Text

Radioactive Effluent & Waste Disposal Rept,Including Radiological Impact on Humans,Jul-Dec 1979
	ML19294C248
Person / Time
Site:	Pilgrim
Issue date:	03/01/1980
From:	Mogolesko F, Sowdon T; BOSTON EDISON CO.
To:	;
Shared Package
ML19294C246	List: ML19294C245; ML19294C248;
References
	NUDOCS 8003070369
	Download: ML19294C248 (77)
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PILGRIM NUCLEAR POWER STATION Radioactive Effluent and Waste Disposal Report including Radiological Impact on Humans JULY 1 THROUGH DECEMBER 31,1979 SY: NUCLEAR ENGINEERING DEPT.

EMIRONMENTAL SCIENCES GROUP DATE: MARCH 1,1980 BOSTON EDISON COMPANY f

8oo.mo3sq

b d

PILGRIM NUCLEAR POWER STATION RADIOACTIVE EFFLUENT AND WASTE DISPOSAL REPORT INCLUDING RADIOLOGICAL IMPACT ON HUMANS JULY 1 THROUGH DECEMBER 31, 1979 Prepared by:

A Thomas L. Sowdon Senior Radiological Engineer Approved by:

M f.

FredJ.Mogolesky

//

Group Leader of Environme[ntiY Science Group Date of Submittal: March 1, 1980

b 6

TABLE OF CONTENTS Section Page 1

Introduction and Summary 1

2 Effluent, Waste Disposal and Wind Data 1

3 Off-Site Doses Resulting from Radioactive Liquid Effluents 41 4

Off-Site Doces Resulting from Radioactive Gaseous Effluents 46 5

Off-Site Doses from Direct Radiation 69 LIST OF TABLES Tablg Pg;-

Supplemental Information 2

1A Gaseous Ef fluents - Summation of All Releases 3

IB Gaseous Effluents - Elevated Release 4

1C Gaseous Effluents - Ground Level Release 5

?A Liquid Effluents - Summation of All Releases 6

2B Liquid Effluents 7

3 Solid Waste and Irradiated Fuel Shipments 8

4A-1 Distribution of Wind Directions and Speeds - 33 ft. Level of 160 ft. Tower 9

4A-2 Distribution of Wind Directions and Speeds - 160 ft. Level of 160 ft. Tower 17 4A-3 Distribution of Wind Directions and Speeds - 33 ft. Level of 220 ft. Tower 25 4A-4 Distribution of Wind Directions and Speeds - 220 ft. Level of 220 ft. Tower 33 3.2-1 July-December 1979 Liquid Release Maximum Individual Doses from all Pathways for Adults (MREM) 42 3.2-2 July-December 1979 Liquid Release Maximum Individ_ 1 Doses from all Pathways for Teenagers (MREM) 43 3 2-3 July-December 1979 Liquid Release Maximum Individual Doses from all Pathways for Children (MREM) 44 a

iii

b d

LIST OF TABLES (Cont.)

Tabl_e Page 3.3-1 Population Doses Resulting from the July-December 1979 Liquid Effluents 45 4.4 -l Undepleted Relative Concentrations per Unit Emission for Reactor Building Vent for July-September 1979 48 4.1-2 Depleted Relative Concentrations per Unit Emission for Reactor Building Vent for July-September 1979 49 4.1-1 Relative Deposition Concentrations per Unit Emission for Reactor Building Vent for July-Septenber 197 50 4.1-4 Undepleted Relative Concentrations per Unit Emission for Mein Stack for October-December 1979 51 4.1-5 Depleted Relative Concentrations per Unit Emission for Main Stack for October-December 1979 52 4.1-3 Relative Deposition Concentrations per Unit Emission for Main S*ack for October-December 1979 53 4.1-/

Undepleted Relative Concentrations per Unit Emission for Reactor Building Vent for July-September 1979 54 4.1-3 Depleted Relative Concentrations per Unit Emission for Reactor Building Vent for July-September 1979 55 6.1-9 Relative Deposition Concentrations per Unit Emission for Reactor Building Vent for July-September 1979 56 4.1-10 Undepleted Relative Concentrations per Unit Emission for Main Stack for October-December 1979 57 4.1-11 Depleted Relative Concentrations per Unit Emission for Main Stack for October-December 1979 58 4.1-12 Relative Deposition Concentrations per Unit Emission for Main Stack for October-December 1979 59 4.1-13 Special Parameters Used in Finite Cloud Model 60 4.2-1 Maximum Individual Locations and Pathways 61 4.2-2 July-December 1979 Gaseous Release Maximum Individual Doses from all Pathways for Adults (HREM) 62 4.7-3 July-December 1979 Gaseous Release Maximum Individual Doses from all Pathways for Teenagers (MREM) 63 iv

9 d

LIST OF TABLES (Cont.)

Table Page 4.2-4 July-December 1979 Gaseous Release Maximum Individual Doses from all Pathways for Children (MREM)-

64

4. 2 -5 July-December 1979 Gaseous Release Maximum Individual Doses frdm all Pathways for Infants (MREM) 65 4.2-6 July-December 1979 GaseousRelease Maximum Individual Doses 2.2 Miles W 66 4.3-1 Population Distribution 67 4.1 ^

Population Doses Via Major Pathways Resulting from Gaseous Effluents During July-December 1979 68 V

I_NTRODUCTION AND

SUMMARY

i This report is issued for the period July-December 1979 in accordance with NRC Regulatory Guide 1.21 " Measuring, Evaluating and Reporting Radioactivity in Solid Wastes and Releases of Radioactive Materials in Liquid and Gaseous Effluents from Light-Water Cooled Nuclear Power Plants" (Rev. 1).

The infor-mation supplied includes actual effluent releases, radioactive waste and meteorological data; doses from liquid releases, doses from gaseous releases rend direct gamma radiation doses. The calculated doses are below the limits 3

specified in 10 CFR 50, Appendix I 2.

EFFLUENT, WASTE DISPOSAL AND WIND DATA Radioactive liquid and gaseous releases, wind speed data together with

.r.casurement errors and solid waste disposal information are given in Tables IA, IB, IC, 2A, 2B, 3, 4A-1, 4A-2, 4 A-3, 4A-4 and supplemental information ocetion in the standard Regulatory Guide 1.21 format.

~

l

.-~

EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT Supplemental Information JULY DECEMBER, 1979 Faci!itv _PilF m Nuclear Power Station Ucensee DPR.)5 i

l.

Regulator > Umits Qs Qv a.

Fisson and activation gas s

+

I1

0. 25$

0.10/r h lodmes 2 Ci/ Quarter Particulates. half hves >x days 13(1.8E4Qs + 1.8E5Qv)$1 6.

d.

bquid eflhaents 10 Ci/ Quarter 2.

Masimum Perminible Concentration hovide the MPCs used m determining allowable release rates or consentratiom Fnsion and activation pases to CFR 20 a

b.

lodines.

Appendix D c.

Pirsiculates. h.ilf-hves >x dass Table II d bquid effluents II. 3 = 3 x :0 5 pCi/mt; all rest, t 0 CFR 20, Arpendia B, Table II I Average Energ Provide the average enerF) (U of the radionuchde mntioc m releases of thsion and assivation rases. it apphuble. Rxxxwn 3rd Quarter, MS=1.085; fIofsi Radioactini)4th Quarter, MS=1.113; RBV=0.664 Mev RBV=0.549:

4.

Measurements and Approsimations o novide the metiiods used to measure or appiounute lhe total radi.uctivity in ellluents and the methods used te det err.uae radionushde composition 3.

hissittrl and Js tlValliin lC'iWs Q Li b i ufines c i s tis ulai es d

I iqmd e t ituc nis.

Analysis 5.

3:tch Releases PiouJs ele sollowing inforruiron rel.iiing to hatsh releases of radioactive matenals m hquid and gaseous etfluents s.

Uquid I.

Number of batch releasev 71 2.

Toial time peru >d for haut. releaws 81.33 hr.

1 Maumum time peinid for a baich release - 3.92 hr.

4.

Average time period for batsh releaws 1.15 hr.

5.

Mammum Imw penod foi a hatch release. - 0.33 hr.

6.

Average stream flow dunng peraxh of release of ef0uent uto a flowmp strearn. 3.06E + 5 GPM h.

Gm ous (Not Applicable) 6 Abnorme.1 Reicaws a.

h, NONE P

..p

,.,_,.e

b TABLE 1 A EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT GASEOUS EFFLUENTS-SUMMATION OF ALL RELEASES Quarter Quarter Est. Total Unit 3

4 Error, %

A. Fission and activation gases

1. Total release Ci 3,gog 3

4.49E + 3 3.00 E +1

2. Average release rate for period pCi/sec 4.78E + 2 5.65E + 2

3. Percent of Technical Specification limit 2.11E - 1 2.54E - 1 B. Indines 1.. Total iodine-131 Ci 1.50E - 2 1.26E - 2 2.50E + 1

2. Average release rate for period pCi/sec 1.88E - 3 1.59E - 3

3. Percen'. of Technical Specification limit 3.00E0 2.52E0 C. Particulates

1. Particulates with half-lives > 8 days Ci 1.02E - 2 7.93E - 3 3.00 E +1

2. A*.erage release rate for period gCi/sec 1.28E - 3 9.98E - 4

3. Percent of Technical Specification limit 2.78E - 1 2.24E - 1

4. Gross alpha radioactivity Ci

< 4.17 E - 7

< 4. 73E - 7 D. Tritium

1. Total release Ci 3.59E + 1 4.55E + 1 3.00E+1l

2. Average release rate for period uCi/see 4.52E0 5.72E0

3. Percent of Technical Specification limit

TABLE 1B EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT GASEOUS EFFLUENTS - ELEVATED RELEASE CONTINUOUS MODE BATCH MODE l Nuclides Fieleased Unit Quarter Quarter Quarter Quarter

1. Fiaica gases krypton 85 Ci 6.76E - 3 8.62E - 3 krypton-85m Ci 7.04E + 2 8.99F + 2 krypton-81 Ci 5.60E + 2 7.36E + 2

-. krypton 88 Ci 1.60E + 3 2.01E + 3 xenon 133 Ci 4.83E + 2 6.25F + 7 xenon 135 Ci 6.62E + 1 3.93E + 1 xenon-135m Ci 2.38E + 1 1.56E + 1 xenon-138 Ci 1.26E + 2 6.51E + 1 xenon 131m Ci xenon-137 Ci xenon 133m Ci Total for period Ci 3.56E + 1 4.39F + 3

2. lodines Ci 8.91E - 3 2.30E - 3 iodine-131 iodine-133 Ci 2.21E - 2

<3.23F - 7 iodine-135 Ci

< 1. 92E - 2

<5.53E - 2 Total for period Ci

< 5.07E - 2

<8.99E - 2

3. Particulates strontium-89 Ci 3.30E - 4 1.56E - 4 strontium-90 Ci 2.12E - 6 6.72E - 7 cesium-134 Ci 1.89E - 6 cesium 137 Ci 1.49E - 5 2.44E - 5 barium lanthanum-140 Ci 4.01E - 4

<1.42E - 4 chromium-51 Ci manganese-54 Ci 1.50E - 6 2.32E - 6 cobalt-58 Ci iron-59 Ci 2.04E - 6 cobalt G0 Ci 1.30E - 5 2.86E - 5 zinc-65 Ci zirconium niobium-95 Ci Ci cerium-141 cerium-144 Ci ruthenium-103 Ci

~

ruthenium-106 Ci _.._..__r

TABLEIC EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT GASEOUS EFFLUENTS. GROUND LEVEL RELEASE CONTINUOUS MODE BATCH MODE l Nuclides Released Unit Quarter Quarter Quarter Quarter

1. Fission ga es kry pton-8..

Ci

< 2.11E - 6

< 2. 57E - 6 krypEn-85. i Ci 5.13E0 6.25E0

~ krypton 87 Ci 1.97E + 1

_1 63E + 1

^kryptoo-88 Ci 2.06E + 1 2.07E + 1 xenon-133 Ci 2.09E + 1 1.58E + 1

_ xenon 135 Ci 6.55E + 1 4.29E + 1 xenon-135m Ci

2. 25E l-1

- xenon-138 Ci 8.59E + 1 Total for period Ci 2.40E + 2 1.02E + 2

2. Iodints iodine-131 Ci 6.05E - 3 1.03E - 2 iorline-133 Ci 3.41E - 2 6.91E - 2 iceline-135 Ci

< 1. 65E - 1

< 1. 74 E - 1 Total for period Ci

< 2. 05E - 1

< 2. 53E - 1

3. Particulates strontium-89 Ci 2.75F - 1 9_R7F -

'l strontium-90 Ci 9.48E - 6 5.13E - 6 cesinm-134 Ci

_ct.sium-137 Ci 5.68E - 5 1.78E - 4 barium lanthanum-140 Ci 6.47E - 3 4.37E - 3

_ manganese-54 Ci 8.87E - 6 1 99E - 5 cobalt 58 Ci iron 59 Ci

__ cobalt-60 Ci 2.23E - 5 8.81E - 5 zinc-65 Ci zirconium-niobium-95 Ci

~ cerium 141 Ci 4.44E - 5 ruthenium-103 Ci ruthenium-106 Ci 7.21E - 5

~.

TABLE 2A EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT LIQUID EFFLUENTS -SUMMATION OF ALL RELEASES Quartei Quarter Est. Total Unit 3

4 Error. %

, A. Fission and activation products

1. Total release (not including tritium, Ci noble gases, or alpha) 4.13E - 2 9.95E - 2 3.00E + 1

'~2. A'ierage diluted concentration pCi/ml during period 2.49F - 8 2.49F - H

3. Percent of applicable limit 7e 4.13E - 1 9.95E - 1 B. Tritium _

1. Total release Ci 1.72F - 2 1.11E + 1 3.00 E + 1

~ '. Avernge diluted concentration pCi/ml

'd during period 1.04E - 8 3.33E - 6

, _, _ _3. Percent of applicable limit 7c 1.04E - 1 3.33E + 1

[

y Dissolved and entrained gases

1. T-tal release Ci 9.52E - 7 1.62E - 3 4.00E + 1

2. Avi uge diluted concentration pCi/ml during period 5.73F - 11 4.06F - if

3. Percent of applicable limit D. Gross alpha radioactivity

(

1. Total re' 3e Ci

< 9.36E - 6 < 4.27E - 5 4.00E + 1 E. Volume of waste released (prior liters I

to dilution) 4.80E + 4i 6.95E + 5 2.00E + 1 F. Volume of dilution water used liters

_, _during period 1,66E + 9 3,99E + 9 1.00E + 1

TABLE 28 EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT LIQUID EFFLUENTS CONTINUOUS MODE BATCH MODE Nudides Released Unit Quarter Quarter Quarter Que: er strontium-89 Ci 1.50E - 5 1.77E - 3 strontium-90 Ci 1.22E - 4 9.8 1 - 5 cesium-134 Ci 1.10E - 3 7.31E - 4 cesium-137 Ci 5.97F - 1 1.69E

,_3_

iodine-131 Ci 4.49E - 6 2.70E - 6 cobalt-58 Ci 6.??F - 5 1.8RF - 4 cobalt-60 Ci 7.23E - 3 1.66E - 2 iron 59 Ci 4.80E - 5 zine-65 Ci 1.64E - 5 7.85E - 5 manganese-54 Ci 8.75E - 4 1.79E - 3 chromium 51 Ci 1.74E - 4 5.28E - 3 zirconimum niobium 95 Ci molybdenum 99-technetium 99m Ci 8.13E - 5 1.20E - 4 barium-lanthanum-140 Ci 4.75E - 4 7.62E - 3 cerium 141 Ci 1.05E - 5 2.91E - 3 iodine 133 Ci 8.22E - 6 cerium 144 Ci 4.45E - 5 1.98E - 5 silver-110m Ci iron 55 Ci 1.94E - 2 4.62E - 2 unidentified Ci 5.71E - 3 1.24E - 2 Total for period (above)

Ci 4.13E - 2 0.95E - 2 xenon-133 Ci 4.89E - 4 xenon-135 Ci 9..'L2 E - 7 1.13E - 3 e

m

=w==*+

p

v

TABIE 3 EFFIlJEt7f AND ESTE DISPOSAL SD1I-ANNtJAL PEPORT (1979)

SOLID WASTE AND IBRADIATED FUEL SHIPMEt7FS JULY-DECEMBER 1979 A.

Solid '4ute Shipped Offsite for Burial or Disposal (Not Irrartiated Fuel) 1.

TYPfd OF 'Cl'E UNIT 6 !O7FH PERIOD ESTDRTED 'IUTAL ERFOR %

e.

spent resins, filter sludges, m3 158.15 evaporator bottans, etc.

Ci 1447.98 N/A b.

Oty tunpressible waste, contamina-

3 475 tcd ecpiment, etc.

C1 65.29 N/A c.

Irradiated couponents, control 3

1791.5 S

w ts, etc.

C1 1427.6 N/A d.

Other (describe)

Misc. low-level waste m3 Ci None N/A 2.

Cn't.YATED OF MMOR BLUlDE C&!POSISTICN (BY TYPE OF ESTE) a.

Spent resins, filter, sludges, evap botta"s, diatanateous ISOIOPE

% COIP E (CURIES)

Ba/La-140 1.55 l

21.980 CO-60 21.70 314.212 FE-59 0.026 0.368 ZN-65 0.22 3.120 MN-54 2.67 37.860 CO-58 1.07 15.172 ZR/NB-95 0.004 0.057 CS-137 16.04 227.443 CS-134 5.36 76.004 I-131 0.459 6.509 CR-51 1.11 15.740 CE-141 1.03 14.605 CE-144 0.06 0.851 FE-5b 49.37 700.057 RE-103 0.038 5.338

~

I-133 0.031 0.440 TC-99m 0.004 0.057 NA-22 0.002

~ 0.028 Totals l

100.74 l

1447.98

-8A-

'P -

Dry Compressible Waste, Contaminated equipment

% Comp E(Curies)

Ba/La-140 1.55 1.012 C0-60 21.70 14.168 FE-59 0.026 0.017 ZN-65 0.22 0.144 MN-54 2.67 l.743 C0-58 1.07 0.699 ZR/NB-95 0.004 0.003 CS-137 16.04 10.472 CS-134 5.36 3.50 I-131 0.459 0.300 CR-51 1.11 0.725 CE-141 1.03 0.672 CE-144 0.06 0.039 FE-55 49.37 32.234 RU-103 0.038 0.025 I-133 0.031 0.020 TC-99m 0.004 0.003

[

NA-22 0.002 0.001 Totals 100.74 65.29 c.

Trradiated Components, Control Rods, etc.

% Comp E(Curies)

MN-54 3.50 49.97 Fr-55 39.,37 561.36 co-60 51.07 729.12 N1-63 3.23 46.83 SB-125 1.82 25.98 TE-125m 1.034 14.34 Totals !

100.00 1427_,60 i

Solid Waste Disposition Number of Shipments Mode of Transportation Destination 70 Tractor Tra11er

Barnwell, S.C.

B.

f rradi..Itad Fuel Shipments (Disposition)

Number of Shipments Mode of Transporation Destination None N/A N/A

-8B-

=

Cf31e 4A-;

16J FT TC.'EA - ;; TV 53.4 FT VIND DATA

uty - siPT 1975 STAEILITY CLASS A-- 3 ELTA T LISS THAN. 9 DE3 C PER 184 XETERS OLASS FRE00ENCY (PEACEKT) 15.66

=

VINC D.STA!BUT;07.

SUMMARY

DIRECTiCM SPEED (MPH) 1 MNE ME ENE I

ESE SE SSE S

SSV SV VSV V

VMV NV MMW TOTAL

-CALM B

B B

(1) 9.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B t2)

B.3 B.B B.8 B.B B.B B.B B.B B.B B.B B.2 B.B 2.8 B.B B.B B.B B.B B.B CALM-3.5 B

3 8

8 8

8 2

3 8

6 18 (1)

B.B 1.1 B.B 1.1 8.8 1.1 B.B B.B B.B B.B B.B B.B B.B 1.1 B.B 2.2 6.7 (2) 8.B B.2 B.B B2 B.B B.2 3.8 B.B B.B B.B B.B B.B B.B B.2 B.B B.4 1.1 3.6-7.5 B

B B

36 la B

3 18 6

3 3

B B

3 98 (1) 8.8 B.B B.B B.JF B.B 13.5 6.7 B.B 1.1 6.7 2.2 1.1 1.1 B.B B.B 1.1 33.7 (2) 8.B B.B B.B B.If B.B 2.1 1.1 B.B B.2 1.1 B.4 B.2 B.2 B.B B.B B.2 5.3 l

7.6-12.5 B

B B

3 27 98 33 8

B B

153 f

(1) 8.8 B.B B.B B.B B.B B.B 2.8 1.1 18.1 33.7 12.4 B.B B.B B.B 3.8 B.B S7.3 (2)

B.B B.B B.B B.B B.B B.8 B.B B.2 1.6 5.3 2.8 B.B B.B B.B B.B B.B 9.1 12.6-18.5 8

8 2

8 B

B B

B 6

8 B

B B

6 (1) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B 2.2 B.B B.B B.B B.B B.B B.B 2.2 (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.4 B.B B.B B.B B.B B.B B.B B.4 18.6-24.8 B

B B

(1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 2.8 B.B B.B B.B B.B B.B B.B (2) 9.9 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B OVER-24.8 8

B B

(1) 8.8 B.8 B.B B.B B.B B.B B.B B.B B.G B.B B.B B.B B.B B.B B.B B.B B.B (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B ALL SPEEDS B

3 8

39 18 3

38 114 39 3

3 3

8 9

267 (1) 8.8 1.1 B.B 1.1 B.B 14.6 6.7 1.1 11.2 42.7 14.6 1.1 1.1 1.1 B.B 3.4 188.8 (2)

B.B B.2 B.B B.2 B.B 2.3 1.1 B.2 1.8 6.8 2.3 B.2 B.2 B.2 B.B B.5 15.9 (1)= PERCENT OF ALL COOD OBSERVATIONS FOR THIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD MUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 267 CALM =VIND SPEED LESS THAN 1.BB HPH

^:abic ??-1. 0; : ' c '-

16B FT TGVER - 33 TT 33.B FT VIND DATA JULY - si/T 1973 STABILITY CLASS d-- ; ELTA -1.5 TO -1.7 3EG C ?ER laJ METEnS C.AS$ FAEQUENCY (PERCE.iT) 2.32 VIMD 3:STR:SUTIO%

SUMMARY

DIRECTION SPEED (MPH)

M NME ME ENE E

ESE SE SSE S

SSV SV VSV V

VNV hV NNV TOTAL

-CALM E

B B

(1) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.3 B.B B.B B.B B.B B.B B.B (2)

B.8 B.B B.B B.B B.B B.B B.B B.B B.8 B.B B.B B.B B.B B.B 3.8 B.B 3.8 CALM-3.5 B

B B

B 3

8 8

B B

B 3

(l) 8.5 8.8 B.B B.B 7.7 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 7.7 (21 8.8 B.B B.B B.B B.2 B.B B.B B.B B.B B.B B.B B.B B.B B.B 3.8 B.B B.2 3.6-7.5 B

B B

3 3

8 3

6 B

B B

B 3

B 18 (1) 8.8 B.B B.B B.B B.B 7.7 7.7 B.B 7.7 15.4 B.B B.B B.B B.B 7.7 B.B 46.2 (2) 8.8 B.3 B.B B.B B.B B.2 B.2 B.B B.2 B.4 B.B B.B B.B B.B B.2 B.B 1.1 7.6-12.5 B

B B

B 3

6 9

8 8

8 18 (1)

B.8 B.B B.B B.B B.B B.B B.B B.B 7.7 15.4 23.1 B.B B.B B.B B.B B.B 46.2 g

~

(2) 8.8 B.B B.B B.B B.B B.B B.B B.B B.2 B.4 B.5 B.B B.B B.B B.B B.B 1.1

?

12.6-18.5 6

8 B

B B

(1)

B.5 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.d B.B (2) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 18.6-24.8 8

B B

(1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B 2.8 B.B B.B B.B B.B B.B B.B B.B (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 5.8 8.8 OVER-24.8 8

B B

(1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B ALL SPEEDS B

B B

B 3

3 3

8 6

12 9

8 B

B 3

5 39 (1)

B.B B.B B.B B.B.

7.7 7.7 7.7 B.B 15.4 38.8 23.1 B.B B.B B.B 7.7 B.B 188.8 (2)

B.B B.B B.B B.B B.2 B.2 B.2 B.B B.4 B.7 B.5 B.B B.B B.B B.2 B.B 2.3 (1)= PERCENT OF ALL GOOD OBSERVATIONS FOR THIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 39 CALM =VIND SPEED LESS THAN 1.88 HPH

Tabla 'l-1 (CCn ' d 166 FT TGVER - ?3 FT 33.6 FT VIMD DATA JblY - SIPT i$7s STABILITY CLASS C-- DELTA 7 -1.2 TC -1.5 DEG C PEA IJB MEYEA; class FAEOLEXCY (?ZRCZhT) 4. J *.

=

WIND 0:ITRI30TI;n

SUMMARY

JIRECTiON SPEED (MPH)

N NNE ME ENE E

ESE SE SSE S

SSW SW VSV V

WMV NV NNV TOTAL

-CALH B

B B

(1) 8.8 B.B B.B B.B B.B d.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2) 8.8 B.B B.B B.B B.B B.B B.3 B.B B.B B.B B.B 3.8 B.B B.B B.B B.B B.B CALM-3.5 '

3 8

3 2

B B

6 2

B B

3 B

B B

3 8

18 t

(11 3.7 B.B 3.7 B.B B.8 B.B 7.4 B.B B.B B.B 3.7 B.B B.B B.9 3.7 B.1 22.2 (2) 8.2 B.B B.2 B.B B.B B.B B.4 B.5 B.B B.B B.2 B.B B.B B.B B.2 B.E 1.1 3.6-7.5 B

B B

B 3

8 15 E

6 9

3 8

B B

B 3

45 (1) 8.8 B.8 B.B B.B 3.7 B.B 10.5 7.4 7.4 11.1 3.7 B.B B.B B.B B.B 3.7 55.6 (2) 8.8 B.B B.B B.B B.2 B.B B.9 B.4 B.4 B.5 B.2 B.B B.B B,8 B.B B.2 2.7 7.6-12.5 B

B B

2 8

6 3

B B

3 15 w

(1)

B.B B.B B.B B.B B.B B.B B.B 3.7 B.B 7.4 3.7 B.B B.B B.B B.B 3.7 18.E Y

(2) 8.8 B.B B.B B.B B.B B.B B.B B.2 B.B B.4 B.2 B.6 B.B B.B B.B B.2 B.9 12.6-18.5 B

B B

B 3

3 8

8 8

8 3

(1) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B 2.8 3.7 B.B B.B B.B B.B B.B 3.7 (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.2 B.B B.B B.B B.8 B.B B.2 18.6-24.8 B

B B

(1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2) 8.8 B.B B.B B.B B.B B.B 2.8 B.B B.B B.B 2.8 B.B B.B B.B e.B B.B B.B OVER-24.8 8

8 B

B B

(1) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 2.8 B.B B.B B.B B.B B.B ALL SPEEDS 3

8 3

8 21 9

6 15 12 B

B B

3 5

81 (1) 3.7 B.B 3.7 B.B 3.7 B.B 25.9 11.1 7.4 18.5 14.8 B.B B.B B.B 3.7 7.4 188.8 (2)

B.2 B.B B.2 B.B B.2 B.B 1.2 B.5 8.4 B.9 B.7 B.B B.B B.B B.2 B.e 4.3 (1)= PERCENT OF ALL GOOD OBSERVATIONS FOR THIS PAGE (2)=PERCEMT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 81 CALM = WIND SPEED LESS THAN 1.BB MPH

Tab'.c 4A. ;2an'cT 164 FT 70V2R - 31 ~T 33.B FT VIMD DAT.

