Text

Semiannual Effluent Release & Environ Monitoring Rept, Jan-June 1982
	ML20064N007
Person / Time
Site:	Fort Calhoun
Issue date:	08/30/1982
From:	Gates W; OMAHA PUBLIC POWER DISTRICT
To:	;
Shared Package
ML20064M985	List: ML20064M981; ML20064N007;
References
	NUDOCS 8209080195
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Omaha Public Pbwer District Fort Calhoun Station Unit No.1 l

Semi Annual Report i

for Technical Specification l

Section 5.9.4 l

l January 1,1982 to June 30,1982 inclusive 1

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i Docket No. 50 2Rf; Operating License No. DPR-40 8209080195 820830 i

PDR ADOCK 05000285 i

p PDR I

I INTR 0 DUCTION i

This report is submitted in accordance with Section 5.9.4 of i

the Technical Specifications of the Fort Calhoun Station Unit No. 1, Facility Operating License No. DPR-40.

l This report covers only the period January 1,1982, through June 3u, 1982, inclusive, for the Semi-Annual Report for Technical Specification 5.9.4 i

M mw _ _ __% >

I W. Gary Gatgpr Manager Fort Calhoun Station l

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O TABLE OF CONTENTS PART SECTION SECTION TITLE 2

i Radioactive Effluent Releases - Gaseous Effluents Technical Specification (5.9.4.a.1)

Table 1A Summation of All Releases Table IB Not Applicable Table IC Summation of All Releases ll Radioactive Effluent Releases - Liquid Effluents Technical Specification (5.9.4.a.2)

Table 2A Summation of All Releases Table 2B Summation of All Releases lil Radioactive Effluent Releases - Solid Radioactive Waste Technical Specification (5.9.4.a.3)

IV Joint Frequency Distribution Wind Direction vs. Wind Speed by Stability Class and Meteorology Data Per Batch Release (Regulatory Guide 1.21)

V Environmental Monitoring (5.9.4.b)

VI Potential Doses to individuals and Populations (As Required by Safety Guide 23, Regulatory Guide 1.21)

A

i PART 2 i

SECTION 1 RADIOACTIVE EFFLUENT RELEASES - GASEOUS EFFLUENTS TECHNICAL SPECIFICATION (5.9.4.a.1) f l

Table 1A Gaseous Effluents - Summation of All Releases Table 18 Not Applicable l

Table IC Gaseous Effluents - Summation of All Releases January 1,1982 to June 30, 1982 i

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Radioactive Effluent Releases (5.9.4.a.1)

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GASE0US EFFLUENTS Radioactive gaseous releases for the reporting period totalled 119.1 Curies of inert gases. The highest release rate was 3.20E+01 pCi/sec. or 0.04% of the Technical Speci-I fication limit (83,000 uCi/sec.). Averaged over each calendar

[

quarter of the reporting period, the gross gaseous activity

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release rates were 4.31E+00 pCi/sec. or 0.005% and 1.09E+01 pCi/sec. or 0.01% for each quarter respectively of the maxi-mum release rate of the Technical Specifications (83,000 uCi/sec.).

This is 0.03% and 0.08% respectively of the 16% value specified (13,280 uCi/sec.).

L Radioactive halogens and particulates with half-lives greater than eight days released during the reporting period totalled 6.35E-04 Curies. The highest release rate for halo-gens with half-lives greater than eight days was 1.34E-04 pCi/sec.

or 0.14% of the maximum release rate of the Technical Specifi-cations (0.094 pCi/sec.). The highest release rate for parti-

[

culates with half-lives greater than eight days was 2.38E-05 pCi/sec. or 1.19% 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 3.08E-05 pCi/sec. or 0.03% and 4.75E-05 uCi/sec. or 0.05% for each quarter respectively of the maximum release rate of the Technical Specifications (0.094 pCi/sec.).

This is 0.41%

and 0.63% respectively of the 8% value specified (0.0075 uCi/sec.).

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Averaged over each calendar. quarter of the reporting period, the particulate release rates were 1.34E-06 pCi/sec. or 0.07% and 1.50E-06 pCi/sec. or 0.08% for each quarter respec-e tively of the maximum release rate of the Technical Specifica-I tions(0.002pCi/sec.).

This is 0.84% and 0.94% respectively of the 8% value specified (1.6E-04 uCi/sec.).

U Radioactive tritium released during the reporting period totalled 4.08 Curies. Gross alpha radioactivity released l

i during the reporting period totalled 3.55E-07 Curies.

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O PART 2 SECTION ll RADICACTIVE EFFLUENT RELEASES - LIQUID EFFLUENTS TECHNICAL SPECIFICATION (5.9.4.a.2)

Table 2A Liquid Effluents - Summatidn of All Releases Table 2B Liquid Effluents - Summation of All Releases l

January 1,1982 to June 30, 1982 O

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II.

Radioactive Effluent Releases (5.9.4.a.2) 8.

LIQUID EFFLUENTS During the six months a total of 6.10E-02 Curies of radio-active liquid materials less tritium and dissolved noble gases were released to the Missouri River at an average concentration of 9.47E-ll pCi/ml. This represents 0.09% of the limits specified in Appendix B to 10CFR20 (1.0E-07 pCi/ml) for unrestricted areas. The maximum concentration of total activity (excluding tritium) released to the unre-stricted area and averaged during the release was 3.22E-07 pCf/ml primarily due to the inclusion of dissolved noble gases.

Dilution water during the period amounted to 6.44E+11 liters, while radioactive liquid waste volume was 4.26E+07 liters in-cluding 178 batch releases and steam generator blowdown.

Additionally, 209.7 Curies of tritium were discharged at an average concentration of 3.32E-07 pCi/ml or 0.01% of MPC (3.0E-03 pCi/ml).

Gross alpha radioactivity released during the reporting period totalled 2.67E-05 Curies and was discharged at an

' average concentration of 4.15E-14 uCi/ml or 1.38E-04% of MPC (3.0E-08 pCi/ml).

During the two calendar quarters in the reporting period, 3.22E-02 Curies and 2.87E-02 Curies of radioactive liquids II-2 l

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10 Curie per calendar quarter specified as the Technical I

Specification limit.

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SEMIANNUAL FOR JAN THRU JUN 82 1 GUARTER 2 CUARTER A.

FISSION & ACTIVATION PRODUCTS TOTAL. RELEASE (NO TRITIUM, GAS, ALPHA)

CI 3.23E-02 2.87E-02 AVG DILUTED CONCENTRATION UCI/ML 9.78E-11 9.1SE-11 PERCENT OF LIMIT TECH SPEC = 3.0E-8 3.26E-01.

3.0SE-01 B.

TRITIUM TOTAL RELEASE CI 2.07E+01 1.89E+02

AVG DILUTED CONCENTRATION UCI/ML 6.27E-08 6.01E-07 PERCENT OF LIMIT k-TECH SPEC'= 3.0E-3i 2.09E-03 2.00E-02 O

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DISSOLVED &ENTPAINED GASES TOTAL RELEASE CI 1.2SE+00 1.72E-01 AVG DILUTED CONCENTRATION UCI/ML 3 80E-09 S.4AE-10 PERCENT OF LIMIT 0.

GROSS ALPHA RADIO ACTIVITY TOTAL RELEASE CI 2.22E-05 4.47E-06 E.

VOLUME OF WASTE PELEASE PRIOR TO DIL.

LITERS 2.01E+07 2.2SE+07 F.

VOLUME OF DILUTION WATER THIS PERIOD LITERS 3.30E+11 3.14E+11 O

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TA8LE 28 EFFLUENT AND WASTE 01SPOSAL REPORT LIOUID EFFLUENTS-SUMMATION OF ALL RELEASES SEMIANNUAL FOP JAN THWU JUN 62 1 QUARTER 2 CUARTER NUCLIOES IN CURIES CONT BATCH CONT BATCH STRONTIUM-89 0 0*

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C08 ALT-57 3 4.35E-04 f l.20F-04 44.93E-04 68.16E-05 MOLYBOENUM-99 63 68E-04 29.90E-05 63.28E-04 s6 14E-05 TECHNETIUM-99M n1 79E-04 s4.81E-05 el.60E-04 s2.98E-05 CERIUM-141 4 7 35E-04 t l.8 7E-04 +d.24E-0 4 41 33E-04 TIN-117M 63.91E-04 sl.09E-04 64.14E-04 17.36E-05 CHROMIUM-51 63 36E-03 s8.03E-04 43.47E-03 16.15E-04 IODINE-131 da.17E-04 4.4 7E-04 6 4.05E-04 2.00E-03 10 DINE-133 44.48E-04 s1 11E-04 43.75E-04 47.69E-05 BARIUM-140 RUTHENIUM-103_

51 10E-03 32.85E-04 +9.9eE-04 42 00E-04 t4 38E-04 el.06E-04 13 81E-04 67.58E-05 CESIUM-137 5.51E-04 5.05E-03 8.75E-04 6.06E-03 i

ZIRCONIUM-95 iT.91E-04 51.26E-04 46.70E-04 $1.55E-04 e

NIOBIUM-95 64 11E-04 7.44E.05 + 3.38E-04 e4.64E 05 CESIUM-134 64 56E-04 2.61E-03 6.14E-04 3 07E-03 COBALT-58 s4 56E-04 5.73E-03 e3.85E-04 8 22E-04 C'3 '

MANGANESE-54 44 24E-04. 1.85E-04.3.69E-04 4.67E-05 CESIUM-136 95.55E-Oh 57.77E-05 44.63E-04 6.66E-05 IRON-59 58 10E-04 21.15E-04 '7.38E-04 68 10E-05 i

ZINC-65 el.04E-03 s1.34E-04 (9.77E-04.'9.20E-05 COBALT-6G 63 70E-04 7.07E-04 ?4.58E-04 3.78E-04 l

LANTHANUM-140 63 82E-04 53.19E-05 <2.75E-04 12 61E-05 ANTIMONY-124 64 30E-04 fl.63F-0444.37E-04 61 15E-04 TOTAL FOR PERIOD 1 49E-02 1.73E-02 1.44E-02 1 43E-02

l l

DISSOLVED GASES l

ENTRAINED GASES I

XENON-133 41.66E-03 1.25F+00 2.44F-03 1.67E-01 XENON-135

-3.76E-04 4.69E-03 23.77E-04 1.95E-03 TOTAL FOR PERIOD 2.04E-03 1.25.E+00 2 81E-03 1.69E-01 OTHER, ALPHA & TRITIUM ALPH4 6.92E-06 1.52E-05 3.56E -06 9.16E-07 '

TRITIUM 1 14E-02 2.07F+01 6 03E-02 1.89E.02 f

GROSS BETA / GAMMA 0.0 n.0 0.0 0.0 TOTAL FOR PERIOD 1.14E-02 2.07E+01 6 03E-02 1.89E+02 l

AVG. CONC. IN UCI/ML

}

I ALPHA 1.4dE-13 4.e4E-12 9 29E-14 5.43E-13 l

l TRITIUM 2.23E-10 7.69E-06 1 23F-09 1.10E-04

Results not available at time of initial report.

revision for Strontium 89-90 results vill be provided upon receipt from Vendor.

II-5.

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PART 2 i

SECTION III l

RADIDACTIVE EFFLUENT RELEASES - SOLID RADIDACTIVE WASTE

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TECHNICAL SPECIFICATION (5.9.4.a.3)

January 1,1982 to June 30, 1982 i

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RADI0 ACTIVE EFFLUENT RELEASES - SOLID RADIO 1CTIVE WASTE EFFLUENT AND

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WASTE DISPOSAL REPOR1 January 1, 1982 through June 30, 1982 SOLID WASTE AND IRRADIATED FUEL SHIPMENTS A.

SOLID WASTE SHIPPED OFFSITE FOR BURIAL OR DISPOSAL (NOT IRRADIATED)

Month Number of Volume Curie Est. Total

1. Type of Waste Shipoed Shipments cu. meter Content 5 Error a.

Spent resins, filter January 7

61 59 6.880 20%

sludges, evaporator bottoms, etc.

February 3

12.Th 3.kh3 20%

March 2

21.66 1.953 20%

April 2

3.82 0.h02 20%

May 2

13.81 1.hko 20%

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June 1

5.52 0.606 20%

Six Month Total (Type A) 17 119.1h 1h.724 b.

Dry compressable, January 5

25.29 1.631 20%

contaminated equipment, e

etc.

February 3'

23.80 3 156 20%

March 3

15.33 0.133 20%

April 2

21.75 0.065 20%

May 2

13 38 0.777 20%

June 1

7.25 0.011 20%

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Six Month Total (Type B) 16 106.80 5.773

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Month Number of Volume Curie Est. Table 1.

Type of Waste Shipped Shipments cu. meter Content

% Error c.

Irradiated January 0

0 0

NA Components and other Categories February 0

0-0 NA March 0

0 0

NA April 0

0 0

NA May 0

0 0

NA June 0

0 0

NA Six Month Total (Type C) 0 0

0 NA B.

ESTIMATE OF MAJOR NUCLIDE COMPOSITION (by Type of Waste)

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~

a)

Cs-137 59%

8.68 Cs-13h 31%

4.56 Co-58 9%

1.33 Co-60 1%

0.15 b)

Cs-137 59%

3.41 All other nuclides constitute less than 0.5 Cs-13h 31%

1.79 Co-58 9%

0 52 Co-60 1%

0.06 l

C.

SOLID WASTE (DISPOSITION)

Number of chi'pments Transportation Mode Destination 6

Closed Sole Use Vehicle Barnwell', S. Carolin:

12 Closed Sole Use Vehicle Richland, Washington

~

D.

IRRADIATED FUEL SHIPMENTS (DISPOSITION)

Number o Q hipments Transportation Mode Destination 0

NA NA III-3

r O

PART 2 SECTION IV I

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

January 1, 1982 to June 30, 1982 i

F I

o O

e O

IV-1 f

u O

IV.

JOINT FREQUENCY DISTRIBUTION WIND DIRECTION VS. WIND SPEED BY STABILITY CLASS AND METEOROLOGY DATA PER BATCH RELEASE A.

Meteorology data per batch tables will have -99 values signifying either invalid data or no data available.

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4

TABLE 158 - D DATA PERIOD 01/01/1982 THROUGH 03/31/1982 RUN FROM TAPE SERIES TRI-Ex i

OMAHA PUBLIC power DISTRICT FORT CALHOUN NUCLEAR STATION JOINT FREQUENCY DISTRIBUTION WIND DIRECTION VS. WIND SPEED IN METERS /SEC FOR DT100 = -0.5 TO -1.4 IN FREQUENCY DATA USED -- WD10 eWS10.DT100 SECTOR IS WIND DIRECTION NOT AFFECTED DIRECTION 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 SECTOR TO TO TO TO TO TO TO TO TO TO TO TO TO TO TO TOTAL UBAR 0.4 0.9 1.4 19 2.4 2.9 3.4 3.9 4.4 4.9 5.9 6.9 7.9 8.9 INF m

NNE 0.

1.

3.

9 10 12.

7 7.

0.

1.

O.

C.

50.

2.5 7

NE 0.

1.

2.

3 4

6.

4 3.

1.

0.

O.

25.

2.8 i

os ENE 0.

1.

4.

2.

7.

2.

9.

17.

7.

3.

1.

0.

O.

54 3.3 E

6.

1.

O.

1.

6.

5.

4 7.

10.

6.

5.

4 2.

O.

51.

4.0 ESE 0.

O.

2.

8.

6 2.

3.

9.

3.

4 5.

6 O.

O.

0.

48.

3.6 SE 0.

0.

O.

2.

3.

O.

7.

10.

6.

7.

10.

12.

6.

7.

8 78.

5.6 SSE 0.

O.

2.

4 2.

10.

5.

6.

5.

13.

9 10.

4 5.

80.

5.1 S

0.

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1.

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4 3.

6.

8 3.

7 4

44.

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1.

2.

5.

7.

2.

5.

2.

1.

4 1.

7.

43.

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1.

2.

2 1.

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1.

4

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3.

0.

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1.

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1.

2.

3.

2.

6.

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0.

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0.

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0.

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O.

4 5

5 6.

7.

15 7.

9.

24 13.

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4 12.

6.

19 23.

24.

14 18.

24 9

3 5.

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0.

4.

18 31.

21.

47.

46.

33.

20.

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236.

3.4 N

0.

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17 11.

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3.

1.

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G.

69.

2.6 TOTAL 0.

6.

44 80 118 97.

145.

155.

115.

84 104.

87.

51.

27 35.

1148. 41 NUMBER OF INVALID OBSERVATIONS =

25.

PERCENT OF VALID OBSERVATIONS =

54.1 i

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b TABLE 158 - D DATA PERIOD 04/01/1982 THROUGH 06/30/1982 RUN FROM TAPE SERIES TRI-Ex OHAHA PUBLIC POWER DISTRICT FORT CALHOUN NUCLEAR STATION JOINT FREQUENCY DISTRIBUTION WIND DIRECTION VS. WIND SPEED IN METERS /SEC FOR DT100 = -0.5 TO -1.4 IN FREQUENCY DATA USED -- WD10,WS10.DT100 SECTOR IS WIND DIRECTION NOT AFFECTED DIRECTION 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 SECTOR TO TO TO TO TO TO TO TO TO TO TO TO To TO TO TOTAL USAR 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 8.9 INF s

NNE 0.

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1.

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3.

5.

4.

11.

3.

0.

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0.

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3.2 NE 0.

1.

3.

2.

3.

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5.

8.

2.

3.

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0.

4.

7 6.

10.

8.

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0.

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4 13.

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IV-25

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1 1

TABLE 158 - ALL DATA PERIOD 04/01/1982 THROUGH 06/30/1982 RUN FROM TAPE SERIES TRI-Ex OHAHA PUBLIC POWER DISTRICT 1

FORT CALHOUN NUCLEAR STATION JOINT FREQUENCY DISTRIBUTION WIND DIRECTION VS. WIND SPEED IN METERS /SEC FOR OT100 = -INF TO +INF IN FREQUENCY 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 SECTOR TO TO To TO TO TO TO TO TO TO TO TO 10 TO TO TOTAL USAR 0.4 09 1.4 1.9 2.4 2.9 3.4 3.9 4.4 4.9 5.9 6.9 7.9 8.9 INF 7

NNE 1.

2.

5.

2.

9 13.

5.

11.

4 1.

O.

0.

53.

2.7 N

NE 0.

2.

6.

5.

7.

10.

2.

4 6.

4 0.

O.

57.

3.2 ENE 0.

0.

7.

8.

10.

9.

13.

17.

10.

6.

2.

O.

0.

92.

3.3 E

0.

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11.

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15.

12.

7.

3.

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O.

1.

101.

3.5 ESE 0.

3.

8.

12.

11.

16.

24 23.

35.

4.

7.

4 0.

167.

4.0 SE 0.

7.

6.

7.

10.

11.

10.

24.

35.

36.

7.

8.

5.

3.

180.

4.3 SSE 0.

7 10.

8.

14 9.

11.

26.

45.

27.

28.

10.

17.

233.

4.8 5

0.

5.

7.

6.

7.

16.

30.

34.

25.

29.

12.

13.

15.

22.

227.

5.1 SSW 0.

2.

14 2.

7.

9.

16.

30.

13.

15.

14.

8.

7.

5.

7.

149.

4.2 SW 0.

3.

2.

4 4

12.

17.

11.

14.

10.

6.

4 4.

1.

O.

92.

3.8 WSW 0.

6.

10.

14 9

9.

22.

13.

10.

7.

4.

2.

0.

O.

C.

105.

2.9 W

0.

4.

24 19.

16 17.

21.

8.

6.

8.

2.

1.

O.

132.

2.7 WNW 0.

4.

17.

21.

16.

It.

23.

14.

9.

10.

6.

8.

7.

18.

180.

41 NW 0.

1.

10.

14 16 37.

38.

15.

19.

14.

12.

O.

0.

3.

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3.3 NNW 0.

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11.

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36.

4 6.

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3.6 4

N 0.

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17.

18.

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8.

3.

1.

O.

101.

3.2 TOTAL 1.

47.

137.

146.

172.

204.

250.

244.

266 228.

209.

88.

60.

51.

72.

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T OF 2 gm l/s

RELEASE NUMBER 82001 CONTAINMENT PURGE STARTING TIME JAN 1,1982 HOUR 0 MINUTE 1

TIME WS10 WD10 DT100 HOUR MPH DEG DEG C 1

3.5 297.6 0.8 2

3.5 299.9 0.8 3

1.5 263.9 0.8 4

2.3 274.3 0.8 5

3.2 241.1 1.2 6

21 233.0 1.8 7

21 112.3 2.2 8

1.4 147.6 2.2 9

3.1 171.6 1.2 10 4.9 150.8

-0.2 11 6.5 134.9

-0.7 12 9.6 115.5

-0.7 13 11.1 124.8

-0.8 14 12.4 118.7

-0.9 15 12.7 126 2

-0.8 16 10.0 129.9

-0.7 17 13.4 125.2

-0.8

's..

18 12.5 124.9

-0.8 19 13.2 122.2

-0.7 20 13.9 123.4

-0.7 21 14 0 123.3

-0.7 22 13.2 126.2

-0.6 23 13.6 128.9

-0.6 24 14.5 134.9

-0.7 0

1 15.9 135.8

-0.7 2

15.1 134.2

-0.7 3

14.8 131.0

-0.6 4

15.1 129.6

-0.8 5

14.4 130.3

-0.7 6

12.1 128.2

-0.7 7

10.9 129.7

-0.7 8

8.2 129.4

-0.6 9

4.2 112.8

-0.5 10 2.7 38.0

-0.7 l

11 2.3 336.3

-0.6 12 4.2 309.9

-0.7 i

13 7.0 316.1

-0.8 l

14 8.3 317.0

-1.0 l

15 14.7 316.6

-0.9 16 14.6 309.9

-0.9 17 12.7 312.2

-0.8 18 10.9 312.1

-0.5 19 10.4 311.5

-0.4 l

20 5.6 300.3

-0.1 21 7.1 314.3

-0.2 22 5.4 303.7

-0.0 23 7.1 321.2 0.1 24 5.3 308.5 0.6 1

2.9 289.6 1.0 0

l IV-35

2 3.4 295.6 0.9 3

52 311.7 0.5 4

3.4 316.1

-0.1 5

4.1 305.8

-0.3 O

6 4.3 337.0

-0.7 7

4.7 5.6

-0.8 8

3.9 347.3

-0.6 9

3.9 346.7

-0.3 10 5.4 356.5

-0.9 11 5.7 19.4

-1.2 12 6.1 32.8

-1.1 13 6.8 7.2

-1.3 14 6.1 355.7

-1.1 15 5.9 357.0

-1.1 16 7.0 1.7

-1.0 17 6.7 335.3

-1.0 18 7.2 340.6

-0.9 19 7.7 343.9

-0.9 20 7.5 344.5

-0.8 21 8.3 341.5

-0.8 22 7.8 333.8

-0.9 23 10.6 326.1

-0.8 24 8.7 339.7

-0.8 1.

