Text

Semiannual Effluent & Waste Disposal Rept,Jul-Dec 1979
	ML19290E073
Person / Time
Site:	Davis Besse
Issue date:	12/31/1979
From:	; TOLEDO EDISON CO.
To:	;
Shared Package
ML19290E072	List: ML19290E071; ML19290E073;
References
	NUDOCS 8003040172
	Download: ML19290E073 (51)
	v • d • e

9 EFFL1!ENT AND WASTE DISPOSAL SEMIANNUAL REPORT Facility:

Davis-Besse Nuclear Power Station, Unit 1 Licensee:

The Toledo Edison Company Reporting Period:

July 1, 1979 through December 31, 1979 Supplemental Information:

1.

Regulatory Limits Liquid and Gaseous Radioactive Effluent Linits LIQUID GAS NOBLE GAS IODINES S I-131 PARTICULATES ANNUAL DESIGN 5 mren/ site 10 mrads/ site 15 mrem / site 1 curie per OBJECTIVES 5 curies /re-20 mradS/ site reactor actor **

CURIE LIMIT 10/ quarter **

2/ quarter PER REACTOR 20/12 consec-4/12 cons utive months months CURIE LIMIT /

10 **

TANK 45000 UNPLANNED OR 0.5 5

0.02 (radio-UNCONTROLLED nuclides)

REI. EASE RE-PORT-CURIES d#

DOSE LIMIT ***

500 mrem /yr 1500 mren/yr PER SITE total body thyroid 3000 mrem /yr 30 mrem /qtr l

skin 20 mrad /qtr Y 60 mrem /12 40 mrad /qtr @

con's, mos.

l 40 mrad /12 l

cons mos./

80 mrad /12 cons. mos.6 j

MICR0 CURIES 10CFR20, app.

f PER MILLILITER B table II, LIMIT col. 2 ACTION LEVEL 2.5 curies /

5 mrad /qtr I 7.5 mrem /qtr 0.5 curies /

qtr** per 10 mrad /qtr@

per site qtr per re-reactor per site actor i

With half-lives greater than 8 days.

- Not including tritium and dissolved gases.

- - 500 mrea/yr, 1500 mrem /yr, and 3000 mrem /yr limits are for instantaneous re-leases.

2.

1ximum Permissible Concentrations - Linits used are specified in 10CFR20, Appendix B Table II, Column 1 and 2.

1 3.

Average Energy - Not applicable 8003040

\\

4.

Measurements and Approximations of Total Radioactivity Fission and activation gases a.

(1) These gases, excluding tritium, are collected in a Marinelli type beaker, specially modified for gas sampling, steel bombs, of glass vials and counted on a Ge(Li) detector for principal gamma emitters.

(2) Tritium gas is collected using a bubble apparatus and counted by liquid scintillation, b.

Iodines - are collected on a charcoal cartridge filter, and counted on a Ge(L1) detector.

Particulates - are collected on filter paper and counted on a Ge(Li) c.

detector, d.

Liquid effluents - are collected in bottles and counted in a Ce(Li) detector.

5.

Batch Releases a.

Liquid (1) Number of batch releases:

62 (2) Total time period for batch releases:

193.9 hours1.041667e-4 days 0.0025 hours 1.488095e-5 weeks 3.4245e-6 months (3) Maximum time period for a batch release:

560 minutes (4) Average time period for batch releases:

187 minutes (5) Minimum time period for a batch release:

95 minutes (6) Average stream flow - not applicable "I

b.

Caseous (1) Number of batch releases:

28 (20 - containment purges and 8 -

vaste gas decay tank releases).

(2) Total time period for batch releases:

137.7 hours8.101852e-5 days 0.00194 hours 1.157407e-5 weeks 2.6635e-6 months (3) Maximum time period for a batch release:

1440 minutes (4) Average time period for a batch release:

295 minutes (5) Minimum time period for a batch release:

20 minutes 6.

Abnormal Releases NONE

Page 3 of 51 Curies of Radionuclides and Offsite Dose to Humans Resultine from the Re-7.

the Site Boundarv.

lease of Radioactive Effluents at PERCENT OF LIMITS FROM ENVIRONMENTAL TYPE OF ACTIVITY u1MIT TECHNICAL SPECIFICATIONS a.

Quarterly: Castous, 3rd Quarter, 1979 20erad/qtr,d'

< 3.43E-02 Noble Gases 40 mrad /qtr,/7

< 1.54E+00 Noble Gases Airborne radiciodines

< 6.18E-02 30 mrem /qtr and particulates 1.20E-01 2 Ci/qtr Iodine-131 b.

Quarterly: Gaseous, 4th Quarter, 1979

< 4.47E-02 20erad/qtr, Y Noble Gases

< 2.01E+00 40 mrad /qtr, j9 Noble Cases Airborne radiciodines

< 3.45E-02 30erem/qtr and particulates 1.58E-01 2 Ci/qtr Iodine-131 12 Consecutive Months:

c.

Gaseous, 1979 4 2.80E-01 40 mrad /12 mo.,7 Noble Gases 80 mrad /12 mo.,

,ga < 1.37E+01 Noble Gases Airborne radiciodines

< 1.17E-02 60 mrem /12 mo.

and particulates 2.87E-03 4 Ci/12 mo.

Iodine-131 d.

Quarterly: Liquid, 3rd Quarter, 1979 Liquid (excluding tritium 1.92E-02 and dissolved gases) 10 Ci/qtr e.

Quarterly: Liquid, 4th Quarter, 1979 Liquid (excluding tritium 2.46E-01 and dissolved gases) 10 Ci/qtr f.

12 Consecutive Months:

Liquid, 1979 Liquid (excluding tritium-2.65E-01 and dissolved gases) 20 Ci/12 mo.

The following is a list of the sources of imput data that were used in LADTAP and CASPAR codes:

a.

0-50 mile meat, milk cad vegetable production, water usage information; location of the nearest individuals and pathways by sector out to 5 miles - source: Appendix I analysis, NRC Docket No. 50-346, Evaluation of Compliance with Appendix I to 10CFR50, June 4, 1976, Davis-Besse Nu-clear Power Station Unit No.

1.

b.

1980 population within 50 miles of the plact iste - source: Davis-Besse Units 2 and 3 PSAR, Figure 2.1-6.

c.

Gaseous and liquid sources: Tables 1A, 1C, 2A, and 2B.

Table 6 presents the maximum doses computed from the noble gas effluentr, for each quarter. Tables 7 and 8 present doses resulting from gaseous iodine and particulate effluents.

Doses resulting from liquid iodine and particulates are presented in Table 9 and 10.

Tables 11 through 19 present the X/Q values associated with the dose values presented in Tables 6 through 10.

Based on the informaion presented above, it is concluded that the dose to individuals are well below the dose objectives of Appendix I to 10CFR50.

In addition, population doses within 50 miles of the plant are also very low.

9.

Enclosed Tables a.

Table 1A, Gaseous Effluent, Summation of all Releases b.

Table 1B, Gaseous Effluents, Elevated Releases c.

Table IC, Gaseous Effluents, Groung level Releases d.

Table 2A, Liquid Effluents, Summation of all Releases e.

Table 2B, Liqiud Effluents f.

Table 3A, Solid waste and Irradiated Fucl Shipments g.

Table 1, Joint Frequency-Distribution of Wind Speed and Direction by Atmospheric Stability Class Based on 35-ft Winds and T(150ft - 35ft) (JFD) 1/1/79 - 3/31/79, Continuous Re-leases.

h.

Table 2, JFD, 4/1/79 - 6/30/79, Continuous Releases 1.

Table 3, JFD, 1/1/79.- 3/31/79, Batch Releases

j. Table 4, JFD, 4/1/79 - 6/30/79, Batch Releases k.

Table 5, Hourly Meterological Data during Batch Releases 1.

Tabic 6, Doses from Noble Gas Effluents (mrem) m.

table 7, Doses from Gaseous Iodine and Particulate Effluents n.

Table 8, Population Doses from Gaseous Effluents (man-rem) o.

Table 9, Dose from Liquid Releases p.

Table 10, Dose from Liquid Releases to Individual q.

Tables 11 X/Q Values Associated with the Doses Value through 18 Presented in Tables 6 through 11 9

TABLE 1A g

EFFLUENT AND WASTE DISPOSAL SE311 ANNUAL REPORT (1979)

GASEOUS EFFLUENTS-SUSSIATION OF ALL RELEASES Toy,al j

.s t.

l

!, Unit 3RD QUARTER 4Th QUARTER

Error, i

A.

Fission 5 activation gases i

Ci

'<2. 581]+ 02 W3.77E+02 i NA l

l 1.

Total Release 2.

Average release rate for period iuCi/see <3.25E+02 l<4.75E+02

3.

Percent of Technical Specifica-I

1. 54E4 00 2.01E+00 tion limit B.

Iodines is Total iodine -131 l

Ci 1 2.41E-03 1 3.16E-03 l 1.5E+01

__J 2.

Average release rate f oi period uCi/sec 3.03E-03 1 3. 97 E-0 3 1

- 3.

Percent of Technical Specifica-l 1.20E-01 1 1.58E-01 tion limit C.

Particulates 1.

Part iculates with half-lives ) 8 l

Ci

<5.61E-05 7.47E-05 NA l

davs 2.

Average release rate for period.uC1/ sec <7.06E-05 39E-05 s

i

- 3.

Percent of Technical Specifica-l 6.18E-02 3.45E-02, i

tion limit l.46E-07 1.06E-07 l

Ci 4.

Gross alpha radioactivity D.

Tritium 1.

Total Release l

Ci l 3.86E-01 9.59E+60

( l.0E+01~~-~~l luCi/sec ' 5.00E-01 1.21E+01 I

2.

Averate release rate for period

~]

- - - 3.

Percent of Technical Specifica-1.04E-03 2.52E-02 I

tion limit

Based on Environmental Technical Specification (ETS) 2.4.3.b(1) for quarterly beta fraction dose from noble gases.

- 3ased on ETS 2.4. 3.b(5) for the quarterly dose from I-131; 2 Ci per calendar quarter.

- - Based on ETS 2.4. 3.b(3) for the quarterly dose from all radiciodines and radioactive materials in particulate form with half-lives greater than eight days.

- - - Based on 10CFR20, Appendix B, Table II, Column 1 using 2 E-7 pCi/cc for hydrogen-3 3 from the FSAR.

and an annual average X/Q of 4.17 E-6 sec/m

TABLE 1B EF FLUENT Ai?D '.*!AS TE DISPOSAL SET.11Al'JidU AL I EPORT ( 1979 )

GASEOUS EFFLUEiliS-ELEVATED I'ELEASE

CGrJTirJUUU 3 MODC D AT C H f.*O D E f:scivfes Ilti-:.s d Unit Qua rter Quai :cr Quartc r Cuarter a

1. Fission pses t']

kr)y:on-85 Ci E

E E

Lrypton h5m j

Ci E

E li i lj Ii l.rvo:on-O 6

Ci i

E I E

E kryptg. s l

Ci i

E !

F i t

p xenon-! 33 l

Ci E I E

lR F

xendn-l.i i

Ci E i E

E

!=

xeno R 's in 1

Ci E

IQ E i h '

tenna-13t i

Ci i

h 1 h i E !

i..

Othen s bp: ::s )

i Ci i

E l E I E i Ei

~

Ci l

E l ~~

E !

E I Ei un: cent:G.d Ci E I E~!

E I l'.

Ci E I E

E l Ej Total for renod Ci l E l E

E i EI

2. Iodines iodine-131 Ci E

E E l E l iodincT33 Ci Ej E I E I E

~

E]

so dine-l.Q l

Ci Ej E i E I Total for panod l

Ci E

E l E l E

3. Particuhtes strontium-S9 Ci E !

E E l E

st rontiu m-Yo Ci E

EN E,7 E

ccsium 13j l

C7 E !

E l E i E

cesium 137 i

Ci h i E i E

E iiarium-!.:nti:::num-140 1

Ci i

E E

Ot hei s (s::ccify)

Ci E

E E

E Ci E

E E

E Ci E

E E

E unidentnieJ C:

E E l E-E

Not applicable; all releases are classified as ground level releases.

e,

TABLE 1C i

EFFLUENT AND WASTE DISPOSAL SEMIA.';NUAL REPORT (1979)

CASE 0US EFFLUENTS-CROU'?D-LEVEL RELEASES CONTI'TOUS "0DE BATCH MODE

{Nuclides Released i

Unit 13RD QUARTER! 4Til OUARTERl 3RD QUARTER I 4TH QUARTER 1.

Fission cases krypton-85 Ci l< 2. 29E+02 i < 3.10E+02 i< 7.2E-01

! < 2. l E+00 krypton-85m Ci

!< 7. 70E-01 : < 1.17E+00 4.lE-03 i < 1. l E-02 i

krynton-67 Ci

(< l.40E+00

< 2.16E+00

- < 9. 6E-03

< 2. 8E-02 i

kryoton-68 Ci

!< l.89E+00

< 2. 86E+00

< 5.2E-03

< l. 5 E-02 l

xenon-133 Ci i

1.33E+01 4.4E+00 i

5.8E+00 4.5E+01 xenon-135 Ci t< 7.6E-01

< 1.04E+00 7.9E-02 1.5E-01 1

i xenon-135 Ci

'< 1.24E+00 < 1.86E+00

< 8.0E-03 4.3E-03__

xmon-13S Ci i< 3.00E+00 < 5.14E+00

' < l. 9E-02 5.6E-02 argon-41 Ci 6 --------

3.7E-01 i

xenon-133m Ci 3:9E-02 5.6E-01 xenon-131n Ci 5.0E-01 C1 Ci f

unidentified Ci Total for oeriod Ci

< 2.51E+02 < 3.29E+02 7.05E+00_

4.84E+01

/

2.