JULY - Si?T.975 STAE!LITY CLASS D-- JELTA T -1.4 TO -B.6 32C 0 ?rR 1EF METERE OLASS FREOvih0Y (PEAZIXTi = 12.23 V!b0 DISTR *;JT10.\\ SJMMARY DIRECTION SPEED (MPH) n NME NE ENE E

ESE SE SSE S

$$V SV VSb V

VNV hV MNV TOTAL

-CALM B

B B

(1)

B.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 5.8 B.B B.B B.B B.B B.B CALM-3.5 3

6 8

9 6

12 21 9

15 9

9 9

6 8

3 12 129 (1)

B.6 1.1 B.B 1.7 1.1 2.2 3.9 1.7 2.8 1.7 1.7 1.7 1.1 B.B B.6 2.2 23.8 (2) 8.2 B.4 B.B B.5 B.4 B.7 1.2 B.5 8.9 B.5 B.5 B.5 B.4 B.B B.2 B.7 7.7 3.6-7.5 3

8 8

8 3

12 24 45 38 93 24 2

15 3

9 6

267 (1) 8.6 B.B B.B B.B B.6 2.2 4.4 8.3 5.5 17.1 4.4 B.B 2.8 E.6 1.7 1.1 49.2 (2)

B.2 B.B B.B B.B B.2 8.7 1.4 2.7 1.8 5.5 1.4 B.B B.9 B.2 B.5 B.4 15.9 7.6-12.5 B

B B

B 12 182 27 B

B B

141 (1) 8.8 B.B B.B B.B B.B B.B B.B B.B 2.2 18.8 5.B B.B B.B B.B S.B B.B 26.8 L

(2)

B.B B.B B.B B.B B.B B.B B.B B.B B.7 6.1 1.6 B.B B.B B.B B.B B.B 8.4 N

12.6-18.5 B

B B

B 6

8 B

B B

B 6

(1)

B.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B 1.1 B.B B.B B.B B.B B.B 1.1 (2) 8.8 B.B B.B B.B G.B B.B B.B B.B B.B B.B B.4 B.B B.B B.8 B.B B.B B.4 18.6-24.9 8

B B

(1)

B.B 3.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B OVER-24.8 8

B B

(1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B ALL SPEEDS 6

6 8

9 9

24 45 54 57 284 66 9

21 3

12 18 543 4

(1) 1.1 1.1 B.B 1.7 1.7 4.4 8.3 9.9 18.5 37.6 12.2 1.7 3.3 B.6 2.3 3.3 IBB.B (2) 8.4 B.4 B.B B.5 B.5 1.4 2.7 3.2 3.4 12.1 3.9 B.5 1.2 B.2 B.7 1.1 32.2 (1)=PERCEqT OF ALL GOOD OBSERVATIONS FOR THIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD MUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 543 CALM =VIND SPEED LESS THAN 1.88 MPH

Tabis 4 A-1 (Con ' ',

164 FT tov 2A s; :-

33.8 FT VING CATa CULY - $2/7.975 STABILITY CLASS E-- DELTA T -B.4 TC +1.5 DEC C PER 128 hiTERS CLAS8 FAECulaCY (PE.tCEaT; -

34. ~ 1 VIND DISTR:3UTION SUMhARY DIRECTION SPEED (MPH)

N NNE NE ENE E

ESE SE SSE 5

SSV SV VSV V

VNV NV NMV TOTAL

-CALM B

B B

3 8

8 8

8 B

B 3

(1)

B.B B.B B.B B.B B.B B.B B.B B.6 B.B B.B B.B B.B B.B B.B B.B B.B B.6 (2)

B.B B.B B.B B.B B.B B.B B.B B.2 B.B B.B B.B B.B B.B B.B B.B B.B B.2 CALM-3.5 C

3 8

8 3

18 36 21 15 3

15 B

B 12 9

12 153 1

(1) 1.2 B.6 B.B B.B B.6 3.6 7.1 4.1 3.6 B.6 3.8 B.B B.B 2.4 1.8 2.4 38.2 (2) 8.4 B.2 B.B B.B B.2 1.1 2.1 1.2 B.9 8.2 B.9 B.B B.B B.7 8.5 B.7 9.1 3.6-7.5 8

6 B

B 6

38 21 6

36 38 6

3 6

3 3

9 165 (1) 8.8 1.2 f.B B.B 1.2 5.9 4.1 1.2 7.1 5.9 1.2 B.6 1.2 B.6 B.6 1.8 32.5 (2) 8.9 B.4 B.B B.B B.4 1.8 1.2 B.4 2.1 1.8 B.4 B.2 B.4 B.2 B.2 B.5 9.6 7.6-12.5 9

8 8

B B

39 51 15 3

2 8

6 123 C

(1) 1.8 B.B B.B B.B B.B B.B B.B B.B B.B 7.1 18.1 3.8 B.6 B.B B.B 1.2 24.3 s

(2)

B.5 B.B B.B B.B B.B B.B B.B B.B B.B 2.3 3.9 B.9 B.2 B.B B.B B.4 7.3 12.6-18.5 B

B B

B 68 3

B B

63 (1) 8.8 9.8 B.8 B.B B.B B.B B.B B.B B.B B.B 11.3 B.6 B.B B.B B.B B.B 12.4 (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 3.6 B.2 B.B B.B B.B B.B 3.7 18.6-24.8 8

B B

(1) 6.8 B.B B.B B.B B.B B.B P.B 2.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B OVER-24.8 8

8 8

8 B

B B

(1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2) 8.8 B.B B.B B.B B.B B.B 2.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B ALL SPEEDS 15 9

8 8

9 48 57 38 51 72 132 21 9

15 12 27 597 (1) 3.6 1.8 B.B B.B 1.8 9.5 11.2 5.9 19.1 14.2 26.B 4.1 1.8 3.8 2.4 5.3 188.8 (2) 8.9 B.5 B.B B.B B.5 2.9 3.4 1.8 3.8 4.3 7.8 1.2 9.5 8.9 B.7 1.6 38.1 (1)=PERCE T OF ALL GOCD OBSERVATIONS FOR THIS PAGE

( 2 )=P E RCE OF All GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 587 CALM =VIND SPEED LESS THAN 1.88 HPH

?scle AA-1 (Con't) 154 FT TOhER - SI /T 33.8 FT WIND CATA JULY - SEPT is7S 3TAEILITY CLASS 7-- OELTA T 1.6 TO 4.9 DEG C PER 1BEMETERS CLA?S FRECUENCY (?ERCEnT) 19.67

=

WIhD DISTRISuTIOh

SUMMARY

LIEECTION SPEED (MPH) h NkE dE EhE E

ESE SE SSE S

SSW SW dSV V

WhV NW NNW TOTAL

-CALM 3

8 8

B B

B 3

2 B

B B

B 6

(1) 1.6 B.B B.B B.B B.B B.B B.B B.E R.B B.B 1.6 B.B B.B B.B B.B B.B 3.3 (2) 8.2 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.2 2.8 B.B B.B B.B B.B B.4 CALM-3.5 3

3 3

6 9

3 3

6 8

3 9

2 9

6 B

3 66 (1) 1.6 1.6 1.6 3.3 4.9 1.6 1.6 3.3 B.B 1.6 4.9 B.B 4.9 3.3 B.B 1.6 36.1 (2)

B.2 B.2 B.2 9.4 B.5 B.2 B.2 B.4 B.B B.2 B.5 B.B B.5 8.4 B.B B.2 3.9 3.6-7.5 3

8 3

3 6

21 3

3 15 3

9 6

B B

72 (1) 8.8 B.B 1.6 1.6 3.3 11.5 1.6 1.6 8.2 1.6 4.9 3.3 B.B B.B B.B B.B 39.3 (2) 8.8 B.B B.2 B.2 B.4 1.2 B.2 0.2 B.9 B.2 B.5 B.4 B.B B.B B.B B.B 4.3 7.6-12.5 B

B B

B 9

18 B

B B

B 27 (1) 8.8 B.B B.B B.B B.0 B.B B.B B.B B.B B.B 4.9 9.8 B.B B.B B.B B.B 14.8 g

w (2)

B.B B.B B.B B.B B.B 2.8 B.B B.B B.8 B.B B.5 1.1 B.B B.B B.B B.B 1.6 w'

12.6-18.5 B

B B

B 9

3 8

2 B

B 12 (1) 9.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B 4.9 1.6 B.B B.B B.B B.B 6.6 (2) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.5 B.2 B.B B.B B.B B.B B.7 18.6-24.8 8

2 B

B B

(1) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B t2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 3.8 8.8 B.B OVER-24.9 8

8 B

B B

(1) 9.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B 2.8 B.B B.B B.B B.B B.B B.B B.B ALL SPEEDS 6

3 6

9 15 24 6

9 15 6

39 27 9

6 B

3 183 (1) 3.3 1.6 3.3 4.9 8.2 13.1 3.3 4.9 8.2 3.3 21.3 14.8 4.9 3.3 B.B 1.6 188.B (2)

B.4 B.2 9.4 B.5 B.9 1.4 B.4 B.5 B.9 B.4 2.3 1.6 B.5 B.4 B.B B.2 18.9 (1)= PERCENT OF ALL GOOD OBSERVATIONS FOR THIS PAGE 12)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 183 CALM = WIND SPEED LESS THAN 1.88 HPH

76.312 4A-1 (Con'c) 164 FT TGVEA - 22

'T

~2.5 FT WIND DATA JULY - $2P'.' '97S STA2:LITY OLAS$ G-- DELTA T GREATER THAM. 5 DEC C ?Et loJ METEAS CLAES FA2CUEACY (?ERCihT) 3.7.

VIND 0 STRIEJT:C.i SUMHARY 01RECTION SPEED (MPH)

M NNE NZ ENZ E

ESE SE SSE S

SSW SW VSV V

WNV AV hhV TOTAL

-CALh B

B B

3 8

8 3

(1) 8.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 4.8 B.B 2.8 4.8 (2)

B.B B.B B.B B.B B.B B.B 2.8 B.B B.B B.B B.B B.B B.Z B.2 B.B B.B B.2 CALM-3.5 B

6 B

B B

f B

3 3

6 B

B B

6 21 (1) 8.B 9.5 B.B B.B B.B B.B B.B B.B B.B 4.6 B.B S.5 B.B B.B B.B 9.5 33.3 (2) 8.8 B.4 B.B B.B B.B B.B B.B B.B B.B B.2

!.B Z.4 B.B B.B B.B B.4 1.2 3.6-7.5 B

B B

B 6

B 3

3 8

3 B

B 12 (1)

B.B B.B B.B B.B B.B B.B B.B B.6 9.5 B.B 4.8 4.8 B.B B.B B.B B.B 19.8 (2) 8.8 B.B B.B B.B B.B B.B B.B B.B B.4 B.B B.2 B.2 B.B B.B B.B B.B 2.7 7.6-12.5 B

B B

B 6

18 8

8 8

8 24 (1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B 3.8 9.5 28.6 B.B B.B B.B B.B 38.1 (2) 8.8 B.B B.B B.B B.B B.B B.B B.h B.B B.B B.4 1.1 B.B B.B B.B B.B 1.4 i'

12.6-18.5 B

B B

3 8

8 8

8 3

(1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 4.8 B.B B.B B.B B.B 4.8 (2) 8.8 B.S B.B B.B B.B B.B B.B B.B B.B B.B B.B B.2 B.B B.B B.B B.B B.2 18.6-24.B B

B B

(1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 2.8 B.8 B.B (2) 8.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B OVER-24.B B

B B

(1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B ALL SPEEDS B

6 B

B B

B 6

3 9

38 8

3 8

6 63 (1)

B.B 9.5 B.B B.B B.B B.B B.B B.B 9.5 4.8 14.3 47.6 B.B 4.8 B.B 9.5 168.8 (2)

B.B B.4 B.B B.B B.B B.B B.B B.B 2.4 B.2 B.5 1.8 B.B B.2 B.B B.4 3.7 (1)= PERCENT OF ALL GOOD OBSERVATIONS FOR THIS PAGE f 2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 63 CALM =VIND SPEED LESS THAN 1.BB MPH

1sble 4A-1 (Cc7 ' d 168 FT TGVER - S3 FT L3.5 FT WIND DATA UbiY - ElPT 1979 STAB 1LITY CLASS ALL-- AL. STALI6; TIES COM31x20 CLAD $ FR20JEhCY (PEkOENT) = 182.25 V113 3:STRIEUTION

SUMMARY

0 AECTlON SPEED (MPH)

N NME NE ENE E

ESE SE SSE S

SSV SV VSV V

VNV NV NNV TOTAL

-CALH 3

8 2

B B

3 8

B 3

8 8

3 5

8 12 f

(1) 8.2 B.B B.B B.B B.B B.B B.B B.2 B.B B.B B.2 B.B B.B B.2 B.B B.B B.7 (2) 8.2 B.B B.B B.B B.B B.B B.B B.2 B.B B.B B.2 B.B B.B B.2 B.B B.3 B.7 CALM-3.5 15 21 6

18 21 36 66 36 38 18 36 15 15 21 15 39 488 (1) 8.4 1.2 B.4 1.1 1.2 2.1 3.9 2.1 1.8 1.1 2.1 B.9 5.9 1.2 B.9 2.3 24.2 (2) 8.9 2,2 B.4 1.1 1.2 2.1 3.9 2.1 1.8 1.1 2.1 8.9 B.9 1.2 B.9 2.3 24.2 3.6-7.5 3

6 3

3 18 182 84 68 99 159 51 15 24 6

15 21 669 (1)

B.2 B.4 B.2 B.2 1.1 6.1 5.8 3.6 5.9 9.4 3.8 B.9 1.4 B.4 B.9 1.2 39.8 (2)

B.2 B.4 B.2 B.2 1.1 6.1 5.8 3.6 5.9 9.4 3.8 8.9 1.4 B.4 B.9 1.2 39.8 7.6-12.5 9

8 B

B B

6 42 243 138 51 3

8 9

9 581 (1)

B.5 B.B B.B B.B B.B B.B B.B B.4 2.5 14.4 8.2 3.8 B.2 B.B B.B B.5 29.8 (2)

B.5 B.B B.B B.B 5.8 B.B B.B B.4 2.5 14.4 8.2 3.8 B.2 B.B B.B B.5 29.8 I

5 12.6-18.5 8

8 8

8 2

B B

6 78 9

B B

93 I

(11 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.4 4.6 B.5 B.B B.B B.B B.B 5.5 (2) 8.8 B.B B.B 2.8 B.B B.B B.B B.B B.B B.4 4.6 B.5 B.B B.B B.B B.B 5.5 18.6-24.8 8

9 9

9 8

8 B

B B

(1) 8.8 B.B B.B B.B B.B B.B B.B B.B 2.8 B.B B.B B.B B.B B.B B.B B.B B.B (2) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B DVER-24.8 B

B B

(1)

B.5 B.B B.B B.B B.B B.B B.B B.B B.B B.B 2.8 B.B h.B B.B B.B B.B B.B (2)

B.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B ALL SPEEDS 38 27 9

21 39 138 158 185 171 426 386 98 42 38 38 69 1683 (1) 1.8 1.6 B.5 1.2 2.3 8.2 8.9 6.2 18.2 25.3 18.2 5.3 2.5 1.8 1.8 4.1 188.8 (2) 1.8 1.6 B.5 1.2 2.3 8.2 8.9 6.2 18.2 25.3 18.2 5.3 2.5 1.8 1.6 4.1 188.9 (1)= PERCENT OF ALL GOOD OBSERVATIONS FOR THIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE=1683 75.4 PERCENT DATA RECOVERY NUMBER OF HOURS IN THIS PER10D=2232.

CALM =VIND SPEED LESS THAN 1.88 MPH

Tiale LA-2 169 FT TOVER - :55 77 164.J FT WIND DATA JLLY - SIPT '979

.9 DEG C PER 125 METIiS CLASS F AECUENCY ( PE,1 CENT)

.4.95 STAS LITY CLASS A-- DELTA LESS YnAA -*

=

VIND JIST.1 BvT10h SUHKARY DIRECTIch SPEED (MPH)

N NhE NE ENE E

ESE SE SSE S

SSV SV WSW V

VNV NV MNV TOTAL

-CALM B

B B

(1)

B.8 B.B B.B B.B B.B 2.8 B.B B.2 B.B B.B B.B B.8 B.B B.B B.B B.B B.B (2)

B.B B.B B.B B.B B.B B.B B.B B.B 2.8 B.B B.B B.B B.B B.B B.B B.B B.B CALM-3.3 3

B B

3 8

B B

B 6

(1) 8.9 B.B B.B B.9 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 1.8 (2)

B.1 B.B B.B B.1 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.3 3.6-7.5 12 B

B 3

9 8

3 5

8 12 9

8 6

3 8

3 6B (1) 3.6 B.B B.B B.9 2.7 B.R B.9 B.B B.B 3.6 2.7 B.B 1.8 B.9 B.B B.9 18.2 (2) 8.5 B.B B.B B.1 B.4 B.B B.1 B.B B.B B.5 B.4 B.B B.3 B.1 B.B B.1 2.7 7.6-12.E B

B B

B 6

33 6

3 24 75 18 8

12 6

2 8

183 L

(1)

B.B b.B B.B B.B 1.8 18.B 1.8 B.9 7.3 22.7 5.5 B.B 3.6 1.8 B.B B.B 55.5

~J (2)

B.B B.B B.B B.B B.3 1.5 B.3 B.1 1.1 3.4 B.8 B.B B.5 B.3 B.B B.B D.3 1

12.5-18.5 B

B B

3 8

57 15 B

B 6

8 8

81 (1) 8.8 B.B B.B B.B B.B B.B B.8 B.9 B.B 17.3 4.5 B.B B.B 1.8 B.9 B.B 24.5 (2)

B.B B.B B.B B.B h.B B.B B.B B.1 B.B 2.6 E.7 B.B B.B B.3 B.B B.B 3.7 18.6-24.8 5

B B

(11 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2) 8.8 B.B B.B B.B B.B B.B 2.8 B.B B.B B.B B.B B.B B.B B.B B.B h.B B.B OVER-24.8 8

2 6

8 2

B B

(1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 2.8 B.B 3.8 B.B B.B B.B 3.8 (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B ALL SPEEDS 15 B

B 6

15 33 9

6 24 144 42 8

18 15 8

3 338 (1) 4.5 B.B B.B 1.8 4.5 IB.B 2.7 1.8 7.3 43.6 12.7 B.B 5.5 4.5 B.B B.9 188.8 (2) 8.7 B.B B.B B.3 B.7 1.5 B.4 E3 1.1 6.5 1.9 B.B B.8 B.7 B.B B.1 15.8 (1)= PERCENT OF ALL GOOD OBSERVATIONS FOR THIS PAGE (2)=PERCE h OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 338 CALM =VIND SPEED LESS THAN 1.BB MPH

Tayt e, A-2 (Ocn ' :'s 16J FT TOVEA - 168 FT 168.6 FT VIND 2ATA JOLY - SEPT 1979 STAS!i!TY CLASS S--

DELTA T -;.9 TO -1.7 DEG C PEA

'.JB hETEAS CLASS TAECUE.1CY (PERC2NT}

1.2I VIMD DISTR 3LT10h

SUMMARY

DIRECTION SPEED (MPH)

N MNE NE ENE E

ESE SE SSE S

SSV SV WSw W

VNV NV NMV YOTAL

-CALM B

B B

(1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2) 8.8 B.B B.B B.B B.B 2.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B CALM-3.5 B

B B

3 8

B B

B 3

(1) 8.8 8.8 B.B 4.8 2.8 B.B B.B B.B 2.8 B.B B.B B.B 2.8 2.8 B.B B.B 4.8 (2) 8.8 B.B B.B B.1 B.B B.B B.B B.2 B.B B.B B.B B.B B.B B.B B.B B.B B.1 3.6-7.5 3

8 8

8 9

3 8

B 3

8 8

3 8

8 15 (1) 4.8 B.B B.B B.B B.B 4.8 B.B B.B 4.8 B.B B.B 4.8 B.B 4.8 B.B B.B 23.8 i

(2) 9.1 B.B B.B B.B B.B B.1 B.B B.B B.1 8.8 B.B B.1 B.B B.1 B.B B.B B.7 7.6-12.5 8

B B

B 3

8 6

15 9

8 8

6 B

B 39 (1)

B.8 B.B B.B B.B B.B B.B 4.8 B.B 9.5 23.6 14.3 B.B B.B 9.5 B.B B.B 61.9 b

(2) 8.8 B.B 2.8 B.B B.8 B.B B.1 B.B B.3 B.7 B.4 B.B B.B B.3 B.B B.B 1.8 m'

12.6-18.5 B

B B

3 3

B B

6 (1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B 4.8 4.8 B.B

%.B B.B B.B B.B 9.5 (2) 8.8 8.8 B.B B.B B.B B.B B.B B.B B.B B.1 B.1 B.B B.B B.B B.B B.B B.3 18.6-24.B B

B B

(1) 8.8

'.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B OVER-24.5 8

B B

(1)

B.B B.B B.B B.B B.B B.B B.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2) 8.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B ALL SPEEDS 3

8 B

3 8

3 3

8 9

18 12 3

8 9

8 8

63 (1) 4.8 B.B B.B 4.8 B.B 4.8 4.8 B.B 14.3 28.6 19.9 4.8 8.8 14.3 B.B B.B 188.8 (2) 8.1 B.B B.B B.1 B.B B.1 B.1 B.B B.4 B.8 B.5 B.1 B.B B.4 B.8 B.B 2.9 4

(1)= PERCENT OF ALL C00D OBSERVATIONS FOR THIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 63 CALM =VIND SPEED LESS THAN 1.88 MPH

"able 4!-2 (Can't) 168 FT TOJ2A - '5B T

165.8 FT VIMD DC.*A JULY - S2PY 1575 5.70 STAB 1L;TY CLASS 0-- DEL"A

..6 70 -1.5 D2G C PER ICB y.dTERS CLASS FRECUENCY (?2RCENT's

=

V1ND O!STRIBUTION

SUMMARY

J1RECTION SPEED (MPH)

N MNE NE ENE E

ESE SE SSE S

SSW SV WSW W

VNW NV MNW TOTAL

-CALM B

B B

(1) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2)

B.B 3.9 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 2.8 8.8 B.B B.B CALM-3.5 6

B B

B 3

5 B

B B

B 9

(1) 4.6 B.B B.B B.B 2.4 B.B B.6 B.B B.B B.B B.B B.B B.B B.B B.B B.B 7.1 (21 B.3 B.B 2.8 B.B B.1 B.B B.2 B.B B.B B.B B.B B.B B.3 B.B B.B B.B B.4 3.6-7.5 2

3 3

3 8

6 3

B B

3 3

B B

3 8

3 27 (1) 8.8 2.4 B.B 2.4 B.B 4.8 2.4 B.B B.B 2.4 2.4 B.B B.B 2.4 B.B 2.4 21.4 (2) 9.8 B.1 B.B B.1 B.B B.3 B.1 B.B B.B B.1 B.I B.B B.B B.1 B.B B.1 1.2 i

7.6-12.5 3

B B

9 9

6 9

12 3

3 3

6 B

B 63 l

ui (1) 2.4 B.B B.B B.B B.B 7.1 7.1 4.8 7.1 9.5 2.4 2.4 2.4 4.8 B.B B.B 58.8 (2)

B.1 H.8 B.B B.B B.B B.4 B.4 B.3 B.4 E.5 B.1 B.1 B.1 H.3 B.B B.B 2.9 12.6-18.5 B

B B

9 3

8 6

B B

6 24 (1)

B.8 B.B B.B B.B B.B B.B B.B B.B B.B 7.1 2.4 B.B 4.8 B.B B.B 4.8 19.8 (2)

B.B B.B B.B B.B B.B B.B B.B B.3 B.B B.4 B.1 B.B B.3 B.B B.B B.3 1.1 18.6-24.8 B

B B

3 8

8 B

B B

B 3

(1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B 2.4 B.B B.B B.B B.B B.B B.B 2.4 (2) 8.8 8.8 B.B B.B B.B B.B B.B B.B B.B B.1 B.B B.B B.B B.B B.B B.B B.1 OVER-24.8 B

B B

(1) 8.8 B.8 B.B B.B B.B 2.8 B.B B.B B.B 2.2 B.B B.B B.B B.B B.B B.B B.B (2) 8.8 B.B B.B B.B B.B 6.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B ALL SPEEDS 9

3 8

3 3

15 12 6

9 27 9

3 9

9 8

9 126 (1) 7.1 2.4 B.B 2.4 2.4 11.9 9.5 4.8 7.1 21.4 7.1 2.4 7.1 7.1 B.B 7.1 188.8 (2)

B.4 B.1 B.B B.1 B.1 B.7 B.5 B.3 B.4 1.2 9.4 B.1 B.4 B.4 B.B B.4 5.7 (1)= PERCENT OF ALL 000D OBSERVATIONS FOR TH1S PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PER10D NUMBER OF GOOD OBSERVATIONS ON TH1S PAGE= 126 CALM =W1ND SPEED LESS THAN 1.BB HPH

4 Tabic 4A-2 Qca';)

63 /T TOVER -.38 77 168.2 FT VIND DATA SULY - SZ?T 197s STASILITY CLASE 3--

JELTA T -;.4 TC -B.5 DEC C PER IBB MET 2AC CLAEs FAECUENCY (PERCiKT) 31.3+

=

VI.1D DISTRI6UTIOn SUMMAR't DIRECTICh SPEED (MPH)

N NME NE ENE E

ESE SE SSE C

SSV SV WSW W

VNV NV NMV TOTAL

-CALM B

B B

2 B

B B

l (1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B 4.B B.B B.B B.B B.B B.B B.B B.B (2)

B.B B.B B.B B.B B.B B.B B.B 2.b B.B B.B B.B B.B B.B B.B B.B B.B B.B CALM-3.5 3

8 3

6 3

8 8

3 9

6 12 3

3 8

8 6

57 (1) 8.4 B.B b.4 B.9 B.4 B.B B.B B.4 1.3 B.9 1.7 B.4 B.4 B.B 2.B B.9 8.3 (2) 8.1 B.B B.1 B.3 B.1 B.B B.B B.1 B.4 B.3 B.5 B.1 B.1 B.B B.B B.3 2.6 3.6-7.5 8

6 6

24 21 15 16 39 12 15 9

9 15 12 213 (1) 8.8 B.9 B.9 B.9 B.9 3.5 3.8 2.2 2.6 5.7 1.7 2.2 1.3 1.3 2.2 1.7 38.9 (2) 9.8 B.3 B.3 B.3 B.3 1.1 1.E B.7 B.8 1.8 8.5 B.7 B.4 B.4 B.7 B.5 9.7 7.6-12.5 3

B B

12 18 21 21 126 3B B

1B 36 3

6 294 (1) 8.4 B.B B.B B.B B.B 1.7 2.6 3.8 3.8 18.3 4.3 B.B 2.6 5.2 B.4 B.9 42.6 h

(2)

B.1 B.B B.B B.B B.B B.5 B.8 1.8 1.8 5.7 1.4 B.B B.8 1.6 E.1 B.3 13.4 o'

12.6-18.5 6

B B

57 42 8

6 3

3 B

117 (1) 8.9 B.B B.B B.B B.B B.B B.8 B.B B.B 8.3 6.1 B.B B.9 B.4 B.4 B.B 17.8 (2) 9.3 B.B B.B B.B B.B B.B B.B B.B B.B 2.6 1.9 B.B B.3 B.1 B.1 B.B G.3 18.5-24.8 8

8 8

8 9

8 B

B B

3 6

B B

B 9

(1)

B.B B.B B.B B.B B.B B.B B.B 2.8 B.B B.4 B.9 B.B B.B B.B B.B B.B 1.3 (2)

B-B B.B B.B B.B B.B 2.9 B.B B.B B.B B.1 B.3 B.B B.B B.B B.B B.B 6.4 OVER-24.8 8

8 B

B B

(1) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B 2.8 B.B B.B B.B B.B B.B B.B B.B (2) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.9 B.B B.B B.B B.B B.B ALL SPEEDS 12 6

9 12 9

36 39 39 48 231 182 18 36 48 21 24 698 (1) 1.7 8.9 1.3 1.7 1.3 5.2 5.7 5.7 7.B 33.5 14.8 2.6 5.2 7.8 3.8 3.5 188.8 (2) 8.5 8.3 B.4 B.5 8.4 1.6 1.5 1.5 2.2 18.5 4.6 B.B 1.6 2.2 1.8 1.1 31.3 (1)= PERCENT OF ALL GOOD OBSERVATIONS FOR THIS PAGE (2)=PERCERT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 698 CALM = WIND SPEED LESS THAN 1.98 MPH

"foie 4A-2 (Con't}

16B FT TCVER - 152 FT

'68.3 FT VIND DATA JULY - $297 197s STA1:w!TY CLASS."-- GiLTA '

-B.4 70 +1.6 OfG C PLR 186 MITERE CLASS FRZOVENCY (PERCEhT) 3J.79

=

WIND DISTAIBUTION

SUMMARY

DIRECTION SPEED (MPH)

N NME NE ENE E

ESE SE SSE S

SSV SW V5W V

VNV NV NMV TOTAL

-CALH B

B B

(1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B 2.8 B.B B.B B.B B.B B.B B.B B.B (2) 8.8 2.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 8,8 CALM-3.5 8

3 8

3 3

8 3

3 3

3 6

B B

B 6

8 33 (11 8.8 B.4 B.B B.4 B.4 B.C B.4 B.4 B.4 B.4 B.9 B.B B.B B.B B.9 B.B 4.9 (2)

B.B B.1 B.B B.1 B.1 B.B B.1 B.1 B.1 B.1 H.3 B.B B.B B.B M.3 B.B 1.5 3.5-7.5 18 8

8 8

6 24 33 18 9

12 6

3 3

9 6

12 159 (1) 2.7 B.B B.B B.B B.9 3.5 4.9 2.7 1.3 1.8 B.9 B.4 B.4 1.3 B.9 1.8 23.5 (2) 8.8 8.8 B.8 B.B B.3 1.1 1.5 B.8 B.4 B.5 B.3 B.1 B.1 B.4 B.3 B.5 7.2 7.6-12.5 6

B B

15 24 9

15 48 42 9

IS 18 3

6 213 3

(1) 8.9 B.B B.B B.B B.B 2.2 3.5 1.3 2.2 7.1 6.2 1.3 2.7 2.7 8.4 B.9 31.4 Z

(2) 8.3 B.B B.B B.B B.B B.7 1.1 B.4 B.7 2.2 1.9 B.4 B.8 B.8 B.3 B.3 9.7 1

12.6-18.5 9

B B

B 3

18 66 27 21 9

9 9

171 (1) 1.3 B.B B.B B.B B.B B.B B.B B.B B.4 2.7 9.7 4.8 3.1 1.3 1.3 1.3 25.2 (2)

B.4 B.B B.B B.B B.B B.B B.B B.B B.1 B.8 3.8 1.2 1.8 B.4 B.4 B.4 7.8 18.6-24.8 8

B B

B 93 3

B B

96 (1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 13.7 B.4 B.B B.B 2.8 B.B 14.2 (2) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B 4.2 B.1 B.B B.B B.B B.B 4.4 OVER-24.8 B

B B

B 6

B B

B 6

(1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.9 8.8 B.B B.B B.B B.B B.9 (2) 9.6 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.3 B.B B.B B.B B.B B.B B.3 ALL SPEEDS 33 3

8 3

9 39 68 38 3B 81 219 42 42 36 24 27 678 (1) 4.9 B.4 B.B B.4 1.3 5.8 8.8 4.4 4.4 11.9 32.3 6.2 6.2 5.3 3.5 4.B 188.8 (2) 1.5 B.1 B.B B.1 B.4 1.8 2.7 1.4 1.4 3.7 9.9 1.9 1.9 1.6 1.1 1.2 38.8 (1)= PERCENT OF ALL GOOD OBSERVATIONS FOR THIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD MUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 678 CALM =VIND SPEED LESS THAN 1.BB MPH

'.ible LA-2 (Cen'd 164 FT TOVER - 152 c?

