ML20093C727
| ML20093C727 | |
| Person / Time | |
|---|---|
| Site: | Pilgrim |
| Issue date: | 06/30/1984 |
| From: | Lunn B BOSTON EDISON CO. |
| To: | |
| Shared Package | |
| ML20093C645 | List: |
| References | |
| NUDOCS 8410100673 | |
| Download: ML20093C727 (75) | |
Text
[ Pilgrim Nuclear Power Station Radioactive Effluent and Waste Disposal Report 1
including RadiologicalImpact on Humans January 1 through June 30,1984 Environmental and Radiological Health and Safety Group Date: October 1,1984 1
$kkOO OO BEDISON BOSTON
- 23 ENERGYFOR TOMORROW
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7 I
I l
E PILGRIM NUCLEAR POWER STATION I
RADIOACTIVE EFFLUENT AND WASTE DISPOSAL REPORT INCLUDING RADIOLOGICAL IMPACT ON HUMANS JANUARY I THROUGH JUNE 30, 1984 L
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t F
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F v
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Prepared by:,(
85m Brian P. Lunn H;alth Physics Engineer l
L Approved by:
T. L. Sowdon Environmental & Radiological c
Health & Safety Group Leader Date of Submittal: October 1, 1984
- ~..... - -. -..
-.-,e-
y,
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TABLE OF CONTENTS Section Page l.
Introduction and Summary 1
2.
Effluent Haste Disposal and Wind Data 1
h 3.
Off-site Doses Resulting From Radioactive Liquid Effluents 41 4.
Off-Site Doses Resulting From Radioactive Gaseous Effluents 46
[
5.
Off-Site Doses From Direct Radiation 67
{..
Table Page LIST OF TABLES Supplemental Information 2
1A Gaseous Effluents - Summation of All Releases 3
{
IB Caseous Ef*1uents - Elevated Release 4
1C Gaseous Effluents - Ground L(vel Release 5
2A Liquid Effluents - Sumation of All Releases 6
t 28-Liquid Effluents 7
3 Solid Waste and Irradiated Fuel Shipments 8
('
4A-1 01stribution'of Wind Directions and Speeds - 33 ft. Level 9
of 220 ft. Tower 4A-2 Distribution of Wind Directions and Speeds - 160 ft. Level 25 of 220 ft. Tower 3.2-1 January - June 1984 Liquid Release Maximum Individual Doses 42 from all Pathways for Adults (MREM) 3.2-2 January - June 1984 Liquid Releases Maximum Individual Dose 43
[
from all Pathways for Teenagers (MREM) 3.2-3 January - June 1984 Liquid Releases Maximum Individual Doses 44 from all Pathways for Children (MREM) 3.3-1 Population Doses Resulting from the January - June 1984 45 Liquid Effluents
[
i
l LIST OF TABLES (cont.)
I Table Page 4.1-1 Undepleted Relative Concentrations per Unit Emission for 47 5
Reactor Building Vent for January - March 1984 4.1-2 Depleted Releative Concentrations per Unit Emission for 48 Reactor Building Vent for January - March 1984 4.1-3 Relative Depositibn Concentrations per Unit Emission for 49 Reactor Building Vent for January - March 1984 4.1-4 Undepleted Relative Concentrations per Unit Emission for Main Stack for January - March 1984 50 4.1-5 Depleted Relative Concentrations per Unit Emission for Main Stack for January - March 1984 5.
'I 4.1-6 Relative Deposition Concentrations per Unit Emission for 52 Main Stack for January - March 1984 4.1-7 Undepleted Relative Concentrations per Unit Emission for 53 Reactor Building Vent for April - June 1984 4.1-8 Depletea Re.lative Concentrations per Unit Emission for 54 Reactor Building Vent for April - June 1984 4.1-9 Relative Deposition Concentrations per Unit Emission for 55 Reactor Building Vent for April - June 1984 I
4.1-10 Undepleted Relative Concentrations per Unit Emission for 56 Main Stack for April - June 1984 4.1-11 Depleted Relative Concentrations per Unit Emission for 57 I
Main Stack for April - June 1984 4.1-12 Relative Deposit' ion Concentrations per Unit Emission for 58 Main Stack for April - June 1984 4.2-1 Maximum Individual Locations and Pathways 59 4.2-2 January - June 1984 Gaseous Release Maximum Individual Doses from all Pathways for Adults (MREM) 60 4.2-3 January - June 1984 Gaseous Release Maximum Individual Doses from all Pathways for Teenagers (MREM) 61 4.2-4 January - June 1984 Gaseous Release Maximum Individual Dores from all Pathways for Children (MREM) 62 5
4.2-5 January - June 1984 Gaseous Release Maximum Individual Dose from all Pathways for Infants (MREM) 63 I
11
Table Page 4.2-6 January - June 1984 Gaseous Release Maximum Individual Doses 0.5 Miles SE 64 4.3-1 Population Distribution 65
. 4.3-2 Population Doses Via Major-Pathways Resulting from Gaseous
(.
Effluents during January -' June 1984-66 I
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f h
'j k
iii
s 1.
INTRODUCTION AND
SUMMARY
This report is issued for the period Janaury - June 1984 in f
accordance with NRC Regulatory Guide 1.21, " Measuring, Evaluating and 5
Reporting Radioactivity in Solid Hastes and Releases of Radioactive Materials in Liquid and Gaseous Effluents from Light Water Cooled Nuclear Power Plants" (Rev 1).
The information supplied includes doses from liquid releases, doses from gaseous releases and direct gamma radiation doses.,
2.
EFFLUENT, WASTE DISPOSAL AND WIND DATA C
Radioactive liquid and gaseous releases, wind speed data together with measurement errors and solid waste disposal information are
{
given in Tables 1A, IB, 1C, 2A, 2B, 3, 4A-1, 4A-2, and supplemental information section in the standard Regulatory Guide 1.21 format.
t
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l 1
J
EFFLUENT AND t~ASTE DISPOSAL SEMIANNUAL REPORT Supplemental Infoemation January - June: 1984 p.ciligy Pllyim Nuclese Powee Station Ucense DPR 35 1.
Regulatory Umits Qs
+
Q a.
Fission and activatmr: paws-0.25/ E 0.10/ Y
~
Parik ulates. lialf-[sves >> da) s2Ci Quarter h.
h 4 mes 13(1.8E4Qs+1.8E50q ) 5 1 y
6.
d.
bquid efnuents:
10Ci/ Quarter 2.
Masimum Permissible Conantration Piovide the MPCs used m deterninmg allowable release rates or sonsentraimns a.
Ftssnm and activatum pses.
10 CFR 20 h.
lodines Appendia B C,
c.
Particulaies. half.hves >N dayt Table II d.
bquid etduenas H. 3 = 1 X 101 mci /ml;aII rest,10 CFR 23, Appendix B. Table II 3.
Average Energs Pnnide alw average enern (El of she radamusinle mnsdie e.e releases os tissum and activai:on pses. is apph ar*.f..t.wev N/A 4.
Measurements and Apyrosimations of Total Radioactivity Provide the metfads used to nwasure or appioum.ie the total radaiactivity m ettluents and the methods uwd so deternune radhmus hde compositam.
a.
Fasnm and a.iivation pses Geu h.
lodmes-tstopic 6.
Particulaiev d.
bquid einwents; Analysis 5.
Betch Releases Provide alw tollowmg mformation relaimg to hat h releases of radniastive triaterial,in liquid and pscous etnuent, s.
Uqind I.
Number of batch releases-324
- . Toi.a iime renod ior baith releases. 1425.55 hours6.365741e-4 days <br />0.0153 hours <br />9.093915e-5 weeks <br />2.09275e-5 months <br /> 3.
udimum imw penod for a haich reiease. - 76.50 hours5.787037e-4 days <br />0.0139 hours <br />8.267196e-5 weeks <br />1.9025e-5 months <br /> 4.
Aserage time peimd tot batsh seleases 4.40 hours4.62963e-4 days <br />0.0111 hours <br />6.613757e-5 weeks <br />1.522e-5 months <br /> 5-Maumum "" Penod '"' a hatch release -
O minutes ti.
Averspe stream lhm dunny penods of releise o efilueni into a Dowmp stream 5.27E4GPM b.
Gaseous (Not Applicable) 6.
Abnormal Releases a.None b None f
(
2
I i
TABLE 1 A 1
EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT GASEOUS EFFLUENTS-SUMMATION OF ALL RELEASES I
JANUARY - JUNE 1984 Quarter Quarter Est. Total Unit 1
2 Error. %
i A. Fission and activation gases l
- 1. Total release Ci
- 2. Average release rate for period uCi/sec
- 3. Percent of Technical Specification limit i
B. Iodines
- 1. Totat iodine-131 Ci c4.74g_g pg l
- 2. Average release rate for period yCi/sec
< 9.14E-6
- 3. Percent of Technical Specification limit
< 2.37E-3 C. Particulates
__1. Particulates with half. lives > 8 days Ci
- 2. Average release rate for period uCi/see
< 2. 28 E-4 5.29E-4
- 3. Percent of Technical Specification limit
<0.05
<0.05 g
- 4. Gross alpha radioactivity Ci 7.15E-7
< 1.19 E-6 E
D. Tritium
- 1. Total release ci 1.28E0 1.89E-1 40 l
- 2. Average release rate for period gCi/sec 1.63E-1 2.40E-2
- 3. Percent of Technical Specification limit I
- Plant shutdown on 12/10/83 - no releases i
I I
I a
l
TABLE 1B N
EFFLUENT AND CASTE DISPOSAL SEMIANNUAL REPORT ( }gg4 )
GASEOUS EFFLUENTS - ELEVATED RELEASE JANUARY - JUNE 1984 CONTINUOUS MODE BATCH MODE l Nuclides Released l
Unit l
Ocarter -ll Quarter-2 l Quarter l
Quarter l
(
krypton 87 Ci krypton-88 Ci xenon 133 Ci xenon 135 Ci xenon 135m Ci
{
xenon-138 Ci xenon 131m Ci xenon 137 Ci
(
xenon 133m Ci Total for period Ci
- 2. lodines
{
iodine-131 Ci
< 6.19E-6 iodine 133 Ci iodine-135 C
(
Total for period Ci
< 6.19E-6
- 3. Particulates strontium 89 Ci
<1.52E-4
{
strontium 90 C:
<1.80E-6 cesium 134 Ci
< 3.98E-6 cesium 137 Ci 3.04E-6
(
< 9.60E-6 chromium 51 Ci manganese 54 Ci 1.24E-6
[
cobalt 58 Ci iron 59 Ci cobalt 60 Ci 8.13E-6
[
zine 65 Ci zirconium niobium 95 Ci
{'
cerium 141 Ci cerium 144 Ci ruthenium 103 Ci
(
ruthenium 106 Ci 4
- Plant shatdown on 12/10/83 - no releases f
r B
TABLE 1C t
EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT (1984)
GASEOUS EFFLUENTS GROUND LEVEL RELEASE JANUARY - JUNE 1984 CONTINUOUS MODE BATCH MODE
~
Nuclides Released Unit Quarter.1 Quarte' -2 Quarter Quarter j
l
- 1. Fission gases krypton 85 Ci krypton-85m Ci I
krypton-87 Ci krypton 88 Ci xenon-133 Ci I
xenon 138 Ci 5
Total fe period Ci
- 2. Iodines I
iodine 131 Ci
<4.12E-5 fodine-133 Ci iodine-135 Ci l
Total for penod Ci
< 4.12E-5 l
- 3. Particulates strontium 89 Ci
< 1. 28E-6
< 6.90E-7 I
strontium 90 Ci
< 1. 94E-7 1.23E-6 cesium 134 Ci 1.24E-5 1.02E-5 cesium 137 Ci 1.46E-4 1.17E-4 barium lanthanum-140 Ci
< 5.07E-5 manganese 54 Ci 2.11E-4 1.73E-4 cobalt 58 Ci 2.84E-5 9.39E-6 iron 59 Ci cobalt 60 Ci 5.54E-4 8.29E-4 zine-65 Ci 2.26E-4
~
zirconium niobium 95 Ci cenum 141 Ci ruthenium 103 Ci I
ruthenium 106 Ci
- Plant Shutdown on 12/10/83 - no releases I
I
JANUARY - JUNE 1984 TABLE 2A I
EFFLUENT AND WASTE DISPOSAL SEMI ANNUAL R2 PORT Q984 )
LIQUID EFFLUENTS SUMMATION OF ALL RELEASES I
ouarter cuarter Est. Total Umt 3
p Error %
5 A. Fission and activation products
- 1. Total release (not including tritium.
Ci 1.61E0 7.01E-2 30 noble gases, or alphal
- 2. Average diluted concentration uCi/mi during period 1.05E-7 4,01E-8
- 3. Percent of applicable limit 9
16.10 0.70 B. Tritium
- 1. Total release Ci 1.00E1 4.57E-1 30 I
- 2. Average diluted concentration uCiimi during period 6.54E-7 2.61E-7 I
- 3. Percent of applicable limit 9
6.54 2.61 C. Dissolved and entrained gases
- 1. Total release l
Ci (a)
(a) l
- 2. Average diluted concentration u Ci'ml
~
during period
- 3. Percent of applicable limit 9
j D. Gross alpha radioactivity l
- 1. Total reiease l
Ci l < 3.60E-4 l < 7. 54E-5 I
40 I
E. Volume of waste released sprior liters 7.26E6 9.99E5 20 to dilutioni F. Volume of dilution water used liters I
1.53E10 1.75E9 20 during period (a) No measurable releases.
B B
I I
I t
TABLE 2B l
EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT (1984)
LIQUID EFFLUENTS l
JANUARY - JUNE 1984 i
CONTINUOUS MOOE BATCH MODE Nuclides Released Umt Quarter Quarter Quarter 1 Quarter 2 strontium 89 Ci
< 3.08E-4
< 4.50E-5 strontium-90 Ci 1.83E-3
<9.63E-5 cesium-131 Ci 2.80E-3 1.80E-4 cesiurr.137 Ci 7.89E-2 7.02E-3_
l iodirw 131 Ci 8.20E-7 cobalt 58 Ci p_7pp_p 7.07E-4 cobalt-60 Ci 8.41E-1 4.19E-2 l
iron 59 Ci 5.57E-3 zine 65 Ci 1.61E-3 3.77E-4 manganese 54 Ci 8.33E-2 3.13E-3 chromium 51 Ci 2.62E-5 1.61E-5 zirconimum niobium 95 Ci l
molybdenum 99-technetium 99m Ci l
barium lanthanum 140 Ci 1.29E-6 cerium-141 Ci 2.23E-3 iodine.13 3 Ci cerium-144 Ci 2.08E-3 silver 110m Ci I
iron 55 Ci 4.55E-1 1.24L ?
l unidentified l
Ci l
l l 1.09E-1 l 4.22E-3 j
L Total for period (above)
Ci l7.01E-2 3 g gg xenon 133 Ci xenon 135 Ci 7
l
TABLE 3 EFFLUENT AND WASTE DISPOSAL SEMI-ANNUAL REPORT (1984)
SOLID WASTE AND IRRADIATED FUEL SHIPMENTS JANUARY - JUNE 1984 A.
SOLID WASTE SHIPPED OFF SITE FOR BURIAL OR DISPOSAL.
(not irradiated fuel) 1.
TYPE OF WASTE UNIT 6 MONTH EST. TOTAL PERIOD ERROR %
a.
Spent resins, filter sludges, m'
82.12 evaporator bottoms, etc.
C1 311.39830 N/A b.
Dry. compressible waste, m'
1241.55 contaminated equipment, etc.
C1 29.16550 N/A
(
c.
Irradiated components, m'
control rods, etc.
Cl N/A N/A
(
d.
Other (Describe) m 3
miscellaneous low-level waste Cl N/A N/A
(
2.
ESTIMATE OF MAJOR NUCLIDE COMPOSITION.
(by type of waste)
E(Curies)
(
- a. Spent Resin. Filter Sludges, Co-60 44.505 138.58645 L
Evaporator dottoms, etc.
Co-58 2.716 8.4579 H-3 0.046 0.14254 Cs-137 32.869 102.35222 Cs-134 2.549 7.93936 C-14 0.026 0.08098 Fe-59 0.196 0.60939
(
I-131 0.004 0.01180 I-129 0.010 0.03110 La-140 0.064 0.20060 g
Nb-95 0.010 0.03181
('
Sr-90 7.441 23.17074 Zr-95 0.007 0.02066 Ni-63 1.403 4.37051 Tc-99m 0.010 0.03110 Mo-99 l
Zn-65 1.698 5.28686 Mn-54 3.874 12.06298 Cr-51 2.148 6.68872 No-239 0.004 0.01180 Pu-241 0.372 1.15971
(
Ru-103 0.008 0.02609 Cm-242 0.017 0.05187 Sb-124 0.023 0.07307 -
TOTAL 100.000 311.39830 8A
l TABLE 3 (continued)
I E(Curies) l b.
Dry Compressible Waste Co-60 43.719 12.73023 Contaminated Equipment Co-58 7.620 2.21876 Cs-137 7.882 2.29517 Cs-134 0.499 0.14529 Fe-59 1.315 0.38298 I-131 0.021 0.00626 Ba-140 0.506 0.14720 I
Sr-90 0.167 0.04859 Tc-99m 0.012 0.00357 Zn-65 4.564 1.32893 Mn-54 5.032 1.46510 I
Nb-95 0.058 0.01692 Zr-95 0.027 0.00788 i
Cr-51 25.950 7.55626 Ce-141 0.149 0.04338 Ru-103 0.036 0.01061 N1-63 0.744 0.21663 I
Pu-241 0.374 0.10874 Cm-242 0.010 0.00286 I-129 0.010 0.00296
- C-14 0.018 0.00532 I
- H-3 1.068 0.35797 Cs-136
.009 0.00275 Sb-124
.128 0.03724 Aq-110
.082 0.02390 TOTAL 100.000
- 29.16550 I
c.
N/A d.
N/A 3.
SOLIO HASTE DISPOSITION Number of Shipments Mode of Transportation Destination 52 Tractor - Traller Barnwell, S.C.
4.
IRRADIATED FUEL SHIPMENTS (01sposition) i Number of Shipments Mode of Transportation Oestination None N/A N/a
- C-14 and H-3 activities were not considered as part of the total percent for the first several shi$nents of 1984, but were listed separately on shipping documents.
These separate totals have been added to the Curie column for i
this report.
88 l
~_
v m
v.
v.
TABLE 4A-1 DISTRIBUTION OF WIND DIRECTIONS AND SPEEDS FOR THE-33 FT. LEVEL OF THE 220 FT. TOUER 226 FT TOWER - 33 FT EL 33.E FT WIND DATA 1/1/84 - 3/31/84 STABILITY CLASS'A-- DELTA T LESS THAN -1.9 DEG C PER 13E METERS CLASS FREQUENCY (PERCENT) 5.76
=
VIND DISTRIBUTION
SUMMARY
DIRECTION SPEED (MPH)
N NME NE ENE E
WNV NV MNV TOTAL
-CALN 3
E D
E E
B B
B B
E R
E E
D R
E 3
(1) 2.6 E.B 3.8 B.B B.8 E.8 E.5 E.8 E.E E.E E.E 3.E E.E E.E 1.E E.E 2.6 (2) 6.1 E.E 5.8 E.B B.E B.E E.8 E.8 E.E 5.3 E.E B.5 E.E 5.3 K.E B.E 3.1 CALM-3.5 E
E E
B 3
E B
B E
E E
E D
E B
3 6
(1)
R.E B.B E.E B.E 2.6 E.E R.E B.E E.E E.B B.5 E.E E.E R.5 E.B 2.6 5.1 (2) 8.8 E.E E.E B.E E.1 B.E B.E B.E B.E E.E R.E E.E E.E B.E F.B E.1 B.3 3.6-7.5 9
3 8
E E
B B
E E
E 6
6 9
3 12 18 66 (1) 7.7 2.6 E.E B.B E.B B.B B.B B.E E.E 3.E 5.1 5.1 7.7 2.6 16.3 15.4 56.4 (2)
E.4 E.1 B.B E.8 B.C E.B E.8 E.E B.E 3.E E.3 E.3 B.4 E.1 E.6 B.9 3.2 i
l 7.6-12.5 3
6 3
5 8
8 E
B E
3 E
3 15 6
3 3
42 I
(1) 2.6 5.1 B.S 8.E F.B S.E E.8 B.E E.E 2.6 3.E 2.6 12.8 5.1 2.6 2.6 35.9 (2) 2.1 E.3 B.E B.B B.E E.E B.E E.E B.5 E.1 B.E B.1 E.7 E.3 E.1 g.1 2.1 l
12.6-13.5 B
B B
B B
B B
B B
E 6
E B
B B
B B
l (1)
E.R E.E B.B B.E E.8 E.E E.8 E.8 E.E E.E E.E 3.E B.E B.E E.E E.8 E.E (2) 3.E 3.8 E.E E.E E.8 E.8 B.E B.9 E.8 E.E E.E R.B E.8 E.8 E.E 5.9 E.5 18.6-24.E 3
E E
E E
D R
R E
E E
R R
E B
B E
(1) 8.B B.B E.B 5.8 E.8 E.8 E.E B.E E.E B.E E.E E.8 B.B B.E E.E 3.8 E.E (2) 3.E E.B E.8 E.8 E.E B.B E.8 B.R B.E B.E K.E B.E B.E B.B B.E 9.E E.8 OVER-24.E B
B B
B B
E B
E E
E R
R E
B B
B B
(1)
E.B R.B E.8 E.B E.8 B.B E.E E.E E.E E.E E.B R.E B.E B.E E.8 B.E B.B (2) 8.8 E.E E.E E.8 B.B B.E 2.3 E.8 E.E B.E E.E E.E B.B B.5 E.E 3.8 E.8 ALL SPEEDS 15 9
E K
3 8
K E
E 3
6 9
24 9
15 24 117 (1) 12.8 1.7 E.E E.8 2.6 B.8 E.8 E.8 R.E 2.6 5.1 7.7 29.5 7.7 12.8 26.5 188.E (2) 8.7 E.4 E.8 E.E B.1 B.E E.8 E.8 B.E 2.1 E.3 E.4 1.2 E.4 v.7 1.2 5.8 (1)= PERCENT OF ALL GOOD OBSERVATIONS FORTHIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 117 CALM *VIND SPEED'LESS THAN 1.BEMPH
[j n
9
w m
v m
r r __
v m
TABLE 4A-1 (Continued) 22E FT TOWER - 33 FT EL 7.- !
33.E FT WIND DATA 1/1/84 -.3/31/04
~l STABILITY C ASS:B-- DELTA T -1.9 TO -1.7 DEG C PER 195 METERS CLASS FRE00ENCY (PERCEMT)
-1.92 l
l WIND DISTRIBUTION
SUMMARY
DIRECTION SPEED (MPH)
N NME NE ENE E
WNW NW NNW 1 TOTAL' E
E
.l
-CALM E
D E
E E
E E
D E
E.
E.
E E
E E
.E.E E.E d
El) 8.E 3.E E.E E.E E.E E.E E.E E.E E.E E.E E.E E.E 6.8 E.E E.E (2)
.E.E 3.5 E.E E.E 5.8 E.E E.E E.E E.E E.E E.E E.E E.E E.E E.8 E.E E.E CALM-3.5 E
3 E
E E
E E
E E
E E
E
. E E
E E
'3 (1)
E.8 7.7 E.E E.E 5.E E.E 3.8 E.E E.E E.E E.8 E.E E.E E.8 E.E E.E 7.7 (2)
- E.E E.1 E.E E.E E.E E.E E.E E.E E.E E.8 E.8 E.E.
E.E E.E E.E 3.5 E.1
}
3.6-7.5 3
E 3
E E
D E
E D
E 3
E E
6 3
E 18-(1) 7.7 E.E 7.7 E.E E.E E.E E.E E.E E.E E.E 7.7 E.8 E.8 15.4 7.7 E.E 46.2 (2) 3.1 E.E E.1 d.E E.E E.E E.8 E.E E.8 E.E E.1 E.E E.E E.3 E.1
'E.E 5.9 7.6-12.5 9
E E
D E
E E
E E
.R E
3 3
E E
E 15 (1) 23.1 E.E E.8 E.E E.8 E.8 E.E E.8 E.E 3.E E.E 7.7 7.7 E.8 E.B E.E 38.5 (2) 3.4 E.E E.E E.E E.E E.E R.E E.E R.E E.E E.E 5.1 E.1 E.E E.E E.E -
E.7 12.6-18.5 3
E E
E E
E E
D E
E E
E E
E E
E 3
(1) 7.7 B.E E.E E.E E.E E.8 E.E E.8 E.E E.E
.E.E E.9 E.B E.8 E.E E.E 7.7 (2)
E.1 5.E 3.E E.9 E.E E.E B.E E.E E.E E.8 E.E R.E E.E E.E E.E E.E E.1 18.6-24.E E
E E
E E
.E E
E E
E E
E E
E E
~E D
(1) 3.5 E.E 5.5 E.E E.E E.E E.E E.E E.B E.E 3.5 E.E E.E E.E
. E.E E.8-E.E (2)
E.E E.E E.E E.E 6.3 E.E E.E 5.6 E.E E.8 E.E E.E E.8 E.E E.E
'E.E E.E OVER-24.9 E
E E
E E
E E
E E
E E
E E
E E
E E
(1)
. E.E
_E.E E.E E.E E.E E.E E.E E.E E.8 E.E E.E E.E E.E E.E E.E 3.8 E.E (2)
E.E B.E E.E E.8
.E.5 E.E B.E E.8 E.E E.E 5.5 E.E E.E E.E E.E E.E 5.E l
~
ALL SPEEDS 15 3
3 E
E E
E E
E E
3 3
3 6
3 3
39 (1) 38.5 7.7 7.7 E.E E.E E.8 E.E E.E E.E E.E 7.7 7.7 7.7 15.4 7.7 E.E 156.E (2) 6.7 E.1 E.1 E.E E.E B.E E.E E.E E.E 3.5 E.1 E.1 E.1-3.3 E.1 '
E.E 1.9 (1)= PERCENT OF ALL GOOD OSSERVATIONS FORTHIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR.THE PERIOD MUMBER OF GOOD OBSERVATIONS ON THIS'PAGE= 39 CALM = WIND SPEED.LESS THAN 1.EEMPH m-m
't 10
_.--_._.__m.___
'1
WW W
W W
W W
W W
W W
TABLE 4A-1 (Continued) 220 FT TOVER - 33 FT EL 33.8 FT WIND DATA 1/1/84 - 3/31/94 STABILITY CLASS C-- DELTA T -1.6 TO -1.5 DEG C PER IBB METERS CLASS FREQUENCY (PERCENT) 2.95
=
VIND DISTRIBUTION
SUMMARY
DIRECTION SPEED (MPH)
N NNE NE ENE E
VNV NV NNV TOTAL
-CALH B
B B
B B
B B
B B
B B
B B
B B
B B
f1)
B.B B.B B.B B.B B.B B.B B.B 0.8 B.B B.B B.B B.6 B.B B.B B.B B.B B.B (2)
B.B B.5 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B n.B B.B B.B B.B CALM-3.5 B
B B
B B
B B
B B
B B
B B
3 B
B 3
(1) 8.8 B.B B.B 0.8 B.B B.B B.B B.D B.B B.B B.B B.B B.B 5.8 0.8 B.B 5.8 (2)
B.B B.B 0.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.l B.B B.B B.1 l
3.6-7.5 B
B B
B 6
3 0
B B
3 B
12 8
9 6
B 39 0.0 B.B B.B 0.8 18.B 5.8 B.B B.B B.B 5.B B.B 2B.B B.B 15.8 18.8 B.B 65.B (1)
' B.B B.B B.B B.B B.3 B.1 B.B B.B B.B B.1 B.B B.6 B.B B.4 9.3 B.B 1."
