ML16293A182
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. I Reference 1 0 (Part 3 of 3) -
WNYNSC Off-Site Radiation Investigation, Volume Ill-Technical Data Annex (D&M, 1995)
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Reference 10 - WNYNSC Off-Site Radiation Investigation, Volume III New York State
~nergy Res~ar~h and Developm~nt Authority
'Western New York Nuclear Setvke Center Qff-Site Jl~Qi;!tio:p Investigation Volume ill: Technical Data Am::1~x April 20, 1995
~DAMES & MOORE One Blm~ Rill PJaza, -Suite.530, P.earl River, NY 10965
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eontact:
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PrqfectMa1lt18er:*
- <:Jontract.Numher:*
brunes ;'&. JV.i:bote
- ,6ne,:Biti~.Hilf.l>iaz~Bum~:.ssn l~eat{ru~er, *N¥ iosi6s * * *** **
- Martin J. 'Willett
- 2:.*o*o* *3*: nni:R* WM,
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.~*vy--y-Task Order :D&'M:;92~3
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.. ~diaf,iqn:i~v.¢Stjgation qis<:.~sectjnJtµs:~P911 ;isJtilly*pesftib~)tl ~.
sepllr~te volq.p:ies V(\\l~me I: Suimrary i?_$1Pdrt. Aprtft9~~
Volumell: TechnicalRep6rt,Ap$l 1995 Volume.III: Tethriii::alData Annex~ April 1995
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-~!ELD iNSTR.m.mm'nATA QUALITY A:SsffilA'.NcE *.*.*. ; *....... ;.. A".i ENCLOSfri.lES......... *... ~. *.. ' *..*.. * *.*. " *..... *. ;. 'A;;.;t coRllliLATION OP lNSTRuMENI' lIBsPONSE TO SOIL ;RJ\\IlibAcnVITY B:-1.
-~
DATA FILE MANIPIJi.ATidN' AND-MANAGEMENT.........,. -....., *. c~t
'TIMED INTER.vAi OR INTEGRATED COUNI' DATA. * ~ *:. * *' * *.
- DOSE RATE OR BlCRON DATA........................ C~2 liNqlj.osUREs. ; *.. *......... ~ ~- '-. !
-~ ~.~ _.* r.* _." ; -~ * ; * ~ ** ;, ***. c;,,2, PROCE.SSEP PA'.I'.A FJL~ YMIDATION PRO~tl"RE...... -*..,.. C..:4 soiL 'SAMPUNG' *AW AN:.~LYSIS REsuLTS *.... * *.. *.
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--~~~r:>s_, -~..,.! *,
~---.- *:_
- _. -.'. * -.*,.*,_ * ; ':*.:.*,.*..* _ ~..... * ***
', :-., -~., *, J)-~
- DATA-QUAIJTY ASSURANCE *........*..*..,.*.*.*..*. D-1
~-:~!:J~T':)RY ~;Y,A:I:~V.A'TION.. :. !
~- ~., ~ ****,
Il-~
INTER'"L.ABORATORY *EVALUATION,... ; * -*..**.,....... * ** D;..2
.f.NcLOstilU:S,.. *. ~..... ".... ~** ~ -.. - ** ~".. **... *. '. :~. ~. ~~.. *........... c
. P.~3*
LIST OFTADLES
~or~ Qf ES:r-~,JnStrµmentSti!li$/"CJse and patii)vfefuocy Lo~
Fil~
~....,.. A*.~
Timed in~gtated*QA.Grids.*.*...........**... ~-.....** *.*....**.*. A.-t3 Wallrover QA Gri~s **.. * * *. :.* ~,,....,...... " -~... *. ! *, ; * *.. * * * *.., :.*. A-:'18 Rq,eat~ B,i1.:r9n Qrid.s, *, *.**,;..* ~- *. ~ ** -*~ *.. ~ ~.,,.*.,. \\ ! *** ~ -~ *, ** *A-22.
Primary 'Jristtument Conelatioii, ~P-2 SN,()101 *........... ~ *...*.*,.. :* * :; ; ~3 Correlation.Factors for Secondary Insfruments Durfog Fine Grid. Survey
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. LIST OF-:TAB~.
,((;fin~~e~)* -
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- tnsiroment.Cortciati.onr BSP:+/-~ SN'070l;;.Oi~S~p:-:94 Instrument'Cotrelation, F.SP.,.:'.2 SN 070~~ ~l4~S~p;~;i4
- mS:tt:uiTi~rtt,oo,~~~tjqrt, ESP*@ s~ 077~, J4~~¢th94 ;. ) *. :*c:;*.;: ( ** *~
-~ ~<:** ;_ * * ~ *; ; :, :;~ ;a,-'.JJl Ji)~bii.m~n~.G(>g¢)#µqjhJ~$P~4 $~ 09JJ, ~8~S¢!)-94
~- *,.. ~ * -.~ '.
-~. '. -~--. '._. '... "**" B'-17'.
Iits'~ment.Correfu.ti<>n,_:*,ES:P~2 sr.f 0101 1 J)jz.oet:-9.4
~
~....*.. -....... -............ ll~l4 J~~@m~n! -~_qtj-¢l~tid.P:.J~SP~g ~N }~74, 94.;:Q.£t-9~ ;* ** ; -.~ :O;*f.:, i '* : ' -~ ' {'J ;*'.~ :*. -i*:;B.-);~,:
lilsifti.roent C.9freiaP.9if, £S:p.:4, ~N Q7Ql, :u;;o~~.,94 *,..,....,_..**. -~,._,......... _
.,_.*... *.. :a-2<<>
1nshument Cottelition~-ESP:.1. $N-C)911, 12~0Ct"'9A.................,........... :B.:.22_.
1ilstrument Correiatfon, _':esp:.2 SN-0764; :26.:-;dct.4:4.... * * :..-. * *...,..
- _,. *.... 13~24
- rp*st,ruftW:l1t. @C>t,:re~~tlo~~,;~~"~:SN 077~, ~~q¢t
... ~4 * ~--.* !. :.~ * £~*; ;.* -..*** {*.~~ r i *. * *..*. }3~2_6:
In$tro.ineiit GO.r.i'¢Iaii9.i},:ESi;>-is~r02n.*~&:o~t~94., ~,... "'**.. ~....... _.,. ~...,:B-2~:
Summa~r:Table::oilntew.reted 'Instrument-Rea<ling~......................... x~~6' summ.~:'Ta.bie.of~*nose ~-Readings*;. '.*... "' *.* *,. -~.*,.. ~ *,.*..,,.~,.., -..~... c42
- netitiled.(lfios used *to Evaluate I.1X;al Scille o ** sinon Vanation.. ~ ~..,..... -*** ~ *.*,.. -n::.2:
_._, --....,,.... _ - ;-~....
Phase ;Idfoil'Acii.Vify, So~ }by 0~ati9ir Code. -*..... *.....-,.......,... * *-.. *... ". 1)~5 Pfutse,*I: 'Solf Activity Soited by :Loca.tlon'. Code;; A:d<iitional Isotopic Analysl.s * * **.. * *..D~S
- Phase-ii::~ SpU A¢f.iVity ~oited:. ~Y. :s_ampi.ing *.s~~i}ce,
- _,.* *-~ _. -~: *:. ;. *.
~ * ** ** ",, ~-.... n,.1 Cf.
. Pb~ 'Jl:: Soil t<\\~tivity sottaj. by -QWility 'i\\S.~ni~ce Code -fot c;O,,nipari_~n.., ; * -~" r !,, p,.79
- 'Laboratory -~rs1s. Correl~u9n File Pb,ase 1: ear$e Qri,d-Stn'Y*Y.,... *. '*.. * *..
0'.'.'~5 Laboratocy Amil.ysis '.Cfortefation File PhaseIIrFihe:Gnd-SUFVey.
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.Ifi.stJ;Utrjerit '.Re,~qs~j.(;:_h¢cR, )~SP~'.4 S~ 7()l, Soil.$oµ:rce msttument*'R..esponse.;i2h~:k~. ES:P~2 SN 764-, Soii '.'source; 1nstrurnent R.esponse.:.Bheck.~~ ',ESp::.2' SN FtvJ, 'SoiLSource JIJ_Stt,iiJl!~.n,t.:.'.~~PQh$¢'. §.fi~~i.:J.a$p;.~.. $~ *9 JJ,~~~il:SQlll'.~~.
- * * *,....*.. *. *:.*. * *.*.,.*'*'""' * *. * *. A""S.'
~ '. ** -........ ~A.-6'
.A::..7 A-:8.
- Jti~~tjl~Qt.~~n~*,qij¢¢~,.~::.2*,s_N l!i7~1 Stjjl Sq~t.¢ * *~. ;.;, "! ~- *
- ~ ** ';':'.!. ! ;
.~.. ~.:
A~9
~.tilstrutn~nt}{espcm~;Cheq~,.. BiCron $N\\~.s80N....... " * *... _ *. * *....... -....... :. A-::.l()
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fnstrument.'R~sponse**~heck~,,Bforon §:N'M23M:..,,,.... ;..., '*..,.*. '""..,... '.*.A~ll
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- tn~~'.\\lffi~i,1J<B~$PQl1~'*G~¢¢~,:)3~~~0~ -~~ A.$~2N i *,.* :*...,. ~. ': ~ * \\ X'*"* *** ~ ** ;*. **. ;*. ~* ' *.*..A-12 J~~@~eri.t GC1~l~.~pij, ~,:tl\\r Q7Ql, j;l¢~~o(At ~* cm ;DG~;l ~a;iid pJ;i.Q4 r,~ ;.. :; i '~*.* * * *~
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IDstruI11ent, Correlatiqn, SN 0701; :()2,;S~p.!94..........*. "'*.... *......... *.... B,;:7' instrument-'Correlation',; SN O'Zo i, "1. 4.&Sep194 *. *.... * *.... * * ".* *.......... *.... 'Bs9
- I@tm,t;n¢IJ.f¢9rre1~ti.<>n~ ~~ Qj~µ,.*i4'.7.sep7Q4**~ ~..,,.,.'... "* ~* i*.~ :*.* ¥: ~ ~* f *~.**.* :.*: *** ! z~ *i.B~'i~'i I.tis.@ili~.t GO.i:t~l:;i.ti.g1,1, ~N Q?Jl, g~~~ep79
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~*.~ *.; *~ ~.** :~ *~,~ > *.** f *:*
~ * : *. *,.; ;. ~ :*,,~ r~,.:13
.Instrument Correlation,* SN 0701,.oJ;~t.:94.. *................... *.,,..... 'a-15 Instrument Co~fu.tlon-, SN 0764; '.b3~oct.:.94...... -.*.* ;, * ~.............-........ ]3,.:fj'
µ1~1;4m~#t G9i~~~n\\ s~ i:~?4~-P-~Oct.~'9.4**.,. f **.-*> *. *.~ :* :~ '*.-.,~~ ** * ~.~..,.... z.,,.~.* =,;,;a-(9 Irist:tlrrr.i~rit :c9#elati9ti, SN 0191, ll~Pct,9.4...! *
~ *
~ **.*,
- ~""~l tn.strument Corre1.ation,, SN l l, l~~Oct794 *. *.... *.......... *.......... *... 13... 23
~strurn:¢nt ~9i;re1atior:i; $:N 9764, 2,~oct~?4 *~ * ~:.... *... ~., *.. * -........ ~...~.*..... 13.,.25
- In.. s"tru.
- m* *e****n* *t* C**orre1"'*tt*o**n**. SN* O* 77?- 2"'....,>.:.t:.;94
- ** * * **B.:.27
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~.,; ':-~;,.~!'.':di~~**-........
Instrument (!:o~latiQn, :SN 091 l,.2~f)ct~94.... *~... ~. ~....
~...............,B-:29 *
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LlST OF FiGVR£s CContlnuecl)
Title
' IJa-W. File Mfillag~fu.e:M m~~' Cpan *. ' *. ' ',; _...... i.,i
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Pi¢esS Data File V~da,,tihn RecQI'd. *........... -~.*. ~. ".*** *** -~.. * ~. *. *.. ;C*5.
'W~over ':Patterns and *Systematic Locations in the fine Grid..........,.. *.... :D-4 t.abotatory*Analys1s *correlation, Phase t: Coarse.Grid Survey
~.........*..... b-26' iaborato * *
- Anai** Sis Cortclati.on
._.,... ry -*. Y..,..........
llite1t!J!u~(1Jf*m.e:rf~ Pata* 'g~~li~: :.1i~ss.r:t/tance
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Overview of tlie Technical Pata Ann¢x TAB A: Field fustrument Data *quality Assurance Instruments were calibrated and win.dows._peaked:to the*:garnma :radiation from a Cs"'.131 source l:>y ex~r.ruµ ~ljraP,on. lt:>~'tpti~s:*
1 :&tcli ¢Ly.pefote *us~, i.P~trume,nt. operatioP. arici *stilbilify were ~erified with measurement:S 'of tWo.reference *oources2 o:f ds-f37 and ilie :ambient
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back:ground in :Sprin~e,.NY, approx1mately ;6 :km north ofthe lrivesti~ation study ar~.
.Staoility checks were perf'otme<l before and after 1ea.,/ing i:he fieid, when breaking for lunch and,
. at the ~11~ or the day.
- Inst;rumez:its we:re chec~ in the l1l¢ in whic.~ th~y *W~ planrtet;l.to b.e u:~, elttier.. bY.~~urnula:tW& 3,P s¢cmg ¢~JiptS,,at)n tb¢ ~~~Ii ~~t ta~.:rrjo(f~.
th~,
readii\\gs were r~rded on.field log sheets *.,Data 'from the :field.log sheets.has beeI:l compiled
.mt~>> a ~i>r~dsbeet me :by.~~ qf u~; m.$tru.~e~t.ajld ~uiee/~c.k.groun~.;
'To veiify measurem~t reproducibility.an9 instrument stability in we fie14, ¥J?Qll C<:>.inpl~ti.911 gf a 'J;>ltjc~ of25 JO_ m~:x.'l(l'P'l gijds, the sprii;yor r~surveyaj th¢ WPfil gp(l -Q(ih¢: b\\ock Ttt~
- reswted in a quality tt}:survey of appro:titnatel.y :4 % *of the grids *sui:Veyetl. The downloaded data.
file,was ~yt~wed fQ ~m.pare tlie inhia,I.~ci ~urvey qata.. D~fa frOIP. ;~~ stabijity ie,sufyey5.
restilted fu re"ecfion.of thffdata necessitacln *
- a.re.Sti.rV~f of the bloek of i5 * ** *d'.s. A listin of
...... :-.. --..... a.,_......... :.. --*'.......
...... g,_*... Y,................... gp. *-
- the lnitial and resurve,yed. data :for accepted data. is provided,. as wcll as a listing of data files not
- u$e(l.
._Af!er the fidd portion of the investigaticm was *conipletetj, all *field. :ta files *w~re vatiga~
.o¢f.ore *.thelt iiielusioti into. th¢:'~ccept~ qaµl -.$et.
Yal.\\d~tjo11 ~etl~ ~* Jn the ~~hni~~
- Work Pian. the essential parl *of the validation procedure was -a review of the. electronic* file with ti\\e *field k>g of th~ ipi@ rea,ding Jn each gti~. ~<> eilsµr¢ Uiai ~ta w~ ::J..S$igrlet;i tQ ~he app,topriate*ltri<t-A. ~opy:oftlle V~cta#c?nf<>rw is ptov1d¢ in +A.BG.
Plots *of.the.d.aily..quality ass\\lrance nieas~ments, ~¥ instrµ;m~t IP.ld ~source.
- Tabi~ (,)f :
.. grid:tte;$tt.f.Veye,d to.:verify~jnsttiu11~n.t ~PP.ii~ staj)jli'.t:i
- Dam.es &. Moore iristruniehts iNere calibrated by GTS Instrument Servic&s, *pirtsbmQh, PA.
Instrument~ supplie(j by th~ WVDP :V'e.r~. ealibratec;I 9Y wv.QP.
2 A high count rate1 button check source, nominal activity 1 microcurie* an~ a low activity bullc, s~l.lree of 95(),grams of.:;oil 'iri a pla~ti<:: containet1 rigmin~I activitY. 6 pCili;i~
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- r-::J.* ' :---1 Record of ESP-2 Instrument StatuS!Use and Data Memory LogXXX Files Date SN'701 SN764
. Aug 3 l
. at GTS fo_r re,pait not used i;i.ot used Sep,02 J9giz3'; correlate at DG#l
- shlp to vendor for repitir*
Sep.06 *. IogJ25i.logl26 not available
- se.p: 01
- 1_og121;.'.fog 12s
. not.available Sep 08 logl29; !Ogl'.;O not available Sep ()I)
Jog p 1 not available Sep -12 fog132; logl33
.not availa~le
.Sep 13 logl34.i 1ogll5 not available*
- Sep 14
- fog l36;.log137; no.t available.
corre]ate at bG#l Sep 15
. log138; log139 not available
[stop o,s;,m heigMs11rv~yJ.
- Sep 16 J0g140}krgl41
.not available Sep19.
fog142~ logl43...
- toWVNS.
. not available not ava.ilable' S,ep:23 logl5q; rain in p.m.
. not available
.. Sep 26.
not used
- .. ri.otavailabJe SN773
.toWVNS
!JOt available not available c~rrefate at DG/l.l dala:not used
[1Qgl3l;c~ogp2J
. logl43~ rain in p.m.
. not uiled A-Z SN 911
- --1*
SN1~74
- i
Date SNVOi SN764 Sap27
!ogl52; 'logl51 not avail.obi~
Sep*28 log 154~, log I 5:5
, not-avaiJab[~
Sepr29
- rain
'not avfillahie
- ~pJO fogl56; fogJ.57 nor aviiila~le Oct 03
- ie>gl'58; logJ59; lqg160
- piclt up front WVNS correlated at DG#i Oct*04-HV fail 'duri~g walkover
- corteJated at'DG/11 rej~f data [logT6lJ Jog132;* 1ogn:.:r oCt05 to GTS for repair lqg134; logJ3S Oct 06 not available*
logl36; lngl37
- Oct 07
- notavaifa.ble HV'faiJure donQg willkover,: datu lost OctlO rec'd at Springviile not.used Oct.ll Correlate at DG#l
- logf3&;.Jog 139.
Oct12 fogHi3.; log~64 fog HO Oct 13
. Jog.165; logl66 log141;Jogl41 Oct14 logl67; logl68 logHl; logl44 Occ1:1 not used
. QA Reipoi'.iiiefttikreJ~t..
datil: [ldg.J 45, log-! 46]
- ~
SN773 log144i.. log 145 l~g14ti';tp~I47.
.rain 1i>gJ'4s;;logl49 logtSo;*JoglSl log152;* Jogl 53
- lpgl54; logl55 data lost on downioad
[logl56J;* fogl:57'.
. logl58;*fogl59
- -random:shift fu mode.by
- onfciff;.,.not*'ll~..
logl60~'logl61 *
,fogl62:
- , ~og163; log164.
' li:igl6~;*)ogl66
.data lost ori downlOO\\d
[JogJ67];.l9gJ68 A-3 i
SN911
- sN1674 piQtup at WVNS..
Correlase e.L[)G# I.
- -.,.¥
- notu&M
- not"used
- JoglS?; fog160 rec'd at Springville QA.Re.sp<inse Fail, dillii.
- correlate:at DGfi'l
'. ~J,oot~r llog'J 61 ;: fqgJ62]
QA reSp-Onse fail, &ra not.used reJootea;. (fogf63l t0 WVNS. for ref)a'.ir log135; logl36
. not t\\VailahJe fogl3h Jogl3B not avnile.hle "fog139~ logl4(l pickl,lp from'WVNS
... JOgl4.J~ log.142 correlate iit DGHI fogJ43; lqgl44
- notu~
QA Respo~se fail~ ieje.::t
- data[log14S; ~ogl.:16}
not used return to vendor log164; lo~l65
. not available
- Date SN?Ol Oct18
- log 16~; fogl'.iO Octl9
- R.Oin Ocb20
.log l!I; fo~l72.
0ci*21
-log173;'1ogi14 Oct22 logl*15; logl76.
Oct23 JogI77; 1og11s Oct24 QA. response *fail reje,ct:data Jlogl79] _
Oct2.5 not used Oct26
.not used Oct27 notilserl Oct 28 : 'n_ot used
~------------------
j""'---<
L.
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Record of ESP-2 Instrument Status/Use and Da~ Memory -LOgXX:X. Fiie&
SN764 SN773 SN*9ll not used iostrµmeot in:vmmg -nlode notus,eid teject dat.aJlog 169}
notuBed*
n.in rliiil Jo WVNS for repab:.
logl 70):1ogl n Jogl61; fogJ68
. not avallabie log.I 72} Jog_l 73
- 19gl69; logi10 aOt* available
',' l(lgl74 no'tused
. notava:il_able
- not:used not used aot available.
- log175;:. logi76 no't uSed pickup from WVNS log 177; loglSQ.
not-used
[n6 datit*logt7S;. logW9J
- to/frotn WVNS.for reset
- correlated at DGUl
! correlated at* D'Glll
. correlated at DG#l log 1.47;" log 148'
- !ogl'71;.1og174-
, logJ-49 log181 Iogl73 aot used not used not.used A-4
--r J
SN1674 not av.ailable llofavaili!Ble not:-available
- on.sill>>- not. used-.
aot used not.used not used nor.used nal__USed not'tised not used*
- 1.
WNYNSC CJff*Site Hadiati'on lnvestii;}'atioo.
lnstrumertt Respc>>nse *Che*cks 150-+------+-----i~ Review,---+----~~~--*------+-----+-----r~-----i 0 M Data 26-Aug 09;.Sep i -+- Soil Source I 23-Sep Date of Use A-5 07-0ct 21-0ct
WNYNSC Ott~s:ite=:Fladiation lhvestigatiort 1n*stru*ment Res=pon*se Ch.ec:ks
.Ch "O
c: 180--+-------+----+-----+-----t--------t-----i'---------t----r---------"-1 0
0 Q)
- ro 0
C"".>....
l50.-+------+-----+-----+----+------t-----,--1-----+---~"'--"----+-----"'I control Limit t20-+------+----+----------~--+.-----+,---+----'..,-.:-:v--]*Fill--~~+-.
-_---=1-'--~. -~t..--....,..__,__,,,_.__i\\______,j.;#..
a 1-------+-----l----J.--~---=..;.~---l----'--~~-r--~-+""".1
......,.__-_---f. ---4*
____;,+~+
(.)
Control Limit 6(}..+. ---4-------+------+--'--'""-----~_..,;_--+-----+'----11---"'---+-----:-t---'.--+----'.....;.......~
3Q-i---t----i---t-----1----t-<--------it----1'-----t-,
_,..f\\---1"--:
~ --+-~
, Do not
-Use
.. 0. J. I I I l I 1.9-Aug,..
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o2.. $_ep 1.6-S~p
-3Cl-Sep 1"4-0ct
- 2a~Oct 2'5-Aug, 09-Sap.
23-Sep:
01~0ct 21.,bct Date; of 'Us.e~
- I ~
Soil Source 1 ESP*2'SN 'Z64 I
WNYNSC Off-Site**Radiation* lnvesti~Jation Instrument R*esp*on~se -Ch:ec.ks.
Cantrel Limit
~~
+'
~-~
~t
.i*;,,*.*'
l i,,
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...:+-___:_____...__;i..._...;,;...___;_,,:;:___,;;..-+-"'----'-------i,...:...._--'-"---t-----t-'---'--"'"'-"---+----+---'-----t-"..P-1eJect -+-"-.,...__,.--1
- , Data 1'
JJ l I,r,.1. I t~***
- I 1 *1 ;*I
- 1. j,
- 1*1*1 I I I:':.;:.,. r I 'I. 1.
I T'I.I I,' 1.' *I* f. kl 'I.I: *I 'I 'l I* I' I*
ICC.I I I I I': '.I I 'lJ. l *,~'TI l *1 1.:.i.
. 19-Aug 02"Sep
- 16;;$ep 30.:sep 14*:<Dct 28-0ct 26-Aug 09-S~p
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Grid AVG* Grid STD MEJt;R~
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.(COl.JhtS) x y
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W-OUPS,WQ1 31... Mar.;;95 L
A-21 L_~ ----------
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inwument Grid AVG.
Grid STD Us~~L. u--- _OIA _
- LOcation
{utem/lir),
(1..1rem/hrL_
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- 4.o a.a*
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~P4t()B 4.3
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A8&2N AB8'0N.
A882N A880N A~82N A882N AaBdN; AMON A88~N
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AB82N A88QN A882N Ai182N' As23M ABSON.
A5.2:3M.
A5~3M AQ*3PN A882N s.;oups;wa1 NW 314Jq~
NW 3t410'8 NW 324108
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~4108 N.~
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- 0400s 3.
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'NW 324008 NW* 324008 NW 334008*
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NW 221.408 NW 30908 NW 30~08 NW 40908 NW
~08 NW 30868 43
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r Repeated Sic.ran g(ids Page 3 r
Instrument Grid AVG Grid STD METERS
. Ref'.% m(f Used.
DIR Lqc~tion (urern/hr}
(urem/hr}
x y
of AVG
[
A88oN NW 30208
~20
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17.1
.A8$2N.
NW 30208 5.1 0.9
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30.108 4"6 0.9
-10 30 26.7
"',I A9~2N
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4A 0.5
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- r.
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70108 e.. 1 1.9
-10 70 32.7
- r.
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s91oa 5.4 1.1
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[
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-10
.so
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9o1oe 4.3 0.9
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.NW 90108 3.8 0.7 "10
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.AaeoN NW 10010.s.
4:0 0.5
-10 100
- 22.9
- Me.~N NW
.10Q108 5.2 i.6
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-10 110*
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~-,'-..
~
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-10 t10
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- A$aoN NW 120108 3.9 0.6
- .;10 120 6.1 AB82N NW 120108 4;1 0.6
-10 120 L
ABtsON NW 130,108 4.0
.0.8
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-10 130
[
ABB?N
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A-24
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l(lstrlitnant Grid AV<?J Gnd _STQ METERS R~I% Oiff
.US~d.
DIR Ldcation. {urem/hr}
(u(emmr}
X.
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ABSON
'NW 1401'0$
3~9 o.a*
~10 140 L
-A~~o~
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40 3;&
A8112N NW' 40008
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- A8a2N NW-5:5 1.3 h
60 L
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70 22,.7 A8t12N NW 70008.
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- 4;0 0.8 0
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.sti'.il~*~ailioiteti~i~,,." *: '*
TAB 'B: CoITelatfoli of IDstrumenfRespon.se:tq 'S()if~~o~ctiy'~y The ESP--2 single ~;Jlari,n¢1 ~aly~r p:rQyides a respqnse pr9p(Jrti.9n~.ta th¢ e!)ergy.&llld n.~Irlbe:t
. of.pmma radiations *detected. The interpretation.. Of the instrument response relies Oh a lQlqwl~ge ()f:the geoiµetrical.:di~~l>ut;iQ~ o(th~:.~011ree bciij.g m~ur.ec.t Cajib.tatiQh Jaborafo.Ji~~
in the U.S. provide*caiibration With a pofnt source.* and :do nofhav~ m *extended geometty'soutce availabie. 'For the !>ha.sell study, 'in order to mf~ ground concentrai:ionJrom mea,suremenfS
.n~. the grpjlnd $Ur{a..re, the ms~*m~nttesl>O~~e ~\\,lsfb¢ corr~la,teci.~ tt,e fi~d to.lrn9Wit gajillld concentrations of Cs--137~*
Ihslii..11rient c0rrelatio1r is.accom lished>thrdti ha "rocedure *of e8t:ablishin the re, nse.of an
................................ *.......... P.......... g.... P........ *..............,,.,.,,g... SW........ -...
.fustrument (the primary.. fostrument) to known concentrations of soil activity, then *comparing pther instrumentS. response (the secondary Jnshumerits),to i:hat of :the primacy 'lnstiurrJ,~nt. T;i:ie
- rocedure 'is detailed iri the* Technical;Work' Plan. Briefl *.. the *oorrefaiion * 'rocooure' mvolVes::
P.......
,... y,........... _.. P.... "..............
- STEP 1 sTEP2 The ;pri.itl~ in.s!iumei\\t (SNQ7Ql) *was µ~ :at ~:OG#~ aru;I.DG#4 tQ* opt~In:
m~'1rern~n~,c;;ver $Pil:.P9~iti.(>ns.Prfor*~ :SaJiipl4tg!. Linea:t,tegression ~Y~
Was then used tO establish. a.corTeJ.itlon b.etween fruitrument response and the
~~ti\\1ty:concent:ratio~ in tli~ ~2." layer. r~~J~Y:.tlie Iabpra~rf A.: re'fere_n,~ rarig~_ '-"~ **ii¢~ l1P al~JJ.g :ro\\y. 3 iii l?G.# 1 :and the primary *insmmient was used to infer"the. ground aitl\\ifty concenfrafion at ll positions.on th~ row;.
'Wli~n* an.Ptb¢r rn6~rwas r~d~ fc;)t use :ii;l the SUr\\i~y. it, ~as ~n fg PG#3 and mea5mements. of gamma radiation *were dbtained'at the l i *poSitions.
Lin~ reg~siqn analysis was.tn~ ~.to. ~tablish a_, correl_atloil pe!V/~ii r~sponse_ <){ th~ se<>>iidary in~~¢~_nt arid -~~ :~ctivfty -~.~~ga~pn :In.frie*Q~Z" layer inferred.from the primary instrument.
. ~Res*µ1t~.and pi~\\1$sion The co~lation of the prirtim:Y mstrument"vas perform~ l>y meastffements a~ D(1#3)'>ri J4 July
-an~. '.a~ :00#4 ori ts. A.ugu,st!" the. data fot the pnmary *ifist:rument *correlation and subsequent secondary correlations is provided:. A graph illusb:ating :tne.correlation.relatioruibip for fue p~
11.i~i:riJiTient*i.S provid¢d iq figµ!¢ 4:5'.*
i1SiIJ.g Pearson's product moment method, amllysj~ i,JidicA~f tliat a sfatis.ti,~y.sigili:fi,~t c()tte~tion (a *~* Q:Ql) exi.~ts between th¢ C:ouii~s rtte.aSur¢d by.t pfinlai)'.instru.ment ~4 the soil acti\\iity in the 0:.2" layer:.
- Lln~ regression an8.lysi'.s *deteflrii.Oed that-* the correlitfon
~uation was Activity (pCif*).
=-= *count:S *.C>.o9o - tt39 [R"2..;;_.0341 (in 30 ~)
wher.e 0.090 is thf!slbpecoeffidi!nt in un~ts of (I>Ci/g) per:(coun~ in 3<l' s~oni.fs) and
- ~ 0.39 is the intercept coeffi<:ient-ii:i units of (pCi/g).
Usil'lg tJµS c9rt~lat.i9n equati,oll,,.one can pr¢dkt. *the Gs-1$7 'activity In the o~2." *scill layer with a value of counts observed in a 36.,second measurement at -the ground surface.
B.-1
I i
I l
r f'
- 1 **
r r:
l:
L
[
[
c L
L l
I.~
0 L
L 1be. ¢0rt~l~D_n cO,~ffJc!enl ~:"'2) is ~. measu~ 9f the _preClicfion :stren,gth of the.correliltion.. A value 'i)f*R~ ;.:: i.o a~bes a ¢rfec;:t'¢9rrelati9n while_ a value. qfR"'l: =.Q :iµcticates Jhci;t:
there :1s no cottclation between the paired data of observed *Counts and *~ll aciivlty.
The primary iil~~mf3~t c0rr~ati91t.in PG#3 ~,cJ P,0#4,~sultec{fn ~*'.C9trelati~ri *Coeftldtmt of R~ = 0;74, '.fhists:-mteiPretecito mean that 74% of,the.differen,c:e<bet-Necn the:observed and predicted '<;:~-l~7 ~rtcentratiDn*.m the *0-2 11 soil.layer i~ explaineci by tile regtes$i9n equation.
The unexpOOned difference could be due to physical factors such. as* *depth of the humus.;clay
.jn,~rf8.~ ilri.d 1'39io2.c:nvitY.ih.the l~yer(s) pelow ttte* 0::2 11 }ayer, a.s. well ~s.nrl)dom i,.oise fa th~
det:eeior electronic~.
The 9S % cqnftdence in~~ Jnc1icai:.ed *an: the gt-dph iII. :Figure 4-S ~nows the ~g¢ of the*
uncettainty*.in.the*torretatlon;*d.ueto the unexplained differencet due*to.$'ldom decay ouhe*Cs:.
J37 arid d~ lo randotn. f1dise slgO~ ~
'~e detee~. The lJllc¢aiJity"lD 'the actiY,ity.foteq1ref¢
@Di f:h¢ *co.Ul\\ts.: ~ges fro.tn. +/- 1/7. pCj/g near th~~~
'<~~f ~
range, (~t lS*pe;i!g) ~* + ~.l pci?~,.:1rear the enreme.9 {~t s*.and.25 pCilg). ::Fm inferred actlv.ities above 15 peti/~.(the 95-%
<;Qnfi.d¢nce in~al is *a:pptoxi~tely + 11.,16% ofth~ attiyify. As Jhe,total,oount; *~ the infe,rred ~t,ivlty ge,~ smailer, th~ tiµ~ty ~ a ~n:ertt of the activjfy g~QW~ ]Mger~ F9i: ~in@
activity concentrations,* e.g. 5: +/- 4 pCi/g, the.uncertainty.can grg:w IX>;+/- So%,.or more. I'fo1s th~ regressiqAfcon:eia!:iori eqµgtiQI1 j,s more pn;cis~ lit _eyatuanng :~.tiviti~ ~1;>dv¢ 12-~ PGi/g; At lower activities, th~ cot.relation. ca:rrverify: that.. the activity *]s iow, but* the.predicted v3lue could baye ~ J~ige coimdence'jnterv~for.un~$iitfy.
Five.F..S:P:-'.2 inStruments were used on the project Ciurlng the field survey. Two were supplied PY th~ ~ergy Au.;hotj.fy ~ontl;'a¢tgr, :Qame~ & ~dPre,.and three wC;re pto\\rided Jiy West Vall~Y Demonstta:tj.9n proj~, (WYDP). 'Pie~ns~mel}.tS w~re,cotreiated ~fo~ th~ ini~ U~,c; in.the fieM, *and the ¢orrelation. remained asSigned to the instrument so long as operational and stability
¢fieckS. pi;rloQl)¢.. b~c;>re c;Wly \\l~ wt'.¢ ~eptable~. When ~:Jnstriirnent. ffil,led in.th~ fieJq,
µf>Qn ~~1
_'fwf11.~i>a#" *~~ * ~~~~tipn,S,1JPpoI17 *the ins~ment was q,~ted again, prior tO
- use in the field survey,. Table 4-5 summarizes the correlation fac~rs for secondary mstrurnents u~,4U,rmg the stitYC.y *. I>~~ ~~.grapll~ *ro,,r ~ch :of.~t; q).l:r¢.13:ti03's js p~vid~~
.Enclosu:res
- Table aiid graph. of :PririlalJ instrument COrrelatio~ Da~
- Summary table df ~ndary instrument Conclation Data
- TabJe 3f.J.C:I *grapl1 of C9tre'4tion I;>a~ for: :~ch ~91ldaty i~stru:m.~.l)t
L r
L l..
r
[
[
r
[
l r
0 D
L L
Average Instrument
- Re!lldin9 Coums/30 sec
@surface @0.5m
@i.Om 83.6
- 101.4 10~ *. 9 120.5 143.~
150.. 7 162-1 115.3 169;0 142;5 194.9 150:8 200.0 152.7 200.0 151.9 207.0 1157.a 216.7 180.9 217.9 1$.7 270.4 176.5 Regression Output:
Con9t8rit Std Err of y Est R Squared No. of.Observations Degrees of Freedom X Coeffieient(s}
0.090684 Std Err of Coef.
0.014851 Couni.')
0*2'
(@ 5 cm Act~ity x
y, 50.0
&'3,6 7.22
,101,4 7.87 107.9 a.se 1'2o.s 10.'7 143.8.
1!i.7 1so:7 1&.'o 16a.1 10.0 169.0 12.0 194.9 18.0 200.0 15.0 200.0 17.0 207.0 22.0 216.7 19.0 21-7.9 25.0 270.4 21.0
.290;0.
~545.9. 225.05
~hin In Q11d 1F 5.f
!SH
- .~
.5F St)
SB 3F St so 9F
- stt
!SF SJ 7F
--0.38821 2.89279 0.741487 15 13 Primary Instrument Correlation ESP..2; SN 0701 WNYNSC off..S.He Radl~lon lnvestlgatJan GRIO; CG#3.&. D~
~137 ACtMly iri pc!/ g
-Laymr(ln) oQ 0..2*
2-4"
~*
7.22 1.. 86 0._21 3
7.07 4.31 2.:24 3
8.s6 3.91 1.12
- i
.10.7 4.96 1.04 3
15.7
~45 a.ea 3
16 11i6 3_43 3
10.0
.2.Qo 0.13 4
12.0 8.00 0.58 4
- 1ao too o.14 4
.15.0 6.00 0;95 4
17.0 2.BO 0.65 4
22:0 3.10 0.84 4
19.0 2.60 0;47 4
25.0 6.80 0:30 ii 21.0 7.20
.1.00 4
sum:_x =
2545,9 Sum_:ic:"'2 470050.4
_Suni_y =
2.25.1 Sum_j"'2 3797.3 Sum...;.xy=
2771.0 Avg_x =
169.7 SEE=
-2;893 ta/2""
2.tao Aegreeaion 9fi%
ACl.ivily Uncertainty y'.
x"'2 y>-2 xi.y E
~qs 2500.0 0:0' 50.o 4.166 7.J9 6989,0 52.1 90.8 3.199 8.81
- 0282.0 61.9 109.3 2.722 9.40 1Ui~2.4 73.3 116.5 2.557 to.54 H-$20.3
'1t:'t5 131.2 2~258 12.65 20578.4
~46,5 159.5 1.a*1s 1:3.28 22710.s 256.0 166.7 1.725 14.31 26276.4.
100.0 172.:1 1.632 14,94 28561.0.
144.o 181.0 Ui14 17.29 37986.0 324.0 212.9 1.804 17.75 40000.0 225.0 215.0 1.653 17.75 40000.0
.2B9.0 217.0 1.8133 18;38 42849.0 484-.0 229.0 2.008 19.26 46958.9 361.0 235.7 2.208
- 19,37 47460.4 525.0 242.9 2.234 24.13 7:3116.2 441.0 291.4 3.610 25.91 84100.0 0.0 290.0 4.182 22~.05 470050.4 3797.3189 2770.95 B~3 AclMty Rat!c,-to aumic. lap~
"-In lay*r 0-2*
2-4"
+a*
1.000 0.258
.0.029 1.000 0.548 0.285 1.000 0.457 0.1:31 1.0jJO 0,464 O'.o9i 1-090 o.347 0,043 i.OOO 0.'725 0.214 1.0QO 0.200 Q.013 1.000 0.657 ci048 1~o00 0.089 0.000
- 1.000 0.440 0.063 1'000 O.t65 0.038 1.000 0.141 0.038 1.000 0.137 0.025 1.000
- 0.212 0.015 1.000 0.343.
0.048 Slope
=*
0.0907 Intercept ""
..0.3882 R"'2
=
0.7415 y'-E y'fE
.o.Q2o 6.~12
.:,t994 10.:392 a:q~
11.529 a.84o 11.953 8;282 12~m 10.837 14.467 11.553 1s.oo3 12.680 15.943 13.324 16.551 15.462 19.090 1$;886 19.632 15.869 19.632 1~.375 20.392 17.056 21.471 17;138 2Ui06 20.523 27.743
- c1.12a 30.0~
r---
J
,_.. :t
~ ~~
~ :----..
~ ~-* ~ *~
.i:
~.,___...
I.
~-;
~
WNYN:S:C: Off-SUe.Radiation lnves.tig:ation I nstru m:e~nt. '.C:o*rre.1-atlo,n
- ~*~--.;."'
Activity = 'CbUotS '* O.m:!O,* 0.3!;)
, /,,.,,...°""
1--+----.+-.....___.:,.1...
t---
.(t)
T"""
. I en 0
(p'Ci/g)
(in *a:o-~:s.eq) [AA 2.'== rl74J
.. /> __.....,..,
95% 'Confidence*
- lntetvar 100
'l25:'". 15.0 t75~. 200 225 2*50~. 215 300 E*SPOQ2.read:ing [counts/30 'Sec]
- SN *0101, detector *at 5 cm... OG*#a. and 06#4 B-"4
r*
r f:
[
- ['
- .A
[
[
[
L L
L Table 4..:5 Correlation Factors for Second,a.ry Instrum¢nts *Dµ.rin~ fin¢ Grid Survey Date
, IriStruuie.nt Slope CoeffiCieJ?.,t 1*
,,. Serial Number 0.0931 0773 0.178 0911 0.0762 03.:0Ct-94 0.0836
(>.0755.
- ~*
-*-~---*--.--,. -~*
1674 0.0649
--~--
0101
- 0.0928
~-- -... -.....,,_:,_ _______ :_ **-*.
12-0ct.:.94
.0911 0.0367 26;-0ct:-94 0764 0.0782 26:.oct.. 94 0773 0.142 26~-94.
o91i 0~1$()
- futereept.
Coef:fjcient 1
+1~33.5 1.388
~.89
- ~'*.-, - -""
+3.i9
+2.44,.
f~.05
+2.71
+2.54 f~,29
--0.55
+0.63
~
R.~gression.
Coefficient*2.
'0:98 1.00 0.86 0.9,7 0.94
(),94
- o.95' 0.95 Q.94 NOTE: 1 2
Linear Regression E:quatio11: Activity (pCilg) = slo~ *.counts m 30 sec + Inten:-ept Signi(ican~ linea:: :comiatioµ at m= o,oJ)~vel. R"2 fil;lar.LO ~dicates a stttjrig correlation, wbile,R".Z near o.6 inqiC;i,tes little or no.correlation; Primary instrument :cortelated. to itself, B-5
r
[
0
- r
[
L' r
". J
-*r r-L L
[
L L
L L
WNYNSC. Otf-:Site Radiation Investigation.
INSTRQMENT bORFfELATJb'N DG#1 Counts* iiY:3o: seconds W.ithin 5 cm bl ~i,111ace aA 137 4A
.192 l97 38' 123
'48 167 i42
'3C 160 4R 18§
.182 30 24;7 4[)
2ss.
265.
- .3~
as
'41; 22&
~o~
- 3F
?~f:>
4f 119 11~
-~h 347
.'348 4G 262
~ti4 31-j
~$8
- 4H m
?4:?.
~*
Z43 41 152 134
- ~
275 4J
,236'
- 224 3K 170 4K 23~
2~
location Count Activity
@5cm
- x y
- Y' x"' 2
"'2 y.
55 6.46
<3025.Q a.a 3g 85.0 9.27
~t~s 72.25.0
~:S.9
- 3B 123.,0 11;12 12.* 79 15t29~a 137~4 3A 137.o 14.76 14.a9
- 18769.0 217.9 3.c 160.0 16.07 16.23 2560.0.0 2$8~.2 3~
170.0 18.56
~7.17 28900.0.
- 344.5 31 243.0
~.65 23.96 59049.0 5fa.b 3Q 247.0 25.73 24~34 :s1009.cr
- ise2,o 3.~
2$6~0 23~55 25.1"(
- 6pf:j3$.g 554,5 3H
- ge~:o
~5*54-
-?~.36
- $6$64.Q 704.4
- ¥
- .:.!... '
.3j 275.0
- ~5;82
?6.94 75625J) 666.7
- aG 347.5 34.34 33.70 120756~3
'1179.2 375 36.:26 140625.0 o~o Sums 231)1,5
-22~tQi 22~~0:1
$44162:3
- $!323,ei Regression Output:
$um ~=
Constant 1:335116 sum x"' 2 Std Err ofY.Est 1~198884 Sum y=
A Squared 0.976735 Sum yA.2
- No. of Obsijivations 11 S!Jm x*y =
Degrees of Freedom 9
Avg X=
- $EE =
X Coefficieht(s) 0.09312 t a/2=
Std Err of Coef.
0.00479 B-6 esp.. 2 sN 0701 Date 02~sep.. 94 Average Stnd Dev 194.5
'3.5 154.5 17.7 183.5
- 2.1 252;0 4.2 218.5 13.4 1.18,S
- 0;7
~sa.0-1.4
- 2;e 9.2 143,p 12.7 227.0 4.2 2.51.5 17.7 x*y E
0.0 1.861 788.o 1;575 144L6 t.242 2022~1 1.132 2571.2 0.97t;>
- 3155,_2 0,.922 5504.0
.Q.896
.63~5~3*
0;914 902§.:s o.~~
6847.3 0.974 7100.5 1.085 11933.2 1.707 0;9 1:974
.53747.1 12.4.
2301.5 544162.3 1229.d 5$23,$
53747,1 209.2 1.198$
.2.262 y\\E y'+E 4.596 8.318
-7.676 10.826 1 t;,548 14.0:31 t'2.961 15.225
- 1!5.259
- 11.211 16,245 lS;OSB
'23;068 24.860 i23;422 2~.~S1 24;213 26.137 24.387
-~s~ass
- 2$,asg 2$.02~
31.98~
35.41?3 34.283*
$8(2.36 215.6 241;4 s1op*e 0,093 lntercf!pt 1.335.
R"2 Q.9n
.*r-":).
.: r---:.
WNYNSC. Off~Site Radiation' Investigation.
I nstru:m,ent *c'.otr.e:t:ati.o,*n*
40'-'-r-. ~~..__,__,_............... __._..__--,----..-----r~--..,...-----.----..,--,-----.
50 I
I r
I 1.0:0 I.
I
~
I I
- ~.
'3fi0 4011 0 *.I I
- B-7
r
[
[
c
[
- r.
[
DG#1 3A 38 3c 30 3E 3F 3G 3H 31
,3.)
~K WNYNSC Off-Site Radiation Investigation INSTRUMENT CORRELATION Counts in 30 sec Average Stnd Dev 178
'156 167.0 15.56 125 14.2 133.5 12.0.2 186 177 181.5 6.36
.278 298 288.0 14.14 112 101 106.5 7/18' 275 253
.264.0 15.56 383 383 383.0 o.od
- 308 286
.297.0 15.56
.269 239 2s4.o 21.21 262
.298 28$.0 9,90.
t94 224 209.0 21.21 ESP-2 SN 0701 Date 14-Sep-94 NOTE: This is the data sefused to infer the ground activity. Thus, it has perfect regression and no error in rne$urin' the round actj~/ '* __
SLOPE. =
Intercept. =
R""2
=
0.091
- 0.385
.1.000
r----'1
- ' :.* ~. :_.;J
..;;,,; ~
~:
\\*.
-~
.4*
- .Q*.*. *.-.,...-----r----.----r--"--..,----.,.---.----,-.----,.-,,-,-------*..,_.*:
. *~"
- -~* -.------------,,...-~..----------.
- ~I*
Q.-, I I.. l.. 1*
.1 J I I.
I '! ':: I
. I I.J !.. ' L I ~ I ).
- t 1.. U. * }.*.1 :1,,1 *. 1 J I "I.1 I * '
I_ l'-.. ;J.) I. I.I I. 1' _I I,I. I I I I l,;I. I'.1, I I. I *;I I,!. I *' *'.
so-75 1 oo 12'5 150 *115 200 225: 250* 2;7'5* aoo 325 3s0.375 400:
Ooqntsl3Cl.. sec~. det~*clp:r.;~f.5,G_~"
- B~9
r
[
[
[
[
- ,.'. r
- r r
r
';.Jj"
[
[
r
'[",.',
[
0 0
L DG#1*
- IA 38 3t
- !Q
- 3E
- 3F
-3G 311 31
,3J 3K
- Location 3E 3A 38 31(
3C 3g;:
- 31 3ti
~
30
~G
- W.NYN~Q
- QfflSlte Radr~t!on 1riv.~~!g~tiqn i.~~T~UM,E~T:CQfU:~~44TIQ~..
- 1og 10~
'14()
188 76.7 14.a 203 174 139
\\~*..
1.57 f 2s
,count*
@s~m
'X SP 75}7 tP4.o
- 10,~.:9:.
1ao.o 133.0 145.5 150.0-1°62.:S f74.5
- t0p.p 222.6 g~9 f 06 1:16' 126 tz2.*
74~7
'143
-241 "151 1.~1 1.92 135.
ACtlvity y
!?.27 t~tte 1,1.7?.
1.6.56 16.07 23.55
~.~
26;54 29.82 25.73 34.34 1o4.b
'10~.. S.
.1., ~
133.0 180.0.*
75.7
- 149._5
~o*
J62;5 tso.o 1.74:5*
- 130.0
'/'
A,02
'8.60 1:3:6s l4.63*
10.~8 tS.61 21.64
- 21 ~_84 24.07 28.21 2J.f9 34.68 p6.,10 Regres&ion bu~puf 2.83 9~19 9.so 11;_~1 1 ;41 '
26.87
- 16;~6
- rs.se*
g4:7~
- 1.01 x""2 2soo.o
5730;5 ioefe.o u~~9:?
16900:0 17~$.Q 21f70.3 22SOQ.Q
-26406;~
304so.3
. ;32400~0
.49.284~0
~2~P..ofo
~~~~~~\\v Est
~-~f~~.
RSquar~~
No. of Obsetva:tions Degrees of'Freed9m x caefficierit(s) 0;17822 Std Err: 'df Coef.,:
.. o.0.149'6 6.94p~4 11 9
y:A2 o~o
~!;?.9 211.9 1,:3;7.4 344;5 gse1.2 554;1!)
513.0 704,;4 ess:i
'662JJ t1'7!i2
,o:o ESP;.2 ~$N :on3 P:B~~ 1 +~ep-~4
. ;SLOPE x~y__
E o_;o 3A4i::J
- 701:1 2"664
-1:as~
15as.o 1_~8~,.3 1.7~~
241zs 1:395 21-37~3 1~~64 3425;5 1\\310
.3$7~5 t,324 4312;8 1.448
.4505.6 1.£62 4~;;it'.~
1.. 18'3
~.. ~
76.23;5 2;939 Q.O
- a~1~4
~$967"5 19;$39 Sumx 1586f' Sumx-"\\2 2~3:36.
s~my,
229.01
.$LirJ1yA.2 :5.323.8' Sum x*y 35961':
Avg x 144.25.:
SEE 1.9199 ta/2 2:282
- 0.17~.
"4.~88 0.940 y'.;f;.
o.575 5;939 1i.7s7 f2.eW t6.0es 17.451 1'9.733 gp,~?1 22;625 24;549
~5.49~
3t.7:37
- ~.~f$
- 209.47
- y'+E 1Aii 1'1.-267 15.536 1_~~387 19.676
.20.179
- 22.353 2~,16~
25~520
- 27,'af3 28;~74 37.6t6
.~9.28$
248.55
WNVNSc.: Off-Site Radiation *1nvest1g*atlon ln.strument c*orre*tatio~n -
40--.--~-.-~----,~~-,-~-----.-~~----~--.-~~-.--~~
/
{;:)
10=/---~,,.
....,..,,-....,~
.......... ~******,..
yr--
_,,,.,~,.
I
,UJ,,.
5./
~
/.;,"'*
Cs-137.Act :::_ counts "' o~.11a* - 4.a9~
pCi/g per 30* sec
[R ""'2 = 0.94]
0... I I
.1 I
I I
I I_
- J
- I.
- 1 I
I I
I I
I I
I I
I I
I I
I I
I I.
I I
- 1.
,I I
I I
50 75 100 125 t50 175 200 225 250 Counts/30 see*; detectar at 5 cm B:-11
r r
W'Nmsc Off~ite Radiation. Investigation INSTFIUMEN1'*COFl'RELATICfN
.ESP:2.
SN P911 c
Date*
28: Sep.94 Location
' Counts fr{3Cl' seconds within 5 *ciff(:lf s0rrace Aver~ge*
ls.trid oev* *
- c
.**3A
- 166.*
1*59 153 tG.8 ts$
1J55.Q
.~~
134 1f3 1.49 1 :33
'140 133.~8 3*c 2se 23a
'.2a4 253 204 2s:ia
.[
.. ~..
- 3p 2S6
~~
~~-~
- ~9
- 235 2
82 4:3..
