attachment a dandd calculation reportsjustification for concentration: percent total ixjd= 2.68e-04...

Attachment A

DandD Calculation Reports

16

0"% He(&DandD Building Occupancy Scenario

DandD Version: 2.1.0Run Date/Time: 6/20/2012 10:01:19 AMSite Name: HBPPDescription: Analysis of potential dose of nuclides not discounted for building occupancyFileName:C:\Documents and Settings\mxeo\Desktop\TBDs\-IBPP nondiscounted occupancy.mcd

Options:

Implicit progeny doses NOT included with explicit parent dosesNuclide concentrations are distributed among all progenyNumber of simulations: 100Seed for Random Generation: 8718721Averages used for behavioral type parameters

External Pathway is ONInhalation Pathway is ONSecondary Ingestion Pathway is ON

Initial Activities:

Area ofNuclide Contamination (m2) Distribution

13H 1UNLIMITED [ICONSTANT(dpm/10O cm**2)

Justification for concentration: Percent total IXjd= 2.68E-04

114C IUNLIMITED iCONSTANT(dpm/100 cm**2)

Justification for concentration Percent total [[Valu 1.43E+02

155Fe 1 UNLIMITED 1CONSTANT(dpm/100 cm**2)

Justification for concentration: Percent total Y[aue 5.83E+03

60Co UNLIMITED CONSTANT(dpm/100 cm**2)

Justification for concentration: Percent total Vyalue 9.37E+03

163Ni UNLIMITED 1CON STANT(dpm/100 crn**2)

Justification for concentration: Percent total Value 1.17E-01

190Sr UNLIMITED CONSTANT(dpni/I00 cm**2)

hJustification for concentration Percent total Value 5.97E-06

194Nb UNLIMITED ICONSTANT(dpm/100 cm**2)

kJustification for concentration: Percent total V 8.80E-0799Tc UNLIMITED CONSTANT(dpm/100 cm**2)

lJustification for concentration: Percent total Value 5.67E-02

1137Cs UNLIMITED CONSTANT(dpm/100 cm 2)

bJustification for concentration: Percent total ILI= 1.38E+00

1152Eu UNLIMITED CONSTANT(dpm/100 cm**2)

'Justification for concentration Percent total Valu 1.53E+02

L154Eu IIINLIMITED IICONSTANT(dpm/100 cm**'-)Justification for concentration: Percent total Vahue 2.98E-02

239Pu FUNLIMITED ICONSTANT(dpni/100 cm**2)

Justification for concentration Percent total 1.27E-03

Chain Data:

Number of chains: 12

Chain No. 1: 3HNuclides in chain: 1

Ingestion Inhalation Surface 15 cmChain Half First Fractional Second Fractional CEDE CEDE Dose Rate Dose Rate

Position Life Parent Yield Parent Yield Factor Factor Factor Factor

(Sv/Bq) (Sv/Bq) ((Sv/d)/(Bq/m 2 )) ((Sv/d)/(Bq/m 3))_3H____ F1__ 4.51__E+__0_3________ .73E-11 I1.73Ell 0.00E+0.OOE+00± = 1

Chain No. 2:,14CNuclides in chain: 1



(Sv/Bq) (Sv/Bq) ((Sv/d)/(Bq/m 2 )) ((Sv/d)/(Bq/m 3 ))

114C III f12.09E+0611 _ 1 It I[ F5.64E-I 5.64E-I0 11.39E-15 16.22E-18

Chain No. 3: 55FeNuclides in chain: 1


Position Life Parent Yield Parent Yield Factor Factor Factor Factor(Sv/Bq) (Sv/Bq) ((Sv/d)/(Bq/m 2 )) ((Sv/d)/(Bq/m 3 ))

I55Fe ][i Fq9"86E+°42 ___ _ _ _1.64E-10 [7.26E-01 1-o.ooE+oo 0.OOE+00 ..

Chain No. 4: 60CoNuclides in chain: 1


Position Life Parent Yield Parent Yield Factor Factor Factor Factor(Sv/Bq) (Sv/Bq) ((Sv/d)/(Bq/m2)) ((Sv/d)/(Bq/m 3))

16_Co _[ _ 1"93E+°31_ F5 17.28E-091 -.91E-08 12.03E-10 = 16.26E-12

Chain No. 5: 63NiNuclides in chain: 1

Ingestion Inhalation• Chain Half First Fractional Second Fractional CEDE CEDE

Nuchde Position Life Parent Yield Parent Yield Factor Factor

SurfaceDose Rate

Factor

15 cmDose Rate

Factor

II II It II II 11 (Sv/Bq) 11 (Sv/Bq) ll((Sv/d)/(Bq/m2))1((Sv/d)/(Bq/m3))L..... I . 4.L... .. .. .....I C .... ... C ii"i .. . . .63Ni 9 O I 73.51E+04E] [ E ] [ _1.56E-10ll11.70E-09 0.00E+00 o.ooE+00oo

Chain No. 6: 90SrNuclides in chain: 2


Position Life Parent Yield Parent Yield Factor Factor Factor Factor(Sv/Bq) (Sv/Bq) ((Sv/d)/(Bq/m 2)) ((Sv/d)/(Bq/m 3))

F90sr fi____I Fl .06E+04L111] 0_4 T____][ 3.85E-08 3.51E-07 o 12.46E-14 3.21E-16290Y 12.67E+o0 l I0 10 2.91E-09 2.28E-09 14.60E-13 1.03E-14

Chain No. 7: 94NbNuclides in chain: I



(Sv/Bq) (Sv/Bq) ((Sv/d)/(Bq/m 2)) ((Sv/d)/(Bq/m 3))

I94Nb __1 _ 4 7.41E+061[ ]4 F_ _ _1.93E-09 F l.12E-07 ] 1.32E-10 = 13.91E-12

Chain No. 8: 99TcNuclides in chain: I




F99Tc ]-ij 17.78E+o071 F23.95E-102.25E-09 -116.73E-15 5.79E-17

Chain No. 9: 137CsNuclides in chain: 2

Chain No. 10: 152EuNuclides in chain: 2


NuclidePosition Life Parent Yield Parent Yield Factor Factor Factor Factor(Sv/Bq) (Sv/Bq) ((Sv/d)/(Bq/m 2 )) ((Sv/d)/(Bq/m 3 ))

[152Eu -Il R14.87E+03]f _ _____ 1[1.75E-09 5.97E-08 9.53E-11 2.78E-12(152Gd p2 ]3.94E+1611 10.2792 ]f I 4.34E-08 1.01E-06 0.00E+00 IO.OOE+0o


Ingestion Inhalation Surface 15 cmChain Half First Fractional Second Fractional CEDE CEDE Dose Rate Dose RateNuclidePosition Life Parent Yield Parent Yield Factor Factor Factor Factor

(Sv/Bq) (Sv/Bq) ((Sv/d)/(Bq/m 2 )) ((Sv/d)/(Bq/m3))

[I14En ]I[ E 3.21E+03[1 _ __F2.58E-09 7.73E-08 IEI.02E-10 3.04E-12Chain No. 12: 239PuNuclides in chain: 14


Nuclide Position Life Parent Yield Parent Yield Factor Factor Factor Factor(Sv/Bq) (Sv/Bq) ((Sv/d)/(Bq/m 2 )) ((Sv/d)/(Bq/m 3 ))

[239Pu j1 8.79E+06 I[ _ _ __ 9.56E-07. .16E-04 1[3.17E-14 1.31E-16F235U F2I 2.57E+11 1 1 ýI0 [ i 7.19E-08 i3.32E-05 ][1.28E-11 3.24E-13

I231Th 3 1.O6E+OO2 jI 7f ]0 j 3.65E-I0 12.37E-10 [1.60E-12 1.68E-14j231Pa 4 1.20E+0773 IFI Iio H0Z2.86E-06 3.47E-04 3.52E-12 8.30E-14227Ac F 7.95E+034 F3.80E-06 1.81 E-03 -1.36E-14 2.26E- 16

223Fr ýFImplicit j[j jj 5j 0 .0138 1i I 2.33E-09 1.68E-09 4.88E-12 8.74E-14F227Th FI6 1[1.87E+01 15 [0.9862 0 01.03E-08 4.37E-06 8.94E-12 2.29E-13

1223Ra 17 IF I1.14E+01 Fj16 0.0138 1.78E-07 2.12E-06 j[1.iE-11 2.67E-13I219Rn [Implicit 11 1_7____I [I II 0.OOE+00 0.00E+00 1[4.74E-12 1.33E-13215Po Implicit I 17___I[I i 0.OOE+÷000.00E+00 [11.51E-14 4.30E-163I211Pb 1mplicit Z 7II _1.42E-10 2.35E-09 4.38E-12 1.26E-13I211Bi Implicit If7 IIi IiI lI l0.OOE+00 0.00E+00 [3.96E-12 11.10E-13[211Po [[Implicit [It ][7L 0.0028 I 1 1111 0.00E+00I0.00E+00 6.57E-13 11.94E-14[207T! [[Implicit jI [7 [0.9972 _ l0.00E+O00[0.00E+00 [3.25E-13 [18.19E-15

Initial Concentrations:Note: All reported values are the upper bound of the symmetric 95% confidence interval for the 0.9 quantile value

Nc i Surface ConcentrationNuclide (dpm/lOO cm**2)

13H 1]2.68E-04

14C Fl1.43E+02

155Fe F 5. 83E+03160Co jj 9.37E+0363Ni IF,.17E-O 1190Sr IF5.97E-06

90Y 110.00E+00j94Nb I F8[ 8.80E-07 0

199Tc 115.67E-02

1_137Cs 1.38E+00137mBa 1.31E+00

152Eu 1 1.53E+021152Gd 0.00E+0012.98E-02

[239Pui iII I.27E-03235U 0.0E+

Th 0.E+00

1231Pa0.a0E+00

227Ac .E+00

F0.OOE+00

227Th 0.00E+00

223Ra 0.00E+00

1219Rn O.OOE+00

215Po 0.OOE+00

12111Pb 10.OOE+00[211IBi 0.00E+00

1211 Po 0.OOE+00

M2d7T1 0P00E+00

Model Parameters:

General Parameters:

The time steps for the history file. Doses willPstep:Print Step Size be written to the history file every n time CONSTANT(none)

steps

[Default value used __ _alue 1.00E+00

AOExt:External Minimum surface area to which occupant isexposed via external radiation during CONSTANT(m**2)Exposure Area ~ occupancy period_____________________

[Default value used o p pValue 1.00E+01

AOInh: Inhalation Minimum surface area to which occupant isexposed via inhalation during occupancy CONSTANT(m**2)

Exposure Area period

'Default value used ._Ev___ Iu i00E±01

AOIng:Secondary Minimum surface area to which occupant is

Exposure Area exposed via secondary ingestion during CONSTANT(m* *2)

occupancy period

Default value used w]Value 1.00E+01

Minimum surface area to which occupant is DERIVED(m**2)__ Aexposed during the occupancy period _ _ _ _ _ _ _

bDefault value used __

FFraction of surface contamination available lONSTANT[no

FlLoose Fraction for resuspension and ingestion IF S noe)IDefault value used II-u- 1.00E-01Rfo:Loose Resuspension 1

Factor RResuspension factor for loose contamination ICONTINUOUS LOGARITHMIC(l/m)

Default value used Yalue Probabilit

9.12E-06 O.OOE+001.10E-04 7.67E-011.46E-04 9.09E-01

1.62E-04 9.50E-011.85E-04 9.90E-011.90E-04 1.00E+00

The secondary ingestion transfer rate of looseGO:Loose Ingestion removable surface activity from building CONSTANT(m**2/hr)Rate surfaces to the mouth during building

occupancy

bDefault value used a1.1OE-04

Correlation Coefficients:

None

Summary Results:

90.00% of the 100 calculated TEDE values are < 3.36E+01 mrem/year.The 95 % Confidence Interval for the 0.9 quantile value of TEDE is 3.3 1E+01 to 3.42E+01 mrem/year

Detailed Results:Note: All reported values are the upper bound of the symmetric 95% confidence interval for the 0.9 quantile value

Concentration at Time of Peak Dose:

Nucld ISurface ConcentrationNuclide (dpm/100 cm**2)

[3! A F2.61E-04114C -- ][1.43E+02

555Fe 5.14E+0360Co I[8-.78E+03

163Ni IFI.17E-O0l

!90Sr EI ]F5.90E-0690Y 1F5.i84E-06194Nb IF8. 80-E -0 7199Tc [5-.67E-02

137Cs ]1.36E+00

L37mBa ]F1.29E+00

152Eu ][1.49E+02

1152Gd ][l.35E-13

154Eu F2.87E-02239Pu IF1.27E-03

235U6.26E- 13123 1Th - ]]6-.20E- 13

123 1Pa ][4.-34E- 18

227Ac [3.42-20

L223Fr ][ý4-.72E-22

1227Th 112.5T7E-20

1223Ra ff2.178E -2 0

219Rn, I 2.8E-20

1215Po It2 18E-2O1211 Pb 7 ][2-.18E-20

1211 Bi 1[2.18E-20

1211 Po F[6.10 -E -2 31207T1 7[217E-20

Pathway Dose from All Nuclides (mrem)

Radionuclide Dose through All Active Pathways (mrem)