(2) 7.6-12.5 2
6 B
B B
B B
B B
B B
B 9
3 B
B 18 (1) 8.8 18.5 B.0 B.B B.O B.B B.B B.B B.B B.B B.B B.B 15.8 5.8 B.B B.B 38.8 (2)
B.B B.3 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.4 B.1 B.B B.B B.9 12.6-18.5 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.B 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)
D.B B.B B.B B.B B.B 0.8 B.B B.B B.B B.B B.B B.B B.B B.B B.O B.B B.B 18.6-24.8 8
0 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.0 B.B B.0 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 S.B B.B B.D B.B B.B B.B B.B B.B l
OVER-24.8 9
B B
B B
B B
B B
B D
B B
B B
B B
(1) 9.8 B.B B.B B.O B.B B.B B.B B.B B.B B.B B.B B.B B.B B.0 B.B B.B B.B (2) 0.0 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 B.B B.B B.B ALL SPEEDS B
6 8
8 6
3 8
B B
3 8
12 9
15 6
8 68 (1)
B.0 18.8 B.B B.B 18.8 5.8 B.B B.B B.B 5.9 B.B 29.B 15.8 25.8 18.8 B.B 198.0 (2) 0.0 B.3 B.B B.B B.3 B.1 B.B B.B B.B B.1 B.B B.6 B.4 B.7 B.3 B.B 3.0 (1)= PERCENT OF ALL GOOD OBSERVATIONS FORTHIS PAGE (2)=PEECENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 68 CALM =VIND SPEED.LESS THAN 1.BBMPH al V
11
~
v n
TABLE 4A-1 (Continued) 228 FT TOWER - 33 FT EL 33.E FT WIND DATA 1/1/84 - 3/31/04 1
29.69 STABILITY CLASS 0-- DELTA T -1.4 TO -B.5 DEG C PER 1EE METERS CLASS FREOUENCY (PERCENT)
=
WIND DISTRIBUTION
SUMMARY
DIRECTION SPEED (MPH)
N NME ME ENE E
WNW NW NNW TOTAL
-CALM E
E E
D E
E E
3 E
E D
E E
E E
E E
(1) 8.3 E.8 E.8 E.8 E.E E.8 E.8 E.E E.E E.E E.8 E.8 E.E E.8 E.E E.E K.E (2)
E.8 E.E B.E B.E E.E B.E B.E E.8 E.E K.E 3.E E.8 E.E E.8 E.E E.8 E,5 CALM-3.5 3
6 6
12 6
8 3
6 12 12 12 6
9 6
E E
99 l
(1) 5.5 1.E 1.8 2.E 1.0 E.E B.5 1.E 2.E 2.E 2.8 1.E 1.5 1.E E.E E.8 16.4 (2)
E.1 E.3 E.3 E.6 E.3 E.8 E.1 E.3 E.6 E.6 E.6 E.3 E.4 E.3 E.E E.E 4.9 3.6-7.5 3
6 18 3
24 12 9
9 18 33 38 33 39 36 6
3 282 5.5 5.E 5.5 6.5 6.3 1.E E.5 46.8 (1) 3.5 1.8 3.8 E.5 4.8 2.8 1.5 1.5 3.8 (2) 8.1 E.3 E.9 E.1 1.2 E.6 E.4 E.4 E.9 1.6 1.5 1.6 1.9 1.8 E.3 E.1 13.9 7.5-12.5 6
36 45 9
E E
E E
9 21 8
6 6
24 15 9
186 (1) 1.E 6.8 7.5 1.5 E.8 E.E E.8 E.8 1.5 3.5 E.E 1.8 1.E 4.8 2.5 1.5 38.8 (2) 3.3 1.8 2.2 B.4 E.E E.E B.E E.E E.4 1.E E.E E.3 E.3 1.2 E.7 B.4 9.2 12.6-18.5 3
27 3
3 E
D E
E E
E E
E E
E B
E 36 (1) 8.5 4.5 B.5 E.5 B.E B.E E.8 E.E E.8 E.8 E.8 E.E 3.5 E.B E.E E.8 6.9
\\
(2) 8.1 1.3 E.1 E.1 E.8 E.E B.E E.E E.8 E.8 E.E B.E E.E' E.E E.E E.E 1.8 18.6-24.E E
E E
E E
E D
E E
E E
D E
E E
E E
(1) 8.8 E.E B.E E.8 E.E B.8 B.B E.8 E.E E.E E.E 3.5 B.B B.E E.8 E.E E.E (2)
E.E B.E E.8 E.B E.E E.E E.E E.8 E.E E.E E.E 3.E B.E B.E E.8 E.E E.E OVER-24.8 E
E E
E E
E E
E E
E E
E E
E E
E E
(1) 8.8 E.9 E.8 E.8 E.8 E.8 E.8 E.8 E.E E.5 E.E 5.8 E.8 E.9 E.E B.E E.8 l
(2) 3.8 E.8 E.E E.8 E.8 E.8 E.8 E.E E.8 E.E K.E E.E E.5 E.8 E.8 E.8 E.8 ALL SPEEDS 15 75 72 27 38 12 12 15 39 66 42 45 54 66 21 12 683 (1) 2.5 12.4 11.9 4.5 5.8 2.5 2.8 2.5 6.5 15.9 7.8 7.5 9.9 18.9 3.5 2.8 1E8.8 (2) 8.7 3.7 3.5 1.3 1.5 E.6 E.6 E.7 1.9 3.2 2.1 2.2 2.7 3.2 1.E E.6 29.7 l
I (1)= PERCENT OF ALL GOOD OBSERVATIONS FORTHIS PAGE l
(2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD f
MUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 683 CALM = WIND SPEED LESS THAN 1.EEMPH u) 01 l
e wt 12 e_
~ W W W
W W
W W
W W
W W~
TABLE 4A-1 (Continued) 22B FT TOVER - 33 FT EL 33.9 FT VIND DATA 1/1/04 - 3/31/84 33.97 STABILITY CLASS ~E-~ DELTA T -B.4 TO +1.5 DEG C PER 188 METERS CLASS FREQUENCY (PERCENT)
=
VIND DISTRIBUTION
SUMMARY
DIRECTION SPEED (MPH)
N NME ME ENE E
VNV NV NNV TOTAL
-CALM B
B B
B B
B B
B B
B B
B B
B B
B B
(1) 8.0 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 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 8
B B
9 9
B 6
9 12 21 15 9
1 3
B B
188 (1)
B.B B.B B.B 1.3 1.3 B.B B.9 1.3 1.7 3.B 2.2 1.3 2.2 B.4 B.B B.B 15.7 (2) 8.8 B.B B.B B.4 B.4 B.B B.3 B.4 B.6 1.8 B.7 B.4 B.7 B.1 B.B B.B 5.3 3.6-7.5 8
3 15 3
6 3
24 18 18 21 66 144 78 51 9
18 477 (1) 8.8 B.4 2.2 B.4 B.9 L.4 3.5 2.6 2.6 3.B 9.6 28.9 11.3 7.4 1.3 2.6 69.1 (2) 8.8 B.1 B.7 B.1 B.3 B.1 1.2 B.9 B.9 1.8 3.2 7.1 3.8 2.5 B.4 B.9 23.5 7.6-12.5 12 8
9 9
9 8
B 3
6 B
B 15 15 9
27 15 182 (1) 1.7 B.B B.B B.B B.B B.B B.B B.4 B.9 B.B B.B 2.2 2.2 1.3 3.9 2.2 14.8 (2)
B.6 B.B B.B B.B B.B B.B B.B B.1 B.3 B.B B.B B.7 B.7 B.4 1.3 B.7 5.8 12.6-18.5 3
B B
B B
B B
B B
B B
B B
B B
B 3
(1) 8.1 5.8 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.4 (2)
B.1 B.B B.B B.B R.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 18.6-24.B B
B B
B B
B B
B B
B B
B B
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.B (21 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B CVER-24.8 B
B B
B B
B B
B B
B B
B B
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.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 15 3
15 12 15 3
36 38 36 42 81 168 188 63 36 33 695 (1) 2.2 B.4 2.2 1.7 2.2 B.4 4.3 4.3 5.2 6.1 11.7 24.3 15.7 9.1 5.2 4.8 188.8 (2) 8.7 B.1 B.7 B.6 B.7 B.1 1.5 1.5 1.8 2.1 4.8 8.3 5.3 3.1 1.8 1.6 34.B (1)= PERCENT OF ALL GOOD OBSERVATIONS FORTHIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD l
NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 698 l
CALM =VIND SPEED LESS THAN 1.BBMPH u) l cn sq
\\
l 13
M M
M M
M M
M M
M M
TABLE 4A-1 (Continued) 228 FT TOWER - 33 FT EL 33.8 FT WIND DATA 1/1/84 - 3/31/84 18.61 STABILITY CLASS F-- DELTA T 1.6 TO 4.8 DEG C PER 1BBMETERS CLASS FREQUENCY (PERCENT)
=
WIND DISTRIBUTION
SUMMARY
DIRECTION SPEED (MPH)
N MNE NE ENE E
WNW NW NNV TOTAL
-CALM B
B B
B B
B B
B B
B B
B B
3 8
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 B.B B.B B.8 B.B B.B B.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.1 B.B B.B B.1 CALM-3.5 9
3 8
8 3
0 6
12 9
6 12 18 8
12 3
3 87 (1) 2.0 B.8 B.B B.B B.8 B.B 1.6 3.2 2.4 1.6 3.2 4.8 B.B 3.2 B.8 B.8 23.B (2)
B.B B.1 B.8 B.B B.1 B.B B.3 B.6 B.4 B.3 B.6 B.9 B.B B.6 B.1 B.1 4.3 3.6-7.5 B
B 18 8
8 8
9 18 39 3
38 63 39 27 6
8 252 (1) 8.8 B.B 4.8 8.8 B.B B.B 2.4 4.8 18.3 B.8 7.9 16.7 18.3 7.1 1.6 B.B 66.7 (2) 8.8 B.B B.9 B.B B.B B.B B.4 B.9 1.9 B.1 1.5 3.1 1.9 1.3 B.3 B.B 12.4 7.6-12.5 3
8 8
8 B
B B
6 12 B
B B
B B
3 12 36 (1) 8.8 B.B B.B B.B B.B B.B B.B 1.6 3.2 B.B B.B B.B B.B B.B B.8 3.2 9.5 (2)
B.1 B.B B.B B.B B.B B.B B.B B.3 B.6 B.B B.B B.B B.B B.B B.1 B.6 1.8 12.6-18.5 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.B 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 18.6-24.B B
B B
B B
B B
B B
B B
B B
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.8 B.B B.B B.B (2)
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 B.B OVER-24.8 0
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.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B G.B l
(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
3 18 8
3 8
15 36 68 9
42 81 39 42 12 15 378 l
(1) 0.8 B.8 4.8 B.B B.9 B.B 4.8 9.5 15.9 2.4 11.1 21.4 18.3 11.1 3.2 4.B 188.8 (2)
B.1 B.1 B.9 B.B B.1 B.B B.7 1.8 3.8 B.4 2.1 4.B 1.9 2.1 B.6 B.7 18.6 (1)= PERCENT OF ALL GOOD OBSERVATIONS FORTHIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 378 CALM = WIND SPEED LESS THAN 1.BBMPH r-cn 4
14
M MMW M
WM M
WM M
M M
M M
TABLE 4A-1 (Continued) 22B FT TOWER - 33 FT EL 33.8 FT WIND DATA h
1/1/84 - 3/31/84 STABILITY CLASS'G-- DELTA T GREATER THAN 4.8 DEG C PER 188 METERSt CLASS FREQUENCY (PERCENT) 7.89
=
VIND DFITRIBUTION
SUMMARY
CIRECTION SPEED (MPH)
N NME NE ENE E
VNV NV NNV TOTAL
-CALM B
B B
B 2
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.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 9
B B
B B
B B
B B
B 3
3 8
8 8
9 6
(1) 8.8 B.B B.B 3.8 B.B B.B B.B B.B B.B B.B 2.1 2.1 B.B B.B B.B B.B 4.2 (2)
B.B B.B B.B 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.3 3.6-7.5 8
6 6
12 9
3 8
8 3
6 9
38 12 9
12 B
188 (1) 8.8 4.2 4.2 8.3 B.B 2.1 B.B B.B 2.1 4.2 6.2 28.8 8.3 6.2 8.3 B.B 75.8 (2) 8.8 B.3 B.3 B.6 B.B B.1 B.B B.B B.1 B.3 B.4 1.5 B.6 B.4 B.6 B.B 5.3 7.6-12.5 3
B B
B B
B B
3 3
6 B
B B
B 6
9 38 (1) 2.1 B.B B.B B.B B.B B.B B.B 2.1 2.1 4.2 B.B B.B B.B B.B 4.2 6.2 20.8 (2)
B.1 B.B B.B B.B B.B B.B B.B B.1 B.1 B.3 B.B B.B B.B B.B B.3 B.4 1.5 12.6-18.5 B
B B
B B
B B
B B
B B
B B
B 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 B.B B.B B.B B.B B.B B.B 18.6-24.8 B
B B
B B
B B
B B
B B
B B
B 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) 8.6 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 B.B B.B B.B OVER-24.B B
B B
B B
B B
B B
B B
B B
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.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 6
12 B
3 8
3 6
12 12 33 12 9
18 9
144 (1) 2.1 4.2 4.2 8.3 B.B 2.1 8.8 2.1 4.2 8.3 8.3 22.9 8.3 6.2 12.5 6.2 188.8 (2)
B.1 B.3 B.3 B.6 B.B B.1 B.B B.1 B.3 B.6 B.6 1.6 B.6 B.4 B.9 B.4 7.1 (1)= PERCENT OF ALL GOOD OBSERVATIONS FORTHIS PAGE
~
(2)=PERCEN,T OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 144 CALM =VIND SPEED LESS THAN 1.BBMPH a3 Cn v
15
TABLE 4A-1 (Continued) 228 FT TOVER - 33 FT EL 33.8 FT VIND DATA 1/1/84 - 3/31/84 STABILITY CLASS ALL-- ALL STABILITIES COMBINED CLASS FREOUENCY (PERCENT)
IBB.BB
=
VIND DISTRIBUTION
SUMMARY
DIRECTION SPEED (MPH)
N NNE ME ENE E
WNV NV NNV TOTAL
-CALK 3
6 B
B B
B B
B B
B B
B B
3 B
B 6
(1) 8.1 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.1 B.B B.B B.3 (2)
B.1 B.B B.B B.B B.B BB B.B B.B B.B B.B B.B B.B B.B B.1 C.B B.B B.3 CALM-3.5 3
12 6
21 21 B
15 27 33 39 42 36 24 24 3
6 311 (1)
B.1 B.6 B.3 1.8 1.B B.B 2.7 1.3 1.6 1.9 2.1 1.8 1.2 1.2 B.1 B.3 15.4 (2)
B.1 B.6 B.3 1.8 1.8 B.B B.7 1.3 1.6 1.9 2.1 1.8 1.2 1.2 8.1 B.3 15.4 3.6-7.5 15 18 68 18 36 21 42 45 78 66 144 288 177 141 54 39 1242 (1)
B7 B.9 3.8 B.9 1.8 1.B 2.1 2.2 3.8 3.2 7.1 14.2 8.7 6.9 2.7 1.9 61.2 (2) 8.7 B.3 3.8 B.9 1.8 1.8 2.1 2.2 3.8 3.2 7.1 14.2 8.7 6.9 2.7 1.9 61.2 7.6-12.5 36 48 45 9
8 B
B 12 38 3B B
27 48 42 54 48 429 (1) 1.8 2.4 2.2 B.4 B.B B.B B.B B.6 1.5 1.5 B.B 1.3 2.4 2.1 2.7 2.4 21.1 (2) 1.8 2.4 2.2 B.4 B.B B.B B.B B.6 1.5 1.5 B.B 1.3 2.4 2.1 2.7 2.4 21.1 12.6-18.5 9
27 3
3 8
B B
B B
B B
B B
B B
B 42 (1) 8.4 1.3 B.1 S.1 B.B B.B B.B B.B B.S B.B B.B B.B B.B B.B B.B B.B 2.1 (2)
B.4 1.3 B.1 B.1 B.B B.B B.B B.B B.B B.B B.E B.B B.B B.B B.B B.B 2.1 18.6-24.8 8
B B
B B
B 2
B B
B B
B 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.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.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.B 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 66 185 114 51 57 21 57 84 141 135 186 351 249 218 111 93 2831 (1) 3.2 5.2 5.6 2.5 2.8 1.8 2.8 4.1 6.9 6.6 9.2 17.3 12.3 18.3 5.5 4.6 188.8 (2) 3.2 5.2 5.6 2.5 2.8 1.8 2.8 4.1 6.9 6.6 9.2 17.3 12.3 18.3 5.5 4.6 188.8 (11= PERCENT OF ALL GOOD OBSERVATIONS FORTHIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE=2831 94.8 PERCENT DATA RECOVERY NUMBER OF HOURS IN THIS PERIOD = 2168 c1 CALM =VIND SPEED LESS THAN 1.BBMPH 0) v 16
ME M
M M
M M
M M
M M
n TABLE 4A-1 Continued) 228 FT TOVER - 33 FT EL 33.B FT VIND DATA 4/1/84 - 6/3B/84 STABILITY CLASS A-- DELTA T LESS THAN -1.9 DEG C PER IBB HETERS CLASS FREOUENCY (PERCENT) 21.84
=
WIND DISTRIBUTION
SUMMARY
DIRECTION SPEED (HPH)
N MNE ME EME E
WNV NV NNW TOTAL
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B B
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B B
B B
B B
B B
B B
B B
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3 8
6 6
3 8
B B
B B
B B
B B
B 21 (1)
B9 8.9 B.B 1.8 1.8 B.9 B.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B 6.2 (2) 8.2 9.2 B.B B.4 B.4 8.2 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 1.3 3.6-7.5 36 42 21 21 2
9 2
3 3
15 9
6 3
2 8
21 189 (1) 18.6 12.4 6.2 6.2 B.B 2.7 B.B B.9 B.9 4.4 2.7 1.8 B-9 B.B B.B 6.2 55.8 (2) 2.2 2.6 1.3 1.3 B.B B.6 B.B B.2 B.2 B.9 B.6 B.4 B.2 B.B B.B 1.3 11.7 7.6-12.5 24 42 3
0 3
B B
B 6
36 9
3 B
B B
3 129 (1) 7.1 12.4 B.9 B.B B.9 B.B B.B B.B 1.8 18.6 2.7 B.9 B.B B.B B.B B.9 38.1 (2) 1.5 2.6 B.2 B.B B.2 B.B B.B B.B B.4 2.2 B.6 B.2 B.B B.B B.B B.2 8.B l'
12.6-18.5 B
B B
B B
B B
B 3
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B B
B B
B B
i (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
B B
B B
B B
B B
B B
B B
B B
1 (1)
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 B.B B.B B.B B.B l
(2) 8.9 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.B B
B B
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B B
B B
B B
B 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 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 63 87 24 27 9
12 B
3 9
51 18 9
3 B
B 24 339 i
(1) 18.6 25.7 7.1 8.8 2.7 3.5 B.B B.9 2.7 15.8 5.3 2.7 B.9 B.B B.B 7.1 190.2 (2) 3.9 5.4 1.5 1.7 B.6 9.7 B.B 4.2 B.6 3.2 1.1 B.6 B.2 B.B B.B 1.5 21.8 (1)= PERCENT OF ALL GOOD OBSERVATIONS FORTHIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 339 m
CALH=UIMD SPEED LESS THAN 1.BBMPH nn 17
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TABLE 4A-1 (Continued) 228 FT TOWER - 33 FT EL 33.8 FT WIND DATA 4/1/84 - 6/3B/84 STABILITY CLASS F-- DELTA T l.6 TO 4.8 DEG C PER ISBHETERS CLASS FREQUENCY (PERCENT) 19.37
=
WIND DISTRIBUTION
SUMMARY
DIRECTION SPEED (HPH)
N NNE NE ENE E
WNW NW NNW TOTAL
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B B
B B
B 3
8 3
3 6
B B
B Q
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24 27 18 6
3 99 I
(1) 0.8 B.G B.B l.B B.B 1.8 B.4 B.B B.B 1.9 2.9 7.7 8.7 5.8 1.9 1.B 31.7 l
(2) 8.9 B.B B.B B.2 B.B B.2 B.B B.B B.B B.4 B6 1.5 1.7 1.1 B.4 B.2 6.1 3.6-7.5 18 3
12 12 12 0
0 B
18 9
24 9
3 8
12 9
141 (1) 5.8 1.9 3.8 3.8 3.8 B.B B.B B.B 5.8 2.9 7.7 2.9 1.8 0.8 3.8 2.9 45.2 (2) 1.1 B.2 B.7 8.7 B.7 B.B B.B B.B 1.1 B.6 1.5 B.6 B.2 B.B B.7 B.6 8.8 7.6-12.5 12 0
3 6
B B
27 8
B B
9 B
B B
B B
57 (1) 3.8 B.B 1.8 1.9 B.B B.B 8.7 B.B B.B B.B 2.9 B.B B.B B.B B.B B.B 18.3 l
(2)
B.7 B.B B.2 B.4 B.B B.B 1.7 B.B B.B B.B B.6 B.B B.B B.B B.B B,B 3.5 12.6-18.5 8
B B
B B
B B
B B
B B
B B
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.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 18.6-24.B B
B B
B B
B B
B B
B B
B B
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.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
B B
B B
B B
B B
B B
B B
B B
l (1) 8.0 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 1
(2) 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
}
ALL SPEEDS 38 3
15 21 12 3
38 B
21 18 48 33 38 18 18 12 312 (1) 9.6 1.B 4.8 6.7 3.8 1.8 9.6 B.B 6.7 5.8 15.4 18.6 9.6 5.8 5.8 3.8 188.8 (2) 1.9 B.2 B.9 1.3 8.7 B.2 1.9 B.B 1.3 1.1 3.8 2.8 1.9 1.1 1.1 B.7 19.4 (1)= PERCENT OF ALL GOOD OBSERVATIONS FORTHIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 312 CALH= WIND SPEED LESS THAN 1.BBMPH N
in 22
m v
m m
m m
m n
m.
n m.
m O
n p
n
.n.
1~~'L 5
TABLE 4A-1 (Continued) 228 FT TOWER - 33 FT EL 33.8 FT WIND DATA 4/1/84 - 6/38/84 STABILITY CLASS G-- DELTA T GREATER THAN 4.8 DEG C PER 1BB-METERS 1 CLASS FREQUENCY (PERCENT) 18.99
=
WIND DISTRIBUTION
SUMMARY
g DIRECTION SPEED (MPH)'
N NME NE EME E
WNW NW NNW TOTAL.
-CALM B
B B
B B
B B
B B
B B
B B
B B
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 e
(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 8
8 9
6 B
B B
B 3
8 6
3 3
6 3B (1) 1.7 B.B B.B B.B B.B 3.4 B.B B.B B.B B.B 1.7 B.B 3.4 1.7 1.7 3.4 16.9 (2)
B.2' B.B B.B B.B B.B B.4 B.B B.B B.B B.B B.2 B.B B.4 B.2 B.2 B.4
^1.9 3.6-7.5 6
15 B
B B
B 3
B B
18 12 3
8 8
3 24 84 (1) 3.4 8.5 B.8 B.B B.B B.B 1.7 B.B B.B 18.2 6.8 1.7 B.B B.B 1.7 13.6 47.5 (2) 8.4 B.9 B.B B.B B.B B.B B.2 B.8 B.B 1.1 B.7 B.2 B.B B.B B.2 1.5
_5. 2 l
7.6-12.5 B
B B
B B
B 15 12 3
12 12 B'
B B
B B
54 (1)
B.B B.B B.B B.B B.B B.B 8.5 6.8 1.7 6.8 6.8 B.B B.B B.B B.B B.B 38.5 (21 B.B B.B B.B B.B B.B B.B B.9 B.7 B.2 B.7 8.7 B.B B.B B.B B.B B.B 3.4 12.6-18.5 B
B B
B B
B 9
8 E
B B
B B
B B-B 9
(
(1)
B.B B.B B.B B.B B.B B.B 5.1 B.B B.B B.B B.B B.B B.B B.B B.B B.B 5.i (2)
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.B B.6 18.6-24.8 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.B 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 DVER-24.8 8
8 8
B B
B B
B B
B B
B.