158.8 FT VIND DATA

ULY - siPT 1975 STA5!LI'Y CLASS F-- CELTA T 1.5 TO..I DEC C ?ER 14By.ETEAS CLASS FREQLE MCY ( /ERCE.)

11.17

=

VING DISTAiduTICM

SUMMARY

DIRECTION SPEED (MPH)

N NME NE EME E

ESE SE SSZ S

SSV SV VSV V

VNV NV NNV TOTAL

-CALM B

B B

3 8

B B

B 3

(1) 8.8 B.B B.8 B.B B.B B.B B.B B.B B.B B.B B.B 1.2 B.B B.B B.B B.B 1.2 (2) 8.B B.B B.B B.B B.B B.B B.B B.B 3.8 B.2 B.B B.1 B.B B.B B.B B.B B.1 CALM-3.5 6

9 8

3 8

8 3

3 6

3 8

6 42 (1) 2.4 3.7 B.B 1.2 B.B 1.2 B.B 1.2 B.B B.B 1.2 B.B 2.4 1.2 B.B 2.4 17.1 (2) 8.3 B.4 B.B B.1 B.B B.1 B.B B.1 B.B B.B B.1 B.B B.3 B.1 B.B B.3 1.9 3.6-7.5 8

3 6

6 6

3 12 5

8 12 3

8 8

3 63 (1) 8.8 1.2 2.4 2.4 2.4 1.2 4.9 3.7 B.B 4.9 1.2 B.B B.B B.B B.B 1.2 25.6 (2)

B.B B.1 B.3 B.3 B.3 B.1 B.5 8.4 B.B B.5 B.1 B.B B.B B.B B.B B.1 2.9 7.6-12.5 B

B B

B 6

3 6

3 18 6

B B

51 (1) 8.8 B.8 B.B B.B B.B B.B 2.4 1.2 2.4 1.2 2.4 1.2 7.3 2.4 B.B B.B 28.7 im (2) 6.8 B.B B.B B.B B.B B.B B.3 R.1 B.3 B.1 B.3 B.1 B.8 B.3 B.B B.B 2.3 Y

12.6-18.5 B

B B

B 9

21 21 3

B B

54 (1)

B.8 B.B B.B B.B d.B B.B B.B B.B B.B B.B 3.7 8.5 8.5 1.2 B.B B.B 22.8 (2) 8.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.4 1.B 1.8 B.1 B.B B.B 2.5 l'.6-24.8 8

8 B

B B

B 9

15 8

B B

3 27 (1) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.8 3.7 6.1 B.B B.B B.B 1.2 11.5 (2) 8.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.4 B.7 B.8 B.B B.B B.1 1.2 DVER-24.8 B

B B

B 6

B B

B 6

(1) 8.8 B.B 3.8 B.B BB B.B B.B B.B B.B B.B 2.4 B.B B.B B.B B.B B.8 2.4 (2) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.3 B.B B.B R.B B.8 B.B B.3 ALL SPEEDS 6

12 6

9 6

6 18 15 6

15 36 42 45 12 B

12 246 (1) 2.4 4.9 2.4 3. 7~

2.4 2.4 7.3 6.1 2.4 6.1 14.6 17.1 18.3 4.9 B.B 4.9 1BB.B (2) 8.3 B.5 B.3 B.4 B.3 B.3 B.8 B.7 B.3 E.7 1.6 1.9 2.8 B.5 B.B B.5 11.2 (1)= PERCENT OF ALL GOOD OBSERVATIONS FOR THIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 246 CALM =VIND SPEED LESS THAN 1.88 HPH

~

'Jabla 4A e (Go n _,

162 FT TOVEA - 166 FT

~68.8 FT WIND DATA JULY - SEPT 197S STABILITY CLASS G-- DELTA T CREATER THAN 4.8 DEG c PER IBC METIER CLAS: FRECUENCY (PER0 EXT) 3.*3

=

VIND 0;STRIBUT10N

SUMMARY

DIRECTION SPEED (MPH)

N NME NE ENE E

ESE SE SSE 5

SSV SV WSV V

VNV NV NNV TOTAL

-CALM B

B B

B C

B B

(1) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B CALM-3.5 B

B B

B 3

3 8

8 8

6 B

B 3

8 15 (1) 8.8 B.B B.B B.B B.B B.B 4.3 4.3 B.B B.B B.B 8.7 B.B B.B 4.3 B.B 21.7 (2) 8.8 B.B B.B B.B B.B B.B B.1 B.1 B.B B.B B.B B.3 B.B B.B B.1 B.B B.7 3.6-7.5 B

B B

3 6

2 3

8 8

8 3

8 15 (1)

B.8 B.B B.B B.B B.B B.B B.B 4.3 8.7 B.B 4.3 B.B B.B B.B 4.3 B.B 21.7 (2)

B.B B.B B.B B.B B.B B.B B.B B.1 8.3 B.B B.1 B.B B.B B.B B.1 B.B B.7 7.6-12.5 B

B B

B 6

8 3

B B

B 9

(1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 8.7 B.B 4.3 B.B B.B B.B 13.8 l;

(2) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.3 B.B B.1 B.B B.B B.B B.4 12.6-18.5 B

B B

B 3

18 3

8 B

B 24 (1) 9.9 B.B B.B B.B B.B B.B B.B B.B B.B B.B 4.3 26.1 4.3 B.B B.B B.B 34.8 (2) 9.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.1 B.8 8.1 B.B B.B B.B 1.1 18.6-24.8 B

B B

6 B

B B

B 6

(1) 8.8 B.B B.B B.B B.B B.B B.B B.8 B.B B.B B.B 8.7 B.B B.B B.B B.B 8.7 t2)

B.8 B.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.3 B.B B.B B.B B.B B.3 OVER-24.8 8

B B

(1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2) 8.8 B.B B.B B.B B.B B.B BB B.B B.B B.B B.?

B.B B.B B.B B.B B.B B.B ALL SPEEDS B

B B

B 3

6 6

B 12 38 6

B 5

8 69 (1) 9.8 8.8 B.B B.B B.B B.B 4.3 8.7 8.7 B.B 17.4 43.5 8.7 B.B 8.7 B.B 188.8 (2) 8.8 B.B B.B B.B B.B B.B B.1 B.3 B.3 B.B B.5 1.4 B.3 B.B B.3 B.B 3.1 (1)=PERC'2NT OF ALL GOOD OBSERVATIONS FOR THIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 69 CALM =VIND SPEED LESS THAN 1.BB MPH

n Table 4A-2 (Con't) 162 FT TOVER -.5B F7 JULY - SIPT 1975

.68.4 FT VIMD DATA.

STABILITY CLASS ALL-- ALL STABILITI2S COM81NED C. ASS /REQUENCY (P2.tCENT) = 152.55 VIND is*STRIEUTION

SUMMARY

DIRECTICN SPEED (MPH)

N NMF NE ENE E

ESE SE SSE S

SSV SV VSV V

VNV NV NNV TOTAL

-CALM B

B B

3 8

8 9

6 3

(1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.1 B.B B.B B.B B.B B.1 (2)

B.B B.B B.B B.B B.B B.B 3.8 B.B B.B B.B B.B B.1 B.B B.B B.B B.8 8.1 CALM-3.5 18 12 3

18 9

3 6

12 12 9

21 9

9 3

9 12 165 (1)

B.8 3.5 B.1 B.8 8.4 B.1 B.3 B.5 0.5 9.4 1.B B.4 B.4 B.1 B.4 B.5 7.5 (2) 8.8 B.5 B.1 B.8 B.4 B.1 B.3 B.5 B.5 B.4 1.8 B.4 B.4 B.1 B.4 B.5 7.5 3.6-7.5 33 12 12 18 27 68 72 45 35 78 36 21 18 27 24 33 552 (1) 1.5 B.5 B.5 B.8 1.2 2.7 3.3 2.5 1.6 3.5 1.6 1.8 B.8 1.2 1.1 1.5 25.1 (2) 1.5 B.5 B.5 B.8 1.2 2.7 3.3 2.8 1.6 3.5 1.6 f.B B.8 1.2 1.1 1.5 25.1 7.6-12.5 12 B

B B

6 69 66 42 81 279 114 15 72 78 6

12 852 (1) 8.5 B.B B.B B.B B.3 3.1 3.8 1.9 3.7 12.7 5.2 B.7 3.3 3.5 B.3 B.5 38.7 (2)

B.5 8.B B.B B.B B.3 3.1 3.8 1.9 3.7 12.7 5.2 B.7 3.3 3.5 B.3 B.5 38.7 m

12.6-18.5 15 B

B B

B 3

3 144 141 66 57 21 12 15 477 (1) 8.7 B.B B.B B.B B.B B.B B.B B.1 B.1 6.5 6.4 3.B 2.6 1.8 B.5 B.7 21.7 (2)

B.7 B.B B.B B.B B.B B.B B.B B.1 B.I 6.S 6.4 3.8 2.6 1.8 B.5 B.7 21.7 18.6-24.8 8

8 8

B B

6 188 24 8

B B

3 141 (1)

B.8 B.B B.B B.B B.B B.B B.B B.B B.B B.3 4.9 1.1 B.B B.B B.B B.1 6.4 (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.3 4.9 1.1 B.B B.B B.B B.I 6.4 OVER-24.8 8

B B

B 12 B

B B

12 (1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.5 B.B B.B B.B B.B B.B B.5 (2) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.5 B.B B.B B.B B.B B.B B.5 ALL SPEEDS 78 24 15 36 42 132 144 182 132 516 432 138 156 129 51 75 2282 (1) 3.5 1.1 B.7 1.6 1.9 6.8 6.5 4.6 6.0 23.4 19.6 6.3 7.1 5.9 2.3 3.4 188.8 (2) 3.5 1.1 B.7 1.6 1.9 6.8 6.5 4.6 6.8 23.4 19.6 6.3 7.1 5.9 2.3 3.4 IBB.B (l')= PERCENT OF ALL GOOD OBSERVATIONS FOR THIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD 98.7 PERCENT DATA RECOVERY NUMBER OF GOOD OBSERVATIONS ON THIS PAGE=2222 NUMBER OF HOURS IN THIS PERIOD =2232.

CALM =VIND SPEED LESS THAN 1.BB MPH

"a L 4A-3 224 F T 70'4E k - 3 0 F "

OCY - DEC.9*.3 33.8 ' T V'ND DATA

/

STA31LITY CLASS A--

DELTA T LESS THAh -;.5 OEG C PEk 182 P.ZTEAL

,'LAS:i, F REOUE NCY ( ?2 AC E.4.T ) -

54.27 VIND DISTRIBUTION

SUMMARY

DIRECTION SPEED (MPH)

N NNE ME ENE E

ESE SE SSE S

SSV SV VSW W

VNV NW NMV TOTAL

-CALM B

B B

(1) 5.8 9.9 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2)

B.B B.B B.B B.B B.B B.B B.B 2.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B CALM-3.5 3

8 3

B B

B 3

B B

B 9

(1)

B.7 B.B B.7 B.B B.B B.B B.B B.B B.B B.B B7 B.B B.B B.B B.B B.B 2.8 (2)

B.2 B.B B.2 B.B 2.8 B.B B.B B.B B.B B.B B.2 B.B 2.8 B.B B.B B.B B.6 3.6-7.5 21 21 6

15 6

8 3

9 12 38 51 12 12 18 15 18 249 (1) 4.7 4.7 1.4 3.4 1.4 B.B B.7 2.8 2.7 6.8 11.5 2.7 2.7 4.1 3.4 4.1 56.1 (2) 1.4 1.4 B.4 1.8 B.4 B.B B.2 B.6 B.8 2.6 3.5 8.8 8.8 1.2 1.8 1.2 17.8 7.6-12.5 3

6 3

8 B

B 9

2 3

12 69 12 12 24 15 15 183 (1) 8.7 1.4 8.7 B.B B.B B.B 2.8 B.B B.7 2.7 15.5 2.7 2.7 5.4 3.4 3.4 41.2 y

(2) 8.2 B.4 B.2 B.8 B.B B.B B.6 B.B B.2 B.8 4.7 B.8 B.8 1.6 1.B 1.8 12.5 12.6-18.5 B

B B

B 3

B B

B 3

(1) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.7 B.8 B.B B.B B.B B.B B.7 (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.2 B.B B.B B.B B.B B.B B.2 18.6-24.8 8

B B

(1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 2.8 B.B B.B B.B B.B B.B B.B (2) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 2.8 OVER-24.8 8

B B

(1) 8.B B.B B.B B.B B.B B.B B.B B.B B.B 2.5 B.8 B.B B.B B.B B.B B.B B.B (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B ALL SPEEDS 27 27 12 15 6

8 12 9

15 42 126 24 24 42 3B 33 444 (1) 6.1 6.1 2.7 3.4 1.4 B.B 2.7 2.5 3.4 9.5 28.4 5.4 5.4 9.5 6.8 7.4 188.8 (2) 1.8 1.8 B.8 1.B B.4 B.B B.8 B.6 a.B 2.9 8.6 1.6 1.6 2.9 2.8 2.2 35.3 (1)=PERCERT OF ALL GOOD OBSERVATIONS FOR THIS PAGE (2)=PERCEW OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 444 CALM =VIND SPEED LESS THAN 1.BB MPH

~_'aole 4 A-3 (Con' t) 228 FT TOV 2A -

5".

FT 53.5 FT WIND DATA CCT - D20 aL79 STABILITY CLASS i-- DELTA T -1.G

'.O -;.7 CEC C ?ER IJE METERE CLACS FREQUENCY (FE102hT) 1.54 a

VIdD OISTAIBUTICN SUMMAAY DIRECT!ON SPEED (MPH)

N NNE ME EME E

ESE SE SSE S

SSV SV WSW W

WNW NV MNW TOTAL

-CALM B

B B

(1) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 2.8 B.B B.B B.B B.B (2) 8.8 B.B B.B B.B B.B B.B B.B Z.B B.B B.B B.B B.B B.B B.B B.B B.B B.B CALM-3.5 B

B B

(1) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 3.6-7.5 B

B B

B 6

B B

3 B

B B

B 3

8 12 (1) 8.B B.B B.B B.B 25.B B.B B.B B.B B.B 12.5 B.B B.B B.B B.B 12.5 B.B 58.8 (2) 8.8 B.B B.B B.B B.4 B.B B.B B.B B.B B.2 B.B B.B B.B B.B B.2 B.B B.8 7.6-12.5 B

B B

B 3

B B

B 9

8 8

8 B

B 12 a

(1) 8.8 8.5 B.B B.B B.B B.B 12.5 B.B B.B B.B 37.5 B.B B.B B.B B.B B.B 58.8 y

(2)

B.B B.B B.B B.B B.B B.B B.2 B.B B.8 B.8 B.6 B.B B.B B.B B.B B.B B.8 a

12.6-18.5 B

B B

(1)

B.B B.B B.B B.B B.B B.8 B.B B.B B.B 5.8 B.B B.B B.B B.B B.B B.B B.B (2) 8.6 B.B B.B B.B B.B B.B B.B B.B B.B B.8 B.B B.B B.B B.B B.B B.B B.B 18.6-24.B B

B B

(1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2) 8.8 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B OVER-24.8 8

8 8

8 B

B B

Z B

B B

(1) 8.8 B.B B.B 2.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B ALL SPEEDS B

B B

B 6

8 3

8 B

3 9

B B

B 3

8 24 (1)

B.B B.B B.B B.B 25.8 8.8 12.5 B.B B.B 12.5 37.5 B.B B.B B.B 12.5 B.B 198.8 (2)

B.B B.B B.B B.B B.4 B.B B.2 B.B B.B B.2 B.5 3.8 B.B B.B B.2 B.B 1.6 (1)= PERCENT OF ALL GOOD OBSERVATIONS FOR THIS PAGE (2)= PERCENT OF ALL C00D OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 24 CALM = WIND SPEED LESS THAN 1.BB MPH

'_J Y.4

_-1 (CO: C 22E FT TOVER 03 ~

33.4 FT VIND DATA OCT - DEC as79 STASILITY CLASS C--

CELTA " -;.6 0 -;.5 DEG C PER 128 METERS CLASS FREQUEMCY (*ERCEKTi =

3.23 VIND D!$TRIBUT.Ch

SUMMARY

DIRECTION SPEED (MPH)

M NME NE ENE E

ESE SE SSE S

SSV SV VSV V

VNV NV MNV TOTAL

-CALM B

B B

(1) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B CALM-3.5 B

B B

B 3

8 B

B B

B 3

(1) 8.B B.B B.B B.B B.B B.B 6.2 B.B B.B B.B B.B B.B B.B B.B B.B B.B 6.2 (2)

B.B B.B B.B B.B B.B B.B B.2 B.B B.B B.B B.B B.B B.B B.B G.B B.B B.2 3.6-7.5 B

B B

B 3

B B

B 3

2 6

3 6

6 3

8 38 (1) 8.8 B.B B.B B.B 6.2 B.B B.B B.B 6.2 B.B 12.5 6.2 12.5 12.5 6.2 B.B 62.5 (2) 8.8 B.B B.B 2.8 B.2 B.B B.B B.B B.2 B.B B.4 B.2 B.4 B.4 B.2 B.B 2.8 7.6-12.5 8

B B

3 6

9 6

8 B

B 15 (1) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B 6.2 12.5 B.B 12.5 B.B B.B B.B 31.2 gn (2) 8.B B.B B.B B.B B.B B.B B.B B.B B.B B.2 9.4 B.B B.4 B.B B.B 3.8 1.8 Y

12.6-18.5 B

B B

(1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 18.6-24.B B

B B

(1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B OVER-24.B B

B B

(1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B 2.8 B.B B.B B.B B.B B.B B.B B.B (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B ALL SPEEDS B

B B

B 3

8 3

3 12 3

12 6

3 8

48 (1)

B.B B.B B.B B.B 6.2 B.B 6.2 B.B 6.2 6.2 25.B 6.2 25.8 12.5 6.2 B.B 188.8 (2) 8.8 B.B B.B B.B B.2 B.B B.2 B.B B.2 B.2 B.8 B.2 B.8 5.4 B.2 B.B 3.3 (1)= PERCENT OF ALL GOOD OBSERVATIONS FOR THIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE-48 CALM =VIND SPEED LESS THAN 1.BB MPH

_'able 4A-3 (Coa't}

22B FT TOWIR - II OCT - DEC 1979 33.8 FT WIND DATA STAB:LITY CLASS D-- DELTA Y

'.+ TG -2.5 Diw C ?ER r!3 MITIAS CLASS rRECJENCY (PERCENT) 23.11 VIND OlSTR:3UTION

SUMMARY

DIRECTION SPEED (MPH)

N NNE NE ENE E

ESE SE SSE S

SSV SV VSV V

VNV NV NhV TOTAL

-CALH B

B B

(1) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2) 8.8 B.B B.B B.B B.B B.B B.B 2.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B CALM-3.5 B

B B

3 5

6 8

3 2

B B

B 6

B 18 (1) 8.8 B.B B.B B.9 B.B 1.8 B.B B.9 B.B B.B B.B B.B B.B B.B 1.8 B.B 5.3 (2) 8.8 B.B B.B B.2 B.B B.4 B.B B.2 B.B G.B B.B B.B B.B B.B B.4 B.B 1.2 3.6-7.5 3

9 18 3

9 9

9 18 27 12 21 4B 33 15 12 15 261 (1) 8.9 2.7 5.3 B.9 2.7 2.7 2.7 5.3 8.8 3.5 6.2 14.2 9.7 4.4 3.5 4.4 77.8 (2) 8.2 B.6 1.2 B.2 B.6 8.6 B.6 1.2 1.8 B.8 1.4 3.3 2.2 1.8 B.8 1.8 17.8 7.6-12.5 3

8 8

B B

15 3

15 15 8

6 8

B B

57 (1) 8.9 B.B B.B B.B B.B B.B B.B 4.4 B.9 4.4 4.4 B.B 1.8 B.B B.B B.B 15.8 (2)

B.2 B.B B.B B.B B.B B.B B.B 1.B 2.2 1.8 1.8 B.B B.4 B.B B.B B.B 3.9 gy 12.6-18.5 B

B B

B 3

8 6

B B

B 3

(1) 8.8 8.8 8.8 8.8 B.B 2.8 B.B B.B B.B B.B B.9 8.5 B.B B.B B.B B.B B.9 (21 8.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.2 B.B B.B B.B B.B B.B B.2 18.6-24.8 8

8 B

B B

(1) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B OVER-24.8 B

B B

(1) 0.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B ALL SPEEDS 6

S 18 6

9 15 9

36 3B 27 39 48 39 15 18 15 339 (1) 1.8 2.7 5.3 1.8-2.7 4.4 2.7 18.6 8.8 8.8 11.5 14.2 11.5 4.4 5.3 4.4 188.8 (2)

B.4 B.6 1.2 B.4 B.6 1.8 B.6 2.5 2.8 1.8 2.7 3.3 2.7 1.8 1.2 1.8 23.1 (1)= PERCENT OF ALL GOOD OBSERVATIONS FOR THIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 339 CALM =VIND SPEED LESS THAN 1.89 MPH

Jiale 4A-3 sCoc'"

228 /T TOVER - 35 ?~

53.J 7T VIND DATA OCT - DEC 1979 29.2.

STABILITY CLASS E-- DELTA ~ -B.4 TC +1.5 DE6 C PER *B4 METEAS OLA!$ 7AECLEXCV (PERCENT)

VIMD O'sSTRIAvTION SUXMARY DIRECTION SPEED (MPH)

M NME NE ENE E

ESE SE SSE S

SSV SV VSV V

VNV NV MNV TOTAL

-CALH B

B B

(1) 9.6 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2) 8.8 B.B G.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B CALM-3.5 3

B B

3 8

2 3

6 9

8 9

12 3

3 B

B 51 (1)

B.7 B.B B.B B.7 B.B B.B B.7 1.4 2.1 B.0 2.1 2.8 B.7 B.7 B.B B.B 11.9 (2)

B.2 B.B B.B B.2 B.B B.B B.2 B.4 B.6 B.B B.6 B.8 B.2 B.2 B.B B.B 3.5 3.5-7.5 B

6 3

E B

B 9

3 81 12 15 78 66 57 9

6 342 (1) 8.8 1.4 8.7

B.B B.B B.B 2.1 B.B 18.S 2.3 3.5 18.2 15.4 13.3 2.1 1.4 79.7 (2)

B.B B.4 B.2 B.B B.B B.B B.6 B.B 5.5 B.8 1.8 5.3 4.5 3.9 B.6 B.4 23.3 7.6-12.5 B

B B

B 6

8 9

15 8

3 3

8 36 l

(1)

B.B B.B B.B B.B B.B B.B B.B B.B 1.4 B.B 2.1 3.5 B.B 2.7 6.7 B.B 8.4 (2) 8.B B.B B.B B.B B.B B.B B.B B.B B.4 B.B B.6 1.8 B.B B.2 B.2 B.B 2.5 s

12.6-18.5 8

B B

(1) 9.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.9 B.B B.B B.B B.B 18.6-24.8 B

B B

(1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2) 8.8 B.B B.B B.B B.B B.B B.B B.B 2.8 B.B B.B B.B B.B B.B B.B B.B B.B OVER-24.B B

B B

(1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.8 B.B (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B ALL SPEEDS 3

6 3

3 B

B 12 6

96 12 33 185 69 63 12 6

429 (1)

B.7 1.4 B.7 B.7 B.B B.B 2.8 1.4 22.4 2.8 7.7 24.5 16.1 14.7 2.8 1.4 IBB.B (2) 6.2 B.4 B.2 B.2 B.B B.B B.8 B.4 6.5 B.8 2.2 7.2 4.7 4.3 B.8 B.4 29.2 (1)= PERCENT OF ALL GOOD OBSERVATIONS FCR THIS PAGE (2)=PERCENY OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIOMS ON THIS PACE = 429 CALM =VIND SPEED LESS THAN 1.BB HPH

Tuch 4A-1 (Con't) 22J FT TGVER - 33 FT CCT - DEC 1979 33.5 /T VING DATA STA3:LITY CLASS F-- DELTA T

.5 70 4.Y JEG C PER 1BFMETER$

OLA$$ FREQUENCY (PEROZr.T:

18.34 VIND DISTRIBUTIGA Sc?. MAR)

DIRECTION SPEED (MPH)

N NNE NE EhE E

ESE SE SSE 3

SSV SV VSV V

VhV NV hhV TOTAL

-CALM B

B B

(1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B CALM-3.5 3

8 B

B B

B 9

12 9

6 3

8 8

42 (1) 8.8 B.B B.B B.B B.B B.B 3.8 1.9 B.B 5.7 7.5 5.7 3.8 1.9 B.B B.B 26.4 (2)

B.B B.B B.B B.B B.B B.B B.B B.2 B.B B.6 B.8 B.6 8.4 B.2 B.B B.B 2.9 3.5-7.5 B

B B

3 18 12 15 45 8

3 3

8 99 (1) 8.8 B.B B.B B.B B.B B.B B.B 1.9 11.3 7.5 9.4 28.3 B.B 1.9 1.9 B.B 62.3 (2) 9.8 B.B B.B B.B B.B B.B B.B B.2 1.2 B.8 1.5 3.1 B.B B.2 B.2 B.B 6.7 7.6-12.5 B

B B

B 12 6

B B

18 s

(1) 9.8 B.B B.B B.B B.B B.B B.B C.B B.B B.6 7.5 3.8 8.8 B.B B.B B.B 11.3 (2) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.8 B.4 8.8 B.8 B.B B.B 1.2 12.6-18.5 B

B B

(1) 9.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B 2.8 B.B B.B B.B B.B B.B B.B B.B 18.6-24.8 8

2 B

B B

(1) 8.8 B.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B OVER-24.8 B

B B

(1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 2.8 B.B B.B (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 2.8 B.B B.B B.B 2.8 6.8 B.B ALL SPEEDS B

B B

6 18 21 39 68 6

6 3

8 159 (1)

B.B B.B 3.8 B.B B.B B.B B.B 3.8 11.3 13.2 24.5 37.7 3.8 3.8 1.9 B.B ISB.B (2) 8.8 B.B B.B B.B B.B B.B B.B B.4 1.2 1.4 2.7 4.1 B.4 B.4 B.2 B.8 18.8 (1)= PERCENT OF ALL GOOD OBSERVATIONS FOR THIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 159 CALM =VIND SPEED LESS THAN 1.88 MPH