Nuclide /All PathwaysN d Dose

j3H ]15.90E-1 I

114C 11.06E-03155Fe 113.65E-02

160Co 113.38E+O1

I63Ni ][1.82E-06190Sr 1[1.92E-08

II i

190Y 112.34E-1094Nb I12.76E-09

L99Tc 1.23E-06L137Cs 1.83E-04

S13 7m3a [1.06E-03152Eu 13.1OE-01

1l52Gd 1.22E-15

1154Eu 1[6.73E-05

L239Pu ][1.30E-03235U 1[I.83E-13

1231Th ][1.84E-17

I231Pa 1[1.33E-17

227Ac 115.46E-19223Fr 14.92E-26

227Th 19.93E-22

223Ra 114.27E-22

I219Rn 1.68E-24

215Po 5.35E-27

1211Pb 12.02E-24

211Bi 1[.40E-24

211Po 16.52E-28

1207TI 1[l.15E-25

IAII Nuclides 113.42E+O1

Dose from Each Nuclide through Each Active Pathway (mrem)

Nuclide External I Inhalation Secondary3H 10.OOE+00 1[3.97E-11 ] 1.93E- 11[Ii4C 113.23E-06 JF7.1OE-04 13.46E-04155Fe = 0.00E+00 11-73.29E-02 36E0

60Co 12.90E+01 4.57E+00 12.74E-01[63Ni 110.00E+00 111.74E-06 117.80E-08

190Sr 112.3 6E- 12 I11.82E-08 119.74E- 10

90Y 14.36E-11 [1.17E-10 1[7.29E-I1

194Nb 111.89E-09 [8.67E- 10 1]7.29E- 1299Tc 116.20E-09 7 1.12E-06 119.61E-08137Cs 115.45E-07 1.04E-04 17.90E-05137mBa 111.06E-03 0.OOE+00 I 0.OOE+00

11 52Eu 112.3 1E-01 I - - -]7.83E-02 111.12E-03

152Gd 1[0.00E+00 1.20E-15 12.51 E-17154Eu 14.75E-05 F1.95E-05 13.17E-07

239Pu 6.54E- 10 1.30E-03 15.2 IE-06235U 1[1.30E-16 1.83E-13 [1.93E-16

11 11

231 Th 111.6 1E-17 11 1.29E-18 119.71E-19ý23 1Pa 112.48E-22 1l.33E- 17 15.33E-20

I227Ac 117.57E-27 5.45E-19 5.58E-22I23Fr 113.75E-26 6.99E-27 4.72E-27

227TIi 1.73E-24 9.88E-22 11.13E-24

I223Ra 13.93E-24 4.07E-22 11.66E-23119Rn 11.68E-24 0.OOE+00 0.00E+00

215Po 7 5.35E-27 0.00E+0 O.OOE+00

121 lPb 1[1.55E-24 '4.51E-25 11.33E-26

1211 Bi 111.40E-24 [O.OOE+00 0.OOE+00

211 Po 6.52E-28 FO.OOE+O 0oOOE+00

207TI 11.15E-25 [O.OOE+00 0.00E+00

CDandD Building Occupancy Scenario

DandD Version: 2.1.0Run Date/Time: 6/21/2012 12:20:01 PMSite Name: HBPPDescription: Analysis of potential dose from nuclides discounted for building occupancyFileName:C:\Documents and Settings\mxeo\Desktop\TBDs\HBPP occupancy discounted.mcd

Options:


External Pathway is ONInhalation Pathway is ONSecondary Ingestion Pathway is ON

Initial Activities:

Area ofNuclide Contamination (m2) Distribution

136CI UNLIMITED [ICONSTANT(dpm/100 cm**2)

'Justification for concentration: Percent total I1. 3.34E+00I41Ca 1UNLIMITED ICONSTANT(dpm/I100 cm**2)

Justification for concentration Percent total [YsAli 2.98E-02

154Mn JFUNLIMITED CONSTANT(dpm/100 cm**2)

'Justification for concentration: Percent total Vylue 3.58E-09

165Zn JUNLIMITED CONSTANT(dpm/100 cm**2)

Justification for concentration: Percent total Valu 1.34E- 13

79Se IFUNLIMITED CONSTANT(dpm/100 cm**2)


93Zr IFUNLIMITED CONSTANT(dpm/100 cm**2)[Justification for concentration: Percent total Value 2.10E-04

93Mo UNLIMITED CONSTANT(dpm/l00cmn**2)

Justification for concentration: Percent total Vylue 1.27E-03

1134Cs UNLIMITED CONSTANT(dpm/100 cm**2)

Justification for concentration: Percent total Va2 2.68E-04135Cs UNLIMITED CONSTANT(dpm/100 cm**2)

'Justification for concentration: Percent total V1a5u 5.67E-04

1151Sm UNLIMITED CONSTANT(dpm/100 cm**2)


s155Eu IIUNLIMITED ICONSTANT(dpmr/100 cm**2)

Justification for concentration: Percent total IlValue 4.87E-02

166mbo UNLIMITED 1CONSTANT(cdpm/100 cm**2)

Justification for concentration: Percent total ialu7 e 5.74E-01

1233U 7[UNLIMITED IICONSTANT(dpm/l00 cm**2)Justification for concentration: Percent total Ialu 3.36E-03

12lmSn I[UNLIMITED CONSTANT(dpm/l00 cm**2)

Justification for concentration: Percent total 1.07E-04

Chain Data:


Chain No. 1: 36C]Nuclides in chain: 1

11

Chain No. 2: 41CaNuclides in chain: 1


Position Life Parent Yield Parent Yield Factor Factor Factor Factor(Sv/Bq) (Sv/Bq) ((Sv/d)/(Bq/m 2 )) ((Sv/d)/(Bq/m3))

[41Ca Fl i(5.11E+071 __ .. 3.44E-10J3.64E-I0 00.OOE+00 ]O.OOE+O0

Chain No. 3: 54MnNuclides in chain: 1

Chain No. 4: 65ZnNuclides in chain: 1


Position Life Parent Yield Parent Yield Factor Factor Factor Factor(Sv/Bq) (Sv/Bq) ((Sv/d)/(Bq/m 2 )) ((Sv/d)/(Bq/m 3 ))

[6-5Zn 12"44E+021== F3.90E-09 5.5 iE-09 4.78E-ll I1.45E-12

Chain No. 5: 79Se

Nuclides in chain: 1


NuclidePosition Life Parent Yield Parent Yield Factor Factor Factor Factor(Sv/Bq) (Sv/Bq) ((Sv/d)/(Bq/m 2 )) ((Sv/d)/(Bq/m 3 ))

I79Se 7i F12.37E+071= __ _ _ _ 2.35E-09 2.66E-09 j1j.79E-15 118.60E-18

Chain No. 6: 93ZrNuclides in chain: 2


Nuclide Position Life Parent Yield Parent Yield Factor Factor Factor Factor(Sv/Bq) (Sv/Bq) ((Sv/d)/(Bq/m 2 )) ((Sv/d)/(Bq/m 3 ))

F93Zr -r 1 Fj5.59E+O81II] _ _ __ 4.48E-1O 8.67E-08 0.00E+00 : O.OOE+OO

193mNb 2I1j4.97E+03111 m II 1 [0 1.alE-10 7.90E-09 8.11E-14 14.80E-17

Chain No. 7: 93MoNuclides in chain: 2

Ingestion Inhalation Surface 15 cmChain Half First Fractional Second Fractional CEDE CEDE Dose Rate Dose RateNuclidePosition Life Parent Yield Parent Yield Factor Factor Factor Factor

(Sv/Bq) (Sv/Bq) ((Sv/d)/(Bq/m2)) ((Sv/d)/(Bq/m 3 ))

F93Mo IY ]F1.28E+0611 [I _ II II 3.64E-10 -7.68E-09 4.61E-13 12.73E-16F93mNb E2 F4.97E+031 F1.41E-1O 7.90E-09 8.11E-14 14.80E-17

Chain No. 8: 121mSnNuclides in chain: 2

Ingestion Inhalation Surface 15tcmChain Half First Fractional Second Fractional CEDE CEDE Dose Rate Dose RateNuclide Position Life Parent Yield Parent Yield Factor Factor Factor Factor

(Sv/Bq) (Sv/Bq) ((Sv/d)/(Bq/m 2 )) ((Sv/d)/(Bq/m 3 ))

T121mSnl[1 ] F2.01E+04ý IF___ _ I 4.19E-10 [F3.11E-09 14.22E-13 9.11E-16T121Sn 12 Fl .13E+OOl 00= 10.776 - j F]0II2.44E-0I, 1.38E-10 19.07E-15 9.02E-17



Ingestion Inhalation Surface 15cm

11 Ingestion 11 Inhalation ý1Surface

1115 cm

11

Nuclid lP ositionHalf First Fractional Second Fractional CEDE CEDE Dose Rate Dose RateLife Parent Yield Parent Yield Factor Factor Factor Factor


1135Cs jI &I840E+°8H U ___ II _ _ 1"91E-09 J1-.23E-09 ]E2-87E-15 f1-77E-17Chain No. 11: 151SmNuclides in chain: 1


Position Life Parent Yield Parent Yield Factor Factor Factor Factor(Sv/Bq) (Sv/Bq) ((Sv/d)/(Bq/m 2)) ((Sv/d)/(Bq/m 3))

la5slm Il 113.29E+041 II__ _ _ 11.05E-10 8.1OE-09 -4.34E-16 14.55E-19





1155Eu ][i F181E+0O3311 F413E-10.112E-08 ]5.1OE-12 8.42E-14

Chain No. 13: 166mHoNuclides in chain: 1



(Sv/Bq) (Sv/Bq) ((Sv/d)/(Bq/m 2)) ((Sv/d)/(Bq/m 3))_16_o_ ____ 4.__8E __0 _ 2.18E-09]2.09E-07 1]1.47E-10 4.23E-12

Chain No. 14: 233UNuclides in chain: 10


Nuclide Surface ConcentrationNuclide (dpm/100 cm**2)

36CI ][3.34E+00

141 Ca ]2.98E-02

154Mn 13.58E-09

65Zn ]1.34E-13

79Se ]F2.09E-03

193Zr F2.10E-04

I93mNb JO.OOE+0093Mo ][1.27E-03

1134Cs ]2.68E-041135Cs 115.67E-04

1151Sm F6.06E-021155Eu ]48E0

1166mHo ][5.74E-01

1233U ]3.36E-03

1229Th ]O.OOE+00

I225Ra ]0.00E+00225Ac ][0.OOE+00

1221Fr ]0.OOE+001217At ][0.00+00

1213BiO.OOE+OO

[2_13Po - ]1o.OOE+O01209TI F[0.00E+00

209Pb ]O.OOE+00

121mSn ]1.07E-041121 Sn ][O.OOE+O0

Model Parameters:

General Parameters:

Parameter Name I Description F DistributionThe time in the building during the CONSTANT(hr/week)To:Time In Building occupancy period

Default value used iValu 4.50E+01

The duration of the occupancy exposure NSTANT(days)Tto:Occupancy Period CFONT TDefault value used ]lYalue 3.65E+02

The average volumetric breathing rate during CONSTANT(m**3/hr)

Vo:Breathing Rate building occupancy for an 8-hour work day _1Default value used IIv .. ... 1.40E+00

RFo*:Resuspension Effective resuspension factor during the [DERIVEDIIFactor [occupancy period = RFo * Fl E1 (m)

[Default value used ]_

Effective secondary ingestion transfer rate ofGO*:Ingestion Rate removable surface activity from building DERIVED(m**2/hr)

GO Ingest 11 surfaces to the mouth during building

voccupancy = GO * FlDefault value used ]

ITstart:Start Time The start time of the scenario in days [CONSTANT(days)

Default value used O.OOE+00

ITend:End Time iIThe ending time of the scenario in days CONSTANT(days)Default value used Y[Vaue 3.65E+02

ldt:Time Step Size The time step size CONSTANT(days)Default value used 3.65E+02

The time steps for the history tile. Doses willPstep:Print Step Size be written to the history file every n time 0NSTANT(none)

]steps

Default value used _[VAlue 1.00E+00

AOExt:External Minimum surface area to which occupant is

AExposureArea exposed via external radiation during ]CONSTANT(m**2)Exposre Aea ]occupancy period

Default value used l[Vaue 1.00E+01

AOInh:Inhalation Minimum surface area to which occupant is 1AosurenAra exposed via inhalation during occupancy CONSTANT(m**2)Exposure Area periodDefault value used ][_ 1.00E+01

AOIng:Secondary Minimum surface area to which occupant is

Ingestion Exposure Area exposed via secondary ingestion during CONSTANT(m**2)Ingestion____Exposure__ raoccupancy period

[Default value used IValue 1.00E+01IArMinimum surface area to which occupant is D

AO:ExposureA ]exposed during the occupancy periodDERIVED(m**2)IDefault value usepd

FlFraction of surface contamination available CFILoose Fraction J[for resuspension and ingestion CONSTANT(none)

Default value used 1.00E-01

Rfo:Loose Resuspension [Resuspension factor for loose contamination CONTINUOUS LOGARITHMIC(I/m)

lFactoriL_________________ ____________________

Default value used Value Probabiity9.12E-06 O.OOE+00. 1OE-04 7.67E-01

1.46E-04 9.09E-011.62E-04 9.50E-011.85E-04 9.90E-011.90E-04 1.00E+00

The secondary ingestion transfer rate of looseGO:Loose Ingestion removable surface activity from building CONSTANT(m**2/hr)Rate surfaces to the mouth during building

occupancy

Default value used 1.. 1OE-04

Correlation Coefficients:

