Text

Rev 8 to PNPS-ODCM, Pilgrim Nuclear Power Station Odcm
	ML20211G238
Person / Time
Site:	Pilgrim
Issue date:	09/15/1997
From:	; BOSTON EDISON CO.
To:	;
Shared Package
ML20211G216	List: BECO-97-096, Application to Propose Changes to Tss,Relocating Radioactive Effluent TS & Radiological Environ Monitoring Program to Odcm,Per GL 89-01 & NUREG-1433; ML20211G231; ML20211G238;
References
	PNPS-ODCM, NUDOCS 9710020158
	Download: ML20211G238 (153)
	v • d • e

.

@sosTON EDISON Pilgrim Nuclear Power Station n

0 0

RADIOLOGICAL EFFLUENT TECHNICAL SPECIFICATIONS Attachment D Draft Rovised ODCM ali 18a8" 318 ab a P

PDR

PNPS ODCM -

Rev. 8 -

^

PILGRIM NUCLEAR POWER STATION OFFSITE DOSE CALCULATION MANUAL

,,4_.

O-3!'r!D APPROVED BY-

) x.ii._ L %ci CHEMISTRY Date i

DEPARTMENT MANAGER 2 ~'

APPROVED BY RADIATICN Date -

PROTECT'ON MANAGER REVIEWED BY.

ORC CHAIRMAN Date Rev, O was onginally reviewed by ORC on June 10,1983.

ORC REVIEW REQUIRED O-

PNPS ODCM Rev.8 RECORD OF DOCUMENT CHANGES DOCUMENT b

REV

4'E SECTION

_NO

EY: . ; ~ :'. :: :

'. 3E

RCVED

_ AND PAGE O

>:

a a - ";

': 53 Al Sections 1

r;

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er e ;;r :-

5'

~;77&78 2

Cra ;:s

%:. 3 --

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is

~ Sect;cns

U.' ~ - : si.

. rges - e::: se t:

te cr m a +, + e, c c ~ ~. ; c, E E : ;; ra: c cyca 3 ctC" 3

Charges ' esce se : ',C C :c~~e "s :r O'.C 5

' ~ *: 59 Prehminary pages.

CDCY "e. : ~;: niMC ::"e:: Scogracr :a 334261 70 errer - ' a r. >e : 3

ccra:e e-e,

_? c:at.c-s 7 3 & 7-5r S 1 Change escors.D:e : v s or A3 4

Upcate :gran.re cage to ref ect ew escens,c.e C'11 Oage i through vil.

orgar zat en.ccam *ecc 0 cf 30:amert :nar;es cages 1315.

Renurcee : ages

t.gn,o to rc uce ist of 17 23.25-23.

effectue cage ev;s.crs :esise cages containirg 30-32, 49. and equations anc cefir,t;cns to ec:ude machine-A-4. Appendix B.

generated scientific cnaracters Accress gardens identified cunng 1990 caraen census in Table 7 5 in accordance with Technical Specification 7.1.B.2.

Expand definition of Lower Limit of detection in Appendix B 5

Add Steam Jet Air Ejector Monitor to section

'O 30/91 Pages t ii. iii v, addressing monitor setcoints 34a 6

Update revision Log renumoer pages a tnrougn m 25 ' t94 Dages i through clanfy definition of dilution flow used for l quio ini 14 17 33.

i effluent discharges clarify assumptions used :n 34a. A-35 gaseous effluent cose calculations anc $3E monitor setcoints 7

Reference NRC Safety Evaiuat;on ana

:2 95 Cages i through vi.

10CFR20 302 permit for ons.te disposal of :4ghtly Appendix C page contaminated construction soil, recag nate C-1 preliminar/ pages 8

Relocate Effluent Controls from PNPS Technicai Entire document Specifications to the ODCM in accordance with Genenc Letter 89-01; Repaginate and sectionalize entire ODCM; apdate distance and direction information for environmental sampling locations.

tO U

li

PNPS CDCM Rev 8 LIST OF EFFECTIVE PAGE REVISIONS O

Page Pe, O

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l 3/4 11 i 8

l A 41 8

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A 42 8

l 3/4?31 8

13-2 8

A 43 8

1 3/4-14 i 8

I b) 3/4-15 ;

8 i

lli

PNPS ODCM Rev 8 TABLE OF CONTENTS SECTION.

-E OAGE I

- -.- - -.. ~. __.. :...

_; i, : :- - - - -.

i

. g

~.

y V

_ 5 * ^,: E::E ;. E : 3E : E. 5 ;'.3 m

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iv

.=:

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vin 10

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b1 2.0

E '. ~ :' i 21 3/4 0 E :. E N ~ c '. ; E '. y ^ *.'.1E','2 L C C P.~ 0 : i 3,41 3/4 1

'45 ' R _'.'E'.~2 ~ C'.

3142 3/4 1 1

a lc a:t,e

n. a E" Lent rstrurrentat c

342 3/4 1 2

2: ;a::,e 32: ecus E"ter* 'nstrumerta: :r 3/4 5 3/4 2 O ADIOACTiVE IOU!D ECFLUENTS 3/4 10 3/4.2.1 Liquid Effluents Concentration 3/4-10 3/4.2.2 Dose - Liquids 3/4 12

.s 3/4 2.3 Liquid Radwaste Treatment 3/4-13 3/4.3 RADIOACTIVE GASEOUS EFFLUENTS 3/4-15 3/4.3.1 Gaseous Effluents Dose Rate 3/4-15 3/4 3 2 Dose Noble Gases 3/4-17 3/4 3 3 Dose octne-131 iodine-133 Rac.cact:ve Vatera:.n Daniculate 3'4 18 Form and Tntium 3/4 3 4 3aseous Effluent Treatment 3419 3/4 4

'OTAL DOSE 3/4 21 3/4 4.1 Total Dose 3/4-21 3/4.5 RADIOLOGICAL ENVIRONMENTAL MONITORING 3/4-22 3/4.5.1 Environmental Monitonng Program 3/4 22 3/4.5.2 Land Use Census 3/4-46 3/4.6 EFFLUENT CONTROLS BASES 3/4 47 g

,\\

iv i.

PNPS ODCM Rev.8 T' 9LE C: CC N"ENTS =ntinued) p SECTION

-_E PAGE 50 L ; _ : 3 :. E '..

5~.

E" Ei _ N ' : s *%CbCOLOGY 5-1

RCSS RE E E'.CE 60

' E 5 : : ; ~ : '. : ~ : :.'. : 5 ' E 5 ' 5 :";

61 61

_ ; : ; 3 2.'..

, s e -

61 62

' e 3'e 335e:

0 3 : c. d i N 3. 5 M ~

6-1 7.0 RE_E;SE :: 0." a'C YC N 'C 4 OESCRf:~ :'.

'1 71 ac.ca:Ne E"'aer* Oe-ease %rt Jes c '. -

71 71'

_ :va a: c n.e.'. aste E%ert o ease 7-1 e

712 Yar Stact 3as e ease 71 713 reactor Eu'ic<ra E eaust vert Oe ease

'2 72 ac ca:t;,e E" uert V:ner r; 5 jster- : esc ; e r 73 3

721

_ awa :ao cact.e,'.aste E"!uent Mon.tcr : 5 e~

7-3 7.2.2 Vain Sta:A Gas Mon < tor;n; System 73 7.2 3 Reactor Building Exnaust Vent Monitonng Syste-7-4 7.3 Measurement Metnod Dunng Release 7-6 p

7.3.1 Liquid Effluent 76 V

7,3.2 Gaseous Effluent 76 7.3.3 L;mitations 7-6 80 MONITC'R SETPCINTS-81 8.1 Liquid Effluent Monitor B1 82 Gaseous Effiuent Vonitors B-2 83 Steam Jet A.r E;ector Vonitor 8-3 9.0 C ALCULATIChi.L METHODS 91 9.1 Concentrations of Liquid Effluents 91 9.2 Liquid Effluents Dose Assessment Metnocciogj 9-2 9.2.1 Liquid Pathways Annual Dose Rates 9-2 9.2.1.1 Aquatic Foods Ingestion (Fish. shellfish) 9-2 9.2.1.2 Shoreline Deposits (Discharge Canal and Recreational Area) 9-3 9.2.1.3 Swimming (White Horse Beach) 9-3 9.2.1.4 Yachting / Boating (Cape Cod Bay) 9-3 tO 9.2.2 Definitions V

9-4 V

a.4+0

,-k PNPS ODCM Rev 8

~lEL32 2 2[,EEi 00! L.edi f

SECTON

~E DAGE 93 3aseo s E"_e :s c se 5 sess en: Ye: c :: ::.

9-6 931 3asecus : 3:.sa<s; ~' 3 :cse Cate5 r

',: e 3ases 96 9311

r~a 2

5+

96 9312 e:a a Dese 97 9313

-na: 5 :, ::se 97 9314 Enr Dose 97 932 3aseous car.s a,s

-rua: ::se c ates :~.: + 2

arc '33 9-8

=ar.<cwates.vr 3 -a f. fe 3reater Na-5 : 3.: 3: ' t;um 9.3 2 1 3 ounc 0' ace :eces : on 98 9322 E eam.rg nra'a: or 9-8 9.3 2 3

_eaty Vegetatu ngest:en 99 9324

c: Occ hcr.eaty /egetat or rgest>cr 9 10 9.3 2 5 Y a ngest cr 9-10 9.3.2 6 Veat ingesticn 9 10 9.3.3 Cefinitions 9 11 9,4 Total Dose to a Member of the Public 9 15 C

t 10.0 RECEPTOR LOCATIONS. HYDROLOGY AND METEOROLOGY 10-1 11.0 RADIOLOGICAL ENVIRONMENTAL SAM LN3 NO 11-1 MEASUREMENT LOCATIONS

-12.0 ANNUAL REPORT PREPAPAT:ON 12-1 12.1 Annual Effluent anc Waste Lscosar :6cc-12-1 12.2 Annual Radio!cgical Env:ronmental Coe a:.r; ;s::~

12-1 13 0 OE ERENCES 13 1 Appendix A DATA REQUIRED FOR EFFLUENT CALCUL CNS A-1

-1 Appendix B DEFINITION OF THE LOWER LIMIT OF DETECTION B-1 4

l Appendix C NRC SAFETY EVALUATION FOR ONSITE DISPOSAL OF C-1 SLIGHTLY CONTAMINATED CONSTRUCTION SOIL v

1 vi

+

Rev,8 l-UST OF FiGURFmS FIGURE pAGE NUMBER _,_

; :i * ' E NUMBER 421

_: a Rac..-w e erne-5,s:e-5: rem M ^

3/4 14 431

s i + :.. s E " _. e-3 r e" 5,; - 3 :

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3/4 20 35' E

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3,4 40 3 5-6 E, r:rme~a 5 3 c-r; v: Yeaserement ::c: -.:;a ces 3/4 42 O

1 O

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PNPS ODCM Rev 8

.. - -: : = < =. c C

TABLE PAGE i

NUMBER

~. _ _ _ _ _. _... _E E. _. 1 2. _ _ _._

NUMBER 7

1*

E "..-r t 2 :r te; s ' : ss :.e'+re ce 12 3u

' - T. e _. : '"..e-Y:~ nt r " "

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E.".eaa~ce.

3'44

. 3 7, g g.,3 312 0 3 nac:.e 3a3e: s E%e-Y:Nor g re ~e~a: cr 3'46 41:

a; :a:L.e ;ase: : :" ver: Ycraer g s" ~er a* cn Sur.entance 3/4 8 e :.. t "'e *'$

42-1

a: c a.+ a.c,'.are Ea enrg arc > 3,3

:; am 3/4 11 43' aa cac: e 3ase s,'.as:e Samoorg arc d a. 5, 2 : gram 3/4 16 35' 2:e at:er 3. Ra: c :; ca Evermertai Ye-::r -) : :gtam 3/4 24 352 Evormenta. ' D :ca:crs 3/4 29 353 e 03:: cg ca E s Or~erta: Samcq. :a : s ~

3/4 3C 3 5-4 Decertog e,e s ':r Racica:L,ty Concentra::e s Ee.ironmental 3/4-44 Samples 4.5-1 Detection Capaoilities for Environmental Sampie Analysis 3/4 45 51 PNPS Effluent Controls And Methodology Cross Peference 52

/

7-1 Radioactive Effluent Monitor Data 75 10-1 Cutical Receptor Locations and Atmospheric Discerston Factors 10-2 A1 Bioaccumulation Factors To Be Used ;n T~'e Absence Of Site-Specific A1 r

Data A2 Dose Factors For immerston in Water A-2 A3 Recommendeo Values or Liou:d Effluents A3 A4 ose Factors :or Exposure To A Semwrf ca+ : :=.: Of Ncole Gases A-4 A5 Stacie Element Transfer Data A5 A-6 Nuchce Transfer Parameters For Goat s ?.b A-6 A.7 Animal Consumpt:on Rates A-6 A-8 Recommended Use Factors To Be Appliec ;cr re 4verage Individual A7

~

A9 Recommended Use Factors To Be Apphed For The Vaximum Exposed A8 Individual A 10 External Dose Factors For Standing On Conyminated Ground A9 A-11 inhalation Dose Factors For Adult A 11 A-12 inhalation Dose Factors For Teen A-15 A 13 Inhalation Dose Factors For Child A 19 A-14 inhalation Dose Factors For Infant A-23 J

vili

PNPS ODCM Rev 8 LIST OF T A E_Ljj (continued)

TABLE PAGE O

NUMBEP A 15

esten ;;se: 3:::rs ::

NUMBER A 27 A-16 Jestcn Dose r icters :: ***

A 31 A 17

-;.rt n : se rac:o5:: ;- 3 A 35 A-16

+s: - ;;se :3:: r3 rar "'3 ~

A-39 AM

- :: ~ ~

c, a..e s : : ; a s e:.. ; : 4-..e 5

4,43 O

ix

PNPS ODCM Rev 8

1.0 INTRODUCTION

l This manual contatrs tre :.~+~

~e vrie'-

3'3 3na information used in the

[]

calculatior c' ;"s te ::ees '.+ " 7 : '3/.+

t4

3~1

' : +"Lents in the calculation of V

gaseous ara a 0+"

e-

~~ / = r~ " : le :: " 3 r'

~ ~e :onauct of the radiological environmer'a ~cr tor rg c*:;ra~

All effluer-

-3.-

e :"s:e :::e 2 3 :sa :

/

.a CCCW Aere onginally part of the N ;

5 : + v e :e r me 3erere etter 89-01 (Reference

~~

e

.-r' 3:. ~. : ~ ~ n ~

n : cgca! E' fluent Technical Specif tca:.: -: ;: i

- ~+

a^

N r ca, 5cedcations and relocatca ic - ; ?

'?

The effluen: ::. -": s wr. e n sie: as car.s cf Sectcr a ; ana Sectron S cf the PNPS Technical Ste: * :a: cr5

-. : n..":: cr A tr me transfe' :*

+ +"..ert contrcis ' rom the RETS to the OCCY d

f re< ;

re~e er e rcycua, e"1e-.:-~::s Aere enanged to agree with the N~ce

: : e~ - : eser N PE 3. 2::

' ": te Cose Calculation Manual Guidance E:a ca ; e : :; :s E",.er 2:-~:.s': rec =r;J c+ ceactors '

The originai -e:rrca Ice:ica:en ?4s Oaseous E" _e~ 7eatment" addressed both offgas treatme~ 3 c ese cs.e ;as ~crece rg

'n 3:: Orca ;e -:r :ne guidance in Generic Letter 89-0

-cr :p cg c' e <c.cs.+ gas : rcer: rat, ors nas : :e 'etained.n :he main body of the Tecnnica, 5 e:':a c^s L ese ter: to 3 50-:-

+ ~ croved standard technical specifications e~c.e: :ne e:sremert 'cr exciosve gas nr.:cnng. 'n accordance with NEDO-31466 T erefore tre org:nai ecnn. cal Specifica: cr a B F was partitioned and the

~

portion accressing offgas :reatment has relocated to :ne ::CM Effluent Controls (Control 3/4.3.4) The pomon of the onginal Specification 3/4 8 F accressing explosive gas monitonng was relocated to the FSAR (Reference 3).

A cross-reference of the onginal Technical Specification Section to the revised ODCM Effluent Control Section is included in Table 1.1.

V in conjunction with the GL89 01 change. the ODCM was restructured from that which previously existed. None of the reautrements or methodologies were changed Pather. the vanous sections were reorgancea to facihtate support of tne effiuent centre.s relocated from the Technical Specifications Destnot:ons of effluent monitori.,g systems arc se:coint calculations were moved to the sections immeciately fo: lowing the controts fo0cwea, ::se calculation methodologies and finally oy the env ronmentai monitoring program sec:.cr 3..cco".ing information is hsted in the appendices at the rear of the manual s

}

d 11

s PNPS ODCM Rev 8

. - ~ -.. -

p 5.: :

_5, -

. : 5_: = =..= r x.,_=

g

\\s Original Tecnnical Revised ODCM Effluen_t C..__ont rol Too..tc_._.

_ Soec.ific a_tio_n secten Control Section Liqu.c E"'

r -

~f 321 4i_

42*a aia_

42'D

' ace 4-

~ 30 e 4 21 Radioactr<e. L 7 E!L.e**

svema cn 3SE-

?1*

45E*

411a 4

?.

JD

-xe_L

' acte 3 1 1 Tacie 4 -;

Tacle 41 1 Liquia Ranas'e ea meat 25 323 42:

423a 45:

423b

gare 4 :

gure 4 2-1 Gaseous Effluents Dose Rate 38D' 331 4.8 D 1 4.3.1.a 4.8 D 2 4.3.1.b D

Table 4 8 3 Table 4.31

(

Radioactive Gaseous Effluent 38E' 312 Instrumentation 4SE*

412a 4SE:

412b Table 3 S-2 ca~ au Table 312 Table 4 6 4 caman Table 41-2 Gaseous Effluert Treatment 25:a 334 33 Re>ocated to FSAR 45:'

434 45::

.eiocated to FSAR

gure 4 5 2 C gure 4 31 i

Environmental Mon tonng 351

~*

5*4 451 Table 7 Table 3 5-4 Table 8.1 '

Table 3.5-1 Table 8.12 Table 3.5 3 Table 8.13 Table 3.5 2 Table 8.1-4 Table 4. 5-1 Land Use Census 7.1. 8 3.5.2 3

8.1.8 4.5.2 (G

12

PNPS OCCM Rev 3

[551.i.' ^Jj ad C.'

_ _ _ _ _ _ -., ca.-

-. =

.: = = ~t Original Tecrrical Revised ODCM Effluen Controe ?cic T

. S. p e cific. a t io n S e c tio n....-

Control Section Dose

~_ -

22 42:

Dose Nec e ~- i + i.

' 3 J-32 53' 432 Dose ioc r e- ~

re '.

Ca: cac.e a;

333 Moteriar e : r. a * :: - r,

.u~

sa 433 Total Dose

'51 341 ss<

('

13 1

PNPS-ODCM Rev 8 2.0 DEFINITIONS This section 13ts :ef r t 0 5 '." :- *:

Le : * ~ s : 2V Cther definitions pertaining tC acticns a surd a :e e n +~e-r-

trois can be four d in the

' e cr " ~. 3 6 :;"

3~

O e's

':Y 21 Ve-t e' s of t e

..t4 c Ver cer s cf 'r'e.cotat s 3

'^ ude a<! cersons who are not Oc;.aa :'a ns:: v=c..*".

a :a-'

's : ate;c, ::e s et nc:ude employees of the u.t :-

.+ :: s - 50 e,c.ce: ":~

regcry are cersons who enter

're ; *e

.i" : s -:: ;"e"? :" t: "ar e :ss,er es ' s ;ategory does include persons

.W C i+ " c" 0" s /

e e "' '+ 0'e 3' 0" a-

r Y al Dr Other Durposes not s

asscc ze:..- - ~ e e

22 Offs.te ::se :atcua c-Var ~as < 2CM

'ne Cf's te ::se :aiculation Manual (ODCM) shan cria r 're ~etroco cgj ana carameters usec '

e :aiculation of offsite doses

'esucng " r" 'ac ca:t.,e ;3secus 3rd ouia e"!Leru '

e ca.culation of gaseous and t.o u,0 e",.e t ~ r tar ;; a a"~

Se cc ris ac

- ~ e :crcuct of the Radiological E n,ircre n t a t Ver 'cr *g ; Og'am re OCCM snaJ a 5: :cntain (1) the Radioactive

~

Effluert Controls a a Oac:ciogicai Envirormerta: V:- *.c :ng Drograms required by Tecrn,c3: Scec:f cat co s

m r;strat,e 2crtrols 5 5

_ -' 5 5 4 ana 2) descnptions of the

=r*c""at cr "'at s cu a e

' aced n e

-.. a Oacioicgical Environmenta!

Operat.rg ara : r ua Oad cact.e E'ftent De ease r e erts recuired oy Technical Spec.5:at.ces arr r.st atue kmrcis 5 9 2 ara 5 5 :

2.3 Raawaste Treatment System

a. Gaseous Radwaste Treatment System The gaseous radwaste treatment system is that system identified in Figure 4.3-1.

O b

Liquid Radwaste Treatment System - The houid radwaste treatment system is that system ident!fied in Figure 4 21 24 Site Boundary - The site coundary is snown in Figure ' i

n me FSAR (Reference 3).

t b

o P

s 2-1

PNPS ODCM Rev S 3/4 0 EFFLUENT AND ENVIRONMENT 4 CONTROLS This section :nch.ces re et'..er' r : +- ':

3 _:

3 *.ere enginally part of the PNPS O

Technical Sce: f cat <cos w +.:er-e" a ~oritonng program previously

^'

(

listed :n :ns 'e

m Sce: *

r s ;e + " e

' ele.

.wre relocated into the ODCM 2

without any sutstartial tra ges 3:: r:ar:e e. r Je~e-r

" 39-01 Reference 2) Text and tables.ser+ e :rma"e -

"a ~;.-e :

e ::C'/

e

..s ::ntrois Aere renumbered from the er c r 3 ree'": : ~ + '~' + cr *e 'e:'"<:a ice: :r -

2. : ss reference of the old Technica sie:

c'se::

+'e/

2'/56L 39'O' ~3 0" * ' '

Poor to te 3+% :._ e"e -. ' : ar ge :

e Z ^ '.' ; :.

e 22CV contained an enhanceo a:: :: :a. er, :

-r a cow 3 cr:gra-E '? :

arc <e tra: reawred by the Technicai Stec r caters

's c'e,ent confusion anc :act c+

e -" ore nciusve monitonng program that e. sie: r e :::Y re :< g rai 'ecrr<cai Sce: at :n CE',iP e.as replaced with the REMP :es:r tec -

e ZC'.i ere :re re er :c -

: gram :s:ed in section 3/4.5 d

contains mcee sar c,e; 3 2 ~:r t:~ g c:atcrs ar e. 3:+ :

e ecnnical Specifications

~

REMP pnor to e Gener c

+"e' 29 01 :ra ge in aadition to :ne : anges r " e OEMC cc: gram cesc'.ceo 3 :,+ SJ c' tre tables were revised with the latest c starte an:: Ire : cr.r'ormat on a s adar's ~~+

Dai cositioning system (GPS) was used to,er b ne ccato s :( tre,ar:cus samparg a

r ::nng stations and the tables were updated a :cra rg:,

eer ng utn go,ernmeMa +": 3 : acoct the metnc system of measurement a ' 0 starces a.e teen istec n mete:c u

ers and or kilometa ') in the vanous tabies anc figures Any changes in distances and directions to the vanous monitonng locations from those originally listed in the Technical Specifications 'EMP are corrections based on new information. Nc.: of c

the locations of the sampling stations were actually changed Some of the verbal desenptions, s

vJ especially those for near-plant TLDs, have been updated to reflect current names of buiidings and other areas near Pilgnm Station Again. none of the physical ccations were altered. and the change merely reflects up to date clace names adcoted by stat ce management i

c hJ 3/4-1

PNPS ODCM R ev, 8 3/4 1 INSTRUMENTAT!ON 3/4 1

030 ca:t e E'

- ~

r-O

\\

>V CONT E

-_.s.

,-m-w..

.m mm,---

1 31'

- 2 2 :a:' e

=

e~ ~ - ' ' - '

'r

" tat en channels shown in

~ : 9

- "2 09
  
  e'3: e a t

'"e r 3 3 '~ * " f r"^c ris set to ensure that the

-*: s 3*t " t 9 a ; 6 e e.: '

' : r ' ::s A*'en -QLtd Wastes are

.. 3 * ;- ;

' 's : '. 3 s'e ; 5 " 3 * ]6 ' e 3 ;r "9 e 3 59 5

'~e'**r

e

'3 A35'f : s ;" Y :+

26'

~e 3CO,e sCeciflCation

-

s ^ t 30.,

e s e 's e 3 5 e s s r a'i C e '" 3 t 3: OrJaD0e A-in AClion 1 of s

APPUC a 5 '_ ~ -

- s : ; A-

~ 30 e _ '

ACTION a

3 ' n ca

,,e hc +f ' vert merit:- rg t.~ertaton :nannel alarm / top i t 'c : <" ess.: ser,at: se ' an 3.atte Ar.-

ensure that the hmits of

-. :-"Or :

re ~et A treut delay susce ; '"e *e ease Of rad:oactive hquid e ' uerts ~crittrea Oy "'e af'ectea cnannei.' ' r ge tre setpo nt so that it is a;;ectacay consersatise or ceclare the cnannei **::stacle b

With one or more radioactive liquid effluent monitonng instrumentation channels inoperable. take the action shown in Table 3.1 1 L/

SURVEILLANCE REQUIREMENTS 4.1 1 a The setpoints for monitonng instrumentat:on 3ra. ce cetermined in accordance uth the ODCM 4.1 1 b Eacn radioactve hauid effluent monitonng

's" mentation enannel shall be cemonstrated coeracle at the frecuent es s ; A-

~ acte 4 ' 1 s

\\

%J 3/4-2

PNPS ODCM Rev.8 TABLE 311 w

u r c a c of g _ ;,..:. 3 ::, 7

, :: 'C.N. S'RUMENTATION (x

rar Instrumert

, ru -

arr ar t,

Action

1 GROLi;.

~ ' $ 7. ~ : : i ;: : *. : '. 3 e. ~ ' ' ' r ' E : '.b'la ' C N OF R E LE A SE -

a Liqud O l'.i:

7.

';4 1

i t"

Efttuerr.-

.:.e 2 FL O W 2 i'.E _'.'E I'.,.5ME'.'_.::_.__:L i

a Liquia O M.. t >'

2 ;.i r j.s.',i

g ge :t 2

Etfluer+ :. N L.a.u : -

b Distnarle :ar a-

'a C u nrg a :.. a

, i ae u 3

% d n y.' +

AClions Pe';. N I ACTION 1 A tr 9 r'te M a oracie ma v'es ess inan

. - :, re minimum criannels operable requgement ett.nent <e eases may ce resumed pit. :e :

At ;nor to initiating a release a At least two independent samples are analyzed 'n 3; tan:e with Control 4 2.1.a. and, b An indepe: dent verification of the release rate calcuations is performed, and.

c An independent venfication of the discharge valving is performed.

O ACTION 2. With the number of operable channels less than required by the minimum channels operable Q

requirement, effluent releases via this pathway may continue provided that the flow rate is i

venfied at least once per 4 hours4.62963e-5 days 0.00111 hours 6.613757e-6 weeks 1.522e-6 months dunng actual releases ACTION 3 Suspend all radioactive hquid effluent ciscnarges it no 1,,ution water is available.

F'ow will be estimated casea on design flow rate of 're : tent nq circulating water pumps and/or operating sait serwce water pumps

'w)

,t 3/4-3

Rev 8 T1 E L:.1 1 1 R A DC A C_T_Y_:. ^ _ ^ E : _, E ',' ',' ! ', ~ : 0 !.3 '.STRUMENTATION

.. _.. : : =

z.~=:=~

s<=.

m _ s:... 2 -.

-a=

_sc t.r e

r ne' Channel

-Mi et r.

Instrumen.-... - - -. - -.. - -

.-.___e.._.. - __e.;,

. : i.n,11 on Functional Test r.