9.8 324.1

-0.8 2

9.3 314.3

-0.6 3

7.8-299.2

-0.4 4

7.2 291.6

-0.2 5

72 292.2

-0.0 6

7.3 289.8 0.1

/I 7

7.2 284.3 0.6 8

4.5 288.7 1.0 STOP TIME J.AN 4,1982 HOUR 7 MINUTE 52 l

-(

STARTING TIME JAN 7,1982 HOUR 16 MINUTE 43 TIME WS10 WD10 OT100 HOUR MPH DEG DEG C 16 5.9 194.1

-0.8 17 80 178.6

-0.6 18 9.8 187.3 0.6 19 11.2 198.9 1.9 20 6.6 197.2 1.4 21 10.8 209.3 3.3 22 17.5 215.4 4.6 23 17.6 218.9 5.5 24 16.3 217.4 4.8 1

14.5 217.9 4.5 2

86 208.9 3.2 3

4.9 134.4 0.9 4

10.2 187.9 2.6 5

18.0 231.6 4.7 17-36

6 15.3 246.2 3.7 7

5.0 305.7 1.0 8

4.2 278.4 0.5 9

3.4 261.0 0.6 10 4.7 277.3 0.3 O

11 3.7 293.2

-0.4 12 2.7 275.8

-0.8 13 2.2 326.5

-1.0 14 5.0 340.5

-1.1 15 6.0 335.3

-1.0 16 4.6 350.1

-1.0 17 5.7 5.7

-0.9 18 5.3 10.7

-0.7 19 4.2 359.7

-0.4 20 52 2.1

-0.9 21 5.7 358.7

-0.9 22 7.7 345.9

-0.9 23 8.5 343.8

-1.0 24 9.1 344.7

-0.9 1

9.4 340.9

-0.9 2

10.2 336.8

-0.9 3

9.6 340.4

-1.0 4

8.9 333.3

-0.8 5

10.6 323.4

-0.7 6

9.9 322.0

-0.8 7

10.1 322.6

-0.8 8

10.6 314.2

-0.8 9

9.4 302.6

-0.8 10 7.9 288.2

-0.9 11 10.4 278.6

-).1 0

12 10.6 289.0

-1.1 13 11.1 292.4

-1.0 14 12.1 297.0

-1.0 15 14 5 299.9

-0.9 16 14.4 305.6

-0.9 17 16 0 317.7

-0.8 18 15.4 328.6

-0.8 19 15.7 329.2

-0.9 20 15.9 324.5

-0.7 21 15.0 339.0

-0.8 22 16.4 333.8

-0.8 23 13.6 325.5

-0.8 24 12.2 333.9

-0.8 1

13.2 328.2

-0.7 2

13.2 323.5

-0.7 3

12.8 324.6

-0.6 4

12 8 321.6

-0.6 5

14.9 317.4

-0.6 6

14.9 322.5

-0.6 7

12.0 323.9

-0.6 8

10.4 321.8

-0.5 9

14.0 310.2

-0.6 10 13.4 304.0

-0.7 11 13.5 305.4

-0.9 12 13.4 305.1

-1.0 O

IV-37 I

7 13 13.1 299.4

-1.0 14 14.0 295.7

-1.0 15 13.0 293.5

-1.0 16 13.0 290.8

-0.9 0

17 12.1 297.2

-0.7 18 11 2 290.0

-0.5 19 11 9 293 6

-0.4 20 13.1 298.8

-0.5 21 12.8 295.8

-0.6 22 15.1 298.1

-0.5 23 13.1 297.0

-0.5 24 11.6 299.6

-0.4 1

11 1 299.1

-0.4 2

9.9 295.9

-0.4 3

7.9 293.9

-0.3 4

8.1 282.7

-0.3 5

7.2 280.3

-0.2 6

9.4 280.2

-0.2 7

8.1 287.9

-0.3 8

5.9 302.0

-0.5 9

3.2 295.9

-0.6 10 5.4 268.6

-1.0 11 5.3 280.6

-1.0 12 4.4 301.5

-1.0 13 4.0 282.6

-1.2 STOP TIME JAN 11,1982 HOUR 12 MINUTE 12 O

O IV 38

A r..#4. e

L

RELEASE NUMBER 82002 CONTAINMENT PURGE STARTING TIME JAN 14,1982 HOUR 19 MINUTE 10 TIME WSIO WD10 OT100

(

HOUR MPH OEG DEG C 19 6.3 160.1

-0.8 20 4.3 140.1

-0.7 21 7.0 133.7

-0.6 22 7.0 139.2

-0.7 23 6.8 138.9

-0.8 24 7.5 144.6

-0.8 1

8.6 139.8

-0.8 2

6.0 150.1

-0.7 3

8.5 143.3

-0.7 4

7.4 131.4

-0.5 5

4.7 128.8

-0.5 6

3.9 188.2

-0.6 7

4.5 147.6 0.0 8

4.5 189.3 1.4 9

4.0 274.2 1.8 10 12.7 315.9

-0.1 11 21.1 318.9

-0.9 12 17.5 322.7

-1.0 13 15.5 329.5

-1.1 14 15.2 331.7

-1.1 15 13.3 337.6

-1.1 16 15.9 327.2

-1.0 17 14.7 331.5

-1.0 18 14.3 327.6

-0.9 0

19 19.6 322.2

-0.9 20 19.7 322.8

-0.8 21 17.5 323.5

-0.8 l

22 20.6 321.6

-0.7 23 19.7 324.5

-0.7' 24 16.5 324.5

-0.7 1

14.4 320.4

-0.6 2

12.8 310.6

-0.4 3

9.7 303.2

-0.3 4

6.9 276.7

-0.0 5

9.8 259.4 0.1 6

10.2 268.6 0.0 7

8.4 279.6 0.2 8

8.2 283.3 0.4 9

6.8 303.3

-0.2 10 11.6 316.4

-0.9 11 12.6 314.6

-1.0 12 13.1 319.0

-1.1 13 11.8 305.1

-1.1 14 9.4 293.5

-1.2 15 8.5 283.9

-1.2 16 7.6 279.5

-1.2 17 5.5 267.2

-0.8 18 3.7 250.2

-0.1 19 21 189.9 0.8 O

IV-39

f f

20 3.8 184.6 1.7 21 48 125.6 1.4 22 9.3 189.0 2.2 23 9.9 182.1 2.0 0

24 12.0 174.5 0.9 1

18 1 175.4 0.7 2

18.2 178.8 0.1 3

16.7 173.4

-0.1 4

16.9 166.2

-0.5 5

15 0 162.6

-0.6 6

14.3 155.9

-0.6 7

17.2 158.6

-0.7 8

19 1 163.5

-0.7 9

14 0 166.7

-0.7 10 19.3 172.1

-0.8 11 20 8 177.2

-0.9 12 20.4 186.3

-1.0 13 17.7 189.7

-1.1 14 17 1 191.0

-1.1 15 14.9 188.5

-1.0 16 13.7 188.4

-1.0 17 9.8 180.9

-0.8 18 6.5 163.9

-0.5 19 69 159.2

-0.3 20 10.1 193.1 0.8 21 6.6 138.4 0.4 22 62 174.7 4.6 23 9.7 194.8 5.0 24 14.3 207.5

' 7. 7 O

1 15.4 205.4 7.8 2

11.5 225.1 6.7 3

3.4 21.1 3.7 4

21 72.1 4.6 5

1.4 11.6 5.0 6

3.1 121.6 4.5

}

7 2.0 245.8 5.2 8

1.6 320.0 5.1 STOP TIME JAN 18,1982 HOUR 7 MINUTE 30 l

l 1

O t

IV-40 6

RELEASE NUMBER 82003 CONTAINHENT PURGE STARTING TIME JAN 21,1982 HOUR 16 MINUTE 15 l TIME WS10 WD10 OT100

()

HOUR HPH OEG OEG C 16 4.9 15.6

-1.1 17 4.9 25.8

-1.0 18 4.3 55.2

-0.8 19 5.2 71.7

-0.7 20 6.3 83.5

-0.7 21 6.9 87.2

-0.8 22 5.5 79.2

-0.6 1

23 6.7 90.8

-0.5 24 7.5 96.3

-0.5 1

8.3 93.9

-0.6 2

7.8 102.9

-0.6 3

6.0 82.2

-0.6 4

4.5 55.8

-0.5 5

5.0 3.2

-0.5 6

7.3 68.5

-0.4 i

7 5.3 83.0

-0.6 I

8 4.7 76.6

-0.4 9

5.3 68.3

-0.3 l

10 4.2 49.4

-0.2 11 8.8 82.2

-0.4 t

12 12.5 109.9

-0.6 13 9.4 100.0

-0.9 14 32 89.1

-0.9 15

-99 0 36.5

-0.9 STOP TIME JAN 22,1982 HOUR 14 MINUTE O

STARTING TIME JAN 23,1982 HOUR 18 MINUTE O

i TIME W510 WO10 DT100 HOUR MPH OEG DEG C 18 8.8 292.5

-0.3 19 7.1 287.0

-0.3 20 8.7 295.4

-0.5 21 9.0 302.5

-0.6 22 11.2 292.8

-0.7 23 10.9 293.5

-0.7 24 88 290.3

-0.8 r

1 7.0 310.8

-0.8 2

8.4 318.1

-0.6 3

7.6 318.7

-0.5 4

5.3 318.2

-0.6 5

32 310.0 0.2

}

6 3.4 301.4 0.2 7

2.7 314.2 0.1 8

2.0 241.2 0.1 IV-41

9 20 220.7

-0.0 10 2.6 299.4

-0.6 j

11 22 351.8

-0.9 12 30 108.6

-1.1 0

13 5.6 159.9

-1.0 14 6.6 154.3

-0.9 15 8.2 296.8

-0.8 16 8.5 140.1

-0.8 17 10.6 155.5

-0.8 18 9.2 177.0

-0.8 19 8.5 165.4

-0.8 20 7.3 161.2

-0.8 21 8.8 167.3

-0.6 22 8.2 184.3

-0.6 23 9.8 243.2

-0.1 24 12.2 266-0 0.

1 24.4 314.3

-0 7 2

20 2 314.5

-0,6 3

20 5 318.4

-0.7 4

17.5 321.7

-0.7 5

15.9 317.6

-0.5 6

10.7 307.5

-0.3 7

8.5 341.4

-0.2 8

7.6 290.0^

-0.2 9

7.0 296.5

-0.3 10 8.2 301.3

-0.9 STOP TIME JAN 25,1982 HOUR 9 MINUTE 30 0

~

IV-42

RELEASE NUMBER 82004 CONTAINMENT PURGE STARTING TIME JAN 28,1982 HOUR 18 MINUTE 18 TIME WS10 WD10 0T100

(

HOUR MPH OEG DEG C 18 83 123.2

-0.3 19 88 119.8 0.0 20 9.8 116.0

-0.3 21 11.3 126.9

-0.3 22 9.6 126.1 0.1 23 11.1 126.0

-0.1 24 11.4 129.1

-0.2 1

10 8 128.2

-0.1 2

9.6 133.2

-0.1 3

12.6 144.1

-0.1 4

14.0 137.8

-0.3 5

12.7 133 1

-0.1 6

13.4 133.7

-0.1 7

10.0 139.8

-0.2 8

10.7 142.4

-0.3 9

16.7 152.8

-0.5 10 6.6 100.3

-0.5 11 3.0 63.1

-0.8 12 42 119.5

-0.7 13 3.1 110.5

-0.9 14 3.0 56.3

-1.0 15 3.7 16.9

-1.0 16 3.8 356.3

-1.1 17 5.2 338.9

-0.6 O

18 5.4 353.2

-0.7 19 7.5 342.8

-0.7 20 7.5 342.2

-0.6 21 6.6 333.6

-0.7 22 10.1 320.5

-0.6 23 10.5 325.3

-0.9 24 9.5 325.1

-0.9 1

90 331.8

-0.9 2

6.9 334.7

-0.9 3

68 342.9

-0.8 4

7.7 340.8

-0.6 5

5.9 342.9

-0.6 6

4.3 328.3

-0.7 7

4.9 328.4

-0.6 l

8 52 337.2

-0.7 9

40 336.8

-0.6 10 4.8 352.8

-0.7 11 4.5 354.5

-0.7 12 6.1 343.2

-0.6 13 7.5 350.5

-0.7 i

14 8.4 348.3

-0.8 15 8.8 356.4

-1.3 16 8.4 358.7

-1.5 17 7.9 7.6

-1.7 18 83 344.9

-1.1 lO IV-43

19 84 345.2

-1.1 20 82 343.4

-0.8 21 7.9 346.4

-0.8 22 8.0 342.6

-0.8 23 7.9 338.7

-0.8 O'

24 7.3 347.0

-0.8 i

1 6.8 350.3

-0.9 2

6.5 357.6

-1.0 3

71 355.5

-1.1 4

6.9 347.3

-1.0 5

7.6 350 1

-0.8 6

72 338.8

-0.9 7

7.3 339.8

-0.9 8

71 347.0

-0.9 9

5.6 341.7

-0.7 10 4.9 324.8

-0.6 11 42 333.9

-0.7 12 4.9 302.5

-1.0 13 4.7 304.4

-1.0 14 4.5 304.6

-1.3 15 4.2 316.9

-1.1 16 4.1 293.5

-1.0 17 2.0 321.5

-0.8 18 1.5 49.7

-0.6 19 3.5 71.9

-3 2 20 3.3 129.0

-0.3 21 5.0 124.5

-0.3 22 6.6 125.3

-0.6 23 7.8 125.9

-0.6 24 7.8 123.2

-0.8 1

8.2 122.4

-0.8 O

2 8.5 121.0

-0.8 3

7.7 139.9

-0.9 4

9.0 128.1

-0.8 5

9.0 134.9

-0.7 6

7.7 122.4

-0.5 7

8. 6 127.1

-0.6 STOP TIME FEB 1,1982 HOUR 6 MINUTE 36 l

i i

O IV-44 f

RELEASE NUMBER 82006 CONTAINMENT PURGE STARTING TIME FEB 5,1982 HOUR 18 MINUTE 27 TIME WS10 WD10 OT100 HOUR MPH OEG DEG C 18 2.6 245.9

-0.2 19 3.0 243.9 0.4 20 5.0 226.4 1.2 21 10.7 233.6 1.6 22 10.1 235.0 2.7 23 10.7 239.9 2.5 24 10.6 228.0 3.7 1

12.4 214.5 4.9 2

6.2 152.2 3.3 3

8.4 206.3 3.0 4

4.9 155.3 0.9 5

4.9 206.9 0.5 6

2.9 161.4

-0.1 7

3.5 163.2

-0.1 8

4.6 178.7 2.4 9

6.5 222 6 0.9 10 4.1 193.4

-0.3 11 5.1 206.2

-0.7 12 7.0 223.8

-0.5 13 6.9 204.7

-0.7 14 6.8 184.8

-0.9 15 10.4 194.4

-0.9 16 15.8 196.3

-0.7 17 14.7 203.1

-0.6 18 20.0 210.5 0.2 19 21 4 212.8 1.8 20 21.9 211.4 3.0 21 20.0-219.6 5.4 22 20.4 214.6 6.3 23 16.5 221.1 4.3 24 6.4 220.7 2.3 1

5.6 239.3 1.4 2

4.1 16.0 2.1 3

4.5 207.6 1.3 4

5.3 170.9 1.2 5

4.7 157.8 1.0 6

6.2 179.8 2.1 7

6.0 192.6 2.7 8

2.3 200.1 2.5 9

2.0 95.3 1.1 10 37 273.4

-0.0 11 2.9 291.6 0.0 12 21 282.8

-0.3 13 3.1 305.7

-1.0 14 3.2 294.5

-0.9 15 3.1 294.0

-0.6 16 2.4 272.4

-0.4 17 2.2 295.9

-0.6 18 27 291.7 0.4 O

IV-45 e

19 4.0 316.8 0.4 20 4.4 332.2 0.8 l

21 5.1 326.7 1.4 O

22 4.5 321.8 1.9 23 4.7 314.9 1.8 24 4.4 297.5 1.9 1

4.3 288.5 1.2 2

3.3 294.6 1.4 3

31 292.7 1.9 4

3.0 293.0 1.7 5

2.8 315.2 0.6 6

3.7 337'8 0,0 7

31 313.0

-0.0 8

3.7 308.2 0.1 STOP TIME FEB 8,1982 h0UR 7 MINUTE 21 O

O IV-46

__, _ _,,. - _., - - -, - - - - - - - - - ' ~ ~ ' ' - - ' " ' -

RELEASE NUMBER 82007 CONTAINMENT PURGE STARTING TIME FEB 10,1982 HOUR 19 MINUTE 39 TIME WS10 WD10 DT100 HOUR MPH DEG DEG C 19 3.2 191.0 0.5 20 27 198.0 1.2 21 29 150.7 1.2 22 51 157.1 1.7 23 6.1 204.9 2.6 24 13.3 207.6 2.6 1

11 0 215.7 3.0 2

8.5 205.7 2.3 3

12.3 217.5 7.8 4

4.7 265.6 l'.5 5

5.2 254.2 1.4 6

4a2 256.5 1.2 7

2.9 306.6 2.7 8

1.8 130.8 2.2 9

25 309.5 2.0 10 2.8 85.0 0.6 11 2.6 280.8 0.0 12 2.8 281.0

-0.6 13 4.1 332.4

-1.0 14 2.4 335.5

-1.0 15 3.3 4.3

-1.1 16 29 30.8

-0.6 17 1.7 37.5

-0.3 18 1.9 333.8 0.1 0'

19 1.8 29.0 0.6 20 13 85.6 0.6 21 3.4 303.2 1.2 22 1.9 246.9 1.3 23 1.7 335.9 1.8 24 1.6 287.6 1.7 1

1.3 1.6 0.2 2

2.1 299.5 0.4 3

1.9 296.6 0.3 4

1.0 235.7 0.2 5

0.8 294.5

-0.2 6

1.2 292.5 0.1 7

1.3 234.8 0.9 8

3.0 112.9 0.6 9

1.6 320.2

-0.1 10 1.3 153.8

-0.1 11 3.7 123.1

-0.2 12 7.0 193.9

-1.1 13 6.1 200.3

-1.1 14 6.9 207.0

-1.1 15 8.9 222.8

-1.0 16 8.4 206.6

-1.0 17 8.8 223.7

-0.9 18 4.0 259.3

-0.3 l

19 42 242.3 0.6 0

IV-47

~

2

E I

l 20 8.8 217.1 1.3

{

21 8.2 225.0 1.5 O

22 40 231.9 1.8 23 2.9 252.6 1.7 24 21 271.0 0.7 1

2.2 27 1 2.8 2

3.3 193.2-1.9 3

5.2 190 3 5.2 4

2.8 170.3 1.2 5

4.1 104.5 0.7 6

40 107.6 0.4 7

7.3 180.6 7.2 8

12.5 195.7 5.8 9

14.3 189.2 4.0 10 14 8 186.1 01 11 12.5 184.0

-0.2 12 16 2 188.6

-0.2 13 13 5 183.8

-0.9 14 8.8 168.4

-1 1 15 10.0 200.3

-1.0 16 91 196.6

-0.9 17 96 197.7

-0.7 18-9.8 200.1

-0.2 19 11.1 200.8 0.5 20 12.6 201.5 0.9 21 3.7 153.5

-0 1

22 4.5 113.3 0.1-23 5.7 130.4

-0.2 0'

24 5.9 125.2

-0.4 1

5.1 119.5

-0.2 2

6.0 116.7 0.1 3

6.9 115.9 0.8 4

8.5 106.7 1.3 5

7.8 104.7 1.4 6

5.7 123.1 0.6 7

6.9 141.0

-0.2 8

10.9 151.1

-0.2 9

11.9 158.8

-0.4 10 13.9 168.4

-0.7 11 11.8 177.6

-0.9 12 16 1 186.1

-1.0 13 20.5 190.6

-0.9 14 17 0 191.8

-1.0 15 20.4 196.4

-0.8 16 21.2 198.7

-0.7 17 18.3 199.2

-0.4 18 17.9 195.3

-0.2 19 19.4 193.8 0.2 20 19.0 194.0 0.7 21 16.5 192.7 0.7 22 17.6 192.2 0.5 23 12.0 186.8 0.1 24 5.7 127.5

-0.2 O

1 4.7 94.3

-0.4 2

5.8 112.4

-0.4 3

IV-48 I

1 3

5.6 103.9

-0.5 4

4.7 120.7

-0.5 5

3.5 95.1

-0.4 6

3.6 125.7

-0.5 O

7 3.2 102.3 0.0 8

46 126.3 0.7 5 TOP TIME FEB 15,1982 HOUR 7 MINUTE,35 i

6 f

O 0

l i

O IV-49

h RELEASE NUMBER 82008 CONTAINMENT PURGE STARTING TIME FEB 19,1982 HOUR 20 MINUTE 16

()

j TIME WS10 WD10 DT100 HOUR MPH OEG DEG C 20 14.7 205.1 3.2 21 10.0 246.6 2.8 22 4.1 295.6 21 23 3.6 285.3 2.3

)

24 4.0 290.1 2.5 1

1 2.9 293.2 1.5 t

2 2.4 238.6 2.5 3

3.2 261.1 2.8 4

3.9 260.3 3.3 5

1.7 337.2 3.7 6

3.0 241.5 3.4 7

5.7 304.7 2.6 8

4.6 291.9 3.1 9

6.4 287.0 0.8 10 7.2 305.0

-0.6 11 88 308.7

-0.8 12 9.0 290.9

-1.1 13 10.3 290.1

-1.2 14 10 9 297.8

-1.1 15 11.2 301.8

-1.1 16 11.7 302.8

-0.9 17 9.2 310.2

-0.7 T

18 51 306.3

-0.1 19 3.9 303.3 1.4 20 3.4 313.7 1.7 21 3.8 286.3 1.5 22 41 284.0 1.6 23 3.9 284 2 2.3 24 3.4 281.3 3.0 1

3.1 295.4 3.0 2

31 326.9 3.3 3

1.8 99.1 5.0 i

4 12 65.1 4.2 5

1.7 340.9 3.6 6

2.3 99.5 5.8 7

1.0 161.7 4.9 8

1.6 131.0 5.4 9

1.1 54.7 4.0 10 1.4 316.5 1.6 11 3.9 104.1 0.2 12 62 105.4 0.1 1

13 6.6 143.4

-0.5 14 8.3 203.2

-1.1 15 7.5 200 2

-1 1 16 7.2 196.6

-1.0 17 65 189.2

-0.9 i

18 3.0 177.1

-0.6 19 36 106.6 0.7 i

20 29 84.0 1.2 IV-50 L

21 27 81.1 2.3 22 7.2 170.1 3.8 23 11.6 197.2 4.6 24 8.1 193.9 4.7 O

1 6.0 172.0 3.6 2

4.5 122.1 1.6 3

5.4 185.8 3.0 4

6.8 201.5 3.8 5

48 102.5 1.3 6

40 96.7 1.5 7

4.7 97.5 1.0 STOP TIME FEB 22,1982 HOUR 6 MINUTE O

O 4

L s

b O

IV-51 i

... _ _, = -. -

g RELEASE NUMBER 82009 CONTAINMENT PURGE STARTING TIME FEB 26,1982 HOUR 16 HINUTE 42 O

TIME WS10 WD10 DT100

\\_ /

HOUR MPH DEG DEG C 16 10.7 163.2

-1.1 17 10.8 172.3

-1.0 18 8.7 155.3

-0.8 19 7.3 145.0

-0.2 20 7.3 148.5 0.1 21 8.1 142.3 0.3 22 10.2 149.7

-0.0 23 9.2 155.4

-0.3 24 9.0 154.8

-0.4 1

8.9 162.6

-0.3 2

6.5 151.0

-0.4 3

6.8 144.3

-0.3 4

7.8 130.5

-0.1 5

5.7 141.9

-0.2 6

6.7 144.6

-0.0 7

a.2 138.9 0.2 8

7.2 140.6

-0.1 9

11 2 148.8

-0.7 10 14.5 161.6

-0.9 11 11.8 160.4

-1.0 12 13.2 154.4

-1.1 13 12.5 165.5

-1.1 14 12.6 162.3

-1.1 0

15 11.7 156.1

-1.1 16 11.8 154.6

-1.0 17 10.9 158.4

-0.9 18 9.9 145.7

-0.8 19 8.0 145.6

-0.1 20 7.9 138.6 0.6 21 10.2 145.1 0.4 22 11.0 145.1 0.4 23 9.3 147.1 0.4 24 10 6 146.7 0.1 l

1 11.5 150.8

-0.1 2

12.9 154.2

-0.1 3

13 4 164.6

-0.2 4

14.7 169.3

-0.2 5

10.4 173.0

-0.2 6

9.8 168.3 0.1 7

12.3 161.1 0.0 8

14.2 164.3

-0.1 9

15 3 173.3

-0.4 10 12.2 187.3

-0.7 11 10.0 201.1

-0.9 12 9.9 228.4

-1.0 13 5.6 257.8

-1.1 14 6.3 276.7

-1.3 15 5.5 256.2

-1.1

/

16 6.3 294.1

-1.2 IV-52

}

l

)

~

7 17 4.0 307.8

-1.1 18 2.3 273.8

-0.7 19 33 235.3 0.6 1

20 20 261.7 2.4 21 1.8 306.8 3.4 22 16 312.9 3.6 O

23 2.2 303.5 3.8 24 24 333.4 4.1 1

3.1 333.7 3.2 2

1.8 288.4 2.4 3

17 290.5 1.8

)

4 1.9 245.9 1.5 5

1.4 196.3 1.9 6

1.3 246.6 2.6 7

1.4 102 1 3.8 8

1.2 90.9 4.2 STOP TIME MAR 1,1982 HOUR 7 MINUTE 18 o

O O

IV-53

-____-.1._..,.--__,---

RELEASE NUMBER 82010 CONTAINMENT PURGE STARTING TIME MAR 4,1982 HOUR 18 MINUTE 1

g TIME WS10 WO10 OT100 t

HOUR HPH DEG DEG C 18 8.4 321.1

-0.8 19 7.7 318.9

-0.6 20 6.2 306.1

-0.6 21 70 310.3

-0.5 22 5.1 298.5 0.7 23 6.8 294.7 0.4 24 6,8 303.1

-0.1 1

7.9 310.0

-0.3 2

9.2 171.0

-0.7 3

9.5

-99.0

-0.8 4

.0.1

-99.0

-0.7 5

10.0

-99.0

-0.5 6

7.9

-99.0

-0.3 7

7.2

-99.0 0.1 8

7.3

-99.0 0.1 STOP TIME MAR 5,1982 HOUR 7 MINUTE 17 STARTING TIME MAR 5 1982 HOUR 3 HINUTE'12 TIME WS10 WD10 OT100

(}

HOUR MPH CEG DEG C 3

9.5

-99.0

-0.8 4

10.1

-99.0

-0.7 5

10.0

-99.0

-0.5 6

7.9

-99.0

-0.3 7

7.2

-99.0 0.1 8

7.3

-99.0 0.1 9

93 256.4

-0.6 10 10.0 287.2

-0.9 11 8.1 285.7

-0.8 12 8.1 284.9

-0.9 13 7.7 283.1

-1.1 l

14 8.6 283.0

-1.1 15 7.6 281.3

-1.1 16 6.2 278.3

-1.1 17 7.6 282.1

-0.9 18 6.6 283.3

-0.5 19 19 247.6 0.3 20 1.9 239.9 1.3 21 2.2 229.8 1.8 22 3.8 201.9 2.3 23 41 219.6 2.4 24 2.3 138.6 2.3 1

2.7 158.3 2.4 2

56 184.8 3.7 IV-54 l

i l

I

r 3

10 5 187.4 3.5 4

11 3 184.5 3.9 5

82 172.3 2.7 6

42 176.3 0.8 O

7 43 143.5 0.6

\\m,/

8 4.5 191.9 0.1 9

60 225.0

-0.1 10 71 241.8

-0.6 11 7.0 257.4

-0.7 12 9.5 282.1

-1.0 13 16.4 289.7

-1.2 14 16.8 286.0

-1.0 15 15.8 292.2

-1.2 16 12.1 295.3

-1.2 17 83 298.6

-1.0 18 11.1 289.6

-0.8 19 11.2 287.2

-0.1 20 10.8 287.2 0.1 21 10.0 289.2 0.1 22 9.7 286.5 0.3 23 7.8 284.5 0.5 24 7.4 286.8 0.5 1

6.2 288.4

^ 0.9 2

41 277.2 1.2 3

2.6 267.6 1.8 4

2.1 263.5 1.4 5

2.8 268.3 1.8 6

1.4 304.5 2.4 7

0.9 279.4 2.2

[.