None

Summary Results:

90.00% of the 100 calculated TEDE values are < 3.44E-03 mrem/year.The 95 % Confidence Interval for the 0.9 quantile value of TEDE is 3.2 1E-03 to 3.72E-03 mrem/year

Detailed Results:Note: All reported values are the upper bound of the symmetric 95% confidence interval for the 0.9 quantile value

Concentration at Time of Peak Dose:

Nuclide Surface Concentration

NuclIde (dpm/100 cm**2)

136C1 [3.34E+0041Ca 112.98E-0254Mn 112.45E-0965Zn 118.34E-14

m79Se F2.O9E-0393Zr 112.10E-0493mNb ]73.771E-05193Mo T1127E-03

134Cs F12.28E-041135Cs 115.67E-041151Sm 116.-04E-02

155Eu F414.54E-021166mHo 1[5.74E-011233U ll336E-031229Th 111.59E-071225Ra F1. 4 1E -0 7

I225Ac 111.30E-071221Fr ][1.30E-07I217At [11.3OE-071213Bi I[1.30E-07I213Po -7 1.27E-071209TI 112.81E-09I209Pb ]I1.30E-07I121mSn ]11.06E-04121Sn 118.21E-05

Pathway Dose from All Nuclides (mrem)

Radionuclide Dose through All Active Pathways (mrem)

Nuclide All PathwaysNud Dose

136C1 [1.89E-O4141Ca 11.39E-07I54Mn 12.84E-1265Zn 117.02E-17I79Se 1[7.O1E-08I93Zr 11.61E-07I93mNb 12.65E-09I93Mo 19.73E-08

134Cs 15.29E-07135Cs 1.08E-08151Sin 114.33E-06155Eu 18.33E-06166mHo J12.43E-03

1233U 11.08E-03

1229Th 1[8.11E-07225Ra 2.68E-09225Ac 1[3.36E-09

221Fr 115.43E-121217At 5.51E-141213Bi 2.95E-11

213Po FO .OOE+oo209T1 t7.48E-12209Pb 111.16E-13

l121mSn 113.83E-091121Sn 1.98E-10All Nuclides 13.72E-03

Dose from Each Nuclide through Each Active Pathway (mrem)

Nuclide External Inhalation Sesondary

1__________ ____________ [ ____________ Ingestion

136CI 3.15E-06 I1.74E-04 I,1.17E-05141jCa O.OOE+00 19.55E-08 ]14.40E-o08154Mn 12.80E- 12 ---- 1E--4713.7.88E-15165Zn 16.48E- 17 F4.04E- 18 111.40E- 18179Se ------- 16.08E-11 4.89E-08 1[2.11E-O8I93Zr 10.OO E+00 1.60E-07 1[4.O4E- 1o193mNb 14.88E-1 I 2.58E-09 112.24E-1I1

193Mo 9.1E- 09 7 7]8.58E-08 111 .98E-09

134Cs 14.84E-07 2.50E-08 11.93E-08

135Cs = 2.64E- I 6.14E-09 [4.65E-09

115 1Sm F4.26E- 10 F4.30E-06 IF2-.72E-081155Eu 3.77E-06 4.48E-06 8.05E-08

11I66mIHo I 1.37E-03 ]1.06E-03 15.37E-061233U [3.37E-09 1---F.08E-03 F1. 1-3E -0-6

1229Th 1.90E-11 8.IOE-07 [6.50E- 10225Ra 2.64E- 12 2.61E-09 6-.30E- 1

1225Ac 2.89E- 12 3.34E-09 11 .67E- 11

122 1 Fr 115.43E- 12 O.OOE+00 0.OOE+001217At F5.51I E- 14 [0--F.00E+00 0.0E+01213Bi 12.4 1E-l I 129E12 F. 1.9E-13

i213Po 77IIIIII0.OOE+00 0.OOE+00 I.00E+00209TI 7.48E- 12 O.OOE+00 O.OOE+001209Pb 15.49E- 14 112.93E-14 IF3.21 E- 14

12lmSn 7.29E-10 12.91E-09 11.91E-10

121Sn 1.21E-11 19.98E-11 -8.60E-11

IQF" 0

DandD Residential Scenario

DandD Version: 2.1.0Run Date/Time: 6/21/2012 12:30:01 PMSite Name: HBPPDescription: Analysis of potential dose from nuclides discounted for residentFileName:C:\Documents and Settings\mxeo\Desktop\TBDs\HBPP resident discounted.mcd

Options:


External Pathway is ONInhalation Pathway is ONSecondary Ingestion Pathway is ONAgricultural Pathway is ONDrinking Water Pathway is ONIrrigation Pathway is ONSurface Water Pathway is ON

Initial Activities:

Nuclide Area of DistributionN iContamination (m2 ) Distribution

[36C UNLIMITED I CONSTANT(pCi/g)l Justification for concentration: Percent total Eda=ue 3.34E-03

141Ca UNLIMITED CONSTANT(pCi/g)lJustification for concentration: Percent total lue 2.98E-05

154Mn UNLIMITED IICONSTANT(pCi/g)

IJustification for concentration Percent total ][vaue 3.58E-12

65Zn - - UNLIMITED coNSTANT(pCi/g)

Justification for concentration: Percent total I]Value 1.34E-16

79Se IIUNLIMITED ICONSTANT(pCi/g)Justification for concentration: Percent total I1la 2.09E-06193Zr UNLIMITED CONSTANT(pCi/g)

Justification for concentration: Percent total Valu 2.1 OE-07

193Mo 11UNLIMITED I[CONSTANT(pCi/g)

Justification for concentration Percent total NL= 1.27E-06

134Cs IUNLIMITED CONSTANT(pCi/g)

Justification for concentration Percent total Valu 2.68E-07

135Cs IIUNLIMITED CONSTANT(pCi/g)

Justification for concentration: Percent total Il~alu 5.67E-07

1151Sm UIMITED ICONSTANT(pCi/g)Justification for concentration Percent total ilValue 6.06E-05

155Eu ]JUNLIMITED ] CONSTANT(pCi/g)


166mHo UNLIMITED 11CONSTANT(pCi/g)Justification for concentration Percent total ]lValue 5.74E-04

1233U IuNLIMITED ICONSTANT(pCi/g)Justification for concentration Percent total lValue 3.36E-06

12 lmSn IFUNLIMITED FCONSTANT(pCi/g)

Justification for concentration: Percent total 1.07E-07

Chain Data:


Chain No. 1: 36CINuclides in chain: 1

Ingestion Inhalation Surface 15 cmChain Half First Fractional Second Fractional CEDE CEDE Dose Rate Dose RatePosition Life Parent Yield Parent Yield Factor Factor Factor Factor


36Cl I I~OE+08l 818E-10 5.93E-09 5.81E-14 1.06E-15

Chain No. 2: 41CaNuclides in chain: 1

Ingestion Inhalation Surface 15 cm

Nuclide Chain Half First Fractional Second Fractional CEDE CEDE Dose Rate Dose Rate

Position Life Parent Yield Parent Yield Factor Factor Factor Factor(Sv/Bq) (Sv/Bq) ((Sv/d)/(Bq/m 2 )) ((Sv/d)/(Bq/m 3))

14lCa ll 115.11E+07[ _3.44E-10]I3.64E-10 I[o.ooE+00 = 0.OOE+00

Chain No. 3: 54MnNuclides in chain: 1

Chain No. 4: 65ZnNuclides in chain: 1

ChainNuclide Position

Ingestion InhalationHalf First Fractional Second Fractional CEDE CEDELife Parent Yield Parent Yield Factor Factor

(Sv/Bq) (Sv/Bq)

SurfaceDose Rate

Factor2

15 cmDose Rate

Factor3

S65Zn 1 I E II I~ I _I i((Sv/d)/(Bq/m )) ((Sv/d)/(Bq/m_))___Zn_ 1 2.44E+021 I_ _ 11_ I 11J 3.90E-09 I5.51E-09 4.78E-11 1.45E-12Chain No. 5: 79SeNuclides in chain: 1


Position Life Parent Yield Parent Yield Factor Factor Factor Factor(Sv/Bq) (Sv/Bq) ((Sv/d)/(Bq/m 2 )) ((Sv/d)/(Bq/m3))

798e 1 2.37E+071 2.35E-09E2.66E-09 1.79E-15 ]18.60E-18

Chain No. 6: 93ZrNuclides in chain: 2


Chain Half First Fractional Second Fractional CEDE CEDE Dose Rate Dose RatePosition Life Parent Yield Parent Yield Factor Factor Factor Factor

(Sv/Bq) (Sv/Bq) ((Sv/d)/(Bq/m2)) ((Sv/d)/(Bq/m3))

F9 3zr [Il 5.59E+081 FI_ II 14_.48_E-10F8.67E-08 _ _o.ooE+oo Oogo193mb 112 114.97E+031 II1 Iio 0io 1.41E-10 117.90E-09 118.11E-14 II4.80E-17Chain No. 7: 93MoNuclides in chain: 2


Position Life Parent Yield Parent Yield Factor Factor Factor Factor(Sv/Bq) (Sv/Bq) ((Sv/d)/(Bq/m2)) ((Sv/d)/(Bq/m3))

[93Mo Il _ T11.28E+0611 _I __ I II_1_3.64E-101[7.68E-09 4.61E-13 12.73E-16193mNb 2 4.97E+03 [1 IoIo 1.41g-10[7.90E-09 8.11E-14 14.80E-17Chain No. 8: 121mSnNuclides in chain: 2


(Sv/Bq) (Sv/Bq) ((Sv/d)/(Bq/m2)) ((Sv/d)/(Bq/m 3 ))

Tl2lmSn~i] 112"°1E+°411 II II II 4.19E-10 3.11E-09 4.22E-13 _]9.11E-16l121Sn II2 113E+-07011 jO.776 I-jo Iio2.44E-1O 1.38E-10 9.07E-15 9.02E-17




Position Life Parent Yield Parent Yield Factor Factor Factor Factor(Sv/Bq) (Sv/Bq) ((Sv/d)/(Bq/m2)) ((Sv/d)/(Bq/m 3 ))

S135Cs I1 8.4og±o8__ __ _ 1.91E-091.23E-09 12.87E-15 _I 1.77E-17Chain No. 11: 151SmNuclides in chain: 1



(Sv/Bq) (Sv/Bq) ((Sv/d)/(Bq/m2)) ((Sv/d)/(Bq/m3))

iSlm F3.29E+04] 1.__ 05E-107 810E-09714.34E-16 4.55E-19




(Sv/Bq) (Sv/Bq) ((Sv/d)/(Bq/m 2 )) ((Sv/d)/(Bq/m 3))

IlS5Eu ~Il ]l.81E+03_l 4.13E-10 11.12E-08 115.10E-12 8.42E-14

Chain No. 13: 166mHoNuclides in chain: 1



F166mHoll1 114.38E+0511 F2.18E-0912.09E-07 111.47E-10 4.23E- 12

Chain No. 14: 233UNuclides in chain: 10




1233U ]I1 15-79E+07 j[II __ 7.81E-08 3.66E-05 16.18E-14 ]16.25E-1622h2 2.68E+061[1 ___1___ Iio19.54E-O7 5.80E-04 17.38E-12 =11.47E-1312 a II[1.48E+o0 I__ _Iio 1Ii F1.04E-07 2.10E-06 1.15E-12 ]15.09E-15

1225A 114 II100÷0[E Il Ii F3.00E-0o82.92E-0o671.37E-12 =]12.89E- 14221Fr IImplicitjll I[4II _ I _ I[II000E+00 0.OOE+00 2.57E-12 = 6.82E-14217At Implicit Ill14 1 _.OOE+00 0.00E+00 2.61E-14 17.43E-161213Bi II~mplicit ~ll 4 II1 1 II 1.95E-10 4.63E-09 1.14E-11 3.24E-131213Po IlImplicit 213o llmli1t14 110.9784 11 11 IJO.OOE+00110.00E+00 110.00E+00l~~oEo110.00E+00

1209bT ImpliCit [ 0•I01l00-6l jl0. OE-0 1.E-0.E001 1.64E-10 :14.99E-12I2O9b Ipliit 5.5E-11 .56- 1 2.0E-14 =3.52E- 16


Nuclide Soil ConcentrationN (pCi/g)

136CI F3.34E-03141 Ca 2.98E-05154Mn 3.58E- 121[65Zn 11.34E- 16

I79Se I 2.09E-06193Zr [2.10E-07

1931Nb 0.00E+00

93Mo 1.27E-06

134Cs 12.68E-071135Cs F5.67E-07

1151Sm 6.06E-05

j155Eu 4.87E-05166mHo 15.74E-04

1233U r3.36E-061229Th 0.OOE+00

1225Ra 0.00E+00

225Ac 0.00E+00

221Fr O.OOE+00

217At 0.0E+00

1213Bi 0.OOE+00

213Po 0.OOE+00

209T1 10.OOE+00+209Pbio

1121mSn 1[1.07E-07112 1Sn -- - ]I0.00E+00

Model Parameters:

General Parameters:

Parameter Name Description Distribution

Tv(l):Translocation:Leafy ][Translocation factor for leafy vegetables [CONSTANT(none)

Default value used I[j.jt ,.00E+00

ITv(2):Translocation:Root Translocation factor for other vegetables cONSTANT(none)