1 GRQis :s '- if Ji',pni. : 1 1 '.,; '~ ~ ". '.9 ; %'c a s :: : : ',3 :La p y A N p' A U ",, ',' : ' ~

'~r.

~~~~ - ~~~ ~ ~~

a Lama a i :..,.

, ; -r 13nergy Ef f!aem s. -

..3

2. FLOW Pa': '2:ih ::,$2E' ';;E,;;gJ I

a Liquia Pach ute N.

-...> r Quarterly l

Effluants r -

r.ns

--~

During Or pr.'Or

3.e, ease a m 5 Cathway 2

Previousiv e suti-5 rel :rer s' cn precedures.wi ne usec *cr s ;- w:.. rements r

3/4-4

MW5DDDW Rev B 3/4.1 INSTRUMENTATION 3/4 1 2 R a d 4 c a_ctiv e C-a s s c u s_.E._ "_

_4 + --__

_ ~ _ _ = -+

.t_3_ : e_ _-

_CCM PC.:

3*2

+ '3: ^3 C.s ;3.6 T.i -

.9"*

~ C * ; * ^ 2

' '"t3t!On CD3nnel5 shown in

- K+

2

C+

. 0 9

3 :. e. ~ '" e

3 y '

~ '00 Ots Set IO ensure that the

.. : ";' ;. :c e :9.;

APP'._,C_A,E ACTICN a

3 3 2 : -:* + 3 3 s+c.s +"'.e-t ~ce t:r :

c.~e-tat'or :nannel alarmitnp si' : -' +1; ::' te. s'.e a a. 3 e y c., e we ' rat the 'mts of Control

~~

re ~ /

3 ;e e sete m s:

3: - :

.ac.f :enser,ative or declare

'~s' ae~+

e 3 :. +

o cre : - : + 3 ca:t,e gase:;.; e < e- -

. g rst mentation channels

". C 9 ' 3 C e ' 3 t ' e 3 ;' ; i 0 4 ' r

n o,e J '. _'

S U R V El ~ A '..~ _: ::-

~~--

4,1.2 a Tre setpo.nu sna;i ce :etermired.n accoraarce.'

DCM 4.1 2.b Each radioactive gaseous effluent monitonng rstrumentation channel shall be demonstrated operable at the frequencies shown in Table 412.

(%

t s

3/4-5

--:-~~. ;-

PNPS ODCM Rev 3 TABLE 3-b2 RActOAC'vE FTE' E' ' '

'. ? '.?TRUMENT A TION

. _. _ _,3 n r. y_ _., _._._

r~,

instromert.

a tion "

4_:._______n._.

c 1

1 M A N 5 ' - i E ; ;._ E '.. ~ ' '.~: '. ',. ^J E. '3

)

1 l

a Noble 3 3, - -

s,

ra 1

Moneta :, "e-'

D lodine I i ;-

' ~ 3iogen 2

Cartnage

<e c Panico.av : vers"

O r-cuate 2

cilter

+

d Effluent 3,s em c;oo m ricw Rate 3

Rate Ye v. '.rg Ce. e

%remert e Sampler c'cw r te

i' c.er rio.v Rate 3

a Measunng Ce, ice

'

i;. emert

2. REACTO9 SUtLDING 1.ENT'LAT ONEFLUENT MONITORING - ~ ~E M i

D

a. Noble Gas Activity 1

Racioactivity Rate 1

Monitor Providing Alarm Measurement l

b. todine Sampler t

Col!ect Halogen 2

Cartndge S a m pie

c. Particulate Sampler 1

.:ect Particulate 2

Filter I3mcie j

d Effluent System Flow 1

I,s'em F!cw Rate 3

Rate Measunng Device

'Jea st rement

e. Sampler Fiew Rate i

T rv tow Cate 3

Measunnq Cewce

-isure m e ",t J

1 l

PNPS-CDCM Rev.8 E3' E U;.-lJ~f tCtdd)

Q

:. 7.7.. _.,, : 7. _ g ---

i

, ::,- _-.t'o tM E NT A TION e,q..,, /..,

instrwr

:v c.

-:: :a:

2 -

~!st A tton

3 S IC. A ?.', {

2 E.

~ 0 I '. ! a,' ', * '.' I 's * ~

f a Noo:e 3 4, -

.Y' "Su 4

IProyecca - F aN

i: :Ellety Oate A ut O-iSC ' Y ' * ^ " ia

d 19 /emer!

Actions ?".

ACCh

c-a-

5 ess "'ar

% w'imum cnannels operable a:.

neat '" u e e ea;e_. a 'nss pa'nway ma,

- :r:v aec grad samples are taken r s e 3rca : s '2 - ' -s ara '9w sarioles ire ic ;..?-:

acta tv uthin 24 hours2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months ACTION 2*

J, *

r t e o t.s

'.i -

ess.ar ~ :

"e ranimam ct'annels operable

~

.; we nas 3

,s patn,vi,

't.n e rrowded samples are x.s.,

s. :v1 Mn w e i n, sarrri.no eat.ic ev + -

- Jaired in Table 4 31 4

ACTION 3' W.th ne numcer of operable enannels less than requ- - r, ine minimum channels operable requiremert, effluent releases via this pathway may : rtinue provided the flow rate is estimated at least once per 4 hours4.62963e-5 days 0.00111 hours 6.613757e-6 weeks 1.522e-6 months 19 ACTION 4: With the number of operable channels less than required by the minimum channels operable 5

h requirement gases from the steam jet air ejector may be released to the offgas system for up to 72 hours8.333333e-4 days 0.02 hours 1.190476e-4 weeks 2.7396e-5 months provided-a The augmented offgas treatment system is not bypassed and.

D The offgas holdup system noble gas activity effluert monitor idownstream)is operable

Note (For Actions 1. 2. and 3) If the instruments are not returrec 'o operable status within 30 days explain in the next Annual Radioactive Effluent Re' ease Recort why the inoperabihty was not corrected in a timely manner

- Dunng releases <ia trus patt'way

Dunng operation of steam ;et air e;ecter x%

3/4-7

PNPS ODCM Rev 8 s=.sLc. 1'a, 0-!CA!*,E c -E!

272,..E '.E '_.* ! '. ~_ ! 2 '. " ' 5 R U \\i E N T A T! O N s

.;--7 _ A " :s : _ '.a 3

5. ;

e nstrument Instrumer*

~

vetional Test 1 M A I N I._'

s : :, _f. " ' ' ' ' ~ f. ', '15 : 'J a

Not.,i-3 b -

i

'.E - i,

O.; wm Mon.tt r 2

l i

b todene I.i". -

'. a

'A

'. a NA Canc6;~

?

c ParticvW in't.

'a Na

'4 a NA Fdter d Effluent 3 vs9m O'cw Ca e, Na

!c Quanerty R a t e Niea s.. n; C e. _

2 e Sampier :

.9 : W

u, NA

r Quarterly Measur:rg Om.ce

'?

2. REACTOR BUILplNG VENTILA'!CN EFFLUENT MONITORING ' 5'EV

a. Noble Gas Activity Dady~

Monthly Once per Quarterly Monitor (2 channels) 18 months '

>O

b. lodine Sampier N/A N/A N'A N/A Cartnoge I

c Particulate Sampler NA N 'A NA N!A Filter d Effluent System Flow Daily NA Once cer Quanerly Rate Measunng Oevice

' S ~ r "' s

e. Sampler low Rate Dany N.A Dece : -

Cuanerty Measunng Device

'5 h

J 3/4-8

PNPS ODCM Rev 8 T A B_L. E_4

0..co.ntinued)

=

l l

h,

-'..--.{.d y

V 1

)

l l

l

' +

(15tf bf Mel)\\

l h Sli.t J f1 t s ' t i'

=

C +.e E.Nf Of1dl I?$$ -

I 3

-, n..,,

t'J.

el Id'sIf '8

. t s,

',,1*

'I i

y Q

4, (j r lb() I 0' t,'i t

3

.{

,a 1(

- Drevir;us,

'c

- tt:,

r.

1 "

--ms 3' hjjllfl(} #}[ (*'!)*

iT 4 =*

','J { f

' ]f * **,

f p

D f

3/4 9

PNPS ODCM Rev 8 3/4 2 E3DiOiQlyE 3 2'

~~

C 3is.s 3

A CONinCsd 32*

~_3;.,e yer

- + vf tv e ' rom the site to

,s ie ::/3r,

~,

- ( J :: '"e Concentrations

.'2;..-;;_

'ts.vinout delay restore

ce ~ rat e e ato e.~ots SU R V EIL LC.C E - E ^r.
E '.' E ' 4~5 4.2 1 a
'~e 'ac;oacte, '/ :: rte 't af e3:9 tatch of *ac..).
% a.saste to be discharged shall be determinea crior to release by sampeg r: analysis in accordance with Table 4 21 G
. 2.1 b gd The results of pre release analyses shall be used with calculational methods in the Cffsite Dose Calculation Manual (ODCM) to assure that the concentration at the po'nt of release is I'mited to the values in Controi 3 : 1 f
!x 3/4 10
PNPS.ODCM Rev 0 3.6k3dI'1 4
n z ~,E _ y
- 3 _
'r
. : c,; p.s., srs PROGRAM pU
r.-
Lower Limit of
t.
1 ca t
; e ct Actiuty Detection 08 Lionid A e.1 - ' -
a nai sis
.Ci/mL 1 B.41 c.,.
cai 5-3 r mi iE 07 a w n.
-. n.4 sc 5.-
E - :w.
.e r ie 3'
'E.06 M. C.
.ei,
sson.od na b Trea'at ; >.- ism Entraineo 1E 05 te a : 2 :,, 4 r*>
3ases
..,-,,n mmreve
' Arm, 3
1E 05
cm E3:n C
s
.n _:mn, _e.- - Gross Mpha
- tE 07 E a' :r-O u.in e,
Lt 89 3r 90
, 5E 08
. __' m r u - ~
" 55 1E 06
=
- - ~ _.m.m
2. Continu:=us O AW s
/,eea;,
hncipal 3 fad v"s'r* e
e 3amfaa
' $E 07
$dit Cel, _ /, }'*"
3attle E'"Mers a
Ref er t : a...:., E r
u ; ; c '.1
.. ' " * : n :.- t. :., e r. v -
nO A batch release is the discharge at hquid wastes of a discrete..ai.me d'
The principal gamma emitters for which the LLD control applies exclusively are the following p
radionuclides Mn 54. Fe 59, Co 58. Co 60. 2n 65. Mo-99. Cs 134. Cs 137, Ce 141, and Ce 144. This g
list does not mean that only these nuclides are to be considered Other gamma peaks that are identifiable togett'er with those of the above nuchdes shall be analyzed and reported in the Annual Radioactive Ettluent Release Repor1 A composite sample is one in which the quantity of hquid samp:ec <s propoitional to the quantity of hauid waste discnarged and in whict, the method of samr'iing emtioved results in a specimen which is representative of the hquids released i
O V
3/4 11
PNPS ODCM Rev S 3/4 2 RADIOACTIVEllowtESTES 3/4 2 2
tse
.p_-
g CONTRC :
. _. ~.~_
322
se. : n r~*~c'ae~rer.-
..r c ' rom racioacti.e matenals
- eas-

3: r ::e.:-r e
arcary seali ce hmited i
I 3
r.
, - :r :..r 5e :
. :*at eccv arc to ; 5 mrem to
r r

D
') ar < :a r:r,ev :a 2 Trem :c +e
3 : cay ana to c mrem to any
3-APPL;qi h 7
- 3:~e; ACTION
.' - e :a c. mea rse ' :
e re ease -,:.
.e mater'ais in hau;d effluents e<:eea rg ar, :f *ne atose m.ts creoar+ r :
cm.t 'o the Commission within 4
?C :a,s a sre
a. ecen ' rat cer=t f es tre :a ;
Orrective actions taken and
ctrect),e act.;rs ic ce tater.
SURVEILLANCE REQUIREMENTS 4.2.2 Dose Calculations Cumulative dose contributions from liquid effluents shall be determined in accordance with the ODCM for each calendar month dunng which
\\
releases occurred i
i I
(
3/4-12 7_, _.,
PNPS.ODCM Rev 8 3/4 2 RADIOACTIVE LIQUID EFFWENTS 3423 ch. a
a n.'<) s
n ~ e v ~ -
CChit C _.
323
, c 3 0., i t*
e r~ > ~ ;, s e s 2 3 e3 3rd used to reduce the a ; :::'. e - '
3;

.3;t;:<;*-
I:rarge Ar'en the cose due to
-2" c-3;_;
2 c.33 3 y;:,
_ _.e tct. Nary 3.eraged over a 3,
2,.. c
---,a.-
3 ccdy Or 20 mrem to any APPLiG A E m' * -' 3-
+-5 AciicN l
.'. in '30 ca:t,e : a Aaste ce rg :.scrarge:.-
I Jeatment and in excess of
)
'"e aoo.e
~s :>ecare ar: setmit to re ;;~
s en A.tnin 30 aays a special I
'90 C0 A" On r c,,0e 5 '"e '; lC'Ain g r'formatier 3
C 3 ".i' 0 O f A h j t.d f a0 Aas*e vas :-
2,$tnarged Altnout treatment.
F4~
3':" PJ 3rf a:Cerat'e eQw C"e-'
' 3 Ds'yhtems and the reason
.c e 3r :.t, 3a
ten s a,en to restore tre.ncperat,e

cmer% to operable status. and, 3
Summary descnption of action (s) taken to prevent a recurrence.
SURVEILLANCE REQUIREMENTS 4 2.3 a Doses due to l> quid releases at and ceyond the s,te coundary shall be calculated at least once oer 31 day period in accordance.vt"; Pe OOCM only if releases in that period nase occurred 423b The hauid radwaste treatment system schemat : s s can n ;gure 4 2-1 v
3/4 13 4
Rev S HIGH PURITY WASTE SYSTEM C ean Wastf~
E-i D.scharge or
~~ ~
'ar 1
'E-
:s
~ a De;ycle l
I l
i LOW PLP F n.'.3 E'ir 5 C '
i I
Chemical Was%
7g3 3
+ismarge 1
f
i. -
l DETERGENT WASTE SYSTEM (Decon Areas) i 1
Miscellaneous Waste Tanks or Non-treatable Releases Distnarge (e g. Neutraleer Sumosi I
4 1
Figure 4 21 Uquid Radwaste Treatment System Senematic t
1
l 3/4 14 f
. ~ -
PNPS ODCM Rev 8 3/4 3 R ADIOACTIVE G3.SC2;E :::_ :W 3/4 3 1 331
.s ~*
-- ^
CONTPCL5
,..,._m 331
~
'at 3-o
n.
r ' a s e easea n gaseous
~
'+ :
+3!
3:
1^ 2 e
~~ r i e cCLrdar/ see FSAR q
~.;...,...:..~ -,., - c 3 3
.,3s
..,r_
- +
r ;,, 3 ;- ',
~g
-3 rec, and(ess 3'
' w 3...i
.. me e sa T 3" O c
e.
: ".e.
~ 2 t ' ",, m 3n: 33 Oes n car'.!culate form With
, e ; : -n 3 ~ c a f s
.e s s a- " +1 1
'i:C mrem yr to any organ APPL G 5.,'
a3
'+i ACTION
-e 3r#. - ::s+ 3'es r c: e + '
9 loc,e ets utheut delay ercre
- : ene <3te *:.,:"c aac0e r-*
SURVEILLANCE ;EO'./: EVEN'S 4.3.1.a The instantaneous dose rate due to noble gases in gaseous effluents shall be determined to be within the limits of Control 3.3.1 a on a continuous basis using O,]
the noble gas activity monitors with appropnate setpoints and in accordance with the ODCM 4.3 1 b
'he instantaneous dose rate due to >co ne 2 -
ocine 133 tritium and all radionuchces in particulate form Mth haif.hves ;' eater than 3 days in gaseous effluents snail De determined to be Mth-n e amits of Control 3310 in accordance min the ODCM by cotairiing reeresar:3tive samoles and performing analyses
.n accoroance Mtn the samohng a : 3-aiysis crogram soecified in Tao!e 4 3 1 O
3/4 15
PNPS ODCM Rev 8 T, A El E 4 31 ma.r y c m.:.. w a.,.::
*;: - :_y: -. _,
2. N. ;i y qtg p p g r) p A M 0;
x-
. - ~.
l
to.m a
,pe of Activity Lower Limit of 3ampmq a r a n, s. s nalysis Detection'"
Gaseous o
-n
',n-
e1sro c 'e1r ^.
..C emt.
nc rai Main Dr.
/
r,
3. mma 1E 04 and
, e E mtters _..
Reatt';r E u
vm
~:
'E_06,
,, mm.- - m
.m, m
.',e,%
."t % 0cs 2 harcoal
'31 1E 12 SamDie
/veeMy
~nc Tal 3 _ nt J%% s Ulristli a't*
34mma 1E.11 Iample E n tten.
e
\\icnthly C :Ptinuous C o m pC s.t e=
37%s Atha
E 11 D3 t'IC u f 1'?
bATI8#
Cuartert y 2 ?ntnuNS C omposite
-( 3 9 Cr ~)0 1E 11 F3rticulate Sample Continuous
_ Noble Gas Continuous '
Noble Gas Gross 1E 06 Monitor Gamma Refer to Appendix B of the ODCM for definition of lower hmit of detection (LLD)
The pnncipal gamma emitters for which the LLD control aprtes exclusively are the following radionuchdes Kr 87. '<r BS Xe 133. Xe 133m Xe 135 and.te 133 in noble gas releases and Mn 54 Fe 59. Co 58 Co 60 Zn 65 Mo 99 1131 Cs 134 Cs 137 Ce 141 and Ce 144 in iodine and paniculate releases This hst does not mean that only these w. des are to be considered Other gamma peaks that are identifiable. together with those of tr'e atove nuclides. shall be analyzed and reported in the Annual Radioactive Effluent Release Report 3'
The ratio of the sampie flow rate to the sampied stream new ve raa te (nown for the time period covered by eaca dose r dose rate caiculation made in a:::me utn controis 3 31 3 3 2. and 333 When the average daily gross raloactivity release rate increases c,10 percent over the previous day (after f actonng out power tevel changes and:or changes in nyaregen inlection rate) the iodine and particulate futers shall be analyzed to determine the release rate 'er caines and particulates
= 3!416
PNPS ODCM Rev 8 3/4,3 RADICACTIVLGASEOUS EFFLtLENTS l
3/4 3 2 D..ose Ne_t re i n e s
(~
CONT R C L. E 332
~e ir cose r-o y ro te.c"a
e
ncary due to "oble gases
- :. m a m -
.r * < : 3 : <. n '., :
c,vng 3
.C.
ie'; * :LON' *;,f "'30 "' V ~ 3 '30 a! 0" 3no : 10 mrad for
'h
A : a' :' Y.:
b
! " ") Jt y.a v ' Jar < ear *;, *: "' r 3 '] ' ; * :i' i aj,at,cn 3ac - 20 mrad for C':* 3 'alat ;n A PPLIC151'. _^ - M 3 i * ~e!
ACTIQ 1)
.'. t h '" e :] t i 3'0 0 3r 00$e ' rom 'a0 03:'.e
.L+ 33563 n gaseous effluents t o : s e O n g
't F,
."e 300,6 m*,ts Drecare 3 ^ :
~ i !O **e Commission within
~ 03ys a sce; 7 'ecort.ecr certifies tre :3_ H
' e ctrective actions taken.
3 a :: recSe a:: ens tc te tc> en SURVEILLANCE REQUIRES.iENTS 4.3 2 Dose Calculations Cumulative dose contnbutions for the total time pencd shall be
[
determined in accordance with the ODCM for each calendar month dunng which releases occurred
\\
C e
\\
3/4 17
PNPS ODCM Rev 5 3/4 3 RADIOACTIVE GASEOUS EFFLUENTS 3/4 3 3 j oie.; 3 c e " 1.
+-
- - >, C ':c+7 3 7, particulate Form and
\\.
CONT:~_:
= = ~ ~
a-333 f.59 4
- "te-
,r e o--
Octne 133 radioactive l
'r';
r4 3
'Y 5 33.5 3rd tritium in
~
d 93i, -
- 31 i'.',
e
++ OcLhd3ry Shall be i
l a
r,

a
r :.r*er *:
~:
re+ ':
.r.:
D
'; r. :3 + c ar e ar T _ 'i -re r, - r APPL (CQ 3.
e5 ACTION
/. -
e : a. ate ;cse "cm re re e33e.-
u.
2 - ceine.133 radioactive Te a s r ;r : Me ': ~ ar
"*a.m -n ;an:
+"Lerts eiceeding any of the 3cc.e m is c'+rre r 2 1.c r'>t 'O * *e : : -
r.um'r 30 cays a special
ecer: Anien ce-t.d=es e :aase's correct;,-:
- : s aven and the corrective acSons to ce :asen l
SURVEILLANCE REQUIREMENTS 1
l b
4.3 3 Dose Calculations Cumulative dose contnbutions for the total time penod shall be O
determined for iodine 131 iodine 133 radioac:ve matenal in particulate form with na:f lives greater than 8 aays and tritium.n a::c aance witn the ODCM for each calendar month cunng which reieases occurrec p
(
3/4 18
..s.
PNPS ODCM Rev 8 3/4.3 RADIOACTIVE _QM.EOULEflLJXT_S 3/434
^ 1 s tcas_E" e" n-(
CONTPC_E
.. ~.,.. - - -
- _ ~.. _
.~ -
334
- " e n.y e -'t a : f'g 3 s s, s "
a i te tu " w, :e cr cr to reaching 50 percent r
,.3.3 APPLCJE
^
" + ~. ' ~ ' ' + 2 r'-
eP+2'
' 4 ' ;+':e" e actar coaer 4
A_Q Tfgt.
"' 33 500u 5 9" e!s 06 Pg ] SCr af ged 'O' ~ 2 *e ** 30 '4 days Aithout treatment,
903f e 3r.
s u C "' t '- "'e 2 : f"'". 5 s :C o a.
3fs 3 speClal feDort which
-' t.L a e s ' e e '. /, f g r ' 0 ',* 3 ' c n deat/03 ton Of 3",
POteratte 60 C ~ 2' ss,t systems and the reason
'ece*ati ty 3M 1:! c" i
a e- *: 'est re e r ce*3r t e:a c~ent to operable status 3"
a surrrrary cescret;on cf actionist ta e- :
event a recurrence SURVEILLANCE REQUIREMENTS 4.3.4.a Augmented offgas annunciator operability shall be verified once per 12 hours1.388889e-4 days 0.00333 hours 1.984127e-5 weeks 4.566e-6 months when
(.
the augmented offgas system is in use.
4.3 4 b The gaseous effluent treatment system sct'emat'c.s shown in Figure 4 31.
O V
3/4 19
PNPS CDCM Rev 8 SJAE from '
~~
, Discharge Main
-' rece mtw e- *
r ce-o
'*~e-
narcoal
-+ 1 to Main O
Condenser-_
LStack 9LA NO;. 4 - i
~
~
II T ' __
.IBoscnarge to from Turt ce ^
~ a3
- m 2.t
\\iain Stack MECHANICi[~d[~ j _03 [ '
Dischafge to from Main 0:rce se-
~ ~ ~ ~ ~
~~ ~
Main Stack
_DR YWE L L Discharge to from Dryweil
- ~ ~ ~
~
~~
' Niain Stack REACTOR BUILDING from Reactor Building Discharge to Reactor Building p
Vent d
BADWASTE BUILD _LtiQ
~ Discharge to from Radwaste Build'ng
' Reactor Building Vent I
TURBINE BUILDING Disenarge to from Turbine Buticing Reactor Building Vent
No significant effect in reduung offsite doses when comparea to transit time required for releases to reach site boundary Figure 4.3-1 Gaseous Effluent Treatment System Schematic Od 3/4 20
PNPS.OOCM Rev
3/4 4 TOTAL DCSE 3/4 4 1
" a :3s-CONTRC_i
,.,_m_
.m..
.e-,.,__
3a3
.~9...
7, a
uonc from Pdgnm Station
+ !
~
+
N "
', :"Ja es ect the thyroid
-- ~.. - - ; - 3.,
1 e :,r year A PPL_ CR ACTION
~
-. ; a -: ze: r s e ' : n- +e e ease
. ;at'rse matenals in hquid or gasec s " e-
+. es;-) *^.;e tre m 's _ ::"tro's 2 2 2. 3 3 2 or 3 3 3
erre r:.:-- a ::e: a eco to e ;:-
> :n ara emit the subsequent
e eases s :n r e :cse 3 :03e comm tree " " vf Terr.ber of the public from a..ar um .e. :,c'e scu :es s,m ted to ; :5 t~
to 're total Dody or any organ r
e <:ect
.* : A 1;- s ~.'ec to ; 'E -rem _.e r, :a:ercar year This special
- r: r3 -.. e r a r a, s s.v' :n c e<v o r -";
at acia: on exposures to all me te~ ~
e c ut..c '<:m 3 uranium 'ue:
3:vrees uncluding all effluent catnaa,s vc rect oc at on, are ess than -<
. ;;P190 standard. Otherwise, octain a <3 nance ' rom tre Commission to : ^ : "eleases which exceed the 40CFR190 stancard SURVEILLANCE REQUIREMENTS s 4.4.1 Dose Calculations Cumulative dose contricut: ens from liquid and gaseous effluents sna!! te determined in accordance Ann Certroir 3 2 2, 3 3 2. and 3 3 3; and in accorcance auth the ODCM n\\
i 3/4 21
PNPS CDCM Rev 8 3/4.5 RADIOLOGICAL ENVIRQN!.iENTAL YONITORIN_G 3/4 5 1 Ehna n f a '.'q- * ~ q -
d CONTR C L 5:
.m, 2
351
- v,1 c ~." a ' r r
: rr ; a u r: : e,wate tre effects of v :- uf
. +, <,
y3
.,ae:...eress of tne source
-.., ; c.
.3
,,. y 3 y,.:.-,,,:
3: ; g 3..,.::ec as specified
x,s i
APPtJCA BIL * - at p:n es 1
ACTICN a
,. in tre a.;: c; ca m e:en ental monitor:rg :':;rr nct cetng conducted as soeciffec n Tac'es ? 5.' :nt ugn 3 5 3 cretare r, s cm:t to the Commission in
' e arru ai r a n :'c yca Ea, >:en erta Ye u ; receri *ec.. red Oy *echnical i cet! :3t ons ; :rr sai < e 2 0ntrci i t' 2 3 Jei / c.on O' tre reasons for not
onouct.eg ime

r: gram 35 'eCu'ed and 'ne 0 3"5 ':r Orevent.ng a recurrence b
hith the evei of radioactmty as the result of 3"' efflLerts in an environmental sampkng medium at a specifrea location excee; r; :ne reporting levels of Table 3 5 4 when averaged over any calendar quarter prepare and submit to the Commission within 30 days. a special report tnat identifies the cause(s) for exceeding the limit (s) and defines the corrective actions to be taken to reduce radioactive effluents so that the potential annual dose to a member of the public is Iess than the calendar year limits of Controls 3 2 2 ? 3 2. or 3 3 3. When more than one of the radionuclides in Tab!e 3 5-4 are Jetected :n the sampling medium.
this repor1 shall De submitted if Concentration (1)
Concentration C)
_ *3
+
+
Reporting Level (1)
Reporting Level a When radionuchdes other than those 0 Tac'e 3 5 ! 3'e detected and are tee result of plant effluents this report sna!1 te sucmitte:
e actentral annual dose to a member of the puoiic is eoual to or greater trar e :a encar year hmits of Controls 322 332 or 2 3 3
'his *eoort s not ea-. rea f the measured level of radioactmty was not the result of clant eff!uer,ts Aever in such an event, the condition shall be reported ano described in the ; sal Radiological Environmental Monitonng Report.
I I
V 3/4 22
PNPS ODCM Rev B 3/4 5 R A DIOL OGIC 4 E'. ' T '."E ',*
'.' '. ' C R'NG 3/451
?.
ir'a
-',r CONTRC L 5 ACIT'!
- s r<.- v'a: e. m ei me :c, :re or more of the
, - 30 a
C J! CS
'Or Obtaining
_f
- 4'
-t 3"; 1:d '" e ".,
'"6 L a'
'J 5", ' " er a stonitoring j'3
.. " ~ '
a,s 6 3C6C1
..y'
o m.vhiC n samples Were
" 1, 3 3 0 e ~ 3 i " + ' ' Oe Je eted ' rom the ' r- *;r rg program Pursuant to
~ ::"' :3: ir+:'C3!Cri 40 %F 5'ral<e 2:*t' 2 Cent;'y IFe Cause of tne
.3 ar,
r e s r--: ce"' ff " e m.'.
st r s, ;tta n.ng replacement
j~t eg " '" c. 3 t ; ~., a 0 30 o'ogicat E",r';'
-~'3
lOn toring ReDort and also
.. : e '-
e e r :- ' e u t, ' c r r e : C C '.i
e
e :
tre ne.v 'ocation(s)
S U R V E :L L.;~'. : E : E '. R E '.' E '. ~ 7
~ ~, - -.. _ _ _. _. -..
451
~ ~ - 'aJ : : ;a
"rv ta ~ " tC' 4 -,
aa te :ct'ected pursuant to
'3C e3
5. ' '"'O ug- ] f ' o 'r e : t'5.'@ ! : i, 3 :.,!at'on Manual (CDCM) and irall te ar3fy:ec Dursuant 'o the reoLiterre"'I. '3ble 3 51 and the detection
apabilities reau. rec Oy Tab!e 151 1
Cumulative dose contributions from the current calendar year from radionuchdes detected in environmental samples shall be determined in accordance with the methodology and parameters in the ODCM. These results will be reported in the Annual Raa>c:cgical Environmental I snitoring Recon Od 3/4 23
._m.
PNPS CDCM Rev 8
a BLE 3 $*
C ; E '.. O M
. : - ^. _ E.. : :,'/;',
_ '.': 'rCR1NG PROGR AM D
r Esposure Path.sa,.
Samphny.
Sampi no Sample. or
'ieasurement.
Measuremebt Type and Frequency Measurement and or Collectio.:
ind or Collection of Analysis or j
i,re
>. a t -> n.
F v b..:n.,
'ieasurement DIREC' f - -
Enoronm ' 4 '..
'. - i
. v-
. c' i s i

: sue '
~r+'{;
a a r* C fi g t
Exposure ors ;.,
r s : E vr accoatW n.-
samma esposure rate
/. * : s - r w E.v.7 survey i
"3 Es + n a n nually
o

./,Eea-*-
Soil
. : R:es C o:e :+: :.,- r Samma isotopic and Ie ' we
'ieasu em.-
exposure rate survey - l r
year interval l
-.a.,~
- - _,.. =
. ~. -
AIRBORNE 3
Particulates 11 Locations.
Continuous samphng with Gross beta radioactivity f
See Table 3 S 3 particulate filter analysis 24 hours2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months or j
Weekly Collection more after weekly filter change
Weekly AND Gamma isotopic
of Composite by location.
l Quarterly Radiciodines
Lc:ations Cont:nt.aus (.r 'r, r J.uth 5.131 analysis Weekly See 'acie 3 5 3 charcoat :am w Weesty CNe: -'
O (L
3/4 24
_. = _ -
PNPS ODCM Rev 8 T1.BLE 3 5 i cont.nued)
C P E R J.
i-
; ' ',i E '. ;. ',

'. ~ 2R!NG PROGR AM
)
Exposure Path..av Sampling.
3ai ir anq Sample or Yeasurement.
Yeasurement Type and Frequency !
Measurement andtor Collection and or C :;limt'on of Analysis or
.-Tme L xations Frequen :,
Measurement n w -..
Ms 9:Q L '. -
I SuriaCP //11-
~
-:i t 31 -*- " i s t pc '
2 prg p, #, 3,.
.9 o ontnjy
':Jn'f4 S.te 5amples
{
E r*." : #1
'//pesi, y n a '{Q O'
,, q a O '. r t 2 : n ' M d 3 analysis of auarterly Wposde sampl*$
-. ~
Sediment Ov :rae :ana. Cott w sem am,a- :
J amma :soteric y c f.., ;. rf r r,ses l
=, -
~5e3.
'," n.'n ~ vt m
s ra.r< E a, 2 r trei e
3.
y De,.r C T rt' :l l
Insh Moss (Algae)
' Discharge Canal Outf all.
Quarterly Col:ection Gamma isotopic i
Manomet Point.
(at approximately a nalysis
4 A
Ellisville, 3 month intervals)
Q Brant Rock Control *'
t Shellfish (clams. mussels l Discharge Canal Outf all Quarterly CseNn Gamma isotopic or quahogs as available) : Manomet Point.
(at approxima'e <
analysis '
' Plymoutn Harbor 3 month -n'*%.1 '
of all samples
. Dumoury Bay Controi Green Harbor Control Lobster Cischarge Canal Outtau cour* mes; 3 amma isotopic n
analysis ' on ed.ble j
Ottsnom Ocntroi Drce ter se c
ortons s
i Fishes
. Discharge Canai Outtall Quanerly eer Gamma isotopic l
particular spec es ne analysis ' on edible I
! available) f or Groups I portions
andll': in seascn for Groups ill and iv ^
Offshore Control Annually for each group *,
(%
i i
d t
3/4 25 t
PNPS ODCM Rev 8 TABLE 3 5
continued) ocEo m :::...-
,' E, ; '.' ^ '. C R ING PRC GR A M Exposure P3th.Say
~
~
2 imm.na.
sai 'o-7 Sample or Yeasurement.
Measurem-nt Type and Frequency Measuremont and or Collection and or CoII& tion of Analysts or T,ne Locations F requent.
Measurement TERPEJJ: -
Miig g
,,x. -
3 r,
,,s, s.t: pie I
., ~, 1 R
,c" ma.3 ;
f, o... y...: 7 v 7..~i 0 ntare .-
M
n o nt ry.
itoietne analysis l
en au sampses
=
Forage
, e / r. s.-b : vm a nr o v,
3a'rma isotopic
',, h.'~ a r ; u m 2 ntr ei analysc '
1 i
Tuberous and 3 4
,e
/* :Lc', ; i a ' "
r. -
Samma sotopic Leafy Vegetap 2 3 r.L;- roi'c : v r analysis on edible 0 ri con.cns Cranbernes Manomet Point Bog i At time of hamest i Gamma isotopic Bartlett Rd Bog, analysis **' on edible p)
Pine St. Bog Control' portions tV c
NOTES (1) Minimum sensitivities tor gamma esposure exposure rate measare-'s are as follows Gamma exposure (TLD) t t.R hr average quarterly exposu e ve r
Gamma exposure rate survey 1..R hr exposure rate (2) InCicates :cntr:i 'ocation (3) If gross beta raicactivity is greater than 9 0 bmes the certt:i.a
- :&1 sc'cpic analysis will be performed on the sample (4) Gamma isotopic analysis means the dentification and Quant f; cat r :t gamma emitting radionuclides that may De attributaDie to the effluents from the facility (5) If integrated gamma activity (less K 40)is greater than 10 times me centrol value (less K 40).
strontium 90 analysis will be performed on the sample
()
V 3/4 26
1 1
PNPS ODCM Rev 9
E.E 2 f ' C:" ued)
(6) Sece ' ' r e es ' w *
- c i-
.,4
.'r e,*t omnt Plymouth Harbor, and nea) / :.c r, E a, or : - v a g-:
," r t re n, u, r,ummer) as f ollows Caes, - - o
.~tr m ;n tr J ment cond1tions permit. by a han4 "t
5
"v'"
al' "A
' '! m jepp Cores. the deepest mes i -
s s4 3
;a.
ao" U-
re 1erms wi!! not be less than
14. "
~
.,. =,
,.J "i:e VQ L!errate DClements analyto]
s,",
+1
.wttcvrt
m %
re 1 imeter ind or n Jmber of inomc a
-s'ien"m v,
.c re
..e m v <; :i.r t ; -
.%e un! be st.tficient to actreve sensav ' es ' !C c 0 h a,
e-t b O M: 2r is : M' 4 ard Cs ir and 150 pCa.kg for Ce 144
'. : n
-),
a v,"".
.s, - u n o
.r: vnes The u v
,a~
iraaze:) v :
' t <., ;u-238 Pu 239 24C) using
>4.-
ea2 :
a radiocne - a,see.;-'
"res t -
v1 u na..
,,sen arget sensitmty of 25 pCi 6 a :m a rar'
% r : te rai me wrst.",.r
, ut - r ce "om two tere samples) will be s:nn jr y anasyzen; (7) Musset same s ' :i" 'c.- &cns Disc arge car,a! C utu ' ' i -
o' D?nt Mymouth Harbor, and Green ~ 1 w
Y m' a d a. !.a ana:aea auaner:v as '
One knogram Aet Aegnt :' masset bc, ares ncluding fluio.s.m n eens wol be collected. Bodies will be reduced in volume by drying at aDout 100'C Sample will te :ampacted and analyzed by Ge(LI) gamma spectrometry or attornate technique if necessary. to acnieve a sensitivity of 5 pCi/kg for Co 60, 2n 65. Zr 95, Cs 134. and Cs 137, and 15 pCi/kg for Ce 144 Sensitivity values are to be determined
['g in accordance with a 95% confidence level on k and a 50% confidence level on kb (See HASL.300 a
V for definitions)
The mussel shell sample from one location will be ana!yZed eacn Quar 1er One additional mussel shell sample will be analyzed semiannually Unscrubbed shells to te analyzed will be aned processed, and analyzed similarly to the mussel bodies Because of tne small volume reduction in pre processing et sneus sensitivities attained will be less than that for mussel bodies The equipment hnd counting Nmes to be employed for analyses of shells will be the same or comparaDie to that emoicyed for mussei tcd-es sa Inat the reduction in sensitivities (relative to tncse 'or mussel todiesi m!I te stnctly !imitea *) **e e"ects ;f poorer geometry related to lower sampie,.olume reducticn Shell samples nct scv : r: : 'a rai(sis all be reservec (unscrutoed) for possible later anaiysis if radiocesium 1Cs 134 and Cs 137) actmty exceeds 200 cc,a wet)in mussel bodies these samples will be analyzed by radiochemical separation, electrodepos. ten and a!pha spectroscopy for radioisotopes of plutonium. with a sensitmty of 0 4 pClig ha 3/4 27
PNPS ODCM Rev 3 TABLE 3 51 Contir'ued)
-=:
(8) Fish en..,
4 inq of approxiniately 400 r
grams e s ' *<.*, w;n -' 't -
,,r,,
.;+
1 f ut ' r-
',s v (7 q.
'i:
's ;j;istal P,bratory i.
t etisn
<. r., -
4
- m +
aat in'.c nernng
-'vo-1.ttantic Yenhaden
- :o atlantic Yackeret o es
(
IIe b t'
)t~,j ' ' 's
I(
+3 t'*
dj
($[f!93~19 4'IN 'e$q~i $ j '
l
[dObt46 $Uht8y$ djh(Wh$Gd {0 Effluert 0 : ': 4i:
3/4 28
PNPS.ODCM Pev 3
-s
(
j
_r-w
.x ce y[.,,p r gut c a 2
= +
a
W O gar r Dif PClM
m... s.
., m m
.,., SE j E e t,. ;
M.m SE i rESC E -
i s.+ 15E
, ; s e.g
.m n E ig :.
s
.m 8 E '. : E.. -
'S
4 i
ar A
't
.e
v~%.
. :s. m SSE f:ENCE.
S'A - S
/e*E~;8:
A~
19 m ):E C,M, -..
v:._..
2:
3.-,aW
' cMF wE : ; _.
EP :
.m j
{ F ENCE E
E.
FENCE >
'a
.?"'
. M. '" :. E I
4'
!I ASA I
O&M. ;%:
'. a.
.:..N
.N
. M.m 1//
VE NCE % *;* : -'
" :/
=A
. !3 # 5
+
F ENC F A A& E ~ ~
4
a' M TE:-
't
Mm SE FENCE-3*sE'I: '.'
I FENCE-A :A* -'
~ e _*. 3 t
C&M.2%0 %
. L.i - : 4~
+.+ 55A j'sENct?:t ENCE A !A *
'.' a '. : V i '
YE 3 :S
li
..a MEN J P
.m l
FENCE *:2 9: P ;;Yi
IA 03' 99 3 33 *m LSE FENCE ACO 2, > a * :
'Y2N YE' VP 35'em SE t
F ENr 2.-E L A ' - u :
YANCUE*: f.
V5 3 60 =m SSE
+
F E NC E ' ' 'N' A
E Pa.
.23 + f PEAC~i;;;;'-
BW 3 33 *m SE FENCE MEDIC A BLOG 8'3
.:4 m 33E P NES LSTA?E PT 444 km SSW 4
FENCE. BUTLER Bt DG Pie
-2:B m S EARL ROAD EA 4 W km SSE FENCE.TCF PRANG LOT POS OS9 m ESE S PLYMOUTH SLBST SP 4 62 km W
[
ROUTE 3 OVERPASS RP 4 81 km SW t
Zerm.1TLDs 03km RUSSELL M!LLS RD RM 4 SS km WSW N
BOAT LAUNCH WEST BLW D t1 *m E
mLLDALE ROAD HD S 18 km W OVERLOOL ARE A OA ' O M am N
- VANCMET BE AC-VB
$ 43 km SSE HEALTH CLUB
'M.*
ASA PEA.ERDAV 8:A BR S E: km 5 BOAT LAUNCH E AS*
LE
'Mm E:E t Y U'-CEt*Ic D:
569 nm W PEDES":AN BRWE
9
'm N
.
N. D O NC C S ! A : :
.D S IC em V/SW SHOREFDONT SE:J
' ::.m NNA
~< AWS 5:30 aR
'33 em SSE i
MED4C AL PL CM M
J 3 am SSE YEVCS A
A..
Yd
' ta <m ANW )
6 PAR KING i:
2 P
.m LE 2 4 *.. 4 5
N E :.
'N
fB m SNW SWCREFRCNT Sua NG
'a
3' & NN A
! ::..E 3E S
' ') e m 5A STAT;CN A A
' 3' m ASA ST ATiON E 43 & SA I;,rtl*J L-STAT:CN B E
44.m
! :Ei> A a'i
!A A
EAST BRE A sha *ES 59
44 e ESE 1.'N15:S: 6'e:
is em SSW PNPS MET *:AEG D.F
4J e Avh N:m*-D..Y*
No 9.)$ em ANA j STATIDN *
C.m 54 3*ANOSale::E-35
'O 33 em NW ST ATIC4
45 m ANA E. S.'L.E 3 : :
i.
ME am SSE STATiCNL
!! am iSE
.P OCLLE *,E # ".: ':
.ic
, M TS km SW ST AT)CN G
3=~
A SAC #ED-EA:*
CH
90 km A ST ATION D D
2 54 am NA CNG02E12a#: ':
C
' '311 am NNW PROPERTY LINE M. D id um WA BOLRNE 4; A:
BE ; '3 3T em S STATION C 0
OS? tm ESE
, SHERMAN ASP:4' SA 13 43 km WSW HALUS BOG MB 063 km SE GREENWOOD HOUCE GH 0 CS km ESE Mt3 TLts ei + ;
W ROCKY HILL RC-AD AR 0 83 km WNW CEDARVILLE SLBST CS 1S 93 km S E ROCKY HILL ROAD ER 0 89 km SE KINGSTON SUBST AS 16 tS km WNW MICROWAVE TOWER MT 103 km SSW LANDING ROAD LR 16 46 km NNW CLEFT ROCK CR 127 km SSW CHURCH. WEST CW 16 S6 km NW BAYSHORE/ GATE RD BD 134 km WNW MAIN ME ADOW MM 17 02 km WSW MANOMET ' TOAD MR 138 km S DIV MARINE FISH DMF 00 97 km SSE
-e.RT ROAD DR 145 km SW E AST WEYMOUTH SUBST EW 39 69 km NW fY
/~%
('
)
W Distaa.;e at-d direction are measured from the centerhne of the Reactor Building to the monitoring location
'* Indicates controllocations 3/4-29 u
i l
oNPS.ODCM Rev 3
-'; E _E : :.-
q
_,p : 7 -
+'-
+: _, 7, gg(g-
CeSCf tt?
CiStance Direction
- - -. -.. - _ = _ -.
. - ~
. ~. _,
hqs. '
=
' ~
Pose ; E.
SE
~
i Whitere: t- :.
{*~
SE
, Plymtu? -
-v.*
2 N
. Plymou'r S e a:-
- + -
i r-WNW i I
Plymouir Eea:- :.. c -
km WNW Du s o u rf ; - :t:^. cr r:

0 *. m NNW l
i Aif P3 r* C,,j'L *te sj _3. : 1 j 3 ~' Q $j.j O
3 Ovenoca ; ca
s
.m A
Pedestrian Er:cge
~
0E en N
Medical B. : rg
2 m
SSE
, East Brea. e. 3'e' Ei
5 n'
ESE Property _ "e Z
?5 m NNW West Rock, %ll Ocas 03
/. ;
O S km WNW East Rocky "ill Poaa 01 E:
0 9 trn SE Cleft Rock 10 CF i 3 km SSW Manomet Substation 17 MS 3.6 km SSE (m
Plymouth Center 15 PC 6 7 km W
East Weymouth Control 21 E '/,
40 km NW Milk Plymouth County Carm 11 C;
5 6 km W
Whitman Farm Control 21
/C 34 km WNW Fgrace
\\
Whippie Farm 43
/. -
29 m SW Plymouth Cconty Farm 55 m W
Whitman Farm Control
/,
34.m WNW V_g_qetation Plymouth County Farm
1 5 6 km W
Bndgewater Carm Control 27 5:
31 km W
Cranberries Manomet Point Bog 13 MR 3 9 km SE Gartlett Road Bog 14 BT 4.3 km SSE Pine Street Bog Control 23 PS 26 km WNW O
3/4-30
PNPS ODCM Rev 8 TABLE 3 5 3 (CONTINUED)
R O U T N E_oi;l l~-
% _ _I'_
'E'.'b_33y:1'NG LOCATIONS (O
Descr et c-J Distance Direction l Surface 4 e*
, Distra* y rr
?
m N
Baw: : -
'm SE Poace '
'3 m
NNW Sea,mc Distrary s-i-
NE
.Manome:;.
2;
~
ESE
P!ymoutr Be ac*
'4 0E 4 ~)
~
ANW l Plymoutn -r.
4*
.m N
j i Duxburj 9 3,
m i,
4.m NNW
' Green wart :- l;-";
24 3-
'?
m
'NW Irish Moss Discharge D r a. :-u"3 =
~
km NNE Manomet : --
5 4: km ESE Ellisville I_
': *m SSE Brant Rcc* :: "~
?4 i:
' S (m NNW i
Shellfish Discharge Canal Cutfal 11 Cis 0.7 km NNE Manomet Point 15 VP 4.0 km ESE p
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t]
Duxbury Bay Control 13 Dux Bay 13 km NNW Green Harbor Control 24 GH 16 km NNW l.obster Discharge Canal Outf all 11 015 0 5 km N
Duxbury Bay Control
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'u oia f 11 km NNW Fishes Discharge Canal Outf ail L.5 2 5 km N
Jones River Control 22 13 km WNW Cape Cod Bay Controi ss
53f 24 (m ESE Buz:ard s Bay Control
-C EE 40 km SSW i
Pnest Cove Control 29 43 km SW Vineyard Sound Contru 92 W
64 km SSW W Additior.at samples of vegetables / vegetation will be collectea ea:n f ear at or near selected gardens identifieb during the most recent land use census The locations of these selected gardens are listed in the station procedure descnbing crop sampling.
O 3/4 31
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3/4-36
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PNPS ODCM Rev 8
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y TABLE 3 5-4 REPORTING LEVELS FCR OaDIOACT'VITY CONCENTRATIONS n = y; =_~>_~, n =_~, n_.. : : y c, = _s
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%!k Vegetables Analysis rC L r:
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DCokg wel H3 E+:4 Mn 54
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t 1
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PNPS-ODCM Rev. E TA9LE451 OE'g[*g*j ^ 2
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2' LLD for surtace watet 3-If no annking. vater pathway esists a value of 2000 pCol may t. a :
' * ' '..D for leafy vegetables 3/4-45
PNPS-ODCM Rev.8 3/4.5 RADIOLOGICAL ENVIRONMENTAL MONITORING 3/4 5 2 Land Use Cersus f
CONTPCL5 s
3.5 2 c.
v:..se :ers s v3 - :e :: : :tec 3 c ; -
+n+,
.ven a distance of 8 km
.... g.
g.-
e:t:rs :! : e nearest milk y
.g
. ;7 ;- -
,3.
2
~3
- e c r+ t a s :r 3 2 e erei w:r y ; eater than 50 m
-~-
'; - : 3 2 + r. -t : +: 3
c -
. Lie
'e eases as defined in
. 3 : ",
+
r
' ~~
+ Y: se :ensus shall also e. 5 :-
3-
, r:3 y
'~e:
+ _ :31.cr 3 -- eacr of the 16 i
2
+ e:'; 0; :2 a..
n a a.-3s r _. ; v:eas :* ;*eate' man 50 m C'00 r"go':aC e3 e;9?arCr d
A P P liC A E C.__
' 3 ;* ~ ei ACTION a
/,&' a ar.c mse Ce"sLs Oe"I,fy rg a OCaLOr 3 '" Y f e Cs o JCuiateo dose or 2 0!e :0'""' Fe^t gr9 s'.e* ** a" '"e,-ates :gr + ", t e g calcul3t03 in Control 4 '..' C e"' ', '* e ^ e A c:3t 0^ si * 're "e r: a*".3 O aC.ciog:C31 Environmental
'?ca.:cr rg Oe:ca o
?.'n 3 :Jnd use ;ensus ' Gent;fying a locatiori s '" 3:, e.Os a CalCutated dose or aose commitment svia tr's same exposure patn Aaf 2 percent greater than at a location from whicn samples are currently being cotained in accordance with Control 3.5.1, add the new location (s) to the Radiological Environmental Monitonng Program witnin 30 days. The sampling location (s) excluding the control station location. having the :owest calculated dose or dose commitment (s) via the same exposure pathway may be deleted from this monitenng program after October 31 c':ne year in whicn tnis land use census vas cccc-c'ed idertify the new locationts)in tne next Annual Radiological Enwccre tal Monitonng Repon and also incluce in the recort a revised figurerst ana :ac e 'cr the ODCM reflecting the new location < si SURVEILLANCE RECUIREMENTS 4.52 Tne land use census snali ce conductec cur r; e ; camg season at least once per 12 months using that information that AW cer, ce tre cest results. such as by a coor-to coor sursey aenai sursey or oy ccrsu trg Ocal agnculture authonties The resuits of the land use census shat! ce inc% cec :n the Annual Radiological Enwonmentai Monitonng Recon Broad lea' vegetation sampling of at least three c.fferent kinds of vegetation may be performed at the site boundary in each of tne two d;fferent direction sectors with the highest predicted D/Qs. in heu of the garden census. Specifications for broad leaf vegetation sampling in Table 3.51 shall be followed. including analysis of control samples.
2l4-46
Rev.8 3/4.6 EFFLUENT CONTROLS BASES I
3/4 1 1 C
cam.+
1. : -
...ac.
.E" >=
r.
V The rac car.e cca e"'..e-v e m :-
~ re:
r and contrc. as apphcable.
~
the releases ;? <ac ca:.e ~ r
ce
..+m 1
r cotentiai re eases of hquid effluents ' e 3 r~ ~
u m
e~-
rec 3 =occance with NRC accr;.e; r::2
.._r.
- r s./e :nat the alarm tr c
~
~ '
m ac ':, cd..se of this instrumerw c-V
+ -:
u-
+
.u-
- ~
^-
+ a m 53 ard 61 o' Appendu - :
3/4 1 2
= m y&.3 2 n t_.~ e3r ::
~-
The racioac:..e ;asecos
",.e~
's
~emat cr. ~: :-
tr ano centros as apphcacie re e eases ;
a: ca".e ~re a s
ue

e
/
act 3: at octentiai releases of ;;asecus er'i.e-:s
' e a a'~ "'c setec>rts '
2 ; --
r certs snali ce ca culated in accordarce a "' '. : ace";.e met cc s. - e :D T.' ::
a: :ns a, arm tne.vil! occur pnor to exceec:ng tre r":s :* :CFO^;
' e cre<3t.
..se :
as ostrumentation is consistent.vit- ^ + e n re e~: :* 3e e a :+ r. y : v i rc d t :' -poend, a to 10CFR50 3/4 2 1 mqu a E"Lents :crce~ra: cr This controlis provicea to ensure that the concentration of rac can we matenals released in kquid wasts effluents at and beyona the site boundary will be :ess tnan the concentration levels specified in 10CFR20. Appendix 8. Table 2 This limitation provices additional assurance that the OU leveb of radioactive matenals in bodies of water at and beyond the site boundary will not result in exposures within (1) the Section 11 A design objectives of Accendor i 10CFR50 to a member of the public and (2) restnctions authonzed by 10 CFR 20130' e 3/4.2.2 Dose - ucurds This section is proviced to implement tne recuirements : 5en ons :t A. ill A and IV A cf 10CFR50 Apoencix I to assure tnat the releases cf radioac.e a e'.a in nou:c effluents wili ce kept "as low as is reasonaoly achievaoie Secause ?qgn~ : :: a s te.vnere clart coeraticos can conceivaoly affect cnniong water nore of these 'ec_ e e ts are :rnenced to assure comphance with 4C'CFR141. Tne cose caicuiations r tre :: : ~c e~ent tre recuirements of 10CFR50 Apoenoa 1 Section !!! A tc ensure that me actua, ec:tre of a merroer of the pubhc through approonate oathways is unM.ely to ce suostar.t a v. :erest;matec Tne ecuations specified in tne ODCM for calculating the coses cue to re 31a *eiease rates of racicactive materials in hquid effluents will be consistent with the metroccc;;j crovicea in Regulatory Guide 1.109, " Calculation of Annual Doses to Man from Routine Re eases of Reacter Effluents for the Purpose of Evaluat.ng Comphance with 10CFR50. Appendix. Reviston 1 October 1977 and Regulatory Guide 1.113. " Estimating Aquatic Dispersion of Effluents from Accidental and Routine Reactor Releases for the Purpose of Implementing Appendix l. Apnl 1977.