0
.0
~
3E
- .eo*
1s
.91*
81 76 s.e 13.3
.20.3 15.~9 8.7
~
'-232 3$7
.$~
~~~
-~21
,.322"0
!:?9.0
- r**
3G 387 378
.374
- 3~
403 384,8
~:1;3
. ~
3H
- m 229
- 25$
2so 252 257:4 1.aA 31 2?6 2~
~
g36
- ~~
- 22. *a~s~*.*o~*
11.:3
[_ --*~
..... K....
- -----**.~
__ !_,. --~-**1 __
- ~ __
2
_r~
- ~--* --*~
..... 9.._:~_---'7~:"'""'
f......
72_* ;2~* ___;.____-1 8
_~
8
--"-a'---"
[~
~
l;opa,tipi"I
.[
[
'['
[
[
3E
- 1$
- .~~
-~tc
,31 30 3H 3C 3J
- 3f.
3G C()uril
.@ 5cm I:'.. : ~
'X
~o*
- 82.0 t3ia*
165~0
.. *:.: /, ~ '.
112.2 237.(?
243.0 2$7.4
- 26'3.0
- 28s.o
$22.0.
384.8
. *:'.*':- : j~-
395 Aetivity y
~**21 11~12*
14.7tf f5~ss**
~~~$
25.73
'26.54 16.07.
25:82 0:2~;55
- 34~34.
y' x~-2 y~2 X*'f 7.oo 2500.o O.Q 0.0 9.44
~?~4.g 85;9.
760;J 13;*3a*
f79b2A 137:4 1*sse.1 15:1e 27225:0 217:9
- 2~~A f6~3t
- 29as2~a 344~5 3196.0 2H29
.56453:8
,().13;0
?~131.6 2L70
- 59049.0
.662.0 6252A 22;ao
.'662$4.8 704.4' 6831.4
~3;.22 691~.()
2~.2 4226)1J 24.90 e1225:0 666.7 7358.. 1 27J2 fl)3~E!4~0
- ~~-.its 7~3.1
~::~~
148071.0 11,79.2 13214;()
iss025.o tfd eta
[
Sums 2545.e
-22s.01 229.01 66541 o~a 5323;8 58807;4
- r*
1 con~ant Regression *output:
.~
Std Err~of YEst R
Squar~d
[' No. c)fOb~erva~ions
- .-~
pegree~ of free~9m.
D L
L x C9effici¢nt($)
Std Err.of Coef.
0.97618 0.()1288 3.tf.19229
~;554929 0~795445 11 9
sum x =
Sum x;,;..2 sum y-Sum yA.2 S_um ~*y Avg x ~
SEE=
ta/2=
B-.'.12
~545.8
.6654'11 229.0
'5323~8
.58807.4 231.4
'.3.554~
2:2s2 E
$:$t4
.4;,~~2 a1a1 3.1()2 2.976
?.431 2.:448 2.540 2:593 2.aes 3,5f)3 5.083
- ~.3i6 36;4 y'~E 1.H;l4
.4._453,
- 9.645*
1a_.s5G 1'3.3.31 18~~7 19.252 26:2$7 40.631 22.016
.g4;135
~?;~1~
27.933 192.7 SIOpe Intercept R"2
?t+E 12;$i2 14-418 f7.119
- 1e:aeo 1s.2a2 23.72Q
- 24.148 25;337 25.816 27.. 78~
~t:ao1
-~7~.~~~
38.624 265.4 0:076 3:1e9 Q.795
- ... /,
- J.
r:=r **r-;:
WNYNSC: Off~Site R:adlationJn'(:estigation I n*strume.nt 'CtJrretaticln.
Cs~1:37 Act::::;: COLJ'nts ** 0~0762. + 3.19:*.
pC(tg per'.30 sec
,[R*:r.:*:2 =.o~.80) * *"'."
I I*
t I
J I
.1 I.
I
.. I
.I I
1.. I. I I
I I.... 1-;.,.. 1
.I:
I, 1... '1. J I
too 1,50.-
200 2so aoo
- a5Q I.
I 400 Counts/30 :se-c,. detector*at-5. cm
'B-13
W.NY~$C 9rr..s1te Raqi~tia*r, 1nve$tig~ti()n IN$JFiOMJ;NT CQRREl.ATl_ON DG#1
~Counts in 30 seconds within 5 cm of surface
-~-~
147
- 3a 104
- 3C Ui4
- JO
.229 71 3E 3F 26¢.
3G 344 3ii 2ad
~.
24$
3J
,281 aK.
J11
[
Location Co[Jot
.@.$cm
,[
-~
55 3f;
- r.o.e
- [
38 119;9 3A 142~a
[
- 3C, r~o..a 3K 191.4.
- 3)
.244.~
[
- so.
.:251.4 3.H 268.4 3f 214.6
-L
- ~.
2~2.6
~
-~~'~6 395
,[*.
Cori~tar'rt Std Err of Y Est
- [.~
RSqu~$o
~6, of Observatiqns Degrees Of.Freedom
[
- x. J~oeffici¢nt(s)
Std Ertof ooat.
l L
1_23.'
J94 142 147
-120 125 125 125
'190
~?
'169
~Oil 26$*
241
- 240
- 294 69.*
- 72
- ta 83 276:
2,EiS 29_3
,'28E,S 386' 383 389
- ~***..
.236 274
'.275 406-
',;<c.
277
- 251
'?47
~32
.2,Mr 2~6 287
,301
- 184 i9.i'
'.210 258'
~~1 A~ivity
\\'
y Y'
x"'2 y""2
-7.04
- 302s;o o:o
.. ~:'2t a:~
49'84A as;!:!
11.:72
'12.4$
14352.0 137.4
.14.76 1-4~3e 203~,ij3 211:9 1 e..97 Ht~$
36404(6 2~e;g 18,~6*
18;44
~6~34.9 344:5 22;65 22:aa 59633.6 513:0
- 25~73 23.:4$
63202.Q 662.;0
- ~~54 24.88 72038;'6 70~.4 i*"
23.55
.25.40 75405*;.2 554.6
- 25.82 26.07 t:see.2,e 666.7
-~4,34
- 34;_34 145618.6 11'7!;1.'2 25.46 15S025.0 0.0
- 229.cn 229:01 t;;C)84to.4 5323.e Q.0~59 Q.00515
-~;~31 1.429B74
().966$06 11 9
$~fn )C =
sum *x""2
. Sumy;;
Sum Y"' 2.
- s_urn x-y =
Avg X""'
.se*e ~
ta/2 =
B..,14
- E~P~2.$_N 01Q1 ba,te P:.J*Q~.;94 Avera9e
.Strid.Dev*'
142;6 1~9.8 19P;$*
251;4 70.6
~tt4:s 381.6 268;4 244;_?
~~;~
191;4
'X.~Y o:o 654._5 1404.1 2164.8 306~.2-3552..:4 5531.1
- 646~ts 7123;'.3 64se.e
- 72~6,.1 13104.:1 o.o.
56772.!5
~41~;Q, 608470.4' 22s~o *
~23._8 56772.,5 219.8' 1.4299 2.262' 1'1.;~'
.9J 15.4 22.. 0 5.4
.1.1,IS
.22.8*
1*e.t3 7.~
1;5.6
'fs.1
'E 2355
.*1.99s 1.520 1-:~fai 1.032 1.030
- 1.01.~
t.042 1.128 1.166 1.21~*
- 2~123 2,263 14.§
-y'-E_..
.***+e y :
4,888.
9.198
.~.352 to:341 10!939 13.979'
-13.03t 1s.a92 17;3!;)1 19.42~
17.414 19.474
.2j.8,41
.23[873
~.416
- ,.24.-~Q1 2.3.752
- 26.008 24.232
.28.564
~4J34t
- ~7;281:;
32:21~.*
36.465 33.198 3f1~s
.2f4A
.2~.e s10**0-
... P.
0;084.
l,itet¢ept 2.445
... /.
.0.9!$,7 R"' 2
WNYNSC Off ~Site Radiation Investigation 1:nstrume.nt Correlation Cs-137 Act-:- counts
- 0~0836 + 2.44 pGi/g per 30 sec. [R"' 2.= 0.97]
I I
I I
I I
~-
I I
I
.1.
I I
I I
J.
l I
I I
I I
I I
I I
I I
I 100 150 200 250 300 -
350 400 Counts/30 sec, detector at 5 -cm B-15
WN'(NSC O:ff ~ite Radiation Investigation ltfStFnJMENtqct>RFjELATldH'
,[*
- r r
'[ ;.
Q¢urits..in 30 s~_concis ~thin $ ci:n ofsurfac~.
l
[
'[
- [' ~
3A
- 3e ac
~I) 3E
.3F
,3G 3H 31:
~
i37 1~1 218.
'266
- 3~~
418 284
- 2.,:1.B 303
-,3k 2db
[
t,ocatiol] : cou(Jt
[
[
L.
[
~E 38
- 3A 3K 36 31
-;Jf?
3H
~f 3J 3Q
.*@.scm
'X
_60 81_.2 117~4 1'(39.4 203;.2, 221.4
'2§4.0*
268.2
'211.8 29,4.4*
320.4 4Q6.4
- 41!:i*
0 $uni$
-[ ~-.*
C¢nstam J
Std Err cit Y Est R~quatE;?i:i No. of ObseN'atlons
[
P~wees of FreeC;lpm 1ft 118 204
~
74 366
~9~
248 258 298 r97 Activify
- Y
- 9.Z7
- 11,72 14;7-e 1_8;~6 16.07 22.es
?5'~7~
26.54
?$.5,5 25.82
- 34:34
[ x coefficient(s)
StdErro:t coat
- :o.01ss1 0.,006$6 142 11'1 238 288 81 z,9 410.
J'.
279 g.47 33t
~'
2.01.
- y 7.59 9;19 11';_~?
1a.;s0 1_8.4;0 19.-77 22.99
- 23.3j
-23;58 2_~.29
-27.25
-33:74
- ~~~
3,05462.6
-1*.sa1sri 0.93~442 11
.9 t45 120
- 201 264 ao 27a 39_1 271
'276.
~41 206 x"'2
!3600;0 6q9$.4 13782.8 19432;~
4.1290.2 49018.0 6969~~¢ f1:9~t¥ 73875.2 8~671-4 102656~2 1$st61:o 1?222$.p 156 117 240 2e_a 88 311 41*4 in
~91 329
' + :
.~~'
206 YA2' o.o es.~
137.4 2f1;s 344.S 2se-.2
~st~.o 662;0 104.4 5!:?4:6
.666._7; H79.2 9,0 sum x=
Sum *x."'2
- .Slim y=
sum v"'2*
Sum.x.*y =
Avg x:;::;
SEE_::::::
'-,\\. *-,
ta/2 =
B;_l6 ESP-2 patj!
Average 139.4.
i17A
- 221.4 2$8,2 ai.2
- 294.)i 4Q6.4 271.8
-,264.1) 320.4
- .~
,203.2 x.*;y O.ti 7~2,7 1375;9 2651.s_
~~i::
SS79.6:
5900,8 7213~S 6~3~.1 8272,7
.'13955;8
- pio.
2f)ij7.~
700108 229JJ 53~.~
60771.~
- :2ss.:3.
1-.9816 Z262 -
SND7~
q;t-0~*9.tl
,$ds 14;3 3,9 16~9 12.i 5.*:t
- 1. 5~'6.
1L1
.14.1 19A 18,8 4.4.
E Y'-.l:
y!.~ E
-2;930 4.655 ta;s1 s
-2~~§
~-Fi3:1 ti.841
.. 2;210
'9~710 t4.129 1.a~2 1 ts1 e t_s:s43 1 ;~3 t 6;96f?
1s_;a~.1 1.361 1 s~4os 21. t40 1.41.7 21..573
- 24.407
'1_:.437 21.870 24~744 1.456 22.123 25.03§ 1.sr1 23'.674 2a.$s.r
, 1.850 25~399 29:'096
- 2.81~ so:as7
~s~s.19
. 2.~f$9,
~t.. 40~
~7'.-~81
- 2QB.7 249~~
Slop¢'
b;076 Intercept 3.dss Fl~.2 0.936
_..i..*~~.. : ;.:;:
l.~. ***-*
.* :SN:ipv64: *, _.*.-. ____.
- ~ 3fi:~~. oa~o.ct-9:4.;l--'*~=-~-~-------'-+---~~__,;_,,+-----+---,-,------+---,....:;-'-"-1
- ~ :.,.
'~/,/~
.:~
- ~ 3()_.+-----J-,.__,..,-_,......____.__ __
+----,-..,----+-----------1-~.
"=-'~--~-------=~~-
.~ 25~
d2v~~~>*~*.* *.
- -~ 2(f=+ ----+-------+-~-'-"'----"'-'-'--~"
.:*~~*:*.".,,,,..*~~::*.._~;:--r~c***:~~~:-+-::"-'-;_.:~_;~***_*~
...,_**-*;_i;tt+-_ ;.. _~,*..,_* ~~t---.,,.,----'-f
~ 15;
~<?a~~~-- : ~
-~
- .. *.***-~k.*_
.. :~.-~~/-.. ~
.. -.. *.*;.~::-~.:**;.. ~*"**;*,;;;.,***
1 o*~+-* ----=~--+~-.,,.....:;-;.___
- .2-_*.'.~~
.. ;.*.*f-r--,.,...,..-.,..........,....--b.-~~----+-----,--,-,.--"--,,....-f----~,..,..,.,._...,----'--"--l C9
~
.... ~-. _
____J,,;,, ____
..J;,....o-..___ _
__J_. _ _
=
.. ~*;*'":..,....... >**"
- ' Gs~1~37 i\\cl>- counts'- '* Ct0755 ir s~os; '.
5_~
.........:;;. --*'----1------+---4_ *.. PPitg::. *. p*~r~p.~;:sec'-
.[R.;..::2:='0:~41* ;~*
~-,
- ~
-* -0 l
1:
I I
I I
- I
,I l
I 1..
I I
I I,
- 1.
I J
- I l
I I
I' I,
I*
- 1 I *::*1**.*.I'.t so re©*
ts.c1
.. 2Qfl 2r50:
ao_o
- a~o
- 400:
c:a;unts¥G.fJl:.se:c~ 'd-efeQtt:lt::at.::9':,*£$m:_;
- B*.::;::.7"-*
~ '
r:
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[
[
c
[
r
[
L I'
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L D
[
WNYNSC Ott-Site Radiation Investigation IN~TflUMENT CORRl:LATION OG#1
. Counts ih 30 Seqofids Within 5 cm bf.surface
- ~
172 192 177 178 164
.3B 156 155 150 140 148
'3C*
2£2 281
,.242 257 292 30
.318 321 322 331 3o~
3i:
116 121.
i 17*
111 99 3F sse.
$30
$55 345
~9 ga
- 504 528 517 ASS 489 3H 3'g!5 331
~20 319
. j,12 31:
287
~92
~68 314 311
- ~
- 39.9
~~~4 411
{366 367
.SK 233 22a 213 230 216 Location Count Activify
@Scro x
y y'
X,;...2 y.;.;,2
'55
- s.21
\\3()25.0' 0.0
~=
112.8 9.27
.10.02 12723.8 85.9 36
- 149.a 11.72 12.42 22440.0 1j7.4
.3A 176.6 14;7~
14.16 31187.6 217;9
- ~K 224.4 18.56 17.26 50355.4 344.5
- 3
- zao.a 1$.07 19.62 68Ql6.6 2se.2
- ~
3,1 304.4 22.65 22.45
- 92659.4.
513.0
- 31) s20.2,
'.25.73 23.47 iQ2s2a,q
- ss?io 3H
~21;4 f6:?4
~-SS 103298.()
704.4
~75~2 3J.
i2p:62 27.04 140775.0 666~7
~G.
~05:2 34;34 35.47 '.?55~1.9 1179.2
.535 37.40 2ee22s;p 0.0 Sums 2150,a 20$46' t
~ *-
20;i;46 879210.9 4769.2 Re~ression. o*utp1,1t:
Sum x:::
qon*stant 2.706994 Sum x"'2 Std Err of Y Est 2.017215 Sum Y=
R Squared 0.940577 Sum yA2 No. of Observations 10 Sum x*y =
Degrees of Freedom a
Avg X.=
SEE' =
X Coefficient(s) 0.06485 t a/2. =
Std Err of Coef.
0.00!576 B-18
~SP~~ Sf'!I Hi74
- oaie o~ocr~~4
- Average Stn~ Dev 176.6 10.2 149.8 6.4 g*so.~
14.0 a~o~e 1~e
~. '-,.
112.8 8.5 345.0 11.0 505,2 n.~
32.1.4 7.1 30:t4 10,7 375.2 20:1 224.4 8.5 x*y E
y'~E y'+E
.o.o 3.274 3.000
- 9,548 1045.7 2.611 7.412 12.633 1755.?
- 2.222 10.200
'14.643
~60$.~'
1.~9 12~191 16.128 4:164.9 1.618 15;642 18.877 4191.1 1.483 18.137
~1.103 6894.7 1.522
~0;$.26 23.9.69 8238.7 1.589 21.~£34 2~.061 8530.0 1.S~S
- 21.;9$5
- 25.144 9$01.1 1.983 25;oss 29.022 17~48.p 3.394 32.076
~a.~&2 0.0 3.754 33.1:?48 41.156 64463.4 20.0 185.5 2.25.4 2750.8 Slope 0.065 879211 Intercept 2.7.07 205.5 R"'.2.
0.941 416§.2:
84463.4 275.0S 2.0172 2.306
- r--o
- r.. '
i r..
,*1,
~*
WNYNSC: Off*Site*. Radiation lnvestigation
] ns:trUJ1le*nt --c,o:rrelatlo*n
-bs~tat Act= counts;
- 0.0649 '*+/-: 2~*1cf
~
_: *...pCi/g*.
- p~r 30'.:sec
[HA*2== t'.t94] * --
o:::
I I
I I
I I
I I
j I-I.
I.
0
- 1.
- 1. l I,.... I. I
- 1. j *:.-
I I
I
.I I
I I
I I
I I
I l I. *I I
I ;I :I - I.I I
I 50 too 1 so*
200.. 2so-
'300*
aso 400 450: sno sso Counts/a*o sec~;.detector* at 5 c.m J~*l9.
,.I
r L
3A
~B 3C 30
- JI;
- 3G 3H 31 lJ, 3'(,
l
~,
Lo~attOn
[
[ "--
[
l.. ~
L
'~t:.
-~
~3A
~~
- x;
'30 3f 3H 31 WN'(NSb,Qtt,-amt R~giC!~ii:Jn lnv~igat,io'n
~f\\JStR~fMENT t;OR.RE:~tl()'N Count~.in 30 s.,;conds within' 5 cm* Of surtece 1'1'2 116:
81
,SQ 171' 154
~3.
200 5$
Sp 352 344' 1~9 207 211
- .*~
24:2
.23~l
.ta2 18'i*
Count Aetivify
@,Sc_m x
15:
s~~~
92~8 11$.e 1~!9 1sa:o l93._6 202:2 207:6 213~4 234.0
.341~4
~50
~~~!
1.t.72'
- 14.*7e 16.56 1e.'67 25;73' g~~~~
26;54 22.65
.?5:82 34,:34 f 25
$~
164
+9o 5,3
.34t
'2~
204 221 t&i
- v* :eats*
9:3g 1~.e~
15.01 tsJJ9 18~93 22.23
-2~.'03, 23;53 24.07 25.~~
35~94
'.36.J'.#
116 67 152 170 Sb 351 205 233 229 147
'jc/'2 22sJ>
'~S~.. 4 8611.f3 1a4os-.6
- 22201;0 24964.0 374a1.0 4'p6~4.S 43097.8 45539~6 5415$~0 1f6554~0 1225QOJ) 110-.
100:.
149<<.
185
.5?
- 319 197 215 24o 150 v~?
0.0
- B!)J~
137:4 aft.9 344.5 2sa.2*
as2.*o
~S,4-~
704.4 513~0
'666.7 1'179.2*
o~o
't;~PN*2 $N O]'Q1 Oat1:t,11 ~Ocj*94 Aver,e~a Stnd o.ev*
11.i:ta s.a
~~.a a.:a 158.0
~*2 1s:ie 19:7
- ~4.4 3~Q 341.4 13;4
- ~fo1~s
- 13'.2 *
,~~3*4.
- n;~
234:0 '
8~8
- 1 ia$.o 1-ts
-x*y E
- o.o 3.301
,504.~3 2.~57 1067!~
2'083 1709.2 1.-tas 27.135\\4 1Aa1 2.539.1 1A14 4~S1.3' 1.3S:2 4761.;S 1.~
5so9/r 1.466
-~633~5**
1.5¢$
6041.9.
1,.705 1i723:7 3:294
,b.9
.a~
- Y'-E
,y'+l?
2.363 a.964 5,591 11.97.6 t0.796 1*4,963 13:~9 ts.799 fi;i.627 19,550 ro~343 17,5f4.
20.839
~23~623 21.9~6 24:*4S1 22.o64
- ~. ; ; _...
24.995 22.ss9*
- ~s.st6 24~273 27:663 32~646
~9~5
~:299:
49~11~
n Sums 1962'i 229.01 410458.9 5323.SOS 46457~52.,2l.2o363_ 206.eOS 24921:4
- .L-
-constant Std Err of Y Esf RSqua.red L ~~~~~~b;e;;;::~~
r, x Coefficlent(s)
Std Ett.. of Coef.
L L
0~09276 O.OOS13 4.272216 1.9994js 0.9~5293 11 S,ui}l *x =
~um xw2
- Sum y =
~um v".2.
Som x*y.
AvQ *ft=
SEE =
ia/2 =
~20 f~e?:?
4:t:0459 "22e.d
?S23.B.
46457.~l 11~.~a1~1e 1;9994
- 2.2e;2 Slqpe ln~ercept R""2 o;.o93 4.272 0.93S
_:---J.
WNYNS.C. O:ff.. _Site Radiation 1nvestigat1o*n
.I n~stru:m*e,nt Correlatio-n:
o~,~,~,--~,~.~r~l~l-
.....--4'-
l~-l~L~l-.-~l.~-~T~l~T~T~l~l~l,~l_~l~~,,~1~,~-.~~,,-,~
- . ~,-~,,~,~
.* ~,~
- o.
so too:
15~
- 200'.
250.
- aoo a5:o 400
- .Count.s/;30 *sec, cfetector at 5 cm**
'B,;;2l
__J
r r
r:
r L
r
[,
[
L L
['
WNY,NSC
- Off.,Site R_a,Q.latlon lnvestJgaticn
-iNSTROMENT ceRREL4TION
~,
DG#1 Couhts iri 3o seconds wi.thin 5 cm Of surface
- 3A 314 38 260
- ac 489
- so 5$1 3E 176
'3G
- a~s.
3H
- g;s~
31 581
- ~
631
. 3K
.364 Location Count
@scm x
- 100, 167;2 21s:s 33a.e 42:S;6
. 454.8
~~-0 574.6
.58~.8 64-S.S 893.4 9~~'.07 34~
244 453 667' 174 947 5S7
$93 613
.416 Activity y
E)~.27 1t.72 14.76 18.56 16.07
?5.73
~66.
26.54 25:62 34.34
~:S:E}
.35_6 2
300 4S1 41.6 5?,9 561
- 156, 180 873 as3 601 617 559*
- 531
.64f) 607
.411 398 y'
x,.,,.2 6.21 10000;0
- 8.68 27955.8 12.58 74857.d 14.97 114785.4 18.0~ 179437;0 1 ~l23 206843~0 22~83 ~oseo~.o 2.3.63 330165.2 23.96 349822.A
~6.16 414478.4 35.32 7981 63.6
~a~sa at9975.3 312 296 455 557 150 869 571
- 609
'963 469 Y""2 0.0 85.9 t37'o4 217.9 344,5 2;;a:2 662.p 513.0 704.4 665.7 1179.2 o.o ESP-2 SN 0911 Date 12-dct~94 Average 3$8,8 273;6 454.8 553.0 167.2 893.4 583;8 574.6 643;$
423:6 x*y 0.0 i5.49.9 3206.e 500Q.7 7662.0 7308;6 14226.7 13014.7 15494.1 1G622.~
30679.4 0.0.
'STDS 24.60 23;93 26.oe; 14.63 13.31 31.60 32.es 30.44 26.18 4.6.30.
E 3.060 2.648
..2.048 1;737
'i.452 y'-E 3:153 "6.030 10.534 13.237 16.6.33 y'+E*
9.272 11.326
'14.630 i 6.712 19.538 1 ;397 17.t;333 20.627 i.442 21.391 24.275 1.495
- 22.131
.25. i 20 1 ~521 22A42. 2s;.;ta4
- i. 74$
24.422 27.907
- 3. i 35 32.1 67 38.458 3.419
$;:1.542 40.380 Sums
~Q.f;i
.2Q5..46 2Q5.46 2793317 476S'.202 114967:58 18.61855 1a6:841 224.079 Regression Outpl.it~
Constant Std.Err of Y Est R Squared No. o~ Observations Degrees of Fraedom f 1.
X Coefficient(s)
L Std Err at Coef.
[
L 0.00669 Q.00303 2.543758 1.88476 0.948124 to B
Sum x=
Sum x/."2 Sum y =
Sum yA2 Sum x*y Avg X=
'SEE =
t a/2 =
B-22 4906.6 2793317
.2os~s 4769.2 1 "14967;6 490.6?
1.8848 2.. 306 0.037 2;5+4 0.948
WNYNSC Off~Site Radiation Investigation lt'ns~tru.ment Correlatio.-n*
- Cs*13t Act = counts* *
- :o~0367' + 2:;54 :: '
p'CiZg,
p.er3(l:$e.c. [RA'.2 * *'.*0;9SJ :- '
0. I I
I I
I I.
I I
I.
J.. *,1 * 'i I
,I j' T l
' T 1 T l 1 T -:1 I
I I
I I *i I
I; I I
"" i,
,I,I
,I I
I 1 oo 200 aoo
-400 soo soo
- 7ClO*
- ao*o
- soo 1 ooo
-~Couots/30 sec, d_etectot at 5 -cm*
B~23'
[
[
r~
- [
[
"("'
3A
.3B
~q 30
.~E
.)(;*
3H 31
.. ~
.. 3K.
[
LQ~cition C
. 3E 38 3A
,30
~K:
~'
- JD 3H 3J
~
,WNYNSC Off.:Site Radiation tnvf!$tig;ati9ri INSTRUMENT 'CORRELA TiON.
- -. *.... *~
148 114.
202 288
- 73 420 282 262' 3P?
239 Col.irit
@5cm x
$5 80~6 t2i.4
'144_.. ~
205,8 249.a 2~
.. o*
274.0 2a4;b 29?.2
- ~9~:2 440 137 1_37
- ~
2~6
- ab 421 304 273' 30~
242 y
9.27 t1:12 14.7$:.
16;07 18.58:
~;:55.
25~73 26~54 25.82
$4._34..
133 t61
'122 123 l9,~
1!:13 283 284 81
- es 382 414.*
274 288 271
- 210 2BQ.
~4:
266 270.
- t x""'2
- e.s9
'3025~0.
B.59 6496.4 H.1a
':14738;0, 13.. qS 2oa$1A 18.38 42353.6 21;83 62400.b 23.25 719~4-0
._23.72 75076:0 24;50 80SS6J) 25;53 SB327.~*
34,2~. f67444;6, 36.70 193600;0 143
- 111
- '.217
. 2ai 84 408
- 272
- 26.4
~~11
.232 yx2.
0.0 85.9 l37.4 21"f *. 9 258:2 34.4.5 513_:0 6.62.'0
- 7Q4.4' 666.7 1t7~.2 o.o sums 2334.4 205;46
$~PfS7;8 4769.2
'Q
- conStant I
~ Std Err of Y Est
_ *11 Squared No. of Ob$ervation~
0 b~a,rees of~reeciori-1 X 09¢fici~nt(s)
L ~td Err of<Coet.
L L
0;01e21
. 0:00624,
- !.288792 1~a201ss 0.951$.88 10 a
sum*.-~=:.
Sum xr2 Sum*y=
sum {""2.
S!Jm x"'y ='
.Avg x::::
S~E =:
ta/2~
B-"24 ESP.;_%
D2Jfe A\\i~~~e 144.4 121.4:
20E).8 274.4,
~Q.6' 4QS,.O 284.0 2se~o*
~7.2 249.if x*y
- l);b 747.2 1;:122,S.
~_131 :a.;
3307;2
.46343.3
- ~Q't0.2 7ps0.0' 7537,4 76"(3,7 1~Q51.9
- o.o
.54628.0
'?334)1 63o1se..
206.s 476S}~2.
54628.0
. 233.44 1.821 2.306 Sf)I Q7t;4
~E;-Oc:t-94
- Stfld pev
- i'0.9 Ht*1
- 13;*j
- 2~.s 4.7 16;0 f2.9 4.7 1~h~
t7.1 E
~!385'
~568 2~oae
'1.~8,~
1.386 1.34$
1 ~418
'1.450 1.Siil 1~61~
~a~
.3.254 ra.1 v*~s
- ,y'+e
,3;701 9.460
.6~024 11.tsi
~.695 t3.a?1 11,7a~
15;~.7 16.998 i9:no.
20,477 23;17.4 21.831
?4:.667
.22.268 25.168
- 22.saa 25:014
~3.91~
~:i.14q 31 *. 437 37;147 33.447 39.955 1'37.4
~3,$_
~lop~
.o:p1a.
Intercept*
2.289 R/'2 0~952
~*
WN¥Nsc*, Off*Site* RadJaJio1t;lnvestigation lnstru,m:e:nt *Correlatlo*n.
0 I
I
- 1 I_
I I
I I
l I'
I I
I L
I I
I.
.I I
I I
.I
'1 I
I I
'1 I
t l
I I'. 1-.
I I
l 50 100 1.50:
200 250 300
-350 400 450 '
Gou nts/3:d :sec, detector at s: cm B.;;25
r r
- wNYNSC, otr.,Site Radiation lnvestigatiQn l~STRUM'ENt CO~RELATION
[
DC3#1
- qpuotS**ih,30 seconqswithins r;;mofsurfac~
r
[
[
r
[
r
[
[
L
- 3A
- ~e 3C 3[)
'3E 3G 3H 31
,3.J 3K Lor;;ation 3E 38' 3A 3k 3C, 31 3H
- JD
~
3G
- Sums fos 113 ao
-~~
125 1~
1a2
- 1 s3 6,1
.61 25.5 26~
1*78 163 165 is3 210' 17Et 1-29
.120.
¢ourif
.Activt~
- s~m, J(
60
'.63;8;
- e~~o 1*07,5 125.4 147A t62.6 172.6 177,6
- 1~;~
242~0 254.{
t48}.:r y
$.27' 11/'(2 14;76 1a.ss 16~07 22.65
- 26.54 25
- 7.3
.25.~'
.~4,34
.205.4S R. '. *re~ibn OLitp.,. ut:*
[~n:~v=... ******
[
R.stju~rec;t Np, 01 Qb,setv3.tions Degrees of Freedom
[
~ * ~ C9efficient{s)
L L-L Stcl Err.otco~t, o/1.4249
.O;Q1~j 97 109 101 te 147 154 169 167 7a 69 224 227 1E)4 179
'r,"
f 5~
176
- 194 174
.1bs J26
'I _
x'"'2
- r~ss 36c>o;o e.:53
~19A 11:~8 '
7744.0 1*4.77 11577.B 17.31 1"5725,.2
- 20:44 21 t~~;a 2.2.61
-~64~Q:~
24:t>a
- 29'790.8
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.64566.8 113 99 162 187 50
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1.56 217 14&
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.25f!i.~~
- 5.1.?;9
'704.4 562;()
6~6,~7 1179.2
- o~o 4769~2
'SiJtrl'>.t =
St,Jfl1 }( " ~ '=
sumy=
Sumy~i.
Sµm x*'/"=
Avgx*=
SEE,*~
f,a/2 =
B..;26 ESP-2 Da~~
Aver~~e 1.07.s
- ea.a 1.47A 177~6 63.8
- 242.~'.>,
172.6 162.6 194.2,
'12.~.. 4.
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- 4769.20..
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21.130:
1.$80' 22~454 1.e.4e 2$,Jbo 1, ~944
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32.339 Y'+E 1CM3s2 11.3(>'1 14!194 16~596 1a;esa
- ?,1~~65
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- ~9-035 36.920
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lnterce,pt *
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WNYNS.C Off ~Site: Radiation Investigation I n.stru m~.e.nt *c-.o*,rreJatlon 40-.--............... -....-------.,..-----r----r-___,.,~.,.._-;;.---,---__,..~---*
- CJs-l37 Act-= counts * :Q.t42*.~. '0:.55' pCflg per<,3o*see.rR*A2. = o:94l
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- 225*
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~countstao se:c, d:etecto.r at 5 cm B~27
f, ro r
WNYNSC Pff-Site Radlr:i.floli lnve$tig~ipn
'NSTRl;JM~NT*.*coRREL.ATION r~.
llG#1.
- Counts 'in 30 seconds Within s cm of surface r
l r--*
- l~
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- 30 3E
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- 223 161$
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- 1QO, 84 124 f ;1~
70 239
- 1.&0 161 193 l~3.
{: Location Count
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- $.97' 79.()
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- 17,87 142.p 2$. 73 21.9~
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- 22.65 22.04
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- 1a*.$6 22~01 t~~.. B 26.. S4
~4;*44 174.2.
25~82 36.*.75 227~6 34:34 34.75 238;ge 36A6
- sums 13282 2QS.46.
.205,~~
L
~------.....R-e-gr-e-ss-io_n_O_ut pu_t_: ------,,---.,;
Qegrees of freedol'.fl l
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, Std.Err of.Coet.
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- 0.0140$.
0;~2a*
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- a.
as 10$,
'73 BO
- n;3 98
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50 218 234
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- -145 1Q1 153
- 156 186'.
'149.
135 x"2 YA~
2796.o o.o 36~1.4
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f562§.0 137.4 eats~s 217.9*
t3229~0 2sa:2.
291~4:0 662.0 s1io
.2039"1.S 20449.0 34its*
25~17.4 704A
~~~.Q 666;7 51801.8 1179.2 57ff1.4 o~o 199184~7 4769.2 Sum.X Sum x~*2 Suni y =*
Sum y""i su.m x*y Avg -x =
.SEE -
tw2 =
B-28 esp,.2 'SN 0911 c.ate
'26'!'dfjt~94 Averag~
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.$.447 14.309 1'390;4
.{991
- 1~76Er 16.747 184$;1 f.652 t6~-
19,52~
'36~3.7 1,57~
.2Q.347
'23.498 3234.4
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- 1.se1 20A61 23.623
- 26s4J 1.592
- 20~490* 23':$$4 42,4,6
- 1.7~
22,67~f *26..292 4497.. S
- 2;04~
24~701
.28.797 1a1s.a
- a&~195.
3.441 31~314 O:o 3.T;4
- "32,.~7 40;~
30703~.2
-.21.Q 184.5
~.s 1328.2 Slope*
0:1"50 1.99lS5 lnt~fa!'~pt p;Ej35 205,5 8 "'-2, Q.934 4769.2 30..70~.~
13.2.82 2..1219 2.30($
CJ) 0 c.~.. c,.*,,
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Os:-l37Act = counts ~. Olt5o:. + O';'&~r pCitg:
pet:3<fsecy:.
tHA*~ = o.9~.J
..i -
-~--"-"-'---"~'----"-~---;~-""-------.~~~
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TA\\) (J_: Da~*:File mamp\\,t,131-ion and ~n.agepi~llt Th.e ~SC
~lff~~i~ Rad:i,ati,pn. Ii'lv.¢sti~ation fPlfase. J;I)
- h~ three :types cl.f i.ri~t,rumertt data tirge9 intefyaj. or:)ntegrated. CC)11Iit.da~ m~.recl fo.r *30 se.;ond,S wjth 'the ESP-2 meter cit
- stew.tic
- Sitloris ili ea.ch fo.. m:*x 10 111 *nd
,. ff
. pg
.. __.....K.,..
Walkpxet <:>.r P@k*'11~ppec1 ¢9tiri~. IE,te.dAAi. m.e3#ii~ with Ute: ;esP~2, int}(~ '.duri,itg :a serpentine* ~verse of 10 m x *2.5.m quarter grids do~ *ra~. qi, mf!U\\ffed :with µt~* Bi¢r.Pt1* *~raj~l:()te,m" ri.tetet '.with *~ *P.i,$u6: eqµivW.~t
- response detector at systematic positions in::eaeh 10.m x io m.gri.d.
The measurement ~ta irom t.b~ S1Jri¢y~ µsing the*~i>~2**m¢tet wa..uJowft]Oad~ lo...spreadSheet
~. from. me instrumerit memory,. With. each file specific to
- the. instr:Umen't.and date of the
$utvey~ ~t~f9n *~ta ~s wntt¢n hy haD~ *on n,~419g :sh¢ets as the ~rv~y -~ ~rforrned.,~h
~eet. ~1*Cifit to the_ 4Jstrumeµt *~.~~ of tfi,;: sµrVey.
The flow c:f d8ta ~9.:~ file m~~eme.nt is* ~hown.on the f1gure.and di$C1lsse:d bele>w.
Timed interval or in~g~Wd :count* data.
The ESP~21ogfile was i.xµ*pott¢ inroa,QuattrpPR@*spreadsheet file f(:>.~t for*process1ng. fo the *i:PrQC~sse<W data* file, '.correlation fadtors *'for the instrument.are aJ'Plled 'to *convert the. count
$ta: iht9 a i¢sPo.ii$¢ iittei:p~ted ~ i"a.diQ.a9tivicy.in.Ul~ grQ.und (pqi/g)~ 'fbis file. aJS9 ~ot~s the averaging alid statist:iCal tests of NUR:EG/CR~.5849 to**c:ietetmine the standar4 qeviation and
'95th.percen~ value oi" the. activity ili.each JO ro x 10 w. :giid. &cl1 pIQCe~eQ data Jil(iS vali4te9*l>Y.~*r~~ew Pri>C¢d~ tt>*e.~fsl)re th~ta*guaJity fprJnclu.S.i9Ji in s:ui:nrtmy ~l>les. 111~
location codes. activity and,statistics from many processed data files ate accumulated into "In~e.Qici:t¢" data file~ to enal;lle :$ta J:IIanip~latiQn ar,ul i>t0¢es~ing ti)J4er coµiputer' n}¢ig~fy limf tations;
.Walkover: or pak=tram),ed cOurti rate data.
'The '.E;p:::2 logfi.ie was imported mto.a QWifuoPRO spreadsheet file format tor processing. Ill
'the ":p[&e$~n :J;\\ file, 'lli~ w~.~~ C;i3:~ is vaijdafed l>Y a ~Y.i¢w pi()C{;dµ~ tQ en~ the
,~ta q1µifity for in¢luJiort in s~ininacy table,s. i)i¢ g'i~d i~#(>n codes ~d the fonr peak values
-from. inany *processed data ID.es.are accum11tated Ui:to. '*'Intermediate" data *fite5 ::w. enable caJ,9ulati<)1;1 of ~-:tb-av¢rage ratios µn.,p~r computer m~mofy llm'l,tat:lpns'.
The.da;ta from m1J.ltiple intermediate data files for.bOth typ¢s of :e,Sp:.2. ~u:rVeys are -~Qmbµied ~to an "91l.tpµt" :cla,qi fi,l~. This file. proVid~s a ~µm111azy of th.~ ~<>, ~s-f ~7 suJ:V.ey~ in. a *sifl~e file,
\\With -grid 'location code, grid average counts and standard'. deviaiio0; 1 the four peak count rates and Ui~ nWimu:rjl ~~~iiy~ge'.c9u11t rii.~ '$1.0 fot ~Ii or the grid~, tl:i.e gtj.d ~verage
- acti\\7-ity, stanc4tr4 deYia:tiont and. the grid acti:vity 95th percentile. A print out of the output data file for. the Cs~t~7 surveys is. provide~(
t-1
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'fhe ni9~on sµrvey $ta was ente@ from the fie1d logsneets into,a t:2uafuo'.PRO spreadsheet file*
(ormatfe>i' p~ssing.-. F()f ~
e>fda:ta. p~~ng.,- the_~ta :Wa.S. etj~req mrect1y iI_itO ".Stijnmatyn data ~files.that-contained dai:a from sevemi mstruments and dates in a single file. ThiS was
!X>ssibJe si.J1~:aQ' ih~tntm~11t~s~ific ¢on\\i~~fo11 O,t ¢on-elatioit' did n(}f he&! tq\\pe appllCcl ti:> till~
'data. The data filesprqdu¢ed elements-with grid location coo~, gri!=l ave.$ge *dose rilte~ sgmdard deViatlon and 9Sth percentile.dose rate fo.r eacb io in x 10 r:n grid. The dose,ra,te: c;ia~ is v;ilidat,ea _by a ;r:e\\ri~w..
- t:>t~ur¢ ta ensure. the* d_aJa qwtl.~D'
- Jor indusiori fo sµIJlirt3.tY table~.
'flt¢ ~ta fr~m'. iµpltiple. 8J1inrt.1aty ~ta Jile~ fpt do~e ~t¢, surve~~- ~e -.~oµi~intj;t in*tQ ?D ouf:Ppt.
. tjata file_, 'fhl.s file provid~ ~.summary of tl1e survey~ 4J. a singl~*.file, :With grid location code,.
grid average dose rate, standard deviation and.grid 95th -percentile. A pririi out* oft.he output
- ¢ita, f1],e fot the 9os.¢:race s!Jrveys 'is *enclo.se9.
- Enclosures
- figure ill:u$tratin~ :.tne,data me. m_anageme'rit flow
- Processed dai:a File Validation instruction sheet and Validation Record.Fpnu
-~--
sum~,T~bJe or~~um713,7iriStrument.interpr¢ted reading~
- Su,triiilmj. T~ble of'])ose ~
.I\\.1¢asutem~~l:s C-2
~
TIMED INTEGRATED DATA WALKOVER DATA SICRON'DA*TA' INSTRUMENT INSTRUMENT FIELD SHEETS FIELD SHEET FIELD. SHEET
.LOG FILE ex. LOG140.SPR
'1 LOG FILE ex. LOG*141.SPR
.PROCESSED DATAFILE*
ex. 10926AB.. WQ1 applies conversion factors to convert counts to pCi/g INTERMEDIATE DATA FILE ex.. INTEGRAT.WQ1 accumulates converted data (pCi/g)
Jnto one file-
'I OUTPUT DATA FILE CS_DH1 ;'v\\101 INTERMEDIATE DATAFILE ex. *cs-RATIO. Wd1...,,
calculates ratio of walkoverto timed data (counts/min)
PROCESSED DATA FILE*
ex. 10926B4.WQ1
- There are many processed data files generated.by date and instrument.
All processed data files feed into the intermediate data file to be :collected.
SUMMRY DATAFILE ex. BICHON2.WQ1.
accumulates data trorn*several instruments/dates i
OUTPUT DATA FIJ_E DOSE_DB 1-. WQ1 Figure Data'File-ManagemenfFlnw Chart O'DAMES & MOORE February 2a. 1995
- l.
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NYSERP~ WNYNSC.Off-'Site 'Radiati.on Investigation Processed Data File Validation Procedure
- lnte9tated.5¢m Re9ding~
- Fqr each Ouattro fiie..
(1)
(2)
{4)
(5}
($)
- (7)
.(8)
Write date from field sheets (on upp~r right hand c9rrjerJ Qll th~ v~l!.d~.ti¢r:i
- r~¢9td 9!ld verify lcti~ck boxl. with. prQ~essed b.uattro *fii*d1ett hand co'iumn}.
Write Meter.SerialNo. from field sheets (at top of each column of reading.s) and verify with,proce.ssed.Qu~ttro: file (upper right ham:!.of neadirtg:).. [i;e.. 00764 etc.J
- Write ".LO.GFttE" from fi43td*sheets ws4auy in *{~.mar~s.c.olUmn qr ;:ihove r~adirig$
column) and verify with processed O.uattro flle (right side of headiqg).
VJrlt~ sur\\tey(lrj~ initia.ls tram fii;iltj sl)ee~~ (middl¢ t~:>p) a11,d verify With ptoce~s*~a Ouarirofile *,(ieft. side heading, nextto OSER LO.. #), if there are no initials in the oua1;fro file then enter them :into aµ,attro file.
Write :O:uattroPrO. file m~me on validation recqrd.
Write *calibration constants {slope and constant) trom calibration list *,(by. date}
~nd* v~rifY. With 'proce$sed O.ui?ttro me: (tight side of headio*g>.
Verify that* the direction JNW~. NE, SW or SE~ is* entered into the.Quattro file.
Write average ~ctivlty* of the *GA replicate gfia{$) { lQx10}; from th£! Quattro file,
~od i~s *corresponding *ihitlal value(sJ 'on 'the validatio.n record as.weU as the loc;atlon <;if ~he.GA.gridJ~l.
Far*20% of **grids (Lei everysth grid; 1.6.1L1 s.21.26 for 25 g'rids aii:d a GA citidL
,(9)
Write the.Grid, coordinates.. from lie Id she*et on* the: valida1ion *reeo*ra,and verity D
tt;e 'lo'catioh id 'ttie proc~s~ed Q.uattr9 'fil~.
L c L
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L L
- (10}
Write the.noted value ofeach grid (1'0xl~J,from the field' sheet and vedtywlth th~ 1st (unless ~ci r:mt.ed C>r'l fielp sheet), valµe 'from.eacn grid. (xxxx01) in the processed Quattro file~
- ( 11)
Writ~' th:e npmber bf VC!H.le~ *for epch,frid f(om ttie* O.u.attro file~ If the v;:il4e:i$
not 8.and no explanation 'is on the field sheet *then make a note.
Final bi Not~ *any prqblem~ 'w.ith the yalidatiort in the.C.ommentslP.r'cibl,ems se<<:;:Pon.
Iii
.Find the G.rid *cqordinates from the field sheet on the File summary list (2nc1 form) a.lid fill *Jn the name of the *au~ti;r0 fi1¢.and th~'. "LOGFILl:r' ~
{12)
- ~>ign your name and date on the validation record and initial the File sµmmaty list.
C-4
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- NY$Efu:JA :WNVN&P,Qff ::site* 13.~~ia\\19M: _1ovf)~tjgati9i1
- Protessed bata;Flieva:ifd~tiori Record * *
- I'
~
1Jirectlot1 in Fiie J'. ] ~7) *
. *toq~tioo* xet_
1. ; ---* -*-:-., --
6 *-. ---------
11 1.9:.
~-~----,-.
21.:..... *-* --*-........ ~...... -...... -. -------....
{lO)\\
.. _: Jst.:\\1~14.~
c6rnmertt:~ZPr<4it?te,h1$'W.ith Y9U.r revi¢w_:
I
- tttF Nc:kof~~!ues
.*Ncites..
-==o====;==
..OA
~-----........... ------............. ~
c,._ *'*.
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Summary Table of Interpreted Instrument &,~dings Grid Location -
Int~ai Countii -
(cou~ts :ilt
- 3p ~)
Peak Count Rate **
{1/2 * ~pi.¢ts/irili,i)
EXplanacion *of T:lbuiared Data and *-Notes Locaclon*pf.the iO"tn x 10 m gnd,;i~ji:h.t~~t tO-"Jhe _gii.d:siiQWti *ill th~ fig:u:re.~
Grid origin -is a concrete monument at*a CQI11er of the Western New York Nuclear
~ervi~
- Q~ter a11,(i TilX.~ap. P,rOpero t~~-
~Dista:qce~ a+e in mete.~ ana* reref-t()
the :distance from the ong':in to the lower, ~right (SE) -'comer of. fl;le,grid squ;ue.
P~99Q~.*re~t ~ #ip,nonh ~th~
cg t:he*r~ Met9 nQ< µi~one~ ~Oriti.
Tue.average i:oµnts of_g'1l11II13. radiations 9b~c:rv~ in a,3P-s6¢9od iµtel:Vil w.it)l
$~ det~ti)r p~ced Witilln ~,¢ro (2 ill) o(th~ s~ce a~ #ghq~9Si~~ irt tbe gtj_d,~
Ave = *-~ = z:: c. / n
-I
- The pe3.k value of the count rare obsenied i'n each quadrant of the grid *during tb.¢ wall!;pve,t.se,arch fat ~ht>t -spo~**.. Th~. pb~etj ~:
co~n~ -per _ritlD_ut~)1~ve
-~ tiaj.vei:(JO allqw ease iii com~ to lh~ :3,ll;~~~ !eat1irigs, 'Ratio*~ th~
ma.xlmwn* ol lhe fo:ur _ _pe,aja dlviaed by :the.average timed.councs.
torteJ.atefi Activicy;, :ne miemd concentra,tian of c~-1-37 in tiie humu$ ffl.yer wcuiated _from tfle observed counrs *from m~nient:S in.tin~. gri_d.
CafoUiati~m is b~. on rh~ 30-sec rea:diri. s.and c():trelati.on :factors *
- ific 'to.the detector lisetron: the sutve*. 'Of
,........,., g..
.... _ ~
.... '/"".
Notes:
x b
e q
that gr.id.
Avg = i" = t-~In sr.o :.:=
~: :../ ::r; {;t
- x,)2/{n;;;l)
.one*or mere of the,peak co~trates:obsetved ruring the walkover.scan exceetis 3'.X the avef3$e count.*~ tbr"l:he 1¢d **
grid average was measured wit.ii a cilfferent instn:imertt than that used during :the
- waikover. scan, thus the: 3X average -c;titeri.a.i,_s not ~fly ~ppli$.ble,.
me grid was overgrown with brush or otherwise inaccessible; :the stationary timed
.*r~gs were ~1b.ttiri.ed but *a wailWver s~n: collld not be perfo~ect.
&ml grid; timed SW"'leys were perfonned to. define _an edge bu(waJ_ko~ was' ndt:
1*"fu~e:t.
the walkover.data was,rejected du~ to instrument operational conC:ePls.
C-6
[
r WNYN$,C Qti--Slt.~ 8~dlatl¢n Investigation - PHASE_ II February 13, 1995 Somm*afy T~bl~ of'.lnterpreted 1~$trument R~a[tirigs r
Interval Count Pe81< Count Rate
" Ratio of Peak
.Correlated Activity
, {counts In 3o sec}
{1l2-* cauntslmin)
Walkover 1EQiLg)_
Grid Grid --end PEAK PEAK PEAK PEAK to Average Grid Grfd Grid r
Lopation P.~9-srb_
Note 1[4.
21.4
- 3/4:
4i4
- Tim~d ua)a Av9. *sm _.95tti '
aodN Mow S9 181 142 131 142
'0.4 6.4 10
-1.a 6.2 r
.31 ON--44'iJW 93 11 165 140 147 155 1.8 6.0 0.4 6.2 320N440W 97 11
'139 t70 148 155 1:7 6,1 0.4 6.4
~PN44ow
.94 16 149 15.';3 160
'1-59 1.7 6.0 0.6 6.4
~~-~~
- 10Q 12 129 177 14?
15~
f e
~.2 0.4 5;5 r
52 5
914 96 104 95
~.o 4.4
().9 s.o J.~pON 440\\N 52
- 7
- 93.
~-5 112 98 2.2 4.3 1~2 5.1
- 319N-44oW 61 8
116 124 95 117
- 2.0 6.0 1.4 6.9
~
- aaoN:44oW -
6()
11 100
~
102 133 2.2 5.8 U1 7.c:i 390N Mo-W
-~
~14
'1;6 7.5 9
.~
1.1!3 120 1;~
6A 4ooN 44ow 6~
!5
'i13 106 111 100 i.6 7;3 1~0 RO 41oNii4<>w r*
66 7
.99, 102 106
~
1.6 6.9 t2 7_.7 426N4400 6$
10 96 103 95
$~
1.5 7.1 1.7 8;3 430N.44f!N (i8 9
~$
95 11-~
100 1.6 7.2 1.,6 8.3 44oN~ow-61 11 106 97 103 10,0 1_._6 1X 1_,9 8.3
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aooN43oW
- ~53 12 1~5 140 188 173 2.1
$:8 p.5~
6.1 31-0N:_43QW *
- ,.*\\
9j 12 181 164 152 151
.-2.0 5.9 0;4 1).2
~320N430w*
BQ 13 182 161 1.54 147 2.0 5,8 0.5 6.1 33bN 430W 105 23 142 186 162 152 1.8 6.4 0.8 7.0 340N430W 104 11_
156 158 155 1$9 1.6 6.3 0.4 6.6
- 3soN*:436W 53 9
103
- i~a
- 99.
