Text

Semiannual Rept for Tech Spec 5.9.4 & App B, Jan-June 1980
	ML19331D713
Person / Time
Site:	Fort Calhoun
Issue date:	08/29/1980
From:	Stevens S; OMAHA PUBLIC POWER DISTRICT
To:	;
Shared Package
ML19331D706	List: ML19331D705; ML19331D713;
References
	10CFR-020.407B, 10CFR-050.36A, 10CFR-50.36A, NUDOCS 8009030486
	Download: ML19331D713 (190)
	v • d • e

I??"'RODUCIO!?

O

\

O

"'his report is submitted in accordance with Section 5.9.h and Appendix 3 cf the Technical Specifications cf the Fort Calhoun Station Unit !?c. 1, Facility Operating License ic. DFB h0.

This report covers only tha period January 1, 1950, through June 30, 19S0, inclusive.

h \.

t t,

.\

t\1 e it.LC.)Stevens Nv 1'anager Fcrt Calhoun Statien O

900 fo30 IN _ - _ .

O O O TABLE OF CONTENT 3 i

SECTION I Radioactive Effluent Releases - Gaseous Effluents Technical Specification (5.9.h.a.1)

Table 1-A Summation of All Releases Table 1-B Not Applicable Table 1-C Summation of All Releases l II Radioactive Effluent Releases - Liquid Effluents i Technical Specification (5.9.h.a.2)

Table 2-A Summation of All Releases j Table 2-B Summation of All Releases 4

III Radioactive Effluent Releases - Solid Radioactive Waste Technical Specification (5.9.h.a.3) 1 IV Joint Frequency Distribution Wind Direction vs. Wind Speed by Stability j Class and Meteorology Data Per Batch Release (Regulatory Guide 1.21) l V Environmental Monitoring (5 9.h.b) l VI Environmental Technical Specifications - Non-Radiological (Appendix B) i

~

VII Potential Doses to Individuals and Populations (As Required by Safety Guide 23, Regulatory Guide 1.2.)

i

O Section I RADIOACTIVE EFFLUENT RELEASES - GASEOUS EFFLUENTS TECHNICAL SPECIFICATION (5 9.k.a.1)

Table 1-A Gaseous Effluents-Summation cf All Releases Table 1-B Not Applicable Table 1-C Gaseous Effluents-Summation of All Releases January 1, 1980 to June 30, 1980 O

I-1

I. Radioactive Effluent Release (5 9.h.a.1)

A. GASEOUS EFFLUEITIS Radioactive gaseous releases for the reporting period totalled 152.2 Curies of inert gases. The highest release rate was 7 91E+02 pCi/sec. or 0 95% of the Technical Speci-fication limit (83,000 pCi/sec.). Averaged over each calendar quarter of the reporting period, the gross gaseous activity release rates were 1 92E+01 pCi/sec. or 0.023% and 1.h6E-01

pCi/sec. or 0.0002% for each quarter respectively of the maxi-mum release rate of the Technical Specifications (83,000 pCi/sec.).

This is 0.1h5% and 0.001% respectively of the 16% value specified (13,280 pCi/sec.).

Radioactive halogens and particulates with half-lives greater than eight days released during the reporting period totalled 2.05E-03 Curies. The highest release rate for halo-gens with half-lives greater than eight days vss 8.28E-05 pCi/sec.

or 0.09% of the maximum release rate of the Technical Specifica-tions (0.094 pCi/sec.). The highest release rate for particulates with half-lives greater than eight days was 2.6hE-Oh pCi/sec. or 13.2% of the maximum release rate of the Technical Specifications (0.002 pCi/sec.). Averaged over each calendar quarter of the reporting period, the halogen release rates were 2.h7E-Oh pCi/sec.

or 0.265 and 1.60E-06 pCi/sec. or 0.0025 for each quarter respec-t tively of the maximum release rate of the Technical Specifications (0.09h pCi/se'.). This is 3.28% and 0.02% respectively of the 8% value specified (0.0075 pCi/sec.). Averaged over each calendar O quarter of the reporting period, the particulate release rates I-2

,, vere 5.18E-06 u01/sec. or 0.259% and 7.7hE-06 u01/sec. or 0.3B7%

/ 't v for each quarter respectively of the maxi =um release rate of the Technical Specifications (0.002 901/sec.). This is 3.2k% and h.8k% recpectively of the 8% value specified (1.6E-Oh uCi/sec.).

Radioactive tritiu: released during the reporting period to;alled L.01E-01 Curies. Gross alpha radioactivity released du:ing the reperting period totalled 3.22E-06 Curies.

I i

l l

/s v

l I-3

m e e e e a e e e e a e e e e e e n (f g-N s

) %

O = M @ @ N @ 4 C @ N m o o o o o o o o O o o e 4 + 4 0 I e e a e e a s s 4 6 6 6 W IJ 6 6 6 6 6 W 6

C C 4 4 P @ 4 4 o O P f g C = 4 - N 4 = c > g a m

> *

e e e e e e e e e e

= = = = = N C > 4 N 4 e

@ 4 N f 4 o 4 o o o O C o o O e e I e e o e

@ W W W W W W W C 4 C e a 4 4 C E C C C N @ = 0 > C C C C e e e e e e e e e e e e 2 > N C O 2 C O O = = N 4 4 W

w 2 - N 4 N A 4 O O O C C O > I I I W

g W

i O 4 W W W U M C 4 o C A O @ O O O O O O O 4 N W @

e e e a C e o e o e o e e N N = O O O O O C O = =

= e N e

=

O C O O o o 0

W 8 0 $

w B

w

w W W

> 4 2 N O N C 0 W O 4 N O O O O C O C C = O 2 e * * * * *

e

C W W e *

L w C @ = @ O O O O O O O P 4 w 2 C N S s a A = e e 4 C e 4 o N = A J

C O C O C C C J w L C.

C < 5 a C W C. O.

W W i

W e

W i

W C.

W e

W i

W W e

6 i

W e

@ 7 m O N C 6 > = N @ @ h 4 N C 4 L C 2 C @ @ 4 @ 4 N O = A N t t e o e e o e e o e v 2 > e

=

e

=

e

= N P 4 V F 4 F 4

2 :

4 O C >

M 4 C V 4 C A 6 >

C 2 C C C C C C C W *

+ e

= V 2 C C 4 0 0 0 f O < T 7 4 6 w w w w w 6 4 3 O C 4 % 1 > K 4 m

V 2 1 C C C P 4 A C = A N O C e

e e * * * *

O I C 2 2 e *

4 C C 2 B w w o O O = N R 4 7 m C > =

2 J 3 C N A F

6 e e -

C D Z O O O O C C w . 2 C >

e 4 0 0 O C 6 W W 6 w O m P <

w 6 C = U F A N w = W # N 4 O C C C C C C C 7 w e e e e e e e e m = O e m

e o e C C C o C N e W m W N N O C O V C = A w N = =

C o

@ C o o 6 8 C *

I W W W *

C

A P 2 < C G o C O C N O C N < N O C O o e e e o e e e e

% V e e e C C C A M W = = = C C C C V.

C C = U 5 = G Y = G '6 = = L F V 6 0 6 kW W U U -

V V V V V 2 _

C N N w C N N

= = m w

2 = u u A U e u

e O C O # IV O = 0 W > 6 WE 6 *h >>6 >C 6 kw

= > =N > = C V=4> >C > =Z Z = < LP C EC 63OC 2C C EO

= UW 2 == 6 2 = e - 2 = * > b 2 -2

<f J f= J <fC a - V -

V WC w M CF 6 et 6 w It C= 4 w G Z. 40 6 #wa VO 6 Om *#C. 1> T6 40m fOI C C. <C CG ww CC CL UC*eOOL1= : s 40CG w= =w La w

() =

U

=w V2 V

=

.2 ww

>L Ze O 6 Zw l

=2 W

.3

==

C 20 w =aC6=

C av .

e_3*acb 2#

6*

C

>2

= w 2*C OV O ~J 20 m CJZ 26 m C=V2a. VC 24 ca.

2 64 VI =C= UI C=6 LIV = >< VI

d2 26 *C C2 24 2>C22 LOC

C22v C Do ww CO >o 6w <=>Ow.aC C >C..

1JC*a-02 ** 4.1=

em <= L* e*= 4. A*

C C = U Ib Gn

m 4 o G

-4m4NNm4mmNO @@@@ NN4 @@@@@@ @@ @N@

C00000000000 0000 000 000000 OO 000 J G 8 I I I I I I i 0 4

9 0 8 4 4 8 0 0 i l I I I I I 8 9 8 4 6.6666W66666 4W66 W66 6W6666 66 66W

> N4mN4Nf%4Omf @444 NN@ WM&DCm CP O@=

C =CO4=mmNNNN= NNNN m=PO@==4m>O@C C@m

> e e o e e e e e e o e o e e e e e e e e o e e e e e o e e o e e NCCCNm*4Nm@m mmm@ ===CCNmN~4CN4 N4m

@@@@ NN4 @@@@@@ @@ @ @

C000 000 OOOOCO CO O O O I I I e 0 4 0 e t 8 4 4 0 0 8 9 I 4 WWWW WWW WWWWWW WW W W C 4444 %N@ VMO@C= <@ C =

Z C00000000000 NNNN mm@C@m=4m>O@O Com 3 e e e e e e o e e o e e e e e o e e o e e e e o e e e e e o e e 2 000000000000 mmm@ mmmOCNamm4CNC NOM W

2 f44$@@@@~@@m N 4 000000000000 O 3 > 0 i l 4 0 0 0 0 0 0 0 0 0 3 4 WWWWWWWWWWWW W U 4CN4m44CN=@m O N * @N@@@40mO@NO CC03 0000000000000 04C C e e e e e o e e o e e e e o e e e e e e o e o e o e e e e o e o

=@ Nam @m4N44N 0000 000000000000C Omo m4m4NNP.4NMNm N

@ C00000000000 O 6 I I I I 8 8 0 0 0 0 8 0 0

@ = ww6WWWWWW6WW W

= 4 2 NCONmA44@@mN C 2 W C m&Nmmmmmm4N4 0000 0000000000000 Omo O . y e e e o e e e e o e e e o e e e e e e e o e o e e e o e e e o e a . C NN@@NMm4Na@@ COCO C00000000000C OMO C-)S% - _ NNNN-mNNONmN me@m NNN @@@e <@ N=e

. 2 COOOOOOOOOOO COOO COO OCOO 00 OCO 4 4- O J e t 8 0 9 0 8 0 e 8 1

I 8 8 8 0 8 0 8 0 0 0 8 I I I I

@ 7 4 WWWWWWWWWWWW WWWW WWW WWWW WW WWW C k ~ N44mO4@CO~@~ 4@me Nom m4N@ DN m@C 1 O O O 4C4@=C@a(@@@ @@@@ MC#Om@@@OOOPC NO@

2 > e e e e e o e e e e e e e e e e e e e e e e . . e e e e o e e e

= 2 ====@4NNNaN= =#-- NNNC-NCCCCOe4 4m-G C C *

- ~

6 > MC@m NNN #444 @@ N 7 W = 4 2 COCO COO OOOO CO O O

- # E 4 C 4 0 0 0 0 8 8 0 1 3 0 I I 4 I I 4 2 7 4 6wWW WW6 W6WW .6

W 4 3 : C 47-4 NO= =<NC @N m C

> # % 1 COOCOOCOOOOO @@@@ MCCCMP@@ COO @c NC@

C 9 C 2 2 e * *

e e o e e * * * * * * * * *

e * *

e * * * * * *

e

/ s % C00000000000 m@mm NNNC=>@DOOOm4 40m c > m-E W 2

> e e 4 mmNmNNmmmmmm A Z 000000000000 O

. 0 0 > e 1 8 0 0 O 8 0 I I 8

I O 6- 2 4 66WW6W6WL6WW W 6 4 = % C44&4CVCCNNe m 6- w *= w 4=4N=40@N@m@ COCO C000000000000 OCO 6 : c e o e e e e e o e e e e e o e e o e e e o e e e e e e e e e e e a @ 6 NmmNC=C@CNmN C000 0000000000000 ONO

V C

NN Nm=NNCN-N

f CO COOOOOOOO O 4 + 4 0 8 I 8 I

B 6 e 8 C

6W WWwWWWWWW W N

Z N4 -OOfmC4CC ONO C NNCNNNONC@@N COOC C000000000000 e e e y e e e e e e e o e e e e o e e o e e e e o e e o e e e e o

=-OmC4N4m=Nm COCO OOOOCOOOOOOOO ONO 2

m Z

V >

6 C

=

2 C C CJ e

C'

e eC e e e C 2 U @ = CCC= 66 6 =K K 6 2 >>>2@ 22 2C2O 4 2 V W UUU6WOOCa 4 146= C

= 4 7 a a>4@ @ map %

c OECT N ST mm@ 4 e emmON4 3 09 m 4

@ MC=CM@CCCW 2 mmm2WIZMm4mmCWCM122 >

N 6 2memam9 eM emmO@mm=COOD==-==@@4mOQW w I C Cm2=2=*2=2=46W l l l60=* I I I E 8 06 0 8 26

ZC gj = =I C IC I 8 00 0 e e =WWw =>>WWITZ>Z7W4 zz 4 0 W <=>zw==>=>==W====Wh ======= 4 =4-v v WCaCOCOAC4CC42===42OC=====404=>4LIW@

O =Z>Z>ZZ>Z>CCWCCCCW422CC2VVCZCC2>Wa=C 22 2 662w26626262C=CCCC1*>CC46WC4 ===>

004C4

@V==Cuvv10=W> **C xExxw xxxxun>

I-5

I 1

1 I

~~

S a. . *.

=. .n. , . ,,n. . . a a :: : w. : s :-c.-~=. : - .ua< .,,,JD : ::1,.:

i.

a =

..;=,,,.... i 2% .. e-.;,.m.

_.. .Ca. . .rC .. . .*.a.

Table 2-A Liquid Effluents-S -* icn of All . eleases

.aM..e 2 ;- 1'..*-..*' g ?. ".'.' b' a. .*.

.. . .e. c- - = ... * * ~ . ." %' ' ' .% .' e _a S . .=.

bTo 7, 7*Q^+=

iJ.. . O,n ,w , .ywC 7-Q

m. 3 o ,. j- .

Y . J. ow a.

I 1

4 I

l

-v 22 3.

.. . _ . . - . . _ _ _ _ . . . , , - - . . . . _- .,_.____7,,__,r.....____

, , , _ _ , . . . . , _ , _ _ , .._,.,._,,_____..,____m, .ym y_ _,

,_,m...

. _ ~. .

i II. Radioactive Effluent Releases (5.9.h.a.2)

B. LIQUID EFFLUE."fS During the six months a total of 2.10E-01 Curies of l

adioactive 2.iquid materials less tritium and dissolved noble gases were released to the Missouri River at an average concentration of 1.12E-09 9C1/=1. This represents 1.12% of i

i the limits specified in Appendix B to 10 CFR Part 20 (1.0E-07 pCi/ml) for unrestricted areas. The maxi =um concentration of total activity (excluains tritiu=) released to the unrestrictei area and averaged during the release was 6.72E-07 uCi/ml primarily due to the inclusion of dissolved noble gases.

Dilution water during the period amounted to 1.83E+11 liters, while radioactive liquid vaste volume was 1.37E+07 liters includ- r ing 230 betch releases and steam generator blevdown.

Additionally, 11.1 Curies of tritium were discharged at an average concentration of 5.92E-08 901/=1 or 0.002 of lec (3.0E-03 pCi/=1).

Gross alpha ratiodacivity released during the reporting period totalled 1.hhE-05 Cu-ies and was discharged at an average concentration of 7.87E-lh uCi/=1 or 3.0E-Oh% of lec (3.0E-08 pCi/=1).

During the two calendar quarters in the reporting p riod, 1 53E-01 Curies and 5 72E-02 Curies of radioactive liquids were released. This represents 1 53% and 0 57% of the 10 Curie per calendar quarter specified as the Technical Specification limit.

II-2

4

., TABLE 2A a

EFFLUENT AND WASTE DISPOSAL RFPORT LIQUID EFFLUENTS-SUuMAT10N OF ALL RELEASEC i N

SEMIANNUAL FDP JAN THPU JUN 60 1 CUARTEP 2 QUARTEP

, A. FISSIlNLACTIVATION PRODUCTS '

TOTAL RE!. EASE (NO TRITIUM.0AS. ALPHA) CI 1.53E-01 5.72E-02 N AVG DILUTED CONCENTRATION UCI/ut 1.54E-09 6.59E-10 PE CENT OF LlulT TECH SPEC = 3.0E-B i 5.31E+00 2.18E*00 N B. TRITIUM

, TOTAL RELEASE CI 6.51E+00 2.60E+00 AVG DILUTED CONCENTRATION UCI/ML 6.86E-On 2.9FE-08

() PERCENT OF LIWIT TECH SPEC = 3.0E-3 +

2.95E-03 9.92E-04 9

C. DISSOLVEDAENTRAINFD GASES N TOTAL RELEASF CI 5.30E-01 3.34E-03 AVG OILUTED CONCFt.TRATION UCI/ul 5.52E-OP 3.63E-11 RERCENT OF LIMIT +

D. GROSS ALFHA RADIOACTIVITY TOTAL ELEASE CI 6.5cE-06 7.65E-06

, E. VOLUuE OF WASTE RFLEASE PRIOR TO DIL. LITrRS 6.60E 06 7.00E-06 F. VOLUME OF DILUTION cATE:

THIS PERIOD LIirPS 9.60E.lc e.73E-lC O

9 .. .

Is TAALE PH EFFLUENT AND WASTE DISPOSAL REPORT

, ,m L)

LICUID EFFLUENTS-SUuMATION OF ALL RELEASES 9

SEMIANNUAL FOR JAN THRU JUN 80 1 CUARTER 2 CUARTER

. NUCLIDES IN CUDIES CONT SATCH CONT BATCH O

STRONTIUM-89 2 21E-05 1.37F-05 0.0* 0.0*

g STRONTIUM-90 4.ASE-05 1.53E-04 0 0' O.0*

COBALT-57 4.33E-05 3.06E-04 6.33E-05 2.43E-04 MOLYBDENUM-99 3.82E-05 3.45E-04 7.08E-05 5.15E-05 TECHNETIUM-99M 1.85E-05 1.68E-04 3 44E-05 2.50E-05 CERIUu-141 7.0eE-05 4.36r-04 1,29F-04 2 69E-04 TIN-117M 3.97E-05 2.37E-04 7.SSE-05 1.46E-04 l,' CHROMIUM-51 6.51E-04 3.35E-03 5.33E-04 1 56E-03 10 DINE-131 0.16E-05 1.66E-02 B.29E-05 1.69E-04 10 DINE-133 1 1BE-04 1.14E-03 1 04E-04 1.30E-04 9 SARIUu-140 1.20E-04 0.14E-04 1 70E-04 3.37E-04 RUTHENIUM-103 4.A9E-05 2.CCE-04 8.15E-05 2.03E-04 CESIUu-137 5.31E-c5 5.09E-02 8.63E-05 2.54E-02 ZIPc0NIUu-95 8 32E-65 4.02F-04 1.46E-04 1.46E-04

(~') NIO910u-95 4.98E-05 1.32F-03 7.44E-05 1.94E-O'.

s- CESIUu-134 5.46E-05 3.47E-02 9.45E-05 1.29E-C2 i

COBALT-58 2.0eE-04 3.33E-02 6.82E-05 9.S5E-03 MANGANESE-54 4.42E-05 1.46E-03 9.49E-05 1.39E-03 CESIUM-136 6.50E-n5 1.03E-03 1.14E-04 5.SSE-05 IPON-59 9.48E-05 2.62E-04 1 4dE-04 1.10E-04 ZINC-65 1.17E-ne 2.54E-04 1.99E-04 9.e8E-05 COBALT-60 5.30E-05 1 47E-03 7.57E-05 1.45E-03 LANTHANUM-140 6.1EE-35 P.25E-ne S.41E-05 2.72E-05 ANTIMONY-124 4.24E 65 3.46E-04 C.18E-05 F.40E-05 TOTAL FOR PEPIO7 2.73E-03 1.51E-01 2.67F-03 5.45E-02 DISSOLVED GASE5 ENTRAINED GASES XFNON-133 3.06E-04 5.23E-01 3.16E-04 2.41E-03 XENON-135 S.24F-05 7.02E-03 6.95E-05 5.47E-04

, TOTAL FOR PEPIOD 3.8SE-04 5.30E-01 3 85E-04 2.96E-03 OTHEP. ALP"A L TRIT 1Uw ALPHA 9.79E-07 5.56E-06 P.-9E-C6 5.36E-06 TRITIUM 5.44F-Oe 4.51E+00 2.43E-02 2.57E+00 GROSS SETA/ GAMMA 0.0 0.0 0.0 0.0 TOTAL FOR PERIOD 5.95E-04 A.51E+00 2.43E-02 2.57E+00 (3

AVG. CONC. IN UCI/ut r?

ALPHA 1.25E-14 1.75r-12 3.53E-14 1.14E-12

, TRITIUM 7.56E-12 P.90E-06 3 44E-10 6.55F-07

Strentius Ana. lysis not ec=ple*ai.

II--

O Section III

?ADICACTnT e'ryg

-* uMn

- Sro - SOLID RADIDACTET '4AS"~~

TEC.T;ICAL SPECIFICATIO;; (5 9.L.a.3)

January 1,1930s to June 30,.1980 O

I I

i O

III-1

~.--______-._w_. #YsW-e-ga _,

"'"Yd4w M y wep..,_p

M'V' --w---,__,

_=

III. Radioactive Effluent Releases - Solid Radioactive Waste k Effluent and Waste Disposal Report, Technical Specification 5 9.h.a.3, January 1 thru June 30, 1980.

Solid Waste and Irradiated Fuel Snip =ents A. SOLID WASTE SHIPPE OFFSITE FOR BURIAL OR DISPOSAL (Not Irradiated)

MONTH NUM3ER OF VOLUME CURIE EST. TOTAL

1. TYPE OF WASTE SHIPPD SHIF!E;TS CUBIC !ETED.S CO?iTE:T % ERROR

a. Spent resins, Jan. L 20.72 3 9h76 20%

filter sludges, evaporator Feb. 3 16.3h 6.0585 20%

bottoms, etc.

Mar. 3 22.h99 16.hSh 20%

Arr. 3 19.697 802.167 i 20%

, May 3 12.013 ILS.3 20%

June , 5 16.768 1 9065 20%

Six Month Total (Tvue a.) 21 108.037 978.8636 20%

b. Dry ec=pressable Jan. 1 2.5h7 .0288 t 20%

vaste, contami- '

nated equipment, Feb. 5 h5.8h6 7.7898 20%

etc.

Mar. 2 9.55 .h755 20% _

Arr. L 3L.186 1.339h 20%

(

May h hl.389 3.3136 20%

June 5 52.0296 5.6985 20%

Six Month Total (Tyne b.) 21 185 5h76 18.6h56 20%

O III-2

i

,. A. (Continued)

MONTH NUM3ER OF VOLUME CURIE EST. TOIAL

1. TYPE OF **'ASTE SHIFFED SHIP!ENTS CU3IC !E'ESS C ONTE"' % E:.ROR

c. Irradiated Jan. 0 Ti/A N/A N/A cc=ponents and other Feb. O N/A N/A N/A categories Mar. O N/A N/A N/A Apr. O N/A N/A N/A May 0 N/A N/A N/A__

June O N/A N/A N/A Six Month Total (Tvne c.) 0 N/A N/A N/A

2. ESTIMATE OF MAJOR HUCLIDE COMPOSITION (by type of vaste)

a. Cs 3I L9 597 h85.h2 Ci 134 Cs L2.195 l L12.98 Ci E

Co 7.28% 71.26 Ci All Other Nuclides Mn 54 .o38,. Q.18 Ci Less Then 0.1% of total cu= position.

b. Cs-'T L9.59% 9.25 C1 Cs h2.19% 7.87 Ci sa Co"* 7.235 1.36 Ci

!!n 5k 938% 0.17 Ci

c. N/A N/A N/A 3 SOLID WASTE DISPOSITION Number of Shinnents Transportation 26de ' Destination 23 Closed, Sole Use vehicle Barnwell, SC h Closed, Sole Use Vehicle Richland, Washington i

s

h. IRPADIATED FUEL SHIPENTS DISPOSITION Nu-ber of Shirrents Transecrtation Mode Destination o N/A N/A III-3

Section IV O JOINT FREQUENCY DISTRIBUTION WIND DIRECTION VS. WIND SPEED BY STABILITY CLASS AND METEOROLOGY DATA PER BATCH RELEASE (Regulatory Guide 1.21)

January 1, 1980 to June 30, 1980 ,

I i

O L

i 4

'l i

i I

l l

t l

lO 1

I IV-1 l

l_ , . _ _ . _ . . _ _ , _ . . - . _ _ _ . , _ _ _ . . _ _ . _ . _ _ - . . _ _ . _ _ _ . . - . . . _ _ . . . _ _ ~ . _ . _ . _ _ . _ _ _ _ _ _ _ _ _ . _ _ . . . _

-_ . _ . - _ - - = . - -- _ - . . ... - ---- -

i 4 l i IV. JOINT FREQUENCY DISTRIBUTION WIND DIRECTION VS. i O

w1so sezzo av sr^8 ttrv ct^ss ^uo "trzoaotoor o^r^ '

PER BATCH RELEASE A. Meteorology data per batch tables will have -99 i

values signifying either invalid data or no data available.

4

O 1

O 3

IV-2 1

w G

< ooooococoocoCoooo t'D eaeeoeeoeeoeoeeee 3 ooooooooooooooooo eeeoeeeoeeoeoeeoe

\

' J W oooococoococcocoo 0

e e e e e o e e e e e e e e e e e oOk CooooooooooOooooo e>2

@ m e e e e e e o e e e e e e e e e e oC@ ooooooooOoooooooo 2 e> e o e to 6 o O .o= . e e e e e e e e e e e e e e e .

W > C0@ 0o0o00o000ooo0000 mO e> e N

5 N m

2 o W m e e e e o e e e e e o e e e e e e

> m oO@ ocooocooooooooooO LJ 3 e> +

Z * @ 4 2

me o

m e e e e e e a e e o e e e e e e e C oO@ 000o0o000ooo00000 0 3 en e W

W 9 mm 4 4 m o e o e o e e e e e e e e e s e o sc O WO@ 0000000000o00000C O W e> e W 2 m 4 4 e = 3 2

~ 3 o a < m o e e e e e e e e e e e e e e e e

> e > > C04 00000000000o00000 m 4- y e> e m > O W 4 4 W 2

2

2 O O e *

e *

e *

e e e e e e e e W == m0@ ooooooooooooooooo m > O ek e U W M M W W >

0. 2 U e == > W e e e e e e e e e o e e e e e o e

> 0 0 W OO4 ooooooooooooooooo 2 6 e>

I O W 4 M M C 2 3

@ ** O >

W 3 W O e e e e e e e e o e e o e e e e e e 2 2 g

6 2 WO@

>

ooooooooooooooooo o C 3 O 2 N N o a == 2 O

> e. ==

c D > e e e e e e o e o e e e o e e e e C 2 L U C04 000o00000o00o000o u

@ == 2 W e> e e n

== 2 == a (b N 2 m

% > 8 ==

C 2

= m O = 0 M = O e * * *

e

e

e

e o e *

e > ==

\ O > s

@O@ OoooooooCooooooco 4 >

f') e> e > <

O > o ** .. ** =e E >

U e 3 W 2 2 2 ft m W o W g m o e e e o e e e e e e e e o e e e CD m D D '

= 004 00o00ooo00000o000 O CD C 2 O is **

O

& >O W 2 a == 0

I U == 2 o o a O

== > 6 o > J **

gq e= U e e e e e e e e e e e e e e e e e 4 g o >> > > W 00@ coccooooococcoooo > 4 C mm 2 O M +> e Z >

@ == e= o o *=

== OG C k N 4 7 k O

== 3w e e o e o e o e e e o e o e e o e o o

N Wa OC4 oCCCocococcooCCCo >

3U e>

T 2

== 0O o o W W o a2 tr u 4 Z &

O U2 D W I O *D 2 4

== JC 2 C @ LZ O .J m W D .J > as

= 1 4 *E O W W W W 3 3 3 3 >

U W 262 mLM V3V 232 O W 4 4 m 22WWWmmmme 333222>

D , > TW

( ) 1 4 42 TJ 4 O 2O

> Om IV-3

l 1

I e

O 4 f"* o o o o o o o o o C o o o o o m C e e e o e e e o e e o e e e e e o D em o o o o o o o o o o o o e o o ==

.J e e e e e e e e e e e e e e e e e 4 ** o o o o o o o o o o o o C C o ==

e=

C e=

. e e e e e e e e e e o e e e o e oC6 oocoocoooooooocoo e e- Z

@ ==

e e e o e e e e e e e o e o e o e oO@ ooooooooooooooooo T ** e C 52 c3 6 o U o.=

. e e e e e e e e e e e e e e e e e W e- oC@ ooooooooooooooooo m e e- e N c. P- p.

M 2 o W ce e e e e e ,e o e e e e e e e o e e e- @ oO@ 0o0o0000o000000o0 W 3 e e= e Z

C @

2 o

== == e e e e e e e e e o e e e e e e e C oC@ ooooooooooooooooo O 3 e t- e W mO W 4 A I e e e e e e e e e e e e e e e e e e C OC@ ocoooooooocococco x 0 W e> e W 2 M 4 4 8 ** D 2

== 3 C g 4 == e e e e e e e o e e . . e e e e e

= * >= e- oC4 ooooooooooooooooo

@ 4 U e >= e W > Q W 4 4 W 2 ee 2 m a o O e e e o e e o e e e o e e o e e e W ** @C@ 000occooooocoocoo e t- O mm e> e U W W W e=

CL 2 U 4 == > W e e e e e e e o e e e e o e e e e

- O U w oC4 ococooooooooooooo 2 6 ee e E O W ot f*1 m C 2 3 3 ~ O e-6 3 W C e e e e e e e e e e e e e e e e e e c 2 moe e> e coooooooooooooooo o == e 2 2 6 D C 2 N N o C = 2 e- == .O o D > e e e e e e e o e e e e * * *

e C 2 @ U oC4 cooococoooooocCoo N

& == e W e p= e O N

e G ** 2 N N 2 @

N

I == C 2

== to C == C m *= C e e e e *

e e e e *

e e e * *

o=

% C

O st. C @

e p= e oooooooooooooocco 4 e

4 f"1 2 o > Fa me ** en E >

U e 3 W 2 2 2 -= M W c W I @ e e e e e e e e o e e e e e e e e c m D D oa oC4 ** o o o o o o o o o o o o o o o == C CD C 2 O 10 e> e C

2 e= o 6 2 == == 0 2 U == 2 c o == O e- == e- 6 o > .J e=

a4 - U e e e e e e e e o e e e e o e o e e .J o e- > > e- W oo000000000000000 > <

C M@ Z C @ m* *o= e. 2 >

@ == == o o ==

s= Q& C 6

% 4 3 6 0 g6 e e e e e e e e e e o e o e o e e o *-

o W .J c04 ocococoCocCCococo

% 3U e> e E 2

== 0D o o W W o L2 o U C Z 3 C U2 O W I C *= D 2 4

== JO 2 C 2 :2 o .J

@ W DJ e- 4

== CL CL 4 U L W W W 3 3 3 "E >

U W 2 La 2 V6V V3m 232 C '

\ W 4 4 e ZZWWW@v@VVE 332229-v/ .J p=

4 I>

or 2 4 Q EC

> C6 IV h

r 3

m CCCCCCCCOOCOCOCOC 3 e e e o e e e e o e o e e e e e e O OC0C00OOCCCCOOCCC J e e o e e e e e e e e e e e e e e e OCCCCCCCCCCOCC000 e-C

==

e e e o e e e e e o e e e e e e e C C '. COCCCCCCCCCCCCCOO e e- 2 e e o e e o e e e e e e e e e o e i C C C* COCCOOCooCCCOCCCC j 2 e e= e =

C C C *

. O O

y == e e o e e e o e e o e o e e e o e w

O C .* C0000C0C0000C0o00

3 e e- e

% e == P=

f 2

w .O. e e e e e e e e e e e e e o e e e

.= e C C ?" OOCCCCCCCCOOCOCCO '

i. 3 e e- e Z

4 4 r

2 O

== == e e o e e e e e e e o e o e e e e C OC? OCCCCCCCO00C0C000 C 3 e e-

6 @ C w e a 9 e e e e e e o e e e e e e . . . . .

C' b* C .* CCCOCCCC000OOCCOC or C . e e- e d 4 4

==

s 2 ( .

==

3 2 e .C= . e e e e e . . . e e e e e e e e

* *= == OC4 COCOOOCCOCOCOCOCC

&* C U e e= e f > C m. 4 4

, 3

. 2 .-

2 C C e e e e o e e o e *

e e o e e e r =, ** e C? OOCCCCCCCCCCCCOCC

> c e- C **

e e- e sa se, . P

. to. *=

a : U C == > e o e e e e e e e e e o e e e e e e- C U m 004 CCCCCCoOOCOOOOOOC C . e e-N C S $ R P.

C 2 :

I = c -

e

. 2 w C e e o e e o e e o e o e o e o e o 2 3 4C? OCCOCCCOOCCCCOOCC C C

: . e e- e e

C : 0% N O 2 e- 2 e- .O.

C O e- e . . e e e . . e e e o e e e e e C C C U CC4 CCCCCCCCOCCCCCCOC 9 e- o 6 e e- e # s

= 2 ** 3 N 4%i T C

% e- t == C 2

== # C ** C

" = C e e * * * *

e * *

e *

e o e * -

% C e- C #OP OCCCCCCCCCCCCCCCC 4 e-

- 2 e e- e > <

O >> b* = == == 1 >

U e 3 en 3 2 == 0 w c .; e V e e o e e e e e e e e e o e e e e c e C C = CC4 CCCCCOCCCOCOCOCCC C C

. C 2 C e e e-

O 2 e- C w 2 == == C 3 O C ==

.c.

e- .U.=>= % O o. ;

33 - Q e e e e e e e e e e o e o e e o e er J C = = * * *= a= e, .*C? OCCCCCCCCOOOCCOOC > 4 C ff 2 C V e e=

Z >

? *= == O C ==

== C2 C m N 4 7 4. C

.- c .f . . e e e e o e e e e e e e o e o C *=

C w CCJ CCCCCCCCCCCCCCCCC

% 34

e-

3 2

- OO C C w C LZ Y U Z 3 C UO O '.

O C =0 Z b

= )O 2 C 3 0: C .4 V . Is e-

V 3 3 3 We k k4 U w up:. . b' V .,. em o' / 3 %* 1% "O n w 4 4 v- 2 O ., w # # # e* # 3 3 3 2 2 2 ==

a *= I *=

C 4 43

E C XQ

= 3.

a->

O

\'

O at 4o4mCN4@NOMMC4FNC C e e o e e e e e e e e e e e e e e Q N m fa m m 4 4 m m m m m 4 4 e m m

.2 e e e e e o e o e e e e o e e o e 4 kmoeN@NNm4&N4470@

> == N == == m @ C @

C N e e e o e e e e o e e e o e e e e CC6 COoooOCoooOoOmCOM em2

@ =

. e e o e e e e . . e e e e e e e oC@ OOoOOooooOoooNOON 2 e >= e o tD @

6 o u .o.= e e e e o e o e e o e e o e e e e W > oC@ CoocooOOOOOO-=NNom e C ** *

% e N P=

M 2 o W me e e e e e e e e o e e o e e o e e

> m oO@ O O o o o == == 0 O c e= 0 m o CD 4 C W 3 e >- e == ,

Z * @ @

Z O

== = e e e e o e e e o e o e e o e o e C OC@ O C O o o o m o O -= o O N C M @ @

C 3 e e= e me N W WW W 8 CL 8

@ e e e e e o e o e e e e e o e e e C @C@ O m m o == == c o o o O == == N m C =*

8C C W

8-

N

> W 2 W 4 4 i e - 3 2

= 3 C 2 er == e e

e e e e e o e e e * * * * *

= * * > OC4 m @ m m o = = o c o o = O N N 4D C V et U e p=

N

@ > C W 4 4

% W 2 2 ==

2 C C e e *

e *

e * * * * * * * *

W == mC@

m > C e> e m n o == O N == N N O O N == == C .C. 4N W W f* m W W >=

1 2 O e >- W e e e e e o e e o e e e e e e e e

= C U 6 OC4 *= = N == O O o o o C e == == c @ 4, c 2 6 e *-

m I C W 4 mm C 2 0 2 *-* C >

w 3 W C e * *

e * * * * * *

e e * * *

2 2 @C@ N N o ** O == O o == == = 0 o == N P W == 4 2 2 6 e> * ** @

D C 2 N N 4 2 >,= 2

= C

==

C O > e o e * *

e e o e e e * * * *

C 4 U oC4 N W = o C C == C o *= o N N 4 m N T n

@ = e W e> e N t/' W

== 2 == 2 N N 2 W N >- 8 == C 2

== m C == C m == C e * * * * * *

e * *

e e * * * * ==

N C o- O cC@ 4 N = c o o o o o ** O C == N m N 4

== >

er >

m 2 e >- e 4 o > @ == == == 2 > -

O e 3 W 2 2 2 o M W c g- a e o e e e e e e e e e e e e e o e e T e D D =* OO4 N == 0 0 == c o o o o == o == M N O @ C CD C 2 C M e >= e - C 2 *= C W 2 == == C 2 U= 2 o C == C e= ==>-w > J *=

ae .o. U e e e o e e e e e o e e e o e e e < .;

o * - > = *= >- u mC& ooOOoOooooooeooo- > 4 CL O 2 C O e >=

2 >

@ m. V == o O **

== C2 C k ag => 6 0

. gW e e e e e e e e e e e e e e e e e o C 6i CC4 CCCCCCCOCCCCCCCoc >

% 3v e>

2 2

== 03 o o W W Q L2 C U C I 2 C U2 0 6 I C == 3 2 CL

= 8C 2 tD 2 : 2 C J

> 4

.f= aw 3a 1 as v W W W W D 2 3 3 >

C v W 2w2 V. 6 4/: sr 3 v. 232 m 22WWWd#VWW 333222**

l^

W W

4 et I>

ar 2 g CD 4 i EO

> Ow IV-6

m ee O

4 4&@44m&NmNC*=Nmbo-CD * *

e e o e e e e e e e e e o e D m m N m N m 4 m m @ 4 m m f*) f") 4 4 J e e o e e e e e e o e o e e e e e 4 c o o m m P. C o 4 == @ N m E = .= @

> @ m 4 4 N m O @ @ CD 2 @ @ O 4 N 4 O == =======N

> a=

e e e o e e e e e e e o e o e e e CCL C C O O O O *= m e e- 2 =.=e c == .@ C C N m em O 4N

& ==

e e e e e o e e e e e e e e e o e CC@ C C O O C C m @ f'1 m m O O M f") m &

2 e *= e .= m O CD 40 6 C O

U = e e * *

e e * *

e e e e * *

W > cC@ O O C O O *= @ m M 4 m N == == @ N N W D er ** 4

% e > Pe m

2 O W == e e o e e.e e e e e e o e e e o e

> m CO@ MOOOC4@N45m=mdCN@

W 3e e p- e N == a= == @

Z * @ @

Z O

. e e e e o e e e e e e o e e e e e.= ==

O OO& @ 4 O == 0 N 4 == @ m =.e N m N cp f=1 m O 3 e e= e ,e N==== .= m W Wm ==

W I CL 4 m o e e o e e o e o e e e e e e e e O @C@

w O W e> e N N N m N == 4 @ C. 4 @ == c .o 4.e === cD >

W 2 0 4 4 4 == D 2

== 3 a 4 o.-

e e e e e e e e e e e e e . . e e e o= * >= > CO4 4 f'1 == 5 == m 4 @ @ 4 m 4 4 m m N N m 4 U e a= e == == cD m > Q W 4 4 t

W 2 g 2 ==

2 o O + e *

e e o e

e e * *

e e e W == mO@ m & 4 cc @ m 4 W m m m N @ @ N CD @

m > c e> e ,= .= N -e m U W M f") ==

W W *=

CL U 4 2.=

e > W e e e e e e e e o e e e e e o e e

> c U w C04

>=*

cC @ N N m f"i m & N 4 m m C C m N M

==*=== N == @

2 6 N ==

Z c W 4 t') M -

C 2 3 2 == C >

w 3 W o e e e e e e e o e e e e e e e e e e m

a Z mO@ co @ cc m f") P= @ m N N!= m N 4 5 N o @

e 2 2 W e> e = em .= = == 4 @

O O Z N N == = 0 2 == 2 C N

>- e= a=

C 3 > e e e e e e e e e e o e e e o e e cc = tti U cC4 o m 4 o f') C e N m o @ O N N 4 cc n

@ e e W e >= e == a= === - f% - N e of

== 2 == a N N = 2 m

.N > + == C 2

- W O *= 0 f") = C e e o e * * *

e * *

e e

e e e= *=

N Q e- O @ -= N *= m @ m @ N m C t') La=== f*) cc m cc 4 >=

m 2 @eoO.- @e CLi > 4 O > 4 ** == == 2 >

U e 3 W E 2 2 O m W c W g m e e e e e e o e e o e e e e e o e C m D D == oO4 N O N O f*) 4 N O f'1 f'i s.* f*) W f'1 @ N N O T!

C 2 C te e >= e a O C C >= Q W 2 == == 0 I O == a O C *= O e= * * > 6 e-- J **

24 .o= U e e e e e e e o e e e o e e e e e 4 J o e- > >- >= W mo@ > 4 E me 2 C m o >- e .= c o == == o == N O ~ f") e= N N O o m= 2 >

ee o o ==

@ ==

a QQ C L 4 7 k O N.=

. 2W e e e o e e e *

e e e e e e a e o C W ,,,J CC4 CCCCCOCOCCCCCCCCC *=

N 3U

t- e 2 Z a= CD C C W W c (L 2 c3 U W Z @

C U2 O W I O e-a D 2 Q.

= JC 3 cc a CD I O J

4 m W O .J >

- C. Q. 4 U W W W w 3 3 3 3

\ U k ZE2 MWV V3V 232 C W 4 4 m 22WWWWWWWW 333222>

.J >- I si.

C 4 4 2 4 O Eo

> Ow IV-7

_ __ _. ~ . _ _ _ _ _ _ _ . . . , _ _ _ __._

[%.

2 4

c Ce Ce oe ==

e ea=e Ce oe4e@ eC e P=e eL*e Te @e @ f*3 C.

3 - == o == N == N N m m 4 m == == N m N

.J e e e e e e e e e e e e o e e e e 4 V ** o == C 4 4 o O - 4 @ m & @ M o

>= N N == == N N == N N a= == m O N e-e o e e e e e e e e e e e e e e e oO6 o o o o o o o o o o == o o o o o ==

o e= 2

@ ==

e e o e e o e e o e e e o e e e e oO@ o o o o o o o o o == N o o o o o f*)

2 ok

O e C 6 o o

U == e e o e e e o e o e e e o e e o e W > o0@ cooocoocoodNooood mO e >= *

%

P= P=

m 2 o W == e e e e e o e e e e e e e e o e e

> m oO@ cocococoNNMNoooo@

W 3 e >=

E * @ @

2 o

== == e e e e e o e e e e e e o e e e e Q oOP o o o o o o o == 4 == == N o o o o @

O 3 e >- e W @ m W 9 CL 0 m o e e e o e o e e e e o e e o e e O mO@ o o o o o o o C == == == == c o o == m ac O W e p- e W 2 0 4 4 0 == 3 2

- 3 2 =g O.=

. e e o e e e e e e e e e e e e e o e- e *- >= oO4 oooooooNNNmoNOoa=N m 4 y e p- e ==

g O > O W 4 4 W 2 i == 2 ==

2 O O e e e e e e e e e o e e e e e W ==

O mO@ o o o o o o == e- p o o o o N N ,,e m >= e> e ,

O W m f*l laJ W >=

CL 2 U 4 e- > W e e e e e e e e e e e e e e e e e

>- O U 6 oO4 == o o o == o m o o N N o N N m p- m 2 6 e >- e N 2 O W C m M O 2 0 2 == 0 >=

6 3 W O e e e e e e * * *

e e *

e e e e C 2 mO@ c o o o o m m == == *= o N N e m - ==

N o e o*

2 2 6 e *= .

M 3 O 2 N N -

2 == 2

>= = = .O C D e= e e e e e e e e e e e e e e e e e

> o C o U oO4 N o C o 4 m m c ** *= m e= == Q N C &

mm St II

' CP ==

b e >= *

== 2 4 2 N N 2 m N - e == O 2

== m O == 0 r* == 0 e * * * *

e e e e o e e e e e e >- -

N O

O mO@ o == o C o r= m N == == o o e O N == o 4 >

m 2 *> e m > 4 o > @ == == == 2 >

U e 3 W 2 2 2 == m W c W e m e e e e e e e o e o e e o e o e e c m D D == 0O4 ** o o == == m N N a= == N m @ m N O m o e o 2 O II

e- e m O i 2 e- O W 2 == == 0 2 U *= 2 o O == 0 e- ==>- 6 C >- .J ==

r i 24 - U e e e e e e e e e e e e e e o e e as .J o e- e- > >= W mO@ e == o C o o N m - =* - N m N M o o @ > 4 e em 2 C m o s- -

=

2 >

@ ** == o o k

= O2 O 4 7 6 O N.i= 2W e e e e e e e e e e e e e e o e

C oO4 ocoCCCCCCCoCocoCC

C W .J I N 3 (A e> e 2 2

' - O3 o o - W W o C2 C U L Z 2 O UZ D W 9 O == 3 2 a

= .J O 2 J C 2 CD I O 4 m W 3 J >

- 3, 4 O 6 W W W 3 3 3 3

CL O t, 262 m L., v v3V 232 O h W 4 4 m 22W6*Wmmmmm 333222>

i J > = e=

.U e 4 er 2 4 O iO

>= 06 IV-8

\

a d C O C O o a= == C C @ C C 4 @ C C er C e e e e e o e e e e o e e e e e e O O O C O O == N N O M 4 C == O O C N

_J e e o e e e e e e e o o e

4 e e 4 C C O G C N 4 V N @ M M 4 fv C C N

> f=}

O e e e e o e e e e e e e e e o e e OCL OCOOOCCCCOOOOCCOC em2

@ ==

e e e e o e e e e e e e e o e o e OOoOOOoOOOOOOOcoO 2 OemC &.

C C C 6 O O

U == e e o e e e e o e e e e o e e e e W > OC@ COCOOCQ0000000000

@ Q e>

N . P= P.e 1 @

3 O

W e,e e e e e e e e e o e e e e e e e e

@ CO@ OO000OOOOONOOOCON W y e> e Z * @ @

Z C

e e e e e e e o e o e e e e e- e O CC& COOOOOOOONOcOOOON O 3 em e sea @ @

W 5 4 0

@ e o e e e e o e e o e e . e e e e O @C7 OOOOoocOCOOOOcoon W C w e> e W 2 @ 4 4 e == 3 2

~ 3 o e o e e e e e e e e e e e e e e e t d =

> e >= > CC4 C O O O O O o O O == 0 O O O O O ==

@ 4 U e> e

@ > C W 4 4 W 2 s == 2 ==

1 C C e a e o e o e o e e e e e e e e e W ** @C@ O O O O O O C== C O O cec O C O*=

@ > O e s= o U W n n 6 W >

4 2 U e == > W e e o e e e e e e e e o e e e e e

> Q U 6 C04 0 0 0 0 0 C == O C 0 0 C O C O O m Z k e> e 1 C W 4 m n O 2 3 2 *= C >

w 3 W C e *

e e e e e e *

e o e e * *

2 2 WC7 O O o o o C == == c O o O o o C C N == C

=

= W 2

e e-N N e

==

e O

c =

2

= .C.