NUREG-0133 provides methods for dose calculations consistent with Regulatory Guides 1.109 and 1 113.
a 3/4 47
Rev.8 3/4.6 EFFLUENT CONTROLS BASES 3/4 2 3
_. mc ana a s;+ ~y~
o
\\
The reavirery:
a: ' e r t :c 3 e. m r, -
3-
se] Aren spec.f>ed provides assurance "'at 're re! ease s o' a ca:t.e a:e n m a _" e :s Adl be kept "as low as is reasonabN acr e.ame ' ' s cr: r c an e-:s " e e:. r+~ ems of
0CFR50 36a. General Design Or te> a C :' cce :.
:C: 50 3 2 ret
.: e:.e Sect:en l D of Appendix l to 10CFR50 '+ c e > e :
.e-e se : 3cc ct re rcr* cos of 'ne "ouid radwaste treatmen: s.s:s~ nere sce. ' e n a 5 nc e "3:: cc -'
e :
e set 'enn n Section ll A of Appenda
' C : : :.
'~
c.+".e-s 3/4 3 1 3 a seou s E";... m s : c se ; ate This contro' s cc:rcea to e-smre ' rat tre cose ate at ar:,:-e M ara teyond the site coundary from gaseous +"'uer:s 'rcr' i
-:3 :n re site un ce s '- - *ne annual dose limits of 10CFR20
~~e annual cose n:s are ne ccses assoc;a:ec A :- " e :oncentration of 10CFR20.
Appendix B 'ac'e 2 Sese ~:s croc::e reasonacie ass a ce inat radioactive matenal dischargea n gaseous e"'oents siti act resui:.n tne excosse ' a nemeer of the pubhc either within or outs.ce me see ca..rca9 to arNai a.erage :r :s-~a: ons exceed:ng the hmits specified in 1 cce cm B 'ao e : c'
C ::: 1001 2C240' ::' e cers of the puche who may at times be with.n "'e site councary me cccupancy of tne r:. :..a' AH usuahy De sufficiently low to compensate 'cr any ncrease n me atmosonenc diffus c - 3::or above that for the site boundary The specified release rate amits restrict at all tres
"'e corresponding gamma and beta dose rates aoove background to a member of the public at or oeyond the site boundary to s 500 mrem / year to the total body or to c 3000 mrem / year to tne skin These release rate limits also restnct, at all times, the corresponding thyroid dose rate above background to an infant via O(V the cow milk-iiif ant pathway to i 1500 mrem / year for the nearest cow to the plant.
3/4.3.2 Dose - Noble Gases This section is provided to implement the requirements of *0CFR50 Apoendix 1. Sections 118.
Ill.A. and IV A to ensure that the releases of racioactwe matera! n gaseous effluents will be kept "as low as is reasonably Echievable " The surveillance reouye'*ents implement the requirements of 10CFR50 Appendix 1. Section til A to ensure that tne actua; exoosure of a member of the pubiic througn the approonate patnways is unlike y to ce sutsta La :/ underestimated The dose calculations estabusned in the CDCM for calculating the cases m.e :o the actual retease rates of radioactive noble gases in gaseous effluents are cons < ster' u:- 're metnocology orovided in Regulatory Guice 1109 and Regulatory Guice 1111 Ne: cas for Estimating Atmosphenc Transport and Dispersion of Gaseous Effluents n Routine Oe' eases from Light Water Cooled Reactors? Revision 1. July 1977 The ODCM equations prov cec for cetermining the air doses at and beyond the site boundary will be based upon the nistoncai average atmosphenc conditions.
NUREG-0133 provides methods for dose calculations cons: stent with Regulatory Guides 1.109 and 1.111.
O tt 3/4-48
Rev.S 3/4.6 EFFLUENT CONTROLS BASES
\\-
i p
3/4 3 3 e
qZi n
_j 3 _+ O fel_a: n Paruculate Form. And 1
G This sect;cr s
~m a e a * :
cie e-:
e ecu re-er:3 :' 5e :: ens 4 0 ill A and IV A of 10CFR5C -::
os: e a: *e + eases :' a::a:.e a:enais n ;aseous effluents will oe. e r -
u a m n, r:~e, at +
e ~ ~ : 3 : a:cnal methods specified in 4
the sur.e r ::
+
e~,~:+
er e eauemem3-
': 30 accencai Section Ill, A to ensure r -: n.m +4: : s _rs :' a emce :f e : 2
;r accrecna:e pathways is unkkelf :c :(. : ra~ 2.
= es: ~ ate:
~~e :~CY :3-a einces accroved by the NRC for can r ; e :cses :..e 7 e 3cu e ease a:es :# m 3 ciect matenais are required to be cons,ste x-e e' ::: cgy croecea e c gt.;a::n a..
ss ' 'C9 and ' ill These e
equations a s:
, ce ':< 2ete<~r r; tre a:Lai cses cas+: cor the n,stoncal average atmosohenc n"c : crs e etase ate 3 ec.f catens ':
e. 21 acioact:ye matenal in particu ate 'c-~
^ - a t.es ; ere ar ' cays arc a: :
. :3s ::rer than ncble gases are dependent Or e erst rg ac cr coce ca:nwajs 'o Ta-reas at and beyond the site o
boundary ' e c atewa f s a c-' are +4 3mnec.n !re de,s : ~ c-* Of 'rese calculations are: 1) individual inna aver cf airec ae ra; cr caces D cecos1: c-3: crucuces onto green leafy u
vegetation m:r _.c se:uer: ::-s.ec: r -
~an 3' cete s : :
-: grassy areas where milk animals anc ea crocar; area s gra:e utr censume:,cn r e %. anc meat by nian and 4) deposition on te grounc.ve sucsecuent execsure of r"a-3/4.3 4 3aseous Effluert Treatment The requirement that the appropnate portions of these systems be used when specified provides C
reasonable assurance that the releases of radioactive matenals in gaseous effluents will be kept
(
"as low as is reasonably achievable " This controlimplements tne requirements of 10CFR50 36a.
Genera' Design Cntenon 60 of Appendix A to 10CFR50 and cesign objective Section ll.D of s
Appendix ! to 10CFR50 The specified hmits go-ning the use Of appropnate portions of the systems were scecified as a suitable fraction of uie guide set
rth in Sections il 8 and 11 C of Appencix t 10CFR50 for gaseous effluents 3/4 4 1 Total Dose This section.s crovided to meet :ne cose -imitat. css :' C :: 50 that nave now been incorporateo into 1CCFR20 cy 46FR18525 The contret recu res e crecaration and submittal of a special reonrt wnenever the calculated doses from clant at ac:ne effluents exceed twice the design objective cases of 1CCFR50 appendix i :or sites :Or:anng up to 4 reactors, it is highly s
unkkely that the resultant dose :o a memoer of the cuche Mi ex ee : the cose hmits of 40CFR190 if the individual reactors remain etnin :ne reporting requiretrent evel The special report will desenbe a course of action that should result in tne limitation cf e annual dose to a member of the pubhc to witntn the 40CFR190 kmits For the purposes of the special report, it may be assumed that the dose commitment to the member of the cucht from other uranium fuel cycle sources is neghgible. except dose contnbutions from other nuclear fuel cycle facihties at the same site or within a radius of 8 km must be considered. If the dose to any member of the public is estimated to exceed the hmits of 40CFR190. a request for a vanance in a special report in accordance with 40CFR190.11 and 10CFR20.2203(a)(4) is considered to be a timely request and fulfills the requirements of 40CFR190 until NRC staff action is completed. This is provided that the release conditions resulting in violation of 40CFR190 have not already been corrected. The variance only relates to the hmits of 40CFR190, and does not apply in any way to the other OO 3/4-49
PNPS-ODCM Rev 8 3/4 6 EFFLUENT CONTROLS BASES 3'4 4 1
' : ' a_. "_c.u_
~:
-~
requiremer:s. ::5+ ~rr
s cered a member of the pubhc curr; r. w c: -.- - e m s e ;a;e
, v. ::e: :n at is can of the nuclear fuel eye,e 3/4 e. *
. vi
. ^ '.
. m, -
2 An enerc e 5 a;: :;.;
-.: q rs:ra~ s :: c : +;
.r.
e acecacy of in-plant controls or ~e e ne : an ts::.e a: era s ~e:r:rr
e:
e: : :e'e:: radioactivity concentra: :r : : e sure ~ r 3: mon ::ses :a rai.4avais :: -
.:eec :re e.e s set forth in 10CFR50 2teer:'.
A suppieme :1 ~cr.:
ng cr:ra- 'er sea meris anc ~..ss+
as:eer.rcorporated into the basic progra~ see '.;*es i rc ' :: " ate 3L' as 3 *es
Of an agreement with the Massacnusetts /..ch's r
~
ecera' en ms succiemer:ai :': Tam s aesigned to provide informattor' Or '30 cactre:ty c.e s at sucstar::a.iy nigrer se 5:.. eve s n selected samples to venfy tne a3ec acy Or atterna:1,eiv to cro sice a casis 'Cr av ~ 0cif cat:onin of the long term marine sarecirg s: ec/es a s ca. Of tre suctiemer*3 : tram ana!ysis of mussels for isotopes o' ct*:r m m ce ce-:r~e: ? aciocesium 3::
~
+ <ceed 200 pC /kg in the echble con;crs The 200 pCag raciocesium
action iever is cased on calcu:ati r s.sricn show tnat if radiocesium from plant releases reached this level. plutonium could poss.oly appear at levels of potential interest. '" The calculations also show that the dose delivered from these levels of plutonium p
would not be a significant portion of the total dose attnbutable to kquid effluents.
O The program was also designed to be consistent wherever aconcao?e mth NUREG 0473 Groundwater f!ow at tne piant site is into Cape Cod Say e efore terrestnai monitonng of groundwater is net inc!uded in this program.
Detection cacaca ties fer envitermentai samole analyses are tac.ia ec r terms of the !ower limits of detection,LLD)
Tne LLD.n "able 4 5-1 s consicerec :c: mm or routine environmental e
measurements n noustnal laboratenes :t snouto ce rec 00 re:
at e u C.s cef;ned as an a pnon (before ine 'act) hmit 'eoresenting ine capacAty Of a ea ve~ert system and not as an a postenon zaf ter :he fact) hmit 'or a caracwar measurerer:
Detailed discussion of tne LLD and other detection hm::s :r ce 'cund in HASL Procedures Manual, H ASL-300 trevised annuallyL Cume. LA "L:m :s 1r Cuahtative Detection and Quantitative Determinatico Application to Radiocnemistr(
na: Chem 40 586 93 (1968); and Hartwell, J K " Detection Limits for Radioanalytical Ccunttrg Tecnniques? Atlantic Richfield Hanford Company Report ARH SA 215 (June 1975) m In measurable quantities having a potential dose (human food cnain) significance comparable to other nuclides if present at their detection limits.
3/4-50
p-Rev.8 3/4,6 EFFLUENT CONTROLS BASES 3/4.5 2 Land Use persg This sect t-s rec. ac : +-;. +.v 3:23 -
"e de - reas at and beyond the site bour.c ar, re ;r - ' e : r; co-

x 2

- -, ca. e.ironmental monitonng program are a:(
s e. re :,,
e e s.. :3 ri s :e 3,,3 e res: rformation from the door to-door sur<e, ' -
w 3.
v. e, :
3, 3 ;,,, - :3 3 7 :,,./3' 3#cre es shall be used.
This cers,.;
2 3:
es e: <+vems:
::5:
2. : :._ -,,
ie :cc VS3 Restncting the censusto p -
,r 2 ::
,:.,e 3;;
3. :e y ;7,r.q3,t e=cosure pathways via leaty.e =*3: -;
te e: s ; ~ : -. : ;.,. : 3 v ;y -
3 s e 5 the minimum requirea ::. -
+
e :.-,
-.;,ev
.e3,
.;, 3: e ; u s j,,,2 p :ewatory Guide 1109 for :: s ~c' cn
., 3 -- ;
-: :e e r ~ - c.-
3
3'Jer 3

e *he following assumpticrs.,e'e ~ ace
' cd e ;arcer-,,as,sec < r 7:,. ^g creaa 'eaf.-egetation p e,
similar to e"t.:e 3 c :acc a;e y,: a,enetat c f =+ : :
3 4
v C
t 3/4 51
.y yw. p g
Rev.8 50 RADIOLOGICAL EFFLUENT CONMCLS CROSS REFERENCE Table 5-1 cresorts a sumn are :#
e
-- a e: -
+ 0'#S Effluent Controls. Sections e
3/4 2 1 24:: '. 4 2 2 a.
v:
aa-s table a;so presents cross-referencres :: nc cat e :: :-
' = ::- ;, ie: :r This tatae s -e aea ser.e as 3 : ~~ a, :f e :', 3 E '%er. Controis and does not, in itseif estat-s-
~ :s
+ 3 : : ' : e '.. e r * ::- ~ s :'ese- +: - Ee::cc 3 4 shoufd be ensulted for e n a c
~ - - --
e: -
S t
W 9
S-1
Rev 8 TABLE 51 PNPS EFFLUENT CN~
0.5 ;'.: '9 -:: ~ _ :Gv CPCSS-PEFERENCE eQ
. Etltuent C : " -
'.'"*r
_4 Sectan m.
I a
Required Action
-m...u,----_-,
- - - - ~ _ ~. - -
3'4 2 *
' ~ : :: ~.
1. ; :: ?'n":
Liquia E" -
c-
t. s resore :ancentration to r
Conc e+ r a - Y
.vtNn simits
.M- - -
. ~.. -
342.
~
F Dose..
. ;a, 'erad >f exceeded
a, eas - 9
., - - : 4 ear
__ : ~ re 2 man 3/4 2 2
:6 "' w ' ~ E
' * :r Operate Liquid Waste Liquid Raawas -
': me-ip"
,a Treatment System Treatmert 3/4 3 *
:: -mf m ', r - 5 *::vi Gaseot.s V: tie 3ases
- i-aws Destore release rates to Effluerts minin specifications Dose D %
4
' : 00 cv
,' 5. a mT
' c t4e 3 v es 932
'5CC mremryr Organ from particuiates with T's : Sa.
1131 1133 and tntium 3/4.3.2 5 mrad gamma air Calendar Dose-9.3.1.1 and 10 mrad beta air Quarter 30-day report if exceeded Noble Gases 9312 10 mrad gamma air Ca endar (ear E-20 mrac ceta air 314.3 3 7 5 mrem Crgan
a encar Dose I 131 932
~..aner 30 day report if exceeded 1133 Par 1iculates n 3 15 mrem Organ
a a"w < ear 3/4 4 1 92.931 25 mrem T E
!a e";a: < ear 30-day report if controls Total Dose 9 3 2 and 9 4 25 mrem Organ 3.4 2 2 3 4 3 2. or 3/4 3 3 75 mrem "nyrma are exceeded by a factor of 2 Restore dose to public to witnin the applicable EPA hmit(s) or obtain a !
vanance.
NOTE: T.B. means total body.
(
\\
5-2
Rev 8 60 DESCRIPTION OF RADWASTE SYSTEMS 61 Liquid Radwaste Syster" O
Liquid was:es "c~ ; T - E:
r_
re m
es anicn nave a cons:derable Q
dispar.ty
e~ ca r.
y c; rr. _
r "aSen see section 9 2 of Reference
' cr~ as,
e se.n:es r+ :. e: ec arc "-re: secarately The liquid wastes fall into the fc'!ca ~; :vego es 1) 2)
uc a l 3)
De:ege~
High pur':j ea"
.astes r+
ft :a f : aracter:ec cy 3.
.a acie schas content. Iow conductrs.:f a c. a at.e a: :a::.n
+f :0 e 'rc e:.. c~e~ : ar sumos ultrasonic resin cleaner WO 3 Oce a: c-2- -
+ 0 3 :. A nn arc esc T _ e
. rer sea to cnange out the condensate cent e asze s ;e..se c' cc:cessec agn ov,..as:e 3 g":y ces racle Low punty enemca; aasies a.e ecerate :Orcucica:/ vc :: :s :cr:ert Wey ccme from building floor s. ~cs a : re ',e e a e, m; c
s s ares,
a +ceer ccr faminated oy dirt.
oil etc 'Aten c ccessec s s" ear, ~ay :r ~ay ot ce ene: :+c+ c,rg on :ne water Dalance in the plant arc me cua..ty :4 e croc c Detergent Aastes are iow *acicact.ity ccncentrat>on was:es Tat ave the potential to contain detergents This waste is generated from washing and decontam. nation of equipment, the plant, and personnel. This detergent waste is collected in the miscellaneous waste tank and is not p
treatable. The waste is passed through strainers, pnor to discharge through the radwaste discharge header and into the circulating water discharge canal A schematic of the system as determined in Reference 4 s snown in Figure 4 2-1. in Section 3/4.2. In the system the nign punty waste is collectec n tre cf :so 15.000-gal clean waste tanks. Low purity waste is collected in or.e of two 15 00C ga !cn crem: cal waste tanks This low
- punty waste is batchea to tne clean waste tanks anere cotr Spes of waste are crocesseJ through a mixed ced ton ecnange deminerah:er The processec.au.c s collected in one of four 18.000 gal treatec water noicuo tanks
t is reusec to te greates: ece t cossibie 6.2 Treatec Gasecus Racoaste Syster" The air ejecter and augmented offgas system 1see Secrc-i 0 :* Deference 3, includes the subsystems that process anc or dispose of the gases from e main concenser a:r ejectors, the startup mechanical vacuum pump and the gland seal concensers J!! such gases from the unit are routed to the main stack for dilution and elevated release 10 the atmosphere. Discharges from the air elector the cnarcoal vault, and the stack are continuously monitored by radiation monitors.
Gases routed to the main stack include air ejector and gland seal offgases, and gases from the standby gas treatment system (SGTS) Dilution air input to the stack is supplied by one of two fans located in the filter building at the base of the main stack. The stack is designed such that prompt mixing of all gas inlet streams occur 3 in the base to allow location of sample points as
(
near the base as possible.
+
u) 6-1
PNPS ODCM Rev 8 The augmented offgas system.;ses a
- + re<atu e

atalytic recombiner to recombine r
radiolytically dissoc:ateo "yce: :a-s": :<.:e-e a e et:Or system Noncondensable
-~
G rad'oactive ;";as s.:'
. -:,e :
~
e 2 - :: 1e ser by the air ejector dunng j
plant operaten e a: + e:#:' " a!
':~2
. ::- a - 4 :- <~^ gases onnetcally N 16 0-19.
and N 13 e'.
6 ar: ; ' h a m I :r a f.es arc :t. :., e av The 10 min half life N 13 is present r r a ' 3r curts ancn s '/ re* eauce: C,
e:3,
'"e a r e.ector offgas also contains :- _ ia N: r --
"e
,:':ge :.. - - :~r rater 3 0 :ndung to stnp the corce"s x -
a2 ' "
+
e~3-g
-n n es er "c ra.N ine kryptons.
xerons 3 : a-.:
,,r:
3
~ ~.,te
c..o s.;*e
t
= +acr rg tre aascretion bed a
Radioactue c a.
3 e :a, rys e :e e gases s e + a w
~
e -E;a 4ters and on the charcoal
~~e."2 :* a :.:: : c: - r e: Crera: e; n a :: ; ;
s~cerature.aw! selectively adsorbs anc + a.
' e.e -cr s 3ra
,cio s f em tre es. :3~ e ;as concioaily air This delay on the charcoa :+mts e cercrs arc rfctons to cecay r: 3:e
'"e offgas is oischarged to the enviror s < a
a ~ a - ta:-
e actre4 of **e gas
+a,
~e offgas treatment system is continuousi.,
ce : +; as ces: ce r Se:Len ~ :
'e s 5,3 r~
esu ts =n a reduction of the offgas acts, t, 2 / es e ease: cf 'act < :? accro omate., : " *+ a.e :0 a 30 minute holduo system The system as aeter~ re: r O e'ererce 4 'o< na-chrg gase:..s.u e s snoun -n C gure 4 3-1. in Section 3 a 2 O
v C
\\
6-2
i im m
PNPS ODCM Rev 8 7.0 RELEASE POINT AND MONITOR DESCRIPTION 71 RadioactivejEffluent Re' ease :1-* 2+1: 3 ; _ O v e :e 3:
e I
7 ' 1 L qto R ac;canMa s.1 ",+O e-e ale 2
i v
The liquic *a:Aaste iscrarge ea:e 3:e es : scrarge ":-
e :remical raawaste monitor tank purrc s - - : + r ra: A a ste "ea +:. r +- " a s'er c. ~ cs v '
e sceitareous waste drain tank come w+ r, + a :.
e e s:e : :. ces :
+: ; :: a ;e rough edner a low flow -
discnarge e r
s : r;e c r-e;e c a : r
ma '< aseo 49th a variable liquid rac Aa *+
.r ':A --~ * ::: ;c~
e :ccm c" : -
v;e 'eacer extends from both the low ara 7 A-cat s r: s ~:entrec 'cr ac arco c'c ' 13: a ge see Section 7 2.1).
The moniter " cs e : s: arge curres ::ses t e ' ou :crir:. 2 <es and provices an alarm on high radiation ' e,au a a: Aaste e'Nert s 'irally cascnargec *-rovgn an outlet oiffuser to the circulating water : s:ra ge cara.. cwa e":uent reieases e :
e ace Cod Bay at the outfall of the ciserarge :ana A c-s acret accut *1:0 <eet :- :m e center of the reactor building in addition cat:r e eases ' :
sc r es ::^er tran tre ra: Aaste :r s are cermitted provided at least two naece-cert sarrc es are ara,:e n accerca :e. -
I',
5 E'f tent Control Sect;on 411a an rcecencert.e * :3* o e e ease re :2 - r ers s pertermed and an independent,er ' 3 cr c' e : scra ;e.avrg s ce ': ~e:
rcentrations released to unrestncted areas ~ st ce ~dec te re <a!ues scec:f;ec r '::::::
All batch releases Anicn are not 0 ocessea tnrcugn tt'e aau c acoaste treatment system are also discharged through an outlet to the circulating water cisenarge : anal These untreated liquid effluent releases also enter the Cape Cod Bay at the outfall of tne cischarge canal D\\
(J 7.1.2 Main Stack Gas Release The processed gases from the unit are routed to the main stack 'or dilution and elevated release to the atmosphere (see Figure 4 3-1) Tne main stack is centinuously monitored by a radiation monitor (see Section 7 2 2)
Dilution air input to tne stack is provided to ecuce the nycroger n tne air ejector off-gases to a concentration of less than 4 percent by votur#e D:lutten 34r :s succ,ec Dy one of two fans located in the filter cuilding at ini case of tre main stack The state. s tes grec sucn that piomot mixing of all gas inlet streams occurs 4n the case to crovide cro rci : L ::0 cf nf arcgen and to allow location of sample coints as near to the case as cossic e The main st :n is a poe witn a tco etevation of acout 40: 'est ean sea ! eves MSL) The main stack is supported oy the filter building The filter ouilo:ng is a remfor:ec concrete structure which houses the citution fans (16.680 cfm eacn fan). off-gas faters anc 9 eaters The main stack is located about 700 feet west northwest of ine reactor cuild;ng yv 7-1
l PNPS-ODCM Rev.8 7.1.3 Rerctor Buildino Exhaust Vent Reicajte Air from areas conta+ rc Oc:e-: a' ; ~ +s
' a:a:.e ::rtam< nation such as the reactor
'~
building ract.a ste C, c; r : c i ? " + -- -
- ' + - _. - ;: :si me-* are discharged through the reactor Du c rg +
3cs:.e--
ee
c
' -~ a 3 ' :.v :s routed from lesser to progressive f rea:er areas.
3.cac:.e ::-tamra::
.a-a orior to final exhaust The reactor oucc ; + r a..r.e-*
r: z >; y ~c-'cre; o, 3 :1 r :^ monitor :see Section 7 2.3).
The opera:
+'*r-
~
i -
_: e c
" :' ' te'ed and tempered outside a.r *. :'
.ri~+
- - - 2.:- :
-'

-;- :. 's
~' eas 03' er s exhausted from the cce'r - : ' 3:' " :a ;- :_c:5 ::a's; r e ;;' -
e s ar:
e 30 r,s ail ad,acent to the floor ;;. :. :*- :+
r a :':a +v'30
;': 3
re: 3:c,e e,* ater level in the fuei pcc s +3m :,er serrat:" sic age ::c. rc e <sa:-
. 2. ',
Two contamra'e 3 ea +ca s: 'a s 25 :CC :M cer 'ar
+ 2 :- atec at design capacity, are located n tre 'ea;;;r cus0 ";
e '3-5 : scrarge :c e a L.s cierum at the case of the reactor Dunc rg a0.:: a ir a er erra.3: 'a-5:C.*~
J:e n tre reactor building, exhausts orsy 'rO'" tre ::r ';
C Or <e a'a.rie*3rce 5F:t a ;
s:r3'ges :o the main exhaust plenum Corst. * :. :..~ e : r tro: s -am: aire; of.riet. ares e.
a'e au:omaticany positioned The reactor
t. c-g + < r a..:
+r: s a Lare e,erum e<:er: : :-
e 'ac of ne west corner of the reactor os.: rg e era..s: c=erum 'e eases :o tre 3:, :s: e e at an elevation of 182 feet MSL.
\\
J r
I(
72 Rb
PNPS ODCM Rev 8 7 2 Radioactive Effluent Monitonna System Desenotion (References 3,5. and 6) 7 21 L quid P adtoactwe WasM E"1.e " :^2T.is*er" l
The 5quic ra: at :r easte e" e'" ~r m
s<s e~
0 i sti a s.cg:e channel (see Section 712 of Deferenci a Ss :rarre: r;.uces a sceteate e:ecur a seven decade logarithmic
~
radiation re t-a a a stro : a 1 recercer 'ne etectot 5 r.Me:
a snielded sampler thcit is located r 3 se: :
C' *e 3: waste and a scrarge ea ee. ~ r r"':e background radiation.
The meter 3: u::":er are
a*ec - +e a:r :orteci r: -
N s :rarnel is connected to the 24 voit CC : t ^+ : s
'The charre 3: a.csca e ":: =
ate gn a: at Or +a r: 2 ::v,ns 31 :no to indicate instrumer t ":. +
e cs:a e +c a arms r tre -a r 10-"
m see Sect:on B 1 for hquid effluent mcr to setoo.rts: " cs *re ~cr ter tank oumps an: :ermnates the cisenarge. The e
downscale tre a.ar "s.n tre ~ac :o trol roon. The waste mscrar;e <alve is the. solation control device for :re to aawaste efNert stream and.1 is autcr 3::ah closed wnen the alarm is l
tnpped 'Here are rao naste is:~arge sabes one s s:tua:e: : a rho ncn une and the otheris situated or a :re e acts.aaes are ocatec crict n
2: anon Aaste eff!uent monitor-and pnor to tre iscrarge :a a ' e.aaes are a;r eceratec.a.es ' e waste discncrge valves are: AO72 9 anc sm6; Am:~ a e an the : ncn une ar; ;:~245B anc SV72168. on the 1 inch kne 'ne tower source s :ne 3,oit DC cower cus Alarm tno ::rcuas :an ce este: using test signais-
'N rs- + s :attrated by laboratory analysis cf a yac sar o e ~cm tre no.cc raawaste system 7.2.2 Main Stack Gas Monitonna System The main stack gas monitonng system consists of two individual channels (see Section 7.12 of Reference 3) to monitor the release of noble gases. Each channel consists of a gamma sensitive scintillation detector and a seven decade loganthmic count rate monitor that includes a power supply and a meter. Both channels are recorded on a two pen recorder located in the Inain control roorn Both channels are connected to the 24 volt DC power bus and to the AC radiation i
l-protection system via a transfer switch to the emergency diesei generators Each monitor has two upscale alarms and one downscale alarm Exceeding a setpoint initiates an alarm in the main control room but no control action is crovicec The upscale alarms indicate
- high radiation (see Section 3-2 for gaseous effluent monitor se::: rt) and the downscale alarm-indicates instrument troucle To monitor nooie gases in the gasecus effluent from tre a " staa a sampie is drawn througn an isokinetic croce which is :ocatec c ne stream to assure e: esentat;ve sampling The sample passes througn a carticulate hiter anc cnarcoal canncge
' e Nerec gas then flows to two shielded chamcers whee the radiation level of the nooie gases es measured oy two scintillation detectors: one located in eacn shielded chamber The system also provides for samphng of particulates and 1odines by the use of a filter and charcoal cartndge located upstream of the gas being monitored in the shielded chambers. The
. filter and cartndge.are routinely analyzed in a chemistry lacoratory in accordance with PNPS Effluent Controls.
Each individual channelincludes a built-in check-source and a purge line to purge the stack gas from the sampling chamber. Both the purge valve and the check source are operated from the -
main control room. Each channel is calibrated by laboratory analysis of a grab sample in the offgas line. Alarm trip circuits can be tested using a test source.
+
73
7.2.3 Reactor Buildino Exhaust Vent Monitorino System The raactor building exhaust vent mer2:enng system consists of two channels (see Section 712 of Reference 3i Ea:n cr arret : s s s -' a ;a-a sensitne detector and a seven decade logarithmic 00u-i ' ate ~;- '-'
r
. :+i ; '. : ^ 4 " : cc a 3 0 3 meter Both channels are O
k - 50th cnannels are connected reco:dec " a A:
e -e::'7e' _ /+c - ' ~ ^
-" i ^ ^ : - " -
to the 24.c
l' ^ A r' : _3 :~+
"z':4:
J+~
<'a a transfer switch to the
~-
emergency : +s+
7ererat rs Each rrcr :-
a s
..c s:a e 3 a'~
3 2 : e : A
<:2-
.: ~~- E.:ee:1rg a setpoint initiates an alarre
"+

:-": 3 ' "-
..:e
^^e csca'e alarms indicate high racia: : ;
'. - ' '. 2 -.: a ~
: r e s
"e-r:ut e To rnonitor _;
.s s e s e ;;se

5 :"
e-
- ' e s a::: :. : ng s tra..s:.ent. a sample is draar trr
- a-sc re

cc:ce A cr 3 :: ate: : ass re ecresc :atr.e sampkng The sample passes
-r..;^ a ca" c ia'e
te' arc Oc e :ar"c;e ' e
terec gas 9en ficas to two shielded cra ce's 're'e '"e '3: a: o e.e6 c' **e ;as s ~easu e: cy rAo scinti!!ation detectors.
r one locate ea:- : e.:e:
ar'cer The system a s: :'o, ces ' e s a-'ceg f eart.cuates a Ocret cy :ne use of a filter and charcoal car" age ccatec c st'eam O' 'ne ;as te:ng cr': re: ^ "'e snielded enamber. The filter and ca"r 0;e are 'o t "e<j 3ra'f:ea.n a One'r s. 30c's::q " acccrdance with PNPS Effluent Ccr ro,s Each indivtaua; : ar e reaces a cuJt r crev source a c a r;e re to curge the gas frorr the samchrg cra" cer E:n e ourge.-ane and tre re ( s:,.':e are aceraole from the main control rocm Eacn Cnanrei.S castrated oy acoratcry ara,s<S Of a grab sample from the reactor building venti!ation system 1larm ino c:rcuits are tested using test s.gnals i
e t
v 74
-. _...._._._. _ _ _...._. _ _..~ _ _..~ _ _._... _. _. _ _ _ _ __ _ _..
PNPS.ODCM Rev. 8 TASt,E 71 4
pa re:-~
tw~ w s c.~ o " T A i
xa. -
-x-t a e I
~ )
N
in
y. = 5 a ng vent j
llen -
unne,*
a re,.
. a r e. :. - - - Channel 8
- } Liquid Effluent Manuf acturer c 3E 3E=
3E GE i
'E
[
Modei Nu'"t e<
' ;4 A ? CGi_
'94 0003
' 94 e E:2 3'
' 94.< 90CG 11 194X900G9 i -
Senal Nurt-
4i B:* ::. _ _... _i55:: 5 243 i 55C '::_
1.
i 550 789 6 342.995 PPA i : 4 0.~ 30 ::'.'
C 6 342.788 PRM.
Scale.
s Is cs
cs eps Range
E.*'o'E+6
'E.' M 'E-i
?E 1io'E*i
'E i lo 1E+6 1E.1 to 1E+6 Power -
4.00
.4,00 24,CC
.!4 VDC 24 VDC
~
Location -
3 rei C)) ;
-O re' ;:a canetc}*;
D anel C 910 -
Panel C910.
installation Date
! 20 N
!20J1
! 20 "' '
! 20 71 9e13/71 i
Surveil!ance Test l
[-
ac. Daily ~
O urre trec=
Orir"5 *ecs Channel Check 8
b. Monthly -
. Source Oneca Ice:e Creck f
b. Quarterty
- Channel Functional Test Channel F nctional Test Channel Functional Test Cahbration n
V
a. Quarterly.
Check Source Check Source Check Source i
b. 18. month Known rad.ation source Known radiation source
, Known radiation I
i l
source 4
Alarm 3et a
-i L
Points See Section S 2 tee Sect or 3 2 See Section 8.1
a. Hi Alarm b
b. Hi Hi Alarm i '
isolation Control None
'cre Waste Device Discharge Valve i h
4 i
1 4
4
?.
1 i
-75 s-
.. + _,.
.-,.n...
,,-,- +.,. -
\\
Rev 8 7.3 Measurement Method Durino Release (References 3 and 7) 7 31 Uou'd Effluert Poor to ine e ease " a^.
,+
te s :odected and the specific activity :s Cetera',re; c, 3=,.
a. 3 s ~ w aste :.
y :- tans,s recirculated at least 60 l minutes pr or 'c re cc*:ectcr :,' 3 13-c.e e eease
3's qu d waste is controlled on a l
mixed ef f t.e-? : ^ :ea"3ca E : '. D a s s aeee e *at.os cet Aeen the isotopic
~*
i concentra' c v1 e E ^ _.
-a:e
'e tee:'+-
~ +
scnarge flow rate must be at lea st 10 '- e s s ~ r * + ~ a. - m 4.aste : e a ;e e :n saati r'ot exceed 200 gpm.
The aiscrv;+
e c : +".c 3:+ ~;~
e : :
+ : sc arge reaaer 7 3 2 Gasecqs +'m The pseous edf.ue-t ac at c^ e, e-s ::-t rucus:y
- ce : as t.s ceing ented to the atmost nere cerca c sa~c es are ::/ecte: ' rem me ea:tc : c ng vent and the main stack The particuate ' ters :nar::a: :anrages gas san'c'es r: : rcensed water samples are analyzed 'or sotec:: cert:' cat c a a wa 1,f cation 3::.
arce 'Aitn the PNPS Effluent n
Controls 7 3 3 Umitatices a Gaseous Effluent
1) PNPS Effluent Controls for gaseous release,aiues
b. Uquid Effluent
1) PNPS Effluent Controls for liouid release <aiues
2) If one pumo is used to discnarge the hauic waste and f ails. the release is
mmeciately discontinued 3i if tne cistnarge flow rate re:oraer fads e + ease ;s immeciate'r discontinued 7-6
PNPS-ODCM Rev.8 8.0 MONITOR SET POINTS 8.1 Qould Effluent Mongor The setpomt d:r e t +",.e
~ :-' "
5++
+:
~
s ri'achsned as fo!!ows
1) Pnor to a wa Oatc" 'e ease +e.*.aste : 5:rarge tar
s e: cJated for at least 60 minutes i
ano a sa~c e s 3.e^
2) The ra ; : _.+-" : r c e s r 3.:e: sce 5e:: c c -
:e e re tre concentrations of eaCD 26'9:?3: e 1:':c- -,: ^_
3ee a ts":'
5 :
e c
Le'ASons of lower hmit of detect.c '
3) The ef':c en:/ -
arts rec er 1m Of e acu;c :-s: rge monitor is ca:culated based on priC' '9 e3se e s ce' ea r.+
4) The sette :':r re a c s cent ~cr. tor s :3'c atec as ': :,-
a a) Monitor setco:nt cassa :n a:to.>ty scncentrat'on C=
c-f where.
tne setpoint of the radioactivity monitor measunng tre 'acioactivity concentration in the c
effluent line poor to dilution and subsequent release: the setpoint, which is proportional l
to the volumetric flow of the effluent line and inversely proportional to tha volumetric flow of the dilution stream plus the effluent stream, represents a value, which if b
exceeded. would result in concentrations exceeding the limits of 10CFR20 in the unrestncted area (pCi/mL)
C
= the effluent concentration limit imolementing10CFC 0 'cr tre s,te tuCi,mLr Where.
"_.C.,
c=
C y
u
~~ E C L,
Cwi concentration of nuchde iin the hquid waste cisenarge.xme pncr to any dilution as
=
3.
determined oy current :sotopic analysis for gamma emittng ruchdes and most recent results from pure beta emitters as specified in Tacle 4 2-1 of PNPS Effluent Controls, (pCi/mL);
ECLj Effluent Concentration Limit of each nuclide i from 10CFR20 Appendix B, Table 2,
=
Column 2,( Ci/mL);
I the flow setpoint as measured at the radiation monitor location. (gpm);
=
0Q F
the dilution water flow setpoint as measured prior to the release point. :gpm);
=
i 8-1
PNPS ODCM Rev.8 b) Monitor setpoint based on monitor court rate
( C
) - 2 n\\
C 3
\\,)
wnste c3
= Te wc c e t :f "' e a : 2 3 2,, ~ ;- t c < e a s e :
.2 m c uchde concentration in the e'
i:.- - *:'
u 3 +:
C
'" e :..
e-
? teT u 'ca5ec :---3;;
:i-"y cr as 23 cuiated in step a ; 3 : ', -0
. 2
x
'P e c.. ' ; - '. -
y', e ;, ;;r., er s y '3 ;;;+
;-+,,.i ccrceptr3t on to Count f
te
v D ~
se; J
te EC e"'..e "'
C- ';' : a:a gra. J ;Ourt 'at? ::_ - 59:
The setpoirt a e 'sure '
a'.
e :;-centration of nau,a +" + ts ; senarged does not increase above the <aiue 'c' Ar c-e ~acr um cermissible 0 s:"a";e *:s ' ate was established (see Section 9
cf tr s ~am.L 8 2 Gaseous E"1ent N c
,'c.
3 The only components of tne station s gaseous effluent ano a.scrarge which are continuously monitored are the noble gases The method of determining the main stack gas monitor (ses Section 7.2.2) and reactor building exhaust vent monitor (see Section 7.2.3) Hi snd Hi Hi alarms fG is as follows' 1
,\\J
1) At the time a gas grab sample is taken at the discharge point the gross monitor reading is recorded t n counts,sec) i
2) The resuits of the isotopic analyses on this sample in terms cf..C cc of each isotope detected are used along with estimates of gaseous discharge "cu ra'e (SCFM) to determine the current release rate of each detected isotope in aCLsec
3) These calculated release rates iuC seci are useo aieng utr ' e ecuations given in Sections 9 313 and 9 3 $ 4 cf ns manual to cattuiate me ~as ~..m c"s te cose rate cue to noble gases
4) The ratio of this calculated dose rate to the PNPS Eff'uent Control instantaneous dose rate limit (500 mrem.yr for the total cocy and 3000 mrem =yr for me son or some fraction thereof) is used to scale tne coserved monitr aading at the t.me at whicn the grab sample was obtained as follows-
,e m t
)
V
B-2
PNPS CDCM Rev 8 O
Sa = (
C,-B..)DP.
-E
.n o _
ss o.
where SG m: -
- * ~ r^
~e s t : : - : :
e era-beay or 3000
=
e.e s,

.e
..y
. 3#:
C:
=
.me:
r : m ; :
e
- :, yr :c : e
n.-ts s+:
8
= ~e3i M : c3:a ;": *^ : : :. " ' ' M e M '" e 5 3 m s '.'. * ': i.3*C e Orese^t r Counts;seC) g ORDmrt = * 30C 4 30 * ; " * '3t*
~
f C C "f 9' J ~;' ~~" ' : ::av cr 2:00 mrem yr for tne
5. ' !* 30-e e 3:t ;" ' ere:?
ORCalc :
e :3 cwatec ::se ate ':r e macr um r:c 22 0m t"e methods of Section 3 3
? 3-a 3 2 4 f ms anua. asrg **e e ess+ Te s Jeter~ ned from the grab same e ~re~ i-The resulting se nc t..d ce,a a ntr *re ' ext grao samc.e : *., + ' crn the release point This metnoc.viii ta usea to estabhsn tne Hi Hi aiarm at ECC - e
,r to the total oody or 3000 mrem /yr to the skin. whichever is more restnctive Since two release points exist for f.oble gas effluents the setpoints may be vaned to allow greater release rates from one point than the other, provided the totallimit is below 500 mrern/yr for the V
total body or 3000 mrem /yr for the skin whichever is more restnctive The Hi Hi alarm setpoint for ne gaseous monitors will ce cassa en tne equation in this section.
The Hi alarm setpoint may oe set at or below. out in no case accve the Hi Hi alarm setpoint 8.3 Steam Jet Air Elector Mon. tor The steam jet a;r ejector ISJAEi monitor es usea to measure : e 'e, ease rate of noble gases in main concenser offgas enor to.ts funner treatment a-c 'e ease ' rom the main stack. This monitor's primary function is to proviae alarm ana isciat,on :' es process flow stream in the event of excessively nign re! ease rates of noble gases 'rcre tre ;;rcenser anc recombiner The maximum allowable release rate of noble gases in the SJAE offgas is 500.000 uCusec. as established in Tecnnical Specification 3 81 For conservatism tre Hi Hi alarm is set at 75% of this limit. or 375 000 uCi/sec in association with enanging to a 24 month refueling cycle. the frequency of equipment calibrations has also been extended from the typical 18-month cycle. In order to accommodate for any dnft which may occur in SJAE monitor response dunng the additional 6 months in the cabbration interval, the Hi-Hi alarm has been furtner derated to a release rate of 300,000 pCi/sec.
O u
8-3
m PNPS*ODCM Rev. 8 Since this gascous stroam undergoes further processirig downstream of the SJAE monitor and is ultimately released via the mam stack ard ~0r.* red Oy the main stack gaseous effluent monitor, the SJAE mon. tor does --- "~.
, : < ~ r. +"1.e ~
enitor Therefore, it is not j
normally " ecog ' 90 as 5-.-
/.s.
: :. " + ca is" ment of alarm setpoints is k
included n *%s ie:* c '-* -- ~; es e s * 'se te re ~*i '" - :* r shed as fo30Ws
1) A grar s a~r c :# 're E. L E :" gas 1 :: e: ea e 5. - E ~ ~
t reading tmR hr) is recorded
n cor4 e n " '. m 5 t a ~ e
2) !sCtoC ; _ 3.195 2'
s " ' i : - ' t ~ " ; a s t a ~ ' e a ' : ^ ^ ' ^ ^
3 'Co.e gas Concentration biC+C: 1. '.. : e.'. ' " * * ' ; /. 'U9 ?!'.t*: :a',.Tf'N
, ~ i 's ease " ate uCe seC) 1 4
3' The 'e eas+ :*e
..se: ; :.. ce: :,
e ~cr 'cr ea:"; '
'O determ.ne tne SJAE monitor :Or'.ers on 'a;*^r
.~ sec m? hrt
4) The Mi-m a a'~ se'ec r' - F r s :eter-- red N 0.,'c g ' + "a n a'um toleraole release rate of 3CO :'C.: se:. - e 5.a 5 m er :* ::",ers en 'a:*--
5+

R tri
5) The Hi a:arr' le:cc e! 5 set at f:
t ' e CrresoC"C rg
- 3 3 ~ se!Ooint Grab samp es :* e i. -E :";as a*+.: e :'e at eas : :: +.. :' ays :r. 2;;f the cross radioactivity 'e +ase
ate
fease$ 0 fC~ :r m;re
,~,er f
_ e, ns gay after f actoring out changes in 'eac'c.' 'nermai ;c Aer evei arc or hydr:ger r e:: - re. Joon collection of these grab samples new salues are estabbsnec for tr.e total cc.e ni :cncentration, SJAE monitor conversion factor. and alarm setpoints Typical!y, existing setc;'nts Mil be used unless the newly calculated setpoints yield lower values in this case, the setpoints Mll be lowered to the newer, 4
more conservative values.
b 4
r\\
1 s
a d
4
\\
8-4
Rev.8 9.0 CALCULATIONAL METHODS i
This section presents the calcuatora'scec':s '+0u rec te cemonstrate comphance eth each of l the Effluent Contrc's cero ec - 2e :* :-
~: :::r+-t i
O V
The eauat c s - + 3 - / : '
'e :' +:
~ e +: r -: ' ' a..'a90ral methocs desenbed in Reference !
ess re% se 3:e:
e
~ e3e +0 mat: 3 a.c some cases been presented in a shgrt?, : "i 'e - ' ' Sta' ~ v' e" - *: 5 '"
') ' e r de
~m
scr cts used are "a" for age group
.g3'
': 7: -. Je :
" :at r 3, a :
::a' cn 2acitai :etters have been ae:
^
t- ; _ _
M+
a s '3:::' :^ ^: " / :- ar
ose :coversion factor abbre via.2 r 3 :. _ y a t e : 3 : *, 2, :
?.
3 ': acma: - 'r :s ;
r 3 creare deposits "W' for swimm,rg
. a:""; ;::: : '. ':
;as
^
r.
e are :ecosition "B" for breathirg r 3 y /
S + /,. + ;e' a' ;-
::: - :.: : - + a'<.eje:rce \\1" for milk, and ~C" *ar ~e r The Gesca ct "'s s' rrsta~
, y ac>es ar: carame'ers -
5 t+:
e a so casea on those descnbec n ; +'+ e :e #
r ess :* eruse ste:++c e : '
t' t. 2 ave in some cases.
been moa;*e: *: :es: te e ;- s'a~
. ar acee 3 c ; r3 ~e'e ice::f:c appbcation in the corresoonama ec.at:c a::m:n scr e Of 'ne constar' 3-2. P 30 e,a ues nave been revised to include more s 'e scec ':. a.,es in rc.uce m;re tecn-cam ::~e:t nform3 tion. or to provide uniformity,e g
, aa.es a w a < s c'esertec r r-
<a es ':' carar~eters which only have a single value e.
accea* rcr; x:-
e :ef a ttor'
' * :se c a a "eters which can take on i
different <a Les ':r :"e e- :c ce :rs e accr pnate,a ue 0.
reear n :ne referenced tables.
All numencat :orstarts a.e ceen cernec ' rom the ind,catec case :onversion factors and are representea n sc.ert:fic nctat:cn to tre thra sigruficant dig:t 9.1 Concentrations of Liouid Effluents O
!Q The following equation shall be used to determine the discharge flow rate such that concentrations of radioactive effluents released to unrestncted areas do not exceed the concentrattn hmits specifiec :n 10CFR20 Acpendix 9 Tabte : 2c.umc 2-CW DFR -
r-p We
~ ECL, where DFR
= Macmum msenarge release rate cf :.ouia e'fiuer: ga e CW
= Flow rate of citution water tsum of c:rculating water : mcs ano or sait service water pumpst (gal / min)
Cw/
= Concentration of nuchde iin the hquid waste cisenarge volume pnor to any dilution as determined by current isotopic analysis for gamma emitting nuclides and most recent results from pure beta and alpha emitters, (pCi/mL).
ECLj = Effluent Concentration Limit of each nuclide i from 10CFR20 Appendix B, Table 2, Column 2, ( Ci/mL).
4 4
9-1
a 0 A 6'e LH W ~~~
Rev.8 9 2 Licuid Efflu*nts Dose Assessment Methodoloov 1
