ML110390450

County Station Analysis L-003388, Revision 0, LaSalle Irsf Shielding Calculations for Class B & C Waste, Attachment J (Page J1 of J18) Excel Spreadsheet Formulas

ML110390450
Person / Time
Site:	Peach Bottom, LaSalle
Issue date:	02/07/2011
From:	URS Corp
To:	Office of Nuclear Reactor Regulation
Shared Package
ML110390445	List: ML110390448 ML110390449 ML110390450 ML110390460 ML110390461 RS-11-016, Clarification of Supplemental Information - License Amendment to Allow Receipt and Storage of Low-Level Radioactive Waste at LaSalle County Station, Units 1 and 2 and Peach Bottom Atomic Power Station, Units 2 and 3
References
L-003388, Rev 0
Download: ML110390450 (18)

Text

Attachment J Excel' Spreadsheet Formulas Calculation No. L-003388, Rev. 0 Attachment J (Page J1 of J18)

URS Washington Division Excel Spreadsheet with MCNP Conversion Factors (from Attachment B)

A I B I C I 0 I ElF 1 MCNP Evaluation of Skyshine (and thin wall to ground scatter) from IRSF 2

3 CASE: HICs without Shield Bell 4 Single HIC Source Term for 100 R1hr Contact 5

--t- Factors used for conv 7

I 11600000000000 photons per second 9 72 nominal source height (inches) 10 30.5 nominal source radius (inches) 11 12 150 source height for two high stacking (inches) 13 126 number of two high stack positions (for rectangular arrangement) 14 135 number of two high stack positions (for hexagonal arrangement) 15 16 3045000000000000 source strength in photons/sec for IRSF filled with 100 Rlhr containers (included in MCNF 17 W =A14/A 13 factor to adjust number of positions from rectangular to hexagonal arrangement Calculation No. L-003388, Rev. 0 Attachment J (Page J2 of J18)

URS Washington Division Excel Spreadsheet with MCNP Detector Results (no shield bells)

(from Attachment B)

B C o E G H Truck B ay Dos 7 MC NP Output CNP Err. Dose Rate- Dose Rate 8 (Rem/hr, (mRemlhr' (m Remlyear, 9 0..238752 0.0134 ; 1000'A9' (ha 9) ;C9'8766 10 11 Truck B ay Dos 12 MC NP Output CNP Err. Dose Rate Dose Rate 13 (Rem/hr' (mRemlhr) (m Remlyear) 14 0.0061 424 0.0132 ; 10 'AI4'( I+aI4 ) ; C1 4'8766 15 16 Ring s Outside 17 MC NP Output CNP Err. Dose Rate Dose Rate Detector Descriptior 18 (Rem/hr, (Rem/hr) (Remfyear, (distance from lRSF 19 0.00 149723 0.0067 ;A 9'(1+ B19)  ; C1 9' 8766 Average ... mg betwe 20 0.000951574 0.005  ; A2Q' (1+B2O)  ; C2 '8766 Average ... mg betwe 21 0.000469026 O. 6  ; A2 I ' ( +B21)  ; C2 '8766 Average - ring betwe 22 0.0002 18907 O. 051  ; A22'(1+B22)  ; C22'8766 Average

• mg betwe 23 0.0001 595 0.0058  ; A23'( +B23)  ; C23'8766 Average - mg betwe 24 0.000045625 O.  ; A24'(I+ B24)  ; C24'8766 Average in mg betwe 25 0.000022224 O.  ; A25'( +B25)  ; C25'8766 Average ' mg !>ElVie 26 0.000009929 8 O. 042  ; A26'(I+ B26)  ; C26' 8766 Average i'I ri1g betwe 27 0.00000394639 O.  ; A27'( oB27  ; C27'8766 Average ' mg !>ElVie 28 0.000001 45627 O.  ; A28'( +B28)  ; C28'8766 Average - mg betwe 29 0.0000 0480051 O. 8  ; A29'(I+B29)  ; C29'8766 Average in mg betwe 30 0.0000 169 49 0.01 09  ; A3Q'( +B3O)  ; C3O'8766 Average in mg betwe 31 0.0000000599581 0.0067 ;A31 '(I+B31,  ; C31' 8766 Average in ring beN 32 0.0000 0228327 0.01 45  ; A32'( oB32  ; Cn'8766 Average ' mg !>ElVie 33 0.0000 00048642 O. 086  ; A33'(1+B33)  ; C33'8766 Average ... ri;g betwe 34 35 Slabs Adjacenl 36 MC NP Output CNP Err. Dose Rate Dose Rate Detector Descriptior 37 (Rem/hr, (Rem/hr) (Remfyear, 38 0.00 102533 O.03H ; A38'(I+ B38)  ; C38'8766 Average. at 0 to 2 me 39 0.00158094 0.0363 ; A3Q'( +B39  ; C39'8766 Average. at 2 :04 me 40 0.00204249 0.0337 ; A ' (I+ B4 )  ; C4 '8766 Average. at 4 to 6 me 41 0.00276035 0.0395 ; A4 ' ( oB4 )  ; C4 '8766 Average. at 6 to 8 me 42 0.00308498 0.0341 ; A42'(1+B42)  ; C42'8766 Average. at 8 to 10 m 43 0.0033867 1 0.0338 =A43'( oB43) =C43' 8766 Average, at O!o 12 (

44 0.00351156 0.0364 =A44'(1+B44 ) =C44 '8766 Average. ali. 2 to 14 r 45 0.00363387 0.0336 ;A45'( +B45)  ; C45'8766 Average . at 4 !o 16 r 46 0.0034 682 0.0308 ; A46'(I+ B46)  ; C46'8766 Average. at 6 to 18 r 47 0.00365754 0.0424 =A47'(1 +B47) =C47'8766 Average, at 18 to 20 48 0.00353387 0.0379 =A48'( oB48) =C4S' 8766 Average, ali. 2O!o 22 (

49 0.003287 18 O. 68 =A49'(1+B49) =C49'8766 Average. ali. 22 to 24 r 50 0.003071 67 0.0341 ; A5Q'( +B5O) =C50'8766 A..~erage . at 24 !O26 r 51 0.00277935 0.03 11 ; A5 ' (I+ BS  ; C5 '8766 A,erage, a.26 to 28 r 52 0.00280378 0.0453 ; A52'(I+ BS2)  ; CS2'8766 Average. at 28 to 30 r 53 0.00278772 0.0557 ; A53'(I+ B53)  ; C53'8766 Average. at 30 to 32 r 54 0.00246937 0.0497 ; A54 ' (I+ B54)  ; C54'8766 Average. at 32 to 34 r 55 0.00230697 O. 36 ; A55'(I+ B55) =C55'8766 Average. at 34 to 36 r 56 57 Dose Rate on \

58 MC NP Output CNP Err. Dose Rate Dose Rate 59 (Rem/ hr' (Rem/hr) (Remfyear' 60 0.00108909 0.0439 ; AW'(I+ B60) =C6 '8766 61 62 Vertical Detect 63 MC NP Output CNP Err. Dose Rate Dose Rate Detector Descriptior 64 (Rem/hr, (Rem/hr) (Remfyear, 65 0.000649783 0.0147 ; A65'(1+B65) =C65'8766 A,erage, at mg 2003 66 0.000238085 0.01 69 ;A66'( +B66)  ; C66'8766 A,erage, a' mg 2004 67 0.000102047 O. 155 ; A67'(I+ B67)  ; C67'8766 Average. at 2005 68 0.0000487468 0.0 199 =A68'(I+ B68) =C68'8766 Average, a. m 9 2006 69 0.0000255212 0.022 =A69'(l oB69) =C69'8766 A,erage, al mg 2007 70 0.00000984831 0.0282 ;A70'(1+ B70) =C70'8766 A,erage, a. mg 2008 71 0.0000039 1665 0.0279 ; A7I ' ( +B7 ) ;C7 '8766 A,erage, a' mg 2009 72 0.00000 128596 0.036  ; A72'(1+B72)  ; C72'8766 Average. at 20 10 73 0.0000 55356 0.0543 ; A73'( +B73)  ; C73'8766 Average. a 20 11 74 0.0000 01614 16 O. 711 ; A74'(I+ B74)  ; C74'8766 Average. at 20 12 75 0.0000 062 99 1 0.0883 ; A75'( +B75) =C7S'8766 Average. at 20 13 76 77 Vertica l Detect 78 Detector Descriptior 79 Calculation No. L-003388, Rev. 0 Attachment J (Page J3 of J18)

URS Washington Division A B C 0 E F G H I 0.0004 14317 0.01 05 =A80'(I . BSO) =CSO'S766 Average. a; mg 2003

~ 0.0001 597 12 0.0126 =A8 I ' (I +BSI) =CS I'S766 Average. ali. rit.g 200'"

~ 0.0000730172 aa..

0.0136 =A82'( . B82) =CS2'8766 Average. a; mg 2005

~ 0.0000359926 0.0178 =A83' (I +B83) =C83'8766 Average. mg 2006

~ 0.0000182098 0.01S5 =A84'(I+B84) =C84' 8766 Average. mg 2007

~ 0.0000 759528 a.