4 TaFle 41.-3 (Con ' t) 22E FT TOJER - 0; 27 CCT - DEC 1979 33.B FT Wind DATA 1.64 STABILITY CLASS G-- DELTA T GREATER THAN 4.8 DEG C ?ER 128 METEA5 CLASS FRECUEKCY (PZRCIMT)

=

WINO DISTRIBUTION

SUMMARY

DIRECTION SPEED (MPH)

N NNE NE ENE E

ESE SE SSE S

SSV SW VSV V

VNV MV NNV TOTAL

-CALM B

B B

(1) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.8 B.B (2) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B CALM-3.5 B

B B

(1) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 3.6-7.5 B

B B

(1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.8 B.B 7.6-12.5 B

B B

B 24 B

B B

24 u

(1) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B 188.8 B.B B.B B.B B.B B.B 188.B T

(2) 8.8 B.B B.B B.S B.B B.B B.B B.B B.B B.B 1.6 B.B B.B B.B B.B B.B 1.6 12.6-18.5 8

B B

(1) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 2.5 (2) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.8 B.B B.B B.B B.B B.B 18.6-24.8 8

8 B

B B

(1) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B 9.5 8.8 B.B B.B B.B B.B B.B B.B OVER-24.8 B

B B

(1) 8.8 9.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B ALL SPEEDS B

B B

B 24 8

B B

24 (1)

I.B B.B B.B B.B B.B B.B B.B B.8 B.B B.B 186.B B.B B.B B.B B.B B.B 188.8 (2) 8.8 B.B B.B B.B B.8 B.B B.B B.B B.B B.B 1.6 B.B B.B B.B B.B B.B 1.6 (1)=PERCEqT OF ALL GOOD OBSERVATIONS FOR THIS PAGE (2)=PERCERT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 24 CALM =VIND SPEED LESS THAN 1.BB MPH

Tabic 4A-3 Gon';'+

22B FT TC'**22 - 42

?-

OCT - D20 157%

33.8 FT VIMD DATA 128.BB O. ASS FREGuEACY iPERO2hT)

STAE:LITY CLASS ALL-- ALL STABIL:TIEE COM8ihEC VIND ::ISTR!buTI0re

SUMMARY

DIRECTION SPEED (MPH)

M NNE hE ENE E

ESE SE SSE S

SSV SV WSV W

WNV NV NMV TOTAL

-CALH B

B B

(1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.3 B.B B.B CALM-3.5 6

8 3

6 8

6 6

12 9

9 24 21 9

6 6

8 123 (1)

B.4 B.B B.2 B.4 B.B B.4 B.4 B.8 B.6 B.6 1.6 1.4 B.6 B.4 B.4 B.B 8.4

)

(2) 8.4 B.B 3.2 B.4 B.B B.4 B.4 B.8 B.6 B.6 1.6 1.4 B.6 B.4 B.4 B.B 8.4 3.6-7.5 24 36 27 18 24 9

21 38 141 69 188 186 117 99 45 39 993 (1) 1.6 2.5 1.8 1.2 1.6 B.6 1.4 2.B 9.6 4.7 7.4 12.7 8.B 6.7 3.1 2.7 67.7 (2) 1.6 2.5 1.8 1.2 1.6 B.6 1.4 2.8 9.6 4.7 7.4 12.7 8.8 6.7 3.1 2.7 67.7 7.6-12.5 6

6 3

8 8

8 12 15 12 38 144 33 24 27 18 15 345 6

(1)

B.4 8.4 B.2 B.B B.B B.B B.8 1.2 B.8 2.5 9.8 2.2 1.6 1.8 1.2 1.E 23.5 (2)

B.4 B.4 B.2 B.B B.B B.B B.8 1.8 B.8 2.8 9.8 2.2 1.6 1.8 1.2 1.8 23.5 m

e 12.6-18.5 8

8 8

B B

B 6

B B

B 6

(1)

B.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.4 B.B B.B B.B B.B B.B B.4 (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.8 B.B B.4 B.B B.B B.B B.B B.B B.4 18.5-24.8 8

B B

(1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2) 8.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B OVER-24.5 B

B B

B 3

9 B

(1)

B.B B.B B.B B.B B.B B.B B.B B.B C.B B.B B.d B.B B.B B.B B.B B.B B.3 (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.9 S.B B.B 4

ALL SPEEDS 36 42 33 24 24 15 39 57 162 188 282 248 156 132 69 54 1467 (1) 2.5 2.9 2.2 1.6 1.6 1.8 2.7 3.9 11.8 7.4 19.2 16.4 18.2 9.9 4.7 3.7 189.8 (2) 2.5 2.9 2.2 1.6 1.6 1.8 2.7 3.9 11.E 7.4 19.2 16.4 12.2 9.B 4.7 3.7 ISB.B (1)= PERCENT OF ALL GOOD OBSERVATIONS FOR THIS PAGE (2)=PERCENY OF ALL GCOD OBSERVATIONS FOR THE PERIOD 67.9 PERCENT DATA RECOVERY NUMBER OF GOOD OBSERVATIONS ON THIS PAGE=1467 NUMBER OF HOURS IN THIS PERIOD =2168.

CALM =VIND SPEED LESS THAM 1.BB MPH

Tnt

3 4A-4 229 FT TOVEA - 22E F" 222.B FT VIND CATA CCT - Dic 1975 27.67 OTABILITY CLASS A-- CELTA T 6ES3 THAM -1.9 DEG C PEL 128 METERS CLASS /REQUENCY (?ERCI.1T)

VING DISTRIBUTION SUMHARY DIRECTION SPEED (MPH)

N NME NE ENE E

ESE SE SSE S

SSV SV VSV V

VNV NV NNV TOTAL

-CALM B

B B

(1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2) 8.8 B.B B.Y B.B B.0 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B CALM-3.5 B

B B

(1) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2)

B.B B.B B.B B.B B.B U.B B.B B.B B.B B.B B.B B.B B.B B.B G.B B.B B.B 3.5-7.5 9

B B

15 6

3 B

B B

3 6

8 42 (11 1.8 B.B B.B 3.8 1.2 B.6 B.B B.B B.8 B.B B.B B.B B.B B.6 1.2 B.B 8.4 (2)

B.5 B.B B.B B.8 B.3 B.2 B.B B.B B.B B.B B.B B.B 6.8 B.2 B.3 B.B 2.3 7.6-12.5 3

15 3

B B

B 3

B B

6 12 9

12 12 12 3

98 (1) 8.6 3.B B.6 B.B B.B B.B B.6 B.B B.B 1.2 2.4 1.8 2.4 2.4 2.4 B.6 18.1 w

(21 B.2 B.8 B.2 B.8 B.B B.B B.2 B.B B.B B.3 B.7 B.5 B.7 B.7 B.7 B.2 5.8 w'

12.6-18.5 15 15 B

B B

B 6

6 21 15 81 24 38 9

27 18 267 (1) 3.8 3.B B.B B.B B.B B.B 1.2 1.2 4.2 3.8 16.3 4.8 6.8 1.8 5.4 3.6 53.6 (2) 8.8 B.8 B.B B.B B.B B.B B.3 B.3 1.2 B.8 4.5 1.3 1.7 B.5 1.5 1.8 14.8 18.6-24.8 6

B B

B 42 B

B 9

21 9

87 (1>

1.2 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.4 B.B B.B 1.8 4.2 1.8 17.5 (2)

B.3 B.B B.B B.B B.B Z.8 B.B B.B B.B B.B 2.3 B.B B.B B.5 1.2 B.5 4.8 OVER-24.8 8

3 3

8 8

8 B

B B

B 3

B B

3 12 (1)

B.B B.6 9.6 B.B B.B B.B B.B B.S B.B B.B B.6 8.8 B.B B.B B.B B.6 2.4 (2) 8.B B.C B.2 B.B B.B B.B B.B B.B B.B B.B B.2 B.8 B.B B.B B.B B.2 B.7 ALL SPEEDS 33 33 6

15 6

3 9

6 21 21 138 33 42 33 66 33 498 (1) 6.6 6.6 1.2 3.8 1.2 B.6 1.8 1.2 4.2 4.2 27.7 6.6 8.4 6.6 13.3 6.6 189.9 (2) 1.8 1.8 8.3 B.8 B.3 B.2 B.5 B.3 1.2 1.2 7.7 1.8 2.3 1.8 3.7 1.8 27.7 (1)= PERCENT OF ALL GOOD OBSERVATIONS FOR THIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 498 CALM =VIND SPEED LESS THAN 1.BB MPH

Table 4 A-4 (Con' ',

228 FT TCVER - 22B FT 222.J FT WIND DATA OCT - LEC 1979 1.E7 STABILITY CLASS 8-- DELTA ~ -1.5

'.~0 -1.7 DIG C ?EA 188 HETERS CLASS FREQUENCY (PEACEMT)

=

VINO OISTR!SbTIOM SbMMAR)

JIRECTION SPEED (MPH)

M NME NE ENE E

ESE SE SSE S

SSV SV VSV V

VNV MV NNV TOTAL

-CALM B

B B

(1) 8.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 2.8 B.B B.B B.B (2) 8.8 B.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B CALM-3.5 8

B B

(1) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2) 9.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 3.6-7.5 B

B B

B 3

3 B

B B

B 6

(1) 8.8 B.B B.B B.B 18.B 18.8 B.B B.B B.B B.B B.B B.B B.B B.B 3.8 B.B 28.B (2) 8.8 8.9 B.B B.B B.2 B.2 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.3 7.6-12.5 B

B B

3 8

8 B

B 6

8 9

(1) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B 18.8 B.B B.B B.B B.B 28.B B.B 38.8 h-(2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.2 B.B B.B B.B B.B B.3 B.B B.5 c-12.6-18.5 B

B B

B i

B R

3 B

B 3

8 8

9 6

(1) 8.8 B.B B.B B.B B.B B.B B.B 18.B B.B B.B 18.8 B.B B.B B.B B.B B.B 22.B (2)

B.B B.B B.B B.B B.B B.B B.B B.2 B.B B.B B.2 B.B B.B B.B B.B B.B 2.3 18.6-24.B B

3 8

B B

B 6

B B

B 9

(1)

B.8 13.8 B.B B.B B.B B.B B.B B.B B.B B.B 28.B B.B B.B B.B B.B B.B 38.8 (2) 8.8 B.2 B.B B.B B.B B.B B.B B.B B.B B.B B.3 B.B B.B B.B B.B B.B B.5 OVER-24.8 8

8 8

9 8

8 B

B B

(1) 9.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.8 B.B B.B B.B B.B B.B B.B B.B B.B ALL SPEEDS B

3 B

B 3

3 8

3 9

B B

B 6

8 38 (1) 8.8 18.8 B.B B.B 18.8 18.8 B.B 18.8 B.B 1B.8 38.8 B.B B.B B.B 28.h B.B 198.8 (2)

B.B B.2 B.B B.B B.2 B.2 B.B B.2 8.8 B.2 B.5 B.B B.B B.B S.3 B.B 1.7 (1)= PERCENT OF ALL GOOD OBSERVATIONS FOR THIS PAGE (2)=PERCEN1 0F ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 3B CALM =VIMD SPEED LESS THAN 1.BB MPH

Tiola 4A-4 (Cor. ' t) 228 FT TOVER - 225."

278.B ~T VIND DATA OCT - CEC 1976 STASILITY CLASS C-- DELTA 7 -1,6 TC -1.5 DEG C PER ;4J hETE AS CLASS FRECUENCY (PERCZh7) 3.67 Wind DISTAIBUTION SUP. MARY DIRECTION SPEED (MPH)

N NNE NE ENE E

ESE SE SSE S

SSV SV WSW V

VNV NV hMV TOTAL

-CALM B

B B

(1) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2)

B.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B CALM-3.5 8

8 8

B B

(1) 8.8 B.B B.B B.B B.B 2.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 2.8 8.8 B.B B.B B.B B.B B.B 3.6-7.5 B

B B

B 3

8 3

8 8

8 B

B 6

(1) 8.8 B.B B.B B.B 4.5 B.B 4.5 B.B B.B B.B B.B B.B B.B B.B B.B B.B 9.1 (2)

B.B B.B B.B B.B B.2 B.B B.2 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.3 7.6-12.5 B

B B

B 3

B B

6 3

8 12 I

(1) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B 4.5 B.8 B.B 9.1 4.5 B.B 18.2 U

(2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B 2.8 B.2 8.8 B.B B.3 B.2 B.B B.7 e

12.6-18.5 B

B B

B 3

9 3

8 E

B 9

E B

3 24 (1) 8.8 B.B B.B B.B B.B B.B 4.5 B.B 4.5 B.B B.B 6.8 13.6 9.1 B.B 4.5 36.4 (2) 8.8 B.B B.B B.B B.B B.B B.2 B.B 2.2 B.B B.B B.B B.5 B.3 B.B B.2 1.3 18.6-24.8 8

8 3

B B

3 9

8 B

B B

B 15 (1) 8.8 B.B 4.5 B.B B.B B.B B.B B.B B.B 4.5 13.6 B.B B.B B.B B.B B.B 22.7 (2) 8.8 B.B B.2 B.B B.B B.B B.B B.B B.B B.2 8.5 B.B B.B B.B B.B B.B B.8 OVER-24.8 8

6 B

B B

3 8

B B

B 9

(1) 8.B 9.1 B.B B.B B.B B.B B.B 4.5 B.B B.B B.B B.B B.B B.B B.B B.B 13.6 (2) 8.8 B.3 B.B B.B B.B B.B B.B B.2 B.B B.B B.B B.B B.B B.B B.B B.B B.5 ALL SPEEDS B

6 3

8 3

8 6

3 3

3 12 B

9 17 3

3 66 (1) 8.8 9.1 4.5 B.B 4.5 B.B 9.1 4.5 4.5 4.5 18.2 B.B 13.6 18.2 4.5 4.5 188.8 (2) 8.8 B.3 E.2 B.B B.2 B.B B.3 B.2 B.2 B.2 B.7 B.B B.5 B.7 B.2 B.2 3.7 (1)= PERCENT OF ALL C00D OBSERVATIONS FOR THIS PAGE (2)= PERCENT 10F ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 66 CALM =VIND SPEED LESS THAM 1.88 MPH

Table 4A-4 l Con'c',

.7 228 FT TOVER - 224 228.J FT WIND DATA GCT - Dic 1975 STA31LITY CLASS D-- DEt.TA T *.* TO -B.5 DEG C PER Ifia MET 2RS C'_ ASS FREOUEhOY (?! ACINT) 27.33 a

VIND DISTRIBUTION

SUMMARY

DIRECTION SPEED (MPH)

N NME ME ENE E

ES" SE SSE S

SSV SV VSV V

VNV NV NNV TOTAL

)

-CALH H

B B

2 B

1 1

(1>

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2)

B.5 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B CALH-3.5 8

8 B

B B

(1)

B.5 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B

)

(?)

5.8 B.B B.B B.B B.B B.B B.B B.B B.B B.8 B.B B.B B.B B.B B.B B.B B.B t

,1 3.6-7.5 B

B 6

9 6

6 3

B 3

2 8

B B

B 3

8 27 l

(1) 8.8 B.B 1.2 B.B 1.2 1.2 B.6 B.B B.6 B.B B.B B.B B.B B.B B.6 B.B 5.5 (2)

B.B B.B B.3 B.B B.3 B.3 B.2 B.B B.2 B.B B.B B.B B.B B.B B.2 B.B 1.5 7.6-12.5 3

6 15 3

6 8

12 9

12 6

3 6

21 3

3 3

111 La -

(1)

B.6 1.2 3.8 B.6 1.2 B.B 2.4 1.8 2.4 1.2 B.6 1.2 4.3 B.6 B.6 B.6 22.6 f'

(2)

B.2 B.3 B.8 B.2 B.3 B.B B.7 B.5 B.7 B.3 8.2 B.3 1.2 B.2 B.2 B.2 6.2 12.6-18.5 12 6

12 B

B 3

15 9

33 33 27 21 21 39 15 21 267 (1) 2.4 1.2 2.4 B.B B.B B.6 3.8 1.8 6.7 6.7 5.5 4.3 4.3 7.9 3.8 4.3 54.3 (2)

B.7 B.3 B.7 B.B B.B B.2 B.8 B.5 1.8 1.8 1.5 1.2 1.2 2.2 8.8 1.2 14.8 18.6-24.8 3

B B

B 9

9 B

6 18 3

3 6

66 3

(1) 8.6 B.B B.B B.B B.B B.B 1.8 1.8 B.B 1.2 3.7 B.6 B.6 1.2 B.6 1.2 13.4 (2) 8.2 B.B B.B B.B B.B B.B B.5 B.5 B.B B.3 1.8 B.2 B.2 B.3 B.2 B.3 3.7 OVER-24.8 8

9 B

B B

3 8

B B

B 6

B B

3 21 (1) 8.B 1.8 B.B B.B B.B B.6 B.B B.B B.B B.B 1.2 B.B B.B B.B B.B B.6 4.3 (2) 8.B B.5 B.B B.B B.B B.2 B.B B.B B.B B.B B.3 B.B B.B B.B B.B B.2 1.2

-l ALL SPEEDS 18 21 33 3

12 12 39 27 48 45 54 38 43 48 24 33 492 (1) 3.7 4.3 6.7 B.6 2.4 2.4 7.9 5.5 9.8 9.1 11.8 6.1 9.1 9.8 4.9 6.7 188.B (2) 1.8 1.2 1.8 8.2 B.7 8.7 2.2 1.5 2.7 2.5 3.8 1.7 2.5 2.7 1.3 1.8 27.3 (1)= PERCENT OF ALL GOOD OBSERVATIONS FOR THIS PAGE (2)=PERCENY OF ALL GOOD OBSERVATIONS FOR THE PERIOD MUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 492 CALM =VIND SPEED LESS THAN 1.88 MPH

Table 4 A-4 ( Co n' t )

22E FT TOVEA - 22E :~

e OCT - OEC ;375 228.8 FT WIND DATA ETABILITY CLASS E-- DELTA ~ -4.4 TO +1.5 DEG C PER !!! HETERS CLASS FRECUENCY (PER"EMT', -

7.17 VIND DISTRIBUTION SUMHARY DIRECTION SPEED (MPH)

M MME ME EME E

ESE SE SSE S

SSV SV VSV V

VNV NV MMV TOTAL

-CALM B

B B

B g

g B

g 8

(1) 8.8 8.8 E.8 B.B B.B B.B E.8 8.8 B.B B.B W.B B.B B.B R.E B.R B.D R.8 (2) 1.8 E.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B E.B B.B E.E B.R 1.8 CALM-3.5 8

7 3

6 B

K B

E 3

8 8

8 E

E 12 (1) 8.8 B.B E.6 1.2 B.B E.8 B.B B.B H.6 8.B 1.E E.8 K.R K.6 3.8 1.9 2.5 (2) 8.9 B.B B.2 B.3 B.B B.B B.B B.B E.2 1.2 B.E B.B B.B B.E 2.8 B.B E.7 3.6-7.5 B

6 3

3 8

6 6

3 3

3 8

K 3

36 (1) 8.8 B.B 1.2 B.6 E.6 B.B 1.2 1.2 B.6 B.6 1.6 R.8 K.B R.B K.R H.6 7.4 (2) 8.8 B.B B.3 B.2 B.2 B.B B.3 B.3 B.2 B.2 B.2 B.B B.E K.B E.B B.2

~,8 7.6-12.5 E

3 3

B B

6 E

3 6

9 f

f 3

15 27 3

78 (1) 8.8 B.6 B.6 f.B B.B 1.2 B.B F.6 1.2 1.8 B.B B.B K.6 3.1 5.5 f.6 16.8

,v.y (2) 9.8 B.2 B.2 B.B B.B B.3 E.8 8.2 B.3 B.5 B.8 6.9 B.2 B.8 1.5 E.2 4.3 12.6-18.5 8

3 8

8 8

3 8

9 66 18 9

65 57 39 42 9

315 (1) 8.8 8.6 B.B B.B B.B B.6 K.B 1.8 13.5 3.7 1.8 12.3 11.7 8.K 0.6 1.8 64.4 (2) 8.8 B.2 B.8 B.B B.B B.2 B.B B.5 3.7 1.8 F.5 3.3 3.2 2.2 2.3 f.5 17.5 18.6-24.E K

B B

B 3

9 6

21 K

3 3

K 45 (1)

B.8 B.B B.B B.B B.8 B.B B.8 B.B B.6 1.8 1.2 4.3 K.B R.6 1.6 B.I 9.2 (2)

B.E B.B B.B B.B B.B B.B B.B B.B B.2 E.5 B.3 1.2 B.8 B.2 B.2 B.B 2.5 OVER-24.9 8

9 E

B B

B E

R R

3 3

(1) 8.8 B.B B.B E.B B.B B.B B.B B.B B.B B.B K.B B.B K.E B.B 1.1 B.6 E.6 (2) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B K.E B.E B.2 K.2 ALL SPEEDS B

6 12 9

3 9

6 la 81 39 18 81 6E 57 72 18 489 (1) 8.K 1.2 2.5 1.8 B.6 1.8 1.2 3.7 16.6 8.E 3.7 16.6 12.3 11.7 14.7 3.7 1#B.B (2) 8.8 K.3 B.7 8.5 B.2 B.5 B.3 1.8 4.5 2.2 1.8 4.5 3.3 3.2 4.8 1.K 27.2 (1)=PERCEMJ OF ALL GOOD OBSERVATIONS FOR THIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD MUMBER OF GOOD OBSERVATIONS OM THIS PAGE= 489 CALM =VIMD SPEED LESS THAN 1.88 MPH

.401 ; 4 A-4 (Ccr ' c' 222 FT TGVIR - 22B F7 OCT - CEC '575 228.8 FT VIND DATA

.22 STA31LITY 06 ASS F-- CELTA T

..e

.0 4.F DEC C ?EE IBBMFTERS CsASS ikEcu2.\\CY :?ERCIMT)

VIND DISTAiBOTION

SUMMARY

DIAEC**0N 3 PEED (MPH)

M hME ME ENE E

ESE SE SSE S

SSV SV VSV V

VNV NV MNV TOTAL

-CALM B

B B

(1) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 2.9 B.B B.B B.B B.B B.B CALM-3.5 B

B 9

B 3

2 B

B B

3 8

B B

B 15 (1) 8.B B.B 4.5 B.B 1.5 B.B B.B B.B B.B 1.5 B.B B.B B.B B.B B.B B.B 7.6 y

(2) 8.8 B.B B.5 B.B B.2 B.B B.B B.B B.B 2.2 8.8 B.B B.B B.B B.B B.B B.8 3.6-7.5 6

8 B

B 6

6 6

B B

3 3

2 3

8 8

3 38 (1) 8.8 B.8 B.B B.B 3.8 3.B 3.B B.B B.B 1.5 1.5 8.8 1.5 B.B B.B 1.5 15.2 (2) 8.8 B.B B.B B.B B.3 B.3 B.3 B.B B.B B.2 B.2 B.B B.2 B.B B.B B.2 1.7 7.6-12.5 B

B B

3 3

8 3

6 3

9 6

6 45 i

(1) 8.8 B.B B.B B.B B.B 1.5 1.5 1.5 1.5 B.B 1.5 3.8 1.5 4.5 3.8 3.8 22.7 y

(2) 8.8 B.3 B.B B.B B.B 2.2 B.2 B.2 B.2 B.B B.i B.3 B.2 B.5 B.3 B.3 2.5 a

12.6-18.5 B

B B

3 42 6

6 3

21 3

8 8

84 (1) 8.8 B.B B.B B.B B.B B.B B.B 1.5 21.2 3.8 3.8 1.5 18.6 1.5 B.B B.B 42.4 (2) 8.B 2.8 B.B B.B B.B B.B B.B B.2 2.3 B.3 B.3 B.2 1.2 B.2 B.B B.B 4.7 18.6-24.8 8

8 8

B B

6 3

9 3

8 B

B 21 (1)

B.8 B.B B.B B.B B.B B.B B.B B.B B.B 3.2 1.5 4.5 1.5 B.8 B.B 5.B 18.6 (2) 8.8 B.B B.B B.B B.B B.B B.B B.B 2.8 B.3 8.2 B.5 B.2 B.B B.B B.B 1.2 OVER-24.8 2

B B

B 3

8 8

B B

B 3

(1)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 1.5 B.B B.B B.B B.B B.B 1.5 (2) 8.8 8.8 9.8 B.B B.B B.B B.5 B.B B.B B.B B.2 B.B B.B B.B B.B B.B B.2 ALL SPEEDS B

B 9

8 9

9 9

6 45 18 18 18 38 12 5

9 198 (1) 8.8 B.B 4.5 B.B 4.5 4.5 4.5 3.B 22.7 9.1 9.1 9.1 15.2 6.1 3.8 4.5 ISB.B (2)

B.B B.B B.5 B.B B.5 9.5 B.5 B.3 2.5 1.8 1.2 1.8 1.7 B.7 B.3 B.5 11.B (11= PERCENT OF ALL GOOD OBSERVATIONS FOR THIS PAGE (2)= PERCENT OF ALL C000 OBSERVATIONS FOR THE PERIOD MUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 198 CALM =VIND SPEED LESS THAN 1.BB MPH

i

'.'C:lc 4 A-%

(Ccn ' c'j 228 FT TOWER - 228 F7 O.T - DEC 1975 228.8 FT VIND DATA 1.58 STABILITY CLASS C-- DELTA

GREATER THAh 4.8 DE: C PER 198 METERS CLASS FRECUEh(Y (PERCEh77

=

VIND DISTRIBUTION SOHKARY DIRECTION SPEED (MPH)

M hME ME ENE E

ESE SE SSE S

SSV SV VSV V

VNV NV NNV TOTAL

-CALM B

B B

3 i

B B

(1) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2) 8.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 2.8 B.B B.B B.B B.B B.B B.B CALM-3.5 B

B B

(1) 6.8 B.8 B.B B.B B.B 2.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.8 B.B B.B B.B B.B B.B B.B B.B 3.6-7.5 B

B B

(11 8.8 B.B B.B B.h B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B (2) 2.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B l

7.6-12.5 B

B B

(1) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B I

(2) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.8 12.6-18.5 B

B B

B 3

B B

B 3

(1) 8.8 B.B B.B B.B B.B B.B B.B B.B 11.1 B.B B.B B.B B.B B.B B.B B.B 11.1 (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.2 2.8 8.8 B.B B.B B.B B.B B.B B.2 18.6-24.8 8

8 B

B B

B 6

15 B

B B

B 21 (1) 9.B B.B B.B B.B B.B B.B B.B B.B 2.8 B.B 22.2 55.6 B.B B.B B.B B.B 77.8 (2) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.3 B.6 B.B B.B B.B B.8 1.2 OVER-24.8 B

B B

3 8

3 3

8 3

(1) 8.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 11.1 B.B B.B B.3 B.B 11.1 (2)

B.B B.B B.B B.B B.B B.B B.B B.B B.B B.2 B.B 2.2 B.B B.B E.8 B.B B.2 ALL SPEEDS B

B B

B 3

8 6

18 B

B B

B 27 (1)

B.B B.B B.B B.B B.B B.B B.B B.B 11.1 B.B 22.2 66.'1 B.B B.B B.B B.B 188.8 (2) 5.B B.B B.B B.B B.B B.B B.B B.B B.2 B.B B.3 1.8 B.8 B.B B.B 2.8 1.5 (1)= PERCENT OF ALL GOOD OBSERVATIONS FOR THIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 27 CALM =VIND SPEED LESS THAN 1.BB MPH

Te Y-, L f~l {CC; '(

22E f'" TA'E A - 22J ;T CCT - 32C 1976 228.9 FT V!hD CATA L As i 12200 E.sC'/ s ? ET,C2 t.1* *

.73.BB STA81LITY CLASS ALL-- ALL STABIL4 715S COM36.1ED VING 34STRI3UTION

SUMMARY

D IRECTIOrt SPEED (MPH)

N NNE NE ENE E

ESE SE SSE S

SSW SV WSW W

WNW NW NNV TOTAL

-CALM E

B B

(1)

B.B B.B B.B B.B M.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B

+

(2) 5.3 C.9 B.B B.B B.6 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B CALM-3.5 B

B 12 6

3 B

B B

3 3

9 8

8 B

B B

27 (1) 8.8 B.B B.7 B.3 B.2 B.B B.B B.B B.2 B.2 B.B B.B B.B B.B B.B B.B 1.5 (2) 8.8 B.B B,7 B.3 B.2 B.B B.B B.B B.2 B.2 B.B B.B B.B B.B B.B B.B 1.5 3.6-7.5 9

9 12 18 27 18 18 6

6 6

6 B

3 3

5 6

147 (1) 8.5 B.B B.7 1.8 1.5 1.8 1.8 B.3 B.3 B.3 B.3 B.B B.2 B.2 B.5 8.3 8.2 (2) 8.5 B.B B.7 1.8 1.5 1.8 1.6 B.3 B.3 B.3 B.3 B.B B.2 B.2 B.5 B.3 8.2 7.6-12.5 6

24 21 3

6 9

18 15 21 24 21 21 39 45 57 15 345 s

(1)

B.3 1.3 1.2 B.2 B.3 B.5 1.8 B.8 1.2 1.3 1.2 1.2 2.2 2.5 3.2 B.8 19.2 (2) 2.3 1.3 1.2 B.2 B.3 B.5 1.B E.8 1.2 1.3 1.2 1.2 2.2 2.5 3.2 B.8 19.2 12.6-18.5 27 24 12 B

B 6

24 3J 168 72 126 188 138 96 84 51 966 (1) 1.5 1.3 B.7 B.B B.B B.3 1.3 1.7 9.3 4.B 7.B 6.8 7.7 5.3 4.7 2.8 53.7 (2) 1.5 1.3 B.7 B.B B.B B.3 1.3 1.7 9.3 4.8 7.B 6.B 7.7 5.3 4.7 2.8 53.7 4

18.6-24.9 9

3 3

8 8

8 9

9 3

24 98 48 6

18 27 15 264 (1) 9.5 B.2 B.2 B.B B.B B.B B.5 B.5 8.2 1.3 5.8 2.7 B.3 1.8 1.5 B.8 14.7 (2)

B.5 B.2 B.2 B.B B.B B.B B.5 B.5 B.2 1.3 5.8 2.7 B.3 1.8 1.5 B.8 14.7 OVER-24.8 8

18 3

8 8

3 8

3 E

B 12 3

B B

B 9

51 (1)

EB 1.8 B.2 B.B B.B B.2 B.B B.2 B.B B.B B.7 B.2 B.B B.B B.B B.5 2.8 (2)

B.3 1.8 B.2 B.B B.B B.2 B.B B.2 B.B B.B B.7 B.2 B.B B.B B.B B.5 2.8 ALL SPEEDS 51 69 63 27 36 36 69 63 281 129 255 188 186 162 177 96 1888 (1) 2.8 3.8 3.5 1.5 2.B 2.8 3.8 3.5 11.2 7.2 14.2 19.B 18.3 9.8 9.8 5.3 ISB.B (2) 2.8 3.8 3.5 1.5 2.8 2.B 3.8 3.5 11.2 7.2 14.2 18.5 18.3 9.8 9.8 5.3 188.8 (1)= PERCENT OF ALL GOOD OBSERVATIONS FOR THIS PAGI (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD 83.3 PERCENT DATA RECOVERY NUMBER OF GOOD OBSERVATIONS ON THIS PAGE=18BB NUMBER OF HOURS IN THIS PERIOD =2168.