The following equations sna!! ce ;sec : +st-re me arrua dose rates cue :o a release of radioactive novid e%erts
0: c '* ? ~ e r-3 3:
', a-:,0.u e must ce normalized to r
g a 1 year *e ease Os* 20 '.' : : ' ; : : - - * ~ -
15
s e:essarf 'or t.omparison to dose rate V
limits for e ::s :"e<e-3-
a
--.ey
~
3 3 - - -:- :j,mits and quarterly hmits.
results 400 a te s:a e tj
". a :
t *esrec' <e f
:etermine the dose or dose
~
commitr-er* ' r 3.:es rea ter ::
u t c.,
e arnaa acse ate,
e fraction of the year for the v
dose pe*
wi^-
- : : :s+5 / :
e:t ; es : r; ::se +s: Tates 'Or :ne subsequent month e'.-aP se:: -
-~~r

s ye ass e: : ce c.s :: "e crewous month's release Pathways ass. ~
mer-3 :-tcs:: :# ac cru: es e
+s - > nvce.e

re use of a SO. year ::rrm:ac : se :cr.-ers er '3::cr r s erue er:scec. se :ose wul ce ass gned to the individual 'cr re,e ir
n'a.e Oe'erence S.
r ne :r g ra;.ers Or' ot tr'e OCCM values from Regulatorf 3 ce ' ':9 De's e :e di e,ere se 'cr :a :satr; ::ses
. con :ncorporation of the Generc _e"e is-C : arge Recs on Ei are :: ers en to a electronic document. dose conversion 'a:::'s i.e e :cta re: '*:<
ccate: tac'es t 3 cy "'e '.00 :n the computer program G ASPAR-1 Ce'ere ce
'4 c air,* a f s recierg e< et a ar at on :D 're total booy (i e.
shorehre acta h s r. ~c - - ::a:rg *e::setoai: er :rga s - assumed equal to that for the total occf Re e erca 3 1 crer u E Summation :'
+ nS+ 're s ":m tr e : L a:4c s c e :.s : :. : :e :e :" rec 'or all significant pathways 9.2.1 Lioved Pathways Annual Dose Rates 9.2.1.1 Aouatic Food Inoestion (Fish Shellfish) s DA
= UA T
CA:p DFI ajp 3p -
31) i
~
where:
~.
CA,p = CW, B c e
1.00E12 0, M, e ' '
cwa -
V Above equations derived from Reference 3 equations 2 ar: ' 3 s
9-2
.. - ~......- - -.......-..... - _ -.. -. -.. - - -..
4 PNPS ODCM l 1
Rev.8
- 9.2.12 Shoreline Deposits (Discharge Canal and Recreational Area)
DS i = US W v CS :=3 ai 7
j.
\\
wnere a
t1-e
'I j-b o _ n :>g,+'4,
%I- ' '-
s
?,
?
i j
CW,f = sa + 23
='e : - E :.. y : " c :
Above equat cr- :e* se c '*:-. O e'e e ce ? e c u a* cr 5 4 4 - :..:n ', "
9 2 1 3 Sum - c 7 _ / -te -e r s.e.....B.._e a.:..
b D W,,, = U W, v CW DFW, wnere CWif = same as no ca:ec -n Eaaat:en :-
i Above equations denved from Reference 10 equation 41 on cage 151 1t 9.2.1.4 Yachtino/Boatina (Cape Cod Bay)
,\\
i D Y)i = 0.5 UY V
CW, DFW a
3t 1
I where A
CWd = same as inaicated in Ecuation 9'2
1 i,
Above equations derived from Reference 10 equaton 4' : ;a;;e 'O d
i e
4 1
I l'.
i 4
4 93 j
PNPS-ODCM Rev S 9 2.2 D finitions-Bfp
= eaud.bnum bicaccumat c
's:- '~ 1: :m: :e n aouatic fooos pathway p.
e,cresse a s,
e-r --
4 (D
rec tv ne concentration in water
. ~..,..-~
.z.
~.
Cajp = :c ce-"at:r / a: :- ' :e
at e. a. e :' u.. r ~ ::s rc Kg>
CSjf 2
=, +. -
u - : :
- : - ms at ocat:en 1 :pCo m ),
CWjj
= r :e- - :-
. e i+i.r.
y c
ters DA,jp = n r 3-::se-r= ":m gest r :' aamat c :_ :S : sun; of :rcivicuals of age
tc..c a ca

.3,
-+~v D F G -) = Sce-e : ::
re :: se ::
.e" er 'ac:: -
r
":m razonuchae e ' rom I
ae-..
-e.4-
.~
OF/,jj = rgest ;- E :,ea ::~-
e: :cse ::r.ers er '3:~-
gan :t,rcmduals in age greec a ' :- a: o
.c ce
":m ac.e L 5 -rn :- n E erem PCiingested):
DFWj = sucrvs :" ::se ::,e s c 'a::ct n.sater ' r :r; r
/ nc'v:cuais in age group a, i
rc r a: c.: ce
'ac.e L : vrem-.ter : : -
DSajj = totai arrual cose rate ' rem exposure.eceivea cur r ;
crenne activities. to organ j of naividuals of age group a at location I. (mremiyrt DWall = total annual dose rate from exposure received dunng swimming, to organ j, of
[sv) individuals of age group a at location I. (mremlyr).
DYaji = total annual dose rate from exposure received dunng.<acnting/ boating. to organ j, of individuals in age group a at location 1. (mremeyri M/
mixing ratio < reciprocal of c. ution factor) at location
-f e<posure or harvest of aquatic
=
toca from Tao!e A-3 tcimensionless)
Q/
annual release rate of rac.onuctae i <r novia effbris : yr:
=
tb Pen 0C Of U" e f0f Wn'en sediment is exposec to a::
ces :n seawater. including Ouilavo nr assurrea to ce 13 5 E5 r'r = '5yi th time oetween exposure of acuatic foocs to raciorue. ces n sea water and their
=
consumption by an :ndividual from Tacle A-3 tr' tg transit time required for radionuclides to reach location : thr. assumed to be 0.0 hr from
=
the liquid waste tank to the discharge canal);
UAap = use factor of aquatic foods from pathway p. by individuals in age group a, from Table A 9 for maximum individual. Table A 8 for average individual, (kglyr);
p iA 9-4
PNPS ODCM Rev 8 USd uso factor (amount of timo) an indrvidual in age group a. engages in shoreline activities
=
at location ! from Table a-9 't' ~a, ~ ~ r0ecca Table A 8 for average incividual thryri 0
(
UWaf = -s e 'a::c a 3;e ;- : 3
ages,n swimming at ccren 0 "' 'a; e - 9 '

- ~ a.
.~ 0..cua ~ x e ;-5 'or average individual.
UYal
* + " ' ' ' " ~ ~
~~"
03
+
- '3;es e acrt:ng boating at
~
u..
_..:e 3, er3;e ne,.,,aual.
V
'C'3 B e r.. S i 0 : :" 3 "'e ' 3 '. 9 2
Q. 35 *eC'esen'.ec :. ' ~ +. '" O f 10WO e"' Lent S 3: r ; A 3Y 2. "C s 3^ 3 Of 53.15er, ce Aater ; '" 3,ter5 jr Wf
Src'etre AIO'" '3:1-O' 0:3h0" ' ' 0 "' ~ 3 D e A. : ~ e " 5 '"te s S )
Aj
a0.0 3ch e 2903, :0"st3t ;' 'a0 Cnu;: Ce "r
=
0.50 scanng ' actor 'Or,;- trg bo3tmg assum rg
rat ::3+; +:e vec Arce On the surface of
=
the sater 3 e *

:ses +ecei,e0 Ar e c'reeris ? - say 'Om '. D: t Tce 10 4
0 r"ers er ess l
2.89
= f actor to convert +or transfer Of rmcacos from. vater to se: n ent equai to 100 hters/m#-
cay from Reference 1* mult:phed by 1 cay /24 hr ana Oy ^aturallog of 2 (to convert reciprocal k, to half hfe) as calculated in Reference S ecuation A 5. (hter/m -hr);
p 1.00E12 = factor to convert from Ci to pCr. (pCi/Ci).
\\s t
'q/
95
. -,, -...,i..,..
a
Rev.8 9.3 Gaseous Effluents Dose Assessment Methodoloav The following equations shall be.isec :: est mate me annual dose rates due to release of radioactive gaseous effluents
2. - :;. c r 3~ e + s s 3::wy and.olume) must be nr "e' ted.
p to a 1 year e ease :e oc '.':
r 2
+5 is, e:esa f 'cr companson to cosa Te {
(
hmits for cercac
e'e ~
r e. e r 2:- :: ~ a* 5:- " ~:~r.y amits and quarterly limits. l results ocu c ce s:a e: :,
e s t e ::,.:
' ' :etermine the dose or dose I commitmer' 'cr a ce rrec ce :c
. c,
+ 3 N at :se a + ;, +e fraction of the year for the dose per c '
e?
For ccnse e
--o_-
5..se: :r :a : r ;
a :::j asse and son dose from noble gases
- -, n. ~ -- :
te nj
as sce: e:
, _ PE'i-C 133 Reference 12)
Also aitrc-:-
" :+c:a :- * '. s;e*a c s a s s.r + : : Le f:
Ce'erence S) 100% of i
airborne ca re s us ~-:.: : -- 2ec:stec :
e ;./:
3:e orer :a cuating direct radiation.gra r: : 2 e +,::s.. s Fathways ass r ^g ne a :ecac :, o' a: cr-:: ces +
i at :"
gestion) nvolve the use of a 50 yea ::~~ ".e: ::s+ ::r.e se 'a:ter s +m *+ : ::ce:.e acse.vm ce assigned to the indiv'caa. ':
+.e a
a< e 2e'e*er:e 3 re:;:.e's.cr. cf the CDCM. values from Regua:c j 3u as ' ',.s
e*e*erce S. aere usea ' r

s :.. a' 3 20ses Loon incorporation of the Gener;c e"e Ei :' : arge Ce.os:co S and :or,e s :- : an e:ectronic cocument. dose conversior 'ac:c 3 se's :c a +c ":~ oca:ec :ac'es se: :.
e '.9 2.c :ne comouter program GASPAR"' Re'e e ce i :: catraays r,cieng e.:e a 1; r : ::.re total body u e noble gas total tecy ::se 3rcur: c are :ecos.ticm ne cose :: L. + :rgans.s assumed equal to that for the :ota; cocy Pe'ererce S 'opencie E, Summation of the coses rates from the equations Delow shcui ce performed for all significant pathways and all release points from which significant radioactive efnuent releases have occurred (i.e.. Main Stack and Reactor Building Exhaust Vent).
r' 9.31 Gaseous Pathways Annual Dose Rates from Noble Gases 9.3.11 Gt nma Air Dose DN
=T c.= DFN.
y i
where C, = 3.17 E4
'a O.
Above equations cenved from Reference 3 ecuations 6 E.'
E 2 9 4. and B-5. as well as References 13 and 14 s
\\
d 9-6
.. _ _... ~
.m Rev.0 9.3.1.2 pela Air Dose DN =5 c,c D F N,,
p (G
v 5ere
'wY C,,g = 3 1, : +,
4
.J :
Above ecua ;
+.+:":~+,:+' eu 3 :rs E.a 1 '; E.5 9.313 Tc'a 5 :-:. :
s+
DNrg = S \\' c DPN =
where.
Cjy = Same as nc catec n 50.at.cr b 3 *
Above equatters Oe"<ec ":m Osfe's ce B ecuatiers S
5.- 5: E-4 B 5 B-6 and B-8 as well as Refererces '3 ana *a 9.3.14 Skin Dose
- \\p DNg = {1.11 S DN,) - E c,p DFN,g
,)
where-ONy.Cijf same as indicated in Equations 9 311 and 9 3 * : 'eseectively Above equations denved from Reference 8, equations 6 9 1
B1 B 2 B 4. B 7 and B 9 as well as References 13 and 14 bv 9-7
PNPS CDCM Rev.B 932 Ga_syous Pathways Annual Dose c tes **cmicdre
31 and 133 Patcyges.vth a a
Half.hfe Greater than D Tajs_y;}-
~
PNPS Eff'c+-? : -": s :: -
" ~, t -
~4
': 'er : mchance However.
equations ':
s+ ac :
:es re : :e:
rsse:
c.euness 9 3 2 1 3 et. : r'3 e Ter s 7 DG,, a S _V
_ _2
~G
~
where 11 - 9
~)
CG, = 100E* 2 i: iO J
l Above equai,0 s ;e.ea "cr-e'erence i eat.a crs ': -
s ;..;
9 3 2 2 Brearr: -raater DBm=UB v CB D.=B.i, s
whe.1 CB, = 3.17E4 jf Qj for H 3, C 14 CBj = 3.17E4 Q,
for particuiates with Tu >ed
-13 t i 133 and 1135 Above equations denved from Reference S. ecuations 13 3 arc C-4 s
I 9-8
9.3.2.3 Leafv Veaetation Inaestiqn i
DLat = UL, l V CL DFI.
i --
w nere:
cp=oa,
=_. -
bCCse '
~*
w c e..;. _
,e=?
a ; a i
CH,.CL CP CR =
- "li ii CH,, CL,
v'.O a P,
- '. = ~: 0rJ,;'-
i n
L *i:
i ta-
)
i e^ p - a
=i
~*i
~
~
CH,. CL.. Cr~ u~. = 0" ' '. :~ 0.; 1-
, e ' tn w
l y/ ' t b
i j
~
d
1 ana :35 j
-r 11 - e"5 )
B" (1 - e-d 'a i.
e p'
+ e ' "
CH, CL, CP, CR; = 1.14 E8 Q D/a
+
i i
i i
Y, e.. e; P ).j
'O' C T* O Ote$ A 'h h, >3 dQy$,
I Above ecuafors aeri ea ' rom. 7efererce 3 ea..a or; :.5 ~ ;. p C.c.
j v
1 j
99 m
m
PNPS-ODCM Rev 0 9.3 2.4 Root Croo Non-Leafy Vecetation moestion DR, = UR, f. _\\'[CR DP o
(.,/
wnere CR, = 'c c-
:e ~a' r n :n :.a e: - E
.a' -
Abovee:.~
-~;-
_- - 'r'4-:
3.3 2 6 y = ~,
'~
A DM
=uV
_ CM :=
JJ t
wnere C M, = F.,, C.=
, e CF = f, fc. CP tCm(1 d - CH f (1 - ! )
CP,.Ch, = ::rcer: at cr r cas:..re pass ra nanes:ec s: ea ee: as caiculated in Equation 9.3 2.3 Above equations cenved from Reference 8. ecuations 14. C 10 C-11. and C-13
,m u) 9 3.2 6 Meat incestion
~
DCa/ = UC, T CC, DFI,7, 4
Where CC, = F., CF, Q, e CF = concentra::cn in 'crage as ca:cu!atec.n Ecua* cn i. : i i
Above equations derwed from Reference 3 ecuat: ens 'a : *: r 2 13
, ~x
%_/
9-10
aws9e@LV Rev 8 9.3.3 Dainations Bfy concentration f actor 'Or cia e :',: r..: ce d :m soilin the ec:cie portions o' crops
=
n ec,6 2.ve:..--
m.. :
- ~ u e :..- &g kg, C-Cg e"+ ~. e. c ~
te. _ a c ""r c s
r 'ne purpose of calculating
=
i
~
wa3<:m :: -
Cr
=
4"
.: :: :e-"a* : :' :: e ;3s - = e estese :t talcuiating gamma f
CB;
= r
.:-s~"+
r " r - :' m : ~..: -
~
CC;
- = "" - -' a ^
ce -- "ea: :C e )
=
CFj
= ::" :+. " r / ~ 3 2 :
. ce :n 'o age PC ;
CGf
= gt: "2 : re ::rcer"a:. n :' 32 cnu:: Je oC - ~.-
CHj
r:e a::" -' 1: Osc :ce er nameste s:; e: e: :: 4;
=
CMf
= :Orw"a: ^
3' a: 0..aae r~4 cc ':e*
CL,
= crcea: cr :' ac.:r.c ce r eaff.egetat es ::
s CPf
= concentration of *acionuchce i on oasture grass :C ;
CRf
= concentration of radionuchde iin root crops /non leafy vegetables, (pCi/kg);
O C.1 DBa] = total annual dose rate from breath.ng/ inhalation to organ J of an individualin age group a (mrem /yr)
DCaj = total annual cose rate from ingest:on of meat to crgan, of an individualin age group a.
(mrem yrt DFBaif = :nma:at;cn 50 fear committea dose eenvers;or 'ac::' ':r cr',an J of individuals in age grouo a. from racionuct;de i from Tables.a ' : - ougr !..'4 mrem DCO.
DFGjj = Tacle A 10 mrem -m oCon" ocen 'eia ground clare cose conversion 'a:::r ': : gar
' rem racionuchde i. from DFl ] = 'ngastacn 50-year committea cose conversion f a:tcr 'cr organ J. for individuals in age al group a from radionuchde i. from Tables A-15 intcugn 1.1B tmrem/pCi).
DFNf3 = beta skin dose conversion factor for a semi-infinite clouc of noble gas i, which includes the attenuation by the outer" dead
layer of skin, from Table A-4. (mrem m'/pCi yr);
DFNgg = total body dose conversion factor for a semi-infinite cloud of noble gas i, which includes the atte.nuation of 5 g/cm2 of tissue, from Table A-4, (mrem m'/pCi-yr);
DFN g = beta air dose conversion factor from a semi-infinite cloud of noble gas i, from Table A-4, f
(mrad-m'/pCi yr);
\\v u
9-11
Rev 8 DFNf=
g mma air doss conysrsion factor from a s:miinfinite cloud of noble gas t from 7
2 Tablo A 4, (mrad m /pCi yr).
DGj
= total annuai Ocsa *re : - :a
= r s.-
+
e cntaminated ground plane
~
O
'r t m a 3 *: : ^ -.. A
~v~
LJ DLaj
= total a"nna, cose re ";m ge s: Or i sa'f.n+'i
+s to organ J. of an individual in 1;e ;rD..o 3 r'
04faj
= ::3 Y.; ~se i.
e s

:
~..
m
an.nce.ioual in age group a1
.,g-DNS
= :::a rr a
- :. _ 3:. : e ':
~ ers r
..: :: ^:c'e gases smrem/yr),
DN73 =
3"".3
'C*a
. : i9 'a's 2..e 'O F Tef S C'
^ 3 #n::e lou 0 Of " cole gases.
.'v. r e <v
<r DNg
= arre a
+:a a r :;sc a'e :: a I r-n*me :c..c :< - ~ r + ;ases mrad yr)
DN
= 3r'rL31 g3FF3 3.r 2 se *3:e CLG :D 31 nite c,CuC -. '
e gases mrac<yr) 7 DRaj
= cta! a-rua c:se 3:e'*:m rgest en of rect :r.: -- m eaf s segetables to organ 1. of a-r::, a a r;e ;
<.c a T r e r"
<r
[D/QJ = depos tion < ate :crs. der ng aep;etion at tne 'ecert:r 'ocation in question, from Taoie 101 (mN ff fractro of the ingestion ra'e of a leafy vegetable that is produced in the garden of
=
intecest, (dimensionless; assumed to be 1.0);
w f
= fraction of tin year the animals graze on casture :c.mersionless' assumed to be 10):
p fr
= fraction of root crops.non leafy vegetable that are creauced in the garden of interest, (dimensionless assumea to be 0 76).
fs fracton of caily feed inat is pasture grass.s e-e animal grazes on pasture
=
. dimension!(,ss assumed to os 101 Fjf average fraction of the aniniars daily ntase ci :::r_ ide Ah:en appears in each
=
kdogram of meat from '; acie A-5 days kg.
Fim average fraction of the animals caily intake of raatorucace i whien appears in er'h liter e
of mdk from Table A 5 for cows Table A 6 for gea:s cays liter).
H
=
absolute humidity of the atmosphere from Reference 15 (gtm assumed to be 3
2 5 6 g/m ).
fractional equilibnum ratio, (dimensionless; assumea to be 1.0 for continuous release);
p
=
P
= effective surface density for dry soil, (kg/m ; assumed to be 240 kg/m );
2 p
Qf amount of feed consumed by the animal per day from Table A-7 (kg/ day);
=
\\
/
v 9-12 i
Rev 8 Q/
a annud r:l:asa rate of radionuclida iin gassous efflu:nts (Ci/yr);
fraction of depos:ted aa.o ectr e ea ec :n Orcos (dimensionless rf
=
assumed to be 10 from References ".-
(q r
e
'm :n :.yg:
4
-w-r..
n;
, e 3.cn!ess assumed to be p
og e.e-
. 3,
y; S
e >" n e :
'am r a.
c'" *

-
e ::se -:
~ : e to sn eicing provided by n
4-. 3 ~_;-
-~na:,.
~. ; - : -. a z tb
- :r :
.+'.
- u:N

. :n
+ e,. 3 M "r
assumed to be
=
r.
t
= ' m :+' c 0 "' a -
s 3 e eicesec *: ac:cr : ce :eocstton aunng the growing a
seas:n " f ' 3r a ;
9 ff a,erage "anscan me 4
e ach tj <tm - e s+:
e m k md to the receptor
=
'r m Twe :. * ?
th noioue m "'at ec +se-ts e *me rtena! cer.see-r.est rc consumption of the
=
Sc ' m 'ac e.-
r ta
=
average tme der aa,on ccces to cass ' rem '+-; -': gr meat to the consuming u
c acuai tr assurrea ", ce.180.r = 20 cays.
UBa annual breathing rate. for individuals in the age great a from Table A 9 for maximum
=
individual, Table A 8 for average individual, (m /yr),
3 h
UC, annual intake of meat. for individuals in age group a. from Table A 9 for maximum
=
individual Table A 8 for average individual (kgtyr)
Uta annual intake of !eafy vegetaoles for indiviauais <n t"e age group a. from Table A-9 for
=
maximum individual tad!e A 8 for average incivicua L g yri UM, annual intake of milk for individuals in the age groue a ' rem Table A 9 for maximum a
individual Table A 8 for average incividual it ter jr4 UR, annual intake of root croos,ncn ieafy vegetac as ': namauais :n tne age arcup a.
=
- from Table A-9 for maximum 'ndiviaual atte M ': Le age,ndividual. Ag yrt Yy agncultural productvsty:yieto from Taole A 19 k; '..et.s eignt)
=
[Z/QJe = appropnate value of undepleted atmosonenc c:scers en ' actor used to estimate ground level airborne concentration of gaseous, o e non carticulate) radionuclides. from 3
Table 101. (sec/m ).
[X/Qld = appropnate value of the average gaseous dispersion factor corrected for depletion of particulates and radiciodines, from 1 able 10-1, (sec!m'),
[X/Q)y = appropnate value of gamma atmosphenc dispersion factor used to est: mate ground O
level gamma dose rate from an elevated or ground level plume as calculated in v
References 13 and 14. from Table 101, (secim'),
9 13 1
U
PNPS ODCM 4ev 8 l/
= rad 4cactve ce:a, :: r 4--
+
4 E
1
=
g/
. +:.e v;
. a ; ;-
2
g, crops in nr where
=
E 1
e '3: 0 3:t.e cera, ::c cr: arc
",y :s it'e (e.mos at rate
-~'v v:*:'n :3 :: :..e r e 7
~
1.11 2.: :
~
s e 7, se: r
+ : e :3 -Trem mract 4
t i
3.17E4 =
'E'
'=E'i+.-
1.1967 = * : ~ : ;. : ~ :. :e: :<
:' w: fr ra
e

;0E2 g kg and by 0 5 g
-r
r
.re e ; a r-esener c Ar+ ":- ;e'erence 22 c mensionless) i ar a,. ~5 ;. re :e g r r+ 2.r ms.: ess
2-rea - ;eference S equation
. - - +..
.s
.a..,
4 4
l 2.18E7 =
TC E * :
C J. '. ' 9 0., I 'fE ' sec.yr anc 7'
0 4.: C, OCE3 g kg and by Q 11 ()
i 4
Catecr ; :' art ~ ass ":- r 'ererces 23 an: :4:
+: :) : 16 g Carbon m3 of Sir e
3s !a 1 d'e n " OY't'
!959 L3: c' : 3 cC.'~ C 19:
J-5.71E7 : ::
,+'3cc 'i:::* : ::~e:: er a:tc:j : me.r ': r: ; + e~at forms of radiciodines.
d 93 a *:
e 0 3~ c -':9 ac<c%3ce cer,ers ;- an:t * :4ES multiplied by an e:emer:ai Octne '.act n Of ~ 5 om Deference 25 :
,
C.-nrl.
1.14E8 = conversion factor to correct activity units and time units for particulate radionuclides, equal to 100E12 pCi/Ci multiplied by 1 yr/8760 hr, (pCi yr/Ci-hr);
4 1.00E12 = conversion factor to correct for actmty units (pCi'CO.
I i
1 i
d k
f I
I f
i 1
t i
s J
i s
A i
l 1
[
9-14 i
PNPS 0DCM Rev.8 9.4 Total Doso to a M:;mber of the Pubhc The purpose of :his sect er s
es: +
a -":: eed ca:culate the cumulativo dose contnbetsors Or"
< vo tr: ;3 s+:.s 23 :
- ONPS Effluent Controis for 4tal dose Ss
~c. ca :a a s: :- w: : :e ~ r "3 e :;- 'arce with the Environmental Protection ge f EO-.:::::
E, c-~ema Pa am ~ e ;rarium Fuel Cycle" Compharsce,*
e O'05 E "L.e ~ ::n r i cose : * :
' dr *e ra amum individual demonstrates ::~: 3: * "-
e E :. ~ ;s ; 3,
e w -
..cre ; nce tne design dose objectr<es ":~
. : f: -cc e-A Fe
~4*
04er 3r e
.CE 19 cose I;mits to the general cuc :
+
e :ent ; a :o c:",+s - I',;5 E"..e- ::-trec Sec: ens 322,332.
and:or 3 :. :+ ; e, eece:. a '3:r :' ra: a see:a m,s = ws: ce cedormed The purpose of " s tre: a. ara f s s s to aer crstrate ' me : a ::se :o 3 f mer"cer of the pubhc (real ;ncivic..a; ": - a i a%m 'sei c/cle sources oc:Lc r; a: eal catr'aays and direct radiation) >s
~ :e t o e s s "' 3 9 Or ec.ai to 25 mrem ;'er,ea O me totai occy or any organ except for : e m c 3n n s mie: to 5 mrem cer year if requirea "'e : *a: cose :: a e~cer :' *e cuolc An! ce :3 : 3:ea for ail significant effluent release po,nts for a I reai c am^ays nce 0 rg afect radiat:en
.t e' fluent releases from PNPS L
(Pilgnm Staucni reec :: ce : Ors. cered s.rce "o cther %::sa Le :ycie facihties exist within a 50 mile radius Ne :a :u:3 -:rs x : e casec or.ne ecuat :-:.: ta.nec.c %s section with the exception that e sage 'a:::rs a c ;re' s. e scec.f : t r3 evs an ce modified using more reakstic assurre! cns c'ere a;;crocrate The direct raciation component from the facihty can be aetern'.nec oy using environmental TLD results. These results will be corrected for natural backgrounc and for actual occupancy time of the reureational areas accessiDie to the general pubhc at the location of maximum direct radiation.
O It is recognized that by including the results from the environmental TLDs into the sum of total dose component, the direct radiation dose may be overestimated The TLD measurements may include the exposure from noble gases, ground plane deposition and shoreline deposition, which have already been included in the summation of the significant dose oathways to tha general public. However, tnis conservative methoc can De usec ;f reoutrec as well as any other method for estimating the cirect radiation dose from contained ramoacive sources within the facihty The methodology used to incorporate tne direct radiation comccrert :nto total dose estimates will be outhned whenever total doses are reported Therefore. the total dose mil be ceterminea caseo on tne ~cs: eanst.c site specific cata anc parameters to assess tne real cose to any member of the gerera' cubite x
9-15
Rev.8 10.0 RECEPTOR LOCATIONS. HYDROLOGY AND METEOROLOGY The purpose of this section is to.ceat.', " cse +:ecter ecatiors which represent entical pathway loca' ions and the metrc~s se: '.: e s* ~ 9,
ar: sterson ' actors for these locations C
\\
For the dose :a c a* r s ":- -:; ; :" w :s e ~ n ~ ~
a..ai <s assumed to: 1) ingest fish and srsJ s- " ~
e tscrarge :ana ; e:eae rect 3 anco from shoreline deposits at both the cistrarge : ara vc 095 s cre ^e 'ecreaticaa' a'ea 3 c 3 receive external radiation while SWe -' l' /. - *e ~ :P Ee 3 0 a s n ed 3 s Acr e :r ;:r e Cape Cod Bay The doses i are calcia +: ': m 3:e 70.01 e
-'rt
'ee 3;e* a-d adu!!! as weil as for the vanous rJr5
= :~
" ** 'r: 'cre,
.. ; p s "-
O s' 31 'ract ic Aer !arge intestine, skin anc 1:*3 :: n
% e ~ 3c m r-tet3 cccf arc Orga :: +s rv se ectea ' rom the totals of the vanous age 7:mes a^c :'g3^
ses ta : 3'e as :e! ';r: 4: e For hquid e%ert cat a a < s 'r.e L 21sts N :onser/atc.e
+; # r tne am ng ratio and shore width facto' ';r *e < ar c u s 31.3t=0 'e:ector ocations
(
Fcr the dose :a c n: s : ;3s+cus e* Nerts e -'ai r. -
..a. I assumed to reside at l
the receptor ocat en tnt cresces tre mgrest dose ' rom e ::se : rtr cutions from all gaseous release poirts Anere s.gnAcrt 's eases -a.e Occurrec ~ e ::r : s se'ectea in Table 10-1 are the site bouncarf a garcer at Te s te courdart arc e e rn' % an; mal at the Plimoth Plantation
~ e ::se :a, cat :ns re re formec 'or ea:
e ene :cint and totaled for the following cose catn Aaf s Oc e gas :mmersion 2 g*ou c ra e :ecosition 3) inhalation, and r
4) ingestion cf 'ea*y,egetat.e ' cot rces non.eafy,egetar es ~
ano meat The doses are also calculated for the sancus age grouos and for the <a"c ; :rgans as desenbed for liquid effluents The majumum total body, skin, and organ doses are seiected from the totals of the vanous age groups and organ doses calculated as desenbed aoove p
in order to estimate atmosphenc dispersion and deposition factors for each of these locatiorts, a Q
computer code supplied by the Yankee Atomic Electric Company v6s used. The code, AEOLUS (Reference 13). was used to caiculate quarterty average values of dispersion and deposition factors.
Meteorological data for a three year penod January 1 1F-' :o ecember 31.1979. were used for these analyses The most ccnservative quarterly average values of ground level average atmosphenc cispersion factor before cepletion [LC}c grouro evel average atmosphenc dispersion factor after decletion [cCla average gamma :'ut;" ' actor [/.cQL and average deposition rate [D Q] for the three year penoc Aere crcsee 'tr eacn of the entical receptor locations.
The technique used to estima'.e ground level gamma deses 'rct" an elevated or ground level plume is based on the sector average finite cloud mcce! Of Regulatory Guide 1.109 (Reference B) The equation has been rearranged into a form s6maar to the standard semsnfinite cloud equation thereby allowing the use of a " gamma ChoO' An:cn :ncludes the effccts of plume dimensions, gamma energy mix. atmosphenc and geometnc attenuation. etc (See References 13 and 14 for a detailed discussion.)-
For gaseous effluent pathways, Table 10-1 lists the entical locations for receptors and conservative atmosphenc dispersion factors for each atmosphenc receptor location.
10-1 l
m_....

J

Rev.8 l TABLE 101 CRITICAL RE_CEPTQP.JCCM EI 1l'CSWE iO DISPFRSION FACTORS l,
\\_.
Effluent O :' '
sec.mh (1/m )
2
. ~,
n.
~ - ~, - - -.n v..u n
GROLNC.E E. OE' E;IES M c' r E. m < art
'.'t.r o E.- ~ ~
~
a'-
3/4 3 ' :M 757-
T
~
I 2:E :5
~ :4 E-4 69E 06 5 22E 08
'4 9
'3,
' 4:E.:6
45-:e 4 GE C6 5 22E 08 -
-' e r
Y.
+ a, 4 :.E :-
4 : E. '
E.c7
' 93E 10 l
3/4 3 2 :: s
. _ t.e i n S te E t e :r.
J:E :4 4 GE 06 N/A g
3/4 3 3 Ocse m > ':- " ~
,2 Pa nam e Yatena.s r 33-r33rm and 'nt:um 5.t. E.: m, 40E 06 4E.:3 NA 5 22E 08
)
ea est 3 ev
' 4:E 06
4E :;
NA 5 22E 08 Neamst * *.
~ a.
429E T' 4 2 ' E. :'
NA 7 93E 10 3,4 4 1 n : w i
f Site Sm.r' car,
' 4;E C6
' 04E.:e a 69E 06 5 22E 08 Nearest 3 raer
' 4CE. 6
:45-:i 4 69E 36 5 22E 08 Nearest Ya 1 n?'a:
4 29E :'
4 2'E.:'.~ u
'OE 07 7 93E-10
- - ~ ~
-=
ELEVATED RELE; 2E3
'iw ita:s o 'e 3/4 3.1
'3ase:.,.s E'%rt ;;se a
site Bounaary 4 %E-07 4 ME :'
' 6SE 06 2 92E 09 i
Nearest Garden 4 69E 07 4 69E. '
t 68E 06 2 92E 09 Naarest Milk Animal '
3 73E 08 3 70E-03 3 22E 08 2.46E 10 3/4.3 2' Dose Noble Gaset p
Site Boundary
4 69E 07 N/A 163E 06 N/A ty 3/4.3.3: Dose lodine 131. lodine 133. Radioactive Matenals in Par 1iculate Form, and Tntium 4
Site Boundary,
4 69E-07 4 69E 07 N/A 2 92E 04 Nearest Garden -
4 69E 07 4 69E 07 N/A 2.92E-09 3
Nearest Milk Animal 3 73E 03 3 70E 03 N.A 2 4GE 10 3/4 4.1. Total Dose Site Soundary 4 69E-07 4 G E-C' 168E 06 2 92E 09 Nearest Garcen -
4 69E 07 4 %E 47 16dE 06 2 92E 09
[
Nearest Milk Animal 3 73E 08 3 70E, :*
3 2 E 08 2 46E 10
" Site Boundary' means the iccation at or Deyond the Ooundary :t ' o esp:cted area mth the highest calculated discersicn and er secosition f actor
"' " Nearest Garden' s consicered to ta me same as the site cco c v, :s.e ta tne aDundance of small r
gardens near ongnm Station d' " Nearest M:!k Animalis presently censicered to be at the Phmetn 'Nantaton 3 7 km (2 3 mi) west of
~
Pilgnm Station 1
5
,O
\\
10-2
PNPS CDCM Rev 8 11.0 RADIOLOGICALj!NVIRONMENTAL SAMPLING AND MEASUREMENT LOCATIONS Samphng and measuren er: c:a w s 3.+ :ee estamsnea for Pilgnm Station considenng g
metecrology eccu atc
srt.'--
f 3*;
3":
se :raractenstics of the Plymouth t
area The sa terg c aws r-
. f e:
t: : Ac. 3sses c: cater and control. Indicator locations a'e se A Or ye : ce:'e: ': s:A e"ers
- :VS operations if any exist These :ccate s he'e t e c;:e:
~r, e cas s :' arere the hignest predicted environme-u :r :e-"Y 07 se'e :a : rec *: Occu* /. e *"e atcator 'ocations are typically within a 'e n - :~ev: ;'
e 3"*
e L"";
sta'c"i rt 'e e+a q ccated so as to be outside the inf:ue w "
T-ir~
'N ce 3 cass '- A n T eva4uate 'luctuations at indicator _ ;r -
er -'; / a :.a: ; : r: 3 v :--
rc 32 ca::. h 70 fa: lout from poor nut ea' c.- c ~ m tei.
The envirorr em sr : -; "e: 3 : c e c'+ c " 'r e. c ^ ?< : ; 9' ~ 5:a: On rc!uce att particulate filters char:ca ; r" ;e : ;c aa 3:e' s e t'sn nsn
ss a v :r coster hsnes sediment.
milk, crance" +i
. ege:a: ce r o teef 'crage
%e e:a s a c.e Oesignation location.
descnotion : s:rce r : rem en ".r
cator ara ::-~: sr c es are ast" in Tables 3 51 and 3 5-3 uncer :c-"o 2 4 5
ese samchrg ccat o s re
.s a spi.f ed on the rr aps shown in : gares ? 5 ' :rrcu gn !55
.e frecuercy :' :: et cr arc types of radioactivity analysis are :es:r tea -
e ;N?S E" tert Cortrei ^45-
'at =e 2 5
The maximum lower limits of detec: ca..:
'Or
e ra:yt.ca' measLier-e-:s re sce:iea n :he PNFS Effluent i
Controls Tacie a 5 ' se+ acce > E ':r
e cef rmors :* e :w m c' cetectiom The enarormema, '.
cca::en cesignat. ors a, stance arc are:: en ' rom the reactor are listed in Table 3 5-2 Tne raciation measurement iocations for :re em renmental TLDs are shown in Figures 3 5-1 through 3 5 5 The frequency and type of raciation measurement is desenbed in the PNPS Effluent Control 3/4 5.1. Table 3.5-1.
(
(
The pressunzed ion chamber measurement locations, distance, and direction from the reactor are listed in Table 3 5 3 These radiation measurement locations for the surveys performed on local beaches The frequency and type of radiation measuremert :s desenbed n PNPS Effluent Control 3/4 51 Table 3 51 The atmosphenc and land-based samples are collectec O f Ecston Edison personnel from the Electncal Engineenng anc Station Operation Decar,me": s E% ronmental Laboratory The aquatic samples are conected by tne Division of Va're : sre es P:Ignm Station Protect personnel The direct radiation measurements arc sc < aicactivity measurements are conducted by Yar*ee Atcmic E'ectnc Cc - Raciolog::a' E g reerg Group ana Fnvironmental Laboratory personnel The racroactivity analys,s O'
sa c es anc the processing of ti.e environmental TLDs 's cerformec oy f annee s Eny:rortrerta accratory personnel The Boston Edison staff reviews it:e ractoactivity analysis resutts from Yankee Atcmic Electnc Company. Reporting levels for radioactivity concentrations.n env ronmental samples ve listed in PNPS Effluent Controls Table 3 5 4-If the radioactmty concentrations are above the reporting levels, the NRC is notified in wnting witnin 30 days A determination of the cumu'ative dose contribution for the current year will be performed for radioactivity which is detected that is attnbutable to PNPS operation. Depending upon the circumstances. a special study may also be conducted.
O 11 1
PNPS-ODCM Rev.S (f radioactivity levets in the environmert tec;~e e!evated as a result of the station's coeration an investigation is cedormed arc ::"e:.+ i / :#i c'e 'e:0'" mended to fecuce the amount of radioactivity to as 'a' :ee A
e + ;3
~-
+ w n, 3:" e at:e
- The radicio; :a +. ':r-*erta :a ": "g r '.
eak.<~
e-
r. :ns are reviewed annually, and modified
<5
-ce s mj a ga'ar 3 c
.s ammat :ers s 3 Oedctmed every year to identtfy Changes * ** e it _ ' '"e + ^. 'Oc e" * **9. ':
t, c' " e s'y :n ': cermit modification of the samDiing 3" ; '*-
'+"e#'
,3es i
11 2 a
v h
PNPS CDCM Rev S 12.0 ANNUAL REPORT PREPARATION 12 1-Annual Eff! vent ana //are 2 t:n ;e ~
(m The Arns.ai O a c c a :'a. e E ". e -
c 7
.me: :::sa ; +
'.er'ng the operation of Pilgnm Nuclear :Aer Ma* : x e : e, n.s :a e :r fe3r. 3 ce smomitted by May 15 of each year Tne eo:r* 5 aa re v e 3 s.~r 39 :' "e har': e s acioactive liquid and gaseous effluents arc s: c a wes + + 3se: "-~*e#3C ti '
s"'-
- M ce suomitted in accoruance with 1 DC ; ~ '
a Generat g.. :r :, :-
+ : :: r.:t -
.*1 e: r-r Reg,.,atory Guide 1.21 (Reference 2
- 3:~ - -
".. + " r: : se m a -
. econ sncuta also include summanes r ~e e:t ; :3..:: 3 -
e v~ I'. rt e:s _, : s" c t.on taoles This report should pre ser* r + s a..a: cc.
"e :cses e:eneo of *e~ e L Of the pub!ic resulting from operation J ; ; ~ :'at c-c 3 0 a t:crre effber-c r nays as discussed in ODCM Section 9 s c _ : e.se: : 35;es3 re : ses as Ae: as e : e-t airect) radiation exposure resulting 'rcm r-r' :ce*at :-
In accition to 3r-r: r g
",.e-ts a o e ' resuting ::se; s annuai Effluent and Waste Disposal Petcr sen+5 as e e :.e :: :tb ne NRC Of a. :'arges 4n tne CDCM Changes to the CCCM
.J "g *e cre, s :a e car,sar shall re 5,.: ~ "e
,n the a nual Effluent and n
Waste Discesa ;+::-
12.2 Annua: Ca >oreg ca; E~crermertar Coerating Reper-The Annual Radiological Environmental Operating Report ::.ering the operation of Pilgnm Nuclear Power Station dunng the previous calendar year snail ce submitted by May 15 of each year. The report shallinclude summanes, interpretations, and analyses of trends of the results of the Radiological Environmental Monitonng Program for the reporting period.
The material p
provided shall be consistent with the objectives outlined in other sectiuns of the ODCM, as well as 10CFR50 Appendix I Sections IV B 2. IV B 3 and IV C The Annual Radiological Env:ronmental C>perating Report sra t nc:ude tables suminanzing the results of analyses of radiological environmental sar c:e3 and environmental radiation measurements taken cunng tne penoa cursuant to the locat.ccr scecified in Section 3/4.5 of the ODCM. Summan:ea ana taoulated resu ts of these analyses arc measurements shall be simdar in format to guidance crovicea <n the Radiological Assessmer: Branen Technical Position.
Revision 1. November t979 in :ne event that some inces c,.a: esults are not avadable for inclusion :n the recor' tne recon shall be suomitted notirg a : esplaining the reasons fc. the missmg results
~ne missing cata shan ce suomitted n a s..
c.ementary reccrt as soon as possible b
12-1 1
U
WNFS40CM Rev 8
13.0 REFERENCES
1)- Boston Edison Compary DN:
~n-u ::e:' taters A
2)-
U S Nue: ear Oegcr-- ~
~_ r w_:"e-'-
~ciementation of Q
Progra~ ~ at '. ::r": _
. :. : ". e 1"
~+:~
ice 9:3t.cns in the Acmin strr,e :;-:':
Ec e ~+:-r ca,5:e
r :r3 and the Relocation of Procetra, Deta :s c' OE'S :: " e :"s te ::se 23 c r *.- Yanual or to the Process Cert :
~ r'
- r 4
'D 3)
Eosr-E: m :: :r..::s e:
3. 5 re.
c.:
- d:r : ~y m '.actear Power S tat. :-.: ~es c, -
4) 60st:P 5: 3-I c c r, ; y 9' ita!.C n 4'
O O c 9 r' E, 3 ua t C f' Ach' '977 w
5)
Genera i C" r < 3E.2:445 0.gnm 0 ::es s ; 3.: son Merstonrg Syctem Marua 6)
Boster ':.s:
n cr :'. 5 Ya c:e r:e :eca
+~ : :a crat.on ara Va: function Recer:s 7)
Boster Essor Ocmcr, O',
S Cre'at ens Yan,s,:
~e 9:c.
Cnemical and Rac:ccre-:i : c:e:: es B)
U S Nue: ear r gua::c, :c-m, s er :egu<aterf L 2e Cazzation of Annual e
Doses to MPn ' rom Rout ">e Peieases Of Re3ctor EffiLe" 1 ':
"e DurDose of Evaluating Como;iance utn 10CF:50 Accenca r Revis:en 1 Cc:: e 977 9)
D.L. Strenge. T J Bander. and J K. Soldat. NUREG,CR ad53 GASPAR 11 Technical i
Reference and User Guide", March 1987.
/~N (j
10)
" HERMES". A Digital Computer Coda for Estimating Regional Radiological Effects from the Nuclear Power Industry HEDL TME N1168. December 1971 11)
G L Toomts and P S Culter "Comprenensive Final recen 'or tne Lower Colur~ a River Environmental Survey in Oregon June 5 1961 July 31 ' 967 " Cregon State Boaro of Health. Division of Sanitation and Eng:neenng.1968 12)
U. S. Nuclear Regulatory Commission NUREG-0133 : ecaranon of Raciolog: cal Effluent Techn! cal Specifications for Nuclear Power D' ants' Fe, s Or : Vay 1982 13)
J.N Hamawi 'AEC-LUS~ Yankee atormc E! ectr c Comer e AEC-t '20 1977 14)
J. N Hamawt "SKlRON" Yannee Atomic Electnc C mear, ? EC 1133.1977.
15)
U. S. Nuclear F.egulatory Commission NUREG CR 333: Oac clogical Assessment".
December 1983.
16)
D. F. Bunck (ed.). USAEC Report 100-12063. "Controllec Environmental Radiciodine Test, Progress Report Number Two". January 1968.
17)
J. D. Zimbnck and P. G. Voilleque, USAEC Report 100-12065, " Controlled Environmental Radiciodine Tests at the National Reactor Testing Station. Progress Report Number Four,"
December 1968.
T w
b 13-1
PNPS ODCM Rev 8
13.0 REFERENCES
(continued) 18)
F 0 Hoffman IRS W.6 'E. r:rnvia. 3 at es sob.ec with the Estimation of the Amount Of '35: r '.' k 2 g e i 5+:.4~ : s e : "-
a mstitute fur Reatt: s : e e: _
19)
F C -?" mar 0 5. /.. :
2- ;+2 s s-:s s~e-* ? e ; r r + s sea To Fredict the Ervrc~+ :3: ' am t :~ _
~ s:
e "; Reaite s4ct'erreit April 1975.
20)
J.
^ <
+
. " ~
1-
g n

g
' e Ee a.- or of 137Cs
'-~
anc : +- : 3 -
. :- ; : a '.* >cr 2 r : a. : r -
3 I
21)
D ::, :. e:_e a ; - - : e e < -es ta 3
~~
3 s-c s,- :.
is 'C:c, car'sen of External
. trac e c r a ::rs. ~;:.cr :f ::.s Mc'. aslrT:a : r.. 3, s :.r T:s 54Yn and t
144Ce.~a40. ;e e 3;e : u e.:~;st.. e e - 3a 22)
L R P s:: 3-gr et 3
.5;E Oecen _C N 72 95 re.
e Cose to Man wa the 3 oco C a rs e
s :";":~ Exces re tc re: ; a e. acor1972 23)
Y C N g et c' S;EC ;se:- '.65T63 Ca
< '; +: :: en cf ne Vaomum Dosage to Mar ":m e ;a tt. : V : ea' Tesces v -a-cccc- : Esteat rg t~e Maximum Interna Ocse 'r:- ; 3: &: ces eea:ea o ne E.es: e+
962 i
24)
R C ?, east e:
" r :tc: :' -: e-str< anc mes ::
' ;<ess $370 j
25)
U S Nuc. ear Reguiatt 9 Commissicn NUREG-75 C21 :e 3 ea Veasurement of I 131 in Air. Vegetatian ano M, k Arouna 'hree Cperating Reac::t 5 tes ' Maren 1975 26)
U.S Nuclear Regulatory Commission, Regulatory Guide 121, *Measunng, Evaluating, and g' '.
Reporting Radioactivity in Solid Wastes and Releases of Radioactive Materials in Liquid and Gaseous Effluents from Light Water Cooled Nuclear Power Plants", Revision 1, June 1974.
1 9
i a
4 (s
13-2 4
PNPS.ODCM Rev 8 APPENDIX A P A T..A D E L C:: ~ 0 ?
_' E_ '..' 3 1V_L A T IO N S
- - =
s S$$.C 5 E -i*_.C.fil.C ' ! O i ~ME. EE i"tE.1 E :~c.E'. I E.N_SjlE$P_EClELQ DATA 1
l
. e

C *+*
1 1
.. g.-
ELEME'.*
'..ECEEP4'E
% E RTEBRATE
_.--__._.7*..
I
>:t.
) E O'
~
,_ _.. _:E
9 3E 01 0
4 *: E + :2 9'E+0?
'!E+:?
14E+03 i
.a
..c+0.,
1 9E 01
.v i
P I
Cr -.. - ~ ~.E+:i
E+04 1
:.E + :4 3 CE+04 2E+
"':*03 4: E-:2 2CE+03 4
Mn 4 ;2+ ::
):E+:4
.. E.7-:2 4 OE + 02 l
fi ee
.s.
. CE*04 Ca 5 E :'
E*:2 L
E ::
10E.03 4
Ni
' :. :2
' OE+02 1
':E-:2 2SE+02 Cu
CE*01 4 CE*02
- _E+:2 17E+03 i '.
i Zn 2 0E+03
OE+04
.'E+03 50E+04
~
]
Br 4 2E+02 3 3E+02 1 !E 02 31E4 00 1
Rb 2 OE+03 1OE+03 83E+00 1.7 E + 01 i
Sr i
3 DE+01 1 Oti+02 2 OE+00 2.0E + 01
\\v Y
2 5E+01 1 OE+03 I
,2SE+01 1 OE+03 Zr 3 3E+00 63E+00 2 CE+02 8OE+01 Nb 3 OE+04 1 CE+02 3OE+04 1OE+02 i
Mo 1 0E + 01 1 0E + 01
'0E*01 1 0E+ 01
~-
Tc 1SE+01 5 OE+00
)
' E-01 5CE+01 l
Ru 1 CE+01 3 CE+02 3 :E+00 1 OE+03 -
I Rh 1 CE+01 3 0E+02
OE+01 2.0E+03 Te 4 0E+02 61E-03
E+0' 10E+02 i
1fE+05 5 OE+00
lE+:'
5CE+01 1
Cs i
2 0E+03
' 0E+03 i
4~.E+
1 2 SE+01 i
I, t--
4 OE+00
CE+02 l
' E+01 1 OE+02
'l Ba La i
2SE+01 10E+03 25E+:1 10E+03 l
Ce
{
10E+00 10E+03
E+01 6 0E*02 Pr i
2 SE+01 1 CE+03 2SE+01
1. 0E + 03 Nd I'
2 SE401 1GE+03 2SE+01 1.0E+03 i
W 12E*03 1 OE+01 1
3 OE+01 3.0E+01 Np 1.0E+ 01 4 OE+02 l
1 OE+01 1.0E+01 W Data presented in this table are from Reference 8.
s A.1
w Rev.B 1AJLE.A 2 PRSE.HQ10E:':.C fM:E71CURTEW"
(
-..a.,7 ; _.e.
m
.._ ~._ -
m
-o, l
' ". E +
E+CC
!E^6
?E C6
~ 4
. !E-:*.
:E + 00 2 a c.
4..
' o.. ;
_ _E__:6 _.._
. _...4
c.r6 I'
? '* _.
._! E. _. ;6 1
JE :9 5 E S 4
r. i d
' fE 06
' EE46
+fi 3SE10 6 4E 11
~
5:? ki i 6. E 06,
..;; ~!
C 2E 06 2 2E 06 1 f.E 06 i
i
-47 iJE.:6 4 EE 06 N -6.;
CE+00
) OE + 00 i
.4 4 5 IE+0' 3 7E 07 4
'* +M
__ ' _ E O6
' ' E 06 I ? }
!dE"I_
1 In :#:
' f E 07 4 6E 09 5 4E 10 t
<.iG
? 6EO~
13E 05
~
]
0'+ v 50
_{
11E46 1 SE 06 13E 08 Zr 95 1 SE 06 4
14E 06 Nb 95 16E 06 i
Mo 99 91E 07 4 7E 07 Ru 103 1.1E 06 8 9E 07 Ru 106 19E 06 3 8E 07 Te.132 4 8E 07 4 OE 07 4
1129 61E 09 21E 09 1
' 131 9 5E 07 6 8E 07 i
i 1 130 5 SE 06 4 4E 06 L
1 SE 06 9 6E 07
]
i-133 i135 4 OE 06 3 3E 06 i
0s134 3 5E 06 2 9E 06 i
Os 137 i
4E46
' CE 06 i
i Ba 140 I
6E 07 4 SE 07 a
La 140
[
5 3E 06 41EC6 Ce 141 i
2 4E 07 13E 07 l
~
i Ce 144 L
6 ZE CB 3 CE 08 l
D" 144 13E 06
$ SE 08 Ce+Pr1 Q
' 4 E 06
~
B 6E 08
'" Data presented in this table are from Reference 10
' The same factors apply to aduit teenager. and child.
'2' Total body factors also apply to other internal organs.
Not including penetration of oxide into skin.
l
includes bremsstrahlung.
Use these factors for Sr 90 unless Y 90 concentration is given separately.
A Use these f actors for Ce 144 unless Pr 144 concentration is given separately.
1 A2
,_..._.a_-
,-,_---m
Rev.8 q
,a T_A_RW i
l j
R E C O W. T U.C E E / L E 5 O D ALQWJP_ErELyENTS '
i 1
Parametet i 'r: --,
e4"
~
...*e y,
,s,, ;
c c
. c
oas tanen frcm Discharge 1
.,.,...i,,...
v,-
gn
-.e :'gnn stanon z.
