]0.0

constantUFZThi ckness_8SubArea [m]0.0

** ***>>> SZFT <<<***

loguni formimmobi 1 ePorosi tyPenetrati onFracti onSTFF0.01, 0.1

constantFracturesPerMeterSTFF [1/mi0.05

constantMi xi ngZoneDi spersionFraction0.01

constantDi spersionFractionSTFF0.01

constantDi spersionFractionSAV0.1

constantMini mumResi denceTi meSTFF [yr]10.0

constantMini mumResi denceTi meSAV [yr]10.0

constantFractu reRDSTFFAm1.0

** rwr 7/8/98 use KDS from D. Turner with** por = 0.125 and grain dens = 2470 kg/m3lognormalAlluvi umMatri xRDSAVAm7.5e4, 6.8e10

Page 52

tpa inp isi.005constantFractureRDSTFFNp1.0

** rwr 7/8/98 use KDS from D. Turner with** por = 0.125 and grain dens = 2470 kg/m3lognormalAlluviumMatrixRDSAVNp1.0, 3.9e3

constantFractureRDSTFFI1.0

loguniformAll uvi umMatri xRDSAVI1.0, 4.0

constantFractureRD-STFF-TC1.0

l og uni form

Al 1uvi umMat ri xRDSAVTC1.0, 30.0

constantFractureRDSTFFCl1.0

constantAlluviumMatrixRDSAVCl1.0

constantFractureRD-STFF-Cm1.0

constantAlluviumMatrixRDSAVCm7.5e4

constantFractureRD-STFF-U1.0

** rwr 7/8/98 use KDS from D. Turner with** por = 0.125 and grain dens = 2470 kg/m3lognormalAlluviumMatrixRDSAVU1.0, 1.9e4

constantFractureRD-STFF-Pu1.0

** rwr 7/8/98 use KDS from D. Turner with** por = 0.125 and grain dens = 2470 kg/m3log normalAl uviumMatrixRDSAVPu4.2e2, 3.9e5

constantPage 53

tpa inp isi.005FractureRDSTFFTh1.0

** rwr 7/8/98 use KDS from D. Turner with** por = 0.125 and grain dens = 2470 kg/m3log normalAl] uvi umMatri xRDSAVTh1.9, 4.5e7