Default value used 1.OOE-01

II II

Tv(3):Translocation:Fruit IlTranslocation factor for fruit I ICON STANT(none)Default value used LOOE-0,

ITv(4):Translocation:Grain ý lTranslocation factor for grain CONSTANT(none)Default value used [ 1.00E-01

Tf(1):Translocation: Beef Translocation factor for forage consumed l[CONSTANT(none)Forage lby beef cattle

[Default value used IV.OOE+00

Tf(2):Translocation:Poultry Translocation factor for forage consumed p rCONSTANT(none)Forage by poultry II_____________________Default value used _[Va]ue 1.OOE+00

Tf(3):Translocation: Milk Translocatioin factor for forage consumed /CONSTANT(none)Cow f3:rnlct~:ik ]by milk cows

Default value used _ [Value I.OOE+00

Tf(4):Translocation:Layer Translocation factor for forage consumed /CONSTANT(none)

Hen Forage by layer hens

Default value used V.OOE+00

Tg(1): Translocation :Beef Translocation factor for stored grain

TGrain consumed by beef cattle[ T nDefault value used [M-.ale I.OOE-OITg(2):Translocation:Poultry Translocation factor for stored grain /Grain consumed by poultry FONSTANTn__eDefault value used IValu 1.00E-01

Tg(3):Translocation:Milk Translocation factor for stored grain C

Cow Grain consumed by milk cows

Default value used INVaNu e 1.00E-01

Tg(4):Translocation:Layer Translocation factor for stored grain CONSTANT(none)Hen Grain ] consumed by layer hens

Default value used 1.00E-01L h(1 ): Translocation: Beef 1Translocation factor for stored hay CONSTANT(none)THay consumed by beef cattle

[Default value used ][_Valie I.OOE+00

lTh(2):Translocation :Poultry Translocation factor for stored hay CONSTANT(none)Hay j[consumed by poultry FDefault value used _ _ _ale 1.OOE+00

Th(3):Translocation:Milk Translocation factor for stored hay CONSTANT(none)ICow Hay Jconsumed by milk cows

[Default value used Il.OOE+00

Th(4):Translocation:Layer Translocation factor for stored hay cONSTANT(none)Hen Hay irconsumed by layer hens 1n[Default value used ][Malue .0E+00[fca(i):Beef Carbon Fraction [Mass fraction of beef cattle that is carbon ]ICONSTANT(none)


Fractionuitry Carbon Mass fraction of poultry that is carbon CONSTANT(none)

IDefault value used I1.80E-01fca(3):Milk Carbon [Mass fraction of milk that is carbon ][CONSTANT(none)

IIII

I Default value used IIvaue= 6.00E-02Fractiona(4):Eggs Carbon !Mass fraction of an egg that is carbon CONSTANT(none)

Default value used lyalu 1.60E-01

fcf(l):Beef Forage Carbon Mass fraction of wet forage consumed by CONSTANT(none)Fraction beef cattle that is carbonFDefault value used VaFu[ 1.10E-01

fcf(2):Poultry Forage Mass fraction of wet forage consumed by ONSTANTCarbon Fraction poultry that is carbon [

Default value used Vue 1.10E-01

fcf(3):Milk Cow Forage Mass fraction of wet forage consumed by CONSTANT(none)Carbon Fraction milk cows that is carbonDefault value used V1.1OE-0 l

fcf(4):Layer Hen Forage Mass fraction of wet forage consumed by CONSTANT(none)Carbon Fraction layer hens that is carbon

Default value used Valu 1. I OE-01

fcg(1):Beef Grain Carbon Mass fraction of wet stored grain consumed CONSTANT(none)Fraction by beef cattle that is carbon ___Default value used Value 4.OOE-01

fcg(2):Poultry Grain Mass fraction of wet stored grain consumed CONSTANT(none)Carbon Fraction by poultry that is carbon

Default value used VaI=e 4.00E-01

fcg(3):Milk Cow Grain Mass fraction of wet stored grain consumed CONSTANT(none)Carbon Fraction by milk cows that is carbon

Default value used [alue 4.OOE-01fcg(4):Layer Hen Grain Mass fraction of wet stored grain consumed CONSTANT(none)Carbon Fraction by layer hens that is carbonDefault value used Value 4.OOE-01

fch(1):Beef Hay Carbon Mass fraction of wet stored hay consumed ONSTANT(none)Fraction by beef cattle that is carbon FDefault value used Rai=u 7.OOE-02

fch(2):Poultry Hay Carbon Mass fraction of wet stored hay consumed CONSTANT(none)Fraction by poultry that is carbon

[Default value used __Value 7.OOE-02fch(3):Milk Cow Hay Mass fraction of wet stored hay consumed CONSTANT(none)Carbon Fraction by milk cows that is carbon CT

[Default value used I uE 7.00E-02

fch(4):Layer Hen Hay Mass fraction of vet stored hay consumed CONSTANT(none)Carbon Fraction jlby layer hens that is carbon C1[Default value used 7.OOE-02

[fCd:SoiI Carbon Fraction I[Mass fraction of dry soil that is carbon ICONSTANT(none)IDefault value used 3.OOE-02

SATac:Animal Product Specific activity equivalence of animalSproduct and specific activity of animal CONSTANT(none)Specific Activity ifeed, forage, and soil

Default value used VYaluet 1.00E+00

xf(1):Beef Forage Fraction of forage consumed by beef cattle1Contaminated Fraction [that is contaminated I

II

I Default value used 1.00E+00

xf(2):Poultry Forage Fraction of forage consumed by poultry CONSTANT(none)Contaminated Fraction that is contaminated

Default value used IValue 1.00E+00

xf(3):Milk Cow Forage Fraction of forage consumed by milk cows ]FCONSTANTContaminated Fraction [that is contaminated O[ (none

Default value used [Value 1.00E+00xf(4):Layer Hen Forage Fraction of forage consumed by layer hens lFCONSTANT(none)

Contaminated Fraction [that is contaminatedDefault value used rVl 1.00E+00

xg(1):Beef Grain Fraction of stored grain consumed by beef CONSTANT()Contaminated Fraction [cattle that is contaminated FDefault value used IL 1.00E+00

xg(2):Poultry Grain Fraction of stored grain consumed by CONSTANT(none)Contaminated Fraction poultry that is contaminatedDefault value used _ _Value 1.00E+00

xg(3):Milk Cow Grain Fraction of stored grain consumed by milk l[CONSTANTContaminated Fraction [cows that is contaminated J[ (none)Default value used ][Vlu 1.00E+00

xg(4):Layer Hen Grain Fraction of stored grain that is consumed ]CNSTANT(noneContaminated Fraction by layer hens that is contaminated [)Default value used J[VauL 1.OOE+00

xh(l):Beef Hay Fraction of stored hay consumed by beef CONSTANT(none)Contaminated Fraction cattle that is contaminated IFDefault value used ] [Value 1.00E+00xh(2):Poultry Hay Fraction of stored hay consumed by poultry/IcContaminated Fraction that is contaminated F N TnoneDefault value used ][alue 1.OOE+00

xh(3):Milk Cow Hay Fraction of stored hay consumed by milk CONSTANT(none)Contaminated Fraction cows that is contaminated

Default value used [ŽIvu 1.OOE±00

xh(4):Layer Hen Hay j Fraction of stored hay consumed by layer [ONSTANT/Contaminated Fraction ]lhens that is contaminated [F (n ne)Default value used __Value 1.0E+00xw(1):Beef Water Fraction of water that is consumed by beef CONSTANT()Contaminated Fraction cattle that is contaminatedC T n

Default value used _[YVaue 1.00

xw(2):Poultry Water Fraction of water consumed by poultry that CONSTANT(none)Contaminated Fraction is contaminatedDefault value used ]Value 1.00E+00xw(3):Milk Cow Water Fraction of water consumed by milk cows CONSTANT(none)Contaminated Fraction J[that is contaminated OIDefault value used 15O ,00E+00

xw(4):Layer Hen Water Fraction of water consumed by layer hens CONSTANT(none)lContaminated Fraction J[that is contaminated O TDefault value used Vlue 1.00E+00

DIET:Garden Diet jFraction of human diet grown onsite CONSTANT(none)

IDefault value u=d 11YE= 1.00E+O00

Yearly human consumption of leafy CONSTANTkg/,[Uv(1):Diet - Leafy vegetables 1 1Default value used JIValue 2.14E+01

1Yearly human consumption of otherUv(2):Diet - Roots i vegetables CONSTANT(kg/y)

Default value used Ilya'= 4.46E+01

IUv(3):Diet - Fruit ]lYearly human consumption of fruits FcONSTANT(kg/y)Default value used Vlue 5.28E+01

IUv(4):Diet - Grain ]Yearly human consumption of grains cONSTANT(kg/yDefault value used IlY-= 1.44E+01

Ua(1):Diet - Beef [Yearly human consumption of beef ICONSTANT(kg/y)Default value used ][Vau 3.98E+O1

Ua(2):Diet - Poultry ][Yearly human consumption of poultry ICONSTANT(kg/y)Default value used I 2.53E+01

Ua(3):Diet - Milk FYearly human consumption of milk ICONSTANT(L/y')Default value used IlvaALe 2.33E+02

Ua(4):Diet - Egg ][Yearly human consumption of eggs CONSTANT(kg/y)Default value used llla 1.91E+O1

Yearly human consumption of fish CONSTANT(kg/y)

Uf:Diet - Fish produced from an onsite pond[Default value used Il ali= 2.06E+01[tf:Consumption Period Consumption period for fish IIcONSTANT(days)Default value used l[alue 3.65E+02

tcv(1):Consumption Period Food consumption period for leafy C- Leafy vegetables

!Default value used ]1Value 3.65E+02

[tcv(2):Consumption Period ][Food consumption period for otherv sRoots j~vegetables]_CONSTANTdays)

Default value used Ilyalue 3.653+02

tcv(3):C onsumption Period lFood consumption period for fruits 1CONSTANT(days)

[Default value used ]V___ .au 3.65E+02tcv(4):Consumption Period Food consumption period for grains ][CONSTANT(days)

ý- Grain [0iL ________________Default value used 7 1Value 3.65E+02

tca(1):Consumption Period Food consumption period for beef CONSTANT(days)

- Beef 0I

!Default value used ][Valu 3.65E+02tca(2):Consumption Period [Fod consumption period for poultry ]rCONSTANT(days)

I- Poultry10IL____________ ____

[Default value used 1rValue 3.65E+02tca(3):Consumption Period Food consumption period for milk 1[CONSTANT(davs)ý- Milk"

Default value used j[[Valu 3.65E+02tca(4):Consumption Period Food consumption period for eggs gCONSTANT(dayss)

Default value used IYIau 3.65E+02

Nunsat:Number of Number of model layers used to represent CONSTANT(none)

Unsaturated Layers the unsaturated zone CT

Default value used JIM 1.OOE+01

TstartR:Start Time [The start time of the scenario in days ]CONSTANT(days)

Default value used ][Value 0.OOE+00

ITendR:End Time I[The ending time of the scenario in days 11CONSTANT(days)Default value used ]vu 3.65E+05IdtR:Time Step Size ][The time step size ICONSTANT(days)Default value used - - ][jue 3.65E+02

The time steps for the history file. DosesPstepR:Print Step Size lwill be written to the history file every n CONSTANT(none)

J[time steps

Default value used .lW L00

[TI:Indoor Exposure Period ][The time the resident spends indoors ][CONSTANT(days/year)IDefault value used Eau 2.40E+02

PeriTX:Outdoor Exposure 1{The time the resident spends outdoors CONSTANT(days/year)IDefault value used ]laIlI. 4.02E+01

ITG:Gardening Period liThe time the resident spends gardening CONSTANT(days/year)Default value used Ia ue 2.92E+00TTR:Total time in period FTotal time in the one year exposure period CONSTANT(days/year)

Default value used ][Valu 3.65E+02

[SFI:Indoor Shielding l[Shielding factor for the residence CONSTANT(none)

[efault value used 5.52E-01

[Factor Shielding Shielding factor for the cover soil CONSTANT(none)

Default value used ]Val 0E+00

[PD:Floor dust loading [Floor dust loading ] UNIFORM(g/re**2)Default value used]1 L.3L.0ME- 2.OOE-02

I____________- ______________]L rimI 3.OOE-01RFR:Indactor Resuspension Resuspension factor for indoor dust LOGUNIFORM(l/m)

Default value used OOE-07__________________________________________ j ~L~miI8.OOE-05

CDO:Outdoor Dust Average dust loading outdoors ] LOGUNIFORM(g/m**3)ýLoading

Default value used 1:LowerLimit L.OOE-07

ICDI:Indoor Dust Loading -IAverage dust loading indoors [DERIVED(g/m**3)

Default value used _[[PF:Indoor/Outdoor Fraction of outdoor dust in indoor air [UNIFORM(none)

[Penetration Factor ________________IDefault value used LowerLimit 2.OOE-01

I_ IL -Idmil 7.OOE-01

CDG:Gardening Dust Average dust loading while gardening JNIFORM(glm**3)Loading[

I ealtvle sdII--vrLmt OE0IDefault value used IlI ngL -i 1.00E-04

IIL~rooer Limit 7.00E-04L ~~~~~~II-~nrLmt7OE0

IVR:Indoor Breathing Rate ][Breathing rate while indoors ][CONSTANT(m**3/hr)