Iodines L

iodine-131 l

C1 2.10E-03 2.80E-03

i *

[

iodine-133 i

Ci 2.80E-04 3.30E-04 l

iodine-135 Ci

< 2.67E-05 < 3.55E-05 I

Total for oeriod Ci

.< 2.41E-03 < 3.16E-03 "A

NA 2

3.

Particulates strontium-89

- Ci

'< 1. 20E-0 7

'e 1.90E-07 i

strontium-90 Ci

< 2.40E-07 '< 3.50E-07 I

cesium-134 C1

< 7.84E-06 < l.04E-05 l

cesium-137 Ci

< 5.75E-06 < 7.64E-06 i *

~

barium-lanthanum-140 Ci

'< 4.22E-01 < 5.61E-05 I

l 1

Ci I

Ci i

l Ci f

l 1

C1 1

Ci I

'I unidentified C1 1

I These radionuclides are monitored by particulate and charcoal filters in the Station Vent.

Therefore, the curies released are included in the continuous mode.

\\

I i

t l

=

TABLE 2A EFFLUENT A'iD WASTE DISPOSAL SEMIANNUAL REPORT (1979 )

k LlQUID EFFLUENTS-SDDIATION OF ALL RELEASES l

3RD 4TH lEst. Totalj Unit Quarter Quarter i Error, %j A.

Fission and activation products 1.

Total release (not including 4

l 1.92E-03 2.46E-02 1.0E+01 I

Ci I

tritium, gases, alpha) 2.

Average diluted concentration l

l

',uCi/ml 4.98E-09 1

3.82E-08 during period 3.

Percent of Tech Snec Linit. 10 Ci 1.92E-02 2.46E-01

4.

Percent of 10 CFR 20 Limit 9.50E-01 3.30E-01 Ci 9.94E+01 4.20E+01 i 1.0E+01 i

B.

Tritium 1.

Total release j

2.

Average diluted concentration

!suci/ml '

2.58E-04 6.52E-05 durine period 2.17E+00 8.60E+00

3.

Percent of 10 CFR 20 limit C.

Dissolved and entrained gases

< 2.72E-05 l NA i

ci

'< l.13E-04 1.

Total release i

l 2.

Average diluted concentration uci/ml '< 2.94E-10

' < 4.23E-11 during period s

>< 1.06E-04 j

3.

Percent of 4 E-3,uCi/cc limit

<< 7.36E-04 l

Gross alpha radioactivity I

Ci

.< 5.80E-05 l < 2. 835-03 i NA i

i 1.

Total release E.

Volume of waste released liters 1.06E+06 t

8.75E+05 1 1.19E-01 l

[__

(prior to dilution)

F.

Volume of dilution water liters i 3.84E+08 I

6.43E+08 i 5.80E-03 f 1

During the time of releases i

2.

Total dilution l liters i 2.21E+09 l

2.87E+09 1

Based on dilution during the time of releases only.

I

\\

~

\\'

TABLE 2B EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REFORT ( 1979 1 LlQUID EFFLUENTS

CONTINUOUS MODE BATCII M_ ODE Nuclides Released Unit 39n OP.iRTEP 4TH nUARTFR strontium-89 Ci