+ :. ;. v 2 Y. T. O T 2 3"Ji n l
3 y ?# -me Beach)
E
C.n e ';

d S a p i
l j
- ;4 <
e......f, c.;.g,fe ;;
a
, rop %v. dual i
a. c.; * :a s. o :-, a% r
.., r e.r a r e r. n n."';
n H-
.-:ap rwoual. sport fish p se,
?
.1 ; -
.,-r a ge no.vidual :ommercial
,r :
2 -
i i
Wi shoretne math f actor 'cr ccanon t 35 ::nutsnal Area) '
O 1 Dacnarge Canal)
W Oata presented in this table are from Reference 8 unless otherwise noted l
l
Collection of aquatic foods from within the Discharge Canalis pron toted I
C. Swimming is prohibited at Pilgrim Station Recreational Area l
l 1
From Reference 4 I
l 2
i 1
1 i
i a
i l
A3 I
i 1
i
..~ - -.
~
flev 6 TABLE A 4 DOSE FACTORS FOR EXPQSQRCZ3J.EMI :NCINITE CLOUD OF NOBLQ,Qi$fj '
' Nuchae
-
a i;
_rC y mtem m3'pCs vr r
g
...m m.
.=.
4 z..
' Kr 83m
. !!E. J
E :5
'$6f.08 Kr-85n i'E 46 E.
.:E.::
' 17E 03
- _~
_=
jKr 55 iE-
' :4E.
~; E i
' 61E 05 Kr 87
E.:
':E,
'E-5 92E 03
.. ~... - - - - -.. _. - -. - -..
Kr 88
-:E :.
2'E.

;
E.::
4'E 02 Kr 89
' d E ::
'E.

2
':E.::
106E 02
{
Kr 90
' !?E '
' :.E 32 5:E ::
!6E 02 Xe 131ni
E<!?
4 '5E C4
':E-:4 915E 05 Xe 133m
4*E.:"
94E :4
';'E.:4 2 51E 04 i
Xe.133
f E :2 1:6E 04
i:E.:4 2 94E 04 Xe.135m 7 33E 04
' 11E 04 3 36E 03 t
312E 03 Xe.135 2.46E-03 186E 03 19203 181E 03 Xe 137 127E 02 122E 02 151E 03 142E 03 3
Xe 138 4 75E 03 413E 03 9 2*E 03 8 83E 03 Ar 41 3 2SE 03 2 69E 03 9 3CE 03 S 84E 03 Data prer.ented m this tatie are from o ference S e
/*
t A-4
l jr PNPS CDCM j
Rev 8 j
. ' - ; JS 1
j
- - ; p5:-
-:2: 5: 3;
)
g E
3.-,.
.s F,
l l
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-n.
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i 1
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4: -
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4 4
' E. ~. :
J iE 02 I_
2-
. !E-:4 2_ E..._: :.. _ _
_2 4 E 0 3 l
i
iE.:2 2 iE :4
! CE 04 1
4
. ?E :4
.E 4 OE 02 j
g 4E..
13E 02 l
i 5 3 E 0.,
4 et..
}
-=. L _..
a,. '..
8 CE 03 I
1 2,'
7:7 4E ;t 4
~ %.
,)~ :2 3 CE 02 l
1
~.
it
:E 2'
: :. 2 31E 02 I
e s e 6 0E 04
..E.'..'
~. : J..
4 6E 03
}
' 7E 24 5j_Ejt 3 4E 02 i
Nb i4E 03 2_S E C. -
2 8E 01
't Mo 12E 01 7 5E 03 8 OE 03 l
Tc i
2.5E 01 2.5E 02 4.0E 01 l
Ru 5 OE 02 1 OE 00 4.0E 01 j
g Rh 13E+01 1 OE-02 1.5E 03 Ag 1 SE 01 5 CE 02 i
17E 02 Te 13E+00 1 CE 03 7 7E 02 j
i 2 OE 02 i
6 CE 03 2 9E 03 i
Cs 1 CE 02 t 2E 02 4 OE 03 9a 5 OE 03 4 CE 34 3 2E 03 l
i La l
2 SE 03 5 E :6 2 CE 04 t
j Ce 2 SE 03
' EJ4 12E 03 i
I Pr 2 EE 03 i :E.:6 4 7E 03 I
4 1
Nd 24E03 i E :i 3 3E 03 t
}
W 1 SE 02 iE:4 13E 03
)
No 2 SE 03
$ CE :6 2 CE 04 1
1
'" Data presented in this table are from Reference S 4
h i
i i
l 4
i d
i G
r I
A 5-i
.,_,_.--_,,---,.m.-.,-
.-____-.-.-_.,__--m,
hhh?h hk PNPS ODCM Rev 8
9'_g 1.c i,,r-.
7 ; e i,qt3
[
m Lteri
. - - +
-.r-
. E.'s' c.e,
E.

4
' 3:E ::
4:E 02
' ':E.:
^ ::E. '
I l
l
\\
TABLE A 7 ANIMAL CONSUMPTION R ATEl' QC CAW
eed or :orage W ater Animal Mnayhet ett itztday)
Wk C;u 50 C0 Beef Came 50 50 Goats 6
' Data presemeo n mese tacies are from Refererce 6 A6
PNPS ODCM Rev 8 4
TABLE A 8 EECI!ffE!p.CJ, S y1,;f 5 K.KUPPLIER i
,_..,.,,L
~
Patt-A q
, f.j)
Inf ant Fruits..: ; ' a i.-s i a i
. ),e
4;
gg 1'
v.,ie no i
l M e a s :..
^'
Fish.;,
Seat M
)
i i
Drina.;ng /, v.-
3r.-
f

s0 DO i
1 Shoresine e : cane" re J
Discharge :. nai 4'
)
1 s
l P!1 grim :.* m s :.
r~ r mi 4'
4 -
Swimmmg nr vi 52
9 White Mctse Beach Boating Cape Cod Day thrtyr) 3
$2 52 29 Inhalation (m'/yr) 8000 t000 3700 1400
"' Data presented in this table are f rom Reference 8. unless otherwise inaicated 4' Usage f actors 'or the average incividual are used to determire tr'e v 'aat Jose to the total body and thyroid of an average indiv' dual and the annualintegrated dose ': ** repulation w: thin a 50 mile radius
From Reference 4 i
A7
i PNPS.ODCM j
Rev.S f
ISRLE A 9 e e,
g ;g, e,
- -.?.* *. -..
.wtv i
....-w
_ __,_ hp E f9.Lrmb
'urs intag F'w's
+
i;)
i ec.,
a
_t i,a...
l 2-37o Met 5 as f
Fish.f re c
.., ' i;..
4.*
G)
Sherif 9. ;,'
Onneog '. e de c 330 1
1 snose ce
-cc l
Disc n. ; ;..
a I
Pilgom I'av n a ea : c.
v au 2'
e
'a l
Swimming ihrtyr) 52 52 29 l
White Horse Beach i
Boating Cape Cod Bay (hr/yr) S 52
$2 29 Inhalatieri (m ' 'y r) 8000 2000 3700 1400
"' Data presented in this table are from Reference S unless otharuse na cated
From Reference 4 F
l L
I b
l i
i s
k i
t i
I 1
i A8
PNPS CDCM Rev 8 l' eke A 10 EX_IE.RIliC_5fiC i E 7 ' ' ' ' ~ 3 U V A yN A T E Q,j R,@yQ, "
, ~ -.,. -,...
Nuct e a
eEa, I. m
%V
~
MalBody Stun
.. -, ~ - -, -,, - <
': E *. :
::E :.
E+ 0 0 00E*00 Er
'E-
E+:
! 00E C9 5 80E 09 l
'a
~ :E
'::E+:C l
!CE 09 6 40E 09 N. $ :
- ; E..
2:E 29 j
ta-
E. 3
' 00E 10 e.'t
" i:E-E.:s
t-
. :E :9
+ 00E 09 t
Na 22
E...
' !:E. t
' t r' 4 i:E :9 5 4CE 09 Na 24
!:E 't
9:E :t V:A;
9E 11
32E 10 N
' :E*::
?::E+00 Vc49
' iOE 09
2CE 09 c a.a -
4 E-9 4 ?'E :9
s:&
E ^:E.'O
' 10E 09 Ot 46
E :f
!CE ;B
'9F
CE 00 000E+00 Ci 5'
E '
6CE '
':E 09 3 00E 09 Mn!4 5 !CE.:9 5 30E 09 a iO3 3 i;E 09 4 20E 09 u
Mn56
' 'CE C!
' CE 0!
'M :5 4 50E 09 510E 09 Fe 55
. :CE-::
' :CE + :C 2,
':4
' !;E 09 1 BCE 09 i
I' r.59 g v. E. ; 4
-. 4 C E. ; 9 a.
i s ICE *0
' 70E 10 e
Co 5?
h ':E '-
::E 09 3
20E+00
- 0 00E+00~ '
I Co!B
' :-:E :9 3 20E C9 D 10 9 50E 11 4 00E 11..
3 Co 60
' '0E ;$
2 :CE 03 Ag 110m
' 50E OS
,,210E 08 Ni59 0 00E + 00 0 00E+00 Ag 111
' BCE 10 210E 10 Ni63 0 00E+00 0 00E+00 Cd 115rn 2 30E 12 2.60E 12 Ns
3. 70E.09..
,- g o
.. Sn 123 0 00E+00.-
6 46E..08
.-- i. 6 5u
.-e
.,Cu 64
. 150E 09
-.4 30E 09...
"C..'d..1..1.- 5 m. -0 00.Ei00".o
~0 00. Es00.m~
w...
m
...g.4~.~
~...
1.70E 09 g.
g 2n 69m 2 90E 09 3 40E 09 Sn 126 9 00E 09 100E 08 Zn 69 0 00E*00 0 00E+00 Sb 124 130E 08 150E 08 Se 79 0 00E+00 0 00E+00 Sb 125 310E 09 3 50E 09 Br82 190E 08 2 20E 08 Sb 105 5 90E 09 100E 08 Br 83 6 40E 11 9 30E 11 Sb T 5 70E 09 6 60E 09 i
Br 84 120E 08 140E 05 Te 125m 3 50E 11 4 80E 11 l
i Br 85 0 00E+00 0 00E+00 Te 127m 910E 12 130E 12 i
Rb 86 6 30E 50 7 20E 10 Te 12' i 00E 11 110E 11 l
Rb 87 0 00E+ 00 000E+00 e
9m
*0E 10 9 00E 10 Rb-88 3 50E 09 4 00E 09
e. ' : 9
' ' 0 E 10 3 40E 10 4
Rb-89 150E 08
' !CE 0B
e 13 '-
3 4CE-09 9 90E 09 St 89 5 60E 13 6 50E 13 Te ' 3' 20E 09 2 60E 06 St90 0 00E+00 0 00E+00 Te 132
' 70E 09 2 00E 09 St91 710E 09 8 30E 09 Te 133m 150E 08 170E 08
..St. 92 9 00E 09 100E 08 Te 134 100E 09 120E 09
_. _.Y 90 2 20E 12 2.60E 12
. Xt91m 3 80E 0_9_.
4 40E 09 t
._l'91
.23.0E11
_ 2 70E 11..
1 Y 9.2_..
_160. E 09. _
-. 0. E_09.
1.9
+
Y 93 5 70E 10 7 80E 10 W Data presented in this table are from Reference 9.
OV A9
PNPS OOCM Rev 8 T. A_.SLE A 10 (continue.g)
EXTERN 4. DOEESZ: E_ J: N': WN ::Nm wTE;DP XND_ '
-.;e -; ~2 3
\\
f Qudda
~ "IU i: :,
6" ~
'~5Zs
~5EiBody Siun 1
t 1;9 a 0:E.
E. :
o.J':
20E 11 170E 11 n
l a ::
2:E>
E.:!
E.:+-
>:E + es 3 00E+00 l
_ :i
' 4: E.,s
- 4:E 'd 6 20E 14 j
0
E.
,, : E : *
-:E.:9
30E.09 u 3.
~:E.-
4 i:E 09 I
b;;4
9:EG
' 00E 03 I
1:4 CE -
?C E. :t
=v::S
' 4:Es' 20E.10 135
E :'
4:E :8 0 F :t i 4CE 09
' 40E 09 CS 134m i:0E ':
' 20E 'O c 20!
' 20E 05 140E 08 a
Cs.134
:E :e
40E 06 a > :!
' 60E 09 1 SOE 09 Cs 135
:CE+ ::
OCE+00 4 :'
0E 09 2 40E 09 Cs.'36 (CE :8
' E 25
$ 22 '
:E 10 6 30E 10 Cs 137 J:E ;h 4 3CE.29 T&r:!
9 30E 09 100E-08 Cs 13S
':E :!
J0E 08 Th 209
20E 09 2 70E 09 Cs 139 4 2:E :9
' :E 09 4f E 09
' 50E 09 Ba 139
4:E. '.
. ~;E 09
N ::
0E 29 4 00E 09 Ba 140
':EG
4:E 29 n ;24
' * :E
O 130E 10 Ba 141 4:CE :s 4 :CE 09 o+::'
. 20E 09 2 70E 09. _
~ Ba 142
XEG 9 DOE 09 Pa 233 20E 09 150E 09 La 140
' 50E 08 170E 28 p.230 59E 12
, 2_69E 11.,
l La:141.
2 50E 10 2 80E 10 U.233 2 30ti 09
2. 80E.09_
La 142 150E 08 180E 08 U 234 6 32E 13_.
1.59E 10.,.
Ce 141 ~
$ 50E is 6'20E;10
'~U 235 3 20E 09 4 00E 09 A
""' " C e i 4'3
2 20E;d9"
~ iSOE 09
~ ;236 2.10E 14],' ]l.[8bEj11.[
2 U
Q l Ce[144.
0 00E+00 0 00E+00 U 238 1.10E 10
_.1. 50E 10 3 20Ejibl
'3l70Eji6
[U237 100E:.09 130E 09 Pr 143 Pr 144 2 00E 10 2 30E 10 Np 237 140E 09 160E 09 Nd 147 100E 09 120E 09 Np.238
SOE 09 3 20E 09.
Pm 147 000E+00 0 00E+00 Np 239 9 50E.10 110E 09 Pm 148m 141E 08 816E 08 Pu 238 130E 12 180E 11_
Pm;148 4 60E 09 5 30E 09 Pu 039
' 90E 13 7 70E 12 Pm 149 2 50E 11 2 90E;11 Pu 240
30E 12 180E 11 Pm 151 0 20E 09 2 30E 09 Pu 24' 4 60E 12 5 80E 12 Sm 151 4 SOE-11 210E 10 Pu 24:
' 0E 12 160E 11 Sm 153 2 70E 10 3 00E 10 Po 244 3 95E 10 9 62E 10 Eu 152
' 37E 09 3 53E 09 A m 24'
SCE 10 2 60E 10 Eu 154
' SCE 09 9 DCE 09 Am 24:m 60E 11 180E 10 Eu 155 3 81E 10 4 33E 10 Am243
' 30E 09
_ 50E 09 1
Eu 156 7 60E 09 8 70E 09 Cm 24:
5 50E 12 2 30E 11 Tb 160 8 60E 09 100E 08 c m 243 2 30E 09 2 90E 09 ~
~"So 1' 6m S 90E 09 1.00E OS Cm 244 2 90E 12
~ l80E 11 1
2 6
W 18i' 210E 12
'2 80Ei12' "Cm 245 9 56E 10
~i20E6i
~ "W585 '
O66E+00
"000E+00 "C5246 106E i2 '~
~i.50E ii~
~
.T.[.W38Jl 310E 09
[3 60E{09[
i.Cm;2' 7 2 20E[b9. "(([536.E.K(("
~
4 Cm 248 6 81E 09 5.23E 09
"~
[ Ch252.
"6 6UE"68~ '
~f26E65 W Data presented in this table are from Reference 9.
(v j
A 10
PNPS ODCM Rev. 8 I.EEkE 6/ll s, ;, ;. ~ ~ s, - - =
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: : :: ;, m,
m.: w.
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E :
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' Na 24
' fE. 6 l'E :6
?E ;6
ZEE CC
!E-:6 2PE 06 128E 06 P 32 eiE :4 i ' 4 E. :6 5 tE :6 No Da'a
ei
% Data 108E 05 Ca 41
' !?E 5 No ei 4 '2E ;6 No Cata
ci 3 83E C6 2 86E 07 Sc 46 i
'E :5
' TE>:4
E :5
'n Data
)E :5 No Data 3 23E 05 Cr 51
% :Ma N,:ri
' !!E 3
' 44E-%
!iE :9 t 30E 06 415E 07 Mn 54 N: Ciu 4 ME.:6
~ 8'E 07 No Data
-. : E -:6
7!E 04 9 67E 06 Mn 56 Ne Osta
' !!E ' 3
M E.'i No Dau
' ;:E * :
' ' BE 06 2 53E 06 Fo 55
T E :6 2 *:E.:6 4 i:Er No Dau
.. : va 3 3 t E 06, 7 54E.07 Fe 59
' 4 *E 6
47E :6
2E6 Na Data
ea
!E 04 2 35E 05 Co 57 N ; 2 iu 65E-:2
! ME. S No Data
au 4 6:E 05 3 93E 06 2
Co 58 N Can HET 2 HE 07 No Cata I r.i
16E 04,133E 05~
Co 60 NO Data
44E ;6
' 5 5 E 06 No Data
. ; ca 7 46E 04 3.56E 05 ~
Na 59 4 06E 06 146E 06 6 77E 07 No Data
'o Cata 8 20E 06 ' '611E 07~
563" 5 40E 05 ~ '3 93E 06
' 181E 06 N'o Cata Na Data
'2 23E'05
~ 57E206 1
56f
~ ' 92EJ10 '2,62E 11 114E 11" "No Data No Data
~
~ 100E"077I.5AE 06' 1
7 O
yk6i
..,jo Daia [,[1]83E 10((.7[69E311,.,3oyat;a ~
'S 7BE 10T [838E(l[6]}E{
(
Zn 65 4 05E 06 129E 05 5 82E 06 No Data 8 5 E 06.
1.08E 04 6 68E 06 Zn 69m 102E 09 2 45E 09 2 24E 10
'No Data
' 42E 09 2138E 06
~ 2 04E 09" 171E-05 Zrs69'
' 4 23EJ12 814E 12 5 65E 13 No Data 5 PE 12 115E 07
^
Se 79 No Data 3 83E 07
' 6 09E 08 No Data 5 GE 07 4 47E 05 3'33E 06'
^
Br 82 No Data No Data 169E 06 No Data No OMa No Data 130E 06 Br 83 No Data No Data 3 01E 08 No Data M Cata No Data 2 90E 08 Br 84 No Data No Data 3 91E 0B No Data
'o Data No Data 2 05E 13 Br85 No Data No Data 16CE-09 No Data N ; Ca'a No Data No Data Rb-86 No Data 169E-05 7 37E C6 No Data
', :ata No Data 2 08E 06 Rb 87 No Data 9 86E 06 3 21E 06 No Data
'. : v a No Cata 2 B8E 07 Pb-88 N a Data 4 B4E 0B 2 41E 03 NO Cata
'-:a No Data 418E 19 Rb'89 No Data 3 20E 0B
1:E CB No Oa'a 5: Cra No Data 116E 21 Sr89 3 80E 05 No Data 109E 06 No Data 5 : ;au 175E 04 4 37E 05"
_Sr 90..
3 59E 03 No Data 7 21E 05 No Data
'a Cata 120E 03 9'.02E 05' Sr 91~
7 74E 09
~ No Data 313E 10 No Data No CMa 4 56E 06
~ 2 39E 05 S592 8 43E 10 No Data
' 3 64E 11 No Data
'o Cata 2 06E 06 5 38E 06~
Y 90 ~
' 2 61E 07 No Data
' 7 01E 09 ' No Data No Data 212E 05 ' 6l32E:05~
^
.NE91.h
_3 26E 11[ [No Data
,.127E 12 _ No.. Data No Dat.a 2 40E:.07.L.. ].66.Ed.0
..X:91...
, 5;78E 05.No Data 1.55E;06,. No. Data _
No Data. 2.13E 04.. 4,,81 E.05,,,
4
.X!.92..
129E 09, No Data.., 3]7E;11_,, No D.ata No Data.,196E 06.. L,9,19E 06.,_.
Y 93 118E 08 No Data 3 26E 10 No Data No Data 6 06E 06 5 27E 05 m Data presented in this Table are from Reference 9.
s A 11
PNP 56BcM Rev. 8 TABLE A 11 (Continued) lL.iki1CMi_! EliC ~ ".58 A a DULT ^
~..
-3 Nuchde 9~
91:-
N.":
- e v..
on<3 GILLI Zr 93
' :E :t
);E.h
'F:s
';;ei
EJi 0 '3E45 151E 06 Zr 95
?E :5 4:M4
< E.M
'c : n
-~E.:6 01E 04 188E 05 Z<-97
.'i.::
4W:e
':E09
'ae4
' ' E. 9 9 54E 06 6 54E.05 Nb93m
Edi
>E.~
4}E.:6
';2a
'iE=;5
' 'E.05 2 38E 06' Nb 95
~i E. :9
. *
E P
If E :-
'c : n f i Ed-5 3'E 05 130E 05 Nb 97
'!E.
' ::E *:
f 6 E.'
Ma
!E.*:
3 20E 0?
3 02E 08 Mo 93
' c ;au
E6 2 PE 02 No Dau
5f E.T 511E 05 3 79E 06 Mo 99 N^ D n
' !'Ed?
5'E49 NoOau
i4E 03 114E 05 310E 05 Tc 99m
' ;9E *:
i4E. 2 4 6:Es:
Na n i!!EJ:
9 $5E48 5 20E 07 Tc 99
':E.08 4d4E43
:!E4B WCW i t!E4' 101E 04 7 54E 06 Tc 101 i::Ea5
! E 'S
3!Es4 NoOau
!!E.' 3 4 99E 03 136E 21 Ru 103
91E47 M Cata 903E. S No Da'a
~ 29E 07 6 31E 05 138E 05 Rui105 i !!E. i i No:au 3 !9Em No Da'a
TE.* :
' 37E 06 6 02E 06' Ru 106 3i4E46 MOW
' 09E46 NeDMa
' t'E45
'7E 03 114E 04 Rh 105 9 24E 10 4 :E ':
4 43E *O No ata
. ME :9 2 4 ' E 06 109E 05 Pd 107 Y :ca
!I'E 03 5 !?E49 No Dan i"Ed' 9 47E 06 7 06E 07 PC 109
' o Cau 4 6:E.10
'5E 'O No Cata 4
!EO9 135E 06
,1,52E 05
.Ag 110m
35E 26
25E46 7 43E 07
. No Data
ace;6 5 79E 04..
3 78E 05_
Ag 111 4.:5E 08
. Cd 113.m No Data
,
78E48
,3 87E 09 No Data f 74E 03 2.33E 05
,,2 79E 05_.
7 7
154E 04
,4 97E 06 No D,a.ta
71 E 04, 2.08E,0_4_1 $9E 05,,
z C.d.115m... _No Data
_.2.46E 05 7 95E 07 No Data 198E 05 1.76E.04..'. 4 80E. 0. 5..
.e
._.. 7 "Sb 525' ~
6 67E 06' 7 44E 08 1.58E 06
'6 75E 09 No Data
' 218E 04
T26EJ05" J
I Sb-126 4 50E4 7 913E 09 1' 62E 07 '
'2 75E 09 No Data 9 57E 05'
^"6 01E 05 Sbj27 3 30E;08 7 22E 10 fi 27E 08 3 97E 10 No Data 2 05E 05 3 77E 0$[
Te 125m 4 27E 07 19BE 07 5 $4E 08 131E 07 155E 06 3 92E 05 8.83E 06 "Te2127m
-158E 06 '
? 21E 07 196E 07 4 tie 07
. 5 ' E 06 120E 04 ~ '187E 05 i
'Te 127
' 75E 10 8 03E 11 3 87E 11 13:E 'O i 3 E 10 ' $ 14E 07' ' 717E O6 i
"Teli29m i 22E 06 5 34E 07 19BE 07 ~ 4 3CE4" 45'E46 145E 04 4 79E-05 I
Te!129
- 6 22E 12 2 99E 12 155E 12 4 57E 'I
24E t1 2 42E 07 196E;08 Te 131m 8 74E 09 5 45E 09 3 63E 09 6!!E49
!EE 03 182E 05 6 95E 05 Te 131 139E 12 7 44E 13 4 49E 13 117E 12 5465 12 174E 07 2 30E 09
' TeIi32 '
3 25E-0S '
2 69E 08 2 02E 08 2 37E 03
' 2 E47 3 60E 05 6 37E 05 4
"Te i33m
24 E-12 5 40E 12' ' 417E 12 ' 6 27E 12 3 74E t1 5 51E 07 7 65E 09 s
f "Te!i34 '
3 84E 12 3.22E 12 1.57E 12, 3 44E 12 218E 11 4 34E 07 2 97E 11
..1 129.
2 48E 06 211E 06 6 91E 06..
5 54E 03 4 53E 06 No Data.
2 22E 07
(
i Ti'3i~
' 3.iSE 06". 747E 00"..... 2 56E 06" T49E 03
~
~
.. +
7 66EJ06". -.g
~Ao Data ~ T7?85E 0f_
...-._.... 7
._.,...g
.g._. T,..SE 07..-..T..l.5. 9E 04".., 3 23E!05~N6..D.at'a~I.I. T. i.EW.....
~
..r..
.... 7..
.3.
... m..
..g..
i W Data presented in tNs Table are from Reference 9.
l A 12 1
1
}
Rev.8 TABLE A 11 kontinued)
VEA.M1M!.2%UiG 2 S* ORAD W x
1.NucMe E
E
_./.._.
_'n~. _ ~
'. ' ~
w Luno GI LLI
.r -
~~-
t Cs 134m LE :!
E :?
E.:!
N;2vi
':E4'
93E 09 7 92E 09 i Cs 134 4
.E.:'
{ E. :4
- ;E :5
2c.
)E
2 E 05 1 30C 06 Cs '35 EO*
."E"
' ' 9E *6
'. ' 2 c i
'E :6
57E 06 11E 07
! Cs 1M 4%-
.b:-
'!E 1 S: 2ea
E :5 150E 06 1 15E 06 I Cs 137 iE..-
' ! E. "
- :!E :5 S ; : a' i
. 'iE :t 94:E-6
' OSE 06 l Cs 138 4 '4E
~ ME :*
4 :!E.:!
'.; O r 4 JE ;!
$07E M 2 33E 13 a
Cs 139
fiE "?
. 2E :
' liE :!
No O e i
. ?!E !
2 SAE 09 5 49E 31 Ba 139
' 'E ' O
::E ' J
! 4:EJ:
No Dra
' E s 4 4 '0E O'
12E 07 Ba 140 4 ?!E :6
E :4
'E 7 Na Dan
. :)E 9 i 59E 04 2 73E 05 Ba 141
!!Es
s 4'E 'i 4 ::Ea3 Na Cati
'i E. 4 2 4;E 07 145E 17 Ba 142
. ?E ';
' ! E * :-
'E ' ?
No Lua
ff E '5 149E 07 i 96E 26 La 140 4 00E !
E.
';E G
% !ata va 170E 05 5 73E 05 La 141
~ :4E '?
66Es:
2**Ea' No Cata
ca
35E 06 7 31E 06 La 142
! 54E
!!EJ
) 6EE ':
W Oat)
a
' 91E.0' 2 64E 07 !
Ce 141 2 4)E :6
' :)E 'A
'sE.;'
No Le t
' :E :'
4 5:E 05 i 50E 05
' Ce 143
E :?
' ~;E-:!
P E.:9 N: C ata
~ -;E :9
37E 06 2 83E 05 I Ce 144 4'
04
'?E :4 2 3 E 25 No ':a' 4
E :4
4 '2E 04 102E 04 l Pr 143
' 'E C6 t 69E- '
5 !'E 03 No Data
. ~:E '
3 51E 05 2 50E 05 Pr144 3 70E 12 1 if E 12 5 91E 13 No Data
!I'Ea3 127E 07 2 69E 18 Nd 147 6 59E 07 7 6:E 07 4 56E 08 No Data 4 die 07 2 76E 05 216E 05 Pm!147 8 37E 05
' 7 87E 06
' 319E 06
No Data
' 49E 05 6 60E 05~
~5 54E 06 '~
~
i "Pm!I.48m~.
~
9 82E 06",. 2.54E 06. =.194E 06 "..N.o. Data.
3 8 5EiO6 "..... 2.14. E104...... 4.'.18
.j.
jmji49[ ' $3 44E-08[ [4 87E 09T 199EiO9] [Nol Data 919E 09L 7 hEiO6.[*~'2 50E35, g
Pm 151 8 50E 09 142E 09 7 21E 10 No Data 55E 09 3 94E 06 2.00E 05 S[n}151 S 59E 05" 142E 05 3 55E 06[ Is.o. Data
' 56E 05
' 4 4 5Ei 5 ' ' 3 '25E.06 O
Sm 153_.
170E-08,142E 08,104E 09 3 25E 04 3 43E 04 159E 05 +
.414E 06 158E 05 Eu 152 2 38E 94 5 41E 05 4 76E 05
. No Data 4 59E 09 No Data i
Eu 154 7 40E-04 91CE 05 6 4BE 05 No Data 4:6E04 5 84E 04 3 40E 05 i
Eu 155 101E 04 143E 05 9 21E.06 No Daia i 59E 05 9 46E 05 5 95E 06 {
Eu-156 193E 06 142E 06 0 40E 07 No Data i?!E47 8 56E-05 4 50E 05
'Tb-160 2 21E 05 No Data 75E 06 No Data 9 *:E 06 192E 04 2 68E 05 HoJ166m 3 7,7E 04 105E 04 5 0CE 05 No Data
' 5'E 04 3 94E-04 159E 05 !
W 181 6 23E 09 0 02E 09 17Ea 0 No Data
':La 1 71E 06 2 53E 07 l W 185 195E 07 6 47E 08 6 81E-09 Ne Cata
' ' Uta 5 57E 05 107E 05 l W 187
06E 09 5 SSEa0 310E 10 No Ca'a
' C ata 3 63E 06 194E 05 Pb 210 0 64E 02 6 73E 03 3 37E 04 No Data
E 02 2 62E 02 151E 06 !
"Bi210 2 31E 07 159E 06 13 E 07' No Data
' 9 E 05 111E 03 2 95E 05
'PoJ210 '
3 97E 04 8 60E-04 9 58E 05 ' No Data 35E 03 ' 314E 02 ' 419E 05 Ra!223 180E 04' 2 77E 07 3 60E 05
'No Data 7 55E 06 2 55E 02 '
2.84E 04" i
.R[224[
198E 05T i,4 78E 08 [3 96E 061 [No Data 135E 06[
,8 77E{03).[L3l0}E{04~
.. Ra;225.
.3. 00E.04, _3_56E 07 5.99E.05_
..No.. Data
_101E 05...
_2.92E.0.2, 2.71E:04
..Ra;.226,,,_....1.. 25E 01
, 2. 39E 06.., 9.14ti 02_ No Data 6 77E 05_,,1.17E 01_. 2 94E 04 Ra 228
~ 4 41E 02 1.23E 06 4 78E 02 No Data 3 48E 05 1.61E 01 5 00E 05 2
Data presented in this Table are from Reference 9.
m i
A 13 n
r
--.,., - ~,
Rev 8 TABLE A 11 (cont)nutd)
'NH%AILCILDMElMU#Sf.SR ADULT
h
.3 Nuchde _ m5 re
. +
m
t: a
+ -. -<
Lung Gl-LLI Ac 225 4 ::E:4
*:E :4
!4E. 5
'o C a
E :5 2 21E 02 2 52E 04 Ac. :'
' i- _
:eE.
'c:ci
.;i ;2 2 4
E.01 5 08E 05
' Th 20' E-:4 sf-i.!E.-
'i
..:E-:S 3 "E 22 3 34E 04 Th 223
. : E*
+
"E-*
3: e; 1E.::
01E+00 3 49E 04 i
Th 229
- E:
2.45 2 :'E.:-
'., : e i
E * :C 3?!E+00 4 83E 05 l
Th 033
.. ~e i : ',
' i.:'
i:eE. ;
.4u
+:i :'
6 21E 01 3 73E 05 Th 232
S E + ?C
~;E.:'
304E-04 No Data 4 "E 41 5 96E 01 317E 05 Th 234 i!E :6
^ fiE.:f 4' E CS No Data
~ 4'E-07 189E 04 7 03E 05
{
Pa 231
!E*:C iJ' i LEE 01 No Cata
E+0c 5 75E 02 4 44E 05
,Pa 233 E :6 4E"
iE :'
No Dita
{E47 3 52E Of 102E 05 U 232
'4E ::
'. ; ra 3 55E41
% Dau dEC3 2 22E 01 4 21E 05 U 233
' 9E :
N, : ra 66CE.:4 No Dita
(4E03 5 32E 02 3 89E 05 U 234
' :4E ::
N: tu 5 deE44 No Data 4EE43 5 22E 02 3 CIE 05 l U 235
Ed:
'e : su 5 ?'EC4 No Da
4E43 4 90E 02 4 84EJOS U 236
' ::E40
% ; Ca'a 6 ::EO4 No Dai3
.:. 03 5 30E 02 3 57E.05 ' !
U 237
C E-:!
' : ra i"E 05 No Data
' E ]?
' 02E 05 120E 05_
U 238 i i!E-0 3
'e 2 ita
! $7E 04 No Data
?E ]3
+ SEE 02 3 41E 05 Np 237_
'56E+00
XE+:0 6 S7E 02 No Data 2
E01 5 22E 02 4 92E 05 Np238 0 96E 07
20E 05 4 61E 09 No Data
':E 08 102E 05 213E 05
.Np239
_ 2 87E Of., _
2 54E 08
._6 90E 02 ~ No Data 2 36E 01 1.82E 01 4 52E 05~
1 55E:09 No Data
! '5E 09,_.4_70E 06.149E 05.
Pu 238 143E+00 9 71E 01 "Pu 239 '
"1 66 E'40'0 ' io7E+00' 7.75E 02~ No Data 3 30E 0't ~ T1.72E2 i" I433E 05 0
Pu"240
'"165EA00^ 107E400" ' 7'73E 02 "No' Data'
' 3 29E Oi" ^I.72E 0i~ii1E:0f^
"P '2 i'
'3 42E 02 ' 8I69E 03
'y
~~ "29E 03~
So Data 5 93E 03~ TS2'EMI "8 6'5E 07 u4 1
Pu! 42 153E OO '1'03E+00 ' 7 46E 02
'No Data 317E 01 1'65E 01 ~
"4 0$ELO5" 2
i Pu 244 179E+00 1 18 E + 00 ' S 54E 02 No Data 3 54E 01
' 189E 01' ' '6.03E 05 1
Am 241 168E+0C 113E+00 6 71E 02 No Data 5 04E 01 6 06E 02 4 60E 05
.Am 242m 1 70E + 00 1 06E+ 00 6 73E 02 No Data 5 7 ' E 01 2 44E 02 5 79E 05 Am 243 16SE+00 1 10E + 00 6 57E 02 No Data a ?!E 01 5 75E 02 5 40E 05 Cm 242 2 20E 02 177E 02 9 84E 04 No Data 4 4?E 03 3 92E 02 4 91E 05 C m 2'43 110E+00
' 61 E 01
' 4 615 02 No Data

5 E 01 6 31E 02 ' 4 84E 05 Cm 244 3 37E 01 5 SSE 01 3 SIE 02 No Data
' i4 E 01-6 06E 02 4 6SE 05 C'm 245 174E*00 114E+00 714E 02 No Data
::E 01 5 85E 02 4 36E 05 Cm 246 1 '3E+00
' 14E+00 713E 02 No Data
. :541 5 96E 02 4 29E 05 Cm 247 163E+00 11:E+00 7 03E 02 No Data
' !E 01 5 55E 02 5 63E 05 "Cm 248
'40E+01 9 25E+00 5 79E 01 No Data
~:E*00 4 82E 01 9 09E 04 I
Cf 252 5 43E 01 No Data 2 33E 02 No Data N a Cata 199E 01' 178E 04 ' }
Data presented in this Table are from Reference 9 1
u l
t A 14 l
t
,,~
v
--,-c n
m- - -,
~ _ - -
Rev 8 TABLE A 12 W AM M.N;CXE:' M csCORJEER' p
\\
j Nuchoe E-
?%
%.a
'4, Lug Gl.LLI H3 e.1
' W.
iN:'a 9 06Ec8 9 06E 08 Be 10
'?E.:4 4 ::
' : EE.:e 2m
_ m 3 34E44 177E 05 C 14
!!E.:6
> ::-E d' SET 6 3 E 07 6 09E 07 N 13
- - 5 E. : 9
{E :5
fiE-0 7
i-E.:9
> :D:9
? HE 09 3 65E 09 F 18
. ::E :'
m
':E.:!
No va
m
'a D'ta 3 89E 08 Na 22
'tE :5
'fE.:5
'sE45
76E45
'iE.:5 176E 05 176E 05 Na 24
' E :6
' Ede
' ?:E 06
72E 06
~2E46 172E 06 172E 06 P 32
. 6E44
' :~E :S 3 )SE 06 No Data N. : ca No Data 116E 05 4
Ca a' a'SE45 5
da 432E 06 No Data
%: : ra
' 01E-01 3 03E 07 Sc4
' :.J E 0 5
' 4
E 44 41!E 05 No Data ME44 No Data 2 08E 05 Cr Si V Data N., O M a
i?E48 337E @
_ '45 3 2 $2E 06 3 75E 07 Mn 54
a Cata i 3E46 i !E46 No Data
6 2 48E 04 8 35E 06 I Mn 56 N, Cata
*:E.'O 315 E '1 No Data
_.4 E
C
9CE 06 718E 06 !
~
Fe 55 4 '!E *?
ifE :6 6 ME4' No Casa
a
' 55E45 7 99E 07 ~I Fe 59 MEd6 2i:Ed6
'"E46
'a Data
m
' 31E 04 2 23E 05 l
Co 57
' : Cata
'!E4'
' 15E47 No Cau
ca
' 33E 05 3 93E 06 1
Co 58 Y Data i)E4' 3 47E 07 No Data
ca
? 68E 04 119E 05
,'Cok60 Na Data i 89E 06 2 48E C6 No Data
' : :.na 109E 03
. 3 24EkOS Ni59 5 44E 06 2 02E 06 9 24E 07 Na Data
' n a'a i 41E 05 6 48E 07~
"Si63 7 25E 05 ' 5 43E 06~
' ' 4 7E 06 Nd Data No Data 3 84E 0$' ~ II77E 06~
2
~Ni65' 2 73E 10 3 66E 11 1.59E 11 ~ "No" Daia '
p M6(
[.No Daia[12[Si.EJ01 J06E 50,i.[,Ndl.Da;ta ;
'No Dati. ^U7E 06~ '.59E 66 4
8.01E 10] yEE"06))68EiO6~
1
.Zn-6 5..
4 82E 06
_1_67E 05, 7._80E 06__
No Data 108E 05 155E 04 5 83E:06_
,Zn 60m..
144E 09 3 39E 09_, 3,11E 10 No Data 2 u';E 09 3 92E 06 214E 05 Zn 69 0 04E 12 115E 11 8 07E 13 No Data
' 5 E 12 198E 07 3 56E 08
[Se 79" No Data 5 43E 07 "8 71EIC8 No Data
? '2E 07 7 71E 05 ' 3 53E 06 Br42 No Data No Data 2 28E 06 No Data No : ata No Data No Data BUB 3 No Data No Data
' 4 30E 08 No Data
'a Cata No Dan
'No. Data ]
Br 84 No Data No Data 5 41E 08 No Data
'a Cata No Datt No Data
$Br'85..
. No Data
'No Data
,2 29E 09 No Data No Dva No Data No Data.l
,_R b.86 No Data
. 2 38E 05 _,105E 05
'f o Da'a N: ata No Data 2 21E 06 q
Rb-87 No Data 140E 05 4 SSE 06 No Data
'a O ma No Data 3 05E 07 I
Rb:88 '
No Data 6 82E 0-8 3 40E 08 No Data
'::Ya No Data 3 65E 15 Rb 89 No Data 4 40E 08 2 91E-08 No Data
' : : ata No Data 4 22E 17
,Sr:89 5 43E 05 No Data i 56E 06 No Data w C ata 3 02E 04 4 64E 05. !
.St90~
414E 03 No Data 8 33E 05 No Data M C ata 2 06E-03 9 56E 05 4
S59'1 110E 08 No Data 4 39E 10 No Data N Data 7 59E 06 3 24E 05 "Ss92 119E 09 No Data 5 08E 11 No Data No ';ata 3 43E 06 149E 05 "V'UF "3 73E 07 ' No Data
' 100EJ08' No Data No Data
' 3 66E 05 ' 6 99E 05 V...l..i..i.n....... 4 63E 11 '...... No Data 1.77E 12.. No Da.ta No Data
, 4 00E 07
..3 77E 09.._
~..
.y.
Data presented in this Table are from Reference 9.
v A 15
..-w gg.y rsv-&M7-u
ilev B TABLE A 12 (continued)
INHA Q Q q Q (:4QlQASlQ g Q "
y 1
Nu:hde E me 9 a:.
Sru Lung GblLi
~
m4-2r 93 E "E :5
' 'fE.^6
!4E.:6
'o C ra
-l E > : 5 3 67E-05 160E 06 Zr 95
-:.E J C
' E' ;
' kJE M Nc 2 ca
4.:E.M 3 M E 04 186E 05 209?
':E :
r:
iE S: Crt fi :9
' 52E45 7 88E 05 Nb 93m 4 'JE.'t
J5
' 4
E -: 6 Sc 2.ra
'rE 25 5 36E 05 2 52E 06 Nb 95
-. E M.
6
' !E4' Sc 2 ea
.iE :6 9 39E 05 121E 05 Nb-97 KE ' '
- *:E ;
' '!EJ:
N7 Dan
'4E
4 9'E 07 2 71E 07 Mo 93 2ri
{5E M 4 i:Eds No Data iE :'
B BiE 05 3 99E-06 Mo 99
' : 2 ca
'E :t 4 03E :9 No Cata
'4E :3 192E 05 3 30E 05 Tc 99m
E.':
4 ";E.':
.- 24 E 2 No Data
'::E4 '2 144E 07 7 66E 07 ' '
Tc 99 4 4!E4'
!E.:"
' '9EO N: Data i E 4'
' '4 E 04 7 99E 06 ' I Tc 101
'CEJ5
fEJ4
ME :
'o ;ra
E
S 34E 08__
109E 16.,
Ru 103
i E47 No 2au
2E4' No Cata 9 79E-05 136E 05 l Ru-105
4:Ea0 N., 2 at a 5 42E-1' No Data
'IEa 0 2 27E 06 113E 05 Ru 106 22E45 N3 2ati 155E C6 No Data
!E :5 2 01E 03 120E 04 j Rh 105
E :9 s4!E. :
6 24Ea 0 No Da'a 4 :4E49 4 09E 06 123E 05. l Pd-107
'oOMi
E.:'
! 29E49 Na C a'a 0'
5 63E 05 7 49E 07 Pd 109 Ne C ita 5 !6EJ O ii6EoO No Oata
iE49 319E 06 196E 05
,Ag 110m
' ':E46
' 54E46 9 39E 07 No Data
E46 3 44E 04 3 41E 05
,,Ag 111 i ??E.0S 2 5:E4B i 2sE48 No Data
?"ECS 4 00E 05 3 00E 05 Cd 113m No Data 217E 04 710E 06 No Data 2 42E 04 3 $9E 04
. 1 68 E 0_5
.Co 115.m No Data _ _ 3.48E 05
,1 14E 06_.,No Data,
2 3 E 05..,. 3 03E.04,,
S j oE:05,.
t
-.Sn 123..
411 E. 05..-... 9 44 E 07.140E 06......
7. 55E 07...
No Data -.. 4.96E 04.... 4.16E.05.-
...q
.yEi{26[ 11'BE44.((((5j9E106['[8 24E{06] [132E;06[ "No Data [N2E[0[]l68Ef05l[.'
N Sb-124 5 38E 06 9 92E 08 210E 06 1.22E 0B No Data 4 81E 04 4 98E 05 Sb 125 9 23E 06 101E 07 215E 06 8 80E 09 No Oata 3 42E 04 124E 05 Sb-126 619E 07 i '27E 08
'S b-127 4 64E 08 9 92E 10 - 2 23E 07 3 50E 09 No Data 155E 04 6 01E 05
~
175E 08 5 21E 10 No Cata 3 31E 05 3 94E 05 Te"i25'm 610E;07 2 80E 07 8 34E 08 175E 07 No Data 6 70E 05 9 38E 06
'Te 127m
'Te!127 ~
2 25E 06 102E 06
'2 73E 07 5 dBE 07 3 "E 06
' 2 07E 04 199E 05 l 2 SiE 10 114E 10 5 52E 11 177E 10 99 E 10 ' 1 '40E 06 101E 05 TeJ129m 174E C6 B 23E-07 2 B1E 07 5 72E;07 5 49E46 2 47E 04 5 06E 05 Te 129 B B7E 12 4 2:E 12 2 20E 12 6 dBE 12
' ::E '1 412E 07 2 02E 07 !
Te 131m
' 23E 05
' 51E 09 5 03E 09 9 06E 09 i 4SE4B 2 97E 05 7 76E 05 :
Te 131 197E 12 104E 12 6 30E 13
55E02
' ':E 12 2 9 E 07 189E 09 Te 132 4 SCE 08
_3 63E 0B 2 74E CS 3 07E 05 2 44E 07 5 61E 05 5 79E 05
.T.e 133m 101E 11 7 33E 12 5 71E 12 31BE 12 5 07E 11 S 71E 07 123E 07 Te 134 5 31E 12 4 35E 12 3 64E 12 Ii29 " '
353EiO6 ' 2 94E 06 "4 90E 06 ~ 4 46E 12
91E 11 6 75E 07 137E 09 3 66E 03' 5 2SE 06 No Data'
' 2 2sE 07 '
I.T30~
7 80E 07 ' 2 24E 06
'S 96E 07 1.86E 04 3 44E 06
' No Data
' 1 14E 06~
.).!!I[$
_. 4 43Eh06 ),.6;14E 06 J
, 3;30E 06[,183E 03' 105E 05' [No Dat'a j '[8;11E 0.7[
I 1. 3.. 2......
.,1. 9 9..E.. 0 7......5_. 4.7.E.. 07.... 1. 9 7..E_07. -... 1_8 9. E. ~0 5..
8 65E 07...
...N...o...D a_ t a..._.
.._1._1_3 E..0.. 7....
7_
1 13. 3......-.. 1.52E 0. 6...... 2.56E.06.... 7. 78E 07..., 3 65E-04 4 49E 06. No. Data.._. i.129E 06.
+
......g.
-.....j.
-....... 7..
W Data presented m this Table are from Reference 9.
s A 16 I
l
PNPS ODCM Rev -8 TABLE A 12 fcontmuts l
w. l :- A~,+w:c ::,- ne ?n icJll'
~ x,u.
.~ -
i I
Nuchce iaa
,m
$rLa
e.
Long GILLI l
Csa 34m
. ::E.:?
4 '!E.:t
. ;!E :e
' o ;m
. !454!.
416E 09 2 02E 08 Cs 134 2 :"E O P E-:4 A ffE-:5 No ;m 4'
E45
' 93E 05 122E 06..
Cs 135
'!E 'A
' !:E :t 4 4'E :6
'n Cata
' ::546 0 70E 06 2 23E 07_
Cs 136 i 44E-:6 4:E4!
' E45
'c:n
'!E 45 2 2;E46 136E 06 Cs 137
:.!E 45
' :i E-:4
19E46 No ;ua
E45
' 51E 05 106E 06 Cs 138 i !:E4B
'E4?
5 t ?E45 No Data
+ '!ECS 9 94E 09 3 38E 11 Cs 139
itE48 5 ' E48
9?E48 No Data 4:4E45 4 e6E 09 166E 23 Ba 139
Pedo
'!Ea 3 4 !!E *2 No Data
Eo3
$ 08E 07 5 06E 07 Ba 140 6 !4E 06 3 2fE 09 4 40E 07 No Data
!!E49 2 54E 04 2 26E 05_.
B a 14 ',
' ~!Ea '
'2;Es4 8 9:Ea3 No Data
" ::E *4 411E 07 9 33E 14 Ba.142 4 i:E1 4 i;Es t 2 !aE 13 No Data
':EM 2 39E 07 5 99E 20_.
La 140 f 9BE 08 2 95E43
? ! E49 No Data
' : Oa'a 2 68E 05 6 09E 05 La 141
' 53E 10 0 35E *0 3 37E ti No Data Y ! a'a 2 31E 06 154E 05 La 142
$ :CEa0 f O'E 11
' 3 Ea i No Data
'-OMa
' 27E 06 150E 06 Ce 141 2 !$E 06 2 2'E 06
E 07 N o Data
' ' ' E 06 7 67E 05 158E 05 Ce 143 3 20E4B
42045
*0E 09 No Data
!E48 163E 05 319E 05 Ce i44 5 ' ' E 04
53E 04 3 2SE.05_ No Data
' !'E44 167E 03,_108E 04 Pr 143
' 67E 06 6 64E 07 5 IBE 08 No Data
' ff E 07 6 04E 05 2 67E 05 Pi 144 5 37E 12
,2 20E 12
,2 72E 13 No Data
6Ed2
,,2l19EJ 7',[2;94E i4[.
0 Nd 147 9 83E 07 107E 06 6 41E 08 No Data
.g.gg 1115E:0T" "i;10E 05 ' ' 4.'50EiO6^ INo Data ~
6 O!E 07
. 4 65E 05
,2 26E 05~
~
210E 05"7i4E 04~ 75"87E"06 Vif 148m ~Il32E 05" ~3 35E1067f62E"06~s0"Daia '
5 07E 06" Thos!0i iii6E 0E""
I.kIbb8
[$ 44E 67,((8'B'8E}08[4[.48E@8((No" Data,
160E 07((6[52s[05(('.[6[i4E[0[
~
7 Pm 149 4 91E 08 "Pm!i51' 120E 08 ~ 6 89E 09 2.84E 09 No Data i 31E 08 124E 05 2 79E 05 199E 09' ' 101E 09' No Data 3 57E 09 6.56EJ06"
'2 27EJ 5" 0
Tmd51
' 107E 04' ~ ' 2.10E 05' ~' 4 86E O6 "No Data 2 27E 05
~7 68EiO5" "3 53E 06~
i "Sm!153" 2 43E 08 2 01E 08 1 47E O'9'
~No Dat'a
.6 !6E 09 ^
'S 01E O4
'1L35EJ05 7.11 E 06 " '177E;05
'su iS2
"2 96E 04' ' 7.19EiOS ~6'30E105 ' ' No' Data 3 24E 04 i
Eu;154
~'9 43E14 ' ~
0 i
J Eu 155' 2 00E 04
~ 123E 04 8 60E OS No" Data 5 44E 04 912EiO4' ' 3"34E 05 1.96E 05 '
121E 05 No Data
' 65E 05) 151EJ03,[5 97E OS ]
i Eu 156 2 70E 06 2 03E 06 3 30E 07 No Data
' 26E46
$ 37E 04 4 56E 05 Tt@60 3 04E 05 No Data 3 79E 06
.No Data
' 20E 05 2 97E 04 2 60E 05 Ho 166m 4 40E 04 136E 04 9 87E 05 No Data
0544 6 24E 04 168E 05 W 181 8 90E 09 2 SBE 09 3 01E 10 No Data w ;ata 2SSE 06 2 69E 07
. W 185 2 7BE 07 917E 08 9 73E 09 No Data w Oua 9 60E 05 114E 05 W.187_
_150E 09 122E 09
_4 29E 10
.No Data Na Data 5 92E 06
. 2 21E 05 Pt>210 3 09E 02
.S 2SE 03 107E 03 No Data 2 95E 02 4.52E 02 160E 06
.Bi 21_0
. 3.30E 07.. 2 26E 06 189E 07. No Data
-2 74E 05 1 91 E 03.,.319E.05...
g,g 2f57E 04
~3.93E 07' ~ 514E 05" No Data "1 12E 05 ' "d9E 027164EJ f 0
5 22 I 2l83E!05' ~ 6'.77E Of "$ 65E O6!~
'No" Data 193E 06~ T T.51s 02 7 d 9E 6i~
$.h526~"[4.;28Ej04,].5 04E[07l[,,[ 8 56EiOS(([N{ Data _
144.E{05],[,5 OlEi62)),89Ejdi,[
...Ra.226,.,,133E OL. 3_3BE 06,_,g J7E 02,_, LNo Data _
r 9
, 9 67E 05,_4,02E 01_,..j. 311 E,,04.,,.
2 Ra 228
' S 34E 02 174E 06 5 88E 02. ' No Data 4 97E 05 ' 2.78E 01 5.30E 05
Data presented in this Table are from Reference 9.
A 17
Rev 0 j
TABLE A 12 (continued) 1 IN%WN CSIE.fAC?.MLCR TEEN '
l 1
a-t 7 _.
1 Nuthae Eu E m.
- - _, _.e _,.,
._ _N _M
_^ e.
L_an.g. _
Gl.LLI
..m.
AC 225
- :4E C4 f Z i E -:,4 A ;iE 5 Na C a'i
-J:
5 3 31E 02 2 70E 04 Ac 22' 4'E+::
ivE.'-
4 ?E.:'
No O r;.
E-:?
4 *6Edi 5 38E 05[
T h 42
. :4 fE.:'
):E :3
%:Dc+
'i i i i:E4 3 57E 04 Th 208
..i..
4 E
> !E-:'
'o ei
_.?E. ?
' 59E +:C
?OE 04 Th-229
!JE+'
4 44E. '
H E '"
N: 0. r a E+::
5 24E* 00 512E 05 Th-230
..JE+::
JE '
i 4.;E ::
N ': C d 4
- !E '
tE!E T
GSE 05 Th.2');
.'E+
C
'JE45 9 2* E 04 No C i'i
! :E :'
B dCE 01 3 36E 05 Th 234
:;E.:6
'iE 4' 6 E 05 No Data
': E 4' 3 26E 04
' 49E 05 Pa 231
'::E* 0
::E4'
O'E 01 No Dita
E*:10 9 91E 00 4 71E 05 Pa 233 5 ? E46
' 24E47
. fiE C7 No Cata
.:E :6 5 39E 05 t 00E 05 U 232
E:
% 2 ;.!a
'. E43 No Data
' :4E ::
' !4E 01 4 46E 05 U 233
' fiE.
M 'ata i4 E44 No Dat1
- E.:3 9 '8E 02 412E 05 U 234 4BE 02 No Cata
) 2:E44 No Data
E4:,
3 99E 02 4 04E 05 U 235 4E:
M ; ata
! 6'E 04 No Data
45 ::
44E 02 513E 05 U 236
'4 E:
'. 2 : Ca
!HE:4 No Da'a
E-::
3 6:E 02 3 79E 05 U 237
' !!E :!
N > ; ata
4:E 05 No Data iE-:'
176E 05 129E 05 V'235
265 ::
N: Data S * :E 04 No Dan
. ':E d
? 39E 02 36 E 05
,Np 237 1i4E*00
'06E*00
' 01E 02 No Data
!E :'
$ 99E 02 5 22E.05
.Np-238 4 23E47
' 0 E 07 6 $9E 09
.No Data
.fE :S 175E 05 2 38E 05..
Np-239 4 23E 08 3 60E 08 2 21E 09
.No Data
? !!E 08 811E 06 1.65E 05...
Pu 238 1 50E+00 103E+00 ' 7 22E 02~ ~No Data 310E 01 "3.12E 01~.. 4_.
4 79E 05 N._.... 23. 9.._
. 1 73E_+ 00_._..".I. 1. 2E +.._00_. 8'.0 5E 02....... N._o.. Da..t.a_
. 3_4 4 E. 01........ 2 93. E..'.01...7 37..E..
.Pu:240..
.1.72E+00_._.1.12E+00, _8 04E 02, i No Data 3 43E 01,.
2.93E.01,
,4 46E.05_
C\\
..P.u 24.1...
3 74E 02 9_56E 03
.1.40E 03 f.No_ Data
, 6 4 7E 03 2 60E 04, 917E 07,,
Puy242
,160E+00 _108E+00, 7 75E 02., No Data 3 31E 01
, 2 52E 01
...4 29E 05 7
Pu 244 1 87E + 00 124E+00.
8 8BE;02 No Data 3 '?E 01 3 23E 01 6 39E 05 Am 241 17?E+00 120E + 00 710E 02 No Data
! 3:E 01 105E 01 4 88E 05 "Am 2'42m 179E+00 1 13E + 00
' ? 15E 02 No Data 5 ::E 01 4 21E 02 ' 's 14E-05 Am 243 177E+00 1 17E+00 6 9EE 02 No Data 5 0 ' E 01 9 91E 02 5 72E 05 Cm:242 317E 02 2 51E 02,141E 03 No Data 6 CE43 6 76E 02 5 21E 05 4
C m 243 1 19E + 00, 5 30E 01 5 00E 02 No Data
24E41 109E 01 513E 05 Cm 244 919E 01 6 53E 01 3 !!E4:
No Data UE:
' 05 E 01 4 96E 05 C m 245 193E+00
22E+00 7 53E 02 No Data i:E a
' 31 E 01 4 63E 05 Cm 246
'S1E+00 i02E+00
' 5 E 0; No Data
.'E:1
' 00E Oi 4 54E 05 c m 247 17'E+00 119E+00
41 E 02 No Data
' aiE4' i 0'E 01 5 97E 05 Cr5 248 1 4 7 E + 01 9 $0E+C0 S 11E 01 N.o Data
!!E*00 S 3:E 01 9 63E 04 Cf 252 716E 01 No Data 3 07E 02 No Data M Cata 3 43E 01 189E 04
Data presented in this Table are from Reference 9 b
A 18
~ _. -
PNPS ODCM Rev 8 EhU..M u,
=.:.--.
~.
.n O
(a) a' l
+ +
L' Nues
=:
n,-
.x, m.w m.,-
_m._
l H.;
.3 3 -
E-73.--
. 75.:-
i 737 o7 j Be ':
- :a r_
.';E-4
E.;4 17 E 05
'C'4
.i.-
E :6
E Ji 5:E.:6 1 SOE 06 N 13 F3
. ;E-:!
. :E.:*
E.:S 2 33E 08 F 13
i
ci HE.

-
s3:vi ei s:: n 3 37E 07 Na.22 44'E.;5 4 4'E.:5 4 4
E. :/
4 4
E.;5 2
i5 4 4'E 05 4 41E 05 Na 24 4.tE :6 4:5E.:6 4 3f E46 4 35E46 a ;I-6 4 HE M 4 35E 06 P 32
4E :4
E;5
$~E 05 No Ca'a S
a N o Data i 14E 05 C a.41
~ iE ;5
' : ci
' ~:E.:6 No nv4
, :n 2'E 02 2 94E 07 S0 46
~E

4
~:E.:4
' 04E.:4 No Dei FE.;4 No Data 2 45E 05 j Cr51 Na Cata Ne Lea 4 EOS
315. S i
E.:9 4 $9E 06 2 93E 07 r Mn 54 N,2 ua
' 6 5..: 5
i'E.;6 No Data
' E :6 4CE 04 619E 06 !
Mn 56 N ;va 4 3!d 'O
? 425
No ra
.:. E ':
3 5 f E 06 3 33E 05 Fe 55
!?E :5
i. ?:E-:6
*:E.'6
'e C at 4
co 3 00E 05 7 75E 07 Fe 59 5:E :6 i:4E :6 45'E.;6 No Cata
ra 34 E 04 i 91E 05 i
Co57 M lra
44E4'
!!E 07 No Data S: :e*
07E 04.
3 58E 06 Co 58 Ne Data 4 tie C'
! 55E 07 No Data y :Ya 2 99E 04, 9 29E:06 Co 60 No Data 355E C'6 610E 06 No Data
' : ca 191E 03 2 60E 05 si59 166E 05 4 67E 06 2 83E 06 No Data N: :ata
' 2 73E 05
' 6 29E 07~
2
~ i 63 2 22E 04 1.25E 05 7.56E 06 ~ ho Data No Data 7l43E 05" ' 1171E 06" N
'Ni 65' 8'08E 10' ~ 7 99E 11' 4 44E;11 ' No D'ata No Data 2 21E;06~'ThE 05~
~
O 3kk
, NpData_., 5.l39E[I0i[2 90E;1'0]No Data
[ t 63E 09i [2 59E-(06]V92E(06~
V Zn 65 115E 05 3 OGE 05 1.90E 05 No Data 193E 05 2 69E 04,, 4 41E 06 Zn 69m 4 26E 09 7 2EE 09 8 59E.10 No Datt 4 ::E 09 7 36E 06 2 71E.05 Zn 69 181E 11 0 61E 11 2 41E 10 No Data
' ! ! E 1 '.
3 84E 07 l
Se 79 No Data t 23E 06 2 60E 07 No Data
' E ;6 149E 04 ~ 2 75E 06 3 43E 06 Br 82 No Data No Data 566EC6 No Data
Ma No Data No Data Br 83 No Data No Data 128E 07 No Data N; ata No Data No Data Br 84 No Data No Data 148E 07 No Data
' : Cata No Data No Data Br 85 No Data No Data 6 S.E 09 No Data ata No Data No Data. j
~
Rb-86 No Data 526Ed5 3 09E 05 No Data
'::ei No Data 16E 06 Rb' 87 No Data 3 96E 05 137E 05 N3 Ca'a Ora No Data 2 96E 07 Rb 88 No Data
' 5;E 07 3 90E 08 No Cata
' ' :ata No Data 4 66E 09 Rb-89 No Data 9 32E 08
? S3E C8 No Data
'. : Ca'a No Data 511E 10 Sr 89 i 6 E-04 No Data 466EC6 No Data
': Data 5 83E44 4 52E 05 Sr90 104E 02 No Data 2 07E 04 No Data
' : ;ata 3 99E 03 9 28E 05 St91 3 2BE 08 No Data 124E 09 No Data N: :ata 144E 05 4 70E 05
.Sr 92,_
, 3 54E.09_
.No Data 142E 10, No. Data w Dua 6 49E 06 16.($5E;0_S[
Y 90 1 11E 06 No Data
~2 99E 08 No Data No Data 7 07E 05 2
~~7 24E 05~
.' 291.m...... 137E 10..
' No. Data
-. 4 98Ei12.' No. Data No Data 7 60E 07...
4164E. 07.....
.... - - - -92
.1/
5,50E 09_,,.; No Data.,.1.57E 10_No Data No [.'ata _
.. _. -6..46E 06. i6J6E Ci, Y 93 5 04E-08 No Data 1.38E 09 No Data No Data 2 01E 05 105E 04
"' Data presented in this Table are from Reference 9.
G(M A 19
Rev 8 IA.fRE A 13 fcOnnnatd)
'.' M M T C ? : 7 U Z M Q '
\\
lN.~uctc,e
i.,* M GI4. U p
~
g. 7 y..y n..
~7.m -
.r.
-.t t
3c ;. 5 147E 06 7
j 2r&
a
.~ -
W ')!
M
I :t
':; i E-M 6 ME44 165E 05 j D <-
4.;E a
o, i E
! Of E 05 9 49E 05
';b4
^3.
4
4 E. -
,_ : e, daE."
4E* 4 0 45E 06 No M 2 E..
2d u
'7 v c,
:E.:s 6EE.04 100E 05 Nb 97
'F'
. T
,~4E*:
...<6
'E' s 2:E 07 7 5:E 06 I Vo 93
.u l ;E :6
:!E.:'
'n O u i
' ME :6 1' E 04 3 7eE 06 I Mo 99
. ;Mi
-ME 3
' ME :S No DM
' '*:E.'?
3 06E 05 3 42E 05 l Tc 99m 4 E ':
J'i
'HEa' N3: r1 57E 07 130E 06 Tc 99
4E;'
' 4 ?E :'
' J!E :t
' e ea
E : 6 3 3'E 04 7 7t E 06 Tc 101
. 'FE 4
ME '4
? ' E *.$
'a C d i;I
3
$!E 07 4 41E 09 Ru 103
' !!E 4'
% CJ
'- : E ' '
No Cm
E :6
"9E 04 121E 05 Ru 105 4 ':E'
%?: vi
' !!E 'O No0vi
' CE ;
4CE46 2 69E 05
-s' I
Ru 106 i!E ^0 5 ? '. M a 4 5'E46 N: On 4 'E.:5 3 87E 03 116E 04 l
Rha,05
'E :9
':E :3
-' E 09 No On
? EE :9 7 S E C6 133E 05 Pda07 N?:n Z if E *-
!'EO!
No Dn JE :6 3 SE 05 7 26E 07 I Pd 109 n
4' M 9 4 ME.':
No A4
~ :E :9 6 1 e.E 46 2 59E 05 ' '
Ag 110m 4 56E C6
.1. w;6 2 4'E46 No Dea
~4E :6
4SE 03 2 71E 05 Ag.1_11
' 31E 07 5 62E 08 3 ?!E OS No Cata
E47 7 73E 05
~2 98E 05 cd 110m No Data 4 93E 04 212E 05 No Data 5 t:E 04 6 94c.204 163E 05
~Cd 115m
~No Data 7 88E 05 3 39E 06~ ' No Data 5 93E 05 " 5 86E 04 ~A 97E2 5" 0
~SnT123 129E 04'
~ 2l14E206 419E 06 l 27E506 No Data "9 59E 04" "IOSE 05"~
~ E325 ' ~ 795E 06~ ' 0:54E 08" ~2'95E 07~' 103E2 7 ' "No Data" ~2"43E 0i 7.17E 05 2
(G S
0 2
"Sh 126" 6 23E;04~
1:04E 0$'
2 36E;05
"2 84E.06
'No Dat'a
'3 02E 03" ~ 163E205~
S'b324 155E 05 2 00E 07 5 41E 06
3 41E 08 Na Data 8 76E 04 ' ~ 4 43E;05 2
Sb 125 2 66E 05 2 CfE 07 5 59E 06 2.46E 03 N e ata 6 27E 04 109E 05 t
Sb-126 172E 06 2 62E 05 616E 07 100E.CB N o : ata 2 86E 04 5 67E 05 Sb 127 136E 07 2 09E 09 4 70E 08 151E 09
' o Data 617E 05 ' ' 3'82E 05 i
Te 125m 1 SIE 06 6 09E 07 247E.07 5 00E47
'o Ha 129E 04 913E 06 Te 127m 67 E 06 0 31E C6 B 16E 07
' 64E46
25 05 4 00E 04 193E 05 Te 12,
. ' 49E 10 0 57E 10 165E 10 5 30E *O
'e'E49 2 71E 06 4 91E 05 152E 05 Tot 129m 5 '9E 06 1 BSE C6 S 2;E47 171E 06
':EE45 4 76E 04 Te 129 2 64E-11 9 45E 12 6 44Ea i 93E * *
'14E*1 7 93E 07 6 29E 06 T e.,131 m 3 63E C8 160E 08 137E45
64E :3
?E47 5 56h 05 8 32E 05 Te 131 5 97E 12 2 :!E 12 17sE *:
4 !9E *:
)E 11 5 55E 07 3 60E 07.
Te 132
' 3CE 07
' 26E CB 7:E 09 3 5!E43 4 DE47 102E 04 3 72E 05' !
Te.133m 2 93F 11 151E 11 150E 11 2 32Ea 1
' :' E 10 160E 06 4 77E 06 l
Te-134 153E 11 B 81E 12 9 40E+12 124E 11 5 "Ea1 123E 06 4 87E 07 i129 105E 05 6 40E 06 5 71E 06 "4 2BE O
' E 05 No Data 215E 07 I;1' 30' '
2 21E' 06 4 43E 06 2 28E 06 4 99E 04 6 61E 06 No Data'
' '1 '38E 06" l131 130E 05 130E 05 7 37E 06 4 39E 03 213E 05 No Data 7 6BE 07 l
']433"~~
' 5' 72E 07 ' "1I10E 06 ' 307E-07 ' ~ 5 23E 05 169EIO6' ~ "No Data E8 65s!0f" l
Id33
! 4 48E 0F 549E 06" 2 0'8E 06 2
~ 104E503 913E 06~
No Da'a ET48E 65~
~
2 1
t i
l13T "D7s207~ "5 8'4s;077 2I69E 07""T37E 05 8 92EA077NiData 58E 07~
T I135 133E'06"3366 06 1512E 06 2'14E;04 "
^
~ "62E O6" NiDaii'" 120$!0f 3
i
~
Data presented in this Table are from Reference 9.
v A 20 l
Rev.8 Tej.LE A 13 (continu;d) 2A1.E h2IEf.$ O JO'PCWRQ" lNut!*
E 1
=
. y._L.u no.,
GI LLI i'
.-.m _ _.-
m, 4
v m m.
m.a,_ m.m 4
..--m Cs 134m i ::E :!
! KE4!
E.:$
N:
ca 494E4B
! 35E 09 7 92E 08 Cs 124
" E.:4
'4E :4 e ~*E.
'::m
E.:5 3 27E45 104E 06 c s.1 ; t.
.=r 4
'E.r 4.o E <
'ri
':E :5 5 2*E46 217E 07" Cs 126 15 -
4 :.F.:5
'4E.:5
':'va
. !!E :5 3 93E46 1 13E 06 '
Cs 137 E-:4 2.:E :4
' 4'E :5
2a
' : E 'i
!'E ?5 9 78E 07 C! 133
' 'i
..'t
.E :'
o i E.

'
' 34E 03 7 09E 08 '
Cs 133
!E.:'
' ':E :3
'. c
.a
fE.:S 326E4) 7 23E 12 Ba 139 4 4tE *:
.HEs-45E
' o r ata J.:Ea 2
isE 06 156E 05 Da 140
:E :5 ME :?
E :6
's n
" E.:9 4 79E 04 2 '5E 05 Ba 141
.d
-f E
'4
~;EJ:
' n. ; W HE 'J
' 99E47
' 44E 08 Ba 142
.iE.'
':5 0 :
' I4E ;
'.; ;#a
E'S 4 44E 07 7 41E 10 l La 140
'4E.'
- :tE.:?
4E43
.3 Ori
ra 4 94E45 610E 05 La 141
!!E :9
:'E ':
' ' f E 10 No Ora S: m 4 45E C6
,4 37E 05 {
La-142 3 i'E ':
'E
2 4 9E
NoOau
n
35E 06 2 05E 05 __
Ce 141
CE :5
ZiE46
' ! E4' No : a'i E1
47E 04 1.53E 05 Ce 14 3
';EJ!
"E -: =
' E 4 9 NoDra
iE :B 2 ':E 05 3 44E 05 I l
Ce 144
?:E ::
':E44
< "E 4!
'cCri
~ ~E :4
22E 03 105E 04 l l
Pr 143 4 ?9E.:6