constantFractureRDSTFFRa1.0

log uniformAll uvi umMat ri xRDSAVRa2.0e3, 8.0e3

constantFractureRD-STFFPb1.0

log uniformAl] uvi umMatri xRDSAVPb2.0e3, 8.0e3

constantFractu reRDSTFFCs1.0

log uni formAl uvi umMatri xRDSAVCs9.0e4, 1.0e5

constantFractu reRDSTFF-Ni1.0

log uniformAl luvi umMatri XRDSAVNi1.0, 8.0e3

constantFractu reRDSTFFC1.0

constantAll uvi umMatri XRDSAVC1.0

constantFractu reRD-STFF-Se1.0

1loguni formAl uvi umMatri xRDSAVSe1.0, 500.0

constantFractu reRDSTFFNb1.0

l og uni form

Al uvi umMatri xRDSAVNbPage 54

tpa inp isi.0052.0e3, 3.0e4

loguniformFracturePorositySTFF1.0e-3, 1.0e-2

uni formAll uvi umMatri xPorosi tySAV1.0e-1, 1.5e-1

constantimmobileRDSTFFAm1.8e4

constantImmobileRDSTFFNp19.0

constantImmobileRDSTFF_I1.0

constantImmobileRDSTFFTC1.0

constantImmobi 1 eRDSTFFCl1.0

constantImmobileRDSTFFCm1.8e4

constantImmobi 1 eRDSTFFU37.0

constantImmobileRDSTFFPu1.8e3

constantimmobileRDSTFFTh1.8e4

constantImmobileRDSTFFRa5.4e3

constantimmobi 1 eRDSTFFPb5.4e3

constantImmobileRDSTFFCs9.0e3

constantImmobi 1 eRDSTFFNi1.8e3

constantPage 55

tpa inp isi.005immobi 1 eRDSTFFC1.0

constantimmobi 1 eRDSTFFSe55.0

constantimmobi 1 eRDSTFFNb1.8e4

constantImmobi 1 ePorosi tySTFF0.2

constantDi ffusi onRateSTFF0.00

uniformDi stanceTOTUffA11 uvi umInterface [km]5.0, 20.0

** ***>>> DCAGW <<<***

constantDi stanceToReceptorGroup [km] [shoul dbe_10_or_20]20.0* *

uniformwell PumpingRateAtReceptorGrouplokm [gal/day]1.5e4, 2.64e5

uniformwell PumpingRateAtReceptorGroup2okm [gal/day]4.5e6, 1.3e7

uni formPl umeThi ckness5km [m]10.0, 100.0

uniformAqui ferThi ckness5km [m]300.0, 700.0

uniformMi xi ngZoneThi ckness20km [m]50.0, 200.0

iflagPl umeCaptu reModel0

iflagDi Iuti onModel0

constantUserDefi nedPl umecaptu reFracti on1.OdO

constantUse rDefi nedDi 1 uti onVol ume [gal/day]

Page 56

tpa inp isi.00510901787. 249406d0

uni formPl uvi alwel I Pumpi ngRateAtReceptorGroup2Okm [gal/day]3.2e6, 9.23e6

constantP1 uvi al Swi tchTi me [yr]13000.0

**--- gentpa** (icrp72 for 1-5) 1=infant,2=toddler,3=pre-teen,4=teen,5=adult,6=adult(fgrll)iconstantReceptorAgeGroup(l=Nfnt, 2Tod, 3PTeen, 4Teen, 5Adl t, 6Adl tFGR11)6

triangularInterceptionFraction/Irrigate0.06, 0.4, 1.0

constantDepthofsurfaceSoi 1 [cm]15.0** See AirborneMassLoadAbovesoil [g/m3]**constant**MassLoadi ngFactor [g/m3]**0.0001

iconstantYearsOfIrri gati onPri orToIntakePeri od [yr]15

triangularLeafyvegetabl el rri gati onRatePB [i n/yr]23.0, 43.0, 43.0

triangularothervegetabl eIrri gati onRatePB [i n/yr]23.0, 43.0, 43.0

triangularFruitIrrigationRatePB[i n/yr]23.0, 43.0, 43.0

triangularGrai nIrri gati onRatePB [i n/yr]23.0, 43.0, 43.0

uniformHomeI r ri gati onRatePB [i n/yr]18.0, 65.0

triangularPoultryFeedIrrigationRatePB[i n/yr]23.0, 43.0, 43.0

triangularHenFeedIrri gati onRatePB [i n/yr]23.0, 43.0, 43.0

uni formLeafyVegetabl eIrrigationTimePB[mo/yr]3.0, 10.0

Page 57

tpa inp isi.005

uniformothervegetabl eIrri gati onTi mePB [mo/yr]2.0, 10.0

uni formFrui tIrri gati onTi mePB [mo/yr]2.0, 6.0

uniformGrai nIrri gati onTi mePB [mo/yr]6.0, 8.0

uni formHomeI r ri gati onTi mePB [mo/yr]9.0, 12.0

uniformPoul tryFeedIrri gationTimePB[mo/yr]6.0, 8.0

uniformHenFeedIrri gati onTi mePB [mo/yr]6.0, 8.0

uni formLeafyvegetabl eIrri gati onRateCB [i n/yr]37.0, 53.0**

uniformothervegetabl eIrri gati onRateCB [i n/yr]37.0, 53.0

uni formFruitIrrigationRateCB[i n/yr]37.0, 53.0

uniformGrai nIrri gati onRateCB [i n/yr]37.0, 53.0

uni formHomeI rri gati onRateCB [i n/yr]26.0, 91.0

uniformPoul tryFeedIrri gati onRateCB [i n/yr]37.0, 53.0

uni formHenFeedlrri gati onRateCB [i n/yr]37.0, 53.0

uni formLeafyvegetabl eI rri gati onTi meCB [mo/yr]3.0, 8.0

uni formothervegetabl eI rri gati onTi meCB [mo/yr]2.0, 8.0

uni formFrui tIrri gati onTi meCB [mo/yr]