CALM =VIND SPEED LESS THAN 1.BB MPH

3.

OFF-StTE DOSES RESULTING FROM RADIOACTIVE LIQUID EFFLUENTS _

t.1 Gmeral Case Assessment the methods and parameters used to calculate the off-site doses 3

are presented in the Appendix I analysis for Unit #1.

Population data are those of the Appendix I submittal; effluent releases are given elsewhere in this report.

Numerical constants used in the analyses have been updated to conform to Revision 1 of Regulatory Guide 1.109 dated October 1977.

1.2 Maximum Individual Doses The maximum individual doses and pathways considered are shown ln Tables 3.2-1 through 3.2-3.

5.3 Population Doses The population doses ara shown La Table 3.3-1.

i 4L

e X'o C.

C.

-q u

o O

C C

C e

V V

V s1 N

g:

w O.

C.

y En C

C C

v v

y q

v y 4 I

d Pd 3

.J i2 O.

C.

'c, l

>^

H C

C C

C 9

C C

c 9

V Q

Y Q

Q 4 Ri ex 64 Z

~s 3J w g so oc s e

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C.

x=

=

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C C

O C

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64 G

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C.

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c m ~ 3 ?.

C C

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C C

C

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C C

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C C

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0 C

C C

h 5 *b Y

N Y

Y Y

N Y

ee q F.

.* 4

@ r'Q

'Q 4

iN

. e q o

C.

0 4

9 '%

h O

O O

O C

O O

s*

.)

f; Y

N N

Q%

M t)G /j C4 I

w h

o

.4

]

C.

O C.

C.

O.

C.

'l 2

O C

C O

N N

g e4 N

N O.

O.

Cg ca C

O O

O C

O O

N Y

N

%4 h

Q W

'A 0

0 d

u u r4 cc C

C f.0 00 3

fc c k.

6

-. u C

04 4

3 3.*

C r.*

H -

C 6.&

.O - CJ C 0 trj E

M M.:::

uA U

t*

C k o G

e.a C

8. %

Da a u) e4 @

u)

O O C O.

n u

(3 -

d.O

- cJ 4 4y 3

O O

t/2 A ta tn O U r/2 (n -

t/)

ra

[*

44

Table 3.3-1 Population Doses Resulting f rom the July-December 1979 Liquid Effluents Thyroid Total Body Pa r.hway

(!!AN-RDI)

(MRi-REM)

Salt Water

<0.01 0.02 Fl:sh Salt W.si.ec

<0.01 0.02 Shell Fish Salt 'Jat ec

< 0. 01

( 0.01 Planta Oc :an Shoreline 0.02 0.02 Det o:iirc, 3sl'-miig 4 0.01 4 0.01 Totil 0.02 0.06 aoce.

These are the major pathways for liquid effluents.

45 e

4

4.

OFF-SITE DOSES RESULTING FROM RADIOACTIVE CASEOUS EFFI"ENTS 4.1 Cencral Dose Assessment The eethods and parameters used to calculate.he off-site doses are presented in the Appendix I analysis for Unit #1. The gaseous releases for both reactor building vent and the main stack, for the period July-Dec.1979 are elsewhere in this report.

Meteorological information for claculating dispersion of these releases are shown in Tables 4.1-1 through 4.1-12.

For each quarter year, values of X/Q, X/Q depleted and D/Q are tabulated for twenty-three radial distances at sixteen compass directions using the AEOLUS program which was provided to Boston Edison by the Yankee Atomic Electric Company.

AEOLUS is a computer code for evaluating atmospheric dispersion of routine radioactive effluents from commercial nuclear power stations, and for computing statistical distributions of radiation loses which would result from postulated accidental releases of assumed intensity. The code is based, in part, on Regulatory Guide 1.111 developed by the U.S. Nuclear Regulatory Commission as guidance toward implementation of Appendix I to 10 CFR Part 50 and the "as low as reasonably achievable" objectives. Tables 4.1-1 through 4.1-12,

.tre based on data taken at the 160-foot elevation and the 220-foot elevation for the Main Stack and the 33-foot elevation for the Reactor Building Vent.

Three departures were made from the Appendix I method of analysis:

1)

The sea breeze effect was not considered in calculating the X/Q's, depleted X/O's and D/O's (The Appendix I study demonstrated the sea breeze effect was not significant)

I l

2) Meteorological data used in this report were collected at the 160-foot and 33-foot elevation of the 160-foot meteoro-logical tower for the period from July to September and at the 220-foot and 33 foot elevation of the 220-foot tower for

{

the period fron October to December.

This nixture of data was used since data from the 160-foot tower for the period fron October to Decenber were not processed in time for this report.

3)

The finite cloud nodel described in Pegulatory Guide 1.109 was used for gamma doses due to stack releases for receptors within 1 mile of the Plant.

46

' 8

4.2 Maximum Individual Doses 1he maximum individual dose locations and pathways assumed are presented in Table 4.2-1.

The resultant maximum individual adult, teenage, child and infant doses are reported in Tables 4.2-2 through 4.2-5.

In the summary Table 4.2-6, doses from noble gas immersion are included for skin and total body; individual organ doses are due to iodine and air particulates only.

4.3 Population Doses The assumed population distribution is shown in Table 4.3-1.

the population doses by pathway are presented in Table 4.3-2.

T.n accordance with Regulatory Guide 1.21, only pathways yielding significant contribution to the total dose have been included; those pathways not included account for a total of less than

57. of the overall population dose.

I I

4

7;;_e 4.1-1 AJA0TCA au;LDING V!hi - O t V - SE r. - ; 58 7 7 M2; 70VE R - X/

RECPTR DOJNVIND g2ICh7CS nVERA~ES SEC/Ma*5 NO.

DISTANCE S - s l l SOV - ( 2 )

EV - ( 5 ) USV - (4s V-

46) Yhw - ( d ) nV - ( 7 k hnW - ( ;

METERS 8.8 22.5 45.8 57.5 98.s 112.5 135.8 157.5 1

281.28 8.57BE-87 G.1982-87 7.74SE-47 3.168E-J8 S.618E-88 6.47BE-87 3.528E-87 6.748E-87 2

482.38 1.818E-85 1.368E-86 2.19fE-86 4.3JEE-87 1.16BE-86 5.52SE-87 3.148E-87 1.94BE-87 3

884.78 1.658E-86 1.448E-86 8.838E-87 3.59BE-87 7.458E-87 1.488E-86 1.798E-87 8.97BC-88 4

1287.88 9.878E-87 7.46BE-87 4.998L-87 2.96KE-87 4.148E-87 8.488E-87 2.888E-87 8.29BE-88 3

5 1689.48 6.27BE-87 4.768E-B7 3.14BE-87 2.418E-87 2.718E-87 5.788E-87 2.168E-87 9.348E-88 6

2414.88 3.37BE-87 2.47BE-87 1.618E-97 1.38BE-87 1.789E-87 3.26BE-87 1.998E-87 l'868E-87 7

3218.78 2.18BE-87 1.588E-87 1.82BE-f7 9.24BE-88 1.188E-87 2.158E-87 1.658E-87 1.828E-87 8

4823.48 1.558E-87 1.13BE-87 7.188E-Be 6.778E-88 8.858E-88 1.568E-87 1.36BE-87 9.258E-88 9

4828.18 1.18BE-87 8.538E-88 5.46BE-88 5.27BE-88 6.988E-88 1.218E-87 1.138E-87 8.25BE-88 18 5632.78 9.428E-88 6.79BE-88 4.34BE-88 4.268E-88 5.788E-88 9.738E-88 9.548E-88 7.388E-88 11 6437.48 7.75BE-88 5.588E-88 3.568E-8F 3.548E-88 4.788E-88 8.t6BE-88 8.288E-88 6.628E-28 12 7242.18 6.54BE-88 4.71BE-88 2.99BE-88 3.818E-B8 4.898E-88 6.828E-88 7.138E-88 5.98BE-88 13 8846.88 5.62BE-88 4.858E-88 2.578E-88 2.688E-88 3.858E-80 5.88BE-88 7.6GBE-88 6.368E-88 14 12878.18 3.22BE-88 2.338E-88 1.469E-88 1.518E-88 2.238E-88 3.390E-88 4.428E-B8 4.578E-88 15 16893.49 2.188E-B8 1.59BE-88 9.838E-89 1.838E-88 1.538E-88 2.318E-88 3.128E-88 4.458E-88 16 24148.29 1.268E-88 9.47BE-89 5.678E-89 5.99BE-B9 9.848E-89 1.358E-88 1.81BE-83 2.55BE-B8 17 32187.88 8.62BE-89 6.578E-89 3.868E-89 4.128E-89 6.268E-89 9.388E-89 1.24BE-88 1.73BE-88 18 48233.79 6.45BE-89 4.978E-89 2.988E-89 3.188E-89 4.748E-89 7.818E-89 9.348E-89 1.298E-88 19 48288.48 5.13BE-89 3.99BE-89 2.318E-89 2.468E-89 3.8BBE-89 5.58BE-89 7.52BE-89 1.828E-88 28 56327.29 4.22BE-89 3.318E-89 1.98BE-89 2.828E-89 3.168E-89 4.61BE-89 6.188E-89 8.488E-89 21 64373.99 3.568E-89 2.818E-89 1.618E-89 1.718E-89 2.688E-89 3.98BE-89 5.22BE-89 7.88BE-89 d

22 72428.75 3.87BE-89 2.44BE-29 1 398E-89 1.47BE-89 2.338E-89 3.37BE-89 4.518E-89 6.898E-89 y

23 88467.44 2.68BE-89 2.15BE-89 1.21BE-89 1.298E-89 2.858E-89 2.958E-89 3.95BE-89 5.318E-89 RECPTR DOVNV!ND VEIGHTED AVERAGES SEC/Ma*3 NO.

DISTANCE N-(9) NNE -(18)

NE -(11) ENE -(12)

E -(13) ESE -(14)

SE -(15) SSE

'.i6)

METERS 188.8 282.5 225.8 247.5 278.8 292.5 315.8 7J7.5 1

281.28 1.578E-86 6.37BE-86 5.788E-86 2.26fE-86 1.188E-86 6.318E-87 9.298E-87 1.838E-J5 2

482.38 5.84BE-87 2.378E-96 1.898E-86 7.87BE-87 3.988E-87 2.518E-87 3.388E-87 4.198E-87 3

884.78 2.288E-87 9.32BE-87 6.94BE-87 2.428E-87 1.56BE-87 1.278E-87 2.838E-87 2.468E-87 l

4 1297.83 1.558E-87 6.468E-87 4.58BE-87 1.48BE-87 1.888E-87 1.288E-87 1.84BE-87 2.188E-87 5

1689.48 1.438E-87 5.4BBE-87 3.78BE-87 1.17BE-87 9.66BE-88 1.18BE-87 1.638E-87 1.688E-87 6

2414.88 1.34BE-87 4.118E-B7 2.82BE-87 9.198E-B8 8.558E-88 1.818E-87 1.29BE-87 1.268E-87 7

3218.78 1.2BBE-87 3.218E-87 2.27BE-87 7.628E-88 7.538E-88 8.178E-88 9.558E-88 1.83BE-87 8

4823.48 1.858E-87 2.58BE-87 1.87BE-87 6.428E-B8 6.57BE-88 6.67BE-88 7.878E-88 7.37BE-88 9

4828.18 9.22BE-88 2.12BE-87 1.58BE-87 5.49BE-88 5.72BE-88 5.548E-88 5.858E-88 E.898E-88 18 5632.78 8.148E-B8 1.78BE-87 1.36BE-87 4.79BE-88 5.848E-88 4.788E-88 4.818E-88 5.618E-88 11 6437.48 7.25BE-88 1.53BE-87 1.19BE-87 4.248E-88 4.498E-88 4.868E-B8 4.848E-88 4.88BE-88 12 7242.18 6.52BE-88 1.33BE-87 1.86BE-87 3.798E-86 4.828E-88 3.55BE-88 3.458E-88 5.828E-88 13 8846.88 5.9BBE-88 1.17BE-87 9.458E-88 3.42BE-88 3.638E-88 3.14BE-88 2 998E-88 4.868E-98 14 12878.18 3.95BE-88 7.218E-88 6.118E-88 2.38BE-88 2.48BE-88 1.978E-88 1.75BE-88 2.628E-88 15 16893.49 2.93BE-88 5.878E-88 4.44BE-88 1.72BE-88 1.76BE-88 1.418E-88 1.19BE-88 2.82BE-88 16 24148.19 1.83BE-88 3.05BE-88 2.888E-98 1.28BE-88 1.!!BE-f9 8.74BE-29 6.918E-89 1.198E-88 17 32187.88 1.38BE-88 2.158E-88 2.81BE-88 1.82BE-86 6.839E-85 7.818E-89 4.958E-89 8.288E-89

8 48233.79 1.88BE-88 1.64BE-88 1.56BE-88 9.63BE-89 9.888E-B9 6.81SE-89 3.688E-89 6.188E-89 19 48288.49 8.878E-89 1.32BE-88 1.27BE-88 7.82BE-89 S.46BE-B9 4.87BE-89 2.91BE-89 4.948E-89 28 56327.29 7.48BE-89 1.89BE-88 1.86BE-28 6.55BE-89 5.348E-B9 4.878E-SS 2.398E-29 4.89BE-89 21 64373.99 9.798E-89 9.338E-89 9.138E-89 5.618E-B9 a.53BE-23 3.498E-89 2.81BE-29 3.478E-89 22 72428.75 9.88BE-89 E.;2BE-89 7.988E-89 4.988E

"? 3.?2BE-89 '.858E-B9. 73BE-29 3.818E-89 22 88J67.42 7.988E-89 7.;STE-89 7.28BE-09 4.348E-r? ?.'4BE-B9 c.78BE-29 1.52FE-J? 2.65BE-89

Table 4.1-2 AEACTOA AJILO:hG VZhT - OULY - SEPT - '6E iT WET TOVIR - X/O 0i? 2723 RECPTR OCVNWIn]

WEI3nTED AVERAGES SIC /M*al NO.

DISTANCE S - f '. SSW - ( 2 )

SW - (3) VSW - (4; W-(5) WsV - (6) MW - (7) MhV - (3)

MITIRS L.8 22.5 45.3 27.5 98.5 112.5 135.8

S7.E 1

231.28 7.548E-87 4.768E-37 7.238E-27 7.74JE-48 9.44EE-BS 6.158E-J7 3.4282-87 6.35BE-87 2

482.38 1.68BE-86 1.288E-86 2.828E-SE 4.186E-?7 1.118E-86 5.278E-87 3.81BE-J7 1.748E-87 3

334.78 1.45BE-36 1.24BE-86 7.84BE-h7 0.48BE-87 7.81BE-B7 1.31EE-E6 1.73BE-87 7.s38E-88 4

1287.84 7.76BE-87 6.17BE-87 4.16BE-87 1.73BE-87 3.92BE-87 7.82BE-87 1.92BE-87 7.588E-8B 5

1639.48 5.19FE-87 3.828E-87 2.52SE-87 2.12BE-87 2.588E-27 5.27BE-87 2.89BE-87 8.76BE-80 6

6 2414.88 2.68EE-87 1.9BBE-87 1.248E-87 1.198E-87 1.618E-87 2.92BE-87 1.938E-87 1.81BE-87 7

3218.78 1.64BE-B7 1.178E-87 7.558E-88 7.83BE-88 1.18BE-87 1.988E-B7 1.59BE-87 9.78BE-28 8

4823.48 1.13BE-87 8.86BE-88 5.178E-88 6.638E-88 8.18BE-88 1.368E-87 1.388E-87 E.82BE-88 9

4828.18 8.35BE-88 5.92BE-88 3.88BE-88 4.318E-88 6.398E-88 1.83BE-87 1.888E-87 7.868E-88 18 5632.78 6.498E-88 4.588E-88 2.94BE-86 0.42SE-88 5.17BE-88 8.218E-88 9.87BE-88 7.818E-88 11 6437.48 5.22EE-88 3.68BE-88 2.36BE-B8 2.8BBE-88 4.298E-88 6.718E-88 7.768E-88 6.28BE-88 12 7242.18 4.31BE-88 3.84BE-88 1.94BE-88 2.35BE-88 3.64BE-88 5.62BE-88 C.73BE-88 5.668E-88 13 8846.88 3.64BE-88 2.57BE-88 1.63BE-88 2.81BE-BB 2.52EE-B8 4.79BE-88 6.99BE-88 6.838E-88 14 12878.18 1.938E-88 1.37BE-88 8.59BE-89 1.lBBE-28 1.36BE-88 2.618E-88 3.698E-46 4.38BE-28 15 16893.49 1.238E-88 8.858E-89 5.44BE-89 7.88BE-89 8.76BE-89 1.688E-98 2.278E-B8 2.48BE-88 16 24149.29 6.388E-89 4.778E-89 2.838E-89 3.78BE-89 4.688E-89 8.778E-29 1.188E-88 1.288E-88 17 32187.88 3.98HE-89 3.84BE-89 1.76BE-29 2.10BE-89 2.96BE-89 5.BBBE-89 6.77BE-89 7.898E-89 18 48233.79 2.76BE-89 2.148E-89 1.22BE-89 1.41BE-29 2.87BE-89 2.948E-89 4.48BE-89 5.44BE-89 19 48288.46 2.86BE-89 1.61BE-89 9.18BE-18 1.85BE-89 1.55BE-89 2.14BE-89 2.958E-89 4.83BE-89 28 56327.29 1.6BBE-89 1.278E-89 7.85BE-18 8.13BE-18 1.16BE-89 1.668E-89 2.298E-89 3.118E-89 21 64373.99 1.28BE-89 1.82BE-89 5.63BE-18 6.51BE-18 9.298E-18 1.33BE-89 1.848E-89 2.438E-89

,e 22 72428.75 1.858E-89 8.48BE-18 4.62BE-18 5.178E-18 7.668E-18 1.1BBE-89 1.518E-89 2.84BE-89 f

23 88467.44 8.88BE-18 7.15BE-18 3.85BE-18 4.318E-18 6.42HE-18 9.18BE-18 1.278E-89 1.78BE-89 RECPTR DOVNVIND WEIGHTED AVERAGES SEC/Ma*3 NO.

DISTANCE N-(9) NNE -(18)

NE -(11) ENE -(12)

E -(13) ESE -(14)

SE -(15) SSE -(16)

METERS 188.8 282.5 225.8 247.5 278.8 292.5 315.B 337.5 1

281.28 1.478E-86 5.96BE-86 5.488E-86 2.118E-86 1.838E-86 5.918E-87 8.688E-27 9.598E-87 2

482.38 5.32BE-87 2.158E-86 1.788E-86 6.34BE-87 3.558E-87 2.298E-87 3.868E-87 3.82BE-87 3

884.78 1.96BE-87 8.27BE-87 6.878E-87 2.188E-87 1.38BE-87 1.168E-87 1.86BE-87 2.26BE-87 4

1287.88 1.398E-87 5.75BE-87 3.998E-87 1.28BE-87 9.658E-88 1.128E-87 1.718E-87 2.828E-87 5

1689.48 1.318E-87 4.85BE-87 3.258E-87 1.818E-87 8.758E-88 1.118E-87 1.53BE-87 1.57BE-87 6

2414.88 1.25BE-87 3.728E-87 2.518E-87 8.13BE-88 7.92BE-88 9.578E-88 1.218E-87 1.18BE-87 7

3218.78 1.13BE-87 2.98BE-87 2.83BE-87 6.79BE-88 7.818E-88 7.778E-88 8.9BBE-88 9.658E-88 8

4823.48 9.8ABE-88 2.31BE-87 1.67BE-87 5.73BE-88 6.12BE-88 6.33BE-88 6.558E-88 6.8b8E-88 9

4828.18 8.63BE-88 1.88BE-87 1.418E-87 4.988E-88 5.33BE-88 5.24BE-88 5.388E-88 5.648E-88 IB 5632.78 7.62BE-88 1.57BE-87 1.218E-87 4.278E-88 4.698E-88 4.448E-88 4.39BE-88 5.198E-88 11 6437.48 6.78BE-88 1.348E-87 1.86BE-87 3.788E-88 4.178E-88 3.82BE-88 3.67BE-88 4.428E-88 12 7242.18 6.888E-88 1.168E-87 9.348E-88 3.38BE-88 3.748E-88 3.348E-88 3.11BE-88 4.55BE-88 13 8846.88 5.588E-88 1.82BE-87 8.34BE-88 3.85BE-88 3.378E-88 2.95BE-28 2.69BE-88 4.878E-88 14 12878.18 3.668E-88 6.13BE-88 5.348E-86 2.84BE-88 2.218E-88 1.83BE-B8 1.53BE-88 2.24BE-88 15 16943.49 2.78BE-88 4.248E-88 3.858E-88 1.528E-88 1.618E-88 1.318E-68 1.828E-88 1.158E-88 15 24148.29 1.738E-88 2.49BE-88 2.48BE-88 1.13BE-88 1.81BE-88 8.85dE-89 5.738E-89 6.14BE-89 7

32187.88 1.26BE-88 1.728E-88 1.718E-88 8.778E-89 7.26?E-89 6.43BE-89 2.87BE-89 3.89BE-89 13 48233.79 9.84BE-89 1.29BE-88 1.318E-88 6.998E-89 5.42fE-89 4.798E-89 1.958E-89 2.73BE-89 19 48288.48

?.818E-89 1.828E-88 1.868E-88 5.488E-99 4.7651-89 3.77BE-89 1.428E-89 2.85BE-89 28 56327.29 5.73BE-89 8.388E-89 8.82BE-89 4.34BE-89 3.19BE-89 3.88BE-89 1.89BE-89 1.68BE-89 21 64373.99 4.46BE-89 7.868E-89 7.52BE-89 3.59BE-89 2.58BE-?? 2.58BE-89 8.59BE-18 1.298E-89 22 72428.75 2.95BE-89 6.89BE-89 6.55BE-89 3.858E-25 2.15";-23 2.22BE-89 7.f48E-18 1.87BE-89 23 98467.44 2./.7tE-89 3.33BE-89 5.77BE-89 2.63BE-B? * *2Y

~?

'.94fI-49 5.86BE-18 9.82BE-l#

Table 4.1-3 a

REACTOA 6UILDINC VEhr - JULY - SEPT - 165 FT aET ~CWER - D/G RECPTR DGWNW1RD WEI4nTEC AVERAGES 1/r==2 KO.

DISTAhCF S- (1) S$W -(2)

SV - ( 3 ) USL - ;4e V-(5) wKV - (6) MV - (7) adu - ( 8 )

METERS E.C 22.5 45.8 67.5 98.8 112.5 135.8 157.5 1

281.28 2.188E-86 1.618E-88 2.768E-88 1.978E-89 2.848E-89 9.428E-89 8.278E-89 9.358E-89 2

482.38 1.628E-88 9.938E-89 1.668E-83 2.988E-89 6.818E-89 1.848E-88 8.188E-89 3.99BE-89 3

384.78 9.818E-89 6.77BE-89 6.878E-89 1.318E-89 2.358E-89 5.978E-89 4.288E-89 1.968E-89 4

1287.88 4.518E-89 3.30BE-89 3.588E-89 7.94BE-18 1.228E-89 3.J58E-89 2.658E-89 1.528E-89 5

1689.48 2.888E-89 2.868E-89 2.898E-89 6.298E-18 7.638E-18 1.89BE-89 1.84BE-89 1.218E-89 3

6 2414.88 1.378E-89 9.938E-18 1.888E-89 3.498E-18 4.888E-18 9.858E-18 1.84BE-89 7.688E-18 7

3218.78 8.33BE-18 5.94BE-18 5.998E-18 2.378E-18 2.698E-18 6.768E-18 6.848E-18 5.228E-18 8

4823.48 5.628E-18 4.818E-18 4.848E-18 1.728E-18 1.998E-18 5.868E-18 4.858E-18 3.888E-18 9

4828.18 4.138E-18 2.958E-18 2.978E-18 1.228E-18 1.48BE-18 3.498E-18 3.588E-18 2.E68E-18 18 5632.78 3.16BE-18 2.268E-18 2.278E-18 9.298E-11 1.868E-18 2.62SE-18 2.778E-18 2.248E-18 11 6437.48 2.498E-18 1.788E-18 1.798E-18 7.37BE-11 8.428E-11 2.888E-18 2.218E-18 1.888E-18 12 7242.18 2.888E-18 1.448E-18 1.448E-18 6.888E-11 6.918E-11 1.598E-18 1.818E-18 1.478E-18 j

13 8846.88 1.64BE-18 1.18BE-18 1.188E-18 5.84BE-11 9.348E-11 1.438E-18 1.55BE-18 1.24BE-18 14 12878.18 7.588E-11 5.458E-11 5.478E-11 3.33BE-11 4.448E-11 1.268E-18 9.738E-11 6.128E-11 15 16893.49 4.37BE-11 3.158E-11 3.168E-11 2.688E-11 2.638E-11 1.22SE-18 1.628E-18 6.738E-11 16 24148.29 2.838E-11 1.46BE-11 1.488E-11 1.Il8E-11 1.278E-11 4.978E-11 6.588E-11 3.898E-11 17 32187.88 1.188E-11 8.57BE-12 8.718E-12 5.338E-12 7.648E-12 2.10BE-11 2.848E-11 1.798E-11 18 48233.79 7.798E-12 5.658E-12 5.788E-12 3.858E-12 5.178E-12 1.888E-11 1.628E-11 1.178E-11 19 48288.48 5.548E-12 4.848E-12 4.148E-12 2.198E-12 3.788E-12 7.138E-12 9.338E-12 8.338E-12 28 56327.29 4.148E-12 3.838E-12 3.118E-12 1.658E-12 2.588E-12 5.328E-12 6.978E-12 6.228E-12 3

21 64373.99 3.218E-12 2.358E-12 2.428E-12 1.298E-12 1.99BE-12 4.128E-12 5.488E-12 4.828E-12 22 72428.75 2.598E-12 1.988E-12 1.958E-12 1.838E-12 1.618E-12 3.338E-12 4.368E-12 3.888E-12 4

o 23 88467.44 2.12BE-12 1.558E-12 1.688E-12 8.418E-13 1.328E-12 2.738E-12 3.57BE-12 3.178E-12 4

RECPTR DOWNWIND WEIGHTED AVERAGES 1/Ma*2 NO.

