ML070450171
| ML070450171 | |
| Person / Time | |
|---|---|
| Site: | Plum Brook |
| Issue date: | 02/28/2007 |
| From: | US National Aeronautics & Space Admin (NASA), John H. Glenn Research Ctr at Lewis Field |
| To: | NRC/FSME |
| References | |
| Download: ML070450171 (120) | |
Text
Final Status Survey Plan for the Plum Brook Reactor Facility Attachment C Embedded Piping Dose Assessment & DCGL Calculation Addendum 3 MicroShield Case Run Reports for Area Factor Calculations
MicroShield Case Run Reports for Area Factor Calculations Index Run Date Case Title MS5 File Dose Rate Description Name (mrem/hr)
L 1PBRF Revised Model Co-60 2/4/2006 Line 1.21 AF-A Area Factor Calculation PB020401 1.0810E-10 2/4/2006 Line 1.21 AF-B PBRF Revised Model Co-60 PB020402 2.0910E-10 Area Factor Calculation 2/4/2006 Line 1.21 AF-C PBRF Revised Model Co-60 PB020403 4.2570E-10 Area Factor Calculation 2/4/2006 Line 1.21 AF-D PBRF Revised Model Co-60 PB020404 5.3940E-10 Area Factor Calculation 2/4/2006 Line 1.23 AF-A PBRF Revised Model Co-60 PB020405 1.0820E-10 Area Factor Calculation 2/4/2006 Line 1.23 AF-B PBRF Revised Model Co-60 PB020406 2.0910E-10 Area Factor Calculation 2/4/2006 Line 1.23 AF-C PBRF Revised Model Co-60 PB020407 4.2580E-10 Area Factor Calculation 2/4/2006 Line 1.23 AF-D PBRF Revised Model Co-60 PB020408 5.3950E-10 Area Factor Calculation 2/4/2006 Line 1.24 AF-A PBRF Revised Model Co-60 PB020409 3.2270E-11 Area Factor Calculation PBRF Revised Model Co-60 2/4/2006 Line 1.24 AF-B PB020410 6.2720E-1 1 Area Factor Calculation 2/4/2006 Line 1.24 AF-C PBRF Revised Model Co-60 PB020411 1.3130E-10 Area Factor Calculation 2/4/2006 Line 1.24 AF-D PBRF Revised Model Co-60 PB020412 1.7250E-10 Area Factor Calculation 2/4/2006 Line 1.641 AF-A PBRF Revised Model Co-60 PB020413 5.2760E-1 1 Area Factor Calculation 2/4/2006 Line 1.641 AF-B PBRF Revised Model Co-60 PB020414 1.0250E-10 Area Factor Calculation 2/4/2006 Line 1.641 A F-C PBRF Revised Model Co-60 PB020415 2.13901-10 Area Factor Calculation 2/4/2006 Line 1.641 AF-D PBRF Revised Model Co-60 PB020416 2.7950E-10 Area Factor Calculation C3-1
MicroftioId v5&G5 (5,65-M362)
Raffioloical sowlo*, Inc.
Pege :1 File Ref:
DO~$ iv~ P8020401,MS5 Oato:____
Run Dale: Febiruary 4, 2,006 By:
R Time~;2:01:22 PU Chacked:
Mitation : 00:00:00 Case, Mei: Line 1.21 AF-A Dmdoorco.: PISRF Rv Model C*44 Area Factor Calculation Oeomnsfy. 10D- Cylinder Surface -Exlernal Dose PaInt i
Source I W~ight I ft 7.02 Cm ý-Q in iaPo1rts 01 138.78 cm 15.24a 45.72 cm, 1 ft $. In Cyl. Corr. 6 nsio Sta Shield 1I n Trans&fin a cmComo S2.4
.Air Gap 0,00122 Wiall C-11d ;02' 6 om! Iron Source thput Grouping NMsthd Actuul Ph'ubr! Energiul.
Co-0 .58659e-0112 2 429#ee001 4-6000e.009 1.6650e-004 Buildup The material reference is r Cyl. Gre Intoratlon Paramietura Y Dir~etn(maý) 20 20 FRuence Rate Fluence Rate Eosýýire Rate Exposure Rate 37061o$ . 104 'I.178eL-12 I 402e-16 2.274e-15 1.1.732 2A3Oa-01 3.571e-09 3.023e-08 6.381e-12 5.402e-i11 1.3325 C3-2
Page :2 DOS F&l: PB0204011'MSS Run Data: Februr~y4, 2006 Run Time: 2:01.-.2 PM Duration :000 EL ~F229a fluene Rato Exiosura Rate Egmoure Rate phtns-e Ova Ne~ftec I M=ME~
Va A" No BuIkJlM Wihh Buildup TOTALS: 4,860e.01 1.213e-08 1.63 1e-1 1 1267e-10 t
l C3-3
a2AWC~6 Convciion of allald expc~urc in air to dosio
'FILE-*CIMIOATA)PI3264O1'MS6
,Come TIftW Ume 1.21 Ai-TWAn caa waa mn an Saturdmy, Febmwary 4t M atO 120Ml2 PM Oges P*LIEt # I ý-(131.7UU^24A85.72) cma Rmults (umnmed ow.r enm9es vmhout Fholirn Fluence Rafb-: (flux) Phc~mmlotj'e 7-=.008~ 9 6,721l.O&
PhotonEry MeoRate M[VkMmIMAC 9-2939-009 7.21 3e-008 Expoeazun and Dose Rates:
tOwsure Rfte InAir mR/hr 1-631e.011 1.267e,010 Abs~orbod Doss RaI6 inAir mG~r 1.4240-013 1.1 0OG-012 mrWhr t.424e-01 1 Deep Dose, Equivalent RatW I.1e~1 1125ce-.O12 o Oppased 1.392e-01 3 1.081 e-012 o Rota)cnaf (rCRP 61 -1 M7) 1.92e.O1 3 1.01 Ie-012 0 oItmrpic 1.244e-01 3 9.658"I~13 Shallow Dolse Equivalailt Rate o P'aIalef Geometry m:Svthr I .72le-fl13 t.3~37L-012 oOppovsed 11 1,057e4~13 1.287"-12 o Ramt~nal 1.057e-013 1.287e-01 2 1IM-1 eO3 1.023e-01 2 Efi~ecI~ DOwe Equivafedi Rate (IICRP 51 - 1W7) o Antefiorftmcstr Geometry mrvflhr IAW5e-01 3 1.131"~O12 1.341em-l 3 1.042e-01 2 o LeL-maI 1,.cWO -013 ,2OO~-01 3 o R~otaftnall 1.207e-01 3 9.37ge-0I 3 o Isotwoic 1069-013 89e03 Plt* I C3-4
Microtiiuld v5.05 1&"36-032)
Radi~galI-1 Son~i~c", Inc.
Page *I File Ref:_____
DOS Fi.e PB020402.MS5 Date:
Ru- Date: Fobruam4, 2C06 R rime: 2:05:04 PM Ched*kd:
Dvralbrn 00:0000 Cas
Title:
One 1-21 AF-B Desription., PBRF Rav Model Co-M Area Factor Cuiculallan Gemmmlry; 10 -Cylinder Surface - Exlernal Dose Point
/ Height
~Radk4 soume Dimensions Do 7.62 em so Points 2 ft 1=0 in Y
- 1 130-70 cm 30.48 cm 45.72 cm I1ft 1 ft 6.0 In rime nsim IraW 2.4 Shield 3 ý1 2.4 Air Gap Air 0.00122 Wafl Clad M.GSCm bTon 7.86 Source Inpuit Grouping Method ; Acuid J'htoln Em6
,Co-60 1.3134o-O1 11 4,595et-OO1 4.5000e-0 1-66508-004!
Buildup Th. material rffrence is; Cyl. Core Rn~rtegiorn Parameoter Y Directian (axial) 20 20 Ea MU 0.036 7.02.7e-05 1.3.83e.-13 2..260e 2-8669-16 4.363e-1 5 1.IM 1,332$ 4.860e-01 C3-5
Page :2 DcsW rFIe- PB0204U2.M$5$
Ruan Da~s: Februmy 4. 2DO FRim Time: 2:0$:04 PM, EJtirtbin : oaoao~
Elunc Rae mnce Rate Exvasure Rate Exposure Rate TOTALS: '91200-01 l.M
-, 1.394e'-7 3-3 -12.4509-1,0 C3-6
MilroShileld v5.05 (5.035-W362) Ot~O 02MMSR!