8 2.6 57.6 2.0 9

3.3 329.8 1.8 -

10 41 104.2

-0.2 11 5.3 103.4

-0.9 12 5.4 158.4

-1.0 13 6.3 159.7

-1.0 14 6.0 161.8

-1.0 15 6.0 162.8

-0.9

.(

16 7.2 148.4

-0.9 17 9.0 120.4

-0.8 18 8.8 118.8

-0.8 19 8.3 119.0

-0.5 20 7.3 115.7 0.3 21 8.1 117.5 0.2 22 7.7 112.3

-0.4 23 8.9 121.2

-0.3 24 7.2 121.5 0.1 1

6.7 119.2 0.3 2

7.3 110.5

-0.2 3

7.7 113.2

-0.2 4

7.6 103.8 0.1 5

4.8 346.7 0.1 6

40 151.8

-0.6 7

4.1 139.1

-0.4 8

3.9 191.6

-0.5

(~N STOP TIME MAR 8,1982 HOUR 7 MINUTE 20 IV-55 i

f i

l RELEASE NUMBER 82011 CONTAINHENT PURGE STARTING TIME MAR 11,1982 HOUR 17 MINUTE 55 l' \\

\\_/

TIME WS10 WD10 OT100 HOUR MPH OEG DEG C 17 64 150.8

-1.0 18 9.2 128.2

-0.8 19 8.0 121.3

-0.1 20 11 5 133.9

-0.3 21 10.5 141.1

-0.2 22 9.0 142.9

-0.2 23 89 130.1 0.3 24 12.3 137.8 0.1 1

12.9 130.4

-0.1 2

12.4 125.7

-0.1 3

12.8 131.2

-0.2 4

13.4 125.8 0.1 5

16.0 125.1

-0.3 6

16 2 124.2

-0.3 7

14.9 126.7

-0.2 8

13.6 126.8

-0.1 9

16.7 138.5

-2.0 10 16.8 138.9

-4.2 11 15 8 151.7

-1.9 12 14.4 163.1

-0.9 13 10 6 198.8

-1.0 14 15.5 255.6

-1.0 1

15 16.2 270.5

-0.8 16 11.8 270.7

-0.5 17 14 0 270.5

-0.7 18 16 3 273.6

-0.6 19 8.5 263.6

-0.1 20 7.0 254.7 0.4 21 7.5 246.7 0.8 22 8.9 237.7 1.2 23 11.3 220.1 1.6 24 11.6 222.6 1.9 1

12.1 222.6 1.3 2

10.2 230.5 1.9 3

8.7 232.9 1.8 4

9.9 219.6 2.6 5

9.7 214.3 3.4 6

11.0 210.9 3.5 I

7 13.8 200.0 4.3 8

13.4 202.4 4.3 9

14 2 212.9 2.2 10 13.8 222.1

-0.4 11 12 2 230.1

-1.0 12 11.2 234.6

-1.3 13 12.5 238.1

-1.4 14 12.2 241.4

-1.4 15 11.0 245.8

-1.4 O

16 9.0 249.8

-1.2 17 6.9 252.7

-1.0 t

IV-56

18 5.0 221.4

-0.7 19 5.1 192.7 0.5 20 2.5 195.9 3.4 21 0.9 37.9 6.0 f) 22 30 65.9 7.0

\\'

23 1.9 52.3 6.9 24 2.2 309.1 7.5 1

29 86.1 6.4 2

16 118.9 6.3 3

0.9 308.6 7.3 4

3.2 63.2 6.4 5

6.9 77.4 4.2 6

8.0 87.3 2.7 7

6.4 77.8 2.1 8

5.3 69.1 2.0 9

5.4 71.0, 2.0 10 5.0 65.2 0.6 11 10.3 80.1

-0.8 12 14.7 81.8

-0.9 13 16.3 81.8

-0.8 14 14 1 84.2

-0.8 15 17.1 155.8

-0.9 16 10 1 128.3

-0.9 17 7.6 94.1

-0.9 18 5.8 57.4

-0.8 19 3.8 348.7

-0.6 20 7.7 47.1

-0.5 21 13.9 57.7

-0.7 22 10.8 67.1

-0.6 23 8.1 62.0

-0.7 Os 24 8.7 63.5

-0.7 1

11.1 77.1

-0.7 2

9.7 80.9

-0.7 3

8.5 76.3

-0.7 4

8.0 76.1

-0.7

~

5 8.9 70.8

-0.7 6

8.1 74.1

-0.7 7

8.4 84.3

-0.6 8

7.4 83.5

-0.6 STOP TIME MAR 15,1982 HOUR 7 MINUTE 17 I

t l

i O IV-57 i

RELEASE NUMBER 82012 CONTAINHENT PURGE STARTING TIME MAR 18,1982 HOUR 18 MINUTE 5

' TIME WS10 WO10 OT100 HOUR MPH OEG DEG C 18 71 65.4

-0.8 19 7.4 69.7

-0.8 20 91 76.0

-0.8 21 7.4 77.3

-0.8 22 8.2 78.0

-0.8 23 83 74.6

-0.8 24 92 80.2

-0.7 1

75 62.7

-0.6 2

9.0 81.4

-0.6 3

7.9 7.3

-0.6 4

71 254.3

-0.6 5

8.3 69.9

-0.6 6

13.3 92.6

-0.6 7

18.8 99.5

-0.4 8

9.8

- 88.3

-0.7 9

15 1 92.4

-0.7 10 16.9 95.9

-0.6 11 18.4 99.6

-0.4 12 19 2 100.7

-0.4 13 19.3 102.3

-0.3 14 18.6 105.8

-0.3 15 19.8 109.1

-0.3 16 18.5 118.1

-0.4 17 12.6' 346 2

-0.7 O

18 8.5 139.5

-0.6 19 6.5 150.7

-0.3 20 7.8 197.4

-0.1 21 82 200.1 1.3 22 10.4 196.4 2.0 23 10.3 199.1 1.9 24 9.8 209.7 2.6 1

10.4 202.7 2.9 2

10.2 195.2 3.0 3

13.8 206.3 1.8 4

14 3 237.5 0.4 5

12.6 249.7

-0.1 6

11 6 252.7

.0.1 7

10 8 257.0

-0.2 8

8.4 262.9

-0.7 9

10.9 280.8

-1.1 10 10.9 278.4

-1.3 11 11.6 275.5

-1.4 12 12.3 268.9

-1.6 13 12.6 265.9

-1.4 14 12.9 267.2

-1.4 15 13.0 266.0

-1.3 16 12.7 268 1

-1.1 17 13.9 272.1

-1.0 18 13.8 275.3

-0.8 IV-58 1

m.

9 12.3 275.3

-0.6 r0 11.6 282.0

-0.7 21 s-14.5.

288.7

-0.8 22 -

14.S : _

289.3

-0.9 23 14.1-291.6

-0.9 (g) 14.5 287.9

-0.9 243.

1 %

11.4 290.8

-0.9 2

_13.8 2 89.1

-0.9 3

4 14.3 293.5

-0.9 4

12 4'

'290.9

-0.9 5

l10. 7.-

291.3

-0.8 6,

10.91 292.8

-0.9 7

11.0' 297.7

-0.9

-0.9 8

12.6 294.4 s

9 11 9 302.9

-1.0 s

10

-1:2.5

' 310.1

-1.1 11 11.6.

309.V

-1.0 12 11.1' 316.0

-1.2 13

9. 6 -

311.0

-1.3 14 9.8 317.8

-1.2 15 8.8

-322.1

-1.4 16 7.2 340.1

-1.4 l

17 8.6 317.8

-1.2 18

7. 2' 315.0

-1.0 m

19 4.6 313.9

-0.7 20 3.5 296.1

-0.1 21 24 290.7 0.7 22 7.'5 292.3 1.0 23

4. 3 294.0

-0.1

)

24 2.7 290.7

-0.1 1

3.2 285.9 0.2 O

2 2 9' 278.5 0.2 4.1 280.9 0.1 3

268.4

-0.1 4

?43 5

3. 2,

283.3

-0.1 6

2.5 272.6 0.1 7

2.1 268.8

- 0.1 8

4.0 271.1

-0.7 9

: 5.1 280.6

-0.9 STGP TIME MAR 22,1982 HOUR 8 MINUTE 14 s

r s

I i

i N

IV-59 r

1

.-. \\

RELEASE NUMBER 82013 CONTAINMENT PURGE l

STARTING TIME MAR 25,1982 HOUR 16 MINUTE 52 l TIME W510 WO10 OT100 HOUR MPH OEG DEG C O

302.'8

-1.4 16 16.4 17 13.9 303.5

-1.4 18 13.2 299.3

-1.1 19 8.1 305.0

-0.7 20 5.1 295.5 0.1 21 3.3 285.9 0.8 22 2.9 270.6 0.3 23 2.1 252.6 0.9 24 1.2 215.4 1.3 1

20 205.7 1.1 2

1.6 207.5 1.8 3

1.0 288.9 2.1 4

19 259.8 2.1 5

1.3 338.8 2.4 6

24 4.3 3.0 7

1.3 219,.4 3.0 8

1.3 356.2 0.8 9

2.1 14.5

-0.5 10 2.5 10.0

-1.3 11 28 314.1

-1.4 12 3.9 352.5

-1.4 13 4.0 346.9

-1.6 14 3.6 346.6

-1.6 15 4.9 338.2

-1.5 16 4.2 261.0

-1.4 Cs 17 51 245.6

-1.4 18 4.4 45.8

-1.2 19 5.5 49.9

-0.7 20 6.8 63.6

-0.5 21 8.4 66.5

-0.8 22 8.7 73 0

-0.9 23 8.5 81.2

-0.9 24 92 79.1

-0.9 1

9.1 78.0

-0.9 2

9.3 87.0

-1.0 3

11 7 97.6

-1.0 4

11 7 96.3

-0.9 5

12.5 97.0

-1.1 6

12.8 97.4

-1.0 7

11.7 98.5

-1.1 8

13.9 105.9

-1.0 9

14.6 103.7

-1.0 10 14.0 114.1

-1.4 11 12.5 117.1

-1.4 12 13.3 113.9

-1.6 13 11 6 112.3

-1.5 14 11.3 306.8

-1.5 15 10.5 132.7

-1.5 16 10 1 135.4

-1.5 O

IV-60 l

t

7 9.9 147.7

-1.3 8

9.2 140.0

-1.2 19 8.0 132.9

-0.5 20 8.4 129.4 0.3 l

21 7.4 126.0 0.8 O

22 10.4 142.4

-0.2 23

-99.0

-99.0 R4

-99.0

-99.0 1

12.0 147.8

-0.4 2

11 6 149.7

-0.5 3

11 8 164.5

-0.4 4

10.9 164.4

-0.4 5

8.3 171.2

-0.2 6

11 8 150.9

-0.6 7

12.7 137.0

-0.6 8

13.9 144.3

-0.9 9

16.9 145.0

-1.2 10 16.1 157.2

-1.3 11 15.6 160.6

-1.5 12 17.3 159.7

-1.5 13 18.6 163.3

-1.6 14 19.6 169.8

-1.4 15 18.3 174.2

-1.2 16 18.3 176.1

-1.2 17 18.8 173.7

-1.1 18 16.3 174.0

-1.0 19 10.8 171.1

-0.7 20 7.8 152.0

-0.5 21 6.3 155.0 0.1 22 7.2 149.5

-0.1 23 9.8 148.9

-0.4 0

24 10.0 141.9

-0.8 1

12.9 142.9

-0.8 2

15.5 147.5

-0.7 3

14.0 141 5

-0.8 4

14.4 135.7

-0.9 5

15.7 140.1

-0.6 6

16 4 142 0

-0.8 7

18.2 141.4

-0.8 STOP TIME MAR 29,1982 HOUR 6 HINUTE 22 t

IV-61 k -- -

RELEASE NUMBER 82014 CONTAINMENT PURGE STARTING TIME APR 1,1982 HOUR 20 MINUTE 9

l TIME WS10 WD10 DT100

()

HOUP MPM DEG DEG C 20 10.3 109.1 1.4 21 11.6 117.9 0.7 22 12.7 123.5

-0.1 23 12.0 122.3 0.3 24 15.7 135.3

-0.5 1

15.7 139.3

-0.6 2

15.6 139.2

-0.6 3

15.7 139 6

-0.7 4

19.9 148.0

-0.7 5

20.4 152.9

-0.8 6

22.2 153.0

-0.7 7

21.2 153.1

-0.7 8

21.8 150.5

-0.9 9

22.9 148.7

-1 1 10 25.2 149.1

-1.4 11 23.4 153.4

-1.5 12 25 1 153.8

-1.6 13 23.8 159.7

-1.7 14 23.7 174.2

-1.6 15 20.4 196.3

-1.3 16 17.9 198.2

-1 1 17 23.9 289.0

-1.4 O

STOP TIME APR 2,1982 HOUR 16 MINUTE 14 3

STARTING TIME APR 3,1982 HOUR 4 MINUTE 54 TIME WS10 WD10 DT100 HOUP MPH OEG DEG C 4

26 2 296.8

-0.6 5

23.1 299.8

-0.7 6

22 4 300.6

-0.8 7

21.9 299.0

-0.7 8

25.4 297.7

-0.8 9

23.6 299.8

-1.2 10 21.4 300.3

-1.4 11 20 1 295.9

-1.5 12 19.8 294.7

-1.7 13 17.7 291.3

-1.7 14 17.7 294.0

-1.7 15 15 8 292.4

-1.8 16 15.5 298.1

-1.7 17 15.5 300.6

-1.5 18 13.8 303.7

-1.2 19 10.3 313.1

-0.7 20 71 314.4

-0.1 i

IV-62

l 21 5.3 314.0 0.1 22 4.3 316.1 0.2 23 3.2 325.6

-0.3 24 7.1 358.3

-0.9

(^3 1

8.5 353.8

-0.9 V

2 5.3 1.4

-0.8 3

7.1 1.0

-0.9 4

6.9 9.5

-0.8 5

6.7 22.7

-0.8 6

5.1 30.3

-0.7 7

5.9 7.4

-0.9 8

8.3 19.4

-1.3 9

9.9 26.5

-1.6 10 10.8 35.1

-1.6 11 11 8 38.9

-1.6 12 12.7 35.6

-1.7 13 12.0 36.2

-1.7 14 13.4 40.1

-1.7 15 12.9 37.4

-1.6 16 13.2 40.5

-1.6 17 13.4 48.4

-1.3 18 14.6 48.7

-1.1 19 11 4 43.2

-0.9 20 10.0 41.4

-0.7 21 8.1 30.1

-0.7 22 8.8 25.6

-0.8 23 8.6 358.4

-1.0 24 8.6 349.7

-1.0 1

8.1 357.2

-0.9 2

9.6 10.3

-1.0 0-3 9.8 11.9

-1.0 4

7.6 334.9

-1.0 5

8.1 319.9

-0.9 6

9.5 328.6

-0.9 7

. 8. 6 337.2

-0.8 8

8.9 329.9

-0.9 9

7.6 321.7

-1.0 STOP TIME APR 5,1982 HOUR 8 MINUTE 33 O

i IV-63

y

~

RELEASE NUMBER 82015 CONTAINPENT PURGE t

STARTING TIME APR 8,1982 HOUR 17 MINUTE 72

')

TIME WS10 WD10 0T100 HOUR MPH QEG DEG C 17 9.2 285.6

-1.1 18 91 284.3

-1.0 19 9.9 282.6

-0.9 20 10.5 284.8

-0.9 21 9.E 285.4

-0.8 22 7.9 281.7

-0.7 23 7.8 282.5

-0.7 24 8.5 289.3

-0.6 1

7.1 288.9

-0.4 2

3.8 275.4

-0.1 3

4.8 256.0

-0.5 4

5.4 261.1

-0.5 5

4.5 262.2

-0.1 6

3.3 252.7

-0.4 7

4.6 249.2

-0 2 8

48 252.2

-0.6 9

5.5 269.3

-1.2 10 5.9 233.5

-1.3 11 7.6 207.1

-1.3 12 7.3 196.5

-1.4 13 8.6 183.4

-1.4 14 8.5 198.2

-1.5 15 10.9 196.7

-1.4 16 10.8 201.3

-1.4 17 9.6 206.0

-1.3 18 8.8 261 4

-1.2 19 7.0 272.4

-0.6 20 46 270.4

-0.1 21 3.8 262.0

-0.2 22 3.9 267.6

-0.2 23 51 277.2

-0.2 24 5.7 276.8

-0.1 1

65 273.1

-0.1 2

5.4 272.8 0.3 3

61 255.3 0.2 4

66 253.7 0.3 5

5.3 249.1

-0.3 6

6.5 225.0 0.6 7

8.7 220.7 0.1 8

7.7 251.9

-1.1 9

10.9 269.2

-1.4 10 12.4 270.3

-1.7 11 12.3 263.9

-1.9 12 14 2 258.3

-1.9 13 13 1 262.4

-2.0 14 13.4 258.2

-2.0 15 13.1 264.2

-1.9 16 11 8 263.5

-1.8

( ;\\

17 -

10 6 276.7

-1.6 x_

i IV-64

18 7.7 307.0

-1.2 19 5.2 322.5

-0.5 20 24 326.9 0.6 21 1.1 213.2 1.2 22 13 242.7 2.0 0

23 2.8 102.8 1.8 24 3.9 108.4 0.9 1

2.9 90.0 1.1 2

4.0 104.8 1.1 3

19 168.0 1.7 4

2.2 112.8 1.5 5

3.5 101.4 1.1 6

3.6 99.1 1.1 7

34 104.5 0.6 8

8.7 108'.4

-0.7 9

10.4 110.9

-1.3 10 13.1 110.5

-1.4 11 15 8 114.9

-1.6 12 16 4 118.2

-1.6 13 16.4 122.1

-1.8 14 16.6 141.0

-1.7 15 16.3 136.5

-1.5 16 17.3 164.2

-1.4 17 14.0 167.8

-1.2 18 11.5 159.7

-0.9 19 10.4 151.0

-0.5 20 14.2 159.5

-0.2 21 14.3 163.7

-0.1 22 15 8 166.1

-0.1 23 13.3 158.4 0.2 O

24 14.6 157.3

-0.1 1

15.1 159.1 0.1 2

13.5 156.5

-0.1 3

13.1 156.2

-0.3 4

12.3 154.6

-0.3 5

11 9 154.2

-0.3 6

12.1 152.0

-0.3 STOP TIME APR 12,1982 HOUR 5 MINUTE 16 l

()

1 t

IV-65 i

RELEASE NUMBER 82016 CONTAINMENT PURGE

()

START'NG TIME APR 15,1982 HOUR 18 MINUTE 12 TIME WS10 WD10 OT100 iOUR HPH DEG DEG C 18 10 2 118.7

-0.9 19 11.9 126.5

-0.1 20 83 194.7

-0.2 21 68 13.0 0.1 22 6.9 297.7 0.1 23 10.4 82.3

-0.3 STOP TIME APR 15,1982 HOUR 22 MINUTE 4,4 STARTING TIME APR 16 1982 HOUR 10 MINUTE 20 TIME WS10 WO10 DT100 HOUR MPH OEG DEG C 10 10.6 332.9

-0.8 11 12.4 331.0

-1.0 12 21 6 318.6

-1.0 13 19.6 315.7

-0.5 14 17.9 300.7

-0.5 O

15 20.7 320.2

-0.6 16 20.0 326.8

-0.7 17 14.6 330.5

-0.8 18 15.6 327.4

-0.8 19 12.6 318.0

-0.6 20 12.2 319.9

-0.5 21 10.7 312.4

-0.3 22 10.5 305.4 0.1 23 9.2 303.3 0.4 24 9.7 290.4 0.1 1

11.8 296.9 0.1 2

12.6 302.6 0.1 3

13.4 301.5

-0.1 4

12.1 300.7

-0.1 5

9.3 295.0

-0.1 6

8.0 292.7 0.3 7

6.8 285.4

-0.1 8

7.8 285.8

-0.9 9

7.4 296.5

-1.3 10 8.4 301.3

-1.5 11 11.6 298.7

-1.4 12 12.5 305.9

-1.6 l

13 12.5 300.7

-1.6 l

14 11 2 303.7

-1.7 15 10.7 295.6

-1.6 O

16 9.5 283.2

-1.6 17 71 272.7

-1.3 i

18 7.3 250.6

-1.0 IV-66

19 7.1 216.5

-0.4 20 61 1 81;. 8 1.1 21 83 187.6 1.9 22 8.9 185.6 2.1

[-

23 9.1 18).1 2.5

\\

24 10.6 194.4 1.6 1

11 6 195.s 2.1 2

12.8 189.4 4.0 3

11 7 182.6 3.7 4

8.7 170.1 1.6 5

9.8 159.0 1.1 6

11 6 160.9 1.0 7

13 3 156.8 0.3 8

15.3 154.6

-0.4 9

20 8 168.9

-1.0 10 24.9 167.6

-1.2 11 24.7 165.9

-1.4 12 26.4 174.1

-1.4 13 25.3 176.8

-1.4 14 24.0 181.2

-1.4 15 21 9 187.8

-1.4 16 21.5 187.6

-1.3 17 19.7 189.0

-1.2 18 17.6 182.1

-1.0 19 12.2 166.7

-0.5 20 10.4 145.3 0.2 21 11.8 148.7 0.4 22 12.4 153.6 0.5 23 14.0 154.9 0.5

's 24 13.7 163.6 0.1 1

10.9 198.0

-0.3 2

8.0 174.1

-0.3

~

3 12.3 217.0 0.2 4

15.5 226.9 0.3 5

7.3 255.6 0.1 6

6.5 296.1

-0.4 7

3.5 249.0 0.8 8

38 177.2 0.7 STOP TIME APR 19,1982 HOUR 7 MINUTE 18 O

IV-67 i

E

. - - _.,. + _

RELEASE NUMBER 82017 CONTAINMENT PURGE STARTING TIME APR 22,1982 HOUR 17 MINUTE 55 7N

(,)

TIME WS10 WD10 OT100 HOUR MPH OEG DEG C 17 7.5 221.0

-1.3 18 8.6 199.3

-1.2 19 7.4 192.8

-0.9 20 6.6 179.5 0.5 21 7.7 183.4 1.5 22 10.9 179.7 1.6 23 10.3 187.4 2.2 24 9.4 186.9 1.9 1

11.4 183.9 1.4 2

12 0 186.3 0.9 3

12.4 192.0 0.9 4

11 8 191 4 1.5 5

11.3 189.3 1.4 6

12.6 192.7 1.5 7

14.6 197.1 0.4 8

16.1 203.1

-0.7 9

17 2 208.8

-1.2 10 18.6 218.3

-1.4 11 16.8 215.0

-1.5 12 16.6 206.1

-1.6 13 15.7 205.3

-1.7 14 17.0 193.8

-1.6 (s) 15 18.8 201.0

-1.6 N/

16 17.5 200.0

-1.5 17 16.5 201.8

-1.4 18 15 1 197.3

-1.2 19 12.8 194.6

-0.8 20 8.5 184.9 0.2 21 8.5 170.1 0.9 22 9.6 176.6 0.8 23 11.1 186.0 0.4 24 10.4 182 8 0.6 1

10.2 189.5 0.6 2

8.9 190.0 0.4 3

10.9 182.8 0.2 4

10.8 188.7

-0.3 5

10.7 184.6 0.1 6

10.7 182.3 0.1 7

13.2 183 3

-0.4 8

14.8 194.6

-1.1 9

15.4 192.4

-1.3 10 20.1 201.6

-1.4 11 20.2 199.3

-1.7 12 21.0 191.6

-1.7 13 21 3 193.7

-1.7 14' 19.5 188.9

-1.6 15 19.9 179.6

-1.6

/^

16 19.1 182.0

-1.6

(

17 17.0 189.8

-1.4 IV-68

18 20.8 170.4

-1.2 19 13.7 161.4

-0.9 20 12.4 167.2

-0.7 21 12 0 187.0

-0.6

(])

22 10.4 195.4

-0.6

(

23 9.4 177.8

-0.4 24 9.6 171.6

-0.5 1

9.7 182.6

-0.6 2

11.4 183.1

-0.5 3

12.0 188.7

-0.3 4

12.3 195.5

-0.3 5

12.9 188.1

-0.5 6

9.9 177.1

-0.5 7

82 181.7

-0.6 8

8.8 180.9

-0.8 9

7.1 197.2

-1.2 10 6.6 213.7

-1.3 11 5.6 197.8

-1.4 12 7.3 180.6

-1.7 13 6.2 188.0

-1.6 14 64 196.7

-1.5 15 4.7 214.8

-1.6 16 4.4 176.7

-1.4 17 5.2 213.5

-1.3 18 7.1 313.9

-0.7 19 3.5 19.3

-0.2 20 3.3 66.9

-0.1 21 37 333.2

-0.1 22 4.5 15.3 0.1 23 11.3 340.2

-0.5 0

24 9.7 345.3

-0.7 1

6.8 345.3

-0.6 2

6.7 341.4

-0.7 3

7.0 325.6

-0.6 4

8.9 325.5

-0.4 5

9.5 327.5

-0.7 6

9.5 330.4

-0.6 STOP TIME APR 26,1982 HOUR S MINUTE 11 I

l IV-69 I

I

RELEASE NUMBER 82018 CONTAINMENT PURGE STARTING TIME APR 29,1982 HOUR 20 MINUTE 35 TIME WS10 WD10 OT100 HOUR MPH OEG DEG C 20 2.2 159.4

-0.4 21 2.7 300.1 0.1 22 1.8 226.0 0.5 23 1.4 112.1 1.0 24 2.1 15.1 0.7 1

2.3 117.3 0.5 2

3.2 307.4 0.4 3

2.9 321.7 0.4 4

2.4 279.2 0.0 5

2.1 302.4

-0.1 6

1.7 284.3

-0.2 7

2.4 277.7

-0.7 8

4.6 307.0

-1.1 9

6.4 318.4

-1.5 10 5.6 311.1

-1.7 11 5.3 323.1

-1.5 12 61 328.6

-1.6 13 5.8 330.7

-1.6 14 61 353.6

-1.6 15 5.9 17.4

-1.8 16 4.7 349.0

-1.7 17 4.3 57.6

-1.5 18 51 87.8

-1.3 19 6.2 146.3

-1.0 s

20 5.5 179.0 0.1 21 7.0 189.8 0.9 22 8.3 206.5 1.7 23 9.6 215.3 2.1 24 9.2 221.9 2.0 1

8.2 228.6 1.8 2

5.4 251.1 2.0 3

2.9 42.5 1.5 4

21 104.0 3.8 5

1.9 140.4 3.1 6

4.6 121.0 3.0 7

3.9 124.9 2.3 8

4.6 118.6 0.6 9

5.0 119.0

-1.3 10 39 130.2

-1.4 11 6.4 178.6

-1.6 12 7.3 177.5

-1.5 13 7.9 161.2

-1.6 14 9.3 189.4

-1.5 15 7.9 197.7

-1.6 16 8.3 187.0

-1.6 17 7.7 174.4

-1.4 18 7.7 176.8

-1.3 19 7.1 184.7

-1.0 20 5.7 191.6 0.1 IV-70 7-.

-v-.-

21 6.3 197.9 1.2 22 5.4 199.2 2.1 23 51 201.6 2.9 24 2.3 126.9 3.9

{/

T 1

1.9 148.9 3.9 s_

2 2.1 146.4 4.2 3

2.5 106.6 5.1 4

3.7 88.2 5.0 5

25 71.9 5.0 6

2.8 90.2 4.4 7

42 96.0 3.2 8

4.0 93.7 0.9 9

6.8 140.8

-0.8 10 11 2 178.5

-1.5 11 11.2 170.2

-1.6 12 11.1 170.3

-1.5 13 11 2 169.1

-1.7 14 12.7 176.3

-1.7 15 12.2 186.0

-1.6 16 12.6 182.9

-1.6 17 11.3 193.7

-1.3 18 11.0 185.5

-1.2 19 8.4 163.0

-0.9 20 7.2 158.5

-0.2 21 80 155.2 0.5 22 7.8 156.0 0.8 23 9.5 156.7 0.1 24 10 4 167.4

-0.2 1

11.7 166.1 0.1 2

11.5 164.9 0.0 0

3 11.8 169.0

-0.2 4

11.2 170.1

-0.5 5

9.7 169.2

-0.3 6

10.4 166.0

-0.1 7

10.8 166.0

-0.7 8

12.9 170.0

-1.2 STOP TIME MAY 3,1982 HOUR 7 MINUTE 35 O

IV-71

RELEASE NUMBER 82019 CONTAINMENT PURGE STARTING TIME MAY 6,1982 HOUR 18 MINUTE O

TIME W510 WD10 OT100 HOUR MPH OEG DEG C O

18 12.1 213.1

-1.0 19 12.4 208.4

-0.7 20 12.8 210.9

-0.0 21 13.5 207.5 0.6 22 14.5 211 5 0.9 23 15.7 222.7 0.5 t

24 14.8 223.3 s 0.9 1

12.5 223.1 2.1 2

12.1 217.9 3.6 3

12 4 221.5 4.8 4

10.1 230.4 4.3 5

4.4 196.0 0.6 6

4.4 169.6 0.9 7

5.4 156.6 0.7 8

4.8 149.4

-0.2 9

82 212.1

-0.8 80 201.7

-1.1 10 ~..' -

10 8 203.6

-1.2 11 12 10 3 221.6

-1.3 13 9.9 234.9

-1.3 14 10.8 230.1

-1.1 15 14.1 235.6

-1.2 16 10 7 240.0

-0.4 17 9.9 271.6

-0.3 18 L1.9 173.3

-0.8 O'

19 10.0 144.8

-0.3 20 7.8 116.4 0.5 21 10.2 155.2 1.2 22 10 4 167.4 1.5 23 11.5 190.6 11 24 9.8 202.6 0.3 1

3.9 303.9

1. Z(

2 35 138.5 2.9 3

3.5

'93.6 2.6 4

4.4 97.2 0.9 5

4.5 138.9 2.4 6

38 137.9 2.2 7

4.9 129.2 0.4 8

8.9 192.8

-1.0 t

9 7.6 203.8

-1.3 10 7.1 173.9

-1.3 11 8.2 172.9

-1.4 12 9.1 139.1

-1.5 13 11 8 127.9

-1.6 14 15.1 134.8

-1.5 i

15 15 1.