9-4 1.9 4.5 1.5 5;5
[
-36oN4?QW 66 9
108 103
,113 109 i.9
~.8 1.6
~.9 370N430W 5':1 5
87 105 117
- _96 1.9 s.o 0.9 6;6 aaoN-~o~V 61 9
111
- 99 125 117 2.0 6.0 1.5 7.0
~90N.4SOW 6B a:
118 1_13 107 118 1.7 7.2 1.5 8.1 l
-4ciciN*a3'oW ib 10 133 125 135.
163 i.'9 7~6
'1.9 a.a 41'ciN-~PW
- $8 10 104 108 103 107 1.6 7:2 i.8 8.. 4 4201'i43ow 73 8
119 105 105 112 1:6 it1 1.4 9:0 D
430N43CvV 70 7
101 103 113 121 1.7 7.6 1.2 8.4 440N43.0W
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8 118 118 1.03' 111 i.7 7.1 1.4 8;1 sooN 420W B§J 9
f67 165 131 193 2.2 5.8 0.3 6.0
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~HON42ow a9 14 162 165 146 150
_2.1 5.~
0,5
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's2oN* *faoW 87 21 140 175 128 fli 2.o 5;7 0.8 6.2
'33.0N 420W 86 15 145 143 156 158 1.8 5.7 0:6
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16 155 1n 179
~03 2;1 6.2
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102 108 1f2 131 1,8 7.9 1.7 9.0 4201\\i 42ow 79 6
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WNYNS.C qtf.Sn~ Radi~C)n lnvest~g~iCln_ - PHf'$E If F~b~ary 13, ~19.9S Summar" Tabie of intef *rated lnstrum~1:1t A*a~:Hogs l
- ,, y,,, ~* -,-,, _p_,,,
inte'ival Count PE;!aj< C,ounl ~ate Ratio of Peak Corr:elate4 Activtfy
-(counts In 30-sec!
(1 i2
- counts[min}
W¢kov~r
-~
Grid
--- ' Grid G"tid PEAK
., Pl:AK PEAK
- PEAK ti:> Average Grid Grid
'Grid r
Location Avg sm
'214 3i4.
4/4 A.v Note
- 114_
nmed oata
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- 11 101 114 117
- 121 HJ, 8.7 1.~
10.0
- r
~~g~42W,J 71 11
- b.
1:a t.'9 9;1:
460N420W 81
-~
!J 9.5_
1;:7
-1o:e 47oN¥i.&/t 2.d
'77 11
,b 9~g 10.1 300N 410W 95 31 t'89 110 166 171.
2:0
- 6.0.
-1.1 6.8 r
310N 410W 7J
- 13.
1,60
-150 151 154 2.1 5 *. 4 0.5 5,7
- s2oN**iiow 16 140
/
- 79.
157 1$3 112 2~~
i:tt 0:4 5.7
.:aaor*r 41 ow ae 13
-Ho.
145 1SB ib3 2.4
- ~-:'t
'0.-~
e.o o*-
- 34oN41ow
- 100 5
191 1'41 212 213
-2.1
.6.a Q.2 s:s:
350N 410W 63 12 103 83
- 86.
91 1~6 6;2
.2.1 7.7 360N410W 66 6
1'01 109 89 HO 1;7 6:9 1.0 7:6 37oN41dW 1*0,s
'81 r
66
- 1;1
~Ob 1ri6 116
~::~
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9
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-.~P 97 1'2f 1;9
~*~
1.(i i.i
- i390'N4row 11j 1os 8~
f 6 1.4 1is 70 8
'107 7.q c
4ooN41ow 72
- 1.
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-L2 8.7 410N410W 71 9
119 110 101
'151 2:1 7.8 1.6 8.9 42()N_410W
~
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Hi9 1:9 9.9 4;3 1~.~-
43.0fi ~1.0":V 1()7*
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'it.b 0.6 1:1.4;
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b 8.6 1,6 9,7 460N410W 71 9
b 7.7
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4?()~4;19~
64 10_
b 6.6 1.. 8 7,7
- 480N'4toW 69
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7.3 1.6 SA
'4'9DN4foW 66 9
b 6.8
- 1:~
7;~
L aoo~4iJ9w 87
'15:
137 161 147 1;8 5.7
.o.6 6.*1 310N*400W
- 90 13 144 173 154 172 1.9 5.8 0.5 6.2 320N400W 9Q 1_~
- 1aa 162 182 194
,2{2 5.8 0.6 5;g
- ooa~~oow
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'1'94 169
~59 198
- 2) a.9 o.5
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9;5 e.a 3SON 400W 61 to 159 98 97 gg 2.6 6~0 1.7 7.2 380N4QOW 62 8
108' 97 107 92
'1;8 6:2 1.2 7:1 0
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'as 11~
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- ia 107 1.6 io 1,9 106 6.6 39oN'40riW
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4o_oN 4000 81
.20 b
9.5
'3.5 1Hi 410N40JJW 119 16 b
16:3 2.9 18~2
- 420N400W 1:os 20 b
13;9*
3.6 16;3 r
43oN'4oow 87 15 b
10.5 2.7 12~3 44aN4ooW 9b fa I) 1:u
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- 13.2 450N400W 74 9
b
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1;'7 9.4 460N400W 70 6
b 7.6 1.1_
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63 7
b 6.3 1.3 7.2 "63 480N4ooW 1_0
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6.3 1.8 7~5 490N4oow 71 1'
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WNVNSC Off-Site R~diatio11 Investigation-PHASE 11 February 1$, 1995 Summary Table or* Interpreted Instrument Readings r
. Interval Count. I P~ak Count Rate
~* Ratio of Peak Correlated Activity J
{counts in 30 sec)
(1 /2
- counts/min)
Walkover
~
Grid Grid Grid PEAK. PEAK PEAK PEAK to Average Gtid Grid. Grid
["'
Location
.:_._Avg STD Nate. " __ 114 2/4
- 3/4 4/4 Timed Data.
Avg.sro 95th 290N 390W 47
.8 e
6.6 0.6 7.0
[
~.
300N 390W 98 10 151 131 114 1~
1.6 6 *. 2 0.4 6.4 310N 390W 105 15 160 150 163 1!)5 1.6 6.4
- 0.6 6;8 J
320~.390W 102 13 146 1n 153 197 1.9 6.3 0.5 6.6 33QN a90W 111 12 2i9 163 154 i81 2.0 6.6 0.4 6.9 r
340N 39oW 107 12 165 200 179 202 1.9 6.5 0.4 6.B I
350Naaaw
- a2 13 173 100 114 123 2.t a.o o:9 8.6 3SON39aw 105 16 124 130 134 124
- 1.*3
~.5 t.o 10.2 r
370N 390W 90 11 111 122 138 123 1.5 S.~
0.7 9.o L,
3SON 390W 120 42 111 129 141 144 1.2 10.5 2.7 12.3
- 390N 39itw 162 37 142 124 269 203 1.7 13.2 2.4 14:8
[
4o0~396w 7~
10 b
1.i.4 1.6 12.4.
410N 390W 68 11 b
10.8 1~7 11.9 420N 390W 65 10
- b 19~4 1.S 11;;3
[
430N 390W 58 7
b 9.3 1.0 10.0 440N 390W
- 53 7*
b 8.6 1.1 9.4
.isON300W ea 11 b
1,2 1.9 0.5 4BON 390W 62 8
b 6.1 1.4 7.0
[
470N 390W 63 11 b
6.3 1.9 7.6 4BON 390W 59 6
b 5~5 1.0 6.2 490N 390W
.64 10 b
.6~5 1 ;8 7.7.
[
200. N aaciw 69 a
e 8.3 o.6 0.. 1 290N aaow 64 1 o e
1.a
- o. 7 8.3 3QON380W' 111 23 167 147 111 158 1.5 6:6 0.8 7.2 310Nsaow 109 22 1n 154 154 102 1;7 6.5 o.a 1.1
[
320~ a~oyv * ~13
!5 101 112 112 101 1.6 6.7 o.6 1.1 330N 380W 137 30 230'
- 234 231 233 1.7 7.6 1.1 8.3 340N 380W 1 s1 27 241 20s 238 i96
- 1. 6
- 8. 1 ui ip 3SON 3aoW 93 12 200 144 1 sa *
- 45 2.5 B;B o.a
.~.3 360N 3BOW 133 32 167 190 212 181 1.6 H.3 2.1 12.7 370N saow 162 25 215
.212 203 230 1.5 13.2 1.1 14.3
- l.
~BON 3aoW 174
- 21.
216 2o9 24.6 233 1.4 14.o 1.3 14.9 390N3SOW 172 29 1.96 209 256 211 1.5 13.8 1.9 15.1 400N380W 74 15 b
11.7 2.3 13.3 L,
410N 38. OW 72 12 b
11.4 1.9 12.6 420N 3BOW 70 5
b 11.1 o.a* 11.6 430N 380W SO 12 b
9.6 1.8 10.8 440N 380W 65 10 b
10.4 1.5 11.4 I
450N 380W 70 7
b 7.6 1.2 8.4 480N380W 67 6
b 7.1 1.1 7.8 470N 380W 58 5
b 5.4 o.9 6.0 L
460N 3BOW 66 12 b
6.8 2~ 1 8.2 27oN 3iOW.
63 6
~
1,a o.5 0.1 280N 370W 68 17 e
8.2 1.3 9.0 L
NYS Energy Research and Oevelopment Authority page. 3 Dames & Moore
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WN'ir-Jsc:oo.s1te i:{adiati9n Investigation* PHASE II February 13, i 995_
r Interval C::ount St,J,mma*ry T~bJe of Interpreted 1nstrume11,t Readings Peak Count Rate Ratio.of Peak Correlated.ActiVify
.(c':'urits irf3o sec_j: *
(1 l2
- countslmin}
Walkover fil9jlgl Grid
- ertcr **God PEAK PEAK PEAK PEAK tC> Average Grid Gri.d Grid r
Location Avg
_STD Nati;i i/4 214 a/4
- 4/4 Timerl*Data *'
- Av STD',:S$tJ:(
2s'oN370W 61 15 e
7.7 1.2 B.5
[
- 30bN370W
.98 t3e q
8.2 4;3 1i'.3 310N 37fNV 178
- 38.
q 9.1 1.4 10.0
.320N370W 252 45 q
11.8 1.7 12.9
- 33oN;37DW 337 1]7 416 379 386 419 1.2 14.9 45 16:s r
34oN370W 3~1 so 400 39Q 3&8:
425 1.2 15A 1.8 16.~
35.oM *a1ov{
17j 25
'147 166 124
,248*
1.4*
13.13 i.6 14.9 360N370W 18$
- o 238 223 298 258 1.6 14.6 0
- 7 15.o
[
370N~7QW 185 Z7
,274 310.
,299 354 1.9 14.7 i.8 15.9 380N370W 156 2~
214 212
- 209 2~
1.6 12.8 1.5 13.8
- 39oN 31ow 178 33
~6 23fJ 229 255.
1.4 i4.2 2;1 15/7 4bON37oW 74 7
b 11.8 1.1 12~5 410N 370W 72 9
b i.1.4 i.4 12.3 420N370W es 11
.b 10.5 1.6 11.6 r
4...~N37QW 59
- 2 b
'9.4 Q.3 9.6 446N3.7.0W 5S 10 b
9.4 t.,6 10.4 47ot-t37cw 59 7
b 5.7 1.:3 6.5 4BON'2.7oW.
59 6
.b 5;5 1.2
.,f3.3 r
.260N360W 58
- B e
7.4 0.6 7.8 270N':'360W sa 9
e 7A 0.7 7;9 2aoNsoow 67
.8 e
8.1 0.6 8.5
[
2sof.Jasow
'72 1~
e
.a;5 1.2 9.3
- -/
300N360W 162 26 zj3 2'13 216 264 1.6 8.5 0.9 9.t 31oNss6w 176 39 275 266 307
- 306 1.7 g;o 1.4 10.0 320N36oW 238 54 480 274 329 337 2.0 n,3 2.0 12.6 I. 33oNMoW 334 4-0 420 460 420 421 1.4 14.8 1.5 15.8
~o~nfoow 35$
20 467 408 40~
458 1.3 15.7 0,1 16.2
.3$0N.360W 207 14 268
?48 gse 2as*
1.3 tii1 0.9 16.7
[
3BON~eow 2()Cl 27 2~0 269 273 232 1.4 15.7 1.8 H3.9 370N360W iao 21 227 259 256 250 1.4 14.3 1.8 15.5
.38QN~~tj~
~.,
~ -'
175
- 25 218
?;22 212 238 1.4 14:0 1.:7 15.1 c
390N360W.
1.6.1 15 211
.,~~
2(13
~~
1.4 13.1 1.. 0 13.8 400Ns6ow
~2 14 b
14.S 2.2 15.9 410N 360W 76 16 b
fa.a 2,5 13.6
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420N$ilOW 66 13 b
10.6 1.9 11.9 43oN366w 62 7
b 9.9 1.0 10,6 44-0N*aijow 50 11 b
8.i 1.6 9.3 510N360W 54 7
e 8.1 1.0 9.3
[
- 2soN3sqW 63 9
- e 7.8 0.6 8.2
?60~~50W
- ss 12 e
7.4 0.9 8~0
- 27Qf\\13:flJ.W
'$:.3 8
e 7.8 0.6 8.2 L
289N3sow 58 15 e
7.5 1.1 8.2 2soNasow ao 15 e
9.1 1.1 9.8 3(1bN350W*
195 30 243 219
- S20 276 1.6 9.7 1.1 10.4 L
NYS Energy Research and Development Authority page4 Carnes & Moore L
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WNVNSC Off~ite~adiatio11 Jnvestigation,.*PHAS.E ll Summary Table of interpteted irts~ru~ll!n~ Re.ding$..
. Grid
_Location.
lnt~rvel.Count '
Peak Co1Jrit Rat~.
Ratio oLPeak
. {coul'lts.1n 30.secl
- {1/2
- countS/rrii~J
- *walkov~r
- Gi'id 13'rid PEAK P~~
f>Ef\\K:
'PEAK to Averl;l.ge.
Avg
.STD
- NOt.e 1i4
. 214 3/4 4/4,
- nmed Data
- s.g1.N~
320N350W
?39~.ss,p_w 340N350W ssoN:35oW.
- $60N350W 37oN3sow 38cir~l 3-sow 300Na5ow 4ooNasaw 410N350W 420N 350W
~.~A*~.~
S10N350W 240N340W 25QN340W 26oN~
27oN34*aw 28oN340W 29oN346W 300N340W
- at ciN *340W 32oN*340w
~~f34i>W 340N_34aW 3SON340W
~aeNt34ow
~?ON'a,4()o/
380N340W 390N340W 109N ~P',V
- lg~~~
430Ni4fm.
- 440N340W 510N340W 23oN33ow 24oN-33ow 2s0N 3.1ow 2601\\f ssow 270N330W 280N330W 290_N~QW 200
> ~' '"
~90
.~3 4Qo 278
- ~12 185 164 163 1fa 101
- ~
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- ~o:
63
. 44
- 31.
35
- 35
- 37
-~
86 BS 83 1p3 130
- ~5 217
~o~
176 164 132
{fr
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.91 78
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'29 33 39
-39 40 70
- .5?,
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- .56.
59
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- 16 15 f2c 10
'10 15
'i'f 7
7 6:
5 6
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- 19 17 21 78 33 36
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- 24
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- 21 fa 18 7
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1.6, 4
4 5
7
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e e
e q
.q q
q q
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~1?
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370
- 286 209
~1'75 22ri 196
'109
'f 2$
1~
156
- 470 275
2~
232
- 210 187 164 141' 121
- 446 NY$ En~rgy Rei;earch ~rutD~l;!lopment Authority
?2.7 3JS 422 485 308 285 225 216 g16.
115 111
'188
- 1&0 199 362 299 246 256 201 190 15.7 145 452 680:
'263 426 439 eoo
- 297 260 211.
.*233
- ~
122 H9 116
-151.
223
- 335 293
~3~
1,91 161 166 l~.
'1:37
,;482 443 pages C...;ll 3~2 439 370 5?6 300 260" 174
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106 128 142 1?~
188 333
- 242*
1-~5*
217 276.
160'
- 1~8 1:25 467 407 1.9 is j.4 1.5 f 3 1.3*
t.2, 1:4 jA 2.3 1.5 23 1'.*~
1_:7 1.5 1.4 1'.2
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1.~~6 23.3 HJ3 15.4
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F~~ruacy 13, 1995 Summary Table of Interpreted ln:strurrt~nt. Readings lnteival Count I
, Peak Count Rate R~tio of. Peak *,
Correlated Activity (counts ln 30 sec}.
(1/2 *counts/min)
Walkover
.(QQ!lQi Grid
. Grfd -. Grid -
PEAK PEAK PEAK PEAK to Average Grid G~i:I Grid
.Location
. Avg STD Not~
1/4
- 2/4
.. 3/4 ~. __.~/~.
.. iimaa Oata A* *... n*-s'to
- 95tb SOON i'330W 310N$30Vo/
320N330W
'330N33oW.
34oN.33aw
~:~~~~
370N33oW
- jSON~OW ssoNaaoW 4ooNa3o~
410N*a3oW
.420N33Q\\'V 43oN*asow
¥oN33Qw 510N ssow
- 22oN320W
~soNsiJw 240N320W 250N320W isoN~iiow 210N s2ow 2BON~20W 29QN320W 200Na20W 310N 32.0W 3gol\\J32oW 330N:~20W 340N320W 350N*~20W
- 366N 326W a10Na2ow
.380N 32DW 399N320W 400N.320W 410N3i.OW
- 420N 32.0W 430N32ovl 440N320W 510N3..20W 210N 31dW 22oN31ow 230N 31ow 240N 310W 89 19 98 13 100 15 98 21 119' 34 339
- 93 230 51 1eo 19 168 27 192 4s 111 18 107 17
- Q9 12 81 15 79 11 55 8
48 5
SB 11 55*
9
.33 7
,33 6
36
. 4 35 5
43 6
91 18 108 18 117 17 123 14 102 35 2za
- 110 f 93 22 204 25 181 23 172 31 118 13 s:S.'
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64 6
- 53.
11 51 8
49 7
49 8
59 10 e
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e q
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- 6 e
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- 302 224 291*
.210 151 120
,gg 109 167 155 195 113 168 327 278 236 2o4 258 180 166 100 107 87 NYS Energy Research and Development Authority 120 135 150 166 136 3~Q 290 263
- 2$0 2.4f) 156 142 i13 122 107 161 100 145 1:71),
140 368 291 247 23$
228 150 138 106 91
~88.
132 151 161 146 165 405
~67 224.
.227 194 148 121 101
- 104 111 i36 129 150 16$
17~
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- 2~
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- 238 197 159 124 127 123 97 138*
157 143 15~
212 361 232 23$
?~9 230
-161 126 104 94 101 1.9 1.,5 1.,7 1.7 1.6 1.2 1.6 1,.7 1.5 1.5 1.. 9 1.4 1A 1.5 1.4 1.8 1.5 1.7 1.4 2.i 1;-7 1.5 1;2 1.4.
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9.7 0.8 8.4 1.6 i<l5 i.4 9.. 8 0.6 7.7 0.6 1.7 0.4 7.8 0.4 7.8 o.a, a.6 3.2 13.5 3.3 16.5 3.0 17.9 2.5 18.7 6.2.
17.5 7.1 22.3 1.4 16.2 1.7 17.0 1.5 15A 2.0 15.2 1.0
- 12.6 1.5 11.3 0.7 9.6 0.6 8.5 o.~.
a.2 1.6 9.6 1.3 9.1 1.1 a.7 1.2 8.6 1.5 10.5
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[
.$~fr!rn.~ry Tat.JI~ ot *Jnterpreted lnslrum~nt Fi~adings Interval Count,
Peak Count Rate
. Rati? of Pe'S\\k Correlated Activity (counts in 30*sec}
(1£2
- counts[min}
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!QQ1L91 Grid
. -* *and.
Grid..
PEAK PEAJ:<
P~!<
PEAK
'pAl{e~~g@.
Grid Grid Grid
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"*' 414',.
Av..STD
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[
Location Avg
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-.2/.4.....
.~/4
. '1iin$1 o'at~ ".
.:9.5.th_
2qON ~10W 37 5
q 7.7 0.5 8.0 r~
.2e.oN*31fNI 37 4
q 7.7 0.4 7.9 270N 310W 39 9
q 7.8 a.a 8.4 280N.310W 46 10 q
8~5 0.. 9 9.2
[
29ot-J 31oW 47 6
q 8,6 0;5 9.0 3oot-is10w f)~
1a 154 1~5 f75 1$4 t.8 12.0 3~2 14:9 310N.310W 121 13 175 140 186 1.s 16.7
- f 54 2.3 18.2
.320N 310W 124 18 127 163 160 177 1.4 17.1 3.2 19.3
[
.330N\\310W 142 14 164
'161
'156
- 1t3B 1.2 20.3 2~5
~.o
'34of'i31'fN.J
'115
- so 164 1'52, 130
- 1$8 ts 15.5 5.3 19.0
- ssoN31dw 134 61
.242 199
.238
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1.8 1.1.4 3,9 HJ)
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'.tJ60N310W 122 30 181 235 192 24fi 2.0 1():6 2.0 12.0 370N310W 179 26 287 240
12.1 224 1.6 14.3 1.7 15.4
- 3aoN31ow 14~
32 228 194 208 231 1.6 12~3 2.1 13.7
[
390N*310W 1.28
- 31;1 2ba Hl9 1~
iaa 1:s*
11.IJ 2.5 12.7 4Qc)N3toW
- as.
~8 188 181 106 166 2.1 9.6 1,3 1'0.7
~foN31oW
- aq 18 124 ms 115 107
.1.9 9.5 1.4 10.5
.420~l.310W 79 15' 120
- 121 127 108 1.6 9:0 u
9.8 43D.1'!310W sa 8
131 120 101 109 1.9 6;2 0:6 8.6 44-0N 31Cm 61 7
'83 9-B SlD 113 1.9 7.6 0.5
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8;7 1.5 9.7
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q 7:9 a.a 8:5 2.89Ni300W 52 13 9.0 1.2
~.0 q
29dN30QW 55 10 q
9:3 0.9 19.0 L
30oN300W 101 11 138 163 148 14Cf 1.6 13.1 1.9
'14.4 31ol'is6QW 103 9
165 134 161 137 1.6 i3.5 1.6 14.5 340N20{}W 11~
15 160 181 160 160 1.15 1'5.2 2.8 17.0 L
ci.3oNsoow 111 12 1!)4 161 130 135 1.5 14.8 2.2
- o.3
- a4oNsoow 113 24 168 166 163 145 1.5 16,1 4,3 18.0
- i$PN. ~rj{jW
-:189 so 280 2n 224 270 1.5 14.9 3.3 17.i L
aeoNaOON 181 60 274 30$
'.245 174 1.7 14;5 3.9 17.1 370N.300W 144 23 154 2fi3 204 207 1.4 12.0 1.5 13;0 38oN3oow 142 1~
216 204 195 164 1.5.
11.9 1.2 12.7
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Gl'.K]N300W 132 36 274 221 fag 147 2.1 11.3 2.4 12.9 L
4.0C)N~300W
.8~*
16 152 145 125 131 1.9 9.2 1.2 10.1 410N300W ao 17 t20 108 112 111 1.5 9.1 1.3
.9.9 4.20N :360W
- 82*
18 111 145 125 123 1.8 9.3 1.3 10.2 L
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$~~mary*Tr;t~le p( Interpreted ln:sirumE1nt: Readings Interval Count Peak Count Rate
- Ratio of Peak
{courits in SO sec).
(1/2 *counts/min}
Walkover Grid Grid*
- Gnd -
PEAK PEAK' PEAK f;IEAK to Average Location Avg STD l\\!Gte 1}4 "2/4 3/~"
4/4. _
tlrned*oata' __
430N300W
- <t46~ so.OW 510N 300W'
. 2ociN'.29DW 210N290W Z!ON290W 23oN29oW
.24oN-2sow
.. 2soN29ow 2~0N2wW*
- 270N2$_0W
- 28QN2.9oW 290N 2sow 3ooN29oW 310N2.9oW 320N-290W 33oN.29ow 34oN*290w 3soN29ffW
.3ooN2oow 379N296w 380N2SOW
$9aN29aw 400N296W 4foN.29oV*i 420N '4$Qw 43of-lggow
- 4'4(1N 290W 4SON'i2.90W
~60N200W 470N*29QW
-480N290W
- 49dN2oow 5~oN~~w 200N. !280W 210N2aow 22oNgaow 23oN2aow 24,oN 2a.o\\y 290~2aow
- 2sON280W
-~CiN280W 280N280W
~~oN26QW 7&
6$
5:4 57
- 55
~*
04 67 115 134 t67 184 191 120 109 106 110 120 115 97
- 9()
72 e9 107 9o 17
- ,83 78 76 fl5 72 67 46
'63 68 fi2 ea 94 144 173 210 2i37 244 15 1_6 5
10 15 13 12 14 9
26 30 2S 19 11 13 16 13 13 14 a 16 18 14 10 18 24 21 ta 13 13 12 9
7 6
12 12 a 21 19 24 36 36 46 7.5 e
e 133 11.B.
128 106 147 111
~
,*so
-~
118 102 89
-9~
gs 87 94 89 Ti
.oo 106.
97 202 ~
is$
154 196
- 220 167
~04
- 2~2' 245 25~-
24.4 32S.
366 267 235 157 135 155 148 146 159 156 1341-135 152 133 167 154 165 133 154 137 153
. 82:
144 140 122 127 159 103 124
'114 117 111 139 1.35 156 101 140 15'5 154 134 162 123 121 110 133
~21 127 127 115 116 108 96 113 99 101
~6*
87
.113 96 100 S3 99 91 100 100 103 89 107
~08 258 282 q34 335 101 104
~2 104 129 1~
- 224 352 2~6
.:300
- e$
- 88 82 H6 110 193 241 459 348
.294 NYS Energy Res¢arch ~nd Development Authority pageB C-14 129 ao n
73
- 81) 67 124 217 197 232 247
.29Q f36 156 118 142 i'22 100 154 Hi 143 117 1:31 145 182 133 132 114 101 81 97 100
- 76.
as 111 162 130 191
~BS 286 ass 306 1.~
1.7 1.7 2.2 1.s-1.5 t.8 i.9 1.6 1.5 1.0*
i.9 i.3 t.5 1.5 i.5 1,4 i.4 1.6 1.8 2.0 1.6 1.5 1.4 2.0 t7 1.6
-i.5 i.5 1.5 1.6 1.5 i.6 1.5 1.8 1.5 1.4 2.1 i.7 2.2 1.6 1.4 Dames & Moore Correlated Activity
~
Grid G_rid Grid
.Av
__ $TD
- 9Sth 9:0 1.1 9.7 7._2
- 3. 1
.9~2 8.7 0.8 9.3
- t.3 o.7 ia 7.2 1.2 8.0
-7:8 i.O 8.4 7.9 o.9 0:5 8.1 1.1 8;9 10.2 0.6 1.0.6 11.4 i.7 12.5 13.6 2.0 H.9 14;~
1.8 15.8 1?.f 1.:2 15.9 16.4 i.9 17.7 14.5 2.2 i 6;0 14;0 2.8 i 5.9 14:7 2.2 16.2 16.4 2.3 1 a:o 1.5.5 2.~* 17:2 12.3 1.5 13.3 11.2 2.8 13.1 7.9 3.1 10.0 10.9 2.4.
12.5 9.4 0.7 9,8 9:7 1.2 10.4 8:5 1.5 9.6 7;7 i.4 8.6 0.1 i.2
- 8.~
B.9 1.0 9.6 8.8 o.9 9.5 a.o o.9
.a:5 8.5 0.7.
9.0 a.1 o.5
_e.4 7.6 0.9 8.2 7.8 d.9 8.4 8.2 0.9 8:8 7.7 0.6 8.1 9.1 1.6 10.1 10.1 1.5 11.1 12.0 1.6 13.1 13.9
~-4 15.5 16.3 2.3 17.9 18._1 3.0 20.1 18.6 4.8 21.8
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~rid i..o.catioii lhterva!Count_
(counts in 30 sec} 1
--- G'*a.. G.Cf... -
!'I. '
,:~f! *'
- 300'4 2a*ow 310N 2a6N
- 320N28oW 33orJ '2aow 340N2aovt 35o"N2aow
}~aot-42aow 310N2aoW
- ~QoN--~aow s90N2aow
.:4001\\niaaw
-41:0N2~W A2ot.J2aaw 43,6~~~.8W 449N.2~QW
- 45iJN "280W 460N**2a&\\r 410N 20011/'
,,*4aoi'i *2aow
~9oN 2~f!l'I 510N'200W 2ooR2fow 2toN21ow
'.??CiN 21riN
-~~~-~~~
~~oN2tow
'260N270W
~of.J Zr:ow
- 2agi'f~tow
~ON'?79W
- sN27ow
- ~*.
310N 270W 320N27
- .33oN **hi:iN 340'1\\1 faow 3~~N27riW 36bN'tiOW 370N 27<:1#
- 3aoN 270W
.39oN**27oW AotiN'21riw 4ioN*ilOW 420N270W Avg STO 135 15 111 14 118 15 121
-~
11Q 12 112' 15 99' 13 92 18 73 i4 a9*
1.,;er PEAi{*.
PEA~. PEAK.. PEAK
- fo:A\\terag~
Not~_ -__ :il~t.,
<- 214....
.* ~314 41!.L _ trmi:!4 Pata*
e 188 130-140 153 111 145 144 137 1~9 1l4.
187 160 165 1~
146
>~g 1()0 91 101 100 87 112 106'
- ~t?
140
,;:5'8 J
242 324
- 359
- Jpa 190 157 133 1~7 149 1so 152 113 87 l32*
1:48-162 151 143-131 130 t49 145 169 163 143 108 H~
1t!Ci f 32 167 146 156 11s
'EJB 89 1()_7 10$
- 8?
- ~~
.96 99
- ~~
244 278 440*
404 3$2 169 160 149 Hs 131 1.69 13:;?
122 126
'124 17?
167
'164 127 15_5 152
.fod
- iaa 139 146 127 126 t2~
~63.
14.5 157 12$
158 165 114 100 8,8 9P ij()
90 102*
93 138 265-
~38 371 412
~7 156 167 174 139 13.2 156 143 123 150 123 149 174 147 158 140 143 100 149 122 135' 121 124 12?
1$8 176 130 144 145 i36 102 81 101 87*
114 gg'
-~!3 11.6 t32 242 Zl7 331-41$:
- ~q3 i38 157 140 128 131 140 120 122 110 134 155 175 118 1~4 1.4 1~3
.1.5 l.6 ts L6 1.5 1_.~
1.4 1.~
l;8 t;6 1:;5 1.'i 2;2 1.;4 1:4 1,s 1.4 1.B 1.9 1.7 tA
- 1..* s
- i.I) 1.7 t.7 1A
,t._4 1.6 1.4 1.5 1:3 1.3 1.7 1.6 1~1
.2.0
'1.5 1;6
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~*
. Giio Gi'icl Grid Av'b sro*
-~st'n _
19;.1
- 14;9 1a;2 16.6 f4:6 1*5,o t2.6 11.5.
- ~.1
.11.0
-~-1 9.2
'9.4 9.2 8.7 8~4 9;2 8.4 8;5 8;6 1q.~
1.8 i.6
- 7*.7
. fl:4 W-:3 13;4 15.9 20.0 21.9 21:3 16;9 16.0 15.5
'15"1 15:9
'13.1 12;3 8.0 8.4 l0.7
.9.8 10;1
.9.1 2.6 2.4 2;7 1;~
2.1 2,,7 2A.
3.2 2A f 7
- 1.5 1.6 1;1 n1
- a.a 1.2
<ie 0.6 O;B o:§ 1..8 Ci:3 0.9 1.4 0.9
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1.. ~
2.7 4.8 3.8 4,3 3.1 3.1
-2.2
~.$
3A o.9 1.1 2:'3 2.6 2.4 1.2 O.s
.0.5 20.9 16.5 16.0 17;6 1_~:9 16:8
,.14.4 13:6 9.:e 12;1 10.i 10.3 1111
.9.9
- ~.2*
- sz 9.7*
B:B 9.1 9.0 1;1_4,
- a;o
.-8;2 8.7 iO;O 11,:4 14.7
.17.7 23.2 24.5 24;1 19~0 18;0
. t6.9 16,$
fa.2 13:7 13.1 9.5 10.2 1:~~3 10.f;i 10.4 9.5
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- imeni8i Count*
.<counts insci *Seel
- Grid Location Grid Grid A\\tg* eh"D 430N*2tow 100 44()N *210,w 9,s 450N270W 92 46t>N 21b.w 7!3 470N270W 76 48pN~70W 74 490N 2?9Vt*
76
~~~~b: *=
MoN2aoW 12' 22.0N 2sow*
75 ZioN 2t;oW
- s1 24oN 2sow fo$
25oN 200W 181
-260N 26oW' 282
- 270N 2SOW.*
305
- 280N.260W 27~
29oN 2.6&.N 2oa
- siioN 26iJW.
1*2~
- 3toN 26oW 1.1~
320,.;i 2sow i21
- 330N 260W 105 34oN260W
~1 350N 2.BoW J~5 GsoN 2sow as*:
370N260W 90
- 3~260W 04 390N 260W 7.o
.~iJN 2irtw t04
- 410N 260W.
96 420fi 2SOW 94
~o~ ~t3CJ~*
.95 440N 260W
-~9 4soN *26ow oo*
4aoN 2savl
~11 470N260W 74 480N260W 71 400N *2sriw BO 510N*2aovv
- e2 2oorfi50W 73 210N '2SOW 72
- 220N '2SOW 77 230N. 2$0W 101
'240N ~sow 136 1~ a 10 1.9 20 16 1Q 1$,
7 1s 11 34 1)5 30 74 1.02
~7 43 3~1-20 15 11 14
'.H
'14 15 14 H
17
'j5 12 13
'1'0 a 14 18 1.7 23 1
12 14 18 Z3 38
. :$~m(l1~ry Tabi~ of irjt~rpr~ted. ln~trut:nel'.'t ~~adirjgs Peak Courit*Rate Ratio :of Peak.
CorrelatedActivify 0/2
- countSZm!nl W~lk9v.er.
~
PEAK
.pEAJ<
'PEAK.
PEAK t(I Average
- Grid.
Grid
-Grid Note 1/4
.214.
3/4
- ..4)4..
timed Oat;a Pl
. STD
,sstli
--~---~~---~--~-'----.....----+------~~-"ti----~_...._._..;_;;;; __
..;;.;;;.;~
e 131 14,i
- 103 92 79 81 f13 89 84 110 1(?4 1'57
-~97
-~**' -
304 409.
- ~7
~75:
'145 163
-i56 157 150 125' 133 137 107 114 153 15.3 160 148
~42 1~,
97 130 119 1Q2 66 96 121
- 143 128 1*4$
114 too 94 97 gf:j 114 103
'.83 118 ha 209 311 346 361 336 11'.4 152.
1~9 13~
149 147 156 15.1 102 119 166' 170*
155 179 147 111 113 103 110 126 89
.94 97 1~Q*
130 170
- 151 1o3 113 77 88 (55 aB 93 92 1,24
140 262
,343 364
- . ~44
- 2tf
- 11s 1'59 ts9*
132 150 164 t~s 122 122 ho 1~
139 144 161 15.2 129
.97 124 85
~
84 110 109 147 1_23 1?2 131 116 108 81 87 e~
122; 105 103 He 156'
~91 411 2.93 327 255' 147 16~
1.53 133 135 136 133*
1~1 110 12~
1$4 126 140 136:
1'37 1{~l..
126 125 112 1Q3 97 102 110 138 122 L7
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- 1A 1.4 1.3 1.s 1.6 (7
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1.8 1.7 Us 1.3 1.5 1.6 1.5
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9.2
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8.5
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4.8 6.6
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.1.. 9 2:4 2~7 2.5 ao 1'.*1 to 0;8 0.9 Q!.7
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'9.3 1*L4
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- 24.2 26.9 24.5 1f~
212 18:~
f8;3 15:1 t~.{>
t~.4 11~a 13.0 8.1 5;9 10;?
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)~(lei Loefltio11 330N'240W
~N24QW
~~~~.
37oN24ow 380N 24fi.N
==
'1~?4QW:
420N24C1N
- 43~24riN 440N240N 5~0N240W isoN23oW
~eo~?~~w t70N 22ow_
180N..230W 190N230W 2CON23ow 21dN2f30w 2gotJzjoW 230N23~
,~~0N-2;39W 2sdN230W 2&0N23ow voN.230w 2BON'230W
-.290N230W
- 300H-230W
- 310NZlQW 32oN_ZfiJW_
330N-23dtlJ-340N *230W
~a~~~ow 360N_230W a7CN23ilw
-~80N230W-390N-23rJN 4QON23f/N
- HON230W
,420'N 23f1.iv 430N23oW 44C)N~oW 510N 2~Q\\N-Interval count e:6Lirits lri 3o ~eb
-Gnd 1-;r1(!
Avg STD 1t8
- ~5
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,53_
56 Sf}
48
~
.Sjj' 46
- 52
'5$
123
-1.:fi
+34 120~
1?1 53
- s~*
J3 t01 101 150 171 156 108 j36 22S' H,~
132 102
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40 42 56 7
11
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-summacy Table.of interpreted Instrument-Readings
~-e~ tour.t R~E!
- ri~ti9.o.f:P~a~-*
(1/2
- countslmin)
W~fkov~
PEA~
"PEA'S P~K P~~
(¢> A~ra..ge Nete 114
- 2/4 3/4 M4 Tlmei;:t data x
.e
- 156 155
-12~
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-94 ab 8$_
- .~
T(
Bl}
90 87
~60.
1~
1'72 174
~-9~
210
'86
.:g(j 145 134
- 221
?47-209 1B5 164 302 191 iri
.155 180 89
- $9 at 79 64
.89
~
71
.83
-57 154 w~
84 110 91 71 65 a1
~
6$
92 60 i86
-fso 1*015 220 ws 16 e~
1' 137 144 21;3
- ~58 27Q 175
.200
- 26o
.~13 155 152
'138 9o
- ~
-106 77 79*
76
~
61
~
59 f59 148 106 84 88 73
- B9 74:
B2
--82 r/
90 t61
'1'80-
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207 j~:i(
- 70.
11~
ios ff9-159:
- 208 208 18,9 221 1~
153 f 64 126
-92.
~$2 73 n
57 75' 6~
as
-so 75 134
'148
~~
.9.~
87 69 75 78
~
9;J 74 85
- 231 188
-197 222 183 13 87 123 160 171
~4
.23~
149 184 218 2@
164 f 13 1'32 107 69 1?
7~
74 81 8~
55 7~
58 eo 1A 1.8 02.2:
1.1 i~
1.4 1,5 1,7 1~*9 1.9 2.0*
1;7 2.~l 1.5
{5 1.8 1.5
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1.~_
1.7-1.9 1.6 1*~
22 t.~
1.6
- ~1
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1.7
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1.5 2~0 1.5 2;0 2:1 1.9
-ceirrelated _ACtivity.
_---~
~rid Grid*
- C~rid
~y -
SW 95th.
1.1.9
-t0.*2
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9,1 9:s 9.6 a.7 s~2
- ~~-
as 9;1 9;3
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- 99.
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- 93
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r WNYNSC Off "5ite Radiation.Investigation - PHASE II February 13, 1995
[
. SummafyTable.oflnterpreted.lnslrpment Readings
[
Interval Count
- Peak Count Rate
- Ratio of Peak
- Correlated Activity fo:ounts in 30 see) *
(112* counts/min)
Walkover.
~
Grid
-Gnd Grid PEAK PEAK PEAK PEAK
,~o Avl;!r:age Grid Griq Grid
- r.
Location Avg sm Not!:!.. -.. 1/4.
_2)4_.. -- -- 3/4 A/4* __
l'imed t;lata AV
.. 'STO
.95th 410N 2oow 61 13 81 83 75 104 1.7 9.9 1.2 10.7 420N200W 5:3 8
97 68 72 89 1.B 9.2 0.7 9.7
- 3oN2oow
[
SS 13 92
.76 B~
55 1.7 9.4 1.2 16.1 44oN2ooW 59 11 91 86 97
- $4 1.7 9_;7 1.0
'10;3
- Rtorlt2oQW 57 12
- e.
9.2 1;9 10;5
[
'SON 19\\JN 44
-8
~
79 81 a2*
1.9 8.4 0.8 B.9 aoN 19ow 49 9
76
'93 75 72 1;9 8.8 0.8 9.3 70N1SOW 43 7
i 72 75
~~*
71 2.1 8.3 0.7 8;7 i
[
GON:i9ow 48 11 74 7o 71
'96' 1.8 8.7 '
1:0 9.4 90N1$ow 42 8
Tl J~.6 78 78 1.9 8;1
.0.7 8.6 100N*190W 50 7
q 3.9 1.3 4.8 110N 100W 46 8
q 3.3 1.4.
4~3
[
129N1_90W 52 7
q 4.4 1.3 5.. 2 13pN 19~'.v
.51 11 q
41 1:9 5;4
~:1 140N190W 56 8
q 5.1 1.5 r
iSON i9o~\\i
,54 9
116
.78 78
'a,9*
2,1 9.2 o;s 9.8 i60N-i90W 49 f 1 87 81 87
,89 1.8 a.a 1.0 9.5 HON iOOW 58 7
85 79 91 9!)
1,6 9.6 0.6 10.0
[
180N i9cJW
'.65 15 Af1 JIO 11.6 111 1.a 10,3
,.4 11.2
- 1sow1oow 81 27 120 130 136 150 1.9 1.1.7 2.5 1~.4 2@t,n90W 162 26
- 200 23b 198
- 272, 1.7 1.5.3 2:0 16.6 210N 190W.
18.9 57 2'&..1 286 267' 2;3~
1.. 5 1ta 4,3 20.2
[
220N1.90W 198 44 261 274 334
- 261 1.7 18.0 3.3 20.2
~~~~::
178 69 301
- ?,40
.273
- 320 1.9 16.!j 5.2 20.0 236*
-44
~
312
~:n 2(3 2T1 1.5 20.9 9.. 3
[
2soN 1stiw 11*a 32 120 126 116 11:3 1.1 15.1 3.. 0 17.3 2aot*i -19ow 109 34 109 121 137 126 1.3 14.3 3;2 *16.$
~70N 190W 102 18 117 120 a~
150 1.5 13.7 1.6 14.8
[
- 2aoN 1oow 119
~6' 104 108
>>9$
117 1.0 15.3 2A 16~9 290N*19!JN 103 34 111 106
~-8 86" 1.1 1_~.8 3.1 16.1
~00N*1oow 191 22 238 122 131
~6 2.4 13.1 3.. 9 15.Ei
[
310N1sow QO 29 150 195 128 128 2.2 11.1 5.1
- 14.6 agoN 1eow 91 21 135 116 102 121 1.5 11.3 3.7 13.8
-33bN f9bW 79 5
118 107 109 114 '
1.5 9.2 0.8 9.7 34oN 1t:10W
~
15 111
.91 102 105 1.. 6 7.1 2,7 9.9' r:
$SON 19pW 91 18 134 139 127 112 1.5 8.6 1.2 9.4
,36C1N 19rJN 97 12 128 140 129' 133 1.4 9.0 0.8 9.5 37QN*19DW.
'95 11 160 117 123 154 1.7 8.8 0.7 9.3 l
380N 190W
- ~s 18 129 119 148 165 1.9 8.3 1.2 9.0 39oN i9ow 03 18
- 131 14~
158 141 1.9 8.1 1.1 8.9 4~N 190W as f5
-~5 96 33 101 1.5 6.8 1;1 7.6 L
410N 190W ea 14 87 198 104 93 1.6 6.9
-2.4 8.5 420N 19\\JN 68' 10
'85
.as 84 96 1.4 7.3 1;8 8.5 430N 100W
- 65 7
104 9~
81 107 1.6.
6.7 1.2 7;5 L:
NYS Energy Researc~ and Development Authority
- P1!19e 15 Dames & Moore L
C_,;21
r
[i WNYl'-iB.C Off-Site Ratliatipr'* Investigation '" PHASE U February 13, 1995 l
Interval Count
- ~u,mmacy Tr;Jble o1 Interpreted lnsfrumentRe~4iJJgs Peak Count Rate Ratio of Pe.ak Correlatad Activity
- (courtfu in 30 sec) I
{1 l2
- cou!:l!§.lmin}
wa1ka.1er
~
r Grid Grkf
'Gild*. :.
PEA,K PEAK PEAK PEAK tq.Av~r~ge.
Grid Grid
~rid Loc:ati.on Avg.sm No~e 1/4 3/4
- 4/4.,
tirrieCl.Data *
- A~
__ ;$to* '9Sth
-2/4 440N 19\\NV 58 12 92 102 85
.104 1.5 7.1 2.1 8.6 c
.soN isoW' 41 8
87 70
~2 64 2;1 8.1 0.8 8.6 aoN 1aow 46 7
6a
~
t5B 72 1.9 8.5 0.6 9.0 70f-J 1~0W 40 7
- ¢2*
~
86 81 2.1
- 7.9 0.7 8:4
[
SON 180W 39 7
.7&
ao 6a aa:
2.3 7.8 o.~
8.3 44
- ea B!!
81 n
- 1.9 i:ts
'90N 1aow 11 1.0 9.0 100N 1eow S3 7
q 4.6 1.3 5.5 r
110N 1aow 54 11 q
4.8 1.9 6.1 120N 180W s.2 50 10 q
4.1 1.7 1:30N:1aow 48 7
q*
3;7.
1.3 4:5 14-QN jSoW*
51 7
q 4.2 L2 5.1 r
150N 180W 52 g
x 174 71 91 gg 3.3 9.1 a.a 9.6 i60N180W 61 14 76 89 108 84 1.8 9.9 1.3 10.8 110N ~rnow 7'4 f 5 114 73 107 f14 1..6 11.1 iA 12.0 c
taot*fiabw BJ),
22 11*7 136 136 131 1.7 11:7 2.1 13;1 1scif..I 1a0W f os 42 148 167 171 167 1.6 14.b
~.9
~6.6 2ooN 1aow 197
':29 284 255
- 237 264 1.4 17.9 2.2
- 9.4*
[
210N 180W 196 43 274 253 217 172 1.4 17.9 3:3 20.0
- 220N,18CJW 217 33 22$
- 332
$7 2~a 1,5 19.4 2.5 21.1 230N1BOW 214 276 271 210.
19.2
~;:3 81
~. _,
270 1~3 6.. 1
~40~1soW "175 35 225' 298 244 327 1.9 16.s
~.6 ;HfiJ
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25QN~180W 91
'26 93 108 114 82 1.2 12.7 2.4' 14.3 2~NisoW 100 21 94 109 108 a2*
i.1 13.5 2.0 14.8.
270NiSOW 91
- la q
12.6 2.5 14.3
[
- 280N180W
!:lo 34
~
101 115
,9,4 1.3 12,3 3~1 14.4 2aot*J 1aow 98 12 io3 114 114 74 1.. 2, 13.4 1 *. 1 14.1
~oON 180W 9.?
16 13t;;
138 133 142 1.5 11.4 2.9 1.3.4 L
310N 1atiW 81
~a*
138 108 140 127 1.7 9.6 3;6 12.0
?2DN 1&MI 79 12 112
)24 116 1()9 1,6 9.2 2.1 10:6
,330N100N 73 11 116 114 108 1PB 1.6 8.1 2J) 9.4 34aN 1aow fj_i 1Q6 7.9 8
102 i.08 119 1.8 7.0 1.4 l
3sdN ;sow 74 17 121 12a 107 153 2.1 7.5 1~1 8.2 ssof..l 18ow 6$.
19 127 127 112 144 2.1
- 7.2 1.2 a.a 370N 180W 91 1.~
120 161
~39 129 1.a 8.6 0.9 9.3 L
~.Niaq,W
~1 13 128.
134 139 150 1.7 8.6 0.8
.9.1 3g()NiBQW
-~~
8 1.31 134 116 134 1.5 8.5 0.5 8.8 40.0.N 180W
,6q
,9 11~
103 96
~o 2.0 5.8 1.7 6.9 L
410N 1*80W 60 10 90 92 78
.$3 1.6 5.7 i;7 6.9
- 4,?QN 180W 67 11 105 100
- 93
!)3 1.6 7.0 i.9 8.3 4,;30N*1BQW 66 10 91 79 109 87 1.7 6.8 1..9 8.1 44oN 1P!JW 70
'9
- 100 aa S2 94 1.4 7.5 1.7 8.6 L
sor~ 11ow 37 12 61 Q1
- t)Q f,)O 1.6 7~7 1.1 8.4 60N 1.76W 51 6
76 76 91
- 96.
1.9
-9.0 0.6 9.4 70N 170W 43 11 as 96 73
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N'(S Energy R~search and Development Authority page 16 Dames & Moore L
C-22
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- /N 16o~j 170W 17.0N 170W
~BoN'170W 190M 170W 26QN 11ow 210Nl70W
~ON 17Wf 23oN 11<:1N 24oN 11fiW 2SaN11ow
~SON 170W 270N 170W 2MN 17CJIN 200N17ow 300Nttcm 310N 11ow 32{)N 170W 330N 17\\JN 340N 1_1fNI 85QN.170W
$60N 170W
- 3iQN'170W
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.s9QN.11ow 4oof\\1:17cm 41ciN 11CJN 420N 170W 430N 1-/rm 440N17oW 1095 HfOW 90S 160W
- SGS 160W
~~~=
q(}$ t6oW 49S 16bW February 13, <1 £195
~IJmmary Table.of lnterpr~ted ln.s:til,inient Readings Interval Count * :
P~ak Count Rate
- Ratio of Peek : *
(counts i1tSO sec)
{1/2 *counts/min)
Walkover G(id - ~rid..
PEAi<
PEAK PEAK PEAK t0Ave~9e A;.ig*
STD Note.
- j14_
- 2/4
- 3/,4 414.
i'imeci Data 43 4(l 48 57 54 51
.,53
- 58 70
~'
108 1,26 189 193 246 197 158
'92 104
- 84.
,83 75
'~9
- ss 75
'69 70 8,5 82 77
'8$,
'84 66,
.58 72
()2 62 67 63
'S2 71
$a' 5?
56 6
5 9
12 a
12 9
- 18.
12, 19
- 34 48, 42 76
.53 Z7 Zl
- 22 18 11 16
- 22.
18 10 15 9
~
10 18 12 11 19 13 7
4 7
1:3 13 ti 8
9 11 3
6 q
q q
q q
x 72 5.1 210 132 102 161 224 245
-213 33~
g~j
'?Q!!
132 139 86*
87
~8 135 71 119 108 111 129 143 97 126 123 97 102 Q5
~1 git 120 81 89 98 95*
9$*
81 a~
81 73 86
~.~-
172 194 264*
313 313
- 211 196 157 129.
"108 6~
-9$
128 101 126.
120
~8'.
113 131 122.
142 114 8$
00 16
- es
.89 13$
92 120 96 B9 n
79 91 110
- wo 226 190 317
- 266 256 212
- 23Ci
- 140 135
.69 97
$8 123 97 118
'106
,gg 120 124 119 124 123 114 106 109 74 76
-rs 85
-98
,'86 9S 87 88 7~
62 i27 107 107 1f)9 167
- 242 358
'2!;0*
2sfi*
253 142 f18 t03
.88 75 81 125 111 1,04 113 134 105 119 117 126 99 114
~-q 80 100
~8$
94 so 91 118 84 75 2.0 2;0 3.6 1.9 1;3 2.1 1:6 t.7 1.9 1.4 1.3 1.6 1'.7 1.3 1:3 1.2 1.3 1:5 1.9 1.7 1.7 1.6 1.6 1.7 1:6 1.7
- 1,s 1.7 1.7 1.5 1.5 1.6 2.0 1.5 1.9 1.4 1.8
-i.7 1.6
'i Correlated Activey
~
~id.