C > e o e e * * * *

e o e e e o e e r C L U CC4 COCCCONaCDOC=CCC4 W n

e == 2 W e> e V

== 3 N N 2 @

a= 2 C C N > e ==

= @ C == c f*. == C *

e * * * * *

e

e o e

e e >= ==

@C@ o O O C C * == ** O ** O C o O O C 4 4 >

N Q > C > d M 2 e> e O > me == =* == g >

U e 3 W 3 I 2 4 @ W e e e e e e e e o e e e e e e e e c:; @

c W e V D D == OO4 oOoOOO==COOoOm==OOm o c::

C C 2 C u e>

2 >c W E == == 0 I U == 2 O 7

== 0 J =*

> **

6 o > !

g4 - U e e o e e e e o e e e e e e e e o 4 O -> > > W @O@e o O o O o == O - N -= == N O == O O 7 > 4 cr @@ 2 C @ e> >

=

& == == 0 o k

== CO C 6 0 N e 7 C

- gw e . . . e e e e e o e e o e e e e

C We oC4 C C O C C C C C C C C a= C C C C ==

N 34, e>

C Z

== C3 O C U W 1 U o 42 Z @

C O w C U2 L q O *= D

== JC 2 C 1 1: C .:

4 nr. W 0 .J

W W W W 3 3 3 3 *=

== 4 44 U U W ZLZ @ ist sr O 3 tr 232 C W 4 4 @ 22WWW@@@@@333ZZZW

'O 4 T, 4 I>

42 j %

O L' G Qw IV-9

__ _. _ _ . . ~.

O O O TABLE 198 - ALL DATA PERIOD 01/01/1980 THROUGH 03/31/19Ao RUN FROM TAPE SERIES TRI-EX OHAHA PUBl.IC PowfR DISTRICT FORT CALHOUN NUCLiAR STATION JOINT FREQUENCY DISTRIBUTION WIND DIRECTION VS. WIND SPEED IN METERS /SEC FOR DT100 = -INF TO .INF IN FRE0tlENCY DATA USED -- WD10 .WS10 eDT100 SECTOR IS WIND DIRECTION NOT AFFECTED DIRECTION I

0.0 0.5 1.0 1.5 2.0 2.5 3.0 3.5 4.0 4.5 5.0 6.0 7.0 8.0 9.0 SFCTOR TO 10 TO TO TO TO TO TO TO TO TO TO TO TO TO TOTAL UBAR 0.4 0.9 1.4 1.9 2.4 2.9 3.4 3.9 4.4 4.9 5.9 6.9 7.9 8.0 INF l NNE 0. 2. 6. 13. 14 20. 10. 18. 17. 7. 9. 3. O. O. O. 119. 32 g NF 0. O. 1. 4 12. 8. 7. 12. 9. 8. 14. O. O. O. D. 75. 3.6

< ENE 0. O. 2. 3. 5. H. 24 4. 4 5. D. O. O. O. D. 55. 3.1

! $ E ESE

0. 1.

1.

1. 1. O. 6. 10. 9. 8. 3. 1. O. O. O. O. 49. 3.4 c3 0. 5. 5. 9. 3. 4. 6. 1. 3. O. O. O. O. O. 3 T. 25 SF 0. 3. 9. 17. 13. 13. 3. 5. 4 2. 7. 5. 1. O. O. 82. 29 SSE 0. 4. 5. 9 16. 15. 9. 6. 5. 4 27. 27. 6. 3. 1. 137. 43 S 0. 4. 2. 9. e. 5. 9. 11. 8. 6. 12. 7. 3. 6. 11. 101. 4.6 SSW 0. 3. 4 3. 5. 4 7. 8 !!. II. 20. 16. 3. 3. 13. Ill. 52 SW 0. 3. 4 6. 7 4 6. 12. 7. 5. 9. 9. 14 14 16. 116. 5.6 WSW 0. 6. 4. 8. 13. 8. 21. 3. 8. 7. 12. 11. 9. 7. 1. 114 41 W l. 6. 6. 3. 9. 17. 14. 14 4. 4 O. O. 89

5. 3. 3. 31 '

WNW 0. 5. 18. 16. 14. 9. 13. 10. 6. 1. 7. 6. 2. O. 2. 109. 2.9

. NW 0. 6. 22. 20. 25. 20. 18. 7. 7. 12. 13. 4. 3. 5. 6. 56R. 3.3 NHW 0. O. 13. 13. 27. 24 35. 32. 7. 7. 21. 18. II. 3. 1. 212. 3.7 l N 0. O. 7. 8. 16 23. 25. 36. 21. 20. 17. 16. 2. 3. O. 194. 3.8 TOTAL 1. 44. 109. 138. 193. 187. 223. 193. 128. 104 173. 12S. 58. 44 51. 1711. 3.8 NUMBER OF INVALID OBSERVATIONS = 413.

PERCENT OF VALID 00Sf.RVATIONS= Al.1 l

1 i

1

2 4 OCCOOOOCCDCCOCCCO

= e e o e e e e e e e o e e o e e e

DOcOOOOOCOOOOOcOO e

d m COCOOOOCOOOOOCOCC

== e e e e e o e e e e e e o e e e e C OCOccC000OOCOOCOO e-CCw OOCOOOOCCOOOOCOOO e e= : o e e e e e o e o e o e e o e o e

? e= OCCOCOCOC000COCOO COP OOOOOOOCOOOOOOOOO 2 en e e e e e e e e e e e e e e e e e e C C C C000000000000000C w O O

U ==

m= CO? OOCOOO000COODOOOO e C e = e e e e o e e e o e e e e o e e e e

%

A >= OCC00OCOCCOCOCC00 2 O w ==

== o CC? 00000000000000000 w 5 e en o e o e o e e e e o e o e e e e e e K e 4 C COC000000000DOOOO Z O

=

C CC& OO000000000000000 i C 3 en o e o e e o e o e e e o e o e e e e w 6ft O OC000000000000000 w 8 L 5 6.T C en O P OOCOCCOCC000CO000 at O w e e- e e e e e e e o e e e e e e e e o e W 2 V 4 4 OOC 00000000000000 e ;> 2

- 3 0 2 < ==

w e == == 004 000OCOOcc 00000000 e C U e e- e e e e e e o e e e o e e e e e e e M > C w 4 4 OOCOOOCOOCOCOCOCO W 2

- 2 =

2 C C

= @OP 0000OODOOCOOOO000 M == 0 e == e o e e o e e o e e e e e e e e e e U m P M CCCCCCCOCOOCCCCCC 6 . =

f. 2 U i 4 == 6 w C = Oct CDCOOOCOOOOOOOOOL m= . e en o e o e e e e e o e e e e e e o e e I O 2 4 6 m CCOOOOOOCOOC00000 C : w 2 = v

= 3 2 O e

. Z #0? OOOOOOOOCCOOOOCOC C D 2 2 2 e == e e o e e e o e e e o e e e e e e e e D C 2 N tb COOOCCCCC00CCCC00 C 2 == 2

.- == .O=

C 3

?

C

.== z .

6 b C. =C .: C. O. C. O. O. C. O. O. O. O. O. Oe O. O. O. O. O.

a v .

~ 2 == 2 tL N COCOOOOCC 00000000 e N == s == C =

= M C = C r = C e- -

N O e- O OCOOOOOOOOOOOOOCO < ==

r= = c. .O Pe e e e e e e e e o e o e e e e o e > <

G > O == -e -= OOOCCOOOOOOOOOOOO 2 >

U e 3 =. 2

N / w

=

c w t # #

3 : == C04 OOOOOOOOOOOC00000 C =

0 2 O e e n- e e * *

e

e *

e * *

e e

e C

, 2 *- C w 2 = == CCOOOCOOOC00COC00 C I U == 2 O O == C s- ==e- 6 O == J ==

24 == L2 4 4 O e=== a- e- w /O? DOCOCCCOCCOOCCC0C > <

C #V 2 C v e == * * * * * * *

e * * * * *

e

2 >

? - == O C OCCCOOOCCOCODOCOO *=

= C2 C i

% e =? 6 C

= 2w C C wa CC4 CCCCCOOCCCCC00CCC w

% 3v e o- e e e e e e *

e e e e e e e e o

C Z

= CO O C CCCOOCOCOOCOCOOCC - w O 22 I v 4 Z 2 C U2 0

I O =0 2 2

= JC 2

? 2 C: C J V w CJ w <

== a 24 U ml . .an and 3 3 3 3 **

%, w : -w Z {wV V3e : 3Z C w <**<

e=

e Z Z w w / # V V c 3 3 3 Z 2 2 e=

4 t C C 42

% % 3 LQ

== 0 e.

tt 19 at=na

_ , _ - - - , , . - - - - . , _ _ _ - _ - . , , - _ , . - - . - . . _-_.._..-e . . - . - _ ,

2

\ 4 C ee C. Oe O e c e O O eO O. O. Oe C e e e Oe C. O eC eme D mCOCOCOOOOOOOOOO=

J & 4 4 OOOOOCCOOOCCCCOOO

> e e e e o e e o e e e e e e e e e O C0000000000000000 OOk OOOOCOCOOOOOOOOOO e>Z e o e e o e e e e e e e e o e o e

@ = COCOOCOOOOOOOOCOO CO@ COOOOOOOOOOOOCOCO 2 op e e e e e e e e e e o e e e e e o e O Q O C0000000000000000 6 o O

U -

W > OO@ C0000000000000000 M C op e e e e o e e e e e o e e e e e e e N

N M 00000000000000000 m

2 O W m

> M 00@ 0000000000000o000 W 3 e> e e e e e o e e e e e e o e o e e e L

4 & C0000000000000000 Z O

= m O 00@ 00000000000000000 O 3 e> e e e e e * * * *

e e e e e e e e W mm C0000000000000000 W I A 4 m

C WO@ 00000000000000000 M C W g e> e e e o e a e o e e e o e e e o e e W Z M 4 4 00000000000000000 e - D 2

3 O 2 4

> e > > OO4 0000000o000000000 M 4 W s> e e e e e e e o e e e e e e e e M > O L' 4 4 00000000000000000 W 2

2

2 O O W = 00@ C0000000o0oo00000 M > Q e e- e e e o e e e o e e e e e e e o e e U W M M OOOOOOCOOOOOOOOOO W W >

4 2 U e = W

> O 6 OC# C0000000000000000

> 6 en e e e e o e e e e o e e e e e e e e E O 2 4 M M OOOOOOOOOOOOOOOOO O Z W 2 = U >

6 3 2 O e W Z WOP Co000000oo0000000 O =

2 = a er e N

e o e e e e e e e e e e e e 0o000000000000000 e

O e

O O 2 N 2 = 2 O

> - =

c 3 U OC4 N C

~

T

=

2 W

N ow e N

0o000o.0000000000C o e e e 0000000000 COOOOOO e e e e e e o M Z M 2

N

4 = O 2

- @ O = O P - C > -

N O > c WO@ C000000o0o000000o 4 >

M Z em e o e e o e e o e e e e e o e e e o > 4 O > N = *

C0000000000000000 2 >

U e 3 W 2 I Z = M W O W l M 4 C C M 3 D = C04 OOOOOOOOOOOOOOCOO O O C 2 O N * * =

e e e * * * *

e e e e e *

e

O

, 2 WC W 2 - - C0000000000000000 O I U= 2 O O < O

> => w O > J =

24 - U e J O >> > > W WO@ 00000000000000000 > <

c MV 2 C M ** e e e e * * *

e

e e * * * * *

Z >

@ = = 0 O C0o0000000*900o00 =

CQ C W N 4 7 6 O

= 2k O C Wg CC4 OCOoOCCCCCOCOCOCC *

% 3U en e e e e e o e e o e e e e e e e e e 2 Z

- CD C. O C00000o000000000o W W D LZ C U C E 2 O U2 3 W l O =3 Z 4

= JC 2

@ 2 CI O J m 6 Os > 4 a 4 14 U w W W W 3 3 3 3 >

U 6 26Z MWV M3M 232 C W 4 4 m ZZWWWMMM@M 333222>

a > T>

T 4 ( T 4 Q 10

> 06 IV-12

I i 2 4

C cocOOOOOoCCOOOOOO e e o e e e e e e e e e e e e e e D C000000000CO00000 J

4 OOOOOoooooCCOOooO

> e e e e e o e e e e e e e e e e o Q 00000000000000000 k

OOw oOoOOOooOCooOOOOO e>Z e o e e e e e o e e e e e e e e e

@ = OoOOOoCoCoCOOOCOO OC@ 0o000o000000o0oc0 3 em e e * * * *

e o e e e e e o e e C e C OOOOOOOOOOOOoCooO 6 C O

U =

W > OO& 00000000000000000 m C em e e e e e e o e e e e e e e o e e e N e N M o00000000000000o0 m

2 O W =

> m OOP oo000000000000000 W 3 em o e e e e e o e e e e e e o e e e e E

4 & OOOOOOOOOOOOOOOOD 2 e

C 00@ 00000000o0000o000 C 3 ** * * * * * * *

e o e e *

e e e e W mm o000000000000c000 W l L 1 m

O 00@ OcocoOOOOOOOOOOOO M C W e> e e e e e o e e e e e e e e e e e e W Z @ 4 4 OOOoOOOOOOOOOOOOO 8 = 3 2

3 0 2 4

e > > 004 00000000000000000 m 4 U e> e e e o e e e e e e e e e e e o e e

@ > O W 4 4 000000000o0000000 W 3

- 2 =

2 O C W = OC@ C0000o0oo00000000 m > Q e> e e o e e e e e e e e e e e e e e e U W M M OoCOOCCOOoCoOOOOC W W >

2 2 U 4 = W W C k 004 0o000000000000000

> 6 s e- e e e e * *

e e e e e e e e e e e Z O Z 4 m M CooOOOOoOOooOOcOo C 2 W 2 = U >

6 3 2 O e W Z 00@ o O Z Z g er e 0 0 0e 0 0 0e 0e 0e 0o e0 e0o0e ce 0 0. C Oe e 3 C 2 N N 00o00000000000o00 O 2 = 2 C

> = =

C O >

C = 4 O oC4 000ccOO0000000000 N

@ = e W e e- e o e e e e e e e e e e e e o e e e V W

= 2 = 2 N N 00000000000000000 2 e

% > 0 = C Z

= m C = c F.

C * =

N c > 0 ha. c @ cooOOOoCooCococco 4 >

m Z er e e o e e e e e e e e e e o e e e e > 4 o > me = = = C0000o00000000000 2 >

U 3 W 2 I Z = m W C W 9 @ C O O O = CO4 000000o0o0c00o000 O 2 C 2 O W

h om e e e

e e e * * * * * *

e e e e c 2 ko 2 = = CoccoOoCOCOccocco O e

U= 2 o o = 0 m => 6 o e s =

24 - U 4 a O >> > > W 00@ C000000000o000000 > 4 e em 2 C m er * * *

e *

e

e *

e

e * *

2 >

O = = c C C000000oc00000000 =

= C2 C 6

% 4 7 6 O

= EW C C WJ oC4 CocoOCocoC0o00000 >

N 3v e e- e e e e e e o e e e e o e e e o e e g 2

= CD o o o00C0o00000000o00 W W o 42 g o u U 1 2 C U2 O W l C =O Z a

= JC 2

@ 2 Ta i C J V k DW > 4

= c 44 U W W W W 3 3 3 3 >

U 6 ZLZ V6C W3C Z32 C 6' 4 4 e ZZWWWO#m#M333ZZ2>

w > ZW E 4 42 4 O IQ

> Ow IV-13

[h

() E m t oo ee em. o me ee e&. N oe me em. o. e. m. Ne ee 3 NMmmm44mmmmm444mm J @o@mm4@mNMmO@mO&N 4 @mmN=mmm=Nmmkomm@

> e e e e e e e e e e e e e e e e e O oc- ocoOoooooooNmme

> m N N COL CooCocococooOmoom e>2 e e o e e e e o e e e e o e e e e 7 m C0000o0000000oo0e m n o0@

e s-coooooooooooomoom e e e e e e e e e e e e o e o e e 2 e O C e o000000o0000oo000 6 o o

U = Com C W > OC@ coOoooooooooommoN

@ Q o p= e e e e o e e e e e e e o e o e o e

% e M N 0o0000000000o0000 M

E o W = @@ @ N mmm

> @ COO coOooooooooomo4No W 3 e t- e e e e e e e e e e e e e o e e e e Z * @ @ 000000000000o00cm 2 o

~ m N @ ~4mm4 C 00@ cocooomococomm>N@

O 3 ok e e e o e e o e e e e e o e o e e e W mm ooooooooooooCooom W 8 a O m @N t@ @@mbm@

C 007 x c W en e ce oe m e o.o oeoe oe oe o e o o. o eme m 4.m e W Z m 4 4 000000000o00000om e - 3 2 m 3 0 2 4 m N4N4 44 @ mom @

> e > > C04 mmmoooooooooomm4m M 4 O e> e e e e e e o e o e e e o e o e e e W > Q W 4 4 00000o00o000oo0cm W E m 2 m a O C hN @ ocam mc@ mon W w WOO amooomommoomoo4&M i @ > Q *> e e o e e e e e e e e e e o e o e e

\/ U W mm cocooococoooooooN U W >

A E U 4 m W C@m4 444mm4m

> Q 6 JO4

> k er e ceoeme oe oo oe oe oe oe oe me o. O. 4 eme m e o.

T O 2 4 m M ooOoooooooooooooN C 2 W g ~ U >

6 3 a O mm C 4 @cc come e W Z mC7 mmooCocooooooomN& m @

2 2 a o p- e e e e e e o e e e e e o e e e e e m o D C 2 N N 00C00o000000000oo 4 2 ~ 2 O m

> m a o D > m@t t @ mmmbom e : 4 0 004 mmooooooooommNmm4 M

& ~ e W em e e e o e e e e e e e e e e e e o e @ H m E m C N N 000o000000000000m Z M I N > 0 m O Z

M Q = 0 m m O m=4 4 CmNmC k

N O > c 002 N=coccooooocommm@ 4 >

m Z e e- e e e e e e e e e e e e e e e e e e > d o > m m = - oooooooOOoooooooo 3 >

U e 3 W E I Z o e W O W l @ mt t 4 @Nmto D m D D m 004 moooooooooooommN@ O C C 2 O a e e- e o e e o e e o e e e e e e e e o e O 3 MO W 2 m m Co00o00o000000000 Q

. Z Um 3 o O m C

> m> w o e J m E4 m U < 4 4 6 l

l o >> > >

c em 2 o m=

& =

W mOe e s-o o e ooooooo.oooooooooo e e e e e e ooooooooooooooooo e e e e e e e 2 >

a 4

i m c2 O 6

% 4 7 6 O m EW O l o wWyo OC4 occoccocococococo >

% or e e e e e e e e e e e o e e e e g 2 m CD o o ooooooooooooooooo W W o L2 D u O Z E C UZ ; W

, 8 O m3 Z E l

= JC C O @ mi O J l

W Om M 4 m 1 44 O W W W W 3 3 3 3 >

U W zWz v. w e v2m 23z O l

W 4 4 @ ZZWWWWWOMM 333222>

l a > Ik l

O 4 42 4 C IQ 1s == 0W -

- 4 IV-lh

4@@dCM@N@NC=NMNC=

4 C e e e o e o e e e e e e e e o e e O MMNMNM4O@@4MMMM44 J NC4MNN#44 bat 404MN 4

> 4C#4VC@N=Ec@eNPC@

e e e e e e e e o e e e e o e e e C @NNN=N@@@d4MM@h@C CNMO =N4 @

CC6 OCOOCoccNeCO--Coe e>Z e e e e e e e e e e e e e e e o e P = OCOOOOOOOOOOOOOON N4NMt NNNO OCP OOOOOO=M=NNOC===N 2 em e e e e e e e o e o e o e o e e o e O @ @ C O O O O O O O C O O O*O C O O N 6 C O

U = 4 4 N N O C = 4 (. = = @

w > OC@ OOCOCOM==NN=Oc@=@

@ C em o e e e e e e o e e e e e e e o e e

%

N N 0000000000000000N 2 O w = N MNPPPCCNMCEN

> @ CDP =OCOON4MNMNO=N@@4 W 3 e s- e e e e e e e e e e e e e o e e e e Z e e @ 000000-000000000@

2 O

= -9 @ 7@NOCN=t&@M

Q CO@ WeNOOOMM@@N@mNM4N@

O 3 em o e e e e o e e e e e e e e e o e e W @ @ eOOOOO=COOOOOOOON w 0 L 0

@ SP=N=dM4@M4@ @MNO O @C@ MM-==CNMONMOOWN44 w c w em o e e e e e e e e e o e e e e e e e w 2 @ 4 4 00000000000000004 s = 0 2

= 3 C 2

e 4 = Phe@thM4=McMMCzem e

C04 N=OMO=NM@NNNNNNC@

@ U om o e e e o e e e o e e o e e e e e e

@ > Q W 4 4 C0000000000000004 W 2

- 2 =

2 o C @=M@4NMeeeNe=44~.

w = 30@ @@N4M=NMNN=4@MNO@

, @ > Q 'e> e e e e o e e e o e e e e e e e e e U w M M CCCCCCCCCCCOCOm=N w w >

a E U 4 = w @444NNC=@MMM4@cCC

> Q w C04 4MNP==NOMNNN@4M@N

> 6 ** * *

e

e *

e e e

e e * * *

Z O 2 4 M M OC=COOOOOOCCOOmO@

C 2 w 2 = U >

w 3 2 C N4@CNP=N==&@e@CCC

w Z @O@ OM4N=MO===MCMM@?P C @

= 2 L er e e e e o e e e e e e o e e e e e e 4 e O o 2 N N =OOOOOOOOOOOOOOON = O 2 = 2 C N

> = =

C 2 > 4LP NfWOrtt44t47M C C @ U OC4 @NNOm44MNNDPW4NNN u e = e w eo e e e e e o e e e e e o e e e o e e @ p

= 2 = 2 N N OOOOCOOOOOOOOO=ON Z @

\ * * = C Z

= @

C O = c M = =<=4C=N4=N@N4M@CN * =

N C > C @CP @O-ON@=M==4=@N4Ne < >

M 2 em o e e o e e e e e e e o e e e o e e > <

O > 4 = = = 00000000000000004 2 >

U e 7 w 2 I 2 O @ w c w e @ = = NM- N>cNrM==4 C @

O D = C04 =O=O=N=O-=O-NN@=> C =

. C 2 O m *>

e e e * * * * *

e * *

e e e

C

. 2 >C w 2 = = COOOOOOOOOOOOOOON O I U= 2 O Q e= C j > => 6 C > J =

, 24 = Q < <> > > w @Ce OOOOOOO-OO-O-= ooc > <

E @@ 2 C @ e* e *

e

e e e e e e e e o e * *

Z >

@ = = O O 00000000000000000 =

= C2 O L N 4 7 6 C

= TW C O ws CC4 OCCCOCOCCOOOOOCOO >

N zu e s= e e e e o e o e e e e e e o e e e 4 g _Z

CO O O OCCOOOOOOOOOOOOOO w w O 12 C U k E C U2

e c

=w ' ~r JC 2

@ 2 DE C J

w 3s > g

= 6 44 O L w w w 3 3 3 3 >

U w Zw: VWW V3V 23Z C W 4 4 @ 22Www@@@V@333ZZZ>

A a >

4 I *=

42

{g 4

= o xo

Qw ri-15

___ _m. _m

/*

4 c @e @e oO ememeGeOe@e @ e @ h. @ @e e e@e T M t.

D ==OmNmNNMM4MamNMN J O@ @@fM@@@@OO4DM@

4

> NOOC4MM#@mM@M@@N@

e o e e o e e e e e e o e e o e e O COOOOmmOOmmOmmOON

> m CCL e>2 JeOe Oe O eO e O e eO eOeO C O. Oe O eO e O O eO e e

@ = OOOOOOOCOOOOOCOOO dm N CO@ COCOOOOOOOmOOOOOm

& ew e e e e e e e e e e e e e e e e e e O @ 2 00000000000000000 6 O O

U = Mm 4 W > OOP COOOOOOOOONmOOOOM M C em o e o e e o e e e e e e e e e e e e N

N N 00000000000000000 M

2 O W m m=>m -

> @ OC@ OOOOOOOOmmmmOOOO@

6 3 en e e e o e e e e o e e e o e e o e e Z * @ @ C0000000000000000 2 O m m @M44m =

0 007 O 3 ok o Oe O O. O. O. O e O e O o eN eO eO m. O. O. O. O em e W mW C0000000000000000 W G A I M @@@@ @e C WC@ OOOOOOOOOOOOOOOON x C W er e e e e o e e e e e e e e e e e o e W 2 m 4 4 00000000000000000 a m 3 2

= 3 o E 4 = ===> = ce

> * > > C04 OOOOOOOmmmmOmOOO4 M 4 U se e o e e o e e e e o e e e o e e e e

@ > Q W 4 4 00000000000000000 W 2 n

(j

=

W M

2 2

C

=

U

=

C Q

WC@

e> e OOOOOOOOOMOOOOmm>

cc@@

e e e e o e e e e o e e e o e e e amp W M P OOOOOOOOCOCOCOOOO 6 W W 4 1 U e = W c 4 5 mm =m>@O

> C k C04 OOOOOOmOOmmOmmmMM

> L em e e e o e e e e o e e e e e o e e e T O 2 4 M M C000000000000000m C 2 6 2 = U >

6 3 3 O CC44@ mmer@c e W Z 00@ COOOONNOOOommNNOW m O 2 2 6 e> e e e e e e e o e e o e e e o e e e = e 2 O 2 N N C00000000000000Cm M 2 = 2 O m

> = =

c 3 > m 4CC ccNe@mm M T C O U OC4 mOOOMNNOOOmOOrmOC n

@ = e W ow e e e e e e e e e e e e e e e e e e y n m 2 4 C N N OOOOOOOOOOOOOOOON 2 m N > + = C 2 m m O = o M = C 4 @@=<< CC=t@ > =

M N O > c @O@ OOOOOMNmOOOONNaO4 4 >

2 er o e e o e e o e e o e e o e e o e e > q O @ = m m COOOOOOOOOOOOOOOm E >

r U e 3 W 2 I 2 m m w c W + m 4 <@c-=ce=N=em e e m D D = C04 OOOOONmmOOmmWNmO@ Q C C 2 C N e>

e e e e e * * *

e e *

e

e

C E WO W 2 =

OOOOOOOOOOOOOOOCm O 2 U= 2 O o = C

( > => 4 O > a =

a4 m U < m-<<<=~m> . 4 o O >> > > w OC@ COOOOmmOOommmmCOO > <

r VM 2 Om er o e e e e e o e e e e e e e o e e e 2 >

@ m = 0 O COOOOOOOOOOOOOOOm m

= Ca C L N 4 7 6 O

= EW C c WJ C04 COcccOcOOOOOOOOc0 >

N 3W e> e e e e e e e e e e e e e e e e e e a 2

= CD O O OcOOOOOOCOOOOOOOO W 'w I O 42 C+ U l 6 Z E C U2 3 6 I O =3 2 4

- Jo &

P G C2 C J

@ 6 Zu > 4 m 4 14 U W W W W 3 3 3 3 >

U W 262 VLV @3V 232 O W 4 4 m ZZWWWWWW#V 333222>

a > Ik E 4 42

% LO

> Ok IV-16

4 OCCoom=O4WCC4@CCm T e e e e e e o e e e e e o e o e e 3 OOOOOmNNOn40mOOON J M 40*CNNMm

4 OOOOOmPNmNmmNmOOK

> e e e o e e o e e e o e e e o e e O C00000000000000Cm Ook C0C00000000000000 e>2 e e o e e e e e o e e o e e o e e

@ ~ C0000000000000000 00@ C000000000000000C E e t= e e e e e o e o e e o e o e e o e o O O C 000000000000'0D000 6 O O

V =

W > OO@ C000000000%C00000 m C ek e e o e e e e e e e e e e e o e e e N

N N COOOOOOOOCOOOOOOO m

2 O W - - m

> m 007 COOOOOOOO@mOOOOOm W 3 ew e e e e o e e o e e o e o e e e o e Z * @ @ C0000000000000000 Z O w m m m O OO@ COCOOOOOOmOOOOOOm O 3 o p- e e o e e e e e e e e e o e e e e e W Wm C00000000C0000000 W I a 4 m

O 00@ C0000000000000000 M C W op e e o e e e o e e o e o e o e e e e W 2 m 4 4 0C00000000000000O I m D 2

~ 3 O E 4 m 4 4

> e > > C04 00000000000000000 m 4 U e t= e o e e e e e o e e o e o e e o e e m > c W 4 4 0000000C000000000 W 2 O

m 2 =

2 O O @ @

W ~ WO@ 00000000000000000 m > O e >=

e o e e o e o e e o e e e o e e e U W mm C0000000000000000 W W >

4 3 U J 4 m W 4 4

> C k 004 000C0000000000000

> 6 er e e e * * *

e e e o e e o e e e e Z O 2 4 3 m C0000000000000000 O 2 W 2 m U >

6 3 2 O CC =

W Z WO@ 000000000000000Cm

C

= 2 a er e e e o e o e o e e e e e e e e o D C 2 N N 00000000000000000

2 m 2 C

> m m C D > m@ < m 1 1 L U C04 OCOCOO-COOOOOOOON la

@ m Z W e> e e e e e e e e e e e e o e e e e o m 3

> m & m G N N 00000000000000000 Z m l N > + m C 2 L = 0 C m o m m C tec < m > m N O > c wop OCOOOOOOOOOOOOOCN 4

m 2 e p- e o e e e e e e e e e e e e o e e o > 4 O > m m m m C0000000000000000 2 >

U e 3 W E Z Z 4 . m W c W + m C NC T C m D D m 004 OOOOOOOOOOOOmCOON O O C 2 O H **

e e e

e * * * * * * *

e * *

C

, 2 WO W & m n C0000000000000000 O I Um 2 O O m O

> mW L O > J w a4

O 4 tetto 4

4 J O >> > > W mO@ > 4 e mm 2 O m ep . C. O O OeOe Oe O e e e eO

O. C me O e O e eOeO*m 2 >

@ m m O O COOCCOOOOOOOOOOOO m a OE C L N 4 7 k O

= &W < 4 O O wJ C04 >

N 30 en e Oe Ce O e O. O. c. C e C eC eC eOeCeOe Ce Oe Ce O a 2

= CD C C CD000000000000000 W 'W O aZ O U C I a O UZ D W I O m3 2 a l

m JO E D G CI O J m w Ds > 4

= a 14 U W W W L 3 3 3 3 >

U W ZW2 mWm m3V 232 C W 4 4 m ZZWWWWmmmm 333222>

J > Z>

1 4 42 4 O 10

> C6 IV-lT t

m kJ e.

C

~4=4<,mCNe==,mNCC e e o e e o e o e o e e o e e o e O mmmmNN44WO4PNmmmm J Nm==&m4CNOcNm&N@C 4

NN=NO4NNNO40=4&&c e e e e e e e e e e e e o e e e e C 44mNN4ND&O4@@&=OO

> ==C

=

LNmCO -44 C C >C 2k Ce Oe O e Ce Oe C. C. 4. N. e. C. C. =. m. C C eC e

@ =

CCCCCCCCCCCCCCCCN N4NO& CNNC OC@

op e OOOOOO-m=NmOCN==4 2 e e e o e e o e e , e o e e e e e C C C 0000000000000000N 6 O O

U =

44Nk ?=M=%N=C w >

vs C O. >C O. Oe O e O O eOeOeme =e =oNe O N. =e =eeC=N

e e N

N N CC0000C000000C00m 2 O w = N CN@C=NN4MNO4

> W OC@ =OOOON4m>O@=mNo@C y 3 ew e o e e e e o e e e o e e e e e e e Z

4 4 C00000-C0C000C=CN 2 O

= = me 4 &NCM-Cmom?cN C 00? WNOOOmmc-ecNmN=e>

c 3 em e e o e e e e e o e e e o e e e e a w WO OOOOOO=O=CCOOC=O?

w I 2 9

@ POCNN=m4NC&NCC&mN C WC2 Com=C x C w em e Me 4e N e e= e= e= eNe m e c N m =e e e o e e W 2 0 4 4 OOOOOOOCCCCCCCC=O

= 3 2 3 C 2 4 =

<=m/cmCONemC4Seem.

> e > > OC4 ODN4CNN44m4Nmmm=N e C w 4 4 COOCOCCCCOOCCOO-N W 2

2

2 O C Nem=4C4NmCNecemmO W = OCP OCN@mNMC44=N@mCOP x m > c em e e e e e e e e e e e e o e e o e e U W mm =CCCCCCCCCCCCC=NC W 6 * =

2 2 U

< = 6 <?ZNmN==&4??mNC=&

> C 6 0C4 OmmON=#@mm=NNo&4$

> 6 *> e o e e e o e e e e e e o e o e e e 7 C 2 4 m M OC==OCOCOO=CO===N C 2 W =

2 = U >

6 3 2 O m7@4Nm@Cmm#<=mOC@ e w 2 #C? ~44m=NCNNN4@@=mm@ m =

2 2 L e> e e e o e e e e e e e e e e e e a e D C 2 N N =CCCOOCCCCCOO===C 4 =

2 = 2 C = C

> = =

C O > @CC -mC#C?m=@=NCC C O k U OC4 N@NCCN74NmN@N4#?? N e = 2 y em o e e o e o e e e e e e e e o e e e e u

= 2 =, 2 N N COOOOOCOOOOOO==CO 2 V

% > = = C 2

m C = C m = C mrN4C4==NacNCmmt7 >

% C > C @CP NN=CN?@@=m4=@=N4N 4 >

m 2 op e o e e e o e e o e e e e e e e e e > <

O > b = = = COCOCOOOOOOOO-CON 2 >

U Z 3 w 2 2 2 =

m w c 6 e e e<=eC=K=mmm4Nomec = m 3 3 = CC4 MO-ONcN=NNNMONNm- C =

0 2 0 8 ** * *

e e * * *

e

e e e e o e

C 2 >O w 2 = = COOOOOOOOCCC==CO4 C

. I Um 2 O C - C

> => w C > J =

24 = U = 44NmmNN34C4 O % J O >> > > W 0C0 =OCOC=NN==MmNMOO4 > 4 C em 2 C e => e **

e e o e * *

e e e e e e

2 >

e = = c o COOOOCCCCCCCCCOON =

= C2 C L N 4 7 L o

= 2W 4 C C O wm CC4 OCCCCCCCCCCCCCCCC >

% 3p ek e e e e o e e e o e e e o e e e e e 2 2 J = CD O O CCCCooOOCCCOOOCOO u w a C 22 C u 4 1 2 C U2 O

8 C -O 2 L

= C 2 O 2 x2 C a V 6 Os > g

= 4 24 V 6 W W w 3 3 3 3

U W 22 VWe v3v 232 C 7% W 4 4 V ZZwwwe(O@V 333222>

a > I>

(s O 4 C2 4 2 rc

> Ow IV-16

V 2 4 (foMooooooooooo@@7 T e e e o e e e e o e e e e e e e e D W o m o C o o C o o o o c o me N N

.,) e o e e e e e o e e e e e e o e e 4 ** c ma C o C C o e o o o o o == N @

>=

Q

>=

e e e e o e o e e o e e e e e e oCE Cocooooooooooooeo e >= Z

@ =

. e e e .. . e e e e e e e e e e oO@ ooooooooooooooooo T e >= e O CD to

6 o U .o. e e e e e . . e e o e o e e o e e

, W > oC@ coooooooooooooooo l @ C e> e N e >= >

M 2 o W == e e e e e e e e e e e o e e e e e

>= M oC@ ooooooooooooooooo W 3 e >- e Z

4 4 Z o

== == e e o e o e e e e e o e e o e e e C OC@ an o o o o o o o o o o o o o o o ,e O 3 e >= e W m LA W I 4 8 m e e e o e e e o e e e e e e e e e C LA C @ coooooooooooooooo x 0 W e> e W Z M 4 4 s ~ D Z

a 3 o

- * *

e * * * * * * *

e e e o e 2 4 P= * *

o04 cooooooooooooooco LA 4 U e> e in > C W 4 4 W E

>= 2 w a o c e e e e e . . . e o e e e e e . .

W = LA O @ ooooooooooooooooo m >= Q e >= e U W M M W W >

a E U e e e e e e e e o e e e o e e e e 4 m > W

>= 0 U L oO4 o o o o o o o o o o e o o o o == ==

Z k e >- e E O W 4 m M O Z D E = 0 > e L 3 W C e e o e e e o e e e *

e e o e o 2 Z LA C @ c o c o c o c o o o c o c o o == = o N.

Z 2 6

D-

D C Z N N o 2 = Z C

> m en c D >= *

e e e o e e e e e o e e e o e

[

te C L U ce ,0 - e 4 ocooococcoccoocco n u~ u e - Z w Z m l - 2 = c N N N >- I = C Z

[ = Q o M O M = C e

e . . e e o e e e e o e e e * * ==

N C > C @C@ o o o c o o c o o o o o o o == o == 4

>=

4 Z e >- e

> o == = == g >

U e 3 W 2 Z Z N B W c W g m e e e e e e e e e e e e e o e e e 2 m D D == o04 c o == o o o o o o o o o o o o o - O C, C Z C It e >-

C

. E >= 0 W E **

C Z U == E o O - O o > J ==

= = = > - 6 24 == U e e e e e e e e e e e *

e e e e 4 ,,,J o > - > = > >= W (A O @ 000000o00o0000000 > <

ct 0m Z C LA e >= e Z >

& == ea o o m a C2 O k N 4 7 L C

== 2W * * * *

e * * * * * *

e e e e C c wa 004 cccocccccocccoooc 2 2

N 3U * > =

4 OD o o W -W a7 (D U 4 X G C UZ O W I C =0 Z A m .J O 2 tC @ CZ O .J

@ W OJ *- 4

-= a 14 U W W W W 3 3 3 3 >=

U W ZLZ eWm v 3 to 23Z C

%' W 4 4 W Z Z W W W W W V Z Z 3 3 3 2 Z Z e=

, >- 7 >=

2 4 *4 C

\ 4 Q IO

>= O6 IV-19

I i

I s -

4 o o o @ m o @ o @ o o o o @ o o ==

tE e e e e e e o e e o e e e e e o e D ooo==4o4o4Occomoo4 I e e o e e e e e e e e e o e e e e 4 C o o == == o 4 o N o o C o W o o M

= ==

O e-e o e o e e e e e o e e o e e e e oOb oooooooooooCooooo em2

& ==

e e e e e e . . . e e e e e e e e 2

oO@

e s-

ooooooooooooooooo O C C, =

b o o

U == e e o e e e e e e e e e e e o e e W W oC@ ococcoocooooocooo mO e s= o N

N P=

m C ,oa W e o e e e e e e o e e e e e e e o e- m oO@ oooooo**ooooooooo=

W 3 e> e K

4 4 Z o

== = . e e o e e . . e o e e e e e e O

O 3

C0@

e> e ooooooNoe ooooooom W

I mm W

a 1 m e e e e e o e e e e e o e o e e e O WOP ooooooooooooooooo oc O W e> e W Z m 4 4 e == D Z

== 3 O g 4 e= e e o e e e e e e e e e e e e e .

> e e- > cO4 o o o o == o o o o o o o o o o o =

m 4 y e> e M > O W 4 4 W 2

2

a o O e e o e e e e o e o e e o e e e o w = mO@ c o c o c c o o =e c o o o m o o c m *= O e *= e U 6 m M W W e-a 2 U 4 == > W e e e o e e e e o e o e e e e e e

> O U L o04 o o o c o o == o o o o o o o o o ==

2 L * > =

I C W 4 mm C Z D 2 - O e.

g 3 W C e o e e . . e e o e e o e e e e e e 2 2 00@ ooooooooooooooooo o @

2 2 6 e e- e

D C Z N N O g == Z O

> == m.

o O >= , e e e e * * * * * * * *

e .

T C & O oO4 ococoeOccocococco a

@ =

W e e- e e M

-= 2 *= 2 N N Z m N

4 =* C 2 o O C e-- O m == C e o e o e o e e e o e o e o e o e > =

N O e- O mO@ o o o == o o o o o o o o o o o o == 4 >

c Z e> e > 4

> P= % == == 2 >

U e 3 W 2 I Z ** m W c

D W

D 4 e

-= C04 e e o e e e e e e e e o e e e e e ooooooooooooooooo

..O e (D m

C 2 O H e> e C 2 >Q W 2 == = 0 I y == 2 o o ** O p- ==*= 6 o e- J ==

g4 == U e e .e e e e e e e e e e e e e 4 J o * *- > > W WC@ cococoooooooooooo > <

ct mm 2 Om . * -

Z >

@ == == 0 o ==

.= 0Q C E N 4 7 L O

== gW e e e e o . . . * .e e . . e e O C wa CC4 CCCocoCCcoCCCCoCo >

N 3U e e-

2 2 1 4 OD o o W w I aZ c- W l

a: r 2 C UZ ,0 W I O == - - 2

== JO 2 C 2 m2 O .J m w 3a *= 4

a a4 U W W W W 3 3 3 3 e-U W 262 mWV m3m 23Z C W 4 4 m ZZWWWmmmmm333ZZZ*

J *= I*

C 4 42 4 Q Z@

s- 06 IV-20 i

7- ,.,r-... ,% -

---,,-.r- . . . - . - , . , , , -,3---,,. r,,-...y---c - - - - - , - - , r ---4 - - . - - - v--- - - - , - - ,- .---- --- ..----,r_- , ,-

CY s 4 N == 4 C o N m CD @ c C C N 4 & W ==

tc e e e e o e e e e o e o e e e e e D M44mo4@mmomo4mmm4 J e e e e e e o e e o e e o e e 4 m == == N o = m m 4 o - o ee .= 4 e N

O

>=

e e e e e e e e o e e e e e e o e oCk ooooCoCoooooooooo e>Z

@ e=

e e e e e e e e e e e e e e e e e oO& ooooooooooooooooo 2 e> e O ED (D =

6 o u .o- e e e e e e e e e e e . . e e e e W > CCP ocooooooooooooooo mO e> e N e > N m

2 W .o= e o e e o e e e e o e e e o e e e

> m oO& c o -= == o o o o o o o o o o o o N W 3 e> e K e @ @

2 o

-. == . e e e e o e e . e e e e e o e e O CO& o c o -= o o m o o o o o o o o o d O 3 e> e W LA m W G CL 8 m e o e e e e e o e e e e e e e e e O MOP c o c o c o o -= == o o o o o o o N 3C O W e> e W Z m 4 4 0 == 3 Z

== 3 O 2 4 a-= e e e e e e e e e e e e e e e e .

> e > > OC4 o m y n o .= o o N o o o == o .= o 4 m 4 O e P=

m > C W 4 4 W 2 Z ==

2 O O e e e e e o e e e o e e e o e e e w == moe o o o o o o o == N o .= o o o o N @

m > O e> e U W m M W W *=

2 2 U as == > W e e e e o e e e e o e e e o e e e

> O U 6 oO4 m o o o o o o == == o o o o == o N :D Z 6 e t- e I O w 4 m n O Z D 2 e-= 0 >

6 3 W C e o e e e * * * * * * *

e * * *

2 2 mO@ ooooooooooooooooo o m

2 2 6 e e-=

3 0 Z N N ==

2 == O e- .Z= o.

o 3 > e e e e e e e e e e e e e e e e e e = @ U C04 ocooocococoooccoo a e ~ e w e> e e n

== 2 == CL N N Z m N > e == 0 Z o @ O em C ra == 0 e *

e e e o e e o e * * *

e e > ==

% O

O mO& ocooococooooooooo 4 >

g Z e> e > <

> W = == == 2 >

U e 3 w 2 I Z == m w c W e m e o e e e o e o e e e e e o e e e CD e 3 3 *= oO4 oooooccoooot oooco O CD o Z O h e> e O

, 2 >C w 2 == == 0 I U == 2 o O - O e- == > 6 o > .J ==

24 .= U e o e e e o e e e e e e e e e o e as W o e- - > e- w mC& cooooococcococooo > <

C mO Z C e **

Z >

& o= == c o ==

== Q2 C k l 4 7 L O

.N= 2W . . . . . . . . . . . . . . . . . O o W .J oC4 occccCCocCococccc >

% 't U * * =

2 Z 4 O3 o o w w CL Z cc U U T CL C U2 O w I C *= 3 2 4

== _J O 2 CC 2 CC I O J m 6 0J > 4

- CL CL 4 U W W W W 3 3 3 3 >

U w ZLZ mEm m. 3 m 23Z C W 4 4 m ZZwWWmmmmm3332ZZ>

.J > I *=

. as 4 2

. 4 O. IO em O6 IV-21

/ 2 5 4 4 N s', @ 4 m = == m @ 4 N m 4 o EC ==

'% D e e o e e e e o e o e o e e e e e D MNmm4m4u44m4m44m4

.,3 e e e e e e e e o e e e e o e s e 4 m o 4 4 N E = N m o m N N 4 C If CD

> m N N N N == 4 m N N == == == N 4 N O m e=

e e o o e o e e o e e o e e o e e oOL o o o C C o o o == c o o o o *= c N e>Z e e o e e e e e e e o e e e e e e oC@ o o o o o o = M = o o o == o N o CD 2 em o O C 53 6 o o

u == e e e e o e e o e e e e e e e e e W W oC@ N o o o o o == m N O o == == == N N O m Q e> e = N N

5 N m

2 W .o= e e e e e e e e e e e o e e e e o

> m oO@ == o == N m N == 4 4 4 o o o 4 == 4 ==

W 3 e>

m I * @ @

Z o

== = e o e e e o e e e o e o e o e e e O M N == 4 C 4 m .= N N .= o .= 4 m @

Q 3 oe Oe= &. 4 W W W W 8 L I m o e e e e e e o e e e e e e o e x C O

W OO&

e> e mo4o .= == > c o m -= o == = == N e N

W Z M 4 4 0 *= D 2

== 3R O 2 4 == o

e e e e e e e e e e e e e e e

> e > h oO4 4 o ;A 4 N m == N o == o m o N 4 4 m M 4 .) ew * == 4 m > Q W 4 4 W 2

Z

2 O c *

e e e * * * * * * * * * * *

W = mO@ 4 m 4 4 C o 4 == N == 4 N O o == 4 @

m

C **

m O w M m W W >

L & Q 4 = > W e e o e-o e e e e e e e e e e o e

> C U k oO4 4 4 M N 4 m 4 *= 4 m N o = ===* N ==

Z 6 e> e =m I O W 4 m M C Z D 2 *= 0

g 3 W O e e . . e e e e e e e e e e e e e e 2 2 mO& M N f*t N == 4 N == m o o o 4 = == m N o m Z Z 6 e> e m o D Q Z N N N 2 = Z O =

> == e=

c O' > e e e o e e o e e e e * * * * *

cc = 4 U oO4 N m m 4 m m -= == N o = o m -= f* c4 u

& == o W e> e m m a

=* 2 ** 2 N N Z @

N

I == C Z o m C = 0 m == C e *

e e e e e e

e * * *

e * * =

N C > C OO@ N 4 .= = o = m -= = o N o ** == N M f") 4 >

c Z ** e N > d

>- me == == == 2 >

U 3 W 2 Z Z o M W Q W g M e e e e e e e o e e e e o e e e e C m D D == oO4 N N == c o o o o o o o o o o 4 o @ O CD C Z O M **

C 2 >O W 2 == = 0

= I U= 2 O O = C

> ==

6 o > .J e=

g4 .= Q e e e e e e o e e o e e e o e e e 4 J o >> > > W @O@ == O o o o o o o o == == o o *= == o m > 4 cc mO Z Qm o>

Z >

@ e= om o o e=

-= Q2 O L N 4 "') L O

.= gw e e e e . . e o e e o e e e o e o O o tn: J oO4 occCocccccocococc >

N 3U e> e 2 2 3

4 OD o o W .W CL 2 C U Q Z 2 O UZ O W e O =D Z a

= JC 2 (C 2 CI O J LP 6 O- > =E

== 1 14 Q le) 6 kaJ W 3 3 3 3

U w Zw m W sr. V3r Z. 3 Z C y at 4 m ZZWWWMZmmm33JZZZ*

J > I>

O C 4 42 4 O IO

> C6 IV-22

. _ - ~

. _ _ . - . . _ - _ ~ ._

=

I a

'V = N>eNNm-ec@C@eco-e C e e e e e o e e e e o e e e e e e D M N N N m M 4 4 0 4 f*) m N N 4 4 m

J e e e e e e o e o e o e e e e o e w CmcNC@@N4NC@moNCm e- 4 @ @ m W W N 4 @ N m 4 #1 4 @ N O o == . = .

m- ==

o e e o e o e o e e . . e e e e e oC6 C C C o C C c C == m C o C o O 4 m e>2 -

o e e o e e o e e e e e e e . . e oC@ .= c o O .* O m N C 4 == o o o 4 43 4

& em o m O C e 6 o o

U == e e o e e o e o e o e o e e o e e w *- 00@ mococoN4cmNmco>c4 mO e n- e == *= 4

% e N N E

y .o= e e e e e e e e e e e e e e o e e e- M oO@

y 3 e> e f"1 o o o N o m .o. N 43 N @ N .= == == 4 N4 Z * @ @

Z o

== .* e e o e e e e e e e e e e e e . .