< 6.00E-06 < 3.80D-06 ~~

~~~

strontium-90 Ci

< l. 30E-05 < 7.10E-06 cesium-134 Ci 1.59E-05l 1.27E-03 cesium-l37 I ci 3.47E-05 3.19E-03 iodine-131 Ci l 1.04E-03 2.41E-03 cobalt-58 Ci 4.13E-04 1.15 E _0_2 5.00E-05 9. 4 9 E-O '.

cobalt-60 Ci,

< 7. 00E-0 5 3.04E-05 iron-59 Ci zinc-65 Ci i

< 7. 7 5E-0 5 4.12E-05 mancanese-54 Ci f~~-

1. _1_3_E- 0 4 5.ioE-03 chromi_um-51 Ci i l< 3. 36E-041< ?. 77E-04 zirconiun-niobium-95 Ci 7.67E-06 < 9.45E-05 molybdenum-99 Ci

<2.50E-04 < 2.06E-04 technetium-Wm Ci (

_1_._]4E-Os

< ?.74E-0;

(

barium-lanthanum-i40 Ci !

1,72E-05 e 1.4]E-n'.

,c_c r iu m-1_41 Ci j

<5.00E-05 < 4.12E-05 Iodine-133 __

Ci }

l_. 6 9 E-04 2.83E-05 Sodium-24 Ci 2.43E-05 Tellurium-132 Ci 7 ME_-Q6 Barium-139 Ci 1.69E n; C1 unidentified Ci Iotal for period (above)

Ci 1.92E-03 2.46E-02 xenon-133 Ci

<8.30E-05 2.44E-06 --

xenon-135 Ci q3.00E-05 < 2.48E-05

Not applicable; all radioactive liquid effluents are released by Batch mode.

- For those radionuclides identified.

/

TABLE 3

\\

EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT (1979 )-

SOLID WASTE AT4D IRRADIATED FUEL SHIPMENTS A. SOLID WASTE SHIPPED OFFSITE FOR BURI AL OR DISPOSAL (Not irradiated fuel)

1. Type of w aste Unit Est. Total

Error,

a. Spent resins, filter sled ;es, esaparator m'

2.736E+01 1.0E+01 i

tot toms, etc.

__Ci B 89E-02

b. Dr[ compressible waste, cont.nninated m*

1.308E+02 2.0E+01 equip, etc.

Cj

_4,S))E-01

c. h diated com;vments, control m

NONE NA Ci r

d. Other (describe) m Ci NONE NA

2. Estimate of maior nuclide composition (by type of waste)

Co-58 2.84E+01 a.

Cs-137 3

2.37E+01

_Er-90

_2J0E+01

b. _Co..5 R 4

8.30Ed ')1

[

.Fn-SL 1 00nni Co-60 5.00E+00 c.

d.

G 3.

Solid Waste Disposition Number of Shipments ~

Mode of Transportation Dastination 8

TRUCK BARNWELL, S.C.

B. IRR ADI ATED FUEL SHIPMENTS (Disposition) e Number of Shipments Mode of Transportation Destination NONE N.A.

N.A.

\\

TABLE 1 Joint Frequency Distributions of Wind Speed and Direction By Atmospheric Stability Class Based on 35-ft Winds and AT(250ft-35ft)

For Davis-Besse July 1,1979-September 30, 1979 Continuous Iteleases STABILITY CLASSe A ELEVATION 35 FEET DELTA T ( 250.0 -

35.0) FEET DIRECTION 3-3 4-1 H-12 13-18 19-24

>2 TOTAL MILES PER HOUR N

I 4

2 0

0 0

7 NNE o

3 0

0 0

0 3

NE I

2 1

0 0

0 4

ENE o

2 6

0 0

0 8

E O

6 4

0 0

0 so ESE o

5 0

0 0

0 5

SE O

O O

SSE O

1 1

0 0

0 2

S I

3 0

0 0

0 4

SSN O

I O

O O

O I

SH I

6 4

1 0

0 12 WSri 2

0 2

0 0

0 4

W 0

0 0

H NW 0

I O

O O

O I

N4 0

0 1

0 0

0 1

NNd 0

3 1

0 0

0 4

TOTALS 6

37 22 1

0 0

66 PERIODS OF CALMS O HOURS STABILITY CLASS H

ELEVATION s 35 FEET DELTA T ( 250.0 -

35.0) FEET DIRECTION l-3

'4-7 8-12 13-18 19-24

>24 TOTAL MILES PER HOUR N

O 2

6 0

0 0

0 NNE I

2 1

0 0

0 4

NE O

I I

o O

O 2

ENE o

i 5

0 0

0 6

E 1

6 2

0 0

0 9

GE O

2 0

0 0

0 2

SE O

O O

SSE o

0 1

0 0

0 i

S O

I O

O O

O I

SSN O

I O

0 0

0 i

SW 0

4 0

2 0

0 14 HSW 0

2 0

0 0

0 2

N 2

0 0

0 2

WNW 0

0 2

0 0

0 2

Nd 0

I 3

0 0

0 4

NNd 0

1 1

0 0

0 2

TorALS 4

24 30 2

0 0

60 PFRJ0DS OF CALMS 0 HOURS i

..+-ewm

TABLEI (cont'd)

Joint Frequency Distributions of Wind Speed and Direction By Atmospheric Stability Class Based on 35-ft Winds and AT(250ft-35ft)

~

For Davis-Besse July 1,1979-September 30, 1979 Continuous Releases t

STABILITY CLASS: C s

ELEVATIONS 35 FEET DELTA T ( 250.0 -

35.01 FEET DIR ECTION l-3 4-7 6-12 13-18 19-24

>24 TOTAL MILES PER HOUR g

N O

7 2

0 0

0 9

NNE I

3 5

3 0

0 12 NE I

2 0

0 0

0 3

ENE O

5 5

0 0

0 10 E

O 4

7 I

O O

12 BE O

2 2

0 0

0 4

SE O

I I

O O

O 2

SSE O

I O

O O

O I

S O

2 2

0 0

0 4

SSN 2

3 4

2 0

0 11 SW I

H 9

7 0

0 25 MSN O

4 8

1 0

0 13 H

0 1

6 0

0 0

7 MNN O

O 4

1 0

0 5

Nd I

I 1

4 0

0 7

NNH O

O 2

0 0

0 2

TOTALS 6

44 58 19 0

0 127 PERIODS OF CALMS 0 HOURS STABILITY CLASSs D ELEV ATION s 35 FEET DELTA T ( 250.0 -

35.01 FEET DIRECT 10N I-3 4-7 8-I2 13-18 19-24

>24 TOTAL MILES PER HOUR N

O 6

10 16 I

I 42 NNE O

15 20 49 1

0 94 NE 4

29 43 30 9

2 117 EFE 3

46 60 9

0 0

110 E

5 46 42 2

0 0

95 ESE I

19 to 1

0 0

31 SE 3

13 2

0 0

0 18 SSE 3

0 2

0 0

0 13 S

4 23 19 0

0 0

46 SSW l

25 21 4

0 0

51 SH 2

25 43 IS O

O US HSW I

13 30 20 0

0 64 W

I 10 la 4

0 0

31 HIM i

3 11 8

0 0

23 NW G

3 11 10 0

0 30 nrm o

6 16 3

1 0

26 TOTALS 29 290 3 16 171 21 1

8V0 PERIODS OF CALMS 0 HOURS

TABLE 1 (cont'd).

Joint Frequency Distributions of Wind Speed and Direction By Atmospheric Stability Class Based on 35-ft Winds and AT(250ft-35ft)

For Davis-Besse July 1,1979-September 30, 1979 Continuous Releases STABILITY CLASSs E ELEVATION:

35 FEET DELTA T ( 250.0 -

35.0) FEET DIRECTION l-3 4-1 0-12 13-10 19-24

>2 4 TOTAL N!LES PER HOUR N

I 2

1 0

1 I

6 NNE 2

3 3

2 0

I il NE 2

8 5

1 0

0 16 E NE I

13 4

0 0

0 la E

6

.ll 7

0 0

0 24 ESE 4

16 6

0 0

0 26 SE 11 20 2

0 0

0 41 SSE 13 19 3

0 0

0 35 S

10 50 to 0

0 0

70 SSN I3 50 29 3

0 0

95 SK 12 All 23 2

3 0

00

' W SW 4

27 13 3

0 0

41 N

5 8

19 2

0 0

34 H NH 2

9 2

2 0

0 15 N4 2

8 3

1 0

0 14 Nthf I

J l

0 0

1 6

TOTALS 89 303 131 16 4

3 546 PER10DS nF CALMS O HOURS 9

STABILITY CLASSs F ELEVATION:

35 FEET DELTA T ( 260.0 -

35.0) FEET I

DIHECTION l-3 4-1 8-12 13-18 19-24

>2 4 TOTAL MILES PER HOUR N

O O

O NNE O

O O

NE O

O O

ENE o

0 0

E O

O O

ESE 3

1 0

0 0

0 4

SE 10 9

0 0

to SSE 19 11 0

0 0

0 36 S

29 27 0

0 0

0 56 SSN 1

40 0

? O O

O 41 SN 9

2tl 0

0 0

0 37 FSM 0

4 1

0 0

0 13 H

5 7

1 0

0 0

19 MNW 0

4 0

0 0

0 4

N4 1

0 0

0 1

NNW I

O O

O I

TOTALS 92 131 0

0 0

0 237 PERIOUS OF CALMS O HOURS p

TABLE 1 (cont'd)

Joint Frequency Distributions of Wind Speed and Direction By Atmospheric Stability Class Based on 35-ft Winds and AT(250ft-35ft)

For Davis-Desse July 1,1979-September 30, 1979 Continuous Releases STABILITY CLAsse o ELEVAT!nN s 35 FEET DELTA T ( 250.0 -

35.0) FEET 8'

DIREcTIoM l-3 4-7 U-12 13-10 19-24

>24 TOTAL MILES PER IfouR N

O O

O A

NNE o

0 0

NE O

O O

ENE o

0 0

E O

O O

ESE I

O 0

0 0

0 l

SE 2

I O

O O

O 3

SSE 9

1 0

0 0

0

C S

12 6

0 0

10 SSW I

T 0

0 0

0 14 SW i

13 0

0 0

0 20 MSW 3

3 0

0 0

0 6

W I

2 0

0 0

0 3

s WNW I

O O

O I

Nd 1

0 0

0 I

tJNW 0

0 0

4 TorALS 44 33 0

0 0

0 77 PERIODS OF CALMS 0 HOURS A

s STABILITY CLASSs ALL ELEVATIONS 35 FEET DELTA T ( 250.0 -

35.0) FEET DIR ECT!nti 1-3 4-7 0-12 13-18 19-24

>24 TOTAL MILES PER llouR H

2 21 29 16 2

2 72 NNE 4

26 29 54 10 I

124 6

NE H

42 50 31 9

2 142 ENE 4

61 00 9

0 0

160 E

12 73 62 3

0 0

150 ESE 9

45 la 1

0 0

13 SE 26 52 5

0 0

0 03 SSE 44 41 1

0 0

0 ott S

56 112 31 0

0 0

190 SSW 30 121 60 0

0 2/6 SH 32 1 32 U1 27 3

0 2tti WSW 18 53 54 24 0

0 149 W

I4 2tl 4el 6

0 0

96 WNd 4

Il 19 ll 0

0 Si b

Nd 5

Il 25 IS O

O

'ot NNW

?

I3

?!

3 1

1 41 0

TOTALS 210 8Srl 6/S 209 2S 6

2003 PER!nOS OF CALWS O llouRS r,

TABLE 1 (cont'd)

Joint Frequency Distributions of Wind Speed and Direction By Atmospheric Stability Class Based on 35-ft Winds and AT(250ft-35ft)

For Davis-Desse July 1,1979-September 30, 1979 Continuous Releases OBSERVATIONS WITH MISSING D ATA 205 TOTAL OBSERVATIONS FOR THE PERIOD ARE 2003 PEHCENTAGE OCCt!RRENCE OF STABILITY CLASSES A

B C

D E

F G

3.30 3.00 6.34 44.43 21.26 ll.83 3.84 9

4 0

e e

W 4

W-a me>*>

--e=uwm+M M M

w w

W d

e e

a a

En nO OM0 v> b M

LO

^

d O

.O.

Lf)

M g C00000C0C000CC000 mD ag-O CCCCCOOCOCCOOCOOO g

H Ot C O

H C

O

'O e C

O CCCOOOCOCOCCCCOCC c m 9

O C)

C0000C000C000C0C0 N

A T C N N

Oe C)

A O

g Q.

VJ u W

e=4 CCOOCCCCCCCCCCCCC t i en

.C Lf) v C0000C00000000000 4

N 4 m O

w 1

h C *O N

w N

w. O E H

W Oc o W

mO O W

a g.c m

O

- 90 OC CC CC CC C O CCCOC C O C m O O C u.

OOOOCCOOCCOOCCCCC g_.

O-

- Q t

-C

82 "U M 02 eMD g-m N

nC

.O (a O m n' D I

yem n-;-

t W

u-MO 00 C000 00 C 0 00C0 0C C c.

OA I

W ON COOOOOOCOCOOCCCCO

-m c.

u G Clw ON A Z..O

-e c to.J o

o OlW N =

c ~n o

oCJ 7

u

=

O O N

w M

Q" H

D w

0000C000C0C0000C0 m

o O H

< P-T C000000C0C00CC0C0 t-s D

m dv

<m E

He D

W O

u M O 44 5

Q

.C Q. CD w

Q 0

O to e M O m 0

C00000000000CCCC0 E ~>

Hm vix OOOOOOCCCCCOOCCOO u

m eWW.i-4 C

<Q

< tU m

-w i

x W-

.J u.

O t m s W

O U

m@

LL mn 6

m@

LL mm m

W U.

m O

=)

C (f)

O NZT

~

J

.C H.C. =C tD LU W E

k E

Yb 2

>ZZ 277O Lg:

JH H

@ tU z mWe m y tn 1

t.=..C..C emEEEZZH JHla (U

to W W E E

T rW 2

== < U

+

2YZO uJ ZZZWWWmmm

" W 2 mWm M Y U1 ZH A (S > W Z2ZWWWmmmmmEEEZ

=<U

<WC CC>W H.J **

4W2 mWQ H J a*

mWO 9

i TABLE 2 (cont'd)

Joint Frequency Distributions of Wind Speed and Direction

~

I By Atmosphcric Stability Class Based on 35-ft Winds and AT(250ft-35ft) for Davis-Besse October 1,1979-December 22,1979 Continuous lleleases i

4 STABILITY CLASSs C ELEV AT ION:

35 FEET DELTA T ( 250.0 -

35.0) FEET DIRECTION l-3 4-7 8-12 13-18 19-2A

>24 TOTAL 9

MILES PER f t'hJR O

I O

O O

O I

NNE O

O O

o 0

4 N

Nd 0

0 0

ENE o

0 0

2 0

0 2

O O

O 1

0 0

I ESE o

0 0

E o

0 0

SSE O

O O

SE S

O O

O 3

0 0

0 3

0 0

4 0

l 0

5 SSW S4 O

3 3

0 0

6 e

WSW G

0 0

0 I

O O

1 WNW 0

1 0

0 0

0 i

W t

NW 0

0 2

0 0

0 2

NN4 0

1 0

0 0

0 I

TOTALS O

3 1.3 6

1 0

23 PERIODS OF CALMS O HOURS STABILITY CLASSs D ELEVATIONS 35 FEET DELTA T ( 250.0 -

35.0) FEET DlHECTION 1-3 4-7 8-12 13-18 19-24

>24 TOTAL MILES PER 110UR O

4 7

3 1

0 15 N

4 12 0

0 0