B B
B B
B (1)
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.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 l
ALL SPEEDS 9
15 B
B B
6 27 12 3
38 27
'3 6
3 6
38 177 (1) 5.1 8.5 B.B B.B B.B 3.4 15.3 6.8 1.7 16.9 15.3 1.7 3.4 1.7 3.4 16.9 188.B (2) 8.6 B.9 B.B B.B B.B B.4 1.7 B.7 B.2 1.9 1.7 B.2 B.4 B.2 B.4 1.9 11.B (1)=PERCE9T OF ALL GOOD OBSERVATIONS FORTHIS PAGE (2)= PERCENT OF ALL GOOD DBSERVATIONS FOR THE PERIOD CALN= WIND SPEED ~LESS THAN 1.BBMPH u)
~
to 23
~
n m
m m
em.
rm m
r et rm
_ rm_
m r
t_
y TABLE 4A-1 (Continued) 228 FT TOWER - 33 FT EL 33.B FT WIND DATA 4/1/84 - 6/3B/84 STABILITY CLASS ALL-- ALL STABILITIES COMBINED CLASS FREQUENCY (PERCENT) = 188.88 WIND DISTRIBUTION
SUMMARY
DIRECTION SPEED (MPH)
N NNE NE ENE E
WNW NW NNW TOTAL
-CALM B
B B
B B
B 3
3 3
3 15 3
3 3
8 8
36 (1) 8.8 B.B B.B B.B B, 0 B.B B.2 B.2 8.2 B.2 B.9 B.2 B.2 B.2 B.B B.B 2.2 (2) 8.8 B.B B.B B.B B.B B.B B.2 B.2 B.2 B.2 B.9 B.2 B.2 B.2 B.B B.B 2.2 CALM-3.5 12 6
B 27 33 24 B
B B
18 21 27 42 36 38 38 386 L
(1)
B.7 B.4 B.B 1.7 2.8 1.5 B.B B.B B.B 1.1 1.3 1.7 2.6 2.2 1.9 1.9 19.8 (2) 8.7 B.4 B.B 1.7 2.8 1.5 B.B B.B.
B.B 1.1 1.3 1.7 2.6 2.2 1.9 1.9 19.B 3.6-7.5 99 81 66 84 48 27 3B 9
24 185 69 18 15 13 48 87 828 (1) 6.1 C.B 4.1 5.2 3.B 1.7 1.9 B.6 1.5 6.5 4.3 1.1 B.9 1.1 3.8 5.4 51.4 (2) 6.1 5.8 4.1 5.2 3.8 1.7 1.9 B.6 1.5 6.5 4.3 1.1 B.9 1.1 3.8 5.4 51.4 7.6-12.5 98 185 6
9 6
8 42 12 12 75 39 3
8 8
6 3
488 (1) 5.6 6.5 B.4 B.6 B.4 B.B 2.6 B.7 B.7 4.7 2.4 B.2 B.B B.B B.4 B.2 25.3 (2) 5.6 6.5 B.4 B.6 B.4 B.B 2.6 B.7 B.7 4.7 2.4 B.2 B.B B.B B.4 B.2 25.3 12.6-18.5 8
15 9
B B
B 9
8 8
E B
B B
B B
B 33 (1) 8.B B.9 B.6 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.B 2.B (2)
B.B B.9 B.6 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.B 2.5 18.6-24.8 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.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B t
(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 l
OVER-24.8 8
8 8
8 8
B B
B B
B B
B B
B 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 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 2B1 287 81 128 87 51 84 24 39 231 144 51 68 57 84 128 1611 (1) 12.5 12.8 5.8 7.4 5.4 3.2 5.2 1.5 2.4 12.5 8.9 3.2 3.7 3.5 5.2 7.4 188.8 t
(2) 12.5 12.8 5.8 7.4 5.4 3.2 5'. 2 1.5 2.4 12.5 8.9 3.2 3.7 3.5 5.2 7.4 188.8 (1)= PERCENT OF ALL GOOD OBSERVATIONS FORTHIS PAGE l
(2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD
)
NUMBER OF GOOD OBSERVATIONS ON THIS PAGE=1611 73.8 PERCENT DATA RECOVERY l
NUMBER OF HOURS IN THIS PERIOD = 2184 CALM = WIND SPEED LESS THAN 1.BBMPH OJ 10 24
m m
_m v
v m.v m
c TABLE 4A-2' DISTRICUTION OF WIND DIRECTIONS-A.1D SPEEDS FOR THE 220 FT. LEVEL OF THE 220 FT. TOWER 228 FT TOWER - 228 FT EL 225.E FT WIND DATA 1/1/84 - 3/31/84 STABILITY CLASS:A-- DELTA T LESS THAN -1.9 DEG C PER 188 METERS CLASS FREQUENCY (PERCENT) =
'5.76 WIND DISTRIBUTION
SUMMARY
DIRECTION SPEED (MPH)
N NNE NE ENE E
'WNW NW MNV TOTAL
-CALM-B B
B B
B B
B B
B B
B B-B 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.
E.8 (2) 8.8 9.8 B.B B.B B.B B.B B.B B.B E.B B.B B.B B.B B.B B.B B.E B.B B.B CALM-3.5 B
B B
3 8
8 B
B B
B B
B B
B B
B 3
(11 B.B B.B B.B 2.6 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 2.6 (2) 8.8 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.R B.B B.B B.1 3.6-7.5 6
B B
B B
B B
B B
B B
B 3
'B 3
B
-12 (1) 5.1 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 2.6 B.B 2.6 B.B
^18.3 (2) 8.3 E.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.1 B.B B.6 7.6-12.5 3
8 8
8 5
5 8
B B
B 9
9 3
6 8
3 24 (1) 2.6 B.B B.B B.B B.R B.B B.B B.B B.B B.B 7.7 B.B 2.6 5.1 B.B 2.6 28.5 a( 2 )
9.1 9.8 B.B B.B B.B B.B B.B B.B B.B B.B B.4 B.B B.1 B.3 B.B B.1 1.2 12.6-18.5 12 B
B B
B B
B B
B 3
3 15 6
6 3
48 (11 19.3 E.B 5.8 B.B B.B 9.9 B.B B.B R.E E.B 2.6 2.6 12.8 5.1
_S.1 2.6 41.5 (2) 8.6 E.8 B.B B.E B.B B.B D.B B.E E.E E.E E.1 E.1 E.7 B.3 E.3 E.1 2.4 18.6-24.5 9
.3 8
8 8
8 5
B E
3 E
B 9
3 E
3 38 (1) 7.7 2.6 B.B B.B B.B B.B B.E B.B-E.E 2.6 E.8 E.B 7.7 2.6 B.E 2.6 25.6 (2) 8.4 E.1 B.B B.B B.B B.E B.B B.E B.E E.1w E.B B.E B.4 E.1 5.E E.1 1.5 OVER-24.E B
B B
B B
B B
B E
E B
B.
B B
B B
B (1) 9.B E.B B.B B.B B.B B.B B.B B.B E.8 6.9 E.E E.B B.B B.E E.8 B.9 E.8 (2)
B.B E.8 B.B B.B E.B B.B E.8 B.9 E.5 E.E E.B-E.B E.E B.E E.E E.8 B.E ALL SPEEDS 35 3
8 3
5 E
8 E
3 12 3
38 15 9
9 117 (1) 25.6 2.6 B.B 2.6 B.B B.B B.B B.B 5.9 2.6 15.3 2.6 25.6 12.8 7.7 7.7 185.E (2) 1.5 E.1 B.B B.1 9.8 B.B B.E B.B E.8 B.1 E.6 E.1 1.5 B.7 6.4 9.4 5.8 (1)= PERCENT OF ALL GOOD OBSERVATIONS FORTHIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS.PAGE= 117 l'
u)
CALM = WIND SPEED ~.LESS THAN 1.EEMPH ca tn 25 L
TABLE 4A-2 (Continued) 228 FT TOWER - 228 FT EL 228.8 FT WIND DATA 1/1/84 - 3/31/84 STAB 1LITY CLASS'B-- DELTA T -1.9 TO -1.7 DEG C PER IBB METERS CLASS FREQUENCY (PERCENT) 1.92
=
W1ND DISTRIBUTION
SUMMARY
DIRECTION SPEED (MPH)
N NNE NE ENE E
WNW NW NNW TOTAL
-CALM B
B B
B B
B B
B B
B B
B B
B B
B B
(1)
B.O 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 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 B
B B
B B
B B
B B
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.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 3.6-7.5 8
6 B
B B
B B
B B
B B
B B
3 8
8 9
(1)
B.B 15.4 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 7.7 B.B B.B 23.1 (2) 8.5 B.3 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.4 7.6-12.5 B
3 8
5 B
B B
B B
3 B
B 3
3 8
8 12 (1) 8.8 7.7 B.B 5.8 B.B B.B B.B B.B B.B 7.7 8.8 B.O 7.7 7.7 B.B B.B 38.8 (2)
B.B B.1 B.B B.B B.B B.B B.B B.B B.B B.1 B.B B.B B.1 B.1 B.B B.B B.6 12.6-18.5 8
B B
B 3
8 B
B B
B 3
8 3
B B
B 6
(1)
B.B B.B B.B B.B B.O B.B B.B B.B B.B B.B 7.7 B.B 7.7 B.B B.B B.B 15.4 l
(2)
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.1 B.B B.B B.B B.3 18.6-24.8 8
B B
B d
B B
B B
B B
B B
B B
6 6
(1) 8.8 B.B B.B B.B B.B B.B B.B B.O B.B B.B B.B B.B B.B B.B B.B 15.4 15.4 (2)
- 8. k' B.B B.B B.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.3 OVER-24.8 8
C B
B B
B B
B B
B B
B B
B B
B 6
(1)
B.B 15.4 B.B B.B B.B B.B B.B B.O B.B B.B B.B B.B B.B B.B B.B B.B 15.4 (2) 8.8 B.3 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.G B.B B.B B.3 ALL SPEEDS B
15 8
8 8
B B
B B
3 3
8 6
6 8
6 39 (1>
B.B 38.5 B.B B.B B.B B.B B.B B.B B.B 7.7 7.7 B.B 15.4 15.4 B.B 15.4 IBB.B (2) 8.8 B.7 B.B B.B B.B B.B B.B B.B B.B B.1 B.1 0.8 B.3 B.3 B.B B.3 1.9 (1)= PERCENT OF ALL GOOD OBSERVATIONS FORTHIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 39
~
CALM = WIND SPEED LESS THAN 1.BBMPH (g
a LO 26
e v
v m
v TABLE 4A-2 (Continued) 22B FT TOWER - 228 FT EL 225.5 FT WIND DATA 1/1/84 - 3/31/84 l
l STABILITY CLASS'C-- DELTA T -1.6 TO -1.5 DEG C PER IBM METERS CLASS FREQUENCY (PERCENT) 2.95
=
WIND DISTRIBUTION
SUMMARY
DIRECTION l
SPEED (MPH)
N NME NE ENE E
WNW NW NMW TOTAL 1
-CALM 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.B 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 (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 3.6-7.5 B
B B
B 3
8 8
B B
B B
B B
3 8
8 6
(1) 8.8 B.B B.B B.B 5.8 B.B B.B B.B B.B.
B.B B.B B.B B.B 5.8 B.B B.B-18.8 (2)
B.B B.B B.B B.B B.1 B.B B.B B.B B.B B.B B.B B.B B.B B.1 B.B B.B B.3 7.6-12.5 3
8 B
B 6
B B
B B
B 3
6 8
6 B
B 24 (1) 5.8 B.B B.B B.B 18.8 B.B B.B B.B B.B B.B 5.B 18.B B.B 18.B B.B B.B.
48.B (2)
B.1 B.B B.B B.B B.3 B.B B.B B.B B.B B.B B.1 B.3 B.B B.3 B.B B.B 1.2 12.6-18.5 5
B B
B B
B B
B 3
8 B
B 6
3 9-3 15 (1)
B.8 B.B B.B B.B B.B B.B B.B B.B 5.9 B.B B.B B.B 18.B 5.B B.B 5.8 25.B (2)
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.3 B.1 B.B B.1 B.7 18.6-24.B B
6 B
B B
B B
B B
B B
B 9
B B
B 15 (1) 8.8 18.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 15.8 B.B B.B B.B 25.8 (2)
B.B B.3 B.B 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.7 OVER-24.8 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.B 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 3
6 B
B 9
8 8
8 3
8 3
6 15 12 8
3 GB (1) 5.8 18.8 B.B B.B 15.8 B.B B.B B.B 5.8 B.B 5.8 18.8 25.B 28.B B.B 5.8 188.B (2)
B.1 B.3 B.B B.B B.4 B.B B.B B.B B.1 B.B B.1 B.3 B.7 B.6 B.B B.1 3.B (1)= PERCENT OF ALL GOOD OBSERVATIONS FORTHIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 6B CALM = WIND SPEED LESS THAN 1.BBMPH r-O LO 27
n v
m e
r m.
rm em rm rm m
m rm rm m
v m
_p y-TABLE 4A-2 (Continued) 228 FT TOWER - 22B FT'EL 22E.E FT WIND DATA 1/1/84 - 3/31/84 STABILITY CLASS'D-- DELTA T -1.4 TO -E.5 DEG C PER-195 METERS CLASS FREQUENCY (PERCENT)
' '29.69
=
WIND DISTRIBUTION
SUMMARY
DIRECTION-SPEED (MPH)
N MNE NE ENE E
W WNW NW NNW. TOTAL-
-CALM B
B B
E B
B B
B B
B B
B E.
'B 15 5
15 (1) 9.8 B.B B.B B.B B.8 B.B B.B B.B E.B E.B 5.E E.5-E.B B.B 2.5 E.D.
2.5' (21 8.8 B.8 B.B B.9-B.B B.B B.B B.B B.E B.E B.B R.B E.8 B.B 5.7 8.9 B.7 CALM-3.5 8
3 6
12 8
3 B
B B
3 B
R 3
8 B-B 38 (1) 8.B E.5 1.8 2.8 B.B B.5 B.B B.B R.B B.5 B.E B.E E.5 E.E E.B.
B.B 5.5 (2) 8.B B.1 B.3 E.6 B.B B.1 B.B B.E B.E R.1 B.B B.B 3.1 B.B -
E.E E.E 1.5 3.6-7.5 B
B 12 8
8 3
B B
3 9
12 3
5-9 E
B 57 (1)
B.B B.B 2.8 B.B B.B B.5 B.B B.B B.5 1.5 2.8 B.5 1.8 1.5 3.M E.8 9.5 (2) 8.8 B.B B.6 B.B
. B.B B.1 B.B B.B B.1 S.4 B.6 B.1 B.3 E.4 B.B B.B 2.8 7.6-12.5 6
9 15 9
6 8
6 12 9
15 39 12 12 12 6
3 171 (1) 1.8 1.5 2.5 1.5 1.8 B.B 1.8 2.8 1.5 2.5 6.5 2.5 2.5 2.8 1.8 B.5
-28.4 (2) 8.3 B.4 B.7 B.4 9.3 B.P B.3 8.6 B.4 B.7 1.9 B.6 B.6 B.6 B.3 B.1 8.4 12.6-18.5 3
3 24 21 9
8 8
3 6
12 33 15 38 21 6
9 195 (1)
B.5 S.5 4.8 3.5 1.5 B.B B.B B.5 1.5 2.8 5.5 2.5 5.8 3.5 1.#
1.5 32.3 (2)-
B.1 B.1 1.2 1.8 B.4 B.B B.B B.1 8.3 B.6 1.6 8.7 1.5 1.8 K.3
'#.4 9.6 1
18.6-24.3 8
21 3B B
B B
B B
3 3
6 3
12 9
3 3
93
)
(1)
B.8.
3.5 5.8 B.B B.B B.B B.B B.B R.5 B.5 1.E E.5 2.8 1.5 B.5 B5
' 15.4 l
(2) 8.8 1.8 1.5 B.J B.B B.B B.B B.B E.1 E.1 E.3 B.1 B.6 B.4 B.1 E.1 4.6 OVER-24.B B
24 3
3 8
8 8
B B
B 3
8 8
8 3
6-42 (1) 8.8 4.8 B.5 B.5 B.B B.B B.B B.B R.E B.B 5.5 B.B B.B B.B B.5 1.8 7.B (2) 8.9 1.2 B.I B.1 B.B B.B B.B B.B E.B E.8 B.1 B.B B.B B.B B.1 B.3 2.1 ALL SPEEDS 9
68 98 45-15 6
6 15
.21 42 93 33 63 51 33 21 683 (1) 1.5 18.5 14.9 7.5 2.5 1.8 1.8 5
3.5 7.8 15.4 5.5 18.4 8.5 5.5 3.5-188.8 7
1.E 2.1 4.6 1.6 3.1 2.5 1.6 1.8 29.7.
(2)
B.4 3.8 4.4 2.2 B.7 B.3 B.3 m
(1)= PERCENT OF ALL GOOD OBSERVATIONS FORTHIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 653 CALM = WIND SPEED.LESS THAN 1.BBMPH
,3
- c) u),
28
TABLE 4A-2 (Continued) 228 FT TOWER - 228 FT EL 228.B FT WIND DATA 1/1/84 - 3/31/84 STABILITY CLASS E-- DELTA T -B.4 TO +1.5 DEG C PER 188 METERS CLASS FREQUENCY (PERCENT) 33.97
=
WIND DISTRIBUTION
SUMMARY
DIRECTION SPEED (MPH)
N NNE HE ENE E
WNW NV NNV TOTAL
-CALM 9
8 3
8 0
0 B
B B
B B
B 3
B 12 3
3B (11 1.3 B.B B.4 B.0 B.B B.B B.B B.B B.B B.B B.B B.B B.4 B.B 1.7 B.4 4.3 (2) 8.4 B.B B.1 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.I B.B B.6 B.1 1.5 CALM-3.5 B
B B
B 3
3 B
B B
B B
3 8
8 B
B 9
(1) 8.8 B.B B.B B.B B.4 B.4 B.B B.B B.B B.B B.B 6.4 B.8 B.B B.B B.B 1.3 (2) 8.8 B.B B.B B.B B.1 B.1 B.B B.B B.B B.B B.B B.1 B.B B.B B.B B.B B.4 3.6-7.5 3
0 3
9 3
8 6
3 9
6 3
9 3
8 3
5 68 (1)
B.4 B.B B.4 1.3 8.4 B.B B.9 8.4 1.3 B.9 B.4 1.3 B.4 0.0 B.4 B.B 8.7 (2) 8.1 B.B B.1 B.4 B.1 B.B B.3 0.1 B.4 B.3 B.1 B.4 B.1 B.B B.1 B.B 3.8 7.6-12.5 18 3
8 6
0 8
9 12 12 21 39 21 41 33 15 3
213 (1) 2.6 B.4 B.B B.9 B.B B.B 1.3 1.7 1.7 3.8 5.7 3.8 3.0 4.8 2.2 8.4 38.9 (2) 8.9 B.1 B.B B.3 B.B B.B B.4 B.6 8.6 1.8 1.9 1.8 1.8 1.6 B.7 B.1 18.5 12.6-18.5 15 3
8 8
3 8
3 18 3
12 27 42 99 69 6
3 383 (1) 2.2 B.4 B.B B.B B.4 B.B B.4 2.6 B.4 1.7 3.9 6.1 14.3 18.0 B.9 B.4 43.9 (2) 0.7 8.1 B.B B.B B.1 8.8 B.1 B9 B.1 B.6 1.3 2.1 4.9 3.4 B.3 B.1 14.9 18.6-24.8 9
B B
B B
B 3
6 3
8 8
8 24 6
6 9
56 (1) 1.3 B.B B.B B.B B.B B.B B.4 B.9 B.4 B.B B.B B.B 3.5 0.9 B.9 1.3 9.6 (2) 8.4 B.B B.B B.B B.B B.B B.1 B.3 B.1 B.B B.B B.B 1.2 B.3 B.3 B.4 3.2 OVER-24.0 8
3 8
8 0
B B
B B
B B
B B
B B
6 9
(1) 8.8 B.4 B.B B.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 1.3 (2) 8.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.3 B.4 ALL SPEEDS 54 9
6 15 9
3 21 39 27 39 59 75 ISB 108 42 24 698 (1) 7.8 1.3 B.9 2.2 1.3 B.4 3.8 5.7 3.9 5.7 18.0 18.9 21.7 15.7 6.1 3.5 ISB.B (2) 2.7 B.4 B.3 B.7 8.4 B.1 1.8 1.9 1.3 1.9 3.4 3.7 7.4 5.3 2.1 1.2 34.0 (1)= PERCENT OF ALL GOOD OBSERVATIONS FORTHIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 698 CALM = WIND SPEED LESS THAN 1.BBMPH cn o
Ln 29
TABLE 4A-2 (Continued) 228 FT TOWER - 228 FT EL 228.8 FT WIND DATA 1/1/84 - 3/31/84 STABILITY CLASS F-- DELTA T 1.6 TO 4.8 DEG C PER IBBMETERS CLASS FREQUENCY (PERCENT) 18.61
=
WIND DIFTRIBUTION
SUMMARY
DIRECTION SPEED (MPH)
N NNE NE ENE E
VNW NW NNW TOTAL
-CALH 3
3 5
8 8
8 B
B B
B B
B B
B B
B 6
(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 1.6 (2)
B.1 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.3 CALM-3.5 8
3 B
B B
B B
B B
B B
B B
B B
3 6
(1) 9.8 B.8 0.8 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.8 1.6 (2) 8.5 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.1 B.3 3.6-7.5 6
B B
B B
3 8
6 6
6 3
3 9
3 6
3 54 (1) 1.6 B.B B.B B.B B.B B.8 B.B 1.6 1.6 1.6 B.8 B.8 2.4 B.8 1.6 B.8 14.3 (2) 8.3 B.B B.B B.B 2.0 B.1 B.B B.3 B.3 B.3 B.1 B.1 B.4 B.1 B.3 B.1 2.7 7.6-12.5 27 3
0 8
3 12 B
B 9
8 18 12 15 38 9
3 141 (1) 7.1 B.8 B.B B.B B.8 3.2 B.B B.B 2.4 B.B 4.8 3.2 4.B 7.9 2.4 B.8 37.3 (2) 1.3 B.1 B.B B.B B.1 B.6 B.B B.B B.4 B.B B.9 B.6 B.7 1.5 B.4 B.1 6.9 12.6-18.5 12 B
B B
B 18 12 12 21 3
21 18 6
6 3
3 135 (1) 3.2 B.B B.B B.B B.B 4.8 3.2 3.2 5.6 B.8 5.6 4.8 1.6 1.6 B.8 B.8 35.7 (2) 8.6 8.8 B.B B.B B.B B.9 B.6 B.6 1.8 B.1 1.8 B.9 B.3 8.3 B.1 B.1 6.6 18.6-24.8 6
3 B
B B
B 3
9 3
8 8
B B
6 B
B 38 (1) 1.6 B.8 B.B B.B B.B B.B B.B 2.4 B.8 B.B B.B B.B B.B 1.6 B.B B.B 7.9 (2) 8.3 B.1 B.B B.B B.B B.B B.1 B.4 B.1 B.B B.B B.B B.B B.3 B.B B.B 1.5 OVER-24.B 3
8 B
B B
B B
3 8
8 B
B B
B B
B 6
(1) 8.8 B.B B.B B.B B.B B.8
'B. B B.8 B.B B.B B.B B.B B'. B B.B B.B B.B 1.6 (2) 0.1 0.8 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.B B.B B.3 ALL SPEEDS 57 12 8
8 3
33 15 38 39 9
42 33 38 45 18 12 378 (1) 15.1 3.2 8.8 B.B B.8 8.7 4.8 7.9 18.3 2.4 11.1 8.7 7.9 11.9 4.8 3.2 ISB.B (2) 2.8 B.6 B.B B.B B.1 1.6 B.7 1.5 1.9 B.4 2.1 1.6 1.5 2.2 B.9 B.6 18.6 (1)= PERCENT OF ALL GOOD OBSERVATIONS FORTHIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUHBER OF GOOD OBSERVATIONS ON THIS PAGE= 378 CALM = WIND SPEED LESS THAN 1.BBMPH c3 e-US 30
T3 V1 FM'W~
~ M~W $~M $
M M
M M
M M
M TABLE 4A-2.(Continued) 220 FT TOW:R - 228 FT EL 228.8 FT WIND DATA 1/1/84 - 3/31/84 STABILITY CLASS'G-- DELTA T GREATER THAN 4.8 DEG C PER 1BB METERS 1 CLASS FREQUENCY (PERCENT) 7.89
=
WIND DISTRIBUTION
SUMMARY
DIRECTION SPEED (MPH)
N NNE NE ENE E
WNW NW NNW TOTAL
-CALM 3
3 B
B B
B B
B B
B B
B 3
0 8
3 12 (1) 2.1 2.1 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 2.1 B.B B.B 2.1 8.3 s.