C oC&

O 3 e >- + o N = o N C O .N. =N= O .C @ C N == == .=@ o W W @ .= 1 W 8 L 9

@ e e e e o e e e e e e e e o e e e C 2C@

et C w e> e # M 4 m N @ o.. C 4 C .= 4 4 == f"1 N.= o

.=

W 2 e 4 4 .o=

8 == 3 2

== 3 C C 4 . e e e e e e e e e e o e e e e o e

-

o- >= cQ4 N O A @ o f") @ C @ m .= .= o N @ #

e e U e> e N N .= .= N

@ > C w 4 4 ==

W c

= 2 =.

\ 2 o c e e o e e e e e o e e o e e e e e

/ W - 0O@

\/ 7 e- c e e- e 4 -.=A N C f".). .o. @ f") m m == @ m == 4 =N 4o U w m M .=

W W o.

1 2 U 4 == > y e e o e e e o e e o e e e e e o e

- C U 6 oO4 2 w e p- e 4. .o. .N.= C 4 .o. N-== N 4 o m == N N. . 9 &.=

I C w < f") m .=.=

C 2 2 2 == cy e-6 3 c e . . e e o e o e e e e e o e e e e a 2 OC@

C.= === c C N= .m= o 4 N m N m N - .= .= Cc4 o 4 2 2 w e e- . e

? C 2 N N == m C - 2 e= = .o

=

e c O o- e e e o e e e e e e e e e e e o e C C # U CC4 C u

@ == e w e p- e # @ 4 ==

- - N C N m N N # N m C. @- C.= N v e

- k ** 2 N k ** 2 @

N * * == C 2 o w o o=

m a- C e * * * *

e o e e . e e e e

e >- .C-N C e O r. C @ r C N C N @f"lo N = 4f"tN m m C N < *-

4 2 e s- e == C > <

> 4 == .= == c >

U

3 w 2 2 2 o M w c w e e e o e e o e o e e o e o e e e e e c e 3 2 == oC4 m 4 C 4 o m .= c fi N N 4 m @ > hN O C C 2 C a e e- e C C a e- o w a == .= 0 I U == a o C == C o- = e- 6 e- J e=

4 .o. U e e e e e o e o e o e e o e o e o er ,;

o = > e- w @Q@ .= == f*i o .e == N == 0 #9 @ 4 N 4 == N > 4 C k. ri 2 C e *> e m 2 u

@ * == o C *=

== 6

O 6

% 7 L O

== c6 e e e e e e o e e e e e e e o e e o c 6J cC4 ccccocccoCCcc-C-A e-N 3v e = 2 2 4 OD o o w w CL 2 C U W I a C UZ O m.

I O == 0 2 a

== .J C 2 C 2 C2 C J

w 3a e- 4

== 4 a-

U 6 262 VWV M3@ U32 C 6 4

v 22i6WAC#ZV.333222*

- o-

[ C 4 42 L = c xo

> Ow IV-23

\N E 4

C: me ife Mo oeNe Ne *e he oo*=e@ e o4 e44e @

e .@ ".

D M == == N == == N N N M N N == == ** N N

) e e e o e o e e e o e e e o e o e 4 C N @ c m 4 C m P= N 4 m @ m f\ @ m

>= == == N 4 == N M M N == *= M @ N @

O M

>=

e o e e e o e o e o e o e e e e e ooL == C o o o o o *= o o C o o o o C f%

e >= Z

@ *=

e o e e e o e e e e e o e e o e e oO@ o o o o o o o o o == o o o o o N 2 e >=

O CD CD w o O .o= . e e e e e e . . e - e e e . . e W >- oO@ o o o o o o o == c o .- o o o o o N O O e >- e N

N P-m E o W == e e e o e e o e e e e e e e o e e

>= th oO@ o o o o o o == N == == M o o o o o CC W 3 e >= e Z * @ @

2 o e o e e e . . . e e . . e e o e e

== -

O OOP o c o == o o o o o N o m o c o o @

O 3 *>-e W WW W I L 9 m e o e e e o e e e o e e e e e e o O OO@ o o o o o == == o = == N o o o o o @

M C W e >- e W Z m 4 4 e == 3 2

== 3 O 2 4 == e e e e e e e e o e e e e e e o e

> * >- > cO4 o o o o o o c o 4 P= == o == o o M @

IA 4 O e >- e ==

m > O W 4 4 W E

2

, E O O e e e . . . e e . . e e o e e e o W ** WO@ o o C C N N O N m 4 N == o o *= 4 *=

Q) m >- O M

en e M

N O W W W >-

O- 2 U 4 == >- W e e e e e e e e e e e e e e e e e

>= 0 0 6 oO4 o o o o == N == c 4 o == o a o 4 == m

==

2 L * > - e I C W 4 M M O Z D E *= 0 >=

e e o e * *

e e e * *

e * *

e 6 3 W O M E 2 MO@ M == o == o 4 m 4 N M C == 0 4 m @ P= M

==

e 2 2 m e >- e CC D C 2 N N -

2 =e Z Q

>- == ==

c 3 >- e o e e e o e e e o e e e e e e o cc c: oe U CC4 - 4 o M M CD - O == c - == o P= @ @ N N

@ == W e >= * - O m H

=* 2 4 2 N N Z W N >- + == 0 Z o m O == 0 m - C e e o e o e * * *

e

e e *

e >- ==

N O >- O mo@ N N N o @ @ @ == m a o M N (DMC M cc o > < 4 >

@ Z e >- e

> @ == == == m >

U e 3 W E Z Z m m W c W + m o e e e e e o e e e e o e e e o e tc m D D *= oO4 == == 4 4 P= M .= N @ m m @ P- @mNmo CD O

C 2 O It ** e == == C 2 P- O W 2 m == 0

I U == 2 o O m O J *=

>- * = > = 6 o >- 4 ae == U e e e e e e e e e e e e e e e o e o > - > = >= >= W WQ@ o 4 o - M @ 4 P N mm N O m o == == v 4 > <

cc MM 2 O m o >- e 2 >

m *= c o =

@ k

~ CC O 6 O N 4 7

== ak e e e o e o e e o e e e e e o e e o >

o 6I oC4 oCoCCNoooeCoCoCoN N 3U e >-

2 2 4 OD o o W W CC U 11 2 E 1 k D W O U2 2 4 G *J w3

= JC &

CC & C O J m W 3 .J > <

O W W W W 3 3 3 3 >=

* CL 44 O U W 26Z v. W m V3V 232 W 4 4 m Z Z W W W m m m m m 3 3 3 2 Z 2 >

J >- I >-

'j C.

4 C 4 42 ED

>= O6 IV-2h l

\

mm

% D' W m .= N o N N CC @ N 4 4 N N N o @ N C e e e e e e e e e e e e e e e e

===.=.e= .= N N .= = N N ==

.) e e e o e e e e e e e o e e e e e et 0- M N == m C ==N====

> == N 4 C. =O =@ ==o No @N == EC N

C ==

e e o e e e o e e e e-e o e e e e oOk oCoooooooCCoooooo e 9= Z

@ *=

. e e e e e e e .e e e e e e e oC& oooooooo oooooooo T e s= e O CD t.3 6 o U .o e e o e o e o e o e o e e o e o e W *= 00@ 0o000o000o00000o0 m C e *= o N e b N m

E o W == , e o e e e e e e e e e e e e e e

>= M oO@ o o o o o o o o o .=.= o o o o o N W 3 e >= e Z * @ @

Z o

== == e o e e o e o e e e e o e e e e e C 00@ ococoo-NoNeacocoO@

O 3 e e- e W m Itt w 8 L l

@ e e e o e e e o e e e e e e e e a O mO@ o c o c o c o o N .= o c o c o o m x C w e P=

W 2 e 4 4 0 == 3 2

= 3 2 ( O.

e e e e e e e e o e e e e e e e e e o= e N > cO4 o o

o -= o == o == -= == == c o o o @

O 4 y e e= e m > O W 4 4 W 2 e= 2 .

2 O C e e e * * * *

e o e

e e e e o x W ** OQ@ cocococooNNC00oo4 m e= c e> e U 6 M M W W >

a a U e e o e o e e e e e o e e e e e e as e.= > W

>= C 0 6 oO4 o o o o o o 4 o o == -= c o o o o @

Z 6 * > =

2 O W C M M Q Z 3 2 == O *=

6 3 W C, * * * * * * * * * * * * * *

e e e a 2 mO@ o c o o o c o - o -= o o o o 4 -= N o N 2 2 6 e >= e e O O = N N CD 2 == 2 O

> e.

[ o O > e *

e e * * * *

e e e o e * *

' E C a U cQ4 == c o C a= m -= == N o N o o o N o M N

@ - Z W er - N e N l ** 3 ** C N N Z @

N >= e == O Z o m C w O M == O e e e e o e

e e e e e *

e * * > ==

% C e= O mO@ ocooN4NacoccM@ Nom < e-

@ Z e >= e N > 4

> == == == .= g >

U e 3 W E Z Z 4 D W c W e e e e o e o e e e e e e e e e e e e C m l Q i 3 D em oO4 N N -= m 4 m C m M M N m N = M o @ tc O O O N *>== - @ O

, Cr >Q LJ E *= == Q I U == 2 O O == Q

>= = = * = 6

I **

g og .o. O e e e e e e o e e e e e o e e e e 4 J o o= e- >= >= W @O@ ooooom4N@@mMoMoo@ > .T T @f 2 O V or e M Z >

@ == == c o ==

= QR O k

% 4 7 6 O

.= gW e e e e e e e o e o e e o e e e e O C WJ o04 CCCcoCCoCCCoococo *=

% 3U e>

3 Z 4 CD o o w w i

(L Z CD U C I &

O UZ O w a C == 3 Z C=

== .J C O E 3 Z O d

E m w O *=

U W L W W 7 3 3 3 >

= A 4 =( C U L ZwZ v6e v3m Z3Z W 4 4 @ ZZWWWAf@V@333ZZ2>

a > Ik f = . < IO =

? 4 C

! > Os l

I e

IV-25

(s := N* Ce @. @

. om h. t. ~e =e ~. M. 4 4 =e ~. C. 4 3 MNNNMNM444mmNNmMM J e e e e o e e o e e o e o e e o e 4 4ca@4@tatn=CNOOC@

=

@@@@McC444@CN==CO C = ====== =NN=

> N

e o e e o e . . e e e e . . . e e CCL =CoCCCC=NmCCCC44N e>Z =

@ =

e e e e e e e o e o e . . e e e e CC@ = coo =o4m@mNo-CCC4 2 e> e g C C C 6 O O

U =

e e e o e e o e e e e o e e e e w > CC@ WCCCCOMCNMM4==&N=

e em e == -N N C. N N M

2 O w = e e o e e e e e e o e e e o e e e

> @ OC@ 4CNMONCCN4=@NONCC w 3 ow e ==== = =

1

C 4 =

Z C

= = e e e o e e e o e e o e e o e o e C OC@ 4M=CC@N@N@mCNNm4C C 3 *> e N = N= N = =>

w Wm a w 8 L 8 m e e e e e e e e e e e *

e e e e C OC7 CMC 4C=C@CM44NN44N u C w ow e = == = =M W Z m . 4 4 =

a = D 2

= 3 C g 4 = e e e e e e e e e e o e e o e e e

> * *

C04 4CN@4N=O4cmOMNN@@

m 4 U om o N = N=N==N =@

M > C w 4 4 =

w 2

2

2 C C e e e * *

e e e * * *

e e o e w = OC@ C4=omNON@4C@McC4M e > c em o M

N====== == N@

U 6 M =

W 6

a 2 U 4 = > w e e o e e e e e e e e e e e e . .

> O U w OC4 @4mo-mNM-C4MMe>==

Z w ew

N======== -MC I C w 4 M 9 N O Z O 2 = C >

w 3 w C e e o e e * * * * * * * * * * * *

2 Z OC@ 44&CC=mo@NN44@=N= m @

Z Z 6 e> e N= N== N== N e

C Z N N = C 2 = Z C @

> = =

o O > e e e e e o e e e e e e e o e e e C = L U CC4 @C&C4CCON>@MCCCC4 e

& = Z w e> e == ==N== =WM4 v. m

= 2 = 2 N N N Z m N > e = 0 2 o e C = c m = C e e e

e e * *

e e e e *

e * * =

N C

C 00@ @4oCCo4MENC4CCm4N 4 >

< Z ow e ====N= N4== > <

> k = = = N 2 >

U Z 3 w 2 2 2 = 4 w c w e e= e e o e e o e e e e o e e e e e e = m D D C04 @@mM==CNNC@@@@@@M C C C Z C W em * ===N= == ==m- N O 2 >C w 2 = = N O

= Z U= 2 o C = C

=> 6 C > J =

gg = U e o e o e e o e o e e o e o e e e 4 J O >> > > *w WC@ NO-4MNPC@NOCa@@NN > <

t V V. Z C f ** * = ==== = M Z >

@ = = c O = =

= C2 C 6 N 4 7 6 O

= CW e

e * * * * * * * * * * * * *

C C wa CC4 CCCCCNCCCCCCC=C=4 >

N 3U **

2 Z J 4 CD C O w w J 2Z C U 4 I E C UZ w

$ O =3 2 1

= JC 2 C 2 =Z C J

@ w ;- > 4

- A at U w w 6 w 3 3 3 3

U w ZwZ vwV VJV 23Z C W 4 4 c ZZwWwmMOVZ33322Z>

/* , = Z>

' 2 4 42

(# 4 0 10 Ow

f

(' 2 4 ComCCocooCoccom@@

C e e e e o e e o e e o e e e e e e memocococococomNN J @ m m@M 4 CoccoCocococooCCN

> e e e e e e e e o e e e o e e o e C ooooooooooooooooo C04 ocooocoooccooocoo e>Z e e e e e e e e o e e o e e e o e

@ > ooCococooCocoCoco o0@ ooooooooooooooCoo 2 e s- e o e e e e o e o e e e e e e e e e O

o c o ococcoooooooooooo 6

o U

W > C0@ ooooooooooooooooo mO e t- e o e e e e o e e o e o e o e e e o N

N N ooooooooooooooooo m

2 o W =

> M CO@ 000000000000o000o W 3 ew e e e e e e o e o e e o e e e e e e Z

4 @ cococooCDoooooooo 2 o

= = m W O CO@ ooooooooooooooooo O 3 e e- e e e e e o e e e e e e e e e e e e W W m occoooooooooooooo W 6 4 4 m

O WC@ ooooooooooooooooo h O W e t= e o e e e o e o e e e o e e e o e e W Z m 4 4 0000o0o0000o00000 e m p 2

= 3 O

& 4 m

> e > > C04 ooooooooooooooooo m 4 U o e= e o e o e e e o e e o e e e e o e e m > O W 4 4 0o000000000oo00c0 W 2

- = Z =

\

\ 2 O O

%/ W = 00@ 0c000000000oco000 m > O c o- e e e e e e e e e o e o e o e o e e U W M m occoCocooCCCooCCC W W >

2 2 U 4 = W mm

O 6 004 ococcooocoCococco

> w e e- e e o e o e o e e o e o e e e o e o E O 2 4 mm ooooooooooooooooo C Z W 2 - U >

w 3 2 O mm e W Z m0@ ocoooooooooooocco o N 7 Z a er e e e e e e ooooooooooooooooo e o e o e e e e e o o

e L O Z N N 2 = Z O

> = =

c D >

E C k U CC4 coooccooooooooooo o e e e e e e o e e e e e e e o e H

e u

@ = Z W er e

2 m 2 N N coooooooooooooooo Z m N

I = 0 2 o M C = 0 M = 0 m m > =

N C > O WC@ ooooooooooooooooo 4 >

t @ Z ep e e e o e e e e e o e e e e e e e e > <

> c w = = C000ooo0000000000 2 >

U

3 W 2 I Z N m W O W 8 m m m C m D D - o04 0o00000000000000o O m O Z O M er e o e e e * * * * *

e

e e * *

O

. 2 50 W 2 = - o000C000000000000 O Z U= 2 o O = O

> => 6 o > J =

24 - O C J o >> > > W 00@ 00o00o0000000000o > <

C em Z O M => e e o e * * * * *

e

e *

e *

Z >

@ w - o C ococcoooooooooooo -

= C2 O L N 4 7 k O I = 2W O o WJ Cod oCocccCooCCoccoCC > J N 3W es e e e e o e o e e e e e e e e e e e 2 2 4 CD o o cocococococococco W W LZ D U 4 I 2 O UZ O W I O =? Z 1

= JC 2

@ 2 TI C J m W DJ >

4

= 2 24 U L W W W 3 3 3 3 U W ZWZ eke m3m Z32 O m ZZWWWmmmmm3332ZZW O)

(

%)

W J

=

4 4

4 IF 42 4 O LO

> 06 l

IV-27 I

f

r O -

4 C

C C C @ f* O @ C @ O O O O %^ O C -

e o e o e o e e o e o e e o e e e D C 0 0 == 4 O t o 4 O O O O M O O 4

.J @@ O @ M O 4 O O O O O O *= O O C C O O N O C C

>= e e o e e e o e e o e o e o e o e Q C0000000000000000

>=

OC6 e>Z ee co Ce C o ec ec ec oo eOeOo O e e OeO O O. O Oe

@ == COCOOOOOOC0CCOCCO OO@ OOOOOOOOOOOOOOOOO 2 e> e o e e o e e e o e e e o e e e o e O CD CD occoO000000000000

6 Co O

O -

W > CO@ C0000000000000000

@ C e >= e e e e e e e e e o e e o e e e o e N

P= N OOC 00C00000000000 O

E O W = m m

> m CO@ 00000000000000000 W 3 e> e e e o e e e e e e e e e e o e e e Z * @ @ COCC0000000000000 2 O

- == @ @ 4 O OC@ O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ==

C 3 * * = e e e e e e o e e e e e e o e e e e W m @ OC00OCOOC00000000 W I CL 4 m

O mC@ CC000000000000OCPO M O W e> e e e e e e o e e e e o e e e e e e W Z m 4 4 C0000000000000000 0 == 3 2

== 3 o 3 4 ** V W

>= e >= >= OC4 OOOOOOOOOOOOOOOOO O 4 U e >= e e o e e o e e o e o e e e e e o e m > O W 4 4 00000000000000000 W C

,ml e

W 2

o

==

o WC@ COOOOOOOOOOOONOON m M e V W >= C e >= e e o e e e e o e o e o e e e o e e U 6 m M 000000000 OOOCOOOO W W >

CL E U 4 == W r #

C 6 OO4 0000OOOCOCOOCOOCO

>= 6 e >= e o e o e o e o e o e e o e e e o e T C 2 4 M M CCODOODOOCOOCOCOO C 2 W 2 ** O >=

k 3 C O e W Z mC@ COOOOC 00000000000 O c 2 2 a >= e e e o e e e o e e e e o e e o e e o D C 2 N N 00000000000000000 O

@ == 2 C

> *e ==

c D >=

CC C @ U CC4 COC00000OCOOOOOOO N

@ e= e W e >=

e e e e o e e e e e e e o e e e e e a a 2 == c N N OOCOOCOCOC 0000000 2 V1 N

4 == Q Z O V C == O t~ *= C / f == ==

N C O WO? 4 >=

c

>=

D-2

= * ==

e e= e C.0000000000000000 e e e e e o e e e e e e e e e OOOOOOOOOOOOOOOOPJ K >

U e 3 W 2 2 Z == m W O W 9 m T m D D == 0C4 000000000000CC000 O CC C 2 C 88 e *= o e e o e e e o e e e * * *

e

C 2 >= Q W T *= ** OOOOOOOOOOOOrOOOO s O e Z U *e W D C == Q

>= ==e- 6 O > ' ./ *=

24 - U 4 J O e->= t- >= LJ WO@ OOOOOOOOOcOOOOOOO > 4 et #v 2 C m e >= e e e o e e e e e e e e e e e o e o 2 >

@ *= == O O OOOOOODO000OCOOCO ==

= C& C k N 4 7 6 O

- 26 C C W _J CC4 COcQCOccCCCCCO*=LO t-N EU e> e o e e e o e o o e o e e e e e e 2 2

, 4 OD C O COCOOOCOOC 0000000 W W i a2 C U tD Z A i

O U2 D w t C ** D L

== JO 2

@ 3 CZ C =J

6 0 .J >= 4

- a CL 4 U W La.T 6 W 3 3 3 3 *=-

U W zwZ M6v W1m ZBZ C W 4 4 m Z Z W W 6 V @ V e m 3 3 3 Z Z Z **

4 >= Z *=

g C 4 *( 3

_/ 4 o 1o om IV-28

, , - - - - -- 7 .,-

7 - - , - .. ~ , , y,-, , , , -w ,,,,,,- , , g, - ,-

1 l

l l

)

, E 4 N=4tCNP@@CCCN4?@~

Z e e o e o e e e e e o e e e e o e O P4@mO4mmmonO4mem4 J 4@@@ @44C D @@@to 4 ~CCCCc~mNOCOCComm

> e o e o e e e e e e e o e e o e e O C000000000C000o0=

C06 e>2 Ce oe ce Ce C C eCeceOo Oe C e o e O O. O. Oe O e eO

@ = COOOCCCCCCooCCCCC OC@ COOCOOOOOOOOOCoOO g e> e e e o e e e e e o e o e e e e e e O C C C0000000000000000 6 o "

O C =

w > OOP OcCOoOOOOOoOOOooO

@ C en e e e e e e o e e e e o e e o e o e N

5 N 00C0CC00000000000 d

2 O w a @@ @

> m COP 0000000000000000o w 3 ow e e o e e e e e e e o e e o e e o e E * @ @ OCC00000000000000 2 O

~ ~ @ 4 @

O OOP C0000o-0C0000000-C 3 ew e e e e e o e e e e e e e e e o e e w m @ C000000000C000000 W 8 4 1 M @@ @

O @OP C000000000000000o K O w on e o e e e e e o e e e e e e o e e e W Z M 4 4 00000000000000000 e = D 2

= 3 0 2 < w O r P WV c

> e > > CC4 ti < U em e OOC.OOOOOOCOOOOooN e e e e e e e e o e o e e e e

@ > O w 4 4 00000o00000000000 W E

= 2 -

2 O G me O PC w = WO& COOOOOOOCoCococON 4 e > O e> * *

e e e

e e e *

e e e * *

O w m P CCCCCCCCCCCCCOOCO W w

L 1 U 4 = w -

4 @# m PN

O 6 004 ~C0000000o000000m

> w er e e e e e e e e e o e e e e e e e e Z O Z % M M oo000000000000000 C Z W g = U >

6 3 g O

w 2 WOP COCOOCOCOCOOCCOOO o m 2 = g er e e o e o e e e e o e e e e e e e e m

e

O Z N N oOCOOC 000000000o0 a =

> = =

2 O C :

n C c 4 U CO4 C000o000000000o00 p = e y or e o e o e e e o e o e e o e e o e e m a m 2 = 2 N N C00C0000000000000 Z W

% > t - C 2 o @ O ~ 3 m = 0 > =

N O > O mO@ 00000000C0000C000 4 >

c Z ow e o e e e o e e o e e o e e o e e e > <

> m = = = C00000000o0000000 2 >

U e 3 w 1 I 2 - O w O W 9 @ O V O 3 = C04 000000000000o0000 O =

C 2 O N e> * * * * * * * * * * * * * * * * *

C

& Wo w & m n O0000000000000000 O

= 0

. I Uw a o O

> => 6 o = ' J =

ge = U 4 -

C >> > > w OO@ C000C0oo000000000 > e e wg z C m ek e e o e o e e e e e e o e e o e e e Z >

@ w = O C 0C000000o000000o0 =

= On C 6

% < 7 k O

= CW C C wJ >

g yw C >C 4e Co Ce oo Oe eCeCe oe C C. C Ce C e C OeOe Oe C e e c Z 4 CD C o C00000C0000C00000 W W EZ O u y I C C U2 D W 4 O -D 2 a

= C 2

@ 3 C O J D w 2J > *

- a ag U w L w w 3 3 3 3

U 6 262 V6V @3E 232 C g W g 4 g 226WwCW#VV 333222%

J > ZW

= 4 42

\- 4 O EQ

> 06 IV-29

/%

( )l q

2 4

C tht@4mmmW@4km4CCm e e e e e e e e e o e e e o e e e O MNmm4m4@44m4m44m4 J MMomNMCC@ MON @@ccm 4

@@NmCC&4c@@mm@ mom e e e o e e e o e e e e e e e o e O mommmommmOOOOomNk

> m

@ @ ?

006 OCCOOOCCCCCOOcoco e>2 * *

e * * * * *

e e e o e e e

@ m COOCOOOCCCCCCCCCO 04m W @ %

CC@ OCOOooCuoODOOOOOm

& ew e o e e o e o e o e o e e e o e o e O C C C0000000000000000 6 o .

o U m @ WOO OmOOPC W > OOP C000000@O000000cm m C op e o e e e e e o e o e e o e e e e e N * > h CC000C0000000000m M

M o W m m m&4@@CCC CWCm

> m co@ OOoomoom==OOonom4 W 3 e> e e e o e e o e e e e o e e e o e e I * @ @ C00000000000000D=

Z o m = 4@@@%mCmmNOO WCmk Q OO@

O 3 ow e me oe o meme o m. N eo omeoe oe oe o n. N Ne e e W W m OOOOccoOOoooooOON W G

& I m 4 COmWN 4m Omm@O O memooomOOmococcoN x c W 2 >0 @. e e e e o e e e o e o e e e e e e W Z m 4 4 C0000C0C0000000cm 0 m 3 2

= 3 O E 4 = C mC&4m@ m 4 @CCC

> e > > 004 moNmommOCComoommo m 4 U er e e e e e e e e e e e e e o e o e e m > Q W 4 4 COCOOOOOOOOOOOOoN W C

= 2 m 2 C c C4CC Cm&mC@ mCW

(% i

/

W m

~

> Q 00@

on e mmmmooNOComoccom@

o e e e o e e e e o e e o e e o e U W mm coCCOOCOOCOCOCQQm W W W

& E V 4 m W CC4SC4CWC42 mmm@c

> O W CO4 Nmmommmommocooomm

> 6 **

e e e o e e * * *

e e * *

e e I C Z 4 mm COooCOOCooOCOOOON O 2 W G ~ U >

6 3 2 C 4@@@mC@mm EmW4C

W Z 00@ C m 2 2 a er . m o. m. O.C m e eO*O* N C O e O e e meOo Oe me 4 e D O 2 N N C000C0000C0C0000m N 2 = Z O m

> m ~

C 2 > @44C44mm@ m 4V4Ch C C 4 U CC4 ommmmmoooOCOnomNL n

@ ~ e W er e o e e o e e e e o e e o e e o e e m H m & ~ 3 N N C000000000000000m Z m N > t = C 2 O m C = 0 m ~ C @COm memr @ 00@4% > w N O > c WC@

oe m e eoe c o. o. m eCe oe o eoe o o eo eoem o 4 >

@ z er e e o > 4

> 0 m a m C00C000000000000m E >

U e X W 2 I Z C m W C W e e @en -

e N C m D D = C04 c0o000000o0000-c4 C C O 2 C u er o e e e e e e o e e e e * * *

e e C a WO W e m = C0C000000oo000000 O I Um E O O = C

* => m C > ~

l G4 m U m VV VW m . .J 4 J C >> > > W 00@ 0000000000000000N > 4 E mm Z C e *W e * *

e **e o e

e

e e * *

Z >

@ ~ = C O COOOOOOOOCOCooOOO =

m CO C g N 4 7 k O m Q L' g c wJ CC4 ocCCCocoCCocococo >

N su en e e e e o e e e e e e o e e o e e e g 2 4 OD o o C00000C0000o0000C W W GZ C U C I E O UZ D W I C ~D Z a m Jo n l

@ 2 CE C J \

V W DJ > 4 m a 14 U W k W W 3 3 3 3 >

U W 26Z MWm V3r 232 C W 4 4 m ZZWWWmmmmm3332ZZW J > Ik rs I

C 4

4 O

4E 40

%s) > Cs i

)

IV-30 .

y * - -r - , --a ---- 4--w- --mer m .,- + - -

1 e

s d 4 N@CNNm=4P?C@TCo*C C e e o e e o e o e e o e e e e o e D MNNNmm44W4mMNN44m J @NO4~@@o@N@mMf&mo e N@@@CCC=@#NNTE4@d

> e e e e e o e o e e e o e o e o e C @NNNmmmmNmmN=m4mm

> 0 V4 MCo CCk CCOCOCoco-CoCON=4 e>Z e e e e e e e o e o e e e e o e e

@ = 'O C o o O O O C C C C C O O C C C

@ @ 4@NC@ TNN OCO OOOcoo-om=COOoNmm 2 ew e e e e e e o e o e o e e e o e e e O C C C0000o0000o00000-6 C o

V = 4 @C44?4 N44 W > oCP =coOoco-4=O-Oondo

@ C sh e e e o e e o e e e e e o e e e o e N

N N CoccoccoCOCCcQCON m

2 O d W = 4 @ MC@NNN70=Cm

> @ CCO *nOOOON4Dmm4OODm4 W 3 er e e e e e e e e e e e o e e e e e e Z e @ @ COOOOOOOOOCocoOOm 2 O

= = mm &Nm@@mmmCom@=m O

C 3 C *o e. @e eo ec ooeme N e m m. N. eCe N o Ne eo eoeoem o W W @ COOOOOcococooOcom W 8 2 8 M P4CMNNONCN@CCW4@m C WC@ 4~~NR44mmmo-NO=De K O W e> e e e e e e e e e o e e e e e e e e W Z m 4 4 C0000000000000004 8 = 3 2

= 3 o 2 4 = NmNMmoNNN=4WO @NC

> e > > OC4 ONmNe@@mem-OOOO4m m 4 U eu e e o e e e e e e e o e e e o e e e V > C W 4 4 acOCCCOOOOOOOOOOO W 2

% = 2 =

1 2 O C ~=NCo@N#4mDC4DCD4

'V 6 = OCP -mmNC44--NCN=Ca@A V > Q e> e e e e e e e e e e e e e e o e e e U w m m =COCCCCCCCOCooCCO W W >

2 2 U 4 = W 4C4NCCNa&C 4 WOC @m

> Q w CC4 N4DmN4mDO=OmoODe@

> 6 * * * *

e * * * *

e * *

e *

I C 2 4 m" k m Co00000o00000000@

C 2 w 2 = U >

6 3 2 O M*CmNOCC@@@@@@=CN

W L WC@ CWNNM44=O=O-COONC O 4 2 = c e> e o e o e o e e o e o e e o e e e e m

O o = N N COOOOOOCCooOOoCC4 2 = Z C D

> ~ =

C O > @NC=NCN4&NmC4NCMM C C # U CC4 44NmmNm=OmNommCC@ u

@ = e w or e e e o e o e e e o e e e e o e o e m a

= 2 = 2 N N CooOCOOOOOOOOCOO@ Z @

N > e = 0 g o V. O = 0 F = C MNNNNN4 @rC4&CmNm > =

N C > c mero e, Nmmmm4=ocoN=ocNmo e e e e e e e e e o e e o e e e o 4

4 2

> 4 = m a O000o000000000004 2 >

U e 3 W 2 I 2 O m 6

, c W I e 4TNC dr de&emNNNN e e t

D = 004 mmm=O*Co-OC=N4 mmc 3 C i C 2 O N ew e e

e

e ************ C

c wo w 2 = - CocooOOOOccoccooN C I U= 2 C C " C

> => w o > J =

24 = U VOV4 TV@@ 4mCOC#C 4 4 O >> > > W OOP coo-OoooOO-NNo~o4 > <

w rm : C V er e o e e e o e e e o e o e e e e o e Z >

e = = o o oC00000000000000= =

C2 C k N 4 7 k O I - 2W @ O@ C r u wa oC4 occoCCCCCCCooCCCC o e e e o e e e o e e o e o e e e

=

l N 3w er e 2 Z l

4 CD C C CC00000C0000000CC W w I 22 C U W I 2 C U2 0 >

B C =O C 4

= JO 2

@ 2 C: C J V- w Ca > 4

- E a4 U w w W W 3 3 3 3

U L 260 V6e V3m 7AZ C W 4 4 22W66VMVVV3332Z2>

, .

Im

( 1 4

J 4 2 EC

Ow t

i IV-31

D w &

4 M@McNhaho=744C@@m C e e e e e e e e e o e e e o e e e 3 n==NamNNNmNNam-NN J N@c@@dm@memS4NNo@

4

> MVN4=oGmM4 e e e e e o e e e e e eMON e e e e4KNN.

O ocoo-Nommmmoo=Nme

@ V @

CC6 cocoCocooCoccCoCo e>2 e o e o e e o e e o e o e e o e e

@ = CocooCococooCCCoo 00@ coccooooooooooooo 2 e> e o e e o e e e o e e e o e e o e e C C C 000000oo00c000000 6 o o

V .

W > oC@ C000000000000o00o m C e> e o e o e e e e e e o e e e e e e e 4 %

M N ocooocoocOOoooOOO M

& C W = @@mf4 N

> m oC@ oooooooooomocooOM W 3 e> e e e e e e e o e e o e e e e e e e

C 4 0000o00o00ooo0Co0 2 o

- ~ m & 4 C O OCP ooooooooooo-cocoN O 3 ew e o e e e e o e o e e e e e e e e o W W W o000000o00C0o000o W 8 1 8 M @@ mWP c c mC@ ooooooooooooooooN x C W en e e o e e e e e e o e e e e *

W 2 m 4 4 oooooOOoooooooooo I = 3 2

= 3 C 3 4 = CNT m 44 M

e > > oC4

< U ek

ococ,ocoo-moccoom>

e o

e o e e e o e e o e o e e W > O W 4 4 ococococoooooCoCo W &

2

2 C C @@ @mC@m WCN W = mCe oooooooooNooooom@

m > Q em e e e e o e e o e e o e e e e o e e U W mm ococcoCocoCococco W W >

L 2 U 4

W @@# C @ # Ce?

e Q 6 CC4 oooooooomocooC=oC

> w em e o e e e e e e e e e e e e o e o e

? O 2 C M M coooccoCocooococo C 2 W C = U >

6 3 m C de m C4CP4 m CMCm o W 2 OC@ NNN m 9 2 2 a er e -eceoe oe o e e=e=e m o. = o ec. o =e e e e o O C 2 N N coOcoooooooooooom E 2 = 2 C =

= =

c D > fC 44kmmt fm N4%4 C C C U oO4 omo==MONococomNNC R O = e W e s- e e e e e e e e e o e e e e e e o e v m

= 3 4 3 N N OCooooooooooooOON 2 @

N e + = C 2 o M C = 0 r = C @@@ NECVme 4@N@4= * =

N O > C 00@ coco 4NNoNoo*CMmmN 4 >

@ Z ow e o e e e e o e e e e o e o e e e e > d

> 4 = m a o00000o000000c-0M E >

U e 3 W E I Z = 0 W C W + M #@CCNor@CMMEN4mO4 C e 3 D = oC4 Com=MCooNNNNmMNo@ C C O 2 O M ** * * *

e e *

e * * * * * *

e

C 2 >C W 2 m a cooococococoooooM C I Um E o C = O

> => w a > J =

I Q< - U E v4CCN<mN m vr@ 4 J o >> > > W WC@ omoo= Nam @NMONocom > 4 E Om 2 C # ** e e

e *

e e * * * * * *

e e

2 >

@ = = o o CCooooooooooCooON =

m C2 C L N e 7 6 O

= 26 @ @ C C WJ oC4 occoCCCCCoCOCocco >

N 3y or e e e e e e e e e o e e o e e e *

2 2 4 CD o o ocoooccocoCoccoco W W

> L2 C u k 1 G l

C UZ D w t O =3 2 1 I

= JC 3

& g =I C J r W DJ > 4

- a 14 V L 6 W W 3 3 3 3 >

U 6 242 (We V3v 232 C W 4 4 m 20W6WemM#v333222>

\ W > >

,*/ C 4 <a I < 3 A C

> 06

, IV-32 t

1 l

l

' ) G j d l C @e me eNoOeh N. @e @. e he @o 4e No NeNeOeLek 1 3 mmmmmmmmmNNmmmNNm l J 4@mmA@N@mm&N@ mom @ l 4

mooNmM@h4C@44@No@

e e e e e e e o e e e e o e e e e O OOOOOOOOOOOOOomo2 C O L. C0C00000000000000 e>Z e e e e o e e o e o e o e e o e e

@ m OOCCOOOOOOOOCOCOO g

O Cem O O.

C.C.000000000000000 e e e e e e e e e e C0000000000000000 6 o O

U m W > OOP Co000000000000000 W O e> e o n e o e e e e e o e o e o e e e N

N N 0Q000o00000000000 O

@ O W m @@ @ '

l

> @ CO7 W 3 em o Ce Oe Oo e O eO O. O. O. O.O e eOe Oe Oe eOoOe O O Z * @ @ C0000000000000000 2 O m m m@ @m O O OOP COOOOOOOOOOOOOOON O 3 em o e o e e e e o e o e e e e e e e e W D m C0000000000000000 W I 1 1 M @m 4 O DO@ OOOOOOOcOOOOOoOOm 4 O W ow e e e e e e e e e e e e e o e e e o W 2 @ 4 4 00000000000000000 0 m 3 2

- 3 O O 4 m D @ @@DC @

> * *

OO4 m 4 O o p- e Oe Oe eOeO eO e O O. O o eOe eO oOeOe Oe O e eO N W > c W 4 4 0000000000000000O W 2

~ 2 m A 2 O O @@ @

r h W = WO@ C000000000000000m

\N} m W U

O W mm er e e o e o e o e e o e o e e o e e e C0000C0000000000C W W >

k 2 U 4 m W W mm C

> C k CC4 OOOOOOmOOOOOOOOON

> 6 em e e e e o e o e e e e e e e o e o e Z O 2 4 m M OOOOOOOOCOOOOOoCO C 2 W G = U k k 3 3 O w @ C@N e W 2 mO& OOOOOOOOOOOOOOmom O N 2 2 a en e e o e e e e e o e e o e e e e e o e D C 2 N N 00000000000000000 C 2 ~ 2 O

> m =

C O > @ V4mWO @ @ N

% C k U CO4 o0000mO0000000000 N

& = 2 W or o e e e e e e o e e e e o e e e e e e H

1 m 1 N N OOOOOOOOOOOOOOOOm 2 W

% > + = 0 2 O O O m O m m C @COV 4EN 4 > >

N O > c WO@ cOOOOmOOOOOOmNmom 4 >

@ 2 e> e e o e e e e o e e e o e o e e e e > 4

> m m m m C00000000000000C* % >

U e 3 W E I 2 4 m W O W e W @@@mCMNm44&mNmd 4' C M D D ~ Cod COONmNmNamONmmmOC C C C 2 C H *> e e e e e * *

e o e e o e * *

e C

& WO W & M m COOOOOOOOOOCOCOOm O I Um

~>

a o O ~ C

& k O > J =

24 m U MENCCmd 4 m 4 J O >> > > W 00@ > 4 m mm 2 m m O m O

on e O

COOOONanNNNmomOOO.

e e e e e e e e e e e e e e e 2 >

m

@ C000000000000000m a OC O k N 4 7 6 O m EW O C WJ C04 0C000C0000000000C W N DU e> e e e e e e e e o e e e o e e e e e g 2 4 CD C O Co0000000o000000O W -W 42 O U C Z M C U2 3 W G O m 3 2 4 m JO a

@ 3 CZ O J V W DJ > 4 m 4 44 O W W W 6 3 3 3 3 >

U w 26Z VWV V3m Z22 O W 4 4 m 72WWWWWWWM 333222>

J > ZW WE f

Cg G 4

a IO 06 IV-33

r i

t )

gw/ 4

= N 4. @ @emh4NCN*44=NC4 e e e e e e e e e e e e

, 3 nNNNRNR444mRNNnnm J &4=C=4*N4==Om=440 4

trP@N*44NCNNmM&@c e o e e e e e e e e o e e e o e e O C4444NH4@@499@@?O

= O

=

@ @@4 CCP CCL e-Z Ce Ce C. C. C C e Ce Ce Co =eO eCeC eO e N e =e Ne

? - OCCCCCCCCCOOCCCCC

@ @ CMNm? @ NN4 00@ OCCOOC=N4NCOOOMMC y em o e e e e o e e e e e e e e e e e e C C C COOOOOOOOOOOOOOON 6 O O

U = P 4R444C@@N4V W > CCP NCOCOO=Cc===CO4@N

@ ce se e e e o e e o e o e o e e e e e .

N N N CCOOOOOCCCCCOOOOM 2 O w = C P4 MON 4S@= NOM 4NN N @ CO@ =CQ=NOMhN6@4ON@M4 w 3 em e e e o e e e e e e o e e e e e e e L

4 4 *2000000000000000@

Z O

= = -4@h 4CNCN4%4&?m4

O CO@ ==OmhNCCMmm400NNN O 3 em e e e e e e e o e e e e e e e =

w @ @ =OO000=O0-000000C w I L i

@ R4kCN=nNNOCCNOC@2 C @O7 C=RNR$C4R4==no=4m 4 C a em o e o e o e e e o e o e e o e e o e w 2 B 4 4 00000000000000004 6 - 3 2

= 3 O 2 4 = O C 4 N = & h @ 4 M m m 4 P ro f fe

> * *

C04 NNC4=%@4N?NN=OmhN

@ 4 y em o e e e e e e e e e e e e e e e o e

@ > O 4 4 4 -OOC =OOOOOOCOOCO2 w 2

2

2 C C O@=4PCPNN@4N4CC=4 w = CO7 n4@44@4m4444=NN=7 Ca @ > c m e= e o e e e e e o e e e e e e e e e U w 9 =CCCCCOOCOCCCOO-C y w

a 2 V 4 = w 4@@@=?PC-NC44C?4=

= 0 w CC4 ~444c4N4cm====>49 w . em e e o e e o e e o e o e e o e e o e Z C Z < n n =CCCCCCOOCOCOCO=7 G Z w 2 = y

w 3 2 C =#NAAh?4NNOCCCh?C e w Z WCS @ 2 2 Z L .= e =e 4e 4e Me eme ?e 4e 4 e4e Mo eO = N.N. 7. N . 9e A e O C 2 N N =OOOOOOOOOODOOOCC C 2 = Z C 7

> = =

C O > C4NF#P44NNN4C4A?O C = i U CC4 CN4 47449=4=Nwmmm a

@ = 2 w op e e o e *

e e e e e e e e o e e o t^ m

- 2 = 2 N N COOOOCOCOOCCOON== 2 @

% > e = = C I O @ C = C r - C N@44r*W4N?NCNCCV@ > =

% C

O CC? 4444=&4=momNm=CCC 4 -

4 Z em o e e e e e e o e e o e e e o e e e > <

> L = = = COOCCOOOOOOOO-NCO 2 >

U Z 3 = y 2 2 = @ w c y 9 v. NNoO=N4N44N>CNCNe O V D = C04 R444@74P.@444CCC4n C C C Z C a em e o e e *

e * * * * * * * * * *

C 2 >C w 2 = = OOCOCOCOOOOOC= COO O 2 Um 2 O C = .= C w mn s O w a =

24 = Q @ F. *C44A4C44A=CC&= 4 C =>

x v g.

> > w 2 C v CCP en e CNO==@4NECNMcNNO=

e e o e e o e o e e o e e o e e e Z

> -4>

O m = O O COOOOOOOCOOCOOCO4 -

- C2 0 6

% 4 7 6 C

Mw ? @ WC C C La CC4 CCCCOCCCCCCCCCCC

N 3v er e e e o e *

e * *

e e e e e 2 "2 a 4 CD C O COCOOCCCCocCCCCOO w w J LZ C u 4 1 2 C OZ O w e o= =3 Z 1 O 2

? 2 == C J

@ w 04 > 4

= a 14 y . W

w 3 1 3 3

U w Zu2 Vw@ V3V Z3Z C w 4 4 v. ZZ.ww@@@V@333222=

4

Im 4 42 v')

4 O LO

C6 we qt a u-s

._ . ..- - ~ . .- . . . _ .---- ~. - . ._... .- - . _ -

i L

r l 8ELEASE Mu=5E: eCCol CCN711N*EMT PuGGE -

57AaT!4G 71=E Jaw 3 1cac novo 20 *INu7E 15 IIwE hSle 71n 0710C WAp mon ctr, DEG c 4 20 6.2 166.6 -C.2 l 21 63 155.3 C.1 !

22 4.9 177.0 -C.2 4 .

23 6.6 173.2 C.r 26 71 167.2 -0.3 !

3 1 66 14c.1 c.1 l 2 7.0 197.9 -C.!

3 63 201 7 -C.1 6 63 165.2 -0.5 .

5 7.6 les.& -C.2 6 C.1 195.8 -G.2 j 7 10 9 192.A C.C A 1c.6 - 185.6 -C.6 t 9 1C.5 191.5 -C.3 i le 11 1 194.s .C.C 11 11.8 217.2 -0.6 12 11.a 2c9.c .c.&-

. 13 13 7 228.? -0.4

~

16 16 1 233.A -0.3 15 12.6 234.* -0.3

) 16 11.1 237.- -0.4

17 A.* 237.4 -C.1 6

14 9.' 264.C -C.1 19 10.6 243.6 -0.1 20 7.7 256.6 c.1 21 4.2 296.2 .

-C.1 4l 22 5.0 312.a C.1 [

23 53 315.5 -0.1 24 796.6 4

.{ -

1 3.3 6.6 3C2.8 1.2 c.2 i

2 E.9 3r4.7 C.2 3 4.6 33?.A C.1 4 5.7 316.5 C.3 I 5 6.' 302.A C.2 -

i 6 6.5 306.7 C.3

? 7 3.5 3C1.6 C.4 1 F 4.5 25'.1 C.7 .*

4 4.7 paA.I c.3 ,

l IC 7.3 313.0 -C.5 f' 11 6.a 32a.1 .D.t

I 12 4.9 31'.7 -C.B l 13 36 329.2 -0.4 I

. 14 3.9 733.4 -C . ' !

. 15 6.3 142.4 -C.7 r i 16 8.6 180.5 -o.s . i 17 9.F 146.3 -0 3 f l 1A -94.C -sc.c -99.c l

19 -99.0 -92.3 -94.0 $

j 2C 11.6 155.0 -0.5 ,

i i

f - c l

, ?

t i

I t -

i i

i a

e i

i TV-35 :

i I

n.--e-- -, .

e ,,-,---,w n, ,m,- ,--, ,.,~,n~-,,m,,--,-,-,,-...., _-.-wan .,,_-_,---,n,,- , , , , - n,..,,1 , , , .

i

__t ,

4 21 -44.* C4.* -44.5 22 -44.c -44.*- -94.* l 23 -44.r -44.a -44. l 2- -44.C -44.* -44.: !