Page 58

tpa inp isi.0052.0, 3.0

uniformGrai nI rri gati onTi meCB [mo/yr]6.0, 8.0

uniformHomel rri gati onTi meCB [mo/yr]6.0, 12.0

uni formPoul tryFeedIrri gati onTi meCB [mo/yr]6.0, 8.0

uni formHenFeedIrri gati onTi meCB [mo/yr]6.0, 8.0

uni formPoul tryFeedGrowTi me [day]60.0, 90.0

uni formHen FeedGrowTi me [day]60.0, 90.0

normalBeef Fresh ForageDi etFracti on0.12, 0.98

normalMi 1 kFreshForageDi etFraction0.12, 0.98

uniformBeefFreshForageGrowTi me [day]30.0, 62.0

uniformMi 1 kFreshForageGrowTi me [day]30.0, 62.0

triangularBeefFreshForageIrri gati onRatePB [i n/yr]23.0, 43.0, 43.0

triangularMi 1 kFreshForageIrri gati onRatePB[i n/yr]23.0, 43.0, 43.0

uniformBeefFreshForageIrri gati onTi mePB [mo/yr]3.0, 10.0

uniformMi 1 kFreshForageIrri gati onTi mePB [mo/yr]3.0, 10.0

uniformBeefFreshForageIrri gati onRateCB [i n/yr]37.0, 53.0

uniformPage 59

tpa inp isi.005Mil kFreshForageIrrigationRateCB[in/yr]37.0, 53.0

uniformBeefFreshForageIrri gati onTi meCB [mo/yr]3.0, 8.0

uniformMil kFreshForageIrrigationTimeCB[mo/yr]3.0, 8.0

lognormalDri nki ngWaterConsumpti onRatel [L/yr]12.0, 670.0

constantLeafyvegetabl eConsumptionRatel[kg/yr]0.0

constantothervegetabl eConsumptionRatel[kg/yr]0.0

constantFrui tConsumpti onRatel[kg/yr]0.0

constantGrai nConsumpti onRatel[kg/yr]0.0

constantBeefConsumpti onRatel [kg/yr]0.0

constantPoul tryConsumptionRatel[kg/yr]0.0

constantMi] kConsumptionRatel[kg/yr]226.0

constantEggConsumpti onRatel [kg/yr]0.0

constantInhal ationExposureTimel[hr]4563.0

constantInhal ati onRatel[cm3/s]52.0

constantsoi IContami nationExposureTimel[hr]2770.0

lognormalDr nki ngwaterConsumpti onRate2 [L/yr]50.0, 1240.0

Page 60

tpa inp isi.005

constantLeafyvegetableConsumptionRate2[kg/yr]3.5

constantothervegetableConsumptionRate2[kg/yr]16.0

constantFrui tConsumpti onRate2 [kg/yr]48.0

constantGrainConsumptionRate2[kg/yr]30.0

constantBeefConsumptionRate2[kg/yr]4.0

constantPoul tryconsumpti onRate2 [kg/yr]3.0

constantMi 1 kconsumpti onRate2 [kg/yr]127.0

constantEggConsumptionRate2[kg/yr]1.0

constantInhal ati onExpOsu reTi me2 [h r]4790.0

constantInhalationRate2[cm3/s]88.0

constantsoi lContaminationExposureTinme2[hr]2620.0

1 ognormalDrinkingwaterConsumptionRate3[L/yr]50.0, 1240.0

constantLeafyvegetableConsumptionRate3[kg/yr]4.8

constantothervegetableConsumptionRate3[kg/yr]22.0

constantFruitConsumptionRate3[kg/yr]52.0

constantGrai nConsumpti onRate3 [kg/yr]