150.3

-1.6 16 14.7 166.2

-1.5 17 14.6 162.6

-1.4 18 15.7 164.8

-1.1 i

IV-72 I

i

r 19 13.3 164.0

-0.8 20 14.4 161.7

-0.5 j

21 14.6 166.8

-0.4 22 14.0 158.5

-0.5 23 15 0 161.9

-0.5 24 15.4 163.8

-0.5 q_j 1

15.0 164.2

-0.5 2

14.6 165.0

-0.5 3

16.3 169.2

-0.5 4

16.7 169.7

-0.5 5

16.2 173.0

-0.6 6

15.3 168.8

-0.7 7

t4.0 181.0

-0.6 8

15.1 174.2

-0.2 9

13.0 150.9

-0.1 10 14.6 146.8

-0.3 11 16.9 144.7

-0.2 12 19.3 147.2

-0.9 13 20.6 169.9

-1.1 14 18.8 165.7

-0.8 15 20.2 159.2

-1.1 16 23.1 164.8

-1.3 17 22 8 170.0

-1.1 18 22.2 174.5

-0.9 19 19.9 170.2

-0.6 20 17.1 167.6

-0.5 21 19.5 168.7

-0.5 22 18.4 171.6

-0.5 23 18.0 173.9

-0.5 24 18.9 168.2

-0.5 Os 1

20.1 171.4

-0.5 2

16.8 179.3

-0.4 3

19.9 185.0

-0.4 4

18.4 182.2

-0.4 5

17.3 173.4

-0.5 6

16.9 173.8

-0.5 7

17.4 171.3

-0.8 8

18.8 172.6

-1.0 STOP TIME MAY 10 1982 HOUR 7 MINUTE 24 l

l

'8 IV-73

RELEASE NUMBER 82020 CONTAINMENT PURGE STARTING TIME MAY 13,1982 HOUR 18 MINUTE O

i TIME WS10 WD10 DT100 i HOUR MPH OEG DEG C 18 48 156.1

-0.8 19 7.9 127.6

-0.7 20 9.4 153.3

-0.4 21 11.0 156.2

-0.6 22 11.2 162.4

-0.6 23 10.8 165.2

-0.6 24 8.7 159.1

-0.6 1

9.7 153 2

-0.7 2

9.1 160.3

-0.7 3

9.1 168.7

-0.7 4

10.8 160 6

-0.8 5

11 2 141.3

-0.6 6

10.6 134.0

-0.4 7

11.6 129.9

-0.7 8

11.9 132.3

-0.8 9

9.1 137.1

-0.9 10 10.9 147.2

-0.9 11 12.1 139.3

-1.0 12 11.1 163.4

-1.1 13 10.8 169.2

-1.0 14 9.3 163.2

-1.0 15 11.3 133.0

-1.1 16 11.8 143.5

-1.0 17 11.4 142.6

-1.0 18 8.9 186.7

-0.8 0

19 8.1 147.3 1.5 20 9.2 161.9

-0.1 21 10.6 142.7 0.4 22 11.0 154.7 0.7 23 11.0 138.0 0.5 24 10.3 156.3

-0.3 1

11 2 162.5

-0.4 2

11.7 156.9

-0.2 3

10.0 152.0 0.0 4

11.3

145.5 0.1 5

9.3 133.5

-0.4 6

8.3 138.6

-0.5 7

8.5 138.4

-0.7 8

8.9 124.0

-1.0 9

12.2 136.0

-1.1 10 11 7 148.7

-1.1 11 10.6 147.6

-1.1 12 10.2 133.0

-1.1 13 9.3 151.2

-1.2 14 10.9 149.5

-1.2 15 10.1 166.4

-1 1 16 9.3 148.6

-1.1 17 8.8 219.2

-0.8 18 10.9 209.5

-0.9 IV-74 v

a, t

--,. ~

19 9.8 174.6

-0.7 20 11 2 175.8 0.1

/'T 21 11 1 192.2 0.8 D

22 9.9 190.8 1.0 23 9.2 191.0 1.2 24 9.4 186.5 1.8 1

91 185.1 2.8 2

8.7 188.2 2.9 3

8.7 190.7-2.2 4

84 200.5 1.9 5

8.7 212.3 2.2 6

7.0 211.0 1.2 7

9.9 216.6 0.5 8

11.0 220.1

-0.6 9

10.2 208.3

-0.8 i

10 9.5 186.4

-1.1 11 4.2 204.5

-1.3 12 7.5 185.0

-1.2 13 4.8 175.9

-1.3 14 5.5 175.6

-1.3 15 4.4 175.2

-1.2 16 5.1 171.7

-1.3 17 7.3 177.2

-1.0 18 8.3 184.3

-1.0 19 8.4 174.5'

-0.7 20 9.4 128.2

-0.3 21 8.8 146.1 1.0 22 10 1 153.7 1.1 23 8.9 177.5 1.7 24 9.9 184.2 0.9 1

10.9 153.3 0.8 2

5.8 98.6 1.9 3

4.6 99.9 2.2 4

8.9 116.2 1.9 5

11.0 114.9 1.4 6

7.7 96.4 0.7 7

4.5 82.7

-0.2 8

5.1 76.4

-0.6 STOP TIME MAY 17,1982 HOUR 7 MINUTE 12 O

IV-75

RELEASE NUMBER 82021 CONTAINMENT PURGE STARTING TIME MAY 20,1982 HOUR 17 MINUTE 53 IIIME WS10 WD10 OT100 iOUR MPH DEG DEG C

)

17 5.6 53.0

-1.1 18 4.3 17.0

-1.1 19 8.0 60.4

-0.8 20 8.0 14.1

-0.7 21 8.0 60.3

-0.7 22 84 20.0

-0.7 23 7.6 322.0

-0.4 24 8.3 22.0

-0.6 1

8.6 13.4

-0.7 2

7.3 34.0

-0.8 3

7.3 70.3

-0.9 4

7.4 74.4

-0.9 5

9.0 56.7

-1.0 6

8.6 48.8

-1.0 7

7.7 42.8

-1.1 8

6.9 43.8

-1.1 9

7.5 53.5

-1.2 10 9.6 63.4

-1.1 11 9.3 41.1

-1.2 12 9.7 11.9

-1.1 13 9.7 355.8

-1.1 14 9.0 352.2

-1.0 15 91 344.6

-1.0 16 9.1 343.6

-1.2 C1 17 9.6 338.3

-1.1 18 9.1 352.4

-1.1 19 9.7 333.2

-0.9 20 10.3 324.8

-0.8 21 10.0 322.9

-0.7 22 7.6 311.7

-0.8 23 5.2 309.6

-0.9 24 6.0 305.8

-0.9 1

61 311 9

-0.9 l

2 5.6 311.3

-0.9 3

5.9 309.0

-0.8 4

6.0 311 0

-0.8 5-60 309.4

-0.8 6

62 315.5

-0.8 7

6.7 312.4

-0.9 8

6.0 312.4

-1.0 9

5.8 307.7

-1.1 10 6.6 316.1

-1.3 STOP TIME MAY 22,1982 HOUR 9 MINUTE 10 O

IV-76

I STARTING TIME MAY 22,1982 HOUR 11 MINUTE 19 TIME WS10 WD10 OT100 HOUR MPH DEG DEG C 11 66 319 8

-1.4 12 68 322.5

-1.3 13 9.5 334.0

-1.3 14 9.8 337.8

-1.3 15 95 338.5

-1.1 16 8.8 346.9

-1.2 17 8.9 347.8

-1.1 18 71 347.9

-1.1 19 92 4.4

-1.0 20 7.6 8.5

-0.9 21 4.1 355.0

-0.8 22 3.5 88.1

-0.9 23 4.7 7.6

-1.0 24 3.4 113.2

-1.0 1

1.8 228.3

-0.9 2

1.4 251.7

-0.7 I

3 2.0 284.5

-0.6 4

2.9 315.6

-0.7 5

2.9 318.0

-0.7 6

2.6 293.5

-0.8 7

4.5 316.3

-0.9 8

5.9 59.2

-1.1 l

9 5.4 61.8

-1.3 10 7.3 197.6

-1.4 11 5.2 336.4

-1.4 12 7.6 23.6

-1.3 13 7.8 98.2

-1.2 14 5.9 319.7

-1.4 15 6.1 55.0

-1.5 16 6.3 22.2

-1.5 17 7.3 95.6

-1.3 18 7.8 107.9

-1.2 19 8.5 101.3

-1.0 20 9.1 95.0

-0.8 21 8.5 93.5

-0.6 22 8.3 206.8 0.2 23 8.9 137.9 0.1 24 10.4 140.2 0.1 1

9.1 125.7 0.1 2

67 4.5

-0.1 3

96 129.3

-0.3 4

10 6 138.5

-0.2 5

8.8 109.2

-0.3 6-9.5 119.0

-0.5 7

9.7 131.9

-0.6 8

7.1 128.1

-0.7

()

STOP TIME MAY 24,1982 H JUR 7 MINUTE 15 IV-77

RELEASE NUMBER 82022 CONTAINMENT PURGE STARTING TIME MAY 27,1982 HOUR 17 MINUTE 59 i

TIME WS10 WD10 OT100 i

HOUR MPH DEG DEG C 17 5.1 167.9

-1.3 18 48 125.5

-1.3 19 4.9 129.3

-1.1 20 5.6 152.9 0.4 21 6.5 195.7 1.9 22 5.3 96.7 3.2 23 7.0 123.7 2.8 24 4.8 129.4 3.1 1

4.4 192.3 3.0 2

4.7 233.2-1.6 3

7.4 120.2 1.2 4

7.0 93.3 1.0 5

6.4 100.7 0.8 6

10.0 131.7 0.4 7

11.3 128.6

-0.2 8

10.1 117.7

-0.7 9

12.2 125.1

-1.0 10 11 2 128.9

-1.0 11 10.0 127.6

-1.0 12 11.0 135.7

-0.9 13 11.0 113.3

-0.9 14 8.9 103.9

-1.2 15 5.8 113.2

-1.2 16 5.6 121.3

-1.0 17 7.5 123.2

-0.8 0

18 10.5 102.4

-0.7 19 9.6 112.1

-0.5 20 8.0 77.8

-0.6 21 6.9 51.4

-0.2 22 8.0 64.8

-0.2 23 9.6 89.1

-0.4 24 9.1 62.1

-0.6 1

6.9 64.3

-0.5 2

8.3 358.2

-0.4 3

8.2 42.0

-0.5 4

5.3 48.5

-0.5 5

7.6 315.4

-0.0 6

9.1 325.4 0.4 7

8.7 328.5

-0.2 8

93 336.4

-1.1 9

9.7 346.3

-1.1 l

10 9.1 348.8

-1.2 11 9.6 351.1

-1.2 12 8.4 2.1

-1.6 13 9.2 356.9

-1.4 14 9.6 355.5

-1.3 15 88 338.4

-1.4 16 7.4 335.2

-1.6 17 96 343.1

-1.4 IV-78 s

(

i L

. ; *s

_..___.._.._.,_.__.._.___-%+

...n

.., +

n a.-..

18 9.6 341.2

-1.3 19 8.5 337.6

-0.9 20 6.4 332.7

-0.3 21 3.6 258.7 1.2

(~'))

I 23 5.1 157.7 1.9

' 22 4.7 296.2 1.4

\\ms 24 6.8 232.7 2.2 1

8.2 131.1 2.4-2 8.7 131.9 2.2 3

9.2 126.9 1.4 4

6.4 116.0 1.6 5

3.6 160.7 1.7 6

6.1 131.6 1.2 7

9.0 117.1

-0.0 8

10.5 125.7

-1.0 9

7.3 132.6

-0.9 10 10.9 126.2

-0.7 11 7.0 135.0

-0.3 12 3.9 122.8

-0.5 13 10.8 186.6

-0.9 14 9.3 206.2

-1.2 15 7.5 244.3

-1.3 16 7.1 309.9

-1.1 17 6.8 312.5

-1.0 18 7.0 310.9

-1.0 19 5.3 305.5

-1.0 20 4.8 310.0

-0.9 21 62 310.9

-0.8 22 5.7 312.5

-0.8 23 7.3 318.1

-0.8

()

24 8.4 320.6

-0.8 1

8.6 314.3

-0.9 2

6.6 308.1

-0.7 3

8.1 308.7

-0.6 4

10 1 310.3

-0.6 5

9.9 306.1

-0.3 6

8.8 309.6

-0.5 7

7.8 310.1

-0.7 8

8.7 313.8

-0.9 9

7.5 312.0

-1.1 10 6.7 314.6

-1.3 11 6.6 314.7

-1.4 12 7.0 314.4

-1.7 13 5.7 310.2

-1.7 14 5.4 307.9

-1.7 15 6.2 301.4

-1.7 16 6.1 300.1

-1.4 l

STOP TIME MAY 31,1982 HOUR 15 MINUTE 20 i

l OV IV-79 i

RELEASE NUMBER 82023 CONTAINMENT PURGE STARTING TIME JUNE 3,1982 HOUR 18 MINUTE 12 TIME WS10 WD10 OT100 l

C~J}

HOUR MPH DEG DEG C 18 10.3 74.0

-0.7

'9 10 6 73.2

-0.9 20 10.5 71.3

-0.9 21 80 87.8

-0.3 22 5.6 133.1 0.5 23 3.1 276.0 0.8 24 31 275.7 1.3 1

3.3 271.3 1.5 STOP TIME JUNE 4,1982 HOUR 0 MINUTE 35 STARTING TIME JUNE 4,1982 HOUR 0 MINUTE 44 IIME WS10 WD10 DT100 iOUR MPH DEG DEG C 1

33 271.3 1.5 2

2.7 268.4 1.9 3

3.6 282.6 1.9 4

4.7 272.1 1.0 5

4.8 273.0 1.4 6

3.6 278.8 2.1 f1 7

3.6 282.3 1.4 V

8 4.7 118.6 0.6 9

8.9 112.8 0.3 10 10 1 122.9 03 11 9.8 108.9 0.7 12 9.9 114.1 0.5 13 9.4 113.9 0.3 14 10.4 146.1

-0 1 15 10.7 143.8

-0.0 16 11.3 159.5

-0.9 17 10.7 153.4

-0.2 18 11.7 140.2

-0.2 19 11.3 139.4

-0.5 20 11.3 140.9

-0.5 21 9.5 138.1 0.2 22 9.7 136.3 0.8 23 10.5 129.6 1.1 24 10.8 131.9 1.5 1

10.3 151.1 0.8 l

2 10.2 154.3 0.4 3

10.8 140.8 0.5 4

11.3 137.7 1.1 i

5 11.3 132.2 1.1 i

6 10.2 139.6 0.4 7

11.2 121.2 0.4

~

IV-80 1

6

7 4.M-J, '. ~

w -- a

,1 _-.

- _, v _ j

~

f I

8 11.1 125.0

-0.4 9

7.3 148.5

-0.8 10 6.8 155.2

-1.1 O

11 4.3 157.2

-1.1 12 4.2 147.4

-0.8 13 2.5 140.5

-0.7 14 1.2 140.9

-0.7 15 1.2 147.6

-1.0 16 1.3 144.4

-0.9 17 1.6 142.2

-0.9 18 3.1 154.8

-0.9 19 26 149.7

-0.9 20 2.8 149.7

-0.8 21 4.9 149.4

-0.8 22 3.9 150.2

-0.8 23 1.8 139.0

-0.8 24 5.2 146.3

-0.7 1

4.0 150.0

-0.7 2

5.0 150.6

-0.7 3

26 150.0

-0.7 4

1.9 149.1

-0.9 5

3.2 148.2

-0.7 6

2.0 156.3

-0.7 7

28 168.4

-0.7 8

28 168.9

-0.8 9

1.9 169.4

-0.9 10 1.1 173.6

-1.3 11 15 175.7

-1.5 O

12 2.1 169.9

-1.5 13 3.8 170.0

-1.6 14 2.9 193.5

-1.5 15 3.2 195.6

-1.5 16 6.4 221.5

-1.1 17 6.6 284.3

-1.3 18 5.8 287.7

-0.7 19 6.7 261.8 0.5 20 5.3 270.8 1.2 21 5.2 288.9 4.0 22 7.0 298.2 5.3 23 3.8 300.5 4.1 24 7.3 326.4 1.9 1

6.8 333.5 1.4 2

7.9 337.7

-0.2 3

7.9 333.4

-0.5 4

8.9 314.7

-0.7 5

5.9 311.3

-0.5 6

9.7 336.4

-0.1 7

9.5 333.7

-0.5 8

7.9 338.1

-1.0 STOP TIME JUNE 7 1982 HOUR 7 MINUTE 15 l

IV-81

RELEASE NUMBER 82024 CONTAINMENT PURGE STARTING TIME JUNE 10,1982 HOUR 18 MINUTE 45 i

i fIME WS10 WD10 DT100

\\

iOUR MPH OEG DEG C 18 9.8 234.4

-0.6 19 8.5 204.0

-0.3 20 10.7 194.5 0.9 21 8.2 200.5 1.8 22 82 201.8 1.8 23 8.6 210.0 2.1 24 8.2 216.1 2.6 1

79 214.1 2.4 2

8.0 219.3 2.1 3

8.5 217.5 2.8 4

3.7 76.8 1.3 5

5.3 120.6 1.6 6

4.6 127.7 0.9 7

5.9 118.4 1.2 8

5.8 134.1 0.2 9

6.0 163.7

-0.8 10 3.8 80.2

-0.3 11 4.7 47.4 0.9 12 5.6 147.5 1.1 13 8.6 90.5 1.2 14 9.3 169.3

-0 3 15 9.0 157.1 0.6 gN 16 10.9 160.0

-0.7

()

17 92 168.5

-0.7 18 8.6 175.3

-0.9 19 81 188.3

-0.8 20 9.0 166.3

-0.6 21 10 2 154.5

-0.0 22 10.4 153.3 0.2 23 10.0 152.7 0.3 24 9.2 162.0

-0.1 1

10 0 163.4

-0.2 2

91 182.7

-0.2 3

9.0 183.5

-0.1 4

7.0 165.1 0.1 5

7.6 82.7

-0.4 6

5.5 144.9 0.3 7

4.9 166.9

-0.5 8

8.8 209.7

-0.8 9

6.6 214.9

-0.6 10 6.4 222 2

-0.3 11 8.5 220.6

-0.8 12 7.6 264.7

-0.1 13 7.2 140.4

-0.2 14 91 200.7

-0.4 15 9.6 201.3

-0.5 16 9.3 215.5

-0.9 17 8.3 207.7

-1.1

/~'

V) 18 8.3 206.3

-1.0 IV-82 i

19 7.9 243.1

-0.7 20 6.6 229.2 0.1

, 21 8.2 239.8 1.5

22 6.0 290.3 0.3 O

i 23 5.2 65.6 0.9 24 4.5 69.0 1.3 1

4.0 250.8 2.0 2

4.2 253.4 3.4 3

4.5 272.4 2.1 4

41 255.3 1.8 5

4.1 257.2 2.3 6

3.7 255.2 2.5 7

4.0 235.5 1.0 8

10 7 110.3

-0.2 9

11 1 114.8

-0.3 10 9.2 123.9

-0.4 11 10.6 142.2

-0.6 12 10.4 167.4

-1.1 13 10.4 155.3

-1.2 14 10.1 167.9

-1.2 15 7.3 170 5

-1.3 16 7.7 169.8

-1.2 17 8.0 190.2

-0.9 18 7.5 185.9

-1.0 19 9.6 178.7

-0.9 20 10.8 151.5

-0.2 21 10.5 141.4 0.5 22 10.9 141.1 0.6 23 10.2 152.6 0.5 24 9.8 153.9 0.4 O

1 10.8 153.3 0.2 2

10 4 154.0

-0.0 3

9.7 160.9

-0.3 4

9.4 152.1

-0.4 5

10.3 153.1

-0.5 6

10.2 157.7

-0.6 7

5.7 153.8

-0.8 8

6.5 154.8

-0.5 STOP TIME JUNE 14,1982 HOUR 7 MINUTE 25 IV-83

RELEASE NUMBER 82025 CONTAINMENT PURGE STARTING TIME JUNE 17,1982 HOUR 17 MINUTE 3

TIME WS10 WD10 OT100 NOUR MPH DEG DEG C 17 34 155.4 0.3 18 4.3 91.5 1.8 19 3.2 108.1 1.3 20 2.3 139.9 0.5 21 16 26.9 1.3 22 1.5 45.0 1.9 23 2.2 142.6 2.1 24 7.1 -

128.7 0.1 1

4.4 98.0 0.0 2

4.0 328.9

-0.2 3

43 316.1

-0.7 4

2.9 318.3

-0.8 S

39 324.0

-0.7 6

39 325.9

-0.6 7

4.3 334.1

-0.5 8

62 323.3

-0.6 9

5.5 355.1

-0.7 10 5.1 4.6

-0.9 11 5.9 24.4

-0.8 12 4.0 41.5

-0.6 13 3.5 4.2

-0.3 14 5.2 320.7

-0.1 15 7.9 312.4

-0.7 16 5.4 321.7

-0.6

()

17 3.9 318.8

-0.1 18 3.4 293.6

-0.7 19 2.3 285.4

-0.5 20 6.7 309.3

-0.5 21 7.1 304.8

-0.2 22 35 296.2 0.5 23 31 294.7 0.8 24 3.5 299.2 1.0 1

3.4 280.1 0.9 2

2.1 272.5 0.8 3

30 265.1 0.0 4

1.9 258.8 0.6 5

2.1 243.1 0.2 6

2.1 254.1 0.1 7

19 284.1

-0.4 8

2.9 303.8

-0.4 9

3.1 302.0

-0.3 10 4.9 251.5

, -1.1 11 62 249.5

-1.2 12 5.3 278.3

-0.7 13 53 264.6

-0.9 STOP TIME JUNE 19,1982 HOUR 12 MINUTE 56 l

l IV-84

1

)

STARTING TIME JUNE 20,1982 HOUR 4 MINUTE 35 IME WS10 WO10 OT100

(}

OUR MPH DEG DEG C

'4 4.7 302.6 0.9 5

24 275.4 1.4 6

2.5 297.5 1.3 7

29 295.1 0.2 8

5.2 303.6

-0.7 9

4.5 303.3

-0.6 10 5.1 284.9

-0.9

11 63 271.6

-1.2 12 7.9 294.5

-1.0 13 9.5 300.3

-0.8 14 9.9 301.1

-0.8 15 9.8 310.2

-0.7 16 10.3 313.7

-0.7 17 9.7 310.2

-0.7 18 8.9 314.2

-0.4 19 7.2 318.2

-0.4 20 41's 311.6

-0.3 21 3.0

'269.2 1.0 22 2.5 273.4 1.1 23 1.8 244.9 2.1 24 20 223.0 2.1 1

1.6 262.0 1.6 2

15 244.9

.l.9 3

13 167.3 2.8 O

4 23 194.7 4.0 5

2.0 165.9 6.4 6

24 211 5 5.8 7

1.6 160.9 3.8 STOP TIME JUNE 21,1982 HOUR 6 MINUTE 35

-(

O IV-85

RELEASE NUMBER 82026 CONTAINMENT PURGE STARTING TIME JUNE 24,1982 HOUR 17 MINUTE 56 FIME WS10 WO10 OT100

'iOUR MPH OEG DEG C

()

17 8.3 102.1

-1.2 18 8.5 109.5

-0.8 a

19 6.0 154.6

-0.5 20 60 228.4

-0.7 21 5.4 223.3

-0.6 22 7.4 226.3

-0.7 23 5.8 235.4

-0.7 24 5.3 234.5

-0.7 1

6.4 245.8

-0.9 2

8.1 252.6

-0.9 3

68 294.7

-0.9 4

7.2 254.1

-0.9 5

7.2 252.4

-0.9 6

6.7 240.6

-1.0 7

7.2 244.6

-1.0 8

6.9 244.4

-1.3 9

68 244.5

-1.4 10 7.2 237.1

-1.7 11 6.9 238.0

-1.8 12 6.4 272.3

-1.6 13 6.3 290.4

-1.7 14 6.4 306.1

-1.8 15 6.4 259.8

-1.6 16 6.9 231.5

-1.8 17 6.4 266.4

-1.6 O-18 63 351.9

-1.4 19 6.0 2.1

-1.1 20 5.6 3.7

-0.6 21 2.1 56.7

-0.0 22 1.9 169.0 0.9 23 2.8 182.5 0.9 24 1.9 177.4 1.0 1

3.5 183.7 1.4 2

2.2 174.5 1.6 3

2.9 195.4 1.6 4

2.3 184.6 1.6 5

29 198.9 1.2 6

2.8 193.2 0.5 7

2.7 202.1

-0.3 8

2.9 236.9

-1.0 9

3.7 306.5

-1.2 10 4.2 2.9

-1.4 11 6.9 25.8

-1.5 12 71 9.6

-1.5 13 6.6 3.7

-1.8 14 5.9 9.7

-1.8 15 5.2 25.5

-1.9 16 55 9.7

-1.7 17 5.0 2.1

-1.3 O

IV-86

--n

-. 4 l

'4

.1 1,

s 18 6.9 2.1

-1 1 19 5.5 320 2

-1 1 O

'20 48 341.4

-0.9 21 3."2 286 2

-0.8 22 2.7 231.2

-0.6 23-2.9 247.7

-0 2 24 2.0 323.8

-0.3 1

2.1 4.5 0.1 2

1.7 258.3 0.1 3

2.0 252.9

-0.0 4

2.2 220.4

-0.1 S

31 211.1 0.5 6

3.4 213.8 0.3 7

4.2 220.5

-0.4 8

2.5 255.2

-1.1 s

9 3.9 276.9

-1.4 10 5.2 352.8

-1.4 11 6.3 355.1

-1.5 12 6.4 341.3

-1.7 13 7.2 325.2

-1.5 14 6.3 351 8

-1.5 15 6.0 314 2

-1.4 16 7.4 288.7

-1.5 17

.7. 0 290;2

-1.4 18 6.9 303.'1

-1.2 19 6.h 30526'

-1.0

~

20 4.6 266.5

-0.5 21 2.9 O

246.3 0.1 22 3.1 72.9 0.6 23 21 194.4 1.4 24 1.7 113.5 1.9 1

2.1 201.6 3.0 2

21:

213.2 2.8 3

2.7 204.7 2.2 4

2.8 204.7 2.1 5

1.9 204.0 2.5 6

2.0 189.9 2.1 7

2.1 202.8 1.3 STOP TIME JUNE 28,1982 HOUR 6 MINUTE 10 t

e O

s.