G~id Grid Av srn. :sstfi.
8.3 7.9 3.7 5.~
4.7 4.2 4.6 9.7 10.7 12.0 1.it3 15;9 17.3 17*.6 21.7 17_.9 ts.a 12~7 13:9 12.1 11.9
'11.2 10.9 6:6 8:4 7.'4 7.5 8.2 a.a 7;7 B.2 8-1 6.9 7.2 8.0 fi1 6.2 7.1 6.4 6.0 7.7 6.9 4;8 4;7 o.6 8;6 0.5 8:2 1.5 4.7 2.1 6.9 1.4 5.7 2.2 5:7 1:7 5.7 1.6 1*0:8 1.1 11.. 5 1.8 1;3.2
~-1 16.4 4.4 18.9 3:2 19:5
- s.a 21.s 4.0 24;3 2;1. 11:fo 2.1 16.4 2.0 14.1 1;7 15;0 1.0 12.7 LS 12~9 io 12.5 3.2 1:3.'1 i9 7.9
-2.7 10.2 1_~6 a;s t.3
- 0.4 0.7 8.6 1.2 8.8 0.8 8;2 0.7 8.7.
0.7 8.6 2.4 8.5 1;3 8.0 0,7 8.5 1.3 7.0 2.3 7_.7 2.2 8.6 1.9 7.7 1.6 7.1 1.6 B.7 1.9 8.2 0.2 4;9 o.s 5.1 NYS Energy Research and Development Authority page i7 C-23 Dames & Moore
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L february 13, 1995 Surnmtiry lt\\b~e of Interpreted in~trl.imentR.~~~Ungs _
Jnteival Count-Peak Count Rate Ratid of Peak (counts in 30 see)
<112 *counts/min)
-w~ka~~r
- 'Grid - 'Grid -- -
PE,AK PEJ,\\K PEAi<:
PEA~
'to Ave:ra.g~
Gri~
Location 30S 160W 2ost60w 1as*1oow oS 16dN 10N160W 20N'tfiOW 3dN 160W 40"111eow
$QN 1ooW 60N 160W 70N 16'1N_
BON 1_6fJ':N 9oN 160W 1oON-160W 1toN1eoW 120N ~60W 1:30N 1W 140N 160W tsdN 1sow fooN 160W 17()N 160W
'IBON16r:N/
190N 160W 2ooN 16ow 21'0N 1~0W
~220N 160W
'230N 16W/
2~bN 160W
~SON 1~0W 260N 16tJW
. 270N160W 2~gN 16()1JV 29QM 160'.Jf 9QON 16oW 310N 160W 320N160W 3:30N 16rJN 34oN 160W
?SON 16rJN 360N 16(JW
_370N i60W 3SClN 16rJN 396N 160W 400N1aow Avg SID -Net~
'I)~
214
.3/4 M4 Timed*Gata _
53
_9
- 59 B
49 6
61 4
51 12 45 6
66 11
-55 10 45 8
48 8
52 7
44 11 44 6
so 11 q
52 9
q so' 5
q 50 9
q
- ss 11
- q
,i,;z 19 87 15 100 31 160 5t;i 16.1 20 241 5$.
195 35 184 53 175 31 1so*
~s
.94.
36 j'
- as*
9 n
12
~n 12
- e,a 1
76 11 73 11 n
12 73 18 71 5
87 12 78 15
- BS 21 68 15 as 15 64 7
75 97 61 101 91 78
- 95 108
.91 96 76 75 74 15Q 154 136 163 239 212 2~0 29S
-~~
213 1'72 125*
-99 107 144 180 H1 129 122 117 132 132 133 120 124 123
$3 1()0 fl!
1o;3 86 80 94 87 ts 9G 86 71 61 94 127 133 197 206
~7 2-64 273 274 219 143 134 126 ge 118 f~'5 84 9!?
111 102 117 105 129 144 128 94
~1 91 n 101 70
-a.i 92 104
- 55 106 100 79 87 1.05 134 143 205
~ _,,
~19 276 243
__ 309 226
~*-;....,*L, 206 1o9 119 i04
- gs, 104 9~
,103 9~
1QS
.$2 125 109 113 9f3 139 115
- 78.
90 1o3 9~
ea 97 8~
104 75 77 n
~a
~~
10()
113 142 257 207 264
-~52 236 21.7 18.7 116 100 1'42 91 91 109 102 111 116 115 143 112 123 116 107 108 1,~7 1.7 2.1 1:7 1.8 2;1
-1.:4 2.0 2.0 2.2 1:9 1,;9 2.0 2.6 1.8 1.4 1.6 1,5
'1._4 1.4 1.7 1.6 1~s 1.. 8 1.6 1.9 1.6 2.1 2.4 1.5 i.7 1.7 1.6 1.6 1.7 1.6 2.1 1.6 1.9 Cor,relat_ei;tAC:_tivity
,1eQ!L9l Gr[i;:J
~rid
- Gi:id Av
-sto 9stit 4,4 0.8 5.0 5,0 o.~
5:_s 4.1 0.6 4.4 5.1 0.4 5.4 4.2 1.1 5.0 3.7 0.6 4;1 5._6 1~0 6.3 4:*6 0.9 5.2 8.4
- o. 7 8.9.
a.1
-0.1 9.2 9.1 0.7 9.5
~t3 1.0 9.0 B.4 0.5 8.7 4.0 2.0 5.3.
4.3 1.6 5~3 3.9 0.9 4~6 4.0 1-7 5.1 4.9 2.0 6.3 10.0 Ui. 11.2 1~.3 1.3 1~.2 13~5 2.8 15.4 19.o 5.1
~s 19.3 1.9 20.6 21.~.
4.4 24_.2 17.8 2.6 HP3 17.0 4.0 1f}.6 16.3 2.3 17.8 14.4 1.8 15.6 12.9 3.3 15.3 122 0.8 t2. 7 11.4 1.1 12.1 10.5 1.1 11.2 10.6 0.7 11.Q 0._6 1.9 9.a 8.1 2.0 9.5 a.a 2.1 10.1 8.1 3.1 10.2 7.8 0.9 8.4 8.4 0.7 8.9 7.7 1.0 8;4 8.1 1.4 9.0 1,1 0~9 7.8 8.3 1.0 8.9 6.5 1.3 7.4 NYS Energy Research -_and Develppment Authority page 18 Dames & Moore C-24
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.Febru<try 13, 199~
Summary Tabl'? of lraterpreted Instrument Readings' Interval Count Peak Count Rate Ratlb*of Peak Ccou~ts'lri 30 s~cI c112 *-counts/mi~)
W~kover
- .Grid
. Gfiif..
PE.AK Pl:AK PEAK PEAK
~o Av.~rage Grid Location.
410N teow 42or,,_160w 430N 16QW 44PN iOOW SOS150W 79S150W
. 60S 15fJW s6s 1s0w 4QS 1so'N
_30Si50W
?OS*1sow Jos 1r,ow P$*1SOW
- 10f\\l 1SOW 20N isow 30N i50W 40N 150W SON150W 60N 150W 70N 150W aoN 1soW
$ON 100N tOON 150W 110N 15ow
- 1~0N 15l}W 1:3DN tsow 140N tsow 150Ni50W
-i.60N 1sow 170N*i5DW 180N i50W 190N 150W
~ooN 1soW 2101'1 isow
'~ON 150W 23oN 15ow
. 24()N 15QW 2~QN 150W 2&1N1sow 2'10N 1sow 2BGN 15f1VV 29dN 15\\JtN SOON 150W 310N i50W Avg STD Note 114 2(4:
.§/4 4J~.
Timed Data 64
- .6.6,
- 62
- 65 62 65 58 57 58 50 57 54
- 59
-58 so 61
~
5*5 S4
~
45
~
51
'5p
.51
~
Si 59 a.o 135 139 128 212 159 186 158 147 75 71 71 63 64 1$
- 75.
12 a 11 8
14 7
10
'10 7
7 10 10
~
8 13 8
1~
1i 5
7 9
4 1
10 a 7
10 21 20 36 43 40 so 49 24 56 18 10 15 H
7 21 10*
10 q
q q
q q
x 107 10$
11~
91 120
$0 92, 104 i36 so 96 420 99 w
93 9i; 76 96
'91 100 as 7a 183 141 138 207 158 301
,2$~
291 198 207 132 105 117
.93 86 162 110 sa 104 94 62 94 107 126 102
- 78.
- 89
.98 62
- 94.
91
,97 97 84 76 104 n
'.92.
lfiO 106 f18 167 196
\\se, 247 25~.
244 20E 156 118 108
.111' 112 84 91 136 98 9~
91 78-112 a~
104 95 107 81 81
- 74.
ao 107 83 90
,,6 72 ai as 75 6l:1 106 132 i.97 22i 20§ 273
?6a 2.00 219 173 106 93
$6 95 gg 110 104
- ~~
94 11,0 72 89
- ~
?9 ire*
t06.
i07 70 95 97 1P5
- ao.
105 f3_6
~?
12a 94
- 102, 91 113 164
~82 176
~i.5 271 259
- 276 117 2U9 127 118
.95 73 92 127 89 1.7 1.6 1'.9 1.4 1.9 1.6 2.,2 ui t.9 2.1 1.7*
7.7
.1_7 1.9 1.9 1.7 1,6
'1;7
~:3 1.~
2.3 2.0 3.1 2, 1 1.5*
1.6 t.7 1.4 1.7 t6 1.4 1.4 1.8 i.7
- 1.6 i.8 i.6 2.~
HI Correiated Activity
~
Grid Grid. Grid A
STD.
95ti;i 6.. 5 6,8
- 5~2
$.7 6.1
- 6.7 5.4 4.8 4.8 4.2 4.7 4,S 4.9 4:a 4.1 5.1 4.4
.9;3 9.2 9.2 8.4 8.5 4.2 s.1 4.~
4.. 5 5.2 9.7 l1.6 16.7*
17.2 16.1 19.1 15.1 17.1 15.0 14.2 ji.2 10.8 10.8 10;1 19;1 8.5 6.. 6 2.2 8.0 1.5 7'1~
1.9 7.4 1.5 1.7 2.4 7"8 1.2 7:5 1.9
.6:7 0.9 5;4 0.7 t;.3 0.7 4.6 0.9
,5_3 0.9 5.2 o.s-5.4 0,7 s.a 1.2 4.9 0.7 5.6 1.2.
5.2 i.O 10.0 Q.5
~.6 9~a 9.7 o.9 9.o 0.4 8.7 1.2 5.1 1'7 6:a 1,4 S.2 1.3 5A 1.8 6.3
'L9 11.0 1.9 12..9 p.3 18.9 4.0 19.8 3.7 18.6 2.3 20.e 3.7 1?.6 1,a 1a:a 4,;2 17.8
~.3 15.0 0.9 11.8 1.4 11.a*
1.. 6 11.9 0.7 10.5 1.9 11.4.
.1.S 9.7 2.0 7.9 NY$. Energy Research am:I Development AuthQrity
- pagef9 Oemes ~ Moor~
C-25
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Interval.Count.'suinffiary ta_pJe.qf Interpreted tnstr~in~nt ReacHngs Peak Count Rate
'Ratio of Real(.
Correlated Activity
,fcounbsin*30sec1*:
(1l2"' counts'£min}
Walkover
_{p_glgl
[
Grid qrid Gdd.
PEAK PEAK PEAK PEAK to.Ave~ge Grid
.Grid Grid Avg 4/4 Ava.
..i\\
Location sm
!'fote
/1l4
- -... '2/4 "S/4 Tinie-<fData
.STD..95tti
~-.. ----..... -.,.
320N 1sow
~
88 101
'108 91 1.7 (J.7 to 7,4 L
q30N 15()W
~a 14 119 1!Jp 91 1o9 1.8 7,1 2.5 8.8 340N*15ow 59 8
100 94 95 92 1.7 5.7 1:4 6.6 ssoN 1sim 8,3 t5 118 100 115 1.4 8.1 1.0 8.7
[
3BON 1sow ta 14 110 117 240 94 3.1 7.8 0.9 IP 379"1150W
.92 19 H5 1~0 13.'3 121 1.4 a.7 1.3
!;!.5 380N 15\\1'N 91
'12 148 137 132 133 1.(5 a.. 6 0.8 9.1
- /
[
39fiN'150W 77 21 115
~5 11*a 108 1.5 7.7 1~3 8;'6 400N 150W 64 7
97
.g3
.. 99 118 1.8 6.5 1;3
.7.4 410N 150W es 11 11.3 101 79 97 1,7 6.9 1.9 8.2 4?0N_190W 62 6
1i;io
- 9{3.
1:18 BB 1'.,9 6,2
- 1.0 6.9
[
43QN 1_50W 67 7
8~1 a~
a~
106 1.6 7i1 1.2 7.9 410N 15rJ.N
,57 9
88 110 89 88 1.9 5;3 1.6
'6.4
.~140W 61 5
91 115 112
'93 1.9 5.9 1.0 6.6
[~
BQS 14\\1'N 63 9
97 126 i10
- ea
- 2:0 6.4 1.6 7.4 70$ 14rf.N M
a 99 116 121 78 1.9 6.5 1.4 7.4 60$ 140W
- 17
- as 9~
1'cJo 1.6.
~.5 64 94 6.5 3.0
[
soS 14ow
- S?
11 g'1
$3*
77 to3 2.0.
4.4
{o 5.1 4:6$1r+!J:N 63 9
- Ga 100 91 87 1.6 5.3 0.8 5.8 30$14fJN' 53:
7 a;
.99
.98 80 1.9 4.4 0.6 4,9 20s 14ow 58 10 73 92 S4 78 1,e 4.9 0.9
$~5 c
105140W 53 a
78 72 97 1_.a 4:4 Q.7 4~9
- 0$140W 64 13 108 i02 119 1.9 5.4 1.2 6.2 10N. 140v./
.61 10 122 101 118 103 2.o s:2 0.9 5.8 r
20N 14f1N 56 14 102 69*
87 97 1.8 4.7 1~3 5.6 3QN 140W
'.~a 12 95 90
~-
86 1.. 6 4.9
- .1 5.o
~N 14f1N 64 10
- es 1QO
- 105 107 1.7 5.4 0.,9 6,0 L
50N 14f1N
- 90.
73 x
131 94 e;~
102 7.0 7.7 6:6 12.i
- £QN14cNV o~
6 x
- 95 215 198 104 3.3 5.5
- 0.6 5.8 70N 14f:Ntl 92 45 103
.9.8 94 117 1.3 8.0 4.1 10.7 aqN 14rJN ss*
8
.as 86 78 73 1,.6 4.7 O.f?
5.2 0
90t*.f140W 51 12
~
90 72 76 1.a 4.2 1.1 5:0
- 100N 140W SQ
'. '--'~
79 6.8 a
64
~-
90 1.6 5.8 1.4 i10N 140W 91 toq
- ~ "
4.5 53 g
90 9?
1.9 1.7 5.6 0
120N i40W 60 13 102 103 86 91 1.7 5.8 2.3 7.3 130N i40W
'62 14 121 ao
'.[08-103 2.0 6.1 2.6 7.8 140N 14WJ 61 9
11,9 ao
$5 103 1.9 6.0 1.7 7.1
[
- tscii\\! 14ow 44 10 x
199 81 J~9 106 4.5 6.5.
0.7 1.0 fobN 140W 71 17 139.
190 169 156 2.7 8.6 1.3 9.5 110N 140W 131 20 155 i 180 204 224 1.7 13.1 1.6 14.2 1SON 140W 106 16 181 1s2 164 133 1.7
- 1.3 1.2 12.1 D
-1 N 140W' 113.
31 1(56 134 168 162 1.5 11.s 2.4 13.4 2o6N 149~
134
--~-
1.95 1a3
?1Q 192 1,6 18.9 4.5 21.9 210N 140VV 1°27 18 163 167 187 210 1.7 17.7 3.3 19.9 D
NYS Energy Research and Devefopment Authority page 20 Dames & Moore
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-~g~-:~:g~
240N1~row 2SaN*14-0w 260N 1MN./
270N14<m gaiJ.Ni~*
29oN 140W 3aiJN t4ow 310N 140W 320N 140W 33QN 140W 34oN 140\\V asaN 14aw:
asot-114bw 370N 140W 380N f40W
~~ 1 '4fiij:
400N 140W.
41PN 14oW 420'N t40W 430N 140W 440N 1~0W 9o~r13aw 8oS:13aw 70$ 130W
.60S.130W
~.139~
,3os*1aow 20S.130W
- ~~~
10N13ow 20N"13ow 30N 130W 4-0N 130W
,SQN 13oW SON t3bw
-70N 1SQW BON 130W
- 90N 130W 100~ 1'.3oW
- 110N 130W
- $ummaryTa~le !)1 interpr~~e~ ln$~rume11t 'r:=teadings
.lntefy~ C(>llm..
Pe~ Cbunt Rate Ratio of Peax (counts Jn 30.sec)
(1/2+ co~nt~/rTtiri) '
. *w~l1<over.
(?Hd -.$n'd
- flEAK PEAK PEA.K - :pj:A_I(-
to Average Avg.
STD
- Note, ff4 2/4 3/4
~4/4 TimedData 12"8 106
~~~-*
103
- 136 91
':~
71
,43.
37
,47
- 41 45 6~
69 82 73
'5g
-~-
72 67
~-
6()
- 73 te 57 60 58
~,.
--~
- ea.
11 60 59 60 62 w
- 57 56 53
"$3
'63 1$
27
-9 17-
- 1'4 1.. 7 15
.1!:1 12 7
JO 7
1p
- 9 a*
17 to
- fo 13 7
9
.6 15 1.3 12
- s
~~
-*~
1J s
'8 a 1t 10 a
1.3 11 a a
11 6
22 12 146.
- f$
i17
-174
- 240 1,49 t19
'124 135 118
- 1s2
-~~~
137 foe
- 109 119
{1°6
{i:h 104
- 1m
~
104 120
-~
104 1.13 1J~?
89 87 99 l2b "99 111 88 93 277 94 89
- _97
~76, 170 f ~
- 1$4 164 129 158 130
,. ~. '
127 160 147 141 156*
11'7' 105 114
~7 103
- 10§ 1-12 104
- ~2 11'2 113
-~~-.
89 108
- ~.s.
t<;>o
'84*
97
~Q4 96 78 80 11.3 135 90
- 81 107
'"1s*1
~as t~
f67 159 121
-126
'~ *, **
~* J_
12§.
11.5 133
'140 166 f sY 92 102 105 89 97
-116
+39 111 91 ea
't,QS ft~
103 1.04 g~
7fi 104 104 107 106 77 105 g~
'141 96 1Q7
,HQ 14i
- 143 iao'
- 147
~~
1~
1.*21 123 175 1'52 133 fatf jo~
1o8 104 10,a
.1~1 Ha 1~4
'.102 98
- ~7 101
- ~9 94 97
~.&
~1
- 94.
63 135 100 92 85 97
-150 73 76 1.4 t.6
,,.8
- 1.7 2,5 1.6 1.1 1.'.a
?-Cf 1.6 1.4 tfi 1.7 ia 1.9 1.6 j;7 1.$.
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- 1.$.
1.8' 1.9 t~
1.7 if
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- ~~ci. GriC:t A*
STD 9stti 17~9 14.0 H.7 1o:a 10.3 9;9 tQ:2
~~'
8;2 7.-7 8~6 S;O l4
- ~:~
&.'.~
9.3 8.5 8.3
- ~.~
7:9 7*0
~6 5:9 a:o a:;;
5.2 5.8 4;~
$,Q 4.1 427 3;7 j~~~
7.1 5;a 5.7 5.8 5_.3 5/i 4.8
- 4.7 4;4 6.3
!)!4 3;2 4.a*
- 1.$
1.a*
~.a 1.a 1;:1 1.5.
i'1 Q;7 0.9 0.6:
d.9 o:-7 o~a
- 1.3 0.7 tt7 i4 1.2 1.2.
j.7 t;O
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2:4.
25 1.0 0;1 ci4 Ul 0:4 0.7 1-;~
2:0 t.7 1.4 2:3 1,.(j f),7 0.1 1.0 0.6 3.8
~-~
2t10 17,-2 12.7
_11~6 11~0 10,8
.1 j~()
9.4-a.9
- 5.1
~t2*
8;5
-9.o
'$.7*
-ifi 10.1
- 9.0
,~:8 t9
~a.~
7.8 6~7 6.6
.9.'9 10:1 6:6
'6.5 s;.~
- ?.2 4:~*
4.9 4.2 7.8
- 9.~1 t9 6.6*
7,3 5;9 6.1
~i:2 5.4
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. WNYNSO 6rt-Site'.l~~diatlon ln\\lest.igation - PHASE II February 13, 1995 sumrnar:tTallle of Interpreted lnsfroment Readings lnter\\ial Coi;int i PeSI< Counj: Rate
- A~tio of Peak
- (counts in 3o.se'c)'
- r112 *counts/min)
Walkover Grid Locat.io11 120N 130W 13bN 130W 140N 130W 1soN 13ow 160~*130w 170N 130W 180N 130W 190N 130W
~CON 1~aw 210N 130W 220N *13ow
.230N 13rN/
24-0N i,'30W 2soN 13ow 2so~J.13rm i70N faoW
- 2ai;>N 130W 2~0N 13(.)W
.SOON 130W
~:319N, 13ow 320N 130W
- 330N 130W
.34DNi3rNY sSQN 1.aow
~aoN i3f1W a70N faow
, 380N' 1.30W 390N 130W 4ooN 1a*ow 41oN 1aow 420N 13Qw 430N 130W 440N 1;30W
~qs 12,0'f/
BOS 120W 10s 12.ow sas faoW s~s 1?9W 40Si2oW 3oS 120W 120$12ow ms i2ow os 12ow*
t.oN i2ow
- .. Grid Grid; PEAK:
PEAK PEAK
- REAK
~o Averag~
Avg sm
- Note 114
.214
-ai4
.4/4 iime1lDafa 74 15 7,5 16
'69 11 61 13 74 18 105 32
- ~!!
21 i~
17 i-57
- p 148 38 108 16 1"00 24
,g(j 12 1Q4 11 ag 9
tW 16 75 14
- ~
9 46 4
39.
t()
38 9
43 8
. 38 z
7$
13 72 10
- 69.
13 73 12
- 75.
13
- 55 8
,57' 13 69 8
t;9*
12
~
8
- 53 to
.Q2*
6 57 11 52 11
~
7 S2 6
6~
7 56 14 so 10 72 13 es 9
y y
y y
y b
b 102 134 1$?
!S.S 1n 175 167 141 1aa 191 171 173 1~7 142 121 162 130 123 127 146 114 132 168 103 107 1:03 110 102 i26 122 107 1'23 121 1.05 91 100 114 198
~a 114 180 96 105 111 100 155*
f75 186 144 157
.z~:s 226 242 170 129 129 123 137 145 135
'133 130 137 139 119 129 111 105 95*
to4 10~
9,6 99 111
,.10 102 105 120 91 99 0a 106 102 94 105 at fo2 14?
209 153 175 165 214 180 175 148 113 134 115 118 121 143 1~5 12~
148 134
~13 110 1o3 106 111
'.98
'.89 108 1013 99 109 1.00
.113 103
- 96 119 ati' 94 105 78 134 f12 118 141 191 165 1n 133 2;3~
134 180 139 1~6, 1-37 160 139 130 120 141 191 154 144 112 1 Q6, 11q BO 106 113 fof 1oe
.. 96 75 11,6 91 8,6 92
$3
~9' 85 100 I
ts 1:a 2:'2
~.7 2:a 1.8 1.9 1.6 1.5 1.s 2.2 1.7 1:5 1.4
'2.0 1.a 1.9 1.7 1,7 1.6 1.5 1.5 1.5 1~9 2.1 1.6 2.1 2.2 1.7 1.8 2,1 2.2 e.1 1.5 1.'6 2.5 1.5 Qorrelateci Activity
~.
~rid Grio Grid Av..
- StO
- 9sth, e.3 2.13 10.1 8.. 5 2.9 10.4
'7.3 2.0
.8.7 7.,8 1.. 0 8~5 8.8 L3 9.7' 11.2 2A 12.8 10.2, 1.6 11.3 1.1.1 1.3 11.9 2.3,.9 s.. ~ 26.9 21.s s:8 2s.1 14.4 2.8 16.3 12.9' 4.2 15.7 11.2 2.2 12.7 10.9 (l.f?
11.5 9.2*
- o. 7
- 9. 7 9.8 1.2 10.6 8.7 1.0 9.4 9.;3
.0.::1 9.8
,a,s.
0.4 a.a 7.9 0.9 8.5 1~0 0:0
- 8.3 8.3 0.8 8.8 7:8 0.7 8.3.
8.8 1.0 9.5 a.~
o:a 9.o 8.2 1.'0 8.9 8.6 0.9 9.1 8.7 0.9 9.4 6,6
~:s 7.6 5,3 2.3 6.~
7.3 1.4 8.2 5.6 2.2 7.0
~-9 1.5 5;8
$.3 0.9 5.9, s.2 o.6
?.6 4.8 1.0 5.5 4.3 1.0 5.0 5.4 0.6 5.9 5.2 0.6 5.6 5.9 0.7 6.3 4.7 1.2
.s.s.
4.2 0.9 4.7 7.9 2.4 9.4 6.7 1.6 7.8 NYS Energy Rase.arch and Development Authority page22 Dames & Moore C-28
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WNYNS9 Off-S~~ Radiation IQV~i9atiQil - PHASE:-11 Fe.oniacy 13. 1~9S r
$ufl11:nary :rab.I' *or Interpreted lnstrum,nt,A~adingt1 Interval Count
- Peak t:ount.~ate
' Ratio c:>f Peak Correlated.Aci:ivjty 1counis fo so sac}
..(~ 12 *. counts/min)
- W~kov~r
- .fu9lru..
Grkl
- .Grid
'@iid' PEAK
. PEAK PEA.K PEAK to Average Grid
'Grid '" 'Grid
[
Locaifon
. ;.{VQ.. *.sro Note j/4.
- 'l)4 _,,
'.3/4
{J/4
- timed Data:
Av STD 9Sth 20N t2'<1N
~p
-~
92
~()
tO~
106 1,*a*
- S~~
1;6
~:~
30~ 1gQW f ~
57 6'
81 79, 92 BB
'1,~.
- 5.2 H>
':5:9
- 40~ 1?,0'!"_
57
- t4 90*
11~
,98
- 94 1.s i3 2:5 7;0 SON 12r>>I
.56 14 91
.,95 101 96 i.8.
.4.7 l.3 s.s r
BON 120W
.62
- s 79 98 102
- 91 1.6 S.2 0.4 5.5 7QN 12Wf
~
11 107 90 107 9S
~-7 c5~1
- 1.0
'6J eoN 12ow 88 fa fos 132 10~
- 55 i.9
_5,7 1.2 is oorJ:faow
'sf B(f foo 91 1.'ef o,.S,
.. *~.
.~
.5.2
.$:5 ioaN 120\\iV*
73*
112 aJ
[
2Q 1 i-1 106 86 ts:
5.2.
11:4 110N 120W 73 9
152 105 108 89 2.1 8.0
'L6 9:1 120N 120W 82 24 149 159 104 1~?
- 1.9
- a.s 4.3 12.5 130N1~ *111
- tt~
15$_
134 1:4
[
164.'
120 14~8 6.9 f9.4
,",-,c-
- B2 194
,*~o~,
160
- f4.
9:6 4.6 12:7 140N 120W 26
'159-137*
tso'N.12M
- ,.,. ~
-i'1
-137 16~
- 147 ttN
- tJ.a 1o;o 8~
2;2 cS.4
[
160N 120W
- 80*
15
'212 230 164
- 188 2:9
- 9_3 1.2
- 10.0 1.70N 1~0W BO 18 165 123 123 123 2.0 9:3 1.4 10~2 180N 120W 66
- 20 1.3:4 1'61 l~
1.3~
2.~
8.2 1-.5.
~;2
[
1~~~ 1~<>W.
.'~2-22 t01 1.70
- l23 1§a 2:2*
,~,5
- 1.7
'10:1?
i2a 20 f 7o 118 1)i 200N 1-20W 1.~
177 1'7.9' 3.9
~0:3 210N12oW'
~1'6 18
- t&8 175 148 154
'1.6 15.8 3.3 tao 220N120W 100 26 118 154 170 176
'1.8 12.8 4]
1.6.0.
L 230N 120W 101 12 149 136-19,9 1'43
~.5
~~~~
2.2 J4~5 24o'N 12aw
'"1J
~a
'143'
. 129
- 118 107 1.'6
~,5. ;13:'7 91 25aN 12aw
'78 2;3
- q 8.'9 1.-7
- 10~1
[
2aoN 12.aw* 'n 16
- q
- e~a p.s
)i4 210N 1 '2!JW.
87 6
- 120 131 108 127
.1.5 9.6 0.5.
9.9 280N 120W
- 135 10 134 145
- np 17g zo.
9.5 o;a 10~0 296N faO'ii*
80 fa 131
'124 126 fOO
- .I?
if 1 Lo 9.7
[
3bot-J ~.20w f o 1.36 148 145 169
- a.2
- t3~a 42 y
1.0
,310N 12rNi 50 11
.y 123 149 126 154 8.9 1.0-9.. 6 "320N 120W 43 6
y
'124 145
'185 135 8.2 0:6 8.6
[
33oN 12rNi 37
.. a y
f 34
- 1'44 157 140
_7.7 0.7 8.2
- ~~~~
- , ~~-, 1'.
- 19 1?6 11°7 137
,*_,',1 "7:.~
0.9
.*tt2 36 "I
138 13
~
~... ' ..
zf J:i:~
t,o,
'a:0 as 89 1:43 132 1o:3
[
.360N 120W 64 14 101 95
- 103 114 1.8 7.8 1.0 8.5 370N 12.0W 71 12 110 100 117 116 1,7 8.4 0.9 9.0 3BON 120W 78 1.5 103
~*
118 95 1.~
8.9
,,2 9;7
[
39oN 12ow 77 15 100 103.
121' 10~
1.$
a.a.
t, 1:
9.6
-4ooN 1'2.rNI 60
.a 104
~
102 195 1.7 5,8 1.4 iia 410N '12.oW 65 9
~1' as_
aa n
.1.4 6:7 j,6 1~a 420N 120W 68 3
94 104 83 BS 1.8 5.. 4 0.5 s~a
[
430N 120W 61 10 80 85 92 69 1.5 5.9*
1.s 1~1 440N 12ow 64 t
. f().7 as*
86 97 1~1 6.6 1.3 7.5 1,0~
1oosl1_0W 70
-~*
- 1aa
$9
- 95.
2.6*
-6~Q q~t
,6,!5 L
NYS En~rgy ~~sesr~h and Development Authority pa.ge23 D~mes. & Moore L
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WNVNSC Off.;Site Aadlatian*1nvestJ9atlon ~PHASE II February 13, 1995 Grid Loc~i~n lritervaf count (c6.:.-~s in 30 ~cl qnd
~rid
- Avg :s_rc QDS 110W
'6DSHOW
-70S 110W
.aos:1fow
-sos 11oW' 40s"t1aw
- 30Snow 20S110W 1osnow
~00*110~i.
16N 11oW 20N*11ow 30N 1t0W
~N-~1:9W.
,SON110W
.,rsoN 11ow
.7oN 11oW aoN*11aw 90N 110W.
~-~~~~l~
120N11<>W t30N UoW 140~ 110W "150N110W 1so'N' 1io-.N 0170N 1fow 180N 110ty 19()N_fl~
2QQN11ow 210N*11<JW 22oN 11ow 230N 110W 2.40N HOW
¥.saN 1i~W 260N 11ow 27aN 11aw 280N 110W 290N 110W.
~qii~ j1~
~¢~:~~~
330N 1t0W 34oN 11Q'!f 71 64 59 61
~
S3 58 59 53 10 71 65 fi7
,*.~ :
~.5 73 72 fJ'l 09
.1§ 74
-1'05 106 131
'11_2 rr 65 63 73 61 98 94 ae 81
~-
91 83 76
~
~1:
-~
3$
36 3a 9
7 13 15 1
9 f1
- 1.0
.:10.
16 e 10 10
-ts
- n 15 5
~*
14
't1
-24 21 21
.. 40 24 ti 6
1a*
17
-16
~*-
14 17' 2.i 22 15' 14 11 17 10*
g 5:
6 11
_S~mmary Table of interpreted Instrument Readings Peak Count* Rate Ratio Qf Peak
<112 ** &ooritlitmin)
- 1fJalkC!~r
.PEAK:
PE:;Ai'(
P~ PEAK tpA'J!i!f'l'Q~
Ntt,e 1/4, Z/4.
a/4.
... 4/4 Timed Data
'i
'! y y
'i 113.
96 J~
101 ea 166 11*5 103 93 1-16 1so 121 112 113 132 1'72 1'61 i,62 172 165 1.4_7 168 135 145 143 iea j*~s 139 131 t~
141 fas 125 131 1.47 142 1'26 1~8 150 "132 101 119
-96 84
.~~
-103
.96 109
'103 134
'*a7 1.()9 105 146 110
- 14*1 1,§?*
178 169 186 l:~:
159 162 13f 17~
-168 164 135 116 t?9, 153 1'15' 133 no
~,$~
1,,32.
155.
121 132 99 114 92 87 75 H>a 104 87
.86
~s
- 92.
91 92 99 103 I 133 144 160 122 201
- 155
-151 153 167 121
~~
172 1f-t
'134 126'
~*.,r. *.-
124 1~j 104 133 58 138 j43 141 fas 129 108 93
$7
- 166 ij9
- 10'8
-108 112
~
108:
'fop 94
.. 95
- 92.
g~
11*a 152 178 185' 146 1&9 1'3'1.
131
- 94, 141 140*
128 125 t19 1'22 154 14Q 116
- 46.
1.39 121 139 11,6 1_31
- l.6 1.9 1~8 2.7 1'.7-1:s
};6 1.7 1.5 2,0 2:~
1.7 1.7 2;1 t~a
~-3 u~
1.7 1.4 1;8 2.1 is is 2.3 2.3.
,1.$
{$
t.:1
- 1;5 t.S 1:s 1::7 1.1 t:a 1;7 9orr~lat'ed ~~iVify
~
Grid
~r,i~
~rid
- Av STD S5tl1.
6.f 5.4 5;0
.~~~*
4~8 4.5.
4.8
- s:o 4~4 7.5 7.1
.6.6 1:0 6.. 7
.~*~
6;2
~j*
~s,9 6.4
'8:'3 1ifi 14;1l 18.5 15;1
- ~
- a:o 8.7 7.9
'12:6 12;1
-11:'8
- 10.8 9.6 1;(>.9 9.9 9.3 a.a sp 8,0 z,!iJ
'i'.';8 7.5 7,8 a.a 0:1*
1o2 1A ti~
0.8 1~d crs
~::
i.()
1.8 1.-7 2:$
1.p 1.3 0;5 0.6 1.2*
~:a 4.3 3:7
~.a.
7,,:1 1.9
~ji o:4 L3 i.3 2.9 i7 i4 3.0 3;8 1.. 7 1.1 1.0 0.8 1.3 o:.9 o.7 Q.!:;
0,5
.1.o, 6.. 6
.5.8 5.8
.. 6.0 5:2 S:o 5.5 5.5
.~;Q
~-4 SA 17.9 8.2 18;5 6'.9 7~j
.a.o 6:3 7,2 10.5
-1.6~6 16.4 2f ri 19.9 10.~
-~"
aa 9.6 a1
'14.5
,1~.~
t3.4
,tie.
12.1 11A 10.7
.10.0 Q.3 to:s 8.6
~
.* 4
~*.1 t.~
a.4 page24 Daines & Moore
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Grid
""ocation ssoN11ow
~~g~*~1~
~:~.~ ~~~;~w
- 4()0N 110W 410N 110W 4~0N'110W
~
.. -NNi1gw 440 110W i 00.s itiaw
$~100W 80S*1ooW
~~*-~g~~
4{)S:16ow:
s~1oow
- ~~.lgg~
1aN*1oow
~~-&'.1~
3-0N' 10'1W 40N 100W
- P.tiN 19ow SON-100W 70N 1*gij\\~~t s.oN,1boW
£16N:1oow 1aaN 1ooiN HON ~:oaW 12Qf.J.10W/
1sON 1ooW 140NJOOW-150NtobW 1ooN 160W 1ioN 1oow 180N 100W 190N 1oow 200M-1oaw 21oN 1oaw
.Z?tJN-1oaw 23ot~ 1oow 24.0l°'A100W
~shN1_oow 60 136 7i 71 71
.60
'!;8; 59
~~
54:
- 69.
6~
0'(53
-$e
- 47 51, 56
- 65 47
. 67 61 S:6,
- 63
,:~
Bit 71 75 101 107 1:~~
119.
141 126
- a~
-70
- 68 57 54 ea
- ~
-~13 87 67' 101 7
9 10 6
10 7
12 4
9 10 17 e 5
.a*
9 10 9
!;).
7 11 9
7 7
9 13 9
- 16 p
- 31 4Q 2$
25
~B 18 9
9 9
7 20 14 12 15 12 18 b,
b b
b
' h x
- 120
- 99.
111 105 113
'159 76 79
-~*
- 106 9:t 104
-112
- ~*
1qp 108 115 10p 139 1~0 129 184 1S4 187
- 220 158 1~1 228 1~0 203:
13,0 1~
127 131 110 141 107 160 NYS Eri~rgy Fle5_earch ~.d Development Authority 101
- iOS,
'8'9 t2f 104 "96 76 191 74
.9i 115' 106 110
~§ 115 toa aa:
94 1'15 11§ 120 114 16Ei."
1$)
1P5
'202 174 197 i'3.a 15$
158 141 169 144 135 137 111 140 116 105
- 1~
123 94 87 65 166
,90 102 114 109-9,$
97 10s.
9J3' se*
101
- ~
92 126 168 160 183 1*71 182 184 211 179 190-104 121 J44 112 147 127 119-91 C-31 102
.105, 119 112 117
.94 81 133 10(1 a~
127 116 103
-~.Q' io1 106 107 107 1*40
~*~*
98' 128 1Q~
149 1~6 1.50 200
- 20$
f.74 164.
169 157 128 135 t41 128 Hs 129 1:38 Feoruaiy 13, i ~!J9 2.0 1.6 1,7 t.i 1.7
.2.7 1.s 1-.7 1.6
- .. i 1.8
- 1.9 1.8 1.7 1.1 1.~-
2.0 1.7 2.2.
2~0 1.7-1.7
- 1.a 1.5
~;6 1.8 1.4 1.6.
- ~"
- 2.J:l 2.7 3.0 2.8 3~s
-1,7 1.7 1.7 1.6 2.*1 1,6
- ¢orrelat(i),~.Aciivity 1I!Q!Lg).
$dd Grid
.. Grid.
Av
.,.-siD - -:95tfr 7:6' 0.5 7'.*9 8;()
0:7
~.. 5 BA 9-.$_
$,.O 8.4
- o.5 0~1 BA 0.8 8.9 5.7 12 6.6 5.4
-2..1 6.8
~;1.
o~v aA 6Ji 1~5 7.9 S.S 1:B 7..-7 5;8 1.6
.6.9 5,2 0.7 5.7 5:3
'0.4 5.1) 4.9 0:$
~;1
$:9 0.8 4.4 4.2
-0,9 4;8 4.7.
0;8 5.2 5.5
- o.:a 6.1 3:s o:s
~:a fo
- 2:0 a.4.
s.o.
1:s 7.'i 5:1 1-.3 6.0 6.3
- 1~3 1.2
$:4 * <ta s:s s*:e t2 q~6 a.a 0;0 s.a 6.4 1;5 7:4
£ta 2;5 10.s 14.1' :s:s f]ji 1'fs 1,1 223 16;4
,4.5 19.4
.20.2 4,5 23.2 17.5 5.0 20.8.
9.'a i'.'3
-10.1
~.s O) 9,0 8.4 0:7 5,9 7.5 0.1 a~o 7.3
.o.s 7.7 10.5 3,5 12.9 9.~
2.5 11~5 10.4
~.1 11,iS 10.6
.2.7 12.4 7:0 2,1 BA 10.7 1.4 11.6 Dames &: Mof!re
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l WNYNSC Qff-Site'Raola~on lnvestig~ion ~PHASE 1.1 February 13, 1995
,$1.fmm~ryt~b.ie.o1 tme*rpreted ln$ltl'um~nt Readings lnter.taf C9unt Peak Count Rate
'Ratio of Pel'ik: *
, (Courti:s In 30 sec}
(1/2 *counts/min)
Walkover Grid
' Gnd' Grk;l PEAK PEAK PEAK ' '
PEAK ti::l Aver~ge
.Location Avg STD Note 1/4 214' 3/4
. ~ ~l4*
- nmed'Oat8.
~60N 100W
~2ioN1brm i?poN 100W 29ciN 100W sodN 1orJN*
3ioN 1oow
~20N'106w
$oN*1oow
.346N 16{JW 3SON 100W SSON100W 31or\\J 1odw
.380!'1100W
- sooN 1orJN
.4opN.100W 410N 100W
.420N1oow 43oN*1otrw
.ikoN1oow iOOS9f)\\V 90SOOW
- aossiJW 70s*9aw 50S90W
.g.::
20.soow 1os 9tJW toN 9ow 20N99W
~PN¥~W
- g~:g~
&iNOOW 70N 90W BON SOW s6Nsow 1oo~fsi<iW 110N OOW 120NOOW 13oN 90Vi/
140N 9fJW 150N 9(JW i,SON 90W
~ss ia 73 87 42 4-0 44 42 32 Q~
59 71 67 Cl 63' 67
?~
60 57 62 68 57 61 47 48 55 60 45 73 75 79 7~
73 50 6()
74
~i2 1'20 162 124 130 110 108 121 8
- 14 11 13 7
9 12 6
7 11 16 16 8
8 6
a 14 8
6 9
6 5
7 7
7 8
10 6
14 i3 12 8
38 6
6 15 21 17 30 43 19 23
- 33 21 y
y y
y y
b b
b b
.b b
b
.b ti y
y y
I y
q q
q q
q 134 125 102 119 180 127 129 136 111 101 101 105 105 86 96 113 106 90 110 116 1~.8 119 180 104
- 33 1'45
~
139 168 NYS Energy Research and Development Authority 122 102 115 111 160 159 138 148 113
- 19 11
- 2 107 97 106 8$
111 so 91 72 103 96 116
- 0'
- 2 114 128
~~~
25:S
- 45 143 t62 137 129 123 i54 120 118 150 114 94
~2 75 94 104 85, 74
~2 9'3 102 104 114 113 102 112 107 124 210 29.3 181 140 page 26 C-32 130 1-25 92 131 133 1.43 1,57 149 155 11El 96
- 101 102 sl6 ao.
111 a*~
103 es 110 94
.9o 86
.~$
oa 130 202
~:3'6 176 121 1.8 1:1 1.8 1.5 1.7 1.9 1.5 1.6 1.6 1.4 1.7 1.7 1.8 1.8 1.8 1 ~7 2.3 H~
1.7 1.4 Dames & Moore
1
- Correlated ActiVity
,,(QQJlQ).
~Qd
(?rltl SJD 95th.
9.7 0.6
- 0.1 9.0 1.1 9.7 8.6 0.9 9.2 9.6 1.0 10.3 8.2 0.1 a;e 7;9 o.9 8.5 8.3 1.1 9.0 a.2 o.6 8.6 7.2 0.6 7;6 8.2 0.8 8.8 7.5*
1.2 8.3 B.4 1;2 9.2 B.1 0.6 8.5 8.1 o.6 e.s 6~3 1.1 7;0 7~0 1.!j i.9 7.i 2.5 8.6 5;8 1.4 6.7
.5.3 1.1 6,0 6.i 1.7 7.2 7.1 1.0 7;8 5.2*
i.O 5.9 6.o 1.3 a.a 5.1 o.s 6.1
'S.8 0.7 6.2 6.5 0.7
-7:0 6.9 0.9 7.6 5.6 0.6 6~0 8.1 2.5 9.8 8.5 2.3 '10.0 9.2 2.1
- o;s 7.8 1.3
~.7 6:2' 3.5 8.9 3.9 1.1 4.7 5.8 1.0 6.5 e.2 2.6
- 6.o 11.5 3.7 14.0 16.5' 3.o 1a.s 24.0 5.3 27.6 17.1 7.7 22.3 18.3 3.3 20.5 14.8 4.1 17.5 14.3 5.8 18.2 16.7 3.7 19.2
r WNY{'ISC Off-Sitf3 ~adl¢i(ln Investigation - PHASE 11 February 13, ;§~5*
- r.
Summary T~ble of interpretE!d.~nstrutnent.Beadlr,gs
[
Interval Count Peak :coont Rate *
- Ratio of Peak*
- Correlate<;i Activity counts in 30 *sec :
e 1
~
{1 L2 '* countslmin)
Walkover
~
Grid i3rld:
- ~ri~:
PEAK P~K PEAK PEAK JoAVerage*
Grid Grid Grid-Location Avg STD N*ote i/4:
2.l~
~3/,4 A/4 Timed Data Av
,STb 95th..
F 170N 9C)W 101 1~
120 149 140 142 1.5 13.1 2.4 14.7 149 1aoN*ww 94 25 134 115 113 1.6
-11,a 4.4 14._8
[*
19oN 'diJW
~tl' 20 11~
132
'ii$
113 1.5 1cta 3.5 fa.2 400~9ow 81 ii 129 139 131 98 1:7 9.5 2.0 10.B 21QNOOW 76 9
117 123 109 102 1.6 RS 1.5 9.6 r
22QNOOW 73 9
~s 97
.9~
11~
1.6 8.. 0 i.. 6 9.1 230N~OW 69 10 110 128 111 95 1,9 7.~
1.9 8~6
?4!JN90Yf 5~
a
.95*
107 107 1oj 1.8 5:.6 1.4 5;5
[
1oosa9w 69 13 109 101 fo6 111 1.7 6.7 2.2 8..2 sos*aow sa.
7 111 112
- 99:
101 1:7 7:1 1,3 8.0 aos.aoW 64 5
107 116
'.88' 98 1.8 6.4
- o.9 1~0 7as *~wf*
54 11 111 104 9$:
93
~.7 6.4,.
2.0 1:a r~
- sos aow
- 50 7
b 6~0
.0.7 6,.4
- ~
40$.a~w 50
- 5 b
6~0 0,4 6.2
'3os.. aow
$4 6
b 6.6
.0.6 7.0 e
.2osaow
- SO 12 b
6;9 1.1 7.7 1os aow 47 13 b
5.7 1:2 6.5
~
3oN eow as 12 b
1():5 2;1 11~9
[
40N BQW
- 73.
10 b
8~ 1 1.7 9:2 SON.BOW
-*aa 18 q
7;1 1;6 8;2 f.)ON SOW 91 13
.q i'..9 1.1 8.6 7o.NBOW 108 215 q
9.4 2.3 10.9
[
-~N~~9~
176 40 q
15.5 3.6 18;o
.90NBQW 24p 35 q
- 21_.4 3;2 23.5 1ooN sri\\f.J 257 23:o 3.7 25:4 41 q
[
110N sow 279 84*
q
'24.9 7.6 ao.o
- i~ON ~OW 169 78 q
14.9 7.1 19.6 f30N BOW
~92 27 q
17.0 2;~
18.7 L
140N89Yf 16~
27 l
q 14.3 2.5 1tfo 1SONBOW as 30 161 136 191 149 2.2 10.7 5.3 14..2 1sciNaow 101 23 184 150 122 133 1.8 13.1 4.1 15.8 HON Bf.NI 81 10 118 125
- 1~2 106 1.s 9.5 1.8 10.8 0
-1aoN8oW
- as 18 1QfJ 107 121 9~
1.. 4 10.4 3.2 12.1$
hioN f!iNJ 82 10 116.
1po 123
$0.
1.5 fJ.7 1.7 10.9 200N~
77 14 120 96 114 108 1.6 8.8 2.4 10.4
[
210Na.ow 75 23 100 113 107 112 1.5 8.4 4.1 11.2 220N80W 70 15 115 112 106 110 1.6 7.6
- 2;6 9.3 230N80W it 18
~
114 106 105 1.6 7.8 3.2 9.9
[
24oN*aoW 771:
11 107 107 106 107 1.4 8.~
2,0 9.6
- t90$'t0W
- ~
,13 120 95
~9 87 2.0 5.6 2.3 7.1
$0$ 7fJN 61 12 112 79 101 92 1.a 5.9 2.2 7.4 BOS 7fJN 66 14 100 88 115
$6 1.7 6.8 2.4 8.4 L
7QS70W 74 7
106 1oa a9
.ae 1.5
- i.
8.2 1.2 9;0
~QS10W 47
.9 b
5.7 o:a 6..2 L
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Grid Location
- 40S 70W q(}$ 7(JfJ 20S 70W 1os 70W 30N 7fm 40N70W 60N 7rJW 6oN 7rfiN
?:ON 7tm BON idW 90N*70W lOON 7r/W 110N70W
- 1.2.0N 7f:JN i.3bN *7tl'N 140N 7rJN 150N 7rN./
160N 70W 17oN 70W wot~1ow 1$0N 7CNV 200~l 70W 210N 70W 22bN 7<:fN 2~.0N:1ow
.. 240N 70W 1oos 6QW 90S£dW aos:sow sciS.6"oW
~-6QW aos~w
~g;:~
~ON GOW 40t*i6oW soN6oW 6().N. sow 10N ~ow SON 60W 96N sow 100N60W 110NaoW 12oN fiiw lnter\\;al Count
{counts.in *39 ~eij~.
- *.Grid *
- Griil
- Avg STD 57 12 55
~
5.a 11 45 13
~o 17 78 17 a~
t9 111 2Q 161
.37 194 23 169 24 2()6 66' 218 47 162 71 150 sa 134 18
- ao 1~
64*
- 22 7:3 6
68 11 i2
- 8.
68*
16 78 11 64 10
- 76 16 64 12 60 6
55 7
- s:3*
9
.S2.
11
.s2 10 SS 6
56 7
44 5
.~
10 100 35 120 42 135
.39 128 40 1~9
.32 153 35 22i 54 188 51 152 ss.
Summary Table of Interpreted !11s~tµment Reaqin.gs Peak Count Rate
. Ratio Of Peak
{1 /2
- counts/mifi)
'walkover Pi::Al<
PEAK PEAK.
PEAK to Average Note
- /4 "214 3/4 r§f4 Timed Data**
b b
b b
b b
b b
b b
b b
b q
q q
q q
l16 147 145
- 2~
225 270 2so*
- g4g.
216 190 187 132 9,5 90 108 104 116 13$.
101 85 115
'89
~6 123 f71 1~
236 250 i~s 235 His 176 152 l16 1_31 100
, 1.4 97 115 9,9 WB 78
- 112 1.07 1.14 e.~
262 27:4 199 115 153 1~
210 244 317 273 130 163 i68 130 122 113 gs 105 118
~6 108 97 107 84 129 1.01 390 2Q4 205 128 186
- 2§3 231 276 302
- 278, 157 186 178 98 144 95 102 114
. *~6.
1.18 96 El~
101 110 102 106 395~
~s 152 1.4.
1.7 f,6 i~s i.6.
1.5 1.3 1.5 1..4 1.4 2.1 1.7 1.6 1:7 1.6 i.7 1,5 1.7 1.3 i.1 1.9 2.3 2,0 1.8 1.5 1.. 5 Correl,ate.d Activity
.(QQi[g)_
Grid
'Grid Grid Av sm. 9sth 6.7 l* t 7.4 6.,5 a.a 1.0 6.. 7 1.1 7.4
?.5 1.2 6'.3 9.3 3:0 11.3 8.9 3.1 11.0 11.0 3.5
'13.3 14.8' 3.5 17.1
~3.7 6,5 28.i 29.6 4.1
.32,3 25.3 4.2 28.1 31.7 15.4 42.0 33.0 8.4 39.4 23.9 12.7 32.5, 21.i 6.4 26.0 19.0 3;3 21.2 11.1 2.1 12.5 10.1
~-~
12.s 8.0 1.1 8.7 7;1 1.9
~-3 7.9 1.4 8.~
7,2 2;9
.9.1 8.9 2.p 10:3 6.5 1.8 7.7 0.6 2:a 10.5 ftS 2.2 7.9 5.7 1.2 6.5 4.9 1.2 15:7 4.6 1.6 5.1 6.2 1.0 6:9 6.2 o.9 6.8
- 6.8 0.5 1~2 6.6 0.7 7.0 5,5 o:s 5.a 11.0 1:8 12.2 12.9 6.~
17.1 16.4 7.5 21.4 19.2 6.9 23.8 17.8 7.1 22..6 25~2 S.B 29~6 22.~
6.2 26.4 34.5 9.6 41.0 28.5 9.1 34.6 22.2 5.8
. 26.1
~YS Energy R~~wch and Development Authority
- page 28 Dames & Moore C-34
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Wf\\\\YNSC:Off,.Stte Radfation Investigation -PHASE II Februaryf3, 19~9 Grid Location 130N*SOW 140N60W
- tscn~
- o-ow 1~9ti~~w 170N SOW 1aoN 6oW
~100N60W 20oNatiw 21.dN~oW 220N60W
.23o~\\60W 240NBOW
, a**
9{)$$.}N:
!lOS. f.QW
$0~spW' i4QS sow 90$ sow 2QS$rM!