16 NNE O

i 0

0 21 ENE I

11 21 8

0 0

47 O

3 ll NE o

15 6

1 0

0 22 ESE O

2 1

0 0

0 3

E o

o I

o O

O I

2 8

11 4

0 0

25 SE O

11 27

.,.1 4 0

0 52

.SSE O

II 39 36 9

I 102 S

I 15 49 43 31 17 162 SSW WSW l

4 42 55 35 6

143 SW I

il 54 11 1

I HS WNd i

4 12 31 2

84 N

l 13 50 24 V

4 103 NNW I

2 lH 25 6

1 53 NW Tol' ALS 9

124 391 210 llo 34 934 s

PER IODS OF CALMS 0 ft1URS f

TABLE 2 (cont'd)

Jolrt Frequency Distributions of Wind Speed and Direction By Atmospheric Stability Class Based on 35-ft Winds and AT(250ft-3Sft)

For Davis-Besse October 1,1979-December 31, 1979 Continuous Releases ST ABILITY CLASS: E ELEVATION:

35 FEET DELTA T ( 25 0.0 -

35.0) FEET DIRECTION l-3 4-1 0-12 13-18 19-24

>24 TOTAL MILES PER llollR N

O 4

1 0

0 0

5 NNE I

2 0

0 0

0 3

Nd 6

7 0

1 0

0 22 File 10 Il 13 6

2 0

42 E

O 10 23 2

0 0

43 ESE 6

11 O

O O

O 25 SE 8

IS S

4 0

0 32 SSE 4

12 17 7

0 0

40 S

12 33 35 11 3

0 96 SSW l

47 10 40 S

O 1 11 SN S

4i 62 32 3

0 149 WSM 4

39 S3 14 0

1 Ill H

S 28 41 3

0 0

77 HNW 3

to 14 7

2 0

36 Nd 0

I 12 4

0 0

11 NNW 3

0 S

1 0

O 9

TOTALS 62 271 3 15 134 IS I

884 PERIODS OF CALMS 0 HmIRS e

STABILI1Y CLASS: F ELEVATION:

15 FEET DELTA T ( 250.0 -

35.0) FEET DIRECTION l-3 4-7 8-12 13-18 19-24

>2 4 TOTAL MILES PER 1100R N

O O

O NNE O

I o

O O

O I

NE O

O O

ENE o

I O

O O

O I

E o

3 1

0 0

0 4

ESE 2

1 2

0 0

0 S

SE 3

7 3

0 0

0 13 SSE 3

18 0

0 0

e 21 S

3 11 0

G 0

0 20 SSN I

29 1

O O

O 31 SH 3

16 8

i 0

O 2fl MSW I

8 2

0 0

0 il N

I 5

1 0

0 0

7 WNW I

O O

O I

N.1 1

0 0

0 1

HiiW O

O O

TOTALS 19 106 18 I

O 9

144 PER10DS f>F CALMS 0 110VRS

I TABLE 2 (cont'd)

I Joint Frequency Distributions of Wind Speed and Direction By Atmospheric Stability Class Based on 35-ft Winds and AT(250ft-35ft) l, For Davis-BeSse October 1,1979-December 31, 1979 Continuous Releases I

STARILITY CLASS: G ELEVATIONS 35 FEET DELTA T ( 250.0 -

35.01 FEET I

DIR ECTION 3-3 4-1 0-12 13-18 19-24

>24 TOTAL MILES PER IfouR N

O O

O I

NNE O

O O

NE O

O O

EtE O

O O

I E

o 0

0 0

0 ESE I

O 0

0 0

0 I

6 SE I

I O

O O

O 2

SSE O

5 0

0 0

0 5

S I

5 0

0 0

0 6

SSN O

O O

I SN O

O O

NSN O

O O

N O

O O

I NNN O

O O

NN O

O O

NNN O

O O

I TOTALS 3

19 0

0 0

0 22 PERIODS OF CALMS 0 ff00RS 8

4 STABILITY CLASSs ALL ELEV ATION 8 35 FEET DELTA T ( 250.0 -

35.0) FEET DIRECTION 1-3 4-1 8-12 13-18 19-24

>24 TOTAL 4

MILES PER ffOUR N

O 9

8 3

1 0

21 NNE.

I 7

I2 0

0 0

20 C

NE 6

to 19 8

0 0

43 ENE Il 23 40 16 2

0 92 E

8 20 30 4

0 0

70

'I ESE 9

14 11 0

0 0

34 SE 12 23 9

4 0

0 48 SSE 9

43 20 11 0

0 01 I

S 16 66 62 27 3

0 174 SSN O

101 121

" 76 14 1

321 0

SN 9

la 123 76 41 17 344 HSH 6

Si l(X) 72 35 7

2 11 N

7 44 VI 20 1

1 170 8

HNN 5

15 46 40 14 2

122 NW 2

14 44 28 9

6 123 NNW 4

3 23 26 6

I 63 g

TOTALS 113 529 793 411 126 35 2001 PERIODS OF CALMS 0 HOURS g

C

TABLE 2 (cont'd)

Joint Frequency Distributions of Wind Speed and Direction By Atmospheric Stability Class Based on 35-ft Winds and AT(250ft-35ft)

For Davis-Be sse October 1,1979-December 31, 1979 Continuous Releases OBSERVAT!ONS WITil MISSING DATA 201 TOTAL OBSERVAT!HNS FOR TifE PERIOD ARE 2007 PERCENTAGE OCCURRENCE OF STABILITY CLASSES A

B C

D E

F G

O.00 0.00 1.15 d6.54 44.05 7.17 1.I0

.l 0

e e

8 8

4 9

e e

g y

.,w.m,

._m.p-pe w - mewsw

== me Wh.

e

w w

w a

J w

I i

1 O

u m ta MC i to do g oo O

m e J COOOOOOOOCOCOCCOO OO J COCCMCOOOOOOOOOOM

~~ <H g 6

b*

0 N

OD C

A p

'o $ m C

m C mN 4

OCOOCOCOCOCOOCCC/C C00C0C0C000000000 "O

w N

ccM N

^

Cd O. 7 o W dM

'd i L c sn D CeOOCOOOOCCCCoeOC

M.C

=

O CCeCOOOOCOOeCO kC E

~

M w O o o

y o

j O

a w

g C

w m a W

e ewW W

W 4

8 W

h O c a te CCCCCCCCCCCCCCCCO 4 g Ch COCCCCCCCCCOOOCCO 4

6 a tt 0-O. t 2 D ca o e l2 emo R,.

p MM cmr

"~5 M~$

C D

m (j.-.

2 8

Qg%

1 W

a h%

C. N OCCCNCOOOOOOOOOON O. N OCOO OCCCCCCCCCCC c.

D

-m

-e OIW U-O tW o to J c.O O

c r.2 N

m D c (n N

1 ya m x

W e y

H C

H O O L

I

<N COOSCCCCCCCCCCCCO L

L-M COOC-COCOCOOOOOO-m to HI 2

O H8 d9 E

2 yr>

E e

5 Jv W

O. m E

-O WQ H O O

E "O

O hm OO CC CC OD O C C C CC C C O u4 Hm COOCOCOCOCCCCCOOO c= l.L' s La m

X

<W I

W --

2 h

W-W J

CQ

. u.

U U

to e th @

to M LL to M W

m m

M C M c NZZ 4

.C NZZ J

.C H =C. =C=

HCC JHH ff W W W E T

T TH 2 J H L*

W W W W E

E 3"

Ib 2

= = - -

== < U ZWZ in Wto eIm 2YzC W

== < J ZWZ tAWm mIm Z T :* C W

g CC > Lu 2 Z Z W (11W m m O W m E E E Z Z H Q.

CO > LU 2 2 Z W W W m m W m LA E E E ZZH C

<W2

<W2 H W **

H J==

to w Q MWQ 6

)

t f

5s 3e s tfa no0el iEe t

2l c

(l eT h rAc L O00O00O0OO2200004 L 3i62oGO000200O004 i

t A

A Dd T

T 1

a nB O

O d a T

T n

9 as7d 9 d

n1 ei 4

O00O00O0OO0000000 4

00000OO000000O000

)d eW, 2

2 p

0

't S t 3 n

f o d - r c

n5 e

(

i 3b Wn m f o e O00O00O0OO0000000 4

00o00OO000000O000 4

3 2

2 t

E o p

9 9

L d

e s e nsS T1 1

B T

A E

E T oa E

E iB 9 F

F t

7 u s9 8

O00O00O0OO0000000

) 8 31 I00OO000000O00S

)

b s1 01 01 i

R R

r a 53V 53U t l 0

311 31 O sC1 1

H iDyly R

R t

E i u E

yl P

P J

ci 02 O00O00O0OO0200002 02 O000oOO000200O002 nb e IS 1S 0E 0E eas 56L 5HL ut s 2

2 I

I S e M

M qe cD

(

ri -

T T

P r s ei t

A7 O00O00O0OO2000002 A7 O0i2OOO000000O007 nh v T-S T-S ipa L4 R

L4 R

E U

osD D

O D

O J o H

H mro t

P A

O 0

y T3 Oo0OooOoOO 0000000 T3 OoO0OOOo00000O000 CE -

S DE -

S B

E1 M

El M

F L

s A

e A

S5 C

S3 S3 A

F A

F L

O L

n C

C S

S YNN S

D YNN S D TOO L

0 TOO L

O III A

1 III A

I LTT E E E E

W W

4 WT R

LTT E

i E E W

W W

WT R

AC N6t SES SWS NWNO E

IAC NEN S ES SWS NWNO E

t I

BVE NNNEEESSSSSWWWNNT P

BVE NNHEEESSSSSWWWNNT P

AER AER TLI TLI SED SED l

I O

I I

)

M O

O k

')

e a

l l

l I

U l

in to MC 8

h e.o e

c w '.

O O2 eN~c

e O #

b k#O J

COOOOOOOOC-CCCOO-J COOOOCCCCCCCCCOOC QD e*

C H

H T

h C

m oM b T CD gg *C

'O

COOOCOCOCOCOOOOOO v OOOCOCCCCCCOCOCOC oh=

N N

+

L 9

O

^

De C

dM O

.O I u CD C 3 e.O

M E

M v COOOOOCOOOCOCOCCO 9

OCOCOCCCCOOCCCCCC O

.c, w

m n

W O

a i

i a

t o

e th 4,g g

b I;

U S e" *i

<e W

m W

it y

g u.

M Q aC COCOCOCOCOCOCOCCC am COCCCCCCCOOCCCCCC 4 MM 0-C-

Ec

te

e c90 eMD a

u

.v. Q -

m-;

n-Q Obb c

6

~p i

W e

AO%

Q.

cb O-CN C000000C000000C00 ON OOOOOCOCCOCOCOCCC c.C 0

-p e - to o c r,

O 8W OtW DTJ ya m DCJ

~

Cr D Q 5

C 0 g w

w 6

I L

H k

w b ~m M

<N 0000CC0C00-00000-

<N OCCCCCOOOOCOCOCOC

.C. ~O. O H I to HI M

v e

, J, w e

O in Q D

m D

- o O

s O

E

'O a<; '

O O

m C0000C0C000000000 m OCOOCCOOCOCOCOCCC C

W I

M t.L

's e

W-2 W --

JE 4

J W

J

=

th @

U M@

U 4A m to n (L

W d

C J

C U

U

=

to

=

M

>=2 gn o

>. z z m o

= - O.

I

.C

.H..O.O HO

.J

.O

.c dH, W

W W

W R

E T

TH M MHH W W W W E

T T

TH 2

<w

-~LUZ MWe to r in 5f; y z O w

W

7. 2 Z W W W m W m M M E Y Y Z Z H 1

<W-

<W2 FrJ" HJ=

to w O in W Q

=

a

Oa s

to ch MC t (n UC U

oO O

to N ~o U e CH

< ^U

.J COCOOOOOOCCCCCOOO J

m-CNMCOOCC#NOCCCN 6

N OT$

D D

Cc A

s y

C m

o to tw O

TOC" w OOOOOOOOOOCCCCCCO 4

OOOOOOOOCCCCCOCCC

'nT Ug=

7 N

k O

eC C dM O t i u M

Cto C

- m.c b

T OCCCOOCOCOOCOCOCO v OOOOCCCCCCCCCCCCC g

C w O U N

N 5

W O E

d a

v v

k$,W D

W I

W W

b Q cpm 6

W w

ts "D em ac OCCCCOOOOOCCCCCCC

-T m--CCCCCCCCCCCCC.*

Om*

.72 72 w C cm3 cmr r,,

a ~ '

m-c m-c m () *

=

Qg%

2 2

I W

e un s

3 a

c.

U-C. N C00000000 COCOCCCO C. N OOOONCCCCONNCCCOc

^~m

-m

-m C.O O

OeW C t LJ C C En oCJ mCJ pu cq N

==

N

=

K C O Cr C oC H

6 I

H 6u gn 0

< P-OCOOOOCOOOOCOCOCO

< P-CocN-CCCComOCCCC-

"r>

bI (n

HI

- e 40 d'

m' 3

O mQ o

=

O 3

O

=

E%

l "O

o C

<w

.2 o

HM CCCOOOOCCCCCOOOOO J6-m COCCCOCCCOCCCCCCC N

OW I m

<a e CQ Lu -

y W-2 LA

.J u.

J

=

v in c u

me o

1 mm em f

h d

d m

m h_ E E j b h33 j h

=

. =

_==

JHH W Lu W W r

Y Y

YH 2

.J H H tv-W W W r

E Y

YW

{

W z eye 2 Y

*. =

a' '

2W m tu tn m Y ta-2Y7O W

== < U

=W zzzWWOWfmemeerrrzzH i

i m>W

<W2

<W2 H =J *=

H J==

En W Q mWQ em 1

TABLE 3 (cont'd)

Joint Frequency Distributions of Wind Speed and Direction By Atmospheric Stability C1,ss Based on 35-ft Winds and AT(250ft-35ft)

For Davis-Besse July 1,1979-September 30, 1979 Batch Iteleases i

I OBSERVATIONS WITH MISSING DATA O

4 TOTAL OBSERVATIONS RIR THE PERIOD ARE 22 PERCENTAGE OCCURRENCE OF STABILITY Ct. ASSES A

B C

D E

F G

13.64 0.00 I tl. l 0 63.64 4.55 0.00 0.00

=

b k

?

b 4

e

.~

)

t s f

5 e 3 s

- ae t

nfl o0 e i 5R t

2 c(h eT c L O0OO o000O0000000 L

O0OOOOOO00O000O0O A

rat A

T i

a T

O Dd B O

T n

T d

9 a

n 7

as 9 d 1 d n 4

O0OO00000O0000000 4

O0OOOOOO00O000O0O 2

ei 2

eW3 1

p S t r

f e

d -

n5 b i3 m 4

O0OOOOOO00O0o0O0O e

4 O0OO0000OO0000000 Wn 2

2 c

4 f o e 9

9 E o 1

L d D 1

T T

s e -

E B

E E

ns 9 E

A F

T oa7 F

8 O0OOOOOO00O0O0O0O iB 9 8

O0OO0000OO0000000

)

t

)

1 01 u

01

- R s

- R b s,

53U i

53U 31 O r a1 3I O H

t l H

r sC e r

ER i

i Dyb E

P t

o P

it 02 O0OO0000OO0000000 02 O0OOOOOO0000O0O0O yl S

1 ci c 1 S 0E 0 - E nb O 5UL 56L 2

I ea 2

I M

e M

ut

(

qS s

(

s T

e c ri e T

A7 O0OOOOOO0000O0O0O F r B A7 O0OO0000OO0600000 e -

T-S T-S R

t R

L4 nh s L4 U

U E

O pi E

O D

H ios v D

H J o a mD 0

0 t

r

~

A o T3 OoOO0oooOOD 000000 T3 OoOOOOOO0o00O0O0O S

F AE -

S BE-M EI y

E1 M.

L F

B F

'A A

s C

S5 C

S5 S3 S3 F

F A

O A

O L

L C

S C

S YNN S

D YNN S D s

L O

TOO L O TOO A

I III III A

LTT E

E E

E N

H W

4T R