Micrashield vA19LS4.+/-
Raftkiogkall gftvkno, 10C Comionvrl of claWbW expimur Inahr to dose FILE.- CSM1DATAMP11320402A.55 0Ceo 1100: Una 1,21 AF46 Thio cm wa rn an Sat~day, F*Mvmqr 4, 2M0 at 2:00C04 PM I.Dose oNAM #I -(I 3&8,7830,ASA&572) cm Rp.J19%f~mmdovr n~i Lklat wriffirit V'itl, Photon Fluence Rate (flux) Pho[*fWi 2 I~ 1,.410e.008 Photan EnerWy Fbuence Rate MeVkrn2iuec I .78Gs-Ot08 I .39419-OQ7 Exposura and Dose Rates:
E~posure Rate in Air rnRihr 3-134e-011 2.450a-010 Absorbed DOW Rate inAir nG~i1hr 2-73ge-01 3 2.1 39"-1 2 to mrad/hr 2773ft.O11 2. 1139e-O10 Deep Dose. SquivaIeni Rabm (ICRP 51- 1W7) o PairaIlef Geo meqr mSvlhr 3.107e.013 o,Opposed It 2.6750-01 3 2.09 1e-012 o RotativflaM 2.6758-01 3 2.W§1e-01 2 o I'Sotropic Shallow Dowe EquiYakwit Rabc- (I-CRP 51 - 1987) o Parallel Geometr m:51hr 3-3070-01 3 2.5650-012
-GOpposed If 3.,184e-013 2.48 W-0 12
- Rotaflorial 3,184e.013 2484ael1 2
- obotoopic 2.5Ma2-O1 3 1.97D&-0 12 Effectiv Dose Equivalent Rate i(ICRP 51 - 1987) o Ariterior,'Posterior Geometiy mSv.'hr 2.797-a-0 13 2.1879-0 12 o PoseftdrAntertor 2.577e-O1 3 .2.01 4e-01 2 0 Lateral 20e-Q1 3 1,001e4U12 o Rotational 2.320~e-013 1.81 3e-012 0 ictofopic 2.01Aa-01 3 1.604e-01 2 Fase I C3- 7
bmroghi~ek v9.69 (3.45&6MM Radiaoagical Sexvices, km Page :1 H~e Reff____
11)08Fde, P802QA(3JS5 Date:
Run Darte: Febmary 4, 2005 By:
R, fLaie: 2.0:5~6 Pm Duratian :0:00 Cmw Thife- Una 1.21 AF-C Desecrliption. PBRF Rav mfeods Co-60 Area, Facb~r Calcuhlioni Gov"; I G- CjIinder Surface - Extsrii Dose Pomint Uwce Dimesnions~
152A cWI 5 ft0-0 in Radius 7-62 em 3.0 in Dole olPIt~
x 2:
At1 138,78 Cm 45.72 CM 4 ft6.6 in 2 ft6.0 in 1 ft 6.0in I V ~. dal! DesV~t Shield I ..65 em Ire 7.Wo Transiton Carnrri be Shield 3 2.4 30AB OMC~ te Aiv Gp Altr 0.0a12 Wafl Clad .025 Cn iron Source Input Grouping Method. Actual Photoni EiwgLss Nurddo QUIL2LWmaml uc/m Cc*-60 3.2835"-1 1 1.2142e0+00 4.5IJO0ei-aO9 1.0650e-004
'BuII~dup Thamateriairuflaeruia is;CyI. Care m~tsratlon Parameters
-YDirecLicn(amial) 20 20 Resulia Flunce Rae Fuence Rate ftmure Rate Exposure Rat da 8-wilda Wih BuIddupýb N ulu 2.607e-1 3 4.424-1-12.3ol 1.1732 1.21 ýe*+0 2,1 15e.10 1-3325 1.215em+OD 2.1182"El0 1.655e-0Q7 3.78e-1 1 2474e-10~
C3-8
Fege :2 DO$ F4.-; M2 3.S Run Elate: Febwary 4.2005 Run Time: 106:66PM Duration : 0O00:00 Fluene Darm B& U2 Exposure Rate Emosure Rate 6j~ld Me-Vkn-%ec Mr No Bul fhBJtAldi oBih Wiih Bumu.
TOTALS; 2A30ti+00 -Q
,352t-8 2,840e-o? -01Q7eI 4M10
. C3-9
MicfaSbIeld v6.06 (5MOO342) ZMO 02A14M M11fcrughiuld v&OS CLOS410362)
Pid~ologica $@rv~cW n, e.
Cowvemlkm of~ecsIulaW exposum in air to dioee FILE; C.-MAS51ATAWPBC34O3.USS CaM Tintl: Una. I2I AFOC This. osse was mm~ an~ gatuday, Febzraey 4, 21100 at 2:06:66 PM Dos PoMn # 1 - (131J8^72ý4M)72 cm E=& fsu mcnied gmvr eMC~i Wthp with Wuiduy D~d~
Photon Fluenoe Rate (flux) PhonIskrnic 2.786e406B 2.252e-007 PhotcMt Enargy FRuer" Rate MBV[iM2/sec 3.528"08O 2.8B40e-07 Expos~ura and Doss Rates:
f~ipoure Ftot in Air AbvrbW DOm Rate inAir mGyfhr 5AO~e-013 4-3559-01 2 rnaclhfr 9.40?e-01 1 4. 365e-OI Deep Dose Equivalent Rate o Parallel Geometry mSvfhr ,6-137e-013 4.,945e-01 2 ai Opposed SIM"e-13 o Rotatbinal "0e03 4.267e-01 2.
o Isotropic 43210-13 3.802"1Ol2 Ghallow Dose Equivakrt Rato o Parallel Geo~metry mgvlhr t, 53ze-O 13 6256e-01 2 SO~pposed B290e-O 13 5.068"-12 0 R6401rwMI 6-290&-01i3 5.O88ewO1 2 0lE~bapi 8-002e-01 3 4.029L-01 2
~Effedtve Dose Equivaieni Plat o.Antexiodftsterlar Geometry rnS-vlhr .52ft-0 13 -44M3-01 2 c~Foteni~ly/terlar 5.091le-0 13 4.101"012 io UdeaIl .4-04!96--013 3-260e-OI 2
- ~Rotational 4,5040-13 3.19-2e-612 o*soiMPIC 4.0676-013 3-26,79-012L Page I C3-10
MicraShield vLO5 (505"O362)
Radiowg~cal sarviom, lrfc.
Page :1 H~e Ref__
DO$ File, P8,02M. CUJS5 Oate:
Run 133ab: Fetbulary 4i 20M By:
R. Time: 2:l1 VO9PM Chec, *_._ ._.__
Ddain'OO:O:O Caue T~da. Ibis 1.2 AF-D Doscrioian; PBRF Rev Mufel Go-A0 Area Factor Calculation G.""stry 10 - ylind~f SlUrfaCO - ExtoMu 1OWO Pbirtt Somie Olmensaiwn Hejht 10ft O.kin Rmius 7.62 Cm 10o in Dow$I Points x z
- ! 1t8.78 Can 1-52Acm 4 ft6.'6it 5ft0.0Oin 1 ft 6.0in mji-i
,A 30' .48 * .4 Saumue Input "gosapig Method 4Achial Phobh UEneirg1s COI.O O6.56e-01 1 2.42Z8M+OOO 4,5C0OW-009 Bak5s-O Intugratijon Pa1!amuter 20 Ftuence Rate Exposimje Rale Eposure- Rate 0.3 3.963e-04 3.0119a-13 6.320e-1 2 5.830.-Is 1.027e-14 1'J732 24Qe#0OO 1.8306-QB 1,489c,07 Z91ft-11 2, ' ie-10d 1.32 2.3W ZV . 2.109e.;07 4.6,38e-1 1 3fii59e-10 C3-11
RooB 2 rdos f f PBO20404 W$S5 Run, Dads February 4,2a0B Rin Time: 2 1 O~PM Durbo ;.ONQO=
&9b&
ONAMRAec 4A117 TOTALS. 4 60* C084 M79fs oSWWM1 Bt p~eig" C3-12
Microghield'vUS (&&,OO342) 24O MUM Micmg~hied v&056,040~36211 RadflooI~kah soe".Ie I M1 Olcmveor of catulated exposure Inair to dole FIJLL, C.WS51DATAVP9O24'4JJS$
CA" 11ift Una 1.2 AF-D Thi~s mae was run an $sfurday, Febru ary 4, MSG at 2:11:09 PM Does Point 8 1 - 4138.78,152A46.72) cm Pegs&i MummPd mmr en [jn~ Withoaut Bam Buildu Pholurn Fluence RaIe (flux) PhtmIonedernIfVe 3. 396e-00Q 2.8)62e-(*?
Pholon Emeigy FlUeflW 132M MeWk~tWsec Exp~osure and Dcu99 Rates:
Eupmire $ate fIn M PA/hr 0,321"-1 0 mGyAfr T 5526-0 13 Ab~rbed Dow Me in Air 6.593e-Ml S.Sl~e-O1 0 mradfti Doup Dust EqqzivJel~Raft ([CRP Si -197 o, Parallel Geometry m~ivlhr 7.484"-13 6.265"-12 6.446"l~a &3.S4e-01 2 o Rotafional 5,3%e-012 o,ltoropic 5.750"-O13 4.81 Be-012 Shallow, Dose Equivalent Rate fIlCRP 51 - 1W~7)
IDP=sral'eGIILtry 7.967e-0 t3 6.670e-012 a Oppvosd 7,71e-O 13 $.422"Q12
.o RotalionaI 7.671e-01;3 6.422"-1 2 a Hicutopic 6.10le-013 5.105e-01,2 Effeclive Dcse Equi~ale~nt Rate c~AffleforfPostefior 0,eornet~y mSvlhr 6.740e-0 1.3 8.641e-01 2 6.206*-0 f3 5,196e.01 2 4Mft3~-U13 4.13DO-012 oRvtatioral 5.591e-0 13 4.670e-012.
4.948e-0O 13 4,.140e-012 Page I C3-13
MicroshiewIVU (&"30~6-O!2)
'Radiologicul 5wrvicess Inc.
Psge .:1 Fie Ref: _
"S$ Flila P$03kO4I Ms$ Dal*:
.. Date: Mar&h4,2006 By:
R~un Time: 3:58:0 PM DUraICOA' GO:WOD O CameTitle; Line 1.23 AF-A Msd~cpftmn PBRF Rov WOO~~ Oo- Am~' Fact-or CaIcullttion Gýeometry. 1 - Oyfi~nder Sudrfuc - Eicturnl Dose Poaift urce Dinumfwons 3.8cm I ft Raftus 7.62 c~m 3,0 In y
15.24 cmi 45.7 cm 4 4 6.6 in 1 f1O.O*
/rTI~ *1
(~' ~:'~ Shf~ds 7.62 =2n Con e 1.8 n
$1hel I .65 C I Con cmef 2.4 Sh~eld 3 30.48 cm.
- Concmete 2.4 Alr.G~o Air 0,00122 Wedl Chad )N&
Cm Iran 7.86 Source Input Grouipng Mefthd: Aftial Phioton En~g EM n F 7-P1:9 4,50%-009 1M~t-004 Buildup The nmtetaF .mwfrance Ii : Cyl, Cor*
Il~tograticn Parumotarm Y Direction (axial) 20 Cir.forenuma 20 Rasuft Fluence Rate Fluence. Rate Exko~smre Rate E~nosurs Ratw
&d*os/e 0.6938 3.963-O01 7-263e-14 T.178e-12 1.402e-16 2.275e-15 1.1732 .152. 3023C-08 S.8,-f .40 3F-11 1.3325 53249-09 41afe-013 9'.31le-12 7272e-111 C3-14
Page :2 DO$ Hie; PB3O$401.MSý Run Datex: March 4, 2006.