- 1es5ow-
- Q$sgJj' 10~ 501/t 30NOOW 4-0N srm
$ON 60\\N
_eq!'I p(JW
- 70NSOW e~Nsriw 90N50W
- 100N S:ow 110N.sow 120Nso:W 130N50W 140NsoW-
- 1soNs0W 1soNsow 170N50W 180N50W 190N'5\\lW
- 260NiibW
- 2fof'i'sow 22or-~.56w 236Nsow
- 240N sow 1ooS '+OW Interval c_oµnt Jcounts in so sec)
Grid. Gni:l
.Avg. :$re 107 198
,81 67 69
- 69 f39 72 72 73 72 72
~7
~
52 60 62 55
,_56
~g 42 9$
106 125 127 23_2_
,;22$
218 25_7 1~1 133 114 122 71
/.?
56 17 16 15 8
13 11 5
- ~
w 14 7
10
- ~
12 10
'a 12 12 5
~
3 18. J 30 37 1,2 28 64
'G9 38 31
,39 14 Z2 11 1.1 9
9 10
- summary Table of Interpreted Instrument Readings
~~ak Count Rate B!'iiio of Peek
- fl/2 *counts/min}
W,alkover P~~
PEAK.
'PEAK P$.1:<
tp Average Note.
'.tM
- 214 S/4 4/4 nme;:J oata....,.
b b
b b
b 145 164
~~5 117 119 93 111 100 115 111 96.-
86 fJt;l as 120 174 219
~5$
287 287
,$6~
~~7 208 fa2 206 1,53 1;5'2 125' 104 105 173 1?4 1~4 125 1id 94 88 110
- st 103 94 123
~1 58 126 180 205*
246
'292
.202.
9~~
,2~s 194 1n 216 139 103 109 102 106 135 1'48
- 1_06, 111 119 81 112 84
_ij9
- 128 119
~8,
- ,9~
92 150 175 2$4' 224
.224 307 291
?63 210 165 170 171 107
'94 100 146 132 t~
103 129 124
?15' 89 102
~~
123 93'
.95 89 142 192 25.4
'.P4
'274
.2~
2Sf:f 249 194 144 128 148 103 84 121 120 103 1;6 1.5 1.7 1;9 1~9 1.8
~;6 1.5 1.6 1.7 1.-7 1.7 1:7 1.7 ill:
64 t)1 ao
~
'6$
10 1
- 111 91 1Ei6 104 108 86 84 100 107 86 95 100 1.01
- 109 1oS 82 108 106 164 1.6 1.8 2:3 2~2 1.3 1.$
L7 1.1 1.1 1.4 1.9 1.4 2,1 1~7 1.8 1.9 1.7 2:8 1.7 1.6 1.6 1.5 1.7 67 67 S4 i2 8
9 9
92 100
-.9?
93-ao 86 102 M
aa 74 NYS Energy *Aes~rd1 *and Qevelopment Authority page29 Dames & Moore C-35
_Correlated Activity
~
Gnd *Grid
.sto sst.h.
14.-1 3~0-16; 1 14A 2.8 16.3 9.5 2.7 11,3 7.1 1.5 a:1 1.4 2~4 9.o 7.4 2.0 a.1 7:4 0.9 8:0
(:9 1:5
~-~
7.8 1.7 9.0 e'.2 2.4 s.a a:a 1.3 8;8 8.0 1.7 9;1 4.9, 1.7 6.1 4.7 2.1 6.1 6:2 0~9 a.a 6~9
- 0,7
- 7.4; 7.2 1.1 7.9 6.7 1.0 7.4 6.5
- OA 6;8 8.7 0.9 9.3 9,.1 0.6*
9:s
- 12. t 3.2 14:2 14.0 5.3 17.6 19.1 7.2 23.9 17.8 2.2 19.2
- 20. 7_
2:~' 22.-4 20.4 5.8 24.1 19.4 '
6.3 23.6 22.9
- 3_5 25,2 1ti9 2.8
~~-,8 11;7 3.4 14.0 9.9 1.3 10.8 10.7 2.0 12.0 7.7 2.0
~J 8.0 1.9 9.~
6.9 1.7
.8.0 6.4 1.7 7.6 6.0 1.8 7.3 5.8 1.8 7.0
~-4 1,3 7.3 7J 2.1
~.6 7.0 1.4 7.9 7.0 1.6 8.1 4.5 0.8 5.0
- r.
WN¥NSQ Off-Sit~'Radi@on l_nvestigation - PHAS.E 11 F~bruary 13, 1995 r
$ummary Tt;ilble of Interpreted t11strumeri~ ~eadipg~
Correlated Aptivity
[
. lnteival <;:aunt.
Peak Count Rate
-R!3;tiq of Peak
'!counts in 30 sec)' 1 (1/2 *counts/min)
Walkaver
'~
Grid Grid Grip_
PEAK PEAK PEAK
- peAK to Average i: -Grid Grid Grid r:
l..Ocatioi1 Avg STO Note_
t/4 "JjtJ,
,3/4
-~/4
- , __ Timed o~t~
.,Av_g_. ____ STD *ssth sbs4DW 50 10 88 98 87 84 2.o 4.1 0.9 4.1
~9~4oW 48 7
.69 8;7
~$
-~2
.1.9
.3.9 0.6 4,4
[
'10S40W sa 11 1 80 9i4 125 2.2 4.8 1.d 5.5 50S40W 51 7
.b 6.1 0.6 6.5
~-4oW.
- 52.
7 b
6.2 0.6 6.6
)',*
1 r
-30S40W 64 b
7.3 0.6 7.7
.2os4aw
_$3 a
b 7.2 b._6 7.5 7!C>$40W 47 7
b 5.7 0.7 6.1
[
'0s40W 38 10 8.3 1.6 9.4 apN4.0W 118
- 2.-6 140
'195 168 172 1.6 16.1 4.7 19.2 40N 4WI
}42 35 1Q2 199 179 199 1;'4
~,4 6.2 24~5
-5oN4tiW 177 203 "192
~6.5
~
18?:
22.7 1;3 3.9 29.1
[
6oN4ow 198 40 212 256
- 200 201 1;3 30.4 7.1 S5.1 70N40W 1~2 22 198 200 254 247 1~3 29.3 3.9 31.9 BON 4QW 223 46 234
~69
- 243 256 1;2 34.7 8.2 40.2
[
99N'fOW_
182 46
.:223 211 184 216 1.2 27,5 8.2 33.0
,.100N40W 133
- 25 1sS 21;3 154 174 1,6 18.8 4.5 21.8 1t9N49W
-110 23 193 149 123 14~
H!
14.6 4.1 17.3
[
1~0N.40W
.sa 21 149 166 113
'9~*
1;7 12.s 3.8 15~0 136NtJOW 81
-11 b
9.5 2.0 10.9 14oN40W ao 12 b
9.4 2.1 10;8
[
-15_0N40W 80 13 118 1 (j~ -
65 106 1.5 6.8 u
7.6 1soN4ow 84 23 121 128 92 108 is
'1.2 2.1 8.6 170N40W 78
.28 102 84 102
.92 t:3 6.7 2.s 6.4 180N4oW 65 14 113 84 78 100 1.8 5.5 1.2 6:3 190N 4fJN.
§9 12 97
-95 89
~a 1.4 S.9 1.1 6.6 2ooN40W 7_6
- 21 q
~.8 1.7 1p.o 2tON40W i9 f 9 q
~.b 1.6 10.1
[
220N-40W 77 22 q
ff9 1.B 10.1 23or~*40W 82 60*
q 9.3 5.0 12.7 24CiN40W 103 41 q
11.1
~.4 13.4 L
i9_~:3Qw
~g 11 10~
-90 65, 1*19 2.0 s._o 1.Q 5.7 90530W s2 8
~
17
~e
- 9:;J 1.,8 4;3 0.7 4.8 80S30W 61 11-9S 109 101 112 1."9 5.1 1.0
_5.7
_70S30W 6~
9 105 81 86 too 1.5 5.8 0.8 6.3
[
60$-3Q.W
,_64 9
103 9&
92 102 1.6 5.4 0.8 5.9 slJSooW 4Q 10 ll
~.9 0.9 6.5
<10$.3bw
~
12 b
6.3 1.2 7.Q L
30S3oW so 6
b
~--9 0.6 6.3 20saow 61 7
b 7.0 0.6 7-4 10S30W 54 6
b 6.4 0.5 6.7
[
os.~ow 39 5
8.5 0.8 9.1 10N 30W
.~6 5
8.1 0.9 8.7 aQN 3oW 156 51 166 482 2!:)3 274 3.1 13.7 4.6 16.8 L NYS Energy Research and Development Authority page SO Dames & Moore L
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Location.
40N30W
- SON30W
.aoN30W 10N 3ciW aoN,3oW 90N30W to()N,3ow 110N3oW i20N3QW
- 130N.3QW 140N 30W 150N30W 160N36w 170N30W t~QN30W t96N30W 200N30W
~19N;30W
- 22oN3oW
?JOf\\j.30_W 240N30W 1oos2ow 90S 020W aos'2ow 7QS?CIW 66S20W sCIS.2ow 40S20W sos.2ow 2os.2ow 1o$2ow 10N20w
~Q~?~Vf 40N'2i1'N SON*2\\Nt/
SON 2oW t0N20W 80N2bW
- SON~ow woN.20W 11.0N 20W i20N26w
'130N 20W 140N20W Interval. Count
{coUnfu'in 30. sec),
!Mer :Gnd*
A~g
~ro 18(}
Tl' 210 39 176 16 232 40 197, 31
'155 38 108
- 32
- sci 11 7.3 17 68 11 77 12 71 26 76 1
- c1 58 6
.'*'I
'§9 1.6
.68 34 6!?
11 7;3
- 9 73, 11 Tl 21 94 41 51 9
64 14
~1 7
59
'!?
60:
7 56 7
58 9
55 15 53 10
- 50.
16 43 4
li.O
'.6.0 212
- 97 232
$6 197 17 207 57 138 17 107 23
.96
~'6.
S~l 13
- 55 21 74 16
,$9 16
- Summary Tabi~ of Interpreted Jnstr:umel'.lt R9acUngs.
Peak Count-Rate Ratio of.Peak (1/2
- counts/min)
- Walkover*
PEAK P~K
- P~K PEA~.
to Average
~pt~
114 2Af:
3/4 414
- . *nmi;i~*baia.
q q
q q
q
- b.
b b
b b
x
.2~5
- ~~:z 392
- 310 361 289
'198 153 148 115 108 122 129
- Qa-ss n
93 90
'95
~s.
101 253
'1~2 327
,322 29i 221 i78
- 57 i80 129 134 139
~$
283 3'5; 3.P m*
222 178 1~[-55 124 115 135 112 91 g;
10i JJ6
.85
- sa 1rn 97
- 96 3rr
.;296_:
2rr
.264 164 220 152 151 i59 i:41 139 124 33; 291
~913 183
~21 2as 204.
140 110 106 131 94
~~
.$9
~5 9.7 81 107 86 125 95 301 2~
334
.351
.282, 189 162 1-67 132 134 139 114
?38 281
?g;
?98.
295.
192 203.
129 1~
1.10 131 107
'83 94'
- a~
1o7 95 93 87
~:
$!3 i79 273 297 24'fi 371
'2013 2{)3 1.39 140
- 63 144 121 1.9 1.4 2.2 1.3 1_;8 1.'9 1.9 1.J
- l 2.o 1:7 i.7 1.7 1,7 1'7 ts 1.6 1.9 1.7 i.9 2.1 1.7 3:4 1..4 1.4 1.8 i.8 1.6 1.9 1:7 2.1
- 9 i.9 1.6 Correlated Activity
-~
Grid Grid
-Grid
..fi.WJ... $TD
}isth*
16.0
~8.7 15.6 2Q.6 17.5 13.7 14.4
'9.,4 a.1 7:2 8.9 6.1 6:6 4.9 5.9 5.8 8,9 8.5
~5 8.9 10:3,
.4.2 SA 5.1 4,9 5,;
~.6 6.7 6.5 6.3 s;o 9.2 12.5 10.a 20.6 11.s 18.4 12.1
'9.3 8.3 7.$
7;3 6.4 7.7 7;0 20.7 3.6 21.0 1.$
~6.6 3,~ Z3.0 2:.'a 19.4 3.4 16;0 5:7 18.2 2.0 10.7 3;0 10:1 ib 8.6 2'1 10.3, 2.3 7.6 0.9 7.3 o.5 9~.2*
- 1.~
'9.9 3.0 7.~
i.1 9.7 O.B
- Q.1 1_.o 9.2 1.8 10.1 a.4 12:5 9~.~
4.8 1.-2 6.3
.0.7 5.5
().4 5:2 0.7
$.~
0.7
'7.Q 0;8 7.3 1.4 7.4 1.0 5;9 1;5 t.o o~6 9.7 6.6 16.9
-7.9 24.1
.s.3
- 22,a i.5 18.$
5.2.
21.8 1.6 13.1 2.1 10.7 2,3 9.9 1.1 8.3 1.'s 8.6 1.4 7.3 1.4 8;7 NYS Energy Research aod Development Authority page31 Dames & Moore C-37
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L Grid Location 15oN 2ow 1ooN 2ciw 1ioN26YJ 1BON20W 190N20W 2ooN2ow 210N2ow 22oN20w
~ON20W 24oN2'1N 1oos1aw 9as**1aw*
sos 1'6w' 70510W
~~-
iQ~1§w 10N 10W 2o'N 10W 30N10W 40N 10W
~0~1ovr SON 1-0W.
toN 1ow 80N10W
- 90N 10W
-fodN fow 11oN 1aw 120N 10W 130N 10W t4oN 1ow 1,5Q~19W tS(Jf',110'/!
HON 10W t80N 10W 1s0N1WI
- 200t41ow 210N*1ow 220N 1ow 230N 10W 24oN 1ow focisroe *
- oos*aE SoSOE lnteival Count (counts-in~*30sec)
- Grid Grid Av~f sro
'80
-~
66
- 64
':100
..; ::. ~
1a 10,6
- 63.
'61 ea*
'sf
- M.
- sa 63 60
~10 69' 44 125 178
?Ot 210 195 153*
140 101
~
- 16.
at
-71 80
~9
~-!?
SD ea
.69 es 59
~5 66 60
- 12 60
$2 59 February fa,.1995 Sij~mary Table (j~ 111terpte~ed lnstrt;rri*ent fU~-Adings f:!eak Count i71ate Ratkr of Peak (1/2
- cai.ints/min)
Walkover PEAK PEAK PEAK PEAK to Average Not~
1i4..
- 214
- 3/4
- 4t4 timed 6abi q
q tj q
~q
- Y y
- Y. y y y x
- y y
'y y
.y
'! y
'q y
x x
x 1:?ci
- 169 101 98 100 104
- 7'.S*
98:
109 1'03 197.
1ta.
118 105 225
~t
- fra 226 182 147 139.
159 117 113*
'12
,1~
127 116
~
ioi 143.
125 120 82 96 tao 1aa 106 14'5 104 100 191
~
- ~
t 97 93 253 f os 105 113 166 1~()
,*253 ls9 188 155 155 122 84 103 1~0 l32 10~
- 106 1~
- S~
'Hl't 162 ao 114
'103 1~f 74 11.~
90 117 84 71
- 72.
{~
103 130 1'63
- 9_5 96 184 174 243 26S
- 1~2 197 158 132.
118 124 121 111 114
'106 foe 92*
- g§ 8~
158 965 106 103
~1 74 91 140 126 92 92 9~
92 93 95 95 89
~2 115 115 309 263 218
- .215 21:3 l16
'13.1 140
~fo 1~4 115 1~S 124 11~
94 109 109 f14 268 115 105 127 86 105 92 1.8
'2;0 1.8 ao 1.Q 1..6
- 1;5 1_,e, 1:~
.8/8 4.1 14.7 f.8 1:.-8 a:o
.~.o u3 Correlated Aet:ivny:
~*
Grid Grid. Grid A.v**
s.16 95tt1
.$;9
'(3
- 5,6
- 5.4 a.i 8:9
- H'.~
7.7
'1:6 eA 4.8
- ~-~
5.6 5;3.
5.0 11'.s 7..7 9;5 13~0 17.9 20.6
.20~9 1~,5
--15;6 14.4
- 10.a
- -,~-4 7*.4 6~1 6:.9
-7~7
-a2 6.9 s.9 5.9 7~3
- f;'4.
7,9 1~9 7;4 8.4 5.1 4.6
.4.9
().~
1.2 1.5 t.-1 6.:1 1j' i7 o.9 1,3 J.a o.s 1.2 0.8 0;9 7:3 it1 6.. 6
- 6;2 12:8.
9'.7 16.4 8;3 8:5 9.0 s,1
~-~
6:1 5;9 tlli
~-~
~;4 15;~*
1.4 o.s 6.. 8 6.5 4,7 ao
~.~
2.7 3.5 J.2 1.0 a.9' 1.5 1.2 1~~
4;2 1.4 1.3 0.7 2.0 o.a 0.9 1.1 1.1 1.2 0.6 1.?
0.. 7 a.1 10J 17.6 22;2
.23:a 23;0 22:0*
17;~
16.8 11..6 9J a'.o td 7.7 t~:~
7;8 1.8 6.3 lJ.6 7;9 8.5 8.6 8.2 9.2 5.5 5.4 5**4 NYS Energy Research *and Development AUthority page32 Dames & Moore C--38
[
WNVNSb*Off~ite:*Radlath'.m Investigation ~-PHASE II February 13, 1995 r
- s._.mrn~ty Table ot Interpreted Instrument Readings n
Interval Count
- Peak Count Rate Ratio of Peak Correlat~tj ActivitY fcotints iii 30 set:l (1[2
- count~niin}
Walkover 1E.Qilg)_
µno
.Grid.. Gdd
'PEA.K PEAK PEAK PEAK
~o~ye~g~
Gild Grid Grid
[
Location A\\'.g sto*. Nol~..
j/4
'Zi4
. '3/4
- 414
- Titried D~ta.
. Av. sto QSth 70S.ciE Ga 13 93 98:
90 9S 1.5 5.7 1.2 6.5 60S OE 63
- 9.
100 97 94 13$
2.1 5.3 0.8 5.8 r
50SOW 4~
9 y
~$
134 126 107 10.4 1.6 11.4
- ~~.. ~~-
46 7
y 115.
f24 147 144
~~7 t3 10.6 131
.5; 12 y
- ~9 1.56 154 1Q.6 2.0 12.0 r
20StMi 37 11 y
120 133 107 107 8.3 2.o
.9.6 10$ow 47 13
¥ 73 141 218 213 9.9 2.3 12~6 OSQE 244 46 y
263 284
- ~~
287 24;1 4;3 27.0 0
10N OE 113
~
- i/
'22.7 140 116 127 10.7 5.7 14:5 2oNoE 231
- ss.
y 217 318
~~oo 304 2?*9 a:8.26;8 s9r-r1**
300 26 y
344 304'
- 29S 349 29.3 2.~ oo.9
'***~-
40NOI; 245 41 y
- 28.6 271 233*
303 24.1.
3.9. 26.-7 L
SON OE 185 67 y
'281 25~
207 2~g 18.6 6~3 ?2-.a oON.cii; 154
~2 y
{82
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- 2?5 21q 1~:7 2.9 17,6 7.0N*QE H9 18
- y 171 166 143 1.38 12.5 1 ~7 13.6 c
aoN ciE 113 13
.Y 157 182 126 144 11:~
1.2 12.7
~~?£ 92 20 y
- 143 155 145 i18 9.9 1.9 11.1
- 100"'! DE
- 81 i7 y
114 113
142 95 1i2 105 8.2 8~0 13:5 12oN*o~
1.3 71 10 y
130 11~
104 102 a.6 9.5 130N OE 75
.10 y
1_95 93 1<J7 1ti3 6.4 o,_~
- 1.o 14oN:oe
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122 130 130 125 7.1 o.9 1.7
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150N.'CIE 78 14 y
115 106 137 112 6.7 1.3 v5 160NOE BS 17 127 111 155 124 1.8 7.4 1.5 8.4 170NOE
.83
.8 1~8 i 14 117 1;04 1,5 7.1 0;'8 7:6 r:
i80N ofi
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16 121 159
'135 1_1~
1.9 7.4 1,5
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.;!SON OE 71 10 1.6 0~9 120
'91 120 90 6.6 7.2
.200N OE 148 1n.
112 105 98 142 to 7.4 0.8 7.9
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.9.2 2.1 10,6 20S :iOE
- S:o 31 b
~.8 2.9 10.a 10S fOE 132 7_5 b
13.6 6.9 18~3 L
10bS2QE 54 8
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50 4
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NYS Energy Res1:1ar¢h ancj Developme*rrr Authority
.page33 Dames & Moore L
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r WNVNSC Ott.Site Radiation Investigation - PHASE Ii.
February 13, 1995 Summary Table of Interpreted instrument Readings Interval Count r
Peak Count Rate Ratio of Peak Correlated ~tjivity (counts in 30 sec)
.(1l2
- counts£minl Walkover
,(eg@.
Gr!~
13,nd Grid PEAK PEAK PEAK PEAK to Average Grid Grid Grid c
Locatipn Avg :sro Not13 1/4
.214
~/4 414 Timed Data Av
.STD 95th BOS 20E 51 10 x
286 165 77 96 5.6 6.1 0.9 6.7 70S20E 61 15 77 95 142 108 2.3 7.0 1.4 8.0 L
~OS 201:
71 17 137 145 129 150 2.1 7.9 1.6 9.b SOS l?OE 92 10 146 149 142
- 115 1.. 6 9.9 0~9 10:5 40$;20E 05
.16 121 111 137 1.17 1.~
$.2 1,5 10.. 2
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174 139 240 261 2.9 9.7 2.2 11.1 20S20E 91 60 209 189 103 207 2.3 9.8 5.6 13.5 10$ 20E 225 64 278 331 3;36 292 1.5 22.3 5.9 26.;?
6.2 6,9 I.
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11 74 8'7 81 80 1.7 to 90$301:
54 11
'95 87
.87 79 j.8 6.4 1.1 7.1 80S30E 57 8
82 78 90 98
- 1. 7 6.6 0.8 7.1
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70S~E 60 12 75 97 128 130 2.2 6.9 1.1 7.7
~OS30E 94 12 180 121 131 162 1.9 10.1 1.1 t0.9 50S30E 125 20 1.38 134 151 135 1.2 1;io 1.9 14.. 2 40s30E as.
31 152 180 101 96 2.1 9.2 2.9 11.2 r
30S 3oE 63 16 155 90 79
'71 2.5 7.2 1.5 8.2 2.os soE 103 146 x
84 82 82 364 3.5 10.9 13.6 20.0 1QS SOE 323 54 382 397 337 349 1.2 31.4 5.1 34.8 0
120$40E
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~9 79 92 105 2.0 4.4 1.0 5:1 110S40E 57 1o
- 100 100 98 85 1.8 4.8 o.9 5.4 10QS46E 56 5
.98 98 75 94 1.7 6.6 0.5 6.~
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So540E 51 10 88 94 66 91 1.8 5.1.
1.0 6.7 BOS 40E 61 t2
- 91 90 100 113 1.9 7.0 1.1 7.7 70S40E so 42 13,2 126 91 137 1.5 9.7 3.9 12.3 60S401:
'107 21 145 167 15S 139 1.6 11.3 1.9 12.6 0
50040E 148 32
- 163 197 171 187 1;3 15.1
~.o 17.1 4oS40E 95 19 147 139.
i34 136 1.6 10.2 1.8 11.;3 30S40E 34 8
'f 117 104 91 69 7~7 1.3 8.6
[*
10S40E 332 28
- 320 317 318
~04 1.0 32.3 2.6 34.0 120s SOE 47 14 67 84 78 80 1.8 3.9 1.2 4.7 t10S50E 55 8
74 86 86 90 1.6 4.6 O:(
5.0 L
iOOSSOE 70 13 105 87 89 105 1.5 s:9 1.1 6.7 70S SOE ea 19 115 115 110 128 1.6 6.6 1.8 7.9 60S50E
~7 25 130
'117 t43 185 1.9 8,4 2.3 9.9 50$ SOE 93 61 1'(?
130 1S4 11.4 1.8 8.0 5.!5 1 ~.7 l
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115 129 97 102 11.e 3.0 13.6 20S SOE 41 6
y aa 91 83 2o8 8.9 1.0 9.. 6 10$ SOE 265 67 419 286 291 218 1.6 23.G 6.i
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~Q Hi 120 151.
1;32 1.6 R2 2.7 10.0 L
60S60E 92 14 127 155 125 150 1.7 7.9 1.2 8.7 sos 60E 57 19 105 105 97 81 1.8 4.8 1,7 5.9 40S 6iJE 43 6
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WNYNSC Off.:Site Radiation Investigation - PHA~e II February 13, 1995
-Grid Location 20S60E 10$ BOE 30$70E 10S 70E l:~~~
105100E Interval Count (counts in 30 sec)
Grid Grid.
Avg* STD 9~
25 155 57 38 4
1:21
~
48*
f 1
.sa.*
13 59 6
Summary Table of lnterpteted f n$trument Ae~dings Peak Count Rate Ratio of Peak (1/2 *counts/min)
Walkover PEAK PEAK PEAK PEAK to Av~rage Note 1/4 2/4 3/4 4{4 Tiriled Data 107 90 92 1.33 1.5 197 197 184 176 1.3 b
b b
b Correlated Activity
~
Gri~
Grid Grid A
SrD El5th 7.S 2A 9.5 13.i 5.1 17.1 8.3 0;7 8.8 10,6 3.2 12.1 3.9.
1.0 4.6 4.7 1.2 5.;>
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L WNYNSC Off-Site:RadiationJnvesti9ation -PHASE 11
,su.n~acy:Table of cos~ Rat~ R~acli~g$
Dose *Rate at t*meter (microRem/hour)
Grid
.:~rid Grid
. hQCATl0N
..0.~9
~sm:
. 9st6 '
3ociN-44oW 310N 440W 320N440W 3SON 44-0W 34oN*44ow
. ~~~N +1-0W*
360N¥0W 370N 440W 380N 440W
- 39oNt40W 4QoN 44ow 410N 44ow 420N440W 430N44ow*
44oN44ow
<3ooN'3ow
- 3,10N43ow a20N43ow 330N430W 340N430W
-~~~~.~~~-
37QN 430W
- 3aoN430W
- 39QN 430W
-4~o~#Qw 4tON 430W 42aN 436w 430N430W 44bN430W aoON 4iciw a1ciN420w
- 320N42ow
- aaON420W*
- 340N420W asaN42ow 3aoN42aw 370N42ow
.3BON.420W 390N420W
. 490,~ 420\\}/
- 4'10N420W 420N42ciW 43dN 4'biv 3,9 3.8 4.5
~-~3*
a.s 3.6 4.1 4.0 4.3 4:0 4:6 4;0.
4;3 4;1 4.3
~-~15 a:~*
4.3 3.6.
3;8 4,0*
4,1 AA 4.0 4.0 4:?
4A.
4.0 4.4 4.. 1 4.13 4.3 4.0
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0.,8.
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s-..mmary Tabl~ of* OQs.e Rate -Readings
-Dose 'Rate at 1 meter
- (microRem/hourr
~i:ici Gr.id
-Grid LOCATION
... Avg
.stb 9sth 440N420W 3DON410W 310N'410W
- 32oN 410W
'i!:!tg~
350NAtow
- 360N'410W
- ,zg.N ~
- I o,v.-1:
~-~ON_-41..'l,\\Y 390N 410W
-:400N41ow 410N~4tOW 420N4tOW 430N41oW 44oN41-ow
- 300N4.00W
- 310N4oow 320W400W
~-~4.pQVJ
.349N4,QOW
- '.)50N400W 360N400W 370N 400W
.::~:~~
- 4oot.l4oow 41oN.4oow 4aON400W
~ofi14opw
~g~-~~i~
- 310N390W 320N390W ssoN39ow 34oNa9ow s5oN3sow 360N39ow 370f\\1~90W
~aoN39()W 390N.$0W
.$ooN: a-'SoW s10NaaoW
_32QN.380W
'4.3 4.3 4;3 4.o
- 4~5 4",0
'-4;0 3.8
-4.3 4~~
4J)
. 4.5 4.6
- 4.6 i:Eo 4.6
-~t-1
'4.1
'4,f,Y 4~~
4.1 4.s.
A4 3A 4;1 4-4
,4,5 4.4 4.3
- 4J3 4.3 a:e 3;5
- 4,~
,3;8
- 4.E!
4~3 4;1 4.1 5:~
4,a 4.1 4.4
- 4.4 NYS Energy R_esearcl).:arid DevelQpment Autho(ify
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- 0;9 0.5 o.s
.o~$
- ();~
- o.a 0.5
- o:s*
- rte*
- i15
.0.9
- 0.7' 0;,6 "0.7
~a_.7
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,a'.~
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.. 0.7 1.2 1.1 1.1 0.9 Q.?
0.6'.
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4.9 4.5 4.4 4.4 4:8
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L S~mmary T.b.1. of Dos.e ~.ate fleadings Pose, i:fate et 1 ni~er
{microRem/hour):.
Grid
.Grid
~Grid*
. l,.OOATION A~g STD 95th
- ~q~ 3.aoW, 4,5 340N'380W 4;4
- fuioN asaw 4.3 360N 380W 4.4 370N 380W 4.~
380.~ aaq,y.i 4.5 390N aaow 4.o
~ooN ~10W
.3:a 310N 370W 4A 320N 370W 4;1 330N :370W
- 4~9 34,qN. ~1ow 4.a 35~ :f!PW 4.6 360N.370W 4.8 370N 370W 4,9
~B~ ~7,0\\N,
~4;8
~~QN. ~"(O~
4:~
300N 360W
.*iO 31oN 36ow 4;3 320N 360W 4;3 330N'360W 4'4 34oN 36oW. 5.o a~9N.~
~:o 36QN 3601JV
- s:s 37oN 36oW 4.9 380N 360W 4 *. s
~90N ~6/Jw
'4.4 3obN ~JM'
- ~ta
~foNow a.9 320N*350W 4.4 330N 350W 4.0 34aN$ow s.a asoN 3so\\Y
~~o aeoN 35ow 4J5 370N 350W 4:3 380N 350W
. 4,8 aooN 35ow 4.:~
2soN34ow 3.9 26iJN 34ow i3.s 270N340W 4A 280N 340W 3.4 290N 340W 4.0 3eor*i34ow
- 4.~
31'0N 34ow
.4..t NY~ Energy Research and Development *Authority o.. ~
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?.3 4:/3 De~e.mber 20, i 994 Dames & Moore
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WNYNSC.Qtf-Site Radiation lnvestjgation -.PHASE II Oe~~mber 20, 1994 Summary Tabl~ of Dose Rate Readings I
Dose Rate at 1 l'f!eter
{micro Rem/hour)
Grid Grid Grief
[
~OCATION Avg STD 95th
.320N 34CTW 4.8 0.7 5.3 330N34CTW 4.3 0.. 7 4.~
340N340W 4.5 0.9 5.2 4.4 0.7 4.9 350N340W 360N340W 4,9 0.6 5.3 r
370N34()W 4.~
o.s 5.0 3BON340W 4;$
0.5 4.9 3~.0N340W 4.6 il.7 5.. 2 L
25oN 33ow 3.9 0.8 4.5 260N330W 3.3 0.7 3.8 270N330W 4.3 0;7 4.8
[
280N 330W
.3.9 o.6 4,3 290~f33oW 4.5 1.1 5.3 3ooN~OW 4.6 1.1 5.4 31oN 33ow 3.9
- 0.6 4.3 r
320N 33ri#
4.6 0.5 5~o
. ~
330N 330W 4.5 o.a s~o
$4oN 3'¥JW 4.4
.0.7 4.9*
350N330W 4.3 0.7 4.8 360N 330W 4.3 Q,7 4.8 370N 330W 4.3 0.7 4.8
[
3BON330W 4.4 0.7 4,9 390N 330W 4.4 0.7 4;9 25oN32ow 4.1 0.6 4.9 260N320W 3.9 0.8 4._5
[
270N320W 4.i 0.8 4.7 280N320W
- 4.1 o:a 4.7 290N 32.CJ.I./
4.3 0.7 4.8 D
.aOON320W 4.6 1.2 5;5 a10Na2ow 4.4 1.1 5.1 320N320W 4.0 1;3 4.9 D
3.30N 32.0'W 4.5 0;9 5.2 340N32.0W 4.0
,0.9 4;7 350N320W 4.6 0.5 s.o a6oN 32.f§N 4.4 0.7 4.9 L:
370N32.0W 4.1 0.6 4.6 380N32.0W 4~6 0.5 5.0 390N32.0W 4.0 0.8 4.5 L
250N310W 3.8 0.7 4.3 260N310W
.4.0 0.8 4.5 270N310W 3.8 1.0 4.5 L
2BON310W.
4.3 0.7 4.8 290N310W 4.0 1.1 4.8 300N310W 5.o 0.8 5~5 L
NYS Energy Research and Development Authqrity page4 Dames & Moore L
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WNYNSC Off-Site Radiation Investigation - PHASE II Oec(ilmber 20, 1994
[
Summary Table of Dose Rate Readings Dose Rate at 1 meter
{microRellllhoud Grid Grid Grid c
LOCATION Avg sm 95th 31_0N ~10W 4.0 0.9 4._7
[
320N31.0W 4.3 1.2 5._1 330N310W 4.0 1J 4.8 340N 310W 4.0 1.1 4.8 350N310W 5.0 1.l 5.8
[
~60t'J310W
~-~
0.B 4,5 370N.31ow*
4.5 0.9 5.2 380N 3100W 4.4 0.7 4.9_
r~
390N310W 4.8 0.9 5.4 250N300W 3.9 0.6_
4.3 260N300W 4.0 a.a 4.0 L
270N300W 4.6 0.5 5.0 280N300W 4.0 6.5 4.4 290N300W 4.1 1.2 5.0 300N300W 4.5 O.B 5.0
[
310N 300W 4.6 0.5 5.0 320N 30rf.I/
4.0 0.8 4,5 330NaooW 4.4 0.5 4:7 340N300W 4.B 0.7 5.3 350N300W 3.8 0.7 4.3 360N30PW 4.8 0.7 5.3
[
370N300W 4.0 0.9 4~7 3EjON 30oW 4.6 0.5 5.0 390N300W 4;1 0.6 4.~
[
200N290W 4.6 0.5 5.0 2~0N~fNI 3;9 O~B.
4.5 220N290W 3.6 0:7 4.2 236N290W 4.0 0.5 4.4
[
240N290W 3.6 0.5 4.0 250N290W 4.4 1.1 5.2 260N 290W 4.1 1.4 5.~
[
270N 290W 4.4 0.4 4.6
-2BON 290W 4.4 0.8_
5.Ji 290N~OW 5.0 0.6 5.4
[
300N 290W 4.5 0.5 4.9 3toN2aow 4.4 1.1 5;1 320N290W 4.9 0.6 5.3 330N290W 4.8 0.9 5.4 0
34-0N 290W 4.4 0.5 4.7 350N 29rJ.N 4.4 0.9 5.1 360N290W 4.5 1.2 5.4 D
370N290W 4.1 1.1 4.9 380N290W
-4.9 0.8 5.5-390N*290W 4.6 0.8 5.2 n
NYS Energy Research and Development Authority Dames & Moore pages L
C-46
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WNYNSC Off-Site Radiation Investigation - PHASE 11 December 20, 1994 Summary Table of Dose Rate Readings r
Dose Rate at 1 meter
{microRem/hour}
Grid Grid Grid
[
LOCATION Avg STD 95th 200N*2aow 3.8 0.5 4.. 1
[
210N 280W 3;9 0.6 4.3 220N 280W 3,8 1.2, 4.6 230N280W 3.3.
D.7 3,"8 240N 2SOW 3.3 0.5 3.6
[
260N2aow 4.0 0.6 4.4 260N280W 4.4 0.7 4.9
- 270N 280W 4.9 t.1 5.7 r:
2aoN2aaw 4,9 0.8 5.5
'290N2SOW
'5.1 1.5 6.2 300N2aoW 4.8 0:5 5.1 L
310N280W 4.8 0.7 5.3 320N280W 4,6 0,5 5.0 ssoN 2aow 4.8 0.7
,5_3
[
340N280W 4.5 0.,5 4.9 360N 28fJW 4.3 a.1 4.8 36DN2SoW 4.5 1.2 5.4 370N28fJW 3.7 0.9.
4.3
[
380N280W 4.0 0;9 4:7 390N280W 4.4 0.9 5.0 200N270W 3.~
o:7 4.3
[
210N.270W 3.6 0.5 4.0 220N 27oW 3.5 0.8 4.0 230N 270W 3.9 a.a 4.5 240N270W 3.8 0.7 4.3 r
250N 270W 4;8 1.1 5.6 2soN 216w 4.9 0.5 5.3 Z70N 270W 5.2 1.0 5.9,
[
280N270V(
s~5 0.6 5.9 29riN27ow 5.4
().6 5.8
.300N 27oW 4.5 0.5 4~9 LI 310N270W 4.5 0.8 5.o 320N270W 4.9 0.4 5.1 330N270W 4.9 0.8 5.5 r,
340Ni:lOW 4.4 1.1 5.1 3sON'27ow 4.3 0.5 4.6 360N270W 4.6 0.9 5:3 370N270W 4.8 i.o 5.5 L
380N 270W 4.8 0.9 5.4 S90N270W 4.4 0.9, 5.0 400N270W 4.3 0.7 4.8 L
410N 270W 3.9 0.4 4.1 420N270W 3.4 0.5 3.7 430N270W 3.5 0.5 3.9 L
NYS Energy Research and DEl'Jelopment Authority page 6 Dames & Moore L
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WNYNSC Off-Site R~diatl(ln hiyestigatic:in
- PHASE II Dec.ember.20, 1994 l '
Sumrruuy 'Table bf,DQs~ Rate *Reading~
bose Rate at 1 meter (micro Rem/hour)
Grid Grid Grid
[
LOCATION Avg STD 95th 440N270W 3~5 o.:9 4.2
[
.zo6N* 2srnN 4.0 f:!.5 4.4 210N260W 3.6 o.s 4.0 22qN2.aow 3.8 0.7 4.3
- ~
- g~~~~~
3.5 Q:B 4.0
[
- rn O.fi 4.0 256N 25ow 4.8 0.7 9.3 2eOti426ow 5.3 0.4
.5.5
[
- 270N26ow 5.1
.0.9 5;7 2SON260W 5.0 1,0 5.7 296N260W 5!3 0,8
~.9
[
sno~i2saw 4.3
.0:9 4.9 31.0N.200W 4.9 0.6 s,3*
320N260W s.3 0;7 5.8 33oN2aow 5.0 a.a*
.5.5 r
340N2601/J 4.3 0.7 4.8 3SON2.$0W 4,4 0.9 5:.0
'1$oN 2f;QW 4.5 1.2 SA
[
370N260W 4.4 1.1
,S.1 38oN26WI 4.3 1.0 5.0 390N 26ow 4.. 1 0.6 4.6
[
4aoN 2sow 4.0 0.8 4.5
- ~
4.9 410N 260W 4.4 0,7 420_N2e°QW 3.5 0,5
- 3.9
.430N 2.60W.*
4.0 0.8 4.5 440N260W 3.6 0.5 4.0 2ooN2soW 4;0 1:2 4.9 216N2sow
.3.5 0.8 4.0 L
22of.A25ow 3.6 0.5 4.0 23dN-'iSOW 3.9 0.6 4.3 240N'2soW 4.1 0.6 4;6
?~oNisow 5.3 1.4 6.2 26oN.25oW 4.6 1.0 5.4 27o,N2sow 5.1 0.9
.5.B 2soN25ow 5~3 0.4 S.5
.2~0N250W 5.1 1.0 S.B aoaH *sfJ,V:I 4.6
.0.7 5.2 310N250\\Y 4.5 o:a 5.p L
32dN2sOW 5.0 0.9 5.7 33QN 2spW 4.9 a.a 5.5 340N25DW 4.3 1.2 5.1 L
350N250W 4.5 u
5.3 ssoN 215ow 4.5 b.~
4.9 37dN.gsow 3.9 1.0 4.6 L
NYS Energy Research and Development Authority page7 Dames & M_oore L
C-48
i:
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WNVNSC Off-Si1e Radiation Investigation - PH.4.SE II December 20, 1994 I:
Summary Table of Dose Rate Readings Dose Rate at 1 meter (microRem/hciurL Grid Grid
'Gn~
r LOCATION Avf]
STD 95th 3BON25fJtN 3.5 0.5 3.9 n
3~N250W 4.3 1.3-5.2 400N 250W 4.0 0.8 4.S 41oN.2sow 4.o 0.5 4.4 420N250W 3.9 0.6 4.3 r
430N25CNV 3.3 0.5 3.6 440N250W 3.4 0.5 3.7 150N240W
.3.7 1.0 4.~
r :
160N2.4<1.v 4.3 0.8 4.8 17oN 24QW 3.Q 1.1 4.7 1EION24f1iN 3.6 1:.2 4.4 L
190N 24f'JtN 4.4 1.1 5.1 200N240W 3.7 1.4
_4;7 210N ~40W 4.. 1 1.0 4.~
220N240W 5.0 0.5 5.4 L
- 230N240W 5.3 1.0 6.o
- 240N240W 4.6 0.6 5.0 2~0N240W 4.9 u
5.7
[
260N240W
- i.,2 q,g 5
- 6 270N 2400
,5.1 0.6
.5.5 280N24rN(
5.1 1.1 s.. a r
290N240W 5.6 1.2 6.5 300N240W 4.6 0.6 5.1 31oN 240W 4.3 1.2
- 5,2 320N 240W 4.8 (t6 5.2 r:
330N240W
- 4.4 1.0 5.1 340N240W 3.8 0.7 4.3 3SON240W 3._5 0,9 4,2
[.
3eoN240W 4.0 (19 4.7 370N24oW
-~t1 1.2 5,0
.3BON24oW 4.i o.a 4,'7 L
390N240W 3.6 L2 4:5 400N240W 4.3 0.9 4.9 410N240W
- a.5 0.9 4.2
[
420N24oW 4.3
_1.2
.5:1 430N240W 4.1 0.8 4.7 440N240W 4.0 0.8 4.5 150N 230W 3.9 1.1 4.7 I:
160N230W 4.3 0.6 4.7 110N 2aow 4.0 0.9 4.7 180N 230W 4.1 0.8 4.7 L
190N Z3C!N 4.3 1.2 5.1 200N 'Z.3rtW 4.1 0.8 4.7 210N 230W 3.8 o.s 4.1 l
NYS Energy Research and Deveklpment Authority pages Dames &_Moore L
C-49
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WNYNSC Off.:Site Radiation Investigation - PHASE II December 20 *. 1994 Summary Table of Dose Raie Readings
- r.
Dose Rate at 1 meter
. (microRem/hour}
~rid
.Grid Grid LI LOCATION Avg STD.
9sttJ 220N 23r:J.N 4.6 0..7 5.2
[
230N23,0W 5,1 1.1 5.9 24oN 230W 5.1 0.8 5..7
~oN 230W s:2 0.6 p.6 26oNz:.ow 5.o 0.8.
5.5 LI
.27.0N Z30W.
s.3 1.1
$.O 280N 230W 5;7 1.3 6.6 290N230W 5.3
~.o 6.0 n
3ooN "23ffN 4.9 0.8 5.~
310N230W 4.S o*.s 4.9 320N230W 4.. 5 0.8 5.0 L
330N 220W 4.4 0.7 4~9 340N22DW 4~8 1.0 5.4 3SON 'Z30W 3.9 "1.0 4.6 a60N23oW 4.3.
b.~
4:6 r
37oNz3ow 4.1 0.8 4.7 380NZ30W 4.4 0.9 5.0 390N230W 3.6 0.9 4.3
[
400N 230W 4.0 0,9 4.7 410N 230W 4.0 1,1 4.8 420N 22.0W 4.1 o.a 4.6 L
420N230W 3.4 0.5 3.7 440N230W 4.4 u
5.1 150N '22.0W 4.1 1.4 5.1 1SON 22.ow 4.3 0.5 4.6 r
170N 22.ow 4.0 o.a 4.5 180N 22DW 4.o 1.4 5.0 190N 22DW 4.4 0.9 5.0
[
200N '22.0W 3.6 1.1 4.4
~10N 22.ow
~.4 0~9 4.0 220N '22.0W 4.1 0.4 4.4 L
230N '22.0W 4.3 0.5 4.6 240N '22.0W 4.6 0.7 5.2 250N '22.0W 5.8 0.-7 6.2 D
260N '22.0W 5.1 1.. 0
.s,a 270N '22.0W s... 2 1.0 5.* 9 2aoNi2.trW 5.0
- a.a 5.5 290N220W 5.1 0.8 5.7 L
300~'22.0W 4.7 0.5 5.0 3.10N 22.0W 4.0 0.5 4.3 320N220W 4.6 b.6 5.0 8
aaoN '22.0W 4.6 0.5 4.9 340N '22.0W 3.8 1.0 4.6 3SON '22.0W 4.0 0.8 4.5 NYS Energy Research and Development Authority page9 Dames & Moore C-50
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- summ.arftable c>fDose Ra~.~eadinge Dose Rate. at :1 met~r (mieroRem/hot.uj
'Grid Gnd
- !]rid LOCATION
~vg STD.
- 95th
.3sON*22.0W 37:dN.z2DW
- 3eciN.'22aW
-390N 12.ow 400N '22.0W
~1.QN~ 2!J,~
420N'22.0W
=-~
1~210W
- l~N.21QW 170N210W
~~~-~1~~
2DON 210W 210N 21ow 220N:21*aw
- ~~~~**~
250N 210W 260N210W
~io~21aw 280N21ow
- iooN -21'aw 300N 2toW 31Clf'.-121QW
- 32of-.121'6W
.* 330N 21 'filt
-~21fftN
- a;oN21ow 3$0N*21bW
- ~10;:.l210W
- aaoN 21ow 39oN 21rm
- 400N 210W
- 4~ or..r21 ow 426N 2.1'<.1.v 43dN210w 440N210W 150N 200'(1 lf.iON 200W 1*7aN2oow
- 1ariN 2oow 1:goN6W
'.3.9 4.4.
3.9
- _4.4 4.:0
.3.4 3"6
- 3.9 3.8 3.6 4;-1 4~~
4.1 4.. 6 4.4 3.9 4~~
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5.0 5.4 4.9
- .sJ) 4.a
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. o.~a, 0.9 0.6 g.a 0.9.
0.1 o;a 0;8 1;2 0~9, 1,3
.o~i 4.~
.5.4 4.:~
5;0 4.5 4.* 0 4;3 4.6
.~.5 4;2 4.7 s;*~
4.7
- 5:2 5;1 4.7 s~3
- 5~2 s:a
- 6.1
- s.4
- -;;;a 5~2 "e~'o s.a 5.S
.:id 4~~
4~1 4.7
~(9 4:~
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r WNYNSC Off-Site Radiation Investigation - PHASE*n December 20, 1994 r
Summary Table of Dose Rate Readings 0
Dose Rat13.at 1 m'eter (micmRem/hour)
Grid Grid Grid
[
LOCATION Avg STD s5th 200N 200W 4.6 0.7 5.2 210N200W 4.8 0.7 5.3 r
220N'2oow 4.4 0.9 5.0 230N200W 5;1 0.9 5,7 240N200W 5.3 0.7 5.. 8
[
250N200W 5.1
. 1.1 5.8*
260N200W 5.3 0.9 5.9 270N200W 5:1 0.9 5.7 D
2BON200W 5.3 0.9 6.0 290N200W
.4.9 1.0 5.6 SOON 200W 4.6 0.7 5.1 310N 200W 4.9 0.5 5.2 L
~20N200W 4.*2 0.8 4.8 330N200W 4.. 5 0.7 5;0 340N2oow 4.6 0.7 5~1
[
3soN200W 4.3 a.9 4:9 360N200W 3.8 0,7 4.3 370N 200W 4.~
1.3 5;2 380N20QW
.3.4 0.5 3.7 39tiN 200W 3.8
.0.7 4.3 4odN2oow 3:9 0.6
~t:3
[
410N200W 4.5 0.9 5.2 420N200W 4.3 0.9 4.9 430N 200\\IV 3.4 0.5 3.7 440N'2,00W 3;5 0.5 4.0
[
SON i90W 3.9 a.a 4.5 60N 190W 3.8 0.7 4;3 70N 190W 3.9 0.8 4.5
[
BON 190W 3.8 0;9 4.4 90N 190W 4,;
.0.8 4;7 1ooN 190W
.3.9 1.2 4.8 c
i10N 190W 4.0 0.8 4.5 120N 190W 3.8 0:7 4.3 13oN ;sow 3.9 0,6 4.3 140N 190W 3.3 0.7
- 3.8 l
150N 190W 3.0 0.8 3.5 160N 190W 4.3 0.7 4.8 170N 190W 3,9 0.8 4.5 L
1BON 190W 3.8 0.7 4.3 190N 191JW 4.9 0.7 SA 200N 190W 4.5 0.9 5.2 L
210N 1soW 4.8 0.9 s.4 220N 190W 4.5 0.5 4.9 230N 190W 4.8 0.9 5.4 t:
NYS Enemy Research and Development Authority page 11 Dames & Moore L
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.$umma:ry Table 01 oo~e ~at~ Re~drngs Dose Rate ;rt 1 meter
.LOCATION 246N:191JW 2~oN~~w l260N 190W 270N 190W 2BO~ 19011,'
290N 190W
.~9q.~ 19f!Vf*
310N1SOW 320N 1soW
- 1=
~~{~
37oN.19bW 380N 190W
~-~~.1~fN/
1.n~~:~
420N 1*i1aw 430N 190W 440N190W sor.i*1sow*
aoN 1aow 7oN1aoW aof.11aow 90N 1BOW fo6N.18ow 11*6N 1aaw 120t41aow 139f" 180W
.14GN.~aow
- ~:~~:~
17oN 1aaw 1eoN iaow 19~N 1~0\\V 200NHIQW 2fON180W 2.2oN taaw
. 23oN 180W 24PN 1BOW 250N 180W 2aoN 1aow 2*1tiN 1 aow Grid
.Mg 4.3 s:o 5.'b 4.1 4,5 4~+
4:~
3;9 4.5 4.. 1 i~i 4.i:i 4;0-3.6 4.4 3.9 4:0 3:3 3.4
- 3.5
~.6 3,5 4:0 3:o 3.9 4~1
~.a 3-4 3.6 3.5 3,.5
- a.a*
3.6 3:9 3,9 4.4 s.o 4,4 5.0 4:4 5.0 4;~
4.4
.(a CmicroRem/hCiur)
.*Grief
~sro b.9
'6,$
.0.5 0.8 0.9
().~
o.a i<>
0.5
.Q.!J
.().4 o.9
- 1ra 0.7 L1 0.6
- els o.s 0.7 0.9 0.5
<is
.9:.P
.0.5 0.. 8 q.4
.0.9
- Q~.s
.CH 0..8
- 9;~
.0.7
~}
1;0 o;e
- 0;9
().~
();9 0.8 1.2 1.1
();~
a.5 a:~
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. ~jic!