'i:E46 2 47E O' No Data
E' i 17E 04 2 63E 05 l
..P..r 14 4
' SiE '1 4 S E.*2 3 'CE 13 No Data
f 4E '2
- 4 23E 07. 5 32E 08._
l Nd 147 0 9:E 06 2 26E C6 9 84E 07 No Data
' 20E 06
_8 87E 05,
_.2 22E 05, _
l
,Pm 147 3 52E 04 2 52E 05 136E 05, No Data 4 4tE 05, 2 20E:04
,5]OE:06.,,,.
Pm.148m_.. 3 31E 05..
6 55E 06 6 55E 06, N.o Data 9 74E 06. 5.72E. 04.. 3 58.E 05.....
M.iSi "3 57E;08 "4 33E 09 2 82E 09" ^ So" Data
' 3*E 04
^
^ ' ~
124E 05" " 2 '50s105~
2
'5m 15i" 314E 04
'4 75E 05 1 '49E 05 No Data 4!9E45 "i 42E 04 ~ 3 43E-06 "Sm iS3 7 24E 05 4 51E 08 4 35E 09 No Data
' 3'E 08 137E 05'
'187E 05 l
Eu 152 74:E 04
't 37E 04 161E 04 No Data 5 2 E 04 ' 9 00E 04 ~ '1 14E 05 l
Eu 154 2 74E 03 2 49E44 2 27E 04 No Data
' ?E43 156E 03 2 98E 05]
Eu 155 5 6CE 04 4 05E 05 31!E 05 No Data
!' E 04 2 79E 04 5 39E 05 !
EuJ 56' 7 29E46 4 22E 06
'S 75E47 N: C a'a
':Eds
54E 04 4 24E 05 ]
1 Tb 160
' '9E 05 No Data 9 67E46 No Dea
125J5 5 34E 04 2 2SE 05. ;
l Ho 166m 124E 03
$1E 04
37E44 No Cata 4 :'E44 i '3E-03 i 63E 05 WJ181 '
256E08 65:E49 5 WE. 0 No Cata
' : ;ra 5 71E 06 2 61 E 07'.".
W 185 3 31E 07 0 05E 07 2 91E 05 No Data
'a iia t 36E 04 111E 05 i
W 187 4 4'E 09 2 61E 09 117E 03 No Data
'a :ata 111E 05 2 46E 05 Pb 210 B 03E 02 185E 02 31SE 03 No Data 6 3tE 02 8 74E 02_ _155E 06 Bi 210 9 25E 07 511E 06 5 65E 07 No Data 5 '5E 05 3 70E 03 3 21E 05
.Po 210 170E 03, 2 76E 03..
4 09E 04 No Data 325E-03 1;05E 0_1
_4 32E 05 7
.R..a. 223-
, 7 69E 04 8 89E 07,154E 04, No_ Data 2 26E 05..
8 48E:02_,3 00E:04 4 06E 06 2 92E 02 3 34E 04 Ra 224 8.44E 05 153E 07~
169E 05 No Data
'ci s.225"
'128E 03~
~ 514EiO6
~ 156E 04'
No Data 3 02E 05" T74E 02~ 345 0F t
2 1
2
~Wi.. 2_26."'j. 2,.3.. 4 E. 0. 1_.. -.... 7...5.6. s. 06
..._1 92 E-Oi_'."_~. N_o 'D.a.ta..
~
, 2.0 3E. 04'.. T.... 3.15. 0. E..Of...". _..i_i..O. 2s_
. 1~'.
~.
' 5.14E 05
... ~..Ra 228 149E 01 3 94E 06 1.68E 01 No Data 104E 04 l
5 37E 01
Jata presented in this Table are from Reference 9.
A 21
PNPS ODCM Rev 8 T. A @.LE. A J) (continurg)
.'M5 * !.h I ~ ~, E f.- I I; " ~ # MD ~
/^
'V i.
Nuche s
5-a.
. n.a Gl.LLI
. ' - - m,.. ~..m.__1..
4 c
Ac 225
'E
' E:4 v _ ra
4
' 2 7E 00 2 67E 04 Ac42'
.5 O'
T V: e4
- E :'
! C4E 01 5 20E 05 Th4;.?
.45
.4
.; i J': ;5
% -- 2 e 4
~ E :5
ZEE 41 3 49E 04 Th 20S ti 4E...
. :E :
%: : io a E.::
2:4E. ?
3 59E 04 Th423 iE.
'; E -
E
'..; ; e e
.E-:C
' !E
D 4 99E 05 Th 220
':E ::
':E :'
E

'.o ;.c a
.2541
' 35E+C0 3 84E 05 4
I. Th 232 2d!E+:t 4 E : '
' !!E43 No : ca If E 01 1 '?E + 00 3 27E-05 l Th 234 24E :6
'E -~
E

'
'n C at a
.Z E 46 6 31E.04 7 32E 05 Pa431
4:E :0 ME '
4Ed' So Ca'a M E-20
' 9 E 01 4 57E 05 Pa 233 4 '4E :6 d 4 !E * '
'!!E :'
'. : "' a t a
. tE-:6 9 77E 05 8 95E 06 i
U 232
DE :
i ri
' ME.:~
NaDau
E ::
' 42E 01 4 33E 05 l U 233 J 64E 0 5: ri 3:E 03 No Cata 2E43
'7E 01 4 00E 05 U 234 4 46E :
N:;ea
'tE 3 No Cao
'FE43
'4 E 01 3 92E 05 U 235 4 ;'E42
a C ra CSE4:
N o Da'a E4:
' M E 01 4 95E 05 "
U 236 42E::
Ori
$!E4?
No 0vi
~ {E.:3
' 67E 01 3 67E 05 U 237
'FE4'
'c~ri 4 E :S No ra a
'E 47 3 40E45 129E 05-i r
-f U 238 4:9E42
%; au 24:E43 No Data iE43 5 53E 01 3 51E 05 Np 237 2 ' E +00
' 6 E+ 0 1 ' 9 E 01 No Data
~ P E 01 174E O'1
[ $ 06E 05
.Np-238 126E C6 2 3:E 07 19'E CB No Data
{ E 08..
3 39E 05.
,,2 50E:05
.Np 239 12SE 07
.S 14E 08 6 35E 09, No Data 6 2 E 08....1 57E 05.
,._.1 73E 05...
2
,Pu 238
. 2 55E 00_
,.1 60E + 00
..121E 01_., No Data 4 4 7E 01,..
, 6 08E.01,... 4. 65E 05..
t
4 24E..05--
.Pu 239 2 79E+00 168E+00 128E 01.. No Data 4 7BE 01-n 5 72E.01 m
p Vu 241 "
"7 94E 02 1.75E 02
'2 93E 03^
~No' Data
' 1 C E 02' 506E 0T ~890E Of 1
~Pu 242 2 59E+00 162E+00 1 23E 01 ~ No Data 4 6CE 01
~ 5 50E 01' ' 416E;05
~
Ptb244
' 3 02E+00
'185E+00 141E 01 ~ No Data i O'E 01" 6 30E 01 ~ ~ 6 20E 05' l Am241 2 97E+00 124E+00
( 24E 01 No Data
' UE C1
' 2 00E Ci
'4 73E 05 I m 242m 3 07E+00 176E+00 127E 01 No Data
- ' ' E 01 S 14E 02 5 96E 05 ' l Am 243 2 94E+00 1 75E +00 1CE 01 No Data
4:E 01 190E 01 5 55E 05 Cm 242 9 4!E 02 5 68E 02 4CE 03 No Dan
' 24E4:
131E 01 5 06E 05 Cm 243 2 32E+00
'42E+00 9 95E 02 No Cata 45 01 210E 01 4 98E 05 Cm 244 1 94E+00 1*BE+00 8 31E42 No Data
:6E 01 2 02E 01 4 2 E 05 j Cm 245
_3C5E+00 t24E+00 1 OBE 01 No Data
'E 01 195E 01 4 49E 05.j Cm 246 302E+00 154E+00
' !!E 01 No Ca'a
JE 01 199E Ot 4 41E 05 j Cm 247
94E+ 0 12 E+00 126E 01 No Data 4 H E 01 195E 01 5 SOE 05 Cm 248 2 45E+01 1 SCE 01 104E+00 No Data 4 !E+00 1 61 E + 00 9 35E 04 Cf 252 2 1 BE + 00 No Data 9 33E 02 No Data S; Data 6 62E 01 184E 04 i
'" Data presented in this Table are from Reference 9 i
O I
A 22
nip 5 oDCM j Rev 8 j IAllkE A 14 2.f$.d $.NIII-C SI_G3 'A NT' m
\\
'n Nuchde ~ f w
.-i Eca.
W.N g.
'unq GblLI l
s-u H3
ri
.-:E-
-

E.:^
.: 6 :E :-
'E "
f:E.:'
63E-07 Be 10 J'
14
. i d - l4
M E-:'
N; ea
n
' 4?EO i 73E 05 C 14
?"
M
' "+. ?
'vE. '
" E-:6 3 ':4 06 3 79E 06 N 13 4
':J!
E 4 '

S 4 S E.:!
J 2cE CS 4 39E 08 F 1B CE :e
i' i 2 ::E.:'
'.a O r a
'9 N0 Cata i '0E 07 Na 22
E
' " E. :'
' 1'E.:5
' 37E.:5
' 'i.:5
' ;'E 05
~ 37E 05 Na 24
' '4E.::
!a E.:6
' !4E :6
' 54E. 6
E4E.:6
' 54E C6
' 54E 06 P-32 JiE.::
*:E.:5 5 5:EOS No Data 2n No Data
' 1SE 05.,
Ca 41
' 4!EOS
'., 2 a t i
' 'f E46 No D-a M
5 94E 02 2 96E 07 219E 05 _ j; Sc 46
'!E :4
4 'E ;4
5:-E.C4
'e Data ME.:4 No Data Cr51
' : Dat i N: ea 5 29EOS 4 ? 'E43 4!E.:9 31'E 06 2 55E 07 Mn54
':Dau
' !'E45 3 SSE 26 No Cata iE '6
' '4E 04 5 04E 06 'l Mn 56
'o Data
':E.:9 1 !!E 'O No Cua
~HE*O
$ 95E 06 512E 05 Fe 55
4
EOS
' :?E 46 235E:6 No Dua
. ;.a 6 2iE 05-
' $2E 07 Fe 59
~ i:+ :6
' {!E45 5 " E.:6 No Dat4
'. : ca
' 25E 04 177E 05 Co 57
!at a 4 ME :'
4 !$Ec' Nazan
va 2 71E 04 3 47E 06 l Co 58 Nv Data
?"E47 13CE 06 No Da'a
' : 2 ra 5 55E 04 7 95E-06 Co-60 Na Data 57 E C6
? 41EO6 No Data N: : va 3 22E-03 2 2dE 05
..N.-.i 5 9 131E 05 5 44E 06 310E 06
. N. o Data N: : ita 5 48E 05_
6 34E.07 Ni63 2 42E 04 146E 05 B 29E 06 No Data N Cata 149E 04 173E 06
~ i-65' 1,71E 09
' 2.03E 10'
'8 79E!11" '"No' Data No Data 5'80E O6 3 58E;05 N
i
~
3bk NolData[ [134E59][5 53E[10][No Data ~,j2 84E.JOC 634Ehd6]l07E 05,,
i Zn-65 138E 05 4 47E 05 2 22E 05 No Data 2 32E 05 4 62E 04 3 67E 05 d
..Zn 69m
[8 98EiO9] li 84E O8 1,67E 09 No Data
' 7 45E-09 191EJ05.
2 92E205T i
Zn 69 3 85E 11 6 91E 11 513E 12
]Se 79[
No Data 2 25E 06 4 20E 07 ~ No Data 2 ~ E 11 105E 06 9 44E 06 No' Data 2 4;r 06 i 99E 04'~ ' 3' '46 E 06 v
.Br 82 No Data No Data 9 49E C6,.No Data No ';ata
, No Data No Data B,r-83 No. Data No Data 2 72E:07. No Data No N'a No Data No hta Br 84 No Data No Data 2 86E 07 No Data Na.W No Data No Data Br' 85 No Data N; Data 146E 08 No Data
' e De.
No Data No Data. l Rb-86 No Data 136E 04 _ 6 3CE 05 No Data Ne Data No Data 217E 06 Rb-87 No Data 711E 05 2 64E 05 No Data N c C ata No Data 2 99E 07 I Rti-88' No Data 3 98E 07 2 05E 07 No Data N: Ya No Data 2 42E 07 ~l Rtr89 No Data 2 29E 07 147E 07 No Data
'.: ;ata No Data 4 87E 08 Sr89
S4E-04 No Data 315E C6 No Data v Rea 145E 03 4 57E 05' l St.90 111E 02 No Data 2 23E 04 No Data v Data 8 03E 03 9 36E 05' St 91 6 23E 08 No Data 2 47E 09 No Data v Cata 3 76E 05 5 24E 05 Sr%2
' 7 50E 09 No Data 2.79E 10
'No Data No Data 170E 05 100E 04
~ 290 '
2 35E 06 ' No Data "6 30E;08 ' No Data No Data 192E 04' ~ 7 43E O'S "
^"9295m 2T91E 10' No Data 9.90ES12 ' ~Ne Data No Data 199E 06 ~ 168E 06"
l. i~ '
4.20E. 04.' No Data.' '.'.1.1' E 05~...No. Data. No Data
' 1 7 5E-03...'...S 02E O'S J
.2
.+
m Data presented in this Table are from Reference 9.
O A 23
TABLE A 14 feontinued)
LNWL A'!Cd[QQH.HG.Q A M_OR INNC" f
g i
i NurMe E'v i
_1, Lunq Gt LLI
-m_.-
.-., - -. ~ _
.-o-Zr 93 24E.:4
E.
i ':~.. M No Cao
:5 137E-04 14BE 00 2r 95
E-:-
=:
4;E -
Nc:P4
.:E.'5
!E43 155E 05 Zr 97
'E
<:E
1Es
'. ' : c,
iEd
' !*E 05 100E 04 HL W
~ la a -
ii ?
'>:er
+5.:5
T:5 04 2 476 06._
Nt> 95 E,
s
-c.
*:E.:s
'a : r 4
~ 'E 6
. 40E 04 9 05E 06..
Nb 97 44E -
'*E*
', O r a 4
E
"E 's
' 92E 05 Mo93 A
Cv
E.:'
N;:ea s-
.4 E C4 2 76E 06 I
Yo 99
'. ; v i
!E.
'E :t
'. : C a' a
'FEC 9 63E 05 3 48E 05 Tc 99m HE ':
:6E. :
die
No Dan
. :E '
5 79E 07 145E 06 Tc 99 29Ed'
- f E-:'
!!!E d
'o O v i 4
6 6 '7E44 7 92E 06 Tc-10 9 2 tie '4
~!"E'd
?:E.':
'c C m
+'2 4 i'E 07 6 03E 07 i Ru-103 44E.:4
'::oi 4 !!EC NaOri
EJ6 334E44 115E 05 l Ru105
? '4E ';
N; #i
mea 0
'n C a'a
^ 4;E ' O

E 05 3 46E 05 RuiO6 6 :'Edi
'.o : au
'"Ed No Data
' *E45
! 2EE 03 117E 04 i
Rh 105
16ER9 i d'E.:9 36:E49 Ne ;in
E ~$
2 O!E 05 i 37E 05 l Pd 10?
v, J ':ET 4
Ed!
'a ra
- !Ed 5 34E 05 7 33E 07 Pd 109 N;;r4
E-:)
' :!E.:9 No C ra
.!E :B
' 5BE 05 2 85E 05 Ag 110tn
' *IE.:C i M E 06 3 i'E46 No Data
' E46 62E 03 2 36E 05
.Ag 1_11 7EE4'
' 45E '
' 75E 08 No Data lie 47 2 06E 04 3 02E 05 Cd 113m Na Data 6 67E 04 0 64E 05 No Data
? ' E 44 140E 03 1.65E 05 (Cdq15m No Data 173E 04 619E 06
. No Data i d'E 05
, l' 47E 031 [5.02E 051,,
...Sn._.1. 2 3_.. 2 09E.04- -
4. 21 E 06_ _... 7. 2 8E 06.. -. 4,27 E..06.. No Data... 52 22E.0. 3....... 4_.08E 05..
Sn 125 101E 05 2.51E 07 6.00E 07 2 47E 07 No Data 6 43E 04 : 7 26E 05.-_
[SrE126[
8..l30E;04] l.1[44E 05[ "3l52E45((3' SIE 06[ ~No Data ~393E[0{'((65E 05[
Sb 124 2 71E 05 3 97E 07 8 56E 06 718E 08 No Data 189E 03 4 22E 05 Sb-125 3 69E 05 3 41E 07 7 78E 06 4 45E 08 No Data 117E 03 105E 05
' Sb-126 3 08E 06 6 01E 08 111E 06 2 35E 08 No Oata 6 88E 04,, 5 33E 05,
Sb 127 2 BIE 07 5 04E 09 3 76E CS 3 60E 09 No Data 154E 04 3 78E 05 Te 125m 3 40E 06 142E 06 4.70E 07
1. ? E E 06
'o Cata.
319E 04 9 22E 06' i Te 127m i 19E 05 4 93E 06 148E 06 3 48E 06 68E 05 9 37E 04 _195E 05 j Te 127.,
159E 09 6 81E 10 3 49E 10 132E 09 3 4?E 09 7 39E 0G 174E 05 Te 129m 101E 05 435E 06 159E 06 3 91E 06
'E 05 100E 03 4 93E 05 Te 129 5 63E 11 2 43E 11 124E 11 4 !!E ti
' lie 'O 214E 06 i SBE 05 Te 13'im 7 62E 08 3 9)E OS 0 59E 09 6 3fE CB
'*: 07 14 E 04 8 51E 05 '
Te 131 124E 11 5 37E 10 3 57E 12 1 13 Ea 1
'iE-11 147E 06 5 87E 06 ')
Te 132 2 66E 07 169E 07 126E 07 199E 07
' lie 07 2 43E 04 315E 05 Te 133m 613E 11 3 59E 11 2 "4E 11 5 5 E 11
':E 10 3 92E 06 159E 05
'3 Te 1' 4 318E 11 2 04E 11 168E 11 2 91E 11
? ESE 11 2 93E 06 2 53E 06
.l..125-216E 05
. 159E;05 116E 05 ' 104E 02
!BE 05
. No Data
' 2.12E 07 V 30 4 54E-06 9 91E 06 3 9?E 06 114E 03
' 29E 05 No Data 142E 06
[l.71.31_"
2 71E.05
.-..3.17E 05'.'."1'40E 05 ' "1'06E-02 3 7 0 E 0 5..'.N.o. D a.t.a.
.. 7._56.E 0. 7,"
....1132 ~~
.. 9 4 6 E.'.06..'.
121E 06 2 53E 06 8 99E 07 ~
121E 04 2 !?E 06 No Data 136E-06~
..'.i.d_.3.. 3..._..
'1
^ ~ LOOE.0. 6....'. 2 5dE 03 '
1 60E 05_ _' N.o_ D'ati_.,~...T._54...E.-.0. 6.._
..1. 3 7. E 0 5_. 4..
~
~
l134..
6 58E..07.. 1.34 E 06...
.4.. 75E. 07..
3.18E 05 1.49E 06... No.. Data.... 9. 21 E 07. -
..v W Data presented in this Table are from Reference 9.
OV A 24 I
,..,,n.m,
M Rev 8
.T.AJ.LE A 14 kontinuegj MLA.IIN (?!Eaj';CE 8 00 'NF ANT ^
-.3_-
5 Nuum
?e-in
%m 7e<
Luno G1LLI Cs 124~
'E
N;2v4
~: "
~'
' 0;E 8 116E 07 Cs 9:4
' Cs '25 i :4
..E :4
E '!
Nc2r+
'EC4 5 69E 05 9 53E 07
'?=:4 a ~:E :4
' : ~. o
. '; :5
'1E 05 218E 07 Csa:6
J
'E*
~?E c N:: n
i :!
3 40E :6
' 02E 06 Cs 1T r;E.:4
'E.:4
'.iE '
N22ci
.:E 24 5 :?E OS 9 53E 07 C s-128
d'E :-
tE :~
f 4E ;'
% ) D va
. :E-:'
4 6'E 05 6 2GE 07 Cs 139
. :E ;7 3 ::ET
.25 :'
No Cau (E T 2 53E 09 133E 08 ~
Ba 139
' :f E 0)
' :E '1 3 rE 11 No Data J ::EJ3 4 25E 06 3 64E 05 Ba 140 4 ::E 05 4 ::E :3
TE 6 N o Data
- 3E 9 114E 03 2 74E 05 Ba 141
' ';Ed )
' ':Ea4
i!E.'I No Dau i4E 'd 21:E 06 3 39E 06 Ba 142
!4E 1$
0E *4
' 4:E '2 No ":au
.iEa4 1 11 E 06 4 95E 07 La 140
. 51E :-
'41E T
i!E-0!
No Data N::79 120E 04 6 06E 05 La 141 4 !!E 09
' 4:E ;9 4 5 E 1 ')
No Data N ' : va 122E 05 La 142
' iE 'O
HEs0 5 46E
No Data
.. : Ya 5 37E 06
' 5 96E 05 4 25E 05 Ce 141
i!E 05
'iE :5
425 6 No Dau N E.:6 3 69E 04 154E 05' '
Ce 14?
. 2:-E :7
!!E C'
' HE ;8 No Dra 4 ':E :8
$ 30E 05 3 $5E 05 }
Ce 144 23E 03 3 65E 04
' 6E04 No Data
~ !4 E 04 7 03E 03 ' 2 66E 05 106E 04 Pr 143 00E 05 3'4E 6 4 39E 07 No Daia
' a ' E :,6 3 09EJ04 4
Pr!144 34 E 11
' 3 E 11 17 E 12 No Data 4 ::E 12 115E 06 3 06E 06 "Sdl147 5 67E 06 '
5 81E 06 3 57E 07 No Data 2 !!E 06 Vmlid7' 3 91E 04
' 3.07E 05 156E 05 ~ No Data 4 93E 05" ~130E 04 ' ' 2 23E 05~
4 55E Of ' 5.75s206 hjj48m.I5_00E 051,[1].24E 05h.9 94E$061[S{ Data [,l145E 05][1[22siO([j37s305]
Pm 148 3 34E 06 4.82E 07 ~ 2 44E 07 No Data 5 76E 07 3.20E 04 6.04E-05
~
t
]
frsi49]
310E207" '4108E 08[1178E 08"[So' Data 4 95E 08f ~6'50E 05[ E3I0iE 05[
~
Pm 151 7 $7E 08 110E 08 5 55E 09
[Sm i51 '
3 38E 04 ' 6 45E 05 ' ~ 163E 05 ~ No Data 12 E 08 3 2SE 05 2 58E-05 No Data 5 24E 05 2 98E 04 ' [ 3 46E 06. g 2
Sm-153 153E 07 11SE 07 9 C6E 09 No Data 2 4"E 08 3 70E 05 193E 05
'Eu iS2 '
'7 83E 04' 177E 04 172E 04 No Data
! }4E 04 14BE 03 ~ 9 88E 06 Eu 154 2 96E 03
~3 46E 04 2 45E O4 ' ' No Data
'4 E 03 '
3'05E 03 2 84E 05 I
EuliS5 5 97b04 5 72E 05-3 46E-05 ' No Data
HE 04 5 20E 04 519E-05
.Eu:156 156E 05 9 59E 06 154E 06 No Data 4 45E 06 612E 04 414E 05 I
Tb 160 112E 04 No Data 140E 05 No Data
'. ::E 05 151E 03 214E 05 i "Hol166m 145E 03 3 07E 04 2 51E 04 No Data 4 ::E44 2 05E 03 165E 05 1
'W 181 4 86E 08 146E OS 16?E 09 No Data Y ca i 33E 05 2 63E 07 i
W 185 157E 06 4 53E 07 5 58E OS No Data N:,2ata 4 48E 04 112E 05 W187' 9 2iE 09 6 44E 09 2 23E 09 No Data N : :ata 2 83E 05' 2 54E 05 Pb 210 8 6 E 02 2 02E 02 3 43E 03 No Data 6 EiE 02 176E 01 157E 06
'BL210 2 06E 06 133E 05 118E 06 No Data
:3E 04 9 96E 03 3.27E 05
'Na 223~
' 2 98E 03 ' 5 63E 03 7 i2E 04
'No Data 12;E 02 ' " 2 40E-01 '~
~~4 36E 05^
Po 210' 156E 03" 2'26E 06 3.12E 04 ' ~ No Data 4 96E-05 ' ~ 2I25E201 ~ 3 04EJ04
.R5224[
1;77E 04} [4 00E 07_ [3 54E 05. ', ~N.o Data'
, 7 30E 06i7 91E 02,[,[3 42E[0i Ra 225
. 2. 5 7 E 03.... 2.88E 06..
5.13E 04....... No. Data 5 31 E 05...
. 2.57E.01...y.2. 8 7E 04...
t
_q.
.... 7 _
W Oata presented in this Table are from Reference 9.
((
A 25
PNPS ODCM Rev 8 T.ABLE A 14 (continued) 2.V 2 N Y 3 =% ~ ^2 5 * : = 'D NT '
A 1\\
Nuoide E
, _.., ~ n.E,',e
.nc a m,r q a_nq Gi LU n
9 a,-
--.w_
4 *: E-:'
AfE.:J N: Ori J
4
. w l Ac 225
-l
96E ?1 2 71E 04 i Ac 22' N E.
_eEM-No r n I E- :'
'62E.00 5 27E 05 Th.22' 3
E -:-
.24Ect N4 2ea
'r :4 3 2?E 01 3 53E 04"'
I Th 2 B 44E.*
E 22
f 6E ::
N.s O r i
' E-:
4iSE+00 3 52E 04 Th 229
.. !E + :'
-4 E '
t'E'
'n ', a
E :8 2'E.:1 s 02E 05 Th 230 aiE :
'LE.:'
s iiE4:
NaDra
-:E-;i 2'BE+00 3 87E 05 Th 232
~ ?5E+:0 5:E-:'
'.9E 03 No Dee
' i4E ;'
2 C9E+ 00 3 29E 05 Th 234
':E,!
EQ' 2 !dE O' No Dah
':r-:6
62E 03
' 40E 05 Pa 231
':E ;;
' * :E.:'
6:EJ' No Ca'a
E 20 3 !$E 01 4 61E 05
, Pa 233 f 4E 6
E.:6
'iE :6 No 2 f a
- ! E-:6 2
9E 04 9 04E 06-2 8 U 232 d 'E N. : ca
.
2E.:2 Na Cv4
. 4.E ::
'49E+00 ' 4 36E-05 U 233 644E 02 N3 au
!3E 03 No Dan
:2 3 56E 01 4 03E 05 U 234 i 2:E-:2 N' ; va
~5E. 3 No Can
' E :2 3 49E41 3 95E 05 U 235
! 2'E 02 N. iu
? 5:E :3 No O n
E :2
2SE 01 5 02E 05 U 236
' E ::
-:n
MEC3 No Dan
E.::
25E-01 3 71E 05 U 237 12f E :'
N: Tra
? i!E 03 No Data
-E.:'
91:E45 131E 05 U 238 4 '9E O' N o C ata 3 29E 03 No Cata
-:EC3
~, 6 E 01 3 54E 05 Np 237
3SE+00
E+00
' :EE 01 No Data
'2
1 0 49E 01 510E 05
_Np-238 267E 06 6 05E 07 416E 08 No Data 2'E 07 919E 05, 2.58E 05_
. Np.239, 2 65E-07 213E 07_
134E 08 No Data 4 '1E 08..
4 25E 05..,,178E 05_
..Pu 238..
2 69 E + 00......1 6 8 E + 00...127E 01~. No Data 1
4 64E 01
9. 03E 01... 4 69E 05....
w
.gg-
~2 93E+00~i75E+00 734E 01~^NA Data
' 4 94E 01" ~8 47E'0I"T36E 05~
~
.Pu 241 8 43E 02 1 SSE 02 311E 03 No Data 115E 07 7 62E 04 8 97E 07 Pu-242 2 72E+00 169E+00 129E 01
~ No Data 46E 01 9 33E 01
[6'26E 05. t No Data 4 7'E 01 815E 01 4 20E 05 Pu-244 317E+ 00 194E+00. ' 1 dBE 01 '
Am 241 315E + 00 195E+00 131E 01 No Dat'
'94E41 4 06E 01 4.78E-05 I
'Am' ' 242m 3 2E E+00 '
186E+00' 135E 01
~ No Data B ::E 01 164E 01 ' '6 01E 05' Am 243 310E+00~
'1 38E+00 127E 01 No Data
' ~;E 01 3 85E 01
' 5 60E 05 Cm-242 12SE 01 5 65E 02 5 70E 03 No Data
' 69E :2 2 97E 01 510E 05
-4 Cm 243 2 47E+00
'52E+00 106E 01 No Data
b'E '
4 24E 01 5 02E 05 1 Cm 244 2 07E+00 12 E+00 S 39E 02 No Data l' E :'
4 09E 01 4 86E 05
.Cm 245 3 22E+00 196E+00 126E 01 No Data i :E 31 3 92E 01
, 53E 05 4
Cm 246 3 2CE+ 0
$ 96E+00
' 3BE 01 Na Ca'a
::E :'
3 99E 01 4 45E 05 Cm 247 3 11 E + 00
L2E+00
' 33E 01 Na Data
'!E41 3 92E 01 5 SSE 05 3C. m. 248
SSE+01 159E+01 1 10E + 00 No Data 424E+00 3 23E+00, 9 43E 04..
-n Cf 252 2 37E+00 No Data 101E 01 No Data N3 2ata 137E+00 185E 04 i
Data presen1ed in this Table are from Reference 9
/~
/
t(
A 26
PNPS 00CM Rev 8
31Ed.12 g - -. -. :r _ :.;-- r :.:.;,%3v-
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25
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f 6?E 07 5 68E 07 Na3 E -
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! :0E 09 5 36E 09 MS
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en F E.:!
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$5E-08..
Na 22
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a Dau Iri No ::da 217E 05 Ca 41 8.E 'd N, 2.P 1
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. :9 No Data 5 21E 05..
Cr 51 N: ca N :
a' 4
iSE49 i 59E49 HEo0 3 5 E 09 6 69E 07 Mn54 sc Can 4 i'E :6 3 ':E.;'
No Data
' tie :6 No Data 140E 05 Mn56
'S:oi
' ' S E :'
24E4B No Data HEC' No Data 3 67E 06..
Fe 55
'!E 46
^< E. 6 44:E47 NoDau
:ei
' :6E 06,109E 06 Fe 59 4:4EJ6 EJC 3 P E 06 No Data N :ei 2 $5E 06 3 40E 05 Co 57 N:.' v a
EC' 2PE4' No Data
'. : ca No Data 4 44E 06 Co 58 N ; !au
' 4f E O'
67E 06 No Dau N ~. r a No Cala 151E 05 l
Co 60 No Data 214 E 4+:
4 "2E 06 No Data N: ata No Data 4 02E 05 j
Ni,-5 9 9 76E 06 3 35E 06 _ 163E 06, No Data N: Cata
, No. Data., 6 90E.07,.
N
.-.,.i..6 3 130E 04...
9 01E 06-. 4 36E.06..No Da..t.a
. No Data, N. o.Da. t a.....1.. 8 8. E..06.-
l
. N!.6 5..
_5 28E 07
,6 86E 08..,_313E 08_ No Da.t.a No Data _No Data.
.a,1.74 E.06._
(-
_C. _u-64_.
_No. Data,....8 33E 0. 8.-. 3 91. E.06........N_o Da.t.a.
2 10E 07......No..D_ata.,_._7._.10 E..0.. 6..
g Zn, 65 4 84E 06
_154E 05 6 96E 06,, No, Data.
103E 05 No Data., 9 70E.06,
Zn 69m 170E 07 4 OBE 07 3 7?E 06 No Data 2 47E 07 _ No Data 2 49E:05 Zn 69 103E 08 197E 06 137E 09 No Data
' 2!E48 No Data 2 96E 09 Se 79' No Data 2 63E 06 4 39E 07 No Data 4 f f E 06 No Data "5 38E 07
^
Br 82 No Data No Data
~ 2 26E 06 No Data
' c Cata No Data 2 59E 06
Br 83 No Data No Data 4 02E 08 No Data N: Data No Data 5 79E 08 Br 84 No Data No Data 5 OiE 0S No Data
' DYa No Data 4 09E 13 Br 85 No Cata No Data 2 '4E 09 No Data N. : Ya No ::ata No Data Rb-86 No Data 211E 05 9 S3E 06 No Data
ata No Data 416E 06 Rb 87 No Data 123E 05 4 2SE C6 No Data
va No Data 5 76E 07
...R b-8 8 No Data 6 05E CS 3 21E 0S No Da'a
ea No Data B 36E 19 Rb 89 No n ta 4 01E 03 2 9:E OS No Data Y :ua No Data 2 33E 21 a
Sr89 3 BE 04 No Cata B 24E-06 No Dat.-
' : : Ua No Data 4 94E 05 Sr 90 3 1E 03 No Data 175E 04 No Data N: Data No Data 219E 04 Sr 91 5 67E 06 No Data 2 29E 07 No Data
'. D ata No Data 2 70E 05-
"S592' 215E 06 No Data 9 30E 08 No Data No Data No Data 4 26E 05 "V '90 9 62E 09 No Data '~ 2 SEE 10 ' No Data No Data
~ No Data
' 102E 04
.'. 4. 1h...
' 9 09E 11 N.o Data... - 3 52E 12 '. No. Data. No Data._No Data
/
[
.. 2 67 E 10.._".
........... ~..........,. -..........
.Y 92.-...
8 45E.10.. No Data _. 2 47E.11._No.Da.ta.
No Data....No. Data
'.1 4 8 E.05.._
W Data pre?.ented in ttus Table are frorn Reference 9.
G A 27
PNPS ODCM Rev.8 TJfAE !.15 (contmgje N 331' Th ! ~ :i - II.:E $ M Mn.I '
O Nu m 1 _. -m_-
2n93 i ? E J. *
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u.nl GI LLI m
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.W!
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N7 :an 105E 04 Nb-92 m
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N-;<.
N: : ra 3 34E 06 Nb 95 2-ME
M E. : -
N : ri 4E-
' ' :.ca 210E 05 ND 97
.:5 ' '
' :2 E '
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4E
No Data 4 87E 08 Mo 93
o)
E :5
:2ET Na Data
E

6 NoDoa 122E 06 Mo 99
e4 4
E.e
! 2:E.:'
Nc Ca'i ME :6 No Data 9 99E 06 Tc 99n3 2 Ec:
i i!E.
? ??E.:9 N32ei
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42E 10 413E 07 Tc 99 lie ;'
H E :'
5 225 05 N3Dra
.. J E :6 158E-09 6 08E 06 Tc 101
i4E ':
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5SE ;9 No Daa i : 09 i 8'E 10 1.10E 21 RuiO3
!!E.07 V Can
' 9':4 8 No Dati
NET No Data 216E 05 Ru 105
!4E4!
Nc :a'i i ;!E49 Noran
' HE :7 No Cata 9 42E 06 Ru 106
N E.:6
'.: ! va 2 4EE :7 No Cati
'E.:6 No Data 178E 04 j
Rh 105
' 2
E O'
' !!E :*
! !:E ;B No Da'a
'i E :'
No Data 141E 05 Pd 107
' ' ; ea
J'EJ' 9 4CE49 No Dau
.:E :6 No Data 911E 07 Pd 109 N. Data
' "E :'
99E4B No Oatl
'E :6 No Data 196E 05 Ag 110m 1 GE 07
4!E 07
! 'SE 08 No Data
'E4?
No Data 6 04E 05 Ag 111 5 31E 08 2 43E 08 121E 08 No Data
~ !4E 05
,,No Data 4 46E 05_
Cd 113m No Data 318E 06 102E 07 No Data 3 5 E 06 ~ No Data 2.56E 05
[Cd 1'15m No Data..
184E 06 5 87EkO8[ _, No Data.
146E;06.[No D.ata '
7(74ES05' O
Sn 123 311E 05 515E 07 7 59E 07 4.38E 07 No Data
- No Data 6 33E 05
(
Ts."125 8 33E 06 ~
1"68E-07' ' 3 78E;07 ~I 39E 07 ' ' No Data
~ No' D'ata ' ~104E4F '
^
^
~^
~
[S5.[126' 8 45E 05 167E 06 ~ ' 2'40E 06 "4 92E 07 No Data No" Data. ' 2 43E{05 J
Sb 124 2 20E 06 5 29E 08 1 11 E-06
~6 79E 09 Nu Data 218E 06 7 95E 05 Sb 125 179E 06 2 00E 05 4 26E,07 182E 09 No Data 138E 06 "1'.97E 05 Sb 126 1 15E 06 2 34E 05 4 15E-07 7 04E C9 No Data 7 05E 07 9 40E 05 ]
Sb 127 2 SEE 07 5 65E 09
,9 90E 08 310E49 Nt Data 153E 07 5 90E 05 Te 125m 2 SSE 06 9 71E 07 3.sE 07 8 06E 07
:9E 05 No Data 1.07E 05 '
Te-127m 6 77E 06 2 42E 06 S 25E 07 173E C6
'!E 05 No Data 2 27E 05 Te 127
1CE 07 3 95E OS 2 3!E 08 515E4B 4 4?ET No Data B 68E 06 Te 129m
?5E C5 4 29E 06 122E 06 3 95E :6 4 ?"E45 No Data 5 79E 05 Te 129 314EOS 118E OS
? 55E 09 2 41E4B 2 E 07 No Data 2 37E 08 Te 131m 1 ??E 06 B 46E 07 7 05E 07 134E46 3 i'E 06 No Data 8 40E 05 Te 13'1 19?E 08 8 23E 09 6 22E 09 i 62E-CB
! 52E 08 No Data 2 79E 09 Te 132 2 52E 06 163E 06 153E 06 180E 06
' 575 05 'No Data 7 71E 05 Te 133m 4 6;E-08 2 70E 05 2 SOE OS 3 91E 08
67E 07 No Data 9 26E 09 Te 134 3 24E 05 212E-08 130E 08 2 B3E 08 2 05E 07 No Data 3 59E 11 129...
3 27E 06. _ 2. 81 E;06_
9 21E 06 7 23E 03 6 04E 06
.No Data 4 44E:07,
...l 130..
,,7 56E:07, 2 23E 06..,. 8 80E 07_
1_89E 04 3 4BE 06 No..Dat.a.
,1 92E:06_
..l..131..
416E 06.- 5 95E 06.- 3 41E 06.+1.95E 03 102E 05.. No Data -...1. 57. E.06..
. ~.....
........... ~..... _..... -... -... _. _ _,... _. _.
1134
.1 06E.07.'.2.88E.07........1.03E.07.. :.4 99E 06 4 58E 07....No.. Data.. : 2 51E 10.-..
W Data presented in this Table are from Reference 9.
v A 26 m
PNPS ODCM Ret 8 TABLE A 15 Rontinued)
M f. G i 23 :E 9 7 ' ! ? ? 'fl.iDd31 '
()
\\Y NucNe 5:"
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'mc
Y, Lun1 GILLI
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4:E.;B 3 S3E 09 158E 08 Csa 24
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4 '?E-:5
' 53E 05 2 59E 06 Cs 1:5 iE '
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' 3 :-
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' 96E 06 2 92E 06 Cs 13'
' 'Edi FE
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' '4E :5
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' ;2E.2 5 211 E-06 Cs 138 5 i;E :3
iE. a
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~ 91E 03 4 65E 13 Cs 139
' a 'E :3 2 :% ??
' ME OS Na Data 4 :'E-0 8 3 'OE 09 1 10e.30 Ba 139
.~;E ~!
i s' E, '
!aE 09
' o Dan i aiE
3 92Ea 1 172E 07 Ba 140
'

E 5
?E :!
' 2:E 06 No Data i 4 E 09 146E 08 418E 05 Ba-141 4 E 3
i+Es *
iEE 9 No Dau
3'Ea*
2 02E 11 2 22E-17 -.
Ba-142
E :3
' iE * *
24E :9 N,2:ata
??E '
' 24E 11 3 00e 20 ~l La 140 i:E :3
' ;f E 3 3 23EJO No Dau N-:ri No Data 9 25E 05 'I L a.'141
')Ea 2 i ME '
62Ea t Na Dau
.2n No Data 118E 05 'j 2
La 142
?Ea:
i 3:Ea '
a i E.' '
No Dau
n No Data 4 25E 07 I
_Ce 141

!E ;9 2 ::E ;*;
' '!Ea ?
N:Cau
14 E ;i No Data 2 42E 05 Ce-143
' - ! E :.'4
' ::E :6
CiEa2
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:~E ' '
No Data 4 56E 05 Ce-144 4 :!E C'
4E07
62E OS No Data l'EQ7 No Data 165E 04 Pr 143 3 2CE 09 3 6SE 09 4 56E 10 No Data
:E 09 No Data
[4[03E.{05[
Pr 144 3 01E 11 125E 11 153E 12
~
"Nd i47 6 29E 09 7 27E 09 ' 4 35E 10
~No Data
'OiEa2 No Data 4 33E 1C i
~'No Data
~ '49E US!~
No Data 4 25E 09 3
...Pm.547 ~ " 7 54E.A08'. 1.09E 09 ' 2 87E.O9...."..No' D.at.a..
.1 34 E-08........No..D.a. t.a~ ~ 3. 3.E.66.._
8
~
e
.............. _.. -....717E 09.
119E 09 5.99E.10.
.No Data....,..... _.... _..... _................. _........
(
...Pm:148 2 25E-09_
.,No Data. ' 9 35E.05_
.Pm 149 152E 09 215E-10 S 78E 11
, No _ Data 4 06Ea0, No Data
.4 03E 05, Pm;151
,6 97E 10 1 17E 10 5 91E 11, No Data 2 09E 10 No. Data
. 3 22E:05 Sm 151 6 90E 08 119E 08 2 85E 09 No Data 133E 03
~No Data 5 25E 06
. Sm....- 15 3..
8 57E 10 715E 10~
~ '22E 11
.No Data 2 31E 10' _.N'o' Data 2 55E 05 5
Eu-152 195E 07.
4 44E OS 3 90E 08 No Data 75E 07 No Data 2.56E 05 Eu-154 615E 07 7 56E 08 5 38E 08 No Data 3 62E 07 No Data 5 48E-05.
-s Eu-155 8 60E-08 122E 08 7 87E 09 No Data 5 63E OS No Data
, 9 60E 06 '+
Eu 156 137E 03 106E 08 171E 09 No Data
' 0$E 23 No Data 7 26E 05 Tb-160 4 '0E 08
' No Data 5 36E 09 No Cata
E4E ;8 No Data 4 33E 05 "HoM6m 2 70E 07 3 43E CB ~ 6 40E 08 No Data
iE47. No Data 2 56E 05 l}
W 181 9 91E 09 3 23E 09 3 46E 10 No Data No 2;ta No Data 3 68E 07 j W 185 4 05E 07 135E 07 142E 08 No Data M !ata No Data 156E 05 W1..-.8 7 103E 07 8 61E-08 3 01E 08 No Data M D a'a
_ No Data 2 82E-05 Pb 210 t 53E 02 4 37E 03 5 44E 04 No Data
' 23E 02 No Data 2 24E 06 "Bidf 0'
~
4 61E 07 3.18E 06
' 2 64E 07~
No Data 3 53E-05 No Data 4 75E 05
.. o f.10._.
' 3 56E204"
""7 56EA04
'.8 595 05..
No Data 2 52E 03 ^ Ao Da'ta
'. 6 56. E 05...
~
p..
.. ~............. -....... 1.. 6.1.E..03....
.... 3. 90. E. 0. 6....
..3._. 2 3..E._.04...
...N. o... D..at a
...R.._a..2. 2_.4......
1.10 E. 0. 4....... N..o._D a_t a..
... 3._.4.. 0.. E..0.. 4.....
~
Ra-225,
' 6 56E:03_,738E 06._,121E:03,,, No Data 2 21E-04_
No Data. i,3.06E:04,.
Ra.-226
.. 3... 0_2.E..0..1..
._..._5.7.. 4...E..0_6.....
...2.. _2. 0_.E... 0..1..,..N._o D_ata.1 6 3 E. 0. 4_.......N...o....D..a...t_a..
3._. 3. 2...E..0.. 4....
Ra 228 1.12E 01 3.12E 06 1.21E 01 No Data 8 83E 05
.No Data
' 5 64E 05 m Data presented in this Table are from Reference 9.
b v
A-29
PNPS ODCM Rev 8 TABLE A 15 (continued) ce
= y gm.+wqr e :m
wa- - n = ~ m : r q..
v AO 3-j
.a.
Nuchde 2m
.s"
7. _ "N:J_. *
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Long GILLI 4_
Ac.225 44X'-
i :{E.:s
f E.:'
Dvi
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No Data 4 07E.04_
' Ac ;2'
. a ma
'E ;4 N-e i
':E 05 No Data 819E 05 in.22'
'E m
_.: tea'
' :,5 5 c '
s.2r3 4 c.:6 No Da'a 5 40E 04 Th 22?
- HE :4
4:i=:5 t!E :5
': 2vi
'E :5 N a Da'a 5 63E 04 Th-229 (E,2
?E-:4
, lie-:4
' : "' r i
5. : 3
'o Data
' 81E-05 Th 230
:iEc2
'E :4 5 ':E 05 No Da'a
- -iE C4 No Data 6 02E 09 Th 232
::E-::
' ::544
' 5 E C6 No Data a i:E 04 No Data 512E 05 Th-234
E:3 4 EC B 2 21EC9 No Caia
i'E48 No Data 113E 04 Pa 231 4 '

E :3
' I4E-:4
5 9E C4
' o Cati
) {JE44 No Data 717E 05 Pa 233 i:sE49
' 6E49 9 '2E '3
' No Data
' ' E49 No Data 164E[05 U 232 4 ':EC2 N) 2at a 2 955 24 No Data 4 4'E :4 No Data 6 78E 05 U 233
? E 04 No 2ma 52EE45 No Data
:E44 No Data 6 27E 05 U-234 326EQ4 M Oua 5 PE45 No Data 9E44 No Data 614 E-05 U 235
? 0'EC4
'o Za'a 486E05 No Data
!'E-04 No Data 7 81E 05 U 236
?.'E 04 M C a.a 4 BSE 05 No Data
.' E 04 No Data 5 76E 05 U 23) i i;E49 M 2 ra
4'E 08 N o C ata
:'E O7
'Jo Data 194E 05 U 238
' 6'E 04 No :a'a 454E45 No Data
' ' E -04
. No Data
, 5,50E 05
..Np-237
' :6E 03 3 96E 05 5 54E 05 No Data 4
Z E 04 _. No Data 7,94E 05, Np 238 137E 08 3 69E 10, 213E 10 N_o Data
' 2 5 E.0_9_
..No Data.,_3 43E 05.,
...Np 239 _
1 19E 0_9_
_1.17E 10_
6 45_E-11.
..No Data.
3 55E 1._0_, No Data.
2 40E 05._
7 Pu-238 6.30E 04 o
~
7.98E 05 171E 05 No Data 7 32E 05 ' No Data 7.30E 05
~ s.H6"'
'"f 25E 05" if1E 05" ~T91s!65" ~No Data" ~ ^8T11E2 5"~N5'O' ta 6M55'~65"
~
~
0 a
N
~p'd'2i6"
Y24E'Oi~'T7ds b5'"~5T955 O'S' No'Dit'a ' ' 8 IOE!65' N5'Daia~ ~'"U85 6 d
fu[2A(
'1 2
57E 05" %5E 07 T32E O7 No Data 153E 06[ No[ Data ["]i[A 5"66 Pu 242
_6 72E 04 8 39E 05 1 84E 05.., _No Data
' 31E 05 ~ No Data "9 735 05~
"o Data 6.53E 05 Pu 244 7 84E 04 9 61E 05 211E-05 No Data
! 95E 05
^
"Amd45 7 55E 04 7 CSE 04 5 41E 05 No Data 4 :'E 04
[.A[m-242m 7 61E 04 6 63E 04 5 43E 05 No Data 4 2 5E-04 ' ~ No Data 7325'05" Am 243
' 54E 04_
No Data-9' 34E 05 6 90E 04 5 30E-05 No Data
99E 04 No Data 8 70E 05
((C'mj242 2LE 05 219E 05 137E-06 No Data 5 2:E 06 No Data 7 92E 05_,
Cm 243 5 99E 04 5 49E 04 3 75E-05 No Data
' ~5E44 No Data 7 31E 05
.Cm. 244 4 56E 04 4 27E 04 2 3?E 05 No Data
' 24E C4 No Data 7 55E-05
-~
C m-24'.
9 38E 04 317E 04 5 76E 05 No Data
5 9E 04 No Data 7 04E 05
~"Cm 246 9 30E 04 316E 04 5 75E 05 No Data
. - S E 04 No Data
' 6 91E 65~
Cm 247 9 07E-04 3 04E 04 5 67E 05 No Data 54E 04 No Data 9 9E-05
..C.m..'. 2 4 8 7 54E 0. 3 6 63E 03 4 67E 04 N.o Data
'3E 03.'. N. o. Dat a..
. 47E. 63 1
Cf252 2 61E 04 No Data 6 29E 06 No Data M Data No Data 2 88E 04
'" Data presented in this Table are from Reference 9
/D V
A 30 g__
-~
PNPS ODCM Rev.8 Tf BLE A 16
.ME]Q G^W C.~~*T.12'iW' C
i
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v.,
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N,* :
m - - ~ ~ _
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6:4E :?
-:452S 6 345 08 6 04E 08~
Be 10 4 4EE ::
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' ' ;E J' N: vi
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NO Data 2 S4E 05 iC-14 4 ME :6 ZE "
' ' : E
3 *:5
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3 10E Q7 810E 07 J
N 13 YE '?
!E.:!
IE :3
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E.:S
'fEOS 115E 08}
F 18
4E :-
N ra i 4'E.;!
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ia Ne

ca
' 78E 08 Na 22
4E45
45 :5 0 24E-:5 2 34E '5
:45.:5 2 34E45 2 34E 05 Na 24
I:E. 6
2:E :6 2 ::E :6 2 30E-06
. :E 06 2 30E 06 2 30E 06 P 32
. 'i E :4
' '* E :5
TEOS No Data I.e i No Osta 2 32E 05 Ca 41
- 'E J4 Y 2 ra
12E 05 No Data N : ra No Data 195E 07 Sc-46 JE 09
4
E-08 4 '?E C9 No Data
!ECS No Data 4 SOE 05 Cr-51 N D a'a M Daa 2 i:Edi 200E49
' OE ':
? '4E 09 6 OcE 07 Mn 54 M Data
! }~E :e
' ' 'E :6 No Data NE. 6
.o Data 1 21 E-05 Mn 56 No Data
'!?E C 2 SiE 03 Na Data
EO7 No Cata 104E 05 Fe 55
'?E 6 2 695 06 625E T No Cata
va
'0E 06 1 16E 06 Fe 59
?'E :'
:'E45 i :}E.:6 No Da'i
ca 4 ::E C6 3 24E 05 Co-57 N: :ra
:!EC7 33E C N: C ata ra No Data 4 44E 06 Co 58 N: Caia 3 " EC 2 24E :6 No Data
va No Data 134E 05
,.Co 60 No Data 2 31E C6 6 33E C6 No Data
Pa No Cata 3 66E-05
...N._.i.. 5 9..
i 32E 05 4 66E-C6 2 24E.06..
. No. D.ata N. ata
.. N. o D.at.a 7 31 E-0._7...
Ni 63 177E 04
. 1.23E 05 6 00E-06 No Data Nc C ata No Data 199E 06
~5i45
~74s507~ "9.57E 08~ "4.36E' 08~~ "So Daia No Data ~ INo Data
~5l595 65~
i
. Cu-64....
"So bai.a"....~...O UE 07.... 4...Si.1 Eld 8...IN.5".Daia....-. 2 91 E 0f.T. si.
2 t.
~Ind9m
~ '40E 07" 5'66E 07 "SlsE 08 "50 Daia '
3 445 07 So Daia' 2
~
~ '.~IisAd5" 3
[In-[691 ^
,147E 08' 2 '80E-08,'156E 09, No Data
? 33E 03 ['No Dat' 5[16E d8[
i a
Seg9 No Data 3 73E 06 6 27E 07 No Data 6 ICE 06 No Data 5 70E 07 Br 82 No Data No Data 3 04E 06 No Data No Data No Data No Data
' bra 83 No Data No Data 5 74E 08 No Data No Data
' No Data No Data "lBh84(;
' ~ ' No Data No Data
~ _7 22E 0B ' ~ No Data No Data No Data
' No Data' !
i Br85_
No Data No_ Data _
,3 05E 09 No Data M D ata No Data No Data
..R...b-8. 6 No Data 2 98E 05 140E 05 No Data N : M a No Data 4 41E 06 !
1 Rb 87 No Data 175E 05 611E 06 No Data
- ua No Data 611E 07 g
(Rb-[85[
No Data S5;E43 ' 4 54E 03 No Data N. Ora No Data 7 30E 15 j Rb 89 No Data 5 505 08 3 $9E OS No Cata N.
xa No Data 8 43E 17 l
Sr 89 4 40E,04 No Data 126E 05 No Data Y 2 ata No Data 5 24E 05.,.
Sr 90 102E 02 No Data 2 04E 04 No Data N ' Data No Data 2 33E 04 i i
~ E91' '
S 07E 06 No Data
' 3 21E 07 No Data
' : Data
' No Data
' 3 66E 05 S
Sr92 3 05E 06 '
No Data 130E 07 No Data N: Data No Data 7' 77E 05
~V'90 1 37E-08 N'o Data 1~
~3 69E-10 No' Da'a No Data
' So Data
' 1 13E 04
~.7ji.m......
.I 29E.10."..~.No' Data.. 4L93E.12....N.o Data' No Data.
..So Data
.. 6109 E..09 ".
~
. ~....
W Data presented in this Table are from Reference 9.
r\\U A 01
PNPS OOCM Rev S TABLE A 16 IcontinueJ)
... 3s x. -
q : n.,_e c y
.p c
.x... r m.n m..,.. - ~ ~ ~.. -a O_
G
.1 Nuchde E.~
.r-E:;,
_ ~..,,
Lung, Oil LLI
..u-Zr 93
- :E?!
=
2..-,
Nc ; e a iE.;,
No cata 2 58E 06 4
Zr 95 4
lE.*
'E.
> 94E.;;
'3: c,
's.:?
No Cata 3 00E 05 Zr-97
'E.::
-;E
'iE. :
N: :a ;
~
E.'?
No cata 127E 04 Nb-93m 24E,4
E -'
?:E.:9
' 0 2 ata
..'E
t No Cata 4 07E 06 Nb-95 2 5.:;
a
.E.: 9
!'E.:9 No Ora 4 E.:9 Nc Cra i 95E 05
..Nb 97
' :'E ' '
E '
i i?E.*:
No Cata
^4E.*
No Da'a 4 37E-07 Mo 93 N. ;a'a
6E-c5
90E 27 No Data
4E-;6 No Data 129E 06 Mo 99
' :- O r a
- ;;E.:6
' ' S E ;6 No Data
!E-25 No Cata 108E 05 Tc.99m
E.
. iE * :
' ;2c 8
'a Cata
' ? E.:S 514E 10 6 08E47 Tc 99 7E.0-
d:E "
"E.
a No Cua
a E.:6 2 " E.09 6 44E 06 !
Tc 101
i:E
3
. ; E. ' :
5 ::E 29 No Cata
_;E.:9 31:E 10 8 75E 17 !
Ru-103
i!E ?"
N; ca t ~ 9E 07 No Data
}iEO7 No Data 213E 05 'l J
Ru 105
'!E-0?
Ns On S 49E 09 No Data
~iE-:7 No Data 176E 05
~!
4 Ru 106
' 3 E :6 N: : ca a DJET No Oata
~ dE-;6 N: Data 138E 04 '
Rh 105
~:E-;'
!EC-3 20E.CS No Data
'ET No Data 1 59E-05 i
Pd-107 No DCa
fE T
' 34E-03 No Data
.fE.:6
' No Data 9 66E 07 1
Pd 109 No Cata 2 5 t E-07 5 7:E 0B No Data 4 ? E 06 No Data 2 53E-05 Ag-11_ Om
05E 07 1 34E &
118E 07 No Data
' ~:E 07
~
...Ag-1 11 3 29E 08
._3 44E-OS 173E OS No Data
' ':E 07_ [No Data 15 45Ef05_
_No Data
~ 4 80E-05_
,.Cd 113m No Data.
4 51E.-06 1.45E 07..
No. Data 4 9 9E 06........No..Dat.a....... 2.71 E..05....
(V
~ h~i2f
~II19E d5~~5.375:07 ~'5'37E Of"I85E-d7' "No Dati~'"So Daia~"'I.'1Es~~dI~
S
~
[55-[1"26[
[1 16E 04[ _2L16E 06 '[3[30E 06I }5"69E 7 No Data '[No[ Data
[2$5_8E"65
~
Sb 124 3 37E 06 713E OS 151E 06 8 78E-09 No Data 3 38E 06 7.80E 05
~
Sb-125 2 48E 06 2 71E-08
5 80E-07 2l37E 09 No Cata
218E 06 ' "193E!05 Sb-126 159E-06 3 25E 08 5 71E 07 8 99E 09 No Data 114E 06 9 41E 05 Sb 127 3 63E 07 7 76E 09 137E 07 4 08E-09 Na Cata 2 47E 07 616E 05
. Te_125m 383 E Ot-138E 06 512E 07_
1_07E 06 No 7:ata No D.ata 113E 05 i Te-127m 9 67E 06 3 43E-06 115E 06 2 30E 06 3 9:E 05 No Data 2 41E 05
' Te2127
' SSE 07 5 60E 08 3 40E OS ' 129E 07 64:EO7 ^ No Data 122E 05 I
~Tei129m
63E-05 5 05E-06 2 58E 06 5 265 06 5 :25 :5 No Data 612E 05 I ied 29" 4 4SE 08' 167E 03 109E 08 3 20E 08 5E 37 No Data 2 45E-07 ~}
"Te131m 2t4E46
17E 06 9 76E 07 176E-06
::E 05 No Data 3 39E 05.
Te-131 2 79E 08 11SE 08 3 72E 09 215E-C8
::E 07 ~ No Data 2 29E 09 i Te-132 3 49E-06 2 21E 06 2 08E 06' 2 33E 06
*:E-05
'Ve "134~
6 44E 08
' 3 66E 08 3 56E 08 511E 08
5:E 07 ~ No Data 7 00E 05 l Te.'133m No Cata 148E 07 4 47E 08 2 87E 08 3 00E 08 3 67E 08
'45 07
No Data 166E 09
~i..:.1. E9.'. '
'4 ' 66 E.06 3 92E 06-. 6'. 54 E 06 ' ".. 4 7 7..E O'.
' 01 E 06 -. N..o.. Data
4. 57. E 0. 7.~
3
~
...1.13 0..._. 1.03E 06..
2.98E-06 1.19E 06.. _2.43E.-04 4 59E-06..
-..N.o D..ata
2. 29E-06.
l 133._... -. 2..di 8 0F... l..i.. i.s~.'.06."...Ti. 04 5-'Of. _. ~451. 6E 04.._. 5 9 8 E' 06.'...,..N.iDE.a 7
~
i "
1135
~E.idE dt 1'M5 UE~~5"E2516f""1.015 ^04" "2 485 65 Sidda
^T.'fis-06 I p
m Data presented in this Table are from Reference 9.
k)
A-32
PNPS ODCM Rev.8 TABLE A 16 (continued) 9',x., - ~ ~12 _.r.sLv. 2 r -: :. - - _u :.m, : y *
- z
-L,%
a-n O
Nuchde
= E m.a 2,:cJ_
u._N
<;w Lung
-GI LLI
.e
't fr
. 14EJB
~!
! '2EJf No Da'a 23E43 5 35E 09 4 05E 08 Cs 134m -
Cs 134
- 7545 PEC4 3'1545 m Dra iliECf 2 39E 05 2 45E-06 Cs!135
'!EOS
fiEci iME46 M O a'a F ':EJ6 3 52E 06 4 46E 01 Cs 136 3 5 3EC6
!!EJ5 2 2'E-05 No D an
!aE 's 2 90E 06 2 72E 06
Cs 137
2EC4 O E '4 5 GE45 V Oau i "E45
' 9?E45 2 i2E 06 Cs 138
' 'f E46
J iE4'
' 45E CS No Data
":E47
'1 255 08 6 76E 11" Cs 139 4 3'E 08
' ' 'E48 2 6?E-08 No Data i 'iE48 6 34E49 3 33E 23 Ba 139
' I'aE 07 9 '!E.5' 4 05E 09 No Data i:25ai 614EJ11 124E 06" Ba 140 2 f4E 05 2 JSE 08 133E46 No Data
'!E43 2 34E 08
' 4 38E05~
l Ba 141 5 E-08 5 PE '1 2 24E 09 No Data 4 fiEa
3 43E 11 1.'4 3 Ed 3
^
Ba 142 2 s?E CS 2 99E '1 1 34 E-09
- No Data
5'E '1
' 99E 11 918E 20
_La 140 3 43E 09
' 'iE 09 4 55EdC No Data M Cala No. Data 9_82E 05 La 141 4 55E to 1 4 0E. ' O 2 31E 11 No Data
%) 2ata No Data 2 4BE 05
.. La7142'.
' '9E 10
' HE 11
' ! s!E
No Data
2 ra
~ No Data f 4 2E.'6.6..
Ce 141 122E 08 333E49 102E 09 No Data 4 ? !E49 No Data 2 54E 05 Ce 143 2 35E-09 1 E 06 191E 10 No Data
' i'E ' 3 No Data 5.1'4 E265 ~
"Ce!1'44 "
5 96E-07 2 3SE 07 3 74E 08 No Data
'2E 07
'No Data ~ i'75E 04" "M i43~
' 131E 08 5 23E 09 ~ ' 6 52E 10 "W:ji4 "
j 30Eili~
1.76E 11 2118Ei12
~No Data 3 04E49 "No bata "' "U1s 65
~
No'Dhta i 31E li' ' 50 data ' 'DAs ii~
N555b _.).;38EAd91,,[ij02Ejo8, [6[11E30j.][ Data. __5 99E 09]So[Da[ta_ [{M8sj{
Pm 147 1.05E 07 9.96E 09 : 4.06E 09 i No Data 1.90E 08 r No Data j 9.47E 06
~i 1
m s mo.
_. 3 00E 09..._...No Data.
.9 90E.05 Pm 14 8 m
..p. 4.. n.,iE....0..8..+.glm...,0...5. 5..6. 5...'T..ge.i..h.,.mE...6.. 9......
+,.s.i.+Da.ii~~^T.. 59E!0. 5...~..oe"..S....F... 6.. ai_a 1 5...~.5..is....'.'6. 5..~
~~~
I o
.e g
.. Pm-148
. 1.02E. 08...
.166E 09.._ :. 8. 36E.10... ' No..Da.ta 1
..".sMJ. 55."._". 8 73sf08."
1 SSE 68".. 3 94E.J
..O9._". Y o b ata i 34E 08 ~.. So Data 5.76s'.66"
~~
.. N g -.
2:45E 07 ' ~5"90E 8
~~
5"20E 0875o" Data 2.74E 07~ ~ so'bata ~ "2?Its.'05'
,EuiiS4" l7[91EW 102E 0f["~l19E _08[']5_o Data.
4 56E-07 [Nb[ Data I5]9Eh05)
~
Eu 155 174E 07 168E 08 104E 08 No Data 5 5'E 08 No Data 9 635 05
~hu!I55" 192E 03" "14AE 08" 'H5E 09
'No Data 9 i9E49 -
N'o Data
' 7 36E 05"
_.. _.g gg 6 478-Of.
-.N_...o Data -. T. 8 07E-09 L.
..No Data 2-56E48. No' Data
'. 4 I1_9E_LOS.
Ho 166m 3 57E 07 1 10 E-07--
7 96E-OS No Data-
'i'E No Data 2.71E 05 W 181 142E 08 4 58E 09 iSd85 ~
5 79E 07' l'91E;01
~4 795 10 No Data N3:'ata No Data 3 90E 07 2 02E'J08 No Data M Cata '
No Data
' 1 '65 E-05 Mjl87
__ 46s{07) M9E 07;,_.417E 08_[No. Data.
No Cata ((No Dat'a _ 3 22sh05" 1
Pb 210 131E 02 5 44E 03 7 01E-04 No Data 172E-02 No Data 2.37E 06
.Mb![db.. ] 59Eh07][4 SYE 06 i[3 77E{07[,Lho Data 5 48Ef05.., No Data jj5s~0[
Po 210 5 09E 04.
1.07E-03 123E-04 No Data 3 60E 03 No Data 6.75E 05 Ra 223~
][1E 6f[ijo.8.s[6[,[132E{O[,}N{ Data, 31.0Ej04]MD'ata.
33(d{
^
Ra 224..~, 2.31E 03 -. 5 52E.06
.4.61E 04 3-No. Data.- 3 1.58E 04. No Data
-i 3.71 E-04 7
Ra 226 35E 01 ' 8.t35][]55E[,_, No.6aja[ ]2I32Eldi.[No Data _ a 35is04 Ra-228__
g
' 137E 01 : 4.41E 06 ; 1.51E 01 ~ No Data 1.26E-04 No Data
' 5.98E 05 W Data presented in this Table are from Reference 9.
A-33
%%%9W Rev.8 TABLE A 16 (continued)
'"IGES"CN M T j 7 m eOo TE.EN '
q o:
=
V m..
1 Nuthde Ere
+
m --
--E m
%, r ad
- - - _ _1w Lun9 GlLLI Ac 225
-;'. :S
. :: :S 4;;E T Y Oua i E. :'
No Data 4 36E 04 j Ac 2;'
. 'iE.:'
' :E.:4 22E :4 Y 2ra
P E-:5 No Da'a 5 68E 05[
Th-20' M E.:5
.;E-:"
5 55E :'
% Cu t
. E.26 NoDaa 5 75E 04 _
Th 202
- :544
' 4 E. i
E :5 N ;- ;ma
'4'E.:5 No Cala 5 97E 04 l
Th 229 4:E.:2 4 E-24
2'E44 N' Cat a
-~E.:3
% Ora
! OSE O'5" z
t Th 230
. ".E-23
::E44 5 :0E45
' 3 Cata
?E :4 No Cata 5 3SE 05 Th 232 4;E ~3
' ~. 5 5 :4
' 9:E46 No Data
. '544 No O.ita 5 43E 05 Th 234
'4 E-: J
^ idE :3
PE09 No Cata
.PE43 No Data 121E 04' Pa 231 4 :'E.:3
' ;;E :4 9"E 04 No Cata
':E.:4 N S Data
, 7 60E 05.
i Pa 233
' :E :9 4
E :9
2-E49 Y ! a'a
E :9
'.o Data
61E 05 U 232
.n 23
.01 4 ;'E44 N