1 -44.0 -44.0 -44.* I 2 -44.: -4C.6 -44.3 t 3 13.3 163.7 -0.1 !

- 13.6 161.5 -0.5 <

5 15.3 178.3 -*2 .

t 18.3 IS".A -0.1 7 11.' 2*0.3 .2 a 13.0 ?;7.3 ~.2 c a.s 213.s -;.1 Ic 13.1 215.? - .1 l 11 3.5 241 1 Col '

12 -44.0 313.- -C.3 ,

I s := T1-t 22s e.14-: -o = li -1surt -e i

v i

I i ,

h I

I i

I I

. L r

l l

__ m _

4 r

l r

4

-I ,

(::) ;

4 l

4 e ,

a e-OO ;

r

t RELEASE NUMAEC - 30002 CONTAINeENT PURGE

[

STARTING T)>E JAN 10 1990 HOUR 1A MINUTE 3 TIME W510 WOIS 07100 HOUR wpH DE6 DEG C .

1A 21 2 207 1 0.2 19 21.3 190.1 01 20 21 6 203.1 0.1 21 20.5 205.7 0.1

22 19.8 216.1 01 23 21.2 221.A 02 26 22.5 285.A 0.4 1 25.0 31%.1 -0.5 .

2 25.1 317.4 -0.5 3 22 1 312 3 -0.5 4 20.2 31A.c -0.3 5 14.2 314.0 -0.2 6 17.9 309.8 -0.3 i 7 13.9 300.A -0.2 8 11 4 303.2 -0.2 9 13.7 31n.A -0.3 In 16 1 310.9 -0.6

, 11 17.9 30P.A -0.6 12 17.9 30%.1 -0.8 :

13 17.1 304.3 -0.8 14 17.1 302.2 -0.7 15 14.9 301.5 -0.8 16 15 2 300.7 -0.6 17 13.2 295.4 -0.6 18 9.7 299.2 -0.3 19 5.3 304.3 -0 1 20 5.6 30R.3 -0.1 4.1 316.2 0 21 22 23 2.7 3.1 285.3 305.7 0.9 1.0 1.0

, 24 2.5 195.7 0.5 1 2.3 113.4 0.7 l

2 2.0 141 3 0.A 3 4.4 136.2 0.3

! 4 4.9 156.A 0.5 1 5 5.5 137.1 0.9 l 6 6 7.2 137.7 0.7 7 13.2 149.A -0.1 ,

8 13.6 147.6 0.2 9 13.4 144.3 0.3 10 15.6 152.6 -01 11 29.1 164.6 -0.3 12 29.7 169.7 -0.4 13 21.3 174.7 -0.6 14 22.9 169.4 -0.3 15 24.3 189.3 -0.4 16 25.6 18r.4 -0.3

! 17 29.1 190.4 0.1 18 19.9 179.5 -0.1 m--o- e eo m

],

i O

O u-n

-rr- . , - , y y- 1,,n-, ,,.%s.e- . - - - -m . ,- -e~ *

w-' e -%-= * -v~-v*-****-*w'~ w ---

~" ' - - - -+

l l

I l

l O 19 20 21 10 3 18.6 21.2 175.A 176.n 176.A 01

-0.1

-0 1 22 24.6 182.2 -0 2 23 24.3 188.3 0.3

. 24 23.4 190.3 -0.1 1 25.9 191 4 n.1 2 26.2 194.7 -0 1 3 28.7 195.4 -0.4 4 24.7 204.5 -0.3 5 22.7 201.0 0.1 6 23.6 210.4 -0 2 7 24.5 20A.3 -0.1 8 17.7 203.1 -0.1 9 10.6 196.5 0.1 10 13.3 200.1 -0.3 11 12.1 215.7 -0.6 12 7.5 241.0 -0.7 l 13 7.1 246.0 -0.6 14 3.6 286.n -0.7

' 15 31 6.6 -0.8 16 4.4 340.0 -0.6 17 41 357.9 0.3

.! 18 60 330.7 1.5 le 52 290.0 4.3 20 2.9 268.7 3.4 21 1.2 210.2 3.0 22 1.7 269.9 4.4 23 0.0 273.1 6.6 24 1.1 226.1 7.1 1 16 274.8 4.6 l 2 15 179.0 4.7 3 1.6 130.7 4.6 4 1.0 208.7 4.9 O 5 6

7 1.5 1.7 20 128.4 158.1 124.1 3.0 2.9 1.9 8 2.1 303.4 2.3

' 9 4.6 112.9 1.9 to 9.0 124.4 -0.6 11 13 4 124.0 -0.4 12 14.6 130.2 -0.5 13 13.7 243.4 -0.5 14 13.4 155.1 -0.5 15 15 9 146,2 -0.4 ,

16 13 8 154.3 -0.3 17 12.2 151.1 -0.9 18 11 4 143.4 0.7 STOP T1vE JAN 14e1980 HOOR 17 MINUTE 45 i

e

= me-b ud IV-38

. _ -~ _ . . . . _ _ - . . _ _ _ . , _ _ , . - . . _ _ , . . _ _. ._ , _ . _ ..-. _.._. _ _ _ .._ . _ _ . _ _ .. . -

RELEASE NOM 9ER 800n3 CONTAINwENT PURGE STASTING T1wE JAN 17,1980 HOUR 17 MINUTE 39 T!PE W510 h010 DT100 HOUR MPH DEG DEG C 17 4.6 10E.7 -0 1 1R 2.4 143.2 0.6 19 1.7 303.0 1.3

- 20 2.2 143.5 11 21 4.0 150.A 16 l 22 4.0 133.0 2.2 23 2.7 104.1 17 24 4.7 114.n 2.7 "

1 6.0 144.5 20 2 5.0 132.n 16 3 5.7 143.4 2.2 4 4.5 113,7 17

5 4.0 114.4 16 6 5.3 117.A 10 7 6.0 125.1 13 8 6.1 129.2 0.1 9 54 132.4 0.5 10 4.9 129.A 0.4 11 5.1 127.4 03 12 4.4 155.A -0 3 13 6.5 185.6 -01 14 8.1 203.9 -0.6

!? 6.2 199.1 -0 2

'. 3 51 190.5 -01 17 2.2 211.2 14 18 24 295.9 13 19 24 282.5 2.3 2n 25 303.1 16 21 6.2 324.3 -0 1 22 59 326.6 -0 1 23 6.6 329.5 -0.4 i 24 7.4 335.4 -0.3 1 7.8 339.9 -0.3 2 7.1 344.A -0.3 3 7.5 346.7 -0 3 4 8.6 351 7 -0 2 5 8.7 351.7 -0.4 6 8.2 354.3 -0 3 -

7 63 7.6 -0.2 8 64 3.6 -0 2 l

9 P.4 5.5 -0 2 l 82 13 2 -0.3 l 10 11 82 9.3 -0.6 i

12 7.6 35R.5 -0.6 13 8.6 352.3 -0.6

, 14 89 355.7 -0.6 15 83 35R.7 -0.6 16 73 4.A -0.5 17 56 14.R -0.4 l

i t

IV-39 .

--- n , ,y ,,n, .-,--,,,-ee-- - - - - . -m-w---- ~e r,- ,a - - - - + - .n,- ~ ,,,r,-,m-- . - ,, ,n.-,,---+v-- --e,,er.- -, - , - ,- - , -e

i 0 18 4.8 15.6 -01 19 3.4 20.4 01 20 3.0 14.9 0.4 21 3.3 14.1 0.6 22 2.R 306.4 0.3 23 3.5 346.4 0.5 24 41 32.?.5 0.5 1 4.0 311 3 0.4

. 2 3.6 305.3 01 1 3 32 3 3 7. (- 0.2 4 3.2 317.3 0.1 5 2.0 330.1 -0 2 6 3.6 349.7 -0.2 STOP TIME JAN 20 1990 HOUR 5 MINUTE 8 O

i 1

l I

I l

l l

i IV ho

A 8

1 1

i I CONTAIN**ENT PURGE

RELEASE *4uweER 600n4

STARTING T!wE JAN 20,1980 HOUR 6 MINUTE 15 TIME W510 wnlo DT100 HOUR MPH DEG DEG C 6 3.6 344.7 -0 2 1 7 2.8 340 1 02 '

, 8 18 28R.4 0.4 9 2.2 276.4 0.3

' 10 2.4 299.2 -0 2 11 2.8 313 4 -0.5 12 4.3 353.0 -0.6 f

! 13 '2.9 331.* -0.4 ,

295.1

', 14 1.P -0.5 -

15 3.7 243.9 -0.3 -

-0.3 16 42 234.4

( 3.6 241.8 "-0.3

17 i i 18 29 229.9 -0.2 19 2.6 266.3 -0.2 20 56 243.6 -0.2 j 21 4.2 244.8 . -0 1 22 5.7 227.2 0.1 ,

STop TIME JAN 20,1980 HOUR 21 MINUTE 34

) ,

i I

i 1

)

8 I.

I i

i l

t i .

i w

I

' ()

i f

l I IV h1 l

I

-,e - - _ _ . , . . , _ _ _ , , , . . _ , , , , , . , _ . , , , , , , , , _ , _ _ , ,_

F RELEASE NOMRER 80005 'CONTAINwEili PURGE

, STARTING TIME JAN 20 1990 HOUR 21 MINUTE 34

, TIME WS10 wolo DT100 NOUR kPH DEG DEG C 21 42 264.a -0 1 22 5.7 227.2 0.1 23 6.9 253 6 0.2 24 5.1 224.7 -0 1 1 4.7 296.4 -0.2 2 5.0 246.1 -0.3 3 7.7 268.0 -0.3 ,

STOP T1"E JAN 21 1990 HOUR 2 MINUTE 20 STARTING TIME JAN 21 1980 HOUR 5 MINUTE 30 TIME WS10 wnlo DT100 -

HOUQ MPM OEG DEG C 5 11 4 232.5 -0.3

. 6 10.3 246.3 -0.2 7 7.5 249.0 0.1 1 A 9.9 230.3 02 0 11.3 211.7 0.2 10 10.5 245.6 -0.3 I 11 13.5 247.7 -0.4 12 10.5 257.1 -0.4

, 13 10.3 287.9 -0 5 I 14 7.9 299.4 -0.6 l 7.6 320.7 -0.6 i , 15 i 16 7.8 307.6 -0.4 17 54 256.4 -0.1 i 18 10.3 320.1 1.0 j '

19 9.7 300.0 3.0 i

STOP TIME JAN 21 1920 HOUR 12 MINUTE 16 i

I k

i i

f

! i l

I i

~

IV h2 t.

1 CONTAINuENT PURGE RELEASE NU&: REC 80006 .

STARTING TIuE JAN 21,19AD HOUR 14 MINUTE 21 TIME WS10 WD10 0T100 HOUR MPH DEG DEG C 18 10.3 320 1 1.0 19 9.7 300.0 3.0 20 10 1 62.2 1.1 21 5.7 352.3 1.3 22 8.0 29R.6 1.3 23 9.6 301.4 0.7 24 7.7 343.3 0.6 1 10.5 24.5 0.9

2 13.3 326.4 01 3 19.6 324.Q -0.1 4 19.2 333.0 -0.1 5 15.2 350.A -0.1 6 13.4 339.1 -0.1 7 -99.0 -99.0 -99.0 A 21 5 347.7 -0.2 9 17.5 328.8 -0.2 10 15 0 334.A -0.3 11 16.9 32A.7 -0.6

, 12 14.5 330.7 -0.7 13 14.3 326.9 -0.7 14 13 7 335.A -0 8 15 11.9 340.4 -0.7 16 12.9 331 1 -0.7 17 12.7 327.A -0.5 18 8.9 31A.2 -0.1 19 4.8 303.3 0.5 20 3.9 283.5 0.7

) STop TIME JAN 22 1980 HOUR 19 MINUTE 14 STAQTING TIME' JAN 22,19a0 NOUR 19 HINUTE 23 TIME WSIC wolo DT100 HOUR MPH DEG DEG C 19 4.9 303.3 0.5 20 3.9 283.5 0.7 -

21 3.7 289.4 . 1. 2 22 19 321 4 16 I

23 2.8 325.7 1.6 24 -90.0 -94.0 -99.0 1 3.4 285.1 2.2 STOA TiuE JAN 23 1990 H0tJR 0 u!NUTE 51 l

r

(

IV h3 i

L

. _ - = _ . - . .. .. . _ . _. . . .--

i f

s

! RELEASE NuveER 80007 CONTAINuENT PU4GE

. STARTING TIME JAN 23 1990 HOUR 20 MINUTE 55 l TIPE WS10 wnin OT100 HOUR PPH DEG DEG C j 20 14.4 212.7 1.0 21 17 2 241..n 1.P 22 19.4 250.1 2.3 23 20.0 243.6 3.3 24 18.9 254.n 2.1 1 16.0 276.1 12 1 2 14.5 272.n 1.6 3 13.2 271.2 1.0 ST00 TIME JAN 24 1990 Houp 2 MIN'UTE 29 STARTING TIME JAN 24,1980 HOUR 5 MINUTE 35 TIME W510 WO10 CTICC HOUR M?d DEG DEG C i.

5 16.0 267.6 2.0 6 12.5 262.n 2.3 7 13.3 253.1 3.1 8 13.5 256.7 2.9 272.6 1.3 9 12.7 10 10.1 265.6 1.6 STOP TIME JAN 24 19A0 HOUR 9 MINUTE 55 t

O .

STARTING TIME JAN 24 1990 HOUR 11 MINUTE 7 TIME W510 wD10 DT100 HOUQ MPH DEG DEG C i

11 7.e 272.1 1.0

' 12 6.e 280.1 0.5 13 9.2 262.7 0.7 i 14 9.5 255.9 0.1 -

15 6.6 263.4 -0.3

16 3.7 276.2 0.6 17 38 313.7 12 18 5.0 293.0 13 i

19 6.9 297.5 1.2 20 69 298.4 1.6 STOP TIME JAN 24 1980 HOUR 19 MINUTE 20 1

1

. . ~ . .--

a l

I O

i

'l I IV kh I I

t

. . . ~ - . . - _ . . - , ..-,._,,,y_. _ - , , . . , , y.w.~,.e.., y . _ , - - -.-.,,n. . - , .- ,+ ,, y,. ,--y. - - . , . . ,,,_ , ,- .-,.-y.. , , - -- - . - - -,.,3

_ _ . . _ _ _ . . _ _ _ _ . _ _ . - , _ . = m ._ _ . . . _ _ . . _ . _ m . __ _ . _ . . . . .__ .. ._ __ .

1 1 l 1

4 f

RELFASE NUMRED 800n8 CONTAINuCNT PURGE i

STADTING TIME JAN 24 1980 HOUR 14 MINUTE 50 TIME W510 kn10 DT100 NOUR kPH DEG DLG C 19 6.9 297.5 1.2 2n 69 29R.4 1.6 21 7.0 P92.6 1.2 2? 6.5 292.4 0.8 23 5.7 3nn.6 1.0 ,

26 7.2 295.0 1.2 1 1 7.3 292.R 1.0 .

2 7.6 293.5 0.7

r i 3 7.8 785.5 0.5 -

4 4 8.5 286.6 0.5 5 9.0 296.1 0.A j 6 9.9 304.1 0.R J i 7 10.1 311 4 0.6 8 8.9 320.9 0.4 9 9.6 336.1 0.1 ,

-1 10 11 9 345.0 -0.4 i

! 11 8.6 345.7 -0.6

! 12 A.3 347.7 -0.8 13 -99.0 -99.0 -99.0 l .

a l STOp T!*E JAN 25elgn0 NOUR 12 MitJUTE 22 1

I i

1 i

I k

i i

l i

I i ,

1 i

g L..

i l

i

s i

IV h5

GFLEASE NowpE6 800n9 CONTAIN*ENT PURGE l STACTING T1wE JAN 25 1990 ecus 20 d1NUTE 10 T1uE h510 k'O l n OTIOC HOUR MPH OE6 DEG c 20 9.5 354.6 -0.5 21 In.5 359.6 -0.6 22 1n.5 35%.6 -0.7 23 10.4 357.1 -0.7 26 -90.0 04.6 -99.0 1 -99.0 -90.n -99.0 2 9.7 357.R -n.h 3 R.7 351.6 -0.5 6 9.0 157.4 -0.e 5 9.1 352.a -0.6 6 8.6 356.) -0.6 7 9.1 356.6 -0.6 STCD T1*E JtN 2$,1980 HOUR 6 MIMITE 47 0 .

I I

O IV h6

_m._ ___. _ _ _ . _ _ . . . _ _ . . _ . _ _ . _ . _

i

( RELEASE NtlwAED 80010 STARTING T!vE JAN 26 1980 CCt4TAINwCNT PURGE H004 8 MINUTE 55 T1*C h510 h01n DTI,0 HOUR WPd DEG DEG C A 91 357.9 -0.7 9 8.6 2.7 -0.7 ,

in 6.6 354.3 -0.7 11 8.4 356.2 -0.e r

12 -90.0 -09.0 -0.7 i 13 7.7 354.7 -0.9 14 7.9 350.9 -0.9 a 15 7.7 34R.1 -0.8 16 82 352.4 -n.7 17 7.9 4.1 -0.7 IP 72 13.0 -04 9

19 6.5 11.5 -0.4 1

20 3.4 12.1 -0.2 j 21 6.S 356.0 -0.5 22 7.6 358.5 -0.5

23 7.6 35n.7 -05 1 24 -99.0 34?.4 -94.0 '

1 A.0 336.1 -0.4 2 7.B 365.7 -0.4 3 7.7 336.6 -0.4 4 6.6 336.1 -0.2 5 6.3 333.1 -0.1 6 43 320.3 0.4 7 P.9 312.7 0.5 STOD TTuE JAN. 27 1980 HOUR 6 FINUTE 45 O STADTING TIME JAN 27 19a0 Hour 8 "1NUTE 5 TIME W510 wnin DT100

, HOUQ WPH DEG DEG C j i 8 4.1 323 4 0.4 9 4.9 327.4 0.1

, 10 5.6 343.7 -0.6

! 11 6.6 332.7 -0.6 - t i

STOD TIME JAN 27.1980 Hour 10 MINUTE 37 i i .

l 1

! r

(

t a

i 1

IV kT

l 3

1 T

STA9 TING T1pE JAt3 27 1980 HOUR 13 MINUTF 12 TIME W510 wnin nT100 i HOUR MPH DEG DEG C 13 7.0 335.? -0.7 14 8.1 330.9 -0.7 15 6.6 328.5 -0.7 16 7.0 323.7 -0.6 17 6.7 336.1 -0.5 STOD TIME JAN 27 1980 HOUR 16 MINUTE 45 STARTING T1uE JAN 27 19a0 NOUR 16 MINUTF. 45 i TIME W510 wDin OT100 I

H000 HPH DEG DEG C -

l 16 7.0 323.7 -0.6 17 67 336.1 -0.5 1A 52 22a.7 -0.3 19 46 321.A -0.3 20 4.6 321.7 -0.6 21 66 315.7 -0.6 22 6.6 328.6 -0.4 23 7.1 330.1 -0.4 24 6.5 332.7 -03 1 5.5 344.9 -0.*

i i 2 3.9 327.9 -0.3

! 3 2.2 310.A 0.4

{ 4 3.0 310.9 0.4 i

O i i

5 6

7

-99.0

-99.n

-99.0

-99.n 99.0

-99.n

-99.0

-99.n

-99.0

!' 4 -99.0 -99.n -99.0 l -99.n -99.0 9 -99.0 10 -99.0 -99.n -99.0 11 -99.n -99.n 99.0 12 -99.0 -99.0 -99.0 l ,

-94.n -99.n 13 -99.0 14 -99.0 -99.n 99.0 l l 15 -99.0 -99.0 -99.n j -99.0 16 -99.0 -99.0 17 -99.0 -94.0 -99.0 18 -99.0 -99.n -99.0 19 -99.0 -99.0 -99.0 20 -99.0 -99.n -49.0 21 -99.0 -99.n 99.0 2? -99.0 -99.n -99.n 23 -99.0 -99.0 -99.0 24 -99.0 -99.n 99.0 1 5.3 343.5 -0.1 i

IV h8

_ .. _- ._ _ _ - - . - . _ . . . . . _ . ~ . . _ - _ .-- _ _ . . .

d i

? 61 3'* l . C -03 ST00 TIME .l A N 29 1900 Hour 1 MINUTF .6 l

4 0 .

i I

5 4

1 1

O IV h9

I RELEASE NuwaED P0011 CONTAIN"ENT PU46E STADT!NG T1*E FE9 1,1990 9004 14 PINUTE 29 TIMF WS10 WO10 DT100 HOUR MPH OEG DEG C 14 12.3 177 4 -0.4 15 12 2 143.0 -0.0 l 13 0 138 7 00 .

16

17 14 2 140.5 -07 a

18 12.P 144.* -0 2 19 12 0 147.0 -0 1 20 10 0 153 0 -0.3 21 10 5 155.1 -0 2 22 10 1 -99.0 -01 .

! 23 10 5 -99.0 -0 1 1 24 11 0 -99.0 -0 2

! 1 -99.0 -99.0 -99.0 2 -99.0 -99.0 -99.0 3 -99.0 -99.n -99.0 4 -99.0 -99.0 -99.0 5 -99.0 -99.0 -99.0 h -99 0 -99.0 -99.0 7 10 1 -94.0 -0 1 8 93 -99.0 -0 6 9 84 -99.0 -0 4 10 72 -99.0 -0.5 1 11 56 -99.0 -04 12 50 -94.0 -0 5 13 4.8 -99.0 -0.P j 14 52 -94.0 -0 9

. 15 4.9 -90.0 -0.6

. 16 53 -99.0 -0.7 I

() l l

I STOD T!*E FEB 2 1980 Mot R 15 MINUTE 20 STAQTING TIME FE4 2 19R0 NOUR 16 MINUTE 0 I

11PE WS10 WO10 DT100

! HOUR MPH OEG DEG C l 16 5.3 -99.0 -0.7 17 4.4 -94.0 -0 6 '

l 1 1A 4.3 -94.0 -0.2 19 42 -94.0 -0.4 20 3.7 09.0 -0.4 21 3.0 -94.0 0.1 22 -99.0 -99.0 -99.0 23 -99.0 -99.0 -99.0

24 -99.0 -99.0 -99.0 1 2.6 -99.0 2.0 l 2.3

! 2 3.3 -99.0 3 3.5 -99.0 2.2 4

b tg f

IV-50

- _ . . . = . . _ - _ . . . . . . _ - . . ~ . = - . - _ - - . . _ . . - . - - . . . - - . _ - . _ . . . _ . . .

i J

4 t.

(/ 4 2.0 -99.n 2.2 f

. 5 2.6 -99.0 1.1 i i 6 26 -99.n -0 1 7 3.5 -99.n 0.2 i

R 26 -99.n 0.2 9 2.6 -94.0 -0.2

, 10 16 -99.6 -0 6 11 -4.2 40.0 -0.P 12 5.R -99.n -0.7 ;

i 13 7.6 -94.0 -0.5 I i 16 6.2 -99.n -0.5 ,

i 15 6.6 -99.n -0.5

} 16 6.6 04.n -0.6 17 7.8 -99.n -n.3 j 18 -90.0 -99.0 -99.0 -

l

~

19 6.6 -94.0 -0.1 i 20 5.3 -90.n 0.2 j 21 6.6 -99.n -0.1 ~

i.

5T00 T1"E FE9 3 1980 HoliR 20 p!NUTE 27 l <

l STARTING TIWE FER 3 19a0 HOUR 20 NINUTE 28

~

l TIPE - WS10 WD10 DT100 l HOUR kPH DEG DEG C l .

j 20 53 -99.0 0.2 21 6.6 -99.0 -0.1 22 8.6 -94 n -0.2 23 10.6 -04.0 -0.3

, 24 9.3 -90.0 -0 1 9.1 -0.6 4

0 .

1

?

3 9.5 10.5

-99.0

-99.n

-0.5

-0.3 j l l 6 10.5 -99.n -0.3 .

i STop T1=E FEU 6 1980 Hour 3 MINUTE 34 !

r I

a e

f i

.)

4 a

i 1 i a +

4 i

1 i

f 4

lr i IV-51 4

-- =e-,--ww.y,-m y.p n , y , y. w y.y ..w,--w-,.w,ww,,..w,!.3 ,u.,..+-r em,,.p m-.rw n ww r -w r w *gmwmem et e ew- mww wm a v - 9m vaw- e ww- w w MwPW v=- w

f I

4 e~\

N- / STADTING TIwE FE9 4 19PO HOUR 4 u1NUTE o TIwE W510 6010 DT100 l kPH OEG DEG C

' HOUR 4 10.5 -94.0 -0.3 3

' 5 11 1 -99.0 -0.4 b STOD TINE FEB 4 1980 HouG 4 MIhuTE 5A !

l STARTINA T18E rEH 4 1980 Hour 5 MIhuTE 67

' T!wE W510 h010 DT100 j kPH OEG DEG C HOUR J

. 5 11.1 -90.0 -0.4 i

I 6 9.5 00.0 -0.7 j

i 7 10.7 -99.0 -0.3 n 10 5 -99.o -0.2 l -99.0 -0.3 1

9 10.0

'10 10.0 -94.0 -0.3 i

11 11 1 -90.h -0.3

~

12 13.3 -90.0 -0.3

' 13 12.1 -99.0 -0.3 14 11.a .go.n -0.2 15 11 6 -99.0 -0.3

' 16 12.9 -99.0 -0.3 17 13.4 -90.0 -0.3 18 12.0 -90.0 -0.1 19 11.2 -99.0 0.1 d

() I STop TIME FEB 4 19PO HOUR 14 MINUTC 20 i

STARTING TIME FEB 4 1970 HOUP 19 HINUTE 8 s

TIuE W510 w016 OT100 HOUR MPH DEG OEG C

! 19 11 2 -90.n 0.1 2n 11 4 -90.n 0.1 -

21 10.9 -90.0 0.2 22 13 6 -90.n 0.1 '

23 13.5 -99.0 -0.1

' 24 11 3 -99.0 0.2 1 15 1 o9.0 0.7 2 15.6 -90.0 2.7 3 9.1 -99.0 1.1

' 4 13.1 -9G.0 0.1

! 5 14.3 -99.n -0.2 5 19e0 HOUR 4 HINUTE 23 5T00 T!vE FEB !

.. b. ~

1 e

i i

IV-52

- -- .. . . _~ .~ .- _ _ - ___ _ . . - - - -

i l

I- RELEASE NUweEP 80012 CONTAINMENT PURGE l i

() STA971NG T!wE FER 6 19a0 PCOR - 6 MINUTE. 5 T!*F WS10 h010 0T100 HOUR MPa OEG DEG c 6 S.8 -99.n -0.5 7 59 -99.0 -0.4 l R 5.7 -99.0 -0.4

. 9 4.4 -99.0 -0.5 10 -99.0 -90.0 -99.0 11 -99.0 -99.0 -09.n 12 -99.G -90.C -99.0

, 13 2.9 -99.0 -0.7 14 3.3 -49.n -0.9 15 3.1 -99.0 -0.8 16 3.1 -90.0 -1.n 17 31 -90.0 -0.6 1A 21 -99.0 -0 1 I

1.7 19 -99.n 1.2 j 20 0.7 -99.n 2.3 21 1.5 -99.0 3.0 22 1.3 -99.n 2.6 23 1.4 -99.0 2.3 24 0.7 -99.0 3.2 STop ffwE FEB 6 1940 HUum 23 MINUTE 52 3

STAQTING TISE FER 7 1980 HOUR 6 MINUTE 15 4 TIME WSIC WO10 DT100 HOUR MPH OEG DEG C 1 12 -90.n 3.4 4

2 1.A -99.0 4.1 1

. 3 0.9 -99.0 3.7 4 0.9 -90.0 11 5 1.6 -94.0 -0.2 l 6 1.0 -99.0 -0.1 l

7 1.1 -99.0 -0.1 1

SToo *l1*E rE8 7 1980 Hour 6 MINUTE 10 om O

IV-53 1

- . - -- ....._.,._.--_m_.,,m_. , - _ . , , , . . . . _ , _ _ . _ _ . , , ,,....,,,y., ...,_,m,,,., . _ _ , _ _ , , . . ,, ,__,,,,m_g,,y.. y.,.,,,__., ,.

m

i

?

RELE ASE M8"RER 60013 CONTAINvCNT PURGE STARTING TIwE FER 9 1940 HOUR 3 MJtWTE 13 TIMF W510 Wolo DT100 HOUR MPH OEG OEG C 3 - 99 0 -99.0 -99.6 '

4 - 99.0 -99.0 -99.0 5 - 99.3 -99.0 -99.0 i 6 - 99.0 -99.0 -99.0 ,

7 - 99 0 -99.n -99.0 A - 99.0 -QC.0 -99.0 9 - 99 0 -90.0 ug,o 1

10 ' Q9.0 -90.0 -99.A -

' 11 - 99.0 -94.0 -99.0 12 - 99 0 -90.0 -99.0 i

13 - 99.0 -99. 0 - -99.0 14 - 99.0 -90.n -99.0 15 - 94.0 -99.n -99.0 16 - 09.0 -99.n -99.0 -

l - 99 0 -99.n -99.0 17 l 18 - 99.4 -99.0 -99.0 19 - 99.0 -99.0 -99.n 20 - 99.0 -99.0 -99.0 l -99.0 21 - 99.0 -90.0 22 - 99.0 -99.n -99.0 23 - 99.0 -99.0 -99.0 24 - 99.0 -99.0 -99.0 i

i 1 7.2 213.R -0.1 2 5.7 P24.? -0.9 3 3.7 733.5 0.6 4 3.7 262.2 0.9 5 2.6 265.7 2.6 6 1.5 ?63.7 3.8 7 1.5 245.6 4.4 A 3.1 265.9 4.0 9 5.3 307.4 2.8 1 10 5.8 772.7 1.5

' 11 7.7 277.3 0.7 273 5 12 8.1 -0.3 i'

13 8.7 767.9 -0.4 l

STOP TIME- FEA 10,19M0 HOUR 12 MINUTE 44 i

I i

()

1

' IV-5h e

=w- --y-..y-w+,.>r-or w ,-ww --w-yw,, -+,.---,,y,,, .-

,-r--9, =,y,w---.-egw--v-p,,3+ -wm, ==,y-gupw,vy,s r-ywvaip-= g v vvaw+ -ww-,ye,*-wv v-y-m - - ' ' " 'W-t- WTT war 9w"*v*Fe#r' Yr*7--~ t

~ . _ . _ _ _ _ _ _ _ . . _ . _ . - . . _ _ . . _ _ _ _ _ _ _ _ _ . . - _

l

[

i

. _. _.. ... .- p l

() TIME STADTINr. 71wE h510 wolo' FER 10 1980 OT100 PO'IR 12 MINU*.E Sn f

r r

HOUR *pH DEG DEG C l 12 91 273.% -0.3 i 13 8.7 267.0 -0.4 14 95 263.1 -0.4 15 10 0 25G.4 -0.3 16 7.4 264.9 -0.2 17 P.3 250.4 -0.1 18 10.0 235.9 0.4 19 12.9 241.0 0.4 20 12 1 243 0 1.3 '

21 66 282.6 17

22 5.6 244.5 2.5 23 6.9 329.7 1.6 24 3.0 299.2 1.2 '

1 3.2 303.0 1.5 2 5.4 296.2 0.9 ;

3 7.4 290.4 04 r 4 8.9 287.1 0.6 5 13.6 311 0 0.1

6 11.9 315.4 0.2 [

- 7 11.0 319.7 0.5 8 10.4 315.9 0.4 9 10.3 326.4 0.1 10 12.0 31R.4 -0.3 t 11 12.0 327.4 -0.6 12 12.4 32c.4 -0.6 13 11.5 320.A -0.7 14 11 5 31n.2 -0.5 15 12.0 311.3 -0.4 16 10.5 311 7 -0.4 ,

O ,

17 18 11.0 7.5 321.7 320.4

-0.3 0.2 y i

1 HOUR 17 *1NUTE 45 STop TIwE rEs 11 19s0 i

s ?

t I .

i

i i

( !

l i

4 l

l l

. .h ._ _ _.

1 l

3 I

I i

i IV-55 ,

l

_..__.___._- _ ___ _a

~ - . . . . - .= - - ... -_-- - - - . -. .

EELEASE No*AEG A0014 CON 141NMENT PU4GE STARTING 71*E JUNE 11 1940 HOUR 16 91NUTE 49 T !w.F WS10 h010 0T100 HOUR MPd DEG DEG C j

16 13.0 163.n -1.7 17 13 1 150.0 -1.6 [

18 14 2 160.A -1.3 '

14 11 1 163.1 -1.0 2n P.8 162.9 -0.o 21 A.0 161.5 -0.1

?? R.5 154.6 0.2 23 10.7 157.n 0.1 -

24 12.6 15a.1 -0.3 1 14.0 16n.1 -0.4 163.A 2 13.2 -0.4 3 12.0 161.3 -04 4 11 0 155.3 -01 9 11 2 162.7 -0.4 -

6 10.4 163.7 -0.3 l

7 11 2 165.5 -0.4 '

8 12.7 171.1 -0.6 9 13.3 177.4 -0.h

. 10 14.1 164.* -0.6 11 14.0 19A.? -1.0 STOP TIwE JUNE 12 1990 NOUR 10 "INUTE 51 .

STARTING T!PE JUNE 12 1980 HOUR 12 MINUTE 38 TINE WS10 wnin 0T100 O- ,

HOUR WPH OEG DEG C i 12 11 9 187.4 -1.0

! 13 12.7 178.4 -1.3 i

. 14 12 0 160.* -0.9 I 15 11 1 15a.A -0.5 y

16 4.9 237.n -0.1 17 12.1 20?.4 0.7 s' l 1A 10.9 14a.o -0.1

, 19 10 2 144.7 -0.4 20 10.2 152.3 -0.5 ,

l 21 46 147.5 -0.2 1

2 l 27 93 144.9 0.1 23 86 146.1 0.6 24 R.4 144.1 1.0 1 8.3 113.5 1.7 l.

2 7.7 115.5 2.6 3 A.R 177.5 0.3

! 4 10 0 P92.A -0.1

' S 10.4 275.3 -0.1 I

! 6 10.9 285.* -0.1 I

i

.l

- ()

i IV-56 e,,e,w+e- -

+ee. --%,-- r-w,.mvt~ --m"+,' wr*- 7 r------rr -t rc-- y wy PNer e 4 "- t-,m

- Tw v* r---PTn-vww-*--

i i

t 7 12.8 352.n -0.1 A 15.0 240.7 -0 3 9 15.3 359.6 -0.7 .

10 14.6 31A.9 -1.0 11 11 0 233.R -1.2 .

12 9.6 P1b.n -1.3 13 8.7 179.n -1.4 14 10.1 P07.4 -1.5 15 98 276 1 -1.4 16 85 256.9 -1.3 17 51 174.3 -1.1 1A 41 19?.0 -0.9 19 1.9 46.n 0.2 20 1.6 33%.7 0.9 4

21 16 283.3 2.1 22 3.1 301.A 14 23 2.0 237.6 0.1

{ ~4 3.0 Pe5.4 1.2 1 1 3.1 302.C 1.2

, l 2 3.5 316.1 11 i

i 3 2.4 316.n 1.2 3 4 3.6 311.9 2.1

, 5 3.2 311 0 1.9 6 3.7 320.0 1.3 7 2.7 310.4 0.7 A 30 352.4 -0.3 9 3.9 13.0 -0.9 10 3.6 20.n -1.0 11 4.5 52.6 -1 2 12 61 6R.0 -1.3 13 6.6 60.1 -1.3 i 67.9 -1 4 14 8.2 15 91 85.0 -1.3 16 9.6 89.6 -0.0 .

- 17 8.2 79.1 -0.5 4 18 7.9 79.5 -0.4 19 8.7 79.7 -0.7 20 8.9 31.7 -0.6 21 74 43.4 -0.7 27 7.9 39.? -0.6 ;

} 23 9.3 43.6 -0.4 1 1 24 12.1 14.7 -0.2 1 9.2 23.6 0.2 2 6.9 29.4 0.3 ,

3 5.4 285.7 -0.1 4 10.6 SP.5 -0.2 5 9.0 132.3 -0.1 6 4.7 213.9 0.3 7 4.6 8.7 0.1 8 2.e 62.% -0.1 9 4.7 350.4 -0.8 I In 6.9 352.4 -0.9 l 11 A.9 20 -1 1 12 95 7.4 -1.1 I

13 84 21 7 -0.9 i

O IV-57 l

O 14 19 16 7.9 7.3 59 14.6 39.1 3%.1

-1.1

-1 1 17 53 3C.4 -0.9 19 5.a 37.6 -1 0 10 5.5 50.4 -0.7 26 50 71.? -0.6 21 4.5 86.1 -06 2? 3.1 67.5 -0.2 23 2.3 53.4 -0.2 24 2.5 67.5 -0.3 1 1.7 337.1 0.3 7 1.9 66.4 0.6 3 22 73.9 0.5 4 2.1 354.0 0.A 5 1.? P99.3 07 A 1.2 296.5 10 7 1.3 325.0 0.6 A 13 1%.1 0.1 Q 3.3 175.3 -0.9 STOD T!*E JUN' '. ,19 R 0 H0tlR e MINUTE 10 O

g a

O IV-58

/ )

orLEs5E Nta:t 20015 CC'.it1N"ENT GU35E

%) JUNE 16 19*0 wove l' H!vJtE 12 l

STAai1NS T1wE T1wE s%1C =01* CTICO "004 wo= CEG OEG C

',' 10.7 n.1 -0 3 17 10 6 46 1 -C.1 la 56 76*.* C.?

10 36 235 6 1.9 26 3.5 756.7 c.9 21 4.8 294.1 0.6 22 20 Pel.% 2.1 23 ?.6 ?*?.? 3.7 ,

26 6.? ?*6.4 2.3 1 73 P34.5 17 2 33 2 e 2 . e- 11 3 6.i 31C.1 1.2

' 5.6 133 1 -03 5 7.6 151.7 -0.E

< 75 357.5 -C.6 -

7 E.6 354.4 ~-0.8 a A.1 3.4 -1.6 '

4 7.5 1^.0 -1.1 In 6.6 1%.A -1 1 11 6.4 2e.A -1.5 12 7.1 32.5 -1.6 13 6.6 3".A -1.3 16 72 51.1 -1.*

15 E.C 52.0 -1.e 16 e.2 5 .e -1.c 17 7.2 63.6 -1.3 16 6.a 37.7 . .c p)

( 14 20 5.7 3.9 73.7 7%.C

-0.5

-0.5 21 2.3 334.6 C.4 22 1.6 123.A 3.1 23 2.7 137.1 2.9 26 2.1 IGP.5 3.1 1 1.2 ?97.4 3.2 2 n.9 216.1 3.2 3 3.3 137.1 2.n 6 6.3 131.9 1.8 5 2.4 145.2 2.5

6 14 124.4 1.7 7 1.4 18%.1 -0.3 E 6.5 137.1 -1.0 C B.5 27e.3 -1.2 In E.6 148.3 -1.2 11 10.1 26.n -1.2 12 9.6 84.6 -1.3 13 4.0 ?04.3 -1.-

16 7.9 21r.5 -1.6 15 6.9 157.1 -1.7 la 91 -36 -1.6

, h,

,Y IY-59

I.

t

-O 17 1A 8.8 9.4 342.4 130.7

-1 5

-1 5 19 9.0 134.1 -1.3 20 70 122.1 -1.1 21 6.n 130.1 -0.2 22 41 23C.7 1,2 23 5.8 171 1 1.6 24 66 171.1 1.P 1 6.7 162.5 1.3 2 6.8 181.5 16 3 9.4 200.1 1.3 4 6.1 2Dn.A 1.1 5 2.2 251.1 0.8 6 2.0 129.3 1.6 7 30 138.7 1.5

A 5.2 70n.4 0.2 9 6.5 198.6 -1.1 10 7.6 203.4 -1.2 11 6.8 P23 3 -1.3 12 5.5 206.7 -1.4 13 7.4 200.6 -1.6 14 8.6 202.2 -1.7 15 95 200.5 -1.6 s 16 93 191 5 -1.6

. 17 91 In6.E -1.6 18 92 1A2.3 -1.3 19 7.6 170.4 -0.A 20 66 16A.2 -0.1 21 ,.4 162.2 1.0 22 5.9 167.9 16 23 5.2 170.4 16 26 52 200.3 2.5 1 6.0 193.n 2.6 O 2 3

4 6.3 5.6 52 182 9 182.7 218.6 2.0 1.6 1.1 5 6.5 173.1 14 6 p.1 147.5 0.5 7 6.8 136.A 0.7 A 7.5 234.1 -0.7 9 7.2 212.4 -0.9 10 56 212.2 -0.P 11 1.8 245.7 -0.7 12 21 365.A -0.6 13 3.0 19.7 -0.7 14 1.8 318.A -1.0 15 1.7 15 1 -1.0 16 2.1 366.6 -0.9 17 2.0 217.0 -0.6 le 2.5 368.2 -0.7 le 2.7 345.6 -0.9 20 3.9 342.1 -0.R 21 3.5 331.4 -0.4 22 1.7 314.0 0.3 23 1.7 273.5 0.5 l

O IV-60

_ ~_ - _ .- _- _ _ _ .

I I

l 26 1.6 301 7 0.4 1 -99.0 -90.0 -o w . t>

? -99.0 -90.0 -w4.0 3 -99.0 -99.0 -99 0 4 -99.0 09.0 -99.0

% -99.0 -00.0 -99.0 ,

6 -99.0 - 9 0. r; 09.0 7 -94.0 -94.n -99.0 5T00 TiuE JUNE 23 1940 " Cow 6 et!N'JiE 24 l 1

i f

O i

I t

j

,__ . _ . ~

i O ,

I IV-61 i

3 i

I i

i l 1

)

RELEASE NoveED 80016 CCNTAIN=ENT PURGE i

STARTING TIFE JUNE 2o.1940 HOUR la MINUTE 14 TIPE WSin woln DT100 HOUR wPH DEG DEG C

< IR R.2 154.3 -0.k

19 6.4 159.1 0.0 l l 2n 6.7 16?.1 0.7 [

21 5.9 15%.4 17 i 22 5.7 147.R 1.6 i 23 29 142 7. 2.4

24 6.5 145.4 2.4 1 9.7 136.3 1.5 . j l'

? 10.9 14A.h 0.3 ,

i 3 R.4 121.3 0.2 '

~

4 61 78.1 0.4 5 4.6 9R.A 0.7 6 54 107.? 0.7 '

7 81 lin.? -0.2

! 8 13.2 103.7 -0.9 4

9 14.3 91.9 -1.1 !

I ST00 T!wE JUNE 27 1950 HopR 8 w!NUTE 25 4

l 1

STARTING TIME JUNE 27 1940 HOUp 13 MINUTE 4 l

i i T!wE hS10 woln OT100 f MOUD PPH DEG DEG C 1

i 13 10.2 179.1 -1.5 1 16 12.2 746.1 -1 4 15 11 5 P64.7 -1.4 16 8.7 305.7 -1.5 s

i STop T!"E JUNE 27 1980 HOUR 15 MINUTE 25 i

l I

O IV-62 :

4 !

. . . . . - - . ..-----, - , - - , . . . . . - - , . . . - , . ~ . , , - . , - . - . . _ _ . . - - - . _ , . - - - - . - . . - - -

i i

O HOUR 15 ttit4UTF 56 4 STARTING T1Hf JUNE 27 19a0 ,

. TIPE WS10 wolo nT100

' Houp MPH CEG CEO C 15 11 5 244 7 -1.*

16 8.7 309.7 -1.?

351 5 17 7.3 -1.1 '

18 R.4 349.5 -0.7 to 9.6 351 4 0.0 2n 4.4 334 2 1.4 .

21 3.3 316.6 3.5 l 22 7.3 343.6 14 23 A.9 353.7 -0 1 24 6.0 341.7 0.6 1 4.4 324.3 21 2 3.7 306.6 24 3 4.5 321 1 30 4 3.8 309.6 2.1 2.1

+ 5 3.9 32a.a 4 6 3.6 356.0 17 7 24 13 9 0.5 '

8 39 47.1 -0 7 9 3.1 52.5 -0.6 10 4.1 4n.4 *0 8 11 4.7 40.5 -1.1 12 4.8 28.4 -1.1 1 13 4.9 28.1 -1.3

! 14 4.9 C.9 -1 1 15 4.0 2.4 -1.3 l

16 39 357.4 -1 2 1 17 30 25.3 -0.9 1R 30 65.7 -0.6 19 2.9 20*.8 1.1 20 1.9 705.8 36 21 2.1 714.5 4.6 22 2.6 762.1 *.9 23 7.6 238.7 41 1

24 5.1 343.0 4.3

, 1 25 277.n 4.6 2 3.2 303.2 4.A 3 4.2 321.2 5.1 .

4 4.9 32n.4 2.4 5 3.S 327.5 2.7 6 3.5 326.5 2.0 j 7 4.3 320.2 0.6 I A 6.9 7.0 -0.8 9 7.7 0.R -1.1 10 7.3 357.4 -1 2 11 7.3 359.n -1.2 12 92 351.3 -1 4 13 8.4 359.n -1.5 14 7.4 35%.1 -1.6 15 7.4 351.6 -1.e f l L

I O

IV-63 i

--~~..,--.-,,.,--,-,--,-----.--,,e,..m.m,a- , - - , , , , , , - ,-,,,,,-,,,,,.mw.w.n-,,n n,_,,m--.n-wr-,-,----y.--,-,-a_, , . , ., cy--- -,.g.,,,,,,,,nm-,,,.,,---, . --w,

l 1

l l

l O le 17 7.1 61 357.0 156 2

.g*4 11 18 5.5 19 06 1C 41 g,3 ,g, 20 2.2 64.n C.5 2t 1,9 183*3 2.e 22 14 301 7 4,n 23 14 579,3 ,,q 2" I.0 P67.A 51 I l*l 126.4 4,n 2 3.n 126.6 4.5

' 3*2 12?.% 3.0

' 61 133.0 2.1 5 4.o 137,o g,7 '

o 58 145 8 16 7 5.7 lua.p -0.C 8 9.B 195 9 -0.g 9 10 5 152.5 -0.9 STOP Tl"E JUNE 30,19PD HOUR a MINilf E O O

e j ._

O IV-6h

-. _ . -- -_ - . . . - - . _ . - - . . - . - ~- -.- -. - .. - --..=--- _~. ~

1 i l' 1

()

i.

RELEASE NovaEk 80001 DECny TANw PUAGE

! STARTING TIME JAN 6 19M0 HOU4 16 WINUTE 55 !

i f

TIME W510 hDin DT100 i l NOUR kPH DEG DEG C 16 -90.0 300.9 -0.9 17 -99.0 797.7 -0.4 l -99.0 299.7 -0 2 4 1R 19 12.1 293 5 -0.4 4

5700 T!>E JAN 6 1980 Hour 16 MINUTE '5

I

! L ST ARTING TIS'E J2N 6 1940 HOUR 19 MINUTE 45 I '

TIFE WS10 Woln DT100 i HOUR MPH nEG DEG C i

la -99.0 299.7 -0.2 i 19 - 12 1 293.9 -0.4 20 20.0 299.9 -0.2 1 21 17.1 297.3 -0.3 22 -99.0 -90.0 -99.0 l 23 -90.0 -99.0 -99.0

24 -99 0 -99.n -99.0 1 14.9 296.9 -0 3 i

2 11 9 301.2 -0.4 4 5700 TIME - JaN 7 1980 HOUR 1 MINUTE 46 i e 4

i O i i '

I i !

i t

. t

[

t L I

4 f

Y

.i i

j /)

. \% ,/

i

[

i i !