LTT E'

E E E M

H w

WT R

I AC NEJ SES SWS N4NO E

IAC NEN SES 3WS NuNO E

t NT P

RVE NNNEEESSSSSHWHNNT P

BVE NNNEEESSSSSWWWt I

AER AER TLI TLI SED SED e

.o g

g e

s t

l 1

I c

c,-

mC m V I C a C w-go O C DX "O

.N C

CF 0 6

~

J C000C000000CC0C00 J C - N - m o c o.c m N-mm N o -

c c

C "C =

b.

b e

t O

H H

c C

N O (n O D 'O C.C

COOOOOOCOCOCCCCOO v OO OOOC C C C C C CCC C O O c>-

N N

e

^

2 C. 7 M M

V.

a C

w u.

O

C I h U

C0 7

'** m c C

9 CCCCOOOCOCOCCCOOO v CC OOCOO C O O O OCC C OC

% O h N

N d

R OC r

o a

p -

Li C l

W g

C C C3 Lu W

4 W

W g

O cN u.

y,

= m a

C C C M C C C r* - N. - C C C w m*~-

C

^C CCCCCOOCOCCCCCCCC

~T am

0. t =

C. e m En ems cm3 w m m-g m-g u

Oc Q >. c m

e 8

W O

I y.a a

a A

U-O C. N CCCOOOOCOCOOCCCOO O. N OC-N-OommO-CN9CM p

- tn

-m N

C.O v

OeW O

W Q c cTJ e :D J C

N N

ga X

V, CO X

y w

g M

=C H

H 6wu O a

<* CCC000000C00CC000

<N 0--CNOOW--O-OCN-C g

H8 m

Ht N

m C.c e

1 Jv u

a>

dM 2

2 2

O (n

c oO y

~g E C b

O C

"< Of HM 0 C 0 0 0 0 C 0 0 C '3 0 0 C 0 0 0 m C O C O C C C C C C C C-C O O-N UW i e

cxe m

m W-

=

W-

=

u.

J u.

J<

me a

me o

em mm u.

u.

J C

J G

U U

m m

). z z e c

3. x z e O n==

J.=

n==

J =

W W

t r zT W

W W

L T Y?

W z z z W W W m m m m m 'm m c z z H zz zGWWme m m m e rz zze a r>W a

mkW

<W=

< x H

b J.=

m 0 th W O

TABLE 4 (cont'd)

Joint Frec ency Distributions of Wind Speed and Direction By Atmospheric otability Class Based on 35-ft Winds and AT(250ft-35ft)

For Davis-Besse October 1,1979-December 31, 1979 Batch Releases STABILITY CLASSs E ELEVAT!cNs 35 FEET DELTA T ( 250.0 -

35.01 FFET DIHECT ION I-3 4-1 0-12 13-13 19-24

>24 TOTAL MILES PER fl0UR N

O I

O O

1 NNE O

O O

NE o

0 0

ENE o

0 0

E O

O 7

0 0

0 i

ESE I

O 4

0 0

0 5

SE O

I O

O O

O I

SSE O

O I

O O

O I

S O

2 4

2 0

0 8

SSW O

4 6

2 0

0 12 SN O

2 2

4 0

0 8

WSW 0

1 2

2 0

0 5

W D

1 1

O O

O 2

WN4 0

1 0

0 0

0 1

NN O

I 2

0 0

0 3

N'id 0

0 1

0 0

0 1

TurALS I

14 30 to 0

0 55 PER100S OF CALMS O lt00RS STABILITY CLASSs F EL EV AT ION s 35 FEET DELTA T ( 250.0 -

35.01 FEET DIHECTION 1-3 4-1 8-12 13-10 19-24 324 TOTAL MILES PER liquR N

O O

O NNE o

0 0

NE O

O O

O o

ENE O

O O

O o

E o

0 0

ES E O

O O

SE o

0 0

SSE I

2 0

0 0

0 3

S O

I O

O O

O I

SSW O

2 0

= 0 0

0 2

SW 0

1 0

0 0

0 i

NSW I

O O

O l

d 1

0 0

0 1

NNW I

O O

O I

NN O

O O

N;44 0

0 0

TOTALS 4

6 0

0 0

0 to PERIODS OF CALMS 0 HOURS

e e

o e

e o

e e

e 0

1 I

to wmU mM l C 0$

c oO

.o m CC

N O wf M <H C

O J COOOOO-NCOOCOOCom J

--N-OcNewh -Ncccco C

C *O C

g k

- m m5m G

G C

N Q m m "U 'O U *C

OOOOOOOOOOOCOOCOC v OOOOOOOCCOOOOCCCC n

'O O >

N N

a r* m A

A C D d 6C O

O e U

CW M

- m E D

0 7 C o e OCOOCOCOCOCCCCCCO v COOOOOOOOOOOCCCCC y

w O y N

N

$o ma e

a e c.:

s b

C m m w

g O c ts w

w

C m

E 4

f O m~

am CCCCCOOOOOOCCCCCO am CComOOOmmemWOCwmN

.O m.

C. i e O.. a N

I a-w mma mne so a

"-s

"-E h

b b

I I

- ~

a a

>, O C. N OOOOOOOOOOOCCCCOO O. N CO-NetCv5cmNm9CNm o

-m m

c CS C 8W CfW O O mOJ m :D J O

Q" N

mm N

.~.o g W m 2

2 to w

w g U C U E CQ h

h O I WN COOOCC-NCOOCOOCCm

<N

---cNONeth mN--m m

y

.C to HI to HI v m

.c o. >

l a

ge e

O m W

D 2

O O

U 3

U e a 28 o

c d

m.

6 km OCCOOOoOOOOOCOOOO C O O O O-O- O O O -N-C o c x

ew, m

m CQ W-X J

2 m

.J 4

=

mm U

mm mm 4

E as:

4 m

m HEE h

=9 t =3 3

=b

-==

=

JH-<D W

W w w r r r rH m w w w r r r TH JHU Sj

~

~<

wz mwm mem zrzC b

-m-mwm mzm zrze w es > w 22zQwwmmmmerrazzH a ec - w 22xwwwmmmmmare zzH a

<W2 as: b 2 H.J =

HJw mWQ mLO

TABLE 4 (cont'd)'

Joint Prequency Distributions of Wind Speed and Direction By Atmospheric Stability Class Based on 35-ft Winds and AT(250ft-35ft)

Por Davis-Besse October 1,1979-December 31, 1979 Batch Releases OBSERVATIONS WITH MISS!!!G DATA O

TOTAL OBSERVAT!nNS FOR THE PERIOD ARE 120 PERCENTAGE OCCURRENCE OF STARILITY CLASSES A

B C

D E

F G

O.00 0.00 0.00 47.29 42.64 7.75 2.33 G

e

=

e

TABLE 5 Houriv Meteorological Data During Batch Releases Davis-Besse July 1,1979-December 31,197 '

Date Hour 35-ft Wind Speed (mph) 35-ft Wind Direction AT250f:-3Jf:L D YR MN DY 79 7 10 9

4.5 230

-0.1 79 7 11 10 7.0 230.

-1.9 79 7 Ii 11 7.0 230.

-1.9 i

79 7 11 12 9.0 240.

-1.9 l

79 7 11 13 8.5 250.

-1.8 l

79 7 11 14 11.5 235.

-1.5 79 7 Il 15 9.5 225.

-1.2 79 7 16 la 18.5 30.

-1.5 l

79 7 16 19 17.5 35.

-1.4 l

70 7 19 14 7.5 95.

-2.3 j

79 7 19 15 8.5 85.

-2.4 79 7 19 16 8.5 90.

-2.3 l

79 8 16 11 6.5 40.

-1.1 79 8 16 12 5.5 50.

-1.2 i

79 8 16 13 5.0 70.

-1.3 1

79 8 16 14 6.5 40

-1.3 79 8 16 15 7.0 60.

-1.4 79 9

8 1

15.0 5.

-1.3 79 9

8 2

15.0 355.

-1.2 l

79 9

8 3

14.0 5.

-1.1 i

79 9

8 la 7.5 55.

-1.2 79 9

8 19 7.5 35.

-1.I j

79 10 6

5 8.0 185.

-0.4 79 10 6

6 8.0 185.

-0.4 79 10 6

8 9.5 185.

-0.8 j

79 10 6

9 8.0 165.

-0.9 79 10 6

10 7.5 170.

-0.7 79 10 6

11

.7.0 165.

-1.0 79 10 6

12 7.5 195.

-0.6 79 10 6

13 5.0 200.

-0.5

{

79 10 6

14 4.5 295.

-0.5 79 10 6

15 11.0 285.

-1.3 79 10 6

16 10.5 275.

-1.3 79 10 6

17 8.5 265.

-1.I 79 10 6

18 5.5 245.

-0.7 79 10 9

5

.17.5 325.

-0.9 I

79 10 9

6 15.0 305.

-0.8 79 10 9

7 14.0 320.

-0.9 79 10 9

8 15.5 340.

-1.1 79 10 9

9 13.0 325.

-1.I 79 10 9

16 5.5 315.

-1.7 79 10 9

17 3.5 280.

-1.0 79 10 9

18 4.5 315.

-0.3 79.10 9

19 1.5 105.

1.1 79 10

.9 20 5.5 245.

1.7 79 10 9

21 9.5 280.

0.5 79 10 9

22 7.5 265.

-0.3 79 10 15 22 6.0 215.

1.1

TABLE 5 (cont.)

Hourly Meteorological Data During Batch Releases Davis-Besse July 1,1979-December 31, 1979 r

Date Hour 35-ft Wind Speed (mph) 35-ft Wind Direction AT2 50ft-35 ft (? F)

YR MtJ DY 200.

1.3 79 10 15 23 5.5 l7 200.

2.7 79 10 J 5 24 6.5 195.

79 10 16 1

7.5 203.

2.3 79 10 16 2

5.0 225.

2.I 79 10 16 3

5.5 225.

1.7 79 10 16 4

5.5 195.

-0.8 79 to 19 11 14.5 195.

-0.9 79 10 19 12 14.0 345.

-1.0 79 10 25 23 14.5 345.

-1.1 79 10 25 24 14.5 295.

-1.I 79 10 26 I

I2.0 320.

-0.9 79 10 26 2

12.5 325.

-1.0 79 10 26 3

11.5 325.

-1.0 79 10 26 4

9.0 2d5.

-0.9 79 10 26 5

9.5 325.

-0. 9 79 10 26 6

11.5 170.

1.8 79 10 27 1

4.5 165.

l.9 79 10 27 2

5.5

175, 1.3 79 10 27 3

4.5 175.

-0.1 79 10 27 4

5.0 155.

-0.6 79 10 27 5

6.5 165.

-0.9 79 10 27 6

6.5 155.

-1.0 79 10 27 7

.7. 5 160

-1.I 79 10 27 8

9.5 159.

-1.2 79 10 27 9

10.5 175.

-1.3 79 10 27 to 1.0.5 175.

-1.3 79 10 27 11 12.5 175.

-1.2 79 10 27 12 13.5 160.

-1.1 79 10 27 13 14.0 155.

-1.0 79 10 27 14 16.5

-165.

-0.8 79 10 27 IS 15.5 165.

-0.3 79 10 27 16 11.0 170.

-0.4 79 10 27 17 13.0 175.

-0.3 79 10 27 IS 12.0 180.

-0.2 79 10 27 19 14.5 0.3 185.

79 10 27 20 11.5 200.

-0.1 79 10 27 21 12.5 195.

-0.1 79 10 27 22 15.5 215.-

0.0 79 10 27 23 14.5 235.

-0.9 79 10 27 24 11.3 245.

1.7 79 10 28 I

8.5 255.

2.5 79 10 29 4

'3.0 295.

2.6 79 10 29 5

2.0 265.

2.9 79 10 29 6

3.0 36 0.

0.8 79 J O 29 7

5.5 25.

-1.1 79 10 29 8

6.5 45.

-0.8 8.5 79 10 29 9

55.

-1.3 79 10 29 10

.7. 5

TABLE 5 (cont.)

Hourly Meteorological Data During Eatch Releases Davis-Besse July 1,1979-December 31, 1979 Date Hour 35-ft Wind Speed (mph) 35-ft Wind Direction 6T250ft-35f 1 O YR MN DY 79 10 29 11 7.5 75.

79 10 29 12 7.5 65.

-1.5

-1.6 79 10 29 13 7.5 60.

-1.6 79 10 29 14 7.5 70.

-1,6 79 10 29 15 9.5 60.

-1.6 79 10 29 16 6.5 65.

-1.4 79 10 29 11 6.5 75.

-1.0 79 10 29 13 6.5 95.

-0.7 79 10 29 19 7.5 85.

-0,7 71.10 29 27 9.5 75.

-0.7 79 10 29 21 8.5 95.

-0.6 79 10 29 22 8.5 95.

0,4 79 10 29 23 8.0 95.

0,4 79 10 29 24 8.0 100.

_o,1 79 10 33 1

5.5 135.

3,;

79 10 '!0 2

8.5 105.

0,0 79 10 30 3

11.5 95.

-0.5 79 10 30 4

11.0 105.

-0.5 79 10 30 16 13.0 65.

1,4 79 10 30 17 I4.5 65.

_o,9 79 10 30 1d 15.5 75.

_o g 79 11 4

24 5.0 155.

4,7 79 11 5

1 3.5 iS5.

4,7 79 11 5

2 4.5

135, 4.8 79 11 5

3 4.5 155.

5.4 79 11 5

4 6.0 155.

5.4 79 11 9

12 9.5 11 0.

-0.3 79 11 9

13 11.0 105.

_o,4 70 1I 9

14 10.5 85.

-0.3 79 il 9

15 12.0 85.

_o,2 79 II 9

I6 9.5 95.

_o,i 79 11 18 10 13.0 230.

_i,4 79 l1 21 20 9.5 195.

O,e 79 11 21 21 9.5 195.

o'a 79 II 21 22 10.0 195 o.2 79 11 21 23 14.0 200.

O.2 79 12 7

I 8.0 205.

i,o 79 12 7

2 7.5 195.

o*7 79 12 7

3 B.5 195.

o

_l 5 79 12 27 12 9.5 320.

4 79 12 27 13 8.5 315.

-l*5 79 12 27 14 7.0 305.

5 79 12 27 15 6.5 335.

-1 3

79 12 27 21

.9. 0 325.

O3 79 12 27 22 10.0 325.

-0.3 79 12 27 23 10.5 -

-330.

_o*a 79 12 27 24 12.0 345.

_o,6 7 ') 12 2S "

17.

J2.5 235.

_o,7

TABLE 5 (cont.)

Hourly Meteorological Data During Batch Releases Davis-Eesse July 1,1979-December 31, 1979 Date Hour 35-ft Wind Speed (mph) 35-ft Wind Direction 6T250ft-35f loo YR MN DY 79 12 28 18 11.5 235.

-0 4 79 12 26 Il 13.5 24 0' 0*2 79 12 28 23 15.0 240

~

79 12 29

.13 12.5 240.

-o'*S 7.9 12 29 I4 13.0 235.

-o*5 79 12 29 15 13.5 235.

-o*4 79 12 29 16 13.0 235.

-0.2 l

l r

=

i l

TABLE 6 DOSE FROM GASEOUS RELEASES - DAVIS-BESSE WilOLE BODY DOSE - NOBLE G AS PLUME MAXIMUM INDIVIDUAL (July 1,1979 to December 31, 1979)

Fourth Quarter Dose (mrem)

Third Quarter Dose (mrem)

Total Continuous Batch Continuous lutch Total Direction Distance R elease_

Release l Total Both Quarters Direction Distance Release _

Reic e_

NNE 0.6 mi.

5.99 E-3 0.00 3.99E-3 NNE 0.6 mi.

6.76E-3 7.48E-4 7.5fE-3 1.35E-2 N

0.6 mi.

7.47E-3 0.00 7.47E-3 N 0.6 mi.

4.84E-3

5. 37 E-4

5. 38E-3

1. 29 E-2 DOSE FROM GASEOUS RELEASES DAVIS-BESSE SKIN DOSE - NOBLE G AS PLUME - M AXIMUM INDIVIDUAL (July 1,1979 to December 31, 1979)