Page 61

tpa inp isi.00549.0

constantBeefConsumpti onRate3 [kg/yr]6.0

constantPoul tryConsumpti onRate3 [kg/yr]5.0

constantMi 1 kconsumpti onRate3 [kg/yr]160.0

constantEggConsumpti onRate3 [kg/yr]2.0

constantInhal ati onExposureTi me3 [hr]4840.0

constantInhal ati onRate3 [cm3/s]139.0

constantSoil Contami nati onExposu reTi me3 [h rI3500.0

l ognormalDri nki ngWaterConsumptionRate4[L/yr]55.0, 1850.0

constantLeafyvegetabl econsumpti onRate4 [kg/yr]6.6

constantothervegetabl eConsumpti onRate4 [kg/yr]30.0

constantFrui tConsumpti onRate4 [kg/yr]58.0

constantGrai nConsumpti onRate4 [kg/yr]56.0

constantBeefConsumpti onRate4 [kg/yr]10.0

constantPoul t ryConsumpti onRate4 [kg/yr]5.0

constantMi 1 kconsumpti onRate4 [kg/yr]143.0

constantPage 62

tpa inp isi.005EggconsumptionRate4[kg/yr]2.0

constantInhal ati onExposureTi me4 [hr]4690.0

constantInhal ati onRate4 [cm3/s]185.0

constantsoi Icontami nationExposureTime4[hr]3310.0

l ognormalDrinkingwaterConsumptionRate5[L/yr]95.0, 2380.0

constantLeafyvegetableconsumptionRateS[kg/yr]8.9

constantothervegetableConsumptionRateS[kg/yr]41.0

constantFruitconsumptionRateS[kg/yr]52.0

constantGrainConsumptionRate5[kg/yr]50.0

constantBeefconsumptionRateS[kg/yr]12.0

constantPoultryConsumptionRate5[kg/yr]6.0

constantMi 1 kConsumpti onRate5 [kg/yr]74.0

constantEggConsumptionRate5[kg/yr]2.0

constantInhalationExposureTime5 [hr]6910.0

constantInhal ati onRate5 [cm3/s]176.0

constantsoil Contami nati onExposureTi me5 [hr]3830.0

Page 63

tpa inp isi.005constantDri nki ngwaterconsumptionRate6[L/yr]730.0

l ognormalLeafyvegetabl eConsumpti onRate6 [kg/yr]2.3, 52.0

lognormalothervegetabl econsumptionRate6[kg/yr]3.8, 680.0

l ognormalFrui tConsumpti onRate6l[kg/yr]3.4, 620.0

1 ognormalGrai nConsumpti onRate6 [kg/yr]5.1, 920.0

1 ognormalBeefConsumpti onRate6 [kg/yr]12.0, 280.0

l ognormalPoul tryconsumpti onRate6 [kg/yr]1.3, 28.0

lognormalMi lkConsumptionRate6[kg/yr]7.5, 1340.0

constantEggConsumpti onRate6 [kg/yr]3.0

constantInhal ati onExposureTi me6 [hr]4200.0

constantInhal ati onRate6 [cm3/s]270.0

constantSoi lContaminationExposureTime6 [hr]1800.0

l ognormal'P1 antUptakeScal eFactor0.10, 9.8

1 ognormalAnimal uptakescal eFactor0.10, 9.8

1 ognormalKDSoi lCm[cm3/g]1.5, 1.1e7

l ognormalKDSoi lPu [cm3/g]2.0, 1.5e5

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tpa inp isi.005

1 ognormalKDSoi lu [cm3/g]9.3e-4, 1.3e6

lognormalKDSoi lAm [cm3/g]3.7e-1, 9.9e6

1 ognormalKDSoi lNp[cm3/g]1.9e-2, 1.3e3

l ognormalKDSoi lTh [cm3/g]3.2, 3.2e6

l ognormalKDSoi lRa [cm3/g]1.3e-2, 1.9e7

1 ognormalKDSoi lPb[cm3/g]1.4e-1, 5.2e5

1 ognormalKDSoi lCs [cm3/g]7.5e-2, 1.0e6

l ognormalKDSoi LI [cm3/g]7.2e-4, 1.4e3

l ognormalKDSoi lTc [cm3/g]2.7e-4, 3.7el

l ognormalKDSoi lNi [cm3/g]2.9, 5.6e4

constantKDSoi lCl [cm3/g]0.25

1 ognormalKDSoi lc[cm3/g]3.6e-1, 7.Oel

1 ognormalKDSoi lSe [cm3/g]1.5el, 2.1e2

constantKDSoi lNb[cm3/g]160.0

constantAnnual Preci pi tati on [m/yr]0.085

constantAnnual Irri gati on [m/yr]