! IV-65 ei,-- ,- .re,- r=r, rw , - ww . . w w - w w-, y w e , -- y - m. my.w ., ,ww w . .w w w w - w e , w w w+ +-, - y n,w ww w - , w ,w .y- w w t y . y e-.w .-r% ,w - c r e= w e e -y

() RELEASE Ni>"aER STADT!NG TIFE P0002 JAN crcat TANK PURGi 8.lG30 HOUR 20 v1FUTF 57 T ! *'E WS10 w01n 0T100 HOUR HPH DEG DEG C 20 5.8 15.7 -0.8 21 5.5 154.7 -0.7 27 71 334.3 -0.3 23 7.5 331.9 -0.5 26 6.1 3=6.6 -0.5 1 54 343.0 -0.3 2 6.2 362.7 -0.?

3 6.7 3=3.p -0.6 -

4 7.0 334.5 -0.1 5 63 35%.4 -0.7 6 63 12 5 -0 3 7 4.5 35m.; o.1 A 3.5 23.% -0.8 G 2.4 34.4 -0.7 10 3.4 30.0 -0.9 STOD T1"E JatJ 9 19P0 NOUD 9 41NUTE o m

I I

~

O IV-66

_ _ _ _ _ _ _ _ _ _ _._. - - . _ _ _ ~ _ - . _ _ _ . , _ _ _ . _ . .

GELFASE NuwaEP 80003 CrcAY TANv PU:GE STADTING TipE JAN 10 19n0 FOUR 1 u!NUTF 3C T!rr wsto .ntn DT100 N002 kPa CEG OEG C 1 13 2 153.9 -0.1 2 11.9 147.A 0.2 3 13.6 145.6 0.1 4 14.4 140.3 0.1 5 14.9 147.6 0.1 6 15.2 151.1 -0 1 7 12 5 len.g o.3 A 15.5 156.6 0.1 4 16.7 156.0 0.1 In 17.2 156.4 -0.1 11 19.3 154.4 -0.2 STOD T1"E JAN 10 19n0 e004 10 Mir.UTE 11 O

4 I

I O

IV-67

f f DFLE ASE N'r AEa 80cc4 0FCAY TANa GUDGE i

STAoTING T!*E JAN 16 1940 HOUM IP PINUTE 30 Tier wSto unto DT10n Hous upm CEG DEG C la 11.6 163 6 0.7 19 14.4 16e.n o.u 2n 15.a 153.3 0.2 21 15.2 156.7 n.1 22 11.7 166.3 0.1 23 9.9 145.0 0.7 26 7.6 134.7 13 <

1 6.9 160.* 1.2 2 7.4 145.7 16 3 S.6 143.a 2.0 4 4.3 151 6 2.6 STOP T i'4 E JAN 15 1940 pour 1 MINUTE 33 O 4 1

L O

IV-65

t f *

() i RFLEASE NuwRED 80005 STADTING T!"E DFCAr TAkr PUPGE JAN 31 1460 HOUA 0 MINUTE 50 TIME WS10 kO10 DTinn H00P MPW DEG DEG C l

1 3.5 305.6 2.7 STOA TIME JAN 31 1960 HOUD 0 P1HUTE 55 STA0 TING T!*E JAN 31 19P0 HOUR 5 HINUTE 6 TIME WS10 WD10 D7100 HOUR MPH DEG OtG C 5 24 263.4 2.4 6 2.6 265.6 2.6 7 1.8 254.A 3.1 9 22 309.A 2.6 9 1.2 175.4 2.0 10 1.R 23R.S 08 11 2.7 350.A -0 5 12 2.4 9.1 -0.6 13 2.6 17.n -1.3

ST00 TIME JAN 31 19AD HotJR 12 N!NUTE 25 I

STARTING TIME JAN 31.lga0 HOUR 14 MINUTE 0 O l i

TIME HOUR WS10 MPH woln DEG OT100 DEG C

14 2.A 11 9 -1.A t 15 4.6 270.A -0.6 16 4.3 250.2 -0.5 l 17 5.4 222.3 -0 3 1R 3.4 197.5 0.1 19 4.2 109.9 1.0 l 20 3.1 14A.A 2.5 l 21 2.9 150.1 3.1

22 33 171.9 2.5 23 2.0 136.3 2.3 24 2.9 1 15. ", 12 1 28 128.6 1.9 2 4.A 144.0 1.9 3 59 137.9 1.7 4 4.4 121 1 1.5 5 3.7 133.7 2.4 6 4.5 139.9 2.3 t 7 41 156.4 3.)

STOP 71ME FEH 1 1980 HOUR 6 MINUTE 2 ,

4

'l O

IV-69

a l.

i f 1

. RE' E ASE Ntl*HER 80006 DECAY TAhk PURGE I STARTING T!**E FE9 20,1940 HCUR 9 MItUTE 24 ,

TIME W510 holn CTlen i HOUR PPH DLG DLG C i

9 P.2 -90.6 0.3 j 10 90 -99.0 C.3 i 11 9.3 -94.0 0.1 12 10.3 -90.0 0.1 13 9.2 -99.0 -0.1

]

14 10.6 -94.0 -0.1

1 15 9.3 -94.6 -0.1 1

1A 4.4 oo.n .-0.1 ;

i

' 17 9.2 -99.0 -n.1 IA B.1 -99.n 0.1 l' 19 7.7 -90.0 03 [

20 8.5 -94.n 0.5

4 21 8.4 -94.n 0.6 27 8.7 -99.0 0.6 l 23 5.3 -99.6 0.e 24 4.7 -99.6 0.9

. 1 3.7 27.R 1.0 2 6.5 16.4 1.0 '

11.7 4

3 7.4 0.9

J, 4 6.3 10.4 0.7

j. 5 5.7 2n.8 15 1 0.6 0.4 6 8.0 7 8.5 11.A 0.4 1

A 7.9 15.0 0.7

9 8.1 17.? 6.8 10 56 30.9 0.9 O 11 12 13 4.0 3.7 4.1 357.3 33?.8 27H.1 0.P 0.7 0.6 l 14 4.6 295.4 0.6

15 4.6 314.4 0.6 16 43 267.9 0.3 17 4.6 757.4 0.4 18 5.7 256.4 0.6 19 6.4 256.0 0.8 STOP TI'1E FE4 21 1980 H000 le MINUTE 4 I

i 4

l 4

IV-70 i

_ , - , _ _ . . . - .-. . ,,_ - _ ,._ ,..m ,-_ _ _. _ _ _ , , . _ _ . , _ . . . , _ , _ . . .-._-...,..._....,._.~,-._,.__,~.m._,._-_._.-.,,_,.,._,,,-

O RELEASE Nts* REC 40007 DECAY TaNw PUWGE STARTING 714E MAR 26 19k0 HOUC IH h!NUTE O TIME' W510 knlo 07100 l' HOUP MPH DEG DEG C 1R 7.0 79.0 J.3 19 6.5 109.7 0.6 20 5.6 111.7 11 21 41 146.0 1.1 2? 2.5 115 2 1.6 23 2.9 124.6 2.0 24 16 272.3 1.7 .

1 1.1 226.6 1.6 l 2 3.n 337.7 10 5 3 2.0 326.6 1.6 '

4 2.5 312.5 1.3 5 2 . 2" 305.0 1.2 ,

. 6 15 F56.0 0.9 i 7 0.9 P20.7 0.A 8 3.2 111 5 0.5 9 6.9 105.5 C.2 to 5.6 122.9 01 '

11 5.9 176.3 0.1 12 5.1 176.7 01 13 5.7 167.9 0.0 16 6.1 166.6 -0.0 15 7.4 16E.1 -0.0 16 8.6 154.6 -0 1 17 93 166.2 -0.0

)

STOP TIME MAR 25 1980 e00R le M1HUTE 16 !

O ,

i

's.

k

{

f 1

IV-71,

~~n._,,,--,.,,,,,,-,-

-. _ - _ . _ . . ~ . - . . - . _ . . - . - __ __ . . - . _

i i t i i j RELEASE NU* RED 800ne DECAY tat 7 PUWGE i

STARitt4G Tird APR 17 19A0 HOUR 12 wittuTE Sn TIMF Wsic wnin 0T100

' HOUR MPH DEG DEG C l

12 7.2 106.A -0.0 13 92 112.4 -01 16 8.7 95.9 -0.1 15 10 6 113.2 -0.1 1 16 In.7 125.7 -0.0 ,

1 17 P.4 117.4 01 4 14 N.1 119.8 0.4 ~

l 19 7.9 142.7 n.7 l 20 7.7 163.% 1.4

21 5.1 164.A 2.1 -

22 3.5 P04.1 2.6 i i 23 2.7 702.1 28 l ,

24 "30 216.3 3.4 1 2.2 139.8 51 l 2 2.2 123.3 63

. 3 1.8 15h.n 6.6 j 4 14 242.7 6.5

- 5 1.4 160.7 6.P t

6 1.3 246.A 8.0 7 1.6 174.3 7.2 i a 1.5 144.1 45 i 9 2.9 81 9 1.5 In 53 230.9 01 11 R.2 22fe.2 -0.2 i ST00 T1"E APR 19 1990 wouR 10 MINUTE 15 -

1 4

I I -

i I e i

l 1-i lO +

1 IV-72 l

l, . - - . . - . . - - - . . . , , . . , - , . _ - - . _ _ _

t

/T EELF ASE Nt!"HER EC039 DEC1Y T A ?.* @UCGE (xj /

STA; TING tire *Av 15 1920 woua la ulNJiE 2 TIME .%10 hale OT1cc NOUR *Pa DEG DEG C la 10.0 118.n 0.6 19 A.* 12=.7 C.t 20 7.7 134.5 1.0 21 7.2 132 4 1.c 22 72 131.0 1.1 23 4.6 137.0 C.*

26 9.9 13e.- 0.7 1 4.4 13*.3 0.6 2 9.7 135.1 0.6 3 11.5 141.e 0.6 e 10 1 136.7 C.5 5 c.3 131.5 0.5 A S.E 13=.? C.e 7 B.4 1=2.1 c.e A 7.7 166.C O.*

4 7.7 13C.1 C.E

~

10 R.9 103.n 07 11 -94.0 -4 0. f. -94.n 12 -94.0 -4C.6 -44.0 13 8.5 106.5 C.7 .

STCD T 16'E VAY 16 1950 eCUR 12 plNUTE *G STA: TING TluE *Af 16 1450 wCUa 13 ulNUTE 3 TlwE =S10 WDIC "TICO

{/T s_ MCuo wPH O E r. OEG C 13 A.5 10 .5 c.7 le 61 111.c, 0.7 15 6.6 e4.7 0.e le P.0 CA.? 0.7 17 B.3 105.4 0.F le G.6 111.7 0.9 .

19 A.7 108 2 10 20 F.7 1CS.E 1.0 21 a.2 113.6 10 22 7.' 110.6 10 23 66 1C7.8 0.C 2e e.6 102 6 0.C 1 e.0 E6.6 0.0 2 6.2 92 1 C.5 3 3.2 9n.? 0.8 wat 17 19'O HOL" (*- 16 STCD TlwE _

1 o

I, m

)

IV-73

t

?

\~/ RELEASE NUMAEC 80010 DECAY 1AN* PURGE STADTING TIME JUNE 5 199C HOUR 20 w!NUTr a TIME WSIC WDin DTICn NOUD MP" CEG DEG C 20 8.2 720.6 2.0 21 9.0 230.6 3.e 27 8.3 267.4 5.3 23 2.6 302.4 2.6 26 37 328.5 2.0 1 2.8 310.3 1.4 -

2 3.2 322.5 1.'

3 1.2 9.n 1.1 STCA TI"E JuhE S.1460 Houa 2 pINUTE SR ST ARTING TI"E JUNE 6 19A0 H0 tis 3 w!NUTE 58 TIPE WS10 wn10 DT100 HOUR WDw DEG DEG C 3 1.a p,n 1,1 4 16 324.6 0.e 5 1.6 331.1 0.6 6 1.3 293.7 0.7 7 11.5 60.4 -1.4 STOD TIwE Jur4E 6 1990 HouG 6 p!huTE le ,

a Me" O

IV-Th

I

. .I

(*/

s_

RELEASE NuwGED 80011 DECAY TANK PL?GE )

STARTING TIwE JUNE 6 19A0 H0t iR 12 MINUTE 9

! CT100 TIME WS10 WD1n HOUR MPH DEG DEG C 12 14.4 6n.1 -1.6 13 11.5 119.7 -1.4 14 7.6 124.? -1.3 15 4.2 96.4 -1.7 16 2.9 59.? -2.5 17 3.2 346.0 -2.5 18 3.7 330.9 -0.9 19 1.R 33A.3 -0.8 20 1.7 2R4.5 0.3 21 36 180.9 1.6 22 3.8 157.5 18 STOP TIME JUNE 6 1980 HUUR 21 M!huTE o l

t h

} .

I I

O IV-75

- . , - -..--e, - - - , . -

t 8#i ~5E NH*aEC 80C12 DECAY Ta5* puoGE f

STA: TING TIwE JUNE Q.19so wCUR 19 w!*.UTF 11 TIur WSIC boln 07100 H002 wod DEG DEG C 18 7.5 333.1 1.1 19 6.4 332.5 -0.5

' 23 2.2 326.5 1.6 21 21 31c.2 3.c 22 2.2 316.o s.c 23 2.3 313.9 41 26 2.0 26A.A 3.3 ~

1 2.a 30*.5 5.5 2 22 47.6 e.3 3 1.5 227.e 5.1 STO: T1kE JUNE 10 1960 HOUR 2 MINtlTE 59 l

l

'_._ L -- . . . . - . . _

l l

\

rv-76 e

< t 1

t O

i i

t i-l l

f i

o f

1 i

l l Section V Environ = ental Monitoring (5.9.h.b) 4 O -

?

4 6

i P

t l

i 1

l

+

f 1

i l

O V-1

..,,__,r,- -

,---,,wy.-.w, ,,,w,,, _ , . . _ _, , , ,

5.9.5.b. Environmental Monitoring rm lJ 1. (a) The nu=ber of sa=pling locations, sa=ple col-and lection frequency, and the nu=ber of sa=ples (b) collected during this six-month period for each class of sa=ple is given in Table 1.

(c) During the semi-annual period of July 1 through December 31, 1979, levels of radiation vere not found to be significantly above local back-ground at any sample location.

(d) Table 5 contains a co=plete su==ary of program findings. For each type of analysis of each sampled medium, this table reflects all indi-cator locations, all control locations, and the location with the highest six-month mean result.

(e) Table 6 contains the re=aining program findings from July through December,1979, that were not available for reporting during the last se=i-annual period, July through December, 1979

2. The levels of radioactivity exhibited in the environ--

mental radiological monitoring program do not indi-() cate the likelihood of public intakes in excess of one percent of those that would result from continu-ous exposure to the concentration values listed in Table II_of Appendix B of 10 CFR 20.

3. There existed no statistically significant off-site environmental concentration attributable to plant

~ '

activity.

O V-2 t

Table 1 Sa=ple Collection Fro 5ra:

O Collection Sa=ple nu=ber of Se=F1es Collected Sa=cle Class Frecuency Locatien Tnis Period A1.- Particulates Weekly Five (5) 13S Airborne Iodine Weekly Five (5) 13F Background Radiation Quarterly Eleven (11) 22 (TLD) Four (h) 8 Background Radiation Quarterly Fifteen (15) 30 (G-M Survey)

Fresh Milk Weekly Four (h) h7 Quarterly Four (h) S Preserved Milk Quarterly Cc=p. Four (h) 8 Surface Water Monthly Five (5) 30 Well Water Quarterly Cc=p. Four (k) 6 Precipitation Monthly Cc=p. One (1) 3 Quarterly Cc=p. One (1) 1 Cattlefeed Quarterly Six (6) 12 Vegetation Annually Six (6) 6 Soil Annun'1y Four (h) 6 Mud and Silt Annually Three (3) 3 Wildlife Annually One (1) 1 Fish Annually One (1) 6 Benthic Organisms Annually One (1) 2 O

V-3

Table 2 Sa=pling Locations, Fcrt Calhc= Nuclea- Pcver Station (sv) Station Site Aci=uth Code Site Descrittien and teerees*

O-la Cn site 0.2 =i. @ 29L0 0-lb On site crop fields 0.h =1. ! 225-2650 0-2 Substation at S. 16th St. in 3.1 mi. @ 2860 Blair, Nebraska 0-3 Fort Calhc= Fire Statien L.S mi. s lh90 0L Electric Suilding at 17th and Earney, 22 =i. 5 1520 C=aha, Nebraska 0-5 on site 0.1 =1. ! Th0 0-6 0 5 miles devnstres frc= Reacter Cen- 0.L =1. 8 1060 ta d - ent Eldg. c: vest bank of Missouri E.

0-7 125' upstrea= frc= site intake structure 0.1 =1. ! 3L50 c vest bank of Fissouri R.

0-Sa Fence surrcunding intake gate centrcl 2.0 mi. 5 1010 valve. DeScto Nat'l Wildlife Refuge s

0-Sb DeSote Bend Lake, at beat dock ra=p, 3.7 =1. 5 1160 DeSote Nat'l Wildlife Refuge 0-Se Headquarters 31ds., DeScto Nat'l 3.1 =1. s 530 n .--

.., m .4 .,e .;.e.,,4, e 0-Sd Crep fields within er near DeSot Nat'l 2.h =1. s 6L-TL0 Wildlife Refuge C-9 Metre Utilities District Che=. Lab for 17 mi. s 1560 Florence Plant, North Craha, Nebraska (devnstrea= cf site) t 0-10 Council Bluffs Municipal Water Werks 22 =1. s lL50 Intake, Council Bluffs, Icva (devn-strea= cf site) 0-11 One mile Ira' of site entrance en Evy.- 73 C.9 mi. ! 2LSO 0-12 Ehen weather statien; nc-th site bcunda y 0 5 ni. s 3CLO 0-13 Entrance to plant site frc= Hv f. 73 0.5 =1. s 2060 C

b 0-1h Mechanical veather static: 0.1 =1. ! 230 0-15 3 ridge en Ev/. 73 at ncrth edge Of 1.6 mi. @ ILLO DeSctc, Nebraska

Table 2 (Continued)

() Station Code Site Descrintion Site Animuth and Degrees

0-16 Smith Far: 1 9 =1. @ 133 0-17 Dana College, Blair, Nebraska h.3 =1. @ 2950 0-18 Bridge on Ewy. 30 east of Blair, 2.2 =1. @ 33ho Nebraska, over Missouri R.

0-19 J. Rand Far=

1 9 =1. @ 150 0-20 S. Rand Far= 1 9 =1. @ 310 0-21 B. Jones Farn 1.0 =1. @ 1550 0-22 G. Sawall/Schideler Far: 1.1 =1. @ 20ho 0-23 C. Jensen 1.1 =1. @ 2500 0-2h M. Hansen/Suverkrubbe Far= 1.2 =1. @ 2770 0-25 Blair Sr. High School, Blair, Nebraska 3 0 mi. @ 308c O-26 Japp Dairy 6.3 =1. @ 33ho

(}

0-27 Flynn Dairy 3.h =1. @ 3100 0-29 75' downstream of lagoon discharge 0.1 =1. @ 810 on vest bank of Missouri R.

0-30 Agrico A==onia Plant, on Ewy. 30, one 1.8 =1. @ 325o mile east of Blair, Nebraska 0-31 L. Rogge Far= 2.1 mi. @ 2780 0-32 Senderup/Sorensen Farn 3.7 =1. @ 3280 0-33 Garden two miles ITW of site entrance 1.5 =1. @ 271o on east side of Hwy. 30 0-3h C. Marr and Sons field h.3 mi. @ 1h70 0-36 Far= near DeSoto vegetable stand one 1.0 mi. @ 1530 mile SE of plant en Ewy. 73 0 42 Miller Far= 0.8 mi. @ 2060 0 h3 Fish sa=pling area; Missouri R. vithin 1.0 mi. above Blair bridge

() three =iles of site 1.0 =1. abeve Blair bridge 0 kh A. Wulf Far: 8.8 =1. @ 2250

Distance and direction are specified relative to Reacter Centain=ent 31ds.

u

Table 3 Sanple Collecticn and Analysis Progran, Fer: Calhcun Huclear Fever Station bw./

Collectics Analysis Humber of Site ?.ee Type and ?fpe a.9d Sites and Loca icn Centrel/

Santle R.ce Frecuencya Freetencyb Samele Code CodeC Indicater 3ackground C/Q Ga - a- Dese 11: OFA 0

Radiation OF3 0-Sa I (TLD) 0FC 0-12 I 0FD 0-13 I 0==

.- 0 .' '. ~

0FF 0-la I 0FG 0-15 I 0FE 0-2 I 0: 2 0 ,ac- C OFJ 0-c I 0FK 0h C Ed: Centrol - -

I-Hot Lab - -

13 - -

.nv . .,a.c t - -

G-M Su-vey G/Q 3 eta-Ga a 15: A 0-1~ I 3 0-1~ I C 0-16 I D 0-la I O)

'% =

_ c ..

n-ca v

a G 0-19 I E 0-20 I 2 Nc, o vSge A +

L, u-2c- .

L 0-23 I P. 0-2h -

2 0-25 I l

l P NL C Airborne C/'4 Gross Setae 5: CAA 0-la I Particulates OA3 0-2 I CAC 0-3 I OAD 0L C OAE O-5 I Airbcrne C/'4 I-131 5: Sa=e as Airberne Particulates Icdine l

'n' ell ' dater G/M Grcss Seta L: C'a4-A 0-Se I

( gu r ,, ) *e van--

r... C ,b -

2

~. . a . a . '-. .- (",C) O*a's =. C _= _* -

C' s

ee w . .

v..<.- p-a5 v

a

.=

1.- t>

Table 3 (Centinued)

(y s,/ Collection Analysis Hu=ber of Site Tyre Type and Type and Sites and Locatic: Centrol/

Sa=tle Tyne Frecuencya Frecuencyb Sa=rle Code Codec Indieg:er Precipitation C/M Gross Betaf 1: OEA 0-30 I (2nd & 3rd qtrs.)

C/Q Gross Betaf (QC)

(1st & kth qtrs. )

Milk - Fresh G/W I-131 L: OEM-A 0-26 C (pasture OFM-3 0-27 I season only) 0FM-D 0 h2 I G/Q Ga--a 3pec. OFM-E 0 Lk C Milk - G/W Gross 3 eta h: Same as for Fresh Milk Preserved (QC)

Sr-90 (QC)

Vegetation G/A Ga--a Spec. 6: OVA 0-33 I Sr-90 OV3 0-3h I OVC 0 h2 I OVD 0-36 I OVE 0-8d I OVG 0-1b I Cattlefeed G/Q Ga- a Spec. 2: OCA 0-31 I Seef Sr-90 OC3 0-32 I Cattlefeed G/Q Ga--a Spec . h: DTV-1 0-26 C Dairy Sr-90 DFV-2 0-27 I DFV-3 0 h2 C DFV h 0 hh I Soil G/A Ga--n Spec. h: ODA 0-26 C Sr-90 CD3 0-27 I ODC 0 hh C ODD 0 h2 I i

Surface Water G/W Gross Beta 5: OSW-A 0-6 I (MC) OSW-3 0-9 I i Tritiu (MC)E OSW-C 0-10 I i

OSW-D 0-8b I OSW-E 0-7 C Fish G/A Ga- a Spec. 1: GMA 0 h3 I Sr-90 Mud and Silt A Ga==a Spec. 2: CS3 0-29 I Sr-90 CSD 0-7 C bsw) l V-7 l - -- - - - -. .- .

. - . - , . - .. - . - ~ . , . _ , . - . -

Table 3 (Centinued) h a Cellection Tyce and Analysis Type and Nu=ber of Sites and Lccation Site T.ce Centrel/

Sa=ple Tvne Frecuencya yrecuencyb Sanple Ccde Code Indicater Wildlife A Ga-a Spec. 1: OF.A -

I en flesh Sr-90 en bene 3enthic A Ga==a Spec. 1: CMA Discha se 1 Organis=s Sr-90 Canal

" Collection type is coded as follows: C/ = continuous; G/ = g ab.

Collection frequency is coded as follows: W = veekly; M = =cnthly; Q = quarterly; A = annually.

bAnalysis frequency is coded as follows: MC = =cnthly ccaposite; QC = quarterly ec=posite. Analysis frequency is indicated only if it is different frc= collection frequency.

cLocation codes are defined in Table 2.

dAdditional ecliection er analysis not required by the Technical

. Specifications.

)

eGa a spectreretry of air particulates required if gress beta ex-ceeds 30 pC1/1.

o

'Tritiu=, Sr-90, and 5"-= spectrc=etry required of well vater er precipitation if gress beta exceeds 30 pCi/1.

ESr-90 and ga a spectrc=etry analyses required of surface water if gross beta exceeds 00 pCi/1.

s

(%

v-8

.~. . . ._ . . _ _ _ . __

Table k Sensitivity Require =ents O Grcss Ga a Scan Sa=;1e Units Beta Sr-90 H-3 I-131 Cs-137 Surface Water pCi/1 0.5 1.0 2000*** 2.0" 2.0 Well Water pCi/1 05 1.0 2000 2.0* 2.0 Mud and Silt pCi/g (dry) 0.h* 0.008 0.1 Fish pCi/g (vet) 0.1* 0.02 -- --

0.035 Milk pCi/2 6.0 1.0 -

05 2.0 Vegetation pCi/g (vet) 0.15 0.03 10* 0.2 Air pCi/=3 0.02 -- --

0.2 Wildlife **pC1/g (vet) 3.0 --

50 --

Fi1=/or Tid --

10 =re=/=onth -- -- --

above ba.kground

(*)

C

Analyses not required in present program.

- Rabbit: Strentiu=-90 = pCi/g Calcium in Fe=ur.

Iodine-131 = pCi/g of Thyroid.

- - OFFD requires 200 pCi/ liter.

O V -9,______-

_ . _ = _ - ._.

L) G wt Table 5 Environmental Radiologien1 Monitoring Program Name of Facility: Fort Calhoun Nuclear Station Unit no. 1 Docket Number: 50-285 Location of Facility: Washington Nebraska Reporting Period: January - June 1980 County State Medium or Pathway Type and Lower Limit All Indicator Location With Control Number of Sampled Total Number of Locations liighest Mean Locations Non-Routine (Unit of of Analyser Detection Mean 1 Hame, Distance Mean Mean 1 Reported Measurement) Performed (LLD) (Range) and Direction (Range) (Range) Measurements Air Particulates Gross 6 131 0.02 0.04 (127/131) onsite at 0.04 0.04 (25/26) 0 (pCi/m3) 0.02-0.08 0xigester 0.02-0.08 0.02-0.08 -

y Spec. 30 0.01 All LLD Not Applicable All LLD 0 airborne Iodine I-131 129 0.2 All LLD Not Applicable All LLD 0 (pC1/m3 )

7 Background y Dose 22 0.1 1.5 (18/18) IIwy 73 Bridge,1.9 1.65 (4/4) 0

$ Radiation TLD 1.3-1 9 DeSoto 19 1.6-1.7 (mR/ week, 1.6 mi @ 1hh0 Background Radi- Beta-Gamma 30 0.05 0.05 (9/28) 9 locations 0.05 All LLD 0 ation G-M Survey 0.05 equal 0.05 (mR/ hour)

Fresh Milk I-131 52 05 All LLD Not Applicable All LLD 0 (pC1/1) y Spec. 8 2.0 All LLD Not Applicable All LLD 0 Preserved Milk 2 Gross 6 4 6.0 2350 (2/2) Miller Farm 2600 2250 (2/2) 0 (pCi/1) 2100-2600 0.8 mi @ 2060 2600 2200-2300 3r-90 4 1.0 All LLD Not Applicable 2.h (1/2) 0 2.h Precipitation Gross 6 4 0.5 8.75 (h/h) Agrico Amm. 8.75 Not Measured 0 (pCi/1) h-16 Plant h-16 9600' @ 325 Surface Water Gross 6 30 0.5 7 5 (24/24) DeSoto W/L Re- 7.8 7.3 (6/6) 0 (pci/1) .

2-11 ruge 3.7 mi 8 h-11 4-11 118 critium 30 200 253 (23/24) 2000' Down- 300 205 (6/6) 0 150-360 stream 0.h mi 250-260 160-270

@ 106 3Mean and .ange based on detectacle measurements on]y. Fractions indicated in parentheses.

2Second quarter preserved milk samples were inadvertently misanalyzed.

n,) \-) \j Table 5 (Continued)

Facility: Fort Calhoun Nuclear Station Unit No. 1 Medium or Pathway Type and Lover Limit All Indicator Location With L'ont rol Number of Sampled Total Number of Locations Highest Mean Lc7ations Non-Routine (Unit of of Analyses Detection Menn l Name, Distance Mean h'an l Reported Measurement) Per formed (LLD) (Range) and Direction (Range) (Range) Mensurements Well Water Gross 6 8 05 5 (8/8) Smith Farm 5 Not Measured 0 (pC1/1) 3-9 10000' 8 133 5 Tritium 8 200 295 (2/8) Smith Farm 295 Not Measured 0 200-390 10000' 8 133 200-390 Quality Assurance Gross 6 8 05 7 0 (8/8) Not Applicable Not Measured 0 Water h-10 (pCi/1) Tritium 8 200 260 (8/8) Not Applicable Not Measured 0 140-340 y Spec. 8 2.0 All LLD Not Applicable Not Mensured 0 Cattlefeed y Spec. 12 0.E All LLD Not Applicable All LLD 0

< (pCi/g vet) .

cr-90 12 0.03 All LLD Not Applicable All LLD 0 Mud and Silt y Spec. 3 0.1 All LLD Not Applicable All LLD 0 h (pC1/g dry) Sr-90 3 0.000 '

0_,031 (2/2) 7.s' Down- 0.041 ,0.030 (1/1) 0

' O.020-0.0I 1' ~

4 stream of 0.0h1 0.030 Lagoon Dis-charge 0.1 mi 8 810 _

3 Menn and range based on detectable measurements only. Fractions indicated in parentheses.

J

(-

LJ s_.J Table 6 Environmental Radiological Monitoring Program Gemi-Annual Summary Name of Facility: Fort Calhoun Nuc1 'r Station Un3t No. 1 Docket Number: 50-285 location of Facility: Washington Nebraska Reporting Period: July - December 197f2 County State Medium or Pathway 'lype and Lower Limit All Indicator location With Control Number of Sampled Total Number of Locations liighest Mean Locations 'Non-Routine (Unit of of Analyses Detection Mean 1 Hame, Distance Mean Mean 1 Reported Measurement) Per formed (LLD) (Range) nnd Direction (Range) (Range) Mensurements Precerved Milk Gross 6 8 6.0 750 (h/h) Flynn & Miller 750 650 (h/h) 0 (pC1/1) 500-1000 Dairies Equal 750 200-1100 Sr-90 8 1.0 2.3 (3/h) Miller Farm 25 2 5 (4/h) 0 2-3 0.8 mi @ 206 2-3 2-3 Well Water Gross S 8 05 8.3 (8/8) Smith Farm 13 Not Measured 0 g (pCi/1) 5-14 10000' @ 133 12-lh

[, ,

Tritium 8 200 2h0 (1/h) Smith Farm 240 Not Mensured 0 m 240 10000' @ 133 240 Cattle rced y Spec. 12 0.2 All LLD Not Applicable All LLD 0 (pCi/g wet) 3r-90 12 0.03 All LLD Not Applicable All LLD 0 Soil Cs-137 8 0.1 0.2 (1/h) Miller Farm 0.2 0.3 (3/4) 0 (pC1/g dry) 0.2 0.8 mi @ 206 0 0.2 0.2-0.h Other y 8 0.' All LLD Not Applicable All LLD 0 Or-90 8 0.008 0.107 (4/h) Miller Farm 0.146 0.113 (3/h) 0 0.046-0.184 0.8 mi @ 206o 0.108- 0.050-0.163 0.18h Mud and Gilt Cs-137 3 0.1 0.1 (1/2) T5' Downstrema 0.1 All LLD 0 (pC1/g dry) 0.1 From Lagoon 0.1 Disch. 0.1 mi

@ 810 Other Y 0.1 All LLD Not Applicable All LLD 0

.iSr-90

_34 3 0.008 0.019 (1/2) 2000' Down- 0.0J9 0.056 (1/1) 0 O.019 s tre_am 0.019 0.056 Animal y Spec. 1 50 All LLD Not Applienble Not Measured 0 (pCL/g wet) on Flesh 3r-90 1 3.0 All LLD Not Applicable Not Measured 0 on Bone IMenn and range based on detectable measurements only. Fractions indicated in parentheses.

O O O Table 6 (Continued)

Facility: Fort Calhoun Nuclear Station Unit No. 1 Medium or Pathway Type and Lower Limit All Indicator Location With Control Number of Sampled Total Number of Locations Highest Mean Locations Non-Routine 1 (Unit of of Analyses Detection Mean l Name, Distance Mean Meanl Reported Measurement) Performed (LLD) (Range) and Direction (Range) (Range) Measurements Fish y Spec. 4 0.035 All LLD Fot Applicable Not Measured 0 Sr-90 4 0.02 0.04 (4/4) 1 mi Above 0.05 Not Measured 0 0.02-0.05 Blair Br. (NE) 0.05 Benthic Organisms y Spec. 2 0.035 <2.5(a) (2/2) 250' Upstr. <3 Not Measured 0 l (pCi/g vet) <2 <3 Ambient Disch. <3 Sr-90 2 0.02 <l.5(a) (2/2) 250' Upstr. <2 Not Measured 0

<l-<2 Ambient Disch. <2

?

U 3 Mean and range based on detectable measurements only. Fractions indicated in parentheses, j (a) Insufficient sample for more sensitive analysis.

O t

Section VI 4

Environmental Technical Specifications - Non-Radiological (Appendix 3)

O l

O VI-1

B. ENVIRONMENTAL TECHNICAL SPECIFICATIONS (NON-RADIOLOGICAL)

APPENDIX B (p

r

/ 1. Operating Limits 1.1 Condenser Cooling Water Temperature Limit:

1. 0 The maximum discharge te=perature was 100 F.

2. The maximum difference (AT) between the ambient

& temperature of the Missmri River, as measured 3 Just upstream from the cooling water intake structure, and the temperature of the cooling water at the discharge was 23 F during periods of ambient river water temperatures greater than 550F. The maximum AT between the ambient temperature, measured just upstream of the cooling water intake structure, and the te=per-ature of the cooling water at the discharge was 2h0F during periods of ambient river temper-atures less than or equal to 550F.

1.2 Chemical Discharge Limits:

1. Chlorination of the coph:nser cooling water system has not occurrel since co=mencement of plant operation.

A 2. The cooling water discharge pH ranged from

()

& a maximum of 8.3 to a minimum of T.8. The

3. average pH through the semi-annual period was 8.1.

The chemical equalization and decantation holding basin (lagoon) discharge parameters ranged as follows:

Total Quantity Suspended Solids Flov of Solids Concentration Rate Released mc/1 MGD Kg/ Day H p_H.

Maximum - 2h.0 .3h1 17 5 8.8 Average - 8.5 .210 6.8 T.h Minimum - 2.3 .117 1.h2 39

Each paragraph number in this section corresponds exactly to the O number of thet require =ent in Arrend1x 3, Oreret1=8 tice=ee No.

DPR h0, Environmental Technical Specifications.

VI-2

r

2. Monitoring and Surveillance Program 2.1 Monitoring of Thermal Discharges:

(g)

1. Te=perature Monitoring Upstream river ambient and cooling water in-take and discharge temperatures were continuously monitored and recorded, and dates and time in-tervals of recirculating discharge water for ice control at the intake were also recorded.

- All continuously recorded information has been analyzed and reduced to hourly data and is seen to correlate with station operating levels.

Compliance with specified limits has been su=-

=arized in Section 1.1.

2. T r=al Plume Measurements Surface and triple depth thermal plume measure-ments were made during the month of June, 1980, to produce isother= plots of the downstream thermal plume, Figures I and II. No plume measurements were taken during the months of January through May, 1980, due to plant in-operativeness. The magnitude of the June ther=al plume correlates with station operating level, circulating water discharge flow and

(-]

\ms Missouri River flow, and is similar to condi-tions previously documented (reference Fort Calhoun Station Unit No. 1 Five Year Report)..

Downstream isother=s at the surface, at one-half depth, and at the botto= vere determined utilizing upstrea= ambient river transect averages at the surface, one-half depth, and at the bottom, respectively. Measurements made during June, 1980, at sa=pling transects downstres= are presented in Table III.

2.2 Monitoring and Reporting on Loss of Biota by I=pingement:

1. Traveling Screen Impinge =ent Study An accu =ulative data ec=puter analysis (see Table Il su==arized impinge =ent of fish and other aquatic fauna for the period Jenuary 1, 1980, through June 30, 1980, in accordance with Technical Specifications. Table II pre-sents a ranking by species.

~

'V VI-3

2. Sa=pling Frecuency in the Eichth Year of Crer--

ation (V An evaluation of fish impingement after five years of plant cperation was reported in the Fort Calhoun Station Unit Zio.1 Five Year Re-port. This evaluation concluded that all specific objectives of the study had been successfully ec=pleted, and that the level of impinge =ent was within an acceptable range.

Facility License Change 79-1 was sub=itted to the Cc==ission en Februa:7 2, 1979, to eli=inate the i=pinge=ent study.

Sa=pling frequency vill remain the sa:e during the eighth year of cperation until a decisien is reached by the Con =issien in regard to Faci-lity License Change 79-1.

3. Study and Evaluation Progra s 3.1 Periphyten, Macroinvertebrates, and Fish:

Data analysis and reporting of results frc the pre-operational and pcst-operational studies through Decenber 31, 10.77, was reported in the Fort CM heun Station Unit No. 1 Five Year Report.

Collection of periphyten, nacrcinvertebratec, and fish continued as scheduled throughout the period of January 1, 1980, through oune 30, 1980.

Fish Population Studr ne adult and juvenile fish ce== unity in the Misscuri River near the Fort Calhoun Station was sa= pled

=enthly frc= April through June, 1980, as part of the station's en-going environmental tenitoring program. Se study was designed to characterize the fish en--unity in the Missouri River upstrea:

and devnstrea of the station. Adult and juvenile fish vere collected by electroshecking and seining en April 2k, May 15, and June 13, 1930. The cb-jectives of this study were to investigate:

1. fish species cc=positien ed ~'ative abund-ance,

2. spatial and te= poral distribution of fish vithin the study area, and 3 feed habits of selected species ec11ected.

O_

VI L

Summary and Conclusions f- 1. A total of 639 fish, representing 23 species,

(_,g

) was collected from April through June, 1980.

Carp (3h.1%), goldeye (18.2%), and gizzard shad (17.h%) comprised 69.7% of the total catch.

2. Electroshocking yielded a total of 554 fish, representing 16 species. Carp (39.h%), gold-eye (20.9%), gizzard shad (20.0%), shortnose gar (7.8%), and river carpsucker (6.1%) com-prised 94.2% of the total electroshocking catch.

3 Catch per unit effort (30 minutes of electro-shocking) ranged from 89 fish at Location 3 on April 24 to 35 fish at Location 2 cn May 15

4. Seining yielded a total of 85 fish, represent-ing 7 species. Thirty fish were collected in April, 46 in May, and 9 in June. E=erald shiners (52.9%), red shiners (17.6%), sand shiners (14.1%), and rainbow smelt (9.h%1 comprised 9h.0% of the total seine catch.

5 Stomach contents from fish collected will be analyzed and reported at a later date.

)

%-)

6. The Fort Calhoun Station was non-operational during the first 2 monthly sample periods in April and May and was operating at 27.8% on

June 13.

Eleven-Agency Study Programs All data collection efforts by the eleven agencies have been terminated. Data from pre-operational and post-operational studies were evaluated and re-sults were reported in the Fort Calhoun Station Unit No. 1 Five Year Report. The following papers have been written by the Nebraska Department of Environmental Control, the Region VII Environmental Protection Agency, and the Nebraska Game and Parks Commission, respectively.

1. " Chemical and Physical Characteristics of the Missouri River Near Fort Calhoun and Cooper Nuclear Station"

2. " Effects of Heated Waste Water Discharges from Fort Calhoun and Cooper Nuclear Power rg Stations Upon the Biota of the Missouri River" i

k_)

l VI-5

.+ y +. v- y- + , - -

w

3. " Effects of Cooling Water Discharges fro Fort Calhoun and Cooper Nuclear Stations of r~s the Fishes of the Missouri River" O

Dr. Glen Cada submitted his Fh.D. thesis entitled "The Entrainment of Larval Fishes at Two Nuclear Power Flants on the Missouri River in Nebraska".

This is also an eleven-agency component completed in 1977 under the direction of Dr. Gary F>:rgenrader of the University of Nebraska at Lincoln anu sub-mitted to the District in accordance with Section 3.2 of the Environmental Technical Specifications, Appendix 3.

3.2 Ichthyoplankton Entrain =ent Effects:

INTRODUCTION This report presents a su= mary of fish larvae col-lected April through June, 1980, from the Missouri River near the Fort Calhoun Station. Statistically significant results were obtained for June 16, 23, and 30. Larval fish nu=bers were too low prior to this.

The specific objectives of this study were:

1. To determine species co= position of fish larvae

(%)

N/ in the Missouri River.

4

2. To document abundance and horizontal distribu-tion of fish larvae in the Missouri River.

3. To evaluate the i==ediate effects of condenser passage on fish larvae viability.

h. Analyze the effects of the ther=al plume on fish larvae viability.

5 To predict the effects of entrainment on the total fish assemblage passing the Fort Calhoun Station.

SUERRY AND CONCLUSIONS

1. The discharge temperatures were 28.9 C (8hCF) on June 16, 30.2 C (86.h F) on June 23, and 32.90C (91.2 F1 on June 30. The plant was operating at 99.05 power en June 16, 99 3%

power on June 23, and 99.8% power on June 30.

(

VI-6

-e+- -ea -,-, -~~-g -

e ,-n- v- y v v.-- pw+- , y,- ~ - - , - - y w ww g w- - -, - - , ,e- w- ---,

2. Cooling water flov was 360,000 gpm and river flow was 36,200 cfs, 34,300 efs, and 33,600 cfs, respectively, for the above dates.

{~

3. A total of 6300 individuals were collected at the cross channel locations for the three June dates. A total of 3020 individuals were collected from the control, plume, and dis-charge locations.

h. Identification and measurement of the fish larvae collected has not been completed and vill be presented at a later date.

5 Mean cross channel densities were 2.216/m3 on June 16, 1.82/m3 on June 23, and 1.18/m3 on June 30.

6. Larval fish densities were significantly greater along the Nebraska shore (Location Il when compared to densities at mid-channel (Location IIl'and along the Iowa shore (Loca-tion IIIl. Average larval densities at Loca-tion I were approximately 3 times greater than Location II and about 1.2 times greater than Location III.

7 Larval fish mortality at the control ranged f}

s- from a high of 86.8% c, June 16 to 70.9% on June 23 and 70.8% for June 30. Discharge mortalities were 98.0% for June 16, 97.3%

on June 23, and 96.7% for June 30. Plume mortalities were 91.5%, 80.h%, and Th.k%

for the three dates, respectively.

8. The average number of fish passing the Fort Calhoun Station was 2337 larvae /sec. on j June 16, 1735 larvae /sec. on June 23, and 1

1085 larvae /sec. on June 30.

9 An average of h.h% of the fish larvae pass-ing the Fort Calhoun Station was subjected to condenser passage on June 16. For June 23, the average was 6.2% and on June 30 it was 2.85%.

10. The plant effect to the live population of larvae in the river showed an increased mortality of h.3% for June 16. For June 23, the decrease in the life population of larvae was 6.01%.and on June 30 the mortality in-crease was 2.Th%.

(/

u. '

VI-7 4

11. Chi-square analysis showed larval fish mor-talities at the discharge were statistically higher when compared to the control for June 23 and 30.

12. The differential mortality in the thermal plume for June 16, 23, and 30 was h.1%, 9.58%,

and 3.59%, respectively. The differential mortality for June 23 was statistically significant.

e O

'%d VI_8

O O O i

l 4

4 6 00 - _ _ - _ - _ _ _ - l o w a B a n k _ _ _ _ _ _ _ _ _ _ _ _ _ __ ._ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

Thermal Plume Fort Calhoun Station Date: June 19,1980 Load: 293.0 MWe gross 500 -

Discharge Flow: 360,000 GPM g River Flow: 35,600 cfs S Intake, F: 72 y 400 - Discharge, F: 84 3 g a T, F: 12 j

4 m j 300 -

Z

E 1

8 i

20' -

a. ,.

100 - -

N_ ,

P 5 4* 3' 0 , , , , , , , , , , ,

0 5 10 15 20 25 30 35 40 45 50 i

Distance Downstream, Feet x 100 Figure I

O O Th rmal Pluma Fcrt Calh un St tian O

Date: June 19,1980 Load: 293.0 MWe gross Discharge Flow: 360,000 GPM River Flow: 35,600 cfs intake, F: 72 Discharge, F: 84 200 - A T, F: 12 Surface 100 - V

" I O ~l 8 I I i 1 - 1 I i g 0 5 10 15 20 25

.6 30 35 40 i if a * .

200 -

di m fa E e S One-half Depth z 100 -

b ,

8 c 0i i , ,

Nr i i , , ,

g 0 5 10 15 20 25 30 35 40 6

200 -

Bottom 100 - _ j g _i r-D, hr

- l' i i , , , , , ,

0 5 10 15 20 25 30 35 40 Distance Dow , Feet x 100

Table I 0=aha Public Power District O Fnvironmente1 teb Traveling Screen I=pingement Study Fish Impinge =ent Study Su-Ary January 1, 1980, Through June 30, 1980 Accumulative Data Total Number of Sa=ple Periods 243 Total Number of Sa=ple Periods by Day Where No Organisms Were Impinged 136 Total Number of Sample Periods by Night Where No Organis=s Were I= pinged 59 Total Nu=ber of Fish Impinged 162 Total Number of Fish Impinged by Day 159 Total Number of Fish I= pinged by Night 3 Avg. Size Fish I= pinged (CM) 9.19 (GM) 6.7 Avg. Size Fish Impinged by Day (CM) 9.22 (GM1 6.7 Avg. Size Fish I= pinged by Night (CM) 77 (GMl h.7 Most Co==on Species Impinged Pomoxis annularis White Crappie (Rafinesque1 Most Co==on Species Impinged by Day Fomoxis annularis White Crappie (Rafinesque1 Most Co==on Species Impinged by Night Pomoxis annularis White Crappie

. (Rafinesque1 Total Number of Non-Fish Aquatic Fauna I= pinged 5 Total Number of Non-Fish Aquatic Fauna I= pinged by Day 5 Total Nu=ber of Non-Fish Aquatic Fauna I= pinged by Hight 0 O

VI-11 .