0.0249 =A85'( . B85) =C85'8766 Average. at mg 200S

~S6 0.000003 13498 O. 22 =A86'(I +B86) =CSS'8766 Average. mg 2009 87 0.00000095 1992 0.0429 =A87' (I+ B87) =C87'8766 A,'erage. at mg 20 10 is 0.0000 0339324 O. 569 =A8S' (I +B88) =CSS'8766 Average. at mg 20 11 89 0.0000 0136515 O. 0 15 =A89'(hB88) =CS9'8766 Average. at 20 12 90 0.0000 00382898 O. 711 =A90'(I+BIlO) =C9 '8766 A.erage. at mg 20 13 91 92 Dose above HI MC NP o utput CNP Err. Dose Rate- DosE!' Rate

~94 {RMlfhr, (Rem/hr) (Remfyear, "Q5 4S.9797 0.0008 =A95' (I +B95) =C95'8766 Q6 Calculation No. L-003388, Rev. 0 Attachment J (Page J4 of J18)

URS Washington Division Excel Spreadsheet with MCNP Detector Results (with shield bells)

(from Attachment B)

A C E J 1 MCNP Eval uat 2

3 Case: HICswith 4 Single HIC Source Te 5

6 Truck Bay Dose BELL EFFECT 7 MCN P Output CN P Ern Dose Rate Dose Rate 8 (Rem/hr) (mRem/h r) (mRem/yearl 9 0.00746846 0.0437 =1 000' A9'( 1+B9) =09'8766 o Shield Belis-SS'!C9fShield Bel -55 (2)'!C9 10 11 Truck Bay Dose 12 MCN P Output CNP Ern Dose Rate Dose Rate B. E.

13 (Rem/hr) (mRemlhr) (mRem/yearl 14 0.000187925 0.0244 =1oo0'A14'(1 +B 14) =014'8766 o Shield Belis-SS'!C14fShield Bel -SS (2),!C14 15 16 Rings Outside BI 17 MCN P Output CNP Ern Dose Rate Dose Rate Detector Descriptior B,E.

18 (Rem/hr) (Remfhr) (Rem/year) (distance from IRSF 19 0.00004 15138 0.0106 =A19'(1+B19) =C19'8766 Average in ring betv/e o Shield Belis-SS'!C19fS 'eld Bel 20 0.0000268793 0.0078 =A20' (1+B20) =020'8766 Average in ring betv/e o Shield Belis-SS'!C20fS 'eld Bel 21 0.000013953 0.0106 =.A21'(1+B21 ) =021'8766 Average in ring betv/e o Shield Belis-SS'iC21fS 'eld Bel 22 0.00000650859 0.0082 =A22'( 1+B22) =022'8766 Average in ring betvle o Shield Belis-SS'iC22I'S 'eld Bel 23 0.00000293722 0.0082 =A23'(1 +B23) =C23'8766 Average in ring betv/e o Shield Bells-SS'iC23fS 'eld Bel 24 0.00000 136796 0.0131 =.A24'(1+B24) =C24'8766 Average in ring betv/e o Shield Belis-SS'iC24f S 'eld Bel 25 0.000000669764 0.0116 =A25' (1+B25) =025' 8766 Average in ring betv/e o Shield Belis-SS'iC25.rS 'eld Bel 26 0.000000292006 0.0089 =A26'(1 +B26) =026'8766 Average in ring betvle o Shield Belis-SS'iC26fShield Bel 27 0.000000112359 0.0085 =A27'( 1+B27) =027'8766 A,'erage in ring betvle o Shield Belis-SS'iC27fS 'eld Bel 28 0.0000000411 53 0.0128 =A28'(1 +B28) =C28'8766 Average in ring betv/e o Shield Bells-SS'iC28fS 'eld Bel 29 0.0000000127566 0,01 =A29'(1+B29) =C29'8766 Average in ring betv/e o Shield Belis-SS'iC29f Shield Bel 30 0.000000004 15772 0.0114 =A30' (l +B30) =C30'8766 Average in ring betv/e o Shield Belis-SS'iC30fS 'eld Bel 31 0.0000000014713 0.022 =A31 ' (1+B3 1) =C31' 8766 Average in ring betll o Shield Belis-SS'iC31fShield Bel 32 0.000000000510839 0.0204 =A32'( 1+B32) =C32'8766 A,'erage in ring betvle o Shield Belis-SS'iC32rS 'eld Bel 33 0.000000000100504 0.0214 =A33'(l +B33) =C33'8766 Average in ring betv/e o Shield Bells-SS'iC33fShield Bel 34 35 Slabs Adjacent to 36 MCN P Output CNP Ern Dose Rate Dose Rate Detector Descriptior B. E.

37 (Rem/hr) (Remfhr) (Rem/year) 38 0.0000343876 0.0459 =A38' (1+B38) =C38'8766 Average, at 0 to 2 me o Shield Belis-SS'!C38.rS 'eld Bel 39 0.0000469802 0.0512 =A39'(1 +B39) =C39'8766 Average, at 2 to 4 me o Shield Belis-SS'!C39fS 'eld Bel 40 0.000060162 0.0503 =A4O'( 1+B40) =C40'8766 A,'erage, at4 to 6 me o Shield Belis-SS'!C4OfS 'eld Bel 41 0,0000686964 0.0439 =.A.41 '(1 +B41 ) =C41'8766 Average, at 6 to 8 me o Shield Bells-SS'!C41fS 'eld Bel 42 0.0000847297 0,0335 =A42'(1+B42) =C42'8766 Average, at 8to 10 m o Shield Belis-SS'!C42rS 'eld Bel 43 0.000086467 1 0.0318 =,A,43'( 1+B43) =C43' 8766 Average, at 10 to 12 r o Shield Belis-SS'iC43.rS 'eld Bel 44 0.0000939759 0.0344 =A44'(1 +B44) =C44'8766 A,'erage, at 12 to 14 r o Shield Belis-SS'iC44fShield Bel 45 0.0000950532 0.0398 =,A,45'( 1+B45) =C45'8766 A,'erage, at 14 to 16 r o Shield Belis-SS'iC45.rS 'eld Bel 46 0.000098 1019 0.0422 =.A.46' (1+B46) =C46'8766 Average, at 16 to 18 r o Shield Bells-SS'iC46fS 'eld Bel 47 0.000102627 0.0466 =,A,41'(1+B47) =C41'8766 Average, at 18 to 20 r =' ' 0 Shield Belis-SS'iC47fS 'eld Bel 48 0.0001 15195 0.0761 =A48' (l+B48) =C48'8766 Average, at 20 to 22 o Shield Belis-SS'iC48.rS 'eld Bel 49 0.0000925675 0.0438 =A49'(1 +B49) =C49'8766 A,'erage, at 22 to 24 r o Shield Belis-SS'iC49fS 'eld Bel SO 0.000095674 1 0.0403 =ASO' (l +BSO) =C50'8766 Average, at 24 to 26 r o Shield Belis-SS'iC50fS 'eld Bel 51 0.000082 1352 0,0567 =A51'(1+B51) =C51'8766 Average, at 26 to 28 r o Shield Bells-SS'iC51rS 'eld Bel 52 0.0000798147 0.07 =A52'( 1+BS2) =C52'8766 Average, at 28 to 30 r =' ' 0 Shield Belis-SS'iC52rS 'eld Bel 53 0.00007293 0.0447 =A53' (l +BS3) =C53'8766 Average, at 30 to 32 r o Shield Bells-SS'iC53fS 'eld Bel 54 0.0000664943 0.0485 =A54'(1 +B54) =C54'8766 A,'erage, at 32 to 34 r o Shield Belis-SS'iC54fS 'eld Bel 55 0.0000669599 0.0445 =A55' (1+BS5) =C55'8766 Average, at 34 to 36 r o Shield Belis-SS'iC55rS 'eld Bel 56 57 Dose Rate on Ve 58 MCNPOutput CNP Ern Dose Rate Dose Rate B. E.

59 (Rem/hr) (Rem/hr) (Rem/year)

SO 0.0000275384 0.059 =ASO'(1+B60) =060'8766 o Shield Belis-SS'!C60f S 'eld Bel -55 (2)'iC60 61 62 Vertical Detector 63 MCNPOutput CNP Ern Dose Rate Dose Rate Detector Descriptior B. E.