Rijn Tom; $:58.06 PM~
r' afion : OGG0:QOX Engim Acimtv Fluence Rad Fhumnoe RLAt Eosn ae EpurRW TOTALS: 4,woo1o 92 ~-09 7.2 15eaJ 1.631e.1 1 126e-lO C3-15
MicroShfeld v38 (5O L)-OlMC2 5 Cox0a MieraSh~ied ADS!J5.5O14O2)
Convemaiof ctalcukft~d .xpora~o ~to ati dwt4 FILE,-C:NSSMiAAMPBO30401tMSS Case Tilto:~ Una 1.23 AF-A This cove was rmn oni Sftrdo, March 4, 2006 at 3MS:06 PM Doe. Point# I- ('1311.78011L24SIN71 cm.
Re'subt (Summed av'w avniwisI gab Wbt Buiout Bug" Photon Flueirce Rate (flux) PhOt~nSIC019ft~ 7.340e-009 6723e.006 PhOcori Eflergy FRonct Rabe WMfVkl/SeC 9.29Be-009 7.215e-=O Exposura arid DO Rates:
FfxWmre Rae in Air rnR/h 1.631e-011 1.268e-010 Abmobad Dos Rala inAir m~o~r 1.424.-Ol 1.107e-012 Miradtr Deep Dos.e Equivoaknt Rate (ICRP St - 107) o Parallel Geometry mn:vi'hr 1.61 7"-13 t.393"-13 1.'Me-012 o Rotaftonef 1t393e.01 3
.GIsotropic 1.2441"13 9.661 e-O1 3 6h~l~aw, Doae Equivalent Rate% (ICRP 51 -1987) 0 Pava~laI G~OOMtiy mSvlhr 1721"1 1.3300-0-12 T-657"-13 1.288e-GI2
!,2$5-,012 1,024e-012 T.We-01 a Efective Dose Equivalent Rate (ICRP St - 1g987) o,AriiefiorlPosterior Geomnetry mrv~hr 1,131"uJ12 o Pmro~rf~Antertor 1,341 "- 13 1.042a-012 0 Lalmia t,.067e-013 8.283e-01 3 ot Rortatonal 11,2e06W3 9,3-82e-01 3 0 fSoircpiD; 1.06ge-013 8.301 e-01 3 Pageu1 C3-16
Nic ra~bieWl v~AO (S5,"0362) adootokiat serwit, InO.,
Page :1 H~e Ref:____
DOS File, P&55020406145S Oate:
Run Drate: Febmarry 4, 20M6 By:
R Ow:2.26;44 W Dufationi : 00:00:00 Cuei Tide: Uris 113 AFZB Desecti~iion, PORF Rev Modeli Co-60 Area Factor Caflculationi Gaqo y -10 - CY11indaf surfec - Eftrh Mal Me Point roe Dimensiuons H~eight 2 ft Radius 7.62 cm, 3,0 in Does Points y
01 130.78 m ~30.48 em Atftfi.$ in I ft 1 fI 6,0 hii BMW&ld IM2Conoffi Shiew I I 2.4 Shie~d 3 :3 0.4CII Concret 2.4 Air ýGap Walt Clad .0~cm lIon T.86 Sourico Input
~u~bde Groupinig Mefflod' Aclual Phobmr Eneargies
-ubd cuiries bcuer-l jGVCM7~n Co0 1,13i'm-O1 4,765.5"l 4.5OWo-QW I t4 -QQ4 Bul~dup The maturial roierencs is; Cyl. Cora
[ntegrfl~on Pararnoigm~
Y Oired,ion, (axial) 20 20 hbLJakW6t Buildup 7.wŽe.06 1-383e-1 3 2.261a-12 2.670e-16 .6o1 1.1732 1.3325 C3-17
Page :2 DOS File: P80204OO M$$
Run Date: February 4, 2006 Run Time: 2: 25:4 PM Fluence Rate Fluence Rate Expoeure Rate Exp~osure Rarte WV photons.~
W Buljdlli VWih Builftp No Buildlu Wifh ulu TOTALS: 9,720e-0O1 1,787e-08 135 7 3.135e-Il1 2.4500-1 0 C3-18
MbefroShleld v5.fl5 (5S-0O362) 0140 02AMS M~cwShiabd v5O.05 -~$2
- Raftiogfcal Semivk, Inc.
Conymim of calc4Alatwd "Xpwuf in air dos FILE: CMSI9DATMPBD204t6.11110 OMM TiU:-Line 1.23 AF-B This C-a3 was Mon on Satur*y, ýOb~rtiy 41,200a at 2i25:44 PM Dose Pain~t#~ I - 131118,30-"15.) cm Semb~f .fumamd mm e U12bi I=~
Phogon Fluerioe R.aie (flux) Photonskm~fsee Phigon Energy' Fl~wence Rate MeWlcfn~o'ec I.737eý-006 i 39Mer=
Exposure~ and Dose Rate:
Exposre Rate in Air' mRlhr 3.1135"'!1 2.460.e-010 Abivrbed Dose Rate in Air flIGYA 2 737e.Q01 a mr-4adf 2.737o-Ol 1 2.1 396-010 Deep Dos~e Equivalent Raft' (CRJP 51 - 1987) a Parallel Geometry 3. 108"1cl3 2-42ge-012 o Oppoed 2.6 76e-01 3 2.091le.012 o Rotational 2.670"-1 3 2.O911e-012 o Isotropic~ 2.391"-13 I .8Be-012 Shalkxw Dme, Equ~vaerit Rabe (ICRP 61 - 17 o Peragel Geomnetry mSvlhr 3.308"! 3 oOppo~eo~ it 3.105"-1 3 2.4 9OL-O12 o Rolalioiial q 3.1 Se-01 3 aIsotropic 2.5336-01 3 1.97,9e-012 Effeciive Dow EquivalerA Raba (ICRP 51 -1W7 o AntediorYPosterior Geonbsiry mSvlhr 2,7989-0 1 2.1 87e-012 o PosterifsfAinterkor 2.578e-01 3 2.014,e-012 o Lateral 2.05(3~-1" 3 I .60le-012 o Rotational 2-$2U4~13 I .$14e*4012 oIsotropi 2,054"-1 3 1,00O5"-12 Paeg I C3-19
Mfcroghield v509 4U&MO362)
RWdiofoglcal Services, inc, Page :1 File Reot DO>$ Fite : 131020407.M$5 Date:___
Run Date: February 4, 2000 By:_
A TWO:22~425Pm~
Duraljon : 0a,00:00 Cae Trde: Line 1,23 AF4C Dee fipon: PORF Rev Model Co4-O Area Factor Calculhon Geomery: 10 Cirlindet t Sudace - External Dose Point SOu moe Oftensions H~eight 5142 om 5.0 in RadiUS 7.62 CM 3-q in Dms PO~s
.y
- 1 138S.72 c 70,2 orri 45.7 CM 4 ft 6.1 Iib 2 ft6.0 in 1 ftO00 in~
Sh~eld Name Nu MAterial
-y =ylre 4$ Cmn Concrete Tr~Ianson Concrite 2,4 2.4 Shierd3 OM4 rmf Air Gap Air HO 122 Wall CWa 7.Ne Source Input Grouping Miethiod -:Actual Photon Ellergfes Nwt d-- Curies eaels Uia 9962121 C "D 3.2835"1~i1 1.2146'0+000 4.50000-009 1,055fOcO4 Builwup The material reference is Cyl. Corm YDrecion Integreljon Paramtetsi Yircin(axial) 20 20 Rdaultik Exposure Rate E~caoure Rate NO dim11 'Mlh Buildup 10.6938 i."2e-04 Z608e-13 4.426a-12 8.545e-15 1.1732 1215V4O 1$7eo 1.857e-07 2.407e.-11I 2.IBe-.10 1.3325 ~3.707e-1 1 2.075G-10 C3-20
Pave :2 DOS FIe : PB4)20407.MSS Run Dat&: FsobwUry 4, 2006c Run Tim~e: 2:-24:25 PM*
Duration GO:00:000
,e Activ Fluence Rate RtuenCB Rate Expasure iftt EmsreR TOTAU; . 2.4300+00 3.529"0-O 1 0 -10 C3-21
Mkzro~hiled vS.4.0(.6&40D392) ~O~ O2*v"i_6
?diarii5Wbold AM0 (8.540-O362)I Radiofogkai Seki-w, Inc.
Convoralon of clwutacd e~vmsum In aIr to dooo RLE. C:WSATAPBO2047A.hS5 Gas. TfWWOLr~ 1.23 AF-C.
This case was run en Satzirdy,, February 4ý, 2006 at 2t24,2 P Dose Point# 1 I X718,78~6205.1) cm Ras~ub (Summed ovir ine'rq 912 k~~ With Photon Flua~noa Rato (flux) Pholonarn~kec 2.786e-008 2.252i,-t2 Photon Energy FIiuence R~ate MeVICrt1se 3.5290-008 2,841e4-07 Exposure and Dose Rates:
Exposure Rate InAir rnRihr 6.1946-01 1 4.990e-010 Ab~arbed Dm ae , inAir 6.407.-GI 3 4.356e,012 m red/hr 51A0le-o1 1 4.356"-10 Deep Dose Equi'valerd Rate~
o Parallel Geometry 6138e-013 4.946e-012 5.2876-a 13 4.250a-012 o Rot~ibra I (ICRP51 - 1987) U.28e-t0i$ 4.250$e-012 c,h~olropirc 4,723e-013 Shallow Dc~o Equivialent Rate o Paralef Geomnetry mSV~hr 11 54e-o1 3 5.M6F,-012 So Oppo~ed 8&292e-O1 3 5.070Oe- 012 o Rotational tO. 24e-01 3 5-,070e-012
- 0. Isotropic 5-0039-01 3 4.030O..O 2 Eftective Dose:Equivaelet Rate o~Ante~rtoPosteriar Gecmietr 4.454e-012 o PasteriCK~An~tefior 5.' OM2-01 3 4.1020-012 4-060e-01 3 3.261 e-012 0 RoitLbonai 4588a-01 3 3.603e-012 o Isolmir,~i C06s~e401 3 3.2'680.12 PageI C3-22
MitcrogbiabI v5.05 (LOB0OO3S2)
Radiaoroiial Sorvicas, Irk.