DISTANCE N - (9) NNE -(18)

NE -(11) ENE -(12)

E -(13) ESE -(14)

SE -(15) SSE -(16)

METERS 188.8 282.5 225.8 247.5 278.8 292.5 315.8 337.5 1

281.28 2.83BE-88 1.448E-87 9.288E-88 2.488E-88 1.618E-88 9.988E-89 1.928E-88 2.848E-88

-1 2

482.38 1.418E-88 6.618E-88 3.82SE-88 1.818E-88 7.888E-89 5.568E-89 9.888E-89 1.378E-88 3

884.78 6.198E-89 2.848E-88 1.558E-88 3.938E-89 3.488E-89 2.748E-89 4.128E-89 5.888E-89 4

1287.88 3.648E-89 1.688E-88 8.92BE-89 2.19BE-89 2.878E-89 1.678E-89 2.448E-89 3.388E-89 5

1689.48 2.468E-89 1.138E-88 5.918E-89 1.43BE-89 1.418E-89 1.12BE-89 1.618E-89 2.858E-89 6

2414.88 1.348E-89 6.89BE-89 3.15BE-89 7.518E-18 7.72BE-18 5.988E-18 8.618E-18 1.85BE-89 7

3218.78 8.74BE-18 3.92SE-89 2.818E-89 4.778E-18 5.82BE-18 3.83BE-18 5.488E-18 6.688E-18 8

4823.48 6.158E-18 2.748E-89 1.48BE-89 3.328E-18 3.54BE-18 2.66BE-18 3.698E-18 4.588E-18 9

4828.18 4.54BE-18 2.828E-89 1.838E-89 2.44BE-18 2.618E-18 1.948E-18 2.718E-18 3.388E-18 18 5632.78 3.518E-18 1.558E-89 7.938E-18 1.88BE-18 2.818E-18 1.49BE-18 2.868E-18 2.53BE-18 11 6437.48 2.798E-18 1.23BE-89 6.298E-18 1.498E-18 1.688E-18 1.178E-16 1.63DE-18 2.818E-18 12 7242.18 2.288E-18 9.988E-18 5.89BE-18 1.218E-18 1.318E-18 9.498E-11 1.318E-18 1.688E-18 13 8846.88 1.988E-18 8.288E-18 4.228E-18 1.818E-18 1.898E-18 7.84&E-11 1.088E-18 1.638E-18 14 12878.18 9.358E-11 4.848E-18 2.848E-18 4.868E-11 5.368E-11 3.818E-11 5.17BE-11 1.338E-18 15 16893.49 5.678E-11 2.448E-18 1.23BE-18 2.918E-11 3.258E-11 2.388E-11 3.898E-11 6.48BE-11 16 24148.29

?.838E-11 1.218E-18 6.818E-11 1.428E-11 1.638E-11 1.148E-11 1.53BE-11 2.978E-11 17 32187.88 1.768E-11 7.448E-11 3.68BE-11 9.18BE-12 1.818E-11 9.338E-12 2.3!BE-11 1.738E-11 18 48233.79 1.218E-11 5.86BE-11 2.518E-11 1.488E-1_

1. 7 7 8 E ~. ~. 7.268E-12 1.388E-11 1.148E-11 19 48288.48 8.83BE-12 3.668E-11 1.830E-11 1.118E-11

.2;BE-11 5.918E-12 9.338E-12 8.148E-12 28 56327.29 6.79BE ~2 2.788E-11 1.428E-11 6.958E-12 3.A18E-2 4.928E-12 6.788E-12 6.188E-12 21 54373.99 1.218E-11 2.198E-11 1.148E-11 7.378E-12 6.578E-12 4.168E-12 5.848E-12 4.748E-12 22 72428.75 6.668E-12 1.70BI-11 9.518E-12 6.148E-12 5.248E-12 3.538E-12 3.95BE-12 3.828E-12

??

98467.44 t.448E-12 1.478E-11 8.868E-12 5.16BE-12 2.28BE-12 3.22aE-12 3.1SPE 2.138E-12

Tchle 4.1-s HAIN STACK - ULLY - sES~ - 163 77. SET TCbEA - >/C AEC?TA 33VMWIa; V216HTIO AVCAA3ES S E C /.s' - 3 MG.

JISTANCE E-tai SSW - (22 SW - ;31 WSW - s41 V-(5) VAV - (6) 5V - ( 7 )

nhV - (6) aZTERS J.8 22.5

.5.5 E7.E EJ.E 112.5 13E.6

.57.5 1

221.23 1.953E-f9 2.528E-18 1.J58E-85 2.68EE-29 5.554E-Js 5.862E-JS 1.898E-29 3.398E-1J 2

482.38 1.73BE-87 7.948E-88 4.858E-88 7.83BE-B8 1.648E-87 1.315E-27 3.14sE-88 1.16JE-88 3

884.78 2.383E-87 1.86BE-87 6.45BE-JS 4.82EE-28 6.538E-JE 5.248E-88 2.64BE-BB 6.86BE-89 4

1287.88 2.21JE-J7 1.318E-57 6.268E-28 4.988E-88 4.358E-f3 4.14BE-E5 2.15BE-Ba 7.718E-89 5

1689.48 2.92BE-87 2.568E-87 6.488E-88 6.3BBE-88 3.998E-88 4.2882-28 2.13BE-B8 1.12BE-88 i

6 2414.88 2.378E-87 1.378E-87 4.948E-88 E.438E-88 3.588E-B8 3.99BE-88 2.418E-88 1.888E-88 7

3218.78 1.788E-87 8.81BE-88 3.83BE-88 4.44BE-88 3.158E-88 3.488E-28 2.488E-B8 2.84BE-88 8

4823.48 1.25BE-87 F.29dE-88 3.848E-88 3.63BE-28 2.738E-88 2.998E-88 2.378E-98 2.f48E-88 9

4828.18 9.71BE-88 4.888E-88 2.488E-88 3.82BE-BB 2.368E-88 2.578E-88 2.18BE-28 1.928E-88 18 5632.78 7.86BE-B8 3.838E-88 2.878E-B8 2.56BE-88 2.87BE-88 2.248E-88 1.998E-28 1.78BE-88 11 6437.4B 6.558E-BB 3.158E-88 1.76BE-28 2.2BBE-88 1.82EE-88 1.97BE-88 1.818E-88 1.648E-88 12 7242.18 5.57BE-98 2.668E-88 1.53BE-98 1.92BE-38 1.63BE-88 1.768E-28 1.668E-88 1.51sE-88 13 8946.88 4.82BE-B8 2.298E-88 1.348E-88 1.78BE-88 2.1BBE-B8 1.698E-88 2.158E-88 1.398E-BB 14 12878.18 2.81BE-88 1.318E-B8 8.15BE-89 1.848E-88 1.278E-28 1.898E-28 1.398E-88 9.7tBE-89 15 16893.49 1.938E-08 8.89BE-89 5.69BE-89 7.338E-89 8.85BE-89 7.87BE-89 1.17BE-88 1.598E-88 16 24148.29 1.12BE-88 5.138E-89 3.39BE-89 4.42EE-89 5.298E-89 4.98BE-89 7.248E-89 9.390E-89 17 32187.88 7.748E-89 3.528E-89 2.37BE-89 3.158E-89 3.718E-89 3.878E-89 5.49BE-89 6.538E-89 18 48233.79 5.818E-89 2.63BE-89 1.88BE-89 2.588E-89 2.82BE-89 3.378E-89 4.34BE-89 4.93BE-89 19 48288.48 4.63BE-D9 2.lBBE-89 1.448E-89 2.86BE-99 2.26BE-89 2.86BE-89 4.758E-89 3.94BE-89 l

28 56327.29 3.828E-89 1.738E-89 1.258E-89 1.78BE-29 2.888E-39 2.36BE-89 3.93BE-89 3.268E-89 21 64373.99 3.238E-89 1.468E-89 1.86BE-89 1.448E-89 1.698E-89 2.888E-89 3.338E-89 2.778E-89 22 72428.75 2.79BE-89 1.268E-89 9.17EE-18 1.268E-29 1.468E-89 1.72BE-89 2.898E-29 2.4BJE-89 u

23 88467.44 2.44DE-89 1.188E-89 8.878E-18 1.11BE-39 1.288E-29 1.518E-89 2.548E-89 2.188E-89 7

RECPTR DOVNVIND VEIGHTED AVERAGES SEC/M**3 NO.

DISTANCE N - (s) NNE -(18)

NE -(11) ENE -(12)

E -(13) ESE -(14)

SE -(15) SSE -(16)

METERS 188.8 282.5 225.8 247.5 278.8 292.5 315.8 337.5 1

281.23 1.66BE-89 6.868E-89 2.888E-89 3.23BE-1B 9.88BE-18 8.738E-18 2.268E-18 5.38DE-18 2

482.38 6.818E-88 2.848E-87 7.78BE-88 1.128E-88 3.628E-88 3.3EBE-88 9.418E-E9 4.828E-88 3

884.78 4.87BE-88 1.268E-87 5.15FE-88 1.16BE-88 2.52BE-88 2.488E-88 1.238E-88 8.958E-BS 4

12E7.88 2.58BE-B8 8.668E-88 3.688E-88 8.738E-89 1.648E-B8 1.918E-88 1.858E-88 1.838E-87 5

1689.48 2.318E-88 8.24BE-88 3.883E-88 8.77BE-89 1.448E-88 1.96EE-28 1.228E-88 9.73BE-SE 6

2414.83 2.62BE-B8 8.848E-88 4.84BE-88 1.28FE-JE 1.598E-28 2.26BE-88 1.748E-88 7.95EE-28 7

3218.78 2.77BE-88 8.788E-88 5.24BE-88 1.39BE-BB 1.788E-88 2.2SJE-86 1.S48L-88 5.388E-88 8

4823.48 2.69BE-88 8.84BE-88 5.138E-B8 1.428E-d8 1.66BE-88 2.13BE-B8 1.918E-f3 5.188E-88 9

4828.18 2.51BE-B8 7.238E-88 4.798E-88 1.36BE-88 1.568E-88 1.93BE-88 1.782E-B8 6.288E-28 18 5632.7B 2.3BBE-28 6.48BE-88 4.418E-BB 1.288E-28 1.458E-88 1.74BE-F8 1.638E-28 3.62BE-88 11 6437.48 2.118E-88 5.818E-88 4.85BE-86 1.2BBE-88 1.348E-88 1.57BE-B8 1.498E-88 3.118E-88 12 7242.1B 1.94BE-88 5.25BE-88 3.73BE-86 1.13BE-88 1.24BE-88 1.438E-88 1.37BE-88 2.718E-88 13 8846.88 1.79BE-B8 4.76BE-88 3.44BE-88 1.86BE-88 1.15BE-88 1.3BBE-88 1.268E-88 2.398E-38 14 12878.18 1.24BE-88 3.16BE-88 2.4BBE-88 7.818E-89 S.198E-89 8.838E-89 8.598E-89 1.47BE-8s 15 16893.49 9.318E-29 2.318E-88 1.888E-88 6.118E-89 6.26BE-89 6.54SI-29 6.338E-89 1.138E-88 16 24148.29 6.B8BE-89 1.43BE-88 1.178E-28 4.222E-89 4.178E-Bo 4.168E-89 3.98BE-89 6.788E-89 17 32187.38 4.39BE-89 1.838E-88 8.578E-89 3.24BE-89 3.12BE-99 3.45fI-89 3.78BE-89 4.678E-89 18 48233.79 C.43BE-99 7.92BE-89 5.728E-29 3.378E-39 3.38tE-89 2.688E-89 2.85BE-89 3.53BE-89 19 48288.48 2.81BE-89 6.48BE-89 5.58BE-89 2.818E-89 2.788E-89 2.17BE-89 2.38BE-89 2.828E-89 28 56327.29 2.36BE-89 5.358E-89 4.648E-89 2.418E-89 2.288E-29 1.82EE-f9 1.928E-29 2.348E-#9 21 64373.99 2.53BE-89 4.588E-89 4.818E-89 2.188E-99 1.95BE-29 1.572E-33 1.64BE-89 1.98EE-89 22 72428.75 2.76BE-99 /.BB8E-89 3.538E-89 1.87BE-89 !J"3I-f? 1.37BE-B? ".44BE-89 1.72BE-89

.22?E-29 1.27BE-89 1.518E-89 23 38467.44 2.448E-f3 7.55BE-29 3.15BE-89 1.598E-BS 1.34fE-f?

=

Table 4.1-3 halA OTAC4 - OULY - SEPT - 15a FT

.2. Tow 2A - 4/C DEPLETE 3 1ECPTR 30VNWIhC WEICHTEL AVERAi2S SLC/h=*a MC.

SISTANCE

$-(.) SSV - ( 2 )

SV - (3) WSV - ( + )

V - (E ) VAw - (El hk - (7) AKU - ( 5 '.

METEAS J.3 22.5 45.2 27.5 98.5 11'.5 135.J 157.5 1

281.22 1.958E-89 2.52BE-18 1.8586-89 1.698E-89 5.358E-89 5.864E-89 1.89BE-89 3.338E-18 2

482.38 1.788E-87 7.798E-88 4.888E-88 E.9o8E-88 1.638E-87 1.298E-87 3.118E-88 1.158E-88 l

3 884.78 2.388E-87 1.828E-87 6.288E-88 3.888E-88 6.298E-88 5.868E-88 2.56BE-88 6.658E-89 4

1287.88 2.128E-87 1.718E-87 6.868E-88 4.748E-88 4.178E-88 3.988E-88 2.848E-88 7.488E-89 5

1689.48 2.78BE-87 2.258E-87 5.168E-88 6.188E-88 3.818E-88 4.83BE-88 2.82BE-88 1.878E-88 g

f' 6

2414.88 2.288E-87 1.188E-87 4.718E-88 5.238E-88 3.418E-88 3.888E-88 2.388E-88 1.738E-88 7

3218.78 1.538E-87 7.428E-88 3.618E-88 4.268E-88 2.978E-88 3.298E-88 2.368E-88 1.958E-88 3l 8

4823.48 1.128E-87 5.288E-88 2.848E-88 3.478E-88 2.55BE-88 2.888E-88 2.248E-88 1.93BE-88 9

4828.18 8.618E-85 3.98BE-88 2.388E-88 2.878E-88 2.2BBE-88 2.488E-88 2.868E-88 1.818E-88 18 5632.78 6.918E-86 3.878E-88 1.918E-88 2.428E-88 1.918E-88 2.88BE-88 1.878E-88 1.678E-88 j

11 6437.48 5.78BE-88 2.498E-88 1.62BE-88 2.888E-88 1.68BE-88 1.828E-88 1.788E-88 1.53BE-88 12 7242.18 4.818E-88 2.888E-83 1.398E-88 1.818E-88 1.498E-f8 1.618E-88 1.568E-88 1.418E-88 13 8846.08 4.14BE-88 1.778E-88 1.218E-88 1.598E-88 1.988E-88 1.558E-88 2.818E-88 1.388E-88 j

14 12878.18 2.388E-88 *,57BE-89 7.248E-89 9.678E-BS 1.118E-88 9.798E-89 1.298E-88 8.988E-89 j

15 16893.49 1.588E-88 6.i...-63 4.98BE-89 5.738E-89 7.528E-89 6.98BE-89 1.88BE-88 1.378E-88 16 24148.29 7.878E-89 3.168E-89 2.388E-89 3.988E-89 4.24BE-89 4.258E-89 6.58BE-89 7.558E-89 l

17 32187.88 4.898E-89 1.948E-89 1.978E-89 2.7682-89 2.818E-89 3.318E-89 4.918E-89 4.988E-89 18 48733.79 3.368E-89 1.338E-89 1.47BE-89 1.62BE-89 2.828E-89 2.238E-89 3.788E-89 3.498E-89 19 48288.48 2.468E-89 9.698E-18 1.158E-89 1.198E-89 1.568E-89 1.Sf8E-89 1.828E-89 2.658E-89 l'

28 56327.29 1.898E-89 7.418E-18 8.96BE-18 9.228E-18 7.658E-18 8.588E-18 1.428E-89 2.188E-89 21 64373.99 1.588E-89 5.858E-18 7.428E-18 7.368E-18 5.838E-18 6.818E-18 1.148E-89 1.728E-89 I

22 72428.75 1.238E-89 4.778E-18 6.318E-18 4.628E-18 4.79BE-18 5.518E-18 9.398E-18 1.44BE-89 d

23 88467.44 1.838E-89 3.96BE-18 5.448E-18 3.848E-18 4.818E-18 4.78BE-18 7.88BE-18 1.238E-89 RECPTR DOVNVIhD VEIGHTED AVERAGES SEC/Ha*3 NO.

DISTANCE N-(9) NNE -(IS)

NE -(11) ENE -(12)

E -(13) ESE -(14)

SE -(15) SSE -(16)

METERS 188.8 282.5 225.8 247.5 278.8 292.5 315.8 337.5 j

I l

1 281.28 1.668E-89 6.868E-89 2.888E-89 3.238E-18 9.88BE-18 8.738E-18 2.268E-18 5.38BE-18 s

2 482.38 5.958E-88 2.828E-87 7.628E-88 1.118E-88 3.598E-88 3.278E-88 9.318E-89 3.998E-88 j

3 884.78 3.94BE-88 1.228E-87 4.998E-88 1.128E-88 2.448E-88 2.48BE-88 1.198E-88 8.618E-88 1

4 1287.88 2.458E-88 8.238E-88 3.518E-88 8.318E-89 1.558E-88 1.828E-88 1.888E-88 9.978E-88

]

5 1689.48 2.198E-88 7.818E-88 3.628E-88 8.368E-89 1.368E-88 1.878E-88 1.178E-88 9.428E-88 l

6 2414.88 2.498E-88 8.38BE-88 4.638E-88 1.158E-88 1.518E-88 2.168E-88 1.69BE-88 7.658E-88 t

j 7

3218.78 2.628E-88 8.178E-88 4.99BE-88 1.33BE-88 1.618E-88 2.168E-88 1.878E-88 6.888E-88 i

8 4823.48 2.538E-88 7.498E-88 4.868E-88 1.358E-88 1.57BE-88 2.888E-88 1.838E-88 4.918E-88 I

9 4828.18 2.358E-88 6.788E-88 4.528E-88 1.298E-88 1.478E-88 1.818E-88 1.78BE-88 4.848E-88 18 5632.78 2.158E-88 5.978E-88 4.15BE-88 1.228E-88 1.368E-88 1.62EE-88 1.568E-88 3.488E-89 l

11 6437.48 1.968E-88 5.328E-88 3.888E-88 1.148E-88 1.258E-88 1.468E-88 1.428E-88 2.918E-88 I

i 12 7242.18 1.798E-88 4.788E-88 3.49BE-88 1.878E-88 1.158E-88 1.328E-88 1.388E-88 2.538E-88 13 8846.88 1.658E-88 4.318E-88 3.218E-88 1.888E-88 1.878E-88 1.288E-88 1.198E-88 2.228E-88 14 12878.18 1.128E-88 2.788E-88 2.288E-88 7.318E-89 7.498E-89 7.97BE-89 8.828E-89 1.358F-88 15 16893.49 8.258E-89 1.988E-88 1.63BE-88 5.688E-89 5.658E-89 5.8BBE-89 5.848E-89 1.888E-88 16 24148.29 5.2BBE-89 1.198E-88 1.84BE-88 3.988E-89 3.718E-89 3.628E-39 3.62BE-89 5.718E-89 17 32187.88 3.748E-89 8.27BE-89 7.528E-89 2.988E-89 2.748E-89 2.998E-89 3.378E-89 3.848E-89 18 48233.79 2.888E-89 6.218E-89 5.83BE-89 3.148E-89 2.968E-89 2.298E-89 2.578E-89 2.818E-89 19 48288.48 2.32fE-89 A.918E-89 4.73BE-89 2.618E-89 2.418E-89 1.84BE-89 2.87BE-8? 2.198E-89 28 56327.25 1.948E-89 4.83FE-89 3.968E-89 2.248E-89 2.828E-89 1.538E-89 1.728E-89 1.778E-89 21 64373.99 2.238E-89 3.396i 89 3.488E-89 1.958E-89 1.73SE-89 1.388E-89 1.47BE-89 1.478E-89 22 72428.75 2.12BE-89 2.918E-89 2.978E-89 1.738E-89 1.518E-?9 1.138E-89 1.288E-89 1.258E-89 73 88857.44

.84fE-8? 2.548E-89 2.648E-89 1.568E-8?

.748E-?? 1.e7BE

.P 1.1285-B? 1.888E-89

~

Tiale 4.1-c AAIA STACK - JULY - JEPT - ;ou /T MIT TOWED - C/C RECPTR DCWhWinG VEIGhTIC AVERACES

./x="2 NO.

DISTANCE S - (1) SSV - (2) SW - i 3 ) VSW - (4)

W-(S) VAW - (6) NW - (7) AAW - (3)

METERS 4.J 22.E 4E.8 67.5 98.8 112.5 135.8 157.5 1

281.28

. 688E-89 6.34E2-18 4.E3BE-18 6.628E-18 1.41BE-89 1.99BE-89 1.14BE-89 S.8CBE-18 2

482.38 8.868E-89 3.78BE-89 1.5BBE-89 1.718E-89 4.898E-89 5.488E-89 2.418E-89 1.BSBE-89 3

884.78 5.598E-89 2.828E-89 1.3HBE-85 1.87BE-39 2.368E-89 3.275E-89 1.558E-89 3.368E-18 4

1287.88 3.168E-89 2.348E-89 6.838E-Ir 7.75HE-18 1.488E-89 2.818E-89 1.13BE-89 7.618E-18 5

1689.48 2.258E-89 1.638E-89 6.428E-18 5.688E-18 9.388E-18 1.37BE-89 8.61BE-18 6.318E-18 t

6 2414.88 1.15BE-89 8.16BE-18 3.58BE-18 2.99BE-18 5.128E-18 7.688E-18 5.39BE-18 4.888E-18 7

3218.78 7.58BE-18 5.24BE-18 2.26BE-18 1.928E-18 3.348E-18 5.878E-18 3.668E-18 3.418E-18 8

4823.48 5.518E-18 3.738E-18 1.578E-18 1.348E-18 2.35BE-18 3.59BE-18 2.658E-18 2.558E-18 9

4828.18 3.888E-18 2.538E-18 1.14BE-18 9.73BE-11 1.72BE-18 2.638E-18 1.98BE-18 1.958E-18 18 5632.78 2.858E-18 1.388E-18 S.78BE-11 7.438E-11 1.32BE-18 2.82BE-18 1.558E-18 1.558E-18 11 6437.48 2.25BE-1& 1.568E-18 6.86BE-11 5.878E-11 1.858E-18 1.628E-18 1.26cE-18 1.27BE-18 12 7242.18 1.83BE-18 1.278E-18 5.548E-11 4.768E-11 8.678E-11 1.338E-18 1.868E-18 1.868E-18 13 8846.88 1.548E-18 1.86BE-18 4.58BE-11 3.96BE-Il 7.168E-11 1.12BE-18 9.32BE-11 9.858E-11 14 12878.18 1.448E-18 7.2SSE-11 2.238E-11 1.94BE-11 3.588E-11 5.62BE-11 4.68BE-11 4.68BE-11 15 16893.49 1.618E-18 6.828E-11 1.358E-11 1.19BE-11 2.15BE-11 3.47BE-11 2.838E-11 3.29BE-11 16 24148.29 6.438E-11 2.458E-11 6.77BE-12 6.848E-12 1.138E-11 1.798E-11 1.438E-11 1.918E-11 17 32187.08 3.22BE-11 1.28BE-11 4.248E-12 3.838E-12 7.52fE-12 1.128E-11 8.98BE-12 1.348E-11 18 48233.79 1.92BE-11 7.918E-12 2.96BE-12 5.268E-12 5.56?E-12 1.83BE-11 6.368E-12 1.828E-11 19 48288.48 1.29BE-11 5.448E-12 2.218E-12 3.72dE-12 4.388E-12 6.1BBE-12 7.128E-12 8.898E-12 28 56327.29 9.288E-12 3.978E-12 2.838E-12 2.768E-12 2.958E-12 4.558E-12 5.31eEv12 6.558E-12 21 64373.99 6.968E-12 3.82BE-12 1.72BE-12 2.12BE-12 2.158E-12 3.53BE-12 4.128E-12 5.388E-12 22 72428.75 5.45BE-12 2.39BE-12 1.47BE-12 1.498E-12 1.748E-12 2.85BE-12 3.328E-12 4.46BE-12 23 88467.44 4.358E-12 1.938E-12 1.27BE-12 1.288E-12 1.42BE-12 2.33BE-12 2.728E-12 3.73BE-12 y

RECPTR DOWNWIND WEIGHTED AVERAGES 1/M**2 NO.