Table II Omaha Public Power District

/)

k- Environmental Lab Traveling Screen Impingement Study Fish Impinge =ent Study Summary January 1, 1980, Through June 30, 1980 Ranking by Species Scientific Name Common Name Total #

1 Pomoxis annularis (Rafinesque) White Crappie 88 2 Osmerus mordax (Mitchill) Rainbow Smelt 2h 3 Lepomis macrochirus (Rafinesque) Bluegill 23 h Carpiodes carpio (Rafinesque) River Carpsucker h 5 Dorosoma cepedianum (Lesueur) Gizzard Shad 3 6 Ictalurus punctatus (Rafinesque) Channel Catfish 3 7 Stizostedien canadense (Smith) Sauger 3

/~T 8 Aplodinotus grunniens (Rafinesque) Freshwater Drum 3 V

9 Ictalurus melas (Rafinesque) Black Bullhead 2 10 Lepcmis cyanellus (Rafinesque) Green Sunfish 2 11 Lepomis humilis (Girardl Orange Spotted 2 Sunfish 12 Cyprinus carpio (Linnaeus) Car? 1 13 Noturus flavus (Rafinesque) Stonecat 1 1h Roccus chrysops (Rafinesque) White Bass 1 15 Pomoxis nigromaculatus (Lesueur) Black Crappie 1 l 16 Perca flavescens (Mitchill) Yellow Perch 1 VI-12

Table III

~ Triple Depth Thermal Plume Fort Calhoun Station June 19, 1980 AT, OF Distance From Nebraska Bank, in Feet 10 25

~

50 100 150 200 Transt.ct No. 1 (RM 6k6.0)

Surface 0.0 0.0 0.0 0.0 0.0 0.0 One-Half Depth 0.0 0.0 0.0 0.0 0.0 0.0 Botto= 0.0 0.0 0.0 0.0 0.0 0.0 Transect No. 1.5 (RM 6h5 9)

Surface 6.3 1.3 0.1 0.0 0.0 0.0 One-Half Depth 0.8 0.1 0.1 0.0 0.0 0.0 Botto= 11.8 0.1 0.1 0.0 0.0 0.0 Transect No. 2 (RM 6h5.6)

Surface 2.0 2.1 1.8 1.1 0.3 0.2 One-Half Depth 2.1 2.0 17 1.0 0.3 0.1 Bottc= 2.1 2.0 1.7 1.0 0.3 0.2 Transect No. 3 (RM 6hh.8)

Surface 1.7 17 1.5 0.3 0.3 0.1 One-Half Depth 1.7 1.7 1.5 0.3 0.3 0.1 Botto= 1.7 1.7 15 0.3 0.3 0.1 Transect No. 4 (RM 641.4)

Surface 1.1 1.1 1.1 0.3 0.2 0.3 One-Half Depth 1.1 1.1 1.1 0.3 0.2 0.3 Bottc= 1.1 1.1 1.1 0.3 0.2 0.3 Transect No. 5 (RM 6kO.a)

Surface 0.9 0.9 0.9 0.8 05 0.3 One-Half Depth 0.9 0.9 09 0.8 0.5 0.3 Bottc= 09 0.9 0.9 0.8 0.5 0.3 1

[

() t 4

VI-13

Section VII O

POTENTIAL DOSES TO IliDIVIDUALS IdiD POPULATIO!?S (As Required by Regulatory Guide 1.21, Safety Guide 23)

January 1, 1980 to June 30, 1980 ,

O O

VII-l

VII. POTENTIAL DOSES TO INDIVIDUALS AND POPULATIONS g~.

(> A. Potential Semiannual Doses to Individuals from Gaseous Releases.

Total body, skin and organ doses from ground releases were calculated in millirem (mre=) to an average adult, teenager, child and infant using the annual configuration of GASPAR program. Results to each receptor are shown in Tables VII-A-1 through VII-A-16. Also, the doses to the same groups in units of millirads (mrad),

due to gamma and beta radiation carried by air, were computed using GASPAR. In its annual con-figuration, GASPAR assumes that all release rates

/ are entered in curies per year (Ci/yr) . If the total curies released per isotope during the semiannual period are assumed released for an annual period (Ci/yr), this release rate reduction is conveniently offset by the annual usage or dose factors, thereby allowing GASPAR to calculate semiannual doses.

The inputs to GASPAR for the semiannual period from January through June of 1980 were as follows:

(1) All gaseous effluents were as described in Section I. The totals in curies of I-133 and I-135 include all actual and estimated activities.

'(O> In most cases, I-133 and I-135 activities were estimated, if there was no measurable activity in a release, by exponentially back-calculating to a VII-2

mid-week activity using the maximum instrument

() sensitivity (minimum detectable activity).

(2) Entrained gases (Xe-133 and Xe-135) from liquid effluents were as described in Section II.

(3) Semiannual "X/Q's" at the actual receptor locations, which were corrected for open terrain, plume depletion, and radioactive decay factors were calculated according to Regulatory Guide 1.111. Also included were semiannual deposi-tion rates corrected for the open terrain factor.

(4) The production, intake and grazing fractions were as follows: 1.0 for fresh leafy vegetation grown locally, 0.5 for the pasture grazing season, 0.76 for vegetation intake grown in gardens, 1 for daily intake of animals while on pasture and 8 g/m 3 for the air water concentration.

(5) All dose factors, transport times from receptor to individual, and usage factors were defined by Regulatory Guide 1.109 in GASPAR.

(6) Site specific information, within a five mile radius of the plant, on types of receptors located in each sector was used. That is, if a cow was not present in a sector, then the nilk pathway for that sector was not considered.

If it was present, then its actual sector distance

() was used.

VII-3

These inputs introduce a most conservative

'# approach for the following reasons:

(1) The open terrain and deposition cor-rections increase seniannual "X/Q's" by a factor ranging between 1.0 and 4.0.

(2) The production, intake and grazing fractions, as defined in the input definition statement, represent an environmental area in an extremely conservative marmer.

(3) In the majority of the releases, I-133 and I-135 were back-calculated even though there was no measurable activity.

B. Potential Semiannual Doses to Population from Gaseous Releases.

(} The GASPAR program in its annual configura-tion was also used to calculate the ALARA inte-grated population dose summary for the total body, skin and organ doses in manrems for all individuals within a 50-mile radius population. Results are shown in Table VII-B-1. The population-integrated dose is the su=mation of the dose received by all individuals and has units of man-thyroid-rem when applied to the su=mation of thyroid doses. The sane inputs were used as in the individual case with the addition of the following:

(1) A total population of 836,172, based

on a 1980 conservative estimate, was used to define the sector segments within the 50-=ile radius of the plant.

(1) Total productions for milk, meat and vegetation were based on 1973 annual data for Nebraska as recommended by the NRC for use in GASPAR.

C. Potential Semiannual Doses to Individuals from Liquid Releases.

Total body, skin and organ mrem doses for liquid releases were calculated for all significant liquid pathways using the annual configuration of the LADTAP program. Results are shown in Tables VII-C-1 through VII-C-ll.

The inputs to LADTAP for the semiannual period from January through June 1980 were as follows:

(])

(.1) All liquid effluents were as described in Section I, except for the entrained gases (Xe-133 and Xe-135).

(2) A plant discharge rate of 802 cubic feet per second (CFS) was used.

(3) Dilution factors (inverse of the mix-ing ratios) were computed based on Regulatory Guide 1.113 (equation 7 in Section 2.a.1 of Appendix A) for a one-dimensional transport model.

(4) A drinking water transport time of 6.6 hours6.944444e-5 days 0.00167 hours 9.920635e-6 weeks 2.283e-6 months to the Omaha intake and 7.0 hours0 days 0 hours 0 weeks 0 months to the Council Bluffs intake for the ALARA doses in Tables VII-C-1 through VII-C-7 was used. For VII-5

Tables VII-C-8 through VII-C-ll, a transport time of 0.0 was used from the plant to the discharge from the site.

(5) A shorewidth factor of .2 was used.

(6) All consumption rates e usage rates, and transport times from receptor to individual were as defined by Regulatory Guide 1.109 in LADTAP.

The discharge site in Tables VII-C-8 through VII-C-ll was chosen to present a most conservative estimate of mrem dose for an average adult, teenager, child and infant. A conservative approach is also presented by the assumption that Omaha and Council

(]) Bluffs receive all drinking water from the Missouri River.

D. Potential Semiannual Doses to Population from Liquid Releases.

The LADTAP program in its annual configura-tion was also used to calculate the total body and organ doses for the population of 836,172 within a 50-mile radius of the plant. Results are shown in i

Tables VII-D-1 through VII-D-6. The same input were used as in the individual cases with the addition of the following:

1 (1) Dilution factors and transport times 1

for the pathways of sportfish, commercial fish, O recreation and biota were calculated based on a distance of two miles downstream as approximately l VII-6

the distance to the nearest recreational faci-( lity - Desoto National Wildlife Refuge.

(2) The total fish harvest for both sport and co=mercial purposes was calculated using an average commercial fish catch for Nebraska.

E. Direct Radiation Doses to Individuals and Popul-ation.

Direct radiation doses, attributable to the gamma radiation emitted from the containment structure, were not observed above local back-ground at any TLD and Geiger-Mueller sample locations for this semiannual period.

Details of this sample system are given in Section V, Environ = ental Monitoring.

)

O VII-7

J

.i.I

. 4 ._ 6 .

.I1 6

. 66 1 .._ i7 ._ .

i .. . 1 . I I . I

.I

. . 3 .

N0 _ 0 0 .

E0E0

_ 0 .

. 0 6 ._ 06.06 0

7 . 8 . 7 . 4E.

I . E . . - . - . - . - .

S .

E.E.

K . 0 . 9

. . 7 . 7 . 5 _ 0 _ N ._E.9. .

I K

E . E _

B . 2 _ 7 E

. . . 7 . 0 .

. 1314 _ _

1

_ 1 . 1 . 9 .

_ _ S _ 0

_ _ B. _ . .

2_.I _

2_1 _ . 2.

6661 ._

. 1 1 1 1 1 1 _

. . . . . 1 1 . 1

. 4 . 6

. 0 . 0 0 . 0 0 . 0 6

. 4 .

61 6 .

0 . 0 _ 0 G.0 - . - _ - 6 ._

G.E_8 N

U.1

. E .

0

.E.4E_7E 0 . 1 _ 8 ._ E 4 _

1 _

N UE 9 EE _

7 9 . E_

L.1 . 1 . 3

5. _ _ .

221 . 1 _

L _ 5.

. 1 .

. 9. 93. _

. . _ 7 . 3 _ 1 .

. 1 1 . 11 . 1 . 1 l _ . _ . 2_ _

. . . . . . . . 1 . I1 1 . 1 .

D.4 O0 I

. 6 .

. 0 .

5 0 _.5__5 0 0 5

0 D_4 .

I _ 0 .

4 . 4 .

0 . _ 0 E0

. . - -_ 4- ._

R H

Y E.E 5 . 8 .

0 . .

E . E _

5 _ 5 _ 7 1 _ 7 .

E ._ 8E .

O.E_

R Y . 3 _ 0 E . E_

8 . 4 _

T . . 5. . . 6. _. 7 . 8 .

. 8. .

. 1 . 7 . 8 . 98 . H . 2. _.

T 6. .

. 1 3 ._

6 , l1 8 . 1

.l

_ 7 .

. 1 . I1 . 1 . 1 2_1 _ _

2

. 4 . 6 . 6 . . 66 ._ . . . . ._

Y . 0 . 0 .

0 . 6.0 0 _

0

. 4 .

Y . 0 .

6 . 6 .

0 . 0 . 0 6_ _

E_E N . E _ . E . . E ._ . - _ - . - . - _

._ 1 . E.3 D_S 8 _ 6 . 7 N EE . E I . 0 . E 1 0 _

. E .E 3 __ 2 3 _ 1 K . _ 5. ._ _ 3. _ 2. _ D ._ 2 I _ 1 . 3 . -

. 1 _ 3 .

. 1 2 _ 221 _ .

. l1 . 1 . 1 . l K _

_ 7 53 .

5. __

4 _ 5 A

0 . ._ 1 . . . . _ . I . I1 . 1 . 1 .

I

. . I 8

_ 4 _ 6 .

_ 0 _ 0 .

6 . 6 .

0 . 0 . 6_0 0

. 6 _

0 8

. 4 .

. 0 .

66 . .

0 . 6_

0

. V OU 4

1 E

R V_5

._ E_. _8 E _

E_E 7 _

9.9 .

E_E _

7 _ 5 .

4 1

R . - .

E . E_

V .

E0- - _ - _

E _ E_

8 . 2 . 0 _

E L

8 SS L01 .. 5.3 ._

I 0 _ 1

. . . . 2 ._ 8 SS I .

L 3_

2. .

3 _

5. . 7. __

B A

DD 2 2._1 . 1 _

S AA . _ _ DD 7 . 6 . 4 . 5 . T R RR . 1 1 . I1 . 1 1 1 . S AA . . . .

O LL . . . . _ R RR . 1 . I1 . I . I T LL _ 4 . 6 7 . 7 _ 7 _ 7 O LL . . _ . ._

C . 0 0 . 0 _ 0 . 0 T LL . 4 . 6 _ 6 _

E S

II MM E.0 _

N . E_E _

E . E . E _ E .

C E

II MM E_0- ..

_ . 0 . 0 _ 6 0 ._

S E _ E .

L L

44 00 B5 O .

0

. 8 _

_ 5. __

8 . 0 . 3 _ 1 _

0 . 0

. 9. __ 3

_ L 33 00 N

O ._ 3E. 1 . 5 . 8E ._

4 . 9 _ 4 . .

A EE . 1 . 3 - 34 . 4 _ 3 . L - - B ._ 2. __ . _ .

90 . . _ . _ A EE . 7 _ 21 . 3 .

N 48 . 1 . 1 . I1 . 1 . I . I 93 . _ .

. _ . _ . . . N 52 I1 . 1 . 1 .

I 51 T . 4 _ 6 . 6 _ 6 . 67 I .. 1 ._ . . .

S A == C A ._ 0 . - .

. 0 0 _ 0 . 0 E _ E . E . E 0

S RF 31

==

C4 T

A . - .

0 .

_ 66 .

0 0 . 0 6

DS R _ E . E _

R . E . E . E _ E TE EE _ 5 _ 8 _ 3 _ 4 . 0 . 5 . OE 8 . . 1 . TE EE T . 3 . 7 . 2 _

PRN E

SS OO T. . 0 _

I . _

. 8. _ 6 _ PBN SS - . 2 . 7 . 2 _ 5_

3

5. __ 1 OO I . . .

G.1 . E

. 1 . 1 _ 9 _ _

C DD t1S RR

_ 3_ . . . C E3S DD G.7 . .

3 _ 2 _ 2_

k E . 1 . 1 . 11 . 8 . 1 . I L II . _ . . . _ R1E RR . 1 . I1 . 1 . 1 .

3I AA . 4 _ 6 . 6 . 6 . 6 _ 6 L II _ . . _

M _ 0 _ 0 . 0 _ 0 . 0 . 0 . NI AA _ 4 . 6 . 6 _ 6 _.

N AA Y _ - . - . - _ - _ - _ . M _ 0 . 0 . 0 . 0 _

O8 TM D.E _ E . E . E _ E _ E _ N AA Y _ - . - . - _ - _

1I5 T

EM BA G

0 0 ._ 05

_ 8 .

_ 5 .

6 . 9 _

9 .

_ 6 u_ 0 3 .

II7 O9 T

TM EM BA D.E O.32 .

E . E _

9 . 0 _ 6E_

3 . 0 _ 1 _

NA4 _

UC L T _ 1 .

. 3 ._

1 .

9. ._1 7 1 . 1

. NA1 UC L G B. .

T . 7 .

53 ..

OO HLT AL UA

. I . I . 1I . I . 1 . I OO AL . . . 3_

. .. I ... I I . 1 . . I ._

L A NU . . . _ . . HLT UA AL NN Y . . _ . . T . L A NU .

. AL NN Y .

D.A CA AN A . T _ . N _

I A W . L.N _ CA AN A . T _ _ D_

IL. . W. L_N TC RE I -

MI H

T . M _

E _ N D

U_HA ._.AD L U E

._. E H.F . TC I - A I - H _ E U.E IL ._

OP EM A _ _ T _ C.I RE MI T _ M .

U.ETD._E C. H.

PPU_O_N N ._ . AA FS SE _ L _ R _ _ . OP EM A _ T .

S _ G.I . _ . _ FS SE P _ L _ .

S _ P . M _ . .

0

$HHi0

' 1 i

d l ;l ,!

,l ;li1 ' l ' I i , l :

p)

\~- \

/~N

\~)

FORT CALHOUN I RECEPTORS IN ALL SECTORS 8-14 80 SPECIAL LOCATION 8 2 BEEF.VEG.RES AT 1.91 MILES NNE i SEMI-ANNUAL BETA AIR DOSE = 3.86E-03 MILLRADS SEMI. ANNUAL GAMMA AIR DOSE = 1 32E-03 MILLRADS PATHWAY T.00DY GI. TRACT BONE LIVER KIDNEY THYROID LUNG SKIN PLUME 1 7.77E-04 1 7.77E-04 1 7.77E-04 I 7.77E-04 1 7.77E-04 1 7.77E.04 I a.15E-04 1 2.24E.03 l

..................__............__..............................e__...............................

GROUND I 3.32E-05 1 3.32E-05 1 3.32E-05 l 3.32E-05 1 3.32E-05 1 3.32E-05 1 3.32E-05 4 3.99E-05 I VEGET 1 1 I I l l l l l ADULT I 4.95E-05 1 2.63E-05 1 3.77E-05 I 5.6tE-05 1 4.24E-05 1 2.25E-03 1 2.45E-05 1 2.15E-05 1 TEEN I 4.99E-05 1 2.89E.05 I 5.10E-05 I 7.35E-05 1 4.95E.05 1 1.87E-03 1 3.00E.05 1 2.46E-05 I CHILD I 6 38E-05 1 4 09E-05 l 1.03E-04 1 1.17E-04 1 7.43E-05 1 2.84E-03 1 4.61E-05 1 3.80E-05 I MEAT 1 1 I I 1 1, I I I ADULT 1 5.74E-06 1 4.03E-06 1 2.55E-06 1 6.78E-06 1 5.45F-06 1 2.75E-04 1 3.40E-06 8 3.00E-06 1 d<

e TEEN 1 3 19E.06 I 2.37E-06 1 2 05E-06 I 4.80E.06 1 3.75E-06 1 1.99E.04 1 2.13E-06 1 1.84E-06 i M3 CHILD I 3.37E-06 1 2.51E-06 1 3.6AE-06 1 6.05E-06 1 4.63E-06 1 3.00E-04 1 2.56E-06 1 2.22E-06 I INHAL 1 l l l l l l l 1 ADULT I 1 33C-05 1 1.24E-05 1 2.24E-06 1 1.40E-05 1 1 47E-05 1 5.12E-04 1 1.36E-05 1 1.19E-05 1 TEEN I 1 35E.05 1 1.24E-05 1 2.90E-06 1 1.49E-05 1 1.58E-05 3 6.26E-04 1 1.46E-05 1 1.20E-05 1 CHILD 1 1 19E-05 1 1.08E.05 1 3.58E-06 1 1.34E-05 1 1.42E-05 1 6.93E-04 8 1.28E-05 1 1.06E 05 I INFANT I 6.98E-06 1 6.16E.06 8 2.39E-06 I 8.55E.06 I 8.43E-06 8 6.29E-04 1 7.83E-06 i 6.08E-06 1 f

TABLE VII-A-2

d FORT CALHOUN 1 RECEPTORS IN ALL SECTORS 8-14-80 SPECIAL LOCATION # 3 VEG,RES AT 1.52 MILES NE SEMI-ANNUAL BETA AIR DOSE = 5.80E-03 MILLRADS SEMI-ANNUAL GAMMA AIR DOSE = 2 05E-03 MILLRADS PATHWAY T. BODY GI-TRACT BONE LIVER KIDNEY THYROID LUNG SKIN PLUME I 1 21E-03 i 1.21E-03 1 1.21E-03 1 1.21E-03 l 1.21E-03 1 1.21E-03 1 1.27E-03 1 3.44E-03 1 GROUND I 6.45E-05 I 6.45E-05 1 6.45E-05 1 6.45E-05 1 6.45E-05 1 6.45E-05 1 6.45E-05 6 7.55E-05 1 VEGET I 1 1 1 1 I i 1 i ADULT I 8.63E-05 1 4 13E-05 1 7.32E-05 1 9.91E-05 1 7.25E-05 1 4.37E-03 1 3.78E-05 1 3.19E-05 1 TEEN I 8.58E-05 1 4.50E-05 I 9.90E-05 1 1.31E-04 I 8.50E-05 1 3.64E-03 1 4.70E-05 I 3.65E-05 l CHILD 1 1 07E-04 1 6.22E-05 1 2.01E-04 1 2.09E-04 1 1.27E-04 1 5.51E-33 1 7.21E-05 3 5.66E-05 I INHAL i I I I i 1 1 1 1 ADULT I 1.97E-05 1 1.84E-05 1 3.31E-06 1 2.09E-05 1 2.18E-05 1 7.60E-04 1 2.02E-05 1 1.77E-05 1 4 TEEN I 2 00E-05 l 1.85E-05 1 4.29E-06 3 2.21E-05 1 2.35E-05 1 9.30E-04 1 2.17E-05 . 1.78E-05 i g ..........__....__..............__........... ..____......._____...__...__..____..................

7 CHILD 1 1.77E-05 1 1.60E-05 1 5.29E-06 1 1.99E-05 1 2.IlE-05 1 1.03E-03 1 1.90E-05 1 1.57E.05 I g ____.........__......__.._...__.__...........________..___.......__..............___...__.........

c) INFANT I 1.04E.05 l 9.16E.06 1 3.54E-06 1 1.27E-05 1 1.25E-05 1 9.34E-04 1 1.16E-05 l 9.04E-06 I i

I.

TABLE VII-A-3 i

4

i FORT CALHOUN 1 RECEPTORS IN ALL SECTORS 8-14-80 i SPECIAL LOCATION # 4 VEG,RES AT 4.75 MILES ENE

! SEMI-ANNUAL BETA AIR DOSE = 4.77E-04 HILLRaDS

! SEMI-ANNUAL GAMMA AIR DOSE = 1 62E-04 HILLRADS

'i j PATHWAY T. BODY GI-TRACT BONE- liver d!DNEY THYROID LUNG SKIN PLUME I 9 50E-05 I 9.50E-05 l 9.50E-05 I 9.50E-05 I 9.50E-05 l 9.50E-05 I 9.97E-05 1 2.75E-04 1 i .._.....................__........___.__.....___.___...___....-.. ...__...........................

GROUND 1 2.98E-06 1 2.98E-06 1 2.98E-06 1 2.98E-06 1 2.98E-05 1 2.98E-06 1 2.98E-06 1 3.49E-06 1 VEGET l l 1 I l l l l l ADULT 1 5.18E-06 1 3.10E-06 I 3.38E-06 1 5.77E-06 1 4.54E-Oc 1 2.02E-04 1 2.94E-06 1 2.67E-06 1

..............._.__.....s_.___.._...._..........._..................___.___...._..................

TEEN I 5.33E.06 1 3.44E.06 1 4.57E-06 1 7.44E-06 I 5.29E-06 1 1.6RE-04 1 3.54E-06 1 3.05E-06 I CHILD I 7 04E-06 1 4.99E-06 1 9.27E-06 1 1.lRE-05 1 7.98E-06 1 2.55E-04 1 5.45E-06 1 4.73E-06 I INHal i 1 l l I l l l l

ADULT I 1 64E-06 1 1.53E-06 1 2.60E-07 8 1.73E-06 1 1 81E-06 I 6.10E-05 1 1.68E-06 1 1.48E-06 1

< TEEN l 1.67E-06 i 1.54E-06 1 3.38E-07 1 1.83E-06 I 1.94E-06 1 7.46E-05 1 1.79E-06 1 1.49E-06 i H ......................___.___...__. ...___.........__......__..........................._.....__..

7 CHILD 1 1 47E-06 1 1.34E-06 1 4 17E-07 1 1.65E-06 1 1.74E-06 1 8.25E-05 1 1.57E-06 1 1.32E-06 I g ____..___........_...._... _.__..______.._.__............ ..........._......._____.....__.______ .

J INFANT 1 8.63E-07 1 7.65E-07 1 2 80E-07 l 1.05E-06 1 1.03E-06 I 7.50E-05 1 9.54E-07 I 7.56E-07 1 1 .. _......_.___._........._..._. _ __.._... _-__...__._......___........................._ ...___.

e I

L 1

I 4

i 4

i 9

4 j

TABLE VII-A-4

~

[ FORT CALHOUN 1 RECEPTORS IN ALL SECTORS 8 14-80

{'

SPECIAL LOCATION s 5 RES AT 4.68 MILES E

, SEMI. ANNUAL BETA AIR DOSE = 4.74E-04 HILLRADS

! SEMI-ANNUAL GAMHA AIR DOSE = 1.59E-04 MILLRADS I '

PATHWAY T. BODY GI-TRACT RONE LIVER KIDNEY THYROID LUNG SKIN l PLUME I 9.32E-05 l 9.32E-05 l 9.32E-05 l 9.32E.05 l 9.32E-05 1 9.32E-05 l 9.80E-05 1 2.72E-04 1

. GROUND I 2.46E-06 1 2.46E-06 1 2.46E-06 1 2.46E-06 1 2.46E-06 1 2.46E-06 I 2.46E-06 1 2.88E-06 I 4 INHAL i 1 1 1 l l l 1 1 ADULT I 1.64E-06 l 1.53E-06 1 2.60E-07 1 1.73E.06 l 1.81E-06 1 6.09E.05 i 1.68E-06 1 1.48E-06 I 4 TEEN I 1 67E-06 1 1.54E-06 1 3 38E-07 8 1.83E-06 1 1.94E-06 1 7.45E-05 1 1.79E-06 1 1.49E-06 1

CHILD 1 1.47E-06 1 1.34E-06 1 4 17E-07 1 1.65E-06 1 1.74E-06 1 8.24E-05 1 1.57E-06 1 1.32E-06 I

, INFANT 1 8.63E-07 1 7.65E-07 8 2. ROE-07 1 1.05E-06 1 1.03E-06 1 7.48E-05 l 9.54E-07 1 7.56E-07 I 4

H H

I

, H 1 M i

4 1

TABLE VII-A-5

O C J FORT CALHOUN I RECEPTORS IN ALL SECTORS 8-14-80 SPECIAL LOCATION # 6 VEG.RES AT 4.20 MILES ESE SEMI-ANNUAL BETA AIR DOSE = 6.33E-04 MILLRADS SEMI. ANNUAL GAMMA AIR DOSE = 2 24E-04 HILLRADS PATHWAY T.00DY GI-TRACT l'ONE LIVER KIDNEY THYROID LUNG SKIN PLUME I 1.32E-04 1 1.32E-04 1 1.32E-04 1 1.32E-04 1 1.32E-04 1 1.32E-04 f 1.38E-04 ! 3.75E-04 I GROUND 1 3 31E-06 1 3.31E-06 1 3.31E-06 1 3.31E.06 1 3.31E-06 1 3.31E-06 1 3.31E-06 1 3.87E-06 I VEGET e i I I i 1 l l l ADULT I 6.27E-06 1 3.96E-06 1 3.76E-06 1 6.93E-06 1 5.57E-06 l 2.26E-04 1 3.78E-06 1 3.48E-06 i TEEN 1 6.51E-06 1 4.42E-06 1 5.00E-06 1 8.86E-06 1 6.48E-06 1 1.89E-04 1 4.52E-06 1 3.'4E-06 I CHILD l 1 6.46E-06 1 1.03E-05 1 1.40E-05 I 9.79E-06 1 2.86E-04 1 6.97E.06 1 6.17E-06 I

...........'8.74E-06 __.........___............_....... ................ ...__....__.................... .s.

INHAL l l l l 1 1 l l 1 ADULT I 2.15E-06 1 2.00E-06 1 3.47E-07 1 2.26E-06 1 2.37E-06 8 8.10E-05 1 2.19E-06 1 1.93E-06 i 1

..........................__................._.__................__.................. 4...........

TEEN I 2 18E-06 1 2.01E-06 I 4.50E-07 1 2.40E-06 1.2.55E-06 I 9.91E-05 1 2.35E-06 8 1.94E-06 1 p ........_.....................................__..................................................

H CHILD 1 1 93E-06 1 1.75E-06 1 5.56E-07 1 2.16E-06 1 2.28E-06 1 1.10E-04 1 2.06E-06 1 1.72E-06 1

4 ........_..............._.._............._...... ___..............................................

b) INFANT 1 1 13E-06 I 9.98E-07 1 3.73E-07 8 1.37E-06 1 1.36E-06 I 9.95E-05 1 1.2SE-06 I 9.86E-07 I j

i t

TABLE VII-A-6

C O '

FORT CALHOUN 1 RECEPTORS IN ALL SECTORS 8 14-80 SPECIAL LOCATION # 7 VEG,RES AT 1.66 MILES SE SEMI. ANNUAL BETA AIR DOSE = 5 80E.03 MILLRADS SEMI _ ANNUAL GAMMA AIR DOSE = 2.05E-03 MILLRADS PATHWAY T.80DY GI-TRACT HONE LIVER KIDNEY THYROID LUNG SKIN PLUME I 1.21E-03 1 1.21E.03 1 1.21E-03 1 1.21E-03 1 1.21E 03 1 1.21E-03 1 1.27E-03 1 3.44E-03 I GROUND 1 4 36E-05 1 4 36E-05 1 4.36E-05 1 4.36E-05 1 4.36E-05 1 4.36E-05 1 4 36E 05 1 5.10E-05 I VEGET I I i 1 1 1 1 I I ADULT I 6.87E.05 1 3.82E-05 1 4.95E-05 1 7.73E-05 1 5.93E-05 1 2.97E-03 1 3.59E-05 1 3.19E.05 1 TEEN 1 6 98E.05 1 4 22E.05 1 6.69E-05 1 1.01E-04 1 6.93E-05 1 2.47E.03 1 4.36E.05 1 3.65E-05 I CHILD 1 9.03E-05 1 6.03E-05 1 1.36E 04 1 1.60E-04 1 1.04E.04 1 3.74E-03 1 6.71E-05 1 5.66E-05 I INHAL l i 1 1 1 1 1 l l ADULT 1 1.98E-05 l 1.84E-05 1 3.36E-06 1 2.09E-05 1 2.19E-05 1 7.67E.04 1 2.03E-05 1 1.77E-05 I TEEN 1 2.01E-05 1 1.85E.05 1 4.36E-06 1 2.22E-05 l 2.36E-05 l 9.39E-04 1 2.18E-05 l 1.78E-05 I

$ CHILD 1 1.78E 05 1 1.60E-05 1 5.37E-06 1 2.00E-05 1 2.llE-05 1 1.04E 03 1 1.91E-05 l 1.57E-05 I H .._____............................_____...........__................... __. ____..........__.....

hce INFANT 1 1.04E.05 1 9.16E-06 1 3.59E.06 1 1.27E-05 1 1.26E-05 I 9.44E-04 1 1.17E-05 l 9.04E.06 I FORT CALHOUN I RECEPTORS IN ALL SECTORS 8-14-80 SPECIAL LOCATION e 8 PORK AT 1.97 MILES SE SEMI-ANNUAL BETA AIR DOSE = 4.06E 03 HILLRADS SEMI. ANNUAL GAMMA AIR DOSE = 1 43E-03 MILLRADS PATHWAY T.BDDY GI. TRACT RONE LIVER KIDNEY THYROID LUNG SKIN PLUME I 8.48E.04 ! 8.48E-04 1 8.48E-04 I 8.48E-04 4 8.48E-04 4 8.48E-04 I 8.88E-04 1 2.41E.03 1 1

.___.....e..__..__...........__........___..__.__.... __...............__.....__..................

MEAT I i l i l 1 l l l ADULT I 5.44E.06 1 4.01E 06 I 2.14E-06 1 6.31E-06 1 5.20E-06 1 2.32E-04 1 3.47E-06 1 3.21E-06 I TEEN I 3.05E 06 1 2.36E-06 1 1.72E-06 1 4.40E-06 1 3.52E-06 1 1.68E-04 I 2.16E-06 l 1.91E 06 I l ...___...............__. ..__.. __...........___............._._.......__.........................

CHILO 1 3.28E-06 l 2.55E.06 1 3.09E-06 I 5.53E.06 1 4.33E-06 1 2.53E-04 1 2.59E-06 1 2.31E_06 1 TABLE VII-A-7

l

. I . I . lI . 1 . i.l i.i.1 . 1 .

. 5555 . . .

2_0 . 4 .

4 . 4 . 4 .

0 . 0 . 0 _ 0 0 0 E0 N __ 0. E . .

I K _ E.1 .

S .

1 7 . .

E 5E 6 . 8 .

9 . 3 E. _

E ._21E.5 6

1 _ . 1 . 6 E

9 .

_ . 5. . . . 9. .. _ . .

_ 1 . 4 . 1 . 1 . 2 . 9984 . . . _

. 1 . 8 . l1

._ 1 . 1 . l1 4 _ 4 . 4 .

. .. 1 .. 1 .. 1 4 . 4 _ 55 .

3 ._ 04 . 0 . 0 . 0 .

G_0 _

N . EE E

0 . 0 _ 0 E

0

. 5 E,_E2 1 6 6 E_BE.2.

4

. E .

U.3 L_2. . 8 .

0 5.

8 .

0 . 1 _

. . 9.

. 1 .

_ 63 . 223 . . 1 . 1 . 96 .

. 1 . 1 . l1 . 1 . 1 . l1 . 1 . 1 . 1 .

. 4 . 2 . 2 . .

D ._ 3 2._ 3 ._ 03.03 __ 03 O0 I _ 0 .

0 0 0 0 R E.E .

Y . 3 . 5 .

. 8 .

E . E_E .

0 . 6 _ 7 E.E._E.E 5 . A 8 8 H.9.

T . . 6.

223. .

1 _

. 2. .

0 .

. 9. _ 4.

9. .

. 53 . . 4 . 4 . 54 ..

. 1 . . l1 . 1 . 1 . II . 1 . 1 . 1 31 4 .

. 0 .

4 . 4 . 4 .

0 . 0 . 0 -_

4 . 4 . i .

0 . 0 .

0 Y.0 E

N . EE

. E . E s __ 5

. E D . 3 I .

5 .

. 8 .

E93 7

0 . 7 1 .

E.3E_0E.5.

4 1 . -

8 K . 9. . . . . . 2. __ 1 . 5. A

. 53 4 _ 47 _ 1 . 1 . 1 . 6 -

. _ _ . . . I

. 1 . 1 . l1 . 1 . 1 . 11 . 1 . 1 . 1 . I 0 . . . . . . . . . . V 8 . 3 . 4 _ 4 . 4 . . 4 . 4 . 4 . 5 .

- . 0 . 0 _ 0 . 0 0 0 . 0 _ 0 . 0 s 4 R E

. E _ E .

E_E .

3._

E _

. E.

E L

1 8

- V I _

. 3 5 .

8 .

7 _ 6 0 .

E.E.E. 6 4 . 5 .

. 6 B

A 5S 9D L._5 9.

3 .

. 6. _ 5. . 2. .

. 1 .

09 ._ 1.0 .

1 _ 1 . 1 . 6 .

. T S AA . . 5 ._ 7 . . . .

R RR . 4 . 1 .l1 . 1 . 1 . l . 1 . I O

T C

LL LL II

. 3 . 4 .

. 0 . 0 4 . 4 .

0 . 03 0 .

15l . 5._5 0 . 0 5 .

0 0

E MM E . - _ - - . - -_ - . - . - _ -

S L

22 00 N

O B

. 3E ._ 5 _

E .

E_1EE 7

3 _

0 2 .

E . E . E _

1 . 4 _ 8 .

8 . 3 .

E...

2 L - - . _ _ 9. . . _ 8. _. 9 _

. 9. ._ 8.

A N

EE 61 90 5_3 1 . 1 . l1

_ 4 . 51 .

. 1 . 1 . 11 .

1 1 .

. 2 __ 2 ._ 1 1 . 1 IS . . . _ . . _ . . .

S R.

R E 21

==

C3 T

A . - . - .

. 4 .

0 . 0 .

4 _ 4 . 4 .

0 . 0 . 0 _

0 5 - __

0

_ -5 _ __

0

- .5 0

- 5 ._

OGE R . E . . E . E . E _ E _ _ E . E _

TES PVS EE SS T . 3 . 5

- . . E8 ._

1 . . 6 .

4 . 2 .

3.E06 _. 23 . . 5.7 .

I . 9. . . 5. .

E C

E9S OO DD G.5 . . 3

2. _. 0 2_2 . 3 .

99 . 8 . 4 R E RR 1 . 1 . l1 . 1 . 1 . i1 . 1 I . 1 .

L II . . . . . . . . .

sI AA . 3 . 4 . 4 . 4 . 4 . 4 . 4 . 55 .

M _ 0 _ 0 . 0 . 0 . 0 . 0 _ 0 . 0 0 .

N AA Y _ - _ - . - _ - . - - _ - . - . - .

O0 TM D E _ . E 1I9 T

EM BA E._E 3

8 .

0 . 3 E.1.

. E 3 ._ 4E 0 . 0 . 2 . 4 E__F 2 0 NA0 G B.O . . 9. _.. 5

. 9.

4 ._ 8.

. 9. __ . . _

UC L T . 4 1 . 1 _

OO AL 5 ._ 3 _ 5._ . 9 ._ 5 HLT UA 1 1 l1 .I 1 .il . I I . 1 .

L A NU . . . . . . . . .

AL CA NN AN Y

A W .

. T .

. D.

_ T .

L

_ DT LN_ A TC I

I -

A H . E . N L

E N._I L.LU AD.E N_I F _

. M . DU.TU . H .

RE OP FS MI EM SE T

A P

. U

. L O.E D.E R . E GA T _

_ C_N HA . T .

L _

H ._ N .

C_I S . P . G . V . _ _ I . . - .

yN

<;Iz;

, ;:l] : 9

O O O FORT CALHOUN 1 RECEPTORS IN ALL SECTORS 8 14-80 SPECIAL LOCATION N 10 PORK AT 1.!! MILES SSE SEMI _ ANNUAL BETA AIR DOSE = 1 81E-02 MILLRADS SEMI. ANNUAL GAMMA AIR DOSE = 6.08E.03 MILLRADS PATHWAY T.80DY Gl TRACT BONE LIVER KIDNEY THYROID LUNG SKIN PLUME 1 3.57E-03 1 3.57E.03 1 3.57E-03 1 3.57E.03 I J.57E.03 1 3.57E.03 1 3.75E-03 1 1.04E.02 I HEAT I i 1 I l l l l l ADULT i 3 14E-05 1 2.06E-f5 1 1 61E-05 l 3.80E-05 1 2.95E-05 1 1.73E.03 1 1.66E-05 1 1.46E-05 1 TEEN I 1.73E 05 1 1.21E ,: I 1.30E-05 1 2.75E-05 1 2.08E-05 l 1.25E-03 1 1.05E-05 i R. TOE-06 1 CHILD 1 1.78E-05 1 1.23E-05 2.33E-05 1 3.48E-05 1 2.57E-05 1 1.89E-03 1 1.26E-05 1 1.05E-05 I 4 FORT CALHOUN 1 RECEPTORS IN ALL SECTORS 8-14-80 Ul SPECIAL LOCATION N l e- COW w AT 2.77 MILES SSE m

SEMI. ANNUAL BETA AIR DOSE = 2 49E-03 MILLRADS SEMI-ANNUAL GAMMA AIR DOSE a 8.45E-04 HILLRADS PATHWAY T.00DY GI. TRACT BONE liver KIDNEY THYROID LUNG SKIN PLUME 1 4.96E.04 1 4.96E-04 1 4.96E-04 1 4.96E-04 1 4.96E-04 1 4.96E-04 1 5.21E-04 1 1.44E-03 1 COW HILK l l 1 l l 1 l l l ADULT l 1.70E.05 i 6.91E.06 1 1.21E-05 1 2.31E.05 1 2.08E.0$ 1 2.37E-03 1 5.93E-06 1 4.70E-06 I TEEN 1 2.09E-05 l 9.05E-06 1 2.17F-05 1 3.e4E-05 1 3.46E-05 1 3.75E.03 1 8.60E-06 I 6.12E-06 1 CHILD I 2.83E.05 8 1.19E-05 1 5.16E-05 I 6.47E.05 1 5.68E-05 1 7.41E.03 1 1.34E-05 1 9.67E.06 1 INFANT I 4.42E-05 1 1.69E-05 1 9 30E-05 1 1.31E 04 I 9.50E-05 l 1.80E-02 1 2.13E-05 1 1.47E-05 1 TABLE VII-A-8 Continued

O

. I . I . 11 . I . 1 . i1 . i.1 . I .

. 23 .. 4 _ 4 _ 3 . 4 . 4 . 4 . 4 .

. 0 0 0 _ 0 _ 0 . 0 . 0 . 0 . 0 .

N_E.E.

I K . 7 S . 3 4

. 2 .

0 E.E.E 6 4 .

5 .

E . E 2 . 5 8

E.7E.

9

. 9 . 2 .

. 9. . . 4. .

. 92

78. 91 . .. .

4 . 4 _ 4 . 2 .

. 1 . 1 11 . I 1 . l1 . 1 . 1 . 1 .

. 23 .. 333. . 4 . 4 . 4 _ 4

. 0 0 . 0 0 0 . 0 . 0 . 0 _ 0 .

G.E N

E. .

E.E_ 1 E0 . E 6

E.4 8

E1E .

U ._ 6 0 .

L_4. 29. . 5 ._ _ .3 ._ 1 1 . 1 . 2 .

. 5. 9.

. 2._2. .

. 31 .

11 . 1 1 .I1 5_5 5_3

. 1 . 1 . 1

._ 1. .3I .

D_2 I

0 0 .

1 . 1 . 1 .

0 . 0 . . 2._2._20 0 0 2 0 ._

R O

Y ._ 0E _ 2_.E .

E . E0E.

0 . 8 . 4 E . E .

3 . 0 . E.2 8

. E.

H _ . 3 . 0 . 1 . . .

T . 3. __ 9. . . . 6. .. . 6. 8. _. 6. .

31 .. 1 . 1 . 1 . 2 . .

. 1 . 1 .

l1

. 1 . 1 .

1.1 2._2_2

. 1 . 1 . 1 .

. . 3 . 3 . 3 . 4 . 4 . 44 ..

Y . 2 0 ._ 0 3. 0 . 0 . 0 . 0 . 0 . 0 0 .

E . - _ - . - . - . - . - . - . - . - .

N D

I .

E__E..

0 E .

8 .

0 .

E .

4 E.

4 E _ 4.5_._9.7E.E 9

9 E.

4

. 4 .

. 9 K _ 3. ._ 9. 2 . .

_ . . A

_ 31 .

2 . 4.

2_3 ._ 6 5 .

6._5 . 3 I I

0 8

. l . I . l1 .

. 3 .

. 1 . 1 ... i14 ... 14 ... 1 44 .

.. 1 .. V

- . 2 0 __ 03 . 0 _ 3 0 ._ 03 0 . 0 _ 0 0 . E 4 R . - _ - . - _ - . - . - _ - _ - . - . L 1 E . E _ . _ E.E_ B

- V . E 0 _ _ 2E ._ 7 _ 2E ._ 8E . E 2 ._ 8 E_ 8 . 0 _

8 I . _ _ 0 . 7 _ 0 . . A

. 3. . 8. __ 8 . . . 4. 5. . T S

SS DD AA L_3 _

. 1

9. ._ 236. . . 5

. 6 .

5_3 _

R . 1 1 . 1 . . 8 . 1 . I .

._ 1 . I1 iI O R LIR. . _ . . . . .

T LL . 23 __ 3 . 3 . 3 . 4 . . 4 C

E II MH E_0 _ 0 .

0 _ 0 . 0 .

5.0 0 . 4.0 0

S O.E E_. 24 . 2E __ 0E ._ E ..

N _ _ E . E

69. ._E_2.5.0 12 0 _ 2E ._ B . 4 00 R . 3 . 0 . l .

l l

A EE 225.

9. _

91 _ 1 . 1 .

.0 89 . 3 __ 1 . _ .

N 55 IS E 15 T _

._ 1 . 1. ._3I1

. . 1 . 1 . i1 .. 1 .. 1 .. 1 4 . 4 . 4 . 4 C . 0 2 __ 03 . 0 _ 3 0 ._ 30 ._ 0 . 0 _ 0 . 0 S R.

P == A . - . - . - . - _ - . - . - . - _ - .

OG R . E _ E . E . E _ E . E . E.

TE PVS EE SS T . 0 _ 2 .

- . 3 _ 9 =

5 .

1 5.7 2

. 1 .

2 .

0 . 0 5_E_

8 _ 0 E =

E OO I . _ . . . . . _ 3. ._ 5. -

C DD G3 _ 1 - 1 . 1 . 1 . 5 . . 2 .

E1S _ - . . . 5__4 .

R1E RR .I . .

213I1 .30 1.. 30...1. 3 . ..I1 40._.140 .._ 4I0 ... 41

- L II . _ _ .

I AA .

M _ 0 . 0 . 0 0 .

_ N AA Y _ - . - . - . - . - . - _ - . - . -

O0 TM DE . E . . E . E _ E 1I8 T

EM BA 0

0 0 . 2 _

. 3 . 9 .

E.6 9

4 . 4 . 0 .

. 3 _ E._9 1 E.4E.

4 . 5.8 8 .

NA0 G . _ . . . . 4. _ . . .

UC L T . 31 . 223 . . 5 . . 2 OO HLT AL UA

. 5._4

.I 11 ... I . ..1 . i1 . 1. ._ 1 1 .

1 L A NU . . . _ .

AL NN Y . . _ _ _ . T CA AN A . . T _ . _ T _ _ .

TC I - A I -

W H

E.N D __

L _. N TU.E.I __L.LU D. L N_.D.N.

E L.A .

H.F I

. U.ED . T . H ._

RE MI T . M E AD.E _

OP FS EM SE A .

P U.RO.GA . . C_N HA . T _ C . I N..

S L.G.E P V . . _ I . _ . .

C HyP4 -

i l: < j , : ! 1 ii {: I i . ;1I;:1

i

... 1 2

.. I15. 5.1 . 1 . ._

. 1 . l1 . 1 . 1 . 1 .

. 0 0 0 5._

0 . 3 . 5555 . .

. 0 0 0 . 0 0 N.E I

E 0 ._ 7E.1

. E N . .

K . 2 .

S . 5 . .

. I K . 2 E. E.9 6.2 E.3.5E.0E. .

. 6. __ . 4. 4. . S .

_ 6. .

7

. . . 6. . . .

. 7 .

4_5 _

5 .-

1 .

211 . 1 . 555.

1 .

5

. 1 . l i2 1 .

3.

5 .

I . 1 .

. . 0 0 0 . 3 5 . . 55 .

G_0 - . - . . . 0 0 . 0 0 U.E N _ E 5

E.2E.

4

. G.E N.8 E

E.2 .

9E.E..

L8 0 5.

4.

5 U

2 2 2 0 .

. 2 . . L... 0. 2. . 9.

l .

11 8

5_6 1 . 1 .

2 23 .. 57 ..

. 1 . l1 . 1 1 . 1 D.2 I 0 3.03.02 1 D.3 . 32 .. 22 .

O.E R

E .

. O0-I 0 0 . 0 0

Y . 8 H .

3.E.E. 8 . 1 R E Y . 8 .

E . E.E.E 0 . 1 . 8 . .

T . 9. . 2. 6. 0 ._ . . . . .

. 1 . 9 61 ._ H . 9. .

T 9.__4.

81 .

7.

26 ._

75 ._

. . . . 1 .

iI . 1 . 1 . .

. 1 ._ . . . 1 . l1 . 1 1 . 1 .

. 2 . 4 . 4 . 4 . . . 4 . 44 ..

Y . 0 0 _ 0 . 0 .

- _ - . - . Y.3- . 5.0 E0 0 . 0 0 .

E.E NB . E E . E _ - - - _ - .

D.9 I

5 9.3 0 5._ N.8E.. 7 E

9.3 . 0E.3 6E_E. .

9

5. I D

1 -

K _ . . . . . K .. 9. 5.

_ 1 . 1 . 1 . 1 . . _ Ad

. . . 1 . 7 . 1 . - e

. . . . 2 ._ 3 ._ I u

. 1 ... I14. .1 . ._

1

. 1 l1 . 1 1 . 1 0 _ . 0 . ._ . ._ . ._ I n 8 Vi

. 2_

0 0 . 04 __ 04 8

. 3 ._ 5_0 0

. 4 _ 4 _ 4 _

. 0 _ 0 _ t 4 R . - . - . - . - . 0_

e

- - - . - _ - . En 1 E . E .

V . 8 _ E.E.E 9

4 .

4 1 R.E_

E V . 8 .

E 3 . 4 E.E_E.

2_2 .

Lo BC 8 I . _

SS . 9. . 9. __ 4. . 38. . 8 I .

. 9.

6. _ 4 . 4. . 9.

. A

- S DD AA L.1 .