IV-87

+t i

--, ~ - -.....

~

-.-,----n.,

f RELEASE NUMBER 82001 DECAY TANK PURGE STARTING TIME APR 27,1982 HOUR 13 MINUTE 50 TIME WS10 WD10 OT100 0'

HOUR MPH OEG DEG C l

13 10 5 115.0

-1.2 14 9.7 111.7

-1.3 15 90 135.6

-1.2 16 11.0 139.8

-1.2 17 10.3 139.3

-1.1 18 10.4 157.9

-1.0 19 8.7 156.7

-0.8 20 5.7 96.1

-0.7 21 4.6 117.2

-0.3 22 5.1 139.1

-0.3 23 5.8 121.4

-0.2 24 5.8 120.9

-0.4 1

7.7 114.4

-0.8 2

8.4 116.4

-0.7 3

7.8 109.9

-0.7 4

6.4 131.3

-0.3 5

12.6 121.5

-0.6 6

14.3 132.9

-0.7 7

11 1 135.5

-0.7 8

12.1 145.6

-0.9 9

11.8 116.0

-0.8 STOP TIME APR 28,1982 HOUR 8 MINUTE 13 O

i i

IV-88 l

RELEASE NUMBER 82002 DECAY TANK PURGE STARTING TIME MAY 5,1982 HOUR 12 MINUTE 50 TIME WS10 WD10 OT100

' HOUR MPH OEG DEG C

()

l 12 9.5 344.0

-0.8 13 10.4 336.7

-0.7 14 11.8 348.9

-0.8 15 12.1 351.1

-0.8 16 11.8 359.3

-0.9 17 9.4 352.6

-0.7 18 10.7 353.7

-0.8 19 8.9 359.6

-0.8 20 6.8 11.9

-0.6 21 6.2 350.4

-0.7 22 5.1 2.4

-0.8 23 3.0 24.5

-0.6 24 3.8 340.9

-0.6 1

5.1 328.3

-0.5 2

42 332.4

-0.6 3

5.6 323.2

-0.3 4

7.1 327.2

-0.2 5

7.3 343.8

-0.1 6

6.3 0.0

-0.1 7

8.9 6.3

-0.2 i

STOP TIME MAY 6,1982 HOUR 6 MINUTE 18 O

I O

i IV-89 a

i i

RELEASE NUMBER STARTING TIME JUNE 15,1982 HOUR 16 MINUTE 57

'1ME WS10 WD10 OT100 f

()

f0VR MPH DEG DEG C f16 10.0 325.3

-0.7 17 8.0 328.7

-0.7 18 7.6 324.6

-0.6 19 8.7 324.8

-0.6 20 9.4 324.6

-0.5 21 8.5 315.8 0.0 22 6.2 271.6 0.6 23 9.4 281.2 1.7 24 10.1 283.3 3.1 1

7.7 277.1 3.5 2

4.0 170.0 2.3 3

5.6 247.3 1.4 4

7.6 283.3 2.0 5

7.5 274.6 2.1 6

5.2 226.4 2.1 7

7.9 293.7 1.5 8

7.8 301.2 0.1 9

62 316.7 0.3 10 4.4 356.7 0.4 11 4.9 12.3 0.6 12 6.1 224.4 0.0 t

STOP TIME JUNE 16,1982 HOUR 11 MINUTE 57 O

1 l

l IV-90

RELEASE NUMBER 82004 DECAY TANK PURGE STARTING TIME JUNE 19,1982 HOUR 16 MINUTE 1

TIME WS10 WD10 OT100 HOUR MPH DEG DEG C

)

16 5.4 272.4

-0.9 17 8.9 219.4

-1.1 18 8.8 231.9

-1.0 19 7.1 219 1

-0.5 20 58 197.1 0.5 21 7.5 183 3 1.9 22 9.3 180.9 2.7 23 10.2 185.5 2.6 24 11.3 191.5 2.3 1

13.2 213.1 1.6 2

7.7 234.7 1.8 3

3.4 256 5 2.1 4

4.7 302.6 0.9 5

2.4 275.4 1.4 l

STOP TIME JUNE 20,1982 HOUR 4 MINUTE 20 w

I I

O J

IV-91

O PART 2 SECTION V l

j l

1 ENVIRONMENTAL MONITORING TECHNICAL SPECIFICATION (5.9.4.b)

January 1, 1982 to June 30, 1982 O

O

~

V-1

5.9.4.b Environmental Monitoring 1.

(a) The number of sampling locations, sample collection p

and frequency, and the number of samples collected b

(b) during this six-month period for each class of sample is given in Table 1.

(c) During the semi-annual period of January to June 1982, levels of radiation were not found to be significantly above local background at any sample location.

(d) Table 5 contains a complete summary of program findings.

For each type of analysis of each sampled medium, this table reflects all indicator locations, all control locations, and the location with the highest six-month mean result.

2.

The levels of radioactivity exhibited in the environ-mental radiological monitoring program do not indicate the likelihood of public intakes in excess of one percent of those that would result from continuous 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 acti-vity.

I I

O l

V-2 i

~ -,. _. - - - -.

- -... ~ - -. - -.. -

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

Sample Collection Program Table 1 Number of Samples Collection Sample Collected This Sample Class Frequency Locations Period Air Particulates Weekly Five (5) 124 Airborne Iodine Weekly Five (5) 124 Background Radiation Quarterly Eleven (11) 21 (TLD)

Four (4) 8 Background Radiation Quarterly Fifteen (15) 30 (G-M Survey)

Fresh Milk Weekly Four(4) 52 Quarterly Four (4) 8 Preserved Milk Quarterly Comp.

Four(4) 8 Surface Water Monthly Five (5) 30 Well Water Quarterly Comp.

Four(4) 8 Precipitation Monthly Comp.

One (1) 3 Quarterly Comp.

One(1) 1 Cattle feed Quarterly Six (6) 12 Vegetation Annually Six -(6) 0 Soil Annually Four(4) 0 Mud and Silt Annually Three (3) 0 Wildlife Annually One (1) 0 Fish Annually Three(3) 0 I

i l

O V-3

OMAHA PUBLIC POWER DISTRICT Fort Calhoun Nuclear Power Station SAMPLING LOCATIONS O'.

Table 2 Station Site Azimuth Code Site Description and Degrees

0-la On site, 1000' NW of Reactor 0.2 mi.' @ J.940 0-lb on site crop fields 0.4 31. @ 225-285" or 150-180*

0-2 Substation at S. 16th St. in Blair, NE 3.1 mi. @ 2860 0-3 Ft. Calhoun Fire Station 4.8 mi. 0 149 0-4 Electric Building at 17th and Harney, 22 mi. @ 152 Omaha, NE 0-5 On site at oxigester 0.1 mi. @ 74 0-6 0.5 miles downstream from Reactor Con-O.5 mi. @ 106 tainment Bldg. on west bank of Missouri R.

0-7 125' upstream from site intake structure 0.1 mi. @ 345 on west bank of Missouri R.

0-8a Fence surrounding intake gate control 2.0 mi. @ 101 valve, DeSoto Nat'l Wildlife Refuge 0-8b DeSoto Bend Lake, at boat dock ramp, De-3.7 31. @ 1180 Soto Nat'l Wildlife Refuge 0-8c Headquarters Bldg., DeSoto Nat'l Wildlife 3.1 mi. 0 53 Refuge 0-8d Crop fields within or near DeSoto Nat'l 2.4 mi. @ 64-740 Wildlife Refuge 0-9 Metro Utilities District Chem. Lab for 17 mi. @ 156 d

Florence Plant, N. Omaha, NE (downstream of site) 0-10 council Bluffs Municipal Water Works In-22 mi. @ 145 take, Council Bluffs, IA (downstream of site) 0-11 1 mile NW of site entrance on Hwy. 73 0.9 mi. @ 248 (entrance Christ Child Camp) 0-12 Rhon weather station; North site boundary 0.5 mi. @ 304 0-13 Entrance to plant site from Hwy. 73 0.5 mi. @ 206 0-14 Mechanical weather station, 1000' SE Reactor 0.1 mi. @ 113 0-15 Bridge on Hwy. 73 at north edge of 1.6 mi. @ 144 DeSoto, NE 0-16 Smith Farm 1.9 mi. @ 133 0-17 Dana College, Blair, NE 4.3 mi. @ 295 O

Distance and direction are specified relative te Reactor Containment Building.

V-4

SAMPLING LOCATIONS Table 2 (continued) i Station Site Azimuth Code Site Descripcion and Degrees

l 0-18 Bridge on Hwy. 30 east of Blair, NE of 2.2 mi. @ 334 Missouri R.

0-19 J. Rand Farm 1.9 mi. @ 15 0-20 S. Rand Farm 1.9 mi. @ 31 0-21 B. Jones Farm 1.0 mi. @ 155 0-22 G. Sawall/Schideler Farm 1.I mi. @.204 0-23 C. Jensen 2.I mi. @ 250 0-24 M. Hansen/Suverkrubbe Farm 1.2 mi. @ 277 0-25 Blair SrA High School, Blair, NE 3.0 mi. @ 308 0-26 Japp Dairy 6.3 mi. 6 219 0-27 Flynn Dairy 3.4 mi. @ 310 0-29 75' downstream of lagoon discharge on 0.1 31. @ 81 west bank of Missouri R.

0-30 Agrico Ammonia Planc, on Hwy. 30 1 mile 1.8 mi. @ 325 east of Blair, NE 0-31 L. Rogge Farm 2.1 mi. @ 278 0-32 Sorenson Fara 3.7 31. @ 328 0-33 Fara north of Plant 2.6 mi. @ 283 0-34 C. Marr and Sons field (Karras Farm) 4.3 mi. @ 147 0-35 Garden SE of Blair, NE 2.8 mi. @ 285 0-36 Farm near DeSoto vegetable stand 1 mile 1.0 31. @ 153 SE of Plant on Hwy. 73 0-42 Miller Farm 0.8 31. @ 206 0-43 Fish sampling area: Missouri River Upstream and Downscream of planc site l

0-44 Mohr Farm 7.9 mi. @ 187 i

l O

Distance and direction are specified relative to Reactor Containment t

l Building.

I V-5 l

OMAHA PUBLIC POWER DISTRCIT Fort Calhoun Nuclear Power Station SAMPLE COLLECTION AND ANALYSIS PROGRAM

-g i

Table 3 Collection Analysis Number of Site T' roe Type and Type and Sites and Location Control /

Sample Type Frequency, Frequency)b Sample Code Code Indicator c

Background

C/Q Gamma Dose 11:

OFA 0-11 I

Radiation OFB 0-8a I

(TLD) 0FC 0-12 I

OFD 0-13 I

0FE 0-14 I

0FF 0-la I

0FG 0-15 I

0FH 0-2 I

OFI 0-16 C

OFJ 0-6 I

0FK 0-4 C

d 4: Control I-Hot Lab 13 Env. Lab G-M Survey G/Q 5 eta-C====

15: A 0-11 I

8 0-17 I

C 0-18 I

D 0-la I

E 0-3 I

F 0-8a I

G 0-19 I

H 0-20 I

I 0-21 I

J 0-16 I

K 0-22 I

L 0-23 I

M 0-24 I

N 0-25 I

P 0-4 C

Airborne C/W Gross Beca" 5:

OAA 0-la I

Particulates OAB 0-2 I

OAC 0-3 I

OAD 0-4 C

OAE 0-5 I

Airborne C/W I-131 5:

Same as Air Particulates Iodine Well Water G/M Grosg Beta 4: OWW-A 0-8c I

(QC)

OWW-E 0-16 I

O Tritium (QC)

OWW-F 0-22 I

OWW-I 0-27 I

V-6

SAMPLE COLLECTION AND ANALYSIS PROGRAM O

Table 3 (continued)

Collection Analysis Number of Control /

Site Tvoe Type and Type (and Sites and Location Samole Type Frequency" Frequency)b Samole Code Code" Indicator f

Precipitation C/M Gross Beta (2nd & 3rd qcrs.) 1:

OPA 0-30 I

g C/Q Gross Beta (QC)

(1st & 4th qcrs.)

Milk - Fresh G/W I-131 4:

OFM-A 0-26 C

(pasture OFM-B 0-27 I

season only) 0FM-D 0-42 I

G/Q Gamma Spec.

OEM-E 0-44 C

Milk -

G/W Gross Beta (QC) 4:

Same as for Fresh Milk Preserved Sr-90 (QC)

Vegetation G/A Gamma Spec.

6:

OVA 0-33 I

Sr-90 OVB 0-34 I

OVC 0-35 I

OVD 0-36 I

OVE 0-8d I

OVG 0-lb I

Cattle Feed G/Q Gamma Spec.

2: OCA 0-31 I

Beef Sr-90 OCB 0-32 I

Cattle Feed G/Q Gamma Spec.

4:

DFV-1 0-26 C

Dairy Sr-90 DFV-2 0-27 I

DFV-3 0-42 C

DFV-4 0-44 I

l Soil G/A Gamma Spec.

4:

ODA 0-26 C

Sr-90 ODB 0-27 I

ODC 0-44 C

ODD 0-42 I

Surface Water G/W Gross Beca(MC) 5: OSW-A 0-6 I

Tritium (MC)3 OSW-B 0-9 I

OSW-C 0-10 I

OSW-D 0-8b I

OSW-E 0-7 C

Fish G/A Gamma Spec.

1:

CMA 0-43 I

St-90 Mud and Silt A

Gamma Spec.

2: OSB 0-29 I

Sr-90 OSD 0-7 C

O V-7

SAMPLE COLLECTION AND ANALYSIS PROGRAM q

Table 3 (continued)

V Collection Analysis Number of Site Type I

Type and Type (and Sites and Location Control /

Samole Type Frequency, Frequency)b Sample Code Code Indicator Wild 11fe A

Gamma Spec.

1: ORA I

on flesh Sr-90 on bone Collection type is coded as follows: C/ = continuous; G/ = grab.

Collection frequency is coded as follows: W = weekly; M = monthly; Q = quarterly; A =

annually.

b Analysis frequency is coded as follows: MC = monthly composite; QC = quart-erly composite.

Analysis frequency is indicated only if it is different from collection frequency.

Location codes are defined in Table 2.

d Additional collection or analysis not required by the technical specifications.

Camma Spectrometry of air particulates required if gross beta exceeds 30 pCi/1.

f g

Tritium, Sr-90, and gamma spectrometry required of well water or precipitation if gross beta exceeds 30 pCi/1.

I Sr-90 and gamma spectrometry analyses required tf surface water if gross beta exceeds 60 pC1/1.

l i

P l

l O

L V-8 r

t

i 1

O s

l OHAHA PUBLIC POWER DISTRICT Fort Calhoun Nuclear Power Station TECilNICAL SPECIFICATION SENSITIVITY REQUIREMENTS Table 4 i

Gross Gamma Scan Sample Units Beta Sr-90 H-3 1-131 Cs-137 i

l i

Waters: Surface pCi/l 0.5 1.0 2000***

2.0*

2.0 I

Well Precipitation j

Mud and Silt, Soil pCi/g(dry) 0.4*

0.008 0.1 Fish pCi/g(wet) 0.l*

0.02 0.035 E>

Hilk pCi/l 6.0 1.0 0.5 2.0 Vegetation, Cattle Feed pCi/g(wet) 0.15 0.03 10*

0.2 Air pCi/m 0.02 3

0.2 0.01 Wildlife

- pCi/g(wet) 3.0 5.0 Film /or Tl.D 0.1 mrem / week above background i

Analyses not required in present program.

al-Rabbit: Strontium-90 = pCi/g calcium in femur Iodine-131 = pCi/g of thyroid OPPI).e.psires 200 pCi/ liter to allow better resolution of background act ivity l

that normally occurs within a range of 200 pCi/l to 2000 pCi/l.

Ta, 5

Sheet 1 of 2 Environmental Radiological Monitoring Program Name of Facility:

Fort Calhoun Nuclear Station Unit No. 1 Docket Number:

50-285 Location of Facility:

Washington Nebraska Reporting t)eriod: January - June 1982 County State Medium or Pathway Type and Lower Limit All Indicator Location with Control Number Sampled Total Number of Locations liighest Mean Locations Non-Routine (Unit of of Analyses Detection Mean Name, Distance Mean Mean Reported Measurement)

Performed (LLD)

(Range) and Direction (Range)

(Range)

Measurements Air Particulates Gross 8 124 0.02 0.04 (99/99) Blair 0.05 0.04 (25/25) 0 (pCi/m3) 0.01-0.11 Substation 0.02-0.11 0.01-0.08 3.1 mi 0 2860 y Spec.

30 0.01 All LLD Not Applicable All LLD 0

f,AirborneIodine I-131 124 0.2 All LLD Not Applicable All LLD 0

3 (pci/m )

o

Background

y Dose 21 0.1 1.7 (18/18)

Entrance Hwy 73 1.95 1.8 (3/3) 0 Radiation TLD 1.3-2.3 0.5 mi 0 2060 1.6-2.3 1.6-1.9 (mR/ week)

Background Radia-Beta-30 0.05 All LLD Not Applicable All LLD 0

tion G-M Survey Gamma (mR/ hour) 4 Fresh Milk I-131 52 0.5 All LLD Not Applicable All LLD 0

(pCi/1)

Cs-137 8

2.0 2.5 (2/2)

Flynn Dairy 3.0 All LLD-0 2.0-3.0 3.4 mi 0 3100 3.0 Other y 8

2.0 All LLD Not Applicable All LLD 0

Preserved Milk Gross 8 8

6.0 1925 (4/4) tiiller Fann 2350 2175 (4/4) 0 (pCi/1) 1400-3200 0.8 mi 0 2060 1500-3200 1100-3200 Sr-90 8

1.0 Unavailable 0

To be reported in semi-annual report July - December 1982

T 5 (Continued)

Facility:

Fort Calhoun Nuclear Station Unit No.1 Sheet 2 of 2 Medium or Pathway Type and Lower Limit All Indicator Location with Control Number Sampled Total Number of Locations Highest Mean Locations Non-Routine (Unit of of Analyses Detection Mean Name, Distance Mean Mean Reported Measurement)

Performed (LLD)

(Range) and Direction (Range)

(Range)

Measurements Surface Water Gross s 30 0.5 9.2 (24/24) Het Utilities 10.6 8.3 (6/6) 0 (rCi/1) 1.9-17.7 22 mi 0 1450 5.6-17.7 6.1-9.9 Tritium 30 200 235 (24/24) 2000' 295 258 (6/6) 0 200-600 Downstream 200-600 100-400 0.4 mi 0 1060 A -

Well Water Gross s 8

0.5 10.2 (8/8)

DeSoto Wildlife 20.3 Not Measured 0

(pCi/1) 4.4-21.5 Refuge 19.0-21.5 3.7 mi 0 1180 Tritium 8

200 238 (8/8)

DeSoto Wildlife 300 Not Peasured 0

y 200-300 Refuge 300 3

3.7 mi 0 1180 Cattle Feed y Spec.

12 0.2 All LLD Not Applicable All LLD 0

(pCi/g wet)

Sr-90 12 0.03 Unavailable All LLD 0

To be reported in semi-annual report July - December 1982 Precipitation Gross 8 4

0.5 6.2 (4/4)

Agrico Ammonia 6.2 Not Measured 0

(pCi/1) 0.6-17.0 Plant 0.6-17.0 1.8 mi 0 3250

a I

i @

t PART 2 i

f 1

i SECTION VI i

i i

+

2 i

i i

j POTENTIAL DOSES TO INDIVIDUALS AND POPULATIONS i

(As Required by Regulatory Guide 1.21, Safety Guide 23) 4 1

January 1, 1982 to June 30, 1982 l

i I

s i

)

1 5

i

)

l 4

l i

f l

t I

r i

f l

n i

i e

W i

f f

VI-l i

I

VI. POTENTIAL DOSES TO INDIVIDUALS AND POPULATIONS a

A.

Potential Semiannual Doses to Individuals from Gaseous Releases.

Total body, skin and organ doses from ground releases were calculated in millirem (mrem) to an average adult, teenager, child and infant using the annual configuration of GASPAR program.

Re-sults to each receptor are shown in Tabl'es VI-A-1 through VI-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 configuration, 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.

9 4

The inputs to GASPAR for the semiannual period from January through June of 1982 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.

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 Dd VI-2 L

mid-week activity using the maximum instrument sensitivity (minimum i

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 a

were corrected for open terrain, plume depletion, and radioactive decay factors were calculated according to Regulatory Guide 1.111.

Also included were semiannual deposition 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/m3 for the air water concentration.

(5) All dose factors, transport times i

l 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.

I That is, if a cow was not present in a sector, then the milk pathway l

for that sector was not considered.

If it was present, then its actual sector distance was used.

s l

VI-3

i These inputs introduce a most conservative approach for the following reasons:

(1) The open terrain and deposition corrections increase semiannual "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 manner.

(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 configuration was also used to calculate the ALARA integrated 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 VI-B-1.

The population-integrated dose is the summation of the dose received by all individuals and has units of man-thyroid-rem when applied to the summation of thyroid doses.

The same inputs were used as tu the in-dividual case with the addition of the following:

i (1) A total population of 836,172, based on a 1980 conservative i

estimate, was used to define the sector segments within the 50-mile radiu's of the plant.

4 VI-4 r-

(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 a

configuration of the LADTAP program. Results are shown in Tables VI-C-1 through VI-C-11.

The inputs to LADTAP for the semiannual period from January through June 1982 were as follows:

(1) All liquid effluents were as described in Section I, l

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 mixing 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 VI-C-1 through VI-C-7 was used.

For O

i VI-5

Tables VI-C-8 through VI-C-11, a transport time of 0.0 was used from the plant to the discharge from the site.

(5) A shorewidth fa, tor of.2 was used.

(6) All consumption rates, usage rates, and transport times from receptor to individual were as defined by Regulatory Guide 1.109 in LADTAP.

The discharge site in Tables VI-C-8 through VI-C-11 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.

n V

/

D.

Potential Semiannual Doses to Population from Liquid Releases.

i The LADTAP program in its annual configuration was also used to calculate the total body and organ doses for the population of 836,172 l

within a 50-mile radius of the plant.

Results are shown in Tables VI-D-1 through VI-D-6.

The same input were used as in the individual f

cases with the addition of the following:

(1) Dilution factors and transport times for the pathways of sportfish, commercial fish, recreation and biota were calculated based on a distance of two miles downstream as approximately O

VI-6 i

w n--w-+e-m ece-m+-

~ -

,w-

- -+--

e-

. ~ _.

1 the distance to the nearest recreational facility - Desoto National Wildlife Refuge.

]

(2) The total fish harvest for both sport and commercial Purposes was calculated using an average commercial fish catch for.

Nebraska.

E.

Direct Radiation Doses to Individuals and Population.

Direct radiation doses, attributable to the gamma radiation emitted from the containment structure, were not observed above local background at any TLD and Geiger-Mueller sample locations for this semiannual period.

Details of this sample system are given in Section V, Environmental Monitoring.

4 i

l l

i e

j VI-7

~

O O

F ORT CALHOUN I RECEPTORS IN ALL SECTORS 8-24-82 SPECIAL LOCATION s 1 RES AT 4.58 HILES N SEMI. ANNUAL BETA AIR DOSE = 4.31E-6. MILLRADS SEMI-ANNUAL GAMMA AIR DOSE = 2.15E-04 MILLRADS PATHWAY T. BODY GI-TRACT BONE LIVER KIDNEY THYRDID LONG SKIN PLUME I 1.33E-04 4 1.33E-04 1 1.33E-04 1 1.33E-04 8 1.33E-04 1 1.33E-04 1 1.37E-04 1 3.21E-04 1 GROUND 1 1.19E-06 1 1 19E-06 1 1.19E-06 8 1.19E-06 8 1.19E-06 1 1.19E-06 i 1.19E-06 1 1.39E-06 I IbHAL 1

1 1

1 l

l l

ADULT I I.64E-05 l I.64E-05 1 4.79E-08 8 1.64E-05 1 1 64E-05 1 3.35E-05 1 1.64E-05 1 1.63E-05 I TEEN I 1 65E-05 1 1.65E-05 1 6.71E-08 8 1.65E-05 1 1 66E-05 1 3.75E-05 1 1.65E-05 1 1.65E-05 I Ch!LD l 1.46E-05 1 1.46E.05 i 9.07E-08 1 1 46E-05 1 1.67E-05 1 3.80E-05 1 1.46E-05 1 1.45E-05 I INFANT I 8.40E-06 I 8.37E-06 1 6.81E-08 1 8.45E-06 1 8.45E-06 1 2.98E-05 1 8.42E-06 4 8.37E-06 8 75

.cn FORT CALHOUN 1 RECEPTORS IN ALL 1ECTORS 8-24-82 I

5 FECIAL LOCATION 8 13 BEEF AT 1.74 MILES N SEMI-ANNUAL BETA AIR DOSE = 2.98E-03 MILLRADS SEMI-ANNUAL GAMMA AIR DOSE = 1.44E-03 MILLRADS PATHWAY T.00DY GI-TRACT RONE LIVER KIDNEY THYROID LUNG SKIN PLUME i A.82E.04 1 8.82E-04 I a.H2E-04 I 8.82E-04 1 A.e2E-06 I 8.82E-04 1 9.11E-04 1 2.17E-03 1 MLAT I

I I

i l

i i

i 1

A00LT I 3.08E-05 1 2.99E-05 1 1.clE-00 1 3.13E-05 1 3.08E-05 1 1.69E-04 1 2.98E-05 1 2.97E-05 1 TEEN I 1.83E-05 l 1.78E-05 i B.31E-07 1 1.90E-05 8 1.86E-05 1 1.18E-04 1 1.78E-05 1 1.77E-05 i t

CHILD 1 2.19E.05 1 2 15E-05 4 1.52E -06 1 2.30E-05 4 2 25E-05 l 1.73E-04 1 2.15E.05 1 2.14E-05 4 TABLE VI-A-1

s, s

i i

l i

i F ORT C ALHOUN 1 RECEPTORS IN ALL SECTORS 8-24-82 i

SFECIAL LOCATION s 2 BEEF.vEG. pes AT 1 91 MILES NNE SEMI. ANNUAL BETA AIR DOSE = 2 62E-03 MILLRADS 4

i SEMI-ANNUAL GAMMA AIR DOSE = 1 44E-03 MILLRADS PATHWAY T.80DY GI-TRACT BONE liver KIDNEY THYROID LONG SKIN PLUME I 8.99E-04 8 8.99E-04 I 8.99E-04 I 8.99E-04 I 8.99E-04 8 8.99E-04 8 9.23E-04 1 2.09E-03 I GFOUND 1 6.93E-06 1 6.93E-06 1 6.93E-06 1 6.93E-06 I 6.93E-06 1 6.93E-06 8 6.93E-06 I 8.10E-06 I VEGET I

i i

i I

I I

ADULT l 1.81E-04 1 1.75E-04 I 5.99E-06 9 1.84E-04 1 1.80E-04 1 9.13E-04 1 1.75E-04 1 1.74E-04 i a

TEEN i 2.05E-04 1 2.00E-04 1 8.36E-06 1 2.13E-04 1 2.07E-04 6 8.12E-04 1 2.01E-04 5 1.99E-04 1 4

,e CHILD I 3.14E-04 8 3.09E-04 1 1.47E-05 1 3.30E-04 1 3.19E-04 1 1.24E-03 1 3.11E-04 1 3.09E-04 1

~~

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MEAT I

I I

I l

ADuti 1 2 57E-05 1 2.52E-05 1 6.54E -07 1 2.6tE-05 I ?.E7E-05 8 1.15E-04 4 2 51E-05 1 2.50E-05 1 TEEN I 1.53E-05 1 1 50E-05 1 5.37E-07 8 1.58E-05 1 1 55E-05 6 8.02E-05 1 1 50E-05 1 1.49E-05 I

................_............................................s.............