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tpa inp isi.0051.52

constantSoi I Bul kDensi ty [g/cm3]1.5

constantSoi ivol umetri cWaterContent0.35

constantTotal Annual Evapotranspi ration [m/yr]0.80

** ***>>> FAULTO <<<***

fi ni teexponenti alTi meOfNextFaul ti ngEventi nRegi onofInterest [yr]100.0, 10000.0, 2.0e-5

userdi stri buti onThreshol dDi spl acementforFaul tDi srupti onofwP [m]40.10.20.30.4

uni formXLocati onOfFaul ti ngEventInRegi onofInterest [m]547400.0, 548600.0

uniformYLocati onOfFaul ti ngEventInRegi onofInterest [m]4076000.0, 4079600.0

constantProbabi Ii tyForNwori entati onOfFaults0.05

uniformRNtoDetermi neFaul tori entati on0.0, 1.0

constantNWFaul tStri keori entati onMeasu redfromNorthcl ockwi se [degrees]-32.5

constantNEFaul tStri keori entati onMeasu redfromNorthcl ockwi se [degrees]10.0

constantNWFaul tTraceLength [m]4000.0

constantNEFaul tTraceLength [m]4000.0

betaNWFaul tZoneWi dth [m]0.5, 275.0, 1.25, 15.0

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tpa inp isi.005

betaNEFaul tZoneWi dth [m]0.5, 365.0, 1.25, 15.0

l ognormalNWAmountOfLargestCredi bl eDi spl acement [m]5.41e-2, 3.3e-1

lognormalNEAmountOfLargestCredi bl eDi spl acement [m]5.41e-2, 3.3e-1

constantNWCumul ati veDi spl acementRate [mm/yr]0. 00005

constantNECumul ati veDi spl acementRate [mm/yr]0. 00005

** ***>>> VOLCANO <<<***

iconstantvol canoModel (l=Geometri c, 2=Di stri buti on)2

finiteexponentialTi meOfNextvol cani cEventi nRegi onofinte rest [yr]100.0, 10000.0, 1.0e-7

constantXLocati onInRegi onofInterest [m]548000.0

constantYLocati onInRegi onofinterest [m]4078000.0

uniformRNtoDetermineIfExtrusiveOrIntrusivevolcanicEvent0.0, 1.0

constantFracti onofTi mevol cani cEventIsExtrusi ve0.999

uniformAngl eofvol cani cDi keMeasu redFromNorthCl ockwi se [degrees]0.0, 15.0

uniformLengthofvol cani cDi ke [m]2000.0, 11000.0

uniformwi dthofvol cani cDi ke [m]1.0, 10.0

uni formDi ameterofvol cani ccone [m]24.6, 77.9

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tpa inp isi.005

** For Distribution model only.

iconstantSubareaOfvol cani cEvent []2

betaNumberofwPsEntrai nedByEjecta[]1.0, 150.0, 1.0, 2.0**

1 oguni formNumberOfMagmaInducedMechani cal Fail uresRemai ni ngInDri ft []1.0, 1402.0