(2)
B.1 B.1 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 5.1 B.6 CALM-3.5 B
B B
B B
B B
B G
B B
B B
B B
B B
~
(11 B.B B.B B.B B.B B.B 2.0 B.B 0.8 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.0 B.B B.R B.B B.B B.B B.B B.B B.O B.B B.B B.B B.B 3.6-7.5 6
5 B
B B
B B
B B
3 0
B B
B B
B 9
(1) 4.2 B.B B.B B.B B.B B.B B.B B.P B.B 2.1 B.O B.B B.O B.B B.B B.O 6.2 (2) 8.3 B.B B.B B.B B.B B.B B.B B.4 B.B B.1 0.B B.B B.O B.D B.B B.B B.4 7.6-12.5 24 8
B B
B B
3 B
3 8
8 6
18 9
3 8
66 (1) 16.7 B.B B.B B.B B.B B.B 2.1 B.B 2.1 B.8 8.8 4.2 12.5 6.2 2.1 B.B 45.8 (2) 1.2 B.B B.B B.B B.O B.9 B.1 B.B B.1 B.B B.B B.3 B.9 B.4 B.1 B.B 3.2 12.6-18.5 15 B
B B
B B
B B
6 6
6 3
8 3
B B
39 (1) 18.4 B.B B.B B.B B.B 0.0 B.B B.B 4.2 4.2 4.2 2.1 B.B 2.1 B.B B.B 27.1 (2)
B.7 B.B B.B B.B B.B B.B B.B B.B B.3 B.3 B.3 B.1 B.B B.1 B.B B.B 1.9 18.6-24.2 9
8 B
B 3
3 8
8 3
8 B
B B
B B
B 18 (1) 6.2 B.B B.B B.B 2.1 2.1 0.8 B.6 2.1 B.B B.B B.B B.B B.B B.B B.R 12.5 (2) 8.4 B.B B.B B.B 2.1 B.1 B.B B.9 B.1 0.8 B.B B.B B.B B.B B.R B.B 0.9 OVER-24.0 8
8 8
8 B
B B
B B
B B
B B
B B
B B
(1) 0.8 B.B B.B B.B B.B B.O 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 57 3
8 B
3 3
3 8
12 9
6 9
21 12 3
3 144 (1) 39.6 2.1 B.B B.B 2.1 2.1 2.1 B.B 8.3 6.2 4.2 6.2 14.6 8.3 2.1 2.1 180.8 I
(2) 2.8 8.1 B.B B.B B.1 B.1 B.1 B.B 0.6 8.4 B.3 8.4 1.0 B.6 8.1 B.1 7.1 I
(1)= PERCENT OF ALL GOOD OBSERVATIONS FORTHIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 144 CALH= WIND SPEED'LESS THAN 1.BBMPH va
,-4 LO l
31
M M
M M
M M
M M
M M
M
^
TABLE 4A-2 (Continued) 228 FT TOVER - 228 FT EL 228.8 FT WIND DATA 1/1/84 - 3/31/84 STABILITY CLASS ALL-- ALL STABILITIES COMBINED CLASS FREQUENCY (PERCENT) 188.88
=
WIND DISTRIBUTION
SUMMARY
DIRECTION SPEED (MPH)
N NNE NE ENE E
WNW NW NNW TOTAL
-CALM 15 6
3 8
8 8
8 B
B B
B B
6 0
27 6
63 (1) 8.7 B.3 B.1 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.3 B.B 1.3 B.3 3.1 (2) 8.7 B.3 B.1 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.3 B.B 1.3 B.3 3.1 CALM-3.5 8
6 6
15 3
6 8
8 8
3 0
3 3
8 8
3 48 (1) 8.5 B.3 B.3 B.7 B.1 B.3 B.B B.B B.B B.1 B.B B.1 B.1 B.B B.B B.1 2.4 (2) 8.8 B.3 B.3 B.7 B.1 B.3 B.B B.B B.B B.1 B.B B.1 0.1 B.B B.B B.1 2.4 3.6-7.5 21 6
15 9
6 6
6 9
18 24 18 15 21 18 12 3
287 (1) 1.8 B.3 B.7 B.4 B.3 B.3 B.3 B.4 B.9 1.2 B.9 B.7 1.8 B.9 B.6 0.1 18.2 (2) 1.8 B.3 B.7 B.4 B.3 0.3 B.3 8.4 B.9 1.2 B.9 B.7 1.8 8.9 B.6 B.1 18.2 7.6-12.5 81 18 15 15 15 12 18 24 33 39 108 57 72 99 33 12 651 (1) 4.9 8.9 B.7 0.7 8.7 B.6 B.9 1.2 1.6 1.9 5.3 2.8 3.5 4.9 1.6 B.6 32.1 (2) 4.9 B.9 B.7 B.7 B.7 B.6 B.9 1.2 1.6 1.9 5.3 2.8 3.5 4.9 1.6 B.6 32.1 12.6-18.5 57 6
24 21 12 18 15 33 39 33 93 81 159 188 21 21 741 (1) 2.8 B.3 1.2 1.8 B.6 8.9 B.7 1.6 1.9 1.6 4.6 4.8 7.8 5.3 1.0 1.0 36.5 (2) 2.8 8.3 1.2 1.8 B.6 B.9 B.7 1.6 1.9 1.6 4.6 4.8 7.8 5.3 1.0 1.0 36.5 18.6-24.8 33 33 3B B
3 3
6 15 12 6
6 3
54 24 9
21 250 (1) 1.6 1.6 1.5 B.B B.1 B.1 H.3 B.7 8.6 B.3 B.3 B.1 2.7 1.2 B.4 1.8 12.7 (2) 1.6 1.6 1.5 B.B B.1 B.1 B.3 0.7 B.6 B.3 B.3 B.1 2.7 1.2 B.4 1.0 12.7 OVER-24.0 3
31 3
3 2
B B
3 8
8 3
8 8
8 3
12 63 (1) 2.1 1.6 0.1 B.1 B.B B.B B.B B.1 B.B B.B 2.1 B.B B.B B.B B.1 B.6 3.1 (2)
B.1 1.6 0.1 B.1 B.B B.B B.B B.1 B.B B.B B.1 B.B B.B B.B B.1 B.6 3.1 ALL SPEEDS 218 188 96 63 39 45 45 84 182 185 228 159 315 249 185 78 2831 (1) 18.3 5.3 4.7 3.1 1.9 2.2 2.2 4.1 5.8 5.2 11.2 7.8 15.5 12.3 5.2 3.8 188.8 (2) 18.3 5.3 4.7 3.1 1.9 2.2 2.2 4.1 5.B 5.2 11.2 7.8 15.5 12.3 5.2 3.8 188.0 (1)= PERCENT OF ALL GOOD OBSERVATIONS FORTHIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE=2831 94.8 PERCENT DATA RECOVERY NUMBER OF HOURS IN THIS PERIOD = 2160 CALM = WIND SPEED LESS THAN 1.88 MPH CV vs LO 32
m m
e r-
_r m e
e-m m
v e
n r--.
TABLE 4A-2 (Continued) 228 FT TOWER - 228 FT EL 228.8 FT WIND DATA 4/1/84 - 6/3B/84 21.84 STABILITY CLASS'A-- DELTA T LESS THAN -1.9 DEG C PER 1BB METERS CLASS FREQUENCY (PERCENT)
=
WIND DISTRIBUTION
SUMMARY
DIRECTION SPEED (MPH)
N NNE NE ENE E
WNW NW NNW TOTAL
-CALM 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.B 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 3
8 8
B B
B B
B B
B B
B B
B 6
(1)
B.9 B.B k.9 B.B B.B B.B B.B B.B B.B B.B B.5-B.8 B.B B.B B.B B.B 1.8 (2)
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.B B.B B.B B.B B.4 3.6-7.5 15 3
9 3
3 B
B B
B 3
B B
B B
B B
36 (1) 4.4 B.9 2.7 B.9 B.9 B.B B.B B.B B.B B.9 B.B B.B B.B B.B B.B B.B 18.6 (2)
B.9 B.2 B.6 B.2 0.2 B.B B.B B.B B.B B.2 B.B B.B B.B B.B B.B B.B 2.2 7.6-12.5 57 6
8 3
3 8
6 3
3 12 B
B B
B B
3 96 (1) 16.8 1.8 B.B B.9 B.9 B.B 1.8 B.9 B.9 3.5 B.B B.B B.B B.B B.B B.9 28.3 (2) 3.5 B. A.
B.B B.2 B.2 B.B B.4 B.2 B.2 B.7 B.B B.B B.B B.B B.B B.2 6.B 12.6-18.5 42 12 B
B B
B B
B 3J 12 6
3 8
8 8
15 123 (1) 12.4 3.5 B.B B.B B.B B.B B.B B.B 9.7 3.5 1.8 B.9 B.B B.B B.B 4.4 36.3 *
(2) 2.6 B.7 B.B B.B B.B B.B B.B B.B 2.5 B.7 B.4 B.2 B.B B.B B.B B.9 7.6 18.6-24.5 24 18 B
B B
B B
B 6
9 B
B B.
B 3
6 66 (1) 7.1 5.3 B.B B.B B.B B.B B.B B.B 1.8 2.7 B.B B.B B.B B.B B.9 1.8 19.5 (2) 1.5 1.1 B.B B.B B.B B.B B.B B.B B.4 B6 B.B B.B B.B B.B B.2 B.4 4.1 DVER-24.B 12 8
8 8
8 8
8 8
B B
B B
B B
B B
12 l
(1) 3.5 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 3.5 l
(2)
B.7 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.7-ALL SPEEDS 153 39 12 6
6 8
6 3
42 36 6
3 8
8 3
24 339 (1) 45.1 11.5 3.5 1.8 1.0 B.B 1.8 B.9 12.4 18.6 1.8 B.9 B.B B.B B.9 7.1 IBB.B (2) 9.5 2.4 B.7 8.4-B.4 B.B B.4 B.2 2.6 2.2 B.4 B.2 B.B B.B B.2 1.5 21.B (1)= PERCENT OF ALL GOOD OBSERVATIONS FORTHIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 339 CALM = WIND SPEED'LESS THAN 1.BBMPH
. h(
m 33
h M
M M
M M
M M
M M
M M
TABLE 4A-2 (Continued) 228 FT TOWER - 228 FT EL 228.8 FT WIND DATA 4/1/84 - 6/3B/84 STABILITY CLASS B-- DELTA T -1.9 TO -1.7 DEG C PER 188 HETERS CLASS FREQUENCY (PERCENT) 1.86
=
WIND DISTRIBUTION
SUMMARY
DIRECTION SPEED (MPH)
N NNE NE ENE E
WNW NW NNV TOTAL
-CALH B
B B
B B
B B
B B
B B
B B
B B
B B
(1) 9.8 B.B B.B B.B B.B 0.8 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.O B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 0.8 B.0 B.B CALH-3.5 3
B B
B B
B B
B B
B B
B B
B B
B 3
(1) 18.8 B.B B.B 0.0 B.0 B.B 0.0 0.0 B.B B.B B.B B.O B.B B.B B.B 0.8 18.8 (2)
B.2 B.O B.B B.B B.B B.B B.B B.B D.B 5.8 B.B B.B B.B B.B B.B B.B B.2 3.6-7.S 3
8 3
8 0
0 0
0 0
B B
D B
B B
B 6
(1) 18.8 B.B 18.8 B.0 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 0.B 28.8 (2)
B.2 B.O B.2 B.O B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.0 B.B B.4 7.6-12.5 0
B B
B B
B 3
8 B
B B
B B
B B
B 3
(1)
B.B B.B B.B B.B B.D B.B 18.0 B.B B.B B.B 0.8 B.B B.B B.O B.B B.B 18.B (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.O 0.8 B.B B.0 B.2 12.6-18.5 0
3 8
9 B
B B
B 3
B B
C D
B B
B 6
(1>
B.B 18.B B.B B.B B.O B.B B.B B.B 18.B B.B B.B B.B B.B B.B B.B B.B 28.8 (2)
B.B B.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 B.4 18.6-24.8 3
B B
B B
B B
B B
B B
B B
B B
3 6
(1>
18.8 B.B B.B B.B 0.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 18.B 28.8 (2) 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.2 B.4 OVER-24.8 3
3 0
B B
B B
B B
B B
B B
B B
B 6
(1) 10.8 18.8 B.B B.B B.O 0.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 28.8 (2) 8.2 0.2 B.B B.B B.B B.B B.B B.B B.B B.B B.B 0.8 B.B B.B B.B B.B B.4 ALL SPEEDS 12 6
3 8
0 B
3 B
3 8
8 8
B B
B 3
38 (1) 48.B 28.B 10.8 B.B B.B B.B 18.8 8.8 IB.B B.B B.B B.B B.B B.B B.B 18.8 188.8 (2) 0.7 0.4 B.2 B.B B.O B.B B.2 B.B B.2 3.0 B.B B.B B.B B.B B.B B.2 1.9 (1)= PERCENT OF ALL GOOD OBSERVATIONS FORTHIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 3B CALM = WIND SPEED LESS THAN 1.BBMPH 07 m
ID 34
M'M M
M M
M M
M TBALE 4A-2 (Continued) 228 FT TOWER - 223 FT EL 228.8 FT WIND DATA 4/1/84 - 6/3B/84 2.98 STABILITY CLASS C-- DELTA T -1.6 TO -1.5 DEG C PER ISB METERS CLASS FREQUENCY (PERCENT)
=
VIND DISTRIBUTION
SUMMARY
DIRECTION SPEED (MPH)
N NNE NE ENE E
VNV NV NNV TOTAL
-CALM B
B B
B B
B B
B B
B B
B B
B B
B B
l (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 0.8 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B CALM-3.5 3
0 B
B B
B B
B B
B B
B B
B B
B 3
(1) 6.2 B.B B.B B.B B.O B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 6.2 i
(2) 9.2 B.B B.O B.B B.O B.B B.B B.B B.B B.8 B.B B.B B.B B.B 0.8 B.B B.2 1
3.6-7.5 3
0 3
8 8
3 3
B B
B B
B B
B B
B 12 (1) 6.7 B.B 6.2 B.B B.B 6.2 6.2 B.B B.B B.B B.B B.B B.B B.B B.B B.B 25.8 (2)
B.2 B.B B.2 B.B B.B B.2 8.2 0.8 B.B B.B B.B B.B B.B B.O B.B B.B B.7 7.6-12.5 3
0 8
8 3
8 3
8 B
B B
B B
B B
3 12 (1) 6.2 B.B B.B B.B 6.2 B.B 6.2 0.0 B.B B.B B.B B.B B.B B.B 2.0 6.2 25.8 (2)
B.2 9.8 B.B B.B B.2 B.B B.2 B.B B.B B.B B.B B.B B.B B.B 0.8 B.2 B.7 12.6-18.5 6
B B
B B
B B
B 3
B B
B B
B B
B 9
(1) 12.5 B.B B.B B.B B.B B.8 B.0 0.0 6.2 B.B B.B B.B B.B B.B B.B B.B 18.7 (2}
8.4 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 B.6 18.6-24.0 3
B B
B B
B B
B B
B B
B B
3 B
B 6
(1) 6.2 B.O B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 6.2 B.8 B.B 12.5 (21 8.2 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B BC B.2 B.B B.B B.4 OVER-24.8 6
B B
B B
B B
B B
B B
B B
B B
B 6
(1) 12.5 8.8 B.B B.B B.O B.B B.B B.B B.B B.B B.B B.B B.B B.O B.B B.B 12.5 (2) 9.4 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 B.4 ALL SPEEDS 24 0
3 8
3 3
6 8
3 B
B B
B 3
8 3
48 (1) 58.B B.B 6.2 B.B 6.2 6.2 12.5 B.B 6.2 B.B B.B B.B B.B 6.2 B.B 6.2 198.8 (2) 1.5 B.B B.2 B.B B.2 B.2 B.4 B.O B.2 B.B B.B B.B B.B B.2 B.B B.2 3.8 (1)= PERCENT OF ALL GOOD OBSERVATIONS FORTHIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 48 I
CALM =VIND SPEED LESS THAN 1.BBMPH I
m U7 35
m.
m e
r-TBALE 4A-2 (Continued) 228 FT TOWER - 228 FT EL 228.8 FT WIND DATA 4/1/84 - 6/38/84 16.76 STABILITY CLASS'D-- DELTA T -1.4 TO -B.5 DEG C PER 1BB METERS CLASS FREQUENCY.(PERCENT)
=
WIND DISTRIBUTION
SUMMARY
DIRECTION SPEED (MPH)
N NNE NE ENE E
WNW NW NNW TOTAL
-CALM B
B B
B B
B B
B B
B B
B B
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.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 8
8 8
8 8
8 B
B B
B B
B B
B 3
(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 1.1 (2) 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.2 3.6-7.5 18 B
B 3
3 3
8 8
8 3
6 8
8 3
B B
39 (1) 6.7 B.B B.B 1.1 1.1 1.1 B.B 5.9 B.B 1.1 2.2 B.B B.B 1.1 B.B B.B 14.4 (2) 1.1 B.B B.B B.2 B.2 B.2 B.B B.B B.B B.2 B.4 B.B B.B B.2 B.B B.B 2.4 7.6-12.5 15 8
8 6
3 3
9 8
6 3
8 8
8 8
6 3
54 (1) 5.6 B.B B.B 2.2 1.1 1.1 3.3 B.B 2.2 1.1 B.B B.B B.B B.B 2.2 1.1 28.B (2) 8.9 B.B B.B B.4 B.2 B.2 B.6 B.B B.4 B.2 B.B B.B B.B B.B B.4 B.2 3.4 12.6-18.5 21 B
B B
B 6
6 8
6 B
B B
9 9
B B
57 (1) 7.8 B.B B.B B.B B.B 2.2 2.2 B.B 2.2 B.8 B.B B.B 3.3 3.3 B.B B.B 21.1 (2) 1.3 B.B B.B B.B B.B B.4 B.4 B.B B.4 B.B B.B B.B B.6 B.6 B.B B.B 3.5 18.6-24.8 24 12 B
B B
B B
B B
21 8
B B
3 3
15 78 (1) 8.9 4.4 B.B B.B B.B B.B
$.8 B.B B.B 7.8 B.B B.B B.B 1.1 1.1 5.6 28.9 j
(2) 1.5 B.7 B.B B.B B.B B.B B.B B.B B.B 1.3 B.B B.B B.B B.2 B.2 B.9 4.8 OVER-24.5 18 18 8
8 8
8 B
B B
B B
B B
B B
3 39 (1) 6.7 6.7 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 1.1 14.4 (2) 1.1 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.2 2.4 l
i ALL SPEEDS 99 38 8
9 6
12 15 8
12 27 6
8 9
15 9
21 278 (1) 36.7 11.1 B.B 3.3 2.2 4.4 5.6 B.8 4.4 18.8 2.2 B.B 3.3 5.6 3.3 7.8-ISB.B (2) 6.1 1.9 B.B B.6 B.4 B7 B.9 B.B B.7 1.7 B.4 B.B B.6 B.9 B.6 1.3 16.8 (1)= PERCENT OF ALL GOOD OBSERVATIONS FORTHIS PAGE l
(2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 278 CALM = WIND SPEED LESS THAN 1.BBhPH y,
r-LO 36
'M M M
M M
M M
M M MD r
TABLE 4A-2 (Continued) 229 FT TOWER - 228 FT EL 228.8 FT WIND DATA 4/1/84 - 6/3B/84 STABILITY CLASS E-- DELTA T -B.4 TO +1.5 DEG C PER IBB METERS CLASS FREQUENCY (PERCENT) 27.BB
=
WIND DISTRIBUTION
SUMMARY
DIRECTION SPEED (MPH)
N NNE NE ENE E
WNW NW NNW TOTAL
-CALM 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.B 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 CALM-3.5 3
3 0
3 6
8 3
3 8
8 3
3 8
3 8
8 24 (1)
B.7 B.7 B.0 B.7 B.B B.B B.7 0.7 B.B B.B B.7 B.7 B.B B.7 B.B B.B 5.5 (2) 8.2 B.2 B.B B.2 B.B B.B B.2 B.2 B.B B.B B.2 B.2 B.B B.2 B.B B.B 1.5 3.6-7.5 48 8
6 9
3 3
8 9
9 15 B
B B
B B
B 93 (1) 11.8 B.B 1.4 2.1 B.7 B.7 B.B B.B 2.1 3.4 B.B B.B B.B B.B B.B B.B 21.4 (2) 3.6 B.B B.4 B.6 B.2 B.2 B.B B.B B.6 B.9 B.B B.B B.B B.B B.B B.B 5.8 7.6-12.5 57 15 12 B
B 3
B B
9 6
8 8
B B
3 3
188 (1) 13.1 3.4 2.8 B.B B.B B.7 B.B B.B 2.1 1.4 B.B B.B B.B B.B B.7 B.7 24.8 (2) 3.5 B.9 B.7 B.B B.B B.2 B.B B.B B.6 B.4 B.B B.B B.B B.B B.2 B.2 6.7 12.6-18.5 18 B
B B
B 6
3 8
24 24 0
8 9
12 3
12 111 (1) 4.1 B.B B.B B.B B.B 1.4 B.7 B.B 5.5 5.5 B.B B.B 2.1 2.8 B.7 2.8 25.5 (2) 1.1 B.B B.B B.B B.B B.4 B.2 B.B 1.5 1.5 B.B B.B B.6 B.7 B.2 B.7 6.9 18.6-24.8 27 8
8 8
8 B
B B
3 15 3
8 8
15 B
21 84
[
(1) 6.2 B.B B.B B.B B.B B.B B.B B.B B.7 3.4 B.7 B.B B.B 3.4 B.B 4.8 19.3 i
(2) 1.7 B.B B.B B.B B.B B.B B.B B.B B.2 8.9 B.2 B.B B.B B.9 B.B 1.3 5.2 l
OVER-24.8 9
6 8
B B
B B
B B
B B
B B
B B
B 15 (1) 2.1 1.4 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B B.B 3.4 (2) 8.6 B.4 B.B B.B B.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 ALL SPEEDS 162 24 18 12 3
12 6
3 45 68 6
3 9
38 6
36 435 (1) 37.2 5.5 4.1 2.8 8.7 2.8 1.4 B.7 18.3 13.8 1.4 B.7 2.1 6.9 1.4 8.3 198.8 (2) 18.1 1.5 1.1 8.7 B.2 B.7 B.4 B.2 2.8 3.7 B.4 B.2 B.6 1.9 B.4 2.2 27.B (1)= PERCENT OF ALL GOOD OBSERVATIONS FORTHIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD l
NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 435 i
i CALM = WIND SPEED.LESS THAN 1.BBMPH u) m LO 37
MM W H M' W M qRn--QFM M
MV p M--M MFM TABLE 4A-2 (Continued) 228 FT TOWER - 228 FT EL 228.B FT WIND DATA 4/1/84 - 6/3B/84 STABILITY CLASS'F-- DELTA T 1.6 TO 4.8 DEG C PER IBBMETER_S CLASS FREQUENCY (PERCENT) 19.37
=
WIND DISTRIBUTION
SUMMARY
DIRECTION SPEED (MPH)
N NNE NE ENE E
WNW NW NNW TOTAL
-CALM 3
8 8
9 3
8 8
8 B
B B
B B
B B
B 6
(1) 1.5 B.B B.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 1.9 (2) 8.2 B.B B.B B.B B.2 B.B B.B 0.8 B.B B.B B.B B.B B.B B.B B.B B.B B.4 CALM-3.5 3
8 3
8 8
8 3
3 8
B B
B B
B B
B 12
~
(1) 1.8 B.B 1.8 B.B B.B B.B 1.8 1.8 B.B B.B B.B B.B B.B B.B B.B B.B 3.8 (2)
B.2 B.B B.2 B.B 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.7 3.6-7.5 3
9 6
8 0
3 B
B 3
3 3
3 6
6 15 B
GB (1) 1.8 2.9 1.9 B.B B.B 1.8 B.B B.B 1.5 1.B 1.8 1.8 1.9 1.9 4.8 B.B 19.2 (2) 0.2 B.6 B.4 B.B B.B B.2 B.B B.B B.2 B.2 B.2 B.2 B.4 B.4 B.9 B.B 3.7 7.6-12.5 9
8 15 3
0 B
B B
B 3
3 3
6 21 6
12 81 (1) 2.9 B.B 4.8 1.0 B.B B.B B.B B.B B.B 1.8 1.8 1.9 1.9 6.7 1.9 3.8 26.8 (2) 8.6 B.B B.9 B.2 B.B B.B B.h B.B B.B B.2 B.2 B.2 B.4 1.3 B.4 B.7 5.B 12.6-18.5 42 3
3 3
0 3
8 8
15 3
9 B
B B
B 3
84 (1) 13.5 1.8 1.8 1.8 B.B 1.8 B.B B.B 4.8 1.8 2.9 B.B B.B B.B B.B 1.8 26.9 (2) 2.6 B.2 B.2 B.2 B.B B.2 B.B B.B B.9 B.2 B.6 B.B B.B B.B B.B B.2 5.2 18.6-24.9 12 3
3 6
B 3
8 8
8 3
21 B
B B
B B
51 (1) 3.8 1.9 1.0 1.9 B.B 1.8 B.B B.B B.B 1.B 6.7 B.B B.B B.B B.B B.B 16.3 (2)
B.7 B.2 B.2 B.4 B.B B.2 B.B B.B B.B B.2 1.3 B.B B.B B.B B.B B.B 3.2 OVER-24.0 6
8 3
8 3
3 8
8 8
B B
B B
B B
3 18 (1) 1.9 B.B 1.8 B.B 1.8 1.0 B.B B.B B.B B.B B.B B.B B.B B.B B.B 1.8 5.8 (2) 9.4 B.B B.2 B.8 B.2 B.2 B.B B.B B.B B.B B.B B.B B.B B.B B.B B.2 1.1 ALL SPEEDS 78 15 33 12 6
12 3
3 18 12 36 6
12 27 21 18 312 (1) 25.8 4.8 18.6 3.8 1.9 3.8 1.8 1.8 5.8 3.8 11.5 1.9 3.8 8.7 6.7 5.8 198.8 (2) 4.8 B.9 2.8 B.7 B.4 B.7 B.2 B.2 1.1 B.7 2.2 B.4 B.7 1.7 1.3 1.1 19.4 (1)= PERCENT OF ALL GOOD OBSERVATIONS FORTHIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 312 CALH= WIND SPEED LESS THAN 1.BBMPH r-m to 38
v m
W V
m m
TABLE 4A-2 (Continued) 228 FT TOWER - 228 FT EL 228.8 FT WIND DATA 4/1/84 - 6/3B/84 STABILITY CLASS'G-- DELTA T GREATER THAN 4.8 DEG C PER 188 METERS 1 CLASS FREQUENCY (PERCENT) 18.99
=-
WIND DISTRIBUTION
SUMMARY
DIRECTION SPEED (MPH)
N NME ME ENE E
WNW NW NNW TOTAL I
-CALM B
B B
B B
B B
B B
B B
B B
B B
B B
l (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-l (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
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.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 2.8 B.B B.B B.B 3.6-7.5 3
8 B
B B
B B
B B
B 3
8 8
8 B
B 6
(1) 1.7 3.B B.B B.B B.B B.B B.B B.B B.B B.B 1.7 B.B B.B B.B B.B.