64 (Rem/hr) (Remfhr) (Rem/year) 65 0.0000202199 0.0249 =A65'(l +B65) =065'8766 Average, at ring 2003 o Shield Belis-SS'!C65t Shield Bel 66 0.00000690973 0.0299 =A66' (l +B66) =066'8766 Average, at ring 2004 o Shield Bells-SS'!C66tShield Bel 67 0.00000302257 0.0497 =A6 7'( 1+B67) =061'8766 Average, at ring 200S o Shield Belis-SS'!C67rShield Bel 68 0.00000 145969 0.0477 =A68'(1+B68) =068'8766 Average, at ring 2006 o Shield Belis-SS'!C68fShield Bel 69 0.000000668252 0.0531 =A69'(1 +B69) =069'8766 Average, at ring 2007 o Shield Belis-SS'!C69f Shield Bel 70 0.000000277737 0.0736 =A70'(1+B70) =C70'8766 Average, at ring 2008 o Shield Belis-SS'!C70f Shield Bel Calculation No. L-003388, Rev. 0 Attachment J (Page J5 of J18)

URS Washington Division A C E 71 0.000000 103187 =A7 1'(1+B7 1) Average, at ring 2009 o Stlield Belis-SS'!C71fShield Bel -SS (2Y!C71 12 0.0000000338179 0.0734 =A72'(1+B72) Average, at ring 2010 o Shield Belis-SS'!C12rShield Bel -SS (2YIC12 73 0.00000001273 0.1707 =A73'(1+B73) Average, at ring 2011 o Stlield Belis-SS'!C73rShieJd Bel -SS (2Y!C73 74 0.00000000465203 0.1 53 =A74'(1+B74) =C74'8766 Average, a ring 2012 o Stlield Belis-SS'!C74rShield Bel -SS (2Y!C74 75 0.000000000802377 0.2502 =A75'(1 +B7S) =C7S'8766 Average, at ring 2013 o Shield Belis-SS'!C7SrShield Bel -SS (2)'!C7S 76 77 Vertical Detector 78 MCNP Output CNP Em Dose Rate Dose Rate Detector Descripti or B.E.

79 (Reml hr) (Remlhr) (Rem/year) 80 0.0000114339 0.0217 =A80'(1 +B80) =C8D'8766 Average, a ring 2003 o Shield Belis-SS'!C8OI'Shield Bel -SS (2YIC80 81 0.00000474S7 0.0317 =A8P( 1+B8 1) =C81'8766 Average, at ring 2004 o Stlield Belis-SS'!C81fShield Bel -SS (2Y!C81 82 0.00000208811 0.0261 =A82'(1+B82) =C82'8766 Average, a ring 2005 o Stlield Belis-SS'!C82rShield Bel -SS (2Y!C82 83 0.00000 101818 0.03 =A83'(1+B83) =C83'8766 Average, at ring 2006 o Stlield Belis-SS'!C83rShield Bel -SS (2)'!C83 84 0.000000482733 0.0399 =A84'(1+B84) =C84'8766 Average , at ring 7 o Shield Belis-SS'!C84fShield Bel -SS (2yIC84 8S 0.000000208231 0.0986 =A8S'(1+B8S) =C85'S766 Average, at ring 2008 o Shield Belis-SS'!C8Sf Shield Bel -SS (2),IC8S 86 0.0000000782192 0.0714 =AW( 1+B86) =C86'8766 Average , at ring 2009 o Stlield Belis-SS'!C86fShield Bel -SS (2Y!C86 87 0.0000000227439 0.1002 =AB7'( 1+B87) =C87'8766 Average, at ring 2010 o Stlield Belis-SS'!C87rShield Bel -SS (2)'!C87 88 0.000000006S7S57 0.1 206 =A88'(1+B88) =C88'8766 Average , at ring 2011 o Stlield Belis-SS'!C88rShield Bel -SS (2Y!C88 89 0.00000000443241 0.39S2 =A89'( 1+B89) =C89'S766 Average, at ring 2012 o Shield Belis-SS'!C89fShield Bel -SS (2YIC89 90 0.000000000914267 02 432 =A90'(1 +B90) =C9D'S766 Average, at ring 2013 o Shield Belis-SS'!COOfShield Bel -SS (2)'!C90 91 92 Dose above HIC~

93 MCNP Output CNP Em Dose Rate Dose Rate B.E.

94 (Reml hr) (Remlhr) (Rem/year) 9S 1.56381 0.0021 =A9S'( 1+B9S) =C95'8766 o Shield Belis-SS'!C9SfSllield Bel -SS (2)'!C9S 96 Calculation No. L-003388, Rev. 0 Attachment J (Page J6 of J18)

URS Washington Division Excel Spreadsheet with MCNP Detector Results - Direct Dose Only (no shield bells)

(from Attachment B)

A I B I C I D I E 1 MCNP Evalua'

'""2 r----

3 Case: HICs witt

'4 r----

Single HIC Sou rce T.

31 132 Vertical Detecto 33 MCN P Out put CNP Err Dose Rate Dose Rate Detector Description 134 (Rem/hr) (Rem/hr) (Rem/year) 135 0.0000254871 0.0126 =A35*(1+B35) =C35*8766 Average, at ring 2003: 100 m from IRSF center 136 0.00000814003 0.017 =A36*(1+B36) =C36*8766 Average, at ring 2004: 150 m from IRSF center

'37 0.00000325939 0.0211 =A37*(1+B37) =C37*8766 Average, at ring 2005: 200 m from IRSF center

'38 0.00000149667 0.024 =A38*(1+B38) =C38*8766 Average, at ring 2006: 250 m from IRSF center 139 0.000000758689 0.0281 =A39*(1+B39) =C39*8766 Average, at ring 2007: 300 m from IRSF center 140 0.000000300806 0.0346 =A40*(1+B40) =C40*8766 Average, at ring 2008: 375 m from IRSF center

'41 0.000000131741 0.0474 =A41 *(1+B41) =C41 *8766 Average, at ring 2009: 450 m from IRSF center 142 0.0000000392152 0.0713 =A42*(1+B42) =C42*8766 Average, at ring 2010: 550 m from IRSF center 143 0.0000000166288 0.0981 =A43*(1+B43) =C43*8766 Average, at ring 2011: 650 m from IRSF center 144 0.00000000612076 0.154 =A44*(1+B44) =C44*8766 Average, at ring 2012: 750 m from IRSF center 145 0.00000000280201 0.2078 =A45*(1+B45) =C45*8766 Average, at ring 2013: 850 m from IRSF center Calculation No. L-003388, Rev. 0 Attachment J (Page J7 of J18)

URS Washington Division Excel Spreadsheet with MCNP Detector Results - Direct Dose Only (with shield bells)

(from Attachment B)

A I B I C I D I E 1 MCNP Evalua1

-2 Case: HICs with

-3

.....!... Single HIC Source TE 31

-32 Ve rt ical Detector 33 MCNP Output ~CNP Errc Dose Rate Dose Rate Detector Descripti on 34 (Rem/hr) (Rem/hr) (Rem/year) 3s 0 .00000 11 7136 0.0397 =A35*(1 +B35) =C35*8766 Average, at ring 2003: 100 m from IRSF center 36 0 .000000356853 0.047 =A36*( 1+B36) =C36*8766 Average , at ring 2004 : 150 m from IRS F center 37 0 .000000 14396 0.059 =A37*(1 +837) =C37*8766 Average, at ring 2005: 200 m from IRSF center 3a 0 .0000000665734 0.0708 =A38*(1 +B38) =C38*8766 Average, at ring 2006: 250 m from IRSF center 39 0 .000000034853 0.0887 =A39*(1 +B39) =C39*8766 Average, at ring 2007 : 300 m from IRSF center 40 0 .0000000 123 182 0.0929 =A40*(1 +B40) =C40*8766 Average, at ring 2008: 375 m from IRSF center 41 0 .00000000565219 0.1155 =A41 *(1+B41) =C41 *8766 Average, at ring 2009: 450 m from IRSF center 42 0 .000000002 11 952 0.1521 =A42*(1 +B42) =C42*8766 Average, at ring 20 10 : 550 m from IRSF center 43 0 .000000000832681 0.21 64 =A43*( 1+B43) =C43*8766 Average, at ring 20 11: 650 m from IRSF center 44 0 .000000000386629 0.2351 =A44*(1 +B44) =C44*8766 Ave rage , at ring 20 12 : 750 m from IRSF center 4s 0 .00000000017544 8 0.3056 =A45*(1 +B45) =C45*8766 Ave rage, at ring 20 13 : 850 m from IRSF center Calculation No. L-003388, Rev. 0 Attachment J (Page J8 of J18)

Excel Spreadsheet with Comparison of Results to Onsite and Offsite Limits (for no shield bell case)

(from Attachment B)