Ora
!E :4
% Data
' 19E 05 U 233 24E43 M :a'a
'54E45 N9 Cata

EJ4 N) Data 6 65E 05 ]
U-234 E43
': ata
' 39E 05 No Data 5544 No Cata 6 51E 05 _
U 235
'4E43 V Ca'a 6 94E 05 Na Cata
"EC4 No Data B 2SE 05 U-236
4E43
' 3 'T a
' OSE45
' o "'a'a
~:504
% Oata 611E-05 U 237
' !SE4 a N: Data 210E OS No Cata
. : E.07 No Data 2 09E-05 U 238
' 23E43 M Cma 6 49E 05 No Data
:544 No Data
, 5.83E 05..
..Np 237,
' 235 03 3 55E 05 5 35E 05 No Data 4:544 No Data 8 41E.05.,
Np 238_
' 35E 08 5 225 10 3 04E-10
.No Data
' ': 09, No Data
_3 83E:05, Np-239..
,. 76E.09
. 166E.10 9 22E 11
. N_o Data 5 21E t.0.,, No Data
. 2,6 7E 05,,,.
1
.. Pu7,238,_
. 6 70E 04., 8. 58E.05 _.182E:05.., No Data 7 SOE 05,.,2N o.D at a,,,,,,27.73G,05_
2
...P....u..23.. 9...
.... 7 6. 5..E.. 04..., 9... 2. 9. E_0. 5......2_. 01...E. 05...-..:
.N... o... D..a...t.a.._.. 8_.5 7. E. 0 5.........'..N..o....D.a...t
.. 7. 0.._6 E...0.. 5..._
/9
...Pu 240,,.
J 64E 04_
9.27E:05._ 2.01E 05_;_No Data
. 8 56E 05,; No Data _, 7,.,19E-05,.
\\/
.. Pu-241
.175E 05_ _8,40E 07_
3 695-07_ No Data 171E 06 _ No Data.
,.1.,4 8 E 06._
._Pu 2_42_.
7 09E 04 8 94E 05..,.194E.05.. ~No. Data 3 25E 05. N. o. Data
._6.92.E. 0. _5 Pu 244 S 28E 04 102E 04 2 22E 05 "XW242m S 07E 04 7.11E 04 ~ 5.75E 05~
No Data 3 45E 05 No Data 1.03E 04 kn 2'41 '
7 98E 04 '
' 53E 04 No Data 4 31E 04 No Data 7 87E 05 580E!05 dm 243 7 96E '04
' 7 35E O4 5 62E 05 ~ No Data 4 KE 04 ' ' No Data 9 90E 05 I
No Data 4 ;;E 04 No Data
~ T23E-05 9
' Cm-242 2 94E 05 '
310E 05 195E-06 No Data 333E46 No Data
, 8 40E 05 Cm 243 6 50E 04 6 03E 04 4 09E 05 No Data
P E44 No Cata B 2SE-05 Cm 244 5 04E 04 4'7E44 3 '9E.05 No Data GE44 No Data 0 ?0E 05 Cm 245 9 90E 04 8 7'E 04 610E45
% Cata
ME44 No Data 7 46E-05 Cm 246 9 32E 04 3 70E44 6 09E 05 NLOca
?4E.:4 No Data
' 33E 05 Cm 247 9 57E C4 3 57E-04 i CE 05 No Data

:E44 No Data 9 63E 05 "C'm 24 8 '
~ h5E 03
~ ;6E43 4 95E 04 No Data
3'E-03 No Data 155E 03
~ 5252' 3 47E 04 No Data 8 37E 06 No Data u ^:ata Ao Data 3 05E 04 C
W Data presented m this Table are from Reference 9.
.0O A 34
Rev 8 TABLE A 17 INGESTTGTdCTORS FCP CHILD "
- ) e ::
~ _.. - -..
Nuchde,_., E w
. e E_: :.
%ma
. _ ~ _,.
Lung GtLLI H3 D r.1
'*E-r ET
' 45 T ET
' '6E 07 1 16E:07 BM0 iE. :
'E.
' 'e E. ' '
W: Mi
'i :6
% Data 2 75E 05 C '4
. C E :#
CE :6 24 E-CE :5
E 06 2 42E 06" N.t3
E
's E.:a
E.:'
:E -
E :?
':E.:S 310E 08 F.13 4 E- :
ci
~E :'
5::o
..:ri 6 74E 07 Na 2
.35-;d
!E :i
?:E 25
SE E. ':
- :5 5 -25 :5 5 BSE 05 Na24
' f,EG f;EJ6 i 3:E46 5 30E46
. E J6 5 C:EJ 5 SOE 06 P 32 3 If E :4
f6E.C5 3'?E.:>5 No Data
'. :.' a Na Da'a 2 2SE 05 Ca 41 4'E :4
' : ea
'9E 05 No Cata
m No Data 19CE 07 Sc 46
VE43
. ':E a
' :4E a No Data
'E :8 No Data 3 95E 05.
Cr 51 Crs
':221 3 S:E 09 4 94E 09 iEC9 9 OZE 09 4 72E 07 l
Mn 54
' - C a'a
'TE45 2 35E 06 No Data
':E C6 N: Data S 98E 06 Mn 56
'ea
4E4'
' 14 E C B No Cata a : E.;'
Na Data 4 84E 05 Fe 55
iE45 5 *:EG
!9E 36 No Data
.* a 2 45E-06 t 13E 06 Fe 59
' diEG
. 5'E 45 3:E 05 No Data
'a
' '4 E 06 2 75E-05 Co 57
' : ; m :i 493E T 9 93E 07 No Data ta No Data 4 04E 06 Co 58
'3OMa
' ?CE :6 55'E G No Data m
No Data
,105E:05 Co-60 No Dat; i 29E46
' 56E-05 No Cata
,'a No Data 2 93E 05 Ni59 4 OZE 05 1 0E 0 5 6 32E 06 No Data
' - : ra No Data 710E 07" Ni"63' '
5 38E 04 hii65" 2 22E-06" ~ 2 SSE 05 183E-05
' No Data
' - a'a
' No' Data
'1194E205~
~
~
2 09E 07
' '122E 07~ ^ No Data No Cata ' No" Data ' T55s05~
J
~6_.5.. 6..i.._..
_h..o. D a..t'a......" 2. 3. 5..E..._0 7.~..._1." 4 8. E O.f....".
.~..A.._'o..".D. ~a..i.a... '
5 92 E 0 7..........5.. 0...Da' i.a~
~"
1. T... 5 5'.~5.. 5...~..
-..Zg65,,
...1=3 7 E-0 5_
3 6SE 05., 2 27E,0.5_, No_ Data
_ 2 30E 05. No. Da.ta..,,,. 6..,41.E 06.
-I
...Zm69m
_710E.07_
1. 21E 06_143E 07_ N.o Data 7 03E 07., _ No Data.
_.3. 94 E:05..
._Zn 69 4 38E 08 6 33E 08 5,85E 09, No. Data 3 34E-08. No Data
, 3 99E:06_,
7
~Se 79 No Data 8 43E 06 187E 06 No Data
:'E 05 No Data 5 53E 07 BrJ82 '
N'o Data No Data 7 55E O' No Data
' c !ata No Data No Data lBr{S(
.No Data
._ho Data
,171E 07. _ No' Data N: 2 3'a No Data No Data Br 8_4.
No Data
,No Data 198E.07_
No Data Ne Cata No Data
.N.o Data.
s Br 85 No Data No Data 912E 09 No Data N: *:ata No Data No Data Rb-86 No Data 6 70E 05 41:E 05 No Data
' 2 va No Data 4 31E 06 "Rb 87 No Data 3 95E 05 133E 05 No Data
' ' : a'a No Data
'S92E 07 Rb 88 No Data 1 90E-07 132E-07 No Data
' ' : ca No Data 9 32E-09' Rb.89 No Data..
117E 07 f 04E 07 No Data
' : ': ca No Data
~'102E 09 St89 130E 03 No Data 3 77E 05 No Data
..;Ma No Data 511E 05 "SUO 56E 02 No Data 515E 04 No Dau
' ; ; ata No Data 2 29E 04 J
Sr 91 2 40E 05 No Data 9 06E 07 No Data No Cata No Data 5 30E 05
'.S...i. 92..
9 03E 06'.
' 'h. o. Data. 3 62E-07
..N.,o Data No :'ata
. No. Da. ta
.1. 71 E 04.... -
2
..Y 90 111E-08
..No Data 110E 09 No Data N: Data No Data 1 17E-04
[ [Mm
' 3'82E-k No Data. [139Ed INo.. Data No Data
[ No[ Data. B8E.iO.[,
...Y.91...... _ 6.02E 07_...No D.ata.-.161 E.0. 8..
. No. Data.. No Data
. No Dat.a
.. 8.02 E.05...
Y-93 "U4$.08 " "No Daia ~5I3E30~ ^Uo"Daia ho Data ~ 55 Data ~~UO5-04 W Data presented in this Table are from Reference 9.
/
\\s.
A 35
. J
w Rev.8 TABLE A 17 (continued)
WG.ew ir N y+ r.: = :.. a.e e e se e q "
m a__.-
y
-3.-
. ~
Nuchde Ew
.W tN
.2. m _~S.nn.,.,
Luno GlLU
, Zr 93 "E."
- 2:5 :9 4 4?E.:9
' : :au
. ::E.:!
No Data 2 37E 06 I Zr 95 lE.'
iE ::
'E.!
N;;vi iE.:d No Data
' 2 66E 05~
l ZrY
ME ';
N ? : -.,
. E :9 Na ata 1 53E-04 4
' Nb-9 3r -
'i :'
JE-: 2 f2'E.';
N: Ori
. :E. S N) Data 3 95E 06 jND-95
.iE- :
ME.:s
- 'iE.
N::e4
. : E-:9 ScCra-152E 05 Nb&
. E e:E-
.E.'
' :.' a u iE.
N: Dra 121E 05 Mo 93 Oma
4iE-