B.B 3.4 (2) 8.2 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.B B.4 7.6-12.5 6
6 B
B B
B B
B 3
3 6
B B
B.
24 6
54 (1) 3.4 3.4 B.B B.B B.B B.B B.B B.B 1.7 1.7 3.4 B.B B.B B.B 13.6 3.4 38.5 (2)
B.4 B.4 B.8 B.B B.B B.B B.B B.B B.2 B.2 B.4 B.B B.B B.B 1.5 B.4 3.4 12.6-18.5 B
9 8
B B
3 B
B 24 8
9 B
B 3
9 B
57 l
(1) 9.8 5.1 B.B B.B B.B 1.7 B.B B.B 13.6 B.B 5.1 B.B B.B 1.7 5.1 B.B 32.2 l
(2) 8.8 B.6 B.B B.B B.B B.2 B.B B.B l.5 B.B B.6 B.B B.B B.2 B.6 8.8 3.5 l
18.6-24.B 3
3 3
8 3
8 3
8 6
3 6
B B
B B
B 38 (1) 1.7 1.7 1.7 B.B 1.7 B.B 1.7 8.8 3.4 1.7 3.4 B.B.
B.B B.B B.B B.B 16.9 (2)
B.2 B.2 B.2 B.B B.2 B.B B.2 B.B B.4 B.2 B.4 B.B.
B.B B.B B.B B.B.
1.9
~
OVER-24.B B
B B
9 15 8
3 9
B B-3 8
8 B
B B
38 (1) 8.8 B.B B.B 5.1 8.5 B.B 1.7 B.B B.B B.B 1.7 B.B B.B B.B B.B B.B 16.9 (2) 8.8 B.8 C.B B.6 B.9 B.B B.2 B.B B.B B.B B.2 B.B B.B B.B B. B..
B.B 1.9 ALL SPEEDS 12 18 3
9 18 3
6 8
33 6
27 8
8 3
33 6
177 (1) 6.8 18.2 1.7 5.1 18.2 1.7 3.4 B.B 18.6 3.4 15.3 B.B B.B 1.7 18.6 3.4 198.8 (2) 8.7 1.1 B.2 B.6 1.1 B.2 B.4 B.8 2.5 B.4 1.7 B.B B.B B.2 2.8 B.4 11.8 (1)= PERCENT OF ALL GOOD OBSERVATIONS FORTHIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBER OF GOOD OBSERVATIONS ON THIS PAGE= 177 CALM = WIND SPEED LESS THAN 1.BBMPH og m
LO 39 '
M WMM WW O
M M
W M
W WM W W TABLE 4A-2 (Continued) 228 FT TOWER - 228 FT EL 228.B FT WIND DATA 4/1/84 - 6/3B/84 STABILITY CLASS ALL-- ALL STABILITIES COMBINED CLASS FREOUENCY (PERCENT) = 188.89 WIND DISTRIBUTION
SUMMARY
DIRECTION SPEED (MPH)
N NNE NE ENE E
SSW S'_
WSW W
WNW NV NNW TOTAL
-CALM 3
B B
B 3
8 B
B B
B B
B B
B B
B 6
(1) 9.2 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.4 (2)
B.2 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.4 CALM-3.5 18 3
6 3
9 8
6 6
B B
3 3
8 3
B B
51 (1) 1.1 B.2 B.4 B.2 B.B B.B B.4 B.4 B.B B.B B.2 B.2 B.B B.2 B.B B.B 3.2 (2) 1.1 B.2 B.4 B.2 B.B B.B B.4 B.4 B.B B.B B.2 B.2 B.B B.2 B.B B.B 3.2 3.6-7.5 93 12 27 15 9
12 3
8 12 24 12 3
6 9
15 B
252 (1) 5.8 B.7 1.7 B.9 B.6 B.7 8.2 B.B B.7 1.5 B.7 B.2 8.4 B.6 B.9 B.B 15.6 (2) 5.8 B.7 1.7 B.9 B.6 S.7 9.2 B.B B.7 1.5 B.7 B.2 B.4 B.6 B.9 B.B 15.6 7.6-12.5 147 27 27 12 9
6 21 3
21 27 9
3 6
21 39 38 488 (1) 9.1 1.7 1.7 8.7 B.6 B.4 1.3 B.2 1.3 1.7 B.6 B.2 B.4 1.3 2.4 1.9 25.3 (2) 9.1 1.7 1.7 B.7 B.6 B.4 1.3 B.2 1.3 1.7 B.6 B.2 B.4 1.3 2.4 1.9 25.3 12.6-18.5 129 27 3
3 8
18 9
0 188 39 24 3
18 24 12 3B 447 (1) 0.8 1.7 B.2 B.2 B.B 1.1 B.6 U.B 6.7 2.4 1.5 B.2 1.1 1.5 8.7 1.9 27.7 (2) 8.8 1.7 B.2 8.2 B.B 1.1 B.6 B.B 6.7 2.4 1.5 B.2 1.1 1.5 B.7 1.9 27.7 18.6-24.B 96 36 6
6 3
3 3
8 15 51 38 8
8 21 6
45 321 (1) 6.8 2.2 B.4 B.4 B.2 B.2 B.2 B.B B.9 3.2 1.9 B.B B.B 1.3 B.4 2.8 19.9 (2) 6.8 2.2 B.4 B.4 B.2 F.2 B.2 B.B B.9 3.2 1.9 B.B B.B 1.3 8.4 2.8 19.9 OVER-24.8 54 27 3
9 la 3
3 8
B B
3 8
B B
B 6
126 (1) 3.4 1.7 B.2 0.6 1.1 B.2 B.2 B.B B.B B.B B.2 B.B B.B B.B B.B B.4 7.8 (2) 3.4 1.7 B.2 B.6 1.1 B.2 B.2 B.B B.B B.B B.2 B.B B.B B.B B.B B.4 7.8 ALL SPEEDS 54B 132 72 48 42 42 45 9
156 141 81 12 38 78 72 111 1611 (1) 33.5 8.2 4.5 3.8 2.6 2.6 2.8 B.6 9.7 8.8 5.8 B.7 1.9 4.8 4.5 6.9 180.0 (2) 33.5 8.2 4.5 3.8 2.6 2.6 2.8 B.6 9.7 8.8 5.8 B.7 1.9 4.0 4.5 6.9 188.8 (1)= PERCENT OF ALL GOOD OBSERVATIONS FORTHIS PAGE (2)= PERCENT OF ALL GOOD OBSERVATIONS FOR THE PERIOD NUMBEk OF GOOD OBSERVATIONS ON THIS PAGE=1611 73.8 PERCENT DATA RECOVERY NUMBER OF HOURS IN THIS PERIOD = 2184 01 CALH=VIND SPEED LESS THAN 1.BBMPH p) to 40
I I
3.
OFF-SITE DOSES RESULTING FROM RADIOACTIVE LIQUID EFFLUENTS 3.1 General Dose Assessment The methods and parameters used to calculate the off-site doses I
are presented in the Appendix I analysis for Unit #1'.
Population data are based upon the 1980 census data'; effluent releases are given elsewhere in this report.
Numerical constants used in the analyses have been updated to i
coaform to Revision 1 of Regulatory Guide 1.109 dated October 1977.
3.2 Maximum Individual Doses The maximum individual doses and pathways considered are shown in Tables 3.2-1 through 3.2-3.
3.3 Population Doses The population doses are shown in Table 3.3-1.
4 P
I I
I I
I See References #1 pg. 68 j
3 See Reference #3 pg. 68 I
41
m r yg y----
N m
v m
s Table 3.2-1 January - June 1984 Liquid Release Maximum Individual Doses from All Pathways for Adults.,(MREM) l Pathway Bone Liver lhyroid
)idney LunJ GI-LLI Skin Total Body l
l Salt Water
.17
.15
<.01
.01
.06
.26 0.0
.06 l
Fish Salt Hater l
Shell Fish
.48
.43
<.01
.05
.18
.91 0.0
.19 Olscharge Canal Shoreline
.03
.03
.03
.03
.03
.03
.04
.03 Ocean Shoreline Deposits
<.01
<.01
<. 01
<.01
<. 01
<.01
<. 01
<.01 Swimming
.03
.03
.03
.03
.03
.03
.03
.03 Boating
.02
.02
.02
.02
.02
.02
.02
.02 Total
.74
.67
.08 IS
.32 1.26
.09
.33 i
1 42
i M W
W W
W W
W 'W '
Table 3.2-2 January - June 1984 Liquid Release Maximum Individual Doses from All Pathwaysj or Teenm ers (mREH)
Pathway Bone Liver Thyroid Odney Lug GI-LLI Skin Total Body Salt Water Fish
.18
.16
<. 01
.01
.07
.19 0.0
.06 Salt Water Shell fish
.44
.40
<.01
.04
.19
.57 0.0
.17 Discharge Canal Shoreline
.17
.17
.17
.17
.17
.17
.20
.17 Ocean Shoreline Deposits
.04
.04
.04
.04
.04
.04
.05
.04 Swimming
.03
.03
.03
.03
.03
.03
.03
.03 Boating
.02
.02
.02
.02
.02
.02
.02
.02 l
l Total
.87
.82
.26
.31
.52 1.02
.29
.48 l
l l
l l
l 43
)
l
- v
- m_
w w
M3 r'p- \\_
r~p---
w m
Table 3.2-3 January - June 1984 Liquid Release Maximum Individual Doses from All Pathways for Children (MREM)
Pathway Bone Liver Thyroid.
Kidney Lung GI-LLI Skin Total Body Salt Hater F1sh
.23
.15
<. 01
.01
.07
.07 0.0
.06 Salt Water Shell Fish
.65
.43
<. 01
.04
.19
.24 0.0
.23 Discharge Canal Shoreline
.03
.03
.03
.03
.03
.03
.04
.03 Ocean Shoreline Deposits
<. 01
<. 01
<. 01
<.01
<. 01
<.01
.01
<. 01 Swimming
.02
.02
.02
.02
.02
.02
.02
.02 Boating
<. 01
<. 01
<.01
<. 01
<. 01
<. 01
<. 01
<. 01 Total
.96
.65
.07
.12
.33
.38
.08
.36 44
L M
Table 3.3-1 g
Population Doses Resulting From The January - June 1984 Liquid Effluents Pathway Thyroid Total Body (MAN-REM)
Salt Water
<. 01 1.03 F1sh Salt Water
<. 01 1.99 Shell Fish Salt Hater
<. 01
.02 Plants Ocean Shoreline 2.92 2.92 Deposits Swimming
.49
.49 1
Total 3.41 6.46 NOTE:
These are the major pathways for liquid effluents.
45
(
l l
4.
OFF-SITE DOSES RESULTING FROM RADIOACTIVE GASEOUS EFFLUENTS 4.1 General Dose Assessment The methods and parameters used to calculate the 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 January - June 1984, are elsewhere in this report.
Meteorological information for calculating 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 dir;ctions using the AEOLUS program which was provided to Boston Edison by Yankee Atomic Electric Company.
AEOLUS is a computer code for evaluating atmospheric dispersion of routine radioactive effluents from commercial nuclear pc wer stations, and for computing statistical distributions of radiatior doses which 2
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 I
reasonably achievable" objectives.
Table 4.1-1 through 4.1-12 are based on data taken at the 220 ft. elevation for the main stack and the 33-foot elevat on for the reactor building vent.
i 4.2 Maximum Individual Doses I
The 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 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 and is based upon 1980 Census Data for the permanent population.2 The population doses by pathway are presented in Tabic 4.3-2.
1 In accordance with Regulatory Guide 1.21, only pathways yielding significant contribution to the total dose have been included; those I
pathways not included account for a total of less than 57. of the overall population doses.
I I
I See Reference #1 pg. 68 3 See Reference #3 pg. 68 46 I
m_
v m
M UCDEPLETED X/O FOR THE REACTOR BUILDICG VENT 1/1/84 - 3/31/84 l
RECPTR DOWNVIND WEIGHTED AVERAGES SEC/Ma*3 NO.
DISTANCE S - (1) S SV - ( 2 )
SW - ( 3 ) USW - ( 4 )
W- ( 5 ) VNV - ( 6 ) NV - ( 7 )
NNW - (8)
METERS 8.8 22.5 45.8 67.5 98.8 112.5 135.8 157.5 1
281.28 7.848E-86 8.57BE-86 5.848E-86 7.338E-86 8.948E-86 6.28BE-86 1.418E-85 2.59BE-85 2
482.38 1.788E-86 2.238E-86 1.488E-86 1.988E-86 2.358E-86 1.638E-B6 3.978E-86 7.38BE-86 3
884.78 4.868E-87 5.528E-87 3.448E-87 4.538E-87 5.938E-87 4.288E-87 1.118E-86 2.118E-86 4
1287.88 1.938E-87 2.64BE-87 1.618E-87 2.278E-87 2.858E-87 2.188E-87 5.588E-87 1.858E-86 5
1689.48 1.278E-87 1.698E-f7 1.848E-87 1.528E-87 1.838E-87 1.358E-87 3.458E -87 6.598E-87 6
2414.88 7.72BE-88 1.828E-87 6.37BE-88 8.998E-88 1.888E-87 8.818E-88 2.86BE-87 3.918E-87 7
3218.78 5.498E-88 7.26BE-88 4.568E-88 6.228E-88 7.688E-86 5.598E-88 1.458E-87 2.748E-87 8
4823.48 4.288E-88 5.548E-88 3.588E-88 4.688E-88 5.76BE-98 4.228E-88 1.898E-87 2.878E-87 9
4828.18 3.368E-88 4.428E-88 2.818E-88 3.718E-88 4.578E-88 3.308E-88 8.64BE-88 1.638E-87 EE I
18 5632.78 2.798E-88 3.658E-88 2.338E-88 3.86BE-88 3.778E-88 2.768E-88 7.898E-88 1.338E-87 P1 t3 11 6437.48 2.388E-88 3.188E-88 1.998E-88 2.598E-88 3.198E-88 2.338E-88 5.988E-88 1.12SE-87 33 !@
12 7242.18 2.878E-88 2.698E-88 1.738E-88 2.248E-88 2.76BE-88 2.818E-88 5.168E-88 9.688E-88 vi r-13 8846.88 1.838E-88 2.378E-88 1.53BE-88 1.978E-88 2.438E-88 1.778E-88 4.528E-88 8.498E-88 E3 Cl 14 12878.18 1.148E-88 1.468E-88 9.498E-89 1.228E-88 1.498E-88 1.878E-88 2.738E-88 5.188E-88 co rn 2
C' 15 16893.49 8.188E-89 1.848E-88 6.83JE-89 8.688E-89 1.86BE-88 7.618E-89 1.928E-88 3.598E-88 16 24148.29 5.198E-89 6.558E-89 4.348E-89 5.428E-89 6.628E-89 4.75BE-89 1.198E-88 2.218E-88 cs n m 17 32187.88 3.758E-89 4.728E-89 3.148E-89 3.88BE-89 4.758E-89 3.48BE-89 8.45BE-89 1.578E-88 3E h3 E2_3 18 48233.79 2.938E-89 3.678E-89 2.45BE-89 3.818E-89 3.698E-89 2.638E-89 6.52BE-89 1.218E-88 c:
3> :>
19 48288.48 2.418E-89 3.818E-89 2.82BE-89 2.46BE-89 3.828E-89 2.15BE-89 3.318E-89 9.82BE-89 !$ f$ ;d EE 28 56327.29 2.848E-89 2.548E-89 1.718E-89 2.87BE-89 2.558E-89 1.818E-89 4.468E-89 8.248E-89
-c 3= =c rn 21 64373.99 1.768E-89 2.288E-89 1.4c8E-89 1.798E-89 2.288E-89 1.56HE-89 3.848E-89 7.888E-89 El "'
sa 22 72428.75 1.558E-89 1.938E-89 1.38BE-89 1.578E-89 1.93BE-89 1.378E-89 3.368E-89 6.19BE-89 c> r7.43 23 88467.44 1.388E-89 1.728E-89 1.168E-89 1.398E-89 1.728E-89 1.22BE-89 2.988E-89 5.49BE-89 3E " EE if m cn n -
RECPTR DOWNVIND WEIGHTED' AVERAGES SEC/M*"3 E} $3 E2 NO.
DISTANCE N-(9) NNE -(18)
NE -(11) ENE -(12)
E-(13) ESE -( 14 ) SE -(15) SSE -(16) r -a HETERS 188.8 282.5 225.8 247.5 278.8 292.5 315.B 337.5 U$ 53 35 cn 2 --t 1
281.28 3.418E-85 3.148E-85 4.918E-85 5.648E-85 4.878E-85 3.618E-85 1.678E-85 1.57BE-85
- C' 23 2
482.38 9.63BE-86 8.738E-86 1.398E-85 1.598E-85 1.348E-85 9.788E-86 4.37BE-86 4.288E-86
= :z 3
884.75 2.768E-86 2.448E-86 3.958E-86 4.638E-86 3.67BE-86 2.518E-86 1.888E-86 1.158E-86 E!
4 1297.88 1.398E-86 1.228E-86 1.97BE-86 2.348E-86 1.83BE-86 1.228E-86 5.418E-87 5.768E-87
-1 '3 5
1689.48 8.788E-87 7.768E-87 1.23HE-86 1.488E-86 1.168E-86 7.888E-87 3.57BE-87 3.788E-87
,, 93 6
2414.88 5.178E-87 4.688E-87 7.338E-J7 8.668E-87 6.858E-87 4.678E-87 2.12BE-87 2.198E-87 C3 7
3218.78 3.688E-87 3.218E-87 5.158E-87 5.998E-87 4.76BE-87 3.298E-87 1.478E-87 1.53BE-87 "EE I
l 8
4823.48 2.78BE-87 2.428E-87 3.898E-87 4.488E-87 3.588E-87 2.588E-87 1.118E-87 1.158E-87
~4 9
4828.18 2.138E-87 1.918E-87 3.87BE-87 3.528E-87 2.828E-87 1.988E-87 8.79BE-88 9.188E-88 1
18 5632.78 1.748E-87 1.568E-87 2.528E-87 2.888E-87 2.318E-87 1.638E-87 7.248E-88 7.47BE-88 11 6437.48 1.468E-87 1.32BE-87 2.128E-87 2.42BE-87 1.958E-87 1.388E-87 6.128E-88 6.3BBE-88 12 7242.18 1.268E-87 1.148E-87 1.83SE-87 2.8ESE-87 1.688E-87 1.288E-87 5.388E-88 5.448E-88 13 8846.88 1.1BBE-87 9.368E-88 1.688E-87 1.828E-87 1.479E-87 1.858E-87 4.668E-88 4.778E-88 14 12878.18 6.628E-88 6.88BE-88 9.64BE-88 1.898E-87 8.888E-88 6.42BE-88 2.858E-88 2.898E-88 15 16893.49 4.658E-88 4.23BE-88 6.788E-88 7.688E-88 6.268E-88 4.568E-88 2.838E-88 2.848E-88 16 24148.29 2.868E-88 2.618E-88 4.198E488 4.668E-88 3.878E-88 2.858E-88 1.27BE-88 1.278E-88 17 32187.88 2.828E-88 1.85BE-88 2.97BE-88 3.298E-88 2.768E-88 2.848E-88 9.868E-89 9.82BE-89 18 48233.79 1.558E-88 1.438E-88 2.298E-88 2.538E-88 2.138E-88 1.588E-88 7.82BE-89 6.968E-89 19 48288.48 1.268E-88 1.16BE-88 1.868E-B8 2.858E-88 1.738E-88 1.298E-88 5.74BE-89 5.678E-89 C3 28 56327.29 1.868E-88 9.778E-89 1.578E-88 1.728E-83 1.468E-88 1.898E-88 4.838E-89 4.778E-89 ca 21 64373.99 9.18BE-89 8.488E-89 1.358E-88 1.48BE-88 1.258E-88 9.488E-89 4.168E-89 4.188E-89
'O 22 72428.75 7.968E-89 7.358E-89 1.188E-88 1.298E-88 1.188E-88 8.25BE-59 3.658E-89 3.59BE-89 23 88467.44 7.858E-89 6.528E-89 1.548E-88 1.148E-88 9.738E-89 7.348E-89 3.248E-89 3.198E-89
.u y~
,yy-
.-w.m.
y
' d ;'.- 2 ;..
y_._
pf,: ~ _. p.
g-w ;9
.? *
.L.+
t-
's-c -.. -
x
..s. 2 y
,. J.
y
'4~yj f
- '[.c i
W W
W W
W W
W W
DEPLETED X/C FOR THE REACTOR BUILDING VENT 1/1/84 --3/31/84 RECPTR DOVNVIND VEIGHTED AVERAGES SEC/Ha*3 NO.
DISTANCE S - (1) SSV - (2)
SV - (3) VSW - (4)
V- ( 5 ) VNV - ( 6 ) NV '- ( 7 ) NNV - ( 8 )
HETERS 8.8 22.5 45.5 67.5 98.8 112.5 135.8 157.5 1
281.28 6.668E-86 8.818E-86 5.49BE-86 6.978E-86 8.488E-86 5.818E-86 1.298E-85 2.358E-85 2
482.38 1.648E-86 2.82DE-86 1.368E-86 1.77BE-86 2.158E-86 1.488E-86 3.48DE-86 6.468E-86 3
884.78 3.56DE-87 4.76BE-87 2.98DE-87 4.858E-87 5.288E-87 3.748E-87 9.348E-87 1.77BE-86 4
1287.88 1.658E-87 2.22BE-87 1.358E-87 1.988E-87 2.448E-87 1.79BE-87 4.588E-87 3.688E-87 5
1689.48 1.87BE-87 1.418E-87 8.67BE-88 1.318E-87 1.558E-87 1.14BE-87 2.788E-87 5.2?RE-87 6
2414.88 6.418E-88 8.29BE-88 5.2BBE-88 7.618E-88 8.948E-88 6.588E-88 1.68DE-87 3.828E-87 7
3218.78 4.468E-88 5.748E-08 3.65DE-88 5.178E-88 6.138E-88 4.48HE-88 1.890E-87 2.858E-87 8
4823.48 3.368E-f8 4.29BE-88 2.758E-88 3.838E-88 4.56BE-88 3.328E-88 7.978E-88 1.588E-87 9
4828.18 2.658E-88 3.358E-88 2.178E-88 2.998E-88 3.55BE-88 2.58BE-88 6.128E-88 1.158E-87 18 5632.78 2.178E-88 2.728E-88 1.778E-88 2.448E-88 2.888E-88 2.898E-88 4.898E-88 9.148E-88 11 6437.48 1.828E-88 2.27BE-88 1.490E-88 2.848E-88 2.488E-88 1.74BE-88 4.82DE-88 7.588E-88 c3 12 7242.18 1.578E-88 1.948E-U8 1.288E-88 1.748E-88 2.85BE-88 1.488E-88 3.39BE-88 6.38BE-88 gg rn2 13 8846.88 1.378E-08 1.688E-88 1.118E-88 1.528E-88 1.788E-88 1.288E-88 2.988E-88 5.398E-88
-- r 14 12878.18 8.898E-89 9.69BE-89 6.55DE-89 8.918E-89 1.828E-88 7.27BE-89 1.578E-88 2.98DE-88 on rn 15 16893.49 5.57BE-89 6.538E-09 4.488E-89 6.89BE-89 6.928E-89 4.87BE-89 1.818E-88 1.848E-88 E3 sl C3 C3 16 24148.29 3.28BE-89 3.73DE-89 2.62DE-89 3.558E-89 3.978E-89 2.768E-89 5.248E-89 9.428E-89 17 32187.88 2.248E-89 2.488E-89 1.78BE-89 2.418E-89 2.658E-89 1.83BE-89 3.190E-89 5.648E-89
- o 18 48233.79 1.678E-89 1.8BDE-09 1.328E-89 1.788E-89 1.948E-89 1.32EE-89 2.148E-89 3.738E-89
- c. n rn 19 48288.48 1.318E-89 1.398E-89 1.83BE-09 1.398E-89 1.518E-89 1.828E-89 1.548E-89 2.638E-89
!$ h$ 553$
28 56327.29 1.878E-89 1.12BE-09 8.398E-18 1.138E-89 1.228E-89 8.148E-18 1,158E-89 1.938E-89 C:
-1 3
21 64373.99 8.978E-18 9.258E-18 7.828E-18 9.448E-18 1.818E-89 6.718E-18 8.898E-18 1.47BE-89 s$ Y!l2 E5 22 72428.75 7.688E-18 7.838E-18 6.88DE-18 8.85BE-18 8.590E-18 5.668E-18 7.87BE-18 1.148E-09
"< @g rn 23 88467.44 6.698E-18 6.76DE-18 5.228E-18 6.988E-18 7.43BE-18 4.868E-18 5.75BE-18 9.128E-18 e -a rn.
oom RECPTR DOWNVIND VEIGHTED AVERAGES SEC/M**3 E!' !s rb NO.