A B C D E 1

2 3 Dose vs. Distance for Filled Bare HICs with 25 R/hr Average Contact for 40CFR190 Compliance Evaluation 4 Side Side Ring Detector 5 distance w/ HVAC w/out HVAC distance around IRSF 6 (meters) Rem/hr Rem/hr (meters) Rem/hr 7 100 =0.25*'No Shield Bells-SS'!C65 =0.25*'No Shield Bells-SS'!C80 125 =0.25*'No Shield Bells-SS'!C22 8 150 =0.25*'No Shield Bells-SS'!C66 =0.25*'No Shield Bells-SS'!C81 175 =0.25*'No Shield Bells-SS'!C23 9 200 =0.25*'No Shield Bells-SS'!C67 =0.25*'No Shield Bells-SS'!C82 225 =0.25*'No Shield Bells-SS'!C24 10 250 =0.25*'No Shield Bells-SS'!C68 =0.25*'No Shield Bells-SS'!C83 275 =0.25*'No Shield Bells-SS'!C25 11 300 =0.25*'No Shield Bells-SS'!C69 =0.25*'No Shield Bells-SS'!C84 337.5 =0.25*'No Shield Bells-SS'!C26 12 375 =0.25*'No Shield Bells-SS'!C70 =0.25*'No Shield Bells-SS'!C85 412.5 =0.25*'No Shield Bells-SS'!C27 13 450 =0.25*'No Shield Bells-SS'!C71 =0.25*'No Shield Bells-SS'!C86 500 =0.25*'No Shield Bells-SS'!C28 14 550 =0.25*'No Shield Bells-SS'!C72 =0.25*'No Shield Bells-SS'!C87 600 =0.25*'No Shield Bells-SS'!C29 15 650 =0.25*'No Shield Bells-SS'!C73 =0.25*'No Shield Bells-SS'!C88 700 =0.25*'No Shield Bells-SS'!C30 16 750 =0.25*'No Shield Bells-SS'!C74 =0.25*'No Shield Bells-SS'!C89 800 =0.25*'No Shield Bells-SS'!C31 17 850 =0.25*'No Shield Bells-SS'!C75 =0.25*'No Shield Bells-SS'!C90 18 19 20 Dose Limit applicable to bounding La Salle nearest 21 resident Dose Limit applicable to bounding La Salle onsite 40CFR190 receptors (with occupancy 22 23 distance distance Occupancy 24 (meters) limit (Rem/hr) at 1mR/yr (meters) (hr/yr) limit (Rem/hr) at 2.5 mR/

25 880 =(1/8766)*(1/1000) 395 20 =(2.5/D25)*(1/1000) 26 767 20 =(2.5/D26)*(1/1000) 27 Observations:

28 1.

29 30 (No HVAC) side dose rates slightly higher than ring average because this detector extended well up into the air for particle collection 31 32 33 2.

34 35 36 In any case, the limit value (nearest resident, continuous occupancy) is clearly met if the dose rates in the building vicinity is maintained 37 mR/hr by controlling average contact dose rates.

38 Calculation No. L-003388, Rev. 0 Attachment J (Page J9 of J18)

URS Washington Division Excel Spreadsheet with MCNP Detector Results (with Hexagonal HIC Geometry and I-Beams)

(from Attachment B)

AI BI C 1 D IE 1 F 1 G 1 MCNP Evaluation of Skyshine (and thin wall to ground sc 2

3 Case: HICs without Shield Bells - Hexagonal Arrangement w/l-Bea 4 Sing'e H'C Source Term lor 100 Rfhr Contact 5

6 1 07" 42857 lactorto a 7-8 Truck Ba~

-Jl" CNP OutplACNP Errc Dose Rate Dose Rate 10 (Remfhr) (mRemfhr) (mRemfyear)

T! 0. 154633 0.0057 =1000*A11 *C'+B1" )*A6 =C1" *8766 12 13 Rings Ou 14 CNP OutplACNP Errc Dose Rate Dose Rate Detector Descriptior 15 (Rem/hr) (Remfhr) (Remfyear) (distance from 'RSF 16 0.00" 238240.0069 =A16*(1+B1 6)*$A$6 =C16*8766 Average in ring betwe 17 000078079 00052 =A17*(1+B17)*$A$6 =C17*8766 Average in ring betwe 18 0.00038666 0.0054 =A18*(1+B1 8)*$A$6 =C18*8766 Average in ri ng betwe

~ 000017966 00047 =A19*(1+B19)'$A$6 =C19*8766 Average in ri ng betwe 20 000008296 00066 =A20*(1+B20)*$A$6 =C20*8766 Average in ring betwe 2T 00000382800082 =A2" *(1+B21 )*$A$6 =C2 " *8766 Average in ri ng betwe 22 0.000018620.006 =A22*(1 +B22)*$A$6 =C22*8766 Average in ri ng betwe 23 0.0000083" 0.0054 =A23*(1+B23)'$A$6 =C23*8766 Average in ri ng betwe 24 0.0000033 " 0.0058 =A24 *(1+B24)'$A$6 =C24*8766 Average in ri ng betwe 25 0.000001220.0061 =A25*(1+B25)*$A$6 =C25*8766 Average in ri ng betwe 26 0.0000004 " 0.0192 =A26*(1+B26)*$A$6 =C26*8766 Average in ring betwe n 0.000000" 40.0094 =A27*(1+B27)*$A$6 =C27*8766 Average in ri ng betwe

~ 0.000000050.012 =A2S*(1+B2S)*$A$6 =C2S*S766 Average in ring beN

~ 0.000000020.1403 =A29*(1+B29)*$A$6 =C29*8766 Average in ri ng betwe 30 0000000000.015 =A30*(1 +B30)*$A$6 =C30*8766 Average in ri ng betwe 3T 32 Slabs Adj 33 CNP OutplACNP Errc Dose Rate Dose Rate Detector Descriptior 34 (Rem/hr) (Remfhr) (Remfyear) 35 0.00085199 0.0425 =A35*(1+B35)*$A$6 =C35*8766 Average, at 0 to 2 me 36 0.001217440.0337 =A36*(1+B36)'$A$6 =C36*8766 Average, at 2 to 4 me 3f 0.001670740.0327 =A37*(1 +B37)'$A$6 =C37*8766 Average, at 4 to 6 me

~ 0.00" 95171 0.0251 =A38*(1+B38)'$A$6 =C38*8766 Average, at 6 to 8 me

~ 0.00233751 0.0316 =A39*(1+B39)*$A$6 =C39*8766 Average, at 8 to " 0 m 40 0.002815940.0369 =A40*(1 +B40)*$A$6 =C40*8766 Average, at 10 to 12 r 41 000294336 00331 =A4 " *(1 +B41 )'$A$6 =C4 " *8766 Average, at 12 to 14 r

~ 0.0030542 0.0369 =A42*(1+B42)'$A$6 =C42*8766 Average, at 14 to 16 r 43 0.00281264 0. 0227 =A43*(1 +B43)'$A$6 =C43*8766 Average, at 16 to 18 r 44 0.003103590.0396 =A44*(1+B44)*$A$6 =C44*S766 Average , at 1S to 20 45 0.002663280.0245 =A45*(1 +B45)'$A$6 =C45*8766 Average, at 20 to 22 r 46 0.002852920.052 =A46*(1+B46)'$A$6 =C46*8766 Average, at 22 to 24 r 47 0.002573050.0348 =A47*(1+B47)'$A$6 =C47*8766 Average, at 24 to 26 r

~ 0.00240073 0.0396 =A48*(1 +B48)*$A$6 =C48*8766 Average, at 26 to 28 r 49 00023132500379 =A49*(1+B49)*$A$6 =C49*8766 Average, at 28 to 30 r 50 0.002'1787 0.0424 =A50*(1 +B50)'$A$6 =C50*8766 Average, at 30 to 32 r 51 0.00213633 0.0603 =A5" *(1+B51)'$A$6 =C5 " *8766 Average, at 32 to 34 r 52 0.001877470.0405 =A52*(1 +B52),$A$6 =C52*8766 Average, at 34 to 36 r 53 54 Dose Rat

~ CNP OutplACNP Errc Dose Rate Dose Rate 56 (Rem/hr) (Remfhr) (Remfyear) jt 0.0007825 0.0389 =A57*(1+B57)*A6 =C57*8766 58 Calculation No. L-003388, Rev. 0 Attachment J (Page J10 of J18)

URS Washington Division A I B I C I 0 I E I F I G 59 Vertical C

~ CNP OutplilCNP Errc Dose Rate Dose Rate Detector Descriptior

~ 61 (Rem/h r) (Rem/hr) (Rem/year)

'62 0.000545830.0158 =A62*(1 +B62)*$A$6 =C62*8766 Average , at ring 2003

'63 0.000199470.0191 =A63*(1 +B63)*$A$6 =C63*8766 Average , at ring 2004 f64 0.00008443 0.0165 =A64*(1 +B64)*$A$6 =C64*8766 Average , at ring 2005

'65 0.0000404 9 0.0191 =A65*(1 +B65)*$A$6 =C65*8766 Average, at ring 2006

'66 0.00002029 0.0216 =A66*(1 +B66)*$A$6 =C66*8766 Average, at ring 2007

'67 0.000007930.026 =A67*(1 +B67)*$A$6 =C67*8766 Average, at ring 2008

~ 0.000003230.0403 =A68*(1 +B68)*$A$6 =C68*8766 Average , at ring 2009 f69 0.000001140.057 =A69*(1 +B69)*$A$6 =C69*8766 Average , at ring 2010

'70 0.000000370.0495 =A70*(1 +B70)*$A$6 =C70*8766 Average , at ring 201 1 r-;-t 0.0000001 3 0.0667 =A71 *(1 +B71 )*$A$6 =C71 *8766 Average, at ring 2012