. 1 . 1 . 1 SS DD L.1 . . 24 .. T R RR . 1 1 1 . S AA . . 8 ._ 1 _

O T

LL LL

. 2I 551 .

. 4 R

O T

RR LL LL

. 1 .

l 1 .

515141 4._.

C E

S II MM N

E

. 0 .

O_8._ E _

0 0.

5.E 0 . 0

. E C

E S

II MM E3 N . E .

0 .

0 . 0 E .

0 . 0

. E.E L

22 00 B _ 9 .

0 _ 33 O.8 . 3 _ 0 E_3. P _.

L - - . . 5. 9. __ 32. L L

00

- - B __ 9.

5. __ 1 . 9. 4. __

A EE . 1 . 8 . 61 . A EE _ 1 . 4 . 8 . 1 . 3

. 95 . . . 95 _ . . .

_ N 43 . I . 1 . l N

I . ._ 1 I . . . I 43 1 . l1

. 1

. . 1 .. 1 ._

93 T . 4 . . . .

S C . 2 9 ._ 0 . 0 5._ S 93 C3 T

0 .

5 . 5 0 0 5_5_

0 0 RK OR TO EE

= A . - .

R . E _

T . 8 .

E05 . -

E . E _

7 . 6 . 7 .

R OW

== A . - .

R . E .

E . E E.E _ .

PPS SS - . 9 . 0 . . TO EE T . 8 . 9 . 9 . 8 3 .

OO . . 2. _ 3 PCS SS - . 3 . 4 _

E I .

. . E OO I . 9. 5. _ 3. ._

C E2S R1E DD RR G.1 .

1 1 .

1 .

. 6 ._ 6 1 .

C E3S DD G.1 . .

23 . 4 _ 6

I M

L II AA

. 21

. 0 .

4 .

515 0 . 0 . 0 .

R1E

I L

M RR II AA

. I . i1 . 1

,.. 3 ..

5 . 5 0 . 0 . 0 1 . 1 .

4 4

_ 0 ._

1I9 N

O7 T

AA TM EM BA 0

0 Y . - .

D.E .

8 _

. 9 E

4 6

E_7E 3

0

_ 2 1I7 N

O7 AA TM EM D0 Y

0.E 8 .

7 E_.E 2 E._E 6

6 _

. . . T BA 0 . 9 . 3 _ 8 0 . 6 NA0 G _

NA2 G . . . .

UC L T . 1 _ 1 . 99 UC L T . 1 . 67 . 1 . 1 .

OO AL . . OO AL . .

HLT UA 1 . II . I . 1 .

HLT UA I . lI 1 . I 1

L A NU . . . . L A NU . . . . . .

AL CA NN AN AY.. .

T _ D AL CA NN AN Y .

A .

. K

. LT .

D.N

_ T E.TD_EN.IL I - W L W A TC RE I

MI A. H T . M

. U E

. H. TC RE I

I -

MI A

H T . M .

EILNL MU.E D

E I

F OP FS EM SE A .

P . L U.E . .

. AA _ T .

. . C __ OP FS EM SE A .

. U_O . WA . T .

H.N.

C.I .

S . P . H . S P.PL_C . . . .

_ 4H 7 HC' l t :; 1I ,1 ,!] I4 ,; :! ; ! , f .

3 1

4 (J

/y .

c

('~ FORT CCLHOUN I RECEPTO9S IN ALL SLCTORS C do ( '

J SPECIAL 8.0 CATION 8 14 VEG.RES AT 0.64 MILES SSW SEMI-ANNUAL OLT! AIR Dost = 4.85E 02 Mll.LRaD5 SLMI-AhnUAL GAMMA AIR DOSE a 1.71E-02 MILLRADS PATHWAY T.00DY GI-IRACT UONE LivCR KIDNEY THrR010 LUNG SKIN PLUME I 1 01E-02 1 1.01E.02 1 1.0lE.02 1 1.Olt 02 1 1.0l[.02 1 1.0lt.02 1 1.06E-02 1 2.8FE.02 1 GROUND 1 1.13E-03 1 1.13E.03 1 1.13E 03 4 1.13E.03 1 1.13E-03 1 1.13E-03 1 1.13E-03 1 1.33E.03 1 vtGET l l 1 1 1 1 I I I ADULT 1 1.22E.03 I 4.31E.04 1 1.29E-03 1 1.45E.03 1 9.80L.04 l F.65E.02 1 3.FIE.04 1 2.67E 04 I TEEN 1 1.17E-03 1 4.54L-04 1 1.74E-03 1 1.9FE 03 1 1.16E-03 1 6.36E-02 1 4.90E-04 1 3.05E-04 l

...............................,...........................................e.......... ...........

CH!LO 1 1.3tE-03 1 5.71L-04 1 3.520-03 1 3.15E-03 1 1 71E-03 1 9.63E.02 1 7.4 FE 04 8 4.73E-04 I INHAL 1 i 1 1 1 1 1 I I ADULT l I.66E-04 8 1.54E.04 ! 7.98E 05 l 1.76E.04 1 1.84E.04 1 6.64E.03 4 1.71E.04 1 1.48E.04 I TEEN l I.69E.04 1 1.55E-04 i 3.85f-05 l I. bee-04 1 1.99E.04 l 8.13L.03 1 1.oSE-04 1 1.49E-04 1 CHILO l 1 49E-04 1 1.34E.04 8 4.74E.05 1 1.69E 04 1 1.7BE.04 8 5.9?E-03 1 1.62E-04 8 1.32E.04 I INFANT I A.73E.05 6 7.66E-05 1 3.15E.05 1 1.08E.04 1 1 06E-04 1 8.17E-03 1 9.93E-05 i 7.56E-05 i

d. -

/ F ORT CALHOUN I RfCEPIORS IN ALL SECTORS 8 14 80 v SPECIAL LOCATION f 15 COW,0EEF

'O AT 0.65 MILES SSW SEMI. ANNUAL BETA AIR DOLE = 4.69E.02 HILLHADS SLMI. ANNUAL GAMMA AIR 005E = 1 66E-02 MILLRAD5 PATHWAY T.000t GI.!RACT BONE LIVER KIDNEY THfWOID LUNG SKIN PLUME 6 9.80E.03 1 9.e0E.03 1 9.80E -03 I 9.80E.03 1 9.80E-03 1 9.80E.03 1 1.03E.02 1 2.F8E 02 I

...............e........................................................................ .........

MLAI i 1 1 1 l 1 1 1 i ADULT 1 1 25E.04 1 6.85E.05 8 8.420 05 l 1.59E.04 1 1 15E.04 8 9.0$E-03 1 4.740-05 1 3.FIE-05 I If EN i 6.69E-05 1 3.9FE-05 1 6.19L.05 1 1.20E-04 1 8.54E.05 4 6.55E-03 1 3.17E.05 1 2.21E-05 1 CHILD I 6.48E-05 1 3.63E-05 1 1 22E-04 1 1.53E-04 1 1.06E-04 1 9.H8L-03 1 3.FFE.05 1 2.67E.05 I COW MILK l l l l l l l l l ADULT I 7.32E.04 1 2.03E.04 5 6.35E 04 1 1.05E-03 1 9.3tE-04 8 1.24E.01 1 1.5tE.04 1 8.FIE-05 I It EN 1 8.B7E.04 1 2.671 04 1 1. l M .0 3 I l.80E-03 l 1.61E.03 1 1.9FE.01 1 2.43E-04 1 1.13E.04 I CHIT o 1 1.16E-03 1 2.99E.04 1 2.70E.03 1 3.06E.03 1 2.65E.03 4 3.89E-01 1 3.75E 04 1 1.19E.04 1 INFANI i 1.82E 03 1 3.69L.04 4 4.87f.03 1 6. 38E-03 1 4.48L-03 1 9.44L-01 1 6.20L.04 1 2.F2E-04 1

...............................e_......___........... __..........................................

TABLE VII-A-10

^

f sb 1 . I . l1 1 .I .I . 1 . i I . I 1 .

. . . . . 3 . .

N0 . 2.0

. 4 .

5 0

0 5._0 5_5 0 .

N0 ..

5 0

5.0 0

. 4 E_6 K . 2E. . E.

E . E . E . _ L . E I

K . b . 6 .

S . 0 . 2 . 4 b . 0

. 5 .

. F v. .

I S.1 .

E.E 4

36 . 3 .

4

. 1 . 3 1 . 1

.l 559 1 .

. 42 1

. 8 .

1 .

i1

5. .

7 . 8 . 1 I

4 3.0

. 4 .

5658 .

. 3

. 5.0

. 4 . 4 N

_ 0 G.E 9E.

0 . 0 . 0

- . . -5_5- 0 G.0 - .

. 0 EEE

. 0 .

U.2.7 L . .

E . E.E _ E 5 . 59 . 8 _

3 . 9 . .

UE N

L 0 7 0 2 .

4

. 9. _ . . 6. . _ 0. 4. . 8. .

. 3 ._ 12. 11

. 6 . 653

6. _ _

. 3 .

91 .. 1 .

. 1 1 1 . 1 . . 1 . i1 1 1

. 222. . .

D.3 I

0 4 .

0 .

3 _ 3 _ 3 . 3 .

0 _ 0 _ 0 . 0 . D.3 I

. 0 0 0 O_L W

v _ 4 . 9 .

. E _

L . LE __ E .

7 . 4 . 4 .

R0 O - .

E .

Y . 6 .

E . E 2

8 . 8

. E .

TH_7 _ _

7 .

. 4.

. 02.3 . ..

. 0 _

_ H . 8. ..

T . 4. .

1 .

. 7.

. 3 _ . 23 .. 33 .. . 2 . 1 . 1 . 1

. _ t.

. 1 . 1 . 11 . 8 1 . 1

. 1 . i8 . l 1

. 3 . 4 .

Y . 0 . 0 _

C _ . - _

5 .

0 . 0

- . - 5 ._0-5_ ._ 50 Y30 . - .

_ 4 . 4 . 4 .

0 . 0 . 0 .

u_

b.E .E 4 _ 9 .

. L . E . E _ E .

2 . 6 . 0 _ 3 .

E.E N

6 E . E .

7 . 4 . 2 E 1 1

t. .. 3 .. 6. _ 9. ..

i . 7 _ 7 . I 0 . 4 . -

R . . . D ._ _ 8. . . 6. . A

. 32 .

67 _

63 .. K.2 .

223. .

I

. 1 . i1 . 1 . 1 .

0 ._ 13 ... 14 .-- 185 ...1 ._ 1 ... 51 ..

. 0 . . . . .

I V

8 4

R . - .

_ 0 . 0 _

0 .

5_5 0

0 0 8

4 R .

. 3 .

. 0 .

4 . 4 . 4 0 . 0 . 0

- . - . - . E 1 t . E . E . E _ t _ E . E . 1 E . . E . E_E . L

/ -

v.7 . 4 . 9 .

. 1 .

2 _ 4 _ 6 . 0 _

- v.E 6 .

3 . 4 _ 8 B

A 0

SS I

L._3 . . .

. 2 . 5._6

_ 9. ._ 2 .

40 8

SS i . 8. .

L 2 . 9. .

_ 9... __ 6 2. T S

R OD AA RR 6

6

. S R

DD AA RR

. 2_3 O

T LL LL

... 13 ._. 14 ... 115._ _

1 1 ._ I O T

LL LL

.. 1 .. i14. .1. 4. .1. 4_._

. 3 .

5.05 ._ S O . .

C E

II HM

. 0 _ 0 _

L _ - . - _

N_E . E .

0

. 0 C

E II MM E0 - .

0 . 0 . 0 S

23 u.4 . 9 .

. 7 _

E I

. t . F .

. 3 . 6 .

_ * . 7 L .

7 .

. 1 S

23 O.E N.

6 E .

8 . E.1E.

L L

00

- H.7 . . I. . . . . .

L L

00

- - B . 8. 3. 12.

5.

a FE . 3 . . 1 . 1 . 1 . 1 . A EE . 2 236 .

N 93 . . 2_ . . . 74 .

73 . i N 38

... 31... 41_ . i15. .1. ._. .. 1 .. 1144. .1 . .1 ._

l I _ . . I 55 . . .

S R

16

==

T C .

a0 .

0 _

0 . 0 5.0 . - .

0 S R

14

==

C3 T

0 .

A . - .

0

. 4 _

0 . 0 OS w E _ E . OG .

TEW PHS Lt Ss T .

.4 7 .. _ 9 .

L . L . L _ E 9 . 3 . 6 _ 3 .

6 . 7 . . 8 .

TEW PVS EE SS R.E_

T

- . 8 6

E . E . E .

6 . 4 . 2.

0 . 1 . .

. 5. .

F C

F6S uu DD G7 .

I 3 _ 2 554.

9. _ 2 E

C E1S OO DD I .

G.2 .

1 . 1 . 1 .

k1E RR . 1 . 1 . 11 . 8 . 8 R E RR . 1 . i8 . 4 . 8 L II . . . . ._ 1 L II . . . .

5_5o.

sI M

AA . 3

. 0 4 .

0 .

5 . 5 0 _ 0 0

_ #I M

AA

.3. .. 40 .. 40 . . 4 0 .

D0 N AA Y . - ._ - . _ - . - _ - N AA Y - . - . . -

O4 TM 0 _ E . E . E . F O4 TM E E . E . E 1I T

7 EM SA 0F 7 4 _ 9 .

. 7 .

5 .

1 5E 2 .. 32

. 2 .

1I8 T

EM BA O ._ 8 6 2 .

64 .

. 6

- NA0 G P. . . . . 5. NA0 G B. _ . . 5. . 9. .

6 . 653 . . . .

UC OO HLT L

AL UA T . 32 .

. 1 . 1 . iI . I

. I . 1 UC OO HLT L

AL UA T.. 2I . II .222 1 . I .

L A NU . . . . . . . L A NU . . . . .

AL NN Y _ . . . . T AL NN Y _ . . .

. . D_N .

CA I A.

N A.

A W.

. D-T .

L N L ._ F A

CA I

AN A

A W.

TU T .

L . D..

TC RE OP I

MI EM H.E T

A .

M _

. N U.A0.

L0 E

. F

. T I

H.I . N.

TC RE OP I -

MI EM H.E T M .

. ED.E E

. N._IL.

T _ C.

H.

F $ SE S P_P _ UEO.HA t

. G.I l

4 C

FS SE S

A .

P . L U.GA P.E V

'(b

)

4HHINc

!l J

.a O 3 O FORT CALHOUN 1 RECEPTORS IN ALL SECTORS 8-14-80 SPECIAL LOCATION N 2 C0w,BEff AT 1.66 MILES SW SEMI _ ANNUAL BETA AIR DOSE = 2.69E-03 MILLRADS SEMI-ANNUAL GAMMA AIR DC5E = 9.50E-04 MILLRADS PATHWAY T.80DY GI-TRACT BONE LIVEk KIDNEY THYROID LUNG SKIN PLUME 1 5.62E-04 1 5.62E-04 8 5.62E-04 1 5.62E-04 1 5.62E-04 1 5.62E-04 1 5.A8E-04 1 1.59E 03 8

! HEAT I I I I I I i 1 I l ADULT I 4.92E-06 1 3 12E-06 1 2.67E-06 1 6.00E-06 1 4.61E-06 1 2.88E-04 1 2.45E-06 8 2.13E-06 I TEEN 1 2.69E-06 1 1.83E-06 8 2.16E-06 1 4.38E-06 1 3.28E-06 1 2.09E-04 1 1.57E-06 1 1.2TE-06 I CHILD I 2.74E-06 1 1.83E-06 1 3.86E-06 1 5.55E-06 1 4.06E-06 1 3.14E-04 1 1.88E-06 l 1.53E-06 I COW MILK 1 1 1 1 I l 1 1 I ADULT I 2.550 05 1 8.68E-06 1 2.01E-05 8 3.55E-05 1 3.18E-05 1 3.95E-03 1 7.03E-06 1 4.99E-06 I TEEN l 3.10E-05 l 1.14E-05 1 3.60E-05 I 6.01E-05 1 5.40E-05 1 6.2SE-03 1 1.06E-05 1 6.50E.06 i CHILD l 4 13E-05 8 1.41E-05 1 8.57E-05 1 1.02E-04 1 8.88E-05 l 1.23E-02 1 1.65E-05 1 1.03E-05 i g ____ ._......______ .........__....... ....._.. ........__ ............____.......................

H INFANT I 6.47E-05 8 1.93E-05 1 1.55E-04 1 2.10E-04 l 1.49E-04 1 3.00E-02 1 2.66E-05 1 1.56E-05 1 g, .__.____........_-__....................__......__.................___............................

e TABLE VII-A-11 Continued

I

<g s .

FORT CALHOUN 1 RECEPTORS IN ALL SECTORS 8-14-80 SPECIAL LOCATION 8 3 HES AT 1 10 MILES WSW SEMI. ANNUAL BETA A!H DOSE = 5.80E 03 MILLRADS SEMI. ANNUAL GAMMA AIR DOSE = 2 05E 03 MILLRADS PATHWAY T. BODY Gl. TRACT BONE LIVER KIDNEY THfkOID LUNG SKIN l

PLUME I 1.21E.03 1 1.21E.03 1 1.21E.03 1 1.2tE.03 1 1.21E.03 1 1.21E 03 1 1.27E-03 1 3.440 03 I GROUND 1 9.06E.05 I 9.06E.05 I 9.06E-05 I 9.06E-05 l 9.06E.05 i 9.06C.05 I 9.06E.05 1 1.06E-04 I INHAL 1 1 1 1 1 1 1 1 l ADULT I 1 99E.05 8 1.84E 05 1 3.53E.06 1 2.10E 05 1 2.20E-05 1 7.90E.04 1 2.05E.05 1 1.77E.05 I TEEN I 2 02E.05 l 1.e5E 05 1 4.56E-06 1 2.24E-05 1 2.37E-05 l 9.66E.04 1 2.?tE.05 1 1.78E 05 I CHILO I 1 78E.05 1 1.61E-05 I 5.62E.06 1 2.02E.05 1 2.13E-05 i 1.07E-03 1 1.93E-05 1 1.57E.05 8 INFANT I 1.04E 05 4 9.16E-06 1 3.74E-06 1 1.29E-05 1 1.27E-05 I 9.72E.04 1 1 18E-05 l 9.04E.06 I d

H 1

N FORT CALHouN I RECEPTORS IN ALL SECTORS 8 14-80 M

SPECIAL LOCATION s 5 COW AT 4.12 HILE3 WSW SEMI. ANNUAL BETA AIR DOSE = 3.33E 04 MILLRADS SEMI. ANNUAL GAMMA AIR DOSE = 1.14E.04 MILLRADS PATHWAY T. BODY GI-TRACT BONE LIVER KIONEY THYR 0!D LUNG 5%IN PLUME I 6.69E 05 t 6.69E 05 1 6.69E-05 1 6.69E.05 1 6.69E-05 1 6.69E.05 1 7.02C-05 l 1.93E.04 I COW MILK i f I l l l 8 I I ADULT l 2.6eE-06 8 9.95E-07 1 2.02E-06 1 3.68E-06 1 3.31E-06 l J.95E.04 I 8.31E-07 1 6.26E.07 I TEEN l 3.200 06 1 1.30E-06 1 3.61E-06 1 6.19E-06 1 5.57E-06 1 6.25E-04 1 1.23E.06 1 8.16E 07 I CHILD I 4.40E.06 1 167E.06 1 8.60E-06 1 1.04E.05 l 9.15E.06 1 1.23E.03 I 1.91E-06 1 1.29E.06 I INFANT I 6.87E-06 1 2.33E-06 1 1.55E-05 1 2.14E-05 1 1.53E-05 1 3.00E.03 1 3.07E-06 8 1.96E-06 1 TABLE VII-A-12

- - - -- =_ _. .. .

C i

i FORT CALHOUN 1 RECEPTORS IN ALL SECTORS 8-14-80

, SPECIAL LOCATION 8 4 BEEF vEG AT 2.45 MILES WSW

! SEMI. ANNUAL BETA AIR DOSE = 9.49E-04 MILLRADS SEMI-ANNUAL GAMMA AIR DOSE a 3.35E-04 MILLRADS PATHW8Y T. BODY Gl. TRACT BONE liver KIDNEY THYROID LUNG SKIN i ..........................e.......................................................................

PLUME e 1.98E- 04 1 1.982-04 1 1.98E-04 8 1.98E-04 1 1.98E-04 1 1.98E-04 1 2.08E-04 1 5.62E-04 I VEGET I i l I I I I l 1 i ADULT 1 1 4sE.05 8 6.89E-06 1 1.31E-05 8 1.72E-05 i 1.25E-05 6 7.80E.04 1 6.28E-06 8 5.22E-06 I TEEN l 1.48E-05 6 7.48E-06 1 1.77E-05 1 2.29E-05 1 1.46E-05 1 0.48E-04 1 7.85E-06 1 5.9eE-06 I CHILD 1 1 82E-05 1 1.03E-05 1 3.58E-05 1 3.65E-05 1 2.18E-05 l 9.82E-04 1 1.20E-05 1 9.26E-06 I MEAT 1 l l 1 l l l l l '

ADULT 1 1 670 06 1 1.08E-06 I 8.82E-07 1 2.03E-06 1 1.57E-06 8 9.52E-05 I 8.58E-07 1 7.50E.07 l

. ...........................................~......................................................

j TEEN 1 9.17E-07 1 6.32E-07 1 7.llE-07 1 1.47E-06 1 1.llE-06 1 6.89E-05 1 5.47E-07 I 4.47E-07 I CHILD l 9.39E-07 1 6.40E.07 8 1.27E-06 1 1.87E-06 l 1.37E-06 1 1.04L-04 1 6.56E-07 8 5.4tE-07 I

p. .............._......_..................._........................................................

s i I IV W

I 4

I

)

l 4

I f

d 1

4

,i t

4 1

TABLE Vil-A.12 .

I Continued 4

i

x -

s FORT CALHOUN 1 RECEPTORS IN ALL SECTORS 8-14-80 SPECIAL LOCATION a 6 VEG,RES AT 1.20 HILES W SEMI-ANNUAL BETA AIR DOSE = 4.59E-03 HILLRADS SEMI-ANNUAL GAMMA AIR DOSE = 1.62E-03 HILLRADS PATHWAY T. BODY GI. TRACT BONE liver KIDNEY THvROID LUNG SKIN PLUME I 9.58E-04 1 9.58E-04 8 9.58E-04 1 9.58E-04 4 9.58E-04 4 9.58E-04 1 1.00E-03 1 2.72E-03 I GROUND I 6.10E-05 1 6.10E-05 1 6.10E-05 1 6.10E-05 1 6.10E-05 1 6.10E-05 1 6.10E-05 1 7.14E-05 1 VEGET I 1 I i 1 1 l l l ADULT I 7.67E.05 1 3.41E-05 1 6.93E-05 1 8.88E-05 1 6.37E-05 1 4.13E.03 1 3.08E-05 1 2.52E-05 I TEEN I 7.55E-05 l 3.69E-05 l 9.36E-05 1 1.19E-04 1 7.48E-05 1 3.43E-03 1 3.88E-05 1 2.99E-05 I CHILD I 9.20E-05 3 5.00E-05 1 1.90E-04 1 1.89E-04 1 1.11E-04 1 5.20E-03 1 5.95E-05 1 4.47E-05 1 INHAL i 1 1 1 1 l l l 1 ADutT I 1.57E-05 8 1.45E-05 1 2.72E-06 1 1.66E-05 1 1.74E-05 1 6.15E-04 1 1.61E-05 l 1.40E-05 1 TEEN 1 1.59E.05 1 1.46E-05 1 3.52E-06 8 1.76E-05 8 1.87E-05 6 7.53E-04 1 1.73E-05 1 1.41E-05 1 CHILD 1 1 41E-05 1 1.27E-05 1 4.34E-06 1 1.59E-05 l 1.68E-05 1 8.33E-04 1 1.52E-05 I 1.24E-05 I H

INFANT I 8.23E-06 I 7.24E-06 1 2.89E-06 1 1.01E-05 I 9.?8E-06 I 7.57E-04 1 9.29E-06 1 7.15E-06 1 I

ro e

i FORT CALHOUN 1 RECEPT 0RL IN ALL SECTORS 8-14-80 SPECIAL LOCATION e 7 PORK AT 1.23 HILES W SEMI-ANNUAL BETA AIR DOSE = 4.38E-03 HILLRADS SEMI-ANNUAL CAHMA AIR DOSE = 1 55E-03 HILLRADS PATHWAY T. BODY GI-TRACT BONE liver KIDNEY THvROID LUNG SKIN

PLUME I 9 14E-04 1 9.14E-04 1 9.14E-04 8 9.14E-04 1 9.14E-04 1 9.14E-04 1 9.57E-04 1 2.59E-03 i HEAT I I I I I I I i 1 ADULT I 8.06E-06 1 5.10E.06 1 4.41E-06 I 9.86E-06 I 7.56E-06 1 4.76E-04 1 4.00E-06 1 3.46E-06 I TEEN l 4.41E-06 1 2.99E.06 1 3.56E-06 1 7.19E-06 9 5.3BE-06 1 3.44E-04 1 2.56E-06 1 2.06E-Ob i CHILD l 4.48E-06 1 2.99E-06 I 6.37E-06 I 9.13E-06 1 6.66E-06 1 5.19E-04 1 3.07E-06 1 2.49E-06 I TABLE VII-A-13

-w ,

1 FORT CALHOUN 1 RECLPTORS IN ALL SECTORS 8-14-80 SPECIAL LOCATION e 8 8EEFevEG,RE5ePRK AT 2.03 MILES WNw

, SEMI-ANNUAL BETA AIR DOSE = 2 02E-03 MILLRA3S SEMI-ANNUAL GAMMA AIR DOSE = 6.81E-34 MILLRADS PATHWAY T. BODY GI-TRACT BONE LIVER KIDNEY THYROID LUNG SKIN PLUME I 4.00E-04 1 4.00E-04 1 4.00E-04 1 4.00E-04 1 4.00E-04 1 4.00E-04 8 4.20E-04 8 1.16E-03 I

....................................;................r . ................_.................__.....

GROUND 1 1 93E-05 1 1.93E-05 1 1 932-05 1 1.93E-05 1 1.kT-05 l 1.93E-05 1 1.93E-C5 1 2.26E-05 I VEGET I I l l l 8 I I I ADULT I 2.76E-05 l 1.41E-05 1 2.19E-05 1 3.14E-05 1 2.34Ea 15 1 1.30E-03 1 1.31E-05 1 1.13E-05 I TEEN i 2.77E.05 1 1.55E-05 1 2.96E-05 1 4.14E-05 1 2.74E-t5 1 1.08E.03 1 1.61E-05 1 1.29E-05 I

CHILD 1 3 50E-05 1 2 17E-05 1 6.00E-05 5 6.57E-05 1 4.11E-05 1 1.64E-03 1 2.47E-05 1 2.01E-05 I MEAT I i i l l 1 l l 1 ADULT I 3 17E-06 1 2.18E-06 1 1.48E-06 1 3.77E-06 1 3.00E-06 8 1.59E-04 i '.81E-06 1 1.63E-06 I TEEN I 1.76E-06 1 1.28f-06 1 1.19E-06 1 2.69E-06 1 2.08E-06 1 1.15E-04 l 1.14E-06 I 9.70E-07 i H

CHILO l 1 84E-06 1 1.34E-06 1 2.13E-06 1 3.40E-06 1 2.56E-06 1 1.73E-04 1 1.36E-06 8 1.17E-06 I i L sn l IhHAL I I I I I i l l l l ADULT l 7.00E-06 I 6.51E-06 l 1.18E-06 1 7.40E-06 1 7.74E-06 1 2.69E-04 1 7.18E-06 8 6.26E-06 i j TEEN I 7.11E-06 8 6.56E-06 1 1.53E-06 1 7.85E-06 8 8.32E-06 1 3.29E-04 1 7.71E-06 I 6.300-06 1 4

CHILD 1 6.28E-06 1 5.68E-06 1 1.88E-06 1 7.07E-06 1 7.46E-06 1 3.64E-04 1 6.75E-06 i 5.57E-06 I a .....__..........................__...__....__......_. ....................................._.....

INFANT 1 3.68E-06 1 3.25E-06 1 1.26E-06 1 4.50E-06 1 4.44E-06 1 3.30E-04 1 4.12E-06 1 3.21E-Oe I ;

i I

t 5

j TABLE VII-A-14 -

t FORT CALHOUN 1 RECEPTORS IN ALL SECTORS 3-80

\ SPECIAL LOCATION # 9 VEG.RES f AT 2.58 MILES WJ 1

] SEMI-ANNUAL BETA AIR DOSE = 2.23E-03 MILLRADS SEMI-ANMUAL GAMMA AIR Dose = 7.54E-04 MILLRADS PATHWAY T.00DY GI-TRACT BONE LIVER MIDNEY THYROID LUNG SKIN PLUME I 4.43E.04 1 4.43E-04 1 4.43E-04 1 4.43E-04 1 4.43E-04 1 4.43E-04 1 4.65E-04 5 1.20E-03 I GROUND 1 1.51E-05 1 1.51E-05 1 1.51E-05 8 1.51E-05 1 1.51E-OS l 1.51E-05 1 1.51E-05 1 1.77E-05 8 VEGET I I 1 i 1 I i I 8 ADULT I 2.52E445 1 1.47E-05 1 1.71E-05 1 2.82E-05 1 2.19E-05 l 1.02E-03 1 1.39E-05 8 1.2SE-05 I TEEN I 2.5SE.05 i 1.62E-05 1 2.31E-05 1 3.65E-05 1 2.56E-05 1 8.5tE-04 1 1.67E-05 1 1.43E-05 1 CHILD I 3.38E-05 1 2.34E-05 1 4.69E-05 I 5.78E-05 1 3.86E-05 l 1.29E-03 1 2.58E-05 1 2.21E-05 I i INHAL i i I I i 1 l l 1

ADULT I 7.72E-06 8 7.18E-06 1 1.29E-06 8 8.15E-06 I 8.53E-06 1 2.95E-04 1 7.91E-06 I 6.91E-06 I 1 TEEN I 7.83E-06 1 7.23E.06 1 1.67E-06 8 8.65E-06 I 9.17E-06 1 3.61E-04 1 8.49E-06 t 6.95E-06 i j .......... .. ..__._.....__....._... ..... ..........._.............. ...._....... ...... ........

CHILD I 6.93E-06 1 6.27E-06 l 2.06E-06 4 7.79E-06 I 8.22E-06 1 4.00E-04 1 7.43E-06 1 6.15E-06 I INFANT 1 4.05E.06 1 3.58E 06 1 1.38E-06 1 4.96E-06 I 8. 89E-06 1 3.63E-04 1 4.54E-06 8 3.53E-06 i 1

4

[j FORT CALHOUN 1 RECEPTORS IN ALL SECTORS 8-14-80 SPECIAL LOCATION # 10 COW. PORK

@( AT 3.50 MILES NW SEMI-ANNUAL BETA AIR DOSE = 1 27E-03 HILLRADS i SEMI-ANNUAL GAMMA AIR DOSE = 4.47E-04 MILLRADS j

PATHWAY T. BODY GI-TRACT BONE LIVER KIONEt THYHOID LUNG SKIN PLUME 1 2.64E-04 1 2.64E-04 1 2.64E-04 1 2.64E-04 1 2.64E-04 1 2.64E-04 1 2.77E-04 1 7.50E-04 I MEAT I I I I i 1 l' 1 I ADULT 1 1 59E-06 1 1.21E.06 1 5.61E-07 1 1.81E-06 1 1.52E-06 1 6.11E.05 1 1.07E-06 1 1.00E-06 i TEEN 1 8.95E-07 1 7.14E-07 1 4.53E-07 l 1.2SE-06 1 1.02E-06 1 4.41E-05 1 6.60E-07 1 5.97E-07 I CHILD I 9.74E.07 1 7.84E-07 I 8.10E-07 1 1.57E-06 1 1.25E-06 4 6.64E-05 1 7.94E-07 1 7.21E-07 I i COW MILK l i 1 l l l 8 I I ADULT I 6.65E-06 1 3.12E-06 1 4.23E-06 8 8.75E-06 1 7.98E-06 1 8.31E-04 8 2.78E-06 1 2.35E-06 1 TEEN 1 8.21E-06 1 4.08E-06 1 7.56E-06 1 1.43E 05 1 1.30E-05 1 1.31E-03 1 3.92E-06 1 3.06E-06 I CHILD 1 1.13E-05 1 5.63E-06 1 1.80E-05 1 2.40E-05 1 2.13E-05 1 2.59E-03 1 6.14E-06 1 4.83E-06 I INFANT l 1.76E-05 I 8.llE-06 1 3.24E-05 1 4.81E-05 1 3.54E-05 1 6.30E-03 1 9.65E-06 1 7.33E-06 I TABLE VII-A-15 i

0

!v b) 0 v

FORT CALHOUN I RECEPTORS IN ALL SECTORS C-14-80 SPECIAL LOCATION s 11 VEG.RES AT 2.05 MILES NNW SEMI-ANNUAL BETA AIR DOSE = 3.12E-03 MILLRADS SEMI-ANNUAL GAMMA AIR DOSE = 1.06E-03 HILLRADS PATHWAY T. BODY GI. TRACT BONE LIVER KIDNEY THYR 010 LUNG SKIN

................__......__..........__......__................__.....................a._..........

PLUME i 6.26E-04 1 6.26E.04 4 6.26f-04 1 6.26E-04 1 6.26E-04 1 6.26E-04 1 6.57E-04 1 1.81E-03 I GROUND 1 2.80E-05 1 2.80E 05 1 2.80E-05 1 2.80E-05 1 2.80E-05 1 2.80E-05 1 2.80E-05 1 3.28E-05 I VLGET I I i i l l l 1 1 ADULT l 4.10E.05 1 2.15E-05 1 3.18E-05 4 4.66E-05 1 3.50E.05 1 1.89E-03 1 2.00E-05 1 1.F4E 05 1 TEEN I 4 13E-05 1 2.36E 05 I 4.30E-05 1 6.11E-05 1 4.10E-05 4 1.58E 03 1 2.45E-05 1 1.99E-05 1 CHILD 1 5.25E 05 1 3.33E-05 1 8.71E-05 I 9.71E-05 l 6.14E-05 1 2.39E-03 8 3.76E-05 4 3.09E.05 I INHAL i l l l 1 1 1 1 1 ADULT 1 1 08E-05 1 1.00E-05 l 1.83E-06 1 1.14E-05 1 1.19E-05 8 4.17E-04 1 1.llE.05 I 9.64E.06 1 TEEN I 1.09E-05 1 1. ole-05 1 2.37E-06 l 1.21E-05 l 1.28E-05 1 5.10E-04 1 1.19E-95 l 9.70E-06 1 CHILD 1 9.68E 06 1 0.75E 06 1 2.92E-06 1 1.09E.05 l 1.15E-05 1 5.64E-04 1 1.04E-05 6 8.58E 06 1 INFANT I 5.66E-06 1 4.99E-06 1 1.95E-06 1 6.94E-06 1 6.85E-06 1 5.13E-04 1 6.36E-06 1 4.93E-06 1 g ___...............__....___.....___........___.........__.._.....___. ......__....___... .........

H I

M H

FORT CALHOUN 1 RECEPTORS IN ALL SECTORS 8-14-80 SPECIAL LOCATION N 12 BEET AT 2.28 HILES NNW SEMI. ANNUAL BETA AIR DOSE = 2 48E.03 HILLRADS SEMI-ANNUAL GAMMA AIR DOSE = 8.75E-04 HILLRADS PATHWAY T.80DY GI-TRACT DONE LIVER KIDNEY THYROID LUNG SKIN PLUME I 5 17E-04 1 5.17E-04 1 5.17E-04 1 5.17E-04 1 5.17E-04 1 5.17E.04 1 5.42E-04 l 1.47E-03 1 MEAT l 1 i 1 1 1 I i 1 ADULT s 3.77E-06 1 2.61E 06 1 1.74E-06 1 4.48E-06 1 3.57E-06 1 1.88E-04 1 2.17E-06 1 1.96E-06 1

__..__.._~ ..................__...................___.............................................

TEEN 1 2.09E-06 1 1.53E.06 l 1.40E-06 1 3.19E-06 1 2.47E-06 l 1.36E-04 1 1.37E.06 1 1.17C-06 l CHILD 1 2 20E-06 1 1.61E 06 1 2 51E-06 1 4.03E-06 1 3.05E-G6 l 2.05E-04 1 1.64E-06 1 1.41E-06 I TABLE VII-A-16

._- .__.__.-_.=_._-._.

I 4 4 4 6 4 6 8 IN4 448 1 4W64Wf@Mi@#ING SO@ tom SON 8cN 4CN toh tot 29 O@ t tot 644 SM 4 tot 30 0 t i a 6W *4W

9W *IW

IW

i W

1 td i tl Mk l**$@O C5O tNOSDOCT t

GN@ 44 g en GM em 4M DM t t

6

4

4

6

8

5 *I 45 lb 94 SN- 8@ t@ IMt

+

4

-,# --+- $

+--,e

$ t

--+--+

8

,8 O I 4 8 6 4 8 6 IN$44#444 94A 6@#t@4tNS ICWGOctONEO@ LOO 40@ DO I O4 tN D I@ t GN4 am 4 SM t IN G t t ZlW

4W

9W *IW

1W

4W

IWt D04M CON 4@N8 4"t%Ct@ 95 t@

CONTt@ IM S Jt*@ 4@ tw

t 9

6

t

_ I

8

l

t

~~

iN 44 4m iN 44 4@ tN4

+

t

- = ,I --+==+==+--+-

l e t i I

+w +

l t t t t t 9 i t OtN4 044 DN40NW INM GMStw t

~ 4CStom 402 80N t04000 008 06 th I t@ t t > e IMt SM t tel t 4

%I4 *O4

I4 *$W tO@

4W

aW

tW t GN@ DOM emi utN@ 800 0 -4 O Itod t@ t@m lS444-to DNS

@ p l

3

4 * $

8

t

8 *I t SN 8O tm t@ CN 04 t*8 4 4 4 8 8 4 4 0 4 m e-~+wn e==+==+==+-=+-e i 8 4 4 8 4 0 t i D IN#6499461 44444 444BNI Om h tO4 00m tomlo@ GOM loN tol

% W 4 IN G 4 7 4 344 laI 43 4 8 4 0 8 0 W Z$W *1W

I wJ *IW

6W

IW

8Wt 41 OCNO t ON 8NN$MNCom t?O SM t 4IN0 tNS wZ = IOS t@ 64 94 de 4 8

8 a t

4

9

6

0 e t CI- IN to em t@ GN t@

I DN4 4 4 4 4 8 t 8 M 1 +--+==s--+=~eme e=*e=+ 8 47 8 4 8 JT 0 8 6 0 DN4 1 44 8 4We4& 0 4m049INe' 4

C 04 GOMtJ@ LOT 902 IOctCd tC l w C

WE i t IM t EC 4 g Mt $N G tN i l@ f I t T u.1 8W *4W

4W *IW

4W

1W

4W5 m 43 > lN& SONt@NE@Mlwa t@O t@ l y W@ = 00404 IM tM IN 0- INI I J4

8

8

4

5

8

t e l 8NC W

=W GN 84 p@ GM IN tm d 3@ t t t i e 9 4 4 m

wo + =~em- e==+-e s--o--e-o O C 4 4 4 0 4 4 9 H

IN#8 44444 6 44 444 8@@ IN t CZ toctOctOT ICM SCC I CetC 4 CO 4 0 0*l tot SM t t@ 4 95 8 tNS t t

%* O t+

4u

0 u., *iW

4w

4u

iw e 47 CONMtOM 44C l@N4000Coth 9 4-t 4 L607 l@ tw 4 4 t& 14 S J G

4

t

6 * $ + t

4 e l CD tN 84 t@ t$ Im 8 4 IN 9 1% I No +.-+-.8..e.-,t 6 4 I

.e--e t

,i a4 E I 6 8 4 4 6 8 W l Ndl $f1 4W B 4*$@9ef4 EN l O U tod toet ON tootONt o-tot Jw e l if 4 t @ t 6 - t 6 4 i SM G I M l l I 4W 4 4W *4W

Iw *4w

4W

t LsJ

C uJ f p tNNIONt*NI@M tholmotN t 34 22 6 90@ t@ SW to t@ $4 fa t 20 - 0

9

I e f

t

t

4 e l 4W C8% E4 5 4 4M $4 8D tNi t e a t t l 4

-g - - + . . e - - ,t . . .t . - ,I --+-+

iw i 4 I 1 E I $ t W SN4 84W 9 J4 4J4444 4@M tN 4

@4 toMlO4 fortCMI ON GCm E ct 3 k t BNl t @ t I NG to4 IN G $4 4 4 4 4 O4W *6W

4W *tW

6W

I tu

4W8 eJ ClNd tONI JNt 4Nt@ol 4C l-IIm 4 @ 40# t@ 10 SM 4@ $N8 2 e t

4

4

6

B e t

4

I DJ k BN 84 8@ SW tw 4@ ING C4 Is 8 . . 9 . . +6 --4 I . - +t t

--+--+-e 4 4 I

J2 8 I I I e I I d2 > 0 4 4 4 t X t I t V4 4 0 0 4 1 SJ t t o I 4 3 8 SC 4 0 tw I EJ4 Fw IlW 32 SJ IM 4Z t 84 9 GE p l Z ID 9 e SW 4 le Ik e CW 4 43 to lI IC 13 84 tot 44 ata la BZ IW to tw tes la SC tm 0> tu I X to i

\

\s VII-28

- o

?00000000000000000000000O

'LJ C0 W.00000000000000000000000 e e e e WWWWWWWWWUWWWWWWWWWWWWWWW 2000000000000000000000000 000000000000000000000000 i= e e o e e e e o e e e e o e e o e e e e o mmmmmmmmmmmmmmmmmmmmmmmm lN >

s le O n COOOO@@7@@@@T@@C@@@@@

je O m ~OmmmOOcOOOOOOOOOOOOO uZ 2 8 8 8 I I l l 9 0 8 9 e a 9 0 8 8 8 8 8 0 t WN W WWWWWWWWWWWWWWWWWWWWW ZmJo O00000000000000000000 mu(40m74@N@Nm4NomNOS@ CON @nO JLN e e e e e e e e o e e e o e e e e e e o e e o e W~O@O@m@@NNRNn4@@mN@mD4mmmo 2NN Om n @@@OOSSS@@@@@@@2@@eme Z2 m 30CmmO000000000000000

@T7 0 0 8 0 t 0 0 e 4 e e 4 0 t e e I e e 4 5 9

~~

%mW WWWWWWWWWWWWWWWWWwWWW Ego O00000000000000000000 W@@OONmN44@4NODO4NDN440%DO 2 e e e e e o e e e e e e e e e e e e e e e e e e

_K 40mNm4Nn4N4444* Dam 74Nemo

@444N@k44@@4W@@@@@@DD@@N MOO 0000000o00000000000003 J8 0 9 0 0 9 9 9 t i l 8 0 9 9 9 9 8 8 0 8 0 t t JWWWWWWWWWWWWWWWWWWWWWWWW 0 4N42nN7Nmt4QnO7mcNOONDA4 m7O43~4D@mmmmOm@p4T#NON?n ae e e e e e e e e o e e e e o e o e e o e e e e 4m4?4N4mN4NNnNNumNm747%~

O @ D @ @? 44 4%

O O O O i OO OO

+! O 9 I I e 53 I I 6 e i 2 W W W W Mt WW WW 3 N n 4 R @ . 44 E4 O JCOOO4O@OO4ONCOpOO7GOOOmm a e e e e e e e e o e e o e e e e o e o e e o e e t COOOMonoomomoomOQmNCOONm

@ 42?O@4@NDC7D, 4@ %

m e @

I > OOQmOOOOOOOO. O O 8 O Q

e e 2

W 2

I t i l t t t 0 0 8 9 $ ^ CO WWWWWWWWWWWW WW g B B W W B

M O

W OaQ N44NNMENm4MO 4M M 4 8 O 4 MWmOOONo}COM4CND4COM4COOOOM Q O O m e Ugg e *

e e e e o e * * *

e e o e o e e e e e g C e e 44 OCO?mN@m4chmmM4OmmO=OOOm -

@ = 400 m m M 4NN @ m "Z C SM4 PN >

N 2 *2 e 2 Umm COO CO I 2 W OWO O A O I I I e I W

(j O, m

J N4H

~4a u cub C=J WWW

>@~

WW s a L J:4 4 LLOOOOOOf?NCC 00000000OCONn Q 3 m OW= 6 2%= * * * * * * * * * * * *

e * * * * * * * * *

CCCCCCamfCOOOOOOOOOOOC@m p

> > CWI OZ J (wV W mW O D @ =1>4MNNPO@4N4CAS@4#NO44404% +

C Z O AZOOOOOOmOOOOOOOOOCO3OOOmOO

@ I C Wm O l l t I f l 0 0 0 0 I 6 9 5 I e B 6 0 0 8 8 8 8 m K 9 4 BWWWwWWWWwWas=WWWWWWWWWW4 1 l w : fsmOOKC=N4 42~4mkmpNNNtm4 2 W J m JDD@N7m44pnT*DnNDNL77%Rmn 4 > 2 O a 4 e o e e e o e e o e e o e e e o e e e e e e e o 7 3 3 mm=NESNN9N=NN4m==cmM4tm==

W m 4 I O T U w w N407 44D 4 7 @ 4 N u b ? D 4 3 4 .%

O 1 y i OC=O CO3 C = COCO 3ceccco 6 3 e e I e I I I 3 E l I e I B e e t 9 9 0 e e 4 4 2 1 1 mm ww ma* W--www.4*ww6.

@ @ w I W om&4 wt4 ?40r4%>m#A404 W

e 4 g >CONR>nO?4@ CON e444f.DOfmNmn m e e o e e o e e e o e e e o e o e e e 4 O } JOOm444CDNNC=>n~% 2NmmNm?~

W @ e s -

J % @ l 1m Q? b4/>DLO? CCZ @4 p OO *O 30300030 300 3c W 4 w la I t t 4 9 8 I e a B I 8 3 3 0 3 C O t WWW WW C. 4 m I WWW WW WwwWWwWW J W O J n Z&m N% c m m m T # m tw -4@ C=

4 4 x v (

O; eC e4 e C eC e4 eR eo em e4 e0 2o 7e 0e Ne N eO e O e P. R Z e eOobe 5e 3

= @ m N = nNCON@04mNm> n 403C44ON%O

s e m 2 Z U %

e N @ W A44444MNmm4N4mNN9*44M44m 4 N I C OCOOOOOCOOccOOOOccOOCCCC

= 0 O 2 2 0 t t 6 B B B I e I t t i l e B e t 6 0 4 8 4 e 1 * = W 7 > 6 W w W W 6 W W W 6 4 w b 6 W W W L* 4

L 6 6 W W W w W > O ftm444f??+*fr404Nas-ND%@L4=

e@m>04CC4t@NCN4NnpNm44@@m

@ N 4 w m O g m e > % e e e e e e o e e o e e o e e . e e e e + e e m e 3 @ @ 4 wnN4cN@4mmm4NN*44RmC4n*fm

=

@ 1 1 2 N C 2 2

2 3 W 4 W 3 2 3 I o o - 0 W v@cN&?mmmmom%@@4244?@CCam

@@p?@4DnR40RJJnbORD442N 1 1 W 4 L u ammmm m ==

4 g 3 . z e a 4_ Z = I 4 O W u v' I @ u u C 2 2 C F. U W 2 #3@12@C2@W2C4:

@ e W W ~@@uT=uv=m: 1dNOUuruwNUW#I e se c 3 e 3 gtr%AMT49M44fC=@NffCON%==

> Q p w

wnMN444NDA44044ONN@NMND4

O 2

())

VII-29

N O

N O O C C E E R R

) )

2Y 2Y

D *D

O eO

_ P. B .HU E/ E/

NI L NIL ICA I CA LPT LPT E(O EIO W/T R/T Ol O)

HR HR SH4 S44

/I /I HK HK ES LS

.RH .RH

( (

545666565565557 545666565565547 I 000000000000000 I000000000000000 L- - - - - - - - - - - - - - - L- - - - - - - - - - - - - - -

LLEEEEEEEEEEEEEE LEEEEEEEEE0EEEEE

- 9099045288441 d6 596391840440603 I 922451896723340 I123492785401800 G G 422124112121391 522124112121212

8 5 5 7 8 5 5 7 0 0 0 0 0 0 0 0 G - - - - G - - - -

_ N E E E E

N E E E E

U 3 1 5 6 U 2 4 9 3 L000003090030000 L000003050010000 000002010020001

000004030040002 956975895 7 956975895 7 Y 000000000 0 Y 000000000 0 5 E - - - - - - - - - -

S E - - - - - - - - - -

S H N LEEFEEEEE E R N LEELEELEE E R O) D 423871430 4 O)D 423871430 4 O TLI 009036075480003 ILI 009036075480003 2 T CPK S CFK -

C AA 002148731340001 H AA 002148731340001 C A FT G FT -

F ND 34 7 I ND 33 7 I

LI! 00 0 C EII 00 0 E S 0 - - - A S O - - - I O S O

D R

OIh DCY N/T OH EE 7S PH000220000000000 000260000000001 E

6 F

E S

O OIR OCy N/I OH EE 36 PH000470000000000 000510000000002 E

3 V

E L

B E IE D IE A

G T Ry53066675995660T I r Y539566758956597 4

T A SHD001 00000000001 0 D SHD000000000000000

_ N E( L E4 O - - - - - - - - - - - - - - -

E G 10 EELEEEEtEEEELfL 1

- - - - - - - - - - - - - - - I 6 PEEEEEELEEEEfELE E

l r 270962( 566660%6 H b 56C60S40012b593 E

I I, L351608006402350 A . l_ LA 9 3.B.2 9 8 7 5 2 1 0551 0 .