. 9Sth 4J~
~A 5;4 4.7
~~~
4*?
4.7 4;6
.it9 4.. 6 4:1 4.7 its 4.2
- s.1 4.3 4.4 ie
- 3,9
- 4.2
-4:0
_s.s.
- 4.7
- 3.4 4.S 4~4
-4.4
~.i
- 4:2
'4,0 4,0 4:~
4.6 4,3 1.1
,5.7 5.Q s~5 52
.5.a 5.4 4.7 4;.S
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WNYNSC Off-Site Radiation Investigation -PHASE II December.20, 1994 r:
Summary *rable of Dose Rate Readings
[
Dose Rate at 1 meter (microRemlhour)
Gric;i Grid Grid r:
LOCATION Avg STD 95th
.280N 1 BCJIN 4:1 0.6 4.6
.290N 180W 4.4 0.5 4.7
[
3ooN 1adJ./
4.5 0.8 5.0 3~0N 1~CJIN 4.1 1.1 4.9 3.20N 18f1'N 3.9*
Q.6 4.3 r
33oN taoo 4.0 0.9 4.7 340N 160W 3.6 0;5 4.0 350N 180W 3.3 1.0 4.0
[
360N180W 4.0 0.8 4.5 370N 180W 4.1 1;i 4.9 3BON 1aow 4.1 1.0 4.8
[
S90N 180W 4.0 O.B 4.5 400N 180W 3.9 0.8 4.5 410N 180W 3.6 0.5 4.0 420N 180W 3.3 LO 4.0
[
430N 1BOW 3.4 0.7 3.9 440N180W 3.9 0.6 4.3 sos t-roN 3.8 0.5 4,1
[
40S"f70W 3.6 0.5 4.o 30S1}0W 3.8 0.5 4.. 1
.20S170W 3.5 0,5 3.9
[
105170W
- 3.6 0.5 4.0 SON 170W 3.3 0.9 3.9 60N 17.oW 3.a 0.7 4.3 70N 170W 3.4 0.9 4.0.
4.0
.4.5 BON 170W 0.8 SON 170W 3.3
. 0.9 3.9 100N i70W 3.6 0.7 4.2 L
110N 170W 4.0 o.a 4.5' i~oN 11ow 3.8 0.9
.4.4 13()N 170W 3.3 0.7 3.8
[J 14oN 170W 3.4 0.5 3.7 150N 170W 3.9 0.8 4.5 160N 110W 3.a*
.0.9 4.4 170N 170W 4.5 Q.9 5.2
[
1~_0N 170W 4.8 0.5 5.1 190N 170W 4.4 0.7 4.9 200N 170W 4.5 0;5 4.9 L
210N 170W 4.9 0.6 5.3 220N 170W 4.5 1.4 5.5 230N 170W 4.8 o.s S.1 0
240N 170W 4.5 0~5 4.9 250N 170W 4.1 0.8*
4.7 260N 170W 4.1 0.6 4.6 L
NYS Energy Research arid Development Authority pagEf13 Dames & Mo9re L
C-54
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~um~ary Table ~r oo~e Rate. Rea~ings Dose Rate at 1 meter
.LOCATION Grid
. *Avg
~70N {?Q~
~u 280N 170W
,(s.
29oN i?O.w*
4.4 300N HOW 3;9 3t0N 1.70W 3.9 32oN 11ow.
4.CJ aaoN i1aw 3.s 34oN 17ow*
3'.~
3sON HOW 4.0 360N 170W 4.0 37oN 17ow 3:9 asaN 17aw 3:9 39oN j 1ciw 4:3 400N HOW 4.0 410N 170W 4.1 420N 170W 3.3 43oN 11ow 3.6*
44ot;i 11ow 3.a 10001eaw 4.3*
9osrnc:iw 3.8 sos 160W, 4;0
- 10s 160W
~.a
~os* 1 spw
~.~
$Q816d~
3.3 40S 160W 3,1
'30S t60W
- rs.
.2081sow 3.s.
- 10s i6ow
~A soN 1eow 3.9 SON 1.60W
. 3.6 10N.160W 3:6 8or-J.16riw 4.o 9oN 16ow 3:~*
iaaN 1 aaw 3)~
1tON 160W 3;6 120N 160W 3.5 130N 1 eow 3.4 140N 160W 3~9 1 soN 1 SOW 4.0 160N 160W 4.5 170N16dW 4,1 1aoN 1eow 4.1
~9oN 1sriw s.1 200N 1e*ow 4~5 (microRem/hour)
Grid.
$TD (fa a.5 o.9
- U o.a os j:2 o:s 0.9 0.8 o.a o:s ct7 1.1
.t.O Q;t 0.$
o,f
,(p 0.7 o;9 o.~
t.o o.7 o:e 0~5 qi o:s 1.0 0.7 0.7 ti~
0.8
'07 0:9 0.9 69 1.* 0 u
0.8 0.8 0.8
- u Q.~
Grid
'95th
'J.. 7
- (9 5~0
'4.7
- 4,5
'4.4' 4A
- 4.3 4
- 1 4.5
'4;~
4,5
.~fa 4.8
'4.B
- 3
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'4J) 4~3
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'4.1 04,4 4;5
.:is 3:6 13.9 4~3
- 3
- 1
.(6
'4;2 4;2 4.7*
4._Q 4;2
- 4~3 4.2
.(o 4.6 4.8 5.0
'4;7 4.7
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~µITlm~ry rable of.Do15e Rai~: *f:lea~ings Dose Rate at 1 meter
{microRem/hour)..
Grid Grid
. LQCATION
- Avg STD*
2tON t60W 220N*16ow 23oN 16oW 240Nt60W
- ~~~~~~
,270N 160W
- 2aoN 1oow 290N*1oow 300N 160W 3tON 16'0W
- a2ot4-foow
~330N1oovt 34oN 1oow
- 350N 160W 360N-160W 3'7ClN -~ 60W
'aaoN 16ow 3soN 1~ov1.
400N 160W 410N 160W g~~-~:~
44'oN foaw 1ooS 150W 90S150W
- 8~ 1501/i 70S150W eo$1sqVi
-sos1sow 4.()$ t_SQW
- aCJ$1?pw
-2()s*1sow ios 15oW
-SON 150W.
60N150W 1()N 15PW 80N150W SON_150V{
100N 150W 110N 150W 120N 150W
- t30N -15tif!
-140N 150W 4.4 4~~
.4J5 4.6 4.1
- 3.$
4.4 4;4 3.6 3.6 4.5
.3.4 3.4 3.8.
3.8 3.1 3.5 3.6 4.ci 4.6-3.9
- 3;~
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- 4;0
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- 3_5
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-SummaryTabie of Qose* Rate Re~~ings Dos'e Bate-at 1 meter'
- . Imic;oRem/hour)
~rid Grid Grid Ld.C.A11bN. --"'A-"'vg...._ ___
S-=-TD'-*---....:9-'-5t'""'fl--,-
.H50f':I._15ow 4.0 160N '150W 4;1 170N 156w 5.3 i.1 4.~
0:8 4.?'
0.5
.5.$
180.N 1.SOW 5.1 1:2 6.Q 19bN 150W 4:3 0;9 4.9 200N*1sow 4:6 0.9 5.3 2(10N 150W 4.6 22bN 1SOW
' : ~.. ~
~
4.4 230N 150W 4.4
- e~fQN 1so~
3.8 0.7 5;2 Q.i 4.9 o.9 5.p o.7 4.3 250N 150W 4.4 0.7 4.9 2eON 150W 4.fj 2fotJ 1sow 3:8 280N1sow 3;9 29qN +soy.;
3.~
3(JtiN 150W 4.~
0.9
'.5:3 Q.j 4.3 0.8
- 4,9.
1.1 4.7 1.0 5.a 310N 150W 3.9 0.8 4.5
'320N150W 4.5 SSON foow 4.o 346N 15ow
- 3.8 3soN 15oW 3.9 aeoN 15aw 3;6 o.~
5.0
- 1.'1 4.8 ti'7 4.3
,0.8 4.5 0.7 4.2 370N 150W 3.5 3adN156w 3.5
~SON 19ow 3.a 0.5 3.9 0.8 4:0 f o
- 4.5, 400N 150W 3.1 0.6 3.6 410N 150W 4.3 0.7 4.8 420N150W 3:4
-~oN1~pw 3.a
- MC)N.150W 4.1
- o.s
~.:t Jl7 4.2
.b:B 4.7 1005 140W 5:3 0.7 5.8 gQs 140W 4.0 BOSJ4PW 3.4 i.2 4.9 0.7 3.9 70S140W 3:8 6os14ow 4.3
- ~~14W/
3~9 0.. 1 4.3.
o.s 4.6 0.4
~.1 46s*140W 3.5 0.5 3.9 30S 140W 3.6 0.5 4.0 2QS 14ow 3.3 Q.5
-3.6 1!)8140W 3.6 OS 140W 3.6 0.5 4.0 o.*s 4.o*
10N 14oW 3.8
.0.7 4.3 20N 140W 3,9
- o.6 4.3 30N 140W 4~3 0.7 4.8 NY$ Energy Research and D~velopment Aµthority page 16 c-57 D.eCef!Jbefr20; 1_994 Dames &*Moore
['
WNYNSC Off-Site Radiation Investigation - PHASE II Dec~mber 20, 1994
[
Summar.Y Table.of Dose Rate Readings r
Dose Rate at 1 meter
. J (microRem/hour}
- Grid Grid Giid
[
LOCATION AV!i!
511) 95th 40N 14<JW 4.1 0.6 4.6 SON 14<JW 3.5 0.5 3.9 0
SON 14()W 3.4 0.5 3.7 70N 140W 3.9 0.4 4.2 80N140W 3.9 o.6 4.4
[
90N i40W 4.3 i.4 5.2 100N 140W 3.9 1.0 4.5 i10N 14<JW 4.5 0.8 5.0
[
120N i40W 3.7 0.4 3~9 130N 140W 4.9 0.5 5.3 140N 140W 3.9 O.B 4.4 l
150N 140W 3.9 0.9 4.5 1.6oN 14ow 4.~
0.7 5.2 170N 140W 5.8 0,6 6.2 1BON 140W 5.6 1.2 6,4
[
190N 14oW 5.8 1.2 6:6 20bN 140W 4.9 1.o 5.6 210N 140W 4.6 0.5 5.0 D
22oN 140W 4.7 1.1 5.4 230N 14.0W
.5.8 1.0 6.5 24<JN 140W 4.4 1.1 5j
[
.2soN 140W 4.6 0.8 5.1 260N 140W 5.1 1.1 5.8 270N 14QW 4.8 1.2 5.5 290N 14QW 5.2 1.3 6.1 L
300N 140W 4.1 0.6 4.6 310N 140W 4.1 0.4 4.4 320N 140W 4.4 0,9 5.0 L
330N 140W 3.8 0.5 4.1 340N 14.0W 3.6 0.5 4.0 350N i4QW 3.8 0.7 4.3
[
360N 140W 4.4 0.7 4.9 370N 140W 4.1 0.6 4.6 380N 140W 3.8 1.0 4.5 39QN 140W 3.5 0.8 4;0 L
400N 140W 3.8 o.~
4.4 410N 14<JW 3.9 0.8 4.5 420N 140W 4.5 0.5 4.9 0
430N 140W 4.4 0.7 4.9 440N 140W 3.9 0.6 4.3.
1005 130W 4.5 1.2 5.4 L
905130W 4.3 0.7 4.8 BOS 130W 4.4 0.7 4.9 705 ~30W
.3.!)
1.1 4.3
[
NYS Energy Research.and Development Authority page 17 Dames & Moore L
c""'.58
r f
WNYNSC Of1'-:$ite Radlatlon ll'ill'estigation
- PHASE II oec*ember 20, 1994 Summary Table of Dose Rate Readings L
Dose Rate at 1 meter
- {microRem/hour)
Grid Grid Grid
[
LOCATION Avg STD 95th BOS 13rJN 3.B o,s 4.1 50e 130W
. :3.4 o.'t 3,9
[!
- 4051*3Qw 3.5 b.5 3,9 3oS 1.30W 3.5 0.5 3.9 209130W 3.8 0.9 4.4 f'
109 130W 3.1 0.6 3.6 Q$130W 4.1 0.6 4.6 10N 130W 3.8 i.b 4.5 L
20N, 130w 4.5 0.8 s~o 30N 13'>>1 4.3 0.7 4.8 40Nt30\\N 4.1 0.6 4.6 L
SON130W 3.8 0.9 4.4 60N 130\\lif
.3.6 o.s 4.* 4
- o.i 10N 13rJN 4.6 5;0 aol'l-iaow
.3.9 1.0 4.5 ri eoN 13oW 4.6 0.9 5;2 100N 130W 3.9 0.7 4.3 f10N 130W 4.1 1.0
~.~
n fadN 130W 3.9 1.0 4.6 130N 130W 4.2 0.6 4.7 14oN13bW 5.1 1.0 5.8 L
1SON 130W 5.3 0.7 5.7 1soN 1aow 6.0 L3 6.8 170N 130W 5,9 1.4 6.7
\\ooN 1$ow 4.9 0.7
&.4 t:
1SoN 130W 5.1 1.0 5.8 200N 130W 5.4 1.1 6.2 210N 130,W 4.9 0.8 S.4 L
22.0N130W
~.3
.G.6 5.7 2sON1aow 4.8 1.. 1.
5~.5 240N130W 4.4 0.9 5.0 r~
250N 130W 4.5 0.8 5.0 26DN-130W 4."B 0.5 5.1 270Ni30W 5.1 1.0 5.6 280N i30W
-5.3 0.9 5.9 L
290N 13oW 5.1 0.6 5.5 300N 130W 3.8 0.5*
4.1 310N 130W 3.8 0.7 4.3 L
320N 130W 4.0 u
4,8 330N \\30W 4.1 0.6 4.6 340N 130W 3.6 0.5 4.0 L
3SON ;sow 4.8 0.5 5.1
~SON 130W 3.8 0.7 4.3 S70N 130W 4.1 0.8 4.7 L
NYS Energy Research ti.nd Development Authority page 18 Dames & Moore C-59
r*
[
WNYNSC Off-Site Rad!<!tion !nv~~igation - PHASE 11 December 20, 1994
~.ummary T~ble pf Dose i:tate Readings r
Dqse Rate at 1 meter (microRem/hour}
Grid Grid Grid r
LOCATlON Av~
STD 95th 380N 13ow 4.1 0.8 4.7
[
390N 130W 3.6 0.7 4.2 400N*130IN 4.0 1.1 4.8 410N 130W 3.5 0.8 4.0 420N 130W 4.4 0.5' 4.7
[
43oN 13ow 4.3.
0.5 4:6 44dN 130W 4.0.
0.9 4.7 100S 120W 5.3 0.7 5.8
[
sos120W 3.5 0.8 4.0 aos 120w 4.1 0.8 4.7 70S120W 3.6 o.7 4.2
[
sOS120W 3.6 0.5 4;0
$0S120W 3.5 p.5 3.9 405120W 3.6 0.5 4.0 305120W 3.4 0.5 3.7 r
20s 120W 3.5 0.5 3.9 1oS 120W 3~1 0.6 3.6 OS 120W
- t9 a.a 4.5
[
10N12oW 3:9 0.8 4.5 20N 120W 3.8 0.7 4.3 30N1.20W 4.1 0.6 4.6
[
4oN 12ow 3.9.
0.6 4.3 50N 120W 3.6 6.. 5 4.0 60N 120W 3.6 0.5 4:0 10N 120W 4.0 0.8 4.5 BON 120W 4.1 0.6 4.5 9PN i2ow s.o 0.9.
s,6 100N 120W 4.6 1.3 5;_4
[:
110N 120w 4.1.
0.7 4.6 120N 120W 4.4 0.7 4.9 130N 120W 4.!=;
1.3 5.8 L
140N 120W 4.8 0.4 5.1 1SON 12ow 5.2 1.0 s:s 6.. 3 160N 120W 5.3 1.5
[
170N 120W 5.3 1.0 6.0 1BON 12DW 4.9 1.1 5.7 190N 120W 5.1 1.3 5.9 200N 120W 5.0 0.8 5:5 L
210N 120W 4.8 0.9 5.3 22.0N 120W 4.5 0.8 5.0.
230N 120W 4.6 0.7 5.1 L
250N 120W 4.3 0.9 4.8 26oN 12.ow 5.1 1.1 5.9 210N 12ow 4.6 1.3 5.4 l
NYS Energy Research and Development Authority page 19 Dames & Moore L
C-60
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L WNYNsC 6tr.Site-Radiation lnvestl~etidn - PHASE:U Summary Table of Dose Rate Readings P<;l~e.. Rate:at 1 riietet
. (micfoRem/hour}.
Grid Grid..
- .Giid
- i.. OCATlON,,..,...-...;.,.A_,.v....
9_-....-.....,..,......,.s....,ro...,.*. *-* ';__-.,....-.:....*9.....
5t_h'"-* -
280N'1?,0W
- 290N 120W
.iooN 12tiW'
.310N 120W.
,32oN 12<Jw 3:30N 120W 340N 12M 350N 12<1N 360N: 120W
- a-;orJ faow 38oN12QW 390N 120W 400Nt2ow 41ar..*12ow 4ioN1~
A30N 120W 440N 120W tl)Q$11ow
.90S;110W aos11ow
- 7os* ifo\\V.
- 60S110W
- sos11ow
.4QSt1oW 3osHow
=~"11ow
- 1o$11ovv*
- OS 110W
- 1)0N'110W
- n:J
- 40N 110W SON 11.0W
'.sriN11ow 7oN 11ow ao~.~1-o\\V.
90N110W 100N 110W 110N 110W faoN 11ow 13oN f1qW 140N 11ow lSON 110W 160~ 11ow 5.3
~*-~
3.3 4.4 a.a
.3.4 3.6 3,.9
- 3.3
- as
.4.0 3.1
~J~
3;~:
4~3 4.iJ 4.1 4.4
.4:*~
4.g
,3.6.
3.9
. 3.9
.. 3.. 1 3.6
. f
-3.4.
aa 4"1
- 4;3
- ~
)
4,1 3.9.
4.8
- 3;8 3;8
_<I 4.f:!
'4.7 4.1 4.4 4,_7 4.6 5.2 4.3 5.3
-4:8.
0;~
1-9 O:~
O;s*
6~9 0;7 Q,~
0.8 6:7 (17 OJ~
0~8 P~~
0.9
( 0;9 0.6 CF 1.1 Q.9 tt.9 . 0.6 0.6 bJf o;s o:s 0.5 0$ <fa 0:*5 a~s. 0.7 0}' 0.5 1.Y 0~1 1.1 1.0 o.~ 1.1 o;~ 0.4 0.5 (J.~
- s.*1
- 5:4 3.9 4;7 4.4 3.9 4.0.
4.5 3:8
- 4.3
.4.$ 3.7
- 4,7
.~(3 (8 4;7 4J:i 4;9
- ~;4 4_./'.
A.3 4.3. 4 *. 3. 4~~ 4;0 3.7 3.6
- 4..6 4;9 4;6 4.3 5.3
'4.3 4.1
- ~:s 5.1 4.9 5.0 5~3 5.3 5:7
.4.6 .5.7 s:~ page.?O. December ~0,.1994 I o~~Moore
r [! [ [ [ [ [ [ r: '*i L D [, L WNYNSC Off-Site AadlatioQ Investigation.* ~HA~E'.11 Summ~ry Tabie ~t pose :Aatfi: *fi~adings. Dose Rate af1 meter LOCATION Grid .. Avg (microRem/hour) Grid. qrip $rb 9Sth. December 20, 1994
J r: [ [ t:. r D [ r:. r L L [ L l
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- WNYNsc**bff-SiteAadiatioh.Investigation-* PtlAS~ II Summary Tilble of Dose Rate Readings LOCATION BON100W
]Ot~(1QOW SON 100W
- 90N*1oow 10'ot.J foaw 1tON 10oW 120NtOOW 130N100W 14?N, 1'09W 150N 100W 160N 1.oow i70N 100W
~-~~:~~~~ 2oONfoow 21at.11*aaw 2,2ofliioow 23riN1oow 2~ot>t1o0w 2soN 1ciow 2sbN1oow .270N 100W ?BOl)l 100W '.290N 100W 3oqN.1oow 31QN*~oow 320N*100W 33oN *10ow ~.ON 1 ()Cy.I 3,5fJN1QOW 36()~' 1 oow. 370N 100W ~80/'ltOOW 39.0N 100W .~foti~ 1 oow 410N 106w
- 42dN.100W 430N 100W 440N100W 1008 oow
.giJStJoW
- aossow 7oseow
- eossnw Grid Avg 3,8 4.2 4.. 4 4.3
- 4,3 4:5 5.6 5.8 5.4
.5.1 4;3 4.8 4.4 3.8 4.2 4,3 4;4 4.5 4.9 4~4 ' 4;9 5.4 ~.s .3.4 4.3 3;8 3.8
- 3.8 4.1 4.3 4.1 3.9 4.1 3
- 6 3;9 4.0 4.3 3.8 3~~
4.4 3.5 4.4. 4.3 Dose 0Rate at 1 meter .(microRem/nour). ~rid .sfu 0.5 0;7 0.8
- a.a 1.0 0.8 1"0:
1;Q 1.0 o.8 1.1 0:9
- o.s b.9 0.4 O;S 0;8 1.'1 0.8 1.2
.o.s 0.8 0.7 0.6 o:s 0.9 0.9* 0;7 0..7 o:~ 0.7 0.4 1.1 0.4 _o.s 0.6* .0.6 0.9 0.7 o._5 1.2 0.5 1.1 1.4 Grid 9sth 4.1 4,7 5.0 4.8 4.9 5.1 6..2 6.2 GA 6.cf 5.9 4.9 5.1 s:o 4.0' 4.8 4.8 s_.2 5.0 s.7 4.7 5,5 5;9 5.9 3.7 4:9 4.4 4.3 ~-;3 4.6 4~8 4.4 4.7 4.4 4:0 4:3 4.5 4.9 4.:3. 4.0 5.2 3~9 5.1 5..2 NYS Energy Research and D4llVelopmen~ Auttjorify page22 C-63
- oeceml;ler 20, 1.994 Dames & Moore
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- *(micr0Remthoi.1i).
Gri.d ~C?Ocl * 'Gncf i..dCATION Av~
- S1D, 9sth 50S90W 40!?9QW
,~9Jrf{
- 20S90W
{o59oW
- osgow 10N99W
- 2aN*g*ow aoNsow 4oN9ow*
SON 90W 60N90W 10N 9r1N aoNsaw* '~oNsriw 1odN90W HON90W 120N9oW iaoN9ow
- 140NeoW 15oN9oW 160N90W
. 170N 90W 1atJN.SrnN 196f..f9ow* 200N9ow 210N90W
- 22o~9QW 23riN 90,W 240N9DW 100S*BOW 90SSOW aosaow 1os*aow
- ~96.aow
.50$80W 40SSOW 30S*80W
- ~a;;. 1}9W 1~_89~
- os.aow 10NBOW 20N BOW
- 3oN abw 3,9
~.!:) 4.b 3,EJ a.5 3,a ~.6 ~.~, 3.6
- a.o "4.1 4.3 4.. 3.
4.4 5.1 5.3 5.3 ?.8. 5.Q ,?.B 5.9 5.8
- 5.0 4
- t~
~.s 4.7 4.8 5.4 4.4 4.5. 2.9.
- 3;8
.4.3 3:~ '3.S 4~0 '4.1
- 3.9
~J) ~,:6 x x: s.a
- .:.3,6 NYS Energy R.e~earch ancf_ peveJopm~nt.Authority o.a 1.0 a~a*
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- 1.3 o;s 1~2 1.1 0:$
0.*7 0:4 M.* t.O i'1 1.1 0:9 't:O {(r 1.i:i t'.2 1.a* t'.O t~ Q,.7 0:9 1.1 i.. 2 .Q.7 1A 1.0 0;7. 0:9 oi o.s o.9 o:a 0.4 ,():8 o.~ 0.5 0,5 4.5 4.6
- 4:5 4,1 4~2 4.7 4~0
- 4.g 4;4 a.4
.4.6 4,5
- S:'Q 5;1 s~.a*
6~o 5~9 SA ~.:s. ,6:~ S.1 6.7 .5.'6 ~:4 ~~b
- 5;3 5.5 6,3
'4;,~ 5:2 -3:6 .4.3 '4.9 4.~ .3.9 .4:7 4.7. 4.1 4~~ (Q 4.1 4:0 O~mes & Moore
r: r W(llYNSC Off-Sit.~ Radiation Investigation - PHA$E II December 2(), 1994 r: Summary Table of Dose Rate Readings Dose Rate at 1 meter (micro Rem/hour}. Grid
- Grid Grid
[ LOCATION Av~ STD 95th 40N8r:JW 3~9 1.0 4.6 .[ soN~ow 4.2 0.8 4.7 6aNaow {6 o.6 4.9 70NSOW 4.3 0.7 4.7 aoN80W 4.3 0.9 4.8 [ 90N80W 6.0 L3 6.B 100N.aow 5A 0.7 ~.9 110N aow 5.3, 1.Q 6.0 [ 120N BOW 4~5. i.0 5.; 130N a<NJ 4.9 0:9 5.5 i40N SOW 4.7* 1.1 5.4 [ 1_5oN apw
- 1 1.1 5.8 160N80W
- t2 0.7 4.1 110N80W 4.4 1.3 5.3 180N80W 4.3 1:1 5.0
[ 190N BM 4.(1 0.7 5,j 200N 0crw 4.4. 1.3 5._3 210N80W 4.3, 0.8 4;9 r~ 220N 8r1W 4.6 1.4 5.~ 23oN BOW 3.3 0.5 3.6 240N aow 4.3 0.8 4.8 L 1oos 7QW 4:4 0.9 . -5!0 -~OS 7(1-N 4.3 6:7 4.8 aos1ow 3.9 6.6 4.3 1os10W 3,5 0.8 4.0 L 60S70W 4.0 0.5 '4.4 50S7{lW 4:0 Ci.8 4.5 40S70W 4.6 0;5 5.Q D 3QS70W 4,0 o:.e 4.5 20S70W 4.1 0.8 4.7 10S70W 3.9 0.6 4~3 0 os7ow x 10N 70W x 20N7rJW 3.6 (17 4.? LI 30N1ow 3.6. 1.1 4.4 40N70W 3.6 0.5 4.0 fjON 70W
- 5.1 0.8 5.7 6oNiow 5.3 1.1 6.0 70N 70W 4.6 1.b 5.3 60N7oW 5.1 0.7 5.6 90N 70W 5.5 0.6 6.1 L
100N70W 4.9 0.4 5.2 110N.70W 5-4 0.6 5.9 120NtoW 5.0
- l.O 5.7 l
NYS Energy Research and Development Authority page24 Dam~&Moore L C-65
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- summary-T8ible of :oose Rate Readings Dose Rate at 1 meter (micfoRe'mthburl -*
.. LOCATION 130N:iow j4QN-70W 150N*701Jf t60N70W 176N-76w 1aor*{taw: 1 sciN* 1iJ.I! 200N.10W 21007fl'N ~-?~ 230N 7.@N 240N7WJ 100S60W 90$~60W ~"~~~ 7:0S-60W 6~_6o'ij/_ 50S60W 40S'Br1#- 3oS60W ~~:~°"¥ ~-~~w OS.SOW 10NBOW ,20N60W 30N*Stm ~= OON60W tON&rm* eoN'rnN SON'fii.N 1ooN-s.ow 110N 60W 120N SOW ~:g~:g~ .15oNsow 160N60W fT9_N 60'(1 1SON60W -~~~~~ 210N60W
- Grid
- Av9.
4.4. 5.2 '4.9 4.$ 4:7 4;6
- ~ts 4.5 4,£5 4.8 4
- a 4.B 4.1
~A. 3~.a 3.a 4.3' 4.1 4.3 4.3 4.~i ~.e'
- x x 3.8
~~~'. 4.3 6.1, 5,.1 4~9, 5.'5 .,~. *::' 5._8 5;8 4,9 4,_5; B~1 3.. 9 4.s* 5.0 4~4 -~(6
- /'-
~-**7 4A 4.l NYS Ener~ Research *and Development Authority. Grid
- sw 0.8 1.0 1:1 6.~
.o.5 Q.7 1.0 0.8 0,8 p~s
- o.t 0.8
- 1.0 0,5 0,~9
- f
- ~.1 O.!;>
0.8 0.5 '0;9 tis
- a.a 9:,9 0.(3 ii5
{a 1:1 1.2
- a~~
- tt7
- 0.1 1.l
- o,~
0.7 1.0 o.a 0.9 0,5 0:5
- a.~
o.a o:a Gnd 9$tti. s.o.
- S.9 s.e 5;2
- $A
_5~1 -5.-1 5.0 5;2 -5:1 5_;2 ._5;:) 4.8 ,~_;7 1~~- 4.3, 4J$.
- 4.7
,4,5 .4;9 4~7 4~2 4;4 4.~. 4:6' 6.9 5.8' s.i $h .6.2 6.2 .5.() 5.1 _5.6 ~-9 5:2 5.6 4.7" 5,0 '4:.:1 4.9 4.3 p~25 c~ffi D~cember2d; 1994
L r WNYNSC Off-Site Radiation lnvestigati.on - PHASE II O~ember 20, 1994 Summary Table of Dose Rate Readings 0 Dose Rate at 1 meter (microRem/hour) Grid Grid Grid r LOCATION Avg STD 95th 22QN 60W
- ?.9 0~6 4.4
[ 230N60W 3.13 0.7 4.2 24CN 60W 4.5 0.8 5.1 1000 sow 4.5 0.9 5.2 90S$0W 3;8 0.9 4.4 .r _BOfS5r;r./V. 3.6 0,1 4.2 7()5 sow 3.6 0.7 4~2 SQS &:fN 3.~ 0.7 4~3 r 50SsOW
- 4.0 o.8 4.5 40SSOW 4.3 0.9 4.9
.SOS SQW 4.0 o.a 4.5 [ ?OS SOW .3.8. 0.5 4."1 1oS5qw .3.2 0.5 3.6 ossoW x 10N5r1W x r 20NSOW 3.8 0.9 4.4 30N 50'/J 4.1 1:0 4.8 40N5'JW 4.6 1.1 5.4 r 50N50W 5.3 1.0 5.9 60N50W 5.1 1.0 5.8 70N50W 5.1 0,8 5.7 r SON SfJN 5.4 o,9 6.0 90N 50W 5.4 1.. 1 e:a iooN sow
- s.o 0.6 6.4 110N SOW 5.6 0.8 6.2
[ 120N.sow 4,6 1.2 5.4 136N sow 5.2 1.1 5.~ 14.0N sow 4.3 O.~ 4.8 [ 15ciN SOW 4.9 o.7 5.4 i60N sow 4.9 1.2 5.7 170N SOW 4.8 1.3 5.6 L 180N 50.W 4.3 1.0 5.0 100N ~ow 52 0.9 5.8 200f'd sow 4_3 1.0 4:9 [ 210N SOW 4.4 1.0 5.0 220N SOW 4.8 0.8 5.4 230N50W 4.8 0.7 5.2 240N Sfl# 3.8 0.5 4.2 L 100S 40W 3.4 0.5 3.7 90540W 4.5 O.B 5.0 0os 4ow* 3.6 0.7 4.2
- l.
70S40W 3.8 0.7 4.3 60S40W 4.3 .0.9 4.9 50S40W 4.6 0.7 5.2 I. NYS Energy Research and Development Authority page26 Oames & Moore L t-67
[ 0 [ 0 [ r: 0 [ r [ E l 0 c L L L L 'WNYNSC Off:.S~e Radiation Investigation - PHASE.If SummaryTable ofbo.ee Rate Readings Dose, _Flat~.at 1 meter LOCATION ~o$4rJN 30S40W
- io'S40W 1.os 4fJW 0$4fm 10N40W*
2oN4dN SON4rNY 4oN4oW qON 4fm t>ON 40W 70N40W 80N40W ooN 4ow 100N.40W \\10N40W 120N40W i30N40W t40N40W 1sON ~aw t60N40W 110N4ciw 180N 40W k~~~~ 21oN4oW ~oN*4ow 236N40W
- 240N.'40W tobs -:YJw 9cis aow 80$3ow 70S30W 60S30W
~(>s?qW 40$ 30W aos3oW 2os30w 10S3{)W OS30W 10N36W 20!\\IGoW 30N30.W 40N30W Grid Avg 5.8 4.6 4.1 4.5 x x 4~-.5 4.0 4;3 5,9 ,5.~ s.1 5.7 6.2 5;4 4:!3 4.6 4.4 4.1 4.3 s:2 4.8 4.6 4.1 3;~ 4:'9 4.4 4;5 4.4 4:6 4.3 4.$ 4.3 3.9
- ,S.O 1.4 4.9 4.6 4.1
~ x x 3.6 5.1 (microRem/hour) Gfid SJ1J 0:9 '1.3 0.6 o.i 1;1 0.9 1.0 1.4 >0.8 0.8 0.9 H> 0.7 a.a 0.6 1_;0 o.~ 0,9 1.. 7 Q,9 -0.9
- Q:t3 0.4 1.3 1.2 0.6 O.p 0.5
_o.~ 1~0 0.7 Q.H 0,9 . o.~ 1:0 1.1 1.1 0.7 1.0 Grid 9Sth 6.4 5.6 4.6 .5.2. .S.3 4.7* 5.0 6.8
- 6.'.2 5.6 6.3 7.2 5~~
5;4 4.9 5.0 4;7 4.9 6.3 5,$ 5.2 4.5 4.2 ~.8 5;2 5.0 4.a s.1 4.!;I s.o 4.8 4.5 5.. 7 s.o 5;6 5.4 4,9 4.2 5.8 NYS Energy R~e.arch andDeve!opment A~horify page27 t-68 December 20, 1994 Dames & Moore
- r r
(' r . ['* .J r [ [ [ c [ L [ [ l D L l L.
- summ~ Ta.bJe of* Dose R~tf! 'Ae:adings Dooe Rate*at1 meter CmicfoRemfhou*n Grid
- 'Gd~ 9nd. .. LOCATION l\\vg.... sro 9!5th. so~.3ow 60NaoW 70N30W '80N30W 9bN-3ow -~-~~~~~ .* t20N30W t3oNaaw
- ~~~~~~
16QN30W
- 170N30W 180N'30W 1~~0~-~Qyt 200N aaw 21oN3oV.t 220N aow 230N30W 24oN'*3ow*
. {oos 2iiiJ* oos2ow aos2ow 7oS20W 6052.IJW ~-~. 30S2PW 20S20w 1_0$2QW OS20W 16NiOW 2oi'J2ow 30N*20W 40N 2Wl so*N2ow .BON20W 70N2.(NJ 80N20W. '90N20W 100N2tm 11oN2oW t20N20W. 1aoN 20W 5.6 5.9.
- 5._2 5.4 5,5 A~
4J:J 4.S
- 4.6 4:2
- 4.4 4.5 5.3
.4:*4 ~-4 4,7 3;15
- .4'4 4.7
.3~~ -~,9 4:4 3;9 3.8 .3;9 4.0 4.9 ~i3 AS
- ~tg x
.x x
- 4.3 4.6 6:*1.
s:s 5.1. 5.4 4.5 4.1 4;1 ,3:8 4.1 NYS Energy Research and DevelopmentAUthotity .Q.7 1.*1 0$ d.5 Q,8. 0.6. (J.S o;s 0:6. 0.7 0.6 b.7 0.9 (),5
- 0.6 1.2 6,7 0.1 0:6 o.6
'9.. 8. 1.~ 0.8 0.7' q.a 1'.1 1.3 0,7 0.5 o:a 0.7 1,4 g.~ il! 0.8 0.8 Q;5 1.p o.7 1_.9
- o,7 6.*1 6.7 5~5 5/!
6.o 5.:3 5;,f 4;6 4:9 4.i ~-8 4:9 5.8 4;8 4;a 5~5 4.{ 4.9 5,1 4;3 ~ts S:?. 4.5 4.3 4:5 . ~:~ 4:$ +{8
- 4,9
_5:3 4;8 5.6 6:5 5:9 5.1 S;O 4.!:J 4.a 4;6 4~5 4.'5 page2B Dames &.Moore
r WNYNSC Off"Sife Radiation. Investigation - PHASE; II December, 2Q, 1994: Summary *rabie of Pose Rate Reading!! [ .Dose Rate at 1 'meter: .{microRenVh'bur)
- Grid Grid
.Grid r LOCATION Avg STQ 95th 140N20W .5.4 1.5 6.5 [
- 150N20W 4.6 O;B 5.1 f~26'f/
4.7 1.0 5.4 170N20W 4.4 0~9 S;O 1~0N2oW 4~6. o.6 5.() r 190N20W 5.6 1.1 6.:3 20QN20W .4.7 1.5 5.7
- 216N 2DW 4.3 0.8 4:8 0
2iot-i2JJW 4.8 1.2 5;6
- 23oN20W 3.5 0.7 3.9 24oN20W 4:3 0;7 4.7 L
100510W 4.0.. 1.1 4.8 $.os*1ow 4.5 0.8 5.0 ~b$1CJN 4.6 1.2 5;5 7oSdtm 4.4 0.5 4.7 ~60$ 10W 4.0' 0.5 4.4. sos 10W 3.8 0.7 4.3
- 4oS iOW 4.4 0.7 4.~
F 30$19w 4.6' b.9 ~.3 20S 1aW 4-4 0.5 4} fgs 1ciw. 4.6 1.2 5.$ [ os.1ow 4.1 0;8 4.7 10N 10lff 4.3 1.0 5.0 20NiOW 4.8* 1.. 0 5.5 ~9N tow 4.9 0.9 5.3 r: 40N 10W 5;0, 1.3 5.9 SON 10W 4.4 0.5 4.7 'SON 10W 4;5 0.5 4,9 [ 1i:>N 1rm 4.1 0.6, 4~6
- ~0N'1ow
,3.Ei 0;7 .lt3 9oN 1ow 3.8 .0,7 4~3 D 100N 10W. 4.0 .0.5 4.4 110N fOW 3.8 0.5 ~.. 1' i2()M 1ow* 3.9 0.6. 4.~ 1:3QN 1ow 4.0 0.8 ~l.5 0 140N 10W 3.9 a.a 4.5 150N 10W 5.5 1.0 6:2 160N 10W
- P 0.8 4.8
[ 17oN mW 4.8 1.0 5.5 1aqN ~1oW 4:9 1.1 5:6 190N 10W 4.9 1.0 ,5.6 L 200N 10W 4.6 0.9 5.2
- 210N 10W 4.5 0.6 4.9
~dN 10W 4;3 1:3 5.2 l" NYS Energy Research and Development Ai.rtho,rity page29. Dames & Moore L C-70
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- summary Tabie :of. Dosa Rate *R~l)l,dlng~
Dose Rate at 1 meter CmicroRem/hourl Gritj .. Grid
- add.
LOCATION Avg STD 95th 23DN iOW 24ci'N 1ow* ~o~i:*.* aosoe ?oS.OE SOS OE* s6So£ 40$().E. 3osne 2Q$**oE j()S'Of:. ~.a,;
- 10N'OE 20Nae*
aoN.o'E 40NOE soN'CiE ,t3QNg.~ 70.~*9;. '80NOE 90NOE 100NOE hoNoe ~*~.rftjE: i30N.OE lii 17,dtfoE. iBONOE 190N:oE* !E5 230NOE 240NOE tOOS 10E eos 1oe* aos.1oe 10s 10E 60S 1.0E sos*10E 4o$'1;o:e 4,6 4:0
- ?,
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- 3.6 5:0 a9 4.~
4.5 4:8
- ~to 5;1
- t3' A~~
- 4.8 5.1 s:~
- 4~$
- Vi
~:'1$ 4Jj 3.B ~~9 ~A ~:6 4.d 3.8 .5~(1 4:8
- s~i 3.9 3~8 4.1 4,9 4.. 3 4;5 4A
~;4 .3~9 a:a 4.0 3.6 315 ~:9 0.9
- o.s a.i
- o.. a.
'Q.7 1.1 .0.6
- of1
.'p,$ 1.2 0.9 1A
- 6) o:9*
.o.i 1,0 0.5 o/l 0.7 ..o.5
- a.a 1.0
- o~~*
q.s ~t§ 0;8 'OiS 'o:a:
- 8~7 ct9 0;8 0.6
- ~:i:e u
f 1 1,1 1.1
- tts a.~
O.$ 0.8 0.5. Q;9 0.7 5.2. 4;4 4,3 4.5 4.2 5.8 4~~; ~~= ~;6, 4~7 ~:~ .~:~ s~~ s.:.i 5,8 ~;~ 4;~ 4;9 4~.o 4;5 4;5 4;3 ;f 4;9 4.5 4,1 ~;.~ 5:2 5~6: 4.5 '4.3 s.1. 4.*8 ' 5.:.1* 5;4 5.2
- t7 4.3 4A 4.. 5 4.0 3,9 4,;'4
~geaQ C-71
[ ' r r r 0 r L [ [ c [ '[' '
- [
'~~ l D n L [ L Summary Tat)le of Qe>>se Rt:.te Readings Dose Rate:at 1 meter . *cmidrbRem/hour) -Grid -~r,i~. Gfid LocAiloN Avg
- s.rc.:
fisih 3~-1*0~
- 20510E 105 10E.
- 1J.~Q? 2QF; 90S20E aos*2ae
- 1o52ae ao9 20E 50S20E 40S20e oo82'dEi 20
- s*2ae 10S20E 100S30E 9osaoe aos3oE 7,~*~ci~
sos*aoE 50530E ~~~91: 30530E 2os36E
- 16Saoe 100S40E 90S40E
,~-c>.§4!le 70S40E 6os'40E SOS40E 40S:40E 3os~oe -~~40!: 105 40E 1005 SOE ~~sPI: eossoe 7,0SSOE 6oS~SOE SOS SOE 40SSOE 3os.soe 2ossoe iris soe 1005 60E 3:5 3.5 3.9 ~:iii
- };~
- 3.~
s:a 3.6 3.8 3:5 356 ~:8 s:o 3;3
- 3.. a a3
~~- 3.4 3.9 3.3 3;4
- 4.1 SJ) 3,4 3.3 4~-9 3:6 f g 4:0 3.6
~hi 4.a 5:4 3.9 3.0 .3.6' 3~8 3.6 3.9 3.9 )(' 3.9. 4:1 x NYS *Energy Research *and Development AUthority .b.* 8 0.5 l.O tt7
- <i$
o.~ {b 0.7 ,g:,1 ,Q;§ d~9
- 6.5
- o.9 Q~S
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- 0.5
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- o:o
.ti.5 ,Q;6 g.o o.o o.s o.s 0.6 0.6 o.4 0.4 4.0 3.9 4.6 -3~9 ~:~* 41 ,4;5 4.2 4.3
- 3~9 4.3
~.1
- 5.7 3,6 4.3
(~.a* 4;2 ,3.7 4.3 3.6 3.7
- 4.6
.5.4 3.7 ~.1. 4.4 4.o 4.1 4.4 4;2
- 4,P 4~9 s:*1.
4.3 3.0, 3.0
- 4,1 4;Q 4.3 4.3
- 4.1
.4;*4. page31 C-72 becemcer26, i994 Dames &Moore
[ f' r [ [ r: [ [ r: [ [ I j . l I D [ L L L l WNYNSC,Qff-Site.Radlation inveStigation - PHA~~*11 December 29.1994 Summary Table, of Do~e A:,itE! Readin_gs Doi>e Rafe at 1 met,sr rnii~roRamtho~rl. . Grid Gncj Gri~ LOCA'llON ,Avg STD' 9sth 90S60E x ~os:§oe x 70S SOE 3.a o.s 4;1 sossoE 4,*1 O.f? .4.6 ~9¢~of2: 4.3 0.5 4:6 40S&QE .3.5 0.5 3;9
- 30S60E x
20S60E q~S 0;7 4;3 '1osso~ 4.8 0.9
- 5.4 NYS Energy Research and De\\lelopment Authority page32
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- ~
C-73
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I : r ~ I: l 0 L L TAB D: :Soll samp~ and Anal,sis tesillts Soil.sairf Ies* were obtained from five.. 'd bloc.KS tcf detei1nine variation in *uriif<>rini. in Soil ... P. ....,......... gn........... -.. _ .... ty........ concen'tration across an area of 10 m x 10 :m. These grids were separat:(1 a:¢to~s Jhf; ifivesp.g~tjon ~tii~y *~* AdcJii:i.9ri~)oil ~pl~s ~f$iflg~ posj,tl~u1~ wei:e :qbtajn~ 'to eviluate specific ternlin :oonditions, e~g* *stream se.dfments iµid
- pJow;c!. tle}d~. The locati()n~. :of the
- Peta,.il~ (iii.els an~L.oth~ *soil*sampling locations*~ :shown on Figwe :44. '.Descriptions of the i!)Cati(?ns*are:p!ID'fd~ in..T~te 4-2. -
Soil samples w~ c0Uected usin,g the sampling. proc~ure :in Fieid Procedure FP-8; im:Iudcii bl th~ 'recJim.¢al WQCk PI~~ A(~~ii: looatio#~ ~soil p~ugs; 4 jlich (~ cm) 4l :diameter~_ wefu. collected at iayers of'O-<> mch~ (0;;15 cm)~ ;artd 6~i2 'inch.es (i5-3o.cm)~ us!ng art AMS brand soil:C<>i~ :Sainpl?:r with..removab.l~ ah.mtln:um li~er. The 'initial. wil plug w~. :cli:vide9.. fnt.o* ~pl~
- t¢pre~fitirig #~(hs.. 0.:7 wclf~s. (0~.5 ¢ID); k4,.mch~ (~-JP c~) and 4-~ fucg~ (lQ.. 15.
cm);and these 'samples.were submitted to the c:oritractlaboratoty"Jor analysis of moisture content ~4 'G$-l ~7~. The '~ntracf.IaboratQry anat}'Sis -method.assured that resuits :w.ere IeP,Ort.with an un<:ertalnl,'.y * !~~%. coajl.dejice:irjtesYil,1.) <>f+/- lQ.%.of'ltte C~13.'? ~¢tbQ.rfin.the Sriil~--Th1is variations ~cw,oon samples of greater than.10% are* interpreted as a variation in *the dl.st:dbuti.on *of the Cs,;.137 in the son. Data qualhy Assurance Fifty~~() agcliji9pai ~ple~. 77. fi..eld ~tjplieit:¢s ~d 75 ~~.tocy split5:I'epr~11~g;3Q.% cif' the 169 primary samples were submitted lo t1te contract laboratory and to.the 'NYS. Department (JfH~~ (I,)QIO*~ory~. whiCh is~ JillA ceftifi~.aAA!y~a,l.~tprj*~ *s_@lpl~ ~et¢ to b.e p;roVided.. t() the 'Ny$ Iltpa.rt,m.eril o,fJ~rivitj:)nmental Cori~~tion (DE(;:) <;iii requ~s.t* The . fi:EC was on the site.during t.tie sampling and :measurements at D.0#1 and fieid.split sampfos were.e~ehaJ1ged:* *A ajrtipaii.s'i~-9f ti]~.t~utts ofqufili,ty a.S~u~c¢ a:natys~ of @li(sarn:t.>i~fa.r~:
- oornpilecf and p:rovidaf as a ti61e.
JntraH.;ib'Ofatrjzy' EyaluatiQn. 1'.h¢. oon~t: J~~ry ¢.Cciv,~ JQ Qi\\ ~1~. *co~po$ed of U :dtjpU.~. 'sa'mp}e$ ~tu PY field
- rsonnel and 25 *ttou.ble *volume sam* les for the -iaOOrat * * *
- t0 * *n1..Each matched *sa
- Je,
.. *.. ~ ., "'*.. ". *- *... - -.-. '.. ": p...,...... -. '*".. o.rJ' 5P.. '",;:.. ". " '.. ". ?.IP;. result was compared to the initicil an~ysis* tO.detemiine the relative percent difference (RPD) of th¢ replica~ ~stilt tQ *~~ _W.ticil iesult.
- Fqr the 11 field dup'licat.es, all samples with activi.ty over 2 pCilg w¢r~ reporie(i With
]zyJ;l ~ 20 %. . ror the 25 laboiatQry duplicates, three sall.tples of 14 ~lli adi'{ity over 2 pCi/g wete reported With :RitD. :S '20%,
l r r: c ~ c [ D Q c c ~ L 0 [ l [ L f Inter.. Laboratory Evaluation Fdr the,qcia!Se, grid survey {Phase I) ten samples ~e-(e'5plit ill tile field with half of the volume .~nt to the cpntract laboratory and the other half sent to the DOH faboratory. *Four of five
- samples wj.th activity greater than* '.2 pCiig hacJ a rel~tiv~ ~i¢.er:it difference greater. than 20 %.
For*each-cnatche.d sample pair, the DOH laboratory. analy~is tesukwas compared to the.contract fal;ipta.ttlcy. analysi~ result u~ing linear regression tllia!ysis. A.. graph pf ~e correlation.is provid¢. This comparis0n indicated a. strong linear correlati.on (R"'2 *=* *o.91) between the* two fabotat~tj' results. Thesl~ coefficient for the regression w3$ 0.82, ?.tidi~fing that the DOH reported resµlts W~re* systematiCally biase.d at 18% le~s than the result r~P,Orted lJY, the con~t laboratory~ For the fin~* grid SurVey (PhaSe ID ~ixteen sam.Pl~ were split~ ~jx o( ten sampies with activity greater than 2 pCi/g. had a relative percent difference greater than *20%. For each matched &,Ie paif, the DOH Iaboµi.tory analysis result was* compai;-ed to. t11e con~Ct laboratory ~~)'#$ result using llilear regression analysis. A,graphof t!Je cortefatfon is. provided. This '1:i6mparison Uidicated*a strong linear correlation (R.... 2 *.;,,, p.97).betw~n.the two laboratory ~ults. 'tlie:slope coefficient for 'the ~egresS.ion 'w~ 0.76, Jm:U~aq.Jlg that the DO:f,I reported res.ults were systematically biased at 24%: less* than the resuh reported by the co*nn-act laboratory. . J?asi~@ri.... DG#l 00#3 DGq5' Table Detailed Grids Used to Evaluate . ~Scale Depqsition Variation Location 8PN60W lSON lOOW lOS lOE 229N 170W
- 49QN270W undistqrlJ.ed forest,moderatt:l camlpy, slight.sl(lpe,,
. __. J!cit;l,~:,~gx,.. ii,t~~.~up~ cpv~r.. *... UDdisturbed forest; moderate canopy, little slope, poor. tJ.tain~ge\\ :~tµnero~ fems Undisturbed forest adjacent to drive-Way,* mcklerite. ,,canopy~ littie 81()~, gd ~~inage,* ~rface' ieav~ ~d
- twlg~ c!~~(by ~ual raking _..
undisturbed fore8t, moderate canopy, moderate lilape, g<iQ<l(dtlli~g~;_. Iittle gttiunit oover uniiisfui'bed open area, littfo citilopy, adjaeent to cl.eared p(>weriilie R9W, little slope: wet groU:ild with.grass,and IoW bl1She;> D-2
c r n J~ r
- r:
LJ L. c [~ L 1 n 0 .r L 1., l ' Enclosures
- A fig11.te..illu~trating. nomenciature conv~nP:cm :for i11Ultlpl¢ ~p1,1ng po~iti.o:ns}li a s.(*gfe lOm x 10. m grld *
.*~. Summaey tables of-soil sam,J?le ancilysis resoits :from ;i~h:a:se't ~* $9111~,taµle of ~il ~pie analysis results from phase u
- s,~mmary ta1Jle' ~of *qi\\;\\Jity.. ~s~¢. spll. ~pl¢ analys~s,:nrsµl~
'" tabie ~d g~ph (>f c9!'.Ie1a.tib'ri.Qf,'.i.Qt;er"-laJ>Ofcitory ClQ3ly$ifr¢stil~... Ph~eI
- . Table *and ~ph of correlation. of:intcr-Jabmafory amil.ysis results
- P~
JI. D-3
l l I Q l' r: J L T'. il 1,: r L
- 1
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- l.