Page :1 Fae Ref:_____
DO$ file;P2 SW Deft_____
Run. Da%~: Fibbtugay 4,2006 8hed___; __
Dwafin ;O100 Gone 1TH~sr Line 1,23 AF-D Descrp4Man: PBRF Rerv M~odal Co-40Amt Factot C~euWffof Geometry: 10 - Wi1ndie Butfitut - Extenig CDo Point Source Dlnienmsiww
.2t H-eight 304.8 cm 1Qft U -in Radius 3,.0 in I. #1 x
136,16BCm 4 1`16.' 6 in DOm Points t$2,4 cm 5 ft .0im 41 Cm8Ow F
1>~ $Nulda Dirrneriion Mat hat Q~si~
7.62 on; Gain-Silhekd 1 Trsansiticn, rete 2.4 Shield 3I 0.4 cm, Cont fo~te 2.4 Air Gap 0,00122 Wall G~ad .D25 Cm Ito 7.8 Surce, ripuiI Grouping Methiod -Actiwal Pho~ton Enargi as Nucid~e curies beeaueral tic_____.-
.qOcGn3 B
Buitldup The matkidaIreference is ,Cyl. Core lntegmion Parametors YDire dibn ý(waja1 20 20, FluenraR11 FbRence Rate Exposure Rate gg r A 3.963e-04 3-021le-13 6.322e-12 5,832,e-16 T.028e-14 1.t732 2.4-W.e+00 i,3emo
,490e'-07 2.914e-I 1 2$662p,-10 UU25 2.*99+01 1157400a 2,110%-07 4.6390-11 m I' C3-23
P~c :2 DOS File: P80204018.S5 Run Datt: February 4. 20M4 Run Tkme: 22:2~00 PU Durseiaf :00:00:00 E.-Mom W."ný MVfkW/sec mRJhr mkthr 7~hdj Wit Buildu No ou IVde WOMoup TODTAS; 4..860e+0 4-3D5 e--08 M -7 7,5540-1 1 0=16-110 C3-24
Mfcro~hlod vAOS I&C-031S 02 Conve.abon o akatdept* nt od FILE: CAU¶M1SDTAM08 Case rt.-Une; LI M AFOD Thts ei-so wans unm cor -andy 4 7.1aat-223,-0 PM Dmm ubdin #1I (138.751 15AA5) cm Phekim Flhnsno R~a (24m) Phoior~kai/ec MeVicmnvs 3.37M 2.85.3*-DO7 Evas4Jre We irn Ak mR~v 7.554e-Ol1 Abwft~d D~u Rates Afir ffoyn't 61M.0413.1 5,5190-012 0,60641-11 Deep Dose Eqjuivkm~ Rate (IC-RP 51 1987) o Pelaiael Geclm!.ry u~lhr 7.4V" 1a, 6.267e-01 2
- Oppesed 0 0.44W-01 3 o RotaftmW 641486-013 SIGO-6O03 4.01 9o-01 2 DIiIowaes Equi~vIalen Rate (JJCRP Sl - -IH7) 0 ParaeW OL-aneary miSvlhr 7,90e-.1 3 7.674e-01:3 6.423"'112 o Rvt3ftina! In 7.674e-01 3 6.423e--012 oI scdrcpic GI 1 3" Efoctive Do" EW~t fi-r Rate (IFCRP 6 - l W7) 511043e12 a AnleTWos~rkw Geomi~y niSvihr 0142"-13 13POxSIeWMtfna 6,211".~13 5.4l131012 4,940*413 4,131We-O Q 6' 520-013 o N~otropic 4150"~O13 4. 14l1..02 C3-25
Mkwafteld v.5M (5.05-4162)
RaflaBic~aI Survices, hiec.
Page :1 File Ref:_ _ _ _ _
D)O$ Bie: PBO20409-MSS Data:____
Run Deft: Fobroy 4,2106 BY"_____
R time: 2;W920 PM Durabio D:,0.0:00 Case T~te: Urt. 1424 AFA Doscriplion,; POf1F Rev Model C"-O Area Fa~tor Calculation Gisoinely U I 19- Wyinder Surface - External Dose Point Sol mecDimnsisons H~eight ~30.48 cm lft Rod lus 3.81 cm 1.5 in DMw Pohnts z
- 1134.0 mz 16.24 cm 9i,44 cm 4 R5.1 in 6.0 in 3ft Shields
~Shisd Nam *et
.65 Cm lIto 7.86 Concre, 24
.Shfeld 3 10.48 cm Concrel a 2.4 AIrGap Air 0200122 WaB Clad .025 cm Iron 7-86 source Inpu~t Grouping Methiod -.Actual Photon Eh~argIw Ba/lcm2 CO-BG 3.2535e-01 2 1.2149"0OI1 4 50OWe-00' 1.6650e-004 Theoamaalrranoi" CIs. Ol.Cot*
Intqration Para~meters Cirvmfefential FimnitE~j Fluence Rate ExcIosyse Rarte Exposure Rate 1.605e-14 3.064e-13 3.09ge,-17 5.9160-16 1,1732 1.21 W0'1 1-3325 12150-01 C3-26
Pag~e :2 DOS File: P002040.?ASS Run Date: Febiuary 4, 2006 Run Thim 2.30,29 PM Fluernos Rate eeRae EgueRt xsr ai NoB~p Buildup whBlw.No TOTALS: 2.430"-1 2.491e0M 2A-53e.08 4,The.12 3,781e-11 C3-27
MilcraShkoW v6.06 (6.0540O362) 02AMMC M~icroShid vSAS (5,05-00362),
RtdikIxgicl aryfft Inc.
Co"Venran of 0abkUi.d oxpaotir In alt to do" FILE, CQMMATMIP1020401A~S5 Cas. TitMsCUrt 1.24 AF~A This cona was run on Saturay, Febnsaiy 4, 2W. at 2:3*:29 PM Dowe Potnt #1 - (13491 S715I41B44) cm Resu~ f Summed 2vew eneMies Phabcn FRbencwe Rate (flux) Photanskrn'twsec 1loee'OI08
.PtiibnEneeny Fluefle(3 Rate MovewmW~c 2A491,0-009 2.1 53e-008 Exposure and Dose Rates:
Evwe Role mIAibr wvRUhr 4.37la-012 3.78 ie-Ol 'I Absorbed DEso Rate inAir mGylhr 3-816e-014 3,30 le-Ol 3 Mmroufi ~3,30le-1 1 Deep Dose Equivalent Raft (IGRP 51 -1987)
GParalleti Geometry mSvt/hr 4.332,e-0 14 3.748e-0 13 0o pposed 19 3.731.etQ 4 a-227.0 13 c, Rcrlaftnal 3.7316-014 3.2270-0 13 3.333le-O 14 2.882e-Qt3 Shallow Dose P-qu~ialertl Rat& (ICRP 51 -187
-o Parallel Geonwehy mSvihr 4.81 la-014 3:99 le-Ol 3 o Opposed 4A40f.-O14 3,642-e013$
o, RotatonaI 4.4440e-014 3.842e-01 3 0 ISorOPic 3tQ64e-01 3 Effective, Dose Equivalaril RAWe (ICRP 51 - 1,987.)
oAnerdamdPoslariar Qaceofeiy mS~vAir 3.90la-014 3.375e-013 3.604e4014 3.1age-01 3 2,650e-014. 2,47-le-01 3 o Rotational IL-3.23&e-014 2-7g9e-01 3 0 IsotropIc 9-w4e-Q14 Palp I C3-28
Micm'Shlefd v3.05 j5A54Z3M2 Radio1ogibal Safrikes, Inc.
page :1 Fie Ref-.
DOS 'Fite: P13024lO.U65 Rurt Date: F70bruafy 4,2000 By:_____
R rffme; 240:59 PM Checked, _____
Dufaiol ;r~ wQ Case Tfitf: Unie 1.2,4 AF-B Descripfimn PUR F Rev Model C",0 Area FacIDT Calculieflon Pow"Oy: 10 - CYCrde Mtfsurfac*b - xto.rnal DOO poin~t
.Source Dimensisons Haeig"t ýO~w CM 2ft Raftls 3.81 CM 1.5 in Dgic Pointa x y z 91 134.97c 30,4$ cm 91.44 an 4 ft 51 in, 1ft 3ft Sh~linlds 1.8
ý$hleto I 2,4 Shield 3 Air Gap Air 0100 122 Wall Mlad M2S.= Iron 7,88 Saourc Input G~ouopn~gi INallbd -.Agtual 'Photon En-ate Coti) 6.566ft-012 2.42909.-001 A-5000e-009 1 ~8QeO Buil~dup The minw~Irul rarunce is Cyl Coire Integrat~on Paraan, ter Y Diredion (arxial) 20 20 3.963e-0f5 3-080e-14 5.910e-131 5.Mo~-1'7 1.142e-15 1.1732 181Oe 1.725e-Oa 3.235e-12 3.Oe3e-I 1 1,.430e~-01 1.3325 IVQ90-95 45ft-W $22D* Ta4. -
C3-29
Pae :2 1)08 R-e :P130204 W.MSS Run Date: February 4, 2006 Ru~n Tim; 2:4~0-$ PM Durnfion .'00-00:0 LWAMEg adt2 Exposum Rate L~phooa~ec MeVirm-zftec I"Rihr MPJhr No W&UR Wt I TOTAL$; 4.8$0e-Ol ,%-0 4,184e-06 B.455e-12 T.M90-11 C3-30
Par :3 DOS File: PB02041A.SS Run Date FeboAry 4, 200 Run Time: 2.40:95 PM Dumlon : 00:00:00
~
41
- 4i~I~~, ~tmW
~~ ~
. V 41 it
~ I Bt~# -4 ~,hj.v'sflLiri i I I r - -
I ....