** ***>>> ASHPLUMO <<<***

constantDensi tyofAi rAtSTP [g/cm3]0. 00129

constantVi scosi tyOfAi rAtSTP[g/cm-s]0. 00018

constantConstantRel ati ngFal 1Ti meToEddyDi ffusi vi ty [cm2/s5/2]400.0

constantMaxi mumParti cl eDi ameterForParti cl eTransport [cm]10.dO

constantMini mumFuel Parti cul ateSi ze [cm]0. 0001

constantModeFuel Parti cul atesi ze [cm]0.001

constantMaxi mumFuel Parti cul ateSi ze [cm]0.01

constantMini mumAshDensi tyForvari ati onWi thsi ze [g/cm3]0.8

constantMaxi mumAshDensi tyForvari ati onWi thsi ze [g/cm3]1.6

constantMini mumAshLogdi ameterForDensi tyvari ati on-2.0

constantMaxi mumAshLogdi ameterForDensi tyvari ati on-1.0

constantPage 68

tpa inp isi.005ParticleshapeParameter0.5

constantIncorporationRatio0.3

constantwi ndDi recti on [degrees]-90.0

exponentialwindSpeed[cm/s]0.00083

log uni form

vol cani cEventDurati on [s]1.8e5, 1.3e6

1 oguni formvol cani cEventPower [w]3.5e9, 5.3ell

constantvolcaniccolumnConstantBeta10.0

logtriangularAsh MeanParti cl eLogDi ameter [d-i ncm]0.01, 0.1, 1.0

constantAshParti cl eSi zeDi stri buti onstandardDevi ati on1.0

** ***>>> ASHRMOVO <<<***

constantRel ati veRateOfBl anketRemoval [1/yr]0.0007

constantFractionofprecipitationLostToEvapotranspiration0.68

constantFractionofIrrigationLostToEvapotranspiration0.5**.