CHILD 1 1.83E-05 1 1 81E-05 1 9.e2E-07 1 1.91E-05 4 1 88E-05 1 1.17E-04 1 1.81E-05 1 1.80E-05 1 IANAL i

I I

i I

i 1

ADULT I 9.67E-05 I 9.66E-05 1 3.00E-07 8 9.69E-05 1 9.70E-05 1 2.02E-04 8 9.67E-05 1 9.65E-05 l l

l j

TEEN I 9.74E-05 l 9.72E-05 1 4.20E-07 8 9.77E-05 I 9.79E-05 1 2.27E-04 1 9.75E-05 I 9.71E-05 1 CHILD 1 8.61E-05 1 8 59E-05 1 5.68E-07 I 8.64E-05 1 8.66E-05 1 2.31E-04 6 8.62E-05 6 8.58E-05 I INFANT l 4.95E-05 1 4.94E-05 1 4.26E-07 4 4.99E-05 1 4.99E-05 1 1.82E-04 1 4.97E-05 1 4.94E-05 i l

TABLE VI-A-2 1

a.

. I. I. 1l. 6. 1

.18

.i.4

. 1.

5 4. 4. 4.

4. 4. 45

. 3.

. 0 0. 0.

0. 0.

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0 E

. E E.

E.1 E.E.8 E.E.33.5E.

I 0

4 8.

K. 6 8

26 3

0 2

2.. 1 S.7 0

24 1. 1. 1.

. 21.

6 s

. 1. 1. 11. 1. 1 l8

.l

. 1. 6.

0 4

4.

6 4.

005 4. 4 3.

0.

0 0.

G.0 0

0 N.E E. E.E.

E.9E.E.7

. E.

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1. 51.

8 4

L 2.

66.

3 6.

1 2.

2.

1

5. u 224.

1. 1. 1.

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6

. 8. 1. i1. 1. 1 11

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. 1. 5.

33 4. 4. 44.

D.3.06 3.

0. E0 0

0. 0. 0 O0 E.E 0

I R

E.E.

E.

53E.

E.

7 0. 3 Y. 96 0.

8

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2332.

. 1 8.

1. 1. 1

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.1

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4. 4. 4.

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5 Y. 0. 0.

0. 0. 0 0. 0. 0.

0 E.E N.9 E. E._ 9E.

. E.

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8. 3. 1.

8. 9 4

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2

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1

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224.

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6

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2 8

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4. 4. 4 4. 4. 4. 5

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B S

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A 33 O.9. 6.

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5

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E 31 0. 0.

0. 0. 0 0. 0. 0. 0 S R.

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59.

8. 8. 4 _ 3.

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PVN SS E

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224.

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L II 8I AA

. 3. 6.

4. 4. 4 4. 4. 4. 5.

0. 0. 0.

0. 0. 0. 0.

M

. 0.

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AA Y _ -.

. E. E.

E. E. E E. E. E. E D.9 O2 TM

. 6 _

9. 1. 4 0. 9. 4. 5.

O.1 II5 EM B.

6 3

7 1

2 2

1

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22 4.

1. 1. 1. 6 _

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.I

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FORT C ALHOUN 1 RECEPTOR 5 IN ALL SECTORS 8 24-82 SPECIAL LOCATION s 4 VEG.RES AT 4.75 MILES ENE SEMI-ANNUAL BETA AIR DOSE = 3 90E-04 HILLRADS SEHI-ANNUAL GAMMA AIR DOSE = 1.78E-04 HILLRADS PATHhAY T.800Y GI-TRACT PONE liver KIONEY THYROID LUNG SKIN PLUME I 1.08E-04 1 1.08E-04 1 1.t8E-04 1 1.08E-04 I 1.00E-04 8 1.08E-04 1 1.12E-04 4 2.74E-04 I GGOUND I 5.81E-07 I 5.81E-07 1 5.AIE-07 1 5.81E-07 8 5.81E-07 4 5.81E-07 1 5.81E-07 1 6.79E.07 I VEGET 1

1 1

I I

ADULT 1 2.80E-05 1 2.75E-05 1 5. ole-07 1 2.82E-05 1 2 80E-05 1 8.90E-05 1 2.75E-05 1 2.74E-05 8 TEEN I 3.19E-05 1 3 15E.05 1 7.00E-07 1 3.25E-05 1 3.20E-05 1 8.25E-05 8 3.15E-05 1 3.14E-05 1

,e CHILO I 4.91E-05 1 4.87E-05 1 1.57E-06 1 5.04E-05 1 4.95E-05 1 1.26E-04 8 4.88E-05 1 4.87E-05 1 lhHAL 1

I i

1 1

ADULT I 1 52E-05 1 1.52E-05 1 4.42E-08 8 1.53E-05 1 1 53E-05 1 3.10E-05 l 1.52E-05 1 1.52E-05 1 TEEN I 1 53E-05 1 1 53E-05 1 6.20E-08 1 1.54E-05 1 1 54E-05 1 3.47E-05 l 1.54E-05 1 1.53E-05 1 CHILD 1 1.36E-05 1 1 35E-05 8 8 38E-08 1 1.36E-05 4 1.36E-05 8 3.51E-05 1 1.36E-05 1 1.35E-05 1 l

INFANT I 7.81E-06 1 7.78E-06 1 6.29E-08 1 7.85E-06 1 7.85E-06 1 2.75E-05 i~7.83E-06 I 7.78E-06 1 4

t t

TABLE VI-A-4

C O

FORT CALHOUN 1 RECEPTORS IN ALL SECTORS 8-24-82 SPECIAL LOCATION s 5 RES AT 4.68 MILES E SEMI. ANNUAL BETA AIR DOSE = 6.65E-06 MILLRADS SEMI-ANNUAL GAMMA AIR DOSE = 3.67E-04 MILLRADS PATHWAY T.00DY GI-TRACT RONE LIVER KIDNEY THYRDID LUNG SMIN PLUME I 2.26E-04 1 2.28E-04 1 2.28E-04 1 2.28E-04 1 2.28E-04 1 2.28E-04 8 2.35E-64 8 5.31E-04 I GROUND 1 9.53E-07 1 9 53E-07 1 9.53E-07 8 9.53E-07 8 9.53E-0 7 8 9.53E-07 1 9.53C-07 I 1.IIE-06 1 INHAL I

I I

I i

1 I

ADUL T 1 2.46E-05 1 2.45E-05 1 7 10E-08 8 2.46E-05 1 2.47E-05 1 5.00E-05 1 2.46E-05 1 2.45E-05 1 TEEN 1 2.47E-05 1 2.47E-05 1 9.95E-08 1 2.48E-05 1 2 49E-05 5 5.60E-05 1 2.4tE-05 1 2.47E-05 1

,e CHILD 1 2.19E-05 1 2.18E-05 8 1. 35E -0 7 1 2.20E-05 1 2.20E-05 1 5.67E-05 1 2 19E-05 1 2.lSE-05 i h3 INFANT I 1.26E-05 8 1.26E-05 1 1.01E-07 8 1.27E-05 1 1 27E-05 1 4.44E-05 1 1.26E-05 1 1 2SE-05 1 TABLE VI-A-5

'T

~

s

- ~~

T-t

+

FORT CALH00il I RECEP10PS IN ALL SECTORS 8-24-82 SPECIAL LOCsTION e 6 VEG GES

_J AT 4.20 Mit.E5 ESEJ

~'

s SEMI-ANNUAL BETA AIR DOSE = 9.32E-04 MILLWADS SEMI-ANNUAL GAK4A 4!E-DOSE = 5 14E-04 HILLRADS'

~

I

~

r PATHmAY

,J. BODY GI-TRACT BONE

' LIVER KIDNEY THYR 010 LukG

.......................................................................................... SKIN PLL*E 1 3 20E.c4 1 3 20E-04 1 3;?0E-04 I 9 20E-04 1 3.20E-04 4 3.20E-04~ l 3.28E-04 1 7.44E-04 I

....::,...........s............................................

GkCur o

'.1-72E-06 I 1.71E-06 8 1 73E-06 1 1.73E-06 i 1.73E-06 1 1.73E-06 1 1. 73E -06 y

...........................................................................1 2.03E-et_!

VtGET I

I I -

1 1

1 I

I I

ADULT 3 6.36E-05 1 6 22E-05 8 1 50E-06 8 0.44E-C5 1 6 35E-05 1 2.47

...-.....................................,............................ 5-04 1 6 221-05 I 6 20E-05 I TEth

'l 7.?4E.05 1 7.llE-05 1 2.09E-06 1 7.4 }E-0S ' l T.28E-05 1 2.24E-04 1 7.13E-

...................................................................................05 6 7.09E-05 1

~

[3 CHILO - l 1.llE-04 8 1.10E-04 1 4. 5 't-06 8 1.15E-04 l't.13E-06 i 3 J 1.10E-04 1 1.10E-04 1 j,

.....................................................i............. 425-04 La lhHAL i

i I...,

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...........................................................................13.44E-05l3.43(-05I ADULT I 3.44E-05 1 3.44E-05 1 1.02t-07 1 3.45E-05 1 3 45E-05 I

.06E-05

TEEN, 8 3.46E-05 1 3.46E-05 l 1.42E-07 4 3.47E-05 1 3 48E-05 1-7

.................................................................. 91E-05 i 3.47E-05 1 3.45E-05 I

_t CHILD I 3 06E-05 1 3.06E-05 ! 1.GJE-07 1 3.07E-05 1 3.08E-05 I 8.01E-05 1 3.07

_.........................................................E-05 8 3.06E-05 I IhfANT I 1.76E-05 1 1.76E-05 8 1.44E-07 l 1.77E-05 1 1 77E-05 4 6.29E-05

...........................................................................4 1.77E-05 1 1.76E-05 4 4

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F ORT CALHOUN 1 RECEPTORS IN ALL SECTORS 8-24 82 SPECIAL LOCATION a 10 PORK AT 1.11 MILES SSE SEMI. ANNUAL BETA AIR DOSE = 1 02E-02 MILLRADS

]

SEMI-ANNUAL GAMMA AIR DOSE = 5.63E-03 MILLRADS l

PATHWAY T.800Y Gl. TRACT BONE LIVER KIDNEY 1HvRotD LUNG SKIN PLUME I 3.50E-03 1 3.50E.03 1 3.50E-03 1 3.50E-03 1 3 50E-03 1 3.50E.03 1 3.60E 03 1 8.15E 03 1 MFAT I

1 1

l i

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AOUL T I 1.02E.04 4 9.84E-05 1 3.81E-06 1 1.04E-04 1 1 02E.04 1 6.23E-04 1 9.80E-05 I 9.75E-05 1 TEEN I 6.03E-05 1 5.87E-05 1 3.13E-06 1 6.30E-05 1 6.16E-05 1 4.39E-04 1 5.86E.05 1 5.82E-05 I l

CHILD 1 7 21E-05 1 7.06E.05 l 5.73E-06 1 7.65E-05 1 7.46E-05 1 6.45E.04 1 7.08E-05 6 7.03E.05 I e -e e

e-a O

FORT CALHOUN 1 RECEPTORS IN ALL SECTORS 8 24-82 SPECIAL LOCAT10N N 14 COW i

AT 2.77 MILES SSE

/

SEMI. ANNUAL BETA AIR DOSE = 1 29E-03 MILLRAOS SEMI. ANNUAL GAMMA AIR DOSE = 7.10E.04 MILLRADS FATHWAY T.800Y GI-TRACT HONE LIVER KIONEY THYROID LUNG SKIN PLUME I 4.42E-04 1 4.42E-04 1 4.42r.-04 1 4.42E-04.1 4.42E-04 1 4.42E.04 1 4.54E-04 1 1.03E-03 1 COW MILK 1 1

1 l

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1 ADULT I 3.22E-05 1 2.95E-05 1 3.13E-06 1 3.38E-05 l 3.36E-05 1 7.54E-04 8 2.92E-05 1 2.99E-05 1 TEEN I 4 17E-05 1 3.85E.05 6 5.64E-06 1 4.63E 05 1 4.60E.05 1 1.18E.03 4 3.82E 05 1 3.76E-05 i i

CHILD 1 6.48C-05 1 6. ole-05 1 1 35E-05 1 7.43E-05 1 7.32E-05 1 2.32E-03 1 6.04E 05 1 5.94E-05 1 INFANT 1 9.88E-05 4 9.09E.05 1 2 50E-05 1 1.22E.04 1 1.14E.04 8 5.39E-03 1 9 18E-05 l 9.02E-05 I j

~~

TABLE VI-A-8 Continued

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FORT CALHOUN 1 RECEPTORS IN ALL SECTORS 8-24-82 SPECIAL LOCATION s 12 PORK AT 0.97 HILES 5 SEH1. ANNUAL BETA AIR DOSE = 9.76E-03 MILLRADS SEMI. ANNUAL GAMM A AIR DOSE = 5 3BE.03 MILLRADS PATHWAY T.B0DY GI. TRACT PONE LIVER KIDNEY THYROID LUNG SKIN PLUME 1 3.35E-03 1 3.35E-0 3 1 3.35E.03 1 3.35E.03 1 3.35E.03 4 3.35E-03 1 3.44E.03 1 7.79E-03 I I

I i

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1 1

ADULT 1 9.66E-05 6 9.39E.05 1 3 00E-06 1 9.80E.05 I 9.66E-05 1 5.06E-04 1 9.37E-05 I 9.33E.05 I l

TEEN I 5.73E-n5 1 5.61E-05 1 2.46E-06 1 5.94E-05 1 5.83E-05 1 3.55E.04 8 5.60E-05 4 5.57E 05 1 CHILD I 6.87E-05 8 6.75E-05 1 4.50E.06 8 7.21E-05 1 7.06E-05 1 5.19E-04 5 6.76E-05 i 6.72E.05 4 l

j 1

l s-*

os FORT CALHOUN I RECEPTORS IN ALL SECTORS 8-24-82 l

SPECIAL LOCATION 8 13 COW AT 2 77 HILES 5 SEMI-ANNUAL BETA AIR DOSE = 8.87E-04 HILLRADS SEMI-ANNUAL GAMMA AIR DOSE = 4.89E-04 MILLRADS PATHWAY T. BODY GI-TRACT BONE liver KIDNEY THYROID LUNG SMIN PLUME I 3.05E-04 1 3.05E-04 1 3.05E-04 1 3.05E-04 1 3.05E.04 1 3.05E.04 1 3.13E-04 1 7.0BE 04 i COW MILK 1 l

l l

8 1

i ADULT 1 2.17E.05 1 2.03E-05 1 1.70E-06 1 2.26E.05 1 2 25E.05 1 4.14E.04 1 2.01E.05 1 1.99E.05 I TEEN 1 2.81E-05 1 2.64E-05 1 3.06E-06 1 3.07E-05 1 3 05E-05 1 6.48E-04 1 2.63E-05 1 2.59E-05 i CHILD 1 4.39E.05 1 4 14E-05 1 7.35E.06 1 4.90E-05 1 4.85E 05 1 1.27E-03 1 4.15E-05 1 4.10E.05 I INFANT I 6.69E-05 1 6.26E-05 1 1 36E-05 1 7.95E.05 1 7.50E.05 1 3.05E-03 4 6.31E-05 1 6.22E.05 I TABLE VI-A-9 Continued l

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O FORT CALHOUN I RECEPTORS IN ALL SECTORS 8-24-82 SPECIAL LOCATION a 16 RES AT 0.74 MILES SW SENI. ANNUAL BETA AIR DOSE = 1.33E-02 Nits a 5$

SEMI-ANNUAL GAMMA AIR DOSE = 7.34E-03 MILLRADS PATHWAY T.000Y GI-TRACT BONE LIVER MIDNEY THYROID LUNG SKIN PLUME I 4.57F-03 1 4.57E-03 1 4.57E-03 1 4.57E-03 1 4.57E-03 1 4.57E-03 1 4.69E-03 1 1.06E-02 i GkOUND 1 2.89E-05 1 2.89E-05 1 2.89E-05 1 2.89E-05 1 2 89E-05 1 2.89E-05 1 2.89E-05 1 3.38E-05 1 IhMAL i

1 1

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i 1

1 1

ADULT 1 6.92E-04 1 4.91E-04 1 1.60E-06 1 4.93E-04 1.4.94E-04 I 1.05E.03 1 4.92E-04 1 4.90E-04 1 TEEN I 4.95E-04 1 4.94E-04 1 2.24E-06 1 4.97E-04 4 4.90E-04 1 1.18E-03 1 4.96E-04 1 4.94E-04 1 CHILD 1 4.36E-04 1 4 37E-06 1 3.03E-06 1 4.39E-04 4 4.40E-04 1 1.20E-03 1 4.39E-04 1 4.36E-04 1 e

INFANT I 2.52E-04 1 2.51E-04 1 2.27E-06 1 2.54E-04 1 2.54E-06 1 9.49E-04 1 2.53E-04 1 2.51E-04 1 g;

FORT CALHOUN 1 RECEPTORS IN ALL SECTORS 8-24-82 SPECIAL LOCATION #

1 VEG AT 0.84 MILES So SEMI. ANNUAL BETA AIR DOSE = 9.76E-03 MILLRADS SLMI-ANNUAL GAMMA AIR DOSE = 5 38E-03 HILLRADS PATHWAY T. BODY GI. TRACT BONE LIVER KIONEY THYROID LUNG SKIN

....__..........._..................._...._____...................__.....................s......

PLUME I 3.35E-03 1 3 35E-03 1 3.35E-03 1 3.35E-03 1 3.35E-03 1 3.35E-03 1 3.44E-03 1 7.79E-03 I VEGET I

1 l

l 1

l l

l 1

ADULT 1 6.70E-04 1 6 52E-04 1 1.90E-05 8 6.80E-04 1 6.69E-04 1 2.99E-03 1 6.52E-04 1 6.49E-04 i TEEN I 7.61E-04 1 7.46E-04 1 2.65E-05 1 7.86E-04 1 7.66E-04 1 2.68E-03 1 7.48E-04 1 7.43E-04 I i

CHILD 1 1.17E-03 1 1 15E-03 1 5.92E-05 1 1.22E-03 1 1 18E-03 1 4.09E-03 1 1 16E-03 1 1.15E-03 1 TABLE VI-A-11

l

-J FORT CALHOUN 1 RECEPTORS IN ALL SECTORS 8-24-82 SPECIAL LOCATION 8 2 COWebEEF AT 1.66 MILES SW SEMI-ANNUAL BETA AIR DOSE = 1 88E-03 MILLRADS SEMI-ANNUAL GAMMA AIR DOSE = 8.53E-04 MILLRADS PATHWAY T.80DY GI-TRACT BONE LIVER KIDNEt THYHOID LUNG SMIN PLUME 1 5.21E-04 1 5.21E-04 1 5.21E-04 8 5.21E-04 1 5 21E-04 1 5.21E-04 1 5.39E-04 1 1.32E-03 1 MLAT I

I 4

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AOULT 4 1.94E-05 4 1.92E-05 1 3.28E-07 8 1.96E-05 1 1.94E-05 1 6.41E-05 1 1.91E-05 i 1.91E-05 1 TEEN 1 1.16E-05 1 1.14E-05 1 2.70E-07 1 1.18E-05 1 1 17E-05 1 4.40E-05 1 1.14E-05 1 1.14E-05 I CHILD 1 1.39E-05 1 1 38E-05 1 4.93E-07 1 1.43E-05 1 1.41E-05 1 6.30E-05 1 1.38E-05 8 1.38E=05 1 COW HILK I i

i 1

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/g ADULT I 4.76E-05 1 4 54E-05 1 2.70E-06 1 4.91E-05 1 4.89E-05 1 6.66E-04 4 4.51E-05 1 4.48E-05 i sa TEEN 1 6.19E-05 1 5.91E-05 1 4.85E-06 I 6.59E-05 1 6.55E-05 l 1.04E-03 4 5.89E-05 1 5.84E-05 1 CHILD 1 9.6eE-05 I 9.28E-05 8 1.16E-05 1 1.05E-04 1 1 04E-04 1 2.03E-03 1 9.30E-05 1 9.22E-05 1 INFAhi 1 1 47E-04 4 1.41E-04 1 2.15E-05 1 1.67E-04 1 1 60E-04 4 4.86E-03 1 1.41E-04 1 1.40E-04 I 4.....__.

i l

4 TABLE VI-A-11 Continued

S F ORT C ALHOUN I RECEPTORS IN ALL SECTORS 8-24-82 SPECIAL LOCATION 's 3 RES AT 1.10 MILES WSW SEMI-ANNUAL 8 ETA AIR DOSE = 6.65E-03 MILLRADS SEMI-ANNUAL GAMMA AIR DOSE = 3.67E-03 MILLRA05 PATHWAY T. BODY GI-TRACT BONE liver KhDNEY THYR 010 LUNG SKIN PLUME i 2.28E-03 1 2.2eE-03 1 2. pee-03 1 2.28E-03 1 2 28E-03 8 2.28E-03 1 2.35E-03 1 5.31E.03 I 1 1 88E-05 1 1 88E-05 1 1.R8E-05 l 1.88E-05 8 1 88E-05 1 1.88E-05 8 1.88E-05 1 2.19E.05 I GRO'.ND INHAL i

l i

1 1

1 l

l 1

AOULT l 2.46E-04 1 2.46E-04 1 7.63E-07 1 2.46E'-04 1 2 47E.04 1 5.20E.04 1 2.46E-04 1 2.45E.04 1 TEEN 1 2.48E-04 1 2.47E-04 1 1 10F-06 1 2.48E-04 1 2 49E-04 1 5.84E.04 1 2.48E-04 1 2.47E-04 1 CHILD 1 2.19E-04 1 2.18E-04 5 1.48E-06 1 2.20E-04 1 2.20E.04 1 5.93E-04 4 2.19t-04 4 2.lsE-04 1 INFANT 1 1.26E-04 1 1.26E 04 1 1.llE-06 1 1.27E-04 1 1 27E-04 1 4.68E-04 1 1.26E-04 1 1.25E-04 I m

a N

N FORT CALHOUN I RECEPTORS IN ALL SECTORS 8-24-82 SPECIAL LOCATION e 5 COW AT 4.12 MILES WSW SEMI. ANNUAL BETA AIR DOSE = 3 55E-04 MILLRADS SEMI-ANNUAL GAMMA AIR DOSE = 1.59E-04 MILLRADS PATHWAY T. BODY GI-TRACT HONE LIVER KIDNEY THYROID LUNG SKIN PLUME I 9.71E-05 1 9.71E.05 I 9.71E-05 l 9.71E-05 l 9.71E-05 I 9.71E-05 1 1.01E-04 1 2.47E-04 1 C0W MILK 1 1

1 1

1 ADULT l 9.03E-06 1 8.58E-06 1 5.39E-07 1 9.32E-06 1 9 27E-06 1 1.33E-04 I 8.52E-06 I 8.47E-06 1 TEEN 1 1 17E-05 1 1.12E-05 1 9.70E-07 1 1.25E-05 1 1.25E-05 1 2.08E-04 1 1 11E-05 1 1.10E.05 1 i.