DISTANCE N-(9) NNE -(18)
NE -(11) ENE -(12)
E-(13) ESE -(14)
HETERS 180.8 282.5 225.8 247.5 278.8 292.5 315.8 337.5 z a r :x2 1
281.28 3.128E-85 2.888E-85 4.458E-85 5.17BE-85 4.518E-85 3.348E-85 1.580E-85 1.46BE-85 E$ E32$
I 2
482.38 8.518E-86 7.740E-36 1.22DE-85 1.418E-85 1.288E-85 8.788E-86 4.828E-86 3.848E-06 02 js[3 3
884.78 2.358E-86 2.878E-86 3.318E-86 3.978E-86 3.168E-86 2.158E-86 9.57DE-97 9.928E-87 z
4 1287.88 1.158E-86 1.818E-86 1.688E-86 1.968E-86 1.548E-86 1.82BE-86 4.678E-87 4.84BE-87 75 o 5
1689.48 7.178E-87 6.328E-87 9.868E-87 1.228E-86 9.67BE-87 6.418E-87 3.858E-87 3.86BE-87 se rn i
-1 20 l
6 2414.88 4.88DE-87 3.628E-87 5.668E-87 6.918E-87 5.518E-87 3.738E-87 1.768E-87 1.768E-87 7
3218.78 2.758E-87 2.458E-87 3.848E-87 4.638E-87 3.728E-87 2.568E-87 1.288E-87 1.19BE-87 71 c-8 4823.48 2.888E-87 1.888E-87 2.818E-87 3.378E-87 2.73BE-87 1.89BE-87 8.878E-88 8.788E-88 Ej f3 9
4828.18 1.548E-87 1.38DE-87 2.16DE-87 2.588E-87 2.188E-87 1.47BE-D7 6.92BE-88 6.798E-88
-4 18 5632.78 1.220E-87 1.118E-87 1.72DE-87 2.86BE-87 1.698E-27 1.198E-07 5.618E-D8 5.468E-88 11 6437.48 1.818E-87 9.118E-88 1.418E-87 1.69BE-87 1.398E-87 9.848E-88 4.688E-88 4.518E-88 12 7242.18 8.468E-88 7.688E-88 1.19BE-87 1.428E-87 1.18BE-87 8.368E-88 3.998E-88 3.828E-88 i
i 13 8846.88 7.248E-08 6.588E-88 1.82BE-87 1.218E-87 1.818E-87 7.228E-88 3.478E-88 3.29BE-88 14 12878.18 3.928E-D8 3.688E-08 5.468E-88 6.59BE-88 5.628E-88 4.87DE-88 2.818E-88 1.840E-88 15 16893.49 2.518E-88 2.33BE-08 3.47BE-88 4.238E-88 3.688E-88 2.698E-88 1.36BE-88 1.218E-BR 16 24148.29 1.318E-88 1.238E-D8 1.78BE-88 2.228E-88 2.888E-88 1.498E-88 7.79BE-89 6.618E-89 17 32187.08 8.828E-89 7.658E-89 1.B78E-88 1.378E-88 1.28BE-88 9.658E-89 5.228E-89 4.248E-89 18 48233.79 5.410E-89 5.238E-09 7.888E-09 9.298E-89 8.978E-89 6.868E-89 3.828E-89 2.988E-89 19 48288.48 3.988E-89 3.828E-89 5.88BE-89 6.748E-89 6.718E-89 5.198E-89 2.968E-89 2.24BE-89 28 56327.29 2.938E-89 2.988E-89 3.688E-89 5.18BE-89 5.238E-89 4.89BE-89 2.39BE-89 1.758E-89 va 21 64373.99 2.27BE-89 2.288E-89 2.888E-89 3.99BE-89 4.218E-89 3.33BE-89 1.988E-89 1.418E-89 c) 22 72428.75 1.818E-89 1.84BE-89 2.198E-89 3.28BE-89 3.488E-89 2.788E-89 1.688E-89 1.178E-D9 e) 23 88467.44 1.48BE-89 1.528E-89 1.758E-89 2.638E-89 2.938E-89 2.36BE-89 1.458E-89 9.86BE-18
DEPOSITION FACTORS FOR THE REACTOR BUILDIEG VENT 1/1/84 - 3/31/84 RECPTR DOWNVIND VEIGHTED AVERAGES 1/Ma*2 NO.
DISTANCE S - (1) SSW - ( 2 )
SV - (3) VSV - (4)
V- ( 5 ) VNV - (6) NV - ( 7 )
NNV - *8)
METERS 8.8 22.5 45.8 67.5 98.8 112.5 135.8 157.5 1
281.28 2.328E-88 2.848E-88 2.158E-88 1.258E-88 1.728E-88 2.118E-88 2.85DE-88 5.99BE-D8 2
482.38 5.888E-89 7.878E-89 5.298E-89 3.858E-89 4.19BE-89 5.418E-89 7.788E-89 1.65BE-88 3
884.78 1.388E-89 1.688E-89 1.178E-89 6.348E-18 8.958E-18 1.33BE-89 2.868E-89 4.52SE-89 4
1287.08 6.568E-18 7.318E-18 5.328E-18 2.94BE-18 4.858E-18 6.298E-18 9.95BE-18 2.28BE-89 5
1689.48 4.24BE-18 4.66BE-18 3.428E-18 1.97BE-18 2.64BE-18 3.97BE-18 6.158E-18 1.35BE-89 6
2414.88 2.49BE-18 2.788E-18 2.858E-18 1.178E-18 1.56BE-18 2.318E-18 3.548E-18 7.73BE-18 7
3218.78 1.718E-18 1.94BE-18 1.438E '8 8.118E-11 1.898E-18 1.598E-18 2.488E-1B 5.23BE-18 8
4823.48 1.278E-18 1.468E-18 1.888E-18 6.118E-11 8.258E-11 1.188E-18 1.76BE-18 3.838E-18 x
9 4828.18 9.93BE-11 1.158E-la 8.518E-11 4.848E-11 6.54BE-11 9.288E-11 1.358E-18 2.938E-18 03 p2 18 5632.78 8.868E-II 9.348E-11 6.960E-11 3.988E-11 5.388E-11 7.448E-11 1.88DE-18 2.338E-18
- 32 11 6437.48 6.738E-11 7.828E-11 5.858E-11 3.368F-11 4.558E-11 6.198E-11 8.988E-11 1.918E-18 86
-4 12 7242.18 5.758E-11 6.78DE-11 5.828E-11 2.988E-11 3.928E-11 5.26BE-11 7.588E-11 1.618E-18 10 03 13 8846.88 4.998E-11 5.838E-11 4.388E-11 2.55BE-11 3.448E-11 4.558E-11 6.438E-11 1.37BE-18 t C3 P1 14 12878.18 2.898E-11 3.39BE-11 2.588E-11 1.548E-11 2.878E-11 2.58BE-11 3.493E-Il 7.388E-11 3E 3 c3 15 16893.49 1.95BE-11 2.318E-11 1.778E-11 1.88BE-11 1.458E-11 1.728E-11 2.24BE-11 4.698E-11 C
'1 D1 16 24148.29 1.128E-11 1.34BE-11 1.548E-11 6.548E-12 8.78BE-12 9.658E-12 1.17BE-11 2.488E-11 h$ $$ c5 17 32187.88 7.468E-12 8.99BE-12 7.87BE-12 4.588E-12 6.138E-12 6.32BE-12 7.198E-12 1.448E-11 00 -4 f.l El !$
18 48233.79 5.448E-12 6.688E-12 5.25BE-12 3.47BE-12 4.65BE-12 4.548E-12 4.858E-12 9.498E-12 e
19 48288.48 4.218E-12 5.140E-12 4.128E-12 2.778E-12 3.718E-12 3.468E-12 3.38BE-12 6.b98E-12 2 >< r-28 56327.29 3.38DE-12 4.168E-12 3.358E-12 2.298E-12 3.878E-12 2.758E-12 2.63BE-12 4.918E-12 36 fl EE
21 64373.99 2.808E-12 3.46BE-12 2.818E-12 1.94BE-12 2.688E-12 2.268E-12 2.858E-12 3.738E-12 m c) 4=
d$
22 72428.75 2.37BE-12 2.95DE-12 2.48BE-12 1.688E-12 2.258E-12 1.898E-12 1.648E-12 2.988E-12 E32* c3 *.
23 88467.44 2.848E-12 2.55BE-12 2.898E-12 1.48DE-12 1.98BE-12 1.628E-12 1.348E-12 2.318E-12
,, [D :{ f, S$ r2 lE I
RECPTA DOWNVIND VEIGHTED AVERAGES 1/Ha*2' NO.
DISTANCE N-(9) NNE -(18)
NE -(11) ENE -(12)
E-(13) ESE -(14)
- 53
-d gj h HETERS 188.8 282.5 225.8 247.5 278.8 292.5 315.8 337.5
\\
1 281.28 7.87BE-88 7.458E-D8 1.138E-87 1.528E-87 1.368E-87 9.79BE-88 5.88BE-88 4.468E-88
- CD 2
482.38 2.158E-88 1.998E-88 3.888E-88 4.128E-88 3.558E-88 2.478E-88 1.46BE-88 1.188E-88 EE $5 3
884.73 5.898E-89 5.29BE-89 8.29BE-89 1.158E-88 9.838E-89 5.718E-89 3.368E-89 3.118E-89
-1 4
1297.88 2.898E-89 2.590E-89 4.818E-89 5.668E-89 4.388E-89 2.688E-89 1.6BDE-89 1.538E-89 U!
j 5
1689.48 1.798E-89 1.630E-89 2.48BE-89 3.548E-89 2.798E-89 1.72BE-89 1.848E-89 9.688E-18 PD 6
2414.88 1.82cE-89 9.328E-18 1.42BE-89 2.888E-89 1.598E-89 1.818E-89 6.88BE-18 5.548E-18 C:
7 3218.78 6.88BE-18 6.3BBE-18 9.678E-18 1.348E-89 1.87BE-D9 6.948E-18 4.17DE-18 3.748E-18 33 8
4823.48 5.838E-18 4.628E-ID 7.89BE-18 9.758E-18 7.988E-18 5.188E-18 3.188E-18 2.74BE-18
-a 9
4828.18 3.86BE-18 3.56BE-ID 5.448E-18 7.488E-18 6.128E-18 4.86BE-18 2.438E-IB 2.118E-18 18 5632.78 3.888E-18 2.85DE-18 4.348E-18 5.978E-18 4.938E-18 3.388E-18 1.98BE-18 1.788E-18 11 6437.48 2.538E-18 2.358E-18 3.578E-18 4.918E-18 4.898E-18 2.768E-18 1.66BE-18 1.488E-18 12 7242.18 2.138E-18 1.988E-18 3.818E-18 4.138E-10 3.478E-18 2.36BE-18 1.42BE-18 1.188E-18 13 8846.88 1.828E-18 1.788E-18 2.57BE-18 3.54BE-18 3.888E-18 2.858E-18 1.23BE-18 1.828E-18 14 12878.18 9.878E-11 9.39BE-Il 1.398E-18 1.93BE-18 1.788E-18 1.288E-15 7.230E-11 5.66BE-11 15 16893.49 6.338E-11 6.110E-11 8.988E-11 1.24BE-18 1.138E-18 8.13BE-11 4.94BE-11 3.718E-11 16 24148.29 3.31DE-11 3.28BE-11 4.618E-11 6.58BE-11 6.348E-11 4.718E-11 2.88BE-11 2.818E-11 17 32187.88 2.838E-11 2.868E-Il 2.88BE-11 4.898E-11 4.178E-11 3.17BE-11 1.958E-11 1.288E-11 18 48233.79 1.37DE-11 1.438E-Il 1.878E-11 2.88BE-11 3.888E-11 2.338E-11 1.45BE-11 8.98BE-12 19 48288.48 9.988E-12 1.058E-11 1.34BE-11 2.858E-11 2.388E-11 1.828E-11 1.138E-11 6.78BE-12 28 56327.29 7.468E-12 8.18DE-12 9.958E-12 1.568E-11 1.838E-11 1.47BE-11 9.288E-12 5.218E-12 eg 21 64373.99 5.8D8E-12 6.44BE-12 7.668E-12 1.238E-11 1.588E-11 1.238E-11 7.688E-12 4.188E-12 c3 22 72428.75 4.648E-12 5.26BE-12 6.85BE-12 9.97ME-12 1.268E-11 1.848E-11 6.568E-12 3.448E-12 co 23 88467.44 3.798E-12 4.388E-12 4.988E-12 8.24BE-12 1.888E-11 9.848E-12 5.698E-12 2.89BE-12
W W W
W W
W W
W W
SEE W
JW UNDEPLETED X/O FOR THE MAIN STACK 1/1/84 - 3/31/84 RECPTR DOWNWIND WEIGHTED AVERAGES SEC/Ha*3 NO.
DISTANCE S - (1) SSW - (2) SW - ( 3 ) WSW - (4)
W- ( 5 ) WNW - (6) NW - ( 7 ) NNW - (8)
HETERS B.B 22.5
.l5.8 67.5 98.8 112.5 135.0 157.5 1
281.28 2.32DE-88 3.B58C-88 9.538E-88 1.93BE-87 3.72BE-08 1.888E-88 6.D78E-89 /.15BE-89 2
/02.38 3.630E-87 3.44BE-87 4.518E-07 4.75DE-07 2.82BE-87 1.76BE-87 5.440E-88 1.228E-87 3
884.78 1.940E-87 6.840E-D8 7.95BE-88 8.588E-88 5.69BE-88 3.738E-88 1.590E-D8 3.9BBE-08 4
1297.B8 1.8BBE-87 6.720E-08 3.210E-98 3.578E-88 2.828E-88 1.520E-88 7.67DE-99 1.698E-88 5
1689.48 4.288E-87 1.788E-B7 2.68DE-DB 2.87BE-88 2.318E-BB 1.14BE-08 6.220E-89 1.26BE-88 6
2414.88 4.65BE-87 9.56BE-88 2.18DE-B8 1.968E-88 1.658E-88 8.87BE-89 4.790E-89 8.63BE-09 7
3218.78 3.44BE-87 6.37BE-28 1.98DE-88 1.47BE-88 1.27BE-88 6.498E-89 4.96DE-89 6.868E-89 8
4823.48 2.520E-07 4.66DE-88 1.710E-88 1.188E-88 1.848E-88 5.49BE-89 3.340E-D9 5.779E-89 9
4828.18 1.95DE-87 3.58BE-B8 1.58BE-B8 9.86BE-f9 8.84BE-89 4.79BE-B9 2.87BE-09 4.98BE-89 E5 10 5632.78 1.57BE-87 2.890E-D8 1.46BE-88 8.468E-D9 7.76BE-89 4.27BE-89 2.508E-09 4.418[-B9 C3 11 6437.48 1.318E-07 2.418E-98 1.35BE-88 7.4FBE-89 6.958E-89 3.88BE-99 2.228E-89 3.96BE-89 S3 12 7242.18 1.12BE-87 2.86BC-08 1.25DE-D8 6.57BE-89 6.3BBE-89 3.568E-09 1.990E-89 3.680E-89 r-13 8846.88 9.698E-08 1.888E-08 1.16DE-88 5.9BBE-89 1.368E-88 3.69BE-89 2.64DE-89 3.318E-89 52 [l 14 12878.18 5.68BE-B8 1.87BE-08 8.4BBE-99 3.91BE-89 8.83BE-89 2.88BE-89 2.86HE-89 2.368E-gg
-4 rn 15 16893.49 3.94BE-88 7.48BE-B9 6.58BE-89 2.920E-89 6.43BE-89 2.258E-89 2.75BE-09 1.24BE-98 c {$ C' 16 24148.29 2.38BE-B8 4.618E-89 4.42DE-89 1.93BE-99 4.09BE-89 1.618E-89 1.94DE-39 7.88DE-99 3* 23 l@
17 32187.88 1.678E-88 3.28BE 89 3.34BE-89 1.45BE-89 2.97BE-B9 1.69BE-89 1.75DE-89 5.69BE-89 c: 2 r-1.58BE-89 4.420E-89 2*
3 18 48233.79 1.27BE-88 2.5382-B9 2.67BE-09 1.28HE-89 2.328E-89 1.998E-89 1.940E-09 3.628E-99 3!23-d" 32
=
19 48288.48 1.83BE-88 2.86BE-89 2.220E-89 9.968E-18 1.98BE-89 1.798E-89 28 56327.29 8.6BDE-89 1.74BE-89 2.148E-89 8.498E-18 1.85BE-89 1.5HBE-89 1.628E-89 3.858E-89
=c c3 E3 21 64373.99 7.35DE-89 1.498E-09 1.86BE-89 7.408E-18 1.59BE-89 1.298E-89 1.39BE-89 2.648E-89 2 "'
b5 1.22BE-89 2.310E-89 =$EE$$
3= r7 22 72428.75 6.400E-89 1.318E-89 1.640E-89 6.508E-18 1.39BE-89 1.138E-89 1.888E-BS 2.86BE-89 )
23 88467.44 5.66BE-89 1.16BE-89 1.478E-29 5.988E-18 1.238E-89 1.BBBE-09 c) r, ra UChl'"i $
RECPTR DOWNWIND WEIGHTED AVERAGES SEC/M**3
"" 1" NO.
DISTANCE N - (9) NNE
-( 18) NE -(11) ENE -(12)
E-(13) ESE -(14)
METERS 188.8 282.5 225.8 247.5 278.8 292.5 315.8 337.5 o$h2$3 4
H I
281.28 5.32BE-89 1.18DE-88 1.388E-B8 1.78BE-88 3.378E-88 2.74BE-88 6.890E-88 1.49BE-88 23 23 2
482.38 9.24BE-08 2.81BE-87 2.368E-87 3.B2BE-87 5.718E-87 4.658E-87 1.83BE-B6 3.198E-87 MZ 3
884.78 3.18BE-88 6.488E-08 7.56BE-88 9.B9BE-88 1.78BE-87 1.428E-B7 3.BSBE-87 6.87BE-88 m
4 1287.85 1.39BE-88 2.818E-08 3.21DE-88 3.84BE-88 7.58BE-88 5.858E-88 1.23BE-87 3.828E-88 P1 5
1689.48 1.8DBE-88 2.89BE-88 2.37BE-88 2.97BE-88 6.268E-88 4.368E-98 9.41BE-08 2.40BE-88 6
2414.88 6.84BE-89 1.440E-B8 1.618E-B8 2.168E-88 5.888E-88 2.938E-88 6.73BE-88 1.77BE-B8 C
7 3218.78 5.498E-89 1.148E-88 1.25BE-88 1.74BE-88 4.25BE-88 2.24BE-B8 5.4BSE-88 1.45DE-88 53 8
4823.48 4.648E-89 9.458E-89 1.038E-88 1.468E-88 3.688E-88 1.838E-98 4.52BE-88 1.278E-B8 H
9 4828.18 4.818E-89 8.B9BE-09 8.7BBE-89 1.25BE-88 3.1BBE-B8 1.55BE-88 3.88BE-88 1.16BE-88 IB 5632.78 3.54BE-89 7.B7BE-89 7.55BE-89 1.!EBE-28 E.788E-88 1.348E-08 3.39BE-B8 1.88BE-88 11 6437.4B 3.188E-89 6.29BE-89 6.678E-89 9.79BE-89 2.38BE-88 1.19BE-88 3.81BL-88 1.D18E-88 12 7242.18 2.890E-89 5.66BE-D9 5.900E-D9 8.84BE-89 2.13BE-88 1.878E-88 2.71DE-08 9.398E-B9 13 8846.88 2.65BE-89 5.150E-89 5.42DE-89 8.058E-89 1.92BE-88 9.698E-89 2.468E-88 8.78BE-89 14 12878.18 1.890E-89 3.55BE-89 3.720E-89 5.568E-89 1.28BE-88 6.68BE-89 1.67BE-88 6.62BE-89 15 16093.49 1.588E-89 2.738E-89 2.85BE-89 4.27BE-89 9.488E-B9 5.140E-89 1.278E B8 7.848E-89 16 24143.29 1.88BE-09 1.888E-89 1.988E-89 2.948E-89 6.198E-89 3.558E-89 8.478E-89 4.68BE-89 17 32187.88 8.728E-1B 1.460E-09 1.54BE-89 2.288E-89 4.63BE-89 3.28BE-89 8.36BE-B9 3.498E-89 18 48233.79 7.35BE-1B 1.2BBE-89 1.27BE-89 2.488E-89 5.818E-89 2.698E-89 6.700E-09 2.778E-89 19 49288.48 6.32BE-18 1.82BE-99 1.88BE-B9 2.838E-89 4.178E-89 2.288E-09 5.578E-09 2.388E-89 28 56327.29 5.576E-1B 8.86DE-18 9.398E-18 1.77BE-89 3.57BE-89 1.98BE-89 4.778E-89 1.960E-89 e) 21 64373.99 1.17BE-89 7.85BE-18 8.348E-18 1.568E-89 3.13BE-89 1.75BE-89 4.178E-89 1.7BBE-99 c3 22 72428.75 1.72BE-89 7.97DE-18 7.52BE-1B 1.418E-89 2.788E-89 1.578E-89 3.78BE-89 1.518E-89 to 23 88467.44 1.548E-89 6.44BE-1B 6.858E-18 1.288E-B9 2.588E-89 1.428E-89 3.33BE-B9 1.35BE-89
il
- s p
DEPLETED X/G FOR THE MAIN STACK ~1/1/84 - 3/31/04 WEIGHTED AVERAGES SEC/Ma*3 s
< RF,CPTR DOWMVIND SSW
-( 2 )
'SW - (3) WSW - ( 4 )
W- ( 5 ) WNV -(6) NW. ( 7 ). NNW - ( 8 )
' NO.
DISTANCE S - (1)
'135.8 j157.5 METERS B.B 22.5' 45.4 67.5 98.8
- 112.5 1 -
1 281.28 2.32DE-88 3.858E-88 9.538E-83 1.33BE-87 3.728E-88 1.888E-D8'6.G78E-89 7.158L-89
-2 4B2.38 3.628E-87 3.43BE-B7 4.588E-87'4.75BE-87 2.8280-87 1.75BE-87 5.438E-F3 1.22BE-87 3
884.78 1.94DE-87 6.828E-D8 7.928E-88 8.47BE-88 5.67BE-88 3.728E-88 1.59BE-B8 3.888F,-88 4
1287.88 1.88BE-87 6.71BE-08 3.2BBE-88 3.56BE-88 2.82BE-88 1.51BE-98 7.64DE-89 1.G9BE-88 5
1689.48 4.2BDE-87 1.788E-87 2.678E-88 2.368E-88 2.38BE-88 1.14BE-88 6.19BE-09 1.25BE-B8 6
2414.88 4.648E-87 9.548E-88 2.17BE-88 1.95BE-88 1.648E-88 8.B3BE-89 4.77BE-09 8.S88E-89 7
3218.78 3.428E-87 6.358E-88 1.890E-88 1.46BE-B8 1.26BE-88 6.46BE-89 3.93BE-09 6.82BE-89 8
4823.48 2.5BBE-87 4.638E-83 1.788E-88 1.178J-88 1.838E-88 5.458E-89 3.328E-h9 5.73BE-89 f@
9 4828.18 1.93BE-87 3.56BE-08 1.57DE-DL 9.768E-89 8.738E-89 4.75BE-89 2.34BE-89 4.94BE-89 73 18 5632.70 1.55BE-87 2.86BE-88 1.458E-08 8.368E-89 7.658E-89 4.23BE-09 2.478E-B9 4.37BE-89 El i
11 6437.48 1.28BE-87 2.378E-B8 1.348E-88 7.385E-89 6.84BE-89 3.848E-89 2.188E-29 3.928E-89 H
l 12 7242.18 1.89BE-87 2.82BE-BB 1.24BE-D8 6.478E-89 6.198E-89 3.52BE-B9 1.95BE-89 3.56BE-89 Uj E3 13 8846.88 9.438E-88 1.76BE-88 1.158E-88 5.818E-89 1.34BE-88 3.648E-89 2.59BE-89 3.26BE-89
[$ fE 14 12878.18 5.38BE-88 1.82BE-88 8.268E-89 3.83BE-89 8.590E-89 2.74BE-89 2.BBBE-89 2.38BE-89 c.
15 16893.49 3.618E-88 6.93BE-09 6.33BE-89 2.848E-89 6.178E-89 2.19BE-89 2.660E-89 1.19BE-88 3=
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16 24148.29 2.848E-88 4.828E-89 4.2BBE-89 1.85DE-89 3.798E-89 1.54BE-89 1.84BE-89 7.22BE-89 E!
EE d$
17 32187.88 1.34BE-88 2.69BE-89 3.898E-89 1.378E-09 2.668E-89 1.56BE-89 1.618E-89 4.978E-09
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18 48233.79 9.518E-89 1.95BE-89 2.40DE-89 1.1BBE-89 1.99BE-B9 1.658E-89 1.328E-89 3.678E-89 c37$
l 19 48288.48 7.168E-89 1.498E-89 1.93BE-89 8.99BE-1B 1.57BE-89 1.83BE-89 6.76BE-18 2.858E-89 Po
-4 28 56327.29 5.57BE-89 1.188E-09 1.748E-89 7.55BE-1B 1.168E-89 7.198E-18 4.98BE-1B 2.27BE-89 3 E$ d$
21 64373.99 4.43BE-89 9.62BE-18 1.458E-89 6.48BE-18 7.628E-18 5.698E-18 3.790E-1B 1.86BE-89
=
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23 88467.44 2.96BE-89 6.78BE-18 1.86BE-89 4.94BE-1B 4.98BE-18 3.8BBE-18 2.37BE-18 1.3BBE-89
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>>8 RECPTR DOWNWIND WEIGHTED AVERAGES SEC/Ma"3 No.