Default value used ][Value 9.OOE-01

[VX:Outdoor Breathing Brahn aewieoutdoors ]LONSTANT(m**3/hr)Rate______________ _

Default value used a1.40E+00

RateVG:Gardening Breathing [Breathing rate while gardening

Default value used ]1Value 1.70E+00GR:Soil Ingestion Transfer [Average rate of soil ingestion CONSTANT(g/d,ýRateDefault value used 1[Value 5.OOE-02

IUW:Diet - Water ][Drinking water ingestion rate ][CONSTANT(L/d)

Default value used Vlue 1.26E+00

IHI:Surface Soil Thickness lThickness of the surface soil layer ][CONSTANT(m)Default value used ]VaAlue 1.50E-01

ThicknessH2U urated Zone Thickness of the unsaturated zone ][CONTINUOUS LINEAR(m)

Default value used Value Probability'3.05E-01 0.00E+006.68E-01 4.76E-038.1 IE-01 9.52E-039.21E-01 1.43E-029.94E-01 1.91E-021.03E+00 2.38E-021.07E+00 2.86E-021.14E+00 3.33E-021.21E+00 3.81E-021.30E+00 4.29E-021.31E+00 4.76E-021.32E+00 5.24E-021.56E+00 5.71E-021.58E+00 6.19E-021.61E+00 6.67E-021.69E+00 7.62E-021.78E+00 8.57E-021.80E+00 9.05E-021.81E+00 9.52E-021.84E+00 1.OOE-011.87E+00 1.05E-011.92E+00 L.IOE-012.04E+00 1.14E-012.1OE+00 1.19E-012. I1 E+00 1.24E-012.32E+00 1.29E-012.36E+00 1.33E-012.37E+00 1.38E-012.39E+00 1.43E-012.44E+00 1.48E-012.44E+00 1.52E-012.45E+00 1.57E-012.59E+00 1.62E-012.63E+00 1.67E-012.69E+00 1.71E-012.79E+00 1.76E-012.81E+00 1.81E-01

2.90E+00 1.86E-012.95E+00 1.91E-013.07E+00 1.95E-013.18E+00 2.OOE-013.22E+00 2.05E-013.30E+00 2.10E-013.34E+00 2.14E-013.37E+00 2.19E-013.44E+00 2.24E-013.58E+00 2.29E-013.62E+00 2.33E-013.66E+00 2.38E-013.74E+00 2.43E-013.86E+00 2.48E-013.88E+00 2.52E-014.17E+00 2.57E-014.26E+00 2.62E-014.44E+00 2.71E-014.63E+00 2.76E-014.87E+00 2.81E-015.13E+00 2.86E-015.18E+00 2.91E-015.54E+00 2.95E-015.83E+00 3.OOE-015.86E+00 3.05E-015.86E+00 3.10E-015.90E+00 3.14E-016.06E+00 3.19E-016.13E+00 3.24E-016.17E+00 3.29E-016.22E+00 3.33E-016.3 1E+00 3.38E-016.36E+00 3.43E-016.40E+00 3.48E-016.46E+00 3.52E-016.51E+00 3.57E-016.55E+00 3.62E-016.60E+00 3.67E-016.86E+00 3.71E-016.93E+00 3.76E-016.95E+00 3.86E-016.97E+00 3.91E-017.09E+00 3.95E-017.18E+00 4.OOE-017.35E+00 4.05E-017.36E+00 4.1OE-0I7.40E+00 4.14E-017.43E+00 4.19E-017.46E+00 4.24E-017.59E+00 4.29E-017.60E+00 4.33E-017.64E+00 4.38E-017.87E+00 4.43E-018.1OE+00 4.48E-018.28E+00 4.52E-018.35E+00 4.57E-018.71E+00 4.62E-018.71E+00 4.67E-018.73E+00 4.71E-018.79E+00 4.76E-018.80E+00 4.81E-018.82E+00 4.86E-01

8.85E+00 4.91E-018.89E+00 4.95E-018.90E+00 5.OOE-O18.99E+00 5.05E-019.OOE+OO 5.1OE-019.13E+00 5.14E-019.14E+00 5.19E-019.2 1E+00 5.24E-019.3 1IE+00 5.29E-019.55E+00 5.33E-019.60E+00 5.38E-019.63E+00 5.43E-019.86E+00 5.48E-011.05E+01 5.52E-011.07E+01 5.57E-011.13E+01 5.62E-011. 15E+O I 5.67E-011. 17E+O I 5.71E-01I.20E±O I 5.76E-011.26E+O I 5.81E-011.26E+01 5.86E-011.28E+01 5.91E-011.32E+01 5.95E-011.32E±01 6.OOE-OI1.34E+01 6.05E-011.34E+01 6. 1OE-O I1.36E+01 6.14E-011.37E+01 6.19E-011.38E+01 6.24E-011.41E±01 6.29E-011.45E+01 6.33E-011.5 1 E±OI 6.38E-011.52E+01 6.43E-011.61E+01 6.48E-011.62E+01 6.52E-011.65E+01 6.57E-011.66E+01 6.62E-011.69E+01 6.67E-011.74E+01 6.71E-01I.82E+O I 6.76E-011.84E+01 6.81E-011.84E+01 6.86E-011.87E+01 6.91 E-0OI1.95E+01 6.95E-012.01E+01 7.OOE-O12.07E+O I 7.05E-012.08E+01 7.I1OE-O I2.17E+01 7.14E-012.24E+01 7.19E-Ol2.2 7E+O I 7.24E-012.29E+01 7.29E-012.29E+O I 7.33E-012.40E+O I 7.38E-012.47E+01 7.43E-012.60E+01 7.48E-012.65E+01 7.52E-012.72E+O I 7.57E-01_______

2.73E+01 7.62E-01_______

2.76E+O I 7.67E-01_______

2.77E+O1I 7.71E-012.78E+O I 7.76E-012.80E+01 7.81 E-0OI

2.86E+O1 7.86E-012.94E+OI 7.91E-013.01E+O1 7.95E-013.03E+01 8.OOE-0l3.06E+O1 8.1OE-013.08E+01 8.14E-013.1 IE+O1 8.19E-013.17E+01 8.24E-013.17E+01 8.29E-013.17E+O1 8.33E-013.22E+01 8.38E-013.39E+01 8.43E-013.48E+O1 8.48E-013.54E+O1 8.52E-013.60E+O1 8.57E-013.68E+O1 8.62E-014.03E+01 8.67E-014.07E+O1 8.71E-014.24E+O1 8.76E-014.29E+OI 8.81E-014.42E+01 8.86E-014.72E+OI 8.91E-014.97E+O1 8.95E-015.12E+01 9.OOE-016.13E+01 9.05E-016.19E+OI 9.10E-016.23E+01 9.14E-016.32E+01 9.19E-016.59E+01 9.24E-016.73E+01 9.29E-017.47E+OI 9.33E-017.92E+O1 9.38E-018.12E+01 9.43E-018.28E+01 9.48E-018.47E+01 9.52E-018.96E+O1 9.57E-019.47E+01 9.62E-011.08E+02 9.67E-011.13E+02 9.71E-011. 15E+02 9.76E-011.42E+02 9.81E-011.77E+02 9.86E-011.78E+02 9.91E-011.80E+02 9.95E-013.16E+02 1.OOE+00

][DERIVED(none)

DI n

DERIVED(none)

I]IIDERIVED(none)

SDERIVED(none)

IF -] DERIVED(m/y)

1IDISCRETE CUMULATIVE(none)

Nl:Surface Soil Porosity Porosity of the surface soil layerDefault value used

N2:Unsaturated Zone PorositytPorosity of the unsaturated zone

Default value used

[Fl:Surface Soil Saturation ]ISaturation ratio of the surface soil layer

Default value used

F2:Unsaturated Zone ]Saturation ratio of the unsaturated zone

Default value used

INFIL:Infiltration Rate Net rate of infiltration to aquiferIDefault value used

vlscs soil classification ID

ISCSST:Soii Classification IDefault value used Iale

1.OOE+00 1.00E-042.OOE+00 1.34E-033.OOE+00 1.06E-024.OOE+00 2.51E-025.OOE+00 6.17E-026.OOE+00 1.09E-017.OOE+00 1.62E-018.OOE+00 2.12E-019.OOE+00 2.85E-01I.OOE+01 5.1OE-011.1OE+OI 7.58E-011.20E+01 I.OOE+00

SiRelative porosity value within the [UNIFORM(none)NDEV:Porosity Probability I distribution for this soil type

Default value used Lower Limit O.OOE+00

I I[Upper Limit I.OOE+00

KSDEV:Permeability Relative permeability value within the nUNIFORM(none)Probability distribution for this soil type

Default value used L i 0.00E+013.00E+00

I_________________ Iý E2p- mý i .OOE+OO

BDEV:Parameter "b" Relative value ofo"b" parameter within the UNIFORM(none)

Probability distribution for this soil type

Default value used 0 O.OOE+00

I_____________________________ IEw2a-Lwiti 1.OOE+OOTotal water application rate on cultivated CO [ oUsIAP:Water Application Rate area 1CNIUU IERmy

Default value used Value Probability

6.07E-01 O.OOE+00

6.10E-01 4.62E-01

6.35E-01 4.76E-01

7.62E-01 5.40E-01

8.89E-01 6.29E-01

1.02E+00 7.05E-01

L.14E+00 8.04E-01

1.27E+00 8.79E-01

1.40E+00 9.41E-01

1.52E+00 9.82E-01

1.65E+00 9.98E-01

1.78E+00 1.OOE+00

[IR:Irrigation Rate IAnnual average irrigation rate ICONSTANT(L/m**2-d)

!Default value used 1.29E+00

IRHO1:Surface Soil Density /Bulk density of soil in the surface soil layer]lDERIVED(g/mL)IDefault value used IRHO2:Unsaturated Zone Bulk density of soil in the unsaturated zone DERIVED(g/mL)

[Default value used

Ksatl:Surface Soil Saturated permeability of the surface soil DERIVED(cm/sec)Permeabiliy layer

________________

Default value used

VDR:Volume of Water Volume of water withdrawn for /lTConsumed consumptive use

Default value used [Value 1.18E+05

VSW:Volume of Water inPond Volume of water in the pond I

CONSTANT(L)

Default value used Va1ue 1.30E+06

IAR:Cultivated Area ]Area of land cultivated ][DERIVED(m**2)

Default value used I

sh:Soil Moisture Content IMoisture content of soil DERIVED(none)

Default value used

ITTG:Gardening Period ][Total time in gardening period FCONSTANT(days)Default value used .'l 9.OOE+01

TD:Drinking-wateronsumpionperid [Drinking-water consumption period ]iCONSTANT(days)consumption period __________________

[Default value used ][Value 3.65E+02

LeafyTHV():Holdup Period Holdup period for leafy' vegetables liCONSTANT(days)

Default value used ][Value I.OOE+00

THV(2):Holdup Period : Holdup period for other vegetables ONSTANTdays)

O0ther vegetables ________________________________[Default value used J[Value 1.40E+O1

FruitsV(3):Hldup Period: Holdup period for fruits liCONSTANT(days)

[Default value used ][Value 1.40E+O1

THV(4):Holdup Period : Holdup period for grains l[CONSTANT(days)

Default value used ][1aue l.40E+01

BeefTHA():Holdup Period : Holdup period for beef ][CONSTANT(days)

[Default value used 2.00E+01

THA(2):Holdup Period : H oldup period for poultry [CONSTANT(days)IPoultry ______________ ________________

iDefault value used [Vaue 1.003E+00TIIA(3):Holdup Period : Holdup period for milk [CONSTANT(days)

Default value used Vlu 1.OOE+00

EggsrA(4):Holdup Period : Holdup period for eggs CONSTANT(days)

Default value used ][Vale I1.OOE+00

TGV(1):Growing Period : Minimum growing period for leafy CONSTANT(days[LeafyGJ vegetables][CONSTANTdays_

!Default value used ]_Value 4.50E+01

TGV(2):Growing Period Minimum growing period for other CONSTANT(days)

tOther vegetables J[vegetables CONSTANTdays)Default value used ][Vlue 9.OOE+OI

TGV(3):Growing Period: ][Minimum growing period for fruits CONSTANT(days)IDefault value used ][I 9.OOE+01

TGV(4):Grawing Period: [Minimum growing period for grains ONSTANT(days)

ýGrains

II

I Default value used Ilvalue 9.00E+01TGF(1):Growing Period :Be org csueMinimum growing period for forageb be"cte CONSTANT(days)Default value used Value 3.OOE+O I

TGF(2):Growing Period : Minimum growing period for forage

Poultry Forage [consumed by poultrytl

Default value used J[TGF(3):Growing Period : Minimum growing period for forage DERVED(da)

Milk Cow Forage [consumed by milk cows

Default value usedTGF(4):Growing Period : Minimum growing period for forage DERIVED(days)

Layer Hen Forage consumed by laker hensDefault value used F

TGG(l):Growing Period : Minimum growing period for stored grainBeef Cow Grain 'consumed by beef catthe

Default value used I F= 9.00E+01TGG(2):Growing Period : Minimum growing period for stored grain [DERIVED(days)

Poultry Grain consumed by poultry y

Default value used _[

TGG(3):Growing Period : Minimum growing period for stored grain DERIVED(d)Milk Cow Grain consumed by mpk cowsR ays