Fourth Quarter Dose (mrem)

Third Quarter Dose (mrem)

Continuous Batch Total Continuous Batch Direction Distance Release _

Release Total Direction, Distance R elease_

Release Total Both Quarters 4.93E-2 2.32E-3 5.21E-2 9.72E-2 NNE 0.6 mi.

4.31E-2 0.00 4.51E-2 NNE 0.6 mi N

0.6 mi.

3.63E-2 0.00 5.63E-2 N 0.6 mi.

3.57E-2 1.66E-3 3.74 E-2 9.10E-2

TABLE 7 DOSE FROM GASEOUS RELEASES - DAVIS-BESSE DOSES FROM IODINE AND PARTICtlLATES - M AXIMUM INDIVIDUAL (INFANT) - MREM (July 1,1979 to December 31, 1979)

Direction WSW Distance 2.70 miles for Residence Direction WSW Distance 2.70 miles for Garden Direction WSW Distance 2.79 miles for Cows Dose Third Quarter Fourth Quarter Total for 3rd and 4th Category Continuous Batch Total Continuous Batch Total Qmrters Whole Body 1.95E-3 0.00 I.95E 5 5.23E-3 0.00

3. 23 E-5

7. LEE-5 Thyroid 1.15E-2 0.00 1.15E-2 8.92E-3 0.00 8.92 E-3 2.04 E-2 N

TABLE 8-

"OSE FROM G ASEOUS RELEASES - DAVIS-BESSE IODINE AND PARTICULATES AND NOBLE GASES (July 1,1979 to December 31, 1979)

POPULATION DOSE SUMM ARY (M ANREM)

Dose Third Quarter Fourth Quarter Total for 3rd & 4th Category Continuous Batch Total Continuous Batch Total Quarters Whole Body 6.17 E-3 7.06E-5 6.24E 5.99E-3 7.43E-4 6.73 E-3 1.30E-2 Thyroid 2.38E-2 7.06E-5 2.39E-2 2.34E-2 7.43E-4

2. 41 E-2 4.80E-2 AVERAGE DOSE TO INDIVIDUALS IN POPULATION (MILLIREM)

Dose Third Quarter Fourth Quarter Total for 3rd & 4th j

Category Continuous Batch Total Continuous Batch Total Quarters Whole Body 2.77E-6 3.17 E-8 2.80E-6 2.69E-6

3. 34 E-7 3.02E-6 5.82E-6 l

Thyroid 1.07E-5 3.17E-8 1.07 E-5 1.05E-5 3.34E-7 1.0SE-5 2.15E-5 i

TABLE 9 DOSE FROM LIQUID RELEASES DAVIS-BESSE POPULATION DOSE SUMM ARY (M ANREM)

(July 1,1979 - December 31, 1979)

Dose Third Fourth Total 3rd & 4th Category Quarter Quarter Quarters Whole Body 7.83E-2 1.32E-I 2.10E-1 Thyroid 9.48E-2 4.63E-2 1.41E-1 AVERAGE DOSE TO INDIVIDUALS IN POPULATION (MREM)

Dose Third Fourth Total 3rd & 4th Category Quarter Quarter Quarters i

s.

Whole Body 3.52 E-5 5.93E-5 9.4 5 E-5 Thyroid 4.26E-5 2.08 E-3 6.34 E-5 NG e

O

t TABLE 10 DOSE FROM LIQUID RELEASES (MREM) TO INDIVIDUAL DAVIS-BESSE NEAREST RESIDENCE NNE AT 0.6 MILES (July 1,1979 to December 31, 1979)

Dese Third Fourth Total 3rd & 4th Category Quarter Quarter Quarters Whole Body 4.89E-3 8.51E-3 1.34E-2

( Adult)

Thyroid 8.30E-3 4.64E-3 1.29E-2 (Child)

(Child)

(Child) 1, GI-LLI 5.26E-3 1.39E-2 1.92E-2

( Adult)

TABLE 11 Davis-Besse Third Quarter (July 1,1979-September 30, 1979) 3 Continuous Release Average X/Q Values (sec/m )

Distance in Miles Sector 0.500 1.500 2.500 3.500

'4.500 Receptor S

1. 950 E-06 2.070E-07 6.152 E-08 3.376E-08 2.061E-08 SSW 3.535E-06 3.914E-07 1.287E-07

6. 45 3 E-08 3.944E-08 SW 5.227E-06 5.966E-01 I.910E-07 I.00tE-07 6.I59E-08 WSW

6. I 8>iE-06 7.02/E-07 2.327E-07 I. I 7 I E-0 7

7. I 77 E-08 W

6.79IE-06 7.694E-07 2.565E-07 1.298E-01 7.983E-08 WNW 4.796E-06 5.328E-07 I.850E-07 9.676E-08 6.1IIE-08 flW o. 358 E-06 I.021E-06 3.646E-07 1.943E-07 I.244E-07 NNd I.486E-05 1.526E-06

5. 4 8 9 E--07 2.969E-07 I.927E-07 N

2.370E-05 2.441E-06 8.744E-07 4./I6E-07

3. 05 4 E-07 NNE I.893E-05 2.012E-06 7.II8E-07 3.798E-07 2.440E-07 NE I.998 E-05 2.002E-06 7.327E-07 3 o 898 E-0 7 2.501E-07 ENE 9.5 68 E-06 1.02iE-06 3.573E-07 1.890E-07 1.206E-07 E

6.619E-06 7.0/3E-07 2.500E-07 1.325E-07 8.454E-08 ESE 2.705E-06 2.965E-0/

I.024E-07 5.362E-08 3.393E-08 SE 2.723E-06

2. 946 E-0 7 I.003E-01

5. 205 E-0 8 3.275E-08 SSE.

1.596E-06 1.779E-0/

6.073E-08 3.123E-08 1.946 E-08 Receptor 25_,000 35,000 45.000 5

S ec tor ___

7.500 1_5_dOA S

8.343E-09 2.906E-09 1.412E-00 8.828E-10

6. 2 38E-10 SSW I.59IE-08 5.47IE-09 2.605E-09 I.604E-09 1.II9E-09 SW 2.49 3 E-08 8.554E-09 4.030E-09 2.462E-09 I.707E-09 WSW 2.897E-08 9.930E-09 4.680E-09 2.86iE-09 I.984E-09 W

3.26lE-08 1.138E-08 5.442E-09 3.359E-09 2.348E-09 WNd 2.627E-08 9.832E-09 4. 93 9E-09 3.15lE-09 2.256E-09 NN 5.48BE-08 2.iI9E-08 l.085E-08 7.006E-09 5.059E-09 NNW 8.731E-08 3.491E-08 I.833E-08 1.202E-08 8.785E-00 N

I.378E-07 5.482E-08 2.869E-08 i.819E-08 i.3/lE-08 NNE I.084E-07 4.234E-08 2.I92E-08 1.425E-08 1.03SE-08 NE 1.I10E-07 4.343E-08 2.254E-08 i.469E-08 I.069E-08 ENE

' 5. 292 E-04

2. 038 E-08 1.046E-08

6. 7 66 E-09 4.896E-09 E

3. 714 E-08 i.430E-08 7.324E-09

4. 729 E-09 3.4 i T E-09 ES E I.4 66 E-08 5.53iE-00 2.799E-09 I. 7 95 E-09 I.290E-09 SE I.402E-08 5.244E-09 1.649E-09 1.6r/E-09 1.220E-09 SSE 8.14SE-09 2.941 E-09 1.440E-09 9.032E-10 6.389E-10

TABLE 11 (Cont.)

Davls-Besse Third Ouarter (July 1,1979-Saptember 30, 1979) 2 Continuous Release Average 1;,'O (1/m )

Distance in M_iles Sector 0.500 1.500 2.500 3.500 4.500 Receptor S

2. 815 E-08 2.468E-09 7.208E-10

3. 321 E-10 I.897E-10 SSW 4.848E-08 4.251E-09 1.241E-09

5. 720 E-10

3. 266 E-10 SW

5. 552 E-08

4. 868 E-09 I. 4 22 E-09

6. 550 E-10 3.74iE-10 WSW 6.256E-08 5.485E-09 1.602E-09 7.380E-10,

4. 215 E-10 W

5.865E-03 5.143E-09 1.502E-09 6.919E-10 3.95lE-10 WNW 2.854E-03 2.503E-09 7.30BE-l0 3.36/E-l0 I.923E-10 Nd 3.245E-03 2.846E-09 8.309E-10

3. 82 8 E-l O 2.186E-10 NNd 3.832E-Od 3.360E-09 9.811E-10.

4.520E-10 2.582E-10 N

7.781E-08 6.822E-09 1.o?2E-09 o.I79E-l0 5.242E-10

,NNE 8.837E-08 7.748E-09 2.263E-09 1.042E-09

5. 95 3 E-10 '

NE I.099E-07 9.634E-09 2.013E-09 I.296E-09 7.402E-10 BlE 5.826 E-08 5.10BE-09 1.402E-09 6.873E-10 3.925E-10 E

3.754E-08 3.291E-09 9.611E-10 4.428E-10 2.529E-10 ESE I.994E-08 1.748E-09 5.106 E-10

2. 35 2 E-l 0 I.343E-10 SE 2.268E-08 1.988E-09 5.806E-10 2.675E-10 1.528 E-10 SSE I.603E-08 1.406E-09 4.105E-10 1.891E-10 1.080E-10 Sector L 5 0 0_

1p00 25,0_00, 35.000 45.000 Receptor 8.317E-l'2.

4.475E-12 2.779E-12 SSW i.153 E-10 3.530L- !

l.432E-11 7.707E-12 4.787E-12 S

6.694E-Il 2.0 4-11 Sd 1.320E-10 4.042E-Il 1.640E.ll 8.825E-12 5.48tE-12 WSW l.487E-10 4.554E-Il 1.848E-Il 9.9 44 E-12 6.176E-12 W

l.395E-10 4.270E-il 1.733E-Il 9.323E-12 5.791E-12 WNd 6.787E-Il 2.078 E-I l 8.432E-12 4.53/E-12 2.818E-12 Nd 7.716E-Il 2.363E-Il 9.58 / E 5.159E-12 3.204E-12 NNd 9.1IIE !I 2.790E-1I I.I32E-l1 6.09IE-l2 3.783E-I2 N

1.850E-lO 5.664E-Il 2.299E-Il I.23/E-Il 7.682E-12 NNE 2.101 E-10 6.4 33 E-1 I 2.6IIE-1I I.405E-1I 8.724E-12 NE 2.612E-10 7.999E-Il 3. 24 6 E-I l 1.746E-Il

.l.085E-Il ENE I.385E-10

4. 241 E-11 I.72iE-31 9.260E-12 5.752E-12 E

8.92SE-1I 2.733E-1I I.109E-1I 5.966E-l2 3.706E-12 ESE 4.74IE-l1 I.452E-I1 5.801E-l2 3.I70E-l2 I.v69E-12 SE

5. 392 E-1 1 1.651 E-l 1 6.700E-12 3.609 E-12 2.239E-12 SSE 3.812E-1I l.I67E-11 4.136E-l2 2.54dE-l2 I.583E-12

mm&&c-----50----

ocooo--

--oC----

00000C0000000000 0-COOCCCCCC-COCC o

i 1 1 1 1 1 I I I I I I I I I f oi l i I I I e I I i f I f f f I f a wwwwwwwwwwwwwwww olwwwwwwwwwwwwwwww m -vDocCCCCCcvOCCC omccc3OCCCCCmOCCC V-CmoCCCCCcNOCCC

.ONemCCCCCCTOCCCC v h.o.C C. N C C O. C C 5.C O C C O v c. C. c. C. C C. C C C v & C. C C. C m

v c-N

-COOCC--OCCC

-emN-OCCCoccOCCC CCN%

e-----NT----

oomoo----->O----

OOOOCCCCCCCCCCOO C-CCCCCCCCC-COCO o

l i f t i I I i 1 1 1 1 1 1 1 I o I I,;. 1 l l 1 1 1 8 I ( t f I I o WWWWWwWWwWWWWwww o'wwwwwwwwwwwWWWWW m cccmCCCCCCvsCCCC ol-CNNCOCCCCcmCCCC mvvNvCCCCCCCCCCC

.cNmWCCCCCCTMCCCC

_m

v

.5 N O C C C. C C O N C C C.C m C.C C.o. v. C C C C O c. m C C C C b

M mi m

omv--CCCCCNmCCCC NC-m-OCCCC550CCO om-O LoE cN EO o c 5ea resse-

---se__--

ooeoo__---=o_-__

1 OOCCOCCCCCCCCCCO OOCCCCCCCCOCCCCC f 4 t i l l i 1 8 8 t e l

o w w w w w w w E w w w wl w w wl mp o

1 1 I t i l l 1 1 1 1 I 1 8 f w

oe el o wwwwwwwwwwwwwwww a' N - c c C C C C C C k CCCC O>

0 D OcccNCCCCCmcCCCC o

OOCcOCCCCCvvCCCC fccmmcCOCCC-NCCCC O

2i T N. e. c. o. C C C. C C c v C C C C mi v - N W o.C.C C. C C N.C.C C.C C N

N....

N cl;

-conNCCCCoc50CCC m--c-OCOCO--CCOC

~

M No A

O O

m D

OO O

C P

o i

uo>

5 t<

d a

eo al am Oc oocro-----mo_-__

o Nhccc

---_c%

yo OCCCCCCCCCCCCCCO COCCCCCCCCCCCCCC L

c: w w w w w w w w w w w uI I of f I I I i i I I l 1 1 I I I

C of I 8 i e I i ! i i l I i i I I I wwww o wwwwwwwwwwwwwwww fg m No<NNCCCCC-CCCCC o; m W O O O O c c - C C C C 0

c-omvCCCCC-mCCCC 3cNCNcCCCCCm-CCCC Cu

=

h o m. C. C C C C C C c. 5 0 C. C. C mgc.c.C.v. N C.C C C C.v 5 C C.C C.

mc e e e..

mQ y

c-N-CCCCCO-NOOOO NNM-MCCOOON-CCCC I

m

->c Q

cc-mosmo-----mo--_-

ccccc----OOCCOOC OOOOOOCCCOOOCCCO OOOCCCOOO I i i I I I I I I I I I I I I l I I I I I I I I f f I i f i t o' W' w w w w w w w w W w "' '" '" '" w oo wwwwwwwwwwwwwwww olcNccN COCOOvvCCCC cNmNCCOCCONNCCOO c'5cvNcCCCCOcoCCCC m -MNNCCCCCovmCOOO O. c. c. v C. C C. C O O. & c O C O. Osl N o - N &. o. C O O. O C. o C C. C O.

O i

c-No-COOOO mCCOO Nm-vcOCOCO5cCCCO 6

u O

o ul

~'

NEETEETT2WWwWWmW mrgggggTZNwwwNW o

zzz zzz mmm mmm zzz zzz mom e o

gy

gmc, y

z z

w w

m g

m r

x z

z w

w m

gm m

m

-N----

-N-N-----C--CCCC 0C

-~~

~~-~~OCCC 0000C-CCOOC-COOO t i i 1 9 8 1 1 1 I l i t i i 0.ww1wwwwwwwwwwwam

--C--O i l l i f I i 1 8 t i l l i l I oi ww eTOOvCCOOCNOCCCC wwwwwwwwwwwwww o

COO &cOCCCCONCCOO

.c-ONcOCOOCcNCCCC o'l C c - C O C C C. C. C N. O. C. C.

o QOMOOOCCCCOOCCOO m

v - m. v. 5.. O. C. C. C. C.. &. C. C. Q. Q.

e;

-mW5-QOOOO-NCOCO y

NNv5COCCOvCCOO

-CCCO

-N--

OOCOC-1 OO

-~~~~

I I i f 9 I I I f f I I I I GOOCO-COC-CCCO O-O-COCO ww cEwwwwwwwwwwwww l

I I I I I I I f f I i i l Cl O O c N O C C C O C O N O C C o< w wl w w E w w w w w w w w w ww OOcomOOCCCONCCCCO OOCOCOCCCCCOCCCO C ONo c O C C C C C O C C O O 1ccm-<CCCCCC-CCCC m

N. N. c. m N C. C. C. C. C.

. m C. C C. O.

MI..............cm--CCOOCN-CCCC e

O m

-Thm-CCCCCNCCCOO bm s

Om Wo DGN oE