CHILO 1 1.83E-05 1 1.75E-05 1 2.33E-06 1 2.00E-05 1 1 98E-05

................................................................1 4.06E-04 1 1.76E-05 1 1.74E-05 I INFANT 1 2 79E-05 1 2.65E-05 1 4.30E-06 1 3.19E-05 1 3.05E-05 i 9.70E-04 1 2.67E-05 1 2.64E-05 I i

TABLE VI-A-12 I

i i

w

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~/

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FORT CALHOUN 1 RECEPTORS IN ALL SECTORS 8-24-82 SPECIAL LOCATION s 4 BEEF,vEG AT 2.45 MILES hSW SEMI. ANNUAL BETA AIR DOSE = 1 06E-03 MILLRADS SEMI-ANNUAL GAMMA AIR DOSE = 5 87E-04 HILLRADS PATHsAY T. BODY GI-TRACT BONE liver KIDNEY THYROID LUNG SKIN PLUME 1 3.66E-04 1 3.66E-04 1 3.66E-04 1 3.66E-04 1 3.66E-04 1 3.66E-04 1 3.75E-04 I 8.50E.04 1 VEGET l

l l

l 1

1 l

l l

L 7.12E-05 I 2'.05E-06 1 7.41E-05 1 7.30E-05 1 3.23E-04 1 7.llE-05 1 7.08E-05 I ADULT l 7.31E-05 1 TEEN i 8.30E-05 1 8.14E-05 1 2.86E-06 l 8.57E-05 I a.3eE-05 1 2.90E-04 1 8 16E-05 1 8.11E-05 1 CHILD 1 1.27E-04 1 1.26E-04 1 6.39E-06 1 1.33E-04 1 1.29E-04 1 4.43E.J4 I 1 26E-04 8 1.26E-04 I MEAT I

I I

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[3 ADULT I 1.04E-05 1 1 02E-05 1 2.23E-07 1 1.05E-05 l 1 04E-05 1 *.10E.05 1 1.02E-05 1 1.02E-05 1 e

[j TEEN i 6 20E-06 1 6.10E-06 1 1.84E-07 1 6.35E-06 1 6.27E-06 1 2.84E-05 1 6.10E-06 1 6.07E-06 I CHILD 1 7.44E-06 1 7 35E.06 1 3.26E-07 1 7.70E-06 1 7.59E-06 1 4.10E-05 1 7.37E-06 1 7.33E-06 I TABLE VI-A-12 Continued

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FORT CALHDUN 1 RECEPTDRS IN ALL SECTORS 8-24-82

$PECIAL LOCATION s 8 BEEF vEG.RES PRK AT 2.03 MILES WNW SEMI. ANNUAL BETA AIR DOSE = 2 37E-03 MILLRADS SEMI-ANNUAL GAMMA AIR DOSE = 1 11E-03 MILLRADS PATHWAY T. BODY GI-TRACT BONE LIVER MIDNEY THYROID LONG SKIN PLUME I 6.7eE-04 1 6.78E-04 5 6.78E-04 5 6.78E-04 1 6.78E-04 5 6.78E-04 1 7.01E-04 l 1.69E-03 I GROUND I 6.3BE-06 1 6.38E-06 1 6.38E-06 1 6.38E-06 8 6.3EE-06 1 6.38E-06 8 6.38E-06 1 7.46E-06 I i

vtGET I

1 1

1 l

l l

1 1

ADULT 1 1.71E-04 8 1 66E-04 1 5.51E-06 1 1.74E-04 l 1 71E-04 1 8.43E-04 1 1.66E-04 1 1.65E-04 I TEEN I 1.94E-04 1 1.90E-04 1 7.69E-06 1 2.01E-04 1 1 96E-04 1 7.51E-04 1 1.91E-04 1 1.89E-04 I CHILD 1 2.98E-04 4 2.93E-04 8 1.72E-05 1 3.13E-04 1 3.03E-04 1 1.14E-03 1 2.95E-04 1 2. 93E-04 i d,

MEAT I

l l

l 1

I i

en ADULT I 2.44E-05 1 2.39E-05 1 6. ole-07 1 2.47E-05 1 2.44E-05 1 1.06E-04 1 2.38E-05 1 2.38E-05 1 TEEN 1 1.45E-05 l 1 42E-05 4 4.94E-07 8 1.49E-05 1 1 47E-05 I 7.40E-05 l 1.42E-05 1 1.42E-05 I CHILD 1 1.74E-05 l 1.72E-05 1 9.03E-07 1 1.81E-05 1 1 78E-05 1 1.07E-04 1 1.72E-05 1 1.71E-05 8 INHAL 1

e i

1 1

1 I

I 1

ADULT 1 9.lBE-05 I 9 16E-05 1 2.83E-07 8 9.20E-05 l 9.21E-05 1 1.91E-04 1 9.18E-05 l 9.15E-05 1 4

TEEN I 9.24E-05 I 9 22E-05 1 3.96E-07 1 9.27E-05 1 9.29E-05 1 2.15E-04 1 9.25E-05 l 9.21E-05 1 CHILD 1 8 17E-05 I 8 15E-05 I 5.35E-07 I 8.20E-05 1 8 22E-05 1 2.18E-04 4 8 18E-05 I 8.15E-05 i INFANT l 4.70E-05 1 4.69E-05 1 4.01E-07 I 4.73E-05 1 4.73E-05 1 1.71E 04 1 4.72E-05 1 4.68E-85 1 1

l 4

i 4

TABLE VI.A 14

FORT CALHOUN 1 RECEPTORS IN ALL SECTORS 8-24-82 SPECIAL LOCATION # 9 VEG.RES AT 2.58 MILES hw SEMI. ANNUAL BETA AIR DOSE = 1 55E-03 MILLRADS SEMI. ANNUAL GAMMA AIR DOSE = 8.57E.04 MILLRADS PATHWAY T.BODV GI-TRACT BONE LIVER KIDNEY THYROID LUNG SKIN PLUME 1 5.33E-04 1 5.33E-04 1 5.33E-04 1 5.33E-04 1 5 33E 04 1 5.33E-04 1 5.47E-04 1 1.24E.03 i GROUND 1 4.62E-06 1 4.62E-06 4 4.62E-06 1 4.62E.06 1 4.62E-06 8 4.62E-06 8 4.62E-06 1 5.40E-06 I VEGET I

I I

I i

1 1

l l

l ADULT i 1.08E-04 1 1.04E.04 1 3.99E.06 1 1.10E.04 1 1.07E.04 1 5.96E-04 1 1.04E-04 1 1.03E.04 1 1

TEEN I 1 22E-04 1 1 19E-04 1 5.57E-06 1 1.27E-04 1 1 23E-04 4 5.27E-04 8 1.19E.04 1 1.18E 04 1 CHILD 1 1 86E.04 1 1.83E.04 1 1.25E-05 1 1.97E 04 5 1 90E-04 4 8.02E-04 1 1.85E-04 1 1.83E.04 I INHAL 1

1 l

I l

1 i

l I

ADULT I 5.74E-05 1 5.73E-05 1 1.74E-07 1 5.75E-05 I 5 76E.05 1 1.19E.04 I 5.74E.05 1 5.72E.05 1 TEEN i 5.78E.05 1 5.76E-05 1 2.44E-07 1 5.79E.05 1 5.81E-05 1 1.33E-04 1 5.78E.05 I 5.76E-05 I CHILD l 5.IIE.05 1 5.09E-05 1 3.30E-07 8 5.12E-05 8 5 14E-05 1 1.35E-04 8 5.llE.05 1 5.09E.05 i e

E$

INFANT I 2.94E-05 1 2 93E.05 1 2.47E-07 1 2.96E-05 1 2 96E-05 1 1.06E.04 1 2.95E.05 1 2. 9 3E-05 1 FORT CALHOUN 1 RECEPTORS 114 ALL SECTORS 8-24-82

$PECIAL LOCATION # 10 C0w. PORK AT 3.50 MILES NW SENI. ANNUAL BETA AIR DOSE = 8.43E-04 HILLRADS SEMI-ANNUAL GAMMA AIR DOSE = 4.65E-04 MILLRADS PATHWAY T. BODY GI. TRACT RONE liver K,lDNEY THYROID LUNG Sn!N PLUME 1 2.89E-04 1 2.89E-04 1 2.89E.04 1 2.89E-04 l 2.89E.04 1 2.89E-04 1 2.97E.04 1 6.73E.04 1 HEAT I

i i

l i

1 1

ADULT l 8.29E-06 I 8 10E-06 1 2.07E.07 1 8.38E-06 8 8.29E.06 1 3.66E.05 1 8.08E.06 8 8.06E-06 I TEEN I 4.92E-06 1 4.83E-06 1 1.70E.07 1 5.07E.06 1 4.99E-06 1 2.55E-05 1 4.83E.06 4 4.81E-06 l CHILD 1 5.90E-06 4 5.82E-06 1 3 11E-07 1 6.15E.06 1 6.04E-06 1 3.70E.05 8 5.83E.06 1 5.81E.06 I COW HILK l l

1 1

I ACULT I 2.07E-05 1 1.93E-05 1 1.70E-06 1 2.16E-05 1 2 15E-05 1 4.13E-04 1 1.91E.05 l 1.89E.05 1 TEEN l 2.68E 05 1 2.5tE-05 1 3.06E-06 1 2.94E-05 1 2 92E-05 1 6.47E-04 1 2.50E-05 1 2.47E.05 i CHILD 1 4.18E-05 1 3.93E-05 1 7.35E-06 1 4.70E-05 1 4.64E-05 1 1.27E-03 4 3.94E-05 1 3.89E 05 I INFANT I 6.38E.n5 1 5.95E-05 1 1 36E-05 I 7.64E-05 1 7 19E-05 1 3.05E-03 1 6.00E.05 1 5.91E-05 i i

TABLE VI-A-15

O O

V V

FORT CALHOUN 1 AECEPTORS IN ALL SECTOR 5 8-24-82 SPECIAL LOCATION s 11 vEG.RES AT 2.05 MILES NNW SEMI-ANNUAL BETA AIR DOSE = 2 54E.03 MILLRADS SEMI-ANNUAL GAMMA AIR DOSE = 1 20E 03 MILLRADS PATHWAY T. BODY GI. TRACT HONE LIVER KIDNEY THYROID LUNG SMIN PLUME I 7.36E-04 1 7.36E-04 1 7.36E 04 I 7.36E-04 4 7.36E-04 1 7.36E 04 1 7.60E-04 1 1.83E-03 I GROUND 1 8.12E.06 I 8.12E-06 I 8 12E-06 8 8.12E 06 8 8.12E-06 8 8.12E.06 1 8.12E-06 I 9.49E.06 I VEGET I

I I

I i

i 1

ADULT I 1.85E.04 1 1.78E-04 1 7.01E.06 1 1.88E-04 8 1 84E-04 1 1.04E-03 1 1.78E-04 1 1 77E 04 I TEEN I 2.09E-04 1 2.04E-04 4 9.79E-06 1 2.18E-04 1 2 11E.04 1 9.18E 04 1 2.04E.04 1 2.03E-04 1 CHILO 1 3.20E-04 1 3.15E.04 1 2.19F-05 1 3.39E-04 1 3.26E-04 1 1.40E 03 1 3.16E-04 1 3.14E-04 I INHAL 1

1 I

I i

1 1

i i

AOULT I 9.84E.05 I 9.82E-05 1 3.05E.07 1 9.85E.05 1 9.87E-05 1 2.06E-04 1 9.84E.05 I 9.81E.05 I s

TEEN 1 9.90E-05 1 9 88E.05 1 4 28E-07 1 9.93E.05 1 9.95E-05 1 2.31E-04 I 9.92E-05 1 9.57E-05 I tg CHILD I 8.76E-05 I 8.73E-05 I 5.78E-07 l 8.79E 05 1 8.81E.05 4 2.34E-04 I 8.77E.05 s 8.73E-05 I t

........................._.......................................................s................

l INFANT I 5.04E-05 1 5.02E-05 4 4.33E-07 1 5.07E-05 1 5.07E-05 1 1.84E-04 1 5.05E-05 1 5.02E 05 I FORT CALHOUN I RECEPTORS IN ALL SECTORS 8-24-82 SPECIAL LOCATION e 12 BEEF AT 2.28 MILES NNd SEMI-ANNUAL PETA AIR DOSE = 2.09E-03 MILLRADS SEMI-ANNUAL GAMMA AIR DOSE = 1 15E-03 MILLRADS PATHWAY T.90DY GI. TRACT RONE LIVER MIDhEY THYROID LUNG SMIN PLUME l 7 16E-04 1 7.16E.04 1 7.16E-04 1 7.16E 04 1 7 16E-04 1 7.16E.04 1 7.35E-04 1 1.66E-03 I MEAT I

I i

1 l

l 1

1 1

ADULT 1 2.06E.05 1 2.01E-05 4 5.99E-07 1 2.09E.05 1 2.06E-05 1 1.03E-04 1 2.00E-05 i 1.99E-05 I TEEN I 1.22E-05 1 1.20E-05 1 4.93E-07 I 1.26E-05 1 1 24E.05 5 7.17E-05 1 1.20E.05 1 1 19E.05 I CHIL D 1 1.46E-05 1 1.44E-05 I 9.00E-0F l 1.53E-05 l 1.50E.05 l 1.05E-04 4 1.44E-05 1 1.44E-05 I TABLE VI-A-16

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TEENAGER DOSE FACTORS

_ INGESTION DOSE FACTORS.

SHORELINE (MAEM/PCI INTAKEl (MREM /4Rl/IPCI/Me*2)

NUCLIDE CURIE /.5YR 80NE LIVER TOTAL BODY THYROID KIDNEY LONG GI-LLI SKI 4 TOTAL 800f RECON SBCE 141 1.93E-03 1.26E-08 8.46E-09 9.70E-10 0.0 2.94E-09 0.0 2.29E-05 531 131 3.67E-03 5.57E-06 7.8 7E-06 4.69E-06 2.27E-03 1.02E-05 0.0 1 49E-06 53I 133 1 0lE-03 2 03E-06 3.44E-06 1.0bE-06 6.25E-04 4.33E-06 0.0 2.50E-06 56BA 140 2.58E-03 2.83E-05 3.48E-08 1.8/E-06 0.0 6.68E-09 2.33E-08 4.14E-06 i

44Ru 103 1.00E-03 2.37E-07 0.0 1.06E-07 0.0 7.07E-07 0 0 1.85E-05 SSCS 137 1.2SE-02 1.07E-04 1.44F-04 5.05E-05 0.0 3.71E-05 1.91E-05 1.92E-06 607R 95 1.74L-03 3.72E-08 1.24r-08 8.66E-09 0.0 1.54E-08 0.0 2.6eE-05 41NP 95 8.70E-04 7.24E-09 4.3cE-09 2.46E-09 0.0 3.43E-09 0.0 1.7eE-05 i

55C5 134 6.75E-03 8.05E-05 1.94E-04 9.06E-05 0.0 4.80E-05 2.35E-05 2.24E-06 27CO 58 7.39E-03 0.0 9.92E-07 2.26E-06 0.0 0.0 0.0 1.34E-05 27C0 60 1.91E-03 0.0 2.76E-06 6.30E-06 0.0 0.0 0.0 3.31E-05 57LA 140 7.15E-04 J.4BE-09 1.72E-09 4.55E-10 0.0 0.0 0.0 9.46E-05 IH 3

2.10E.02 0.0 1.06E-07 1.06E-07 1.06E-07 1.34E-07 1.06E-07 1.06E-07 CHILD 005E FACTORS

[3

_INGESTICN DOSE FACTORS-

_ SHORELINE __

e (HREH/PCI INTAKEl (MREM /1Rl/IPCI/M**2)

k$

NUCLIDE CURIE /.SYR RONE LIvf R TOTA'L BODY THYROID KIDNEY LUNG GI-LLI SKI 4 TOTAL BODY RECON 58CE 141 I.93C-03 3.76E-08 1.8EE-08 2.80E-09 0.0 2.94E-09 0.0 2.36E-05 531 131 3.67E -03 1.63E-05 1.67E-05 1.26E-05 5.43E-03 1.02E-05 0.0 1.43E-06 53I 133 1.0lE-03 5.98E-06 7.38E-06 2.90E-06 1.78E-03 4.33E-06 0.0 2.99E-06 568A 140 2.56E-03 6.26E-05 7.25E-08 4.85E-06 0.0 8.68E-09 4.32E-08 4.21E-06 44RU 103 1.00E-03 6.78E-07 0.0 2.74E-07 0.0 7.07E-07 0.0 1.78E-05 SsCS 137 1.25E-02 3.12E-J4 3.02E-04 4.50E-05 0.0 3.71E-05 3.54E-05 1.84E-06

07R 95 1.74E-03 1.04E-37 2.42E-08 2.20E-08 0.0 1.54E-08 0.0 2.50E-05 elN8 95 8.70E-04 1.95E-08 8.32E-09 6.

IE-09 0.0 3.43E-09 0.0 1.44E-05 55CS 134 6.75E-03 2.24E-04 3.77E-04 8.(2E-05 0.0 4.80E-05 4 19E-05 2.04E-06 27CO 58 7.39E-03 0.0 1.65F-06 5.58E-06 0.0 0.0 0.0 1.10E-J5 2 7CO 60 1.91E-03 0.0 5.lTE-06 1.55E-05 0.0 0.0 0.0 2.86E-05 57LA 140 7.15E-04 1.01E-08 3.52E-09 1. ICE-09 0.0 0.0 0.0 1.00E-04 I

IH 3

2.10E*02 0.0 2.03E-07 2.03E-07 2.03E-07 1.34E-07 2.03E-07 2.03E-07 i

i TABLE VI-C-2 J

=

N O

O C

E R

3 2Y

D aO MB E/

N1L ICA LPT EIO R/T Ol HR S44

/l MK ES RM

(

5066565566547 I0000000000000 L-LEEEEEEEEEEEEE R373698069447 I3524783497600 G

2134112119213 7

5 5

7 0

0 0

0 G

N E

E E

E U

7 1

2 7

L0000080040000 0001080090003 2

956975895 7

0 Y000000000 0

S E-E R

NEEEEEEEEE E

e OlD423871430 4

8 S

TEI9036075480003 9

R CKK O

AA 2148731340001 0

T FT 2

C N0 23 7

A EII 00 0

S F

S o - -

I 3

OIp EE E

O E

DCy 15 7

E C

S PH0330000000000 S

O N/T A

I D OM 0140000000003 E

V IE L

T TRY9566758856597 E

N SMD0000000000000 R

E A

EI O-L F

G BEEEEEEEEEEEEE L

B N

N 5089508376667 A

A L7359827092510 T

T I

I A

O T5258443169223 T.

O T8557 48846597 0000 00000000

_ pEEEE EEE0EEEE E1745 12548777 2

V9087033727030 2

I L4411075183183 855464784 6

S 000000000 0

I EEEEEEEEEE E

H N026413l98 2

N O 0 4 2 7 4 5. l. 85001 0

E B

7 8311162340020 E

3333323433342 C

0000000000000 R

R - - - - - - - - - - - -

U YEEEEEEEEEEEEE O

5.9605027773911 371B054059150 S

/............. N E1312111867172 I

I R

R U

E C1130375548003 B.

433403993564 M

111111 1

1 U

E N

DE 4uSRBS0OA IC118RCZHCCCLH L

LA33645015777l A

CS55545445225 T

U O

N T

__ ^

l

)

l 1

I

ON t

e e

o e AS LOW AS REASON U / ACHIEVABLE

ADULT 00SES DOSE (MREM PER.S Y Fe INTAME) y PATHuAY SklN 00NE LIVER TOTAL BODY THYROID KIDNEY LUNG GI-LLI FISH 8.43E-02 1.43E-01 1.03E-01 3.72E-03 4.93E-02 1.62E-02 2.12E-02 DEINMING 5.01E-05 1.01E-03 9.89E-04 1.16E-03 9.58E-04 9.39E-04 9.54E-84 SHOREllNL 1 13E-04 9.68E-05 9.68E-05 9.68E-05 9.68E-05 9.6eE-05 9.68E-05 9.68E-05 SwlMMING 0.0 1.43E-06 1.4 3E-0 6 1.43E-06 1.43E-06 1.43E-06 1.43E-06 1.43E-06 OOATING 0.0 7.13E-07 7.13E-07 7.13E-07 7 13E-07 7.13E-07 7.13E-07 7.13E-07 TOTAL 1.13E-04 8.4SE-02 1.44E-01 1.04E-01 4.98E-03 5.03E-02 1.72E-02 2.23E-02 USAGE (MG/YR.HR/YRI DILUTION IIMElHR)

SHOREh!DTH FACTOR =0.2 FISH 21.0 1.0 24.00 ORINKING 730.0 30.8 18.60 SHOPELINE 12.0 1.0 0.0 ShlHHING 12.0 1.0 0.0 BOATING 12.0 1.0 0.0 ISOTOPE CONTRIBUTION

PATHWAY SKIN BONE LIVER TOTAL 80CY THva010 KIDNEY LUNG GI-LLI FISH CS 137 69%

CS 137 SSt CS 137 50s I 131 77%

CS 137 55n CS 137 555 CS 137 7%

CS 134 294 CS 134 404 CS 134 465 1 133 24 LS 134 38%

CS 134 384 HB 95 745 CS 136 15 CS 136 in H

3 194 CS 136 IE H

3 64 CS 134 4R ZN 65 1%

ZN 65 24 ZN 65 55 7

H 3

la H

3 34 1

1 DAINKING BA 140 3h CS 137 44 CS 137 2$

I 131 195 CS 137 14 H

3 994 H

3 975 CS 137 66%

CS 134 3E CS 134 25 H

3 804 CS 134 15 CS 134 274 H

3 91%

H 3 934 H

3 964 Se0 RELINE CS 137 579 CS 137 571 CS 134 20E CS 134 209 CO 58 IE CO 58 19 CO 60 181 CO 60 185 Salp I 131 35 1 133 19 BA 140 15 RU 13 15 CS 137 144 1R 95 31 hu 95 14 CS 134 22t CO 58 15%

MN 54 15 CS 136 55 FE 59 4$

ZN 65 21 CU 60 10%

l d$

,, [

TABLE VI-C-4

D O

e e

e AS low AS REASONASLY ACHIEVABLE

TEENA GER D0SES i

___ 00SE (HREM PER.5YR INTAKEl PATHWAY SAIN BONE LIVER TOTAL BODY THYRotD MIONEY LUNG GI-LLI FISH 8.50E-02 1.42E-01 5.77E-02 3.10E-03 3.75E-02 1.83C-02 1.40E-02 OhINMING 4.63E-05 5.89E-04 5.4SE-04 7.02E-04 6.70E 5.23C-04 5.27E-06 Sh0 RELINE 6.31E-04 5.40E-04 5.40E-04 5.40E-04 5.40E-04 5.40E-04 S.40E-04 S.40E-04 SulMMING 0.0 7.96E-06 7.96E-06 7.96E-06 7.96E-06 7.96E-06 7.96E-06 7.96E-06 i

BOATING p.0 3.9PE-06 3.98E-06 3.98E-06 3.98E-06 3.98E-06 3.98E-06 3.98E-04 TOTAL 6.31E-04 8.56E-02 1.44E-01 5.88E-02 4.35E-03 3.88E-02 1.94E-02 1.S!E-02 USAGE (MG/YR.H4/YR)

DILUTION TIME (HR)

SHOREWIDTH FACTORS 0.2 FISH 16.0 1.0 24.00 chi 4 KING 510.0 30.8 18.60 SHORELINE 67.0 1.0 0.0 SWIMMING 67.0 1.0 0.0 BOATING 67.0 1.0 0.0 ISOTOPE CONTRIOUTION PATHWAY SMIN BONE LIVER TOTAL BOCY THYROID MIDNEY LONG GI-LLI FISH CS 137 70s CS 137 564 CS 137 49%

I 131 824 CS 137 55%

CS 137 SBS CS 137 74 l

~~

da CS 134 2ds CS 134 41%

CS 134 47%

! 133 3h CS 134 385 CS 134 38%

NB 95 72%

'd 2N 65 la CS 136 It H

3 141 CS 136 14 H

3 2n CS 134 4%

ZN 65 1%

ZN 65 2S CS 136 15 H

3 IS ZN 65 64 H

3 34 041NMING BA 140 34 CS 137 71 CS 137 2%

I 131 25%

CS 137 In CS 137 14 H

3 97E CS 137 669 CS 134 51 CS 134 24 1 133 14 CS 134 It M

3 985 CS 134 27%

H 3 87%

H 3 944 H

3 73%

H 3 965 SHORELINE CS 137 57%

CS 137 Sia CS 134 204 CS 134 20s CO 58 14 CO 58 14 CO 60 184 CO 60 181 i

SHIM I 131 35 l

1 133 19 BA 140 11 1

RU l3 It CS 137 146 2R 95 34 NP 95 1 **

CS 134 221 CO 58 151 HP4 54 19 TABLE VI-C-5 CS 136 St FE 59 44 Ztl 6S 24 CO e.0 10%

LA 140 3a 50 124 3

4

e e

e AS LO*3 AS REASON *iLY ACHIEVABLE

CH ILD D0SES DOSE (MREM PER.SYR INTAKEl PATHsAY SKIN 80f4E LIVER TOTAL BODY THYROID KIDNEY LUNG GI-LLI FISH 1.0SE-01 1.24F-01 2.24E-32 3.13E-03 1.62E-02 1.44E-02 5.3tE-03 Dh!NmING 1.32E-04 1.13E-03 1.01E-03 1.44E-03 6.70E-04 1.00E-03 9.97E-04 SHORELINE 1.32E-04 1.13E-04 1.13E-04 1.13E-04 1.13E-0*

1.13E-04 1.13E-04 1.13E-04 S IHMING 0.0 1.66E-06 1.66E-06 1.66E-06 1.66E-06 1.66E-06 1.66E-06 1.66E-06 BOATING 0.0 8.31E-07 8.31E-07 8.31E-07 8.31E-07 8.31E-07 8.31E-07 8.31E-07 TOTAL 1.32E-04 1.0SE-01 1.2SE-01 2.35E-02 4.68E-03 1.70E-02 1.SSE-02 6.42E-03 USAGE IKG/vR.HR/YR)

DILUTION TIMEtHR)

SHOREWIDTH FACTOR =0.2 FISH 6.9 1.0 24.00 CHIT 4KlhG 510.0 30.8 18.60 SHORELINE 14.0 1.0 0.0 ShlHMING 14.0 1.0 0.0 80ATING 14.0 1.0 0.0

ISOIOPE CONTRIBUTION

PATHWAY SKIN RONE LIVER TOTAL 80CY THvR010 MIDhEY LONG GI-LLI FISH CS 137 71s CS 137 595 CS 137 465 1 131 844 CS 137 555 CS 137 596 CS 137 AE CS 134 27m C5 134 395 CS 134 464 1 133 35 CS 134 384 CS 134 375 Nd 95 665 CS 136 It H

3 !!n CS 136 15 H

3 25 CS 134 45 ZN 65 1E ZN 65 24 HN S4 In 7

H 3

14 H

3 14 CS 136 IE w

FE 59 IE ZN 65 7E H

3 64 OkttJK!r4G BA 140 3*

CS 137 71 CS 137 In I 131 29%

CS 137 1s CS 137 In H

3 984 C5 137 68%

CS 134 5t CS 134 la I 133 14 CS 134 14 H

3 984 CS 134 261 H

3 665 H

3 97%

H 3 684 H

3 96%

SHORELINE CS 137 575 CS 137 579 C5 134 206 CS 134 20t CO 58 la CO 56 la CO 60 let CO 60 185 SalM I 131 39 1 133 11 8A ISO la RU 1 3 19 CS 137 14, 2R 95 J4 t.S 95 15 CS th 226 CO 56 155 c237 O

TABLE VI-C-6 FE 59 o

Ztt s5 25 CU A0 101 LA 140 31 50 124 41

I 1

3 I

0 L

0 0

L 0 L

L 0 E

E I

0 0

I G0505 G

3 0101 H

G 3

3 G

s%

N 0

0 N

I7 U

U 9

L C

E L

3 3

0505 73 3

0101 1

SCH

/

Y 4

4 Y

155 E

0 0

E 116 N

N 9

O E E

D I

0 0

I M0707 K

743 33 0606 11 2

SS 0

CCH l

E R

K O

A T

T D

3 3

C D sn%

N I

0 0

A I

027 I

O F

O 4

5 R

E E

R iR Y

8 8

H Y

Y H0505 T

H 133 S.