~...
C3-31
MicioShleld vS.05 8.05-OO362) ,02104MG iWcroSideBd vS".5 (3.5-MO362)
Converalon of oa.cu~atec expo*mr ! a" to dase FELE:Casoelllme CVtMI&5XDATAPBOa2041 O.MS5 UnL 1.Z4 AF.S Thrs case was run on Saturday, Fekiruary 4, 2006 at 2,408 PM Dose PofIt #I - (13J.9730.4891 4) c as=UII *Ul I Imu I-vl-g L-*,l ugIgIL-" .Uwm *4hdLt Build Photon Fluen Rate (flux) Photonetlrniesec 3.801e-"09 3.316e-008 Photmr Emrgy Fiuence Rate MeVftyftSec 40819"-009 4.1 841-008 Exposure and Dose Rat":
Evosure Rate in Air mRJhr 8.455e-012 7.349e-'1 '
Absorbed Dose Rate in Air mGyir 7.38ie-014 6.416e-ý013 II mrnadf 7,38e-0T12 BA16e-001 Deep Dow Equivalent Rate (ICRP 51 - 1987) o Parallel Geometry mS'dhr 8,379"014 7.285e-013 0 opposed 7.217e- T4 6.272e-013 o Rotational 6,272e-G1t3 7,217e0-OU4 o Isotropic 6,447-O 14 &M2e-013 Shallow Dose, Equivalant Patoi o PaTallel Geoertry m9v/hr 8,92G0b-40 7,7566-013 E1 o Opposed 8.S89mO 14 7A67e-013 o Rotataifli 8,509-* 14 7467e-013 o Isotropic 6.830a-0 14 5.g6e-013 Effective Dose Equivalunl. Rate (ICRP 61 - 17 o AnbedortPosterior Gecmetry mSv/hr 7,546-0 14 6,559e-o03 II o Pos:learlAnlerior 6;951- 14 6.041e-013 0 La1al H 5.52ge-0 14 4.803e-013 o Rotational 6.25W4t14 5.440e,013 ol soiopic ý~q-.
14 14 44~1500,13 P"ae C3-32
Mic~rofhietdivg.05 (&&O5O0362) fdiolo~ijal Services, Inc.
Page :1' Re~ Ref:____
DO$ File: M8420411 M$5 Oalie: _______II Run Date: February 4, 2008 By:___
R rime- ý.43.2t PM Durtlliad 00:00:00 Cais Thie Line 1.24 Af-_C Desc#I4kion: PDOHF Req MOM~ Co4G Arta Factor ColcuIlatia Guneamry; 10 - CylIfidtw Su~ftee - ExtamdWalOus Point SoM irce Dlmunslorim I-~ight 5 ff 0.0 in R~adius 3.51 cm 1.5*
Do" Points z_
x Y 91.-44 cxrn
~1 134.97 cm M~2crn 4 ft S.1 I.n 3 ft 2 ft 6.0 In
- ***~.
Si A4
- 2. a,
- .... ~
DT n,*
!I Shletd 1 .66cCM rof Transbona Conher' *es2.4 ShktM13 Air Gap Adr 0.00122 Wefi CIEad Ms5CM fron So'urce hn~4J Gmuping tWhhod . Actual Phfton Enemgies C6O-5 1,6417c-011 6.07440~-001 4.50000~-009 1 .6660e-0E04 Buildup T1 h Materil, trema lie, '.cyl Coro Intagsadon Parametema 20 20 Huerlce E& suat 6& a igS No BuilduptIpgdr
-J180-14 -12 0 1.1732 0.0 74e-Of 3.67.3e-09 3.59ft-08 6.654o-12 6.4279-11 6.074e-O T C3-33
Page :2 0*($File : PB1020411.1SS Run Data: Fabruawy4, 200u Run rTme: 2:43121 PM Duration : 00:0.00 Fluence Rate Eoeure Rate Egposure Rfte TOTA phLaS:
. sec S.831e~i TBH MRthr Vfd Build p No Buimdup With B40dup TOTALS: 11215e~lXo ý.831ep09 0.O70-M6 1.725e-l1 1.539e-10 C3-34
Pago 3 DOS FOO MBOiMI 'ss Run 4aW: Febtuwiy 4. 2006 Rson Tffe Z-43:k PMJ Duraton W I POP yq
~#. ~--
C3-35
0210"6 IMicwaShield v6,06 (04W RadfologricaI Sc~ts Inc.
Ccnpvmr~n of vgcll exposuro In s1r W,dose FILE: QW5MS5WAANP92041 I AS5 Case rift:,~Line 124 AF-C This case was im on Saturday, FNhruvy 4,ý 200$ at 2,43:21 PM Dom..Point #11-(11 3&27,Tfl2ý91.4) cm Wilhout BuilU Photoan Fluenae Rate (flux) Phinsicmraec~ T.7 el$*0 6.941 e-oo Photo~n 1Ener Fhuence Rate MevkMnVftft 9,831a,4109 81O.7Q-O008 Exposure and Dose Rates:
Evosure Rate in Air MR~ffir 1.725"-1 1 Absorbed Dose Rate inAir MO~hr 1.506e-01 3 11.343e-012 mracift 11:50ge~~g 1 1,343e.010 Deep Dose Equivialent Rateq o Parallel Geometry 1,.709"- 13 11.525e-0112 0 Opposed 1.,472e4O13 I .313eý012
- Rotational (ICRP Si - 1987) 1A472"-413 1,313e-G12
- Isotropic mSvlhr 1.31 Se-.013 1.1 73e-012 SheiSHO Dose ESqUi aler~ Rafte o P~arallel Geometry 1.82Le-01 3 1.624,e012 o' O~ppose 1,.752e41 3 1,563e.012.
oRoataional i'ICRP 51 - 17 1.752"-.13 1.5630M31 o itSrjOPic m:Svhr 1.393e-013 1.243e-012 Effective Dose Equivalbrt Raide oAnteriorlPosterior Geomreby 1.5396-01 3 1.373"~.12 o PostefiorfAnterior 1.41 8e-01 3 1.265e-012 o La1eal 111289-V101 1.006e.012 o Rotational 1.277"-13 1.139e-012 0Isiotropic 1.10-1 $,008e-012 Page 1 C3-36
Microftiasd v5.05 (&0640362) ftfdiogical Serices, Inc.
Page :1 File Ref-00$ Fde: P10204:121M$ Date:
Run Oatio: February 4i 2006 By,:
R ruime- 2:441-3. PM Checked:
Duiration : 00,:00:00 Cw AW~lte Una .2 IAF43 Descuri~ption., PBRF Rev Mrdeli Co-Wi Amua Factur Calcula~on Gsa~metry-. 10 - Cyiinisr~ Swrfac4 - Extemnal Does,Pobnt
$camve Dimenatorio 304.8 cm T0 It 0.- in 1.5 in Dm* Pohnts x , Y z 134,97 c 152.4 crn 91.44 cm 4ft 5.1 in 5 ftUo.0 in 3It Shielda
)i 3 MalTfihI Ui~ia Be-A t1.8 Shie0ld
.66 cm Iron 7.86 3* Co~a-do 2.4 Shietd 3 0.48 cm Concrte 2.4 Air Gap Air 9,00122 Wall Clad .025 cm Imn 7.89 Somre Input Groufrmng Method, ; Actual Phioton Em V-WS Co"0 3.2835e-IJ1 1.2'14,W+000 4.500ft-00~9 1.666Oe-004 IBuimdup Thu material ruteruce is . Cyll. Core 1.ntegrion Paramneters YDirection 'a~ialý 20 20 Results N~o pswildul 0,5930- 1.982e04 7.1989-14 1.4839-12 1.1732. 1.21 5e+00 0$12e-0~ 4,6920-00 6242e-12 8.384e. 1 1-3a325 1.216e4-00 7.82280-09 6,8I 8e-08 1-35~80-11 1-1830-1 0 C3-37
Page :2 D~O$ FMl: PS02O412.M~SS Run D-ata: Fobniary 4, 206 Run Time; 2A44-33 PM Duration, O:00:000 RteFluerice Rate Flunc ExcumRt Exposure Rate me~nte Nevicn~ills e ~ b M TQTALS; 2.430e-OO C3-38
11101croM laid w6,06 16,06-MO362)
Micro8Aiiuld AMH (5AM-04)
RadioaogicaI Saovvec, Ift.
Corwerston of ui-atod exouro in air to doaa FILE: CtAMSM~ATAIP13020412HWS5 Casa NM: Lfo 1.24 AF-D Wei ca" woo run, on Saturday, Feb~ruariyA, 2000 at 2!44:n3 PM Dose Point# I - (,134.i7,152A-S1A4) Cm Resuit (Su rmied over enar!ies], Withouit Photon fluenme Rate (flux) Pho~ons=~Y~w*. G.8WeWoog 9.1 ee-006 Phticon Energy Fuence. Rate MeVtcm/sec 1..244e-00a 1.1.51e-007 Exposure and Dao~e Rates:
Expure Rate in Air mRfw 2-.182e-011 Absorbed Dose R~?ate in Air mGy/lbr 1.905"U01 I .76se-OI 2 11 nvaoi/hr 1,76$5e-01 0 1987) 1.1905e-01 1 Deep Dose Equivalent Rabe (ICIRP S1 -
a, PsiaIleI Geomfelly mSvlhr 2.004e-O1 2 0 Opposed 1.863e-013 1.725.-Ol 2 o Relatonal I .72se-OI 2 1..ase-013 o Isolropic Sl~aalow Dcse Equivalont Rarte o Parallel! Geometry m~v(1ir 11 2-.302e-01 3 2.1 33e-0 12 0Opoe 2.064e-01 2 2.2t7ia-013 c, Rotational' 2.0540-'D12 c, Isotropic I .633e-0I2 Effective Dose Equivalenmt Rate CICRP 51 -~1987) o AnleriorIPosterior Gecoirby miSvih r 1:.8Ue4e-12 o}Poericrfiknteriar 1.8eU4-124 o Lateral 1A74e-013 11,321" a,Rotational 1.61 6"-13 1.4~96e-012 o Isotropic 14N@4~-19 Page I C3-39
Microthield 0.06 45&"-362)
R~adiloogical Services,, Inc.