T129411158292641 T3421242426H5112

_ O O

T 9668 48947691

T 6568 48946697 0000 00000000 0000 0000000u R FEF f t EFFEtf F _ P f t lF 01 FFFEE0

E 674e 44642t2n

E u7 e5 2227S723 50

_ IV 0 0 4 8 4 4 0 4 2 3 9 9 7 7. O. IV 0 0.A. 6 3 2 0 0 4 3 7. e. 1

_ L008733011419211 L001171 032831532 42866574895 9 32856574784 R 00000000000 0 00000000000 O I EEEEEEEELEE E ELEtEEEEEEEE :t e NH2639682454

, l

_ N04b733/7245

_ 4O3176927109200.O. u.

_ U602508301200040 _

_ H .

_ 411522213780030 _ 113158631 12001 0 544233424322341 54 *233424322341 0000000G0000000 000000000000000 R - - - - - - - - - - - - - - + R - - - - - - - - - - - - - - +

YFEFEFEFEEEEEEEE Y F F F E F E E E F F F F. E E E Rl599534947258l 8l59953494?2581 5.5l064526767349.i

/ . . . . .

E3291116771 4433' S. 5 0645267673491

/ . l.

E329111677144331 I I R R U U C901130375548003 C901130375548003 89433403993564 89433403993564 1 1 1111 1 1 11 1111 1 1 E E DR4F A0SRH5OOA DRHF AUSkR5O0A I S5CI1H9C7NCCCLH I SSCI1HRClNCCCLH LP3n33o4S01 %777I L8HR3364501 %T7TI C33S55S4S445225 C33S55545445E2S U O N N O

_ 4[sp j

r O

=

b

\s u W

3

=

NN eO eo 12 WN 2=J

U4 JLN W-Q TNw O

Z2

@TP N=

EM W@

3 tZ w

@4D444DO@@4DW4%

=O00000000000003 JG B 4 0 8 4 9 9 8 I I i 0 4 0 JWWWwWWWWWWWWWWW eDR3nNn4?: OQ?24N

=44RDN4% Cn#7%4CO ce o e e e o e e o e o e e e e DNNmn4mmN~~7N=n N 4 A N O O O O e O 8 I O O 2 W W W W 3 N = N N JOOOOOOOCOOJOOOO e e o e o e o e e e e e e e e e OOOOOmO@CO@OOOR m

>@@@N@CSD N O e I N OOOOOOOOO O e

@ W e e 8 0 t ei t e i u 2 2 WWWWWWWWW W O CaC JNmCN=4MO 4 O

@ OO7CM4ONd4CCOOM 9 M 2 U" W m =g o e e o e e e o e e o e e e e - g 3 44 CON =4CNMmM4COOm o Q

> 6> = g U 20 NM N ,

4 W== OO O @ "

6 @ O 8 0 e =

('

t W emm cow Ww

=@

% W

% 0 1IOCOMMOOOOOOOOOO O W C ONm o e o e e o e o e e o e e o e 4 J Q C Occm4COOOOOOOOr w m

~4 J g

>2h@MS$445 Ace @ct&N . g Z AI3OOOOOOOOOOOOOOO 2 4 w=3 e e e a e e e a e e t 0 e et W 4 CWW4WWWmamW4Wa44 J 2 2 NC@CIO#O49N4wCN %

= ~ m l Jq e4 o4e% e oRe De oOe D e eNo N 0 7 N D = O.

e e O

=r44N4=44mm4?NN9 -

C e - CDO% 42%24D@%

ccCO CCCOcccQ I 4 4 8 I 9 9 I I I t t I 1 6m** *W66.*ms e R w =N #A =N44E%%% 4 9 >OO?cTN OMMNNN OMc N p - e o e e e o e e e o e e o e e l J: 344~~CNp=cmmzm e n 9 MNC#4444% T4 T .@

O3000033300 C =

l 1 0 0 0 4 I t I e i I I

$ WdddWumuW44W 4 T g CM=CN44=m a?C N 1 C@bO4NN #DmCfGOmo e

~g 1 e e e o e e o e e e o e e o e m s NNL9===4NM40cNO l 6 434NMM4N4MNNM4- V OGGCCCCCCCCOOCC 4 2 B t t t t 4 0 S S t l 8 0 t o 3 k W L 6 w* k' 4 6 k' 6 6 ** w 6 6 6 0 ft=f?47R4&4NN@C~ @

e@mO44@N4N45R4Cm N e e o e e o e o e o e o e o e Z WmN7===4AN-44mma -

t

=

4 2 2 a

O w y&o--memmO@4COOm

&@4Rn4Cn?>Rd44 mmmmmm = =

W Z

, C226 4 0@2T#CC4

-eOu===2ON2VuuwI J afExemC4@C=VNNNm <

ORn@O@A4D44@NND

I v

VII-31

. - - - ~ -en-,, .,w---- -- m- - - , - - - - - - ,-,, ,,,,-e,, -e , ><m,e p,c --

- . , - - - - - a v - - - , - - - , - -.e , ,. - -, --

p Q br. O b

*

AS LOW AS REAS0t4 ABLY ACHIEVA8LE * *

A DUL T OO SE5

_ _ _ DOSE (PRLH PER .SYR INTAKEl PAf tfwAY SKIN llO'er LIVER TOTAL HODY THYROID KIDNEY LUNG GI-LLI flSH 5. 3 3E-01 9.05F-01 6.b!E-01 1.35t-02 3.02E-01 9.97E-02 4.88E-07 OH ir4K itJG 3.51E-09 S.65E-04 4.40E-04 1.08E-03 2.25E-04 1.0bE-04 9.67E-05 l

SHoHEL it4E 6.09r-04 5.2PL-04 S.2dE-04 S.22E-04 5.22L-04 5.22E-0* 5.22E-04 S.22E-04

, $d I HM i t46 0.0 5.16E-06 5.7bf-06 S.78E-06 S.78E-06 5.78E-06 5.76E-06 5.78E-06 tt0ATING 0.0 2.d4L-on 2.89t-06 2.u9E-06 2.89E-06 2.89E-06 2.89E-06 2.89E-06 10iAL 6.09F-n4 5.14L-01 9.06E-01 o.62E-01 1.51E-02 3.03E-01 1.00E-01 4.94E-02 USAGE tr6/fp.HP/y43 1.N u l 1074 IIIAEtHR)

SHOREWIDTH FACTOH=0.2 FISH Pl.u 1.0 24.00 UHitJMING 730.0 30.8 1H.60 Sh0Hf t INF 12.0 1.0 0.0 Sh!M4ING 12.0 1.0 0.0 fib Al ltJG 12.0 1.0 0.0

*

ISOTOPf Con T 8 I nui !0ti * *

PAIHwAY SFIN UntJF LIVER TOTAL BOCY THYROID KIDNEY LUtJG GI-LLI

. FISH CS 137 6ft CS 131 53L CS 137 486 I 131 98% CS 137 SS% CS 137 55% CS 131 19E i

C5 134 349 CS 134 455 CS 134 51% I 133 1% CS 134 44% CS 134 44% Ntl 95 605 CS 134 14%

% CO 58 1%

, y HN 54 1%

w (V

De, INKING SR 90 14w CS 131 48% Sd 90 2% I 131 945 I 131 2% CS 137 296 HA 140 26 C5 137 464 CS 134 41% CS 137 41% I 133 1% CS 137 41% CS 134 235 CS 137 5%

LS 134 2/A H 3 8% CS 134 43E H 3 4% CS 134 33% H 3 46% NB 95 1%

H 3 11% H 3 21% CS 134 4%

CO 58 22%

4 MN 54 15 CO 60 4%

59 124 1%

H 3 50%

j SHOHL L I t4E CS 137 64m C5 137 645 05 1 3 <. i t.

CS l 14 P h's 00 SH 11 to 50 l 's.

Co on 62 CO 60 6%

SalH I 131 34 CS I 11 P24 05 134 40s, CO 54 Pt*

fif e 59 Is CS 13ts l':

(.t e 60 44 TABLE VII-C-4

{

w

+

D)

AS LOW AS REASONABLY ACHIEVAdLE * *

Q ILENA6EN Do5ES

_ DOSE thREH PER .5YR INTAKEl PAlHJAY 57.11 HOh! LIVER TOTAL BODY THYROID KIDNEY LUt4G GI-LLI flSH S . 39 t'- u l 9.DiF-ol 3.67E-ol 1.20E-02 2.30E-01 1.15E-01 3.23E-n?

uk itm ING 3.37t-04 5.01t-0* 2.3*E-04 8.69E-04 1.57E-04 8.69E-05 5.64E-n5 500HEllNE 3.405-03 2. 91 t - u 3 2.91F -0 3 2.91E-03 2.91E-03 2.91E-03 2.91E-03 2.91E-03 5elMMING 0.0 J.22t-05 J.22t-05 3.22C-05 3.22E-05 3.22E-05 3.22E-05 3.22E-05 BOATING n.n 1.61E-u5 1.61E-OS 1.61L-05 1.61E-05 1.61E-05 1.61E-05 1.6tE-05 101AL 3.40F-03 5.4?L-01 9.lbE-01 3.70E-01 1.58E-02 2.33F-01 1 18E-01 3.53E-02 a

USAGE (H6/YP.HR/V4) blLUTIOtJ TIMLlHR) SHOREWIDIH FAJTOR=0.2 FISH l ei . 0 1.0 24.00 f.b lHK I NG 510.0 30.6 18.60 SHOWL t. I NE 67.0 1.0 0.0 S'lttMING w A7.0 1.0 0.0 t'O A l l% 67.0 1.0 0.0

*

ISOTOPF COhiPIPUlj0N * *

PATHWAY %P. I N 000E LIVER TOTAL BOCY THYROID KIDNEY LUNG GI-LLI

, FISH CS 137 67h CS 131 54% CS 137 46% 1 131 98% CS 137 55% CS 137 56% CS 137 205 CS 134 31% CS 134 45% CS 134 52% 1 133 1% CS 134 44% CS 134 43% NR 95 59%

CS 134 14E

< CO 58 1%

y MN 54 1%

i t>>

'd CRINKING SP 90 157. CS 137 50% SR 90 5% I IJ1 95% 1 131 2% CS 137 38% SR 90 15 CS IJT S69 CS 134 425 CS 131 38% 1 133 It CS 137 41% CS 134 296 CS 137 65 C5 1.14 Po% H 3 SE CS 134 4d% H 3 3% CS 134 33A H 3 31% NB 95 1%

H 3 11% H 3 21% CS 134 4%

C0 58 23E HN 54 21 CO 60 4%

LA 140 IE SB 124 15 H 3 4R1 Showtl.!NE Cs 137 641 CS 117 64i, CS 134 Pt3 6 CS 134 Pot CO 69 LA CO Set l 's.

CO 60 (J CD t.0 ov ShlH I 111 33

. C5 1 17 22s C5 ! !4 40*

CO SH 2 d *.

t 't! S4 19.

C5 136 17 eu 60 42 TABLE VII-C-5

4

( l V ,

U

*

AS LOW AS RfASONABLY ACitIEVAHLE * *

CH ILD Do5L S

. _ DOSE (HREM PER .5YR INTAKEl PAftfWAY W iti 00'4F LIVER TOTAL BODY THYROID KIDNEY LONG GI-LtI tISH 6.66E-01 7.9tt-01 1.41E-01 1.24E-02 9.92E-02 9.07E-02 1.20E-02

] DHINnING b.92L-04 1.01f-03 2.54E-04 2.07E-03 1.57f-04 1.61E-04 7.81E-05 SHOWilItf 7. I t'F - 0 4 6.040-04 6.09f-04 6.09t-04 6.09E-04 6.09E-04 6.09E-04 6.09E-04 Sp!Mt11NG 0.0 6.74E-06 6.14E-06 c.74E-06 6.74E-06 6.74E-06 6.74E-06 6.74E-06 buATING 0.0 3.37L-06 3.310-06 3.37E-06 3.37E-06 3.37E-06 3.37E-06 3.37E-06 TuTAL 7.108-04 6.6HL-01 7.93E-01 1.42L-01 1.51E-02 1.00E-01 9.14E-02 1.27E-02 HSAGF (K6/YR.HW/YPI DILUll0N TINE (HR) SHOREnvl0TH FACTOR =0.2 F1SH 6. ** 1.0 24.00

(* I tJK I NG 510.0 30.8 IH.60 SHOkf L ItJE 14.0 1.0 0.0 SWIH4166 14.0 1.0 0.0

bO A I I tJ6 14.0 1.0 0.0 e *

I* 0loPF ros!Iulhuilots * *

PATHWAY Sr l'd 60tif LIVER TOTAL 00CY THYH010 KIDNEY LUNG GI-LLI tISH CS 111 hus CS 13/ 56% CS 137 41% 1 131 986 CS 137 55% CS 131 57% CS 137 22E LS l 's4 304 LS 134 435 CS 134 52% I 133 1% CS 134 444 CS 134 425 P4F1 95 SSE CS 114 15%

4 CO 58 lt H HN 54 it

-i

, 2 t4 65 IE w

v OHlid It4G S4 <a ft %. CS 131 52% SR 90 Hs I 131 951 1 131 25 CS 137 38% SR 90 11 CS 13/ 61 'A CS 134 41% 1 131 1% I 133 1% CS 137 41% CS 134 28% CG 131 4E CS 134 7/A H~ 3 S% CS 137 31% H 3 2% CS 134 33% H 3 32E CS 134 2E CS 134 34% H 3 21% CO 56 11E CD Sd 2% t1N 54 11 H 3 20% CO 60 2*

SH 124 15 a H 3 66%

SeibHE L I NE f. S I J/ 64# LS I 17 64's CS 134 cbA CS 134 76Y j CO Sb ls 00 Sb 11 1 00 bu *,9 CO 60 6 t.

S a l fi I I II J4 CS 131 2rr CS 114 40t i CD SH 227 bra S4 1:

C5 136 1A Cal 60 4'J l

TABLE VII-C-6

! O o o

*

AS LOW AS REASONABLY ACHIEVABLE * *

I ta i A f4 i 00 sis DOSE IHREM PER .5YR INTAKEl ,

PA ltin A Y CVIN HONT L I VE R TOTAL BODY THYROID KIONEY LUNG G I-Lt. I

F ISH 0.0 0.0 0.0 0.0 0.0 0.0 0.0

DelianING 1.8nE-03 2.30t.-03 2.82L-04 4.95E-03 1.STE-04 3.38E-04 1.04E-04 4 Set 0 DEI INF 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0

, 101AL 0.0 1. o u t.-0 3 2. 3 0 t.- 0 3 2.82E-04 4.95E-03 1.57E-04 3.38E-04 1.04E-04 5

l USAGF IkG/YR.HW/YP) D110110r4 TIMEtHRI SHOREWIDTH FACTOR =0.2 4 FISH 0.0 1.0 24.00 OH I N% I f 4G 510.0 3 0. tt I tt . 60 1

*

ISOTOPf' Cot:1PIPuiluu * *

j PATHwAs V IN ttDNF LIVER TOTAL BOCY THYRO 10 KIDNEY LUNG GI-LLI l.

Dbit4 KING SP <s o 69. Cs 137 56% SH 9u !!% ! 131 964 1 131 2% CS 137 45% SR 90 15 4

.C5 13/ 64's. CS 134 J's a 1 131 35 I 133 1% CS 137 41% CS 134 306 CS 13F 3E Cs 1% 281 to 3 3 S. CS 131 265 H 3 1% CS 134 33% H 3 23& CS 134 75 CS 134 274 H 3 214 C0 53 9E C0 Sb JE MN 54 IE H 3 21% CO 60 PE

< H 3 765 H

i i La i

1 I

i 1

4 l

l .

l 4

1 TABLE VII-C-7 ii

[

SELECTED LOCATI[ %.

/)*

[)

%./

LOCATION IS SITE DISCHG.

A DUL T DoSFS DUSE (HREM PER .SYR INTAKEl PATHWAY sk!4 uoht LIVER TOTAL UODY THYR 0lO KIONEY LUNG GI-LLI FISH 5.33t-01 9.0SE-01 6.61E-01 1.3SE-02 3.02E-01 9.97E-02 4.88E-02 UNIhKING 1.10t-02 1.74E-02 1.35E-02 3.42L-02 6.9*E-03 3.2SE-03 2.99E-01 5HORE L itat 6.09r-04 S.22E-04 5.22F-04 5.22E-04 5.22E-04 5.22E-04 5.22E-04 5.22E-no ship.HING 0.0 5.lFL-06 5.78E-06 S.78E-06 5.78E-06 S.78E-06 5.7bE-06 S.78E-n6 60 A T i tJG 0.0 2.09E-Oh 2.89E-06 2.89E-06 2.89E-06 2.89E-06 2.89E-06 2.89E-06 it'1 %L 6.09E-04 5.4%E-ol 9.23F-01 6.75E-01 4.82E-02 3.09E-01 1.04E-01 5.23E-02 USAGE (P G/YP.HR/yR) DILUTION TIME (HR) SHOREWIDTH FACTOR =0.2 FISH 21.0 1.0 24.00 Ok i tJK i t.G 730.0 1.0 12.00 SHOHELINE 12.0 *

.0 0.0 Sw lkr4ING 12.0 .. 0 0.0 NOATIM. 1/.0 1.0 0.0

*

ISOTOPf CONIPIMuTIOn * *

PATHWAY SKIN b0tJE LIVER TOTAL HOCY THYROID KIDNEY LUNG GI-LLI FISH CS 131 679. Cs 137 536 CS 137 48% 1 131 98% CS 137 55% CS 137 55% CS 137 19E CS 134 32% CS 134 4S% CS 134 51% 1 133 15 CS 134 44% CS 134 44% NB 95 60%

CS 134 14%

H CO 58 MN 54 1%

II i

u ch DPir4 KING SH 's 0 147 CS 137 4e% SH 90 21 1 131 94% 1 131 2% CS 137 29% RA 140 2%

CS 117 56% C6 134 41% CS 137 41% i 133 1% CS 137 41s CS 134 234 CS 137 St CS 134 27% H 3 84 CS 134 43% H 3 4% CS 134 33% H 3 46% N8 95 II H 3 11% H 3 21% CS 134 4%

CO 58 225 MN 54 II C' 60 4%

LA 140 II SB 124 15 H 3 50%

SHOREL INE CS 137 647. CS 131 64's C5 134 ?6A CS 134 76L fo 54 l* CO 50 17 to no M Co 60 M SalM I 131 37 -

CS 137 22%

CS 134 409 CO %s ?t%

HN $4 It CS 13t> tw CO 60 41 TABLE VII-C-8 .

t * *

SELECILO LOCAT * *

LOCATION IS SiiE DISCHG.

TEEN Ab L4 D0 5E 5

_ _ _ _ _ _ _ _ ___=== _ _ _ _ ___ _00SL (MRLM PER .5yR INTAKEl PATUwAY % FIN dohE LIVEH TOTAL BODY THYkOID KIDNEY LUriG GI-LLI flSH 5. 39t.- 01 9.07L-01 3.67E-01 1.20E-02 2.30E-01 1.lSE-01 3.23E-07 ba lt4K it;G 1.02L-02 1.54E 7.2tE-03 2.75E-02 4.85E-03 2.680-03 1.74E-03 5b09ttilit 3.40F-03 2.91 t -03 2.91f-03 2.91L-03 2.91E-03 2.91E-03 2.91E-03 2.91E-03 Sm l HH irsG 0.0 3. ? ?t: - 0 5 3.f2f-05 J.22E-05 3.22L-05 3.22E-05 3.22E-05 3.22E-05 bO A T i t4G 0.0 1.t>ll-05 1. e,1 f -0 5 1.blE-05 1.61E-05 1.61E-05 1.61E-05 1.61E-05 TOTAL 3.40f-03 5.52L-01 9.25F-01 3.17E 01 4.24L-02 2.3BE-01 1.21E-01 3.10E-02 USAGE ( K(s/ YiJ , HP/ y R ) 011.011071 TIML(HR) SH0HEWIDTH FACTORS 0.2 FISH 16.0 1.0 24.00 lit IflK It*G 510.0 1.0 12.00 5H0ht t It E A7.0 .l.0 0.0 Sp l MM I f 4G 67.0 1.0 0.0 Flo A f i ttle 67.0 .

1.0 0.0

*

15010PL Cof fl H 1'4U i l uh e *

PATHWAY SKIH lt0Hf LIVLR TOTAL DOCY THYROID KIDNEY LUtJG GI-LLI FISH Cs 131 61% C5 131 54's C5 137 46% I 131 98A CS 137 SSS CS 137 56% Cs 137 205 CS 134 319 C5 134 45% CS 134 S2% I 133 IS CS 134 44% CS 134 434 red 95 594 CS 134 145 M CO 58 1%

~ H 5 i.

I 041t4Kir#6 54 40 IW CS IJF 50% 5R 90 51 1 131 95% ! 131 25 CS 137 38$ SR 90 1%

C5 131 Sest CS 134 *2A C5 131 361 1 133 IS CS 137 41% CS 134 296 CS 131 55 C5 l'14 Pus H 3 51 CS 134 42$ H 3 3% CS 134 335 H 3 31% No 95 la H 3 11% H 3 214 CS 134 45 CO 58 Pl*

4rJ 54 75 CO 60 41 LA 140 lE S8 124 It H 3 44E SHONELir4E Cs 111 e4% ts 131 6 +3, C% 134 P61 CS IJ4 7 t,3 CO SH IL CO Se i t.

CO t.0 61 CIs tiu o't SwlM i l 's t .s e CS 1 11 72s.

C% 13s 40's.

LO SH 72 ). -

2174 54 17.

CS 13 f, I r.

CH /. 0 <,4 TABLE VII-C-9

{

[)

v e e e SELECTED LOCAT( x. )*

N)\

LOCATION IS SITE DISCHG.

CH IL0 D0$ES 00SE (MREM PEH .SYk INTAKE)

. PATHvaY sAIN 60NL LIVER TOTAL BODY THYRotD KIDNEY LUNG GI-LLI FISH 6.66L-01 7.92f-01 1.41E-01 1.24E-02 9.92E-02 9.01E-02 1.20E-n?

Ok l NK it4G 2.1SE-02 3.llE-02 7.81E-03 6.SSE-02 4.8SE-03 4.96E-03 2.41E-03 SHOREtIDE 7. lor-04 6.09E-04 6.09E-04 6.09E-04 6.09E-04 6.09E-04 6.09E-04 6.09E-04 SSIPHING n.0 6.14E-06 6.14E-06 6.74E-06 6.74E-06 6.74E-06 6.74E-06 6.74E-06 bOAllN6 0.0 3.31E-06 3.37E-06 3.37E-06 3.37E-06 3.3FE-06 3.37E-06 3.37E-n6 INTAL 7.10F-04 6.94E-01 8.23E-01 1.49E-01 7.85L-02 1.0SE-01 9.62E-02 1.50E-02 USAGE (FG/YH.HP/YJ) OILUTION IIME(HR) SHOREWIDTH FACTOR =0.2 F 15 H 6.9 1.0 24.00 a OklNKING S10.0 1.0 12.00 i

ShoHELINE 19.0 1.0 0.0 5%IMMING 14.0 1.0 0.0 HOA11NG 14.0 1.0 0.0

*

ISOIOPt CONidlHUTION * *

PATHWAY AKIN HONE L IVE R TOTAL 80CY THYROID KIDNEY LUNG GI-LLI FISH Cs 137 hd, CS 131 565 CS 137 47% 1 131 98% CS 137 SSE CS 137 57% CS 137 22E CS 134 30t CS 134 43% CS 134 52% 1 133 1% CS 134 44% CS 134 42% Na 95 55%

CS 134 ISE

4 C0 Sn it U HN S4 1%

j, ZN 65 1%

! co OFINKING 59 90 94 C6 137 $2A SR 90 8% I 131 95% I 131 2% CS 137 38% SR 90 It

, CS 137 614 Cs 134 417 I 131 1% 1 133 1% CS 137 41% CS 134 28E CS 137 4%

j CS 134 21% H 3 5% CS 131 31% 2n CS 134 33%

H 3 H 3 325 CS 134 PE CS 134 34% H 3 21% CO 58 11%

CO 58 2% MN S4 IE H 3 20% CO 60 PE SH 124 IS H 3 665 SHORELINE CS 137 641 CS X 17 649 Cs 134 / t. r. CS 134 P65 i ra S.! 11 C0 sa 19.

CO 60 6+ CO 60 6v, S.lH I 1.11 Jf CS Ill 22%

-CS 134 4u5 CO Sd 22%

, MN S4 11 i

CS 136 15 Co 60 4s TABLE VII-C-10

O O O

*

SELECTED LOCAIl0N * *

LOCATION IS SITE DISCH6.

INFAN 1 00SE 5 DOSE IHREM PER .SYR INTAKEl PATHWAY SKIN BONE LIVER 10TAL BODY THYROID KIDNEY LUNG GI-LLI FISH 0.0 0.0 0.0 0.0 0.0 0.0 0.0 DWINKING S.55E-02 7.0bf-02 8.70L-03 1.57E-01 4.85E-03 1.04E-02 3.19E-01 SHokELINL 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 10iAL 0.0 5.SSL-07 7.0eE-02 8.70E-03 1.57E-01 4.85E-03 1.04E-02 1.19E-03 tiSAGF (KG/yn.HR/VP) DILUTION TIMEtHR) SHOREWIDTH FACTOR =0.2 FISH 0.0 1.0 24.00 OhlNKING $10.0 1.0 12.00

*

ISOTOPF CONidIHUTIOl; * *

PATHWAY % KIN HONF LIVtk TOTAL BOCY THYROID KIDNEY LtsNG GI-LLI HeINFING SR 40 $$ CS 137 50% SR 90 11% 1 131 96% 1 131 25 CS 137 45% SR 90 1%

CS 117 635 CS 134 395 I 131 36 1 133 !$ CS 137 41% CS 134 30% CS 137 15 CS 134 23% 4: 3 3% CS 13 T 26% H 3 1% CS 134 33% H 3 23% CS 134 PE CS 134 27% H 3 21% CO 58 95 CO 58 34 '4N 54 1%

[$ H 3 27% CO 60 PE H H 3 75E I

TABLE VII-C-11

O O O

*

FISH CONSUMPTION POPULATION DOSES * *

l MAN-REH

_ SPOR if i sH H A RVI.51___ _______

i

_______________________ ----DOSE IMAN-REMI----------------------------

PATHWAY AGE GROUP USA 6E HONI LIVER TOTAL HODY THYHOID KIDNEY LONG GI-LLI

. FISH A00L T 5.61t+04 1.9 H t -01 3. 36E -u ! 2.45L-01 2.97E-03 1.12L-01 3.70E-02 1.69E-02 FISH TEEfA6ER 9.29E+u3 4.20E-02 7.07t-02 2.86L-02 5.51E-04 1.79E-02 8.99E-03 2.34E-03 1 fl5H CHILD 5.611:+03 7.2PE-U/ 8.650-02 1.54E-02 7.96E-04 1.00E-02 9.90E-03 1.22E-03 i FISH TOTAL 1.30E+04 3.13E-01 4.93L-01 2.89L-01 4.31E-03 1.41E-u! 5.59E-02 2.04E-02 r DII.uil0N CAICH TINL iHPI-INCLbf,ES FOOD PROCESSING IIME OF 1.66E+02 HR POPULATION =1.28E*04 1.30t+00 7.30F+04 1.69t+02 AVERA6E IN0!vlboal CONSOMPI104 (kG/vut ADutT=6.90E+00 TEEN =5.20E+00 CHILD =2.20E+00

*

150f0Pt CopiplPUTlut! * *

AGE GPCHP HO4f LIVfR 10lAL h0DY THYR 0lO KIONEY LUNG GI-LLI ADOLI

Cs 137 6 /s. C5 137 54f CS 137 4H% ! 131 99% CS 131 55% CS 137 55% CS 137 205 a

CS 134 328 05 134 459 CS 134 51% CS 134 44% CS 134 44% N9 95 584

< CS 134 155

-; [j CO 54 1%

8 y

MN 54 14

' O 4

itENAGtH CS 137 615 C5 131 54s CS 131 475 I 131 99% CS 137 55% CS 13T 56% CS 137 21%

i C% 134 311 CS-134 45L CS 134 52 f. CS 134 44% CS 134 43% N8 95 565 r

CS 134 15%

CO 58 25 HN 54 !$

i CHitO CS 137 696 C5 137 567 C5 137 47% I 131 99% CS 137 55% CS 137 57% CS 137 245

Cs 134 34% CS 134 4 39 CS 134 521 CS 134 44% CS 134 42% NB 95 535 CS 134 16%

CO 58 1%

MN 54 16 l ZN 65 15 l

l 4

3 1

i TABLE VII-D-1

'/

) * *

FISH CONSUMr N POPULATION DOSES * *

x>

MAN M

__COMHLPCFAL HADVEST__

DOSE (MAN-REMI----------------------------

PATH'wAY AGE GROUP USALL UONF LIVLH TOTAL OODY THYRulD K10NEY LUNG GI-LLI FISH AOU1 T 3.HIL+06 2. l',E - 0 2 3.6SE-02 2.66E-02 4.49E-04 1.22E-02 4.02E-03 1.77E-03 FISH TEENAGER o.09L+05 4.56t -03 7.67E-03 3.10L-03 4.63L-05 1.94E-03 9.76E-u4 2.46E-04 F15H CHILO 3.68E+05 7.91L-u3 9.39L-03 1.67E-03 6.69E-05 1.18E-03 1.08E-03 1.29E-04 FISH TOTAL *.1HL+06 3.40L-02 5.35L-02 3.14L-02 3.63E-04 1.53E-02 6.07E-03 2.14E-03 OltuTION CATCH TIML (hpl-INCI ODES F OOD PROCESSING T IME OF 2.40E+02 HR POPULATION =9.36E+05

1. 30 E . n o 7.30E+04 2.*lt+02 AVEHAGE It'DIV IDU AL CONSUt:P T ION (M G/1 R ) ADUL1=6.90E+00 TEEN =5.20E+00 CHILD =2.20E+00

*

IS0ioPE CONTklHUilor4 * *

Abt 6ROUP 40 =4F L I V[ k TOIAL NOOy THYROIO KIDNEY LUNG GI-LLI Al,Ut T C5 137 h7t C5 137 54% C5 137 481 1 131 995 CS 131 55% CS 137 554 CS 137 21%

C% 134 32* C5 134 457 CS 134 51% CS 134 44% CS 134 44% NH 95 56%

CS 134 166 CO 58 1%

MN 54 1%

< If f fjAGF R

[ Cs IJ7 67A C5 131 %4% LS 137 475 1 131 994 CS 137 55% CS 137 56% CS 137 223 1 CS 134 31+ CS 134 451 CS 134 52A CS 134 44% CS 134 43% NH 95 55%

[~ CS 134 16%

CO 58 24 HN 54 1%

CHILD CS 137 89A C5 131 sur, CS 137 47% 1 131 99% CS 137 55% CS 137 575 CS 137 25E C4 134 104 CS 134 43A CS 134 52% CS 134 44% CS 134 42% NB 95 SIE CS 134 17%

CO 58 la MN 54 1%

ZN 65 1%

__NEPA 005Es__________

NOTF --TO ATL hf 94 OObl 60%I INClUDF SPORT CATCH, 005F.S DELOW ARL FOR COMMERCI AL CATCH ONLY

DOSE (MAN-kEMI----------------------------

PATHWAY AGE GPOUP USA 6E OONI LIVLa TOTAL DODY THYHutD KIDNEY LJNG GI-LLI FISH ADUL T 5.Hlt+ng 1.9at -u l 3.35t-01 2.45L-01 2.29L-03 1.12L-01 3.70E-02 1.63L-02 F15H T f f t'at'.Ep 4. 29f' + 0 3 4.2M -0/ 7.ti jf -02 2.uSL-02 4.26E-04 1.79E-02 8.9dE-03 2.26E-03 F15H CH!lD 5.011+b3 7. 2rs t - 0 7 o.64L-02 1.53L-02 6.15L-04 1.0bE-02 9.89E-03 1.18E-03 FISH TOTel I.JN +04 .t.13t-01 4.'s/t -01 2.HvE-01 3.33L-03 1.41E-ul 5.59E-02 1.97E-02 TABLE VII-D-2

I

%5%5%5%

O %%%%6 L 16%%4 L 2S1 42 1 6143 1 423121

- 2 2 1 I

G 07548 07548 0748404

) 43935 93435 9335S62 Y 11 1 1 1 11 1 T

I AS3SO RSHS0 RsSONOH L BCNCC SCNCC SCCCHCS I

C

- 2332 A

- I0000 F G

- L- - - - N s%% %5% 5%%

- LEEEE T U 936 891 882

- - 0203 N L 224 323 323

- l7123 E

- b M

- 1242 T 743 743 743

- A 33 33 33

- E 11 11 11

- 2332 H

- G0000 T 2 SS SS SS

- N- - - - 0 CCH CCH CCH

- JEEEE R *

- L7aH6 O L

- 8260 F 0

- - 6 Y

- - 1383 R E %%%% %5%% %%%%

- H 2 N 2131 2131 2131

- = D 432 432 432

- 2332 4 D I

- Y0000 2 L K

- - E- - - - I 1743 1 743 1 743

- NEEEL G H 333 333 333

- De3H2 N C 111 111 111

- I 9944 I S - K D SS SS SS E - 3585 U 1CCH !CCH iCCH S L O - iH C D E D1211 N 2 R I0000 I 0 D 1

t - O- - - - ( + t %% %% %%%

O N RLLtL L o 44 53 612 I A y34l1 R 0 H 9 9 9 T M H 6 Y 3 P ( H H. 1. O. 2 T H -

M 1J13 ! 2 T 13 13 133 D 0 L 0 = 3 3 33 -

5 S Y + N 1 1 11 I

4 t - O D2321 E L I u - D O0000 6 E iH iiH V C - O- - - - 0 T i H

- EEEL OER T

A T

L8370 A7330 O181 1 3

E M

=

Y D %%%% ns%% s%%A%A H11 4<0 E

L B

A W - l I 2 O 2131 S021 T

- T 0 U 441 3 %1 33 2 H _ - 2221

O _ - u000 T E L 011 4H3 l _ - 4 - - - - I 0 A 0743 0743 l _ - fL E :t Lt S 7 1 933 933 9333L A - V9'e 53 N 0 11 11 11 1 L - A 3 1 U - IL 9. o. 4 7 H s RSS DSS t N

S1CCCH SSO P - 9151 I I. SCCet SCCi O -

P - ut

- 2221 h

- - 0000 A H v. 4 T %5%

S%1

- H - - - -

t v H1h 02S 215

- Lt LL 1

- tO1 5I 4 0 I 44 54 54

- -

L

- U 3 2. S. 2 f 1 43

c. 1 41 0 ) 1 43 1 43

- - 0 6'

33 1 3 11

- - )

Y 1 1 1 1 11

- 67F8 /

- L00 00 s J t 5s S5 5S

- G* +

N (L 0 CCH CCH CLH ALLLt O a I

_ S91 5A ! t I U291t i O U

. . H l P F 1 121 t f I N e # s %( s 1%s

- i P H o %6l 5f 6 9l1

- H M i H 1 5l 1 S2 ti 2

- 0 fa

- P 5 0 074 014

- U N C 074

- O O 933 933 933 11

- F P C F 11 11

- G L 5 P G 0 L O N5s R4S Rss A T SCr SCC SCC L i A 0.

OLNl AL 0 U O A0 lit 9 D S 0EHO 2 I 1 AI CT V

-_ 5 I

_ : D

4 t N

_ o I P H

- l H

_ Y G.

t t G

4 GNteH l f 0 t

- AilIi A 6

9 6

- WKN l A 6 i A8 D O H t' NflKka u H L

- t t f

- T]lll P E L U L I

- A9kh e O V 6 L L H

- PDDDD F A

A A I C

<iY&P'A t

j

1i !l l l' l

7 t

N.

p)

Y/ J i

--- --- --------------------DOSE (HAN-REHi----------------------------

FATH=AY AGF GROUP OSAGE UONE LIVLR TOTAL 00DY THvHOID KIDNEY LUNG GI-LLI DRINAING A00LT 2.12L+07 1.02L-02 1.62C-02 1.26L-02 2.96E-02 6.44E-03 3.0?E-03 2.75E-03 DRIhKING TEENAGER 3.17t+06 2.03t-03 3.06t-03 1.43E-03 5.07E-03 9.60L-04 5.31E-04 3.43E-04 DhlNKING CHILD 4.52L+06 7.7HE-01 6.d2F-01 2.21E-03 1.72E-02 1.3/E-03 1.40E-03 6.79E-04 DRlhKING TOTAL 2.89E+01 2.00E-02 2.HOL-02 1.62L-02 5.19E-02 8.77L-03 4.96E-03 3.78E-03 POPULATION =8.70E+04 b lLu T I O'd = 3.13E

01 TRANSIT TIME =3.10E+0! HR (INCLUDING 24 HR FOR TREATHENT FACILITY)

AVERAGE INDIVIDUAL CONSUMPiluN (L/YR) ADULT =3.70E+02 TEEN =2.60E+02 CHILD =2.60E*02

. . . ISorcpp Cosgwinuilon . . .

ALE GROUP HONE LIVrH TOTAL BODY THYROID KIDNEY LUNG GI-LLI ADULT SR 90- - 14%~ --- C5 -13 7- 48% - SR 90- 2% l ~ 131 --94% - 131 2%-- -CS 137 29% -~BA 140 -2%

CS 137 56% CS 134 41% CS 13T 41% H 3 4% CS 137 41% CS 134 23% CS 137 5%

CS 134 271 H 3 81 CS 134 43% CS 134 33% H 3 46% NB 95 16 H 3 11% H 3 21% CS 134 4%

CO 58 22%

TELNAGER SR 90 ISA CS 137 SQL $R 90 5% I 131 95% ! 131 2% CS 137 38% SR 90 1%

CS 137 561 CS 134 42S CS 137 38% H 3 3% CS 137 41% CS 134 29% CS 137 6%

CS 134 266 H 3 Ss CS 134 42% CS IJ4 33% H 3 31% NB 95 1%

h H

H 3 11% H 3 21% CS 134 CO 58 23%

4%

$ CHILD SR 90 96 CS 137 541 SR 90 et I 131 96% I 131 2% CS 137 3es SR 90 !$

CS 137 61% CS 134 41% i 131 1% I 133 1% CS 137 41% CS 134 28% CS 137 4%

CS 134 275 H 3 SS CS IJF 31% H 3 2% CS 134 33% H 3 32% CS 134 2%

Cs 134 34% H 3 21% CO 58 13%

CO 58 2% MN S4 1%

H 3 20% CO 60 2%

SB 124 1%

- _ - - - - - - - - - _ - ------ - - - . =

CUPULATIVE TOTAL-----

PAIHWAY AGE GPOUP USAGE OOHE LIVER TOTAL HODY THYROID KIDNEY LONG GI-LLI DHIhKING CUMUL total 2. 0SL + 0f t 1.44E-01 2.0!L-01 1.16E-01 3.73E-01 6.30E-02 3.56E-02 2.71E-02 HYOROSPHEPE TRITIUM DOSE _

PATHWAY AGE GROUP USAGE HONI LIVER TOTAL UODY THYH0!D KIDNEY LUNG GI-LLI WAIER T O T al /.206+00 3.lSt-10 3.15L-10 3.75E-10 3.75E-10 3.15E-10 3.75E-10 3.75E-10 TABLE VII-D-4

m * *

l<ECl<E ATIOMPULAlloN DOSES * * * -

- - --- _ - -_._ ..= - - -= - - - - - .

_ __ DOSE (M AN-HLH)

F1IHWAY AGE Gl:00P US 4 t,L Sh itJ 10TAL 00DY THYR 010 SHOPELINE TOTAL P00DL 4.10f + 0 7 2.aSL-01 2.44E-01 2.44E-01 LOCATIori- DowN SIPEAM

} DILUT IOH=0.73E e n t THAtssli ilst=0.67L+00 HR Shf=0.2

*

Isof OPE Cut.TalkuT IOts * *

Auf GuouP 5% Ita fuial 600Y Assut i CS 137 641 CS l')7 wt CS 134 P e l. CS 134 76) i 00 SH !A CO Set 19.

r CO 60 6s Cu f.0 to i

2 - . _ _ . - - . . - - -. __ ..._. _ _ - - - - - - _ _ _ - - - - - - -

. . . . . . . . - . . . . . - . . . . . . _ . ... _ _ = - _ _ -==.

__ DOSE (MAN-REMl _ .

PAittWAY AGE 6POUP 04A6f SKlie TOTAL H0DY THYROID SwlHHING l0TAL P0FtL 4. lot +67 0.0 2.70E-03 2.10E-u3 1

d H

LOCATIOH- DowN StoEAM

[-

v b ! Lili !ON= 0.73E

01 T H AfJS 11 IIeE=0.blf+0p HP a *

ISOTOPL CONIIli'OIIOO * *

A6E GROUP SKIN TOI AL lidfly

, ADULT j I lit h i CS 137 Pte 1 CS 134 409.

CH %n ?2+

, Mtl S4 15 CS 136 ff CO c,0 4 '&

4

_ . DOSE (HAN-RLM)

PAIH4AY AGE 6pollP OSAGE Sh i tJ TOTAL UODY THYROID i

HO A I Itab IOIAL POPUL 4.10f*01 0.0 1.35E-03 1.3SE-03

< LOCAlluta- DOWN STRE/M DitulION=0.FJE*01 T rat 4S l i lloE=0.t,7E+00 HR -

1 TABLE VII-D-5

.. - .-. ... - - ---~. . - .. - . . . ... - . . . . - - - , ..~

4 l

6 o d i

{

l e e

DOSE 10 oilotA * *

i i

HRAns PER .SYH

~~ IRANSjl TIMES

~

l DILOTIONz 1.001.+00 0.0 HR

[ INTEPHal fxTtHhAL TOTAL j f!SH 1.pnF+00 1.91t + tin 3.7/E*00 i

INVERTERRATE 5.72F-ol 3.81L+0a 4.3df*00

, ALGAE 6.24F-01 4.22E-03 6.28t-01 i

MuskHAT 3 10t*01 1.27E+00 1.231+01 RfCC00N 5.13f-dl 4.5/E-01 1.47E*00 HtRON 6.22E*01 1.27L+00 6.35E*D1 DUCK 4.72E+00 1.91E+00 1.16E+01

. *

ISOTOPE Con 1RlHuilON * * *

?

! PATHWAY CODY 4

FISH CS 137 $7+ HUSKRAT SR 90 hh

NO 95 6 's. CS 131 52L '

j Cc 134 341 1

CS 134 Jit

! =4 l [j IhvERTEPRATE *S 137 9% RACCOON Sp 90 %L I 5A L i 134 CS 137 424 l d( CD SH 3b CS 114 34L '

i HN $4 747 Mil 54 14's FF 59 it 74 65 2h

7N 65 16 LA 140 12-j HLPON CS 137 S4L CS 134 4S+

, AL 6AE CE 141 2S j RA 140 11 l CS 137 421 uvCK SR 90 /6 CS 134 255 CS 137 S*b ca sa rm CS 134 Jet NN S4 75

/4 65 27 LA 14n 61 SH 124 19 i

4 t

! TABLE VII-D-6 i

i

ML19331D713

Contents

Text

2 :

= = m w

NN Nm=NNCN-N

2

=

= @OP 0000OODOOCOOOO000 M == 0 e == e o e e o e e o e e e e e e e e e e U m P M CCCCCCCOCOOCCCCCC 6 . =

= CO O C CCCOOCOCOOCOCOOCC - w O 22 I v 4 Z 2 C U2 0

3 O 2 4

2

3 0 2 4

M Q = 0 m m O m=4 4 CmNmC k

= -9 @ 7@NOCN=t&@M

CO O O OCCOOOOOOOOOOOOOO w w O 12 C U k E C U2

2

m C = C m = C mrN4C4==NacNCmmt7 >

2

a a4 U W W W W 3 3 3 3 e-U W 262 mWV m3m 23Z C W 4 4 m ZZWWWmmmmm333ZZZ*

Z

J e e e e e e o e o e o e e e e o e w CmcNC@@N4NC@moNCm e- 4 @ @ m W W N 4 @ N m 4 #1 4 @ N O o == . = .

= 2 =.

2

* CL 44 O U W 26Z v. W m V3V 232 W 4 4 m Z Z W W W m m m m m 3 3 3 2 Z 2 >

= 3 2 ( O.

= A 4 =( C U L ZwZ v6e v3m Z3Z W 4 4 @ ZZWWWAf@V@333ZZ2>

2

2

2

Mw ? @ WC C C La CC4 CCCCOCCCCCCCCCCC

U4 JLN W-Q TNw O

Navigation menu

ML19331D713

Text

2 :

= = m w

NN Nm=NNCN-N

2

=

= @OP 0000OODOOCOOOO000 M == 0 e == e o e e o e e o e e e e e e e e e e U m P M CCCCCCCOCOOCCCCCC 6 . =

= CO O C CCCOOCOCOOCOCOOCC - w O 22 I v 4 Z 2 C U2 0

3 O 2 4

2

3 0 2 4

M Q = 0 m m O m=4 4 CmNmC k

= -9 @ 7@NOCN=t&@M

CO O O OCCOOOOOOOOOOOOOO w w O 12 C U k E C U2

2

m C = C m = C mrN4C4==NacNCmmt7 >

2

a a4 U W W W W 3 3 3 3 e-U W 262 mWV m3m 23Z C W 4 4 m ZZWWWmmmmm333ZZZ*

Z

J e e e e e e o e o e o e e e e o e w CmcNC@@N4NC@moNCm e- 4 @ @ m W W N 4 @ N m 4 #1 4 @ N O o == . = .

= 2 =.

2

* CL 44 O U W 26Z v. W m V3V 232 W 4 4 m Z Z W W W m m m m m 3 3 3 2 Z 2 >

= 3 2 ( O.

= A 4 =( C U L ZwZ v6e v3m Z3Z W 4 4 @ ZZWWWAf@V@333ZZ2>

2

2

2

Mw ? @ WC C C La CC4 CCCCOCCCCCCCCCCC

U4 JLN W-Q TNw O

Navigation menu

Search