~~~_eo

- _ _ _ e O O - I' OC "a %s OOOOO

-COCCCCCC

-OO

~~~

---Oc 1 I t l i t i s l t i s o-O-COOOCO dwwww;wwwww ww""'"=

^

i l t i l I f 1 8 i i i 1 1 1 w"

c(c N O n c O O O O C D m C C C EQ oI w w w w W w w w w w w "m C C C O c

cl m< D > M 9 C C C C C ~

o s

e m 5..v.m.S O.C C C.C.C C.C C O Om - C.M - - C.C.C.C.C.N..C.C.C.C

-CNmOC w

.NCCOv m

C U

mQ v

g m-cNmOCOOccNCOCO g

g o

2j Nor-NOCCCov-COOO N

.o

~g g}

~

W bo M

~>

c h

d<

0 C

1l H

"o A

tm L. c w.

C Q

d ~o

-C---

---mO

-C-OCOCC

-CCCO eO" oOeOO-CCCCCOCCCC il i I I I i i l i f 1 I I I I x

OOCCOO c:w w d w wwwwww wwww ww i I i i 1 1 I i i I i f To i

if f I wwwwwwwwwwww O'cNcmcOCOCOtmCCOO tu o

950cO&CCOCCOCCCCC wwww v mmvCOCCC mCCCC e

e o

m.. Q. N m C C C C O. c. N C C C O.

q 5 m. C..N O. C.C.C.C.N.. C C.O.O.

cN5 v c O C C C C c v C C O O P C

~5N-cNOCOOO-cCCCO o

~

O M-to O C O C C - c C O O O "o

mI

_m c

O

--CO C-CCO-OOCC-CCCO NCNmS-----ho----

O l i I I I t I l l i t f i t I e;wwwwwwwwwwEwww COOOOOOOOCCOCCCO, ww i l 6 l t I t i I l l g g g wwwulwwwwwwwwwwww mlOvomOOOOOCNmCCCO9mc50 o

0 o COCOTCCCCCCCCCCO Nim.v. o.c.c.O.O.O.O C.N.c. O C.C

m. ccMNCOCOCCCNOCCO Q c... O. O. C C. C. C h - C. O. C C.

Nec-NOOOOCv-COCO C

.-MNN-OOCOC-500CO wo u

ww www w,

wwwWWW Eo gg,ggggyzww O

hhb b

M u

yzw EO gggggg O

OM( hkk o

g g

a o

g

%w o%w

TABLE 13 Davls-Besse Fourth Ouarter (October 1,1979-December 31, 1979) 3 Continuous Release X/O values (sec/m )

Dista nce_inJiles 0.500 1.500 2.500 3.500 4.500 Receptor S

8.013 E-07 9,295E-08

3. I 24 E-08 1.588E-08 9.802E-09

_ Sector SSW 9.423E-07 1.0d9E-07 3.7I4E-09 1.006E-08 1.I8SE-08 SW

2. 349 E-06

2. 8 33 E-07

9. 830 E-08 S.102E-08 3.199E-08 WSW 4.740E-06 S.650E-07 1.949E-07 1.008E-07

6. 302 E-08 W

4.163E-06 4.939E-07 1.724E-07 8.987E-08 S.652E-08 WNd 3.252E-06 3.666E-07 I.30SE-07

6. 941 E-08 4.440E-08 Nd 4.794E-06 S.297E-07 1.90SE-07 1.020E-07 6.SS4E-08 NNW 6.623 E-06 7.I62E-07 2.SS6E-07

' I. 3 6 2 E-0 7 8.726E-08 N

1.095E-05 1.232E-05 4.353E-07

2. 304 E-07 1.468E-07 NNE I.5246-05 1.725E-06 6.016E-07 3.203E-07 2.034E-07 NE I.353E-05 i,SS8E-06 S.460E-07 L. th 4 E-07 1.799E-07 E NE 9.716E-06 1.I35E-06 3.944E-07 2.049E-07 1.286E-07 E

7. SS 3 E-06 8.859E-07 3.074E-07 1.596E-07 1.000E-07 ESE 4.lS9E-06 4.863E-07 1.663E-07 H. SS I E-08 S.323E-08 SE 3.726E-06 4.267E-07 1.430E-07 7.246E-08 4.462E-08

SSE, 2.031 E-06 2.373E-07 7.984E-08 4.060 E-08 2.506E-08 Sector 7.500_

15,000 2 5 m.00 35_,0.00 4h000_

Receptor 0

I.401E-09 6.692E-l0 4.I26E-10 2.8 79E-10 S

4.012 E-09

1. 748 E-09 8.424E-10 S. 224 E-10 3.662E-10 4.914E-09 2.406E-09

1. sole-09 1.064E-09 SSN

4. 916 E-09 9.56SE-09 4.664E-09

2. 914 E-09 2.OS4E-09 SW l.3SIE-08

8. 822 E-09 4.352E-09 2.740E-09 1.942E-09 WSW 2.647E-Od W

2.403E-08 7.522E-09 3.84iE-09 2.47SE-09 I.784E-09 1.132E-08 S.822E-09 3.76IE-09 2.7 2SE-09 WNd 1.954E-08 I.489E-08 7.631E-09 4.928E-09 3.561E-09 NW 2.900E-08 2.443E-08 1.239E-08 7.951E-09 S.717E-09 NNW 3.852E-08

3. 334 E-08 1.682E-08 1.075E-08 7.70SE-09 N

6.409E-08 2.840E-08 1.409E-08 8.906E-09 6.332E-09 NNE

8. 824 E-08 1.989E-08 9.784E-09 6.I60E-09

4. 394E-0 >

NE 7.681E-08 ENE S.443E-08 1.SS6E-09 4.741E-09 3.352E-09 ESE 2.216E-Od 7.9i/E-09 3.83iE-09 2.3H2E-09 I.613E-09 E

4.22/E-08 i.5 4 0E-08 6.282E-09 2.968E-01 I.816E-09 I.261E-01 SE I.816E-08 1.69aE-09 I.043E-09 7.262E-l0 1.573E-09 SSE I.02% E-0,3

TABLE 13 (Cont.)

Davls-Besse Fourth Ouarter (October 1,1979-December 31, 1979) 2 Continuous Release Average D/O (1/m )

Distance in Miles Receptor Sector.

0.500 1.500 2.500 3.500 4.500 S

8.I95E-09 7.I85E-l0 2.098E-10 9.667E-lI 5.52IE-11 SSW 7.804E-09 6.8 43E-10 1.098E-10 0.207E-fl S.258E-Il Sd I. 678 E-08 1.47IE-09 4.296E-10 I.979E-10 I.I30E-10 MSW 3.590E-08 3.148E-09 9.192E-10 4.235E-10 2.419E-10 W

2.732E-08 2.395E-09

6. 994 E-l 0 3.222E-10 1.840E-10 NNW l.327E-08 1.163E-00 3.39/E-lO l.S65E-10 8.939E-Il Nd I.873E-08 1.642E-09 4.706E-10 2.210E-l0 I.262E-10 NNd 3.551 E-08

3. I I 4 E-09 9.092 E-10

4. I 89E-10

2. 392 E-10 N

6.790E-08 S.953E-00 I.138E-09 H.010E-10 4.574E-10 NNE I. 25 3 E-07 I.d98E-08

3. 20 / E-09

1. 4 7 8 E-09 8.439E-l0 NE

1. 342E-07 I.I77E-08 3.437E-09 I.584E-09 9.044E-10 ENE 1.058E-07 9.272E-00 2./0aE-09 1.243E-09 7.125E-10 E

6.634E-08 5. 817 E-09 I.699E-09

7. 826 E-l 0 4.460E-IO ESE 4.761 E-08 4.174E-00 I.219E-09

5. 616E-10

3. 201 E-10 SE 4.800E-08 4.209E-09 I.229E-09 5.662E,10 3.234E-10 SSE

2. 458 E-08 2.IS6E-09 6.294E-10 2.900E-l0 I.656E-!O Receptor Sector 7_ 100 LS,000_

_25.000 35,000 45.0_0_0 S

1.948E-11 S.966E-12

- 2.421 E-12 1.303E-12 8.090E-13 SSW l. 856 E I l S.682E-12 2.306E-12 1.241E-12 7.70SE-13 SW 3.990E-Il 1.222E-Il 4.957E-12 2.667E-12

?.657E-12 HSW 8.536E-Il 2.614E-Il 1.061E-Il 5.70$E-12 3.544E-12 W

6.495E-Il I.989E.11 8.070E-12 4.342E-12 2.691E-12 WNW

3. lSS E.I I.

9.659E-12 3.920E-12 2.109E-12 1.310E-12 Nfi 4.454E-Il 1.364E-ll S.533E-12 2,97/E-12 1.H49E-12 NNW 8.443E-Il 2.5 8S E-I l 1.049E-Il 5.6 44 E-12 3.506E-12 N

I. 614 E-10.

4.94 3 E-1 I 2.006E-li 1.079E-1I 6.703E-12 NNE 2.978E-10

9. I 19 E-1 I 3.701E-11 I.991E-11 I.237E-1I NE 3.I92E-10 9.772E-l1 3.966E-1I 2.I34E-11 1.325E-lI ENE 2.514E-10 7.609E-II 3.I24E-1.1 I.681E-Ii 1.044E-11 E

I.57/E-10

4. 829 E-1 I I.960E-li I.054E-11 6.540E-I2 ESE I.132E-10 3.466E-1I i.406E-1i 7.56 I E-l 2 4.700E-12 SE I.I4IE-10 3.494E-1I I.4I8E-lI 7.629E-12

4. 7 39E-l 2 SSE S.845E-Il 1.790E-Il 7.263E-12 3.908E-12 2.427E-12

_.~.

TABLE 14 Da';" 3 esse Fourth Ouartei (October 1,1979-December 31, 1979) 3 Batch Release y/o values (sec/m )

Distance _in_ Miles Receptor Sector 0.500 1.500 2.500 3.500 4.500 S

9. 997 E-07 I. 226 E-07 4.326E-08

2. 2 70 E-0 8 I.435 E-08 SSW 8.034E-07 9.223E-08 3.027E-08 I.512 E-08 7.198E-00 SW I.245E-06 I.430E-07.

4.6/2E-08 2.343E-08 i. 426 E-08 NSW 6.559E-06 7.530E-07 2.471E-07 I.234E-07 7.509E-08 W

5. 898 E-06 7.010E-07 2.437E-01 1.260E-01 7.87IE-08 NNW 4.787E-06 5.860E-01 2.071E-07 I.08/E-01 6.812E-08 Nd 3.42IE-06 3.370E-07 I.I63E-07 6.346E-08 4.I78E-08 NNW.

l. 795 E-05 I.824E-06 6.4iSE-07 3.428E-07 2.207E-07 N

8.880E-06 I. 033 E-06 3.6I8E-07 1.890E-07 1.IVIE-07 NNE I.250E-05 1.'44 8 E-c6 5.152E-07 2.719E-07 1.726E-07 NE 6.803E-06 7.917E-07 2.814E-07 1.484E-07 9.413E-08 ENE

7. 644 E-06 8.36IE-07

3. 032 E-0 7

.I. 620 E-0 7 I.038E-07 E

8.545E-06 9.296E-01 3.301E-07 I.740E-07 I.104 E-07 ESE 6.358E-06 6.742E-07 2.446E-01 1.307E-07 8.316E-08 SE 7.498E-06 8.771E-07 2.942E-07 I.493E-07

9. I 94 E-06 SSE 2.650E-06 3.0SSE-07 1.029E-07 5.201E-08 3.194 E-08 Receptor Sector L 5 0 0_

IL OOO 25,000 35 000 45.000 1

S 6.16lE-09 2.290E-09 1.138 E-09

7. 200 E-10 5.119E-10 SSW 1.64/E-09 1.212E-09 5.530E-10 3.302E-10 2.24/E-10 SW 5.652E-00

1. 878 E-09 8.571E-10 5.Il8E-10 3.483E-10 WSW

2. 9 7/ E-08

9. 892 E-09

4. 515 E-09 2.606E-09 1.835E-09 W

3.302E-08 1.I9IE-08 5.793E-00

3. 614 E-09 2.5 44 E-09 WNd 2.950E-08 i.096E-08 5.451E-09 3.44/E-09

.2. 4 51 E-09 NW 1.951E-08 8.128E-09 4.398E-09 2.042E-09 2.182E-09 NNW 9.84HE-08

3. 873 E-08 2.013E-08

1. 313 E-08 9.56SE-09 N

5.078E-08 1.813E-08 0.212C-o9 5.852E-09 4.ISSE-00 NNE 7.472E-08

2. 811 E-08 1.411E-08 8.981E-09 6.418E-09 NE 4.071E-08 i.529E-08 7.66/E-00 4.8 7 7 E-00 3.484E-09 ENE

4. 5 73 E-03 I.76 I E-08 8.9d4E-09

5. 782 E-09 4.I66E-09 E

4.777E-08 1.798E-08 1.036E-09 5.762E-00 4.12.tE-09 ESE 3.60SE-08 1.42SE-08 1.283E-09 4.6V M-09 3.38sE-0)

SE

3. 7 44 E-08 i.2 9S E-08 6.10$E-00 3./30E-09 2.5 HSE-00 SSE I.292E-08 4.427E-00 2.072E-09

1. 25 0 E-09 a.69IE-10

TABLE 14 (Cont.)

Davls-Besse Fourth Ouarter (october 1,1979-December 31, 1979) 2 Batch Release Average D/O (1/m )

D_1 stance in Miles Receptor Sector 0.500 1.500 2.500 3.500 4.500 S

6.071E-09 5.323E-10

1. 554 E-10 7.162E-Il 4.090E-Il SSW 6.071 E-09 5.323E-10 t.55 4E-l 0 7.I62E-l1 4.090E-11 Sd 1.214E-08 I.055E-09 3.109E-10 I. 432 E-10 8.I80E-1I MSN 6.6 78 E-08 5.856E-09 1.710E-09 7.878E-10 4.499E-10 W