DISTANCE N-(9) NNE -(18)
NE -(11) ENE -(12)
E-(13) ESE -(14)
ES h):d '"
,3 jj METERS 188.8 282.5 225.8 247.5 278.8 292.5 315.8 337.5 4
o v) 1 281.28 5.328E-89 1.18BE-08 1.388E-88 1.788E-88 3.37BE-88 2.74BE-B8 6.898E-88 1.49BE-88 P3 2
482.38 9.23BE-88 2.BIBE-87 2.36BE-87 3.828E-87 5.71BE-87 4.658E-B7 1.83BE-86 3.19BE-87 3
884.78 3.17BE-88 6.46BE-88 7.54DE-88 9.878E-B8 1.788E-87 1.42BE-87 3.85BE-87 6.84BE-88 PO 4
1287.88 1.388E-88 2.888E-88 3.28BE-88 3.838E-88 7.488E-88 5.83BE-88 1.23BE-B7 3.818E-98 c=
5 1689.48 9.98BE-89 2.888E-88 2.368E-88 2.968E-88 6.24BE-88 4.348E-88 9.37BE-B8 2.39BE-88 2
6 2414.88 6.808E-89 1.43BE-88 1.68BE-08 2.158E-88 5.86BE-88 2.928E-B8 6.78BE-88 1.76BE-88 "l
7 3218.78 5.468E-89 1.13BE-88 1.24BE-88 1.73BE-88 4.228E-88 2.238E-88 5.37BE-88 1.448E-88 8
4823.48 4.6DBE-89 9.398E-09 1.B2BE-88 1.45BE-88 3.578E-88 1.82BE-88 4.49BE-B8 1.26BE-88 9
4828.18 3.98DE-89 0.828E-89 8.63BE-89 1.248E-88 3.86BE-B8 1.548E-88 3.858E-88 1.16BE-88 18 5632.78 3.518E-89 7.BBBE-89 7.48BE-69 1.898E-88 2.668E-88 1.338E-88 3.36BE-88 1.87BE-88 11 6437.48 3.148E-89 6.218E-89 6.6DBE-89 9.67BE-B9 2.34BE-88 1.18BE-88 2.988E-88 1.BBBE-88 12 7242.18 2.850E-89 5.590E-89 5.918E-09 8.718E-89 2.898E-88 1.868E-88 2.68BE-88 9.29EE-89 13 8846.88 2.618E-89 5.87BE-89 5.358E-89 7.928E-89 1.88BE-88 9.58BE-89 2.430E-88 8.68BE-89 14 12B78.18 1.856E-99 3.478E-89 3.64BE-89 5.42BE-89 1.23BE-B8 6.55BE-09 1.63BE-88 6.5BBE-89 15 16093.49 1.450E-89 2.64BE-89 2.788E-89 4.13BE-89 9.888E-89 5.81DE-89 1.228E-BB 6.84BE-89 16 24148.29 1.838E-89 1.79BE-89 1.9BBE-99 2.79BE-89 5.82BE-89 3.428E-89 8.05DE-09 4.438E-89 17 32187.BB 8.19BE-1B 1.380E-09 1.46DE-89 2.138E-89 4.28BE-89 3.188E-89 7.74BE-89 3.21BE-89 e
18 48233.79 6.8BBE-18 1.110E-89 1.190E-89 2.2BBE-89 4.528E-89 2.51DE-89 6.880E-89 2.468E-89 19 48288.48 5.750E-18 9.29BE-18 9.990E-18 1.838E-89 3.69BE-89 2.B98E-89 4.968E-89 1.97BE-89 l
28 56327.29 4.998E-18 7.97BE-18 8.598E-18 1.568E-89 3.18BE-89 1.798E-B9 4.160E-89 1.618E-89 21 64373.99 9.900E-18 6.97BE-18 7.538E-18 1.368E-89 2.66BE-89 1.56BE-89 3.57BE-89 1.35BE-89 22 72428.75 1.26BE-89 6.19BE-18 6.7BBE-10 1.28BE-89 2.328E-89 1.378E-89 3.l!8E-89 1.15BE-89 23 88467.44 1.88BE-89 5.56BE-18 6.83BE-18 1.87BE-89 2.84BE-89 1.238E-89 2.74BE-89 9.92BE-18
DEPOSITION FACTORS FOR THE MAIN STACK 1/1/04 - 3/31/84 RECPTR DOWNWIND WEIGHTED AVERAGES 1/H**2 NO.
DISTANCE S- (1) SSW - ( 2 )
SW - ( 3 ) WSW - (4)
W- ( 5 ) WNW - ( 6 ) MW - ( 7 )
NNW - ( 8 )
METERS 8.8 22.5 45.8 67.5 98.8 112.5 135.8 157.5 1
281.25 1.418E-18 2.288E-18 5.230E-18 3.72BE-18 2.488E-18 6.888E-11 3.138E-11 4.59BE-11 2
402.38 2.19BE-89 2.47DE-89 2.47BE-89 1.718E-89 1.82SE-09 6.500E-18 2.888E-18 7.85DE-18 3
884.78 4.76BE-18 4.228E-18 4.48BE-18 3.85BE-18 3.488E-18 1.458E-18 8.47BE-11 2.52BE-1F 4
1287.88 2.618E-18 4.48BE-18 1.830E-18 1.38BE-18 1.428E-18 5.9BBE-11 4.278E-11 1.11BE-18 5
1689.48 7.35BE-18 1.248E-89 1.48BE-18 1.06BE-18 1.89BE-18 4.47DE-11 3.48BE-11 8.318E-11 6
2414.00 1.85BE-89 6.65BE-18 1.88BE-18 7.33BE-11 7.55BE-11 3.188E-11 2.68BE-11 5.738E-11 7
3218.7B 8.19BE-1B 4.43BE-18 8.57BE-11 5.57BE-11 5.81BE-11 2.58BE-11 2.87DE-11 4.58BE-11 8
4823.48 6.890E-18 3.24BE-18 7.15BE-11 4.518E-11 4.77BE-11 2.198E-11 1.788E-11 3.87BE-11 9
4828.18 4.720E-18 2.48BE-10 6.190E-11 3.818E-11 4.88BE-11 1.918E-11 1.42BE-11 3.368E-11 18 5632.75 3.828E-18 2.80BE-18 5.460E-11 3.298E-11 3.688E-11 1.71BE-11 1.228E-11 2.97BE-11 11 6437.48 3.18DE-10 1.66DE-18 4.88BE-11 2.98BE-11 3.238E-11 1.55BE-11 1.87BE-11 2.67dE-11 po 12 7242.18 2.720E-18 1.42DE-18 4.39BE-11 2.598E-11 2.938E-11 1.42BE-11 9.518E-12 2.448E-11 "1
13 8846.88 2.36BE-18 1.23BE-10 3.990E-11 2.33BE-11 5.788E-11 1.49BE-11 1.36BE-11 2.24BE-11 EU 55 14 12D78.18 1.37BE-18 7.14BE-11 2.72BE-11 1.56BE-11 3.78BE-11 1.138E-11 1.14BE-11 1.59BE-11 c, [g
- j 15 16893.49 9.358E-11 4.87BE-11 2.84DE-11 1.168E-11 2.68BE-11 9.12BE-12 1.738E-11 9.958E-11 2> tn
==
16 24148.29 5.42BE-11 2.82BE-11 1.34BE-11 7.57BE-12 1.688E-11 6.44BE-12 1.22BE-11 6.838E-11 gj pg P1 17 32187.80 3.618E-11 1.89BE-11 9.818E-12 5.66DE-12 1.19BE-11 6.718E-12 1.lBBE-11 4.148E-11
>z ca 18 48233.79 2.600E-11 1.37BE-11 7.658E-12 4.718E-12 9.82BE-12 7.24BE-12 9.13BE-12 3.D68E-11 Qy Pj 19 48288.48 1.98BE-11 1.85BE-11 6.22BE-12 3.88BE-12 7.178E-12 4.43BE-12 4.47BE-12 2.378E-11 c3 c> -a 28 56327.29 1.56BE-11 8.35DE-12 5.420E-12 3.15BE-12 5.43BE-12 3.868E-12 3.248E-12 1.89BE-11
' P3
35 21 64373.99 1.26BE-11 6.79BE-12 4.68DE-12 2.68BE-12 3.768E-12 2.488E-12 2.438E-12 1.54BE-11 sc x El E3 g]
22 72420.75 1.83DE-11 5.62DE-12 3.96BE-12 2.258E-12 3.830E-12 1.93BE-12 1.87BE-12 1.278E-11 ja 33 gg rn 23 88467.44 8.55DE-12 4.73BE-12 3.468E-12 1.97BE-12 2.57BE-12 1.588E-12 1.47BE-12 1.87BE-11 c) z za RECPTR DOWNWIND WEIGHTED AVERAGES 1/Ha*2' IO c3 I NO.
DISTANCE N - (9) NNE -(10)
NE -(11) ENE -(12)
E-(13) ESE -(14)
SE -(15) SSE -(16) gj f" pj Ch METERS 188.8 282.5 225.8 247.5 278.8 292.5 315.8 337.5 Ax n1 1
281.28 3.868E-11 8.27DE-11 9.928E-11 1.548E-18 3.188E-18 2.448E-18 1.300E-18 7.87DE-11 CS 3
482.38 6.67DE-18 1.41BE-89 1.69BE-89 2.62BE-89 5.38BE-89 4.15BE-09 2.218E-89 1.518E-89
_4 3
884.70 2.248E-18 4.518E-18 5.258E-18 7.908E-18 1.688E-89 1.26BE-09 6.52BE-18 3.4BBE-18
-4 4
1287.88 9.678E-11 1.95DE-18 2.288E-18 3.34BE-18 6.75BE-18 5.218E-18 2.648E-10 1.69BE-18 EE 5
1689.48 7.83BE-11 1.46HE-18 1.64BE-18 2.588E-18-5.19BE-18 3.888E-18 2.818E-18 1.418E-18 v1 6
2414.00 4.81BE-11 1.BIBE-18 1.120E-18 1.878E-18 3.67BE-19 2.6BBE-18 1.38BE-18 1.078E-10 y
7 3218.78 3.86BE-11 7.988E-11 8.76BE-11 1.49BE-18 2.88BE-18 1.98BE-18 1.87BE-18 8.758E-11 n1 8
4823.48 3.25BE-11 6.678E-11 7.218E-11 1.25BE-18 2.388E-18 1.618E-18 8.68DE-11 7.46BE-11 9
4828.18 2.82BE-11 5.71BE-11 6.12DE-11 1.87BE-18 2.82BE-18 1.36BE-18 7.31DE-11 6.62BE-11 c:
1r 5632.78 2.490E-11 5.88BE-11 5.32BE-11 9.338E-11 1.76BE-18 1.18BE-18 6.318E-11 5.96BE-11 33 11 6437.4u 2.23BE-11 4.458E-11 4.71BE-11 8.288E-11 1.56BE-18 1.848E-18 5.56BE-11 5.418E-11
-4 12 7242.18 2.830E-11 4.818E-11 4.22BE-11 7.43BE-11 1.4BBE-18 9.3BBE-11 4.97BE-11 4.938E-11 13 8846.83 1.868E-11 3.648E-11 3.83BE-11 6.748E-11 1.27BE-18 8.43BE-11 4.49BE-11 4.53DE-11 14 12D78.18 1.320E-11 2.5BDE-11 2.63DE-11 4.56BE-11 8.62BE-11 5.76BE-11 3.86DE-Il 3.22BE-11 15 16893.49 1.830E-11 1.918E-11 2.82BE-11 3.438E-11 6.528E-11 4.39BE-11 2.34BE-11 3.13BE-11 16 24148.29 7.358E-12 1.38BE-11 1.390E-11 2.288E-11 4.37BE-11 2.99BE-11 1.618E-11 1.99BE-11 17 32187.08 5.830E-12 1.BBDE-11 1.88DE-11 1.72BE-11 3.38BE-11 2.67BE-11 2.210E-11 1.420E-11 18 48233.79 4.83BE-12 8.138E-12 8.86BE-12 1.658E-11 3.64BE-11 2.16aE-11 1.78BE-11 1.8BBE-11 19 48288.48 4.88BE-12 6.79BE-12 7.45BE-12 1.378E-11 3.888E-11 1.88BE-11 1.478E-11 8.63DE-12 28 56327.29 3.540E-12 5.83BE-12 6.42SE-12 1.16BE-11 2.54BE-11 1.548E-11 1.248E-11 7.87BE-12 u) 21 64373.99 6.85BE-12 5.1BBE-12 5.658E-12 1.818E-11 2.19BE-11 1.34BE-11 1.87BE-11 5.918E-12 C) 22 72428.75 8.67BE-12 4.530E-12 5.840E-12 8.858E-12 1.928E-11 1.18BE-11 9.31BE-12 5.838E-12 u) 23 88467.44 7.410E-12 4.87BE-12 4.54BE-12 7.88BE-12 1.78BE-11 1.85BE-11 8.22BE-12 4.338E-12
W m
W m
L;l=
umas W
E S
E E
N O
O O
E UNDEPLETED X/O FOR THE REACTOR BUILDING VENT 4/1/84 - 6/38/84 RECPTR DOWNWIND WEIGHTED AVERAGES SEC/M**3 NO.
DISTANCE S-(1) SSW - ( 2 )
SW - (3) WSW - ( 4 )
W- ( 5 ) WNW - ( 6 ) NW - ( 7 ) NNW - ( 8 )
HETERS 8.B 22.5 45.8 67.5 98.8 112.5 135.8 157.5 1
281.28 3.46DE-85 1.618E-05 1.67BE-85 2.BBBE-95 2.488E-85 9.33BE-B6 4.61BE-86 2.57BE-BF 2
482.38 9.44BE-06 4.188E-06 4.58BE-86 5.63BE-86 6.49BE-86 2.488E-86 1.88BE-86 7.33BE-D6 3
834.78 2.5BBE-86 9.879E-B7 1.22BE-06 1.58BE-86 1.788E-86 6.45BE-87 2.21BE-87 2.118E-86 4
12B7.88 1.22BE-86 4.7BBE-07 5.98BE-87 7.518E-87 8.42BE-07 3.14BE-87 1.02BE-87 1.1BBE-86 5
1689.48 7.67BE-87 3.850E-87 3.778E-87 4.85BE-87 5.4BBE-97 2.81BE-87 6.97DE-88 7.B90E-87 6
2414.BB 4.62BE-87 1.84BE-87 2.27FE-87 2.87BE-87 3.22BE-87 1.198E-87 4.228E-88 4.15BE-87 7
3218.78 3.270E-87 1.38BE-07 1.61BE-87 2.BB8E-87 2.268E-87 8.318E-88 2.98BE-88 2.86BE-87 8
4823.40 2.48DE-87 9.96DE-08 1.228E-D7 1.51BE-87 1.71BE-87 6.28BE-88 2.29BE-88 2.13BE-87 9
4828.18 1.97BE-87 7.958E-D8 9.78BE-88 1.19BE-87 1.35BE-87 4.978E-88 1.85BE-88 1.678E-87 18 5632.78 1.62BE-87 6.58SE-88 7.988E-88 9.77BE-88 1.118E-87 4.888E-88 1.54DE-B8 1.77BE-87 c:
11 6437.48 1.37DE-B7 5.59BE-88 6.75BE-88 8.25BE-88 9.48BE-88 3.45BE-88 1.32DE-88 1.15BE-57 g} jj 12 7242.18 1.190E-87 4.86BE-88 5.84BE-88 7.12BE-88 8.12BE-88 2.98BE-B8 1.15BE-88 9.080E-88
-4 rn 13 8846.80 1.048E-87 4.28BE-88 5.140E-88 6.258E-88 7.14DE-88 2.61BE-88 1.020E-B8 8.63BE-88 g} p2 14 12878.18 6.36BE-88 2.648E-08 3.120E-88 3.79BE-88 4.340E-88 1.59dE-08 6.450E-89 5.18DE-88
-4 rn 15 16893.49 4.518E-88 1.89BE-88 2.218E-08 2.688E-88 3.BBBE-88 1.13BE-88 4.690E-B9 3.63BE-88 2 Ej -j 16 24148.29 2.82BE-88 1.19BE-88 1.38DE-B8 1.668E-B8 1.910E-88 7.818E-89 3.81BE-09 2.22BE-08 ca 17 32187.88 2.81BE-88 8.628E-09 9.85DE-99 1.18BE-88 1.37BE-88 5.82BE-89 2.2BBE-89 1.568E-88 y29x
.g 18 48233.79 1.56BE-88 6.72BE-09 7.62BE-89 9.158E-89 1.56BE-88 3.89BE-89 1.73BE-89 1.289E-B8
-4 x n1 23 wg; og 19 48280.48 1.278E-88 5.518E-09 6.23DE-89 7.46BE-89 8.63BE-89 3.18DE-89 1.43DE-D9 9.70BE-89 r-28 56327.29 1.B7BE-B8 4.66DE-89 5.248E-89 6.27BE-89 7.260E-89 2.688E-89 1.228E-09 8.12BE-89 e
n, -4 n1 21 64373.99 9.25DE-89 4.83BE-89 4.528E-09 5.39BE-89 6.25BE-89 2.318E-89 1.866E-89 6.958E-89 c, )" "*
E3 22 72429.75 8.11BE-89 3.55DE-89 3.968E-89 4.728E-89 5.48BE-89 2.83BE-89 9.33BE-1B 6.D58E-89 c: -a rn 23 88467.44 7.218E-09 3.16BE-09 3.52BE-89 4.198E-89 4.87BE-89 1.888E-D9 8.35BE-1B 5.358E-99 fjjjr, l'
C3 N
RFCPTR DOWNWIND WEIGHTED AVERAGES SEC/Ha*3
["[Efi NO.
DISTANCE N- (9) NNE -(18)
NE -(11) ENE -(12)
E-(13) ESE -(14)
SE -(15) SSE -(16) oa -< rn HETERS 188.8 282.5 225.0 247.5 278.8 292.5 315.0 337.5
- E3 $
-x 1
281.20 3.18DE-85 6.558E-85 9.568E-85 8.86BE-85 3.928E-85 5.36BE-85 3.94BE-85 1.868E-85 55 2$
2 482.38 8.718E-06 1.830E-05 2.71BE-85 2.3BBE-85 1.18BE-85 1.52BE-85 1.120E-85 5.08BE-86 3
894.78 2.46BE-06 5.128E-86 7.89BE-86 6.588E-86 3.128E-86 4.3BBE-86 3.21BE-86 1.39BE-86
$5 EE 4
1287.88 1.22BE-86 2.57BE-86 3.97BE-86 3.28BE-06 1.56BE-86 2.158E-86 1.62BE-86 6.918E-87 2 on 5
1689.48 7.618E-87 1.630E-86 2.490E-86 2.96BE-B6 9.848E-87 1.368E-86 1.83BE-86 4.418E-B7 H,3 6
2414.88 4.53BE-B7 9.628E-87 1.47BE-86 1.23BE-86 5.8BDE-87 8.87BE-B7 6.86DE-B7 2.688E-87 71 7
3218.78 3.19BE-87 6.700E-07 1.02DE-86 8.6BBE-87 4.848E-87 5.658E-07 4.21BE-87 1.818E-87 c34 8
4823.48 2.41DE-B7 5.858E-07 7.710E-87 6.50BE-B7 3.048E-07 4.27BE-87 3.178E-07 1.36DE-87 x c-9 4828.10 1.9BDE-87 3.98DE-07 6.870E-87 5.12BE-87 2.39BE-87 3.37BE-87 2.49BE-87 1.87DE-87
[3 18 5632.78 1.56BE-07 3.26DE-07 4.978E-07 4.208E-87 1.95BE-87 2.76BE-87 2.B48E-87 8.798E-B8
-4 11 6437.48 1.31BE-87 2.758E-87 4.188E-87 3.53BE-87 1.64BE-87 2.32BE-87 1.71BE-87 7.41BE-88 12 7242.10 1.130E-07 2.37BE-87 3.6BDE-87 3.B5BE-87 1.42DE-87 2.BBBE-87 1.4RDE-97 6.38BE-88 13 8846.88 9.948E-88 2.87BE-07 3.15BE-87 2.67BE-87 1.24BE-87 1.76BE-87 1.290E-87 5.59BE-88 14 12878.18 5.99BE-88 1.25BE-87 1.888E-87 1.618E-87 7.46BE-88 1.86BE-87 7.76BE-88 3.388E-88 15 16893.49 4.22sE-88 8.79BE-08 1.32BE-87 1.130E-87 5.24BE-88 7.448E-88 5.45DE-08 2.38BE-88 16 24148.29 2.610E-88 5.43BE-D8 8.148E-08 6.98BE-88 3.22BE-B8 4.59BE-B8 3.358E-08 1.47BE-BB 17 32187.00 1.85DE-88 3.85DE-B8 5.75BE-08 4.958E-88 2.288E-88 3.26BE-B8 2.37BE-08 1.85DE-88 18 48233.79 1.430E-88 2.968E-88 4.428E-88 3.818E-48 1.76BE-88 2.518E-88 1.828E-B8 8.P76E-89 19 48288.48 1.178E-D8 2.418E-88 3.663E-EG 3.102E-U8 1.43BE-B8 2.84BE-88 1.488E-B8 6.58BE-89 00 2B 56327.29 9.8DSE-89 2.83BE-88 3.020E-88 2.68BE-B8 1.2BDE-88 1.718E-88 1.24DE-88 5.53BE-89 C3 21 64373.99 8.430E-89 1.74DE-88 2.590E-88 2.23BE-88 1.B38E-88 1.47BE-88 1.B68E-88 4.768E-89
'O 22 72428,75 7.388E-89 1.52BE-BF 2.27BE-88 1.95DE-88 9.888E-89 1.298E-08 9.38BE-89 4.16BE-89 23 88467.44 6.55BE-89 1.35DE-08 2.818E-88 1.738E-B8 7.98DE-89 1.14BE-88 8.24BE-89 3.7BDE-89
musus W
W ummer unu W
W W
W W
W W
W WT DEPLETED X/O FOR THE REACTOR BUILDING VENT 4/1/84 - 6/30/84 RECPTR DOWNWIND WEIGHTED AVERAGES SEC/Ma*3 NO.
DISTANCE S-(1) SSW - (2) SW - (3) WSW - ( 4 )
W- ( 5 ) WNW - (6) NW - ( 7 )
NNW - (8)
METERS H.B 22.5 45.8 67.5 90.8 112.5 135.8 157.5 1
281.28 3.180E-85 1.518E-05 1.520E-85 1.948E-85 2.22BE-85 8.74BE-86 4.490E-B6 2.35BE-95 2
482.30 8.380E-06 3.76DE-86 4.84BE-86 5.88DE-86 5.828E-86 2.26BE-86 1.04BE-86 6.5BBE-86 3
884.78 2.11BE-B6 8.63BE-87 1.838E-86 1.29BE-86 1.46BE-86 5.64BE-87 2.86BE-87 1.88BE-06 4
1297.08 9.99BE-87 4.8BBE-87 4.88DE-87 6.340E-B7 7.848E-87 2.G8BE-87 9.34BE-88 9.10BE-87 5
1689.48 6.2BBE-87 2.57BE-87 3.82BE-87 4.84BE-87 4.45BE-87 1.78BE-87 6.388E-88 5.838E-87 6
2414.00 3.618E-87 1.528E-87 1.768E-B7 2.33BE-87 2.588E-87 9.798E-B8 3.830E-88 3.38BE-87 7
3218.78 2.48DE-87 1.B58E-87 1.21BE-87 1.57DE-87 1.76BE-87 6.68BE-88 2.69BE-88 2.2BBE-B7 l
8 4823.40 1.84BE-87 7.89BE-88 8.95BE-08 1.16BE-87 1.38BE-87 4.94BE-B8 2.BSBE-88 1.590E-97 9
4828.18 1.42BE-87 6.2BBE-88 6.918E-88 8.96BE-88 1.BBBE-87 3.83BE-88 1.640E-88 1.22DE-87 18 5632.70 1.140E-07 5.86DE-08 5.55DE-88 7.21BE-88 8.89BE-88 3.89BE-88 1.370E-D8 9.71BE-88 t3 i
11 6437.48 9.46BE-88 4.240E-88 4.58BE-88 5.97BE-88 6.78BE-88 2.57BE-88 1.17BE-88 7.97BE-88 Q]
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$" E3 E" 18 4B233.79 5.98DE-89 3.66BE-09 2.730E-89 4.B9BE-89 4.53BE-89 1.95BE-89 1.38BE-89 4.190E-89 m z 2>
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DISTANCE N - (9) NNE -(10)
NE -(11) ENE -(12)
'E-(13) ESE -(14)
SE -(15) SSE -(16) us -a -a sa METERS 188.0 282.5 225.8 247.5
.278.8 292.5
. 315.8 337.5 33E$$5
$3 X --t 1
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1287.80 9.96DE-87 2.13BE-86 3.27BE-B6 2.678E-86 1.3BBE-86 1.76BE-86 1.34BE-86 5.83BE-87 T
5 1689.48 6.12BE-87 1.338E-86 2.828E-86 1.640E-B6 8.05BE-87 1.89BE-06 8.328E-87 3.678E-87 50 6
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unums w
W aumsme ugum W
W W
W W
W DEPOSITION FACTORS FOR THE REACTOR BUILDING VENT 4/1/04 - 6/3B/84 RECPTR DOWNWIND WEIGHTED AVERAGES 1/H**2' NO.