Paeg :1 File Ref:_ _ _ _
1>08 File: PB0204 I IMSS O-te _ __ _
Run Dale: Febru'ary4,2006 By:_ _ __ _
R Tkrme: 2:W$20 PMA Checked; ___
Duralion Q;ROQOM Came 1ilia Lime 1.64 AF-A PBRF- Rev Model Go-4G Area Factor Culcukakton r; 10 -:Cylinder Surface - External Dose Point mecOMeniis1ons Height :30.48 CM I ft Radlut, 10.16 CM Dows Ptohnt x Y z
~1 T41.Y2 15-24 cm '91 44 'mi 4 ft 7.6 in 6.0 in 3aft sweIlds Shiald Name 14mnenian Mata ria I Densitv FYI. -Car I0.186 en" C'Onc ne Shietd I .65 CM Iroi TianalIhon 3G.1 GM Conge7 eb 2.4
-$hleI3 @ 2.4 AirGop Air 10.012:2 Wall Clad .025 M Iran 7.85
&MIt 0 InP U1 Gtoupfogi Marthod :Actual1 Photo"r Einetglea Nuclide curies ku~jg ifcr61 Bc&Rnk 2 C-oM 8.755go-01,2 , 32397e-001 4.5O00CM09 tfi66SOe-004 Buildup The material rufuemice Is - Cyl. Core IntugralionPrznmr Y jiretilon fAxial) 20 20 AY~ htvs'e Me~//cn9~hec-. MeV,(crnsee- MrnRMhr 0.6938 6-286e-05 2.4Oft-14 4.706e13 4.934e-17 9.09OPb-16 11i732 3-240e-01 49e~ IA440eý-) 2.8076-12 2.573e-11 1-3325 3--240e-01 2A51e-09 2.OiB0e-Oa 4.253a-2? iOe1 C3-40
Page -.2 DOS F&:e PB020413.MSS Run Dali3: Fobruary 4.,2006 Run Timie: 2:58:20 PM Durationl : 00'00'00 MeVkm!iPw, Me~f/x m -~
No ura Vffh udu bap.il WI.Ih BidUO TQTALS: 6.480e-01 3.910e,09 3.520e-068 G8Oo.12 .8ol C3-41
Mk~ro~hieIId v&O~ O~-GO342)
MicrW elisd AM. 194"630-1 RaffO~gi~aI gervic", InC.
Ctowe~rsilon of m#icuaaW~ pmWo In air to 4*o@
FILE: C:11J1WS6SATAITP9O2MI3MS6 Cas ridm. Lhin 1.1141 AF-A 7This ease was run an 9 lauy, February 4, 200o!~t 2--6$-20 PM Dase Point # I - 1141,32,11&24tgiA4ý cm EmkfISgimmezc~rim'211ibou With BIuidu Photon Fluerioe Rate,(flux) Plhutanakmn2/sc 3.083e-009 2.78ge-008 Photon Energy FTlunc-e Rate 3.910"09o 3.5200-008 Expos~ure and Date Rates:
Eveosure Rate in Air wmR~hr 6.860"'!2 6.1820-011 Absorbed Dose Rate.in Air mGyotr 5.9899-01 4 5.307e-4013 Deep Doise Equivalenrt Rate (ICRP 61 - 17
- Parallel Geometry mSvlhr 5.856e-014 5.276"-113
- Rotational 6.276e-011 3 5.23le-01 4 o Ism~opic 4,713eX13
- Sh~allow Dose Equiv'alrdn Rate 7.231 e*01 4 (ICRP 5i1-187 io Pmll~el Geometry 0,524e-01 3 c Opowd 6.968"-14 o R fofetal 61 US"!O 4 6.281 e-01 3
.0 Isotropic 5.542"1Ol4 4,.MQe-013 F-eovrm Dose E-qim~vin Rawe (!CRP, 51 - 1i7) o Anieftiriostarior Georretrf m~v/hr 6,122"O14 55 -0 3 o Posteriou/Aryterior 1l 5,64O-0"14 5.0820-013
- LaJiena 4.486e-01 4 4.041 e-M1
- Rotational 5.079",l14 4.676le-0113 o Isoirop~ic 4.496"! 4 PNe I C3-42
Radalql~cal Services, fic, PB3ge :1I File Ref:_ _ _ _
D~O$ File; PB02(f414.MS5 Oate:_ __ _
Run Oarae: February 4, 2006 By:_ _ _ _
R Ttmw; 3:Q00:06 PM Ch mkied ___
Durefion :0:00 CaseTWw. Line U11AF-9 Du"CrIotiW PBRF RtV Mlodel Co4O Arm. Factor Cacu~anii Geo~nmfr m
110 -CyHx Srao--EfrnaI Dooo Point Sol rce Dimenulons Heiight 60-96 Cm 2ft Radius D~os Polnbt x
gj 141.Y2on 4ft7.6 ir bw~ mate ria CDen~sitv Cyl. -Core I 1.
W~1eld 1 1.@5 Gm Ira~ 7.86 Trazmitin concret S2.4 Sh~ield 3 304 CM COMOcr S2.4 Ad 00 Air 0.0122 Wall Clad .025 a lIOn 7.~8 Source input Oruiping. Itedu, Actual Phaton Enert" CO-60 1,7512a-0i1 6.479464041 4.5GODO-0OG 1.6a&5o8-004 Buildup The tnatorial rMforonco is; Cyl. Cwer I ntegrationl Paranwema Y Diredicn (axioa1 20 Circumferential 20 WrmeFR uence Rate Exposure Rate! Ex~r Rte 0.6908 1.097e-G4 4.61 6e-14 9.005a-13 8.91W O-17' 1.754e-1 5 1.1732 6.479e-G1 2,$17ý 2.79ge-08 8,0~35L- 12 1.3325 6,479u-01 4.7420-0 4.043a-00B 8.22ft-12 7.014e-l 1 C3-43
Page :2 DOS File, PQM 142 Run Date: Febfuary 4, 2006 Run Time: 3:00.06 PM Duration : 00:00:00 MewARae EpaugEL Rate Exposure Rate ML phatonatsee M~~fc Vft ugdtz p BWith Buildp TOTALS; tZMQ+Q 7-560"DO 115,4359-0 1.2010-10 C3-44
Ml~coS4'ied v5,05 (5,05-M362) 02*4 2~4~
MicroShileld YUS~(&M5-03621 Radio~olicaI 8orvlc kic..
Co"rWWWOn of Caakmiatki @xpaiw In*IFto~do FILE:, QWSMS ATAIP9O2O1 4MSS Ca"o TIUO; LM4O U-41 AFBS Ihls cas wag tun *#)$.1way, Fobnam~ 4, 200$ at 3!00-0$ PM Dose Poidwt#I 1- 41.324OAM-.44) cm UnI& VVIthg Builduip Bulda Photon iRuence Rate (flux) ptlotonBIcmzt~ec Photon Energy Fkuence Rate T.56t0"09 6.088-co Expos~ure, and Dose Rates:
Evosure Rate -inAir mpfhr. 1.326"l0 1 1.20l-1"1 Absorbed Dose Rafa inAir mGyAhr 1-M
.4e-012 mraw~hr' 1,.G48-010 Deep Dose,Equivalert Rate (ICRP 51 -.1987) o Plarallel Geamelryý 1.314"013 1.19eU012 0~ O"Osed 1,132e-013 1.0250-012 o Rotabonal I .~e-012 o lsotrqpic 1.01 19-013 9.1640-013 Shallow Dose Equivalent Rate ICRIP 51 -. 1987) ar Parallel Goomatry mSvlhr 1.399"-13 1.2637e-012 11 c Oppcsed 1.220e.012 o,Ralalional 13 1.347r6-013 1.220e-012 0 Is9otropic 1.07 le-013 9.700e-01 3 E-ffevt~e Dose Squivle~nt Rabe iICRP St -1987
- Ant miornPosterio Geoimmty mSvflhr 1.1 F44."1$ 1.072e-012
- Posteric'/Anterior 1.090-8-013 911T2el 30 N 8.674"-1 4 7,84e0"13 Roatalonal 9.81 get! 4 &8.8.."eO1 U9-1"14 7-B&SO-01 3 page I C3-45
MicraghieId MS~ (S~.MW362) futadooI~kaI Service, hnc~
Pape :I Fire Ref:_____
DO$ Nile: PB302041151ASS Rujn Darto, February 4ý. 2006 By: _ _ _ _
R Thime: 3:01:23 PM Chaae~d:_____
Ddration :OA00 Calm T"Me,, Una I -41 AF-C Daeacipibon PBRF Rev Mbdall C040 Area Factor Calkulat~n Geomnetry 10 - Cyl~qderS5ifftac - Extofflall 00 Point l-lSOt ir@ Dimensions 15-4 gm 5ftO.O in Radius 10.16 =i 4.0 in Dow Pufnto z
~1 141.32 cm 91.44 am 4 ft 7.6 in 2 ft 6. in 3ff Shiefdt
- 1~1jdNan Dim~nsict, Mato Cý. Corer 0.16 Ornk Conr "et
,Shiefd I ate'i 7.06S 2.4 Trans~ition . G m ionn , 2.4.
$hIeW3 lQA GM CQ-w Air Gop Air O.Oi Well M~ad .025 cm Ifrr 7.88 source Input.