DISTANCE N-(9) NNE -(18)

NE -(11) ENE -( 12 )

E -(13) ESE -(14)

SE -(15) SSE -(16)

METERS 188.8 282.5 225.8 247.5 278.8 292.5 315.8 337.5 1

281.28 2.418E-89 9.86BE-89 3.178E-89 5.718E-18 1.468E-89 1.338E-89 6.348E-18 1.718E-89 2

482.38 5.888E-89 1.918E-88 6.788E-89 1.218E-89 3.888E-89 2.818E-89 1.348E-89 4.818E-89 3

884.78 3.458E-89 1.318E-88 4.758E-89 8.648E-18 2.888E-89 1.978E-89 9.738E-18 4.898E-89 4

1287.88 2.32BE-89 9.838E-89 3.578E-89 6.658E-18 1.38BE-89 1.448E-89 7.598E-18 2.628E-89 5

1689.48 1.748E-89 6.86BE-89 2.86BE-89 5.44BE-18 1.82BE-89 1.13BE-89 6.26BE-18 1.750F 59 6

2414.88 1.878E-89 4.3FBE-89 1.89BE-89 3.61BE-18 6.228E-18 7.34BE-18 4.17BE-18 9.3286-18 7

3218.78 7.248E-18 2.928E-89 1.318E-B9 2.518E-18 4.188E-18 5.858E-18 2.918E-18 5.978E-18 8

4823.48 5.22BE-18 2.11BE-89 9.59BE-18 1.858E-18 3.888E-18 3.69BE-18 2.148E-18 4.158E-18 9

4828.18 3.89BE-18 1.588E-89 7.258E-18 1.4FBE-18 2.238E-18 2.78BE-18 1.628E-18 3.828E-18 18 5632.78 3.85BE-18 1.248E-89 5.72BE-18 1.118E-18 1.758E-IB 2.19BE-18 1.298E-18 2.31RE-18 11 6437.48 2.47BE-18 1.818E-89 4.66BE-18 9.828E-11 1.418E-18 1.78BE-18 1.858E-18 1.828E-18 12 7242.18 2.878E-18 8.44BE-18 3.918E-18 7.568E-11 1.198E-18 1.49BE-18 8.788E-11 1.48EE-18 13 8846.88 1.778E-18 7.19BE-18 3.33BE-18 6.448E-11 1.818E-18 1.278E-18 7.47BE-11 1.228E-18 14 12878.18 9.12BE-11 3.718E-18 1.72BF-18 3.328E-11 5.22BE-11 6.56BE-11 3.868L-11 6.f88E-11 15 16893.49 5.6105-11 2.288E-18 1.85BE-18 2.84&E-11 3.22BE-11 4.838E-11 2.368E-11 3.57BE-11 16 24148.2S 2.858E-11 1.168E-18 5.268E-11 1.818E-11 1.648E-11 2.82BE-11 1.17BE-11 1.84BE-11 17 32187.8F 1.838E-11 7.368E-11 3.388E-11 6.338E-12 1.B58E-11 1.288E-11 7.22BE-12 1.238E-11 18 48233.79

.27BE-11 5.118E-11 2.268E-11 4.358E-12 7.268E-t? 8.77FE-12 4.938E-12 9.418E-12 19 4A288.48 9.37BE-12 3.758E-11 1.658E-11 3.138E-12 5. 3f ?E-: 2 6.32BE-12 3.588E-12 7.748E-12 28 56327.29 7.188E-12 2.87BE-11 1.268E-11 2.37BE

'.2 A.858E-:

A.7?BE-12 2.77BI-12 6.688E-12 21 64373.99 5.440E-12 2.2585-11 9.88BE-12 1.858E-;Z 3.2.?'E-12 3.7CfE-12 2.24fE-12 5.73BE-12 22 72428.75 6.118E-12 1.8tPE-11 7.988E-12 1.498E-1? 2.S?*e

'T

?.82f:

'.2

.96f:-?? 4.988E-12

~~

?f t 6 '. 44 5.358E-12 :.52fE-11 S.5SBE-12 1.238E-12 7.159E-;2 2.4785-12

.39fE- ' d.36BE-12

Table -.1-7 AEAC'.*0A it.63IAO VEN - CCT - 320 - 228 FT AE7 TOVE2 - %!O RECPTR 00VMVIhC VEICHTE6 AVERA0ES S 2 C / ~M

1 NO.

DISTANCE S-62 SSV - (2) CV - ( 3 ) WSW - (*;

k - (5) VaV - (6).Y

- ( 7 )

Mr.V sa)

METERS J.8 22.5 46.3 37.E 98.8 112.5 135.8 157.5 1

281.E2 4.3382-87 6.86BE-87 1.13BE-36 /.883E-87 2.838E-27 6.148E-88 1.378E-87 6.158E-87 2

482.38 J.85BE-87 7.758E-87 1.70BE-J5 ;.0682-86 3.6982-87 3.62BE-88 7.858E-88 2.188E-87 3

884.78 3.588E-87 2.998E-87 5.368E-87 5.17BE-87 1.488E-87 2.43JE-87 3.48BE-88 7.628E-88 4

1287.88 1.698E-87 1.46BE-87 2.888E-87 2.998E-87 7.57BE-88 1.59BE-87 3.63BE-88 5.988E-88 1

5 1689.48 1.868E-87 9.24BE-88 1.828E-87 2.838E-87 4.75BE-88 1.118E-87 3.618E-88 5.978E-88 6

2414.88 5.568E-88 4.868E-88 9.318E-88 1.868E-87 2.588E-88 6.348E-88 3.818E-88 5.758E-88 7

3218.78 3.6BBE-88 3.148E-88 5.9BBE-88 6.77BE-88 1.788E-88 4.178E-88 2.378E-88 5.87BE-88 8

4823.48 2.68BE-88 2.258E-88 4.15BE-88 4.788E-88 1.228E-88 3.888E-28 1.888E-88 4.388E-88 9

4828.18 2.BBBE-88 1.72EE-88 J.128E-88 3.68BE-88 9.388E-89 2.298E-88 1.548E-88 3.778E-28 18 5632.78 1.618E-88 1.388E-88 2.478E-88 2.848E-88 7.518E-89 1.818E-88 1.288E-88 3.278E-18 11 6437.48 1.348E-88 1.14BE-88 2.818E-88 2.318E-88 6.2BRE-89 1.49BE-88 1.898E-88 2.888E-88 12 7242.18 1.148E-88 9.628E-89 1.698E-88 1.938E-88 5.248E-89 1.248E-88 9.398E-89 2.558E-88 13 8846.88 9.83BE-89 8.38BE-89 1.45BE-88 1.658E-88 4.62BE-89 1.868E-88 9.55BE-89 2.598E-88 14 12878.18 5.758E-B9 4.818E-89 8.188E-89 9.218E-89 2.658E-89 5.918E-89 5.438E-89 1.748E-88 15 16893.49 3.98BE-B9 3.288E-89 5.488E-89 6.18BE-89 1.81BE-89 3.88BE-89 3.768E-89 1.478E-88 16 24148.29 2.398E-89 1.92BE-89 3.128E-89 2.4BBE-89 1.B68E-89 2.12BE-89 2.1SBE-89 8.428E-89 17 32187.88 1.688E-89 1.33BE-89 2.138E-89 2.378E-89 7.39BE-18 1.418E-89 1.47BE-89 5.788E-89 18 48233.79 1.28BE-89 1.818E-89 1.68BE-89 1.71cE-89 5.628E-18 1.838E-89 1.898E-89 4.24HE-89 19 48288.48 1.B48E-89 8.11BE-18 1.278E-89 1.35BE-89 4.528E-18 S.85BE-18 8.678E-18 3.368E-89 28 56327.29 8.67BE-18 6.748E-18 1.85BE-89 1.198E-89 3.768E-18 6.518E-18 7.12BE-18 2.758E-89 21 64373.99 7.42BE-18 5.758E-18 8.92BE-18 9.28BE-18 3.218E-18 5.428E-18 6.818E-18 2.328E-89

,u 22 72428.75 6.498E-18 5.888E-18 7.73JE-18 7.99BE-18 2.888E-18 4.63BE-18 5.19BE-18 1.998E-89 7

23 88467.44 5.758E-18 4.42EE-18 6.888E-18 7.888E-18 2.488E-18 4.828E-18 4.55BE-18 1.74BE-89 i

RECPTR DOWNVIND VEIGHTED AVERAGES SEC/M*=3 NO.

DISTANCE N- (9) NNE -(18)

NE -(11) ENE -(12)

E -(13) ESE -(14)

SE -(15) SSE -(16)

METERS 188.8 282.5 225.8 247.5 278.8 292.5 315.8 337.E 1

281.28 2.888E-86 3.338E-86 4.718E-86 3.768E-86 2.238E-B5 1.488E-86 1.478E-86 7.228E-87 2

482.38 6.55BE-87 1.358E-86 1.828E-86 1.218E-86 8.118E-87 6.81BE-87 6.818E-87 3.728E-87 3

884.78 2.48BE-87 5.338E-87 6.56BE-87 4.488E-87 3.318E-87 2.83BE-87 3.578E-87 1.76BE-87 4

1287.88 1.868E-87 3.77BE-87 4.218E-87 3.18BE-87 2.398E-87 2.19BE-87 2.748E-87 1.488E-87 5

1689.48 1.79BE-87 3.198E-87 3.468E-87 2.858E-87 2.15BE-87 1.93BE-87 2.228E-87 1.848E-87 6

2414.88 1.678E-87 2.458E-87 2.73BE-87 2.518E-87 1.848E-87 1.488E-87 1.588C-87 6.988E-88 7

3216.78 1.44BE-87 1.948E-87 2.26BE-87 2.198E-87 1.538E-87 1.158E-27 1.13BE-87 5.19BE-28 8

4823.48 1.22BE-87 1.58BE-87 1.89BE-87 1.98BE-87 1.278E-87 9.188E-88 8.318E-88 3.718E-88 9

4828.18 1.84BE-87 1.31BE-87 1.618E-87 1.64BE-87 1.878E-87 7.418E-88 S.73BE-88 2.958E-88 18 5632.78 8.97BE-88 1.11BE-87 1.398E-87 1.44BE-87 9.138E-88 6.19BE-88 5.488E-BS 2.588E-88 11 6437.48 7.838E-B8 9.588E-88 1.228E-87 1.28BE-87 7.928E-88 5.27BE-88 4.57BE-88 2.89BE-SE 12 7242.18 6.91BE-88 8.38BE-88 1.88BE-87 1.14BE-87 6.968E-88 4.56BE-88 3.898E-88 1.898E-88 13 8846.88 6.158E-88 7.42SE-88 9.68BE-88 1.B3BE-87 6.178E-88 4.88EE-BB 3.378E-88 1.678E-88 14 12878.18 3.86BE-B8 4.628E-88 6.248E-88 6.72BE-88 3.848E-88 2.418E-88 1.96BE-88 9.528E-89 15 16893.49 2.74BE-88 3.278E-88 4.52EE-88 4.9BBE-88 2.718E-88 1.688E-88 1.33BE-88 6.468E-89 16 24148.29 1.67BE-88 1.98BE-88 2.848E-88 3.36BE-88 1.658E-88 1.888E-28 7.518E-89 3.678E-89 17 32187.88 1.10BE-B8 1.48BE-88 2.848E-88 2.5BBE-B8 t.168E-20 7.328E-F9 5.388E-89 2.588E-89 18 48233.79 8.94BE-89 1.87FE-88 1.578E-88 2.888E-8P ?.o:8E-f? 5.31EE-Bi 4.888E-89 1.868E-89 19 48288.48 7.188E-89 8.58FE-89 1.288E-88 1.678E-80 7.73fE-fE 4.39BE-89 3.16fE-29 1.488E-89 28 56327.29 5.96fE-89 7.1L7E-89 1.B7BE-88 1.38BE-88 6.4885-89 3.628E-89 2.5?BE-89 1.22SE-89 21 64373.99 5.55fE-89 6.88F'-89 9.16BE-89 1.178E-88 5.423E-89 3.878E-89 ?.29fE-89 1.838E-89 22 72428.75 4.93BE-89 5.29BI-89 8.888E-89 1.81BE-88 t.

7?*E-99 2.66?!-?9 1.E9fE-89 8.888E-18 23 PB467.44 4.2:9E-89 f.66BE-F9 7.88BE-89 8.918E-B9 e. '. 5 7E -f ? 2.34BE-99 '.55fE-89 7.79BE-18

Tabic 4.1-6 AEACTOR abiLOING VEAT - OCT - OEC - 22J F7 MIT 70WIR - X/O SEPLITI; RECPTA COWdWIAD VIIGHTi; AVERACES S E0 / r.= = E NO.

DIS 7AhCE O - (i) $$W - (2) SW - :3) VSW -.4)

V sS) kNV - (6) RU - ( 7 ) Ahk - (8)

.ETERS 8.8 22.5 46.J 67.5 98.3 112.5

,135.8

.67.5 1

261.28 4.11JE-s7 4.62BE-87 1.2782-86 7.39BE-17 1.95BE-87 5.73BE-58 1.332E-57 5.758E-E7 2

482.38 8.44BE-27 7.238E-87 1.568E-J6 1.263E-25 3.49EE-J7 3.365E-3E 6.688E-86 1.89BE-87 3

884.70 3.BBBE-87 2.558E-87 4.682E-87 4.288E-87 1.368E-87 2.38BE-87 3.268E-88 6.668E-88 4

1287.83 1.39EE-87 1.28BE-87 2.398E-J7 2.628E-87 6.85BE-88 1.488E-87 3.4E8E-88 5.338E-88 5

1689.48 8.458E-88 7.358E-88 1.468E-87 1.732E-87 4.258E-88 1.82BE-87 3.47BE-88 5.46BE-88 6

6 2414.88 4.25BE-88 3.718E-88 7.168E-88 8.59BE-88 2.24EE-88 5.63BE-88 2.89BE-SC 5.37BE-28 7

3218.78 2.65BE-88 2.38BE-88 4.37BE-88 E.318E-88 1.448E-88 3.63BE-88 2.268E-88 4.758E-88 8

4823.48 1.84BE-88 1.59BE-88 2.978E-88 3.658E-88 1.82BE-88 2.56BE-88 1.788E-88 4.89BE-88 9

4828.18 1.30BE-88 1.188E-88 2.178E-28 2.E78E-88 7.648E-89 1.928E-88 1.45BE-88 3.518E-88 18 5632.78 1.888E-28 9.198E-89 1.668E-88 2.868E-88 6.818E-89 1.EJBE-88 1.288E-88 3.84BE-88 11 6437.48 8.748E-89 7.418E-89 1.338E-88 1.65BE-28 4.88BE-29 1.218E-88 1.818E-88 2.678E-88 12 7242.18 7.268E-89 6.14BE-89 1.89BE-88 1.358E-88 4.878E-99 9.96BE-89 8.718E-89 2.368E-88 13 8846.88 6.16BE-39 5.19BE-89 9.158E-89 1.138E-88 2.918E-89 8.488E-89 8.588E-89 2.48BE-88 14 12878.18 3.338E-89 2.788E-29 4.78BE-89 E.91BE-89 1.54BE-89 4.42BE-89 4.64BE-89 1.58BE-88 15 16893.49 2.16BE-89 1.78BE-89 3.818E-89 3.788E-89 9.848E-18 2.77BE-89 2.638E-89 8.328E-89 16 24148.29 1.168E-89 9.328E-18 1.54BE-89 1.86BE-89 5.288E-18 1.388E-89 1.358E-85 4.118E-89 17 32187.88 7.45BE-18 5.988E-18 9.68BE-18 1.188E-89 3.3fBE-18 7.898E-18 7.688E-18 2.548E-89 18 48233.79 5.278E-18 4.148E-18 6.678E-18 7.87BE-18 2.32BE-1B 4.468E-18 4.998E-18 1.758E-89 19 48288.48 3.988E-18 3.18BE-18 4.97BE-18 5.228E-18 1.758E-18 3.888E-18 3.328E-18 1.298E-89 28 56327.29 3.13BE-18 2.438E-18 3.878E-18 4.838E-18 1.368E-18 2.35BE-18 2.578E-18 1.88BE-89 21 64373.99 2.548E-18 1.968E-18 3.11BE-18 3.228E-18 1.188E-18 1.85BE-18 2.858E-18 7.97BE-18 e

22 72428.75 2.118E-18 1.638E-18 2.578E-18 2.6BBE-18 9.12BE-11 1.518E-18 1.69BE-18 6.548E-18 23 88467.44 1.79BE-18 1.37BE-18 2.168E-18 2.17BE-18 7.78BE-11 1.25BE-18 1.41BE-18 5.45BE-18 RECPTR DOWHVIND WEIGHTED AVERAGES SEC/Ma*3 NO.

DISTANCE N-(9) NNE -(18)

NE -(11) ENE -(12)

E -(13) ESE -(14)

SE -(15) SSE -(16)

METERS 188.8 282.5 225.8 247.5 278.8 292.5 315.8 337.5 1

281.28 1.948E-86 3.12BE-86 4.418E-86 3.518E-86 2.888E-86 1.328E-86 1.378E-F6 6.88BE-87 2

482.38 5.898E-87 1.24BE-86 1.668E-86 1.898E-86 7.378E-87 6.338E-87 6.29BE-87 3.47BE-87 3

884.78 2.16BE-87 4.788E-97 5.848E-87 3.918E-87 2.948E-87 2.58BE-87 3.388E-87 1.62BE-87 4

1287.88 1.64BE-87 3.39BE-87 3.73BE-87 2.798E-87 2.138E-87 2.828E-87 2.53BE-87 1.298E-87 5

1689.48 1.628E-87 2.398E-87 3.89BE-87 2.558E-B7 1.95BE-87 1.798E-87 2.848E-87 9.528E-88 6

2414.88 1.558E-87 2.23BE-87 2.488E-87 2.318E-87 1.788E-87 1.388E-87 1.44BE-87 6.338E-88 7

3218.73 1.358E-87 1.76BE-87 2.85BE-87 2.838E-27 1.42BE-87 1.86BE-87 1.BIBE-87 4.528E-88 8

4823.48 1.158E-87 1.438E-87 1.72BE-87 1.76BE-87 1.188E-87 8.388E-88 7.368E-88 3.28BE-88 9

4828.18 9.778E-88 1.188E-87 1.468E-87 1.53BE-87 9.988E-88 6.78BE-88 5.868E-88 2.578E-38 18 5632.78 8.42BE-88 9.92BE-88 1.26BE-87 1.348E-87 8.448E-B8 5.63BE-88 4.728E-88 2.158E-88 11 6437.48 7.35BE-88 8.53BE-88 1.lBBE-87 1.19BE-87 7.318E-88 4.78BE-88 3.898E-88 1.?78E-88 12 7242.18 6.488E-88 7.43BE-88 9.778E-B8 1.86BE-97 6.48BE-88 4.118E-88 3.288E-88 1.558E-88 13 8846.88 5.768E-88 6.568E-88 8.748E-88 9.53BE-88 5.67BE-88 3.598E-88 2.818E-28 1.288E-88 14 12878.18 3.6BBE-88 4.828E-88 5.58BE-B8 6.218E-88 3.588E-88 2.13BE-88 1.588E-88 6.07BE-89 15 16893.49 2.548E-88 2.888E-88 4.BIBE-B8 4.518E-88 2.45BE-88 1.468E-88 1.83BE-88 3.588E-99 16 24148.29 1.54fE-88 1.67BE-88 2.48BE-88 3.88EE-38 1.47fE-39 9.48BE-89 5.618E-89 1.83BE-89 17 32187.88 1.37BE-B8 1.158E-f8 1.768E-B8 2.22BE-88 1.8?9E-88 5.38fE-89 2.918E-29 1.13HE-59 16 48233.79 8.12BE-89 8.678E-29 1.35BE-88 1.54BE-88 6.25?S-8? 3.77?E-f? 1.998E-89 7.84BE-18 19 48288.48 6.49BE-89 5.898E-89 1.888E-89 1.18BE-F8 4.44EE-f? 2.8581-29 1.46BE-89 5.828E-19 28 56327.29 5.3 5BE-89 5. 63BE-89 8. 9 7BE-B? ?. 38BE-89 3.41?E-f E 2. 258E-f 3 :.128E-89 4.518E -18 21 64373.99 2.56BE-89 4. 76fE-f 9 7.628E-89 7. 6 9BE-89 2. 718E-F? 1.848E-89 8.938E-18 3.618".-18 22 72428.75 1.628E-29 I.8?fE-f9 6.618E-89 6.49EE-89 2.~??E-f9 1.548E-89 7.72BE-18 2.986E-18 CO

?8467.44 1.368E-?9 7.57?E-89 5.88BE-89 5.55BE-P?

1.'7"E

"?

'.318E-?? 5.118E-18 2.588E-18

Ts51e 4.1-9 REACTCR ausu0!NC VENT - OCT - Dis - 22J 7",d? TGWin - D/0 AECPTR COVAV1 3 WEIGHTE0 AVERAGE; 1/A**2 NO.

31STAACE i - (a) SSW -(2)

SV - (3) VSW - (4)

V

,5 ) WMW - (61 WV - (7; AW4 -td>

%ETERS 8.s 22.5

E.$

E'.5 OJ.E 112.5 135.8 657.E 1

281.28 1.42EE-58 1.59BE-29 5.45dE-B8 3.4SEE-38 5.338E-89 S.B88E-15 3.528E-85 7.29BE-85 2

482.38 2.11BE-JS 1.958E-88 4.288E-33 2.978E-Ja 7.348E-ES 9.99BE-1E 2.498E-89 3.118E-89 3

884.78 7.318E-49 6.63BE-89 1.398E-88 1.52BE-88 2.38BE-39 1.538E-89 1.J98E-89 1.448E-49 4

1287.88 3.588E-89 3.268E-89 6.988E-89 5.87BE-89 1.128E-89 8.55DE-18 6.288E-18 9.98BE-18 g

5 1689.48 2.148E-89 1.958E-89 4.168E-89 3.86BE-89 6.538E-18 5.368E-18 4.14BE-18 7.458E-18 6

2414.88 1.83BE-89 9.358E-18 2.883E-89 1.478E-89 3.148E-18 2.6BBE-18 2.288E-18 4.42SE-18 7

3218.78 6.17BE-18 5.58BE-18 1.198E-89 8.84BE-18 1.86BE-18 1.67BE-18 1.41BE-18 2.968E-18 8

4823.48 4.16BE-18 3.768E-18 8.83BE-18 5.98BE-18 1.258E-18 1.16BE-18 9.798E-11 2.138E-18 9

4828.18 3.87BE-18 2.778E-18 5.91BE-18 4.36BE-18 9.85BE-11 8.13BE-11 7.178E-11 1.598E-18 18 5632.78 2.35BE-18 2.128E-18 4.53BE-18 3.33BE-18 6.898E-11 6.87BE-11 5.518E-11 1.23BE-18 11 6437.48 1.858E-18 1.67BE-18 3.57BE-18 2.628E-18 5.45BE-11 4.748E-11 4.37BE-11 9.878E-11 12 7242.18 1.49BE-18 1.35BE-18 2.87BE-18 2.11BE-18 4.428E-11 3.82BE-11 3.558E-11 8.83BE-11 13 8846.88 1.22BE-18 1.lB8E-18 2.35BE-18 1.738E-18 4.54BE-11 3.16BE-11 3.818E-11 6.73BE-11 14 12878.18 5.63BE-11 5.88BE-11 1.88BE-18 8.35BE-11 2.18BE-11 2.148E-11 1.878E-11 3.27BE-11 15 16893.49 3.24BE-11 2.928E-11 6.22BE-11 5.82BE-11 1.218E-11 1.92BE-11 2.48BE-11 3.86BE-11 16 24148.29 1.5BBE-11 1.35BE-11 2.88BE-11 2.29BE-11 5.638E-12 7.868E-12 1.81BE-11 1.78BE-11 17 32187.88 8.74BE-12 7.848E-12 1.678E-11 1.28BE-11 3.388E-12 3.698E-12 4.4BBE-12 1.848E-11 18 48233.79 5.75BE-12 5.15BE-12 1.18BE-11 8.41BE-12 2.188E-12 1.92BE-12 2.55BE-12 6.82EE-12 19 48288.48 4.89BE-12 3.66BE-12 7.83BE-12 5.98BE-12 1.56HE-12 1.42BE-12 1.63BE-12 4.858E-12 28 56327.29 3.86BE-12 2.73BE-12 5.85BE-12 4.47BE-12 1.148E-12 1.86BE-12 1.218E-12 3.638E-12 21 64373.99 2.378E-12 2.128E-12 4.53BE-12 3.468E-12 8.82BE-13 8.238E-13 9.41BE-13 2.81BE-12 22 72428.75 1.928E-12 1.718E-12 3.66BE-12 2.828E-12 7.12BE-13 6.65BE-13 7.688E-13 2.27BE-12 m

23 88467.44 1.57BE-12 1.4BBE-12 3.8BBE-12 2.298E-12 5.83BE-13 5.44BE-13 6.22BE-13 1.86BE-12 I

RECPTR DOWNVIND VEIGHTED AVERAGES 1/Ma*2 NO.

DISTANCE N-(9) NNE -(18)

NE -(11) ENE -(12)

E -(13) ESE -(14)

SE -(15) SSE -(16)

METERS 188.8 282.5 225.8 247.5 278.8 292.5 315.8 337.5 1

281.28 2.758E-88 7.158E-88 8.21BE-88 4.828E-88 3.838E-88 3.348E-88 3.29BE-88 1.84BE-88 2

482.38 1.898E-88 3.61BE-88 4.19BE-88 1.68BE-88 1.818E-28 2.84BE-88 2.15BE-88 1.23BE-88 3

884.78 4.37BE-89 1.67BE-88 1.83BE-88 7.198E-89 7.948E-89 9.51BE-89 1.848E-88 5.948E-89 4

1287.88 2.56BE-89 1.BBBE-88 1.83BE-28 4.32BE-89 4.68BE-89 5.38BE-89 5.98BE-89 3.38BE-89 5

1689.48 1.728E-89 6.74BE-89 6.65BE-89 2.96BE-29 3.13BE-89 3.47BE-89 3.89BE-89 2.888E-89 6

2414.88 9.27BE-18 3.63BE-89 3.48BE-89 1.63BE-89 1.688E-89 1.79BE-89 2.84BE-89 1.868E-89 7

3218.78 5.958E-18 2.34BE-89 2.218E-89 1.B68E-89 1.888E-89 1.13BE-89 1.278E-89 6.57BE-18 8

4823.48 4.16BE-18 1.638E-89 1.54BE-89 7.44BE-18 7.56BE-18 7.78BE-18 8.668E-18 4.468E-18 9

4828.18 3.87BE-18 1.2BBE-89 1.128E-89 5.58BE-18 5.55BE-18 5.67BE-18 6.318E-18 3.258E-18 18 5632.78 2.37BE-18 9.18BE-18 8.618E-18 4.24BE-18 4.268E-18 4.33BE-18 4.88BE-18 2.478E-18 11 6437.48 1.888E-18 7.27BE-18 6.83BE-18 3.37BE-18 3.38BE-18 3.428E-18 3.788E-18 1.958E-18 12 7242.18 1.528E-18 5.9BBE-18 5.57BE-18 2.738E-18 2.758E-18 2.77BE-18 3.858E-18 1.578E-18 13 8846.88 1.26BE-18 4.89BE-18 4.63BE-18 2.268E-18 2.288E-18 2.38BE-18 2.528E-18 1.388E-18 14 12878.18 6.12BE-11 2.39BE-18 2.26BE-18 1.118E-12 1.118E-18 1.118E-18 1.21EE-18 7.828E-11 15 16893.49 3.67BE-11 1.45BE-18 1.37BE-18 6.668E-11 6.74BE-11 5.738E-11 7.268E-11 4.588E-11 16 24148.29 1.79BE-11 7.24BE-11 6.94BE-11 3.24BE-11 3.362E-1: 3.39BE-11 3.68BE-11 2.898E-11 17 32187.88 1.89BE-11 4.58BE-11 4.398E-11 2.82BE-11 2.88HE-11 I.27BE-11 3.48BE-11 1.22BE-11 18 48233.79 7.38BE-12 3.888E-11 3.84BE-11 2.67BE-11 3.4dHE-!! 1.58BE-11

.04BE-11 8.848E-12 19 48288.48 5.37BE-12 2.23BE-11 2.25BE-11 2.28BE-11 2.27BE-l' 1.32BE-1. '.37EE-11 5.74BE-12 28 56327.29 4.15BE-12 1.788E-11 1.74BE-11 1.968E-11 1.73*E-11 1.87BE-11 1.818E-11 4.298E-12 21 64373.99 1.18BE-11 1.34BE-11 1.39BE-11 1.78BE-11 1.71BE-11 8.798E-12 7.78BE-12 3.33BE-12 22 72428.75 5.16BE-12 1.89BE-11 1.148E-11 1.46BE-11 1.f38E ~

7.32BE-12 6.28BE-12 2.69BE-12 23 88467.44 5.848E-12 6.998E-12 9.578E-12 1.278E-11 P.25BE

.2 5.16FE-12 5.P3BE-12 2.2BBE-12

Table 4.1-10

=

MAIN STAC4 - OCT - J2C - 228 FT AET TCw2K - %/C RECPTA 00VhWinG W214HTES AVERAGES SEC/a="2 NC.

DISTANCE S-(!) SSV - (2) SV - (3) VSV - ;4)

W-

5) VNV - ( 5 ) MV - ( 7 ) HAW - (31 DETERS 4.J 22.5 46.J 17.5 98.E 112.5 135.4 157.6 1

281.28 5.17EE-89 6.368E-85 1.158E-Ad 1.83EE-58 6.i&BE-1; ;.2162-E5 5.4f32-;J 2.413E-18 2

482.38 1.778E-87 1.358E-87 1.838E-87 1.42BE-87 2.54fE-ES 2.528E-88 7.338E-29 6.528E-r9 3

384,78 s.JJBE-88 5.76BE-SS 7.6882-J8 6.58J2-26 a.34&E-86 1.248E-82 4.288E-89 3.348E-89 4

1287.88 5.15BE-88 7.3BBE-88 6.698E-88 9.048E-#3 2.J88E-88 S.94BE-ss 5.128E-89 2.378E-89 5

1689.48 4.68BE-38 6.448E-88 6.44BE-86 1.828E-87 2.89BE-86 1.1J8E-BS 6.77BE-89 2.948E-89 i

E 2414.88 2.84BE-88 3.38BE-88 4.838E-88 7.23BE-88 1.92BE-88 1.28.tE-88 8.758E-89 4.758E-89 7

3218.78 1.89BE-88 2.17BE-B8 3.798E-88 5.318E-88 1.678E-88 1.146t-88 8.888E-89 5.758E-89 8

4823.48 1.378E-88 1.56BE-88 3.86BE-88 4.878E-88 1.458E-88 1.83BE-B8 8.19BE-89 5.99BE-89 9

4828.18 1.858E-88 1.19BE-88 2.53BE-88 3.24BE-88 1.268E-88 9.19BE-89 7.398E-89 5.778E-89 18 5632.78 8.478E-89 9.5BBE-89 2.14BE-88 2.658E-88 1.118E-88 8.24BE-89 6.658E-89 5.468E-89 11 6437.48 7.83BE-89 7.84BE-89 1.84BE-88 2.23BE-88 9.84BE-89 7.42BE-89 5.99BE-89 5.118E-89 12 7242.18 5.978E-89 6.620E-89 1.618E-88 1.98BE-88 8.838E-89 6.738E-89 5.448E-89 4.798E-89 13 8846.88 5.178E-89 5.78BE-89 1.42BE-88 1.65BE-BS 1.31BE-88 6.768E-89 6.888E-89 4.47BE-89 14 12878.18 3.848E-89 3.29BE-89 0.838E-89 9.788E-89 7.958E-89 4.518E-89 4.38BE-89 3.2 BBL-89 15 16893.49 2.1BBE-89 2.248E-89 6.25BE-89 6.638E-89 5.568E-89 3.32EE-89 3.538E-89 4.818E-89 16 24148.29 1.248E-89 1.38BE-89 3.798E-89 3.84BE-89 3.32BE-29 2.12EE-89 2.118E-89 2.318E-m9 17 32187.88 8.76BE-18 9.848E-18 2.68BE-89 2.668E-89 2.32SE-89 1.738E-89 1.52BE-89 1.588E-89 18 48233.79 6.78BE-18 6.84BE-18 2.85BE-89 2.86BE-89 1.76BE-B9 1.53BE-89 1.178E-89 1.188E-89 19 48288.48 5.418E-18 5.488E-18 1.65BE-89 1.638E-89 1.418E-89 1.388E-89 1.84BE-89 9.398E-18 28 56327.29 4.528E-18 4.55BE-18 1.43BE-89 1.34BE-89 1.28BE-89 1.87BE-89 8.55BE-18 7.718E-18 21 64373.99 3.878E-18 3.888E-18 1.22BE-B9 1.14BE-89 1.88BE-89 9.868E-IH 7.19BE-18 6.51BE-18 s

22 72428.75 3.38BE-18 3.37BE-18 1.858E-99 9.88BE-18 9.28BE-18 7.BBBE-18 6.188E-18 5.62BE-18 23 88467.44 3.888E-18 2.988E-18 9.278E-18 8.678E-18 8.18BE-18 6.828E-18 5.48HE-18 4.928E-18 8

RECPTR DOWNVIND VEIGHTED AVERAGES SEC/M**3 NO.