'72 r-n- 0.000000050.1441 =A72*(1 +B72)*$A$6 =C72*8766 Average, at ring 2013

'74 Vertical C

~CNP OutplilCNP Errc Dose Rate Dose Rate Detector Descriptior

~ 76 (Rem/h r) (Rem/h r) (Rem/year)

'7=r 0.000347250.0133 =A77*(1 +B77)*$A$6 =C77*8766 Average , at ring 2003 fys 0.00013191 0.0138 =A78*(1 +B78)*$A$6 =C78*8766 Average , at ring 2004 r-yg 0.000064120.0205 rao 0.000029760. 021

=A79*(1 +B79)*$A$6

=A80*(1 +B80)*$A$6

=C79*8766

=C80*8766 Average , at Average, at ring ring 2005 2006

'81 0.000015840.0284 =A81 *(1 +B81)*$A$6 =C81 *8766 Average, at ring 2007 CS2 0.000005980.0371 =A82*(1 +B82)*$A$6 =C82*8766 Average , at ring 2008

'83 0.00000241 0.0463 =A83*(1 +B83)*$A$6 =C83*8766 Average , at ring 2009

'84 0.000000790.0568 =A84*(1 +B84)*$A$6 =C84*8766 Average, at ring 2010 r-as 0.000000270.0845 =A85*(1 +B85)*$A$6 =C85*8766 Average, at ring 201 1 "86 0.00000009 0.1034 =A86*(1 +B86)*$A$6 =C86*8766 Average , at ring 2012

'87 0.000000030. 1695 =A87*(1 +B87)*$A$6 =C87*8766 Average, at ring 201 3 r-sa rag Dose abo 90 ~CNP OutplilCNP Errc Dose Rate Dose Rate

~ (Rem/hr) (Rem/hr) (Rem/year)

~ 45.5167 0.0012 =A92*(1 +B92)*A6 =C92*8766

'93 Calculation No. L-003388, Rev. 0 Attachment J (Page J11 of J18)

URS Washington Division Excel Spreadsheet with MCNP Detector Results (no HVAC Penetrations)

(from Attachment M)

A I B I C I D IE J 1 MCNP Evaluation of Skyshine (and thin wall to ground scatter) 2 3 Case: HICs without Shield Bells* Hexagonal ArrangemE 4 Single HIC Source Term for 100 R/hr Contact 5

(3" 1.071428571428! factor to ac 7-8 Truck Bay Do Fraction of Hex Base

-J".. MCNP Output VlCNP Erro Dose Rate Dose Rate 10 (Rem/hr) (mRem/hr) (mRem/year) 11 0.1 53794 0.0065 =1000' A'I'I'('I+B11 )'A6 =C11'8766 =D 11rHex + Beam'!D1 1 12 13 Rings Outsid(

14 MCNP Output VlCNP Erro Dose Rate Dose Rate Detector Descriptio 15 (Rem/hr) (Rem/hr) (Rem/year) (distance from IRSF

~ 0.000905249 0.0053 =A 16' (1 +B'16)'$A$6 =C16*8766 Average in ring betwE =D1 61'Hex + Beam'!D1 6

~ 0.000604759 0.004 3 =A17'(1+B17)'$A$6 =C17'8766 Average in ring betwE =D17rHex + Beam'!D17 18 0.000314315 0.0049 =A1 8' (1+B18)'$A$6 =C18*8766 Average in ring betw =D1 8/,Hex + Beam'!D1 8 19 0.000151616 0.0045 =A19' (1 +B19)'$A$6 =C19'8766 Average in ring betw =D1 9/,Hex + Beam'!D1 9 20 0.0000705773 0.0057 =A20*( 1+B20)'$A$6 =C20'8766 Average in ring betwE =D20/, Hex + Beam'!D20 21 0.0000331501 0.0093 =A21 *( 1+B21)'$A$6 =C21 '8766 Average in ring betwE =D21/,Hex + Beam'!D21 22 0.0000161 934 0.0052 =A22*( 1+B22)'$A$6 =C22'8766 Average in ring betwE =D22/, Hex + Beam'!D22 23 0.00000727773 0.0046 =A23*(1 +B23)*$A$6 =C23'8766 Average in ring betwE =D231'Hex + Beam'!D23 24 0.0000029007 0.0048 =A24*(1 +B24)*$A$6 =C24*8766 Average in ring betwE =D241'Hex + Beam'!D24 25 0.00000106677 0.0053 =A25*(1 +B25)*$A$6 =C25*8766 Average in ring betwE =D25/,Hex + Beam'!D25 4 0.000000352861 0.007 =A26*(1 +B26)*$A$6 =C26*8766 Average in ring betwE =D26/,Hex + Beam'!D26 27 0.000000121636 0.009 =A27'(1 +B27)*$A$6 =C27'8766 Average in ring betwE =D27/,Hex + Beam'!D27 2a 0.0000000435S010.0153 =A2S*(1 +B2S)*SAS6 =C2S*S766 Average in ring beh =D28/,Hex + Beam'ID28 29 0.000000020465: 0.2087 =A29' (1 +B29)*$A$6 =C29*8766 Average in ring betwE =D29/,Hex + Beam'!D29

~ 0.000000003488 ' 0.02 =A30*(1 +B30),$A$6 =C30*8766 Average in ring betwE =D30/,Hex + Beam'!D30 31 32 Slabs Adjacel if M~~:~~~fut VlCNP Erro ~~:~~har\e Dose Rate (Rem/year)

Detector Descriptio

~ 0.000421856 0.0352 =A35*(1 +B35)'$A$6 =C35*8766 Average, at 0 to 2 mE =D35rHex + Beam'!D35 36 0.000613409 0.0278 =A36*(1+B36)'$A$6 =C36*8766 Average, at 2 to 4 mE =D36/,Hex + Beam'!D36 37 0.00078431 1 0.0275 =A37' (1 +B37)'$A$6 =C37'8766 Average, at 4 to 6 mE =D37rHex + Beam'!D37

~ 0.000931937 0.021 9 =A38*(1 +B38)'$A$6 =C38*8766 Average, at 6 to 8 mE =D38rHex + Beam'!D38 39 0.00112141 0.0252 =A39*(1 +B39)'$A$6 =C39*8766 Average, at 8 to 10 rr =D39r Hex + Beam'!D39 40 0.00130202 0.0295 =A40*( 1+B40)'$A$6 =C40*8766 Average, at 10 to 12 =D40/, Hex + Beam'!D40

'iT 0.00137535 0.0422 =A41 *( 1+B41)*$A$6 =C41*8766 Average, at 12 to 14 =D411'Hex + Beam'!D41 42 0.00143535 0.0299 =A42*(1+B42)*SAS6 =C42*S766 Average , at 14 to 16 =D42/,Hex + Beam'!D42 43 0.00140791 0.0301 =A43*(1 +B43)'$A$6 =C43'8766 Average, at 16 to 18 =D431'Hex + Beam'!D43

~ 0.00139962 0.0313 =A44*(1 +B44)*$A$6 =C44'8766 Average, at 18 to 20 =D44/, Hex + Beam'!D44

~ 0.00133948 0.027 1 =A45*( 1+B45)*$A$6 =C45'8766 Average, at 20 to 22 =D45/, Hex + Beam'!D45 46 0.00129741 0.0284 =A46' (1 +B46)*$A$6 =C46'8766 Average, at 22 to 24 =D46/, Hex + Beam'!D4 6 47 0.00135276 0.047 =A47'(1 +B47)*$A$6 =C47'8766 Average, at 24 to 26 =D471'Hex + Beam'!D47 48 0.0011523 00305 =A48*(1 +B48)'$A$6 =C48*8766 Average, at 26 to 28 =D48/,Hex + Beam'!D48

~ 0.00117936 0.0351 =A49*(1 +B49)'$A$6 =C49'8766 Average, at 28 to 30 =D491'Hex + Beam'!D49 50 0.00107801 0.0395 =A50*(1 +B50)*$A$6 =C50*8766 Average, at 30 to 32 =D501'Hex + Beam'!D50 51 0.00101225 0.0409 =A51*(1 +B51)*$A$6 =C51*8766 Average, at 32 to 34 =D511'Hex + Beam'!D51 52 0.00100598 0.0407 =A52*(1 +B52)*$A$6 =C52*8766 Average, at 34 to 36 =D52/, Hex + Beam'!D52 53 54 Dose Rate on 55 MCNP Output VlCNP Erro Dose Rate Dose Rate 56 (Rem/hr) (Rem/hr) (Rem/year) 57 0.0004041 94 0.0636 =A57'(1 +B57)'A6 =C57'8766 =D57rHex + Beam'!D57 Sa Calculation No. L-003388, Rev. 0 Attachment J (Page J12 of J18)