Grouling Method; Mtuail Photon Energies K~de zdu mm& ME Co-4u 4.375O0-O1 1 1.61 960+ODU 4..§OO~e-009 1.66!50e-OD4
. Ilmdup, The material reftrencs Is,,. Cyl. Core Fsitegratkon Parameters Y Direviior (axiaI) 20 20 Roesults
_____gif Fluence Rate Mkence Raleý egre MI Exi~aure Rate 1.1732 1.Mc400G 5.703e-0~9 5.8OM-0a I,, 19e l 1.03.8e-10 1.3~325 1.6200*00 9l 6920-09 BAWeO-08 T.MDe-ll1 t46We-10
(ý3-46
Pao~ :2 DOS File : PBOM15A¶SLSS Run Deb'~ Fobmacry 4. 2006 Run 1bie: $:01:23 PIM Duration O:00:00;0 gam-a-wal Eamam &-b ipoantc MeIW MeficrT9?w MR/hr Me&
-o BuBdug Mb Otildw TOTALS: 3.240e,+I 1DO0 1,427e4O7 2 a69-9&-11 2.5oft-lo C3-47
001croshisiad v§.C§ (S.064-362) 02104t0 ZO4 Vlcra~hield V9.09 (O6M392)
IadiiWgfIgc3I 8orvc"., In.
Oolvefioo*fcale"IMO exposure Inair to 4osi0 FILE- 0-IS5SDATAIP9COM15.11118 Ca3se Titew Line 1.41 AF-C WhS Cato w=nM1 on Satrday, RebrUei' 4, MOM~a 3:01 :21 P!IA Dose Pc~nt #1 .(141.32,7&2,el. 4) cmn R~es*t& (unwmed ever noWhu With Phobon Fluetnos Rat (flux) Phatimakin2 sec Photoni Energy Fluecet RaW MeV/cmise'c 1i5386-008 11.270-007 Exposurea nd DOse Rates:
Expoure Rate in Air mhR/hf 2M50e-0I 0 Absorbed Dowo Rate inAir m~yffhr 2.356e.013 2.188e-01 2 11 MOWNdh 2.180"-11D ioParallel Geomnelry 2.675"$~3 2A84"1eI2 o Opposed 2.3046-013 2.tsge-012 (ICRP 51 - 1987) 2. 30.4e-Oi 2.1 Ue-01 2 rniSvlhr 1.9100-012 GhiaIlow Dose Equivali~t Rate 0 Parallel Geometry (IR'1 97 2.047"4O3 2.644"-1 2 0 Opposed1 2.742e-11'13 o Rotabbn~l 2.74,2e-D 3 o Iso~rcp~ic 2.024e-012 2.180e-01:3 Eff6c~ve Daso Squivelant Rate (lIORP 6~f -10.7)
- Anfleror/Posterior Geom~etry mS'vdhr 2,40WOO13 2.237e-O1 2
- PoitrIoriA~nterier 2.2 19"-13 2._O60s-O12 o Laterg~ 1.765"-13 t63We-01,2
- Rotalinal o IcA~ropi I.4161-012 Page I C3-48
MicmrShield viS.0 JUS-00362.1 Radilologcall S rv~ced, Iri' Page :1I File Ref:____
DO$ FIle, P13020416-M$5 RUMr EDaW: F~bY1ry 4, 2006 By:___
R Time :&02:23 PM Ch=M~d: ___
Duratbm : OD0O0:00 Case
Title:
line, 1.94IAF-C Deacripticyn PIRIF Rayr Modu C640 AMe Fiactor Caidibkfia Geoo" 10 -CyllindefV Surfbc* - ExiaMa Daft Point
- iy lrce Dimenslom Heigirat GO4Jcn loft 0-0 in P.10 cmf 4.0 in Dowe Pofnis y
- 1 141.32 cm M-24 cm 01.44 cm 4 ft 7.5 In 5 ftO0.0 in 3ft I' A II shiulds fto-o #Oal 0-ie on?~ Conc:r~e . 1.8 Q.m *n I00 7?M Shieid3i coa Mrete 2.4 NA.4= Cn Wt~te 2.4 Air Ggip Air QQO122 WaR Clad. .5cm Irm 7.
Snurce Input Ormping Mffffwd ; Actual Pwton Eiisrples Nco~0 6.75&%-DI1 1.2397o+000 4.50Ofla-009 AtInso-a~
Builcup ha matwiaI ieforeica it: cyl. cbro lntegiradon Paramo am Y Dimction (axfal) 2 CimumfbrenriaI 20 Ruence Rate Fluence Rate tExposur Rats Emposure Rate AchtmW/s i0e~kn~iec e . ___ m No ~ Buildupit wdu Nom Buildup Vth Buildu~
5.285e-04 1,074e.13 2.262&1 2.07le-19 .891
$1732 3.240o-+00 7.136e-00 7.536e-08 11.2MZ--11 1.W4e-10 3.240e#OO0 C3-49
Page :2 DO$ F4e !P0020416-WtS Run Date: Febiuary 4,200 Run Time:' 012-2 3 P-M Durata 0;00
!Fkmn"4- a& . %Bngg LU2= Ba MiWkmýAec - Mj-Atj:W&= mW--
No Bui[d vah Bui With BMildQ TOTALS: 16A08+e00 I'ma-as . 1186 3.403s'-1 1 3.2756-lD C3-50
MIcroShteI~d v5~.05 (5.fl5-OO3~2) 02/e 4 4Jo6 02AWOHI MicrgrSh lid OAS (0540-O302ý Oonvmrilm of-calciliated! .eposure In air -todm~
F~ILE~ C.MAWTMPBO2O16.JM6 C.9ue TWO; Uln 1.941 AF-D This case ms run on $aturday, February 4, 200$ ;.t :$:2:23 PH IDose Point t (141,32tl1 SW- 91.4) cm REMU- f-S* gM~adver qgglies)With Dt W.Ih guium Photon Fluernce Rale (flux) PW~nstcmk~ec 1.477e-Oe7 Photon Energy Fluence Rate MeVkr71ec 1,~940".08 Exposura and Dowe Rates:
evosire Rate InAiJr mRftw 3.403"-11I 3.275e-010 Absorbed Dose Rate in Air mnGo/r 2.971 e-O1 3 2.85@e-012 11 mraalr 21971 "-1I 2.059e-010 Deep Dose Equivaloni Rabe (ICRP 51 -1N7 GParallel Geomeatry rn~v/hr 3;246ezO12 0'Oppoed.
in 2.905e-013a 2-79&-012 o, Rotatbinal 2.005e-01 3 2.7%8e-012 o Isotropic~ 2.$9$e0-1 3 Shallow Dccoe Equivalorti. Rato (ICRP 54 - 1987) ZA~e-0112 a Parallel Geometry 3.457"-13 3.327e-012 3.327e-012 a I~sotropic m-Svlhr 2.6450-0112 3.45a7e-01 a Effbctivu Dose Equivalent Raia o,Anl1evio rtP ostrior Geomretry gGP5, 07 o.PwIerio~riMlenor rn'*
o Lalval~ 2.226"41 3 2.14Lle-012 oRotationalI 2.10"'~1 a 2,424e-012 o Isolropic 2.230e-013 2.145e-012 1Page 1 C3-51
Final Status Survey Plan for the Plum Brook Reactor Facility Attachment D Illustrations of Survey Area Classification
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 a W.
I; Figure D Reactor Building Roof Elevation D-1
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 cN 11 t, V)
I
- 36 j
~ V I'
Iii Z11 I
Figure D Reactor Building Mezzanine Elevation D-2
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 Oli 5'.
U'.
ii.
Iii lI IIll Figure D Reactor Building 0'-0" Elevation D-3
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 (n V) V)
V#C)V)0 i--i 000 oil V.
I I IsI z A, N -
Z1 II Figure D Reactor Building -15'-0" Elevation D-4 I
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0
- N
,,-0
)00 a~
-J Smy Iii.
INI Ziz 16m Figure D Reactor Building -25'-0" Elevation D-5
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 (n W V)
Oil 01.
~ 1~
I" iI~
z0-I Figure D Reactor Building Sub-Pile Elevation D-6 I
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 N
Ell" = I.
ii' EU D ill I11 w
Figure D Hot Laboratory Building Roof Elevation D-7
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 (fV)V (
000~o
,o-il-Eli" I
U; S.
p ZE
- U*7 1 rT.......
wI' Dl?
ZII I.
in.
LA*J L7. -
Figure D Hot Laboratory Building +11'-6" Elevation D-8
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 V) U)0 V)-00(A liii*O z T Ie3.
I ZM9 Z3 50 Figure D Hot Laboratory Building 0'-0" Elevation D-9
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 LfV) V)
Oil)V
=I at 11111 ii' ill I
Figure D Hot Laboratory Building -3'-6" Elevation D-I0
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 9 quu b.N Oil I,.w V.
1 iI D
Figure D Hot Laboratory Building -25'-0" Elevation D-11
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 (n (n (n I
I oil Ii Ii' I
Figure D Service Equipment Building Roof Elevation D-12
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0
-<n C14Ile V) V I
000) V RB 2E2r P.II I~i iii I
N I 04.
0 0
2i -5 i C:0 0 U
- 0. 0 W-'
I-IL of Figure D Service Equipment Building Mezzanine over Addition D-13 I
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 Plum Brook Reactor Facility Final Status Survey Plan Revision 0
-1 r-Q C1 f(%J1)
V) CflV)
V) W V)
U00 U IIi I'
iloi Figure D Service Equipment Building Mezzanine Elevation D-14
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 L
51 Figure D-15 - Service Equipment Building First Floor Elevation D-15
Final Status Survey Plan Revision 0 Brook Reactor Facility Plum Brook Facility Final Status Survey Plan Revision 0 L(n (A (n (n (n UW
- 55tj ii iII jill I
i I 15I W
- ME II D I
IiI I III',--
4.,
I
,il Figure D Service Equipment Building Basement Elevation D-1 6
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0
- C,4 W) 1'1U 1o'
ýzz I
oun Figure D Fan House 0'-0" Elevation D-17
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 4,0 ClfV)
V)V )f (I)
-j -j-j t'-
z@
5 3
Figure D Fan House 0'-0" Elevation D-18
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0
'I' Cf (Al0 (n (ALUn
-j
-j
-j IT~
3 S
If.