DISTANCE N-(9) NNE -(18)

NE -(11) ENE -(12)

E -(13) ESE -(14)

SE -(15) SSE -(16)

METERS 188.8 282.5 225.8 247.5 278.8 292.5 315.8 337.5 i

1 281.28 7.548E-18 1.57BE-89 6.578E-89 1.248E-89 1.588E-89 2.238E-89 2.778E-89 2.338E-89 2

482.38 1.858E-88 4.30BE-88 1.788E-b7 4.19BE-88 6.838E-88 6.968E-88 8.338E-88 8.828E-88 3

884.78 7.218E-89 2.318E-88 9.898E-88 3.868E-88 2.798E-88 3.59BE-88 4.47BE-88 7.798E-88 4

1287.88 6.89BE-89 1.BBBE-BB 5.8885-88 2.848E-88 1.76BE-88 2.288E-88 2.818E-88 3.88BE-88 5

1689.48 9.868E-89 1.95BE-88 5.298E-28 1.988E-88 1.768E-38 2.848E-SS 2.668E-88 E.188E-88

}

6 2414.88 1.598E-88 2.28BE-88 5.84BE-88 2.388E-88 2.858E-88 2.14BE-88 2.835E-86 6.148E-88 a

7 3218.78 1.92BE-88 2.288E-88 4.728E-88 2.56BE-88 2.138E-88 2.12SE-88 2.888E-38 4.47BE-88 1

8 4823.48 1.99BE-88 2.12BE-88 4.278E-88 2.553E-88 2.84BE-88 1.998E-88 2.618E-82 3.678E-83 9

4828.18 1.918E-88 1.92SE-88 3.8BBE-88 2.428E-88 1.898E-88 1.818E-88 2.368E-28 2.968E-88 18 5632.78 1.818E-B8 1.738E-88 3.398E-88 2.26BE-88 1.738E-88 1.658E-88 2.138E-Ba 2.468E-88 11 6437.43 1.698E-88 1.578E-88 3.838E-88 2.128E-88 1.598E-88 1.518E-88 1.938E-88 2.888E-88 12 7242.18 1.59BE-98 1.438E-88 2.748E-88 1.968E-Se 1.468E-88 1.388E-88 1.76BE-88 1.88BE-88 13 8846.88 1.488E-88 1.3BBE-88 2.49BE-88 1.828E-88 1.358E-BS 1.278E-88 1.62BE-88 1.578E-88 14 12878.18 1.878E-88 8.88BE-89 1.668E-88 1.318E-88 9.458E-89 8.858E-89 1.188E-88 9.488E-89 15 16893.49 8.16BE-89 6.68BE-89 1.228E-BB 1.BBBE-88 7.138E-89 S.66BE-89 8.18BE-89 5.848E-89 16 24148.29 5.37BE-89 4.24BE-89 7.69BE-89 9.64BE-89 t.SSBE-29 4.35BE-89 5.24BE-89 3.97BE-89 17 32187.88 3.978E-89 3.188E-89 5.56BE-89 4.94BE-89 3.448E-89 3.55BE-89 4.638E-89 2.73BE-89 18 48233.79 3.118E-89 2.42BE-89 4.38BE-89 4.52BE-89 3.38BE-89 !.838E-89 3.53BE-89 2.85BE-89 19 48288.48 2.55BE-89 1.96BE-89 3.588E-89 3.69BE-89 2.74BE-89 2.318E-89 2.848E-89 1.638E-89 2f 36327.29 2.15BE-89 1.678E-89 2.93BE-89 3.188E-83 2.3.?BE-89 1.94BE-89 2.368E-89 1.35BE-#S 21 64373.99 2.29BE-89 1.44fE-89 2.528E-89 2.678E-89. 97BE-89 1.668E-89 2.818E-89 1.148E-89 22 72428,75 2.198E-89 1.26BE-89 2.218E-89 2.34BE-79 1.72fE

.~c 1.468E-89 1.758E-89 9.858E-18 23 98467.4A 1.928E-83 1.13BE-89 1.96BE-99 2.88BE-89 1.53fE-f?

.2?BE-89 1.558E-89 ?.548E-18

Taole 4.1-1.

MAIN $ YACK - OCT - C~C - 222 ~7 XIT TGVER X/C CI?LETE:

RECrYA SOVAulnD VEIGHTEL AVERA02!

0;i/r.' ;

NO.

DISTANCE s-(*) s SV - ( 2.' SV - ( 3 ) LSV - (4) w.4) VnV - ( 6) nV - ( 7 )

d KV - ( d )

METERS J.h 22.5 45.J 67.5 98.8 112.5 135.J 157.5

^

1 281.28 5.17BE-89 6.368E-89 1.158E-83 1.838E-88 8.188E-18 1.218E-89 5.488E-18 2.418E-18 2

482.;8 1.738E-67. 318E-87 1.818E-87 1.488E-87 2.518E-88 2.988E-BS 7.258E-89 6.458E-89 3

884.78 7.688E-88 5.518E-88 7.298E-88 8.178E-88 1.78BE-88 1.2BBE-88 4.17BE-89 3.23BE-89 4

1287.88 4.82EE-88 6.778E-88 6.48BE-80 9.418E-88 1.948E-88 9.658E-89 4.938E-89 2.27BE-89 5

1689.48 4.198E-88 5.388E-88 6.188E-88 9.568E-88 2.828E-88 1.878E-88 6.528E-89 2.838E-89 6

6 2414.88 2.388E-88 2.728E-88 4.538E-88 6.75BE-88 1.85BE-88 1.168E-88 8.488E-89 4.688E-89 7

3218.78 1.518E-88 1.788E-88 3.528E-88 4.988E-88 1.598E-88 1.898E-88 8.378E-89 5.558E-89 8

4823.48 1.878E-88 1.188E-88 2.82BE-88 3.718E-88 1.378E-88 9.868E-89 7.728E-89 5.778E-89 9

4828.18 8.838E-89 8.888E-89 2.328E-88 2.918E-88 1.188E-88 8.758E-89 6.948E-89 5.568E-89 18 5632.78 6.33BE-89 6.88BE.89 1.958E-88 ?.36BE-88 1.848E-88 7.828E-89 6.218E-89 5.248E-89 i

i 11 6437.48 5.158E-89 5.568E-89 1.67BE-Ba 1.978E-88 9.198E-89 7.828E-89 5.588E-89 4.918E-89 12 7242.18 4.388E-89 4.618E-89 1.458E-88 1.678E-88 8.228E-89 6.358E-89 5.848E-89 4.598E-89 13 8846.88 3.678E-89 3.918E-89 1.20BE-88 1.44BE-88 1.218E-88 6.368E-89 6.328E-89 4.288E-89 14 12878.18 2.828E-89 2.898E-89 7.838E-89 8.218E-89 7.178E-89 4.218E-89 3.968E-89 3.848E-89 15 16893.49 1.328E-89 1.348E-89 5.48BE-89 5.488E-89 4.888E-89 3.888E-89 3.158E-89 3.488E-89 16 24148.29 7.118E-18 7.818E-18 3.268E-89 3.85BE-89 2.77BE-89 1.948E-89 1.858E-89 1.858E-89 17 32187.88 4.538E-18 4.48BE-18 2.268E-89 2.82BE-89 1.84BE-89 1.588E-89 1.318E-89 1.178E-89 18 48233.79 3.18BE-18 3.868E-18 1.788E-89 1.158E-89 1.34BE-89 1.858E-89 9.778E-18 8.178E-18 19 48288.48 2.388E-18 2.27BE-18 1.35BE-89 8.588E-18 1.838E-89 4.99BE-18 3.998E-18 6.18BE-18 5

28 56327.29 1.85BE-18 1.768E-18 1.86BE-89 6.56BE-18 4.698E-18 3.878E-18 3.88BE-18 4.768E-18 21 64373.99 1.498E-18 1.418E-18 8.83BE-18 5.23BE-18 3.688E-18 3.898E-18 2.468E-18 3.848E-18 22 72428.75 1.238E-18 1.178E-18 7.538E-18 3.45BE-18 3.82SE-18 2.54BE-18 2.8tBE-18 3.218E-18 d

23 88467.44 1.838E-18 9.79BE-11 6.58BE-18 2.88BE-18 2.528E-18 2.128E-18 1.688E-18 2.72BE-18 m

RECPTR DOVhWIND VEIGHTED AVERAGES SEC/H**3 NO.

DISTANCE N - (9) NNE -(18)

NE -(11) ENE -(12)

E -(13) ESE -(14)

SE -(15) SSE -(16)

METERS 188.8 282.5 225.8 247.5 278.8 292.5 315.8 337.5 1

281.28 7.548E-18 1.578E-89 6.578E-89 1.248E-89 1.98BE-89 2.23BE-89 2.778E-89 2.388E-89 2

482.38 1.838E-88 4.338E-88 1.768E-87 4.15BE-88 5.978E-88 6.898E-88 8.248E-88 8.748E-88 3

884.78 6.988E-89 2.248E-88 8.888E-88 2.968E-88 2.78BE-88 3.48BE-88 4.328E-88 7.578E-88 4

1287.88 5.858E-89 1.728E-88 5.59BE-88 1.94BE-88 1.688E-JB 2.188E-88 2.68BE-88 8.588E-88 5

1689.48 8.76BE-89 1.868E-88 4.98BE-88 1.818E-88 1.678E-88 1.94BE-88 2.538E-88 7.778E-88 6

2J14.88 1.54BE-88 2.17BE-88 4.74BE-88 2.218E-88 1.95BE-88 2.838E-88 2.69BE-88 5.828E-88 7

3218.78 1.068E-88 2.158E-88 4.488E-88 2.448E-88 2.828E-88 2.818E-88 2.658E-88 4.388E-88 8

4823.48 1.928E-88 1.998E-88 3.968E-88 2.448E-88 1.93BE-88 1.87BE-88 2.46BE-88 3.488E-88 9

4828.18 1.848E-88-1.798E-88 3.518E-88 2.38BE-88 1.788E-88 1.788E-88 2.228E-88 2.728E-88 is 5632.78 1.74BE-88 1.618E-88 3.118E-88 2.158E-88 1.638E-88 1.55BE-88 2.888E-88 2.248E-88 i

11 6437.48 1.628E-88 1.45BE-88 2.77BE-88 2.888E-88 1.498E-88 1.418E-88 1.818E-#8 1.898E-88 12 7242.18 1.528E-88 1.318E-88 2.498E-88 1.868E-88 1.368E-88 1.298E-88 1.658E-88 1.628E-88 13 8846.88 1.42BE-88 1.198E-88 2.25BE-88 1.738E-88 1.268E-88 1.188E-88 1.588E-83 1.418E-88 14 12878.18 1.828E-88 7.97BE-89 1.468E-88 1.238E-88 8.66BE-89 8.118E-89 !.818E-88 8.24BE-89 15 16893.49 7.698E-89 5.83BE-89 1.858E-88 9.318E-89 6.45BE-89 6.838E-89 ?.488E-89 5.728E-89 IE 24148.29 5.83BE-89 3.668E-89 6.418E-89 6.118E-89 4.148E-89 3.87BE-89 2.54BE-89 3.16BE-89 17 32187.88 3.69BE-89 2.638E-89 4.498E-89 4.58BE-89 3.828E-89 ?.238E-89 4.878E-89 2.88BE-89 19 ff233.79 2.898E-89 2.828E-89 3.398E-89 4.148E-89 2.99.?E-89 2.48BE-89 3.P78E-89 1.588E-89 19 49288.48 2.35BE-89 1.60BE-89 2.696E-89 3.36BE-89 2.418E-89 7.888E-89 2.A48E-89 1.158E-89 28 36327.29 1.988E-89 1.368E-89 2.218E-89 2.818E-89 2.88BE-89. 66fi-89 2.8?PE-#G 9.188E-18 21 64373.99 2.128E-8? 1.158E-89 1.868E-89 2.418E-89 1.78FI-8? 1.4'85-89 1.658E-89 7.558E-18 22 72428.75

.598E-89 1.f;fE-89 1.68BE-89 2.198E-85 :. eEE-89 1.238E-89 1.458E-89 6.398E-18 23 88467.A4 1.d68E-89 E.95fE-18 1.488E-89 1.868E-?e

.18CE

'?

.88'?-f* 1.27fr-99 5.488E-18

Table 4.1-12 P.Ala GTA24 - OCi JEC - 228 FT hit TOWEA - 3/O REC?TK 00VAbit.3 VE;CHT2 N/EAA;EL

./m=-2 NO.

3:$7AACE

$ - si) SSV - ( 2 )

EV - f;. L!k - :4; wso, UAV - ;il.sW - i7a NhV - (s)

METERS J.8 22.E 45.4 57.6 v3.J 1;2.E 155.J 167.5 i

271.2J 2.3585-49 2.324E-89 4.35;E-JS 5.768E-29 3.598E-;8 4.33BE-18 5.648E-12 3.SSBE-18 2

E2.32 1.138E-88 1.878E-88 1.17BE-88 9.998E-JS 1.1SSE-89 1.12JE-&9 7.688E-18 7.5;8E-18 3

aus.75 5.932E-J9 5.178E-89 6.dSEE-39. 464E-29 7.83BE-IB 7.7282-18 5.618E-18 5.248E-1E 4

1287.36 3.J382-JS 3.258E-89 3.65EE-J9 3.728E-J9 5.53BE-18 5.12BE-1J 4.53JE-18 4.818E-18 5

1689.48 1.978E-89 2.168E-89 2.38&E-25 2.678E-J3 4.858E-18 3.EBBE-1E 3.S38E-18 3.238E-18 e

6 2414.88 9.858E-18 1.858E-89 1.218E-89 1.32BE-29 2.358E-18 2.138E-18 2.688E-18 2.128E-18 7

3218.7E 5.978E-18 6.488E-18 7.528E-14 6.38BE-18 1.578E-18 1.428E-18 1.38BE-18 1.478E-18 8

4823.48 4.858E-18 4.388E-18 5.158E-18 5.783E-18 1.128E-18 1.828E-18 1.?98E-18 1.88BE-18 9

4828.18 2.938E-18 3.188E-18 3.74BE-18 4.14BE-18 8.238E-11 7.488E-11 1.868E-18 8.148E-11 18 5632.78 2.238E-18 2.43BE-18 2.858E-18 3.158E-18 6.348E-11 5.788E-11 8.488E-11 6.438E-11 11 6437.48 1.768E-18 1.918E-18 2.2E8E-18 2.498E-18 5.848E-11 4.628E-11 6.658E-11 5.248E-11 12 7242.18 1.432E-18 1.54BE-18 1.838E-18 2.818E-18 4.18BE-11 3.798E-11 5.748E-11 4.398E-11 13 8846.88 1.188E-18 1.288E-18 1.52BE-18 1.67EE-18 3.39&E-11 3.198E-11 5.86BE-11 3.748E-11 14 12878.18 6.518E-11 6.648E-11 7.428E-11 8.13BE-11 1.628E-11 1.598E-11 2.538E-11 1.938E-11 15 16893.49 4.598E-11 4.268E-11 4.548E-11 4.968E-11 9.748E-12 9.79BE-12 1.518E-11 2.868E-11 16 24148.29 2.878E-11 1.988E-11 2.338E-11 2.528E-11 5.828E-12 4.978E-12 7.458E-12 1.178E-11 17 32187.8J 1.19BE-11 1.898E-11 1.49BE-11 1.588E-11 3.368E-12 3.878E-12 4.498E-12 7.578E-12 18 48233.79 7.988E-12 7.878E-12 1.84BE-11 1.148E-11 2.558E-12 4.888E-12 3.848E-12 5.48BE-12 19 48288.48 5.758E-12 5.848E-12 7.82SE-12 8.388E-12 2.878E-12 2.28BE-12 2.67BE-12 4.188E-12 28 56327.29 4.37BE-12 3.77BE-12 6.168E-12 6.38BE-12 1.598E-12 1.718E-12 1.998E-12 3.218E-12 21 64373.99 3.428E-12 2.928E-12 4.988E-12 5.818E-12 1.218E-12 1.328E-12 1.548E-12 2.578E-12 22 72428.75 2.768E-12 2.35BE-12 4.188E-12 3.45BE-12 9.788E-13 1.878E-12 1.258E-12 2.898E-12 23 88467.44 2.25BE-12 1.928E-12 3.438E-12 2.818E-12 6.818E-13 8.748E-13 1.828E-12 1.72BE-12 s

RECPTR DOWNWIND WEIGHTED AVERAGES 1/Ma*2 NO.

DISTANCE N- (9) NNE -(18)

NE -(11) ENE -(12!

E -(13) ESE -(14)

SE -(15) SSE -(16)

METERS 188.8 232.5 225.8 247.5 278.8 292.5 315.8 337.5 1

281.28 8.55BE-18 2.358E-89 9.33BE-89 1.998E-89 2.498E-89 2.92BE-89 3.568E-89 2.288E-89 2

482.38 1.818E-89 4.978E-89 1.978E-88 4.218E-89 5.2E8E-89 6.168E-89 7.518E-89 6.738E-89 3

884.78 1.33tE-89 3.478E-89 1.318E-88 2.918E-89 3.57BE-89 4.168E-89 5.128E-89 6.818E-89 4

1287.88 1.878E-89 2.528E-89 8.488E-89 2.85BE-89 2.398E-89 2.75BE-89 3.36BE-89 4.558E-89 5

1689.48 9.85BE-18 1.998E-89 6.828E-89 1.598E-89 1.788E-89 2.82BE-89 2.46BE-E9 3.868E-89 6

2414.88 6.148E-18 1.29BE-89 3.58BE-89 1.818E-89 1.188E-89 1.238E-89 1.498E-89 1.62BE-89 7

3218.78 4.38BE-18 8.84BE-18 2.38BE-89 6.898E-18 7.388E-18 8.25BE-18 9.958E-18 1.838E-89 8

4823.4f 3.188E-18 6.468E-18 1.788E-89 5.818E-18 5.32BE-18 5.938E-18 7.148E-18 7.118E-18 9

4828.18 2.42SE-18 4.868E-18 1.258E-89 3.768E-18 3.968E-18 4.488E-18 5.298E-18 5.168E-18

!B 5632.78 1.928E-18 3.830E-18 9.768E-18 2.95BE-18 3.18BE-18 3.448E-18 4.13BE-18 3.928E-18 11 6437.48 1.568E-18 3.128E-18 7.898E-18 2.4BBE-18 2.518E-18 2.798E-18 3.348E-18 3.898E-18 12 7242.18 1.318E-18 2.618E-18 6.628E-18 2.818E-18 2.118E-18 2.348E-18 2.888E-18 2.49BE-18 13 8846.88 1.128E-18 2.238E-18 5.658E-18 1.728E-18 1.888E-18 1.99BE-18 2.388E-18 2.868E-18 14 12878.18 5.768E-11 1.158E-18 2.918E-18 8.858E-11 9.27BE-11 1.838E-18 1.238E-18 9.998E-11 15 16893.49 3.538E-11 7.858E-11 1.888E-18 5.4/8E-11 5.718E-11 6.338E-11 7.568E-11 5.858E-11 16 24148.29

.75BE-11 3.548E-11 9.26BE-11 2.74EE-11 2.918E-11 3.238E-11 3.878E-11 2.94BE-11 17 32167.88 1.888E-11 2.23BE-11 6.818E-11 1.7tBE-11 1.266E-11 2.888E-11 2.418E-11 1.878E-11 la A8233.79 7.39BE-12 1.54BE-11 4.228E-11 1.If8E-11 1.288E

.1 1.44fE-11 1.67FE-11 1.358E-11 19 43265.49 5.378E-12 '.128E-11 3.13BE-11 8.'1?E-;2 S.i??T-12 1.85BE-il 1.238E-11 1.858E-11 27 36327.27 4.878E-12 8.5785-12 2.418E-11 6.628E-;; 7.B*?E-1? 8.*2SE-12 9.558E-12 8.458E-12 2 ?.

64373.99 3.318E-12 3.7/8E-12 1.988E-11 3.18?E-12 5.5E8E-12 6.318E-12 7.678E-12 7.818E-12 22 72428.75

~.588E-12 5.458E-12 1.568E-11 4.19BE-;; t.543E-12 5.118E-12 6.328E-12 5.888E-12 23 88467.44 S.948E-12 '..A98E-12 1.29BE-11 3.458E

'.E

""E

~ f.?2EE-12 5.21PE-12 5.88BE-12

i TABLE 4.1-13 SPECI AL PAPXTTERS L' SED IN FINITE CLOUD ".0 DEL Stack Height 100 meters ( a be'ee grade)

Shielding Factor 0.7 Depth for total Bady Dose 3 cm.

Human Tissue Density 1 gm./cm.3 i

i i

I i

I.

(

1I i

r 1

i L

9

v

Table 4.2.

Maxint.a l'nalvidual Locacians and Pathways Julv-?>eccaber 1975 Pathway O.o miles 0.

miles 2.2 miles 2.3 miles ESE W

W S

Noble Gas Yes Yes Yes Yes

!mmersion Ground Yes Yes Yes Yes Plane Deposition Inhalation Yes Yes Yes Yes Fruit &

Yes Yes Yes Vegetable Garden Meat No No No Yes Cows Mi1k No

?ki Yes No Goats MI1k No No No No l.

Yes indicates that the pathway is analyzed.

No indicates that it is not considered.

'a s:. e 4. 2-2 July-Decenaer 19-'9 Ccsecuo Releae.a r. u na.n Inciv.cual

~

Cases frc all Pachur.fs for Adul s &.'.i'00 Location done Liver Thyroic Kidney Lung GI-LLI Skin Total Booy

0. 6 titles 0.45 0.44 0.51 0.43 0.43 0.46 0.55 0.44 ESE O.7 Mile 0.31 0.31 0.33 0.31 0.31 0.31 0.35 0.31 N

os va 2.2 Miles 0.05 0.05 0.07 0.05 0.05 0.05 0.07 0.05 W

2. 3 tit les 0.17 0.17 0.18 0.17 0.17 0.17 0.26 0.17 S

Maximum dose location

Tanle 4.2-5 Tuly-3ecer.ber 1979 Caseous 2.z ess e y,ax u..-.i Ic.di vi du a'i Mses f roa a1i Pa cr. ws f w *;ee; urs (y,2y,)

incation Bone 4.a ve r Thyroid

.<icncy Lung

(;I-LLI Skin Total dody

0.6 Miles 0.46 0.44 0.50 0.44 0.44 0.46 0.55 0.44 ESE 0.7 Mile 0.31 0.31 0.33 0.31 0.31 0.31 0.35 0.31 e

w

2. 2 Miles 0.05 0.05 0.08 0.05 0.05 0.05 0.07 0.05 W

2. 3 Miles 0.17 0.17 0.18

0. 17 0.17 0.17 0.26 0.17 m

Maximum dosa location for inf ant age group.

e 9

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Tr.';1a 4. 2-6 My-Leeemoer 1979 Caseous ~leleasa Maximum Individual Doses 0.6 Miles 'RSE 4

9 Bone Liver Thyroid Kidney Lung GI-LLI Skin Total Dcdy Age Group (MRD1)

(MRD1)

(MRD1) 01RDI)

(MRD1)

Adult 0.22 0.21 0.28 C.21 0.21 0.23 0.24 0.21 Teenager 0.23 0.21 0.27 0.21 0.22 0.24 0.24 0.21 Child 0.26 0.21 0.30 0.21 0.21 0.23 0.24 0.21 Infant 0.21 0.21 0.21 0.21 0.21 0.21 0.21.

0.21 e

1 Note -- (1) Organ Doses are based on radiciodine and particulates only (Tables 4.2-2 through 4.2-5 included noble gas doses) 1 (2) Skin and total body doses are from all isotopes i

4 9

e

~

7

'"ab le 4. 3-1

. opuin ion dist ritaat tor.

a i s u...c -

Ut ile:>/heters)

.5 1.5 2.5 3.5 4.5 7.5 15.C 25.0 35.0 45.C 804.7 2414.0 4021.4 5632.7 7242.0 12010.1 24.40.?

40233.6 56327.0 7?42:.5 SECTOR S

8.00E+00

7. 4 4 Ei O2 3.88E402 6.26E&O2 1.74E602

4. 81 E+ 02 1.18Et04 2.07E+04 5.19E*03 7.20E+02 SS11 1.40E+0L 5.80E401 9.90E*01 1.12E+02

. 32E+02 1.12 f'.4 02 1.46E+04 1.62E+04

2. 90E4 02 2.10E&O2 St!

1. 00Eif)1 5.60E801 1.79F+02 1.86E'02 5.04E432

6. 30E+ 01 1.16E+04 1.llE+05 9.00E404 7.64Et0;

!JSt?

8.00EiOO 1.37EiO2 7.02Ef02 2.46E402 3.36E+02 5.85E+02 9.89E+03 7.68E+64 9.87EiO4 3.47E+05 11 8.00E+00 2.99E+02 3.39EiO2 1.28E+03 3.55E+03 6.95E+03 1.61Et04 8.38EiO4 1.07E+05

3. 9 7 E+ 05 IJN11 1.44E102 4.60E+01 0.

O.

1.39E+03 1.69E+04 3.36E+04 1.71E+05 1.33E*05

1. 55E+ 05 i

NtJ 1.00Et00 0.

O.

3.00F+00 1.58E+04 5.15E604 1.75E605 8.19E605 1.0lEiG5 i

C NfN 0.

O.

3.00E+00

5. 05 E+ 03

2. 55 E+ 04 1.43E+04 3.16E+04 4.15E+05 N

0.

O.

3.01E+04 NNE 0.

O.

G.

O.

NE 0.

O.

ENE 0.

O.

1.82E&O3 0.

O.

E 0.

O.

4. 22 E+ 03 3.19E+03 0.

ESE 0.

O.

1.61Et04 1.70E+04 0.

SI:

1.33Et02 1.79E+0.'

9.50EiO!

0.

O.

9.90E102 3.87E+04 3.12E+03 0.

SSE 5.60E401 3.3]E402 7.4/EiO2 7./7Et02 2.34EiO2 4.15E+02 7.24E603 1.64E*04 0.

O.

Table 4.3-2 L

Population Doses Via Major Pathways Resulting from Gaseous Effluents during July-December 1979

,2 Thyroid Total Body Pathway (MAN-RDI)

(MAN-RDI)

Noble Gas Immersion 6.0 6.0 (Camma)

Ground Plane 0.54 0.54 Deposition tahalation 0.25 0.09 D

i.

4 4

68

~-.y-o

~ -.

e e

w g mqwe ew-e

+

4 5.

OFT-SITE DOSES FROM DIRECT RADIATION Doses due to direct radiation as measured by thermoluminescent dosimeter for the period July-December 1979 were as follows:

Average Dose Rato uR/ hour Exclusion Area (0.25-0.68 Files from the Plant) 9.75 Distant Neighborhood (0.7-6.5 Miles from the Plant)

Background (8-23 tiles from the Plant) 8.56 These measured values indicate a small but measurable dose contribution due to direct radiation at locations nerr the Pilgrim Station

Includ ing c, ural background radiation 69

r I

=

REFERENCES L.

"Ptigrim Station Unit 1 Appendix I Evaluation" Submitted in Accordance with 10CFR 50 Appendix I, April 1977.

2.

Pilgrim Station Environmental Report, Amendment 4 April 1975 pg. 2-329/330.

I f

l I

i t

I e

70

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- e -

n.

. _ _,

ML19294C248

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