**constant**Annual Preci pi tati on[m/yr]**0.12

**constant**Annual Irrigation [m/yr]**1.52

constantFractionofYearsoilIssaturatedDueToPrecipitation0.0054

constantPage 69

tpa inp isi.005FractionOfYearSoi 1 IssaturatedDueToIrrigation0.2

constantAshBul kDensi ty[g/cm3]1.4

constantAshVol umetri cMoi stureFractionAtSaturation0.4

constantDepthofTheRooti ngzone am]0.15

constantKdOfUrani umInvol cani cAsh [cm3/g]35.0

constantKdOfCuri uminvol cani cAsh [cm3/g]4000.0

constantKdofP1 utoni umInvol cani cAsh [cm3/g]550.0

constantKdOfAmeri ci uminvol cani cAsh [cm3/g]1900.0

constantKdOfThori umInvol cani cAsh [cm3/g]3200.0

constantKdOfRadi umInvol cani cAsh [cm3/g]500.0

constantKdOfLeadInVol cani cAsh [cm3/g]270.0

constantKdofProtacti ni umInvol cani cAsh [cm3/g]550.0

constantKdOfActi ni umInvol cani cAsh [cm3/g]450.0

constantKdOfNeptuni umInvol cani cAsh [cm3/g]5.0

constantKdofsamari umInvol cani cAsh [cm3/g]245.0

constantKdOfCesi uminvol cani cAsh [cm3/g]280.0

Page 70

tpa inp isi.005constantKdofIodi neinvol cani cAsh [cm3/g]1.0

constantKdOfTi nInVol cani cAsh [cm3/g]130.0

constantKdOfSi IverInvol cani cAsh [cm3/gl55.0

constantKdofPal adi umInvol cani cAsh [cm3/g]55.0

constantKdOfTechneti umInvol cani cAsh [cm3/g]0.1

constantKdOfMol ybdenuminVol cani cAsh [cm3/g]10.0

constantKdOfNi obi umInvol cani cAsh [cm3/gl160.0

constantKdOfZi rconi uminvol cani cAsh [cm3/g]600.0

constantKdOfStronti umInvol cani cAsh [cm3/g]15.0

constantKdOfsel eni umInvol cani cAsh [cm3/g]150.0

constantKdOfNi ckel Invol cani cAsh [cm3/g]400.0

constantKdofchl ori neinvol cani cAsh [cm3/g]0.25

constantKdOfCarboninvol cani cAsh [cm3/g]5.0

constantsol ubi Ii tyofurani umInvol cani cAsh [moles/i i ter]4.5e-5

constantsol ubi 1 i tyOfCuri umInvol cani cAsh [moles/i i ter]1.0e-6

constantsol ubi 1 ityofPl utoni umInvol cani cAsh [moles/i i ter]5.Oe-6

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tpa inp isi.005

constantsol ubi Ii tyOfAmeri ci uminvol cani cAsh [moles/1i ter]1.0e-6

constantSol ubi ii tyOfThori umInvol cani cAsh [moles/l i ter]3.2e-9

constantSol ubi 1 ityOfRadi umInvol cani cAsh [moles/i iter]1.0e-7

constantsol ubi I ityOfLeadInvol cani cAsh [moles/l i ter]3.2e-7

constantsol ubi 1 ityOfprotacti ni umInvol cani cAsh [moles/1i ter]3.2e-8

constantsol ubi I ityofActi ni umInvol cani cAsh [moles/1i ter]1.0e-6

constantsol ubi 1 ityOfNeptuni uminvol cani cAsh [moles/l iter]1.0e-4

constantSol ubi I ityofSamari umInvol cani cAsh [moles/l iter]5.0e-6

constantSol ubi I ityOfcesi umInvol cani cAsh [moles/1i ter]1.0

constantSol ubi 1 ityofiodi neinvol cani cAsh [moles/l iter]1.0

constantSol ubii tyOfTi nInvol cani cAsh [moles/l iter]5.0e-8

constantSol ubi I ityOfsi IverInvol cani cAsh [moles/i iter]1.0

constantsol ubi I ityofPal adi umInvol cani cAsh [moles/i i ter]9.5e-4

constantSol ubi Ii tyOfTechneti umInvol cani cAsh [moles/i i ter]1.0

constantSol ubi Ii tyofMol ybdenumInvol cani cAsh [moles/1i ter]1.0

constantPage 72

tpa inp isi.005Sol ubi 1 i tyofNi obi umInvol cani cAsh [mol es/i itern1.0e-8

constantSolubilityofzi rconiumInvolcanicAsh[moles/liter]3.2e-10

constantSol ubi 1 ityofstronti uminvol cani cAsh [moles/liter]1.3e-4

constantsol ubi Ii tyofsel eni uminvol cani cAsh [mol es/i i ter]1.0

constantsol ubi Ii tyOfNi ckel Invol cani cAsh [moles/i i ter]2.0e-3

constantsol ubi Ii tyofchl ori neinvol cani cAsh [moles/l i ter]1.0

constantsol ubi Ii tyofcarbonInvol cani cAsh [moles/i i ter]1.0

** ***>>> DCAGS <<<***

constantDi stanceCutoffForDoseConversi onDual i tyInDCAGS [km]19.99

loguniformAi rborneMassLoadAboveFreshAshBl anket [g/m3]1.2e-3, 1.6e-2

constantOccupancyFactorForVol cani smDosecal cul ati on [-]0.485

constantDepthOfResuspendabl eLayer [cm]0.3

1oguniformAi rborneMassLoadAboveSoil [g/m3]5e-5, 3e-4

constantRateOfReducti onofMassLoadi ngFactor [1/yr]0.07

** ***>>> CORRELATED PARAMETERS <<<***

correlateinputsSubAreaWetFracti onArealAverageMeanAnnual infi 1 trati onAtStart [mm/yr]0.631

correl atei nputsPage 73

tpa inp isi.005SubAreawetFracti onMatri xPermeabi 1 ityTSw_[m2]-0.623

** rwr 1/17/00 modified toin Fmult and

** correlateinputs** FowFactor** ArealAverageMeanAnnual In** -0.224

** correlateinputs** FowFactor** Matri xPermeabi Ii tyTSw_[** 0.13

** correlateinputs** FowFactor** SubAreaWetFraction** -0.366

correl atei nputsAll uvi umMatri XRDSAVAmAll uvi umMatri xRDSAVPu0.964

correl atei nputsAl 1 uvi umMat ri XRDSAVAmAll uvi umMatrixRDSAVU0.346

correlateinputsAll uvi umMatri xRDSAVAmAll uvi umMatrixRDSAVNp0.837

correlateinputsAll uvi umMatri xRDSAVAMAll uvi umMatri xRDSAVTh0.112

correl atei nputsAll uvi umMatri xRDSAVPUAll uvi umMatri XRDSAVU0.489

correlatei nputsAll uvi umMatri xRDSAVPUAll uvi umMatri xRDSAVNp0.881

correlatei nputsAl 1 uvi umMat ri xRDSAVPuAl 1 uvi umMat ri xRDSAVTh0.109

correlatei nputsAll uvi umMatri xRDSAVNpAll uvi umMatri xRDSAVTh0. 260

correl atei nputsAll uvi umMatri XRDSAVNp

allow for temporla variabilityFow

fi 1 trati onAtStart [mm/yr]

m2]

Page 74

tpa inp isi.005All uvi umMatrixRDSAVU0.610

correlateinputsAl 1 uvi umMat ri xRDSAVThAll uvi umMatri XRDSAV U0.165

endoffi 1 e

Page 75