5 3 EiE :?
Na Oau
- iE-:6 No Data 122E 06 Mo 99
' v 3au
':50i 3 29E 06 N 3 D ata
?4E.05 No Data 110E 05 Tc 99m
I'.E.'O PE :9 3 :CE :3 No Dan
. -:E.:S 319E 10,103E 06[
l Tc-99
. :!E.:'
idE.:'
2 'ar :7
'o ? va
~.2E 6 5 27E 08 6 25E 06 Tc-101
7 E 9 E.:9
!4 E.C8 No Dau E8 5 9 E 10 3 56E 09..
Ru-103
'0'E T
': an
3*E T No Da'a f4E.:6 No Data 189E 05 Ru 105 6 45E :B N::va 2 34E-05 No Cata
- i ET No Cata 4 21E 05 f Ru 106
' "E M
' ' : ua
' 46E 06 No Oa'a IE.:5 No Data 182E 04 171E 05_.j Rh-105
'4E :-
ME.T 2 'sE 07 No Oau
E.:6 No Data 9 37E 07.. j Pd-107 N::va 4' EC 4 0*E-3 No Da'a f E ;6 No Data Pd 109
.. In i'E.:'
~ E :"
No Cau 4E.:6 Na Data 3 35E 05r
.,Ag-1 10_m
DEF
i 4 E ^. '
9'E T No Caia iE.07 No Data 4 33E.05_
Ag 111.
2 4SE:07
' 755 03 51;E 08 No Data
. 4f 07 _ No Data 4,75E 05..
..Cd 113m No Data,
_5.89E 06 - 2.51E 07., No Data 4 38E 06..
No.. Data
, 8 01E..05-1_ 00E 05, 4 34 E 0_7.
. Ng Data
5E 05.. N,o_ Data.
2 63.E 05._
Cd..115m.
N. o Data.....
~5.5"i2f...~ '.USE!O5".. ~55E 07 ^I'.55E 66 _.. 5. 55E
~~
~ "No'Dat'a'... 50.6aia""'IlIO5di.~..
s 7
g m.
v E. _. 24_.
1 11EJ05", T 44E 07.
3 8..9E..06
-2 45E.08' No Data
'. 616E 06~
6. 94.. E.;6f..
~
. ~
.5 52E 08 150E 06 6 63E 09 No Data 3 99E 06 171E 05-Sb-125 7 16E-06 Sb 126 4 40E 06 6 73E 08 158E 06 2 58E 08 No Data 210E 06 8 87E 05 Sb 127
( 06E-06 164E 03 3 6SE 07 118E 03 N 3 " ata 4 60E 07 ' 'S 97E 05
~
Te-125m 1 14E 05_
.3 09E 06 152E 06 3 20E 06
'a C at a No Data 1.10E 05 Te 127m 2 39E 05 7 79E 06 3 43E 06 5 91E 06
! 24E 05 No Data 2 34E Oo.. a Te 127 4 7'E 07 1 2'E-07 1 01 E-07 3 26E 07 24E 06 No Oda
' 1 8'4 E'-
5 Te 129'm 4 97E 05 136E 05 7 56E 06 1 575-05
41E 04 No Data 5 94E 05 1 Te 129 134E 07 3 74E.03 318E 08 9 56E-OS
' ;;Ea7 No Data 8 34E 06 Te 131.m f 20E-06 2 49E 06 2 65E 06 51 E :6 4* E 05 No Data 101E 04 Te 131 3 20E-08 2 53E 08 2 47E 08 6 35E S
' i'E 07 No Data 436E07.j Te 132 101E 05 4 47E 06 5 40E-C6 6 51E C6 4 'iE 05 No Data 4 50E 05... q Te 133m 137E 07 7 56E 08 9 37E 08 145E-07
' 19E 07 No Data 5 77E 06 Ted34 129E 07 "T.I29' 1 39E 05
~5 80E 08 7 74E 08 102E 07 5 37E 07 No Data 5.89E 07 8 53E 06
~i:530 2 92E 06 5 90E 06 '
~7 62E 06 5 58E 03
' 44E 05 ~ No Data
'4' 29E 07'~
3 04E 06'
~6 50E-04 3 S2E 06" No Data 2L76E 06
~ :i. 3..1"...
172E 05..
.1.,.7. 3E 0. 5.....+9 83E.0. 6..
5. 72E 03.
2 S4E 5_ ' N.o Data ' [1l54E 06"
~
...i....
v.
I 132.......
8.00E-07.. - 147E-06..
.,6 76E.07..
6.82E 05, 2 2SE-06 No
g. Data-
..1.73E-06
g 1 134....... _..,.q.19E 07....,. 7.78E.07.-.q, 3. 58E. 07 j 79E 05
. 119E 06. : No Data 5.16E-07
.. -...... ~........ _.. _. _ _ _. _.
4 1
g 7
gg g-W Data presented in this Table are from Reference 9.
pJ A 36
Rev.8,
TABLE A 17 (continued)
' LG3X.:%$15.PC'2 *Hi.9R CHTLQl l
_....._._._-.-._,._a__
Nuchde
-E n _., _...
Em,-
% c
/
. - _ -n _an eev Lung GlLLI Cs 124s
!44E.: B
' ziE.:'
!'fE.:!
'a O r a
S
? 09E 08 1 58E 07-Cs 124
.aE44
!aE *4
! '. E. : f
Zh
:4
' 4 27E 05 ' 2 07E'-Oi~
]. Cs 125
,.E.;'
'IE.:i
:Edi
,2 n
45.;5
's 81E 06 4 33E 07" Cs 126
15.:t E H E.;5 4 ' ?Edi N: 2n 445.:5 5 OE.06 ' ~2 27EiO6' l Cs 13'
"E J4
' l E. :4 4 i'E-:t
'. 2 r1
I :4 57E 05 1 9'6E 06 "
! C s 138 ~
_ ;f E
. EC
:'5.:'
M n.
::E.:'
2 40E OS_.
146E 07
. Cs 139 ate :'
' d 'EC
' '4 E 4 3 No Oaia 2'E M i 22E 08 145E 11 Ba 139 4 '4E C 2:'E/:
::E42 No Data
?.0 5 9
' 30E 10 2 39E 05
' Ba 140 2 ; i. 5
'2 503 4 !!E46 No Oata
:'ECS 4 34E 08 4 21E 05 Ba 141 2 : CEC'
' Ea ;-
6 5 'EO9 No Z ata v GED' 6 5BE 10 ' ' 1.14 E 07 Ba 142 1'4ECS i 9Es 4 ?!E49 Ne la'a i:iEJi 3 70E 11
- 114E 09 La 140
Edt
, i:E.:S
'iECS No C a'a
' ; 2 au No Data 9 84E 05 La.141
6E69
E O i E!E '1 No Data
'. : Zra No Data
' 7 05E 05" I La 142 224E 9 i!Ea:
5 22Ea t Na Cala
'r:- 2 a a No Data 3 31E 05 Ce 141
:75 0!
v!Ed 3 '
94E 09 No Cata iHEds No Data' ' 2 47EJ05'-
Ce143 474E03 7 5.:6
4:6* ?
No ;ata
' n E.:9 No Data 5 55E. 05.
Ce 144 2 :iEC6 id'E T
E.37 No Cata
' 6
EC -
No Data 1.70E 04 Pr 143 3 33E-08
' * ?Ea$
195E 09 No Data -
6 :SE 09
' No Data
4 245 05" br'-144
' 29E 10 3 99E 11 6 49E 12"
~~No Data 2 '15 11 ~ No Ohta' "8 59E"68~
.'.N5. 1. 4 7 '
'2 79E 08. _. 2 26E 08,,.1 75E 09...
N_.o_ D..at,a
' 24E;0. 8.. N_o D_a._t a._"...i..._S 8. E."_6.i.. ~
^
.Pm 147
~318E 07 2 27E 08~
122E 08 No Data 4 01E 08 No Data
9.19E 06.
"..ps. T48m._..1..03E 0'7~ '.05E.08 2
J 2L.O5E.08. Af.Da.ti..."3 04s! 8... N. o..baia~I. D8.E:. 6.5.
~~
~~
. - ~.
"F5iSF
' 2 92E 09~
'3 55E 10' "2 31E 10~~"No 'Dat a 6 d2510 Nd Daia"~II63E'~05~
~
~
Sm"151 '
2 Sm!iS3~
2 56E 07 ' 3 81EiO8 ' 120E 08 "No Data 3 94E: 08 ' No Data ~ "153E 06~
3 65E 09 2 27E 09
'2.19E 10" ' No Data 6 9tE 10? No Data
' 3'02E 05" J
2
'Eu 152 6'15E 07 1 12EJ07 '
133E 07 "No Data 4 '25 07~
No' Data
't 84E-05 Eu 154__
2 30E 06; 2 07E 07f 189E-07
. No ' Data 3 03E 07 ~ No Data _ '.4[8)E 05i Eu 155 4 B2E-07
_3 47E 08 2 72E-08
,.,No Data
20E 07. No Data
, _8 69E 05, i Eu 156 5 62E 0B 3 01E 09 ~ 6 235 09 No Data
' 34E 08 No Data
- 6 83E 05 i
Tb 160 166E 07 No Data 2 06E 03 No Cau 4s4EJ8 No Data 3'68E 05 Ho-166m 1 OBE C6 2 26E 07 191E 07
. No Data.
547 No Data 2 63E 05 W1.'_81 4 23E+08
.1 04 E-08 143E 09 No Cata N3Oma
.No Data
' 3 79E.0_7 173E 06 q
W
._..1. 8 5
-4 29E 07
-4 32E 07 6 05E 08 No Cata No Data No. Data 161E-0. 5 W 187 2 54E 07 114E 07 No Data No Data No Data 3 57E 05
'M2101 4 75E 02; 122E 02
,2 09E 03[ [No Data 3 67E 02[INo_ Data
' 2 30E 06}
... B. -.i..2_10.....
.-197E 06....1.02E.05..1 13E 06. No Data -
' '5E 04
-.N...o. Dat.a
5. 17. E 05...-
~'
..P..o.. 2. 10..
1 52
- - E.03
. 2 4. 3.E. 03-..3 67E.04
.. N,o. Data 7 56E.03,
. -.o D~at a.
.,.6 5 5. E 05...
N
.Ra 223._
.. 2.12E 02...
2 45E 05.- 4.24E.03 _. No Data 5 50E 04.... - No. Dat.a... 3.38E.04_.
. ~..
Ra-22.EI.1...75E.!017.Ii48265 77. V. 2E.2 I.7.Ni.. Data'
.-.74 88E-6i..T....5. i.. Data3l41 E. 04...
7
'~
0 W Data presented in this Table are from Reference 9.
a A 37
~~
{
PNPS ODCM j Rev 8 l 1
TABLE A 17 (continued) j MIC 2CU-7.~2;. U.2AD '
/^
\\
~,y Nuchde E.w. - _ _. _.7 _,_E_: :. _ _, n_. :
',_u,
' s.o--
GI t Ll m._
Ac 225 d E-:i 4E. 5
iE :6 N: a
' E :6..
No Data 4 31E 04 Ac 22'
:E
E :4
fE.24
% rr3 U E.:4 Na Data 3 43E 05...
Th-22'
'iE.:5
' fE "
6'-E :6 N::r4 E :6 No Oa'a 5 63E 04 Th 223
~; -
E. i N-!Pi iE. t No:au 5 79E 04 Th 2:9
. iE.
E.4
E :4
'::<a
. 23 No Cata 3 04E 05 Th 230
' :iE :0
'iE :4
, )* E Ci N32xa
~E-04 No Data 619E 05 Th-232 3 ME 03 i

E :4
? 0'E 26 No Data 4 ' E 04 No Data 5 27E 05 Th.234 4'E :'
E. i 9 3EE 09 No Data
~ 'E 05 No Data 118E 04 Pa 231
~ : E :2
4E.:4 2 i'E :4 NoDri lie 23 No Data 7 37E 05 Pa 233
"ES
E ;s 3 '6E 09
'.a C ata
4E C5 No Data 144E 05 E
U-232
' '5E-:2 N - :a
;f E-02 Na Cata 4E 03 No Data 6 98E-05 U 233
';E 03
'm 2 ata
255 04 No Data
' :E :4 No Data 6 45E 05 U 234
5'E 03
% Dan 2 2*E-04 No Cata
. iiE :4 No Data 6 32E 05 U 235
4;E 03 M 2ra 2: E 0t NoCau
' + E-04 No Data 8 03E 05 U-236 3 42E ;
' ; 2 iu 2 *;E 4 M an
~;E4 No Data
' 5 92E 05' ~4 U 237
2dE ;'
' :- ; u i 5 2?E. e No Cao
_- 'E 2' No Data 2 08E 05 U 238 1;'E R N 3 ;a'a
' )tE 04 N9 Cata
- 242 04 No Data 5 06E 05 lNp-237 2 23E 03 4'E 04 9 '9E C5 \\No Data iE 4 No Data 816E205~
~
_Np-238 5 33E 08 1 1SE-09 9 OSE 10.No Data
'sE 09 _No Da.ta 4 04E 05.,.
Np-239 5 25E 09 p-2 ~
3 77E 10 ' 2 65E 10
~No Data
$E 09" No Data 2.79E 05~
.. u' 238'.
.1.19E.03..
...'138E 04.....
3'.16E 0 5.....N.o..'Da.ia
~
1 15E O4..7.5.o~ D.a.ta" 7.50E 05.....
i
........-.7....
5
-3 87E-05._
Pu 241
"#d 242 '
~ 1 19E 03'
'1138E 04
~8 04E-07_.. - _ _.No Data2 96E 06 No Data 1.44E 06 158E 06 i
319E O5 " ~ 'No ' Data
' 17E 04 ' ' N'o' Data "5 71E 05 Pu-244 139E 03 158E 03 3 65E 05^ ~No Data 35E 04 No Data 1.00E 04 m 241 136E 03
'1.17E-03 102E O'4 No Data 6 23E 04 ' [ N.o Data 7 64E 05" Am 242m 140E-03 112E 03 104E 04 No Data 9 20E 04 No Data 9 61E 05 Am 243 134E 03 113E 03 9 83E 05 No Data 9 6524 No Data 8 95E 05 -
Cm-242 3 78E 05 7 01E 05 5 24E 06 No Data
' i'E 05 No Data 816E 05 -I Cm 243 12SE 03
' 04E 03 824E-c5 No Data
:iE 04
.No Data 3 03E-05. y:
Cm 244 1 035 03 3 4 E C4 6 93E 05 No Da'a
$4E 4 No Data
' 77E.05 i Cm 245 167E 03 124E 03 105E-04 No Data 4 ' E 04 No Data 7 24E 05 a
Cm 246
$ 65E 03 134E 03 1 CSE 04 No Data 4 :E 04 No Data 711E 05 Cm 247
? SiE 03
' 3 E 03 1 03E 04 No Data 4 :4E 04 No Data 9 35E 05 Cm 248 1 34 E-02 109E 02 S 52E 04 No Data
23E-03 No Data' 151E 03 Ci252 105E 03 No Data 2 54E 05 No Data N: Data No_ Data 2 96E 04
Data presented m this Table are from Reference 9.
4 4
A-38
PNPS-CDCM l
Rev 8 P.BLEA18 m-.
s. d r..- r
- - =. u - = :,, m4 tr.
- ~ - -
~
(n)
V
.1
_Nu c_ha e,
.n5-4
-n,. _ ;rq GILLI
~~
~
..n,._-
n._.
H3
% ! Mi N.r."'
'iE.:'
~?E,
1E.:'
' ~5E 07 175E 07 jBe10
E.'s
E-
iE."
'. _ :e; 9 5.:6 No Data 2 78E 05
' C 14
. "E -::
!E i :{ E.-:6 i /E-:4
- iE.:6 5 :{E 06 5 06E 06 N 13 2iE
'!EJ.5
iE.:t
!!E.:?
EE :S i ffE 03 5 85E-08_
F 18
- 'E46
;ca 4 4 ? E. y'
%3 ata
. 2pg N 3 0ata
? 22E 06 Na 22
':E.05 35'E.:i
??E45 9 32E.05
E05 9 32E 05 9 S3E 05 Na 24
'E 05
:'E.:i
O'E 05 5 01 E.05
EOS
' 01E 05 1 01 E-05 P 32
^:E :2
::E.:4 5 !?E-05 N o O a'a
'. 2.c a No Data 2 30E-05 Ca 41
~45 04
':2na 4:3E 05 N o Ca'a
ra No Data 191E 07 Sc 46
' 'f ECE
4 E.:3
' iiE :B w ;ca
-iE-:8 No ata 3 53E-05.
Cr51 Data N: O ra 14'E OS 3 2;E49 E.:9 I
'9E-03 411E 07 a
Mn-54
'n Data 4: 05 4 !? E 06 NoDra 4 4*E.:6 No Data 7 31E 06 l Mn-56 N: Cata
! ' ?E ~7
4 'E47 Na Dra
~ ^:547 No Cata 7 43E 05 l
..Fe 5 5
^5 9 ME.:6
4:ECE No ra
ca 4 29E 6
14E 06 Fe 59
3505
!E45
*:EC5 No Dea
ra 59E-05 2 57E 05 Co 57 No Cata
' t i E 06
' 37E 06 No Data Ica No Data 3 92E 06 Co 58 No Data 3 6CE46 3 93E 06 No Data Lia No Data 8 97E 06 Co-60 No Data 1 CSE 05 2 55E 05 No Data
' ; rata No Data 2 57E 05
~NS$9 4 73E 05 145E 05 817E-06 ' No Data N: Cata
N'o" Data 7.16 E07 "
~
...Al-6 3."...... 6 34E 04._
. 3 92E 0 5'....". 2 L20E.20'5... T..so.".Dat.a._'...
No. Data
......No.Dat.a
".I. 9 5.E..'Of...
.q
' r5{69[m.
.1 50E-06
~3 06E-06 '
2 79E 07[
So Data
' 24E 06[ INo Data
]4[24.E-05
Zn-69 9 33E 08 168E 07 125E OS No Data 9 ~!E 03 No Data 137E 05 S 579 No Data "210E-05 ~ ' 3 90E 06 ' 'No Data 2 43E 05 No Data 5 58E-07
~
Brd2 No Data
' No Data
'1.27E 05' No Data No Caf a No Data
'No Data l
' Br!83 '
Nd Data No ' Data 3 63E-07 No Data No Cata No Data No Data I
B58'4 No" Data
' No Data 3 S2E 07 ' No Data N2 Data No Data No Data
. Br{85
, No Data No Data'
[194E 03
.ho Data No Cata No Data No Data
~'
Rb-86 No Data 170E 04 3 40E 05 No Cata N: Data No Data 4 35E 06 '
.t Rb-87 '
No data
'S S*E 05 3 52E 05-~
No Data
'. 2ata No Data 5 98E 07 l Rb-88 Na Data 4 98E 07 2 2E 07 No Data
' : 3ra No Data 4SSE07Tj Rb-89 No Data S6E-07 197E 07 No Data
' 3 Data No. Data 9 74E-08 St89 251E 03 No Data 7 :'0E 05 NoDra V: Data No Data 516E 05
~Sr90 2 32E-02 ~
No Data 5 74E 04
...S.. 5.. 9. '1..,." 5 00E.05.
.No Data 181E C6
~No Data
'c Data No Data 2 21E 04 No Data
' a Cata
.No Data 5-.92 E.05 Sr 92 192E 05 No Data 713E 07 No D1ta No Cata No Data 2.07E 04 Y-90 8.69E-08~
No Data 2 33E 09 No Data No Data No Data 1.20E-04 Y 91m
_.810E210..' N.o.Dat.a ~216.E!11
,".No Data
_ No Data... '. N.o'D' ia
.."257'0E'~0F..
a.
......... _................... ~............
Y 92 i 7 65E 09..
No Data
. 2.15E 10 No Data
.No Data No Data 1.46E 04 Y 93
' 2.43E 08 No Data 6 62E 10 No Data No Data No Data 1.92E-04 m Data presented in this Table are from Reference 9.
t A-39
vwveceJ~
Rev.S LA.EE A 10 (Continugd)
!!LQE_E.iC_RCiE_.9 MS CCR INFANT "
,, ~,
f3
..,3 Nuchde 9 re m
_m-. ~ _ _._E_a
_ _ %. m _ m,
9__Lunr1 GILLI ca m
Zr 93
Em (45.

9 No 2.u
. ' :- ?
N3 Dan 2 39E 06 l Zr 95
_ is
J E,'
~ H E. :S N;; u 2 2.3
'3;ra 2 50E 05
' Zr 9' 5
. 21
.E.
', : 2~.
_ <E.:i
' a Cata 1 62E-04 iNb-93m
=~~
'E 4E-:*
N-2 e i
_ !E :?
No Cata 3 98E 06 l Nt45
~ -' '
E :?
'a2ri ai ?
NO Cata 146E 05 No-97 ci.
-:O N:: a
's *
' a Cra 0 09E 05 Mo 93
-2e+
'!E.:5 I.E.:6 No Oa:a
E.:5 Na Cata
! 21E 06 Mo-99 2ri 4:E-:5 6 6:E-:6 No Cata
.f E 5 No Oata
' 12E 05_
Tc 99m
E. :-
.:-EE G 5 ':c 03 No Data a :iE.:S 2 07E 09 1 15E 06 Tc 99
!E :6 4d6 6 4 fiEO' No Oa'i
.:E-:5
' 42E 07 6 31E 06 T
p c. 01 2 2 E-:9 H :- : :.
2 f:E :S N; Ora 4:C.:S
' 565 09 4 86E 07 j
, Ra 103
' 4!E :f
'. ca 4 255 07 No Cata
iE :6 No Data 100E-05
! Ru 105
eEQ~
No 2 iu 4 5SE-08 No Cau
E.:6 No Data 5 41E 05
' Ruf106 2 4
E :i N 2 ea
C'E :6 N o Cata
M E.:5 No Data i 33E 04 l
~
i Rh-105
6
5 "
4 ~9Ed' NaDau
~f:.:6 No Data 177E-05 it Pd 107
':. 2.C a
:6
JiE :3
' c Ora
:6 No Data 9 46E 07 I'
Pd 109
'o c
i:E-:6 3 525 07 No Data
E-6 No Data 3 68E 05
. Ag 110m i 96E 07
~ 2'E-07 4 31E 07 No Data
as.:6 ~ No Data
__3 77E 05$
Ag-111 5 2:E 07 22:5O
107E 07 No Data 4 225 07.. No Data
__4 82E.05_
Cd 113m No Data 1 '7E 05_
6 52E 07_ _No Data
' :4E-05 _, No Data 2 66E:05
...Cd-1 15_m No. Data. _.142E 05.
4 93E 07,
,No. Data _
7 41 E 0,6.,,..;, No, Data _
_8 09E:05,
...S... n._.1. 2. 3...
2.,4._9 E.04... -._3_. 8. 9 E.0. 6.......
6.._50 E..06......... 3....9.1..E..0. 6..... N.. o.. D_at a._
... N..o.._D..a...t..a.... 7._6 5..
/N
...Sn.12 5...
, 7 41_E-05 1.38E 06_, 3 29E 06_
1.36E 06_.
. No Data,.i No Data...
,.1.1.1 E.04 I
tN}
...S n....1. 2 6.
. 214E 05 315E 07 6 63E 06 5 6SE 03 No Data 134E 05, 6 60E 05 5 53E.04..
7 26E 06
..1.80E-05 1 91 E 06 No Data No Data.... 2. 5. 2 E..0 5...
t Sb-124 1
Sb-125 _
? 23E-05 119E 07 2 53E-06 154E 08 No Cata 712E 06 164E 05 Sb-126 3 06E 06
' SSE-07 2 91E 06 619E 08 Na Data 5 07E 06 8 35E 05 Sb 127 2 23E-06 3 98E 08 6 90E 07 2 84E 03
' a Data 1.15E C6 5 91E 05 Te 125m 2 33E 05 7 79E 06 315E 06
? S4E-06
' a Cata No Data 111E 05'
. Te.. _127m.
5 SSE.05 194E 05 7 08E 06
...169E 0 5
44E 04 - No. Data 2 36E-05.,:
T_e 127 1 CCE 06 3 35E 07, 215E 07 814E 07 2 44E 06 No Data 210E-05 :i Te-129m 1 00E 04 3 43E 05 154E 05 3 S4E 05 2 5:E 04
~Te 129 2 S4E-07 9 79E OS '
5 63E 05 2 38E47
' :7E47 ~ No Data 5 97E 05 N'o Data 2 27E 05 I Te 131m
52E 05 512E 06 5 05E 06 124E-05 12 ' E- 0 5 No Data 103E 04 i
Te 131
' 75E 07 6 50E-08 4 94E 08 157E 07 4 i:E 07 No Data 711E 06 TeT132 2 CSE 05 103E-05 9 61E 06 152E-05 6 44E45 No Data 3 81E 05 Te 13'3m 3 91E 07 179E 07 171E 07 3 45E 07
' 22E-06 No Data 193E 05 Te 134
' 6 7.E 07 134E-07 13SE-07 2 39E 07 i 22E-07_
.No Data
, 3 06E 06 l-129 2.86E 05
..EN.b..'[
6.._00EiO6
~212E 05 155E 05 1.36E 02 2 51E 05 No Data 4 24E 07 132E-05
,.)5 30E 06] ~14BE 03
45E 05[ [No D' ta.
2.83E-(
a 3.59E 05 4.23E 05 1.86E 05
.1.39E 02 4 94E 05 No Data 1.51E 06 l131
' '1T66E 06 " "3"37EiO6"' 720E 06~ TSB5! 4 '
3 76E 06" "N5 Data "EY35'"06~
l132
~
0 I.....i_3 3.......,.. _I. 2 S.E_T O..S"....J 1. 82 E. O f...
1....._33. 5.06. _._Il.5...1 E-63".
2.14. E Of....
"..h.i.... D.a.._ta.. _
"1..... 6.. 55.. 6.. 5
~
~
1-134-.
8.69E-07.
1 78E 06... 6. 33E.07....4.1.5E.05.-
.1 99E.06....~..N.o D.a. ta... 1.84 E.06. _
W Data presented in this Table are from Reference 9.
A fG A 40
PNPS ODCM Rev 8
~,.*.h E:
v'nzem p
< s.
\\
ni s
4 N uc ac t.-
1.
~
4
.. _v _-
.m1 GbLLI C5 '34r 15 7 4:E :'
'. : : a' i.
E :'
2 6;E 08 2 32E 07 C s-124 "E.4
- :E.:4
- ':E :t N: ra
'E 24
' 4:E 05 1 91 E' 06
. Cs 135
E-:4
'. ' E J.
2 ::E.:6
'e ri a:E.:5
' 2'E 25 4 37E 07 Cs 136 4 i3E :5 iE-04 i 245 :5
'. ' : r 4 iE-:5
':E :'5 2 05E 06 Cs 137
2:E :4 5*':4 4:3E-:5 N o D ata iaE :4 5 64E 05 1 91 E 06..
Cs 138 4 3'E '
' ?:E O'
? 'SE 07 No Data i:E ;7 6 09E 08 125E 06 Cs109
'.E-; 7 4.4E ;'
6EW
',o Dau
)E.07 3 3CE 08 2 66E 08 Ba 139
S'E O'
- 34E :
!!E.

3 M De1
' E 'O 3 54E 10 5 SSE 05
[ Ba-140
E4
" E :-
? a'E :6 No Dra 4:6E ;3
05E-07 4 20E 05 j
aa 141 4 255 ;'
f*E:
' 245 06 Na Cata iE 'C
' 77E 10 519E 06 Ba 142
' 34E O'
53E 'O 3 CEE 09 No Data
5'E'1 9 26E 11
' 59E 07 '
Lal140
E C8 3 22E 09
14E 09 No Dau
'. : ra No Data 9 77E 05 l
La 141 39E 09
? !!Es:
45E M No Dau
n Na Data 9 61E 05 6 86E-05. _
La 142
' *:E 09 4:4Ea i d'E ' '
No Cau
ca No Data Ce 141
' t'E-Ce 4 !CE 28 9EE 09 No Cata HE ;8 No Data 2 48E 05 i Ce 143
' 4SE 03 9 3;E 6 11:E 09 No Data l 'iE 09 No Data 5 73E 05 Ce 144
&BE C6
' 22E 06
67E 07 No Data 4 1:E 07 No Data 1 71 E-04"
..P.. rd.. 4 3 813E 08..
3 C4E C8 ' 4 03E 09- ' N.. o. ' D. a.t a.. 3 E 08... ~. No...Da. ta.
'. 4_ 2 9. E.0_.5 Pr 144 2 74E 10 106E 10 1.38E 11 No Data 3 34E 11~
No Data 4.93E 06
[NUId?..
5 53Eg,168E 081.,[3[48.E{0( [so[Dat(a
[2'19E O'8 [Mo Data T{l60E:.K.,
. Pm:.1.3L 3 88E-07_ 3 27E 08_
,1. 59.E 08,,, No Dat.a 4 88E 08_
,,_No.. Data.,.
9.27E:06, (A~j
-.Pmy1.38m,.1.65E;07_
418E.08
, 3 28E 08_, No Data 4 80E-08, No Data 5 44E 05.
7
..P..m....1.._4 8...--6 32E..08
9..13E 09 -. 4 60E.09. No. Data
' 09E 08..
No Da.ta 9.74 E _05...
Pm449 138E 08 181E 09
.7 9CE 10 No Data
CE 09 No Data 4 86E 05
...Pm 151
_618E 09, 9 01 E.10
.4 56E 10 No Data
' TE 09., No Data
, 417E 05 7
7
...S m.- 151 2 90E-07 6 67E 08 144E 08 No Data 4 52E 08. No Data 5 58E 06 Sm-153 7 72E-09 5 97E 09 4 58E 10 No Data
25E 09 No Data 312E 05 ~ I'
' 'EU-152 '
C 74E 07 '
179E 07" 151E 07
'No Data 5 ::E 07 ~ No Data 159E 05 i
J Eull'54[
2 64E O6[
3 67E-07 2 DOE 07 No Data 9 35E-07 No Data
'4 58E 05 ~!
J Eu 155 5 42E 07 6 25E 08 3 23E 08 No Data 4:E 07 No Data 3 37E 05 Eu-156 1 14 E 07 7 CSE 08 112E 08 No Data
iE :8 No Data 6 67E-05 I T b-160 2 59E 07 No Data 3 24E CS No Data
' :'E 08 Nc Data 3 45E 05 I Holls6m
'1 25E-06 2 69E 07 212E 07 No Data
5'E 07 No Data 2 66E 05 i a
W-181 5 85E OS 27:E-08 3 C4E 09 No Data V Cata No Data 3 8 E 07 W 185 3 62E 06 113E 06 129E 07 No Data W Cata No Data 162E 05 W 187 9 03E 07 6 2EE 07 W 250 5 28E 02 142E 02 ~ 217E 07 No Data M C ata No Data 3 69E M 2.38E 03 li.'2i6"
'4.16E 06 2l68EJ05 2 39E O6
~No Data 4 32E 02 No Data 2.32E 06~
I No Data 2 08E 04
' No Data
~ 27E 05 5
Po 210 310E 03 5.93E 03 7.41E 04 No Data 126E 02 No Data 6.61E 05
]((Q 4 $[Eis2[..j.62(K..M2Ej0((hk Data 11?E 03]Moyaja[.j.[.{.I.4{Eh, Ra 224...
1.
2
...q.46E.02.... 3 29E-05
..r.. 91 E 03..... No. Data 6 00E-04... No.. Data...-..-
3.86E.-04
... ~..
...Ra:226
_ 6J0E-01...,. 4.76E:05_.; 5.14E 01... _....... -...... _...... _ -._No Data
. 8 7j E.04., No,Dat.a 3.44E-04.........
Ra 228 4.32E-01 2.58E-05 ' 4.86E 01 No Dat1 4 73E 04 No Data 5.86E-05 W Data presented in this Table are from Reference 9.
m A 41
PNPS-ODCM Rev 8 T4BLE 4.18 feontinutdj Y'.2 3' N : : i E :- :' : : 3 : ^ 2 N4NT
'<e:
m Noc.h,ce E.
E,.,
.--~ %, c m.
_an1 GlLLI
-=n..
n-.
.~
Ac 225
E :5
3.:
-:EO Na Ca'a 2 E:6 No Data 4 36E 04 l A. -t '
. E :'
'E :4
:E :4 Nr :s3
E.:4 No Data 3 50E 05 i T4 :'
_:3.:4
i e 45E :6 v :va
E.:6 Na Cata 5 70E 04 Th 228
_4'E.::
E.~4
:55.;5 v.:vi fE :4 N; Data 5 84E 04 Th229
_ :;E :.
.:E.:4 4 ;:E.:4
' :- : r a
i:3
' e D.n a 310E 05 Th.230
E.:
E.:t
' :{E.:4 No :ca
2.:4 N:. C ata 6 24E 05 Th 232 4 24E.::
=:E.04 5 5 E 06 No Data
-~E:4 No Data 5 31E-05..
Th.234 e 9 E.:*
' " E.;3
CE CB No Data SE '
No Data i 19E-04
. Pa 231
~ i E :3
i:E.: t
::E :4 Na ;va
4E.

3 N o D ata
' 44E 05 Pa 233
E
?
i: : )
i 4:E. : ~-
NoDra
'E.:B No Data 146E-05 U 232 4;E 02 Sc Lata
'65 03 No Data
J E.0 3 No Data 7 04E 05 U 233 5 2BE-03 No ; Ha 2 3'E 04 No Cata
:fE.:3 No Data 6 51E 05 U 234 4 '!E 23 53 ri
?CE 04 No D ca
iE :-2 No Cata 6 37E 05 U 235 4 6 E ::
N: Ira
5 E, 4 Ne : U1
E.:4 N o D ata B 10E 05 U 236 4 # E :2 N: Cra i4E :4 No Cata
.' E 03 No Data 5 98E-05 l
..U 237 4 }5E C7
'a Cata
::E.0"'
No Da'a
E 06 No Data 211E 05 U-238 4 4'E-03 Nc Ora
:3E.:4 No Data
.?E.;4 No Data 5 71E 05 Np-237 2 40E 03
595 04 105E C4 No Data
-.4E 34 ; No Da.ta.
\\8 23E! ~ "
5
~Np-238 124E 07_, 312E 09
,t 9:E 09 No Data 5 $'E 09 No Data 4 17E-05~
...Np.2 3 9..
1 11 E..08..
9 93E 10., 5 61 E 10......No.Da.ta 1 3 3 E 0 9.........N o...Da.t..a........ 2?.8. 7 E..6.5._,
^
~
(qb)
Pu-240 138E 03..
.155E 04 3 54E-_05.. No Data 128E 04. _No Data 7.04 E,05_
Pu 241 Vu 242~
4 25E 05 176E 06 8 82E 07 No Data 317E 06 No Data 145E 06
~1 49E' 04 3 41E 05' No ' Data i 22E 04 No Data 6 77E 05" 12SE 03 Pu 244 149E 03' 1 71E 04 3 91E 05
No' Data
' 41 E 04 ' No Data
" 1 ' I E-Oi Am 241 146E 03 127E 03 1 09E-04 No Data i 55E 04 No Data 7 70E-05 Am 242m 1 51 E-03 122E 03 113E 04 No Data 6 54E 04, No Data 9 69E 05 Am-243 144E 03 123E 03 106E 04 No Data i :iE 04 No Data 9 03E-05 Cm 242 13?E 04 127E 04 i "'E 06 No Data
i:E 05 No Data 3 23E 05 C'm-24 3 140E 03 115E 03 S 9?E 05 No Ca:a 2'E.4 No Data
' S 10E 05 C'm-244 113E 03 3 70E 04 7 59E 25 No Da'a
" E C4 No Data f 84 E O'S ' '
5 245' 179E 03 145E 03
'3E 04 No Data 4 ::E 04 No Data 7 30E-05 Cm 246
' '7E 03 145E 03 13E 04 No Cata 4. ' E 04 No Data 717E 05 Cm 247 '
173E 03 l 43E 03 111E 04 No Data 4 : t E 04 '
No Data 9 DE 05
,Cm 248 1 43E-02 1 ISE 02 916E 04 No Data 3 ICE 03 _.No _ Data,
152E 03 Cf 252 122E 03 No Data 2 95E 05 No Data No Data No Data 2 99E 04 W Data presented in this Table are from Reference 9
,V) t A-42
Rev, 8
. TABLE A 19 e
i j
R E C O M M E N C E D R_E_S r ' :,_F._S E_ y,S E :FULEN_TS
i Paramete'_2." r.- - - -. - -Pre O
1 l
S
"eu s--
w 4;.>
~ - o
.naividuall 5
- ;r -; ; ;,
.1- :.
' "creduat
ar' a 4
s l
e,q3-ma nstantaneous dose)
m
- a f
n lr r.c n
~.,u
.,. m l
?is l
i ;- ;e, ee :-( an.tru
' :4s cr easw grass:
'440 i :3ys ' t stored feedi
r'. rgese1 tv "an
'44: "
5: 1,si r
tg
1. <erv;e 7 n en 'ex e n 0,.t y 49 r : :,,, nax e";m.ncividual) i m r ' 'M ma "e m a ara 'o re :6 ~,: :.4 1verage +ncividual) ecert:r lg
'"1 l e 's. ' e:neen qarte,1 ;f
, + ;et '. -
r

rs are ne;estion i) 'or f orage ingested by animals Zero
E:are grassi 2160 t'r 5C aays for stcred feed) ii) for crops ingested by man 24 hr (1 day for leafy vegetables & max.
individual) 1440 hr,60 days for produce & max.
indiv3aua.
336 nr 4 :a,vs for average individual)
Y Agricultural productivity oy unit area y
Imeasured in wet weight) a for forage :ngested tv animals 312 = r - :r nasture grassi -
5q~
r storea teec) o for trops :'qested by man 2: a: -
' All data presented in this tatie are from Reference 3 untess ;t"er..H "::icated
From Reference 12
From Reference 4 O
A-43
Rev.8 APPENDIX B
[LEF!NF'CN C: - E,.~.'.E
_V ' 0: DETECTION O
t,,
For purec ses :< ra,: r; +"..r~
r ' +. :
ria-s
+. ": acicactivity the lower limit of detection.: ; ref re; as e sma.es :crcert'at or. :' r. cacuve matenal in a sample that Will yieio a e' :: rt 3 t c, e s, s'em r a :w :*0 c '
3'.*/ t
9'e:*ed Mth 95% probability, with only 5 " : : 3:
'3 5: : ": C r; ' a 3 a"* Ocse M : 'ecresents a eal" signal.
It srcuo :s
29
^ ' ~+, e:
s Je'"e: is
' 3 rrcr; cefere the fact) limit represer: :
+.a:ar, ;
d ~ e 3 3 r+ ~ e-' 3, s e
. 3 3.t:3. Or cess 3no not as an a p_o St eric,r 3".
' + ' 3 :*
~
3 c a :,, 3 + ~ e a s + ~. ~
~3,3e3 ;nc;; ce Derformed in such a m a T ~.y e ::r + : _ _ : s,'. c e 3 : e.e
+ ::"; Ors. suaily samples are Counted 'O' 3 Oerc0 Em e s a" C.e-' 10 enso'e * ~ r '
2
ed 25 cased on normal analytical ar: ::..rmg ca'a~e9's 3*e a:r e,ed Printouts of 3 3 < * : a es,'5 0 c3 'y 5: "'s 3 :
5'9'C'
-'"'M (MDC) e.Ncn sas actuai < 3: e.ec n a camcuiar mess..re +--
OetectaDle Concentration n those cases where a given sample VDC s + s s ar :' e
..a- ::
e *s'e01,cric' __:
4 +:_:rea LLO nas been achieved.
OccasionaFy :a: gr:ura
. :* at ons eavcicac!e s~a-
r :e sizes the presence of interfering 'a:
r..: ices "rer..rccrir:< tac!e c:rt,.ms'a :
"af 'esu t n :ne MDC for a particuiar meas J+~e-'
ci ~eet g
e stea _ O sa:
- e s " e :Ortr outing factors shall be identifie3 3": :es: ce:
~e Sema^rua: Ca0=cach+ P : t 3ra /.as e Discosal Report
^
4 (for effluents :' "e ' -..a r ac e:c; cy E < ren~eru - ' ; O e c o,
'cr environmental i
samples The value of the counting stancard deviation tsb) usec -
e calculation of the LLD for a particular measurement system snould be based on the actual :oserved standard deviation of the background counting rate or of the counting rate of an appropnate blank sample, rather than on an unvenfied theoretically-predicted variance. One acceptable method for denving sb s as c) i i
follows:
!w Sb
\\
.vhere
]
sb = stancard deuatico of the tackground count:rg ra e :r of the counting rate of an appropnate olank sample (counts. minute:
B = cackground Ocurting rate or court ng rate c' a 3 :': crate clank samole
= counts mirute; T = : cunt:rg time rtersal for sa cie analys s mrass (n
,k B-1
Rev.8 Lower Limit of Detection For Effluent Samotes 4
For a particurar a'easuremc-' s, e+- r r 1. :: :'::est /,hich may include raciochemical separation.sec !: aray e +"..er' :=~: 2: ' e
~*: :e'e:t on.s calculated as follows:
s 1
4665 L. ~1 r 3
w
=
- v. o mm va
.s + +
LLD,
~. + ~ ' : ' y
e :' :
n :
. :. ~ t. : t.. : go
~
4.66
:c~c re:
~e ca ::rsta- :c"estcre ; '; ; - precaceity of cetection.
cc::at. i., :< 'a se y ae-th.r; ca:. ; :.-a as a ' ear signal 5
sd a car: :e. at : Of "e cacagreurc :: r: ; 3:e r of it'e counting rate of 3 ater:; aa : a sa c e,co.r:s ~ a:e E
s.rt g ++: e cf -: unts cis.r:egra c-V
3 3 r" c 4 3 -Z i. "#nte's :- ] rams '
2.22 E6
. *s :
n::t ': : s c'egrat.cm ~
.3 : e.
)
Y
' 3:tiCr'ai r30rC:nefT'iCa1, eto Anen 3DchC30 e 4
radioactive decay constant for racionuchce : r r -).
=
elapsed time between the midpoint of sample collection and time of counting, t
=
p)
(hr).
4 Typical values of E V Y and I used for ncrmal effluent same:e analyses should be used in this Calculation 4
i i.
J 4
kv B-2
-PNPS ODCM Rov. 8 Low r Limit of Detection For Environmental Samples For a particular "easureme " r, s'e ~
c
3 :- :et.sraen may include radiocnemical l
O separation ass] to anaq e ?* _e " ::~;
V
. :+ e: ton is calculated as follows:
$^
LLL)
_r,. s - n 2
LLD,
~ * " y +: :r '" r :-
.Mer :C. m' o PCrkg);
1.66
.:mt re; y er.ca ::rstart ::rresc;rc ; -: M '> procao.hty of detection,
=
., n 5 -
: a : t/ :+ 'a:se:y centJ :ng a:. ; cure as a " rear signal f
Sb 5*3r03 : Ce. at Cr :.4 "e ca:ngrOurc ::
3te 3r of the Counting rate of 4'
3r 30Cr t s'E C ar's Sam;,e : ;grts "" r 'e 6
Tour <* r g ".e r;)
'.0 L"1S disi"tegra' :'"
V
= ; a'T C 'E 5 2 e ters :..C : *eterS Of
0;'3 :
2.22
~.e t :- *3:*.:'4:* : s "tegrat cs ~ -
=
Y
"act.Cr a-30 0therracal field Anen 30C. 0a:
4
= racioactive cecay constant for radionuchce. r r-1 ).
t
= elapsed time between environmental sample collection or end of the sample collection penod, and time of counting. (hr) v, Typical values of E V Y and t used for normal eff!uent sarroie analyses should be used in this calculation f
1G',
B-3
PNPS 00CM Rev 8 4POENDIX C
'A SA:Es E.__;:: :,5
- :: 5; CF SLIGHTLY l
l 1
in May "41
. ',0C ace
.e 3 r e,-.
e, c::. :, _.
i ow oosten Edison Company to arseese --
s c.3.---
2..--..
2. -
r
.. m,,,. 3,v,,, yhis soil was disccs-:
3 ; ste p3
3 :- r 3: 3 g,__
.:cer'j acjacent to the Pilgnm Statier' ~ e e : _
a
,, e
.. :se :3-: 3: :-3 :e --
e: 3 ; _3
-<., cer,-a acp!. cation and Within "'e '. ;
- ;e:, _., y :- :: : _; g a;
g
-3,-
n 39...,... e 15COsal area l
W Ould 00 eSi 3^ : * ~
s
, e r : / ' -
e,, e a e -j is: C R
~ :3e t Ar' I'..Csequent years througn :"e
~e :' i te n.0^
r ss ce; so;a te ess a-
mrem, ear Such exposure levels are 0i M'eC " 5 , C 3
'::3.-,e 0 'adra!!Cn 0 5:
25 "g 'rCm raturally OCCurnng sources Of '3 M r 3 u c a::, ;, 3
er ercosge : t
.3,s ansina ron operation of Pilgnm Nuc es* ::her Sta cr l
Complete : eta. s ege r; e,:c :e -. :,,,secsa r:
e acccmcaryng NRC Safety l
Evaluation :a ce < conc n,:0 :: m,: 50 293 ::::;.;- LNDER 10CFR20 302(a) l RELOCATICN -ND Ov; EYE',
;;qs

'.

C' C N EC J ~~
R ACES OF RESIDUAL RADICACW's
~' : *: :
m :' u.
._.-.:c..=:
. -, eJ l
.. 40 485501)'
j dated May 4 'H I
I I
r 1
4 4
I i
i I
1 4
8 4
I a
4 j
C-1 h*
.-,n.
-. ~. - - -, - - - -w
,,.,--,..n..
- - - - -.... - ~ -.... - - -, - - -.. - - - - -. -... -.
-

ML20211G238

Contents

Text

1.0 INTRODUCTION

13.0 REFERENCES

13.0 REFERENCES

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ML20211G238

Text

1.0 INTRODUCTION

13.0 REFERENCES

13.0 REFERENCES

Navigation menu

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