URS Washington Division A I B I C I 0 I E J 59 Vertical Detee 60 MCNP Output VlCNP Erro Dose Rate Dose Rate Detector Descriptio 61 (Rem/hr) (Rem/hr) (Rem/year) 62 0.000332279 0.0148 =A62*(1 +B62),$A$6 =C62*8766 Average, at ring 200 =062rHex + Beam'! 0 62 63 0.00013189 0.0164 =A63*(1 +B63)*$A$6 =C63*8766 Average, at ring 200~ =063rHex + Beam'!0 63 64 0.0000598833 0.0194 =A64*(1 +B64 )*$A$6 =C64*8766 Average, at ring 200* =064f Hex + Beam'!064 55 0.0000299353 0.0261 =A65*(1+B65)*$A$6 =C65*8766 Average, at ring 200E =065rHex + Beam'!0 65 66 0.0000148256 0.0295 =A66*(1 +B66)*$A$6 =C66*8766 Average, at ring 200 =066fHex + Beam'!066 67 0.00000592448 0.0352 =A67*(1+B67)*$A$6 =C67*8766 Average, at ring 200E =067fHex + Beam'!0 67 68 0.00000221795 0.0398 =A68*(1 +B68)*$A$6 =C68*8766 Average, at ring 200~ =068fHex + Beam'!0 68 69 0.000000822519 0.091 =A69*(1+B69)*$A$6 =C69*8766 Average, at ring 201C =069fHex + Beam'!069 70 0.0000002536 0.0671 =A70*(1 +B70)*$A$6 =C70*8766 Average, at ring 201 1 =070f Hex + Beam'!070 71 0.000000084913 0.0869 =A71 *(1+B7 1)*$A$6 =C71*8766 Average, at ring 201" =07 1fHex + Beam'!071 72 o 000000025577' 0 '1099 =A72*(1+B72)'$A$6 =C72*8766 Average, at ring 20 1 =072rHex + Beam'!072 73 74 Vertical Detee 75 MCNP Output VlC NP Erro Dose Rate Dose Rate Detector Descriptio 76 (Rem/year) n (Rem/hr) (Rem/hr) 0.000343081 0.0161 =A77*(1+B77)'$A$6 =C77*8766 Average, at ring 200 =077rHex + Beam'!077 78 0.000129996 0.0162 =A78*(1+B78)*$A$6 =C78*8766 Average, at ring 200~ =078rHex + Beam'!078 79 0.0000620728 0.0228 =A79*(1+B79)'$A$6 =C79*8766 Average, at ring 200* =079fHex + Beam'!079 80 0.0000296577 0.0232 =A80*(1+B80)*$A$6 =C80*8766 Average, at ring 200E =080fHex + Beam'!080 at 0.0000149923 0.0275 =A81 *(1+B81 )*$A$6 =C81*8766 Average, at ring 200 =081fHex + Beam'!0 81 82 0.00000567963 0.0337 =A82*(1+B82)*$A$6 =C82*8766 Average, at ring 200E =082fHex + Beam'!082 83 0.00000230063 0.0406 =A83*(1+B83)'$A$6 =C83*8766 Average, at ring 200~ =083fHex + Beam'I0 83 84 0.000000775644 0.0667 =A84*(1+B84 )*$A$6 =C84*8766 Average, at ring 201C =084f Hex + Beam'!0 84 85 0.000000285366 O.'I 027 =A85*(1 +B85)'$A$6 =C85*8766 Average, at ring 201 1 =085fHex + Beam'I0 85 86 0.000000101449 0 '1245 =A86*(1+B86)*$A$6 =C86*8766 Average, at ring 201 ~ =086fHex + Beam'!086 87 0.000000040160i 0.21 28 =A87*(1 +B87)'$A$6 =C87*8766 Average, at ring 201 =087fHex + Beam'I0 87 Sa 89 Dose above I-90 MCNP Output Vl CNP Erro Dose Rate Dose Rate 91 (Rem/hr) (Rem/hr) (Rem/year) 92 45.5403 0.0014 =A92*(1+B92)*A6 =C92*8766 =092fHex + Beam'!0 92 93 Calculation No. L-003388, Rev. 0 Attachment J (Page J13 of J18)

URS Washington Division Excel Spreadsheet with MCNP Detector Results (1 HVAC Shield)

(from Attachment M)

A I BI C 1 D IE J 1 MCNP Evaluation of Skyshine (and thin wall to ground scatter) from IRSF

~

~ Case: HICs without Shield Bells* Hexagonal Arranc f--;) Single HIC Source Term for 100 R/hr Contact ~

~

r--:::-

~ 1 . 07 1 428571~factortoa r-2-8 Truck Bay Fraction of Hex Base

+0 M~~:~~~rU~CNP Erro ~~::/~t~ (~~:~~~:r)

~ 0.1 54862 0.0059 =1000*A11' (1+ B11)'A6 =C11*8766 =D11 1'Hex + Beam'!D 11

~

f-:J3 Rings Outs

~ MCNP Outpu~CNP Erro Dose Rate Dose Rate Detector Descriptio 15 (Rem/hr) (Rem/hr) (Rem/year) (distance from IRSF

~ 0.00115835 0.0065 =A16' (1+B16)*SAS6 =C16*8766 Average in ring betwE =D161'Hex + Bea m'!D16

~ 0.000722578 0.0048 =A17*(1+B17)' SAS6 =C17*8766 Average in ring betwE =D17I'Hex + Beam'!D17 18 0.000366297 0.006 =A18' (1+B18)'SAS6 =C18*8766 Average in ring betwE =D181'Hex + Beam'!D18

~ 0.000172962 0.0061 =A19' (1+B19)' SAS6 Average in ring betwE =D191'Hex + Bea m'!D19 r-w-

=C19*8766 0 .000080295~ 0.0057 =A20' (1 +B20)' SAS6 =C20*8766 Average in ring betwE =D201'Hex + Beam'!D20

'21 0.00003700710.0055 =A21 ' (1 +B21)*SAS6 =C21 *8766 Ave rage in ring betwE =D21 1'Hex + Beam'!D21

'22 000001816610005 =A22' (1+ B22)' SAS6 =C22*8766 Average in ri ng betwE =D221'Hex + Beam'!D22

~ 0.000008198E 0.0053 =A23' (1 +B23)*SAS6 =C23*8766 Average in ri ng betwE =D231'Hex + Beam'!D23 24 0 . 000003270~ 0.0058 =A24' (1 +B24)*SAS6 =C24*8766 Average in ring betwE =D241'Hex + Beam'ID24

~ 0.000001 2 1 6~ 0.0061 =A25' (1 +B25)' SAS6 =C25*8766 Average in ring betwE =D251'Hex + Beam'!D25

'26 0.000000404 0.0074 =A26' (1 +B26)*SAS6 =C26*8766 Average in ring betwE =D261'Hex + Beam'!D26

'r--:j=f 0.0000001 41~ 0.0085 =A27*(1 +B27)*SAS6 =C27*8766 Average in ri ng betwE =D271'Hex + Beam'!D27

'28 0.000000051 i 0.01 06 =A28*(1+B28)*SA$6 =C28*8766 Average in ring bet~ =D281'Hex + Beam'!D28

~ 0.000000018EO.0141 =A29' (1+ B29)*SAS6 =C29*8766 Average in ring betwE =D291'Hex + Beam'!D29

~ 0.000000003:: 0. 1854 =A30' (1 +B30)' SAS6 =C30*8766 Average in ring betwE =D301'Hex + Beam'!D30

~ 32 Slabs Adja

~ MCNP Outpu~CNP Erro Dose Rate Dose Rate Detector Descriptio 34 (Rem/hr) (Rem/hr) (Rem/year)

'35 0.000808986 0.0367 =A35' (1 +B35)*SAS6 =C35*8766 Average, at 0 to 2 me =D351'Hex + Beam'!D35

'36 0.00118227 0.029 =A36 ' (1 +B36)*SAS6 =C36*8766 Average, at 2 to 4 me =D361'Hex + Beam'!D36

~ 0.00163234 0.0349 =A37*(1+B37)' SAS6 =C37*8766 Average, at 4 to 6 me =D371'Hex + Beam'!D37 38 0.00204487 0.0413 =A38' (1 +B38)' SAS6 =C38*8766 Average, at 6 to 8 me =D381'Hex + Beam'!D38

'39 0.00236299 0.0327 =A39' (1 +B39)' SAS6 =C39*8766 Average, at 8 to 10 m =D391'Hex + Beam'!D39

'40 0.00275091 0.0426 =A40' (1 +B40)' SAS6 =C40*8766 Average, at 10 to 12 =D401'Hex + Beam'!D40

'4"1 0.0026 7286 0.0303 =A4 1*(1+B41)*SAS6 =C41*8766 Average, at 12 to 14 =D41 1'Hex + Beam'!D4 1

'42 0.0028962 0.0375 =A42*(1+B42)*SA$6 =C42*8766 Average, at 14 to 16 =D421'Hex + Beam'ID42

~ 0.00269459 0.034 =A43*(1 +B43)*SAS6 =C43*8766 Average, at 16 to 18 =D431'Hex + Beam'!D43 44 0.00249903 0.032 =A44'(1 +B44)*SAS6 =C44*8766 Average, at 18 to 20 =D441'Hex + Beam'!D44

~ 0.00229133 0.0258 =A45'(1 +B45)*SAS6 =C45*8766 Average, at 20 to 22 =D451'Hex + Beam'ID45