L, ~ ~ ~. l i 0 i l X sa SOit, S;i.i.IPL£ l.OCA TION ANp DES!GNA T10N I ' / '. / ' ;' ' / *1* ~--- ___._~ ~-
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', "/ \\ / / 'I orL.,-.--.. ---~-. -. *t-- ~-- m.. ~ 'fl\\:~--". -/' -;;........... \\. / / ); '\\.. / r:. '. / -:;J./~* ~---,.-+------~--~ _/'\\: /":-.. /' /'- ~ '-/ '-/ 0 SYSTEMAl'IC MEASUREMENT LOCATIONS AOOIT10NAL SYSTEAlA nc MEASUREME.~T LOCATIONS TO l=IR0"10E CLOSE,..SPACISD PATlc:RNS Source: NUREG/CR-5849 (NRG. 199_2) E:!GHT SAMP!.£ LOCATIONS ?E'~ GRID ?'.o.11-! rOR ~PENTINE WAU<OVE.'~ AT ?-,s METER 11*.rr~RVAL Figur~ 4-i> Walkover Pqtterns end Systematic Locations in the Fine Grid .DAMES &: MOORE April 4. 1995 D-4
f~-._l
- -_ -1
- _WNYNSC. off-Site. Radiation lqvesiigatlori --*PHAS EJ Results of }foil Sampie Aniiti_sie
- 1~ -~ega:tiVe:JJ NA-.. not;anatyzed for'
~rse: .Date
- loeaiiorr
$~pl~ lal;JQratqr: ~aiity R8daoaciilt!iv Concen1rat16o*. Grid Sampled lderitfficatkm Depth .:San:iple;, Assurance per1cenf G(OSS *.Gross* fpCiJg_J location
- _COde
- (inf Number Code;
'Moisture cs:1a7 Atpha* :Beta K~d* Ra*224, Ra:~22s Th~234 Rf240 02-oec AFRT2401 0"'"4~-' 35932 39:5. t~O 5,9 33 l2 2:9 t;6 ~).O Rt240 027oec AFRT2402* 4*.::10** 35935 .32.0 '0735 5:9 31 'f4 1:"6 1.4
- .o.4a*
Springville 02~oec :Ai=SP.RVU a~~~ 3soor .1*1.t
- n:a2 fa:
39
- t2
~3;J '1i:9 N Springville*.
- 02~oec AF;SPRvl.2 4*~1*0**
35934
- t2*,3*
o:ot 5:9 35 13 .2:7 1.2 ,0;30 West Valley* ()3.o~ AFWE\\IAL1 9*~*
- 35933
- 24;9 0.40' 12~
3:1' _8.1 '1;4 ',0.42 0'.062-WestNmtey 03-Dee AFWEVAl2. 4;.:1()"' '35936 te;a- ~Of23 14 34 11
- .2.-7 r;5
- 0.14 L1 o~Dec L101A 0"-4.*
35921 44.6 6:7 ta 42 13 2.2 '2:8 N L1 05"0ec L1:D1A 0"4"** 35921 reC(lunt
- .6' 7\\5
- 13.
42
- 13 N'
't9
- 1;~
Li -05::oec Lf01B, o~Ji~: pdr..:54*5009.. =NA 5:6 NA'. NA. f1.8. NA ,0;62 NA L1 os~oec.L1D2A 4i*1 IY' '35922
- a5;a 1.1' 11 37 1~;
2;~ 1.:9
- a.ao 05~[)'e9 :L102B 4'~10' OOH a:4S01()
- 1~2 NA' l;it;(;
NA !p;t3; =NA L1 'NA NA, 1:2. 05-Dec. l201A o*-4~- 3'5923 38~0 5~0 13' 46 "16' 2.'8 '1':,7 0.40' L2' OS~Oec :l2D2A 4~-tc)* '35924:
- 14.2 0;19'.
17 38 '16 2.3 ,2;2 0:4.5.: t.3. os~Oec l.3C>1AB; o.*-4"'
- .35925 38{2:
.$:4 'f:f 42
- 15.
N 1:8 '6:54* i.3:
- O&-ooo 'L3Q1AB o"~*
DOH&45011 "N:A ,.cfa NA NA 12:8 'NA
- 0.69 NA' l~
(15-0ec ;i.jOiAB* 4* 35925 -29:9: tt2t 18
- 40 1,5
- ,2,8 t'6 o:rr L3 OS~Dec i:ao2AB 4MQ-
- bOfi~84_so12:
NA cr22 NA. NA 13'.9 .NA.
- 0;82 NA:
L4 .OS"..Oec t41)1A'.
- 1r~r
- 35~27
- 34~5
- 4~7*
'15; 44 '15
- a;;t
- 3:0 0.41 L4;
- OS"Dec :L4D2A 4*:..:10'
'35928 '30;7' --o.23 '16* 43 1s:_ 2:6* L7
- Ct68*
'LS -os:oec,LSDiAS' 0"4*:
- as929 32:6 c4i5 8.0 36 f1*
3:4 f ~ .*0:0045 t.5', 05-0ec L501AB o*-4" OOHB4s013
- NA' 4;*5 NA_
NA.
- 12.4
,NA
- ~:t67 NA
.LS, os~oec L5D2AB 4*~10* as'S3o
- 2lf2
(};64' 13.' 3~ 12* 2'.i 2;0
- -o.34:
.LS osibeo Lsti2AB* 4~;;;10" DOH:84sd14.-. NA
- p.$4_
NA NA-
- fl.Ci*
'NA 0.62: NA J,.,6, -oe-Oec L601A ~4* ~~f 36:0
- 2;8
- 9A 42 13 .2.s "t7 '0.23": .~7 OO-Oeo t:701A Cl"~*- ,35940 45;4
- 3:0:.
7.9
- 40.
14
- 3.0 1;6 0.017 L's
- Q7~De0.Lao1A (j-4*
'35S45
- .34i$
- 3:2
-NA NA 1'2*
- 2.1 1
- 2 6~~
LS.
- 01~oec L8D1B 0~-41' 00H~e4so15:
- NA
- 2
- 3
.NA NA 12.1 "NA tne NA LS '07-Deic -L~OlA-
- 0*4*:
,35945 recount '38~1* 3;'2 s~:a a~ ~1 "2;8 -tSs 0,4() Nvs:*Energy:. Research and Development'Auth_orify '])'*'5" Dames~& Moore* ~.
~.-:.--: I
- ~**
WNYNSC... OO*Site, AadieU~.lnvestlgatjon* -*PHASEJ* 'ResiJlts*ofSoifSam.pie :Analysis Coarse Date Location Sample L8borator,
- Q_ualify,
~d -SamPie<t JderitlflcatiM Deptt1 ~a(nple Assutanc~. pj:kcefiC; LpcatiQn G~e iiill
- Number C:O:d.e Mol$ture Cs-'131.:
LS 01"e>ec L80l.ADtlP cr-41-*.
- 41637 DUP*
38;7 NA
- La 07*Dec LBD2B 4*.10*
DOH84~016* NA o.26
- L9*
- 07*Dec.L9D1A
()'::4*
- 35946
.29:5 0;97* l1il 07:-0ec LtODtAt fi:4*
- 3S!j4t 17:2:
0:43*
- L10 07-Dec L10DfA2 0"-4" DOH,845017 "NA OAO l.;10
- 07~Dec U002B 4*-:10-DOH"84501 B NA
- 0:25 L11 08-Dec L1101A 0~4*
'35948 13,9 ct12: tf2 OB-Dec* L12D1A .0**4*
- 3594_9' 25.0:
1;~ lfa .~Dec.L12D1B "0"-4' 'O:OH'B4S019
- NA 0:$8 L12 oa..oec t.1202e' 4'4cr ooH84oo2o f.&A*
- 0.11 L13 oe:oec L1:.301A
- er~*
.35950
- 46:}
t4 l:N
- oa:oec l14D1A 0'-4""
3595.1 42;7 2;1 Lis 09~bec L150'.i'A 'o-'4* .:35952 2RS
- o:2B, 116 og:oee L160JA 0_*4*.
'35953 22.9. 0:33: "L;17* 00.:Dec* L'17D1A 0"4' -.:35954 41.5 f.3 Ll8 o9;~ L18o'1A: ()"4** 35955 .. 42~0: 1_:5 L.19 oe~oec L1.9D1A
- 0"-4' 35956
.3tl3 '1.6 [20 fd;Oec I20DtA (r4* .35957
- 4(fo
- Q'.9
- l21.
f2:oec t21i:HA 0~4*
- $5942
- 3*1:-6.
<0;47 L22 n~oec L22D1A 0~.:.4*
- $958
- 35!0 0;37 123' o6:b.ec l.230:1A 0"-4
- 35959
- 31.;5
- o:a4 l24-14;:Qee :t240lA
'()"~* 35~7 45;9_ 2:0 l2S:
- 14~bec l25DlA 04"
- 35960
. ssd'.
- o.93:
L26' 14-Dec J:.260'1A 0"-4. '351 '30;4 t:o l27*' f3~Dec. l2701A o*..;;q.* a5962 28.8 iOA7 l28: fa:.oec* _L.2801A
- 0~4*
35963 28:0
- .0
- 44 1.2:9.
15*DeC. l2_9DJA
- 0*4*
35964 -22~s Oi52 'Nvs: Energy-Research and. [)ev-etopmerit AothoritV: 'D~6 AacliofletivltY, Conq~ation. Grossi :Gross
- (:pCllg).
.,Aleha' Bet~. :1(40*
- Ba~224 )la~226 'Th~
5:o
- 3,5 NA NA NA N_;A NA.
~A 12:9 NA ():88 f'JA: NA' ,NA 16 3,4 2.:9
- o:os2 Nif.
NA 13 t1
- 1.5, 0:.21; NA
.NA 12:9: NA 0)68" NA. NA NA
- 12}7 NA o:n NA NA NA t2 2J 1.3.
'Q:<H7 NA NA 11 J;Q: 1.,1 0:52 NA NA 12:1 NA' O.ta N_A NA
- NA H~a
NA dim NA NA NA
- 11 2_.~:
2:.-;. il;26* NA NA Bi& 2~1 1.4: 0;50 NA NA '13 ze l~ jj;31J NA 'NA f 2 N 2;1
- N:
NA !N/.. 13 14
- u~
.0:052 NA _NA 15 3;3 2A 0~§2 NA*
- NA 11 2;6 2;0*
0.78 .NA ~A 17 3;4 1.6 6:56 '1.4 33 10 3'.J .1*.3: 0;2:1 NA' .NA 13 2;8 t.9 N NA NA 14 til' Z3.: Cf52 t1 35 10: 3:1' 2.:0: 0:52 NA
- NA.
16 ru~ 1',2' 0.40 f.JA .NA 12'. 2..:7
- t,:~
. (-4. NA .NA:
- 14.
2;'4 .t.7 0.33 NA NA '15'
- a9 1.6*
1.1 NA "NA 14 3~1'
- 1:5
- o;?8
'Dames>>& Moore
WNYNSC ott.,Site Radiation lnvestigatiao.....,*PHASE 1* Resuits~Of sou..sample'Ahatysts 0 tABLE 1. Soil Actl-iity Sorted'.by Locati~n':'Code CotVSe Date. Location '.Samf)4e:*Laborator*. Qualify: Aadlo,aciMly.Concentratlort Grid 'Samp1ed :JC:sentlficatliJi:r *oe-pth Sample-Assurance; :per *cent Gro:os Gross {'.pCIJg') location Code'. -. _(Iii) .Numbf;r Code Moisture'. C's'-l37. Areha Beta .K-40 :Ra"Z!(.:Rtf:226 'Th.~234,, L30 .o7~0ec l.30D1A Q*-4,*
- .35955 39;2 1.1
'NA NA 16 .3:-7 -2.1 o;a1. -L3'1' 13~0~c L31D1A 0*4~- .35939 a.s:~ 1.2 . 4:5 35 13 <2:if 1)1 o:ti L32
- 12-oec 'L3201A p~~~
- 35966 23~:4 Cl.59 NA NA*
1'4 2;3 r:a:* o:4s .Laa 14~Dec :L3301A
- o"'4"'
35967 35:5 0~93 'NA NA' 12' 3.3' 2.1 0.22
- L~
1a~bec 'L34D.iA 0-4* .35968 31t4 o'.aa NA NA .13 2J( 1~a: 6.'a1 't35 t34)00 l3S01A 0";4"'
- 35938 3t0 QJl5 Ji()
30 12' .2J8 '1;4-1A L36 -oa~oec *l.36D1A
- fY-4*'
35969. 20;3 0:96 NA NA 12 2'.4' ,2;1 0.074 L37 io:oec L31tifA' 0*4* js97o 14is 0:2$
- NA NA:
"12 1.1 1.(f o,:46 .L37 10~Dec t37D1A ,'~:'.4* 30970 recoutit .11}1 Oi?4 12 31 f 2 2:&;* . g;~r o:a1 .L37 1o~oec L37D1A'DU.0*4* -41639 ;OUP 11':4 'NA 8;9 35
- NA NP{
NA 'NA l38 10.iOec ~8D1A
- 0*4*
- 35971 ltt?
o:i5 ~~ i-JA, 13 2:5'. t.2, o.~t L39 12~000 L39Df A 0"4" _*35943; 1$:8 0:39 =1,.4 34* .1.5 2;2'. 1';3 o:_46
- L40 15-Dee 'L40DlA 0"-4"
.35944 33;9 hi -7:4 44 16 3;9;
- 1.s.
o.55 L l41: 15~0ec.Dt10.1A 0--4" ,~72- ~;4 Q)r1 NA NA f 5 2;a~ 2:1 .rf
- iA2 15:::_~ _L4201A
- <>"4*
-~l173 28:2 Q:~:
- NA N.A 17 3:3 ur Q'.3()
EP1 3tcJan EP1Dl
- 0~4*
35917 41i3
- 12 t3 f 2
- 3;2*
t;g*
- o:46 EPf 31.Jan
-~-P1Da. 4°-1Q" 35978' 29;9 4;q ft .44.. 13 .a:s: 2~3\\, 0~0~2 MWf 31.o;Jan 'MW1D1
- o*4*
35974 31:~ 7:3. ].:5* 45 ,4 3;'0-'. 2'.2. 0,139 MWt 3~..Jan MWUl2 4*.;10" 35975 23:7 1.5*
- 7~5
- 75 14 a;.1 1,5; o:ss r..itW1 a1..J1m MWiD3
-t~-J6* 35975: 30.1 1.3': 1;5 4i* f i
- N
- 2;*~,
- 1::8 NYS.-Energy*Research and'Develqpmem AlittJority:
Dames & Moore
r- ~ -, ,.l
- _,1~*.
... ~
- ~,
- WNYNSC Off:Si\\e Aadl&don Investigation - PHASE I : RHUltil of S9Uil.nij)le' Analyslil
- oo;Mar,es paglf;1 TABLE'2:.*Soil Aciivity* Sorted '"v:L:ocaiion;Coda,;ACIC:iltli:inal lsotoplc)\\nalysls COsril&'
Oale Lorialiatl SiJmp4e Grid 'SGmPed* Iden~ DaPlh: Loce!lon Code. ffil. RI 2.40 02-Dea -AFAT2'401 04* Rt.2*<<f. 02-DK AFRT2'4o2: 4*.,1Q~ Rt 240 02~0ut
- AFRT2402 D 4'-1 o~
'Rt240 02*1Ji11o* AFRT2402 R. 4'~10" ~pr1ngY111 02~Dao
- AFs~AVtt er~*
SprlngVlii o2:DGo* Af'SPRVU 4*~ro~;, tilb9i'~. Sempa.
- ~*.
- 35932*
~um~*
- 41633
'4.1963* 35931 ~359~:
- 35933:
Sr-90 'CU +1~: o:ar 0.2 +1* o.<M -o.a +1-a.01
- 0,22
+1~' 0:07 0:1s *+/~ o.05-o:oa1 +1* o:c)as,
- o2r +1-* o.os Weat Vall 03-pac* AFWEVAl1 D'-4' We&tVBll 00-:0UO AfWEVAt..2: 4'-10'
'35936 -0;1& +1-o.05. L1 05-Deo L1 DtA, 04 1 3592.1 0.::44 +J... O;Cfl Lt OS:Dllic LtD1.B. 0":-4'
- 00H*M5009:
NA L1 OS.Dec: l1D1ADUP o-:..i* 41635' .o.43.+I* o.m L1 OS.,DiiO. Lt01AREC o*~* 41 9'S1
- 0,!S2 ;+/~ O.Q1 l1 IJS.;QK* k1D2A.
4~,10*
- a-5522*
0:23 +/~ 0~05 L1 ~D.eo. L102B'. 4'-10' OOH 845010 NA 12 OS.Dec l201 A Q~~~ -.:~5923
- o:39. +I* 0.01:
l2 05-DoO l202A 4'-10'** l.3 l3 l3 l3 LA l4 L5 LS. . OS.DK l.301AB oS;;oec. ~01A8. os:oec L3D2AB*
- as::0eo 1:.3~
os.olic* L4DlA* 05-D9o*.t4D2A L.5o1.-.e U501AB 0'-4'
- o*-4~:
.J*~fo* 4*~_10* 0'.:4" '4*-10' C"-4" .o*.:.i*.. 35924 J:i!IZS.
- DOt:t 84soH
- ~92'3
. DCH.84.5012:
- 35927*
~ 35929. DOffs.45013' ():1e +1-o.os; 0,3. +I-O.OT Nii. o;,1e +t-o: NA
- u.1 +J..*.om*
0.12 -.:1-o.os* 0;15 +I- *C'.IJ5' NA U!i L5 L6 UI UI L7 Ui UI L10 l10 L12 L12 l.21 1)5:.IJillo OS:llllo'
- os:Dtc
.OS'Oeo ~Oeo 00.~ .OS.DIG 00:.IJOo 07~ m-~o.o 07-0ed
- 01-Deo oB-Dae L5Li2AB
'4'*10"
- 35930
.0;095 +.F o,Q'15: L5o2AB
- 4~*10( OOi:UJ4s0t4:*
NA .os.o.c
- 12~0eo LfiD1A 0'-4" 3594t L6D1A DUP 0~-4" 41Bal IJiDtAREc o-.:.g*
41982 L7D1A o*.:4*. 35940.
- U101e
- a:...,!
ooH 94501s UI02B 4"~10' .DOtH145016. l1001A2 0""4"'
- 001+84!!017' l10028 4*.10*
- 00H'a4501a::
i.:1201 e
- o*:.i*
.ooH84!!019~ 'L1202e 4*.1oi',' OOH*Uiil~ 1..21 ri1A 0'-4' 3$i42 NYS Energy _Aez,uarieh. and Dweiopment Au1h9Ftty 0:21 Q;~6 0:24 9:t)3 NA HA HA. NA HA.. NA,. +J* o:r.i6. +i-o.o2. +I~ :~i.os* +1* o.o& M6 +I*.'f).05
- Fl8d1oacl!Vny
- Conoantratiari'
. crin'\\. u.2315' Wl38. *f-~> Pu-238' N 0;13 +f>; o.os N 0~12 +/~ *O]>(
- o:OO'l +t* O;OoS O:t1
~12 ;0,Da Q;oo.46 +/~ 0.0076 O.o&il +f* 0;027
- 0
- 0011:. +I* 0:01o1
- oAa +/:. o;i>l;>>
a.ocio6r +F o.00512* o;os6 4J* *o:aez iJ,ODc68.+1-o:ooa7u* o~ow Ti~ o:oa1.. 'o:<Kl15 +J~ *0:0089 o:os +1~* '0:023 o.009i5 +J;.. o*.0125 o: fa +I* o:crt NA 1.5 Q:ot **+/- 0;011 Q.*ta*. +F O.o:t 0.021 *ti* o,01ac 9-'12 +'/~ *0;04_
- o.0085 +./-
0;01:.i2 - o~te'.+'/" o:os NA U'. ctc:ior& +J-o.0084 6.12 :+/* o.o:i
- o:ot { +J- *o;cl1'1.
ct21 +.I* ~.1;1~: '0,9074 +!- '():0091 ti;24. +/'* '0.05 NA 1.0 ci':il089 +/, o~ous 0;23 +1~ 'o:os* NA .1.4 N 0.096 +!; 0.QS7 .0.00053 +I* ~0;00521 0;11 +/* '0,03 .D.Cl<<!9 +1-c:oo74 o:oe1 +I*.o.029 NA (3; O;(IQ082. * +F o.oo8:t6 0.066 *+/*.. 4:031 NA -1"i1
- o:Oo31. +J.** :<fa>01a cfo79 +i* *0:029 o;Oo2..f/- *o:oo5*
o:~s:. +1~ o.025 d.~ ti- 0.0005 i:l.~f2 +I~
- 0:02a a.off H*.o'.Cl29 ri;1a.* *+/* *o:o7;*
NI\\'. .1 :3* NA
- 1A NA
,~;1;*: NA
- 1.6.
NA n NPi f.~ .o;oon: +1~.0:0168 !1'2e* +:!* *o.os. n~a 0;0025: +/~::- 0;0247
- o:o028 +1-* *. o:iw.M 0;0011~; +!~- 0'.0189
- 0:003
+1~*.0*0299, 'tUXl15., +{6:01~' N\\ 0:0022.*.ff-.*(UJ21T 0:0036* +*1-o;~ fo4* NA. 0.0011
- t/~ :.0.0115.
'0:01 4(- : O.or27 .o;oo~r +1~ 0:0212_: ~: .~o003: +i~ o.044a
- o,o(lt'2
- +/- ti.0121 o.034' +!- o:ofii NA D.iXKJaS; +/;., D.cKiiBIJt
- NA:
0:0038.' +/- 0'.0377 o.:oooes. +I"* o:ODMt . :0;001;t, +1~ 0.0143: NI\\ o:oo<li +/* o.6423: . NA 'o:of6 +1~ o,o02a.. eo:oo~e: +I* 0:01 ~i
- 0:00,18 +l- 0;0175*
N' NA NA NA NA Ni\\ NA o;o021 * +1~. 0.02; 2: Demee & MOOre 'N
- negative.#*
- Ni\\
- net analyzed for...
PU-239.
- N.
o:o1;:i +/*.&036 0:017 +7* 0.029* 0.003 of/, *O:~ 0:014 +F o.m: N o:oat +P
- o.04f
'N 0:002 '+/~ *o-;Qi!Ji. N/\\, 00069: :+~.'().0186 .0.01 +/- :O.Q'l1 N' NA
- o',fr2B * +t* o:o.ti N
N NA 0:0044 +/- ',0;0113 'NA' 0.034'. '+I-OM7. D.DQ066; +I-,*O.DCl96 0,024*.f/-, -,OJJ8 PM. N'
- .~
.o:ih'3 +1:... o.0035 0.014 +t* o.'*4 iQ,001~[ +/*. 0:01759
- N,.
NA' NA .NA
- NA NA NA, 0:002f +'/, D.0212
- ...... 2.er
- Qi0019 +/- 0.0187
- o:aozz ti~ 0~0128'
- a~Od5G +J*, 0.0159; 0.014 +/;,.0:017'
- o;obs6
'+'/~ :0.0000
- 0:0oo7 +1; o.001m*
0.011 +z,, o:on ci:i:xi044 +/; o.004lil t 0;018 +1~ o.<121 <9.05 0.0.1 ~,~ *o.036* .,;G37 fl~ 'O,Q26 o;a1n.1' fl* 0:01oa. <<o:Ci5. o~a>> +;~ 0.02,; 0:0081
- r1:. 0;9137:.
- O;DCJ96 i:i* *D!l(l94
-<0.05 o:oos +1*: o.0084
- <o;os o:oaea +'F 0.0,014
- O 0067 +I* rt0065 o:oor* H~ 0J1m2
<0.~ -.o.ocis9* +I~, :0:0151 <o.o5~ 0.001'5 '+/;,.Q;0151 o: 01-1 +!~ 0:014 i:l!014 '+/- '.O;ct.W 0.02. '+J* o:irit .<0.09 <<0.05
- <0.00
- <O.OO**
-.-:0:05* <o:os, o:ooe2 +1.: 0:0122
.-~. Coetoo Cate
- i:.ooaoon
-~ -Uaborakir)':
- Grid Stlr!ip_lad tdentikauon 'Dept!'!
SSmple.-_ ~ Code -P"> NUmbiiW;" ' Sr.so*: u~235 L.24 14-Dec U!~DtA cr4* 35937 o:39 +I* 0;07* 0;0059 *+I*- o.~ 1.31 13-000.!,.3101A o*.4* 35939. 0:2.5 +I*- *iU)()' o;l1063 +I* 0:01a1 LS5 13'1Jeo L35PlA 0'-4" 35938. i:t1~..:1. b'.i:ia'. 0:001* +i- 0:0101. ~ 12:Deo t39D1A ~*~* -~~~ 02:1 +I- <too~
- 0:001t +'J** 0.0113' 1:,;io 1~Dec l.'40D;!A; o*;.&*
- 3~
o:23 +I-
- o:~:
- o
- ooaa +I-oiist
'EP1. 31.Jiln EP1Df !>'~* ~rirr .oi34 +l* :o:~~ .o.OdoOO +I-o:oMa6: Ci;2t o:OOs-4* Ef>t .31.Jan EPfll2 -4*~10* 35978* +(~- <r:os, o;()i()3,8 +1-EP1
- 31-Jan EP1_D;t fo*-16*
35979. 0:1i +I* 0:.6( 0.014 +/- 9:0~~ MWf 31,Je,n MW1bi* .0'--1"- 3597~; o;33 +I* o,otf <ct005~ +1-D;otJ86_ MW1
- ~1;-Jan twiw1~
-4~*10° 35975 0;17 -:f/-'- "0Jl4' .0.0072 +I- 0;006_'. ~W1
- n-Jan MW'ID3
'-iO'~te~ ~76 ~.19 +i* o:o4_
- 0.0036
+1~.o.003<! Noto:,IJ.,238 aiuilysis W6li.perfamied thr()Qgh Gam:me. epe:ctro~ b)I' NYSOC>H'.laborSlolv. Tiie ci,intraet lobOC:atocy er ~ledyfl8> uaed.lhe" c~m~Slelolpf.!latiOn a" ncf* alpha ~lrl:)metsy:melhod~ --Rad loac~vlty' '(;Onc;liirilrolkln . "Git U-238 (see note! Pu-238 0;15 +J* 0.'04. 'NA o.1e +1-* :iU16r 0;00115;
- o.04f +1. iliC>26;
.NA-0.215 +1- ;0:01* N' .o;o73 +i* 0:031 0.0011* 0~7 +1. 0:032; o:OOlf o'.1 +J* '.Q':~ 0.001{ 0:16 +1-o::~_* D~~ o:ar :ft* o:os.*, o;o0066 ():14 +1- *o:i>3 o;~ a.a51 +i: :0.011 Q:o04e. +I~ +1~ 'ti; +1; '+J~ 'fl* +*1~ +1: .*:~
- 0.0115
- 0~01ea
- 0;0';2
'0;0143 o.00689 "O}Q066i; -ache
- O;Qla
~:-_.., N-nog11Wti#; NA -not.anal -' '°': P.U-239 NA. 0:02.;tJ- 0:026'
- NA 0.0012 +P o'.0122*
0,022 +P o.029~ o.rios +1* 0:0154 .H c:oo1;c '+-I-o.til97: o:oofa +i-to'.009:i o.~ _+µ :o:orq, _N ,.~'~ O.Oi>48 +I~ 0.0123 '0,037 +J~ 0.028
- 0:013 +f 0.0*17
_ '.o:il2.+f" d:02 0.0073°.f.i*, 0.()122 -0.0004 +I* o.0067 p:a19* +!- o.ai1
- 0:015 +i-* 0:02s
- o:~~a +<* 0:024 c:oot.l +1** 6:0123
- 0.001.5 * +17 ~;cfr55
.r-- r--', l_, --*-~ *, _ WNYNSCQff~lteJ:iadiation:rnvestlgation.;. PHASE:U ResuksOf Soil S ampte*AnatymS _
- March -.20; '1995 TABLE-3 *. Soii 'Activity Sorted' by Sarnpling"*f:foquence"
.NA:= Not"Analyzed;for Grid' 'oate t.ooatlon Sample laboratory:; tlualltv: RadloactMty-.<Concenfration seq* ReleaSQ. Location samp10ci*
- tdentifloation Depth
- sarnpie,
-AssOran<:e_.percent fpCtf:gJ -No,:. Number 'COde 'cm}
- Number"
.Coda -Moisti.xe- -c5.;13r-
- _K-40; Aa"224 Ra-226 1.1*Ns,,2ot 80t{60W
- 2:j.Ji,m~94 D'.G1-50/C~0.~f
- o~s-,
_546at 1.a.Os
- 33.3 25' fa_
- 0;9iJ
- 2:1:
2" NY$~201 80N.60VV 23'.Jun-94' DGi 1 ~5DJC*2-4 s_::rn 54688
- 2s,a
-4:t t1 -():64.
- 1:3 3'. NYS*20.1' BON60W 23:JOn~94 OOt,5DlC4-6 10~t5 54689
'24.'4' 0:36: 'f2; 0~86 1<5 4" NYS:.'20(
- aoNaOW
~:;Jun-94 001*5F/C~o12
- Q-5:
54690 45.5 1'4 1<>: o'.62 "2.3 5"
- N:'f':S~20f 80!\\IOOW Zi.Jun~s4 0:G1-5F/C'-2-4 S*10-54691 32:$
a:o '12'. <t97 'f:9 6 NYS-201' BON ei:Nv '23.Jun~94 DG1-5F/C-:4-:6 10:15 54692 Zl.2 2.5 'll o;&S -1:7 7 :Nvs::201* 'BONOOW
- 23~un-94 Q,G:t ~~HJ&:o4 0::-5
-546j:J$ 1bFSa-sa:t 38: <1(> Q:so
- 2:~
B NY$201 aONoow 23"-Jun~94 DG-1,.5H/C;24'_ &:fO' 54694 1cF_Sa.: 4();4 12' 10 '0;65' 2:0 9: NYs~201 -.SON~ '23:Jun-94 OGt-sH/c.:.4-:a: 10;;15 54695 1dFS'a _3<<f2 1;8' 12* OJ:i8 -f.9 10 NYS:~~1 ea!'.faOW 23:Jim~94 J)Gt~5J/C;0;:2
- o-s
- 54696,
~5.9 25 10 ();69 .2;8 11 NYS*20l 80N60W .23~i.ln.::94 OG1*5J/C~2~ smr 54697 29:3 3$ 13 '0_i64, 't.3 12 ~NYS*20'1 ~eoN 6ow 23"Jun*94 DGi.sJIC-4,6 1o~is 54698 2e:2 Ct~t fa 0:71
- 1,:1 1'3 NY$~~01 BON'60W
.23::.J~n~.94 OG1-3F/~o;2 ~5* 54699 38.fi 4'4 12
- o:aa a:o T4: :NYs-201*
'80N60W '23..Jim*M DG1-3FlC,;,24 5~10; 54700 29.3 8~5 17 078 "2;l 15 ,NY5~2ch :aCJN"aow 2~:Jum94 DG1-3F/C4':;6 Jlfl5 ii4701 23.1 o;e<; 12 ct~ 2~9 Hr 'NYS~2Q1 -OON'6f1N 23-Jun~e4 OG1-3E/C~0,.2, ~5 54702 26:2
- 1*.5.
13 o:M*. 1.3 17 NYS'-201 '80N.60W, 2&Jun~94 DG1-aEtC~2'4 *' S-10 54703 24~o '();22' 14 _o;a5 e3 .fa: 'NVS"201 80N60W'
- 2a~un*94 DGH~EIC-4"6 fo:;15 64704 23.7*
-0:013I 13
- <t91
'11.4 19
- NYS~201.80N:60W 23'-Jl.ln;94 DG1.SQl'c;~2 o~s' 54-705 42:2 38 12 1:.1 4L1 20-
.NYs:201* 60N60W 23"1un:.94 DGt~'3fo~2~, 5-fQ; 54706 32;.5 J3,' f 3 0.:73 '.2:0 21 .t.tf$'*201 eotfaow 23fd'un-9,4
- 001,-3G/C4~6
'10-'.15 54707 ?lt.:2 -~j2,
- 12.
o:73
- 1'!3 22 NYS~201 BON60W
- 23~l.lri:-94 DGh5B/C:.'.0~2:
,-~5,- 54708 36,5 15'.
- 12.
o;n:
- 2~3 23 NYS,;201
_.aoN'60W_
- ~un;-94 0Gf-5B/C~2-4
- 5~10:
647()9 25.5 {>;94. 12 ctt9 ta ,24 *NYS:.20,t ~-.6.W/ 2a;Ju~ C)G~-5BJC4*6/ 1'0~15 547JO 22.0 6A~ 14 Q:fi6 '1;8 25 Nvs:::2*01 BON60W 23~Jun-94 DG1-5D/C-0.2- _0~5. 51\\838 1SlS' 33:0
- 25.:
14 0;92 1;7 26 ,NYS~2<l2-BONW 29::Jun*94 DG1"'7F/C*Ow2:* 0*5 55om) ,2a:os-54;t '.19 121. 0:93 4,4 NY$-Energy *Ae~rch _e11dD~11elopn\\eri(Auttio~ity:
~-*--
- ~ *-* _
WNYNs*cp~.:Site aadl~ltion: lhvestlg9:tlbll - PftASE*ll Results of:SoifSampieAnalysis ..... -~ TABLE 3; Soh;Acihiity.~S.ortedJ>y Samplioff$equence-- Grid. Osle t.ocat1on- ~~* tabOratory. Ouajjty; 'RadiOaelivitY-ConcertfailQn*. Seq Reie~ .looetion*
- s~mp1eci identification Depth
- .Sampl~*
- ~ural)ce -per*cenl:
- (pCifg)
No. *_Number CD:de {cm) : .*Number
- Code:,
.Moisture Cs437:. K-40 Ra-224 Ra~226: 27 NVS-202 SON-SOW 2$.Ji:m~94'
- DG1~7F/G;;2-4.
5.::10 550.11 2bos 47~2
- 21 f3>
.lfia 5;4 28 NYS-2P2 EIQN:~OW 2s.Jurl:;94. DGF7F/C-4;;6_ 10-15" _S'so13 .2c0$; 40~3 j).2:: f 3 tl.87 1~9: 29 NYS-202 80N:60W: 29.Jun~94~
- DG1.,.7fZJC::0~2
- o;,5'
.55010 -28LS 54~1 Ht 11' 0.94 3;a
- 36.
NYS"202 eoN:6ow. 2B.~un~94. : oc3;f~7F/C~24-5;{0 ssor2
- 2i>t.$
4t2 .22. f 3 Ot94 1.9 31-NYS-2~: aoNoow 29-Juit~94 DG1"7F/C-4~.
- fi
- MS~
- ss~14
'2ciL5* 40~3 '9(4' 13 9;~5 1.8
- JZ NYS~203 150ff100W" 13;.JUl~94
.D.G2~5B/C~():;2
- n:5r
- '56531'
- 3aDS 4l]
BJ 15 lCO-Z2 33 NYS".203* 1soNtOOW' 13..Jut~94 'DG2~5e!C~24 s:-10 56532
- Jbbs 3fQ 4~7' 1
14 o:s1 1.9: 34 NYS-203; 150N"10.0W
- 13'..Ji.il~94 oG2*5B/C:"4:.:s; t0-15 5S$~
'3cOS' f4;9 (lJ9. -14 O}fS. 1.6; 35 NYS-203* 150N 100W
- t~ut~94 002.,sH/c:o:.2A 0-5
- 56534
-.3dFSa 27;3 1.6'. 1_6 1;~ 2.9'. 36 NYS~203 r50N-1oow*
- t3-0ul~94.
- . OG2-5Hld~2~A s:1J>
56535 aeF.Sa* 25:1 7i0': 15
- 1:2..
2A 37 NYS-2ocr fsoN'1oow* 1,3:.Jul~94 D(32~5H/Q4-6A iQ-15' 5653fi 31FSa .27i5
- oAs.
1~ '°1:'1
- ts.'.
38 NYS-203: 150N100W t3..Ju1~s4 ' DG2-,5H/c::o-2B 0"5 56531 '3dFSb; 3*1:s 16" 15 1;2 3.:5" 38 NYS-203, 150N100W 13~ul~94 of,22-sfif/c~.2""48 5~.lO .56538 -3aFSb-27<:8 7,-;s'. f 6 1;2 1.8: 4(i NYS*203 :1SON'100W' '13.Juk94 DG2~SHIG-4*6B J0-15; -~ 3fFSti 1ZJ ,Q.~' t.2' 0~90 ts* 41 J:"VS'-20a 1_SON 100W 13..Jul~94 DG2..,1FJC-0~2
- 0"5;
- 5554p
.3gFS~t 23~9 7:0* 14 OJJB .'2.2: 42 NYS-,.203* 150N 100W t3;.Jut~94:. 002"1't=1c.~2:~ S:-.10 66541 3hFSa* 22:0 5:4 15 ().96: .2.6:: "43 NY~'.:203: *15QN100W
- 13:Ju1:~4-DG2-1f /C-4~~
.lO-fS -~565~2 '~if Sa 1a.~ t3: ff;, _(;):'91. t.7 44 NYS;;203 f50N 100W' *13.Ju1;g4 DG2-3F/c::o~2 0;;5; 56543 4f.3 e,e 18 t~2 '3,0: 45 N'Ys-203 150N100W
- 13.Jul..:94;
/DG2~E/c~2A s~io
- 'S6544 2a:3 4;9 16
'1;0
- 2:fr
- 46 NYS~203. 1
- SON*tOOW t3..Ju1..:94.. DG2-aF/Ci4~
"10-15' ~as~s. -1,8:5
- o~sfl 16 0.93 1.2!
4:7 Nvs.:200, f50NfOOW ' t 3:.;.J Ul-'94
- DG2-5F/C~0~2 0-5'
-:56546 27~2 12' 14 0.98 1.a-: 48 NYS-203, 150N toow: -13.Ju1~94>,0G2~5F)CA24 5'.:f() 56647 20:3 Eb 14 ti.92 _:3,3 49 NY_s::203 150N*1oow"
- 1a:JU1~94 DG.2~5f.!G4~
10-1$ '.~6548 20'..2 .2*,_o. .15 tt95
- 1 ~5 50' :NYS 6 20.1 15QN 1oow:-
"13-Jul~9'4
- 0G2-5J/C-0*..:2 0"5' 66549 16.2 11 1:il 0.89'
.a3: 51 Nvs..:2oa 1SON100W. *13:Jui+/-94 DG2*5J/C~24 $:.ff(): 56550
- 9.6 a
- *a.*
15' '6:99 '2;3. $2* 'NYS~203 1$0N;1oow 13.JuF~ DG2,.5J/C'.:4..:5 Jo..:15 56551' '1;~ 0.28 '16 0,96 .2.0* NYS Ei:le~gy_Research a~d De11eldpmenrA1.11hority Dames & Mdore'
WNYNsc*.Off.oSite*Radietionlhilestigatk:in:-:PRASE II *Results of Soii Sample: Analysis:
- March:2s, ~.995
- Giia Date location:
sampee.labor-atbty OuaJitY RedioaetMty:,*eoncemraiiOn seq ;Re1eaee LOcidlon Sampled
- fde*ntificali0n O'ti1ptti Sa,riple:. J\\Ssurence rper~nt
{jJCITg:)* No. Nurnbet: C.Ode
- {cml Numoo'r:
Cooe.* Moisfure cs.. 137 K-40
- RS.~224
.aa~22a* 53.NYS;20J 1snN*1oow 13-Jt.ll~94 DG2.:.9F/C-0~2 0.5 56552 36:0 .5~7" H' 0:83 1;2 ,54*.Nvs:203 150N 100.W 13.Jui.94 OG2~9F /C72?.4 .s~to
- .56553
.26.1 .3,9 13 6:84 .2:2 .55 Ny$:2()3 150N.JOOW 12.Ju1~94 D.G2~9F:/C.-4-6. t():;1'5: '565$4 f5:t ci.!58: f 5 017B f7' 56 *'NYS';203 15DN*tOOW.
- 13-Jul-94
.DG2* 7f/C~o~2 o~s
- 55555
~s:a f 4 '1.3 croe 1.6* ".57' NY8~203 1SON100W 13.JJl~9.4 .Oi32~7F/C~24* 5.10
- 5asss 1s;o 4:8-1'6 o:78
- ta
,58 Nvs;2oa 1SON 1<XJW. 13.Ju1.:94 OG2~7f/C4-6; 10~1s* is6557:
- 2L7 "1':6:
- 15:
.o;tt .1;? 59 NYS-203 15DN100W 13-Ji.Jl~94 0G2:so1c:.0~2 0,;,5 '56558 n;,g 1a l6 r;2 '2.-7 00* 'N:VS-203 1sor.i.* 1*oow 1a-JuhB4 6.a2~5b/c-2'4 5-10' .56559 1.7~5
- 5.3 14
(};-89 1:;9 '61 'NYs~2oa *lSON 100.W 13..Ju1~94 DG2~5.0/C-4:6 10~1~ 56560 ~ts
- 0:39 15:
0:*74:
- r:1
.62 'NYS-203 t50N*1oow t2-Ju1~94 .0G2~ss1c-0~20 o~s 56668. 3aLS
- 4L7 8.3.
16 1.0 .3:0' 63 Nvs~200 150~100W.t 3-JJ'1~94* DG2~SB/C-24D S*fP
- s:asafi
'3bls* 31.'9 ~A t1 0*64 ts '64' 'NYS~203 iSON100W .13-J}.iJ:.94 OG2~5B/C-4,:~D,* 10:.15
- 5667.(!:
3ct$ t*t9 o:33 14 <(79 L!> 65
- NY$~204 10St0E-14-JIJl-94
- ~SH1c:;0-2 o~s 56561:-
25~9
- 8;6 15
- t3
- 1:6
.SQ* Nvs~2o4 1*os*1oe 1'4'i.Jot-:94
- DG3~.5HJc.;2"4
.&to
- 56562 17;5
~;9* -1s* o.~1 tf)' 67' N'r'.5'*204 10S 10E f4-Jut:94 PG3:~c'4§ 1i);1S
- 56563*
'1~7 l~j .16 .0~9$
- t7 68* 'NYS-204 10S10E 1.4-JiJl-94 DG3"5B/C~-2
- o~s
'56564. 25;9 20 12 0)75 t3. .59 NY$;21)4 .foS10E Ji:ii~94 0G3-se1c~~4 .. 5~10
- 5:6565*
2ci:s
- 9:0 12 o:67
- 2;2 70 t.Ns:204 10S10E 14.Jul~94
.riG3~$B/C4~:s 1(};15 ~566 1s:3 f.3
- 1.4'
.0.78
- l~4 71 NYS-204
- tos 101:
- 14-Ju1;94 DG3;.aF/c-o:.2
- o~s
.56567 19;3 '1'1 12: o:a2 2!8
- 72.
Nv.s~204 toStoE .14-Ji..11::94 DG3;.aF/C*2"4 ~1*o 56568 12A
- 5.0*
- 11 o,9Q t.5 73 NY,S-204 1o~noe 14..Ju1:94 o*~F/C-4~6 tO-l~
- s65~
13:6 .,LO 13} .o;ig 1'.B 74 NYS~04 10S'10E 14-Jiil~94 OG.3;7F/C-0~2*
- '0-5.
'56570 16A 16
- 14,
-0;83 2;9 75 NYS*204 tos 10E 14-Jui'.:94 OG3:7F/C~2'4
- 5"10
'5667l 1~A
- 9;2, 16
- 0;93
- 2;3 7,f; NY$*204:
f6S'0'10c t4-Jui~94 bG3"7FJC-4~6 10~15 56572 14~6 '1~6 1l o:fl2 'Hs 77 NVS-204
- 1os 10E 14..JuF94 DOO:.SF/C~0~2:
- 0*5
'5657.3 4aDS' 19;5 16, 1.5 '0,86 2:5 78 N*vs;2b4-10S 10E
- 14.Jtil"94
~DG3~F/C*24* 5~10
- s&S74 4bOS ts;a*
5.S
- Hf 0;98 2i2 NYS Energy *Research and-D.evelopaient'Alith9rify
- r--*
WNVNSC *ott~~ite :Radiation:invsMigati!:in..... PHASE II 'fiesuli:s of :Soil Sample* Anaiysis 1--J. .March.29, '1995: TABLE*3; Soll Aclivtt~d3or:ted:by~sampilng*:sequence: Grid
- ems l,.ocalian iS~mpfe: 'biboratory
- auaiilV*
-RadiaactMty. *eonoemation Seq Release Location Semplad
- iClendficatlcn
- Oeptfi
- Sample: ASsurance' percent (pCiJg)
No~ Number. Co'cf~*
- {cm}
Nu.mbet C:i:!de: Mdisture.. Gs-l37. 1(40'. Ra"224 79 NVS~204 10S*10E 14.JiJl-94 DG3~5F/C-4~6
- 10~15.
- 55575 4cOS.
9:5 Oi66 23 t:a 80 NVS0:204 1mlfOE 14~ul~94~ O'G3£5[)1G-0~2A o~s ses1a*.
- 4dtt3'a
~4!7
- 16 17 1;(>'
81
- NVS~204 fos-10E 14.Jul-94 pGg~5_b/C-2-4A
'5-1Cl .s~n, 4*~FSa
- 16:.a:
l2
- fa:
-o:a.r. 82 .. NYS-204 10S10E t4.Ji.ll-94
- oc33;50/C:.4;;6A:. 1045 56578 4fFSa t1~2 3.. 4
'13: '0;:78 _83. Nys~.204 10S 10E 14.Joi::s": bOO:so1c~o::ae' o:~s 565nt
- 4dfSb 2:i°9'.
ifs 14* 0;85 84 J~YS;;2o4 10S1(1E 14.Jut-9-t '000.:5(){C~2.:4Q 5..,0. 56580 4eFSb 2.1~2. t2* 14:: 0.68. 65 -NYS-204 10S10E t4-JLil*94 '.D00.:5Q/C-4;s8. 1°"1.5. 56581 41FSb 1625 3;4
- 1A-
- o~87
.sa .Nvs~2o4 10S 10E 14..ju1-:94 DG~~9F/C~o~2** 'o-s
- 56582;
-4gFSa '1SA
- 13.
1.6: 0':62 .at NVS~2~ 10S 10E 14.Jul-94 D'G3~9F/P,-24'.
- s *. 10
- ~6583
41'iFSa 1f;$
- 5:6.
14, 1;0 -N*vs;;204 14.Jul-94 'DG$9E/C-4..:6: ~ -... 88 t0S10E 10-15 56584 4if;'.Sa 1s:4
- t.1 15
- 0,78
.99 NVS~2U4
- 10$*1oe
- t4:.Jul"94.
D'G3"1F/0"0"2. .0~5 56~5 15;2
- 'li2.
12 a.as -so* -.Nvs.:204 1.0S 10E* 14.Jul-94 D'~3::fF/C.-:24 .5~1Ci
- 665'86' 12;5, 1,~f 13-f.'.1
- 91,Nys;204 t0S' 10E c1'4.Jul-94
- oG3"1F/b-4..:6 10~15 56.587 1V4'.
0,21
- 14
- 0;78 92*
NY~~204 lOS10E
- f4;.JuM~4 003"5.l/C-0:.2
- 0:.5
- 565B8, 18/7 7;9 t3.'
- 0:.75.
9'3 .NVS-.204 1os:toe 14::.JUf.~94 ~~5.1/C"2:~~ 5-10
- S6589 19:2*
413' 14:1' 0;90 94 NYS-204
- 1rnhoE f4-JUl-94
-~SJ/C-4-6 10~1s
- 55590, 15'.9 2:2
- 14.
0:86 95 NY.S~204 10S-fOE 14'-Jul~94 oG3~5i::ic~o~2o
- o~s
'.5~67~ 4ats. 19:5 15* 15 o:~ 96 NVS~204 1.0S10E 14.Ji.il..;94 ,[)00~5f:/.C*2'4D: '5-10 5667~ 4f?LS 13;8
- s,4 1.6.
o:ae 97 NYS-204 10S'10E
- 14.Jul.94 OG3-'5F/C-4-6C>'
fo.J5 '56673' '4t:ts* 9;5 .o:sa* '16. 2:s 98 NYS"205 EidN6'Ni 22.Jui~94 'f)G~~7_F/R-'0"2 o::s -'57851 .SdFSa
- 31:1 28' 1"2 1Jj 99 NVS-205 8dN60W 22.Jut:-a4.
DG1-:.tF/Rr.2'.i4: .5-10 ~57652
- '5eFSa
- 2'?:6 20
'N, '0:94* 100 NYS-205 80N:sow 22~u1~94 bGt-7F/R-4::6
- to::..fs:
57653 sn:sa f9te* .3:8' 12* ':0;92' 101 NY$~205; SEof PCant* 2tWu~94 BKG~W\\iAL..o~2 o;s J>1eS4* 2119 o:54 9J 1~~ 1(1'? NY$.-2rui. SE.of-Pfenf* 28-Jut.:94 BK<Wl\\IAL-2-4
- 5*10
- s7fJ55 14.9 0~47 12*
o;sa 103 NYS*205, SEOf Plant
- 2a:Ju1-94 BKG:VNAL-4*6*
to~t5 57856: fa'.2 o.:2e: 11 0;85 104' NYS-205* Eof'Plani 2B,.Jul~94. BK~A124o~o~2 ~0~5
- ,57357
- 5aos*
32:8 1,0: f3' <t74 ,Nvs* e11etgY, *Rc;Jsearch;and.*m~vetcpment Authprity D-13 page A Fla*226; 2;6 2:'0 '2;7 1;9 .2'.3
- ~.o
.2.1
- 2:3.
2~2 1~1 fai 1;a 1-~7 ~ts 1:7'. 2;7 1':4 te 1~6
- ~t;2
- ~tt
- 2:*7
- ta n~
k1 0.99
,--~
- l*.
- 1
-WNYNSC Off.:Slte Radlationlnveatlgatlon - PHASE II Results* of Boil* Sample Analysis 'TABLEi:3* '.~oU,Activity Sorted qy ~a_mpling Grid Date ~lqcaUOn
- samp1e Leborato.y
- Q~
- Seq *11e1ea11e Location-Sam, pied ldentmc~Uon Oeptn-sample Assurance No.-.. Nurnl:!er
.Code lcm)- Number*
- bbiJe tQs*
NYS~205: E-;ofPlant 2B.Jul~94 BKG~RT240:2-'4 540 57858
- SfJDS 106 NYS206.
EofPiant
- 28.Jul~94 BKG
- .R'f2'4o4-e-to~1*s 57859
.sens 107 NY:S~205. N:of Plant -2a.J.uF94" 8-.CG-'SPV~()~.2: 0~5* 57000 108 NYS-205 N'of Ptant ~28.Jul~94 13KG::spv~24* 5:;10-51887 109 NYS-~ns: N offltant -2e.J!.Ji:94 Eii<G::SPV4-6: f0.:t5 51862-110 NVS:2o5 Eof Plam 2tWUl~$4-. 8K:G:RT24~2 0::5 S7'883:
- s&:s 111 NVS~OO-: E'ofPlerit
- '28;.JUf~94 BKG
- RT240~2-4' s.-to 57864 5bLS U2 NYS-205 E of Plarit
- 28.;Jul-94.
BKG.RT2404~6: 10-15 57865 5cLS: 113 NYS."206 220N 1.10\\lf ,S~Aug-~ b~-5B~Q~2 0~5-60161 114 N:Ve.~2os: 220N 1,70W 15-Atig-94 DG4-58-2'"4 5~10.' 60162 115 NYS~206 220N 11ow 15;.:Aug*94 D"G4~5B-4~6 10"15 60163
- tf6 NYS~2D6 22bN 11ow*
15-.:Aug~~ DG4~5o~o~2 0~5 60f64 6aQS '117 NYS-206 220N now 15-Aug+94 DG445D~2'4 5'*10 60165 '6t>DS '118 NYS;206. 220N wow 1&-Aug'-94 00¥5b..:4::a fo45 oof66; .:6c0s* 119 NVS~206 22~1.lOW t5*~.;94 ~4:5F-0::2 0:::5 601,61* 6dFSa 120 N)'S~2.00 220N-t~ow 15-Aug~94 004~5F*2~.
- s.;10, 60.1'68-eeFSa 121 NY$;206 220N -170'JIJ:
t5-Aug~94 DG-~-5f-4~6* 10~15 60169.