Default value used 1[

TGG(4):Growing Period : Minimum growing period for stored grain [DERIVEDdLayer oen Grain ]consumed by layer hensDR ays)

Default value used

TGH(1):Growing Period : Minimum growing period for stored hay inS[EIVDd'Beef Cow Hayin consumed by beef cattle (ays)

Default value used ]a 4.50E+01

TGH(2):Growing Period : Minimum growing period for stored hay CONISTN(days)Poultry Hay j consumed by poultry ctI

Default value used ]_[14TGH(3):Growing Period : Minimum growing period for stored hay DERIVED(days)

Milk Cow Hay consumed by' milk cows

Default value used

TGH(4):Growing Period : Minimum growing period for stored hayLayer Hen Hay ][consumed by layer hens

- DERIVED(days)

Default value used _ 77 7[1

RV(1):Interception Fraction Interception fraction for leafý, vegetables UNIFORM(none)

Default value used 1 DLim• i L.OOE-01I_ -U~lmit 6.OOE-0l

RV(2):Interception FractionIntercetion fraction for other vegetables NIFORM(none)Other vegetables Ieeifcof trgtb

Default value used LoVwerLimit L.OOE-01I _UperLimit 6.OOE-01

RV(3):Interception Fraction [Interception fraction for fruits UNIFO none)1:Fruits__ _ _ _ _ __ _ _ __ _

Default value used ]Loer Limit l.OOE-01r L imit6.0E-01

11 11

RV(4):Interception Fraction Interception fraction for grains:Grains 1

UNIFORM(none)

Default value used Lower Limi 1.OOE-01

IUpper Limit 6.OOE-01

RF(1):Interception Fraction Interception fraction for beef cattle forage 1NIFORM(none)Beef ForageJ___________________________________________________________

Default value used 1 l.OOE-01[ _ _ _ __ J1 L~Limil 6.OOE-01RF(2):Interception Fraction lnterception fraction for poultry forage DERIVED(none)[Poultry forage Intrcpto iiraction for poultry forage___

Default value used

RF(3):Interceptioni Fraction Interception fraction for milk cow forage DERIVED(none)

Default value used

RF(4):InterceptiOe n F eFraction Interception fraction for laver hen forage DERIVED(none)~:Layer Hen Forage ___________________________iL_______________________________

IDefault value used ][

RG(1):Interception Fraction [Interception fraction for beef cattle grain ]LUNIFORM(none)

ý:Beef Cow Grain [1 _______________

Default value used ] LLLimil l.OOE-01I _____ J a lý L6 .0 0 E -0 1

[RG(2):Interception Fraction Interception fraction for poultry grain DERIVED(none)

1: Poultry Grain [ _______________________________

Default value used _IRG(3):Interception Fraction Interception fraction for milk cow grain DERIVED(none)

ý:Milk Cow Grain[Iereiogr ]DEVDnne

[Default value used IIRG(4):Interception Fraction Interception fraction for layer hen grain DERIVED(none)

Layer Hen Grain_________________________ i_____________________________Default value used

RH(1):Interception Fraction Interception fraction for beef cattle hay DERIVED(none)

Default value used

RH(2):Interception Fraction Interception fraction for Poultry hay ERIVED(none)

1:Poultry Hay jPputyhy [EIVE~o

Default value used I____RH(3):Interception Fraction Interception fraction for milk cow hay DERIVED(none)

1:Milk Cow Hay ___________________________ _______________________________

[Default value used

RH(4):Interception Fraction Interception fraction for laver hen hay DERIVED(none)

[: Layer Hen Hay jc~ ae e a EIE~oeDefault value used IIYV(1):Crop Yield: Leafy Crop yield for leafy vegetables IlcoNTNuous L[NEAR(kg wet wt/m**2)Default value used Value Probability

2.70E+00 O.OOE+00

2.71E+00 1.60E-032.74E+00 6.OOE-032.76E+00 1.76E-022.78E+00 4.36E-022.80E+00 8.48E-022.82E+00 1.56E-01

2.85E+00 2.57E-012.87E+00 3.64E-012.89E+00 5.OOE-012.9 1E+00 6.39E-012.93E+00 7.46E-012.96E+00 8.42E-012.98E+00 9.09E-013.OOE+00 9.60E-013.02E+00 9.84E-013.04E+00 9.94E-013.07E+00 9.97E-013.09E+00 9.99E-013.11E+00 1.00E+003.13E+00 1.00E+003.15E+00 1.00E+00

YV(2):Crop Yield Other ][Crop yield for other vegetables ][CONTINUOUS LINEAR(kg wet wvt/m**2)

Default value used Value Proabliy

2.26E+00 O.OOE+002.29E+00 8.OOE-042.30E+00 1.20E-032.31E+00 6.40E-032.33E+00 1.52E-022.34E+00 3.28E-022.35E+00 7.44E-022.36E+00 1.40E-01

2.38E+00 2.49E-012.39E+00 3.80E-012.40E+00 5.30E-012.42E+00 6.61E-012.43E+00 7.88E-012.44E+00 8.86E-012.45E+00 9.42E-012.47E+00 9.75E-012.48E+00 9.88E-012.49E+00 9.96E-012.51E+00 9.97E-012.52E+00 9.99E-012.53E+00 1.00E+002.54E+00 1.00E+00

YV(3):Crop Yield Fruits JjCrop yield for fruits ][CONTINUOUS LINEAR(kg wet wvt/m**2)

Default value used Value Prbbil2.17E+00 O.OOE+002.20E+00 1.20E-032.21 E+00 2.40E-032.23E+00 6.80E-032.25E+00 1.80E-022.27E+00 4.36E-022.29E+00 7.64E-022.31E+00 1.38E-012.32E+00 2.14E-012.34E+00 3.27E-012.36E+00 4.50E-012.38E+00 5.76E-012.40E+00 6.87E-012.42E+00 7.88E-012.43E+00 8.68E-01

2.45E+00 9.25E-012.47E+00 9.60E-012.49E+00 9.81E-012.51E+00 9.92E-01

2.53E+00 9.98E-012.54E+00 L.OOE-4-O2.56E+00 I.OOE+00

YV(4):Crop Yield : Grains jjCrop yield for grains CONT[NUOUS LtNEAR(kg wet wt/m**2)iF'

Detault value used V lie PrnhzhilIit,

2.85E-01 O.OOE+002.90E-01 6.OOE-043.02E-01 2.80E-033.14E-01 9.40E-033.26E-01 2.14E-023.38E-01 5.42E-023.50E-01 1.08E-013.62E-01 2.02E-013.74E-01 3.15E-013.86E-01 4.50E-013.98E-01 5.92E-014.10E-01 7.20E-014.23E-01 8.26E-014.35E-01 9.03E-014.47E-01 9.51E-014.59E-01 9.77E-014.71E-01 9.91E-014.83E-01 9.96E-014.95E-01 9.99E-015.07E-01 L.OOE+005.19E-01 L.OOE+005.31E-01 I.OOE+00

Forage():Crp Yield : Beef Crop yield for beef cattle forage [BETA(kg dry wt forage/m* *2)

Default value used Uvzldmil 3.70E-01

5.24E-012.36E+001.40E+00

YF(2):Crop Yield : Poultry ;Crop yield for poultry forage DERIVED(kg wet wt forage/m**2)

Default value used IFYF(3):Crop Yield : Milk ]rCrop yield for milk cow forage DEPJVED(kg wet wt forage/m**2)

Cow Forage t______________________________________________________[Default value used

FYF(4):Crop Yield :Layer ]Crop yield for layer hen forage DERIVED(k-g wet wt forage/m**2)Hen Forage[Default value used

[YG(1):Crop Yield : Beef l[Crop yield for beef cattle grain ] NORMAL(kg dry wt grain /m**2)

[efault value used 1 Men 5.78E-01IStandard Deviation 7.77E-02YG(2):Crop Yield : Poultry ]Crop yield for poultry grain ] DERIVED(kg wet wt grain /m**2)IDefault value used _/

YG(3):Crop Yield: Milk Crop yield for milk cow grain DERIVED(kg wet wt grain/m**2)

ICow Grain I ro -iL\ ri 1 g we vgan/*[Default value used

YG(4):Crop Yield Layer Crop yield for layer hen grain FERIVED(kg wet wt grain /m**2)ýHen Grain i_______________i.___________ _____

II

Default value used

YH(1):Crop Yield: Beef Crop yield for beef cattle hay [DERIVED(kg wet wt/m**2)Cow Hay usedIIDefault value used

YH(2):Crop Yield : Poultry Crop yield for poultry hay IDERIVED(kg wet wt/m**2)

Default value used

]

YH(3):Crop Yield: Milk Crop yield for milk cow hay ýDRVDk ev/*2Cow Hay _______________________

YH(4):Crop Yield : Layer Crop yield for layer hen hay DERIVED(kg wet wvt/m**2)Hen Hay

Default value used ]WV(1):Wet/dry : Leafy Wet/dry conversion factor for leafy CONT[NUOUS L[NEAR(none)

Vegetables j vegetables CONTINUOUS ___NEARnone)Default value used Lai= EPUrbaIity

3.32E-02 O.OOE+004.89E-02 3.45E-025.47E-02 6.91E-025.96E-02 1.04E-01

6.36E-02 1.38E-016.70E-02 1.73E-017.05E-02 2.07E-017.38E-02 2.42E-017.48E-02 2.50E-017.72E-02 2.76E-018.03E-02 3.1 IE-018.34E-02 3.45E-018.66E-02 3.80E-019.OOE-02 4.15E-019.36E-02 4.49E-019.73E-02 4.84E-019.91E-02 4.99E-011.01E-01 5.18E-011.05E-01 5.53E-011.09E-01 5.87E-011.13E-01 6.22E-011.18E-01 6.56E-011.23E-01 6.91E-011.29E-01 7.25E-011.33E-01 7.50E-011.35E-01 7.60E-011.42E-01 7.94E-011.50E-01 8.29E-011.59E-01 8.643-011.70E-01 8.98E-01

1.85E-01 9.33E-012.10E-01 9.67E-012.56E-01 9.91E-013.24E-01 1.00E+00

WV(2):Wet/dry: Other Wet/dry conversion factor for other ONTINUOUSVegetables vegetables L[NEAR(none)

L, IF

Default value used 02000+0Probability

3.58E-02 O.OOE+OO4.87E-023.45E-025.46E-02 6.91E-025.90E-021.04E-

6.29E-02 1.38E-016.69E-02 1.73E-017.02E-02 2.07E-017.34E-02 2.42E-017.41 E-02 2.50E-017.65E-02 2.76E-017.99E-02 3.1IIE-018.32E-02 3.45E-018.66E-02 3.80E-019.05E-02 4.15E-019.41 E-02 4.49E-019.82E-02 4.84E-019.98E-02 4.99E-011.02E-01 5.18E-011.06E-01 5.53E-011.09E-01 5.87E-011.14E-01 6.22E-011. 19E-O0I 6.56E-011.24E-01 6.91E-011.29E-01 7.25E-011.33E-01 7.50E-011.35E-01 7.60E-01I1.42E-01 7.94E-011.50E-01 8.29E-011.59E-01 8.64E-011.70E-01 8.98E-011.87E-01 9.33E-012.12E-01 9.67E-012.62E-01 9.91E-013.13E-01 I.OOE+OO

WV(3):Wet/dry: Fruit -AWet/dry conversion factor for fruits IICONT[N1OUS LINEAR(none)Default value used Vlue Prbily

3.66E-02 O.OOE+004.87E-02 3.45E-025.45E-02 6.91E-025.93E-02 1.04E-016.31E-02 1.38E-016.72E-02 1.73E-017.10E-02 2.07E-01

7.44E-02 2.42E-017.52E-02 2.50E-01

7.78E-02 2.76E-018.13E-02 3.1IE-018.45E-02 3.45E-018.78E-02 3.80E-019.11E-02 4.15E-019.46E-02 4.49E-019.82E-02 4.84E-019.97E-02 4.99E-011.02E-01 5.18E-011.06E-01 5.53E-011.10E-01 5.87E-011.14E-01 6.22E-011.19E-01 6.56E-011.24E-01 6.91E-011.29E-01 7.25E-011.34E-01 7.50E-011.35E-01 7.60E-011.42E-01 7.94E-011.49E-01 8.29E-011.58E-01 8.64E-01

1.70E-01 8.98E-01

1.87E-01 9.33E-012.14E-01 9.67E-012.58E-01 9.91E-013.25E-01 I.OOE+00

WV(4):Wet/dry: Grain wet/dry conversion factor for grains 1ECONSTANT(none)Default value used [.l 8.80E-01

WF():Wet/dry: Beef Cow [Wet/dry conversion factor for beef cattle l[BETA(none)Forage [forage

Default value used [LL iMit 1.83E-013.23E-011. .15E+001.18E+00

WF(2):Wet/dry: Poultry Wet/dry conversion factor for poultry [DERIVED(none)Forage forageDIVEDnne)

Default value used IFWF(3):Wet/dry: Milk Cow Wet/dry conversion factor for milk cow lgDERIVED(none)Forage forageII____________________Default value usd 1

WF(4):Wet/d ry : Layer Hen Wet/dry conversion factor for laver hen [DERIVED(none)Forage forage

Default value used IF

WG(1):Wet/dry: Beef Cow Wet/dry conversion factor for beef cattle fCONSTANT(none)Grain grain I

Default value used 1YV22 8.80E-01

G Wedry Poultry Wet/dry conversion factor for poultry grain [DERVED(none)