T D

T 33 0202 I

11 E

W L

R E

B E

R I! H A

P O

V H

E H

S I

E H

R Y

3 3

Y 4

C H

D 0

0 C

8 A

t 0

0 9

8 E

E 8

Y 2

2 OB L

E L0505 L 3 7

S A

A A

O T0101 T

C N

D O O

O T

)

T S

R H

I A

H V

E t 00 R

E06 E

H L

S R

3 3

l 48 R

B A

E 0

0 T21 E

1 61 A

. V V

1 8

T W

I 1

E I

O

._ L 3

3 L

L 0808 763 33 S

0101 z

11 A

N O

SS I08 CCH T

U10 S

L 3

I E

E 4

4 D

E 3 S%

h 0

0 N

396 S

0 O

62 8

E E

B 0

4 4

0707 074 D

=

433 0202 111 4

1 4SS 0

BCC T

)

1 R

T N

Y U

/

B A

N R00 I

N I

H. 0 0 R

I F

K T

K S

R 1

N S

N Y

S O

00

/

C I

G 00 K

E I

P O

E T

G O

A S

S I

U E

GN G

G Y

NI 4P Y

N A

IL I

A I

W KEL K

W K

HHh4A HtJ H

N T$!0T Sl T

I AlRHO IA A

R PFDST FD P

D

<YU

,]

,1i

,l

,3

,,l

4

\\

j e

SELECTED LOCATION s

LOCATION IS SITE DISCHG.

A DUL T D0$ES DOSE IMREM PER.5YR INTAKER PATHWAY SMIN PONE LIVER TOTAL BODY THYROID M10seEv LUNG GI-LLI FISH 8.43E-02 1.43E-01 1.03E-01 3.72E-03 4.93E-02 1.62E-02 2.12E-02 DWINFING 1.54E-03 3.12E-02 3.05E-02 3.59E-02 2.95E-02 2.89E-02 2.94E-02 SHORELINE l.13E-04 9.6hE-05 9.68E-05 9.66E-05 9.68E-05 9.68E-05 9.68E-05 9.6AE-05 SelHMING 0.0 1.43E-06 1.43E-06 1.43E-06 1.43E-06 1.43E-06 1.43E-06 1.43E-06 80ATING 0.0 7.13E-07 7.13E-07 7.13E-07 7.13E-07 7.13E-07 7.13E-07 7.13E-07 TOTAL 1.13E-04 8.60E-02 1.74E-01 1.34E-01 3.98E-02 7.895-02 4.52E-02 5.07E-02 USAGE (KG/YR.HR/YR3 DILUTION TIME (HRI SHOREmIDTH FACTOR =0.2 FISH 21.0 1.0 24.00 DRINMING 730.0 1.0 12.00 Sn0REL INE 12.0 1.0 0.0 Su!PHING 12.0 1.0 0.0 BOAllNG 12.0 1.0 0.0

ISOTOPE CONTRIBUTiord PATHmAf SKIN BONE LIVER TOTAL BOCY THYROID MIDNEY LONG GI-LLI fl5H CS 137 69%

CS 137 55%

CS 137 50s 1 131 77%

CS 137 55%

CS 137 555 CS 137 7%

CS 134 291 CS 134 404 CS 134 464 I 133 25 CS 134 38%

CS 134 36s NB 95 745 s

CS 136 15 CS 136 15 H

3 195 CS 136 14 H

3 45 CS 134 49 ZN 65 In ZN 65 25 ZN 65 55 8

3 14 H

3 35 CAINAING OA 140 3+

CS 137 45 CS 137 2%

1 131 19%

CS 137 15 H

3 99%

.H 3 97h CS 137 665 CS 134 35 CS 134 24 H

3 79%

CS 13*

In CS 134 27%

H 3 91%

H 3 934 H

3 966 SHOPE L I t.E CS 137 574 CS 137 575 CS 134 201 CS 134 20%

CO 58 14 CO 58 la CO 60 184 CO 60 185 r

S*IH I 131 at I 133 17 BA 140 14 RU l3 11 CS 337 144 ZH 95 3t NB 95 11 CS 134 227 CO 56 154 MN 54 la Cs nas SS TABLE VI-C-8 FE 59 46 Zre 65 24 CO 60 10+

LA 140 34 50 124 41

O O

O

SELECTE0 LCCAi!ON

LOCATION IS SITE DISCHG.

IEENA GER 00SES

__ DOS E IHREH PER.5YR INTAKEl PATHWAY SKIN HONE LIVER TOTAL BODY THYROID KIONEY LUNG GI-LLI FISH 8.50E-02 1.42E-01 5.77E-02 3.10E-03 3.75E-02 1.83E-02 1.40E-02 ORINn!NG 1.43E-u3 1.81E-02 1.68E-02 2.18E-02 2.06E-02 1.61E-02 1.63E-02 SHOWELINE 6.31E-04 5.40E-04 5.40E-04 5.40E-04 5.40E-04 5.40E-04 5.40Z-04 5.40E-04 ShlHMING 0.0 7.96E-06 7.96E-06 7.96E-06 7.96E-06 7.96E-06 7.96E-06 7.96E-06 BUATING 0.0 3.98E-06 3.98E-06 3.98E-06 3.98E-06' 3.98E-06 3.98E-06 3.98E-06 TGTAL 6.31E-04 8.70E-02 1.6tE-01 7.50E-02 2.5SE-02 5.87E-02 3.50E-02 3.08E-02 USAGE IFG/YR.HR/YRD DILUTION TIMEtHRI SHOREWIDTH FACTokso.2 i

FISH 16.0 1.0 24.00 D4 INKING 510.0 1.0 12.00 SHORELINE 67.0 1.0 0.0 SWIMHir4G 67.0 1.0 0.0 BUATING 67.0 1.0 0.0 ISOTOPE CONTRIBUTION

PATHWAY SKIN BONE LIVER TOTAL 80CY THYROID KIONEY Lut4G G I-Lt. I FISH CS 137 709 CS 137 56%

CS 137 49%

! 131 82%

CS 137 55%

CS 137 58%

CS 137 7a g

CS 134 261 CS 134 414 CS 134 475 1 133 34 CS 134 38%

CS 136 38%

No 95 72E

~~

O ZN 65 14 CS 136 It H

3 14%

CS 136 It H

3 24 CS 134 45

~4 ZN 65 15 2N 65 2E CS 136 It H

3 19 Ztd 65 on H

3 34 i

OkINKING BA 140 35 CS 137 75 CS 137 2n I 131 26%

CS 137 11 CS 137 14 H

3 974 CS 137 661 CS 134 St CS 134 24 1 133 15 CS 134 It H

3 984 CS 134 27%

H 3 87%

H 3 944 H

3 72%

H 3 968 SHORELINE CS 137 574 CS 137 57%

CS 134 20h CS 134 20t CO Sa in C0 58 16 2

CO 60 184 CO 60 185 i

ShlH I 131 34 4

I 133 1%

1 BA 140 la Ru 1 3 14 CS 137 14*

ZH 95 31 Nb 45 1+

CS 134 22s C0 Sn 15' TABLE VI-C-9 HN 5*

14 CS 1%

59 FE 59 4)

IN 65 29 CO t> 0 10*

LA 140 3#

S8 124 44

l

_)

SELECTED LOCATIC Q e

e LOCATION IS SITE DISCHG.

CH ILD DOSE 5 DOSE (HREM PER.5YR INTAKEl PAlHeAY SKIN BONE LIVER 101AL BODY TH1ROIO KIDNEY LUNG GI-LLI FISH 1.05E-01 1.24E-01 2.24E-02 3.13E-03 1.62E-02 1.44E-02 5.31E-e3 O k I NK itJG 4.07E-03 3.49E-02 3.12E-02 4.47E-02 2.06E-02 3.08E-02 3.07E-02 SH0HELINE 1.32E-04 1.13E-04 1.13E-04 1.13E-04 1.13E-04 1.13E-04 1.13E-04 1.13E-04 SalMMING 0.0 1.66E-06 1.66E-06 1.66E-06 1.66E-06 1.66E-06 1.66E-06 1.66E-06 BOATING 0.0 8.3tE-07 8.31E-07 8.31E-07 8.31E-07 8.31E-07 8.3tE-07 8.31E-07 TOTAL 1.32E-04 1.09E-01 1.59E-01 S.37E-02 4.80E-02 3.69E-02 4.53E-02 3.61E-02 USAGE (EG/TR.HR/YRI OlLUTION TlHE(HR)

SHOREWIDTH FAC10Rs0.2 i

FISH 6.9 1.0 24.00 DRINKING 510.0 1.0 12.00 SHORELINE 14.0 1.0 0.0 ShlMMING 14.0 1.0 0.0 BOATING 14.0 1.0 0.0 ISOTOPE CONTRIBUTION PATHdAY SKIN BONE LIVER TOTAL BOCY THYROID KIDNEY LUNG GI-LLI FISH CS 137 715 CS 137 595 CS 137 48t I 131 84%

CS 137 55%

CS 137 59%

CS 137 85 CS 134 271 CS 134 395 CS 134 464 I 133 34 CS 134 38%

CS 134 374 NB 95 665 CS 136 in H

3 11%

CS 136 15 H

3 24 CS 134 45 sy 2N 65 14 2N 65 2ii HN S4 15 H

3 14 H

3 15 CS 136 15 FE 59 15 ZN 65 75 H

3 65 DP i t.M I t.G I 131 15 CS 137 74 CS 137 11 1 131 30%

CS 137 15 CS 137 15 H

3 985 BA 140 34 CS 134 St CS 134 14 I 133 15 CS 134 14 H

3 985 CS 137 685 H

3 86%

H 3 971 H

3 674 H

3 964 CS 134 26s 1

5HORELINE CS 137 57s CS 137 575 CS 134 20E CS 134 20s CO 58 It C0 58 11 CO 60 181 CO 60 185 ShlM I 131 35 1 133 In OA 140 15 RU 13 15 l

CS 137 145 IR 45 35 P45 95 14 CS 134 224 C0 s8 154 TABLE VI-C-10 MN 54 19 CS 136 5$

FE 59 41 2N 65 24 CO 60 lot LA 140 35 s

SR 124 41

I SELECTLD LOCATION

LOCATION IS SITE DISCHG.

INFA N T 00SES

_ DOSE IHREM PER.5YR INTAKEl PATHWAY SAIN HONE LIVER TOTAL 800Y THYROID KIONEY LUNG GI-LLI FISH 0.0 0.0 0.0 0.0 0.0 0.0 0.0 DR Irm it4G 8.45E-03 5.65E-02 4.67E-02 8.07E-02 2.06E-02 4.71E-02 4.62E-02 SHORELINE 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 TOTAL 0.0 e.45E-03 5.65E-02 4.67E-02 8.07E-02 2.06E-02 4.71E-02 4.62E-02 USAGE IMG/)R.HA/YRI DILUTION TIHElHR)

SHOREWIDTH FACTOR *0.2 FISH 0.0 1.0 24.00 DklNKING 510.0 1.0 12.00 ISOTOPE CONTRIPUTION PAIHWAY SalN 00NE LIVER TOTAL BOCY THYR 0!D KIONEY LUNG GI-LLI D41NKING I 131 17 CS 137 IIE H

3 98%

7 131 40%

CS 137 It CS 137 15 H

3 994 BA 140 34 CS 134 65 2 133 24 CS 134 It H

3 9Ft oc C5 137 68s H

3 619 H

3 56%

H 3 965 7

CS 134 265 1

l TABLE VI-C-11

J b

*

FISH COPeSOHPT ION POPUL ATION DOSES HAN-HEN

_ SPORIFISH HARVEST

__ _= __

DOSE (MAN-REHi----------------------------

PATHWAY AGE GROUP USAGE 80NE LI VE R TOTAL BODY THYROID MIDNEY LJNG GI-LLI FISH ADULT 5.8tE+04 3.13E-02 5.30E-02 3.82E-02 9.16E-04 1.d2E-02 6.01E-03 7.19E-03 FISH TEENAGER 9.29E+03 6.62E-03 1.!!E-02 4.47E-03 1.54E-04 2.91E-03 1.43E-03 9.95E-04 FISH CHILD 5.61E+03 1.15E-02 1.3SE-02 2.43E-03 2.13E-04 1.76E-03 1.57E-03 5.33E-04 FISH TOTAL 7.30E+04 4.94E-02 7.76E-02 4.51E-02 1.28E-03 2.29E-02 9.03E-03 8.72E-03 DIL UT ION CATCH TIMEtHRI-INCLUDES FOOD PROCESSING TIME OF 1.68E+02 HR POPULATION *1.28E+04 7.30E.00

'4E 04 1.69E+02 AvtHAGE If4Dn,."AL CONSUMPTION IK6/YR)

ADULT =6.90E+00 TEENS 5.20E+00 CHILD =2.20E+00 J$UN T CONTRIBUTION *

+

AGE GROUP BotJL LIVER TOTAL BODY THYROID KIDNEY LONG GI-LLI ADULT C5 137 694 CS 137' 565 CS 137 Sit I 131 699 CS 137 55%

CS 137 564 CS 137 75 CS 134 294 C5 134 404 C5 136 461 h

3 30s CS 134 384

.CS 134 384 Nb 95 725

--j, Zt.

65 IS CS 136 It H

3 49 CS 134 55 c3 ZN 65 24 ZN 65 6%

H 3

15 H

3 34 TEENAGER CS 137 704 CS 137 565 CS 137 49%

I 131 77%

CS 137 554 CS 137 58%

CS 137 8%

CS 134 281 CS 134 411 CS 134 47s H

3 225 CS 134 38%

CS 134 394 NH 95 704 2f4 65 11 CS 136 in C5 136 14 H

3 24 CS 134 55 7N 65 1%

2N 65 25 2N 65 74 H

3 11 H

3 35 CHILD CS 137 724 CS 137 59s CS 137

et 1 131 804 CS 137 55%

CS 137 595 CS 137 95 CS 134 27b CS 134 395 CS 134 461 H

3 19%

C5 134 38%

CS 134 37%

NO 95 644 CS 136 15 CS 136 14 H

3 24 CS 134 5%

Zf4 65 in ZN 65 24 HN S4 It H

3 It H

3 1%

FE 59 In 2N 65 86 H

3 75 TABLE V:-D-1

~

l

't FISH CONSOMPT b POPULATION DOSES e e e HAN-NEM

__ COMMERCIAL HARVEST __________

N.)

i

DOSE (H4N-kEMI----------------------------

' 's PATHWAY AGE group USAGE BONE LIVER TOTAL'80Dy THYROID KIDNEY LUNG GI-LLI i

FISH ADULT 3.81E+06 3.40E-03 5.75E-03 4.15E-03 ~ 8.37E-05 1.97E-03 6.52E-04 7.47E-04 FISH TEENAGER 6.09E*05 7.19E-04 1.20E-03 4.85E-04 1.3SE-05 3.!SE-04 1.5SE-04 1.03E-04 FISH CHILD 3.68E+05 1.24E-03 1.46E-03 2.64E-04 1.88E505e 1.91E-0*

1.71E-04 5.56E-05 FISH 10i AL.

4.78E+06 5.36E-03 8.41E-03 4.90E-03 1.16E-0*

2.48E-03'~9.78E-04 9.06E-04 s

+

l DILUll0N CATCH TINE f MRI-INCLUDES FOOD PROCESSING TIHL or' 2 40E*02 HR POPULATION =8.36E*05 7.30E.00 7.30E*04 2.4tE+02 AVERAGE INDIVIDUAL CGr.SUMPTION (KG/ val A00LI=6.90E.00 TEEN =5.20E+00 CHILU=2.20E+00

~

ISOTOPE CONIRIBur10N

~

AGE GROUP 80P2E LIVER TOTAL BODY THYROID-AIDNEY LUNG GI-LLI ADULT

' CS 137 69E C5 137 569 C5 137 Sit I 131 644 CS 137 55%

C5 137 56%

CS 137. at CS 134 291 CS 134 405 C5 134 465 H

3 35%

CS 134 384 CS-134 335 Ne 95 '?It ZN 65 15 CS 136 n

H' 3

'45 CS 134 55 ZN 4>

2 4,.

ZN 65 65 i

e H

3 15 H

3 4s

\\

T

~

"N

TEEMGER

~

CS 137 70s CS 137 574 CS 137 494 I 131 72%

C5 137 554 CS 137 584 CS 137 84 C5 134 281 CS 134 404 C5 134 474 H

3 27%

CS 134 38%

N8 95 69%

Zh 65 1%

ZN 65 14 CS 136 11 H

3 25 CS 134 55 ZN 65 21 MN 54 15 H

3 14 ZN 65 74 H

3 3%

s CHILD I

CS 1.17 721 CS 137 59%

CS 137 49%

I 131 761 CS 137 55%

C5 137 595 CS 137 94 e

CS 134 274 CS 134 394 CS 134 464 H

3 '235 CS 134 38%

CS 134 37%

N3 95 635 CS 136 15 CS 136 It H

3 25 CS 134 54 7N 65 In ZN 65 24 MN 54 15 H

3 15 H

3 15 FE 59 It ZN 65 8%

H 3

71 l

l

___ __hEPA DOSES __,_______,

t.OTE--TOAIL NEPA DOSE MuST INCLUDE SPORT CATCH. DOSES GELow ARE FOR CCHMERCJAL CATCH ONLY

DOSE tHA1-REHi----------------------------

PATHWAT AGE group USAGE BONE

.IVER TOTAL BODY THYROID KIDNEY.

LUNG GI-LLI F15H ADOLT 5.81E*04 3.13t-02 5 296-02 3.81E-02 7.70E-04 1.81L-02 6.00E-03 6.o7E-03 FISH TEENAGER 9.29Ee03 6.61E-03 1.10L-02 4.46E-03 1.27E-04 2.90E-03 1.42E-03 9.51E-04 FISH FISH

, CnlLD 5.61E+03 1.14E-02 1.35E-02 2.42E-03 1.73E-04 1.75E-03 1.57E-03 5.11E-04 TOTAL 7.30E+04 4.93E-02 7.74E-02 4,50E-02 1.07E-03 2.28E-02 6.99E-03 8.34E-03 TABLE VI-D-2

\\

%/

i POPULATION WATER CONSUMPTION DOSES

DOSE (MAN-REMI----------------------------

PATHhay AGE GROUP USAGE BONE LIVER TOTAL BODY THyWOID RIDNEY LJNG G[-LLI Dh lrlK If4G AOUL T 3.29E+08 8.85E-03 1.79E-01 1.75E-01 2.03E *31 1.70E-01 1.66E-01 1.69E-01 DRINFING T(ENAGER I.91E+07 1.74E-03 2.22E-02 2.06E-02 J.61E-02 2.S3E-02 1.98E-02 1.99E-02 i

DRINKING CHILD 2.75E*07 7.11E-03 6.12E-02 S.47E-02 7.61E-02 3.61E-02 S.40E-02 S.37E-02 DEINKlHG TOTAL 1.76E+08 1.77E-02 2.62E-01 2.SOE-01 3.0SE-)I 2.31E-01 2.40E-01 2.42E-01 POPULATION =S.29E.05 DILUTIONS 3.08E+01 TRANSIT TIME =3 06E+01 HR (INCLUDING 24 HR F04 TREATMENT FACILITyl AVERAGE INDIVIDUAL CONSUMPTION (L/vHI ADULT *3.70E+02 TEENS 2.60E+12 CHILD =2.60E*02 ISOTOPE CONTRIBUTION AGE GDouP BONE LIVER TOTAL BODY THVROID KIDNEY LUNG GI-LLI ADULT BA 140 35 CS 337 45 CS 137 25 I 131 18%

CS 137 15 H

3 995 H

3 975 CS 137 661 CS 134 JS CS 134 2%

H 3 81%

CS 134 It

<=

CS 134 275 H

3 91%

H 3 94%

H 3 965 7

4 N

TLENAGER BA 140 34 CS 137 76 CS 137 21 I 131 245 CS 137 14 LS 137 1%

H 3 975 CS 137 67%

CS 134 St CS 134 25 H

3 74%

CS 134 15 H

3 985 CS 134 27%

H 3 87%

H 3 945 H

3 965 CHILD BA 140 35 CS 137 77 CS 137 It I 131 295 CS 137 It CS 137 15 H

3 984 CS 137 68%

CS 134 St CS 134 15 I 133 in CS 134 15 H

3 984 CS 134 261 H

3 d6S H

3 97%

H 3 69%

H 3 96%

4 i

TABLE VI-D-3

O O

O

_-_ =---

DOSE (MAN-REMI----------------------------

PATHhaY AGE GROUP USAGE 80NE LIVER 10TAL BODY THYR 010 KIDNEY LUNG GI-LLI DWINKING ADULT 2.12E+07 1.43C-03 2.90E-02 2.83E-02 3.28E-02 2.74E-02 2.69E-02 2.73E-02 DRINKING TEENAGER 3.17E+06 2.82E-04 3.60E-03 3.33E-03 4.22E-03 4.09E-03 3.20E-03 3.22E-03 DRit41NG CHILD 4.52E+06 1.lSE-03 9.90E-03 8.84E-03 1.23E-02 5 84E-03 8.74E-03 8.70E-03 DklNKING TOTAL 2.89E+07 2.86E-03 4.2SE-02 4.0SE-02 4.94E-02 3.74E-02 3.88E-02 3.92E-02 I

POPULATION =8.70E 06 DILUTION =3 13E 01 TRANSIT TIME =3.10E+01 HR IINCLUDING 24 HR F04 TREATMENT FACILITVI 3

AVERAGE INDIVIDUAL CONSUMPTION (L/YR)

ADULT =3.70E+02 TEENS 2.60E+02 CHILD =2 60E+02

ISOTOPE CONTRIBUTION i

AGE GROUP 80NE LIVER TOTAL BODY THYROID MIDNEY LONG M-LLI ADULT BA 140 34 CS 137 4s CS 137 25 I 131 185 CS 137 11 H

3 995 H

3 975 CS 137 664 CS 134 Ja CS 134 25 H

3 811 CS 134 15 CS 134 274 H

3 91%

H 3 94n H

3 964 7

it E N AGE H 45 AA 140 35 CS 137 79 CS 137 21 1 131 244 CS 137 15 CS 137 14 H

3 975 CS 137 674 CS 134 S t.

CS 134 24 H

3 7%4 CS 134 In H

3 985 CS 134 274 H

3 87%

H 3 945 H

3 964 CHILO RA 140 34 CS 137 7%

CS 137 It I 131 294 CS 137 15 CS 137 15 H

3 984 c5 137 6dt CS 134 St CS 136 15 1 133 15 CS 134 It H

3 985 CS 134 264 H

3 864 h

3 974 H

3 694 H

3 964

EUMULATivE T01AL-----

PATHhat AGE GEOUP USAGE BONE LIVER TOTAL 80DY THYROID KIDNEY LUNG GI-LLI CRlhKING CUMUL TOTAL 2.05E+08 2.06E-02 3.0SE-01 2.91E-01 3.SSE-01 2.68E-01 2.79E-01 2.82E-01 l

- yDROSPHERE 1RITIUH DOSE __

H PATHWAY AGE GROUP USAGE BONE LIVER TOTAL BODY THYROID KIDNEY LJNG GI-LLI WATTR TOTAL 2.20E+00

1. lee-08 1.18E-08 1.18E-08 1.18E-08 1.18E-08

1. lee-08 1.18E-08 TABLE VI-D-4

,n\\

'l

/

\\

1

,'j CECREATION LATION DOSES

\\

\\w./

. = - = _

DOSE (HAN-REMI PAinwAY AGE GROUP USAGE SKIN TOTAL BODY THvROID SHORELINE TOTAL POPUL 4.10E+07 5.29E-02 4.53E-02 4.53E-02 LOCATION-DOWN STREAM DILUT10Nz0.73E+01 TRANSIT TIME =0.67E*00 HR SWF=0.2

ISOTOPE CONTRIBUTION

AGE GROUP SKIN TOTAL BODY AUULT CS 137 574 CS 137 57*

CS 134 204 CS 134 209 C0 58 11 CO 58 15 CO 60 186 CU 60 181

=0 PATHWAY AGE GROUP USAGE SKIN TOTAL BODY THYROID 7

Sk!MHING TOTAL POPUL 4.10F+07 0.0 6.66E-04 6.66E-04 4#

LOCATION-DOWN STREAM DILUT[0N*0.73E+01 TRANSIT TIPE=0.67E+00 HR

ISOT0PE CONTRIBUTION AGE GROUP S E l t.

TOTAL 800Y ADULT I 131 35 CO 58 151 1 133 11 MN S4 Is BA 140 Ig CS.36 St RU 13 Ig FE 59 46 CS 137 14S IN 65 2$

ZR 95 3g CO 60 los NB 95 15 LA 140 3E CS 134 23, S8 124 49

~~

~~~

~~

((DOSEtHAN-REMI PATHWAY AGE Group USAGE SKIN TOTAL BODY invROID BOATING TOTAL POPUL 4.10E.07 0.0 3.33E-04 3.33E-04 LUCAil0N-COWN STREAM DILUTIONz0.73E+01 TRANSIT TIME =0.67E.00 HR

= _ _ - _

\\

DOSE 10 810TA

MRA05 PER.5YR e

ILUTIONs 1.00E*00 TRANSIT TIME =

0.0 DWI INTERNAL EXTERNAL TOTAL

. FISH 3.4 3E-01 3.54E-el 7.37E-el INVERTEBRATE 2.53C-el 7.eSE-el 9 61E-el ALGAE 3 43E-01 1.94E-03 3.44E-98 MUSMRAT 2 04E+00 2.36E-el 2.27E*00 l RACCOON 1.41E-01 1.77E-SI

3. 9 0E-01 1 HERON 9.77E+04 2.36E-01 1.00E*01 l DUCR I. 7 5E + 00 3.54E-01 2.ltE*00 i

I

ISOTOPE CONTRIBUTION

f PATHWAY BODY FISH C5 137 455 HUSxRAT C5 137 46E' N8 95 16%

C5 134 30El C5 134 235 24 65 let C5 136 45 H

3 26-j, ZN 65 14 l

Ln H

3 78 RACCOON C5 137 255 C5 134 175 INVERTEBRATE CE I41 35 MN 54 155 8A 140 IS FE 59 45 C5 137 3R 2N 65 296 C5 134 In H

3 65 CO 58 15 MN 54 484 FE 59 115 HERON C5 137 565 2N 65 85 C5 134 404 LA 140 55 C5 136 15 H

3 Ill DUCR C5 137 495 ALGAE NO 99 25 C5 134 28%

CE 141 let ZN 65 15t 84 140 34l i

RO 1 3 15 '

H 3

2t*

C5 137 125 2R 95 35 {

C5 134 65 CO 58 15 MN 54

n C5 136 14 l'

FF 59 24 2N 65 135 LA 140 205, SR 124 6BI H

3 85 TABLE VI-D-6

-

ML20064N007

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