- 6fF_Sa 122 N'{$;2o6 220NJ70W:
1$*Aug~94 DG4-5H~b~2 o.:s 6017():. 123 N.vs~206 220N 1row. 15*A:lig"94 DG4~5H~2-4
- 5~10 601
- 11 124 Nvs:.:2os 220N-170W
-1s"Ai.i~;94 DG'1,,.5H~;5
- 10~15 60172' 125 :NYS~206 220N:t70W.
17~Aug~94 DG4'-81::0~2 (),:S' 60173: 1213 -NYS~~ 220N*froW J!*AUg*94 DG4~-81-2-'4 ,5~10 00174. 127 NY,S;206 220N'170W fl-ALJ9'-94 DG4-8J4:.() 10~1s 60175' 128*.NYS-206 220N.170W
- 15~-Aug-94 DG4:.SFQ,-0,.2' cf.s 00'1.76::
'6dfSb. 129 -NVS~206 220N170W
- ts~/'uo~94*
OG~~5A3~2'4 .5::~0~ 601.1;7' 6ef Sb 130* 'NYS..:206 22DNJ70Yl 15-'Ai.lg~94* DG4'-5FB-4*6'. 10~*15 60178' -:61FSb NYS Energy -Reseaa:h a:nd Oev~lopment Authority. n:..111-Marctl 29,, t995 pages t J NA;"";N9tAna~z~d'for-Sequence -~ COOC8ntmtioo p¢rcent Moisture :-Cs-13"?.. (:J:iCi/:'gJ 1(40 ;Ril-224; Ra"226 27.-7 i0;9~ 10 ~0?71 t;6
- 22;6
.0.78 f 1
- 0:15 t.'4
- (ft
.();5o 12 (>~fifl' .1A: 10~9* ~0:5*1 t3 '0.l1 1';_9 _H'.L*7 13 o:75 2:0' '.0.28 32~8 0;92: t1 4J) 2:2, 'Zl-.7
- f/r 13
_o,*n 2:-2, '.22;6 0~74 n 0;82 2:.1 '21.1 lb' 14 Q~BT 2;f 17'-I* 2;0 14
- .3:2 1';9:
15;8'
- 0.13 14
- o;za*
2:0. '24~6-15 13 -oJa -3!t 20~9 6;6 13 'o:94. lA: 21.8 .OJ~s* 1'4 '.(>:93 1.s* -1'8.:6, 19 13 o.ao* r:a. l~i~'. 2:6 13-0.78 1-:9 f6.2. °Cti47 13 .0;92. 2.0 '26;2'. .22_* 12' 'OJ~2:: 3i1 2o:a: 3;1 1~ 1.a* 2:2 19.2 .0.'84 14 .:0,91 1.~:
- 1'9:1 18 13 0~81 3.Cl 13;0 1~6 14 1'..o 2:7 12:0' 0.14 15:
1:0' i:2 19:6:. 18 12: 0~91 zo_
- 17;,1
'2~'_4 14
- '0~94*
2A 10:.7 Dl89 13'. '0;85* t-.5
- ----1 WNYNSC Ott.Site Radiation Jnveatlgatk>n..-. PHASE If Results of S-Oil Sample Analy$i$
March 29, :1995 page6 NA = Not Ane.l~zed for* I TABLE 3. Soil Activity SortecLby*:S~rnpllntr Sequence Grid Date Location Sampler laborat<lf}' Quality RadioactiVity. Concentration Seq Release Location Sampled ldentfffoatlon Depth Sample Assuranc.e percent ( pCI/ g} No. Number Code (cm~ Number Code MolSture Cs-137 K-40 Ra*224 Ra:226 131 NYS-206 220N 17CN/ 17-Aug-94 OG1)4G:.0-2
- 0-5 601,79 25;2' 23 12 0.78 3.B 132 NYS-206 220N110W 17-Aug-94.DG1-4G*2-4 5,10
.60180 31.2 5.2 12 0,77 L5 133 NYS-205 2~N 170W 17-Aug-94* OG1 -4G-4*6* 10-15 60181
- rn:e*
1.1
- 12.
'0.87 1.7 134 NYS-200 220N 17rM/ 157Aug-94 OG4'-6J-0~2 0-5 .60182 21..1 25 15 0.81 s:a 135 NYS*206* 220N170W 15"Aug-94.DG4-5J-2-4 S.10 60183 20.4 6.8 14 0.9 2.4 136 NYS-206 220N uow 15-Aug-94 DC,34'..5.J-4~ 10~1s 60184 19;2 0.38 16 1.4 1.4 137 NYS-206 220N 170W 15-Aug-94 OG4-9F-0-2
- o-5 60185 24.. 1 17.
- 13.
0;84
- rn 138 NYS-206* 220N 17WJ 15.:Aug~94 OG4~9F~2-4 5-10 60186 1*1~1 '
ZB
- 16.
0.92 1.1 139 NYS~2os* 220N 17(Mi 15-Aug-94 OG4:9F4~6 10-15 60167 13.8. 0.65 13 0.88 2.8 140 NYS-206 220N 17rlN 17-Aug-94 DG4:.3F~0-2 '0-5 60188: 31.7 12 15 0.92 2;1 141 NYS~200 220N 170W 17-Aug-94 OG4-3F.:2-4 5-Jo 60189 21A 8.0 14 1.0 2.3 142 NYS'-206 220N 170W 17~Aug-94 DG4-3F-4-6 10~15 60190 '15.B 0;513 13 0.84 2.0 143 NYS*206 220N 17WI 17*Aug*94 OG4~ 7F~0-2
- 0-5 60191 19:8 21 13:*
0.66 2.6 144 NYS~2o6 22DN110W i7*Aug-94 OG4:.7F.:2-4 S~ih .60192. 16.8 1:2 15 0.9 2.2 145.NYS-206 220N 17r:iN 17-Aug-94 OG.4*7F4.:e to-15 60193 14.5 1.0 15 0.95 2.2 146 NYS,206 220N 170W 15-Aug-94 ~50-0~20* 0~5 60'268 6aLs 17~3 24 14 0.96 3.6 147 NYS-206 220N 170W 1.&-Aug-94 0~~2-40 s~to 60289 6bLS 15~8- '4~0 14 ().99 .1~8 148 Nvs::200 220N 170W 15.AuQ.-94 DG4-SD-4-a0 10-15 .60270 6clS 15.0 0;75 13
- o.e1 1.5 149 NYS-207 1305 70W 06*0d.-94 SED1/0~2
- o~s
.66294 ijFSa '23.6
- 1;5 13 o:e6 1.5 150.NYS-207. 13Ds 7CN/
06-0ct-94 SED1/2-4 s~10 66295 '20.0 o.aa 11 0290 1.* 6 151 NYS*207' 1309 7r:J!N 06-0ct-94 *SED1/4-9 10-15 66296 10.s* 0.28 11 1.0 1.5 152 NYS-2o7 130$ 70W 06-0cMJ4.SE01/&8 15~2o 66297 tti 0;*11 8.6
- o.. 84 1.8 1.53
.NYS~207 130S70W 06-0ct-94. SE01/(t:-to 20-25
- 66298 9.3 0.054 10*
o:es. 1.3 154* NYS-207 370N17WI 24-0ct-94 SE02/0:-2 0-5 66299 7aOS. 'a4.7 2.7 12': 0:82 1.7 155, NYS-207 370N 17C'IN 24-0ct-94 SED2/2-4 5"10 66300 7b0S -;3.2;8. 0~55 13 0.88 2.3 156 NYS-207 370N170W 24-0ct.:94 SE02/4~6 .10-15 66301 7c0S 31.7 0.11 15 .0.95 2.1 NYS**EnergyResearch and Deve10pment Authority Dames & MOO(e
~' --~, ."~-. ~. WN\\'Nsc "dlf~S1te*RatliatiCJn. lnvestlQation,.....#liAse; II* *Resti1ts.ofSoil:~sample1.Ana1ysis l 'NA-~, NotoAn!!llyzed for <lrltf .. ome: l0calion SemPfB: Caooralbfy tiualk)' ~,.;eoocem:rmion
- Seq Release*
Location sar-npied: ldentmcauon
- Depih
'Sai"nple: AB$urance* per*cem: 'fpCiJ:g). No. Number bode. {cmr
- liJumber, Cl>d$
Moislure " cs~ta7' . K-40 Aa~22-.i Fia~22~.* 1"57' NYS~207 49DN 27.fNJ. 2S::Oct:::94 DG5~C/0~2 0;5 66302' 1e;4 4:1
- 9;5,
- -0.78
- 2.4
- 158 :Nvs~201 490ff270W 26LOct~94 DG5"G/24 5-fO'
- 66Jo3:
'20:7 .0'.70 10" 0:00 1'.'4 159 '.NYS~207 49QN27fNl .26:.0ct~94 DGs::qz4~6 ft)ifs: -~
- 2ta~
ii.QBS +1 ij:7~ 1;*2~ j6C) 'NYS~207 490N27DW
- aa-0ca~94
'Dqs~/0~2: 0'-5 .eaaos.
- ,22~9
t!~* to* (};.74'
- t~S 161.NVS;207 490N27DW 26:oct~94.005-S/2"'4
- 5-tO
'.66306 .;25:2 1:6 l1 -0~78 HS 162:.N)'S::207 49otil210W
- 26~~94-D!.2~1426 10~1.s 663o7
.2i1 {O 1~ .0,94 .f'..7 103' :NVS~2Q1 490N~27ow
- 25~.::94 J)G&.y,f {0-2;.
.0"5
- 56309
- 25~5
.2.1 10
- tt84
- 2!2 164
- *NYS-207 '490N'27DW
'.26iQct::94
- oas~w/2'.:41
$-10 66309 21.l -0;54 11 0;75 "1:5-
- 16& 'NYS~207 490NVOW
'26.()ct,;94' DGS~W/4.:6' 1.o'"i5.' ~63:10 ~;o .a*.001* t1 0.79
- .~to ma NYS~-207 49cltf2ioW
~26;0tjt"'.~"' O:GS~N/0.:'2 0~$ ,6~1f t;gFSa 26.5 ,3;5 9,9' o;,77 1:7." 167 NYS~20'7 490N270W 2s~act:94, DG5~N/24' 10 '66312, lhFSa .23.9 0;15: 11 o;.78
- 2;0" 168' NYS'-207 490N270W 26,PCt
- ~94: *oo5iN/4~a 1(}:1s*
'6~1~** 7iFSa '2f:6 o~(J38' 1'2: o:.1s
- 1;5 169 Nys:.207 490N:270W.
26~0ct~~ oa5~e10::.2 0-'5 66314; 7dDS .31.:t !2i5 u 0:81 1~8 170 'NYS:207 '49DN270W 26--0ct~94' OG5-E/2-4,
- 5-10
- .66315 7eDS:
2a:s o;-29,
- 10.
<ti2 1'.9 l71 *NYS:-207 490N'27WJ 26';;0Ct~94,.DGS:.Ei4'"6 10-1'5.
- 66316
~,;PS .23~~ o:.06'.
- ff
.Q'.78 0)$ tt2* NYS*207 37Q.N17Jf'N 24~dl::g.i* SED2/0:-2D,, ~s ';~1'7 .... 78l..S* .34;7, 2:5 13 0:73 .a2 1,'73 NYS-207 370R170W 24.;c)ct.94'. :sen2/24o 5'10 66318 7bLS* 32;8 0:58: 15' 1:0 '2:0. .174" NYS~207 370N *1*70W 24~ocHi4: seo2i42so~ iCM'S; 66319 7cLSc .at1 ,o:Q65: 16: .:NA
- 2.1
'175. NY$~07 *49oN-21.f1N 2s~oct;94:. DG5~E/()'~2D
- (j.. ~.*
66320 7'.d(S* 3L1 2;e.. t1 cfiw 0;44 17~ NYS~207 490N;270W ,2e;Oct"-94:
- DG5~E/2"4D
- 5.. to
!66321. 7el:S
- 23:5 0;24 9;'8 0.74 2~6*
177 NYS-201* '49oN27ow 26;()ct~94-.*oas-et4:so to~f5. .. ~* 7fl$
- ~!t6 o
- p~'
- 13':
- 0;82 l.7 l78: NYS*208,.
00ff60\\V: 2~u~94:. DGt;sH/Q:2;
- 04?
NYS*P011 '1'bFSb, NA
- ao:e:
NA NA )iA:* 17:9 NYS-298 80N60W'
- 23.JUr\\~94: 001;.sfii24 s~to NYS*ooH "fCFSb, NA
,1o;a: NA ,f.JA* NA 1.80 NVS-208 eoN'-oow: 23.JUR;.94: ~1~5fti4,.4f 16-15;. *N¥sbOH
- tdFSb,
'NA tS_,; ~A NA
- ~
- 1sf Nts:2oe
~*SQW
- 22*;iu1:~
PG14F/R~~2
- o~~
'.N)'S'qOH
- SdFSb NA
'2.l.4'* NA NA '.NA 182 NYS~206. 80N.OON* ~~u1:94 DG1~7F/A~24 s~to
- NVS'DOH
- SeFSb NA tG;7' NA NA NA.
March;29, lS~s pages TASLE-3. Soil'.'Actlvlty Sorted by,$ampllng.$equence L NA*::No(Analyzedfor Grid Qate l:ocation
- s'111ipie Labo{alOfY
- ouaity:
- R~Mty bonceniraiion' S_eq.Rei~e Location~
.$amJlled i"der)tlficatlon Depth ~mple.Assorance* *peGCBnt*
- fpCIJ,~):
No.,.Number
- Code
_,Oin) .Numb1;1r ':Code* Moisture
- cs~rn7*
K40 Ra~4* Ra-.;226 183* NVS-208 BQNBOW ':22:Ju1::94 * [)Gi;.*7f IR':4~~ J645.N'i'S*DOH ~fF$fr* 'NA. 3;5.
- NA NA NA 184* NVS,200. 15DN toow 1a:..101.::94.
DG2-JF/0-2
- 0:::5;,
NYS'POH. 3gF,S.b; NA 1:;t .NA N,4.* NA '105 NYS-~08 t50N*100W 13:Jul~94 DG~-t~'/2~. 5-10 / NYsc*ooH 3hFSb:
- NA.
3i6' NA .:NA. NA' 186 NYS~208 tsoN~1oow*
- ct3~u1;94 DG2-'if/4c6'
'to~t:s :Nvs'odH ~.. - ~
- 31FS~
'NA 1.2'. NA
- f\\IA NA 187 NYS~~
10$ 10E' 14..Jul~94 OG3~9F/C:::o~2 .o;fr
- NYSOOH 4gfSb
-NA. 9.:2 NA NA NA~ 168 NYS*208 10fUOE 14~.Jut::94. CJG3.,9FJc.:24 6~10 .N-{s;f>OH 4riFSb NA 4;5 .*W{ NA* NA
- 1ea NYS~208 iOS1°'2*
14:Jut::9'i D~9F,/GJ4~
- 10~15 Nv
- s'OO.H 4iFSb
- ~NA*:
NR.
- N;A
NA, M 190" NYS-208 4QpN270W..26;-0ct-94 DG5~NI0*2"
- o;s.
'NYS.DOH -7gFSo
- NA 2.:0f
- ~A:
- .NA; NA
- 4EioN:27ow::
- Nvs:od'H'.
NA 191 NYs~20e .2.6.0ct;-94 006,N/24; 5.:16, 7hFSb NA 0:12:
- NA NA.
192 NYSc2o8',49of.f27oW" 26;0ct-'94 DGS*N/4-6' '1.0"15
- NYS'OOl:f
.7,IFSb NA. ~0,04 NA '.NA NA 193 NYS:208 130S7f1N 06'.0et-94 seo110;2 ,o~fr NYS()Ofj. 7JFSb NA 1.33 NA NA NA 194 NYS~2<>9 1-208 1 sow: 21.oct::s4: seo3/4..:s
- fa~ls 6&165 29j:i..
0~37 16 1.,1 218 195 N'i'S~209*. 120'$ 190Y{
- 'J.7.()~~94:
SE[)3/~2
- (}
- :5
~76tl" 33:(): 0.82 15 1J 2;3
- 196 NYS"209* 120S 19QW.
27~0ct-94 SE03/2"'4 s~.10 66767 29;0' 0.83 1:5
- t.3 2.2 197 NYS:.209 NW.of Plarit "28.0et.:94 nt62/Q;:2 c<)..5' 00768:
24;~. ':,0.98'
- 15.
1:a*. 1.. 9 198 N'(S~2'09 MY Of P'lant: 2e:oa~a-i '1M62/~ S.:10'
- 66769, 1~M
'0/'1 .13 0::67 1.S 199 NYS-209' NWOf'Plant 28-0ct-94 1Mszi2~ 1045 66770' '*17;7 3:3* 10 0.5il 1~5.'
- .200 NYS;:200.
- .BON OOW 2i~OCt*94 bG1-3A/0::2 0:.5.
661i1 32:fl:'
- 1
- 5 1~
- 0
- 02*
1..4* 20_1 N't'S*209 BON:*oow '27-0d-94: bGl~S:A/2-4 $~10 66772: 3t.O' 5)3, 14 '();82' 1.9~ BON SOW 27-0ct-94: 0'31..aA/4,,s* 1.o~15 66773' f.'5j '*0:46: 15 .202 NVS.209 o:e*1 1.8
- 203 :Ny8~20Ei *aaN:ooW
- 21~oct~S4 DG1.:3Cio"2
- 0"5.
66774 2,9.J5: 1:0: 11' JL79'~ 3.. 1
- 204 NYS~209 BON6:(iW 2*7-0et~94 OG1,.3C/2::4 5:.10:
66775* 21,6. 5;t
- ,12 Oi74 1,4~
27~0Ct~94 DG1'3C/4S* to;::f5 66776. 23;7' fa 0'.89: t7
- 2e15 NYS.209'
- eoNaoW 0.69,
.205 NY$:200 80N60W .?J.(jct.~94 001-3E/~:2'
- o::s.
- fii>U,f, 1tt8;:
o.65' .15
- ct99 2.4':
2ot.NYs~209* 80N60W. 27~0Ct-94 OG1.,aEf2"4: S40'. 667,78* 17;1
- O~ft 16 L:1 2:7 208:. Nvs~2oe 80N60W 27 -O:ct-9!1 001"3EJ4'~6;
.fq115 6677§ 16;~; 'o:03:f 1$ 0'.98' 1.5.
-~ I
- Gritf Date
- LOciltlon s*eq 'Rele8$&
locaticin Sa.mpied*
- i6$ntlflcatfon° No: *Number
- Cbde
- 200. NYS~2o9 80N60W 2'1.iOct~~
DGJ;:aG/~2 2:10 NYS-c209 sON:oow 27-0Ct::s.4 'DG1';::3Q/2-4. 21:1 NVS.209
- BON GOW-'
.21-0cVM DG~~G/4;:6* 212* NYS::'209 3SONAOOW
- 2a~Qct::94 QF1/0.~6 2J3' NVS-209 350N400W
- 28-0ct"94 OF1/6'.12*
214 NvS~2oa.* 3stll'f400W
- 2S:O.ct~94
.OF1/12~14: 21S NV&-209. 350N *400W 28~.0~~94.OF1/:1"4-16. 21~ NVS~209 35a\\i.40CJW.*
- 28:;Qct~94
~OFf/16.16 217 NYS.209 3soN 400W <2a:oci::g4. 6F1 $/0~6: 218 NYS*209.35clN400W 267Qct~94 OF1S/6:1.2 219 NYS*.209 BON 6r1N ~27-0ci:;.94. DG1'-3G/0~2D. '220
- NYS~2ri9 atiN ~6CN/:
27~oet~94.c [)G1 ":3Gi2"4** D 221' N)\\s-io9 f3{)N:6QW 21.:0ct.~94 DG1::aG14-6'D .222 NYS-210. 10N20W t4~~far~95,Rt;:1/o.2
- 223 NV.S.:21'0
- 16N:20W 14{M'ar;95,.
RT~f/2-4 .224 NYS~210
- 10N 201/J; t4~Mar~95 'RT-1/4-6' 225 NYS+210:
10N.20W: 14;;Mar~es: RT~t/6:8' .226 NYS~21Q.16N'.iifiN* 1~(~9*5.fff.?1/8?19 '12.7. NY$~210. .1 ON iow: 14~Ma~~~ 'RT~1/t9*12: 228 NYS.~210' ON40W 14~Mar.~95 BS*1/()'~:t
- 229 NYs.~21cl oN,;o.ai:J 14~M8r~a:?: :es~112~;
'230 N)'S~21Q; ON 4rf!N 1'¥Mat~95 iBS,.1/476 231 NYS~210: ON 40W 14Mer-es: *88:.t~ ~2 'NYs:,210 ON40W
- 14~M4v::ss
.B.~-11a~1,o: '.233 JiilY:S~210* ON:40W 14~M&r.:95 es~1110-12 ,234 NYS~210, 1ot{20'vV 14*J'1ar-.95* Rt-110:2:0 Semple QBpilh
- ccm)'
()~5 5~10: to:.1s ,0~1*s: 15:00..
- 30~
- &F40 4045
- 0~1s 1.S:30
- .s-1d*
10~1'5 (1:5
- ~10 i0:.t5.
tS-20 2<t25;. 2s::ao:*
- o?;S*
5-1'0' 10:15\\ 4:5:,21) 20::25: 25;,a()l IJ*5
- -~~
~ ] NA=.>>NtliArialyzed:for J 1Bt.JOretbsy
- Quality Radi0i,i¢miify. 9~enfra.ion Sample *.A.S$urance P,Brce~ -.. _.ff>CUg)
Number COde
- Moisture'
.Gs~137 K-40 'fW224 Ra~22Et
- ~"
66780.; 9ab~a' 3(to'.
- .34_
J2 o.74
- 6:0 66781 9bDSa sMB2:
66783 66784* '66785' 667'86, 66787 ~iBe! 6678il '66852: 66853 .668s:'if 79004'. 79005*
- 79006:.
79007! ,toornr 79009'. .7g01(J 790tt' 79012 1eofa:
- ioot;.i:.
.79015'. l;OOtfJ, 9oDSa seF.sa SdFSb 9eFSti*
- 9blSb 9cLSb
-fOaf,Sa. '10cFSa'- 1Pe'F$b; 26:3,
- 13 22Jl 0',7f 21;s 1.~
18;3
- 0:99
.1J,9. 't>;~ 1:2.~ Qi0068 '9.7 '0'59 .:13,2: :Ei' 1.4.4 00;0" '26."j.~ 22,9: ~NA ,NA NA. N.\\.
- rn86.
-35* 13:
- Q.73 0:24 o:o4J 0.034 "d:tin NA f,f NA.
2:1 NA .0.087' NA: O'J)()57 NA:. -0;009t NA. o*.003& NA-OJlOS6 NA -41:ofa NA.' o:1a 0;:79 0:83'* .ct92:: 0.64 1.-2* o*.'97*
- 1.:1 0:88 o;'B7 1A 0)93 0;96 u
0.79 1.1 ():~, .14 '19o' '16 0.92: 17 (Ui1 -20:' 1~ 1 j.7 0:9S 2o. .'(f92': 18* 0;97 19* ili91 11* a:so: 1.9 2.. ~f 1;6. 1.8: 1.S. 1,6: 2;3 1.6.: 1_.8 .2.J .2:.8; 2~6 1.3:* .~;4* 1:7 1.~
- 21~
t.1 * ~:3* 1:7* ts: 1;8 1:~ 1.4 2a J
- 1*
- ~: _,..._.___
-~"- -*. c::::i . WNVNSC ort;;Site.Radiation ltivestlgaiion-* PHAS'e:i1 Reis Lilts of Soil Sample Analysis Seq' Release
- No.
Number 235 NYS~210 236 NYS.~21.o 237 NYS~210
- 238 NYS*-210.
- 239 NYS~210
- 240
- NYS~21.0 24.1.N'(S;.;210 24~ NYS.~21,0
.243: NYS7210 244. *NYS~210 .24 5. NY5;21 ()
- 245:, NYSi210
- 247 NYS-210 248:: *NYSi:210 Grld' L0ca11on tON.20W*
tON2oW .20S:50E' 20S'50E 21>$'*soE 2.QS.fiOE 2as:soe 2ossm: 4_ossoE 4065.0E 4os*:soE 40S'..50E 405'.50£ 40S 50E 'time sampled J~ocation '.Sanpie LBbotel *. **
- tdentifica:tiOrt.~h' :samp~
c~e '(cm) Nuinbef 14-Mar.95* RT:1:/2"4:0' t4*Mar~*95_ Rt.:1/4~fi-°D 14-Mar:ss. Rff+210:2 1'4*M8r~95 RH"2/2:-4':
- 14~Mari95. Fit'P:?/4-6
- 14*M~r:r9S* Rff:.;2/6*8' 14-Mar~95. fii-t~2J8itQ
- 14*~~ar~9s, RH~2ifo42*
1.4.~Mai:~9S* RH~1/0:2 1'4-Mar~ss 0H::112.::.f
- 14~M~~95
- RH~i/441, i:4~Mar-95 f!J4.::1/tHi:
14*Mei,.9s:. Rft~11a~10 t4~Mar~95* RH~.1lt~12. 5.:10: 10~1~ o~s ,s~tct t<iJ5
- 15120.
.20:-25: '25~0 o~s
- 5-10 10"15*
15~20' .ifo~as*
- 253'0 79017
.1eo:Hf 79()19 79020 r9021
- 790Z2.
,79023
- 7002'4 179'025 79026;
- 79o27 79029
- i9o29:
7903(l ,~vs:Energy;_Research:*aod :oevalopmant.Au:thoriW auallly Assurance
- co.de
- 10bESb
- fi>CFSb
,'~ - 'March 29, 1995-page to
- NA*=-Not:AnalyzedJor I_
- RadioaclMtj' concenmuiOn per' cent, C rJCiI. T
~ciiSture C'$-137 *.. ff;.~~*,_ ;Ra':-224 Ra~226 NA 0:0085 19
- 0;94 1;a NA
- 0;004
- 19'
'0:92*
- {9 N~"
f:a t4 o:as' J~e NA, 1;1' 1*4
- o:83
- 1.e NA*
- r.41,
- 1s~
- .o:a1-
'.1)1 NA t.& 1.4
- o;a1
- 2;2 NA 2:1-f4 1}:85'
~1 NA.c 2.3 1'3; tf7B 2;o NA
- 6:3
'1'4. 0.82' 1t$ NA '.6:5 15'
- o.es
- 2:2 NA 2:0
- 14.
~o~aEr 1-;4 N~: 2:'2
- 13;
- ,cf*82
[1:9 NA, o*,~.1 -1 S*. .'0.. 83'. 2;5 NA mso 1'3* o;83 t4
- Dames'& 'f.Aaore l _____________________________________________________
,=
- wNYNsq; Ott*Site Radlall0rt.lnvestlg.iom"'~'.PHASE'u Resulhr:of Soirsample;Ana!ysls Grid
'Date toc.dion
- samPte i.abOratoJV
'Oual*V
- seq Release Loeation Sempled tdentificeliori
- Depth Sample:* AsSurance*
No. Number
- Code.
- {i:m}
Number COde.: 1
- .Nvs~201. '80N.'60W
.23,.Jun~94 bi31;.so/C-0*2
- o~s
.54687 iaos
- 25: 'NS'S-::?01 aoNOOW 23;;Jun~94.=
DG1~5r>j.c,.a~2 o~s ,54838: ta LS 1* .Nxa~201 BON.&JW 23;;JurF94 'DG1_.;SH/c-0;2 il-5 ,54gg3_
- 1bFSa 178 NYS~2oa SONOOW' 23;;Jun-'94 DGt"5H/0~2 o~s NYS'DOH lbFSb 8,*
NVS~201 80N*:oow" 23;;Jun~94 *.DG1?5H/C~24 S:..tO~ -~ foFS:S 179:.NYS:.2o8.
- imN 6f1W.*
'23;;Jlift~94* OC3t::SW2-4 S-10 NYS:,OOfi* **tcFSb .9 'NYS~201' 80N'.60W
- 23;;Jun~94*
001,,'51-f/C-4~6 10.::15, 54695. 1df:sa tao 'NY.S-208. atiNooW '23-0uni.94, OGr~sH74~6~. lQ:.15 Wt's\\i:>OH 1'dFSb
- 26 Jl'(S~202 *.BON60W 29;.Jt;in~~f4 D.Gl~ t.F/C-0
- .2 0~5 5S009 2.aDS
- 2Q' NYS~202 BON.sow
- 29~un;.94
- *0G1 -1F/c;o~2 o~s
- 55010 2aLS
.27 NYS~202 *eor-teaW 2a~un~~4, DG1'~7~/C-2.::.4: ~S:~fci J>Sot'1' 2bos** 3tl NY&-202 -.eoN6oW 29:.Jun*94 rlGf-.7,F/c:::t4.
- 5-10
- sso12.
2bLS 2:fl' :NY$202 80N60W*
- 2s:....iun:94
'DG1*7F/C'4~ 1'£1.15:
- 55<113'.
- ifoOS 3f NYS-202 BON&aW
- 2S"i.1Un~94 DGf-7f/C:.4"'6 10,.15:.
- 5so1.it.
- ~cLS
- 32 'NYS::200 15'l!*t100N
- 13-J~;,94.OG2:.se/p;.of2 te~
56P31 aaos: '62. NVS~200 150f'fl00W 1aJut-94 DG2~5B/Ci;0~20
- 0,5, ssooa.
'3aLS ,33 NYS"203 1SON*100W t3-Jul~94 DG2~SB/G~2'4'
- ~*fa
.66532 3bOS 63 N't'S~203 'f50N100W t3-Jul~94
- 0G2~se1c~2~0.5;fo
- S666lf:
- abtS 34 NYS"203 150NtOOW 1aJut~94 DG2-SB/C.:4.6 f045:
565.'ii* 3cDS! 64 NYS~203 1Sci'N*:tOOW 13..Jt.1~94
- QG2f5B/C.4~6c>.
.10.~fs;
- !?6670:
- 3c~S:
35 NVS*203 :tsoN 1oow 1a;iu1~94 OG2::5H/C~o;;;v; 0~5
- 55534;
- 3dfSa 38 NY&-203 150N100W 13-Jot~94 DG2"5H[C~o~~a
'CJ::fr
- 56537 adFSh.
36 NYs~200 150N*1*oow.. t34"~94 'D'G2;swc~2.... A,s;;10 ~56535:
- 343FSB 39 NVS~~* *15oN1ooyv
- 1~~£f4. DG2,;5fl/C-:;2-48 s:..1.0
- 55535
-3eFSb. 37 NVS*203. 150NtOOW 13.Ju{;94 .D.G2~sH/C'.4~ +o-1s 56&36 31FS8* 40 NYS::-.203. 1so1inoOW 13"..Jiil-94 . DG2~5J:i/C4~6B: )0*15 !&65;!9 3ft$b
- NYS E_nergyResearch:aodDeveloprilentAuihorify pen:ent MQi~tµre 33:3
- 33.o"
- 53:1 NA 40-4' NA
'..36:2 NA
- 54J..
54:1 41:~ 47~2 4b;3 4Ct3 41~7
- 4:Li
- a1.9
'31:9 14;9 14:9 27.3
- 3ts
'25:J 2718 21.s 12;1, I .March29,*1.995c
- cs~1a1*
RelaliVe; NolQ* ActMty: Percent '.{Poi/s)*. Qiffereo~ 25 25 o:oocx. .30:6 19f47% 'I I JtP.o;*:: ~: i2 1n;e
- 10J)()'K,.
1;8 l:a 0:00% f 9 'f 9 (}:(>()% }A.ct < 2: ~1 z.z, 4:76% 'Q;.:2
- 9.4 i
- t7%
e:1 .aa 2.41%.. 4~7 3;4
- 27.66~,,
n: APD:'>*20* o;t9 o:33. '13;68_%* l_Acit* <: 2'..
- 16.*
lf 1 o:OO<JG-to
- 1~s~
7A4%. 0~46: o:33
- 28:26%..
r~ct"<>2;
- .1.
c=::** TABLE:A.-Soil:Actlvify*:Sorted*b,v.: Quality: Assurance,Gode tor *Corfip~rlsan:- .. (ind
- oate locatioo
- $ampfe* Laboratory du.ii'
."(;;~1'37 Relalilt& Nate _ly
- seq Aelea5e Location Sampled
-lderitifieatiorr
- Depth satnpte:
As.slirarice~ par:eenr 'AciiVify
- Percenr No.. Nlim6Elt'.
'CodtJ
- (cm)
.. NUmbef. Code. Mois.ture.wcvar Difference
- 41 NYS~203 l50N-100W 13.Jtil~94 "DG2.;,tf]C~o.:2
- o~s
-.56540 3gF.$a 23.9:
- t:o HM NYS~:20B 1soNJOOW t3..Jtil-9"\\i'.
OG2~1f/0:2 o:i5 l'.lvs:oori 3gFSb NA: 7A 1)43% 42" t11Ys~203* 1.SONJOOW; 13.J.lil~94 DG2~tf=[C~24*
- s.
- 10:
- 56541
- ~_l
- lFSa
_22,0:
- 5;4 185 -NVS.
- :208 150N100W ts.Jut-94 0&2~-1Ff2_i4 5,10 NYS~D'OH
'3tlFSb NA 3;6
- 33.33%
ILRPD*,>*20 . 43
- Nvs~20.:t tfiON.Joow 1.s:Jul"a:4' DG2~ifiC-4-6*
10~1s.
- $542 3iFSEI
-1a:9
- 1:3 186.* "NYS~2Q8 1_sm.1oow
- 1~u"94 0~-'1F/4;,6; 1a.15 NY$:DOi-t
- aiFSb:
NA; f;2 7:69$ -!_Ad.*< 2~ 77 NYS-204 10S 10E .14.JiJl-94 .OGa:sF~. ~5 55573* 480$ 19;5 .16
- 95
'N'i'S~:204 1os*10E 1'4~JJl-94 tfG3~SF/c-0~2b.
- o~s
.$i67~.
- 4~$
- t~,~
1s 6;25~ 78' NYS~204 t0S-1QE l~-JuJ:9't: OG:3'5F/G 244
- ... 7...
~ *'.:... .~'.: _,* ~5-10
- 56574~
- .i~ps
t3:B ?;S 'g;ij ,NYS~204 10S10E t4:Jut-94 -oGs~sF/c,:240 *. 5-10 -56672 4bLS 13.8 '5:4 1."82%
- 79 :Nvs-204 lOStOE 1'4~ul~94 *oG3:sF/C"4,fj.
16'ts-
- ,56!;75 4coo:
g;:5 0:68 'Ei7 'NVS~204 10S'10E 14.Jiit~94. OG3""5f/C-4-6D 1c;>:.:t5 56673 4c4:s 9;5* 0.63 -'22;06% JAet<,2:
- 80.
"NYS~204
- 10S 10E H~t.11.94 OG3~5D/C-0;2A. 'o-s
- 56576
- 4dFSa
- _24,7 ta
- 63:, NYS;.204 10S-1(E
'.14,jul-$4 be33:,so1c~Q'.:2e -~~ .56579 4'dfSb
- ~;9 16 0:00%
81' }IYS-2Q4 1.0S10E 'i4_.JUf~94'
- o~50/C~2-4A:.5-tO
.56$7.7* 4t'tFSa 16.3" 12 -84 NYS.204 10S10E 14-Jtil-94
- DG3-"50/C*2-4B
.s.10
- .56580.
'4eFSb- .:21~2* '.12 OJJO%- et N'fS*2o4 10$ tOE "1:4.Jui:94 0<2a.s61e:~;GA 10-15,
- ,~s1a 4fFSa; 17;2 3;4 as NYS"204
- ios*10E 14-Jut~94 DG3~E;D/9'4-~B, 10£15*
"56581 4tFSh 1s:s 3;4 0;(1($ 86 NYS:.'204 10S10E 1'4-Jul-94 -DG3~9F/C.Oi'.2: a~s.. '56582 4gFSa 15.4" l3 .187 NYS*2P8-tOS 1QE
- f*(Ji.11~94
'CfG3;9i:;JC-o:2 .o;s
- NVS,DOH 4gFSb NA
- 9:~
29:23~.' tr:AP0'~,20
- 87.
~Ys~2o4 1os:1oe: '14~u1~94 :o*G3-9f/9*24 '5*10 56583 4hFS8 u;s.;
- 5;6 188 NYS*208 tos*10E t4.Jul~94
.oG3~9F/C~2"4' 5-tO Nvf:fooH
- 4hf:siJ
~A 4;$ 19J>4% ii- ~RPo: =',20: 88 NYS~ '10S10E 1:4-JUI~~ *o00;9F/c4'6
- t~-1,S.
- ,5$tM.
4lFS.a f!i.4_* ':f~t ~ t69 N'(S~2oa. 10s 10t l4-J_ul~9:4 _*D~~-+6 10-15, 'NVS'.'00H 4lFSh NA
- NA
- 100;{)0% lAd'<2 1.04 NYS"205 E'of*Pranf 28.Jiil~94 BKG~AT24 IM>.;2 o~-
- 57857
- Sat.is
- 32:.8 "1;Q; 1-1 il' N'f'S,20$
Eof:Plant '2a:Jo1~94 ,BKG~At24.0;0~2. ()-5 57863 $al.:S
- a:2:a
- a:e2:
s;oo%* I.Act:< 2 NYS:En~rgy Research.and Development:Authorify;
- ~-. ---. _._,
WNYNsc*ott.:S~e:,Fiadiation fn~estigation ~*:PRASE;ll R*esults'of.Soir$amp1e*Anatysls. Maroh:2~;.J995 page3 TABLE 4... 'Sof1.Acilv;ty:Sor;tad**oy ouanty.~Assli(ance.Qode for.*C.ompadson ~ Grid Date; Locatlort Sampte Labon11o.y* Queliy ,cs~1a1 Relative* .Note 'Seq :Ratees& tocation;
- Sampled ldentificat10n*
Depth Sample'
- Assurance percent**
A:CWJty 'Percent No, Number Code; {cm}
- N1.fmber
.:c:ode .Moi8ture.. .CPCl/g} 'Oifferenc$ '105 Nv~os Eof Plarit" .2e:-Ju1~~ Bi<G-RT240;;2-4 5;;.10 57858
- SbOS 27;.7 0;92
f 11 NYS"205. E*ofPiant 28:Ji:d~~* cBKG*RT240~2-4 S'-tQ 57ea4
- sbl:S:
2t*7 t.1 1'9£57%; l'.Act<,2 1()6 NY$205** Ei*ofPlaot .2~:.Ju1:94 BKG-RT24Cf4l(l 1'0-15 57BS9
- 5cOS 22;6 oitfi**
1.12 NYS-205 EofPlant
- 2e..ii:.11;94
. BKG~RT240-4~6 10-15 .57'865 sots 22~6 0;74. 5,13%. +*Act.c:::.*;2 98 NVS-205. 60N;sow
- 22-'Ji:.11~94.
,D$1~iF/R"o:.2;
- (};5.
57:851. SdFSa $1'.t
- 211*
1~,; NYS-208* 80N60\\V. '22.: *. (i::d~94 "OG'-f:.:.7F/R~2 0-5. .~ts*~ .. ~f.Sb' .NA
- 2t.4*
23.::srx. 0 ~0*>.2'.0 . oG1~iFIR+2~ 99 NV$205 BON* saw.
- 2,2,J'u1.i"g4 5~1tl 57852 SGF.Sa 27*;6.
20 182 NYS-208. 80N:6DW ~22::Jul-94' OG'1 *1F/R~?4* 5¢10 .NV$D'OH
- SeFSb
.NA_ i1o;i 4Etso% II RPO >:2d,
- 100 NYS-205*
BON.BOW' 22:..Ju1~94 DG 1-7f~f=l-4::;6 10-f5 57853 'SfFSa 1.9:8 '3.e. 22;:Jul~9:4 ' ~- cNYSDOH 183 NYS-208 BON*60W OG1-"7F/fl:..q::'6 10-15 SfFSb NA 3.s. 7'.89%' 116' N'(S-200 *220Nt1.0W 1 s::Aug"94. DG4~5b-0:2. .o~s sch~ aa:os 2~~6 ts: 146: NYS*206.~ON110W 1S.AU.94 DG4-SD420.'
- 0.5.
60268
- eats 17;3
.24* 60;00% II' APO >:20* g 117 NYS-206 220N*17<M 15.Aug~94 DG4-5D~24:o 5:40
- 601.66
'600$ 20:9 5;5;, 147 N'i's~2o6.*Zii<>N t1<1N fS*Au.94* g. ~SD::-2~0 s~to
- 60269 6b~
t5:'.8
- 4;0':
00~:39% !I RPO >;20 11'8 NYS~2,06 :220N'170W 1&Ailg~94 *OG4-504:.6 10.,15 60166
- scos*
2J;e o:95~ 148 NVS.206.:220N 1iOW 1 s.:Aug-94 0G~S0::4.6o: 1"0-:15 '50270 .6olS* 15::0, o;:ts. 21;05%: **lkt:<*2. 1:19 NV~2os* 220N17oW. t5-Aug~94 OG'4"5F~*2' 0-5. 6-0.167 6dF$8 }8;6. .. 19
- 1~~ NYS~2otr *~~ 170W' 1S-Aug~94 OG4-SFB:,0.*2
'0"5~ 6P176 Gl:IFSb
- 1s;a 18'
- si26%
120 NYS'-20tf
- 220N 1:70W.
1s.:AuQ'-94. i:>64,.sF'~2-4 5:~1ll 60168 6eFSa 16.,S:- ~6' 129 NYS.*206 22oN:17.0W* 15.. P.aug~9:4 OG4-5FB"2-4 5:.to 6i:>f77 6.ef.~b 11;;1
- 2.~*
tti9%* 121 NVS~206* 220N t1.ow* ~5~Au*g~94 DG4-5F"4-6: 10--15 00169 .*6fFSa
- 16
- 2
'0:47'
- 130 NY$-206 :220N11ow*
15*Aug;;g4 DG4~5FB4.~.G lo,:15 60178
- srFSb 10i7 OJ;3$
~:3~. *1Acf< 2: 154 NYS-207 3mN170W 24-Qct-94' SED.2/()::2 .0-5: ~. ;taos 34{7'. .2~7 T72 NYS-207 37(lt>f170W 24-0ct:.:94-SE0~20 .0-S, 66317 7at:S 34:7 2.s::
- 7:.11-1%:
1.55 NY$'::201 37°.0N 1:7'0W
- 24*oct~a4 SED2/2~
~~10. 66300 tt>QS 32:e*
- b.$:
173 ~YS~ot 370N:ttOW 24-0ct~94 SEO?J224D 540 66318 '7bLS; 32;8: o:se '5.45%: 'LACl<'2" NYS Ener$ly*Aese~rch arid De\\ielopment.Authoril}'*: Dames:&.Moore:
- r--"
- ~
J WNYNSC ()ff-Site Radiation Investigation - PHASE II Results of Soil Sample Analysis Marcti 29, 1995. page4 TABLE4. Soil Activiw* Sorted by Quality. Assurance* Code for Comparison* Grid Date Location* Sample Laboratory Ouality Cs~137 Relative Note Seq Release Location Sampled Identification Depth Sample Assurance percent ActiVity Percent No. Number Code {cm) Number Gode
- Moisture,
{tielf9} Difference 1$6 NYS-207 370N170W 24::.0ct-"94 SE02/4;6 10-15 66301 7cDS 31.7 0.J1 174 NYS-207 370N170W 24~0cMM *SE02/4-80 10*15 66319 ~cl.S, 31.7 0'.085 22.. 73%' I Act <:2* 169 NYS-207 490N270W 2fi:Oci-94 OGS-E'./0"2 o~ 66314 7dt>S 3U 2.5 1.75 NYS-207-400N'270W 26~0ct~94' OG5*E/~2D
- o-s; 66320 7dl.S 31.1 2~8*
f2Jl0%* JI RPO> 20* 170 NYS-207 490N27rrN 26-0ct~94: 01)5-E/24 5*10 66315 7eDS 23.!5 0:2a 176 NYS-207 490N*270W 26~0ctl94 OGS-E/240 5-10 '66321' 7eLS 2.3~5 0.24. 11;24~ IACt<2 171 NYS-207 490N27oW* 2s.oct~94 OGS-E/4~a 10-15 66316 7fDS'. 23.6 0.06 177 NYS-207
- 490N 270W 26-.0ct-94 OG.S-e/4~60 10*15 66322 7ftS 23.6 0.058 3.33% !Act< 2 166 NYS-207 490N270W 26-0ct~94. OGS-N/0*2 0-5 66311 7gFsa*
26.S 3.6 190 NYS"208 490N270W* 26-0ct"94 OGS-Nio-2 0-5~ NVSDOH 7gFSb NA 2:01 44.17% II RPD > 20 167* NYS-207 490N270W 26~0ct~94 OGS*N/2-4* 5.*10 66312 7hFSa 23.9 ens 191 NYS~208 400N270W 26~0ct~94 OGS~N/24 5-10 NYS.DOH 7hFSb NA 0;12* 25.00% I Act<: 2 168 NYS-207 490N270W 26-0ct-94 OGS-N/4~6 10-15 66313 7iFSa 21.6 0;038.
- 192* NYS-208 400N.270W 26-0ct~94 OGS.*Nf.iMi 10-15 NYS*DOH 7iFSb NA
<0.'04 s.26%* *I Act <:: 2 149 NYS-207 130S70W 06;0Ct-94* SEDi/0-2 0-5 66294 7jFSa 23.6 1.5 193 NVS~208 13os10w 06-0ct-94 SE01/~2.
- 0-5 NYSDOH 7'jFSb NA t,33, 11~33% 1:Act < 2
- 209 NY&.-209 60NOOW 27~0cl:'.94 OG1 -3G10.,2 0-S.
66780 $&)Se 30.0 34 219 NYS-209 SONOOW 27*-0ct:-94* OG1 -3G/P*2 D* 0-5 .66852 9alSb. 30.0 35 ~94% 210 NVS-209 80N60W 27-0ci-'94 *OG1-3G/24 5-10 66781 9b0Se. 2G;3 13 220 NVS~200 BON*6fiw 27-0ci-.94. OG1"3G/240. S:-10 .*66853 tiSb-26.3 13 0.00%. 211 NY$*209 .80N60W 27-0ct~94. 001 -3Q/4-6
- 10:15 66782 9c0Sa 22.9 0~71 22t NYS~209 BON:OOW 27-0ct~94 OG1-3G/4-6 D 10-15 66654 9clSb 2Z9 0~73 2.82% iAct 1< 2 212 NYS-209 35CJN 400W 28-0ct-94 OF1/0;6*
0".15 66783 9dFSa 21.5 1.6 .2*11 Nvs:200 35oN 40CMt 28~oci~94. OF'fS/0-6 0~15 .657Ba 9dFSb* 13;2 1.6 -0;00% IAct < 2 213 NYS-209. 350N*400W 28-oct:.94 OF1/6*12 1'5.:ao 65784 9eFSa 18.3 0.69 218 NYS*209 350N*4oow 28"0ct-94 OF1S/6-12 1s.:ap 66789 9eFSb 14.4 o.86 3.37% !'Act< 2 NYS Energy Research and Development Authority Damas.& Moore
- ~*
.WNVNS'C'Off-Site.Aadiatk>n Investigation:;-. PHASE.JI Resolts'of Soil,Sample An'aly,sis' MarclJ 29} 1995' Grid ,... Oma* Sample LocatiOn*. Laboratoty QOdly. CS.,1.37
- Retali\\ie
- Note Seq :Release Location
'Sampled lderttifl&ition Deptn sample. A9$urance.. J'ler'C.SrltY Actwtty Pereer\\t
- fllo; Number Code~
(cm) Ni:imber
- C
- Ode M<$isture.
(p¢t,lg~
- oiiference.
- 222 NYS~210
.1o~f2ow: 14::tJlar;95* *Rr:..110-2. .0-5: 79004 lOaFSa .. NA Q;2.:j 234 NVS*210 10N:2oW" 14-Mar~9s.RT~1/0-2D ~s;
- 790f6 tOaFSb
- NA
- o:.1a.
25;00%: fAct<:2 223* NYS-210 tON2CN/ t4.~Mar.95 Rf..'1/2"4 5*10. 79005 10bFSa .NA
- 0:041 2a'5 NVS-210.
10N,20W: 1'4;Mar-95' RJ-.;.1/2:4.~:o 5~10 7~017 10bFSb '.NA 0J)085< .79;.27% f~ct<*.2 224 NVS~210* 10N*2oYJ. 14~Mar.:.9s ;Rr.::1z.11-6: 1CJ.15 1!Jo.06 1oc:Fsa f\\IA
- Oi00:4
~- NVS~10 10N'2iN/. 1'4~Mar;:95: 'fl°t*114~6;t> 1'0-15
- 7901e tilc:f;sb NA tt034 o:OO%'
.LabQr~iQry ~naiyJI* :¢c:>rr~1a~o11 Fil~ PHASE:.I : Coats* Grid *Survey GRID: All PATE : Dec 93 **,Jan 94
- sam *1e T,~l~dy,n~ NY§OQH: Tet$dyrie,
.... P.. Location Sam le .$~mple Result. D.eski~afor.. ........... R..... * .~. \\.*..
- ~. -
ID
- 10.
x L3b2AB '3o92s 845012 0.21 L10D1A2 35947 8450:17 b.43 L5P2AEI. 3$930 .~14 P~64: L1D2B '$~22*
- ~10 1.1 1..1.~01.~
- ~g~
&45()1~ 1.6 ~Df~ ~~: 845015 '3.2 ' '845013
- (*:..
L501AB .4.. ~ I L3b1AB
- 35925
- 345()11.
SA L1D*1B 35921 '845009 E>-7 L1D1B 3$~1* '845.009 ts
- ** ** A~gresslon '.Output:
ConStant Std Err"_OfY.ESt Rqq..,area f'.lk:>_ Qt Ob~~r¥atk:>h$ oe * *r..s :of Free.dam
- ... 9.... "'"..........
~ ¢oeffic1ent{$) std e:rr. ofCot:1t;. Q;Q549 o.429e** o:9a&o 1.P a
- Q.81~
0.0523_ PPH. Result .Y 0.22 o~M> (>,;$ 1~2: Q~~ ~~~ 4~~: 4.8 5.6: 5~6 ~25. SLOPE:: o.81.5* . lnterc.ept :::; ci.055 A~2 =- .0.9l;lt. ... -'95%'*. :canfiaence * '.Jntetva.1 . *y?+,e . E.... yi~e.
- OA71 0;452
.Q.434
- (>~~8
'().~ g~~1~
- 0.*3.. 54
- 0~4'1*6:
0~533 >t'.U~14. -0:245 -0~047
- o.t43
- OJ$~
.:o~~ 2"349
- a.ass
~{639
- ,AJ~~*a2 s~sss.
Sumx'""2
- sum y;=
- sum y~'~
~Qrn.:x~=
- -,Avg *-=
-:~~e: = Ja/?'.= 0;'697 0]~57* ~~010 1;349 1.:722 2,97a: 4.. 076 4j~12 s~o4a 6.781
- 1t:;5..
- 26:0.
114.0*:. 1~;~*
- 3,;,28~;.
Q~42~ z~oa
~ ~- ~- ~""'.".'! ,~. ~ ~ ~. ~ ~ ~ :--J
- ---1 c; ~ '. ~N~N~~ Off~~ite Radi~tip~ l~vesti~a~io~. *...
Lab-oratory Analysis.Correlat1.on ..Q n1 _J
- ~.--DO-H-.~-T-~-ed-y~n-e-*.03:~-~0.0~62-.~~I~ ~.~~~-~-~-
~~// I 0 Q (./) >-z .0 u ~ 0 0.. Q} a: .c 1- ~ (} <( .............. **"~>***_,,,....... ~ ........... -**,,.. r**. 15:--1----/ ....... ~~ ... :........ ?--1**- 1 o = . __ 9,~:: ~./~=/,,,.. _,,/ () I. ---"---1~----t I 1--.:__--1-~--1--~--*----*-- ~- / -5 _,___.---.,1.--.--1 T**-t---.___,..-..,--.--+--...--.---.--.-.i *-r I I - -1 I I t*. -T I n s i o ts
- 20.
2s 30 -195% Coaiiden:Je. - Interval l *1-a-r-r-35 40 Activity Reported by Teledyne Lab D-28}}