Default value used

WG(3):Wet/dry: Milk Cow Wet/dry conversion factor for milk cow [DEJVED(none)Grain graintDERIVEDnne)Default value used

WG(4):Wet/dry: Layer Wet/dry conversion factor for layer hen DERIVED(none)Hen Grain grain

Default value used

WH(1):Wet/dry: Beef Cow Wet/dry conversion factor for beef cattle DERIVED(none)Hay ] hayDefault value used P[

WH(2):Wet/dry : Poultry Wet/dry conversion factor for poultry hay DERJVED(none)

Default value used IF -WH(3):Wet/dry : Milk Cow Wet/dry conversion factor for milk cow DERIVED(none)

IDefault value =sd 1

eWH(4):Wet/dry: Layer ]aWet/dry conversion factor for laver hen 1 DERIVED(none)[Hen Hay Jhav ___________________________IDefault value used I]F

CQF(1):Ingestion Rate : Beef l[Ingestion rate for beef cattle forage 1gBETA(kg dry wt forage/d)ýCow Forage Jg_ _ _ _ _ _ _ _ _ _ _

Default value used LQ~nImi 1.69E+00L=ULLimil 2.29E+00

1I 1.99E+00

Ila 9.1 lE-01QF(2):Ingestion Rate: Ingestion rate for poultry forage BETA(k dry vwt forage/d)Poultry Forage

Default value used Lowe Limit 3.48E-03

-Upper Limit 2.82E-021.5]E+001.41E+00

CQF(3):Ingestion Rate: Milk Ingestion rate for milk cow forage CONTINUOUS LINEAR(kg dry wt forage/d)Cow Forage _______________

Default value used Vaue Probabilityý

6.35E+00 O.OOE+006.77E+00 3.45E-026.96E+00 6.91E-027.IOE+00 1.04E-017.24E+00 1.38E-017.35E+00 1.73E-017.47E+00 2.07E-017.57E+00 2.42E-017.60E+00 2.50E-017.67E+00 2.76E-017.77E+00 3.11E-017.87E+00 3.45E-017.98E+00 3.80E-018.08E+00 4.15E-018.18E+00 4.49E-018.3 1E+00 4.84E-018.37E+00 4.99E-018.42E+00 5.18E-018.54E+00 5.53E-018.67E+00 5.87E-018.81E+00 6.22E-018.95E+00 6.56E-019.1OE+00 6.91E-019.26E+00 7.25E-019.38E+00 7.50E-019.45E+00 7.60E-01

9.68E+00 7.94E-0l9.93E+00 8.29E-011.02E+01 8.64E-011.06E+01 8.98E-011.I IE+01 9.33E-011.20E+01 9.67E-011.33E+01 9.91E-01

1.53E+01 I.OOE+00

QF(4):Ingestion Rate fIngestion rate for layer hen forage BETA(kg dry wt forage/d)

Default value used 1.wr imit I.19E-02Upper Limit 2.22E-02

1.45E+007.92E-01

Cattl):Ingestin Rate: Beef[Ingestion rate for beef cattle grain G nBETA(kg dry wt grain/d)

Default value used LD•LfiMU 1.69E+00

!L= imi 2.29E+001.99E+009.11E-0I

QG(2):Ingestion Rate : Ingestion rate for poultry grain BETA(kg dry wt grain/d)

Poultry Grain 11Default value used LoweL Limit 1.04E-02

L229.Lili 8.45E-021.51 E+001.4 1E+00

QG(3):Ingestion Rate: Milk Ingestion rate for milk cow grain NORMAL(kg dry wt grain/d)Cow Grain ýDefault value used mm 1.71E+00

Itandard Deviation 2.62E-01QG(4):Ingestion Rate Ingestion rate for layer hen grain [BETA(kg dry wt grain/d)Layer Hen GrainDefault value used L/vsLUit 3.58E-02

Utu=LLiml 6.67E-021.43E+007.92E-01

QH(1):Ingestion Rate: Beef Ingestion rate for beef cattle hay [BETA(kg dry wt hay/d)Cattle Hay rateforbeefcattlehay_._wthay/d)

Default value used I Q 3.38E+00

LWXrLimii 4.58E+0012 1.99E+00

9.1IE-01

QH(2):Ingestion Rate Ingestion rate for poultry hay [CONSTANT(kg dry wt hay/d)Poultry Hay

Default value used I[Vaiu O.OOE+ooQH(3):Ingestion Rate: Milk Ingestion rate for milk cow hayONTINUOUSCow y___rateformilkcowha), LINEAR(kg dry wt hay/d)

Default value used Value EProbabiity5.12E+00 O.OOE+005.43E+00 3.45E-025.57E+00 6.91E-025.68E+00 1.04E-015.79E+00 1.38E-015.89E+00 1.73E-015.98E+00 2.07E-016.06E+00 2.42E-016.08E+00 2.50E-016.14E+00 2.76E-016.22E+00 3.1 IE-016.30E+00 3.45E-016.38E+00 3.80E-01

6.46E+00 4.15E-016.54E+00 4.49E-016.63E+00 4.84E-016.67E+00 4.99E-016.72E+00 5.18E-016.81E+00 5.53E-016.92E+00 5.87E-017.03E+00 6.22E-017.13E+00 6.56E-017.26E+00 6.91E-017.39E+00 7.25E-017.49E+00 7.50E-01

7.56E+00 7.60E-017.70E+00 7.94E-017.89E+00 8.29E-018.1 IE+00 8.64E-018.39E+00 8.98E-01

8.75E+00 9.33E-019.44E+00 9.67E-01

1.05E+01 9.91 E-01

1.27E+01 I.OOE+00

QH(4):Ingestion Rate: Ingestion rate for laver hen hay CONSTANT(kg dry wt hay/d)Layer Hen Hay ___________________________I _______________________________

Default value used ]Value O.OOE+00

Cattle r Rate: Beef Water ingestion rate for beef cattle CONSTANT(L/d)

Default value used _] M[Value 5.OOE+O I

QW(2):Water Rate: Water ingestion rate for poultry CONSTANT(L/d)

Default value used JValu 3.00E-01

QW(3):Water Rate: Milk Water ingestion rate for milk cows CONSTANT(L/d)

Default value used R= 6.OOE+01QW(4):Water Rate : Layer Water ingestion rate for layer hens [CONSTANT(L/d)Hens 1Default value used 3.OOE-01

QD(1):Soil Fraction : Beef Soil intake fraction for beef cattle CONSTANT(none)

Default value used I Vaue 2.OOE-02

QD(2):Soil Fraction : Soil intake fraction for poultry CONSTANT(none)

Default value used I[mllu 1.00E-01

QD(3):Soil Fraction : Milk Soil intake fraction for milk cows CONSTANT(none)

Default value used _I[aiue 2.OOE-02

QD(4):Soil Fraction : Layer Soil intake fraction for laver hens CONSTANT(none)


MLV(1):Mass-Loadingg: Mass-loading factor for leafy vegetables CONSTANT(none)

ýLeafy Vegetables _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _


OMLV(2):Mass-Loading : Mass-loading factor for other vegetables CONSTANT(none)lOther Vegetables I~ ____________________Default value used _ _Value 1.00E-01

FruitsLV(3):Mass-Lading : Mass-loading factor for fruits CONSTANT(none)

Default value used lue1.00E-01

MLV(4):Mass-Loading: Mass-loading factor for grains CONSTANT(none)

Grains 1.00E-01

IDefault value used L.OOE-OlLAMBDW:Weathering Weathering rate for activity removal from CONSTANT(l/d)

Rate plants

Default value used I__ 4.95E-02

MLF(1):Mass-Loading: Mass-loading factor for beef cattle forage CONSTANT(none)Beef Cow Forage

II

II

IDefault value used IlValue 1.OOE-01

MLF(2):Mass-Loading: Mass-loading factor for poultry forage CONSTANT(none)LsPoultry ForageDefault value used _[Value 1.OOE-01

kMLF(3):Mass'Lading: ]Mass-loading factor for milk cow forage CONSTANT(none)

Default value used ][Value 1.003E-01

MLF(4):Mass-Loading lMass-loading factor for layer hen forage CONSTANT(none)

ýLayer Hen ForageJL______________________________________________________Default value used _ ]Value 1.00E-01

MLG(1):Mass-Loading: ][Mass-loading factor for beef cattle grain CONSTANT(none)

lBeef Cattle Grain j g_________________Default value used 1.00E-01

MLG(2):Mass-Loading: ][Mass-loading factor for poultry grain CONSTANT(none)

ýPoultry Grain II________________________ I____________________________Default value used IIY - 1.00E-01MLG(3): Mass-Loading: Mass-loading factor for milk cow grain CONSTANT(none)

IMilk Cow Grain __ _ _ __ _ _ _ __ _ _ _

Default value used Il 1.00E-01

MLG(4):Mass-Loading: ]rMass-loading factor for laver hen grain CONSTANT(none)

ILayer Hen Grain I__________________________ _______________________________[Default value used _]lalue .OOE-01

MLH(1):Mass-Loading: iMass-loading factor for beef cattle hay 1CONSTANT(none)Beef Cattle Hay IF_________________________ _____________________________IDefault value used ][Valu. 1.00E-01

PMLH(2):Mass-Loading: lLMass-loading factor for poultry hay 1ONSTANT(none)IPoultry Hay JLIF_____________________________[Default value used ]la e 1.00E-01

MLH(3):Mass-Loading: ][Mass-loading factor for milk cow hay' 1yCONSTANT(none)IMilk Cow Hay J ~ _ _ _ _ _ _Default value used __ _]Vae.E-01

MLH(4):Mass-Loading: ]Mass-loading factor fr layer hen hay CONSTANT(none)

ILayer Hen Hay ______________

[efault value used V.00E-01

fTFF(1):Feeding Period : Feeding period for beef cattle forage CONSTANT(days)[Beef Cow Forage IIeig_____________________Default value used 3.65E+02

TFF(2):Feeding Period : Feeding period for poultry forage lFCONSTANT(days)

Poultry Forage usedIFVa__e_3.65E+02Default value used I[Valu 3.65E+02

TFF(3):Feeding Period : oFeeding period for mlk cow forage lCONSTANT(days)IMilk Cow Forage IednIero ~y[Default value used _____________________ 3.65E+02

TFF(4):Feeding Period : Feedin .g period for layer hen forage C N T N~ asILayer Hen Forage ______________ ________________

Default value used _[vlue 3.65E+02

TFG(1):Feeding Period : Feeding period for beef cattle grain [CONSTANT(days)

ýBeef Cattle Grain _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

Default value used ][alu 3.65E+02TFG(2):Feeding Period : Feedin period for poultry grainCONSTANT(days)Poultry Grain I eidtrpolr ri

[Default value used I Vae 3.65E+02

STFG(3):Feeding Period: Feeding period for milk cow grain CONSTANT(days)1Mik Cow Grain perio

Default value used I [Value 3.65E+02

LTFG(4):Feeding Period : Feeding period for layer hen grain CONSTANT(davs)Layer Hen GrainJ______________________________________________________

Default value used ] 3.65E+02

[TFH(1)Y:Feeding Period : [Feeding period for beef cattle hay ][CONSTANT(days)

il3eef Cattle Hay period f[OsDefault value used ][au 3.65E+02

aTFH(2):Feeding Period : 1 Feeding period for poultry hay CONSTANT~days)DPoultry Hay eIusedIValue 3.65E+02Default value used !Lai= 3.65E+02

TFH(3):Feeding Period : WFeeding period for milk cow hay ]CONSTANT(days)

Default ________val____e___used________V_____ue_ ____.65E+02______________

Milk Cow Hay IFWateringestionperiodformil cw ]_CONSTANTdays)Default value used 7=u 3.65E+02TFH(4):Feeding Period : Fl ding period for layer hen hay[°NsTANT~days)[Layer Hen Hay IF__________________________________Default value used I[Value3.65E+02

TFW(1):Water Period : [Water ogen friod for beef cattle ][CONSTANT(days)[Beef CattleDefault value used 3.65E-02

fPu(2):tyrg Period : ]Water ingestion period for poultry ]CONSTANT(days)

ýPoultry 1

!Default value used 7]Vau 3.65E+02

TFW(3):Water Period : Water ingestion period for milk cows CONSTANT(days)4Mik Cows ________________________________

Default value used IVau 3.65E+02

TFW(4):Water Period : Water ingestion period for layer hens CONSTANT( )

[Default value used IId=3.65E+02]

fha(1):Hydrogen Fraction : [Hydrogen fraction for beef cattle CNTN~oelBeef Cattle Iy ____________

IDefault value used I__________________ NE~IL L OOE-Ol

fha(2):Hydrogen Fraction : Hydrogen fraction for poultry lCONSTANT~none)

Default value used NI1.OOE-01fha(3):Hydrogen Fraction : Hydrogen fraction for milk cows CONSTANT(none)

[Default value used ____.___________13__ ~ IO-01

[f a()Hgro e F at ion Hydrogen fraction for eggs FýCONSTANT~none)

[Default value used I[YAL~ 1.IOE-01[fhv(1):Hydrogen Fraction : Hydrogen fraction for leafy' vegetables [CONSTANT(none)[Leafy Vegetables ____________________

Default value used YValue L.OOE-01

fhv(2):Hydrogen Fraction : Hydrogen fraction for other vegetables CONSTANT(none)Other Vegetables ___________________________I _______________________________