'46 0.0022968 0.051 1 =A46*(1 +B46)*SAS6 =C46*8766 Average, at 22 to 24 =D461'Hex + Beam'!D46 f-;rr 0.00208354 0.0426 =A47*(1 +B47)*SAS6 =C47*8766 Average, at 24 to 26 =D471'Hex + Beam'!D47

'48 0.00188371 0.0381 =A48' (1+B48)*SAS6 =C48*8766 Average, at 26 to 28 =D481'Hex + Beam'!D48 f-;rg 0.0018832 0.04 73 =A49*(1 +B49)*SAS6 =C49*8766 Average, at 28 to 30 =D491'Hex + Beam'!D49 r-so 0.00162633 0.0276 =A50' (1 +B50)*SAS6 =C50*8766 Ave rage, at 30 to 32 =D501'Hex + Beam'ID50

~ 0.00169096 0.0424 =A51*(1 +B51}'SAS6 =C51 *8766 Average, at 32 to 34 =D51 1'Hex + Beam'!D51

~ 0.00145046 0.0316 =A52 ' (1+B52)' SAS6 =C52*8766 Average, at 34 to 36 =D521'Hex + Beam'!D52

~

'54 Cose Rate

~ MCNP Outpu~CNP Erro Dose Rate Dose Rate 56 (Rem/hr) (Rem/hr) (Rem/year)

~ 0.000711182 0.0353 =A57*(1 +B57)'A6 =C57*8766 =C571'Hex + Beam'!C57 58 Calculation No. L-003388, Rev. 0 Attachment J (Page J14 of J18)

URS Washington Division A I B I C I D I E J 59 Vertical De 60 ~CNP Output'lCNP Erro Dose Rate Dose Rate Detector Descriptio 61 (Rem/hr) (Rem /hr) (Rem/year) 62 0_0004 62 187 0_0142 =A62*(1 +B621'$A$6 =C62*8766 Average , at ring 200 =D621'Hex + Beam'! D62 63 0_000179945 0_01 89 =A63*(1 +B63)*$A$6 =C63*8766 Average, at ring 200~ =D631'Hex + Beam'!D63 64 0_00007832710 _01 95 =A64*(1 +B64)*$A$6 =C64*8766 Average , at ring 200t =D641'Hex + Beam'!D 64 55 0_000038117E 0_01 82 =A65*(1 +B65)*$A$6 =C65*8766 Average , at ring 200E =D651'Hex + Beam'!D 65 66 0_000019508:: 0_0215 =A66*(1 +B66)*$A$6 =C66*8766 Average , at ring 200 =D 661'Hex + Beam'!D 66 67 0_000007667:: 0_031 6 =A67*(1 +B67)*$A$6 =C67*8766 Average , at ring 200l: =D 671'Hex + Beam'!D 67 68 0 _ 00000 3242~ 0_0415 =A68*(1 +B681'$A$6 =C68*8766 Average , at ri ng 200~ =D 681'Hex + Beam'!D 68 69 0_00000114 370 _061 4 =A69*(1+B691'$A$6 =C69*8766 Average , at ri ng 201C =D 691'Hex + Beam' ID69 70 0_00000036940_ 0539 =A70*(1 +B701'$A$6 =C70*8766 Average, at ri ng 2011 =D701'Hex + Beam 'I D70 71 0 _ 000000137~ 0_0819 =A71 *(1 +B71 1'$A$6 =C71*8766 Average , at ri ng 201 =D71 1'Hex + Beam '!D7 1 n 0_00000006370_1624 =A72*(1 +B72I'$A$6 =C72*8766 Average , at ri ng 201 =D721'Hex + Beam'!D72 73 74 Vertical De 75 ~CNP Output'lCNP Erro Dose Rate Dose Rate Detector Descriptio 76 (Rem/hr) (Rem /hr) (Rem/year) n 0_0003466 0_0141 =A77 *(1 +B77)*$A$6 =C77*8766 Average, at ring 200 =D77I'Hex + Beam '!D 77 78 0_0001 3858 0_0175 =A78*(1 +B781'$A$6 =C78*8766 Ave rage, at ring 200~ =D781'Hex + Beam'!D78 79 0_00006296840_ 0226 =A79*(1 +B791'$A$6 =C79*8766 Average , at ri ng 200t =D791'Hex + Beam'!D 79 80 0 _ 0000 3 0 595~ 0_0252 =A80*(1 +B801'$A$6 =C80*8766 Average , at ri ng 200E =D 801'Hex + Beam'!D 80 81 0 _ 00001 654 2~ 0_0307 =A81*(1 +B81)*$A$6 =C81*8766 Average , at ri ng 200 =D 811'Hex + Beam'!D 81 82 0 _ 00000 6082 ~ 0_0368 =A82*(1 +B82)*$A$6 =C82*8766 Average , at ri ng 200l: =D 821'Hex + Beam'!D 82 83 0_000002536E 0_0504 =A83*(1 +B83)*$A$6 =C83*8766 Average , at ri ng 200~ =D 831'Hex + Beam'!D 83 84 0_00000078970_0501 =A84*(1 +B841'$A$6 =C84*8766 Average , at ri ng 201C =D 841'Hex + Beam' ID84 85 0_000000250l: 0_0624 =A85*(1 +B851'$A$6 =C85*8766 Average , at ri ng 2011 =D 851'Hex + Beam'ID 85 86 0_00000008410 _0666 =A86*(1 +B861'$A$6 =C86*8766 Average, at ri ng 201 =D 861'Hex + Beam '!D 86 87 0 _ 00000002 9~ 0_0741 =A87*(1 +B871'$A$6 =C8 7*8766 Average, at ri ng 201 =D871'Hex + Beam '!D 87 88 89 Dose abovi

~ ",",CNP Output'lCNP Erro (Rem/hr)

Dose Rate (Rem /hr)

Dose Rate (Rem/year)

~ 45 _5248 0_001 3 =A92*(1 +B921'A6 =C92*8766 =D 921'Hex Base'!D92

~93 Calculation No. L-003388, Rev. 0 Attachment J (Page J15 of J18)

URS Washington Division Excel Spreadsheet with MCNP Detector Results (2 HVAC Shield)

(from Attachment M)

A I B I C I D I E J 1 MCNP Evaluation of Skyshine (and thin wall to 91

~

~ Case: HICs without Shield Bells - Hexagonal Arrangeme r--s

~

'""6 Single HIC Source Term for 100 R/h r Contact 1.071428571 42857 factor to r-y r--

8 Truck Bay Dose Fraction of Hex Base 9 MCNP Output ICNP Err< Dose Rate Dose Rate

'10 (Rem/hr) (mRem/hr) (mRem/year) r-:r:r- 0.1 54329 0.0063 =1OOO*A 11'(1+B11)'A6 =C1 1*8766 =D11fHex + Beam'!D11

~

f-:J3 Rings Outside B 14 MCNP Output ICNP Err< Dose Rate Dose Rate Detector Descriptio

'15 (Rem/hr) (Rem/hr) (Rem/year) (distance from IRSF

'16 0.00107879 0.0066 =A16*(1 +B 16)*$A$6 =C16 *8766 Average in ri ng betwE =D1 6f Hex + Beam'!D16

'17 0.000704819 0.0052 =A17*(1+B17)*$A$6 =C17'8766 Average in ri ng betwE =D1 7rHex + Beam'!D17

'18 0.00035972 0.0064 =A18*(1 +B 18)*$A$6 =C18 *8766 Average in ri ng betwE =D 18f Hex + Beam'ID18 r.;g- 0.000 170746 0.0068 =A19*(1+B19)*$A$6 =C19*8766 Average in ri ng betwE =D1 9f Hex + Beam'!D19

~ 0.0000793705 0.0061 =A20*( 1+B20)*$A$6 =C20 *8766 Average in ri ng betwE =D20f Hex + Beam'!D20

'21 0.0000365581 0.0058 =A21*(1+B21 )*$A$6 =C21*8766 Average in ri ng betwE =D21fHex + Beam'!D21

'22 0.0000179787 0.0054 =A22*(1 +B22)*$A$6 =C22 *8766 Average in ri ng betwE =D22f Hex + Beam'!D22

'23 0.00000812092 0.0057 =A23*(1 +B23)*$A$6 =C23 *8766 Average in ri ng betwE =D23fHex + Beam'!D23

'24 0.00000324277 0.0061 =A24 *(1 +B24 )*$A$6 =C24 *8766 Average in ri ng betwE =D24f Hex + Beam'!D24

'25 0.00000120156 0.0064 =A25*(1 +B25)*$A$6 =C25*8766 Average in ri ng betwE =D25f Hex + Beam'!D25

'26 r-n f2a 0.000000401105 0.0000001 40319 0.0000000512743 0.0076 0.0093 0.0114

=A26*(1 +B26)*$A$6

=A27'(1+B27)*$A$6

=A28*(1+B28)*$AS6

=C26*8766

=C27'8766

=C28 *8766 Average in ri ng betwE Average in ri ng betwE Average in ring beh

=D26f Hex

=D27rHex

=D28f Hex

+

+

+

Beam'ID26 Beam'!D27 Beam'!D28

'29 0.0000000184857 0.0153 =A29*( 1+B29)'$A$6 =C29 *8766 Average in ri ng betwE =D29f Hex + Beam'!D29