II 52Z ZI i2 0
Ii Figure D Fan House -12'-6" Elevation D-19
Final Status Survey Plan Revision 0 Plum Brook Facility Brook Reactor Facility FinalStatus Survey Plan Revision 0 t
4-- (A C14 W)-
(nlV V) M0W Iii Y.I Ii 1kl I 1I Ii Figure D Waste Handling Building Roof Elevation D-20 I
Survey Plan Revision 0 Brook Reactor Plum Brook Facility Reactor Facility FinalStatus Final Status Survey Plan Revision 0 1- Cfl4 V)
V)1n z
il
'U ii Figure D Waste Handling Building +9'-0" Elevation D-21 I
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 M (n (n)
(n (A U)
I oil low zol
[I 311I 1
Figure D Waste Handling Building 0'-0" Elevation D-22 I
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 N .0It (n U) a
-j z
!I ii.
N w+
Figure D Waste Handling Building -13'-5" Elevation D-23
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 NASA GLEN KMEINCKMm PLW ERO STATION SAMMMOWO PRIM Y PUP HOUSE BUILDIN Me. 1134 F2a. RPoeHv Figure D Primary Pump House Roof Elevation D-24
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 NASA BLINN ESARCH CENTER PLUM BROOK STATION BANDUIJKY, OHIO PRIMARY PUMP HOUSE BUILDING No. 1134 EIOV. +.-3" Figure D Primary Pump House +7'-3" Elevation D-25 I
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 NASA GLENN RESEARCH CENTER PLUM BROOK STATION SANDUSKY, OHIO PRIMARY PUMP HOUSE BUILDING No. 1134 Elev. O.-0 Figure D Primary Pump House 0'-0" Elevation D-26 I
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 NASA SLENIN RESEARCH CENTER PLUM ROOK STATION SANDUSKY, OHIO
=- CLASS 1
=CLASS 2 ICLASS 3 PRIMARY PUMP HOUIS BUILDING No. 1134 Elav. w4r.
Figure D Primary Pump House -4'-0" Elevation D-27
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 Plurn Brook Reactor Facility FinalStatus Survey Plan Revision 0
-N W')
0 0 0 0 U U
Ol~fU L
I~I
- 111
- 1~S E
0 IfIIi11 0
0 C
0 e
9 6
I 9
9 0
0 0
0 0 0 0 0 0 0 % 0? 0 Figure D Reactor Office and Laboratory Building Roof Elevation D-28 I
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0
- 0 W')
W(A (nU 0 0 0 (A U(n 5:5 4 LIII 1;i
- 1 0
Ii.
I e ii 8 0
[]
e 0 0 0 0 0 0 % 0p 0 Figure D Reactor Office and Laboratory Building 2 nd Floor Elevation D-29
Plum Brook Reactor Facility Final Status Survey Plan Revision 0 Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0
- C*4 ")
wS(nUIf II a A a
e 0
r R o O 1 0ao Figure D-30 - Reactor Office and Laboratory Building 1 't Floor Elevation D-30
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0
- C4 to 0
z
- 3 16l K
03
!iii z-Iz e 00
!L 13 0
~1 S
& @ @ 0 0 D a 0a Figure D-31 - Reactor Office and Laboratory Building Basement Elevation D-31
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 (j, 0J I
-J I
j: a Sz I.
a Figure D Hot Retention Area D-32
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 NMmmin 11m nm-U
,amu fMdis Figure D PBRF Environmental Areas D-33 I
Final Status Survey Plan for the Plum Brook Reactor Facility Attachment D Illustrations of Survey Area Classification
Survey Plan Revision 0 Brook Reactor Plum Brook Facility Reactor Facility Final Status Final Status Survey Plan Revision 0 84 UV)(nV)
In V) V) (A Figure D Reactor Building Roof Elevation D-1 I
Plum Brook Reactor Facility Final Status Survey Plan Revision 0 W ~V) 0 000U II a q-3i I
J*
II Ziia jt Figure D Reactor Building Mezzanine Elevation D-2 I
Survey Plan Revision 0 Facility Brook Reactor Facility Plum Brook FinalStatus Final Status Survey Plan Revision 0 dli" \ka....
I u Figure D Reactor Building 0'-0" Elevation D-3 I
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 Si-
~-CN (n
I V) V)
-J a W.
BIT
-F
[r II.,
1I.~~
2 HIa WI IL -4"-
II
/
/'
Figure D Reactor Building -15'-0" Elevation D-4 ]
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 Oli U'.5'.
iji?
Ii' 0IsI Zi Figure D Reactor Building -25'-0" Elevation D-5
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 Oil Ir.
i DII 111 110 I
'Ii Eli I
Figure D Reactor Building Sub-Pile Elevation D-6 I
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 LfV) V)
LfV)W V 0"
000ý !
=V N
Iii Ii,
__ R D[]
I,'
I II Figure D Hot Laboratory Building Roof Elevation D-7 I
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 Plum Brook Reactor Facility Final Status Survey Plan Revision 0 W)V) V)
Oli g Ia Is'.
i1 i lL nI 5
.2 Eli Figure D Hot Laboratory Building +11'-6" Elevation D-8
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 f~V)V) V)
I0 ZF 1Ir fiii II I I I I I I i -I D I I I i Figure D-9 - Hot Laboratory Building 0'-O" Elevation D-9 I
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0
- N r-V)V)(A p
I.
"i IL Figure D Hot Laboratory Building -3'-6" Elevation D-00
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0
-NIn)
(A (n V) 0 00Q Oil I Zi D
Figure D Hot Laboratory Building -25'-0" Elevation D-11
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 I
I Ii j*i Ii' I
Figure D Service Equipment Building Roof Elevation D-12 I
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 (n (n V) jjU 000 Za oill I!
Fý,
Z 0
I-ISO 0
IM onR 75 0
4)a 0.
Co Figure D Service Equipment Building Mezzanine over Addition D-13
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 Oill 1~~ C1DPOr V) (n V)
Zii 4 4ý F D Si i ig M i Figure D-14 - Service Equipment Building Mezzanine Elevation D-14
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 zS
-Ii UI ii' I.
Iii I
U=
Figure D Service Equipment Building First Floor Elevation D-15
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0
'- N W (A(n V)n 575 i V I
II iii -
I II Iis 1
- "1 Figure D Service Equipment Building Basement Elevation D-16
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 y..N PI (n (A (n LIIA 4x1M ad F~
112 ZI1 Figure D Fan House 0'-0" Elevation D-17 I
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 bi ze BI Figure D Fan House 0'-0" Elevation D-18
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 ClfV)U V) 000 aI.
ze'
- 4 I!' to z NJ 1
I Figure D Fan House -12'-6" Elevation D-19 I
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 0 n (n(
IK F
I ii Ij Ii I
1I jii I
Figure D Waste Handling Building Roof Elevation D-20
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 Cf(AL(n )
I sib he I12 Iz Figure D Waste Handling Building +9'-0" Elevation D-21
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 1 71 4,C* W C/)-(A-(
z Cn000(
K0 0U Ni lab 3
I12 aI Figure D Waste Handling Building 0'-0" Elevation D-22 I
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 4L'J) (n(
z V)(n V)
LN~~U +I5:5 3w Fr .I dI .,. . ......
110
.In E
Figure D Waste Handling Building -13'-5" Elevation D-23
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 NASA GLENIN RESEARCH CENTER PLUM 51OOK STATION ShNDUSKY, OHIO PRIMARY PUMP HOUSE BUILDING N@6 1134 EFa. O-Figure D-24 - Primary Pump House Roof Elevation D-24 I
Plum Brook Reactor Facility FinalStatus Survey Plan Reyision 0 NASA GLENN RESEARCH CMTER PUM BROOK STATION
&NUnlSKY, OHIO ICLASS 1
=CLASS 2 M CLASS 3 PRIMARY PUMP HOUSE BUILDING No. 1134 EIev. +r4" Figure D Primary Pump House +7'-3" Elevation D-25 I
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 NASA GLENN RESEARCH CENTER PLUM BROOK STATION SANDUSKY, OHIO PRIMARY PUMP HOUSE BUILDING NO. 1134 Eiav. 0-0" Figure D Primary Pump House 0'-0" Elevation D-26 I
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 NASA GLENN RESEARCH CENTER PLUM BROOK STATION SANDUSr*Y, OHIO
=I- CLASS 1 ICLASS 2 M CLASS 3 PRIMARY PUMP HOUSE BUILDIN No. 1134 Elev. W4r-Figure D Primary Pump House -4'-0" Elevation D-27 I
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0
- C4 W')
(A WlV) 0 0 o i Oill
!ii Al' III Ie 0
0 a 0 0 a 0 % O a Figure D Reactor Office and Laboratory Building Roof Elevation D-28 I
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 N W) 0 0 o g Oil "I~I in!.
0 Igo
!ii 0
0 0
ji-Be e e 0
0 8]
0 a 0 0 0 0 % 0? M Figure D Reactor Office and Laboratory Building 2 nd Floor Elevation D-29
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 S' 4 b Oli a
0 0
0 S
IZ 6 e
S e
G 0
0 a
0 S 0 a 0 0 0 0% 09 Figure D Reactor Office and Laboratory Building 1 st Floor Elevation D-30 I
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0 W
(A V) (A 000 V.5 I;
0 0 10
!II 10 /1 4L 6 114 114 13 0 C 0
116*
0D @) @ @ 0 Q) 0 (D0 Figure D Reactor Office and Laboratory Building Basement Elevation D-31
Plum Brook Reactor Facility FinalStatus Survey Plan Revision 0
/) V) V)
JllEi I I I
Figure D Hot Retention Area D-32 I
Plum Brook Reactor Facility Final Status Survey Plan Revision 0 WIA~UuTE
-'em 1anad I"Mlt Figure D PBRF Environmental Areas D-33