6.071E-08 5.323E-09 1.554E-09 7.162E-10 4.090 E-10 NNN 3.036E-08 2.662E-09 7.//2E-10 3.58tE-10 2.045E-10 Nd 1.214E-08 1.065E-09 3.109E-10 1.432E-lO 8.180E-Il NNd 9.714E-08 8.517E-09 2.487E-09 1.146E-07 6.544E-10 N

8.500 E-08 7.453E-09

2. I 76 E-09 I.003E-09 5.726E-10 NNE I.032E-07 9.050E-09 2.643E-09 I.218E-09

6. 95 3 E-10 NE 6.678E-08 5.856E-09 I.11OE-09 7.878E-l0 4.4 99E-10 ENE

4. 250 E-08 3.726E-09 1.080E-09 5.013E-10 2.863E-10 E

3.643E-08 3.194E-09 9.32/E-10 4.297E-10 2.454E-10 ESE 3.036E-08 2.662E-09

7. / /2E-10 3.581E-10 2.04 5 E-10 SE 9.10 / E-08 7.985E-00 2.332E-09.

1.074E-09 6.135E-10 SSE 3.643E-08 3.194 E-09 9.327E-10

4. 2 9 / E-10 2.454E-10 Receptor Sector 75.0_0 15.,_000_

_2_5 0_00 35,300 45.000 1

S 1.444E-Il 4.420E-12 1.794E-12 o.650 E-13 5.994E-13 SSN 1.444E-Il 4.420E-12 1.794E-12 9.650E-13 5.904E-13 SN 2.887E-1I 8.839E-12 3.587E-12 1.930E-12 I.I99E-12 WSW I.5 88 E-10

4. 862 E-1 1 I.973E-1I I.062E-lI 6.593E-12 W

l.444E-10 4.420E-l1 I.794E-lI

9. 650 E-l 2 5.994E-I2 NNN 7.218E-1I 2.2iOE-1I 8.06BF-12 4.825E-12 o90IE-l2 NW 2.88/E-1I 8.839E-l2 3.587E-l2 I.930E-l2 I..I99E-12 NNd 2.31OE-10 7.072E-l1 2.870E-3I I.544E-11

9. 590li-l 2 N

2.021 E-10 6.188 E-I l 2.SilE-Il 1.35tE-Il 8.391E-12 NNE 2.454E-10 7.514E-1I 3.040E-11 I.641E-1I I.019E-li NE 1.5 88 E-10

4. 862 E-1 1 I.913E-11 1.062E-11 6.593E-12 ENE I.010 E-10 3.094 E-1 1 1.255E-Il 6.755E-12 4.196E-12 E

8.661E-11 2.652E-11 I.016E-Ii 5.790E-12 3.596E-12 ESE

7. 218 E-l.1 2.210E-Il 8.968E-12 4.825E-12 2.99fE-12 SE 2.I65E-10 6.630E-1I 2.690E-1I I.44HE-1I 8.991E-12 SS E 8.66IE-1I 2.652E-If I.016E-Ii 5.190E-l2 3.596E-12

TABLE 15 Davis-Besse Third Quarter (July 1,1979-September 30, 1979) 3 2

Continuous Release Average X/Q Values (sec/m ) and D/Q (1/m )

Receptor Distance Y/Q D/O Sector (Miles)

(Meters)

(Sec/ Cub. Meter)

(Per Sq. Meter)

N O.45 720.

2.870E-05 9.303E-03

$ N4E 0.45 730.

2. 23 4 E-05

1. 033 E-07 O

NE 0.51 825.

l.914E-05 1.055 E-07 E ENE

0. 6')

960.

7.I29E-06 4.366E-09 E

0.75 1210.

3.436E-06 1.91OE-03

" ESE 0.97 1565.

7.819E-07 5.229E-09 O

SE 0.67 1075.

1.725E-06 1.414E-03

$ SS E 0.57 915.

1. 306 E-06 1.300E-03 0

.S 0.55 880.

l.697E-06 2.433E-06 El SSN 0.56 900.

2.990E-06 4.039E-03 S

SW 0.60 965.

4.011E-06 4.I25E-03 Ei WSW 0.52 830.

5. 914 E-06 5.947E-08 W

0.51

815, 6.660E-06

5. 7 43 E-08 WNd 0.52 835.

4.513E-06 2.697E-03 Nd 0.54 870.

8.192E-06 2.858E-08

_NNd O 46 740.

l.7I9E-05 4 JB5E-09_

N 0.60 966.

.l.732E-05 5.77tE-03 NNE 0.60 966.

l.389E-05 6.554E-03 S

0.90 1448.

6.82SE-07 9.029E-09 SSW 0.70 1126.

2.163E-06

= 2.797E-OS u)

SW 0.71 1148.

3.14 9 E-06 3.101E-03 Z WSW 0.70 1126.

3.823E-06 3.610E-09 9

d 0.70 II26.

4.I64E-06 J. 3 84 E-03 y WNd 1.10 1770.

1.051E-06 5.456E-09 t)

Nd I.40 2253.

l.179E-06 3.376E-09 3 NNd 0.80 1287.

6.429E-06 l.673E-03 e SSE I.20 1931.

2.90SE-07 2.456E-09 O

S 1.10 1770.

4.236E-07 5.381E-09 a.

SSW l.20 1931.

6.506E-07 7.428E-09 O

N O.60 966.

5.159E-05 4.350E-08 u HNd 1.80 2898.

3.6lBE-07

.l.600E-09

" NSW 2.70 4346.

1.983E-07 I.338E-09 SS E 5.40 8691.

I.399E-08 7.265E-Il HSH 5.50 8854.

'4.923E-OS 2.724E-10 I

i i

t TABLE 16 e

30, 1979)

Davis-Besse Third Quarter (July 1,1979-September 2

Batch Release Average X/Q Values (sec/m ) and D/Q Values (1/m )

3 t

I l

Y/Q D/Q Receptor (Meters)

(Sec/ Cub. Meter)

(Per Sq. Meter)

Distance (Miles)

Sector 0.000E-01 0.000E-01 N

0.45 0.000E-01 0.000E-01 720.

52 NNE 0.45 1.679E-05 1.709E-07

730, O NE 0.51 2.6i 7E-06 '

5.335E-03 825.

960.

p ENE 0.60 0.000E-01 0.000E-01 l

1210.

y E

0.75 0.000E-01 0.000E-01 i

0 ES E 0.97 1565.

0.000E-01 0.000E-01

" SE 0.67 0.000E-01 0.000E-01 I

1075.

915.

i M SSE 0.57 4.438E-06 9.230E-08 O

S 0.55 I. 43 4 E-06 2.066E-03 880.

900.

E SSW 0.56 l.965E-05 1.587E-07 965.

O SW 0.60 9.032E-06 6.769E-08 830.

UNSW 0.52

1. 042 E-06 1.046E-07 815.

W 0.51

0. 000 E-01 0.000E-01 835.

WNW 0.52 0.000E-01 0.000E-Oi 870.

NW 0.54 0.000E-01 0.000E-01_

740.

NNW 0.46 0.000E-01 0.000E-01 966.

N 0.60 O.000E-01 0.0002-01 966.

NNE 0.60 l.867E-06

3. 425 E-08 1448.

S

0. 00 1.049E-06 2.054E-OS SSW 0.70 1126.

1.193E-07 1.540E-05 1148.

4.108 E-08 0.71

5. 912E-06 4

y SW 1126.

O WSW 0.70 4.089E-07 6.162E-03 1126.

P W

0.70 0.000E-01 0,000E-01 1770.

y WNW 2253.

L.000E-01 0.C00E-01 I.10 NW l.40 0.000E-Ol 0.000E-01 1287.

O 0.80 O.000E-01 0.000E-01 W NNW 1931.

g SSE 1770.

1.168E-06 2.041 E-08 I.20 S

l.10 3.185E-07 5.454E-09

1931, s

$ SSW l.20

6. 482 E-07 7.921E-08 966.

O W

0.60 0.000E-01 0.000E-01 2898.

E WNW I.80 3.019 E-07

.l.5 22E-09 4346.

WSW 2.70 0.000E-01

0. 000E-01 8691.

SSE 5.40 7.351E-08 3.100E-10 8854.

NSW 5.50

=

TABLE 17 1979-December 31, 1979)

Davis-Besse Founh Quarter (October 1,3) and D/Q Values (1/m )

2 Continuous Release X/Q Values (sec/m Receptor Distance Y/Q D/Q Sector (Miles)

.(Meters)

.(Sec'/ Cub. Meter)

(Per Sg. Meter)

~

N 0.45 720.

I.321 E-05 8.Ii8E-03 N9E 0.45 730.

I.792E-05 I. 4 55 E-07 Z

NE 0.51 825.

1.298E-05 1.289E-77 m

9 ENE 0.60 960.

7.32SE-06 7.925E-03 y

E 0.75 1210.

4.155 E-06 3.391E-09 o

ESE 0.97 1565.

1.277E-06 1.248E-03 O

SE 0.67 1075.

2.459E-06 2.994E-03 SS E 0.57 915.

l.676E-06 I.993E-03 m

S 0.55 880.

i,000E-07 7.083 E-00 g

0 SSW O.56 900.

7.948E-07 6.502E-00 W

SW O.60 965.

l.755 E-06 1.247E-08 h

NSW O.52 830.

4.50PE-06 3.413E-03 u

W 0.51 815.

4.075E-06 2.675E-03 WNM O.52 835.

3.049E-06 I.240E-03 Nd 0.54 870.

4.18 3E-06 1.649E-03 NNd 0.46 740.

7.626E-06 4.063c-03 N

0.67 966.

8.080E-06 5.036E-03 NNE O.60 966.

1.127E-05 9.291E-OS S

0.00 1448.

2.956E-07 2.628E-09 SSN O.70 1126.

5. 77 4 E-07 4.5 03 E-09 Sd O.71 1148.

l.401E-06 9.371E-09 WSd 0.70 1126.

2.903E-06 2.071E-08 m

9 W

0.70

'i126.

2.525E-06 I.576E-03 y

WNW I 10 1770.

7.I25E-07 2.536E-09 O

Nd 1.40 2253.

6.ll5E-07 1.948E-07 NNd O.80 1287.

2.97IE-06 I.551E-03 SSE I.20 1931.

3.900E-07 3.767E-0)

O S

l.10 1770.

l.863E-07 1.566E-09 g

[

SSW I.20 193I.

l.780E-07 1,I96E-09 y

N O.60 966.

3.099 E-06

~.026E-08 u

WNN 1.80 2898.

2.511E-07 7.436E-10 WSd 2.70 4346.

l.-671 E-07 7.677E-10 SSE 5.40 8691.

l.788E-08 1.Il4E-10 MSd 5.50 8854.

4.392E-08 1.563 E-10

TABLE 18 1979)

Davis-Besse Tourth Quarter (October 1,1979-December 31, 2) 3 Batch Release X/Q Values (sec/m ) and D/Q Values (1/m Receptor Distanc e X/Q D/O Sector (Miles)

(Meters)

(Sec/ Cub. Meter)

(Per Sc. Meter)

~

N O.45 720.

1.064E-05 1.016E-07 NNE 0.45 730.

1. 4 7 3 E-05 I.207E-07 NE 0.51 825.

6.51OE-05 6.4IIE-03 O

ENE 0.60 960.

5.667E-06 3.185E-03 E

E 0.15 1210.

4. 4 92E-06 I.862E-OS ESE 0.97 1565.

1.732 E-06 7.959E-07 O

SE 0.67 1075.

4.968E-06 5.630E-03 SSE 0.57 915.

2,202E-06

2. 95 4 E-O S S

0.55 880.

8.564E-07 5.247E-09 O

SSW 0.56 900.

6.894E-07 5.058E-07 u

SW 0.60 965.

9.698E-07 9.02iE-01 S

WSW 0.52 830.

6.28SE-06 6.340E-03 U

W 0.51 815.

5.777E-06 5.945E-09 WNd 0.52

835, 4.489E-06 2.858E-08 NW 0.54 870.

2.983E-06 I.069E-05 NNd 0.46 740.

2.059E-05 1.ll2E-07 N

0.00 966.

6.611E-06 6.304E-03 NNE 0.60 966.

9.217E-06 7.655E-03 S

0.90 1448 3.714E-07 1.947E-00 SSd 0.70 1I26.

5.041E-07 3.503E-0?

v3 SW 0.71 1148.

7. 603 E-07 x

6.781E-09 Z

WSW 0.70 1126 4.Il6E-06 3.853E-03 9

W 0.70 l126.

3.62iE-06 3.5 03 E-03 y

HNd 1.10 1770.

1.I42E-06 5.802E-09 O

Nd 1.40 2253.

3.922E-07 I.26 3E-0) 3 NNd 0.80 1287 7.846E-06 4.242E-03 SSE I.20 1931.

5.08aE-07 5.581E-09 e

O S

l.10 1770.

2.385E-07 1.160E-09 SSW l.20 193I.

.I.531E-07 9.302E-l0 N

0.60 966.

4. 425 E-06 4.503E-08 b

WNd 1.80 2898.

4.011E-07 I. 7 01 E-09 WSW 2.70 4346.

2..I02E-07 1.428E-09 SSE 5.40 8691.

2. 270 E-08 1.651E-10 ASW 5.50 8854.

5.Il8E-08 2.908E-10 t

l l

l

.

ML19290E073

Text

Navigation menu

Search