DISTANCE S - (1) SSW - (2) SW - ( 3 ) WSW - ( 4 )
W- (5) WNW - (6) NW - ( 7 )
NNV - ( 8 )
METERS B.B 22.5 45.8 67.5 99.D 112.5 135.8 157.5 1
281.25 6.438E-08 4.918E-88 3.58DE-88 3.4BDE-08 4.27BE-88 1.838E-88 1.68DE-D8 3.958E-88 2
482.38 1.658E-88 1.190E-08 9.14BE-89 8.810E-89 1.118E-88 4.53DE-89 3.95DE-89 1.87BE-88 I
3 884.78 4.818E-89 2.58BE-09 2.258E-89 2.218E-89 2.738E-89 1.838E-89 8.B4BE-18 2.928E-89 4
1297.88 1.890E-89 1.18DE-39 1.878E-89 1.1BBE-89 1.31BE-89 4.8BBE-Is 3.658E-18 1.45BE-89 5
1689.48 1.190E-89 7.718E-18 6.7302-1B 7.12SE-18 8.348E-1B 3.128E-18 2.46BE-18 9.88BE-18 6
2414.88 6.95BE-18 4.6DBE-1B 3.94BE-18 4.878E-18 4.85BE-18 1.82BE-18 1.478E-1B 5.17DE-1B 7
3218.78 4.79BE-18 3.218E-18 2.788E-18 2.74BE-1B 3.318E-18 1.25BE-15 1.83BE-18 3.47BE-IB 8
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RECPTR D0VNWIND WEIGHTED AVERAGES 1/Ha*2' c: -4 ra NO.
DIGTANCE N - (9) NNE -(18)
NE -(11) ENE -(12)
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SE -(15) SSE -116) fisS {3 /o METERS 188.8 282.5 225.8 247.5 278.0 292.5 315.8 337.5
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2DI.28 4.648E-08 1.72DE-07 2.B2DE-87 8.53BE-88 6.658E-88 6.81BE-D8 4.67BE-88 3.90DE-88 o$bbE 2
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DISTANCE S - (1) SSW - (2) SW - (3) WSW - (4)
W- (5) WNW - ( 6 ) NW - ( 7 ) NNW - ( 8 )
METERS B.B 22.5 45.8 67.5 98.0 112.5 135.8 157.5 1
281.28 1.88DE-87 3.47DE-88 9.78DE-88 5.47DE-U8 3.58BE-88 2.238E-88 3.16BE-88 3.69BE-89 2
402.30 1.65BE-06 3.918E-07 4.63BE-97 2.52BE-07 2.718E-87 2.838E-07 2.828E-87 6.25BE-D8 3
884.78 4.BSDE-87 6.38DE-D8 8.09BE-88 4.82BE-88 5.818E-88 4.1BBE-88 7.44BE-88 1.83BE-08 4
1287.88 2.38BE-87 9.28BE-88 3.19BE-BB 4.86BE-88 2.16DE-BB 1.75BE-88 3.05BE-88 7.46BE-89 5
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3218.78 3.318E-87 1.588E-07 2.64BE-88 3.830E-88 1.35BE-88 7.688E-89 1.318E-88 3.678E-89 8
4823.48 2.458E-87 1.15BE-87 2.660E-88 3.58BE-88 1.22BE-88 6.218E-89 1.lBBE-88 3.24BE-89 9
4828.18 1.918E-87 8.778E-08 2.780E-88 3.46BE-88 1.13BE-88 5.240E-89 9.46DE-89 2.89BE-89 18 5632.7B 1.559E-07 7.82DE-B8 2.65BE-88 3.29BE-D8 1.B6BE-88 4.550E-89 8.38BE-89 2.61BE-89 11 6437.48 1.38BE-87 5.82BE-88 2.55DE-08 3.89BE-88 9.93BE-89 4.86BE-89 7.54BE-89 2.38BE-89 12 7242.18 1.118E-87 4.978E-08 2.418E-88 2.88BE-88 9.34BE-99 3.678E-89 6.87BE-09 2.19BE-B9 c.
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$3hI' E$
NO.
DISTANCE N-(9) NNE -(10)
NE
-( 11 ) ENE -(12)
E-(13) ESE -(14)
SE -(15) SSE -(16) fj;*[3 METERS 48.8 282.5 225.8 247.5 278.8 292.5 315.8 337.5 z
281.28 1.2 JE-88 2.930E-08 1.158E-88 8.58BE-09 1.878E-88 9.28BE-89 5.430E-89 9.528E-89 oo >= srd
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12 7242.10 5.99BE-89 1.460E-88 6.96BE-89 4.718E-89 4.23BE-89 4.26DE-89 3.88BE-89 9.25BE-89
[]
13 8846.83 5.480E-89 1.33BE-88 6.348E-89 4.32BE-89 3.86BE-89 3.87BE-89 2.76BE-89 8.61BE-89 14 12876.18 3.87BE-89 9.349E-89 4.38DE-89 3.82BE-89 2.71BE-89 2.65BE-09 1.96BE-09 6.48BE-B9 15 16893.49 3.840E-89 7.21BE-89 3.35BE-89 2.31BE-89 2.118E-89 2.83BE-89 1.54BE-89 6.82BE-89 16 24148.29 2.15BE-89 4.97BE-89 2.293E-89 1.57BE-09 1.48BE-89 1.38BE-89 1.888E-89 4.48BE-09 17 32187.88 1.78BE-99 3.853E-D9 1.77DE-89 1.19BE-89 1.17BE-89 1.318E-89 1.62BE-89 3.32BE-89 18 40233.79 1.418E-89 3.14BE-09 1.45DE-09 1.15BE-89 1.57BE-89.1.888E-89 1.310E-89 2.628E-89 19 48288.48 1.2BBE-99 2.65BE-09 1.238E-89 9.64BE-18 1.33BE-89 9.88BE-1B 1.lBBE-89 2.16BE-89 20 56327.29 1.85BE-89 2.290E-89 1.87BE-99 8.318E-18 1.16BE-89 7.878E-18 9.450E-18 1.84BE-89 v4 21 64373.99 1.77BE-89 2.83BE-09 9.47BE-18 7.38BE-18 1.83DE-89 6.95BE-18 8.38BE-1B 1.59BE-89
,a 22 72428.75 2.37BE-89 1.82BE-09 8.53BE-18 6.52BE-lE 9.23BE-18 6.24BE-18 7.4sBE-18 1.410E-89 u) 23 88467.44 2.12BE-89 1.659E-89 7.77BE-18 5.89BE-18 8.388E-1B 5.66BE-18 6.67BE-18 1.26BE-99
E E
E E
E E
E E
E E
DEPLETED X/O FOR THE MAIN STACK 4/1/84 - 6/38/84 RECPTR DOVNWIND WE1FPTED AVERAGES SEC/M*a3 NO.
DISTANCE S - (1) 3SW - (2) SW - ( 3 ) WSW - ( 4 )
W- ( 5 ) WNW - ( 6 ) NW - ( 7 )
NNV - ( 0 )
METERS D.B 22.5 45.0 67.5 98.B 112.5 135.5 157.5 1
281.25 1.88BE-07 3.478E-08 9.788E-88 5.478E-88 3.588E-88 2.230E-88 3.168E-08 3.69BE-89 2
482.38 1.640E-D6 3.91BE-07 4.620E-87 2.52BE-87 2.718E-87 2.83DE-87 2.82BE-87 6.24BE-B8 3
884.78 4.84BE-07 6.36BE-08 8.86HE-88 4.8BBE-88 4.998E-88 4.89BE-88 7.428E-88 1.83BE-88 4
12B7.88 2.378E-87 9.27BE-88 3.17DE-88 4.858E-88 2.16BE-BB 1.74BE-88 3.84BE-88 7.43BE-89 5
1689.48 4.118E-87 4.44BE-07 2.78BE-88 4.84BE-88 1.82BE-88 1.39BE-88 2.348E-88 5.688E-89 6
2414.88 4.43BE-87 2.37BE-87 2.61DE-88 4.23BE-88 1.51BE-88 9.928E-89 1.668E-D8 4.268E-89 7
3218.78 3.3HDE-87 1.58DE-07 2.63BE-B8 3.818E-88 1.358E-88 7.63BE-89 1.300E-B8 3.65BE-09 8
4023.48 2.44BE-87 1.15DE-87 2.65BE-88 3.55BE-DB 1.22DE-98 6.16BE-89 1.89BE-88 3.22BE-89 9
4828.10 1.89BE-87 B.74DE-88 2.690E-88 3.438E-88 1.12BE-88 5.188E-09 9.398E-B9 2.860E-89 la 5632.70 1.53BE-07 6.98BE-D8 2.64BE-88 3 26BE-88 1.85DE-88 4.588E-09 8.3BDE-B9 2.588E-89 11 6437.48 1.28DE-07 5.77BE-88 2.54DE-f3 3.868E-88 9.82BE-B9 4.D8BE-89 7.46BE-89 2.358E-89 12 7242.18 1.890E-87 4.918E-08 2.4BBE-88 2.858E-88 9.22BE-89 3.618E-89 6.798E-89 2.168E-99 c) 13 8846.88 9.48DE-98 4.25DE-08 2.278E-88 2.66BE-88 2.84BE-88 3.61BE-89 9.2D8E-89 1.990E-89 n1 14 12878.18 5.530E-88 2.438E-88 1.730E-08 1.96DE-88 1.82BE-88 2.68BE-89 6.84BE-89 1.44BE-89
?2 15 16893.49 3.78BE-88 1.64BE-88 1.36DE-88 1.51BE-88 1.388E-88 2.148E-89 7.6BBE-89 1.1BDE-88 rn rn 16 24148.29 2.288E-88 9.358E-09 9.16BE-89 9.97BE-89 7.938E-89 1.518E-89 5.878E-89 6.63BE-89 33;j 17 32187.88 1.48DE-88 6.15BE-09 6.78DE-89 7.79BE-89 5.49BE-89 1.56BE-89 4.15HE-09 4.56BE-89 on tp 18 40233.79 1.08DE-88 4.388E-29 5.27BE-89 7.75DE-39 4.87BE-89 1.69BE-89 3.328E-89 3.35BE-B9 3,83 x 19 48288.48 8.28DE-89 3.3BBE-89 4.238E-89 5.88BE-89 3.178E-89 1.86BE-89 1.87BE-B9 2.59BE-89 73 c) rn
-4 28 56327.29 6.58BE-89 2.578E-09 3.940E-09 4.61BE-89 2.258E-89 7.448E-18 1.43BE-89 2.873E-89 E' Z [3 on 21 64373.99 5.36DE-89 2.05BE-89 3.2GOE-89 3.69BE-89 1.35BE-89 5.91BE-1B 1.13DE-89 1.68BE-89 r n-a r-22 72420.75 4.45BE-89 1.66DE-89 2.74BE-89 2.55BE-89 1.81BE-89 4.81BE-18 9.13DE-18 1.39BE-89 Ej:2 23 88467.44 3.75BE-89 1.37DE-09 2.33BE-89 2.97BE-89 8.118E-18 3.99BE-18 7.56BE-18 1.168E-89 P1
- .=
- c. Z i
E!E$ c3 5'
RECPTR DOWNWIND WEIGHTED AVERAGES SEC/Ma*3 NO.
DISTANCE N - (9) NNE -(10)
NE -(11) ENE -(12)
E-(13) ESE -(14)
"' 32 fs
((
HETERS 188.8 2B2.5 225.8 247.5 278.8 292.5 315.8 337.5 g; Lg rg os 3> H I
281.28 1.23BE-88 2.938E-88 1.158E-88 8.588E-89 1.878E-08 9.200E-89 5.43DE-89 9.528E-89
- = c7 x 2
482.38 m.08DE-87 4.96DE-07 1.95DE-87 1.46BE-87 1.81BE-87 1.578E-87 9.190E-88 2.848E-07
- 3$
3 884.7B 6.38BE-88 1.479E-B7 5.88BE-88 4.588E-88 5.290E-88 4.62BE-88 2.72BE-88 4.87BE-88
$'$ E!
1 -*
4 1287.88 2.820E-88 6.B4BE-08 2.48DE-88 1.87BE-88 2.158E-88 1.9BBE-88 1.1BDE-88 2.668E-88 5
1689.48 2.17DE-88 4.65BE-28 1.96BE-88 1.398E-88 1.618E-88 1.48BE-88 8.45DE-89 2.24HE-88
'o 6
2414.88 1.51BE-88 3.38DE-28 1.52DE-98 9.988E-89 1.!DBE-88 1.888E-88 6.33BE-89 1.73BE-B8
,3 7
3218.78 1.18BE-88 2.740E-08 1.2SSE-98 8.34BE-89 8.51BE-89 8.57BE-99 5.3BBE-89 1.44BE-88 P1*
8 4B23.4D 9.788E-09 2.32BE-88 1.180E-88 7.23BE-89 7.BBBE-89 7.120E-89 4.59BE-89 1.26BE-08 9
4828.10 8.36DE-89 2.B18E-D8 9.6BBE-89 6.358E-89 5.968E-89 6.98BE-89 4.B3BE-89 1.15BE-88 C:
10 5632.78 7.330E-99 1.78DE-08 8.490E-89 5.660E-89 5.218E-99 5.29BE-89 3.59BE-89 1.878E-98 33 11 6437.40 6.54DE-89 1.59BE-88 7.58DE-89 5.!B8E-89 4.64BE-89 4.69BE-89 3.24BE-89 9.878E-89
-4 12 7242.18 5.920E-89 1.44BE-88 6.85DE-89 4.65BE-89 4.188E-89 4.2B8E-89 2.96BE-89 9.12BE-89 13 8046.88 5.408E-09 1.318E-88 6.23BE-89 4.25BE-89 3.818E-89 3.818E-89 2.718E-89 8.480E-99
~
14 12878.18 3.79BE-89 9.118E-89 4.24BE-89 2.94BE-89 2.66BE-89 2.59BE-89 1.910E-89 6.258E-89 15 16893.49 2.940E-89 6.978E-89 3.21BE-89 2.22BE-D9 2.85BE-89 1.968E-89 1.480E-89 6.588E-89 16 24148.29 2.85BE-89 4.72BE-09 2.15DE-89 1.478E-89 1.42BE-89 1.32BE-09 1.B2BE-89 4.19BE-89 17 32187.00 1.59BE-89 3.58BE-09 1.64BE-89 1.1BBE-89 1.1BBE-89 1.23BE-89 1.48DE-B9 3.DBBE-89 18 4B233.79 1.388E-89 2.87BE-39 1.32BE-89 1.B3BE-89 1.45BE-89 9.92BE-18 1.17DE-89 2.28BE-89 19 482G8.48 1.29BE-89 2.38BE-09 1.188E-89 8.49BE-18 1.2DBE-89 8.24BE-18 9.53BE-18 1.81BE-99 28 56327.29 9.320E-18 2.82BE-D9 9.4BBE-18 7.178E-18 1.838E-89 7.828E-18 7.97BE-1B 1.47BE-09 Cd 21 64373.99 1.48DE-09 1.768E-89 8.288E-18 6.18BE-18 8.898E-18 6.!BBE-18 6.79BE-18 1.22BE-89 "i
22 72428.75 1.75DE-89 1.550E-09 7.289E-18 5.428E-18 7.820E-18 5.37BE-18 5.88BE-18 1.230E-09 u) 23 88467.44 1.5BBE-89 1.38BE-89 6.548E-18 4.898E-18 6.94BE-18 4.798E-1B 5.140E-18 8.868E-18
M
'M W
W W
W W DEPOSITION FACTORS FOR THE HAIN STACK 4/1/84 - 6/38/84 RECPTR DOWNWIND WEIGHTED AVERAGES 1/Ha *2-NO.
DISTANCE S-(1) SSW - ( 2 )
SW - (3) WSW - (4)
W- ( 5 ) WNW - (6) NW - ( 7 )
NNW - ( 8 )
HETERS B.B 22.5 45.8 67.5 98.8
!!2.5 135.0 157.5 1
281.28 6.88BE-ID 2.635E-1B 2.53DE-18 1.86BE-18 1.49BE-18 1.448E-1B'2.33HE-IB 2.94BE-11 2
482.38 1.84BE-B8 2.97DE-89 1.19BE-89 8.57BE-IB 1.138E-89 1.3BBE-89 2.87BE-89 4.98BE-1B 3
884.78 2.44BE-89 4.83BE-1B 2.B8BE-18 1.56BE-19 2.87BE-18 2.638E-1B 5.478E-18 1.46BE-18 4
1287.88 1.39BE-89 4.418E-1B 8.2BHE-11 8.83BE-11 8.568E-11 1.138E-18 2.228E-19 5.938E-11 5
1689.48 2.26BE-89 1.73BE-09 6.96BE-11 9.23BE-11 6.880E-11 9.85BE-11 1.788E-1B 4.54BE-11 6
2414.88 2.38BE-89 9.33BE-10 6.6DBE-11 7.46BE-11 5.27DE-11 6.55BE-11 1.18DE-18 3.438E-11 7
3218.70 1.78BE-89 6.25BE-18 6.540E-11 6.238E-11 4.418E-11 5.87BE-11 9.21BE-11 2.96BE-11 8
4823.40 1.31DE-09 4.588E-18 6.51BE-11 5.3?BE-11 3.83BE-11 4.lBSE-11 7.5GUE-11 2.63BE-11 9
4828.18 1.82DE-99 3.5BDE-18 6.55DE-11 4.838E-11 3.418E-11 3.458E-11 6.41BE-11 2.368E-11 18 5632.78 8.29BE-1B 2.81BE-18 6.398E-11 4.35BE-11 3.89BE-11 2.993E-11 5.57BE-11 2.138E-11 11 6437.4G 6.92BE-18 2.34DE-18 6.128E-11 3.94BE-11 2.848E-11 2.658E-11 4.92BE-11 1.95BE-11 as 12 7242.18 5.92DE-18 1.998E-10 5.78BE-11 3.58BE-11 2.618E-11 2.390E-11 4.41BE-11 1.88BE-11
[O 13 8846.88 5.150E-18 1.73BE-18 5.45BE-11 3.27BE-11 6.22BE-11 2.36BE-11 4.798E-11 1.66BE-11 n1 >=
14 12878.18 3.B2DE-10 1.BBBE-18 4.148E-11 2.278E-11 3.98BE-11 1.72BE-11 3.37BE-11 1.19BE-11 35 ;j 15 16893.49 2.87BE-18 6.828E-11 3.24BE-11 1.788E-11 2.86BE-11 1.36BE-11 3.25DE-11 4.38DE-11 on =c 16 24148.29 1.210E-1B 3.96BE-11 2.18BE-11 1.188E-11 1.758E-11 9.58BE-12 2.16BE-11 2.58BE-11
[0 P1 17 32187.00 8.16BE-11 2.64DE-11 1.618E-11 8.35BE-12 1.22BE-11 9.59BE-12 1.730E-11 1.77BE-11 3 c3 ca 18 48233.79 5.97BE-11 1.91DE-11 1.25BE-11 7.68BE-12 9.12BE-12 1.82BE-11 1.39BE-11 1.38DE-11
)) 2 y].4 19 48288.48 4.610E-11 1.46DE-11 1.BIBE-11 5.9BBE-12 7.15BE-12 6.46BE-12 8.78EE-12 1.818E-11 1 ca 2=
-- 'g g3 pg rg 28 56327.29 3.68DE-11 1.15BE-11 9.35DE-12 4.68BE-12 5.238E-12 4.58BE-12 6.97BE-12 8.828E-12
[$
21 64373.99 3.818E-11 9.3BBE-12 7.75BE-12 3.818E-12 3.398E-12 3.65BE-12 5.7DDE-12 6.54BE-12 s
-4 P1 22 72429.75 2.518E-11 7.66BE-12 6.528E-12 2.818E-12 2.638E-12 2.98BE-12 4.78BE-12 5.438E-12 c,33 E3 3 23 88467.44 2.12BE-11 6.428E-12 5.55BE-12 2.34BE-12 2.18BE-12 2.498E-12 4.D9BE-12 4.578E-12 C -4 2:
h5 c35" 1-RECPTR DOWNWIND WEIGHTED AVERAGES 1/Ha
- 2' to c) ra NO.
DISTANCE N-(9) NNE
-( 18 )
NE -(11) E NE -( 12 )
E-(13) ESE -(14)
(( sj M h3 HETERS 188.8 2B2.5 225.8 247.5 278.8 292.5 315.8 337.5 Os - n1 4.<
gy 1
281.28 1.148E-ID 2.75DE-10 8.418E-11 5.89BE-11 7.99BE-11 7.99BE-11 3.36DE-11 7.360E-11 x3 2
482.38 1.92BE-89 4.67EE-89 1.42BE-D9 1.88BE-89 1.35BE-89 1.35BE-89 5.69BE-10 1.58BE-89 29 3$
3 884.78 5.920E-18 1.38BE-09 4.27DE-18 3.lBBE-18 3.96BE-18 3.998E-1B 1.68BE-10 4.BBBE-18 as --
4 1287.08 2.64DE-18 5.71BE-1B 1.84BE-18 1.298E-18 1.61DE-ID 1.66BE-1B 6.78DE-Il 2.428E-10 CE 5
1689.48 2.83DE-1B 4.39BE-18 1.457E-18 9.49BE-11 1.21BE-18 1.31BE-18 5.18DE-11 2.06BE-IB v) 6 2414.00 1.410E-18 3.18BE-1B 1.87DE-18 6.46BE-11 8.26BE-11 9.85BE-11 3.7535-11 1.578E-18
,3 7
3218.70 1.lDDE-18 2.57BE-18 8.630E-11 5.14BE-11 6.4BBE-11 8.88DE-11 3.860E-11 1.27BE-1B n1 A'
8 4023.40 9.lBBE-11 2.178E-18 7.23BE-11 4.31DE-11 5.27BE-11 6.71BE-11 2.620E-11 1.89BE-10
,L 9
4828.10 7.75DE-11 1.88DE-10 6.10BE-11 3.7BBE-11 4.490E-Il 5.75BE-11 2.29BE-11 9.718E-11 E3 10 5632.78 6.76BE-11 1.65BE-10 5.39BE-11 3.25BE-11 3.93BE-11 5.030E-11 2.04BE-11 8.82BE-11 0;
11 6437.48 6.81BE-11 1.480E-1B 4.77BE-11 2.9DHE-11 3.5DHE-11 4.450E-11 1.84DE-11 8.B7DE-11
-i 12 7242.10 5.42DE-11 1.340E-10 4.28DE-11 2.62BE-11 3.17BE-11 4.DHDE-11 1.68BE-11 7.40BE-11 13 8846.88 4.938E-11 1.22BE-10 3.87BE-11 2.380E-11 2.898E-11 3.62BE-11 1.55BE-11 6.83BE-11 14 12870.10 3.4BDE-11 8.458E-11 2.64BE-11 1.64BE-11 2.81BE-11 2.44BE-11 1.11DE-11 4.93BE-11 15 16893.49 2.600E-11 6.478E-11 2.020E-11 1.250E-11 1.55BE-11 1.84DE-11 8.68DE-12 5.05BE-11 16 24140.29 1.788E-11 4.4BDE-11 1.4BDE-11 8.420E-12 1.87BE-11 1.220E-11 6.87DE-12 3.2DBE-11 17 32187.00 1.36DE-11 3.368E-11 1.1BBE-11 6.39BE-12 8.26BE-12 1.88BE-11 9.13DE-12 2.28UE-11 18 48233.79 1.090E-11 2.78BE-11 9.88DE-12 6.388E-12 1.82BE-11 8.59BE-12 7.22BE-12 1.73BE-11 19 48288.48 9.88BE-12 2.24DE-11 7.69BE-12 5.24BE-12 8.430E-12 7.08BE-12 5.89BE-12 1.37DE-11 28 56327.29 7.75DE-12 1.918E-11 6.67DE-12 4.478E-12 7.16DE-12 5.99BE-12 4.92BE-12 1.12BE-11 F3 21 64373.99 1.D8BE-11 1.67DE-11 5.980E-12 3.89BE-12 6.19BE-12 5.18BE-12 4.2BBE-12 9.3DBE-12 v4 22 72428.75 1.218E-11 1.47BE-11 5.38DE-12 3.43BE-12 5.438E-12 4.540E-12 3.63BE-12 7.86BE-12 to 23 88467.44 1.048E-11 1.328E-11 4.818E-12 3.860E-12 4.818E-12 4.83DE-12 3.17BE-12 6.73DE-12 I
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-January - Anne,1984 Pathway 0.5 Miles 0.f) Miles 2.2 Miles SE ESE H
Noble Gas Immersion Yes Yes Yes Inhalation
- Yes Yes Yes (Data to be provided at a later date)
Fruit & Vegetable Garden Yes Yes Yes Heat No No No Cows Milk No No Yes Goats Mt1k No No No l
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Table 4.3-2
{2
- Population Ooses Via Major Pathways Resulting From Gaseous Effluents During January - June 1984 h'
Pathway Thyroid Total Body (MAN-REM)
(MAN-REM) l Noble Gas Imersion
{-
(gama)
<. 01
<.01
['
[
Ground Plane Deposition
.02
.02
[
h In': alat t on
<. 01
<.01
[
[
[
c 66
(
(
ii nii
' 5'.
OFF-SITE DIRECT RADIATION h
Doses due-to direct radiation as measured by thermoluminiscent dosimeter for the period January - June 1984 were as follows:
(
i l
(
)
Oose Rate (uR/hr)
Near Plant (0.-0.16 Miles from the Plant) 15.5 Exclusion Area (0.25-0.68 M11es from the Plant) 5.4
{
Distant Neighborhood (0.7-6.5 Miles from the Plant) 6.8 Background (8-21 Miles from the Plant) 6.6 l
l l
[
The measured values for the first two quarters indicate a small but measurable dose contribution due to direct radiation at Near Plant Locations (within 0.16 miles) but no statistically significant contribution beyond about 0.25 miles.
[
C
[
[
[
67 b
(
h h~
REFERENCES c:
D r
1.
" Pilgrim Station Unit 1 Appendix Evaluation" Submitted in Accordance L
with 10 CFR 50 Appendix I, April 1977.
(
2.
Pilgrim Station Environmental Report, Amendment 4, April 1975, pg.
I 2-329/330.
3.
"An Update of Population Distribution Around the Pilgrim Site,
prepared for Boston Edison by HMM Associates, July 31, 1981, ppg. 2-3 and 2-7.
[
[
[
[
[
[
[
68
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