Default value used __ _alue l.OOE-0I

fhv(3):Hydrogen Fraction : Hydrogen fraction for fruits CONSTANT(none)

!Default value used ]__ _ _ ue 1.OOE-01Grainsfgen Fraction : Hydrogen fraction for grains CONSTANT(none)


fhf(1):Hydrogen Fraction : Hydrogen fraction for beef cattle forage CONSTANT(none)Beef Cow Forage LDefault value used lYlu .OOE-0I

fhf(2):Hydrogen Fraction : Hydrogen fraction for poultry forage CONSTANT(none)Poultry Forage _

Default value used [iau L.OOE-01fhf(3):Hydrogen Fraction : Hydrogen fraction for milk cow forage CONSTANT(none)Milk Cow Forage

Default value used lO0E-01

fhf(4):Hydrogen Fraction : Hydrogen fraction for layer hen forage ]rCONSTANT(none)Layer Hen Forage

Default value used [_Value L.OOE-01fhh(1):Hydrogen Fraction : Hydrogen fraction for beef cattle hay CONSTANT(none)Beef Cattle Hay __

Default value used Y[vaue L.OOE-01

fhh(2):Hydrogen Fraction : Hydrogen fraction for poultry hay CONSTANT(none)Poultry Hay

IDefault value used = 1.OOE-01

fhh(3):Hydrogen Fraction : Hydrogen fraction for milk cow hay CONSTANT(none)Milk Cow Hay

Default value used [[A 1.OOE-01

fhh(4):Hydrogen Fraction : Hydrogen fraction for layer hen hay no

Layer Hen HayDefault value used _Ialue L.OOE-O1Iefhg(1):Hydrogen Fraction : Hydrogen fraction for beef cattle grain [CONSTANT(none)IBeef Cattle Grain 1 1 ___________________

[Default value used ]__Value 6.80E-02[ tfhg(2):Hydrogen Fraction : Hydrogen fraction for poultry grain CONSTANT(none)ýPoultry Grain 1Default value used I[Valu 6.80E-02

ilfhg(3):Hydrogen Fraction : Hydrogen fraction for milk cow grain CONSTANT(none)

[Mlk Cow Grain j g_ _ _ _ _ _ _ _ _

Default value used _ _va_ 6.80E-02

[fg(4):Hydrogen Fraction: Hydrogen fraction for layer hen grain CONSTANT(none)

fLayer Hen Grain 6.80E-02[Default value used IY1=68E0

soil016:ydrogen Fraction Fraction of hydrogen in soilDERIVED(none)

Default value used

lsasvhTritium Equivalence: Tritium equivalence: plant/soi ONSTANTnne

Default value used IV.00E+00

sawvh:Tritium Equivalence: Tritium equivalence: plant/water ONSTANTCnone)Plant/Water I___________F_____Default value used _[Value 1.OOE+O0

satah:Tritium Equivalence: ctsTritium equivalence: animal product intake ][CONSTANT(none)

Default value used ][Value .OOE+00

YA(i):Animal Product [Annual yield of beef per individual animal [CONSTANT(kg/y)Yield : Beef Cattle [ _______________ __________________Default value used _][VaYlue 2.09E+02

YA(2):Animal Product Annual yield of chicken per individual ]FCONSTANT(k/Yield : Poultry [animal F Agy)Default value used I[ 1.53E+00

___rout:____ows _ _ knnual vield of milk per individual animal OYield : Milk Cows ______________

Default value used ][Y 7.41 E+03

YA(4):Animal Product Annual yield of eggs per individual animal l[CONSTANT(kg/y)Yield : Layer Hens _________________________J~

Default value used _[Value 1.26E+O1

Minimum surface area to which resident isArea exposed via external radiation during CONSTANT(m**2)Area Iresidential period

Default value used 4a[Vaue 1.OOE+02

ARlnh:Inhalation Exposure Minimum surface area to which resident is]Ar a o exposed via inhalation during residential CONSTANT(m**2)Area period

Default value used c[Value 1.00E+02

ARlng:Secondary Ingestion Minimum surface area to which resident isexposed via secondary ingestion during CONSTANT(m**2)

Exposure Area residential period L_

Default value used E22[Vau 1.00E+02

ARAgr:Agricultural Minimum surface area to which resident isExpour:Agreua l exposed via any agricultural product during DERIVED(m**2)Exposure Area ]residential period

Default value used

ARH20:Groundwater Minimum surface area to which resident isExp osure da e exposed via groundwater during residential DERIVED(m**2)Exposure Area period

Default value used _[

Minimum surface area to which resident isARAII:Exposure Area exposed via any pathway during the DERIVED(m**2)

residential period

[Default value used

Element Dependant Parameters

Parameter Name Description [ DistributionSCI:Coefficient [Partition coefficient for Cl NORMAL(LogIO(mL/g))Default value used [m 7.OOE-01

IStandard Deviation 1.40E+00

ICa:Coefficient -Pation coefficient for Ca ][NORMAL(LogIO(mL/g))

Default value used [ 3.17E+00ISadrd Deviation 1.40E+00

IMn:Coefficient Partition coefficient for Mn I[CONTand O S LDNEAR(Log 0O(mL/g))Default value used Laiue EProality

8.81E-01 O.OOE+001.OOE+00 1.03E-021.1OE+00 3.44E-021.18E+00 6.7 1E-021.24E+00 9.98E-021.30E+00 1.33E-011.36E+00 1.65E-01

1.41E+00 1.98E-011.46E+00 2.3 1E-0I1.51E+00 2.63E-011.57E+00 2.96E-011.62E+00 3.29E-011.67E+00 3.61E-011.73E+00 3.94E-011.79E+00 4.27E-011.85E+00 4.60E-011.91E+00 4.92E-011.93E+00 5.01E-011.98E+00 5.25E-012.05E+00 5.58E-012.13E+00 5.90E-012.21E+00 6.23E-012.30E+00 6.56E-012.40E+00 6.88E-012.51E+00 7.21E-012.64E+00 7.54E-012.79E+00 7.87E-012.96E+00 8.19E-013.17E+00 8.52E-013.43E+00 8.85E-013.83E+00 9.17E-014.43E+00 9.50E-015.03E+00 9.69E-015.87E+00 9.83E-016.91E+00 9.91E-011.04E+01 1.OOE+00

Zn:Coefcient jPartition coefficient for Zn - NORMAL(LogI0(mL/g))Default value used 1 M=n 3.03E+00

Standard Deviation 1.93E+00

PSe:Coefficient partition coefficient for Se ][NORMAL(LogIO(mL/g))

Default value used ]M= 2.06E+00IStandard Deviation 2.50E-01

[Zr:Coefficient ]FPartition coefficient for Zr ]FNORMAL(LogIO(mL/g))

Default value used mm1 3.38E+00Standard Deviation 1.40E+00

INb:Coefficient Partition coefficient for Nb ][NORMAL(LogIO(mL/g))II

Default value used umea 2.80E+00Standard Deviation 1.40E+00

Mo:Coefficient = Partition coefficient for Mo ][NORMAL(Logl0(mL/g))Default value used 1 1.42E+00

Standard Deviation 7.50E-01

Sn:Coefficient lPartition coefficient for Sn ][NORMAL(Loglo(mL/g))Default value used 1ea 2.70E+00


Cs: Coefficient Partition coefficient for Cs IFNORMAL(Log I O(mL/g))Default value used 1 2.65E+00Standard Deviation

1.01E+00

Sm:Coefficient Partition coefficient for Sm []NORMAL(LogI0(mL/g))

Default value used 1 2.97E+00Standard Deviation 1.40E+00

Eu:Coefficient Partition coefficient for Eu ]INoRMAL(Logl0(nlL/g))

Default value used M[ n 2.98E+00rd Deviation 1.74E+00

Ho:Coefficient [Partition coefficient for Ho INoR ,LI(LoglO(mL/g))

Default value used 1mma 2.97E+00Standard Deviation 1.40E+00

Th:Coefficient Partition coefficient for TI NoR Log,0OnL/g))

Default value used 1Mean 2.20E+00IStandard Deviation 1.40E+00

Pb:Coefficient ]Partition coefficient for Pb ]INORMAL(Logl0(mL/g))Default value used 1 = 3.38E+00

[Standard Deviation 1.20E+00

Bi:Coefficien ]Partition coefficient for Bi ][NORMAL(Logl0(mL/g))

Default value used 1M= 2.65E+00Standard Deviation 1.40E+00

Po:Coefficient lParition coefficient for Po ][NORMAL(LogI0(mL/g))Default value used 1 2.26E+00

J Standard Deviation 7.30E-01Ra:Coefficient Partition coefficient for Ra ][NORMAL(Log I O(mL/g))Default value used 1 3.55E+00

Standard Deviation 7.40E-01

Ac:Coefficient IIPartition coefficient for Ac [NORMAL(Logl0(mL/g))Default value used [M, 3.24E+00


Th: Coefficient [Partition coefficient for Th [NORMAL(LogIO(mL/g))Default value used [ 3.77E+00

Sadrd Deviatio 1.57E+00U:Coefficient IPartition coefficient for U I[SNORi aiL(Logn I0(57L/g))

Default value used ]en21E0

Mn: 2.I1OE+OO[Sta-n-dard Deviation 1.36E+00]l LOGNORMAL-N(pCi/kg dr'-wvt leafy per pCi/k-g

CI:Leafy Leafy, plant concentration factor for Cl [soil)

Default value used MonofLn(X[ 4.25E+00Standard Deviation of Ln 9.04E-01

ýCa:Leafy C aLeafy plant concentration factor for Ca LOGNORMAL-N(pCi/kg dry-wt leafy per pCi/kg

II Ilsoil)Default value used Meto n of LnX) 1.25E+00

______________________________________________ I [Standard Deviationoft . 9.04E-01I

[Leala, LOGNORMAL-N(pCi/kg dry-wt leafy per pCi/kg

Mn:Leafy . plant concentration factor for Mn soil)Default value used Man of Ln(X) -1.1IE+00

[tdard Deviation of Ln 2.03E+00pLOGNORMAL-N(pCi/kg dry-wt leafy per pCi/kg

Zn:Leafy Leafsy plant concentration factor for Zn [soil)

Default value used Mean of Ln(X) -5.45E-01'Standard Deviation of Ln 9.56E-01

[Lf plant concentration factor for S LOGNORMAL-N(pCi/kg dry-wt leafy per pCi/kgSe:Leafy [eaf t e soil)

Default value used [lm f ( -3.69E+00IStandard Deviaion of Ln 9.04E-01

ELfy plant tt factor for Zr LOGNORMIAL-N(pCi/kg dry-wt leafy per pCi/kgZr:Lafy Leafy 1 concenraion soil)Default value used MeanoLnfX• -2.63E+00

Standard Deviation of Ln 6.93E-01

Nb:Leafy Leafy' plant concentration factor for Nb sLOGNORMALN(pCi/kg dry-wi leafy per p)Ci/k

Default value used M!a. ofLn(X) -3.91E+00Standard Deviation ofLn 9.04E-01

Mo:Lea Leafy' plant concentration factor for Mo ILOGNORMAL-N(pCi/kg dry' -wt leafy per pCi/kgMoLe = FLey 91n ocnrtonfco o osoi )

Standard Deviation of Ln 1.19E+00

Sn:Leafy Leafy plant concentration factor for Sn 1]LOGNORMAL-N(pCi/kg dry-wt leafy per pCi/ksg___ _ I F _ _ _ __ _ _ J soil)

Default value used Mean of Ln(X) -3.5 1E+00]Standard Deviation ofLjn 9.04E-01

Cs:Leafy Leafy plant concentration factor for Cs ] soil) dry-wt leafy per pCi/ksgDefault value used a ationof Ln -3.25E+00

L pt] GNORMAL-N(pCi/kg dry-wt leafy, per pCi/kg

Sm:Leafy Leafy plant concentration factor for Sm soil)

Default value used Ln(X -4.61E+00Standard Deviation of Ln 9.04E-01

Eu:Leafy .Leafy plant concentration factor for Eu loil) dry-wt leafy per pCi/kg

Default value used MSandof Ln(X o -4.61E+00Standard DeviationD ofL9.04E-01

TI:Leafy Leafy plant concentration factor for TI ][GOi L dry-wt leafy per pCi/kg

Default value used ] o n -4.61E+00

I Standard Deviation of Ln 9.04E-01

L[LOGNORMAL-N(pCi/kg dry'-wt leafy per pCi/kg

Pb:Leafy Leafy plant concentration factor for Pb soil)

HI

Default value used Mean of Ln(X) -3. 10E+00Standard Deviation of Ln 9.04E-01

plant concentration factor for B LOGNORMAL-N(pCi/kg dry-wt leafy per pCi/kgBi:Leafy Lea ai f soil)

Default value used IMea ofLn(XI -3.35E+00'Standard Deviaton ofLn 9.04E-01

1Lf patI LOGNORMAL-N(pCi/kg dry-wt leafy per pCi/kg

Po:Leafy Leafy plant concentration factor for Po sol )

Default value used IMean of Ln(XI -5.99E+00tStandard Deviation of Ln 9.04E-01

LOGNORMAL-N(pCi/kg drv-wt leafy per pCi/kgRa:Leafy Leafy plant concentration factor for Ra ]soil)

Default value used IMen of Ln(X) -4.20E+00St •dard Deviation of Ln 9.04E-01