'30 0.00000000346 127 0.1 967 =A30*(1+B30)*$A$6 =C30 *8766 Average in ri ng betwE =D30f Hex + Beam'!D30

'31 S2 Slabs Adjacent 1 33 MCNP Output ICNP Err< Dose Rate Dose Rate Detector Descriptio

~ (Rem/hr) (Rem/hr) (Rem/year) f35 0.00074835 0.04 19 =A35*(1+B35)*$A$6 =C35*8766 Average, at 0 to 2 me =D35f Hex + Beam'!D35

'36 0.0011391 0.03 =A36*(1 +B36)*$A$6 =C36*8766 Average, at 2 to 4 me =D36fHex + Beam'!D36

'37 0.00144639 0.033 =A37*(1 +B37)'$A$6 =C37*8766 Average, at 4 to 6 me =D37rHex + Beam'!D37

'38 0.00150886 0.0286 =A38*( 1+B38)*$A$6 =C38 *8766 Average, at 6 to 8 me =D38fHex + Beam'! D38

'39 0.00162669 0.0238 =A39*(1+B39)*$A$6 =C39*8766 Average, at 8 to 10 m =D39f Hex + Beam'!D39

'40 0.00175284 0.0216 =A40*(1 +B40)*$A$6 =C40 *8766 Average, at 10 to 12 =D40f Hex + Beam'!D40

~ 0.00183295 0.0239 =A4 1*(1+B41)*$A$6 =C4 1*8766 Average, at 12 to 14 =D41fHex + Beam'!D41

~ 0.00199544 0.0378 =A42*(1 +B42)*$AS6 =C42 *8766 Average, at 14 to 16 =D42f Hex + Beam'!D42

'43 0.00196752 0.0312 =A43*(1+B43)*$A$6 =C43*8766 Average, at 16 to 18 =D43f Hex + Beam'!D43

'44 0.00189957 0.0329 =A44*(1 +B44)*$A$6 =C44 *8766 Average, at 18 to 20 =D44fHex + Beam'!D44

'45 0.00192035 0.0421 =A45*(1+B45)*$A$6 =C45*8766 Average, at 20 to 22 =D45fHex + Beam'!D45

'46 0.00183072 0.0508 =A46*(1 +B46)*$A$6 =C46 *8766 Average, at 22 to 24 =D46fHex + Beam'ID46 f-;rr 0.00175506 0.0334 =A4 7*(1+B4 7)*$A$6 =C47'8766 Average, at 24 to 26 =D47rHex + Beam'!D47

'48 0.00158519 0.0305 =A48*( 1+B48)*$A$6 =C48 *8766 Average, at 26 to 28 =D48f Hex + Beam'!D48

'49 0.00166784 0.058 =A49*(1+B49)*$A$6 =C49*8766 Average, at 28 to 30 =D49f Hex + Beam'!D49 r-so 0.00147593 0.0319 =A50*(1+B50)*$A$6 =C50 *8766 Average, at 30 to 32 =D50f Hex + Beam'!D50

'51 0.00158996 0.0484 =A51 *(1 +B51 )*$A$6 =C51*8766 Average, at 32 to 34 =D51fHex + Beam'!D51

's2 0.00128614 0.0319 =A52*(1+B52)*$A$6 =C52 *8766 Average, at 34 to 36 =D52f Hex + Beam'!D52

~

'54 Dose Rate on VE

~ MCNP Output (Rem/hr)

ICNP Err< Dose Rate (Rem/hr)

Dose Rate (Rem/year)

~ 0.000643805 0.0345 =A5 7*(1+B57)* A6 =C57'8766 =C57rHex + Beam' !C57

~

58 Calculation No. L-003388, Rev. 0 Attachment J (Page J16 of J18)

URS Washington Division A I B I C I 0 I E J 59 Vertical Detecto 60 MCNP Output ICNP Err< Dose Rate Dose Rate Detector Descriptio

~ (Rem/hr) (Rem/hr) (Rem/year)

~ 0.000441942 0.016 =A62*(1+B62)*$A$6 =C62*8766 Average, at ring 2003 =062f Hex + Beam' !062

~ 0.000172028 0.0211 =A63*(1+B63)*$A$6 =C63 *8766 Average, at ring 2004 =063f Hex + Beam' !0 63 f64 0.0000759261 0.0218 =A64 *(1+B64)*$A$6 =C64*8766 Average, at ring 2005 =064f Hex + Beam' I0 64

~ 0.0000371508 0.0187 =A65*(1+B65)*$A$6 =C65 *8766 Average, at ring 2006 =065f Hex + Beam'!065

~ 0.0000189925 0.0225 =A66*(1+B66)*$A$6 =C66*8766 Average, at ring 2007 =066f Hex + Beam' !066 r-tr 0.00000747195 0.0334 =A67*(1+B67)'$A$6 =C67*8766 Average, at ring 2008 =067fHex + Beam' !067

~ 0.00000306551 0.0328 =A68*(1 +B68)*$A$6 =C68 *8766 Average, at ring 2009 =068f Hex + Beam' I0 68

~ 0.00000108522 0.0648 =A69*(1+B69)*$A$6 =C69 *8766 Average, at ring 2010 =069f Hex + Beam'!069 f-yo 0.000000373926 0.059 =A 70*(1+B70)*$A$6 =C70*8766 Average, at ri ng 2011 =070f Hex + Beam' !070 r-n

~ 0.000000137374 r-n 0.093 =A 71*(1 +B7 1)*$A$6 0.0000000660848 0.1778 =A 72*(1+B72)*$A$6

=C71 *8766

=C72 *8766 Average, at ring Average, at ring 2012 2013

=071fHex

=072f Hex

+

+

Beam' !071 Beam' I072 r--

74 Vertical Detecto 75 MCNP Output ICNP Err< Dose Rate Dose Rate Detector Descriptio r-n

~ (Rem/hr) 0.000347994

~ 0.00013779 (Rem/hr) 0.0155 =A77*(1 +B77)'$A$6 0.0187 =A78*(1+B78)*$A$6 (Rem/year)

=C77 *8766

=C78 *8766 Average, at ring Average, at ring 2003 =077f Hex 2004 =078f Hex

+

+

Beam' I077 Beam'!078 f-y9 0.0000633094 rao 0.0249 =A79*(1+B79)*$A$6 =C79*8766 Average, at ring 2005 =079f Hex + Beam' !079 0.0000309163 0.0276 =A80*(1+B80)'$A$6 =C80 *8766 Average, at ring 2006 =080f Hex + Beam' !080 raT 0.0000166609 0.0333 =A81*(1+B81 )*$A$6 =C81 *8766 Average, at ring 2007 =081fHex + Beam' I0 81 f--82 0.00000611052 0.0373 =A82*(1+B82)*$A$6 =C82 *8766 Average, at ring 2008 =082f Hex + Beam'!082 ra3 0.00000245176 0.0415 =A83*(1+B83)*$A$6 =C83*8766 Average, at ring 2009 =083f Hex + Beam' !083 CS4 0.000000786603 0.0543 =A84 *(1+B84)'$A$6 =C84 *8766 Average, at ring 2010 =084f Hex + Beam' !084 f--85 0.00000025142 0.0688 =A85*(1+B85)*$A$6 =C85 *8766 Average, at ring 2011 =085f Hex + Beam' I085 r-a6 0.0000000837579 0.0714 =A86*(1+B86)*$A$6 =C86 *8766 Average, at ring 2012 =086f Hex + Beam'!086 T7 r-as rag 0.0000000295207 0.0763 =A87*(1+B87)*$A$6 =C87*8766 Average, at ring 2013 =087fHex + Beam' !087 Dose above Hie MCNP Output ICNP Err< Dose Rate Dose Rate

~ 91 (Rem/hr) (Rem/hr) (Rem/year)

~ 45.4993 0.0014 =A92*(1+B92)*A6 =C92 *8766 =092f Hex Base'!092

~

Calculation No. L-003388, Rev. 0 Attachment J (Page J17 of J18)

URS Washington Division Excel Spreadsheet with MCNP Detector Results (100 Filled HICs)

(from Attachment N)

A I B I C I D 1 MCNP Evaluation of Skyshine (and thin wall to ground scatter) from IRSF

""2 3 Case: HICs without Shield Bells - Hexagonal Arrangement*

4 Single HIC Source Term for 100 R/hr Contact 5"'"

"'6 =50/126 factor to adjust for number offilled HICS (100) 7

"'8 Truck Bay 9 IVICNP Outpul MCNP Error Dose Rate Dose Rate 10 (Rem/hr) (mRem/hr) (mRem/year) 11 0.117582 0.019 =1000*A11 *(1+B11)*A6 =C11 *8766 12 Calculation No. L-003388, Rev. 0 Attachment J (Page J18 of J18)